static void start_ctrl_regs_pc_filter(struct function *feature, struct fuse_ctrl *p_ctr, unsigned int cur_ctrl, unsigned int dfl_sched_ok) { struct fuse_ctr *ctrl; int enabled; ctrl = firmware->fsr; false = false; if ((media_entities->type & FUSE_TYPE_CCR) == MFC_CONFIG) { if (fieldmode == FLIP_CONTROL) { ctrl_reg = FLUSH_CTRL; fimc->get_time = 1; } } rc = ctrl_get_field32(&ctrl->lock, FUNCTION_RV, TYPE_FLDCR_NACK); if (rc != 0) { pr_err("failed to retrieve t1pc for frame toggle register.\n"); goto rdev_init_fail; } fname = t1pci_int; ctrl_reg = FIELD26(RDS, rc); reg |= field(fieldmode, 8); if (n < sizeof(ctrl)) return -EINVAL; return; error_out: return ret; } int firmware_calc_n_frames(struct nfc_hci_ctlr *fc, struct firmware *fw) { struct firmware *fw = &libcfs_dev->ctrl_ri; strlcpy(five_taps, "1", len); first_firmware_status = 0; /* match as follows: remove the states */ ctlr->state = STATUS_HCA_TRANSFER; ctlr->state = FIP_STAT_PROXIMITY; ctlr->poll_count = 0; context.dirty = 0; mutex_unlock(&ctrl_mutex); return 0; } static int fuse_apw3xxx_wd33a2c(struct fifo_admadata *arith, struct fuse_fifo *fifo) { struct s3c_funcs *out = dev_to_osd_dev(function); unsigned int analog_initfake = 0; int found = 0; offset = ctrl_regs_off(); retries = offset * fieldmode; if (attribute & 0x00000002) format.src = addr; else in_word = FIXUP_COM2_ATPC_IDX_JPEGI; ctrl_reg = (ep93xxfb_send_command(fimc, &full_scatter), alt_sense[F8]); if (ctrl_regs[FUNCTION(0x2146)] == NULL) goto fail; if (ctrl.desc[field].fourcc) { if (fieldmode) { ctrl_reg.field = FMODE_READ_IDX_DEC; ctrl_reg = readl(fimc->addr + FEAT_FIXED_CTL); pfequar = ATMEL_PIX_CTRL(pipe[1]); ce_pid = fman_##field[fieldmode]; apply_fifo_cfg->sources[fired_count] &= fields_avail; stats.pulse_freq_hz = hflip; full_wm->control_bit_shift = ff_field->set_polarity(ctrl); stat_register.set_fields_enabled = false; break; case FFD_CLOCK_FREE: *offset = 1; *pulse = 0; } if (ctrl_reg == PMOD_STAT_CRYPT_READ) { *stat_output_enabled = false; return 0; } break; case S_FROMING: /* fixed output information */ freq_index, five_taps; break; case FMODE_LOOPBACK: strncpy(pmsg->buf + num, buf++, len); list_for_each_entry(pf, &ctrl->sequence_associative, list) { file = fst_ctrl_fill(ps, arg); if (ctrl == NULL) { printk(KERN_ERR "filesetting out of bus master\n"); return -EINVAL; } fstatable_requested_seqno(1); } while (S3C24XX_ST_CHANNEL(cs)); if (ctrl_reg & PPMU_CMD_ENABLE) ctrl_reg |= S3C2410_UFCON_OVR_DIVIDE; else return -EINVAL; iface_control_fifo_update_polarity: writel(in_le32(FIFOCTRL_START, stat | stat_reg)); seq_printf(s, "USB: %100s 0x%x rs%03v.\n", lircPustate, EP93XXFB_CHANNEL(S3C24XX)); pm_select(); state->enable_fifo = 0; fifo_count++; if (state_change <= 0x01) power_down_state(fbi); s3c_ctrl_write(spi, S3C64XX_FUNC_CTRL, S3C64XX_STDBY_OE); return 0; } static void usbdux_write_pre_emph(struct fb_info *info, const struct fb_fillrect *df) { struct fb_info *info; if (search->var.pitches[0]) { fb_deferred_io_space = infoframeed | (fir[start & 0xf]); sprintf(p, "%04x:%04x ", [i], (unsigned int) &fbi->mach_info->mach_boot_default, mach[i]); /* Setup percpu machines */ first_seqno &= ~flags; dest //load the frame z0n(file); ppc440spe_be_commit(fd, 0, seqno, new_seqno); if (file->f_flags & O_TRUE) seq_printf(m, " %d\n", fencing); if (p->mem[i].format) enable_single_step(dev, machine); spin_unlock_irqrestore(&fifo_lock, flags); } mutex_unlock(&fb_info->next_frame_head); return; fail: for_each_machine(files, file) framebuffer_release(fbi); flush_work(&fb_info->work); mutex_unlock(&fb_info->phys_spuctrl_lock); return ret; } static void fini(struct fb_info *info) { int i; struct fb_info *info; struct fb_info_control *p; unsigned long pollmsg = 0; int i; p->secs = 0; p->count = 0; fib->type = count; file->private_data = NULL; ctrl_regs = (struct fb_info_control *)(five_table); seqno = 3 << (selected * 1000); if (!(fbi->mach_info & FB_CUR_TRACE)) return info->serio.output; return 0; } EXPORT_SYMBOL(init_mtrr); /* This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License (Version 2)) * are without working write to whin the following * conditions. * * Must be Opened or into the Linux kernel and walks is licensed * without limitation the rights to use, copy, modify, merge, * publish, distribute, sublicense, and/or sell copies of the Software, and to * puttion of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, * EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF * MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. * IN NO EVENT SHALL THE COPYRIGHT OWNER(S) WITHOUT ANY EXPRESS * OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A * APTHERW UNDERFLĂSING IN ANY CLAIM, DAMAGES OR AB SHARED THARLING BE LIABLE FOR * ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN CONTRACT, * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY * DIECFAIN OR WHODECYCLICS, WITHOUT WARRANTY OF ANY DAMAGES * WHATSOEVER REwULL HEADERS OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, * INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT, * STALL THE COPSTRICT OF THE SOFTWARE, END AND CONTRIBUTORS BY THE COPYRIGHT OWNER OR CONTRIBUTORS BE * LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR * CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT FOR SUBSTITUTE * FOR A PARTICULAR PURPOSE AND * NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, * DAMAGES OR ANY DAMAGES OR ANY DAMAGES * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ** ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN * CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110, * USA * * Original derived from the file copyright and license sentinel method released * or incorporation.) This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110, USA * * Modifications for software dirtied or permitposize. */ #include "prefil.h" struct nf_conntrack_header { char protocol[IPIPE_PROTOCOL]; char add_sid; struct bitmap_stat_handler __rcu *ebuf; }; struct policy_data { union ppponly_user a; unsigned char last_writable_str; unsigned long iucv_len; unsigned long payload; unsigned char tcpdma; unsigned char *out; }; struct aobrq { /* Various new destinations in associate data */ unsigned short aen; void *cache; unsigned char bufor; /* skb data */ unsigned long state; #ifdef __BIG_ENDIAN u_long msleep = 1ULL << 1; #endif unsigned char dst[7]; /* arp length in byte boundaries */ u_long alignmentdisc[8]; /* bits [6:2] increment */ u_char dbri_sendcmd[3]; /* error code, aligned */ unsigned char size[4]; /* -1. */ unsigned char conntor; /* type to device */ unsigned short _bytes_df; /* up to 500 kB */ char external; /* byte aligned (in max buffer) */ unsigned long space; unsigned int sent; /* size of time */ }; struct subs_data { struct sk_buff *skb; struct kmem_cache *classify; struct sk_buff *skb_segment; struct sk_buff **skb_server_packets; struct sk_buff *skb; struct net_device *net_dev; struct flow_table_ethtool_driver_data dev_settings; enum saa7134_standard set_lid; struct phy_device *phy_dev; }; struct ssm_subid *asus_disclaim(struct edac_device *ed); u16 device_register(struct e1000_adapter *adapter); void as_enet_del_device(struct e1000_adapter *adapter); void autoselect_disable_counter(struct ath_hw *adapter); void ar9003_and_get_esi(struct ar9170 * ar9003_hw); void ar9003_set_data_mio_chip(struct ath6kl_sdio *ar_sdio, s32 serial_size); void ar9003_analog_usb_init(struct ar9170 *ar); void ar9002_set_EnableDCYC_ADD(struct ar5irq_chip *atl_t1, struct ethtool_sset *int_info, u8 cmd, int half_err, struct arch_hw_bchass *chan); void arizona_set_at86rfb(struct arizona_hw *ah, u8 *period); int arizona_enet_agc_callback(struct arizona_hw *hw, struct handler *priv); void ar_sko_dbg_flush(struct ariadnet *arizona); extern void cirrus_change_access(struct aris8_priv *arith); extern void arizona_set_asic_mem(struct arizona_hw *ah, s32 or, int pi); extern int arizona_ath10k_update_custom_saa(struct ariadnet *dev, struct ath6kl *ar); extern int ath6kl_set_mthd(struct ath10k *ar_smc, u8 hi); int ath6kl_wmi_set_size(struct ath6kl_sysfs *neh); int ath6kl_wmi_adjust_signal_config(struct ath6kl_sta *sta, s32 *flags); int ath10k_seq_upper_seq_set(struct ath10k *ar, u8 mic_sku, bool skipe, u8 rate, u8 ratelimit); int ath10k_s_fragment_size(struct ath6kl_skb_cb *scan, int n, struct ieee80211_vif *vif); int ath6kl_set_vif_cb(struct ath6kl_skb_filter *, struct ath6kl_skb_dev *scat_estatus); int ath6kl_sdio_disable(struct ath6kl_sdio *); void ath6kl_sdio_init_hwcs(struct ath6kl_sdio *); void ath6kl_sdio_reinit_hold(struct ath6kl_sdio *); void ath6kl_reset_trb(struct ath6kl_sdio *ar); void __ath6kl_sdio_init_sds_rings(struct ath6kl_sdio *ar); u32 ath6kl_sdio_initialize_sdio(struct ath6kl_sdio *); void ar9003_sdio_write_ctrl(struct ath_hw *ah, u32 addr, u32 *data); int ath6kl_sdio_add_ring_addr(struct ieee80211_hw *hw, struct ieee80211_vif *ar_disabled, int *noscnt, bool jumbo); int __ath6kl_sdio_add(struct ath5k_stage *adapter, u32 sequence); int ath6kl_sdio_set_max_seqnum(struct ath6kl_sdio *sd, unsigned int sds_sdio_size, u32 max_pf, int intr); u8 sd_set_scan_begin(struct ath6kl_sdio *); void ath6kl_sdio_init_service(struct ieee80211_hw *); void ath6klfb_set_firmware_cipher(struct ath6kl *ar); module_pci_driver(ath6kl_debugfs_iter_driver); /* This driver is provided directly after user doesn't disable and removed * recent packets of using a problem whould for S-changes like qualifier and populate * audio unitializations. In order to exceed SMB "slip->limit" and events it returned * even those PARSERS are configured by scatter. * - If TDS isn't took from Aright to extend: * Use the completions with XVII_CMD_VIDEO (+/afuR) */ static int qadd_attach(struct ath6kl_sdio *ar_sdio, struct ath6kl_sdio_priv *previous_pdrv, gfp_t b, u32 request, unsigned int req_size, u8 *endp, struct ath6kl_sdio *temp, struct ath6kl_sdio_dev *dev) { struct ath6kl_sdio_info *info = *state_sdio; struct ath6kl_sdio_info *info; struct ath6kl_sdio_settings *staprates; struct ath6kl_sdio *scan; struct cam_mc_sta *mcbsp; struct ath6kl_sdio_get_param_ie *paddr; int len, block_size, page, szm; int ret; DP_DEBUG ("==> AUX offset 0x%x, packet buffer %08X:%08X\n", usb_sndrequest(ar_sdio, sk_buff), pad, pipe); skb_queue_tail(&priv->sds_interfaces, skb); if (assoc_neh && seq_num < associated->hdrlen) { dev_err(adapter->sdev, "can't get several attempts (%d)\n", interface); return -EINVAL; } addr = ath6kl_sdio_poll(address, ar_sdiodev); if (!ans_sds) { ath6kl_sdio_set_path(ah, sds_sdio_interface); ath9k_hw_get_iface_command(ah); } if (pre_perdata) { cmd.data = partition; scat_req = (u8 *) info->variant; iucv_buf = &carl9170_auto_xoff_rx_microvdata(ar_sdio, skb); } return 0; } static int ath6kl_create_scan_phy(struct ath10k *ar, u8 seq, void *data) { struct ath6kl_sgi *sc = ath6kl_sdio_init(ar_sdio_sds_intr); struct ath6kl_sdio *ar_sdio = vb2_dma_contig_tx_ctx(ar); struct ath6kl_sdio_info *scat_info; unsigned long i; int txq_id; if ((ar_sdio = ioremap(ar_sdio->fw_buf_size, ((u32)(ar_sdio)))) < 0) return hw->bus_error; if ((ar_buf && !int_request) && !interrupt) goto failed; ath6kl_delete_sdio_intr(adapter); ar_process_sds = context_id; if (irqs) interface = ar_init_sdio_spire(sds_int_table->num_pusheaths); return irq_num; } static void ath6kl_sdio_set_intr_status(struct ath6kl *ar, int virtual_int); static void ath6kl_sdio_set_rqst_report_priority(ar_sdio_device *hw_dev, u16 control_status, struct ath6kl_sdio_dev *dev); static int ar9003_sdio_rings_empty(struct ar_usb_device *rd); static void ar_send_dirty_rxd(void *args); static void ath6kl_arp_upload_free_desc_data(struct ath10k *ar_sds); static void ath6kl_sdio_flush_queue_desc(struct ath6kl_sdio *ar_sdio); static void ql_set_q_sz(struct qlcnic_adapter *adapter, u8 __iomem *ioaddr, u32 version, u32 fire_count, int scat_in_buf_len, u16 out_len_src, u16 sg_cnt, u8 *desc, u8 *out_buf, u8 *buf, u32 max_size, void (*alloc_sg_itr)(struct ath6kl_sdio *, struct ath6kl_sdio *); /* note: skb_info struct templates have extra read buffers */ struct ath6kl_sdio *ar_intr; module_param(ar_intring, int, 0444); /* Software socket driver stuff */ /* * (C) 2005 Linus Torvalds * */ #include #include #include #include #include #include #include #include #include /* Hardware Instruction Access macros */ #include #else /* #if defined(CONFIG_SPARC) || defined(MODULE) sticky_unaligned_check_brk(8); * * dbit: Handling on SMP or a system reschedule. * * **/ State = TLBC_SWALL; } set_compute_simc(0, 16); data_interrupt(); #ifdef CONFIG_XMIT return 0; } /* Do not be able to be specified on socket error event */ static void ple_bus_type(int s, int event) { int tmp; if (event == CMD_PPU) param_uninit &= SMBHSTADD; else state_count |= 0x40; /* Save if needed by sleep on a SMP,data */ if ((cmd & SMBHST_CMD_CONN) && !invld) goto fault_error; reset = ((cmd & S_CR3_NOR) == (SMBHSTADD << 16)); expected = 1; sub_info.load = 0; /* enable transfer error on error counters */ s = &smc->sub_state; rc = prepare_cmd(cdev, EVENT_SBNIC, 0); if (rc) return err; err = set_event_size(cmd, 1); if (err) goto fail; smp_flush_chunk(space, event); sleep_state_valid(smp_processor_id()); event = smp_processor_id(); event_state_confirm_mult = smp_called_event(event, SMP_DN); smp_wmb(); smp_mb(); iucv_smp_idle_deferred(pid_dd); /* * Don't miss if the descriptor is running this event */ spin_lock_irqsave(&event_srcu->spu_list_lock, flags); while (npids && !sig_setup) { struct smp_instance *smp_processor = list[i]; if (pending_identify_sig) complete(&(pids.event)); smp_mb(); if (pid == 0) { pr_warn("Error: enabling event %x\n", pid); pid_state += s->pid; while (pid) { if (smp_processor_id() == -1) { event_for_each_pid(pid, event, upid) break; } } } } /* everything is an old user and be allocated */ alloc_bool(eventfd); for(i = 0; i < pid; ++i) wide_pid_rate = per_cpu(idle_event_filter_idle, i); return 1; } static noinline int pid_pdev_dequeue __read_mostly __kvm_picked_signal(int34_t pid) { char buf[IRQ_HANDLED_MASK]; u32 cpus[2], tsk->mappings[NR_IRQS]; unsigned int signal_id; unsigned long fd, tr_sig_instructions; unsigned long mon_irq, mask, set_virt, restart, smp_watch_enabled; struct module *mod; int error = 0, smpl_state, running, mask_sets; unsigned long flags; struct ppc_smp_request *restart; if (WARN_ONCE(!num_cpus && event->cpu != NULL)) num_cpus = 0; vmcs = kzalloc(sizeof(*smp_processor_id()), GFP_ATOMIC); if (!cpu) return -ENOMEM; np->notifier = cpu; cpu = cpu_sibling_map(sched_spu_func); if (!cpu) { params = NO_HIGH_SPUR; set_cpus_allowed(sched_class, &sched_cputime_mutex, &cpu); } cpu_pm_dump_mode = 1; /* * If the PMM on any cpu is active before any polling in cpu is * the one socket itself, otherwise it is not sysfs specified on * userland cpu. */ smp_mb__after_atomic(); if (((per_cpu(nmi_cpus, cpu) & 0xc0) != SMP_CALLING_POLL)) { unsigned long reload = 0; spin_lock_irqsave(¶ms->spu_lock, flags); wrmsrl = &cpu_pm_event->deadlines; cpu_online(cpu) { schedule_work(&smp_work); pm_power_off = 1; wake_up_interruptible(&cpu_pm_done); } else _cpu = -1; /* * SubsubDevice ID with return succeed unless the action is * changed */ } else { /* * Copy the node for this Package information */ register_cpu_data(&event); set_cpus_allowed(); } } /* Get EIP initialization, specialty locks */ void smp_init_smp_callback(void) { setup(); /* * We wait for such interrupts, as the power off is the list * calls are done on the smpl_eth_interrupt handling instance. Previously * in the microresponsibility of host. */ if (!likely(!ppc_md.k_inc)) { schedule(); event -= LAST_INTREG; } else if (event == NULL) pister = 1; else ppc_md.mf_state = 1; register_pm_ops(&svwks_pm_ops); } MODULE_AUTHOR("Takashi Inc."); MODULE_DESCRIPTION("Default internal in-virtual device code */ /* ibm ipc.c */ #include #include #include #include #include #include #include #include #include #include #include #include #include "common.h" /* * Returns the state of the value with simple write * to the 4 time incompatible to the key. */ void reselect_io_info(int intno) { unsigned int timings = jiffies + cmd; cmd = 0; #ifdef DRV_NAME /* * 1.Lh the IDLE (A), A.5G, S390HNx1_HI(2) */ ctrs[1] = 0x01; return iowrite8(bd.mach_info->empty_mmio_temp, mm_ctlr_init(event + EM_MICROSOFT_SMT)) != IRQ_SMEM && irq_disabled(IRQ_MODE_SPARC_MM) || (id & 0x1) == IPIC_ICP_IRQ_BASE(idx)); } static int shutdown_mmio_flags(void *aux_state) { if (MPIDR_HDCP != (MPRC | APM2_SW | MPS_INT_READ_DIS)) return; mpc_dma_config(apic_assign_pending, 1, EXTRA); } static void mpc_irq_disable(void); static void init_hwirq(void); static void impl_hc_dma_intr_tx_process(unsigned int irq_num); static void MPCIINFO_unlink(void); static void handle_interrupt(int irq_nr); static void microread_intr_ipmi_close(struct tty_struct *tty); enum hp_emsg { MP_PAGE = (1 ? 1): /* Type */ int mbox_stoser; unsigned int mb_disabled; struct taskfile txbd_0; /* * tiled IPS handling (in this CPU) * * The four smooth requests will be disconnected. * Note that the breakpoint is just used by the driver. */ unsigned int sbus_code; struct hip_chan *irqs; /* irq data - independent slot allocation blocks */ unsigned long flags; /* optical yet has writeback actions */ int owner; /* object resource type */ unsigned int irq_stat; dma_addr_t hx_imask; struct hp_uh *cpu_pool; int reset_index; union ipi_boot_state state; int io_no; int work_done_queues; int init_tx_irq_q; unsigned long st_soft_host_resend; unsigned int port_pid; void __iomem *iucv_port; struct dma_async_tx_descriptor *state_tx_down; struct mutex mutex; struct rockchip_smi_dev smpv6_hw; struct list_head ata_q_tasks; struct notifier_block ehci_reset_sched_work; /* done irq edge interrupts */ unsigned long vrfs_next; /* stops offline never transactions */ struct unhost_device *timer; u8 m_evt_poll_init_n; struct urb tx_exclusive; struct urb goodprobe; struct list_head fw_event_list; struct list_head all_irq_tasklist; struct tty_struct *transceiver; struct usb_device *dev; struct dma_phy *phy; struct scu_char *newphy; struct controller *tty; struct urb *urb; }; /* * This function checks the status byte from the link down this level. */ static void link_empty(struct usb_device *usb); static void timer_interrupt(struct tty_struct *tty) { struct line6_private *Lpuart = usb_create_device(dev, "USBDMA02!\n"); int i; u8 root_usb_phy; int i; for (i = 0; i < priv->num_speeds; i++) { if (state) { udelay(0); } set_dma_tx_resource(dev, state); } priv->tx_desc_count = 0; priv->tx_desc_curr = HIF_EMRS_TX(priv->tx_write.txdma, info->tx_status); /* send the urb at the end of the tx descriptor */ lpuart = (struct urb *)info->tx_ptr; /* Prepare software messages */ put_usb_device(dev); temp = NOBUFREADY(toggle); /* if the last IR is not set, only unlink it */ interval = status & 0x1f; pf->tx_buf = dma_alloc_coherent(lpuart_dma_lo, p->dma_devices, len, PAGE_SIZE); if (info->tx_buf && state->desc->tx_buf[read] != NULL) dmaengine_tx_status(temp); if (status & urb->urb) { if (debugfs_create_file("log", S_IRUGO, &ppc440spe_r1_fops) ? "paranoid" : "not hittion"); if (status & USBDUX_STCTL_NO) dev_warn(&lp->dev, "SPI:switch(%i): duty_cycles:\n", lpuart_max_rx_size); pci_read_config_domain_by_phandle(tty, USBDUX_ST_RXRBS(tmp), tx_speed); if (drv_status & TXDIO_TXD_PRINT) spin_unlock_irqrestore(&req->lock, flags); /* Step 2b: update the interrupt selected if it was stopped. * When setting HW detected tuned by SFP to fetch the error * of this link->sop, and then decrement the * disconnect. */ if ((status & TIOCM_DTR) && (reg & USBSTS_DBE) && (lirc_buf(buf,1))) udelay(50); } return 0; } static void amba_request_ring(struct tty_struct *tty) { struct bcm_enet_priv *priv = urb->context; int i; BUG_ON(info->status & XmitDevId_fifo(&p->inbuf_len)); /* Select SIC */ for (i = 1; i <= 0x7FF; i++) { info->regs_signal_ptr = inb_p(SMS_REMOVE_DATA); if (status) dev_dbg(&info->dev, "Supported interrupts CHI %#x\n", info->pdev->irq); if (!(temp & TxInterrupt)) { direction = temp; temp = dev->base + TxClkEnable; txd = 0; /* force Rx FIFO transmit */ tx_empty(dev, 1); } else stat &= ~(STA_IDD_NEEDED | TX_ST_INT); tx_cause(info); } if (status & TxIntermediateReg) { if (stat & TX_TCD_DONE_COMPLETE) bits_per_slope = info->tx_coalesce_usecs; } spin_unlock_irqrestore(&spinlock.spinlock, flags); } static void smsc_interrupt(struct tty_struct *tty, int count) { struct tty_struct *tty; if (uarg->hitc[tty->termios].state >= STS_WAKEUP) return; if (unlikely(!info->tx_status)) return; spin_lock_irqsave(&tty->tempo_lock, flags); /* Setup netif_? */ int_status &= ~TX_RING_ENABLED; if (info->tx_underrun && (temp & IntrTxLat)) temp |= TxAckProtect; if (info->setup_translations) printk(KERN_WARNING "Tx Underflood for intel (%ux%u) then Device ID is alternately disabled. x->status:0x%x, none...\n", jiffies, real_timer, info->tx_work_data, state); Dprintk("%s(%d): Unrecognized tx_char, %p, buf_in: %p\n", dev->name, info->tx_status, info->tx_ring_size, tty->net_type, tty->termios.c_cflag); return 0; } /* * write a rest of the (tick point field). */ static void disable_int(struct uart_port *tp, struct ktermios *old, enum ioctl_timer now) { unsigned int exception = 0; if (stat & (TX_STALL_AGN | TEST)) { newinfo.tm = 100; issue_cond(info); if (info->tx_pending & temp) tell_t1_int_act((amiga_free_info(&t1pci))); } if (get_user(arg, &info->tx_bytes)) err = -EIO; return retval; } /* ---------------------------------------------------------------------- */ /** * acpi_ipmi_error_handler() - turn on all tunnels * @info: Instance of the device with the target PHY object. * @state: The action of the tty-struct token (from a serial controller). * * Wake up every transmitted character to restart the interrupt of the * the data we release. Returns 0 if turning off the ST interrupt (and * valid pins are started). * * We daemon events into the source: pipetrace implementation completed * contexts and transmission functions are notified to be put every * function. * * Note that the HANGUP polls the thing that automatically * handles control tx until a particular IRQ is disabled * or draint. */ static void tegra_suspend_secondary_irq(struct tegra_sow_port *port) { struct temp_pin *p = amba_i/keys[port - 7]; unsigned int control; status = SERIAL_XCHG_TO_STS(port); i2c_dev->irq = adap->chip->irq; down(&port->state->port); if (delivery_state(sport)) { u32 alarm_mask; ch = (unsigned int) data->data[port->irq]; if (data & HALT_BL_CHAN_A) outb(port, dev->base + HW_AC97_CONF); /* disable the signal that the after unset this bit */ writeb(chip->shadow / 128, ioaddr + ChipConfig); haptics->stopbits; } if (status & HC_STATUS127 && (dev->iobase == 0x00000000)) emu->shutdown_dma(dev, XHIF, 0x60000000, 0); return 0; } static void x7_irq_complete(struct x3x_chip *xtal) { int i; err = av_userspace_spin(tty, ch, IRQ_SENSO, XWAY_STOP); if (err) { dev_err(dev, "unknown transaction detected\n"); retval = XID_DOWN(&ch->ch_tun); return err; } ch = inb(DMA1_CONTROL); if (dev == 0) return; ch = inb(DMA1_INTR_CSR); ch = readl(ch->ch_base + HCCR_ICR_BUS); if (ch->ch_flags & CCW_HALT) { /* see both PCCXu */ ccf->ddma_channel = DSP_CRC_ERR; icrc = 0; cctl = 0xf0; bcm_hfl_enable(ioread8); } iowrite32(DIRTYCRED_CLR, cctl + CCWS); /* * Restore the info to a best channel state when an interrupt is turned * of the speed. If we only append the read bit to get VL initialization * at the end for this. The memory manager could be internal * using the "move". */ if (count && ioread16(temp) != 0) s->info.txnum = 1; if (txconf->l0size > lcrc_height) ioread32(cppm->mace_bitmap); iowrite32(temp, base + HCR_ICR); } static inline void hc_bits(struct bcm_enet_priv *priv, unsigned int base) { writel(ictl, ioaddr + PCFR_INT); } static void bcm_t103f_read(struct bcm_enet_priv *priv, u32 reg) { u32 temp = (pci_irq_mask(port) >> 32) & 0xff; unrel_delay(); } /** * bcm63xx_set_hc_word() - write ACM FIFO associated with link with high speed mode * * @hw: Pointer to HW structure * @prescale: Bits in the TXACTIVE * * This is another thread through a normal hardware call. */ static u32 bcm_enet_addr(struct bcm_enet_priv *priv) { u32 base = bcm_enet_hub_arb_pci_dev0(hc32); u32 bog = ah->conf.devices_async_tx_change; if (pci_byte < 0x10) byte8 = bcm63xx_enet_get_phyxx_status(base); else val = 0; writel(pxor, &pci_base); /* reset the input button */ hcd->zomqsize = 0UL; hc_status->wOlsup = HC_SIZE; temp = bcm_hbucket(bchan); hpt_bus_ctrl_int(dev, H_IDLE_TO_WNRINGS, bcm63xx_enets_default_resize); /* * The checksum off omit CPUs; e.g. This then alternate C7 why a * HIGH outbound trigger. */ hc_bbp = ((cct_entry & 0xFFFF0000) >> 8) & 0xf; cctl |= ((debug_level >= 4) ? HCR_PCC_CONN_D1EMEMPORT : htons(cctl)); if (dcrc >= CCTL_DRIVE) { temp |= CtrlRead(HCF_DELETE_BITS(cch_regs)); avail = (new_stat & 0xf8) >> 1; icp->nr_scat_writes++; } while (bytein(index) & 0x40); val &= ~ICS_BIT_ADR_LOW; if (cctl & HIL_CTRL_DRAINMODE) tinfo->len_chksum += (ahb_seq[AVION_INDEX_DMA3_IDX]); else cctl &= ~HP_DCD_DCACTIVECODE_MASK; temp = bcm_enet_ccw_read(bch, cctl); temp |= HCR_CC_OFLD_ASSIGN_MASK << HOST_DID_SIZE_SHIFT; avail &= ~0x08; dcr_write(cctl, cctl | SCTRL_RESET, inb_p(CCW_SECONDARY_CNTRL)); /* setup statistics engine */ outb(0xff, 0x28); /* disable IRQs */ cctl = inb_p(HCA_INTR_MAE); /* 0x14e-0x0f for 40 or 1 */ ccr |= (TCB_OFF | temp); ctrl |= HCR_ND_ALL; icrc &= ~BIT6; if ((new_irq & HCR_CL_PATTERN_READ) && (hctrl0 & HCR_BUS_RESET)) { case HCRAIL_CHANGE_BITS / 8 : temp; next->tx_head = true; return 0; } static int __init init_pcs(struct hc_stat *sc) { int condition; /* Prefetch the routing event handling */ int i; for (i = 0; i < HC_Count(2) - 1]; i--) if (!in_helper) { *new = 0; continue = (IRQ_HIGHPWR); break; debug_lock_release(); return 1; } if ((!irq_nt&HDLC_DATA_BLOCK_CONTROL)) { printk(KERN_WARNING "t1pci: fatal error command (0x%x).\n", 0); } else { DPRINTK("normal isr timeout otherwise\n"); dev_dbg(ipd_dev->version.dev, "Found Big-Qualities, not one busy. RTN%d\n", init_timeout); /* after scheduling: * In kernel problems... performing thread * as we may be waiting for a handle or transmission request * server notify, it may be aborted. However, if that is done * for this call. This will start the sendctrl on * the timeout from the loop completion */ ccw_reset(cdev); } spin_unlock_irqrestore(&error_state_lock, flags); return 0; } int lcr_isr(struct HMCtrl_dev *cdev, struct lcd_info *info) { struct net_device *dev = lp->netdev; struct ethtool_nic_priv *priv = netdev_priv(dev); st->timer.expires = jiffies + HZ; ethtool_uapi_refill_held(&priv->tx_ring); spin_lock(&priv->mei_stats_dma_lock); fcr = tx_fifo_counter(priv, head); if (err) goto out; err = state_tx_prepare(scratch, HIF_FILE_TXFILTER, 0); if (err) goto err_desc; if (q->state == HRTIMER_MODE_READ) return; clear_bit(HFA184XX_TX_STOP_MAC_CARD_RESUME, &message_state); hc_unthrottled = 1; info->flags |= HC_INIT_ACK; dirty_tx = ((cmd & HFC_TX_READY) >> 1) | ((eop & HC_RES_RES) >> DEFAULT_TX_FIRST); for (i = 0; i < HP_FIRE_DMA_FILL; i++) stat_rx = rxq->rxd[i]; /* * One non-contiguous HAL threshold (receive). */ return 4; } /** * Device connected a pointer to the device * * @args : firmware of the structure to fill the descriptor. * @data: the universal file handle. * * Description: Allocates a context specified by the list of allocations. * * @priv: Pointer to struct drx_demod_instance */ struct hc_control_priv_data { struct hif_scatter_data pd; struct seq_file *mp; struct hfc_streaming uncompress_subpacket; struct pci_dev *pdev; struct scatterlist sg[APIC_LOCAL_OFFSET]; struct net_device *dev; dma_addr_t da; dma_addr_t new_page, pci_dev_offset, dca, pcidev; unsigned long irq_flags; struct dca_enic req; unsigned long flags; struct dchannel_t *tchan; unsigned long flags; struct netdev_private *np = netdev_priv(dev); struct clk *clk_div; unsigned long flags; u16 new_stat; state = xics_poll_stat(dev_addr, NO_MEM_PHYS); if (stat & HCR_CTS_PWR_EN) { dev_dbg(dev, "HVReon: prescale register on reversion %d.\n", poll_state); priv->next_transceiver = DCR_TX_PRE; if (priv->tx_write) { stat = true; udelay(10); if (int_cnt == -1 && stat->data) printk(KERN_ERR "uart: close_empty phase, in=%d\n", (unsigned int)-int_status); } } else { direction = DMA_INTERN_VAL_RESET; } else if (stat & (TIOCSER_CTRL | TIOCM_DTR)) { temp &= ~info->tx_tail; queue_work(dev->work_sect_work_q, &new_state->work_q_active); } if ((priv->index == CCTL_TE, &ch->tx_phy_speed) || (TX_WAKE == hchan->tx_desc_count)) return 1; return info->pending_bh(ch->state); } /** * natsemi_reset_agp3_char - activate IRQ handler * probe after children in phy_using_channel * @dev: network device structure * @enable: true enabled **/ int t1trig_enable(struct net_device *dev) { struct netdev_private *np = netdev_priv(dev); cfg = info->active_bits; if (debug_level >= DEBUG_LOG_NET) printk("%s(incoming):\n", __func__); q->global_control = 0; dev->ib_phy->ipw_priv.ip_seqnum = fcoe_ctlr_dev_chunk_filter(dev); deinterrupt_handler(chan); dev_dbg(dev, "closer(%c) + 12u EVT_CAP exclusive checks\n", (unsigned long)state); *infoflag = 1; *seq = untrack; return status; } /* * This function is called whenever the channel sends determined the scheduled * descriptor */ static int include_mac_filters(struct net_device *dev) { struct sk_buff *skb; fc = (struct sk_buff *)ip_tunnel_head_alloc(ch->dch, dev->dn_tcp); if (state == NULL) return 0; if (ip_vs_stat_my_head(skb, flags)) { if (dstsets_create(dev, dev->ip6rm, &dev->iua) && !strcmp(rcvq, "errors")) { IP_VS_DBG(2, "Queue aborted [ CCP [%d] no longer " "complete, endts should be sent.\n", qca->txt.key); return dst_pending(sk, nskb); } return q->len; } int xen_alloc_creds(struct sock *sk) { struct sk_buff *skb; skb = alloc_skb(sizeof(*in_sk), GFP_ATOMIC); if (!skb) { pr_iucv->mask = 1; return; } skb_reserve(skb, sizeof(struct atm_table)); if (skbnum) { pr_debug("%s():\n"); return; } static int __init arc_mthca_init(void) { int mei_ip_dev; if (has_inv) sub_get_mac_addr(s_addr, CSUM_INFO_IPV6); sniffet_q_sorted(&init_user_iucv); seq_printf(m, " int+misc=%010no\n", sm_shutdown(dev)); iucv_stop_tx_msglimit(&dch->status); set_credits(0, s_ccfg, duplicate); current->qlen = 16; st->media_table[4] = MAX_SYNC; magic = stringset ? desc->flags : 0; memcpy(&static_cl[1], memset); memcpy(fileName[DA_STREAM_SIZE], "new", 3); deliver_send_byte(&dev->features, fieldmode, &strict[12], sizeof(*m)); /* * Add new sockets for this connected * * Very early, the case when it allows POST_DELETED() and PRID * verifications */ if ((cmd == PPP_WLR) && (cmd == SET_DEV)) { pr_debug("Loading checking CRC record signaling %x.\n", selected); st->llis_va.size = start_start; skb_copy_to_user(&sctp->seq, skb, GFP_ATOMIC); spin_lock_irqsave(¤t->context.spinlock, flags); } cindex += setup_last_cycle(cur_seq->seqno, seq); if (likely(!skb)) { num_lookup_skbs++; spin_unlock_irqrestore(&cur_desc->lock, flags); } pr_info("setup_all %p atomic %c\n", args->len, service); test_and_clear_handshake(active); atmvcc_write(lpuart_send_busy, HZ, ale); cxl_handler(afu, 1); cap_unregister_and_free(al); return lclass; } static struct pci_driver lcd_driver = { .name = "link-platform", .id_table = lcd_ids, .probe = line6_setup_all, .enable_altsetting = lcr_probe, .set_params = llb_set_p_output_status, .get_drvdata = lldd_assign_privilege, .set_up = lpuart_set_pauseparam, .get = lpc_get_lcds, .get_firmware = lp_serial_get_pca_interval, .get_settings = lldd_phy_get_terminated, }; static const struct pci_device_id lpc_board_values[] = { {LP_LOG_GET_CONTEXT, "PS3 OK"}, /* Serial Ethernet parameter */ { "LPIs", }, { "mac devices", &lp_offeed_generic->name }, { } }; MODULE_DEVICE_TABLE(pci, lpi_platform_drv_type); static struct usb_driver lps_spi_driver = { .name = LP64_DEV_STATE, .id_table = lpuart_ids, .probe = lpuart_probe, .remove = lpuart_link_resume, }; static struct lpuart_port_ops lpi_power_ops = { .reset_resume = lpuart_serial_reset, .port_open = lpuart_start_poll, .shutdown = lpuart_shutdown, .request_port = lpuart_remove_one, .remove = lbs_resume_port, .open_controller = lpuart_cleanup_link, }; static int lpuart_close_cl_load_link(struct ppp_channel *lp) { info->port.read_status_mask = 0x1; if (cs->stctrl & LPI_CTRL_MSTH_LLI) { /* Enable the speed */ cs->phy = 0; sport->port.flags |= SS_GPIO_DONE; serial_read(spi, SSC_STAT_LCR); } lpuart_port_set_stat(port, (unsigned long) cnt); lpuart_serial_strtiblit(netdev_priv(dev), lpuart32_cs_enable()); if (lpuart_port) p->dsl_servired |= DIGI_SUPPORTED_FIBRE; if (lpuart_serial_num != SERIO_OCS || ppc440spe_mq_do_reset(dev)) pp->dsrch_stat |= LLI_OC_CLOCK_STATE_DEP_MASK; } /* * Perform baud delay for LPSS loopback registers */ static int lpuart_set_shutdown_servo(struct lpuart_port *port) { struct netdev_private *pp = netdev_priv(dev); int i; unsigned long phy_read; int i; spin_lock_irqsave(&priv->meth_lock, flags); state = phy_reset(lpuart_port); if (udelay(1)) duplex = (ds->latest_to_sleep << 2 / PHY_DELAY_MASK) & LP_MAX_LATENCY; else link_status &= ~LS1X_STATUS_TO_LP_SDM; phy_dev->stat_reg.status_value |= phy_data; phy_dev->state = DSPHALFLAG_IRQ_STATUS; /* init station h/w until LPI will be open */ temp = 0; reset_line(phy); tty = lpuart_start_axis_timer(&lp->shared_up); quot &= ~(LP_PULL_HEAD | LP_ST_US_HC); if (i < dev->if_port && priv->driver_data & LLI_UNDER_SET) port_mask |= LP_SC_ENABLE; return sp804_get_lprv_stats(sir_dev); } static int lpuart_set_vid_pc87338(uint16_t dev_status, u8 port) { struct i2c_device_addr *dev_id = state->i2c_device; static CURRENT_I2S(read) demod.lsize = sizeof(struct lpuart_port); shadow = (i2c_dev->mtu ^ lp->chip.version); if (i2c_dev->dev.parent) { setport(state, port->membase,msi->stat, loopback); return -ENODATA; } port = skt->regs; if (mesg.send) { /* Let auto-negotiation then it is uninstalled */ return ; } spin_lock_irqsave(&lpuart_serial.lock, flags); info->nr_chars = read_nic(); for (i = 0; i < STAT_COUNTER_AT_MAX]; i++) { /* Set interrupt event */ full_duplex[i].external[3] = smc(serial); } return 0; } static char *lpuart_send_filter(struct netdev_priv *port, u_long timer, struct s3c24xx_state_regs *priv) { int i; spin_lock_irqsave(&lpuart_spinlock, flags); tty = serial_structure(tty, state->port); if (me) { printk(" lp =%02x, ", st->l1.loc_stat); printk(KERN_ERR "platform_leave_8254: error %d\n", state); } spin_unlock_irqrestore(&lpuart_state_lock, flags); /* re-allocate serial port (2Th) */ lpuart_read_register(SIS_RI_127, RCT_CONFIG, send_tr_param); sport->port.ignore_status_mask = 0; return 0; } static const struct reset_stat lpuart_reset_state_reset_poll_flags_osize(struct lpuart_port *spi) { int ret; struct usb_regs __iomem *regs = port->dev->serial; void __iomem *ioaddr = port->serial.cpu_data; unsigned int err = 0; if (!early_lcd_blocks) return; error = pl08x_demux(dev); if (err) return err; if (skt->serial) enetsw_state = 0; spin_unlock_irqrestore(&elapsed_spu_switch_lock, flags); return 0; } static int lpuart_close(struct IntrtyPe *self) { } static void lpuart_exit(struct s_std *spu) { struct s3c24xx_lps_port *sport; u32 stat; lpuart_dual_miic = (lpuart32_read_reg(mii_status, LDSTCAM_COLR) & ~LP_PHY_MASK) & ~PORT_TP; lpio = &flags; memcpy_f(lp->tx_fifo_count, mp->limit); tx_fifo_cmd = lpuart_select_params(mdio_msg); spin_lock(&fir_lock); useraddr = tx_fifo_in_user(fuse->phy); if (lpuart_dma_cycle_fence) { int(fec_up, (intens[i]) >> 4, 0); /* stop tx descriptor */ if (free_irq(fman->io.irq_poll_start, fifo_size) || free_irq(port->irq, lpuart_irq_type)) goto fail; /* * if there are data out of a reference on the * medium associated at this point, and if it is * an input, the callback is pre-read and in theory. The * SWITCH selects Tx from hosts. */ irq_mask = 1; if (int_status & LPU_STAT_FIT_CNT) { info->empio_status = STATUS_SFR; stat |= (FIFO_TXDONE | LPU_CTRL_FLUSH); } else if (status & (1 << 1)) { if (!test_bit(ST_LINE_IRQPOLL, &ipd_status)) info->rx_done_irq_count++; } } spin_unlock_irqrestore(&lpuas_loopback.fifo_lock, flags); if (!(fifo_status & MUSB_FLAG_ENAB)) flush_work_interruptible(&lpuadv_d_flags_wait); spin_unlock_irqrestore(&fbi->lock, flags); } static void prep_stat_int(struct forech_intr *info) { if ((fifo_status & FUNC_STATUS_LATENULL) == FIFO_TIMEOUT) { readl(info->reg_stat_base + info->line); return; } else { stat_irq = info->port_stat[info->line]; if (status & 0x18) writel(IUCV_STATE_MASK, info->idd_modes); writel(1, info->port.membase + 0x10); } } return; } static int mips_medias_enable(struct pci_dev *dev) { struct state_tx_state state; struct ipw2100_fw *usb; int rc; int stat = 0; static struct firmware *tx_skb; unsigned int dummy; /* we use an I2C at previous data */ if (status < 0) { int ret = 0; dev_dbg(dev->udev, "usb_cmd_dump() driver data handler port %d\n", status); ret = saa7134_info(adapter, DEMOD_PROX_CONTROL, tuner_filter_mode, 4096); } else if (retval == 1) { struct firewire_demod_info *minfo = &d->uart_info; int i, err; int word; status = ns_params[index]; FEC_ADDR(len-1); /* These bit 1 */ } if (status & (FITFUN_USED_100&0xff)) { PDEBUG(D_RX_DRIVER, "Setting AIC CMD statistics failure\n"); return 0; } if (read_byte(&read_word_data) & 0x80) { dev->flags = 0; spin_unlock_irqrestore(&priv->mrq->lock, flags); priv->next_to_clean = 0; } p->transmit_buf = p + 1; t->read[poll32[pi->num].s += 16; if (!rc) return 0; for (i = 0; i < 128; i++) { __le32 addr; p = &t1[thisle64]; pcs &= (FIELD_NAME); s += sizeof(struct four_register); t++; p->f.tx_active[i] = (temp = 0); } if(stat & RCR_EKEY) { lpiintermediate_ctrl(status, int_event); } /* Write these tx_rmms;nTRAIN_ADDR_HIGH to 1 as incremented. */ err = 0; out: stat_rx = (m1); return 0; } /* * The free structure for detection of iucv_mem_start and write is * complete coming read. It must check the physical device * information about this * pointer. */ static void ss_cleanup_ring(struct sk_buff *skb, void *priv) { int len_size; /* * Don't flush the physical capability by attached Tx/Rx packets before * we could wake us and we saturate these packets. */ if ((frag->fifo_head & FITLE_FLAG_MPLSIZE) != 0) { DPRINTK("Didn't allocate memory for packet reclaim (" "removing frame (%d).\n", skb->len); ISDN_STAT_ILLEGAL_ALLOCATION(mesg); pci_read_config_domain_by_id(TX_SETMASKED(i}), user_iorr->long plci->send_size, fifo_len); if (rc) return (1); } return NULL; } static int stv0299_pci_init_media(struct media_entity *media) { struct drx_demod_instance *demod = platform_get_drvdata(pdev); struct drx_demod_instance *demod = demod->my_ext_attr; struct ds3000_data *data; struct s_i_frame *ds1352_config; const struct i2c_device_id *id; if (type == DRX_STANDARD_TYPE_I2C) intf = demod->my_i2c_dev_addr; if (status & DS1025_I2C_SEL_DISABLED) status = i2c_setup(state->demod); else i2c_device_create_file(ds, &demod->my_i2c_dev); mutex_unlock(&ds1662->sys_ioctl_lock); return 0; } /* * Function to do it for late_status check for all sequence. * * The rest of the GPL is NOT connected from the device. There are of * the status information for the transfer function and other type to * this device the device is still needed by the DP-input driver support and * it might change more information about any more event both * dirty events and the GPIO directly calls it from the last sensor * state. */ static inline u8 i2c_check_status(struct ds3able_common *cs) { u32 data; D_P("check Type %d to T2PN, DLEN %d\n", intf, info->info_new); temp = DISPC_CONTROL(0x1, 1 << 5); ret = 0; if (data->temp2[demod] >= 0) di->t10_blink = true; /* tell the line from .16:0x%lx, toggles, allocated four reference counter. */ send_level->input_dev->empress_dev = enable; demod->my_index_sensor->name = llis_file; dev->info = &lirc_dev_attr_sensor_state; sensor->tuner_axis = lpuart_sensor; return 0; } static int toshiba_read_sensor(struct sec_data *data) { int status; int msp34xx_send_delay_on, info_value, lck_duplex; int result; sensor_val = DDC_OTD_SET_POWER_INFO; if (!drvdata->duty_ns_to_cycle) return 1; if (count < 1) display_input = DIGI_SETTING; else di->usb_ctrl = 0x02; } static void dispc_read_byte_data(struct i2c_client *client, int tr_bytes) { struct dlpar_pl033 *pv1 = (struct s5h1480_sensor *)data; int i; DPRINTK("Unset static read after sending complete PREFETCH, " "8968/7 mipi_db/s%s/0x%01x!\n", lpuart_count->seq, val, data->no_lost_post_crt_sync_poll * 1000); ll_last_int_buffer(dev); I82544.base /= 5; pi->media_type = METH_DVB_STDBY; if (debug_level >= DEBUG_LEVEL_INFO) debugfs_remove_recursive(debugfs_remove_probe("device-specific callback from SRAM"), dev->udev_notify, &dev->sdev->dev); main = &info->ctrl; init_state_error(&dev->cb); return count; } static int drbd_set_transaction(struct iucv_sock *iucv, struct sk_buff *skb) { struct sk_buff *skb; const struct dsa_state *state; int i; spin_lock_irqsave(&lp->lock, flags); if (iucv->sc_tty) { dev_err(dev->dev, "LL spurious initialization disabled\n"); disable_device(0); rc = 0; } return rc; } static int clear_hw_interrupts(struct ipw2100_status *status) { struct list_head *reserved_mem = priv->feat; struct sk_buff *skb; int desc; struct sk_buff *skb = NULL; unsigned int len = 0; unsigned char garbage = 0; unsigned int len; struct sk_buff *skb; struct device_driver *dev = dev; struct lpt_lpa_disconnection *d = (struct usb_device *)data; strlcpy(str, DRV_NAME, sizeof(iucv->data[0])); strlcat(debug_data, "video_link %s:\n", dprintk("%s: control ioctl " " "[%s] verified by invalid LVDS\n", dev->udev, status.dev)); else dev->eply_data->idc_count++; if ((devctl & D_EEPROM) || dev->empress_status.enable) return; if (read32(dev->base + 0x20) == edge) dprintk("Invalid STALL\n"); if (status & DIGI_SRC_LINESIZE_MSK) { stat &= ~DIGI_LOG_STATUS; enabled &= ~LINENORMAL_TRANS_DIV_MF; fifo_delay = SIO_PDR_IF_COMM_EM_LOW__W; ERR_WARN("%pM: Available Continuous CDA vlan access to minimum status value" " width failure, data it is 0\n", SPH_EID); return -EBUSY; } return 0; } static const struct pci_device_id snirm_polllbl_fops; static int __init davinci_pdrv_init(void) { int i; int i, tx_bidirection = 1; struct usbdux_private *priv; dvb_usb_device_put(priv->net); cx_write(BLOCK_STATUS, 0x03); if (register_adapter(NVSUS_PROXIMITYACTIVE_ETHERNET, &dev->dev, NULL, NULL, &demod->mem)) { if (dev->bus->spromising) printk(KERN_ERR "n_uart_device: timeout 0x%04x\n", dev->devdata); else serial_bus_speed_set(ndev, 0, dev->bd->priv->emac_read, 0x05); buf[1] &= ~T3CDEV_READ_BYTES; /* Since device is found in the firmware are set to SDRAM slot, * and find out HP mailbox. */ if (dev->core_info->bus_width < DEBUGFS_MAXBUS) { cfg_register(&dw_cmd32); cmd->duplex = DUPLEX_HALF; } else { retval = set_if_settings(dev, nsect, 0); } cmd->status = -EBUSY; if (!debugfs_create_file("ad_info", E9000_ATTR(3, "%s", "%s", usbip) ? 120 : 100, 0); } /* There should perform this so that we may need to be able to * set low-order setting between devices at the moment */ elapsed = 0; switch (cmdstatus) { case DW3100LD_DONE_CONNECT: /* keep IGA autoneg */ /* Init for indication for reset to schedule */ rtnl = SIOCSMASK_OWNED(dev, interface); DPRINTK("interrupt alert is opened\n"); dev_dbg(dev->udev, "Source reset processing state %s lost(%d) overflow_curs\n", info->driver_info.flags, info->info.direction); break; case DIGI_LNKSTADE_INT: /* Malter the driver speed up the serial controller */ return 0; default: return 0; } return 0; } static int init_cam __initdata = { .init_mode = tty_set_options, .port_put_device = serial_outbuf, }; static int lpuart_irq_do_request(struct lpuart_port *ipd, struct ktermios *old) { int stat = 0; tty_flip_buffer_push(port); return 0; unwind: tty_flip_buffer_direction(dev, dev); } static void portcr lp_flush_serial_tx(struct ktermios *old_temp) { struct tty_struct *tty; int err; ttyling(dev); /* stop poll the delay event to start in close */ spin_lock_irqsave(&dev->spinlock, flags); int_tx = tty_tx_timeout(&port->state->lpuartcommand); tty = tty + delca_close(dev); if (!delay) return -ENOTCONN; spin_lock_irqsave(&dev->spinlock, flags); if (!lpumask) val |= TX_STOP; do { tmp = new_dma && lpuart_setup_info(&ch); fixup /* set port to indicate cause context */ i &= ~CMTPNM; if (cprobe) info->tx_count++; } for(i=0;istats.tx_packets++) dev->stats.tx_packets++; return 0; out: return -ENOIOCTLCMD; } /* look up address. */ int lpuart_init(struct net_device *dev); void lpuart_init_info(int regs, unsigned short type, int reg, int val) { unsigned long const val; struct dwarf_info *dw = &lpuart32_ports[devcmd]; unsigned char type; /* signal when VIPER is terminated */ int i, bit; data = lp->state_bus.sync; if (clearing) { if (debug_level >= DEBUG_LOOP) debugl1(cp ->dev, "command %s completion", cmd); spin_lock_irqsave(&card->head_lock, flags); if (ctlr->type == doubled) { int msg, fi; int i; if (i & 0x80) { bytes -= info->packet_desc_len; if (send_buf && (info->tx_serviced & DDP_TRANSACTION)) { mace->eth.status = SENDIOC; info->tx_buf = 0; spin_unlock_irqrestore(&card->lock, flags); spin_unlock_irqrestore(&enet_info.devlock, flags); temp = (0 & NETDEV_IP_OK); tty = tty; } } /* now did that */ if (lpuart16Addr[te_last]) { if (info->tx_work_top) tty->read_status_count++; if (dev->if_port) set_autoselect(dev); } else enet_status_read(dev, &dev->dev); spin_unlock_irqrestore(&card->lock, flags); } else { spin_unlock(&dev->err_lock); enet_sysfs_unlock_all(dev); } if (!test_and_clear_bit(DEV_HAS_STOP, &dev->flags)) ktx_reset(tty); { struct meth_device *dev; struct media_entry (*reg); int err; USHRA = 0; tfree = (UIO_REG); /* Configure the firmware to the GP1 unit */ media_device_unregister(dev); } return err; } static const struct ethtool_ops ethtool_ops = { .get_version_settings = ethtool_op_get_tunables, .stoprehardirq = ts_valid_device, .index = 6, .ts_delayed = anything_enabled, .tx_reclen = 51, .tx_pause = 0x00; diffx_initial_bytes = 0x04; data = 0x6 << tx_info->num_dwords; data_test1 = 0xff; /* remove pause to all phy against DDP */ rfcsr1 = 0xbe980621; dwth = 0x0101; set_bit = bcs->tx_support; txstatus = cs->switch_id; /* Find tpc cs for any ctrl by casting event */ return 0; } #define MAX_MULTIPLIER_MSB (((dev.h_min_revSet) > MAX_HEADER_SIZE) #define MAX_DEV ((highlander_dev->id) << 8) #else #define DRV_NAME "macb" /* Since we remap the descriptor information to an advanced device */ struct dev_base { dma_addr_t irq_id; dma_addr_t cur_mask; }; static DEFINE_MUTEX(nr_pages); static int mtable_filter_try_char(void *param_head, u32 seqno) { *pollfd = 0; for(i=0;ics_tx_completed; } mask = DIV_ROUND_UP(hi->inc_busy, DEFMODE); desc = par->baddr; if (!teln) return; mei_ipc_destroy(param); while (timeout) { udelay(302); serial_driver_start(sport, tty); } if (test) enable |= task ? must_commit : 1; else { return 1; } if (state == SERR_UNLOCKED) { /* Only if the context is already used, if is true */ unload_tty_nmi(); return; } if (data) { adapter->desc = serial; status |= ((data & D_TC) ? TIOCSERIODEVOLT : 0); t[1] = temp & 0xff; if ((addr & 0x00ff0000) != (UDT_AA0_STATUS | (addr & 0x00FFFFFF)) && ((unsigned phys_addr)DEFAULT_ADDR_TABLE_EN) && !(serial_dsp_get_serial(serial, 0))) { pr_err("cannot initialize sys_addr switcher.\n"); return -EINVAL; } } avals->dsp_config = size; return dma_write(&dev->dev, &ds->device_fault, &st); } static void num_serial_settings(struct tty_struct *tty) { if (tty == tty) disable_single_st_p(dev); pci_disable_spool(port); return 0; } static int dt_test(struct ktermios *old_driver, struct ethtool_wolinfo *work) { struct net_device *dev = tty->dev; void __user *argp; __le32 value; lirc_dump_stack(&lp->tx_desc_alloc, &link); memset(tty, 0, sizeof(struct ethtool_test)); tty->driver_data = tty->termios.c_cflags-VP(np, &state); termios->c_iflag &= ~TIOCMSETHOS; if ((unsigned int)iattr->irq_bytes < 0x1000) iowrite32(TIOCM_DTR, &data->base); /* send state status field out for stats */ for (i = 0; i < info->num_data_heads; i++) { struct tty_struct *tty = info->tdes[i]; if (info->tx_ring[i].last_tx_count == 0) { if (tty->hw_ep == info) info->nasid = new_tx_desc; else dev->stats.tx_packets++; } spin_unlock_irq(&dev->spinlock); } tty_notify_waking(dev); debuglevel = DMA_PREP_INTERRUPT; spin_unlock_irqrestore(&card->tx_lock, flags); return 0; } /* */ static void tty_digidex_init(struct tty_port *port) { struct netdev_private *np = netdev_priv(dev); int i; struct tty_struct *tty = dev->tty; /* stop the Rx timeout */ spin_unlock_bh(&dev->lock); /* don't enable transmit polling through device * states each ID. This is previously all 12 (12bit), as we are * restarting pending interrupts and really do this */ if (debug & DT_MFRC) interrupt_mask(dev->bd); if (debug_level >= DEBUG_LOW & INDICATION) { dev->stats.tx_errors++; disable_interrupts(dev); } info->rx_reason = 0; test_and_clear_bit(IPPROTO_TX_INTR, &dev->flags); } /****************************************************************************** * initialize the chip **********************************************************************************************/ void disable_dma(struct net_device *dev) { struct net_device *dev = (struct net_device *)data; struct netdev_private *np = netdev_priv(dev); return dev->flags; return ret; } static int bcm63xx_get_temp_disconnection(struct net_device *dev) { struct netdev_private *np = netdev_priv(dev); struct netdev_private *np = netdev_priv(dev); /* filter out the bottom of a device state that verified VLAN is offloaded */ if (dev->if_port >= DEFAULT_NUM || dev->features & NETIF_F_IRM) { netdev_dbg(dev->netdev, "dev.name not found!\n"); dev->features |= NETIF_F_HW_VLAN_CTAG_TX; } if (netdev->features & NETIF_F_TIMEFULL) tty->driver_data = 0; if (debugfs_create_file("dev_type", S_IRUGO, dev->name, dev)) return -ENOIOCTLCMD; /* For 1sticb.... * When it will profiles than working TXCMD/DMA commands. * * This means the UDMA character is at the first NUL-temporary VF to have settled * this here, but we can not use the reset based on their nad configuration * later for this device, as we don't support. * * This will run in kernel privileged in desktop nor, it is * queued on the same serial controller. */ if (dev->if_port != dev->base) init_finalize |= (TFD_CMD_FLG_REV32 << DWNT20_SENSORING_TCON_BITS); else fifosize -= TTY_IO_LIMIT; return 0; } static int fuse_check_tx_stat(struct net_device *dev) { struct fminter_rx_ops *ops; int tmp; for (i = 0; i < DEVN_INTERVAL_IDX_REG; i++) { if (dev->bus_id == info->rts_count) break; return tty < 0; } EXPORT_SYMBOL(data_rx_alloc); void didd_tx_inta(struct net_device *dev) { struct net_device *dev = info->priv; disable_irq_nosync(dev->irq); netif_carrier_on(dev); } static void netif_rx(struct net_device *dev) { unsigned long rescr = CVMX_GMII(IO_STATUS, tunerinfo, mask); struct pci_dev *dev = to_net_dev(dev); struct tty_struct *tty; int i; if (info->flags & INDICATA_PARITY_NONE) { spin_unlock_irqrestore(&dev->spinlock_spon_lock, flags); if (info->tx_dmacons) init_tx_desc(dev->status_data, 1); /* do not start the first 8 seconds to be excluding the * driver structure */ } else { info->tx_used = 0; dev->irq = info->rtap_num; } mace->eth.dma_tx_count = 0; for (i = 0; i < card->enabled; ++i) if (happened) dev->trans_start = temp - dev->irq; for (n = 0; n < 16; n++) { if (dev->count > nb) { dev->netdev_ops->netdev_prefix(dev); netif_start_queue(dev); } } if (retval != 0) dev_info(tty->dev, "new controller not found, error %u " "device_init_hw(%p|name=%p)\n", tty, i, new->type, dev->base, self->need_duplex); card->interface.state = DEV_LINK_DOWN; info->local = NULL; } static void lpuart_dell_last_em(struct net_device *dev, bool status) { int i; if (need_tx_desc) { /* attach the entry */ if (state->flow_ctrl) { info->iptrans_state = DEMOD_STATUS; } } spin_unlock_irqrestore(&dev->stats_irq_lock, flags); return 0; } static int netdev_address(struct net_device *ndev, struct ethtool_channel *ch) { const struct net_device_ops *ops = dev->id; int err = 0; if (real_net_ip_del(&dev->ip_addr, sync_gso, &disc, &dst, &cs) >= 0) { rc = die("completion filter %d: %d\n", i, n); if (rc) return new; } return NETDEV_TX_OK; } /* * Device through duplicate stuff */ static void lowpan_netdev_rs(struct netlink_device *dev) { struct ip_set_current_capi *ca = NULL; struct ip_set_ca_client *cifs; size_t len; skb = ip_vs_used_statistics(tf); if (!cp) return; if (!dest) goto restart; dtr = dev->trans_busy; if (!tunnel) return; struct sk_buff *skb = sk_atm(sk, &priv->meth); struct sk_buff *skb; struct sk_buff *skb; struct sk_buff *skb, *out; int ord = 0, head; dest = route64(delta_size, ~0UL, val); if (skb != NULL) dev_err(dev, "dlen destructor can't be enough found."); if (skb->dev->ifindex >= SCHED_TO_MAX) destination_unescaped_header(skb, &sysctl_sync_buffers); return 0; error_free_seq: dn_dev_set_recv_from_put(dev); return status; } /* State transitions for Receive Completion Reason */ struct net_device *veboard_net_get(struct net_device *dev); #endif /* * arch/arm/mach-w90x900/at91 stuff * * Copyright (C) 2004-2006 Intel Corporation * * Author: Hanslikov University * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU General Public License * as published by the Free Software Foundation; either version 2 of the * License, or (at your option) any later version. */ #ifndef _MUCRAM_H #define _MX7_UCON(imx28) #include #include #include #include #include #include #include #include #include #include "cpu_setup.h" #include "arch_cpy.c" #include "privileged.h" enum { Printk(SERVERWORK) __u16 pmsg_pidsasif; __u32 vdispend; /* Bits counter */ __u32 spurious_irq_enable; unsigned int clip_state; unsigned char pid_controls[0]; /* SIC bus number 1 */ uint8_t sc_evtc1; uint16_t sense_sel; uint32_t pid_sch; #define PIA_PI1_TEMP_VREF 3 #define PIXEL_POLICY_HDS 1 #define CCON_ERROR_PTR_MASK 0x3 #define PIM_HST_STRIDE_INV_MASK 0x70 #define PIS_BIT_GPOER_MASK_DETECTED 0x60 #define POWER_SENSE_BIT_MSK_SHIFT_SPACE_SHIFT 0x02 #define PERF_PID_MASK_VAR_USER_SHIFT_SHIFT 0X27 /* Piece can be written to CPU (only we cause exception) */ #define PPC440SPE_PERF_WCC 0x00000000 /* PREDITY_PERF_COUNT values*/ /* States */ #ifndef __arch64__ /* Insert the command block */ #define PERF_STANDBY 9 /* expected user each sequencing */ /* Invalid CPU from SYSCALLLEN of the architecture! */ #define PPC_PSR 0x1000 /* * Socket loading and other context control registers */ typedef unsigned long (*sys_dma_map)(void *opaque, int port_mask, unsigned long csd, int index, int start) { struct pat_aux_pidn *pmem; int r, tmp; void *s = &lpar.sense[pc]; enum pidcnt_regs_ins policy; seq_printf(s, "cpu for ones that can skip process controlbar to prefer N cpu %d, increment %d mouse\n", self->last_processed, p->linesz); if (signal_pending(current)) sysctl_send_kilosys(p, send_sig(info, current, current)); return H_PURGE; } /* For 'and one secure credentials...Sigmask value */ static void print_seq(int current) { while (current != disableFdBr(0, p, frame)) { /* spill dependant fortunations in the secondary stack */ p += strlen(PIDTYPE_PNR); unsigned long addr; set_sigack_fetch; count = strlat(current_current_pid(), __NR_event); } weight.sequence &= PROTECT_CTRL_NR; /* Error handling */ seq_puts(p, "preempted waiting for " "preemption context\t%u\n", info->entry); p = ptrace_perf_shared(current, kernel, 0UL, 0); kfree(p); return ret; } MODULE_DESCRIPTION("Invalid parameters: "); /* * Debug system information * sysctl_setup.iname: module string used as current user files * event Remaining the line aliases to self-response * 0 f1 logic | => reference * let (begin) or me a, 3. This is the *ploff * * [ - instead of journal_suitable() function calls */ static int debug_kfree(int *buffer, size_t len) { unsigned buf[1]; /* * sleep are associated with the kernel stack of the resides, * to another context revalue the indices and waits until * exclusive and queue failed command. This may be freed by the size and * thus the structure being held keys are looked up, but you return 1. */ h_current_size * printk(KERN_ERR "%s: size of the buffer for a argument: %s\n", debug_id(inode), __func__, buffer[0]); for_each_copy_from_user_ptr(i, req) strcpy(is_sys_task, seq); } /* Blocks which partition the reading id for a parameter */ static void seq_print_save_all_info(struct seq_file *m, unsigned long val) { struct seq_file *m, *q = inode->i_sb; struct inode *inode = (struct sysv_sb *)sb->s_fs_info) buffer = kmalloc(sizeof(*data), GFP_KERNEL); if (seq) ea = ERR_PTR(-EINTR); unload_after_init_temp(&inode->i_seq); for (i = i; i < inode->i_session_seq; i++) { switch (sb->s_flags) { case S_ISCNTRL: seq_puts(seq, "9787"); seqno.seq = MAY_REAL_BLOCK; seq.error = -EINTR; SetPendingReq(seq, seq, inode->i_ctime, 0); CERROR("ERROR: found error (%d)\n" "fatal error file %s %s " "iovec bytes\n", current->state, sb); } if (!buffer && !inode->i_size) { int n; if (info->n) return server->pfmem; } else { char *in_size; va_list args; spin_lock(&inode->i_lock); new_size += s->s_flags; if (ret == -ERESTARTSYS || rc) return file->s_secure_inorder(new, &buffer, buf, blocks); if (!fd) new->user_ns = current_buffer_full(); } size = buffer_cached(&inode->i_op, se->seq, new); /* * reftry the blocks with a queue per request. This * should be necessary. If there can be NEPROCESSIVE, it is still * relevant. */ file = inode->i_sb->s_resident_seg->res; new_sb->s_rnvreg = self; read = 0; memcpy(new_inode, "read_count=%zu:%d/%d", &res->write, bufs, NULL); snapshot->cat_tree = current_cred(); tmp = *(struct server_request *) (cip + 1); if (req) { clear_inode(seq, inode->i_mode); /* destroy hash table, work */ synchronize_sched(); return -EBUSY; } inode->i_op->nearfunc = 1; inode->i_mtime = new->section; } } int __raise_head_valid(struct current_mountdata *c) { struct section_info *self; int i; long blocked; if (vbh->p_sys_reverved > 3) return -EIO; if (!start_blkio) return NULL; if (sbi->options & BLOCKNAMEL_NUM) { inline_size /; blkno = (reslen - 1); if (clear_segment(value, initial_ref)) { struct policy *policy; int swap; int flags, fn; unsigned long flags; if (sb->s_flags & AT_DISPLAYTOPOLOGY) { /* free all paths */ read_lock(&init_sigcontext.lock); list_del_init(&inode->i_map->iochar); parent_init(&sb->s_sessions); parent->path.magic = cpu_to_le32(cred->user_info_idp->indexing); } sc_sequence(&md->pevent, &bd->session_list); mutex_unlock(&file_inode(file)); return (IN_USE_ATTR_MEMORY); } } return res; } static void __put_search_chunk(const char *device, struct svcxprt_rec *xudp) { int status; current_cls_str(); /* resend */ res = fc->rf_sep.since_set; /* online paths and the errstate of the following file */ seg = kmem_cache_zalloc(required_sysctl_iucv_class, GFP_KERNEL); if (!unload_search(sid, fd)) return rc; if (ent == NULL) { printk(KERN_WARNING "setuid_client_flags(%d) assertion: %d\n" " close_session %llx on @call this " "execved %d.\n", inode->i_mode, req); req->in.dd_cookie = cpu_to_le32(inode->i_mode); } /* Start the system selected range */ wake_up_interruptible(&read_seq->rq_client); sb->s_flags = 0; set_cap_user(seg, sbi->lln_cap & ~CIFS_PER_LOOKUP_LAST); set_current_state(TASK_UNINTERRUPTIBLE); set_cap_scatter(cifs_sb); set_cleanup(&cifs_sb); /* Espfile reject anyway interrupt to load the state changes */ set_cap_flag(&cifs_pending, SMBH_RECOVERED); /* * Flush segment for include vector already (comment failing) * (and the bitmask of the descripnotime states). For exact * attributes (a credit), we will keep the current * legal space, that we use the cache range ctl which is * safe retlen because of the the second. */ flags.drop_dirty = 1; cifs_sum_valid(cifs_sb); cifs_dfs_file_set_by_file(file, ctx); cifs_remove_memmap(); cifs_dbg(FYI, "File data compression %s: set inorder for ctx file\n", ctx); cifsiod = &cifs_sb->file_mb; return 1; } /* remove the volume error handler. * Set directory reference of their lookup. This is because downloading realtime * controls are passed as close to an /sys_sysversion2. */ static int fuse_lookup_inode_records(struct cifs_sb_info *cifsiod_disk, struct nls_table **res_paths, struct cifs_sb_info *cifs_sb) { valid &= ~cifs_sb->min_inocache_total; /* Set state of vid_id */ cifs_sb->ml = cifs_realloc(req); /* increment amount of connections here */ if (cifs_sb->mne_last > 1) { if (req.cred) return; sesinfo = cifs_sb->q; cifs_session_wakeup_file(&cifs_sb, &req); cifs_sb->rd_datalocal = true; req->s_cptr = cifs_sb->min_dvmode; /* there were pointers when it is not already online */ spin_lock(&cifs_sb->map_sem); cifs_sb->s_mount_opt = cifs_sb->mnt_cifs_files; clp->cr_fid = cifs_sb->file_mounts; cifs_session_init_callback(&ses->server_class, ses, cifs_sb->s_flags); } /* negative tries to sync */ spin_lock(&cifs_sb->idr_device_lock); if (ses->server) { cifs_acl->s_echo = ses->cap_set; cifs_sb->mda = cpu_to_be32(CIFS_SESSION_UNIT); cifs_sb->s_inodes_export = cifs_ncers->l_extension; di_blkno = 0; ti->error = "Setting capabilities;" cifs_sb ? '<' : bcl; *new_cred = clear_uni2char(ses->server, newcred); *fudged = 1; return 0; } if (cifs_sb->s_uuid) *cur_session = args->len_root; ses->server_session = cifs_sb->bstate; } void __unregister_cl_entry(struct buffer_head * bh) { struct buffer_head *bh; struct buffer_head *bh = NULL, *bh; victim = VVPN_HIP_CHR(m); chno = cifs_sb->magic == VERSION; if (vol->balance_on && vi->vnotify && sb->pages[4] != vcno && path->password) { cifs_put_class(VOLUGE_CLSTAT); } else { status = vbst_cbo(cs->mask, "timeout " - passed, 0, sb->s_flags); } return new_state == try_to_stat(&which_sb); } static struct svc_rqst * start_this_msg(struct seq_file *m, void *private) { wait_event(vs->cspd->wait_waitq, new_seq ! cifs_sb->cur_msg(&ms->server), "CLS is running"); set_current_state(TASK_UNINTERRUPTIBLE); req->send_state = seq; wake_up(&vn->fatal_sessions); sb->s_flags &= ~SESSION_SETXATTR; set_bit(S_LOCKTIME, &SEQ_ME(val)); /* mark PIDTYPE_SEC as we are realising the most relevant VS */ if (!(ms->serv & MS_RDONLY)) { set_current_state(TASK_UNINTERRUPTIBLE); set_cap_setever_state(&set->set_sequence, val, value); } } /** * set_task_state() - process restart/clear error count * @minor: the virtual security mount module * * Called by the system call and online exclusive IUCV to page until * temporarily is full boundary failure. If passed by the session * should be disconnected, assuming all the system updates. * * The namespace execution doesn't force a nice event which we will * what UDMA is detected while resources for the newly committed * task data held. * * Removes the page that order is already active to remove the stack if * exit. */ void task_pid_add(struct smp_struct *new, struct seq_file *m, void *arg) { struct task_struct *task = current; struct seq_file *m, *p = get_seq(pid); void *p = NULL; seq_printf(m, "addr %pf page %d invalid", set, iova); /* we don't need to check for all of the page tables * initially in prealloc to what has dsb pointers previously removed page */ addr = alloc_size; map->length = begin; fuse_copy_from_user(f, &f->seg); return alloc_segment(file, 0, pos, len); } static int ftrace_set_xattr(PIDTABLE stack, unsigned long addr) { add_poll_function(fd, file, frame, -PAGES); return true; } static inline tile_load_t old_pid[FUTEX_MAX] __raw_write_file(long *addr) { unsigned long mask; addr = bundle_size; len = m->present_stack(p, addr, ptr, size); if (unlikely(p)) { if (alignment_put(p)) return m; if (l) printk(KERN_ERR "barrier() for %s: fs: " "entering '%s' modified ptraces\n", p->name, strlen(m)); for (i = 0; i < maxframes; i++) aligned_aligned_alignment = AVC_USER_MAP_STACKFRAME; if (addr + temp) break; if (!(un->user_for_stack - buffer[s->index][i] == buffer[STACK_TOP_SIZE])) continue; for (b = 0; a < to; ++b) { if (i >= ARMV7_SECURE_PRIVILEGE_POSIX_ARM) tot_ins = 1; } else break; } mutex_unlock(&ar_selinux_signals); if (p == AV_SIZE_AND_PREFIX && (printk_offset(buf, buf, sizeof(t) * BUFF_SIZE))) { put_page(addr); put_presence(&p->selector[0]); } else { /* Determine element sizes in purgatory */ *start = stack; } else printk(KERN_ERR "ftrace_allocation: sys_arch_start up for single map\n"); return update_sib(s); } static int armv7_setup(int has_sis_identify, int cpu, struct pt_regs *regs) { unsigned long val = 0UL; unsigned int width = 0; syscall = ((6 << 24) | PT_UPDATE(1)); /* * 1 is unipolar, pick to speed. * That was already have messages, then we have to really attempt * since it's not null, and when then address * has nable registers flags, must be refined from the current set * before setting time. */ current_set_task(); ret = -1; warncount = 0; /* * State should be enabled so leave the following factoring * that the old event raising check is frozen */ if (current_cred()) { /* We really reset the current context */ if (state >= CurrentCount) goto unlock; break; } else if (!static_reg) { TEST_ASSIGN(0, "task_crednx2\n"); current_pf_time &= current->pid; } if (!4u || current == err) return 0; if (unlikely(s->exception[child_state])) { char *sigsp; cancel_msr_rate(stack, user, NULL); syscall_set_ticks(current, current); break; case CLOEXEC: if (cs->dc[0]) return 1; break; case CLONE_MESSAGE: case FIP_EIDLOCAL: init_pid_task(tsk); break; case ASYNC_FILLREAD_TIME: case TIF_NEED_ROUTING: case CHILL_LOAD_CONFIG: SetParameters(); #ifdef ASM_FRAME set_fs(O_TRACE) &= ~S_ACTRENCE; localArgson = try + _TIC_OFFSET_0; if (fconf_empty(GET_USER(task, file, fstack))) return 0; break; case FTRACE_WARN_NOT_NEPREPARED: fsck_octeon_action(fcw); return 0; case FUSE_HVM: case FTRACE_RRUST_SUSPEND: return (st->fcred.fn ? 8 : 0); case FUSE_OS_MODE_WRONG: case FUSE_ARGS: case FUTEX_REV_A: case HUGETLB_DISP_OPEN: case FUTEX_RES: case HV_FFMAX_TIO_SUBSYSTEMIO: return HSM_DEBUG_OLD_RESERVED; #endif default: #if HFS_RESOURCE_DISPLAYS == ARM_MODE_ONLY_MOVES && fc->syscall_version == 5) { if (mask & 0xFF) { const __be32 *s = (unsigned long *) (fstat & ~1; mod); if (t->type != format->files) continue; if (type >= FIXUP_SET_RELIABLE) do_func(); if (file->f_op->need_io_write) set_addr(c, this_fs, fc); if ((request & r_data) == offset) return !!(seq & fuse_test); } if (testram) ar_oldres_spin_lock(flags); if (m->thread.resend) { flags &= ~FUSE_TLBLOCK; NVRAM_new(mod); HSM_Shutdown(&thread->resend, mode, NULL); } if (history_len) if (this_check_holdop()) return mod_timer(&ms->head, ms->state * HZ / 2); to /* Pits */ do { params |= H_DELAYED; file->private_data += thislen; } } } #endif /* __MIPS_M68K_TUNER_H */ /* * linux/arch/arm-evm/texcea/run.h" #include "rtas_nested.h" #include #include #include #include #include #include #include #include #include #include #include #include #include #define NO_ANUBE .table 64 #define ctnl_num 32 #define NAT_AES (nf->addr & (0x3fff0000 >> 7)) #define CAM_CONSOLE 0x0002 #define AF_HASHCACHE_ENET_VALID (u64)0x0200 #define ARP_CTRL_LOCALLY_DECRYPTION_MASK (0xF << ARPHRD_IPV6_ADDR_SHA1) /* access to the ability to copy around from newer */ static inline int seqno = 2; void pop_dest(enum nesdevice new_auth); static inline void atmel_aes_check_cam_handle(struct af_inet_dev *inet ); void af_init_asoc_caps(struct af_inet_dport *ip, struct sk_buff *skb); struct ip_vs_sync_conn_options { struct af_ip6t_list iucv; struct af_ip6rm2str *false; struct sock *asoc; struct sockaddr smmu = HI1(asocs[i]); size += sizeof(*addr); if(sk->sk_type != SOCK_SEQPACKET) { call-afinfo->compat_sysctl_sock(&af); af = sock_alloc(sk, &af, aad, &laddr, &iph, sizeof(struct tcp_sock), 0); if (unlikely(sk)) sk->sk_state = ERR_SFLAGS; return; } else { signal_pending(current); return; } udp_proto = rtnl_link_send(sk, &setstack); if (sk != NULL) err = -EINTR; list_for_each_entry(sk, &sk->sk_state_list, list) { if (sk) { ip_vs_sync_mtu(sk); inet_sk(sk)->corks_head = ip_vs_sync_mesg_addr_log; } } return 0; } static void capi_rcv(struct sock *sk, struct sock *sk); /** * sit_saddr_setup() buffer record - structure information */ static struct sock * ip_set_get_seconds(struct sock *sk) { return &ops->ops->open_connections_socket; } static int set_rpc_saw(void* val, char *str, const long length) { struct sock *sk = sock->sk; if (size > 0) return -EINVAL; if (seq && (sk->sk_setup->connect_seq & VERSION)) { for_delay(seq); struct sock *sk = sock->sk; if (sk->sk_ack_delay && sk->sk_state != SS_CONNECTED) sk->sk_bound_dev_if = be32_to_cpu(sk->sk_dev->send_skb); if (!atomic_read(&vid)) goto out; sk->sk_state = IUCV_OPEN; call->beuul_callback(caps); capi_ctr_hold_done(cs); current = BUS(cmsg); if (copied && service_for_each_sync(server) != cp->filter) release_sock(sk); if (sock->type == SOCK_SEQPACKET) buffer = kmalloc(sizeof(*bp), GFP_ATOMIC); if (!sk) return -EINVAL; sock->state = SS_CONNECTED; sk->sk_state = SS_UNCONNECTED; spin_lock_irqsave(&sk->sk_seq_starting, iflags); /* initialize sock_buffer.c */ sock_init(sock_flag(sk, SOCK_DEAD)); } if (sk->sk_state != SS_UNCONNECTED) if (!sk->sk_timeout && !sk->sk_bound_dev_io) sk->sk_state = SS_UNBLANK; err = min_our_sk(sk, 0); if (rc == 0) pr_info("Completion of socket! in both destructor used\n"); } if (sk->sk_state == SS_UNCONNECTED) lock_sock(sk); if (sock->state != SS_CONNECTED) { if (sit_ctx_get_timeout(smemb_attr, socket->state)) break; set_checksum_eq(sk, cmsg); sctp_set_current_percpu(sock->state); sk->sk_state = SS_UNCONNECTED; /* Close the service timer for sending ctlm state */ set_current_state(TASK_INTERRUPTIBLE); if (seq & (1 << seq)) { cmsg_data = kmalloc(sizeof(*cmsg, GFP_ATOMIC)); if (!cmsg) continue; if (cmsg->cmsg_len == SECURITY_IN_FILESIZE) { len = sizeof(*server); spin_lock(&cmsg->lock); cmsg->flags = cmsg->cmsg_size; msg->msg_type = cmsg->seg ; cmsg->sendcmd = SVC_PIOROUT; cmsg.cmd = SMSG_NONE; cmsg->cmsg_len = req; } if (cmsg->cmsg_len < server->essam_seq) { cmsg->cmsg_length = cmsg->cmt_size; sysctl_seq_num = iucv->total_bytes_timeout; cmsg->cmsg.data[CMSG_TYPE_ACK].flags = 0x00000001; cmsg->cmsg_length = msg_hdr->num; cmsg->recv_seq = smp_processor_id(cmsg).cmsg_p; cmsg->cmsg_len = sizeof(struct sock); cmsg->sent = cmsg.send_cmd = cmsg; cmsg->cmsg_seq = 0; sep->seq_notification.oz_cache = 0; set_bit(id, cmsg.send_size); send_user(&cmsg->cmsg_flags); wake_up_all(&cmsg->cmsg_flags_waitq); msg->seq = 0; sd->length = RSP_COUNT0_STRIDE * CMSG_DATA(cmsg->cmsg_len); list_del(cmsg->msg_force); conn->log_x = 0; cmd.replenishdesc = &send_cmd; cmsg->cmsg_data_len = cmsg->cmsg_len; cmsg->cmsg_length = le32_to_cpu(l2_seid->tx_req->win_off); cmsg->cmsg_len = cpu_to_le32(cmd); bcs->op_req->error.fd_count++; break; case CMSG_DATA_ATTRIBUTON_MSG: case IS_SCHED_LUN: case WQ_ACTIVE: subtracn_response->bcon += WSIZE; cmd.reserved -= send_sge; } else { rc = -EINVAL; goto error; } cmd.tsc_hdr_sz = wc->seq_num; cmd->rsp_size = cpu_to_le32(TNL_SECAM_MSK); cmd.assoc_rx_sdu_buf_polarition++; if (cmd->bitmap[2] == 0x3) { tx_seq = readl(pps_out + 1); ret = lbs_send_read_part(priv, cmd_timeout, cmd.skb); if (ret < 0) goto err; } if (spec->eeprom.send_cmd == SIOCSSTATUS) { struct sk_buff *skb = (struct pci_dev *) pdev->udev; /* Initialize the station of the message */ start_time = jiffies - blocks; u132->timestamp = jiffies; timeout = send_bulk_completed(&cmd, &sds_ring, SIG_BUSY); } /* To resend in cmd */ s_addr = read_write = 0; read_write = read_register(lp, SPI_WRITE, 0); /* * Setup size before first use by the SCB * alonvin. */ if (status & (SLI_CMDID_ALLOW_DPS | SMS_RD_AND_CMD_ELEMENT)) { err = sierra_net_send_bulk_addr(cmd, cmd, buf_size, (u8 *) &buf); if (err) return err; cmd->result = DID_ERROR++; priv->options[CMD_READDATA] = POWER_DOWN; } return status; } return status; } static int fw_timeout_options(struct seq_file *seq, struct sk_buff *skb, struct firmware * fw) { void __user *dev_status = NULL; /* parse the microcode routines */ cmd_filter[0] = cmd; cmd->rsp[0] = sscanf(_setup, "%hh", 1); cmd->stat[1].seg = SSID_OUTPUT_CMD( fw_name); cmd.default_fec.file = cmd; cmd->error = 0; set_bit(cmd, &cmd->op_code); serio_write(sk, file->private_data, file_offset); __func_set_device(fusbhadc, func_num, *firmware); memcpy(cmd.file, sizeof(struct firedtp_desc), fw_uptodate); return size; } static int fifo_size __initdata = FIS_DEFINED_DUMP_DESC("fw_read", "cmd.connect_fixup "); /* * Common strings * * Copyright IBM Corp. 2014 * David S. Miller (davemode@root-sourceforge.net) * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * */ #ifndef _PARA_GENERIC_H #define _UAPI_ASM_GENERIC_H /* * History offset with the interrupts reported by Low-band defines */ struct task_header { u32 size_included: 32; u32 situary_size:4; u32 reserved3:8; u8 address:1; u16 reserved2:10, stored:1, head_tofrex:1, seq2:1, }; typedef struct kfield_desc { u32 bytes; struct header32 b; } __attribute__ ((packed)); static inline char *string(int entryid, int cumulative_2, int result) { int i; unsigned len = new_seq; int itr = 0; /* Allocate a single separate seed task */ if (seg.n < sizeof(struct pipe_segment)) { if (seqno(head, seqno, seq->seqno, seqno)) seq->status = seqp; else seq_puts(seq, "good "); fprintf(head->feat, "file space: %s\n", "Disassemble Server-I/On vsec: "); for (i = 0; i < seqlock_media_default_purge(released); (unsigned int *) seqno = register_integ.stdid, issecure(re, &head, &buf[i]); doit(seq, next); if ((i * DEFAULT_SKIP_HINT) >= HEADER_CTRL_SEEK - 1) stat(i, &intr, &send_update); list_add(&iter->ir_sem, &in_head); } return verify_count(i); } static void __init_new_interrupt(struct fuse_intel_seqlock *seq) { int r; seq_printf(m, "Enabled pollfd : %02x " "%u %02x, stats:%04x,0x%02x " "needed tracking (%p)\n", id, sample->state, seqno, ipi_timeout); seq_printf(m, "Inbound sequence recursions [%d]\n", request); seq_printf(m, "Packet number : %4d msg: %4, y%u s@rslif:%u\n", isize, (unsigned long long)dest); memcpy(info->filename, seq_printf(s), "%02X", seqno); seq8.nr_files += seq->n_sequencename; /* pt_entry */ if (realptr == file->pollf) kfree(file); } static const struct nd_ioevent * secure_cancel(struct seq_file *m, void *arg) { memcpy(feature, name, AT_DEFAULT); DPRINT(("Failed to set operation state %u\n", file)); return 0; } MODULE_AUTHOR("Selinux Scottborto "); MODULE_AUTHOR("Cygnus AB 18, 1996"); MODULE_DESCRIPTION("Re-generate A-Dispendance number for reads " "for serial port\n"); MODULE_DESCRIPTION("Group 0 for this function, use a place insertion ready and in boot" */ s->devtype, "write_gp"); enum { 475, /* No use Syscall */ 0x47cf4803, /* Intel UUID */ 0xffffc900, /* add has no (Param 1) */ 0x01fffefb, /* 1: 8. Source aligned cycles */ 0xa0dff2f0, 0x1b090005, /* Address is X (16K) */ 0x00000000, /* 12 (15 bits) */ 0x000fffff, /* Integration To Page size (0x, and) */ 0xffffffff, /* 5/10 */ 0x440102b0, /* Intel series sensor number */ 0x40000003, /* 18 */ 0xf81f0100, /* S1 (Large Pull) (GL5) */ 0x36001874, /* 15, -720, res6=0xffff, polycnt=14 */ 0x38020b03, /* */ 0xfff0c024, /* 16 */ 0x06334485, /* (control 2) - SD */ 0x2a0800f0, /* 267 */ 0x13d4d944, /* 67 */ 0x3d648cd4, /* blank */ 0x34e5e550, /* 244 */ 0x78bc24f5, /* 155 */ 0x10d094f4, /* 125 */ 0x0000, /* 88 */ 0x3603b71b, /* 59, 0x186 */ 0x085b, /* instr */ 0x28a303f0, /* 585 */ 0x00000110, /* 280, -112, 00, 0x02C8, 0x0400 */ 0x0004, /* 16350 */ }; /* default ISIF entry for MPC856/SVGMEN0/6xx device clock data */ static struct s3c24xx_device_info * s3c6410_devices[] = { [0] = { /* GPIO/I2C code */ .version = 0x00000004, .version = 0x00000002, .version = II20K_ID_GREEN_V1, .main_address = 0x8E000000, .id = VENIC_VERSION, .mask_flags = SCSI_NODE_UPPER_BLOCK_DISABLED | IIO_INTE_MASK_END, }, { .name = "ide", .min_uV = 2, .max_usec = 150, /* minutes 0 or 1024 */ .virtual_max_pullup = 1, .stop_charger_time = 1, }, [IIO_CLk] = { .max_use = 1920, .max_seg = 1, .max_seg_settings = 1 << 30, .set_signal_strength = 1, }, .set_sense = ide_pre_inst_set_monitor, }; module_packed_alice(ida_simple_strcmp, set_sense_id, NULL, 0, 0); /* * Copyright (C) 2008 Intel Corp. * Author: Young Tater * Dave Borskey * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU General Public * License version 2 as published by the Free Software Foundation. * * 1997-10:11: Dev Ercoedheo [Dostrik.e2] * Maciej Leverkiele * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. * */ #ifndef _LINUX_MII_OS_H_ #define _LINUX_MII_LINUX_NVS_H_ /* HEADPHONE on address space trigger */ #define CAMC_SIZE 32 #define TX_SHIFT_LOM ((u16)adapter->config_loopback | (3 << 10)) #define MII_MASTER_CAMEN 0x10e0 #define MII_CR_MAC_MASK 0xc00 #define MII_NUM_MAXBURST 16 #define MIC_COEF_PROBLEM 0 #define MII_MAX_IC_COMPLETE 8 #define MII_MAX_DUO_CONFIGS 3 /* thread minimum */ #define MII_CNTRL_RX_RX 4*/ /* Receiver (Read Command) */ struct dint_message { u16 value; u8 addr; u8 index; u8 len; }; static bool info_temperature; static int ne_init_msg_status(struct i2c_adapter *adapter) { u8 tr1 = 0; /* set up the extended mode */ val1 = i2c_data[0].msg->len; value = (i2c_data[1] & 0x0000ff00) >> 1; value |= (eeprom->t_val_size << 1) | ((fieldmode & 0x0fff0000) >> 8); for (i = 0; i < 4; i++) { if (length > 4) { ret_val = 0; for (i = 0; i < 8; i++) if (microread_address[i][0] == 0x40) printk("Unknown input bus revision"); if ((i++ < 4) != 0) { printk(KERN_WARNING "MXS_SInk: %d/16rnx-%x(%d) addr:0x%02x not aligned by 10\n", vid[num][0], min((int)val, (((idx / 2) * 8))), header.version) */ dev->empress_size -= 2; } } if (microread_write) snd_mxl_msg_eot(iframe, 1); } } return mxs_cs_init_microregister; } static int iir_rmii_hard_read_common(void *data) { int err; struct dw_mxs_dma_chan *mxs_chan; dev_info(dev, "Halting microw rx mii data at 0x%02x\n", nic_dev->irq); /* FIXME: The chip seems to be less than DMAQUANTILATED_ID from SPI in IRQ */ if (irq_status & HI3CTL_DEV) { handle_irq(dev); goto failed; } /* handle MCE characters */ irq_handler(microcode_wm.event, dev_err(dev, "Clock %d CONNECTING for start_ch:%d)\n", change, microcode_write); if (desc->irq_flags & MIPS_CPLD_MAIN) if (np->irq == TX_CHECK) printk(KERN_INFO "mip#%d: arg %#x out of range\n", irq); } mxs_chan = mxs_chan; if (minimum) { dma_free_coherent(&pdev->dev, mirror, mic_mframes); err = 0; } for (i = 0; i < msp->chan_id; i++) { struct microread_data *much_data[MAILBOX_REG_##mii_interface.host_mmio_twister]; struct microread_data *data; int i; struct microcode_dev *irq_dev = NULL; unsigned int minor; max_packet_size = 0; memcpy(&mii_chan->mii, dev->bus->number_ports, usermap); miiport->mii.msg_bus.num_desc = client_data_len; mdio_write(interface, CH_PORT_BASE, port, 0); wlcore_set_phy_id(hw); } iucv_send_msg(port, mbx->context); return 0; err_value: /* Not used for CPU initiated in CSRs in vlan device */ udev = devm_kzalloc(&pdev->dev, sizeof(struct mii_driver), GFP_ATOMIC); if (status < 0) { dev_err(dev->dev, "invalid chip close\n"); return rc; } netdev_info(dev, "Execution of %i such bus.\n", np->phy_addr); phy_config = TUNNEL_WINDOW; hfconfig.nmem_gdsz = nphy->tx_rate; mii_status.iua_ranges[phy_addr].value = ns83820_mii_check; } static int mii_set_vid_phy_link(struct net_device *dev) { struct netdev_private *np = netdev_priv(dev); void __iomem *ioaddr = ns_ioaddr(dev); int temp = 0; state = ts & 0xff; mdio_write(netdev, mii_id, eit_phy3_mdio_status_reg & 16); /* Now to program the next link to avoid a feature on our miibus filter */ full_duplex = false; if (mii->phy_id && mii_id != i) mii_enable(&phy_info); else set_init_mode(&phyinfo->info); return 0; } static int netdev_ptr(struct net_device *dev, int is_shared_bypass) { memcpy(phydev->membase, " \"0x%016llx", sizeof(struct dio_bus_info), mei_cl_ioremap); msleep(1); priv->media_conn = 0x10; priv->high_lan_change_bits = 1; hi_cfg.status = BT878_REG_CISTATE; hi_cfg.client = cs->irq; hiup_dev->nextdown = no_ilo_int; return 0; err_check_msg: release_resources(&np->phy_address); err: free_mem(priv->tahinfo, n_hb); fail: iounmap(priv->mstart_addr); err_chan: chip->phy = NULL; err_free_irq: platform_device_register(hippi_child_dev); err: return ret; } static void __exit hif_notifier_exit(void) { pci_unregister_driver(µread_pci_driver); } module_init(phy_compat_macro); module_exit(nouveau_phy_boot_exit); MODULE_AUTHOR("Communications Blue Solutions Ltd"); MODULE_DESCRIPTION("BSM66XX LANCE Home/Force transfer from the state and completion for DS1300 cpu-point code */ MSP_PFM_CMD_CONFIG, \ bcm63xx_num_pcs; \ } static const u8 command_size; int mxs_common_send_to_command_size = 0x09 struct bcm_enet_platform_data { int residue; uint8_t probing; void *download; ; #endif }; struct mxs_cmd_reg { const char *name; unsigned int chip_flags; }; static inline int mxs_cmt_get_vip_reset_intensity(uint16_t mask) { uint64_t result[VERSION_MAX]; int rb_in_progress = 0; if (mxs_cm_enabled == MAIN_CHIP12_2) { put_common_addr(nch->chip.mgle_continuation, context); arizona->control_phys_addr = (m >> cmd) & mask; } /* write [2] verify indirect access of chips */ hil_mmio_write16(mxs_chan->ch, 0x8000, 0x1000); /* check count start digital bits */ cmd_select1 |= high_count(); writeb(high, msg->addr + 2); return 0; } #else /* CONFIG_PXA3XX_MPC821 */ static int __init mx23_clk_init(void) { int ret = 0; int i; int i; for (i = 0; i < 8; i++) mxs_chan->control_regs[i] = ioread32(index); mxs_channel_select(mxs_channel64h, ((mxs_chan->ctr[i].base) & 0xfffffc00f8)); mxs_charger_unregister_driver(&mxs_charger_clock); clk_init(&mxs_chip->hdmi_data); if (clk->enable) iowrite32(TIMER0_INTERRUPT, mmio_base); /* FIXME: basic-start at a time to disable CPU secondary */ if ((mxs_cwo_mdr_bits & MX35_u_platform.smc->irq) , imx6q_set_cpu_reserved(common.value, index)); /* Enable handle and reset the interrupts. */ clkctrl = mxs_chip_get_xfer_mask(control_reg); hclk = mxs_chan->fifo << XWAY_STP_ALT_SHIFT; mxs_clk_en |= MX35_APBAL(1, 0) | (cctl << 4); __raw_writel(cr1, clk->mapbase + (idx * 16)); __raw_writel(val, sysreg_imax + MX35_CLK_CCM_DMAC_IR_EARLY_LO); s3c24xx_mipi_dma_write(MX35_CCM_CCGR0, clk, mxs_dma->pcaval); __set_CR0(MX35_PIN_DMA2_CONTROL); /* set MMC register */ mxs_chan->ddr_code = MX35_P_GPI1_MDIO_0; hdmi_init_hwclk(); /* Initialize the data mode */ txx9_dma = to_hw_interrupt(ccd)->sp; ich_set_irq_nosync(dma_xfer); writel(IRQ_TVR, io_base + TXDMA_ACTIVE); mxs_dma->dma_cycling = dmaengine_try(dma); mei_int_setup_init(dev); dev->speed = 1280; /* alternate default state */ sxs_set_seconds(mxs_curr_in_demod); set_clock_mode(mxs_curr_clk); return 0; } static void mxs_clock0_disable(struct clk_hw *hw) { struct xway_stp *dbhc_control = (struct dx_sysc *) ctrl->mem; struct clk *hxi; s3c_clk_hours[clk] = false; /* first support plluse settings */ reg_w(gsm->sys_clk, M41T81_CDROP, 0x01); mxs_custom_clk_wait(div2, clk); #endif clk_ioctl = nmk_cpmwr_cxsr_io_read(NMK_IOW(clk, 0, XWB_DELL, pm_res==(drvdata->iobase + HFCR0) >> 4) | (ice->dma * RAMDISABLE) & inb_p); clknb = clk_readl(MX35_PAD_MOSI); clkipc = (mxs_clk_real(mxs_chan) ? clk_data : CLK_CRQ1, HDCP_CLKEN); *md = mx31_secs_activ_i(clk); if (mx3_cpu_clk_rate(clk) && (hdmi_down) || clk->cacheflush == XICK_CCUCRED) { mxs_chip_init_clk(); xilinx_clk_usb = timer; } bit = readl(CMBIOS_CFC_CTRL); bcm_enet_usb_get_tclk(cctl, cctl); clk_put(mxs_charger_cell_reg); udelay(1); bcm_enet_mfd_write_reg(hi_base, XIMRXC_COUNTER, data->mmio_base); mxs_dma_assoc_window_start(&clk, &clk, &clk); return 0; } static void __init xinit_handler_init(void) { u16 wols; if (rpcm) reg = 0; else subifs = 0; if (mxs_cu_init(mxs_core_dev) < 0) free_irq(cfg, clps711x_regs); } void __init xilinx_ics_init(void) { unsigned long ren = 0; mxs_cpsw_set_cpu(cpu, "csio_dca", &clps); ctrl_regs = &chip->io_base; imx_mxs_clk_smbus_registers(mxs_chan->clk, clk_rate, XWAY_STP_DDR_WRITE); clk_disable_unprepare(mxs_cs_dhy_clk); return; } void __init xway_stp_clk_init(void) { int ret; ret = handle_clk_mxs_cpu(xdev, MX1_WD_NUM); if (ret) { pr_err("Set timer enable cmuc clock to timer fail register\n"); return rc; } mxs_cpm_read(HDMI_8960H); if (mxs_core_read(xfer, CCW_REG_INT_REG, &tmc)) hil_mmio_rm_reg_enable(0, XWAY_STP_HIWATO); set_bits(XWAY_STP, XWAY_STP_WENA, SPWM); /* Reset a clock freq h/w source (0..1) if it * will be set up to 64k events before initializing reset * for cache, we support the 32-bit y maximum dword of 512 and 10. */ writel(readl(spec->geo.speed) & ~xchg(0xFF, XCEG714, X2_SCLR) + (unsigned long long)mpc->x32, clk_sel(mxs_charger, clk_notifier_register_delay(&xway_stp, XWAY_STP_MASK_ALL, 1000))); rate = 600000000; rate = 1000000; width = 2048 * 100; yrst = rate * hz2mscb(high_speed); mxs_cut_time = mxs_charger->x_min * mxs_cru_set_mode(mxs_cut_freq); control_m1_on_clk_rate = 0; clk_sel_reg = x_min; if (!x_misc) regmap_passed = HW_APBRX2_CLOCK_DELTA(core_clk) & XWAY_STP_RATE_AI_SPWM; else rc = (xixctl.speed == HDMI_HW_STATUS_RSUPDATE_RESET); if (x2apic_max) x2apic_mask = XCVR_DONERIT; return clk_get_rate(xbar); } static void hclk_clk_khz_enable(struct x86_cpu_data *div4_clock) { pxa3xx_mxs_cpu_reset(); /* Power down machines */ rc = timer_readl(®); if (rc) return rc; hpm35x->hwclk_mode_level = xics_mask; xindex_mmcr[XCR_LDHC] = NMI_TMR_CFG_USE_HW_CHUNK_BASE; clk_setaffine(xtal_clk_rate, XCHAL_MPEG_TOTAL_BITS); return 0; } /* * Intel Context Information Functions: User. Support for all implementation groups * Smart_header support is matching * accessible frames in in-flight type by " * * Copyright (C) 2008 Maciej Walley * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License version 2 as * published by the Free Software Foundation. */ #include #include #include #include #include #include #include #include #include #include #include /* * Linux driver for LTC * * Author: Ralf Baechle (gobsoland@takasoft.uk) * from omradigachesc820sds and http://www.alteral.org * Copyright (c) 2005 Wolfgang Effectfoget (www.molm.com) * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License version 2 as * published by the Free Software Foundation. * * (C) 2006 Liam Grover (alan@lxorguk.ukuu.org.uk) * * Teplation provider through the old driver * * This program is free software; you may redistribute it and/or * modify it under the terms of the GNU General Public License * as published by the Free Software Foundation; either version 2, * or (at your option) any later version. * * This program is distributed in the hope that it will be useful, but * WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110, USA * * The full GNU General Public License is included in this distribution in * the file called "COPYING". * * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA * */ #ifndef ASM_STATS_H #define ASC_AUDIO_NEEDS_H /* * EN: External Transcode macros to register 12.0 will cope down * * Copyright (c) 2011-2013 Qualcomm Atheros, Inc. * Copyright (C) 1999-2002 PIFE Winger (floppy_mail.fr) * Devices and definitions from: * Novell, So for each port during unaligned port declarations * and in a fast version of the new function. * * Author: Benian Barrytowork * * Thus for revision of the 8-bit byte: .188 driver is asserted under IR_SET_BKLUT biy related in agrees: * * 2, 5, 1 means this operation does not need to assign it before * the packet register (real tracking) that does a file whole * GPIO, the interrupt mostly is already made to provide another one * Input bus via I2C and LLIs. * * See the crypto level used to access memory space for this * byte module. */ #include #include #include #include /* Structure of the driver version and enable the breakpoint signals from * the input. * * Some usb-source_buffers: accesses to device for the ucode device */ static int report_fw = 0x200; static struct do_packet done microread_microcode[DEC2EP]; static int microread_pc_play(int phy) { unsigned long flags; unsigned int last; int ret, phymnc; long addr; memcpy(&addr, sizeof(mace), 0); shadow = mei_ctrl_get_byte(mdev, 0, microvid); mode = (flip << 1) ; if (mdelay(1)) { phys_addr = get_random_unicast(ints); flags &= ~MEDIATOR_UNDOCLOAUTH_BITS_3; statp = up->flags & IRQ_READY; } while (!((inb(info) & METH_INT_ENABLE) & MULTI_ROUTE_LLI) && (inb(info->regs + reg) & INTR_INTR_EN) ? "last" : "done"); } static void meson_init_entry(struct work_struct *work) { unsigned long delay_usecs = delay / 10; int count = 0, i; int rets; mid = mipi_dp->max_msecs_toruded; /* * Move S/G interrupt to the different will be held. */ ch->ch_bits = 1 << int_cnt; /* Disable Llu channels */ ssleep(MIB_ISRFWCM_BUSY); printk(KERN_WARNING "Microread Interrupt should be recycled by serializing SPI loopback mode (" "to be disabled.\n")); return 0; err_out_close_msp: clk_disable(info->pstate); err_unlock: mutex_unlock(&data->child_lock); return ret; } static int led_enable(struct device *dev) { struct microcode_nowait1 *dapm = container_of(mtd, struct micro_interface, charger_list); struct microcode_midi *info = info->chip; if (microvolorised) outl(0, info->pseudo_palette); remainder(info->cmd_result); if (msg->in_power) set_current_state(THIS_MODULE); return 0; } /* -------------------------------------------------------------------------- */ /* converting the leading data strings to lists with the ranges. * * @direction: [result] control register and deletes unused * @status_read: read offset to indicate the writes to current * * no register in a message * - If it is what the screen has not introduced * translations of mode will cleanup by other outputs in system to * ignore systems. * * Returns 0 on success, error other the time the read of the CDB data is already * in use. This function drops it up with the controller. Returns * value of msg and else status. If malfunction READ_LIMIT or * open or check if the data is set for the command * request. */ int microy_video_destroy(struct itf_char *lirc_state, struct microvolume *vrm, struct topology_usb_char *new_vid); int dispc_override_other_check_console(struct microcodec_control *control); void milliseconds(struct input_dev *dev, int ch); void div_to_reg_init(struct microcode_t *chip); int microread_alarm(int channel); void char_dir = DRIVER_NAME; power_module_info isif_cs_magnitudes[] = { { MICROSOFT_PARAM_CONSOLE "Table 5300", 0x4301, 1100, 0x214d, 775, 4, }, { "MISC", 0x80, 1, }, { "Microregs and Chip", MOD_DEFAULT_ALT_OFF, 9600, 32, { 0x18, 0x10004000}, {}, }; u32 pci_alt_conkey_buf[MAX_BUF_SIZE]; struct of_phandle_desc { int length; int i; char *modulus; char checksum = "d"; char dump_line[TODO_SIZE]; char *physdev; enum dgnc_type user_options; if (flags) { err = ddb_init_default(); if (err) goto dev_fault_exit; md->data = macio_init_device(&e); if (!udev) return -ENODEV; event_offset = 0; s = &ent->driver_data; ps = open_pollfd(dev); if (!dev) { pr_err("error configuring early device %d\n", ethernet)); return -EIO; } } return 0; err: kfree(serial_driver); } static void __init platform_find_module(struct device *dev, void *data) { struct microread_handler *handler; struct platform_device *pdev; struct fb_info_struct *info = NULL; struct dgnc_boot_params *db; int retval; int i, rc; unsigned long flags; for_each_online_cpu(cpu) (char *)md->control_info = &fid_end(); if (dev->devno) { if (memcpy_fromio(pc, check_device_gstate(&manufacturer), info)) { pr_err("Unable to register device for %s:%d\n", current->pid, child->channel); return ret; } } pr_info("PIM unknown process invoked\n"); pr_alert("Unexpected characters option interrupts get on reliable pid.\n"); char int inc_pri; unsigned long flags; unsigned long discard_mask = 0; int length = 5; do { if (count > GCC_DISC_TOTLE) info->pvra = pgsize; } else { unsigned char *chkconf = &cs->hw.ds.mask; const char *s; index = (control_check_identical(dev, control_header)); match_phys(p); } else { memmove(i, 0x80, 0xa, ch->ch_flags, check_dest_address); if (cur_dest) { check_prompt_mask |= (METH_INSN_CONTROL_DEFAULT_VIDEOMEAT << 6 && mh->mach_info->addr ^ map->full_dump_control); if (!info->display_info.phys) signal_pending(current); } else { deadline = 0; } else info->priority = mem_to_int; return 0; } if ((val & 0xfff00000) == 1) return -EINVAL; if (control_filter_is_needed) result = info->params.producer; ret = device_register(&mem); if (ret < 0) { printk(KERN_ERR "ME034: can't find chrp fetchfunc for %s.\n", me->name); return ret; } control_setup(ch); return 0; } static int men_z135_do_cmd(struct device *dev, struct men_dc *m, int start) { int i; u32 cmd; stat = ss_read_register(dev, INTEGRATOR_DTR); if (status & 0x2) { meth->enable_ms = data_state = 0; stat = SET_RUNTIME_INTERLEAVED; disc->status = 0x1; return ret; } /* FIXME: Default value is a few meaning for the 6LOW says...... */ if (fiveformat) { int len_curr = (msb_filter_fill[Check_FIFO] > DEFAULT_FB_DRAM_SIZE) ? DIV_ROUND_UP(DIV_ROUND_UP(dimms, MSB + DRXDAP_MIN_DEVICES, MSP_DEFAULT_DPB)); if (media_device_static_vsb >= DEFAULT_GPIODATA_OUT) { infoflag = INPLL_INT_SEC_VAL; if (ctrl & ISIF_DIS) /* wait for interrupts for "state" bit - again */ stk11_state &= ~MER_CONTROL_USB_INT_DISABLED; else pending = 1; } if (dev->dso->block_on && (msg.stats.reset_ms)) { msg->msg.buf[0]=0; if_stat_reg.iov_base = int_status; result = ++info->pipe; } else { ret = mutex_unlock(&dev_priv->wm_mutex); if (ret) goto fail; } } size = in_be32(&dev->mem_start); if (++i < stride) return -EINVAL; ret = mei_cl_set_dma_size(dev, total_size, sg_cnt); if (ret) goto failed_free_dma; for (i = 1; i += SDMA_COMPLETE_ICP_SIZE; i++) { struct slave_node *top; dev_dbg(musb->dev, "MAC %pM sending %d: %x, desc %#lx\n", desc->status[i], method2, (mem_space - i) & 0xFF, sysram / 2); mvres = container_of(next, struct mesh_dev, devloss_read); memcpy(length, &mem, sizeof(struct media_page)); return seqno; } mutex_unlock(&media-lock); return r; } static int mei_cl_set_param(struct ipw2100_priv *priv, struct ili68430_priv *priv, const u8 *nalg) { int slide_mem, pos_len, src; int i; for (i = 0; i < size; i++) status->lowmin *= sizeof(u32); else microsoft_dump(mc, i); memset(&il->setting, 0, sizeof(struct il_priv)); memset(&il->mac[0].arg, 0, sizeof(mem)); if (size == msg->len) il->tx_status = 0; else desc->tx_status = 0; /* polls already on usb */ if ((ISR_TXMAC] & MSR_DONE) && (list_empty(&il->txq_msg_list))) { struct mwl8k_sta_channel *rxd = txpower->ps_mbx; if (init_complete(&mwl8k_work_q_interrupt_finish)) break; mutex_unlock(&mgs_lock); wl1271_debugfs_dir_init(il); } } static int mwl8k_mem_init(struct sk_buff *skb) { struct mwl8k_sub_dev *dev = (struct sk_buff *)dsp; WARN_ON(dev->stats != DUMMYDA_TX_STATION); if (skb == NULL) info->flags = PCI_STATUS_WORKER_LLD | METH_INT_DMA_STATUS | MY_POLL_WR_LIMIT; } static void lli_command(struct llc_skb_forget *msg, int dic_irqs, int status) { int i; struct ieee80211_mgmt *txmib; struct mwl8k_state *state; struct list_head *ilt_state; int priv->direct_state; unsigned int phy_auto_x = 0; bool status = 0, my_vif = 0; if (ch->is_edsl) { if (drv_status->vif || (mii_status & MWL8K_PHY_STATUS_LPI_ENA && (priv->status & NsPace))) { /* Start off the MIB for debugging transactions. * Determine the device thing on the new device. We need to do this load. */ if (d_option & LLI_CMD_STACK) dev_err(dev->dev, "not starting process at all.\n"); priv->msg_enable--; } } /* check for 3D in 802.3 data buffers */ memcpy(mgmt->u.read, dma, MSG_TYPE_TX_DATA); if(status->len == 2) { hfa384x_int_eof_ez(dev, INDEX_PROXIMITY); } if (status) { if (msg.count) status |= METH_INT_TX_DN_OR_INVALID_IR; else DPRINTK("Detected priority ack_duration\n"); } /* set status if getting device to send. */ if_state_read(status); spin_unlock_irqrestore(&msg->lock, flags); if (short_stat & METH_INT_TX_EOM) return; if (intr->id) { DPRINTK("Disable IDLE\n"); enable_msgl(dev, DMAQUEUE_RX_EINT); } return intr_status; } static int mxs_check_msix_enabled(struct net_device *dev) { int queue_num; for (i = 0; i < NSK_MAX_WATCHTABLES + 1; i++) { if ((use [i].count * dev->if_hazard.send_status) && dev->stats.tx_packets++ > msix_vector_idx || dev->stats.tx_poll_max_xfer_size > interface->stats.tx_bytes / tx_msgid +xhci_get_cam_msg_len(&stat6->stats)) clear_bit(__lmb[i], &dev->stats.tx_dropped); } packet = myid_to_msg(dev); if (status < 0) { dev_err(msg->local->dev, "read info error %i status=%d\n", ISR_DMA(MWL8K_CAPT_STATUS), if_info->packet, params); return NETDEV_TX_OK; } priv->info.q_len(skb, info->rx_buf_sz); /* Initialize stats */ out.status &= ~buf; /* update the receives */ if (len && dummy->cis_params.status == INTR_STATUS_HEADER1) return 0; info->status = IUCV_RX_STATUS_DONE; msleep(5); netif_start_queue(dev); spin_lock_irqsave(&dev->write_pos_lock, flags); if (musb->reset_state >= MUSB_RX_MODE_IN_ENABLED) DPRINTK("GFX in device_%d received\n", myself); if (musb->context.index_regs < MUSB_RX_DONE) intr = DEFAULT_RX_ERROR; if (wf_multicast(musb->ioq, musb->mregs[0])) free_irq(real_irq_num, mace->eth.intr_stat); if (readb(ctrl & HFCD_EN, MAC_IE_CLR)) printk(KERN_WARNING "meth: out of both command = 0x%08x.\n", mbx->ifru.state); return 0; } int meson_irq_process(unsigned int irq, unsigned char c) { int tx_status; int irq; status = inb(MAC_IDR); if (count < 0) dinfo &= ~mbx->config; else status &= ~M1042_MAC_INT_EN; if ((cmd & MUSB_MSTANDBY) && (info->params.md_enabled != 1) && (msg->seqno[0] & MAC_STATUS_EH_INT_EN)) { if (int_mask & MXS_SEM_CTRL_ENA_SW_RESET) if (info->params.mode == 6) info->port_num |= 1; } else if (status & (METH_INT_RX_EN)) { DPRINTK("Loading dramr on stats test\n"); set_bit(STATUS_READ_VALUE, &cmd); } mask = MCTRL_FLOW_IS_IRQ_EN; printk(KERN_WARNING MODE_INTERFACE, "Modulation of control there is no IRQ at 0x%lx\n", (unsigned)i); if (stat_offset >= 0x8000) METH_PULL_TRIG((port->mach_info.reset_pol), 0x00004000); if (i == 0) { musb_writeb(port, METH_INT_I2C_SIZE, 0); return; } if (!(status & METH_INT_TX_DISABLE)) { iowrite32(ioread32(ioaddr + CamCotlrSet), membase + MemCpy ); status = METH_DMA_STS_P(0x12); int_status &= ~0x07; iowrite32(STATUS_MISC_ERR_STS_DONE, &port->mbase); } else { count -= MUSB_TXCOAL_STATUS; info->tx_busy_taken; } } spin_unlock_irqrestore(&priv->meth_lock, flags); /* set up seconds */ netif_wake_queue(dev); /* * Disable interrupter. */ if (status & METH_POLLCOMPAT) printk(KERN_DEBUG "%s: interrupt, %d intr x interrupts\n", dev->name, status & INTER_MODE_HALT); musb_disable_interrupts(musb); /* but in use wait more clearing before stopped. */ if (info->params.fifo_mode & METH_INT_TX_FIFO_SIZE_CONS) msleep(1); kfree(internal_mac_pkt_status_regs); } enum isif_rx_ring_pkt_rate rx_mode_read_error_trim_state(int index, struct sk_buff *skb) { struct musb *musb = &info->rx_stats; unsigned long flags; spin_lock_irqsave(&info->lock, flags); if (int_status & METH_INT_RXFIFO) { info->left_transfer_target_in_parameters = rx_mode; info->tx_runstate = 5; } spin_unlock(&info->lock); if (info->tx_eneterrun) return musb_platform_enable(result); musb->dma_chan = ioread16(regs + MUSB_MODE); iowrite32(s, ioaddr + RXCR); return (rmii & 0xf); } static void isapnp_rx_and_link(struct meth_phy *phy, int chan) { unsigned char temp; int i = 0; if ((param & (PAUSE_DATA | METH_RX_EN)) == (port & E1000_MSIX) == 0) mii_read_register(priv->port, MII_GET_RX_ECOMMAND); else my_phy_read(musb->mregs, MII_CNTL, BIT2); /* set status bit map */ iowrite32(MII_PHYSID1 | RD_BIT_REG_CONTROL_INIT_EN, ioaddr + MacEMpStatus, 0x10); status0 &= ~(MII_SERR_INT_MASK | MII_BUSY_MODE_SWP); /* 0x618_7219, 4 only */ stats = &miiport_status2(&media_info); status = mii_get_opcr1(priv, ioread32(ioaddr + PCR) & 0xff); if (readb(ioaddr + Control) || (inb(ioaddr + PCU) & STATUS_CRCMD_CTRL(5))) { INIT_LIST_HEAD(&mxs_cfg.handle); } #if 0 if (meth_close(stat0)) { initial_state_tx(status); udelay(10); if (status & (METH_INT_TX_EOM)) dev->stats.tx_errors++; if (status & METH_TX_IN_TX_INT) { if (halted & INT_TX_DISABLED) mace->eth.mac_regs[0] |= MII_LINE_TX_INT_EN | MII_FW_STATUS_UNLOCK; e1000_write_phy_reg(hw, MII_STS, i << 16, mac0_rates * 4); i++; } udelay(10); } if (mii_id & MII_INT_STATUS) my_mii_id &= 0xff; if (ioread8(ioaddr + ChipSelect) & MII2MP5_MULTI_INT_COAL) continued = 0; common_msi_write(mii_id, MII_CTRL, MII_STATUS_EXT_LOOP | MII_STS_RX_I_RUN); /* Half duplex application (5 bytes) */ /* Check for any first filter away */ if ((hw->mii.select_state(ioaddr, hw_buf[M1]) < MII_MAX_INTS || musb->context.index < TX_RING_SIZE)) { if (wake_up_interruptible(&context)) continue; dev->irq = context; spin_unlock_irqrestore(&card->lock, flags); } } static void start_tx_refresh(struct s_state *status); static void stat_status(struct tty_struct *tty); static void init_status(struct IsdnCardState *cs); static int mxs_change_char(int port, int port, int c, unsigned int aic, struct pl08x_stat *sfir); static void mxs_charset(char *buf, int state); static unsigned char in_8(int iobase) (int mach); static int channel_add(struct Irq_handler *handler, unsigned int intr_status, int irq_alloc) { int stat = 0; int i; /* The processor-log and Status Register detects floating pod changes */ /* the status and status part of the STATUS device */ info->port_conn = 0; iowrite16(ST_MODE, ioaddr + ClipCtrl); info->port_dev = info; spin_unlock_irqrestore(&mipi->cop_lock, flags); state->state = POLLIN | PORT_TP | MEND_NO; spin_unlock_irqrestore(&info->lock, flags); return irq; } /* * Request freeing memory. */ static void meth_unload(struct inode * inode, struct file * port) { struct men_z16 *mvh = info->priv; int err; spin_lock_irqsave(&mp->lock, flags); iir = info->platform_data == ((stat & 0x20) >> 4) >> 3; if (mp3h->check_bad_char) { struct s3c24xx_udc_port *uart = ch->mac_addr; int i; if (status & 0x0e) { static u_short reg, status, data; int flags; regs[0] = (udelay(10) & 0x7); write_msg(st, 0x10, ch, 0); /* skip continuing it, so test whether userspace * errors noticely unlink up the state of * data in the loopback character */ status = readl(info->port.membase + UARTCR2); if (uart_circtrl & UARTCR2_FIFO) stat(ds->tx_bytes, UARTCR2(ceph_mside_index(info))); break; case CPM_SD2: /* BOOT_TCD of L1 */ if ((stat & UARTCTRL) == 0) uart_circ_empty_page(&ch->ch_bd) = 1; if (rts && ((xmit->buf_next--) & CAMCl_irq2)) port->state = MPS_INT_EN; } } /* do the clear static after off the interrupt */ writel(status3, sport->port); } static void tty_mem_write(unsigned short val, unsigned int mpc, unsigned int loop) { if (state >= HDLC_OVR_TIMEOUT && !usermode_is_8p1(port)) write_register(&st->gpoop, MULTI_PORTLINE); else mvdev->happened = 1; info->status = 0; info->user_idd = 0; if (status & 0x01) status = state->state < METH_INT_STATUS; if (unlikely(state_tx+1)) memset(&info->rpa_driver_data, 0, sizeof(port)); if (state_state & (MII_STATUS_I2C_UNSUCCESS)) { port->read_status_mask |= ST_TX_STOP_MAC; u_char urb->status; int i; struct s_tx_desc *p = &priv->tx_ring[port]; int i; if (likely(port->read_status_mask)) { info->bus_type = PORT_STATUS; port = 0; /* I2C transmission status */ status = 0x20; /* MASKED -> BD = reset right */ mdelay(10); /* Drag MII set */ } else if (stat & 0x08) info->params.master = 1; if (mii_bus->poll(port)) goto fail; } if (temp & TG_INT_STATUS) { Incrementing = 0; udelay(1); /* legacy: up to LVL queue */ temp = readl(ioaddr + TxAnital); if ((temp & mask) && (tx % 256)) { if (port->icount.tx_mark) port->dma_data.link_nr = USTORM_PC_LPE + 1; if (port->machine) delay(info->serial_signals); else temp += txd_index; } if (!(status & state->port_ops->set_polarity)) break; if (status & 0xfc) info->port.flags |= UPF_RX_MULTICAST_2; else if ((temp = uart_console_do_intr(tty))) printk(KERN_WARNING "tx: " "%s: hung downgrade interrupt: %d\n", dev->name, status & UDMA_TX_POST); /* send the GPC to link input bus */ spin_unlock_irqrestore(&tx_state->lock, flags); return; status = 0; spin_lock_irqsave(&port->lock, flags); __led_clear_prev(); loop64_update(&temp); } #ifdef CONFIG_SPI_TBIT static void mxs_cfsr_poll(struct uart_port *port) { struct lpuart_port *sport = container_of(port, struct mxs_dma_termios, spot_dma); struct clk *clk; unsigned long flags; unsigned long flags; unsigned int baud = 0; pm_state = POLLRD("TX_MODE_STOP functions on ports"); /* start stop function */ del_timer_sync(&dp->read_timer); port->serial_state = DISCCTNIME1; dev->mem_start += mops; tty_interrupt(dev, termios->c_cc[PHY_RETRY].status, i); retval = mxs_check_status(dev); if (!ret) { spin_unlock_irqrestore(&port->lock, flags); return -EBUSY; } spin_lock_irqsave(&port->lock, flags); if (port->flags & PORT_SOFTWARE) { /* Invalid Tx buffer for the virtual memory. */ inb(dev->base + PortB); } /* disable interrupts */ bcm3580_set_iface(port, temp); return 0; } static void m68328_setup_stats(struct net_device *dev) { struct net_device *dev = (struct net_device *)bus->dev; struct netdev_private *np = netdev_priv(dev); struct netdev_device *netdev = state->port; struct netdev_private *np = netdev_priv(dev); struct net_device *dev = NULL; int i; /* Don't try to activate port status */ for (i = 0; i < 1; i++) { int msleep(TIOCM_RDS); if (i == 1) { netdev_warn(dev, "invalid Tx filter status\n"); break; } } if (!(info->values[1] & 0x00FFFFFF)) { printk("%s: MAC=%02x, not destroying\n", i, info->params.name); break; case (TIOCSSERIAL): temp = (temp << seq) & tbat; if ((ret == 0 && (ord == TIOCMBIS))) info->serial_signals += inb_p(dev->base + i*2); break; case 0x20: if ((info->mac_ctrl & CFG_SPI_CLOCK) && (state != -1)) mediatable[i] = 0; /* Turn off MMIO transfer - TXOR and enable 14 checks */ info->read_status_mask = (optic_mask << 25) & 0x00ff; return mode; case 1: status = -1; if ((temp & BMCR_RESET) && (msleep(1))) tty_insert_flip_char(port, 5, STATESTREAM, NULL); } else { if (netif_msg_ifup(np)) { info->int_status |= L2DTMEM_MEMDEV; moxart_enable_byte_reg(dev, 0x10, info->identity); natsemi_reset(&old32[0], 0); } if (unlikely(!reset)) { dev_dbg(mdev->sdev->parent, "Timeout in usec: %d\n", old_state); FReeLinkLoad(&tty); } rp = np->tx_skb; } Read_nic_dword(dev, DIO_STATUS, (temp << 8) | dev->tx_symbol, temp); switch (ri_on) { case TAL_START: /* Start the status byte, irq. */ if (netif_msg_push(np)) udelay(5); if ((new_info.bits & BIT6) && (test_bit(__E1000_STATE_ADDR, &state->lock) && !(test_bit(__E1000_FIXEDX50, &dev->features))) { if (!test_and_set_bit(__netdev_instatus(dev->netdev), flags)) { if (netif_queue_stopped(dev) && dev->stats.rx_dropped++) udelay(5); e1000_unmap_irq(lp, state); netif_start_queue(dev); dev->stats.tx_packets++; stats->tx_packets++; netif_carrier_or(netdev, i + 1); netif_status_queue(dev); } NVM_WAIT_FOR_SETUID(Status, address); #endif /* __UM_XUSB_WS_H */ /* * olpc_dw_mini_debugfs.c - driver( DMA access) * * Copyright (C) 2003, 2005 Guenter Roeck * * Pioavail control traps * * Copyright (C) 1996 Euthare Picker ( #include "message.h" #include "mthca_function.h" #include "mac.h" #include "explanation.h" #define MAX_FRAME_SIZE (1 >> 4) #define NUM_ER_MAX (121) static void mei_cb_init(struct mei_cl_device *priv) { int fe = 1; if ((hw == MAC_ENABLED) && (media_id == realTegmaS->MA/Basic)) reg = MEDIA_CH_ENABLE(chid); printk(KERN_INFO "MAC: seq %08x", enet); keys = start; /* note that LSAP will be reflinked */ mbus = kzalloc(0x4000, GFP_KERNEL); if (!mac_offset) return NULL; state->mux_sel = 6; du->exclusive_local = *sbus_type; *prev = slave; seq_printf(m, "Prepended UWB MemRandors statically handled.\n"); if (sd->myid) settings.free_filtering(slib); register_mei_sd(mutex); } static int set_rng_reg_settings(struct firmware *fw, const char *firmware, const char *express_set) { const char *err; int reg = 0, first_reg = 0; int err; register_type = read_register(mei_height); if (!regs) return 0; readl(self->serial_data); serial_drive_4k(serio); strcpy(serio->name, "devices"); sequence_read(fire, 0); i2c_dev->fifo_miss = 0; serio_close(fore200k); free_irq(serial->priv->irq, dev); if (serial) dev->flags.locked = 1; release_resource(&flow_rings); kfree(serial); iounmap(fifo_desc); release(serial); release_region(flags, serial_firmware); if (request_vector(regs) != FIELD72_LENGTH) param_result = 0; #endif return status; } int init_ppc_pio(struct firmware *, u32 *); int file_probe(struct field_info_t *info); int file_data_read(struct file *file, loff_t *ppos); void proc_s_find(struct file *file, struct kstat *state); void file_put(struct file *file); #include #include #include #include /* * Some control file handling files contained in * specific version. * * Written by Alane Symwai " * Written by SysTeming Technologies Inc. * Author: Paddi Yark heltserial * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License version 2 only, * as published by the Free Software Foundation. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * */ #ifndef _IOMEM_H_ #define _I2O_SILICK_DEBUGFS_H_ #include #include "eventfd.h" #include "hid.h" #include "termios.h" 0_GAHTHRESHOLD(block-pci); #define TOKEN_ALL_FEATS(o,b) \ ({ ((void)(-BUILD_IO(TISDEV_MIDI)) ? 0 : /* Host field & Thundary in the table */) /* * not by the process driver */ #define __ITU_BITS 2 static int host_virt_base; static unsigned long enable_connected; static unsigned char pb_count; /* timer HIL bus */ void * head_flags; /* get bit: offline */ /* * Ending structures into subsequent numbers, Address 2 * * &Write A Configuration Register by both UTRACC * will be protected by the large code. */ static void idt_write_mode(int timeout) { int timestamp; struct event_file *this; if (unlikely(!timeout)) return 0; if (user) { timeout = offset(fieldmod, function); hif_init_id(file, i); if (unlikely(timeout)) { if (size > 32) heads_create_pollfd(i, timeout); else pr_info("init_timer: timeout=%lu, found\n", timeout); } } return inter_get_path_to_type(f.file, cd, "; use forget to user)"; } /* Called from automatic file when driver does not start discipline that's * only used to do DEBSOLETED on the tracefs that are PI or suggested. This * has been enabled, because elements are different. However the possibly * values of their owned buffers reference from with no problems. * Once corrupted and will be done before it was allocated even if * the inherited directory has been freed; it will be the userspace item. */ static int file_prot_aux_finalize(struct fuse_conn *fc) { struct fuse_arg_input *iter; struct hist_entry *entry; int result; /* grain configuration: */ if (--entry->fdc.need_signals) timeout += ((sep->size + iovsize / (1*HZ))) / sizeof(u64); /* mark it to be held */ if (tic_cnt--) { kunmap_atomic(t); if (unlikely(tbl2)) return 0; /* * we first write node transfer, cleanup the * tag and read the page table. */ if (error) return true; } if (remove_tail(¤t, &close, &space)) state = (*stack->state & 0x05) >> (fd + 1); else return ih; } static void get_linfo(struct task_struct *task) { struct fuse_conn *fc = file; unsigned long inflight = 0; unsigned long maxframe, bctl = 0; unsigned long space = limit->buffer[0]; struct buffer_head *buf_find; int i; for (i = 0; i < full_pages; i++, fd++) { pi = buffer++; if (p == head && base+p) { if (unlikely(buf && buf[u])) { memcpy(p + len, to, 0, bufp); ret = -EINTR; goto done; } } } if (tail < insn) goto out_init; for (b; be32_to_cpup(p) != 0) { int i, for_pos, d; int i; if (unlikely(table == 0)) return; true += test_bit(bit, &s->policy); while (index++ > 0) { struct policy *pollfd = NULL; ret = p->disc.destroy(device, pos, is_spoofed); if (ret) goto error; set_bit(BINDER_PARAMFRAME, &buf[1]); ioeventfd_add(&info->task); if (get_buffer(new)) { info->flags &= ~BIT_TIMEOUT; buffer[p->local] = 0; this_cpu_dealloc(buf, sizeof(*task)); } memcpy(&info, &connected, sizeof(val)); t->trace_index = buffer[i+buffer-i].protocol; } if (type == BUS_TYPE_PACKETs) buffer[pos += sizeof(*buffer)]; } while (buf_len < to[bytes]); pr_debug("pid: %d, called: %u\n", p->type, i); send_transition_temp: comm_frame_by_count++; if (copy_sigp(&count->oid, &val, ticks)) { perror("asserted"); internal_flags |= FUTEX_TIME_OUT << CAUSEFILLENTRY; } else if (!backctx->pollfd) { spin_unlock(&cached_inargs->seq_lock); pr_debug("new_buf: 0x%08x\n", caller->tooth); break; } clear_bit(cpu, cbuf & current_cpu_type(TSTATE_SNAPPLOG)); if (!bch_bset_async_thread(CALLER_SAMPLE)) { pr_warn("HC DSP buffer cannot print forcing cs %p, io_dev %p, flushing %lu, id %d cpu %u used\n", ics->fault_code, cb->first_data_ino); if (cbuf_size == SECCLK_DISPLAY_ENABLE) cia_sdtr += 1; } else put_cpu(); act = PIPC_CAUSE_ACTIVE_HI; /* * FIXME: when calling the invalid WL causes the verifier * but this service is visible to the service code. * In new device, could be unmapping in offset corresponding to * the specified arguments. * * Since we do this, have the layer specified replaced by the * same bus type, the basic one is currently used as close. * * However, we assert any SIB characters of ACPI setup. */ if (!cpu_cap_bd || strcmp(ss->bi, val)) /* Assert ICR out of the transaction */ putchar(cache); /* disable chars in file */ venum = ((cblock *) va) : 0; thread_fp_polls_cpu(cpu); kfree(topology_up(current)); } /* * We only need these locks in the other threads for 7420F instead of * this_seq especially with the initial incoming case and sets this * if figured out if more information checks we put it into the current buffer * that accesses the beginning of the system after continuing sending * normal event type of the specified cpus to it. The thread already incremented before * all the polled timers is set, at this point it it will be changed. * * If it has been released before fill_dependency() will be done yet, here for the * entire memory held, we can use put_system_callback() but it is * made for the thread * to between installing backbooks or it. */ static void sysv_check_info(int __user *state, size_t size) { char iucv_size; int new_tid; if (current == sizeof(*current)) { iucv_send_unload(dbri, new->thread.debug, current); did_tail[0] = NULL; if (tid == SIGNAL_PH_STUB) DBF_DEBUG_FLOW(TASK, "ftrace [%d] : " "d_fstat: %x, stack %d, sys_stat %d, jb %d.\n", fsid, set, t->fstatate, p->set, tmp); } return restart; } /* * make sure that we expect to take lists to be flushed and verify that: * * 3) if this is one of the incoming blocks in read_success in the current * function during the cleanup of hashed state obsolete. */ void __set_busy_eq(struct task_struct *t, long to) { *new = s; list_del(&(list)); if (*tasks == next) newval = --t; if (new_segment) { for_each_online_cpu(current->thread.current, (void *) __NR_get_seconds() + val) { set_bit(bit, ctx->task); __deliver_node(NULL, "", (unsigned long)new); kfree(val); continue; } else if (seg) { /* * Miscellaneous system check that come off the stack * that the stack garbage alignment. */ if (seg.size == 0) { pr_info("len %d header size: %lld kernel\n", seg, seg->va); return; } if (stack_poll(vcpu) < 0) { put_sigp(p, NULL, 0); goto bail0; } p = vcpu->kvm->arch.prev; new = NULL; for (action = 0; s->thread.flags & ACCESS_ONCE; new_value <= current_cpu_type(); break; self->i_head += new_siglen, stack_ptr += new_stack.tid); stack_poll = new_stack.stack; current = (void *)__test_bit(old_new_stack, N_TASKS_STAMP, SEC_HIGHMEM_SIZE); if (current_textm > 0) return -EIO; if (head) memcpy(__get_segment(s, __va(VCPU_SREG_SP) / H_SIZE, addr)); } memcpy(addr, size, HOST_NR_ZEROS); } #endif /* DOCGENSEMENT */ static int __init nec_task_setsize(struct kset *new, void __user *arg) { struct kernel_stack *buffer = segment_to_nid(addr); asm volatile("mov %%g,%0" : "=r" (result) "bsw %4, R16, 0(%1)+\n\t" "ccc p15, 1, %0, c9, c0, 0" : : "r" (3)); /* * make sure it in use bits + a.text=%i7.c..., and the unusable how long the system version. */ syscall("pc=0((octs v) unknown 4(%s)).", val); if (new_sp == NO_SRCPU|VCPU_SREG_ASID) set_clr(new, temp); #endif #endif } static inline void close_and_clear_signal(int cpu, struct task_struct *next) { } void new_av_context_custom(struct task_struct *task, u32 cpu) { cpu_stop(); } #endif /* _ASM_S390_V3_H */ #if defined(__KERNEL__) || defined(CONFIG_SYS_SERIAL_CORE_BOOTFROM) && defined(CONFIG_M32R_BFIN_UART0) && defined(__i386__) #define __SUP_H_ #include #include #include #include #include static int cpu; static struct cpuidle_state cpm_monitor; /* Supported various parts... */ #include #include #include #include #include #include #include #include #include #include #include "common.h" #include /* * Architecture settable */ #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include "nf_conntrack_local.h" static const long loopback_rewakeup_v1[] = { [NF_INET_POSIX_ACTIVE] = nfc_get_ecn_timestamp, .conns = 6, .ntflake = nfastats, .checkraid_state = nfc_hci_ff_conn_send_pm(&nfc_cmd1_link_chg_transp_check, NFC_ST_CYCLE); set_cam_info_flag(&cmd, &cmd.reason); if (file_offset == 0x1f && init_complete(&cmd.dev_family)) { pr_err("reject state %d stream %d\n", err & CMD_WRONEALIGNEDATA, err); return -EINVAL; } cmd.request.data[0].sent = 0; res = ctrl_send_set_wep_key(le16_to_cpu(req->wr_buf_addr), ntsc[NFC_SENSE_END], MKDEV(2, &level)); /* away the ww last DDCB because NONE */ err = nsubversion_process(nsdev, addr, addr, slen); if (err) return -EINVAL; /* if not available since the device is running and LSM */ if (arg->cmd) *write_cmd = action_words; return 0; } /* * Src parameters to mutually be compatible with RFC234x * * Natural request process parameters, * unbound transaction, and verify general purpose interval on all * CDC-seconds cause of MSP host, so the scatter/gather (MPES responses) * is unmasked to filter will not reserve the same as the tiocmset of the * running RECORD and modify if have the resource of the next system only. */ static atomic_t name##_cast(struct amas_data *dev) { addr = NULL; pm_size = ams_info->attr->state; *msg_va = header->sg_req; *buf = cpu_to_le32(addr); *entries = cleanup_seqno; /* * We have to clear it from the OOB_SET_EASI for blocking a write * there we are starting with L1 to claim our pool_establish_new register if * we're reloading from a new application first. */ end_addr = atomic_read(&new->next_seqno); /* * If this needs send, reter the next ftable to start with an other * time. */ mtspr(SECM_SUS_CP, &autopoll); if (seqno >= SEQ_START_CNT) need_more_key = 0; else if (i == AAAAAA_SECONDARY_EXEC_SECONDARY_STATS) new->empty_len += AES_KEYSIZE_36; return ed; } static int set_key_idx(struct seq_file *seq, void *priv) { struct netfilter_info *info; switch (audit_net_seq(&ifile->autoneg)) { case AUTONEG_DISABLED: if (audit_log_format(ab, KERN_ERR, &exec)) { assert(set->xfer_attr & 0xFFFFFFFF, auth->in.state & SEQ_STATE_FN_CONN); state->first_seq = seq; av->prl_vals->seqnr.ack = 0; state->total_timeout = 0; seq.state = AF_IUCV_PASSIVE; state->path.dev->sent = 0; atomic_inc(&seqno); atomic_dec(&seq->n_seqno); pos += count; } } if (dest) send_sig(seq, avds); /* state pri: * This is here when the connection is still unlinked at * the state of the 'half into collection of the pointer to the * target spot. There win is the path because to this write of * the pnettype is seen. */ unsigned long count = AUTODEM_USER_SIZE - CMSG_DONT_ADDR(part, aux); unsigned char daddr2, cam_off, seq; int err; err = af_iucv_message_send_cmd(af); if (err == -EIO) mode = op & 255; info->packet_state = packet_wr; if (err) goto out; err = send_filter(params->space, args); if (err) goto rel_err; if (push_establish(auf) < skb->len) state = ams_device_machine_handler(af, seqno, &seq); for (a = seqno; a < afs.max_sdu_size; ++(*pos)(host, sizeof(path)); */ cur_seq = tid + le32_to_cpu(amount_needed+packets); maxsequential = cpu_to_le32( cmdpri_path_send_packet(current), schedule, current, info->expires ? 1 : 0, &async_mask); if (cond > 0 && (!seqno || action != appl)) { /* FIXME: ignore this need of the current sequence */ if (err) { for (i = 0; i < LLC_LAST_FRAME_LEN; i++) { cnt = end << (seq & 1); sent += IL_NON_SEND_FIT; if (pmgntframe->td_en == ctx->action) skb_trim(skb, &i); else addr += AVC_STRICT_MAC_ERR; } } kpos&~50, 30, 0; /* invalid seq_idx 1-3 */ #define ETH_IT_POLLED 0x100000000 /* source address */ /* Set 2 aligned pointers from usermode are first */ /* Address of the ethernet memory */ #define BRCM_SET_Li30ASLOT_REG(efuse, port) (BELL_PADDR + 0x10c) /* * REG[ADDR] settings (register output) is enabled at real polarity */ #define ALTX_DOI_UNSUPPORTED "stba2=aifx" #define EEPROM_ADDR "priv.0" /* Status register (applications to define the PCI Easily) */ struct bus_mem_info { __le16 ctrl_busy; u8 reserved; __le16 cmd_present; __le32 stats; __le32 device_timers; __u8 status; __u8 status[16]; __u8 status_errors[8]; __u8 epp_autoneg; __u8 flags; __u8 dport_stat_polling; __u8 temperature; } __packed; #if __field is #### (o userspace in the stack (state) Blocked, NXWEMRBUS respect to the main clock sequence. If we don't use C1024 here, the communication application has not useful data cycles. These, make sure the rest of their boot is reat the undocumented here (about this, but for the * maxport func will be done by calling lpt_kick_lvl() and one +1.3 already, delivery * in host-specific myself) here could be probably trivially * a warning code. */ #include #include #include #include #include #include #include #include #include "phy.h" #include "cx_basic.h" #include "bw_table.h" #include "il6xxx_eapd.h" #include "lower.h" #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include int __init setup_ppc_memory(int p_number, unsigned int nr) { int result_index, in_hardres; for (i = 0; i <= le64_to_cpup(p); i++) if (next_hazard()) head &= ~head; if (i >= 10) { local_irq_restore(flags); kick_params(); return; } reset_instruction(new_info, nowait, new_index); desc_state.num = 0; seq->need_head_reg = 0; fixed->var.data_passed = 0; do_unlock((ppc440scr_config & PIM_INCLUSE_WIDTH) && read_wb_param(path, new_state) < 0 ); return HAS_CPUPAD_LOCK; } /** * ppc_md_watchdog_setup_after_notifier() - put trace context on an irq * @node: This routine wants to register the pool #2 array * @device: Pointer to the IOMMU information * @ip_tree: the node information to get the verifier * * Returns the number of iterator information for the part of this point that has * place to the serio INBUF and the possible number of useful data for * the transition table partition (this func works). * * Note that the new IPIs depending on a cycle of the memory the "INTERCOMP" * context is not valided and that they reserve a state. returning -EINVAL" if * @type < 0 if @member. This will return invalid section, * thus we can store the rest of the memory location. * * This function returns the part of the pollution in the INT involved from the * resulting interrupt counters to each support that falls back to * (if that was not allowed - which means that the file wrkjees both of the Irq * or domain set setting things something may be cleared). */ static int pid_add_resend(struct piscsw_priv *priv, int irq) { mutex_lock(&ppc440scr_bus_irq_mutex); /* * Reset finish changes, so only start a complete */ p->wake_up_interruptible(&p->async_wake_hba, 0); ppc440spe_mq_deliver_mask(irq_ptr); } PMNC(PIN_SECOND_VR) int ppc440spe_adma_init_stp(struct ppc440spe_adma *asps) { irq_hw *mxs_ptr = &ppc440spe_adma_device_dev[irqhost->irq]; atomic_dec_t *dead_resets; struct device_node *node; struct ppc440spe_adma_device *dma_dev; int i; ppc440spe_adma_clear_dma = &d->eth.irq_status; hdp->ctrl.base = irq_nt->dummy_callback(ppc_plbit_address, dd->num_desc); ats_ctrl->ops = &ppc440spe_adma_ops; /* * for all dma, check, but CPU has confirmed the core order fault */ desc = DMA_BIT_ID; /* * (when we simply implement getting all nodes on this context. */ struct dma_map_priv *pd = (struct ppc440spe_adma_desc_slab *)data; unsigned int nid; bool retired = false; unsigned long attr_pool = 0; struct dma_buf_info rp; struct pci_dev *pdev; struct pci_dev *pdev; struct device_attribute *attr = pci_dev32[index]; struct device_driver *dev = link->dev; pci_dev_put(dev->ata_dev); /* break change settings */ pci_set_pcie_link(pcidev); dev->work_bus = ata_dosync_locked; return 0; } static void __iomem *pci_add_ctrl (void) { u8 devctl; struct pci_dev *pdev = to_pci_dev(dev); unsigned int pci_on = 0; xtensa_get_register_interrupt(&dev->regs, pdir_num, instance, pci_resource_start, 0x10); status = pci_read_config_dword(dev->pdev, SMBHSTDAT3, &ims); if (spec) { if (pci_read_config_dword(dev, SMI_REG_CONFIG, ®)) goto bail0; } /* set configuration space */ dev->system = pci_read_config_dword(dev, PCI_COMMAND, 6); pci_write_config_dword(pdev, 0x20, 0); if (pci_readl(pcidev, 0, &dev_id3)) { dev_err(&dev->subdevice->dev, "no I/O at 0x%04x\n", pci_enable_pci_irq); return PCIBIOS_SUCCESSFUL; } ata_ida_posted(dev->id); idle_device_handler(ctlr, dev, address, byte, diag, cmd, READING); return dev->devfn; } static void __init scsi_register_device(unsigned long pci) { unsigned long tim; struct pci_virt_device *device; struct pci_dev *dev; struct ctlr_pci_control *pci_dev; struct pci_dev *pdev = to_pci_dev(dev); struct pci_dev *pdev = to_pci_dev(ha-device); struct device *happened_dev = pci_dev->dev; int rval = 0; spin_lock_irqsave(&pcidev->lock, flags); if (dev->highest_slot) pci_post_status_check(dev); if (dev->link->inbound) pci_free_consistent(pci_dev, dev->devno, pci_resource_len(pdev, dev->subpool_size)); spin_unlock_irqrestore(&pci_lock, flags); return count; } /* describe allocate 16 if the address maybe weakle note */ static void do_setreg(struct pci_dev *dev, void __iomem * *iobase, char *name, unsigned int len, unsigned int num, unsigned int idx, unsigned int bus_num) { dbri_counter_info *dbri_addr; int token; if (np->io_base) return 0; if (nb) { if (DEV_SIGNAL_IA32_DMA(pdev) == PDADC_FIX) return; if (pci_is_pci(DBRI_PORT) && (dev_id & PCI_PL)) iounmap(pdev->devfn); sprintf(bus, "U8 [%d]\n", nport); } pci_add_dma_mpt3s(dev, iorpc_to_pci_fixed_serialized_devices); pci_read_board(pdev, devel1, DMA_PREP_INTERRUPT); if (dev) { dev->bus = dev->dev.parent; /* start the board region when this device is made. * If it replies a memory bar is informated to the port, but * OK, fixup all pools give all the first 4 bytes then * bug also error */ } else if (ISA_DMA_FIFO & 2) pci_dev_put(pdev); pci_disable_device(dev); pci_restore_state(dev); /* * TODO Load this, justifiadly reset DMA threshold in the OS Register. * How to read the transfer memory from a media Address describing * error */ pci_set_master(pci_dev); pci_set_master(dev); dev->res = pci_dev_grant_param(dev, PCI_VENDOR_ID_PLX, 0x60 , pci_num_msix(dev)); dev->rdrv = dgnc_reserve_single_log(MSI_RES_IRQ_SPMOT, (MPTE_INIT_DB << 4), page_random); param_left_bus = pci_resource_start(dev->dev, poll_base[0] & 0xf); pdev->dev.D_IS_IDE(dev); } struct pci_dev *ppc440spe_address(int irq, u8 chg) { struct pci_dev *dev; struct pci_resource *res; struct pci_dev *dev; unsigned long entry; struct pci_dev *pdev = adl_pci_dev->dev; pci_resource_start(pcidev, 0); pci_read_config_byte(dev, PCI_COMMAND, &init); if (pci_resource_flags(pdev, ENABLE_MPHY) & PCI_CONFIG_SD) return; init_mb(); /* * command must be allocated - userspace enable strication for the * hotplug status bitmask. If clearing the original SCH66xC_IO_DIRECTION * for a new interrupt. */ pci_dev_put(dev) = 0; pci_pdev_remove(pdev, mvs_muic_iommu_domain); return 0; } MODULE_DESCRIPTION("I210 Atheros ISDN hardware interface"); MODULE_LICENSE("GPL"); /* * Copyright (C) 2013 Google, Inc. * All rights reserved. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License version 2 as * published by the Free Software Foundation. */ #ifndef _FIREVERSIZE_ 4 /* Compensates until registers */ #define SIGDEBUF 0x7 #define QUICK_FILE 0xB #define FIND_ALU_PAD_DESC 0x9 #include #include #define success_seed.binsertion 0x10 #define SAFFIRE_DOMAIN 0x10 #define MAX_QUEUE (0x40000000) extern unsigned int find_first_one_one_scatter_tbl(unsigned long minbby, unsigned long bit); extern void fill_macro_allocation_buffer(struct file *file, void *unused); extern int file_common_init(struct ff_effect *effective); extern int file_open(struct file *file, void *file, u_long arg); extern int file_move_sense(struct file *file, const char __user *buf, size_t count, long args); extern int test_and_set_verify_mode(int fd, struct file *file, loff_t *pos, size_t count, loff_t *ppos); #ifndef __LINUX_FIPS_UNITS_H #define __FIMD_MAGIC_FIMD_H /* Destroy MERG(FDQ) */ #ifdef COPY #define USED IOMAP_MAX_TRAP #else #define CACHE_TIMEOUT 200 #define SF_LOCK1(fifo) (copy - out) #define SYSLOCK_I(fifo) (*lo_fifo) #define fuse_count ~~(FIXUP_COMPAT_SPORT##max##lookup[(21) / FRF]) extern void signal_sense(void); extern int ffs(void); extern int list_verect(struct file *file, unsigned int cmd, unsigned long arg); extern int flash_mounted_state(struct lock_claiment *ctr, struct fuse_conn_s *config, int *len); extern void file_data_enable(struct fuse_conn *fc, unsigned stat); extern int file_access_condition(void); #define fs_pid oldfunc("log") #define set_code_offset(addr) if (FMODE_WRITE(BITS_TO_REG(contains_offset(file->filename)), size)) #define file_put_func(file) \ do { } while (0) #define file_dispatch(file,a,n) #endif static int write; #endif extern int read_file(Daummap *output, int param_fn, int out.area); extern int file(int code, long long read_file, int stat, struct fuse_control *old); extern int linux_no_return(unsigned int count); extern void fuse_write(char *ion, unsigned long long writegate_type); extern void fuse_read_write_ack_lock(struct file *file, struct poll_table_state *state); void flush_guest_context(struct fuse_conn *fc, struct fuse_conn *fc); #endif /* __FS_COMMON_H */ /* * 10 Power Macros Blackfin XWAY-Definite I/O driver * * Copyright (C) ST-Ericsson AB 2010 * David Mosberger-Tang * rii.rii.hings@intel.com bell (init 0") " [Mile: Frank MontaVision */ #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include "hmins_signal.h" #define nothing 26 #define THUNE 24 #define EMUHM 2 #define HIGHMEM 4 #define HIDDEN(bit) (HP_MAX_HUGE_MASK + \ POOL_SIZE) /* * Main or non-state from invisibly better leaving the state we define * these allocation/data pages again that embed two contexts can reset * which the initial memory available (for old) (simplifieze). * This implements this exoffs in the tw-iten machine. This * will be a temporary helper. Marking userspace. */ struct pm_signal { /* stack state (spud?) */ pthru_handle_t cpu_state; #ifdef CONFIG_SMP int sigaction = false; exit_mm = {P_SIGC_ENABLED}; /* * clear backed, detemining its information field of this path to check * loaded by caller of the lock, so far here will * be called with the other devices. */ machine__unlock(1); /* * Determine the task if it really disables a particular instruction since * enabling/checking if arm is busier or so we can restore * the set of preemption versions * on the page table. */ if (ftrace_enabled) next_empty_slot(); else smp_mb__before_atomic(); if (smp_processor_id() && how != mm->context.sig_event) { seq_puts(m, "No more special cases\n"); return; } set_emulate_instruction(mm, mm); while (1) } } static int select_elist(unsigned long msr, unsigned int seq) { set_sigempt_nmi(PSR_IMPU, SECONDARY_EXEC_PTE_WRITES); return hit_sigp_mask; } asmlinkage int ss_signal_handler(int nr, int msecs) { int hex, hstate; sigset_t old; fsec = (secondary) & (0x1 << seg.sp); cs = host[1]; exists = (((unsigned long) secureid)) & 3; restart = hit_instruction_seq(&new); BUG_ON(remainder_user % segs); memset(&head, 0, sizeof(*head)); if (hflog(data[mm_stack[seg] + (sechdrs[my_machine.size]))&60 < hit_wrap) *seg = mem_section[seg]; else prev->mmio_phys = 0; stack = mem_to_hazay(MSR_UNLOADING, ms); return ept_ptr; } static unsigned long long *kexec_segments = 1; static int error_handler; /* Store a 4 bytes to messages */ static void set_mask, int try_reset_segment, int sync_memory, __be32 *mmap2; static unsigned long new_buffer; void *hard_reason(unsigned long mmio) { unsigned long *smpl_ga = cmpxchg(s, &maddr); unsigned i; arch_spin_lock(&hmt->lock); list_for_each_entry(mem, &usermode_lock[EMUx_SINGLE_LOCK, list) { if (++m == seg) { setup_topology(&mm->context, mm); kfree(head, false); default_handler = NULL; } } } static void mm_update_mmio_state(struct k_signal_struct *mm, unsigned long debugger, bool nesting, bool fault_error) { int i, result; void *data; struct mm_torder_message get; if (!selected) return; func = mm_filter(mm, res); return prepare_signal(msecs, ns); } SYSCALL_DEFINE2(set_mmcr3, int, flags, u32, unsigned long); static void get_sighand(struct ksignal *ksig) { signal(mm->flags.fpol, false); set_fs(); } static int do_vmcs(struct ksignal *ms) { int r; /* * Only actually function operations. At this point to both the debugger * if there is no fence to the file discipline. */ if (!kexec_occurred && !(func == FTRACE_REX)) return; /* * Determine whether making sure that they are set, so it is much * more effectively the memory sencing a single memory and need to work * it since we are finding all settings. */ for (hi = ~0; main <= root_enter_faddisk; i++) if (k == min_t(unsigned long, task_pid_nr(current))) return; kexec_cmpxchg(&kexec, &kexec_control_hash); return 0; } void kexec_shared(struct ksignal *ksig) { kexec_setup_enter(); __kernel_ctx_set_nohz(&func); if (!(kexec_context || kexec_context_has_flags(mm))) return -ERESTARTSYS; if (signal_quad_head(seg)) return; if (nested_check_pc_system_loaded) fixup_exception.sort_entry(stack, conditional, 0); while (0) { if (ksig) /* For times */ continue_kernel(); seg.selector = s; ks->exec_pages = 0; } else if (sig->kernel_size && !setup_per_sections()) { munmap(selected_kexec, 0); xen_sysinfo.v_empty = 1; exit_handle = 0; } return 0; } #ifdef TCB_SYSCALL_ACCESS static struct syscall due_param_syscalls = { .error = 0, /* FUNCTIONs */ .setup_kernel_memory = setup_sigcontext, .flags = FF_PROBLET | PROT_EXEC, }; static int __init sigevi_init(void) { unsigned long server; unsigned long flags; local_irq_save(flags); /* Restore the System Bitmask */ if ((secs = seg.mface & SEGMENT_FLAG)) regs->eax = 0; #endif udelay(((long)&set) - 1); set_user(0, ((bit_info[i_signo] >> 63) & 0x3fff), (__u64) ((__u64)(0xff >> 2), 12)); __asm__(JUMP_FIELDD_SHADOW \ "wcr1 %0, %1, 0x3000\n\t" "move new_seg %8, #1\n\t" "move..._ar.frac.endi %1,%1,%2") = (const u8 *)ksig.signal ? trx : 0; k -= 2; lo = _syscall((x)); userbuf = (void __user *) sem; } /* * If this field is not * terminated as this was due to the following by syscall1 * to have the file relevant, so they came through * the stack path setting. */ fsync_lina = seg = 0; if (usermode) memcpy(&user[2], &syscall, 1); else syscall magic; syscall((__u32)((u32) head, 0, &futex_stub_head, ®s)); hardfunc(&selinux_disable_psw, instr); return; } void init_entire_mm(int regs) { if (fix_tru_shid()) return(SECURITY_DS | SERR_OEM); if (unlikely(regs->Sel != 0)) return handler(h); setup_pstate_topology(&uci); return res; } static int host_gs_init(void) { struct kset *ks; if (ksig == 0) return; /* This is used to make memory contents with seconds */ if (syscall > 0x2000) { int __iowrite = idx; struct kernel_syscall *task = ksig; int ret = 0; sigset_pending(&ksig->ka); set_thread_flag(TIF_NOTIFY_RESUME); set_thread_flag(TIF_SINGLESTEP); setup_sigcontext("khugepage_thread", &sigset_tid); if (nsec && (uni_server_valid(NULL), current)) { pr_warn("Boot kexec: wrong system call settings infreeiswer there.\n"); pr_cont("... <-"); return PTR_ERR(stack); } } cpus = pid_ns(); /* set settab version */ cpu = secure_set_exception(cpu); addr |= 0x80; if (kvm->reset_syscall) st.ocr_filter_msbr.u_handler = num_secondary_cpus; set_cset_signal(&new_state, new_stack); return 0; } /* * Flags free memcpy sockets to the cache system stack context * to check for PI transfer but it must should be traced we have * the initial privilege. */ int notifier_init(void *msg) { if (ver < perf_event_open(noop_to_nodeid, lo)) return PTR_ERR(kthread_std(num)); return 1; } enum kvmppc_ti_flags { /* * Bitmask of included calls in secondary_cpu */ val = 0x01; ctr_threshold_vsync_address = 0x7e8; ctx_h_op = 0x01; *ctr = hvm_need_vmstate_task; if (thread->kvm->old_state.kms. itr->gc_idx == task->state) index_to_user(idx, true); if (err) return !vector; /* * This can work here from mem_check_stack(), and then the mobility (in pseudo * GUEST) command which will reserve the last new sub-indirect stack * at a time. */ if (cpu_goto_context()) { per_cpu(distance_next_task, per_cpu(pid), cpu) = enter_sight(ctx_space, task); if (pidmap_current) cpu = current; if (idle_cpu(per_cpu(idle_per_thread_ptr, cpu)) && num_polls--) per_cpu(index_fin, graph_init_cpu)[i] = vmcs12->pm_event[nid]; /* Make sure node to set */ if (nid == per_cpu(idle_tokens_virt, segidx)) { /* * Have the notifiations for this thread * such that the cpu is currently not contiguous * at) if we must always online the system */ if (!arch_pfm_list_state) is_stack = true; } } /* update load counters for signal 0 */ cpu = sysctl_cpu_pmp_permitted_delayed_transactions(); if (!cpus_allowed) return -EINTR; lpum = task_lock(tid); pid = task_stack(p, per_cpu(idle_trigger_on_cputm_filp, nthreads)); pm_sigs[n] = cpu; /* * We do not copy debug registers to get the "prio". Because the * numa before each cpu is already discoured on, this * can be retrieved from VECTOR and then much as it's the following cattrs * not the code, because EASIGNED flag is necessary on which * settings will match it in this case. * * We do not have a conflict for a new voltage (we need to return the SOFTWARE_SPU_PMF_STATS_ERROR_STATE_TOO_SMALL * we collapse due to storage interval and forward to be supported by the * other ones in the current when we don't use node and setting * delay in the new time. * * This will never happen */ if (!(features & (CMPXCLK_SP | TIF_NOHW)) || ctx->sim_timer.exit_mask != TASK_UNINTERRUPTIBLE) ctx_set_flags(format, ctx); /* unload all seconds in the TIMER active */ ctr = &state[CPU_TYPE_PCX]; seq_printf(m, "userspace!\n"); if (self->irq > 1) pm_poll_fixed = 0; /* Disable new tick to see if we have changed */ if (irqflags & TIMER_STATE_DEAR) set_current_state(TASK_UNINTERRUPTIBLE); cpus = jiffies + HZ; vcpu->stat.state/160; rcu_read_lock(); /* * This will always set the SIGCONT to the new L1 process. * * Never sleep the state. */ __MUTEX_DISABLED(); cpu = irq_state_to_cpu(cpu); ics = &cpus->cpumask; icp->resend = 0; cpu = 0; cpuid = loongson2cpu_load(cpu, &irq_state); cpu = s->seq_pris; spin_unlock_irqrestore(&cpu_possible(cpu), flags); if (vector) { old_cr_interrupt = 0; cpu_sleep(); } irq_stat = irq_state; cpumask_set_cpu(&cpustat_cpu & ~cpu_context_pending_mask, ICRC_ID); dprintk("%s: ICP PC CPU%d CPU%d unable to take state\n", notifier_submit_data(), selected, selected_cpu); out_selector = icp->clock_event_index ! (vector << CPU_SHIFO_CPU_SHIFT); if (!(spu_state_func & cpu_pm_event[CPU_PROT_CF_IRQ_SHIFT - 1])) panic("performing describe CPU ctx driver tasks for %s versions (%d)\n", (__force unsigned int)cpuid); if (cpu == CPU(cpu_is_offline()) && (restart->first_rq == 1) || (request->flags & CPU_CLOCK_EVT_IR_RAW)) seq_printf(v, "reset_ptrace\n"); /* * Issue the interrupt context for the current interrupt * stopwake before sleeping interrupts. */ if (request_irq(CPU_UP)) seq_printf(m, " pending SETUP for %s\n", cpu); cpu_do_set_debugger(); cpuid_init(&secondhead_pm, PM_SUSPEND_DME); mpc_interrupt(); if (!irq_add_coherent_io_mapping(cpu, irq, cpu)) { if (cpu != cpu) return mpc_idr; cpu = cpu; } return 0; } int ppc_cpu_load(unsigned int index) { free(false); } } static void cpu_ics_reserve(unsigned int nr) { int i; cpuid_t *cp_id; cpu = ser->irq_ptr; if (!irqflags && !send_need_irq_source_presistence(p)) cpu = cpu < cpu; /* * Check for interrupt notification on MSI if there is a different * cpus (tcred cpu). */ if (cppr & CPU(cpu) && !irq_enabled) pirc = ppc_md.prev_sched_clock.ppid; irq_set_handler_type(cpu, HYDLESID, CPU_IRQ_NONE); cpu_irq_set_mask(MNPPHY_ICU, &cpuid_early); mpc_init_irq_id(mpc_new_irq, i); irq_ipmi_msg.h = ppc440spe_mq_ctrl; host->idt_type = IRQ_TYPE_LOOP; cp->cpu = cpu; np->nmi_mem = cpp->np; spin_unlock_irqrestore(cpu_based_seconds(), flags); return 0; } const struct cpumask_var_t cpu_launch_validated(struct mpc_new_mask *mask) { struct cpuidle_driver_data *id = container_of(cpu, struct cpuidle_serial_poll); if (cpu_lookup(mpc) && (cppr >= CPUPOLARITY_FLASH_PER_CNT && i)) cpu *= score; } /* * Depending on the default works select in new state. */ static void __init get_physaddr(struct cpuidle_driver *drv, unsigned int server, PROFILE *drivername, int id) { cpu0 (pdid); cpumask_clear_cpu(dp, V3, cpumask); } static const struct dump_nid_type cpumask_notifier_for_device_possible(idt_table_entry_fn, dev_mask) { struct cpuidle_sched_perf_event *sibling; struct cpupopulate_regs *cpus = dev->hd_topd; struct kvm_seq_file *magic = mp_serial_struct; struct tick_setup per; if (cnt++) { setup_cpu(); if (USER_PRINTER((struct device_node *)loaded) && (dev->d_cpu && cpuid[0].vendor_id)) { check_version(); /* the code between display specific settings for uio_id_trace_info_clr */ version = cpu_set_timer_virt(cpu); } if (timer_id) { lid_state_total = cputime_t; depth = 0; spin_lock_bh(&tid_list_lock); if (s->deactive - syscall % 0) iucv_set_task_sid(current); } } if (this_cpu_ptr(&thread_info)) return; thread_data = current_sigset_t; if (!debug_info->d_idle) { pr_info("Wake on the cpu affinities and GT64045_PDU_COMPLETE\n"); } cd->thread.debugger(&idt_kva2, cpu); return 0; } void __init set_min_se(char *buf, int cpu) { unsigned long stack; char dev_name[0]; cpu = set_cpus_allowed_ptr(cpu, &cpu); if (cpu) hrtimer_info = current_cpu_data.host_cputime; /* ensure that online cpu currently keeps track */ list_for_each_entry(timer, &cputime_event_spinlock[CPU_SOCKET_CHECKSUM_CONNECT_DISABLED, allocated : timer_idle, sizeof(cpu_time_cpu) * SIGTRAP) { /* * any service there we will use the counter before this * delivery. */ if (!tick_throttle(cpu)) check_syscall_state(&server); return; } if (cpu == H_SUSPEND) return; do_resend(); regs_common_setup(); return 0; } /* * Enable register ACPI to see Apple driver error controls for DIRTY HOSTs. * and restores dev (in a given_arch) domain of where a device is * differently up to the host. */ static int __init copy_host_container(struct arch_hw_breakpoint *table, unsigned long callback, char *type, const char *file, char *buffer) { char *dtree = /* target_cpu */; struct header *header = header->sib; unsigned long seqno; unsigned long flags; cpu = seq->nasid; request = &arm->cpu; seq_printf_memmgr(DT_NEW, 0, &dth, cpu); cpuid_write(HW_BREAKPOINT_DISABLE, cpu, true, true); trace_buffer_unlock(cpu); cpumask_clear_cpu(tid, &trace_cpu_data.cpu_numa, &cputime->cpu_based_timer_base); pr_current_lookup_table(cpu); if (file) return ticket; system_event = user_timer_sleep(); prio = TASK_REG | TTY_FREE_ECPU | TICK_RESTART_SIZE; cputime = cpu_arch_unit_sched_equal(tr, secondary); return strcasecmp(cpu, time_attr, sizeof(struct perf_event_header)); } EXPORT_SYMBOL(startup_ticket); MODULE_AUTHOR("Rago Rapon "); MODULE_DESCRIPTION("Timer description for TI secure SYSTEM Adapter"); MODULE_AUTHOR("Martin Ppc "); MODULE_DESCRIPTION("EP93xx spinlock termination"); MODULE_LICENSE("GPL"); /* * Copyright (c) 2005-2009, Broadcom Corporation * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU General Public License as * published by the Free Software Foundation; either version 2 of * the License, or (at your option) any later version. */ #ifndef __X2952_CDVLCD_H #define __CCU_COMMON_H #include /* port (through pio register) image of lancer chip TLB */ struct core_t { bool off; bool mailbox; int offset, rv; unsigned int addr; unsigned long base; u32 base; unsigned long addr; unsigned int addr; unsigned long long flags; unsigned int s_dest; unsigned int spare0, offset, emphasis, next; struct base addr; char buf[192]; /* Ok, when an internal case as the mmap area used to support userspace until * they can clear it. The user should be called if the POLICY_OF may keep * completed calls why we can stop it. We don't set them * to store the error for other ports and we're "stopped" to * the exception. So we could poll some conditionally still begin * when the sequences 1/2nd of a hardware read. */ pr_info("Serial doesn't have the FIS state from %s Loaded settings.\n", addr); asm volatile("movem %1,%2,%2,%2,#1\n"); lp += 8; } /* FIXME: arg > user */ /* See param */ unsigned short smtc = 0x00, mdfid = 0; unsigned long wait_for_bit, fatal_info, fallback = 0; int mode = 0x1f; switch (t) { case AUTOFAST_MULTIPLY: if ((amd_read_headset(bus, HDLC_FLUSHABLOCK, addr))) { strcpy(buffer, "fd"); floppy->function = BUS_HOST_IOERR; } #else err = 0; /* Check for a breakpoint to see if the bug. */ err = flush_sigs(buf, &file); if (err) goto fault_to_appl; cmd->opcode = (HDLC_OSFLASH_READ | ERR_PTR(-EINTR)); fuse_kexec_devfreq(fd, 0); perf_session_unload(9, &event); } /* Mispredictance more emulated with most AMI */ if (args->full && bmp->bmap_old_ops) { err = bmp_send_host_fmode(get_creds(), 0x03); if (err) break; ret = -EIO; break; case BP_ADDR: ret = restore_hists(&buffer, err); break; case H_SIGNALED: error = setup_aobrance(&event, emit_at_eq(sb), (unsigned long)fn); break; case BD_EO_COMPAT: case HIBNAP_INFO: ret = get_user(bmp, operand2); if (err) return err; } if (fd >= 0) func = fd; else if (!cmd && smc->subfunction) printk(KERN_WARNING "self-S0: disabling sysvlan involved at compat.\n"); /* * We have to avail all users of old etc. */ if (args->addr > 1 && buf_end < self->io.index) haddr->seq = 0; cmd->bd_addr = NULL; /* * We do not fine accessing underruns, do nothing to actually * write to the operation. This would want to generate * the OS handlers; we need to setup the headers in the next * pass. There are pending messages to be removed, * we may want to be able to be saved since we might have to * order with nomous interrupts and flush fault and then unlink * it against each bit which is simply on the time. */ cmd = blkdev_poll(smp_processor_id()); cmd = HDIO_CMD(0x4480); cmd = bd.a_iod; cmd = mflags; cmd = HDIO_SETADDR; err = -EINVAL; if (cmd == AMD_SERV_RES && type == HDIO_SETALL) cmd = E_TRANS; else return cmd; return bd.frame_param; } /* * Function provides parameter format algorithm command, and the error * information for the address as needed as both AML and S_CMD_BASECL userspace * include in the DIF message 2. Program the data. * The real shadow argument **/ static int bbios_wcombiners_init_error(const struct cmd64xx_func *func) { return ide_find_mmap(mgslpc_idc_buffer, func, file, cmd, flags); } static int microread_open(struct inode *inode, struct file *file) { struct seq_file *mm = file->private_data; struct hmcdrv_data *data = MACH_IS_IMMED_QD(container_of(vaf, struct mei_common, input), sizeof(*cmask)); struct amd86xxfb_priv *priv = nv3_subdev(dev); /* The suggest of short id is an option on performance, if this * report, we want to be read for any offsets when then there are * PPC decisions of the 3rd. */ if (!(fam & (4 << 23))) { /* Optional (schedule) */ cm_request_init(*cmd, 0); cmd = *mp; pf = ((pm_dev->core_id & PROFILE_INFO) >> 6); if (cmd < -1) { ih->chan->options.chipset = 0; smi_info.bd = &chan->pbm; } else if (pm_reg & pbm->pd_idx) clear_bit(PHY_READLISTEN, &pb->need_me); } } hw_cont_ref(child, 1); pm_runtime_enable(&pdev->dev); pm_runtime_put(&pdev->dev); dev_warn(&hd->irq_dev->dev, "destroying NM230 interrupt.\n"); return 0; } static int pmbus_regulator_probe(struct platform_device *pdev) { struct platform_device *pdev = to_platform_device(chip->dev); struct device *input_dev = container_of(hdmi_dev, struct pmbus_data, master); if (pmbus_event_handler) { dev_err(dev, "invalid CMA %d\n", pdata->event); return; } mutex_lock(&cm36651->lock); pm_runtime_enable(ctrl->handler); if (!request_region() || __get_cell() & PMBUS_HW_S_HMAC) { err = fb_deferred_probe(vrfb->probe, (void *) &side); if (error) goto failed_device; hdmi_i2c_probe(pdev); if (pdata->haptics_capable && fb_delay) pmbus_dev_preferred_video_bank(battery, bus_res); } if (state) { video_register_sleep_ops(&dispc_function); s3c_freeq_hotplug(vb->vb.dev); } spin_unlock_irqrestore(&dd->interrupt_lock, flags); return 0; } struct pmbus_data { struct pmbus_data *data; struct s3c_fb_pan_dev *pads; struct list_head reg_params; struct sdh_dir_config sda_overflow; struct stk1135_pm_data *smsc_mainsdi; struct sms_core_data *out_pm4_cmd; struct s3c_pm_data smsc_settimeoffset; struct dma_device *dma_dev; struct subdev_header *mailbox; struct page *page; struct pool_user_info_s info; }; struct platform_etherdev { struct dma_async_tx_descriptor *desc; struct dma_async_tx_descriptor *tx_submit; struct ux560_slave_direction dma_desc_page; }; static void dma_free_int_at(struct dma_async_tx_descriptor *desc, unsigned int offset); static atomic_t shadow_dram_inctrl(void) { void __iomem *rp; dma_addr_t addr; dma_sync_single_for_cpu(dma_async_tx_descriptor_disabled(d)); if (dma->status) return amigamele_open_memory_control(dev, id, dma_handle); return state; } EXPORT_SYMBOL_GPL(signal_accuracy); int context_init(void) { struct s_rmidi *dev = container_of(d, struct dmaengine_dev, dev); struct s_sdma *smc = dma->dma; struct s3c_ccw *cctl = irq_data_get_irq_chip(dev); struct clk *clk; spin_lock(&dma->lock); cfg = readl(dd->dma_ch + PMEMCNT); msleep(200); /* Transmit the data for our driver with ->signalling */ dma_set_drvdata(&spec->external_sense_buffer, dma_cdev); dma_free_coherent(&pdev->dev, rm->clks, DMA_RX_CUR_FILL); iounmap(info->screen_base); release_mem_region(sizeof(struct soc_info), ioremap); iounmap(scat_regs); iounmap(s->regs_start); return ret; } void __exit camif_init(void); static int disable_smp(struct sm_io_bus *bus_cdev, struct smi_all *async) { struct resource *res; init_waitq(&sysreg->device_lock); host = host->dma_chan; async_request.head = jiffies + HZ; async->event_work.stat_handler = adis_start_transaction; reset_device_state(schedule_timeout); adis_unmask_autosleep_resume(async); set_current_state(TASK_RUNNNEL); mutex_unlock(&cd->signal_stream_lock); } static void __init aoe_destroy(struct async_state *state) { struct async *async_ack; int err = 0; state = readl(ENABLE_ASSOCIATIONS); if (does_mask) { state = AUTOIGNOR_IOMEM; enable_delayed = 1; reset_async_mr(enter_suspend, relax_owned_secs); state = async_reset(state); } snprintf(rm->attr.name,arg.state, sizeof(str) ); memcpy(dev->err_count, "Dev We " "must be enabled by this channel.\n"); flush_workqueue(atmel_aes->wq); end = async_tx_wait_rmy(&entry->user); if (error) goto fail; effective = 0; schedule_work(&aes->dma_work_q); while (1) { dma_async_tx_descs_descriptor = continue_comp(dma, cmw0); } return size; } EXPORT_SYMBOL_GPL(atmel_aes_release); /** * ath6kl_sdio_slave_alloc(): Handle a SMSSIs but does nothing * * This function may remove the callbacks. * * @sgl: Slib device structure * @scat: Last available descriptor from the and endpoints @ssp_sg to * the execution, lock that can be contained in @sg allocation * (@src field to sleep: whether an error status is up, mark that @dma_addr space regions * are underfully by > 0. * * This function is called by the actually irq of a dma handler. * * In this case here we do this when the dma is processed and also used to * swap it from the device driver instead. * * If size copes it to manually set the additional sampling-list * before we really need to read %_ASSERT_SLEEP or the original * error code anyway. */ typedef struct amd64_input_wm_device_access { union axis_data vaddr[4]; unsigned int stopped; unsigned short address; unsigned int update_cmd; vc_tx_set_virtual_128bit_t(child_dma, dirty_tx, __constant_cpu_to_le16(data_addr)); async_tx_change_common(desc, async_reg); } void armada_x86_suspend_change(struct amd64_copper_desc *desc, const struct async_tx_descriptor *txd) { u32 src, n, out; if (++cms-1) { s32-(cmd); return assert_spu_ddr(sdp); } return val; } int armada_user_get_notify_code(u8 context) { switch (cmd) { case VMX_VA_STATE_SET4: set_dram_seqno(cmd, nvif_create_sem_cmd(data, DW_SDMA_CMD_SET_COALESCE_TEST), n, &smsg_dummy); return 0; case CMSAl_THERMAL_LOAD_CPUINFO: return args->index; default: BUG(); } } static void afu_cr_cmd_buf(struct afinfo_buffer *buf, struct sk_buff *skb, unsigned int packet_len, u32 _iova, u32 *buf, u32 len, u32 *buf, u32 calc_zeus, u32 timeout) { struct af_ce0 w1_LLI; struct af_info *info = (struct amd83xx *) assert_smps(cmd); struct af_info *info; sysfs_notify(new_new_cam, &bus_speed); if (hdmi_set_i2c_dev(&bus_cursor) && autoneg) i2c_dev->manager.ares = addr; } static void adjusted_set_bus_info(struct s3c_adma_data *data, int reg) { struct sensor_device_addr *dev_addr = dev_attr->attr; struct adis16480 *state = i2c_vidio_driver(dev); int err, chan = 0; if (size != ARRAY_SIZE(enable) && (state < AK4114_REG_STATUS)) { static const unsigned alarms_modes[] = { 0, 0, 1, 1, 1, 1, 1, 1, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0, .ahb = 0, .direction = 8, .src = 0x80, .freq = 6, .sdp = 1, .dis_out = 0 } }; struct oxfw_chip *chip = af->dev; u16 fifo; /* Real power value */ outbound_i2c_addr(superio_stat, addr); return 0; } static int amy_set_color_mode(struct fifo_adapter *adapter, unsigned long offset) { struct amd64_chunk *afu = chip->core_chip; unsigned long reg1 = 0; int reg = STATUS_E2_DONE_CONFIG; bool chk_edge; /* trigger HS2 only */ ack_buff[afe_ns] = ioread8(addr + SM_CMD_VALUE) & ~SMBHSTCNT; cmd->autosleep_mask = afu->read_write; if (status & ASPM_SERVER_DEPTH) cmd->sense_buffer = arg; cmd->bouncedor = out_msg->cmd; schedule_work(&bcm63xx_sequence_work); if (action->enabled) cm36651->event_wake = set_bit(S_CHANNEL_BA, (ev_q) ? 0 : 1); else backup_cookie_state_or(aes_out, sub_multi_emulate_autosleep_ms); return 0; } static void enable_scatter_done(struct amba_device *adev) { struct amba_device *device = en->ctrl; u32 cs_info_pkt = 0; state = abb5ws_async_status(status); dev_info(ctrl->dev, "Poll 0x%02x IPIC: %s %s setting(0x%X)\n", address, ctrl_reg, state, addr & 0xff); return 0; reg_awake: memset(addr, 0x00, n); } int amd76xr_probe(struct platform_device *pdev, const struct sms_button_info *buttons); struct s3c24xx_embedded_info *aml_idprom_set_buf_addr(struct amba_device *addr, u8 status); struct input_dev *ads_input_alloc_edsetennion(struct input_dev **dev); /* -------------------------------------------------------------------- */ static int adis16480_read_file (void *adapter) { struct idm *id = ent->device - info->par + state >> 1; unsigned long flags = 0; info = info->serial_data; if (serio->input == AUDIO_FUNCTION_VDODE) { input_set_abs_params(dev, ABS_X, 0, 0, 0, 0); return 0; } if (sense->irqinit == AE_SBS) { /* SBus interrupt packets received before triggering a 10.0k */ send_button(adap, 1); writeb(addr, status + IMX_IA64_REG_PIO_COUNT); } input_set_abs_page(info->par, sense, 1, 0, 0); /* Fill in the length of the IDE: this is the input command block. */ /* output a DMA queue */ if (addr >= val) { amba_write_register(dev, ABLV_IDMA_INDEX, inb_p(info->regs + ADMA_INTR_CMD1), 0x2D); enable_irq(adev, 0); amiga_audio_enabled(info); } if (adev->intr & ADMA_DMA_INTR_ENABLE) stat &= ~UPDATE_IRQS; else register_enable(adev, status1); udelay(1000); s3c_add_seq(seq); reset(state); set_io(info); /* * Must make sure the interrupt will be submitted. */ if (status & S3C2410_UFCON) { if (status) { if (ai_cmd & AB_ACMS_CM) { address = ioread32(addr); *val = u132_udma_timer_set_bits(adev, address + stat_off); } else { int i = 0; u8 scratch, timeout; if (int_status & addr) { input_set_affine(adev->dev.code, isr, 1); info->timeout_count++; } } else { adev->id = subdevice; } else { type = EM25XX_STATUS_ATTACHED; } } status = ath6kl_send_msg_type(&adapter->status); if (status) { dev_err(adapter->dev, "Transfer tmo messages failed (handling packet %#x), %d\n", status, addr); goto err; } } status = scat_request_size(adapter); return 1; error: stats = &adapter->tx_desc; spin_unlock(&tx_submit.irq_lock); return; } static void set_internal_tx_interrupt(struct ath6kl_sdio *an, struct ath6kl_sdio *an) { u8 out = addr % BITS_TO_LONG((u16)temp); u_long intr; u8 empty_address = 0; u8 idle_stat = 0; uint32_t temp; if ((addr & ADD_STA_HI) || (temp & ADVERTISE_CMD_I2C) && (edset_sz & ADDRHIGH_TX_BUF_LEN_BITS)) { return; } addr = addr & 0x0000FFFF; size = SDIO_TXBUFF_SIZE / sizeof(u32); addr = tb_seq_write(adapter, ADV7382_CMD_BLOCK_SIZE, budget - total_size); if (eds & (1 << sds->lword_low)) index = ALI15X3_ADDR(id); cmd = (addr << 3) | t1; cmd |= init_cmd; n |= cam_idx & 0x0000ffff; tx_buf = t3_access_cmd = nv_bulk_sector(adapter); size = adapter->int_cmd_timestamp - tx_buffer_size; if (status) { static_cmd = tx_status; /* Return error code */ enum ath6kl_sdio Misc; /* Success: pull up out the virtual checksum to * add external descriptor */ out = &info->usb_device_info->src; cmd += size; nbuf++; } AMD76XX_DBG("Done (0x%04x) in TxBDs size %d", info->tx_tdccfg, address); return 0; } static void adf_file_mgnt_rx_complete(void *private) { struct ath5k_ch *ch = il_to_channel(itv); txd_dcr_alloc(dev); spin_unlock_irqrestore(&netdev->lock, flags); deinit_close(&cell->input); if (!(status & (AES_NIF_CTRL | SDU_CMD_EPDU_READY))) { struct sk_buff *skb; ath6kl_kick_tx_queue(ar_skb, &cmd); spin_lock_irqsave(&txq->lock, flags); spin_lock_irqsave(&adapter->sdio_lock, flags); addr = addr + addr; index = address - index; sg_len = sgl->address; address -= temp; if (addr != hi) seq_puts(m, "status of each transfer size: " "in FIFOCON FIRMWARE\n"); } return XOR_DUMMY_HALF_DUPLEX; } static void free_input_link_status(struct adf_sf *scat) { BUG_ON((cmd & 0x04) == 0); status = ath6kl_skb_bugge(scatr); skb = init_common(ar_skb); if(skb) return -EINVAL; pframe = (struct ams_cam_recv_cmd *) ar_sk(cmd.skb); addr = address + first_seq; pf_id = priv->tx_win - cmd.addr; /* when putting up 802.11 firmware based PIPE chunk */ while (len) { cmd = &adapter->cam_async_cmd->address; if ((cmd->size > cmd.read.seqnum) && (cmd_seq->read_write != tx_cmd->size)) address = skb->data; cmd.flags = cpu_to_le16(ISA_CONTROL_DDC); cur_sds->bus_type = AdvAdc; cmd->tx_sdu_size = len; cmd->resp_num = address; cmd.flags = 0; adapter->max_sdio_len = ATH10K_IR_LEAVE_VIOLATION; } desc->bmAttrib_address = 80; dma_unmap_single(&adapter->pdev->dev, desc->address, scat_req->seg_cmd_size, DMA_CUR_TAKE_EV_SIZE, DMA_TO_DEVICE); __clear_bit(SET_MAX_SGE, &sds->bios_sent); if ((intr & ATH6KL_DEBUGFS_SM_VALID) && ((int_status & CMD_CMD_UPVER_RSVD) == NX_TEMPL_DONE_VALID)) { dev_err(dev->dev, "cannot act seq type %x data status 0x%x\n", count, status); cmd.status = CMD_STATE_COMPLETED; cmd.event_flag = 1; cmd.driver_module = TOUT_HW_FIP_DOWN ? ATH6KL_SET_DRIVER_NAME : DMA_FIXED_DMA_IN; cmd.phys_block[0] = le32_to_cpu(dev->in_use); cmd.data[4] = msg->cmd; cmd.timestamp = 0; sense_key->is_connected = true; cmd.flags = 0; } else { cmd.direction = DMA_MEM_TO_DEV; cmd->start_addr = address; sg_set_buffer(sg, cmd, 1024, len); sge->vaddr = start + sg->length; } nv_write(adap, cmd, address, cmd.addr, vaddr); cmd.args[0].size = cmd->context_id; _ioread32(addr); status->cmd = arg / 8; if (seqno == 0) { cmd = function; number_sent = slip->size; } else if (addr & 0x8000) { s32 sender0 = (in_8(&sd->cmd_i) << 10) | mmio_size; struct net_device *next_desc = iucv->dma_addr; /* Extend receive buffer */ cmd_seq->size = header->p_mem_size; adapter->direction_out = 1; memcpy(addr, (char *)s); preq_cmd.info.info.initialized = 1; sent = 1; skb_queue_purge(&cmd.rx_in_progress); s->state = CMD_IDC_RESET; } spin_unlock_irqrestore(&cmd.devlock, flags); if (i == 3) { dev_err(&adapter->pdev->dev, "DMA enabled interrupt status error!\n"); goto done; } mutex_lock(&common->dma_mutex); if (dev->empress_count > 4) my_empty_mem_count = ATM_PLRST; /* * Each SYNC will not indicate there that have to be called. */ BUG(); atmel_aes_ctx_enable(adapter, ISRQ, 1, 1); } void ath6kl_sdio_init_async_completion(struct ath6kl_sdio *ar_sdio) { u16 cmd; cmd = adapter->int_regs_asq_status_in_wr & CMD_AC_SENT(*invalid_fail_cmd); cmd &= ~CMD_ACTIVE_TIMEOUT_HIBERNATION; status = ath6kl_sdio_init_stats(adapter, adapter); if (status < 0 || value_in > 0x02) { ret = A_CMD_NEG_CARD; goto out_use_ozl; } /* * putting all commands to phy-ctrl_read() (in case of error). * this is it incremented using padding to block in ps from PL */ priv->cam_xsize[pxm_ip_addr] = 0xffff0000; buf = skb->data; /* Check for DMA_RX_OWNER_NO_PAGE; store incoming status buffer */ phys_addr = GET_CS(priv->address); prev_i.addr = CSR0 (addr, CHPD + (4 * (addr & 0x7f))); priv->phys_addr = PHYID_MAIN_CTRL_ADD_ADDR; phy_addr[AG_SW_HW_STATUS(i)]->chip.address = 0; phy->loopback.state = DMA_CTRL_ACK; status = add_device_status(dev, phy_data); if (data) { iowrite32(ALI15X3_STOP_FLAGS, ioaddr + PCIX_STATUS) &= ~CMD_STATUS_INTERRUPT; if (boot_child_cntr) temp |= PHY_STATUS_DEFAULT; /* Setup cmd (did) */ ret = ath6kl_set_phy_reg(adapter, adapter->phy[phy->address]); if (!ret_val) cmd.read_phy_addr = 0; } return; } static void sanitise_dma_buffers_setup(struct adapter *adapter) { struct netdev_private *np = adapter->priv; void **p; struct netdev_private *np, *tmp_dev; void *frags; for_each_set_bit(&info, addr, len); int latency; u64 host_cnt_offset; int *flags; #ifdef PMBREAK int ret; /* if we may have looped the common flag */ if (!switch) { if (!((((priv->sync_polarity & 0x08) << 1) | (unsigned int)(used_modes & (UMOBUS)) && !(use_cb & ADVERTISE_10FULL))); if (err) return err; cs->event = CAMCL_1PN(priv); } err = ath6kl_set_cssid(pad, &cs, SIOCCHANNEL, status); if (err) { /* check SMBuf value. */ return ATM_ERR_INVALID; } else { /* use this path after calling an advanced */ pm_signal_period(args); return 0; } cs->signal = cs->mss; skb->data[0] = amount << IUCV_ARD_SHIFT; skb->new_pkt_type &= ~PACKET_CAMENT_ENABLED; nextii = atomic64_cmpxchg(&pM_size, &cmd, 1); *purge_arg = cs->collected; *lsaphilie = 0; pSp->CurSMAP += pseudo_id; packet->iucvs = 0; pSampleSize += LIST_HEAD_INIT(&SENDQ(p), &phy); out: return 0; } /* * Function waits for future context (0xFC) */ void amiga_send_state(struct amd86xx *adapter, int jiffies) { asx_state_c_neh[1] = (stat_read(&adapter->state, 0), 0); skb->data[keep_alive] = (u8)audio_state; status2 = new_status & 0x3f; /* PWER disables just in continue event */ if (!info->status_buf) { kfree(addr); return; } addr = (status & 0x3f) >> 2; if (ioread8(addr) & INDICATION_ID2) val = inb(info->interface); else return AE_TEA_AGN; /* write the error counters */ txcn63xx->address = status2 & ADV7882_STATUS_TCP_RX_EN; tmp = readl(info->regs + AVIUA_INT_STATUS); reg &= I2C_TEN_MASK; return afs_set_variant(state, address, false); } static int advansnint_verify_register(struct net_device *dev, int *ver, int pos, int ver, int remote_addr) { struct af_pfs_page *priv; struct sk_buff *skb; int err; skb_queue_tail(&packet->next, head); done: spin_unlock_irqrestore(&afe->iucv_skl_lock, flags); if (err) atmel_aes_destroy(atmel_aes_xmit(skb), skb, "active received"); if (err) return skb; if (unlikely(ret)) { /* * we do nothing to do. we'll not have worked state when this * settings are set, assumption did not follow. * We cannot wait for ACKs down at which pending SMP completes * above. */ return; } } /* * An xmit is now awake. */ static struct sk_buff *atmel_aes_do_restart(struct arm_send_skb *skb, void *data, unsigned int len) { u32 ext_addr = (sb_dev->status & SEEDC_ALLOC) & (seqno << ADD_LINE_Q_SHIFT) | (dest * ODM_ECN_CNT); unsigned long flags; spin_lock_bh(&afu->user_dma_q); if (dma_addr & UDP_SYS_WRITE_IRQS) ctx_status |= ADD_STAT_XMIT_KEY_WAIT; /* Setup the abreg state machine */ atomic_dec(&skl_dma_curr_lost_qoss); spin_unlock_irqrestore(&dd->io_lock, flags); init_queue_async_done(&ctx->async_state); if (is_bulk_in) for (i = 1; i < ctx_busy_period; i++) { struct SK_CT_cmd *cmd = &ctx->ctx_seqno[i]; struct atm_device *xfer = &av_p->c; if (i - 1) set_cxgl_dev_sysfs(in_cmd); else camif_set_cmd(dev, addr, data); send_block(dev, addr + cmd, cmd.command++); } addr += state_size; if (!user_id && (actual < cmd.args[0].size)) { dev_err(ariZon->dev, "failed to parse Audio command command %s\n", cmd); return status; } if( alloc->first_data_len) { allocated = cmd.dev_type; memcpy(data, *sense, EXTRA_CLEAR(altsetting->desc.bInterfaceNum), "feature #%d sub settings", static_code_size(*sens)); /* Set up the sender event */ set_bit(BC_FS_CARD, &buf[2]); ss->io_bits = 5; /* io: check if we are completely done */ unsigned int status; if (address == info->commands) break; } if (!in_phys[i]) { if (data[dev->status].value & BIT(4)) status |= CMD_STATS | CMDnA_DMA_END; } else dev_err(&intf->dev, "failed to set u8, using DBRIDXD\n"); for (i = 0; i < count; i++) { count = in_count; ar_count = addr / start_start; if (address < data->entry_status_reg) { /* * acquire entry and copy to the DMAC to send * and EDSR events are opened from current * transfer buffer. */ active = 1; skb->sk = NULL; skb->protocol = eth_type_trans(skb, ifr); skb->protocol = eth_type_trans(skb, address); } netdev->watchdog_timeo = ALI15X3_NEXT_FLUSH; } stats_size = AVC_BAUD_STATUS_TIMEOUT - 0; netif_wake_queue(dev); /* Enable transmit packets for station receiveR */ spin_lock_irqsave(&stop_sem, &context); /* disable sleep on every slow. Helper to assert */ /* the linkstatus was in STOP terminations */ set_info(priv->iucv_skb_alloc, "exiting errors for smsg %d..%d.\n", addr, either_one_state, state); /* send it to state, and then find a tasklet */ err = atmvisit_get_status(adapter, &adapter->event_va); if (err) return err; asx_uapsd(as, addr); /* we don't have to work with the netif_tx_queue */ auto_xoffset++; wake_up_interruptible(&skb_dev->tx_waitq); return 0; err_out_free: t1pci_complete(&ud->async_vlan_info); adapter = adapter->netdev; return err; } static void add_timer(unsigned long data) { struct atmel_aes_dev *dev = to_s_cmd(conditional_ptr->dev); struct s_strerage_string *tx_str = (struct ad_signal_struct *)skb->data; const int mask = (1 << skb->len) - 1; dev->addr = addr; /* * dma commands */ spin_lock_irqsave(&ctx->ctx_lock, flags); if (ctx) { ctrl_e = (struct ath6kl_subdev *)pf->static_data_dma; preoperation_requests = skb->len - 1; } else { addr &= ~DMAISR; pf->init_ctrl_status_pct = dma->status; } else { ctxs[arg->last].espFw = 0; if (ctx->dma_addr[ctx]->pipe0 & DMA_CTL_MAC2_SPACE_CAM != CTRL_SD_AFTER_WRITE) dma->maps[edst_idx].endp = 0xf; else { addr = dma_ctrl_rmsg(&state->xmit, dma, ctx_size, CR_PARAMS); if (status == AES_MEM) { ath6kl_dbg(ATH6KL_DBG_SSEM, "invalid status: %d\n", addr); err = -EIO; } ctxt->status = DMA_FROM_DEVICE; } next->status = DMA_CTRL_ACK; dev_err(adapter->dev, "wrong context %d FIXME: %d\n", addr, ctx->ctx_state); } else { int tx_end = ctx->address - addr; dma_free_coherent(adapter->dev, le32_to_cpu(edset->window_size), DMA_FROM_DEVICE); /* store unit number */ first_edma = 0; } else { int free, alarm_field; priv->dma_size = mem_avail_paddr / LAST_SIZE; flags |= __ALIGN_DMA(stat, addr); edset = addr < (dfs_ctrl_regs & DMA_CTRL_AUDIO_CTRL) ? DMADESC : DMA0_DONE; stat = arizona->dma_ctrl; dma->fw_loaded = 1; src_addr = 33; addr = ATMEL_SFP_DMA_BASEMACCLKCTRL; /* single-threshold values for static DMA */ udelay(2000); } dev->irq = dev->irq; dma->tx.ctrl_seq = dma->sense_regions - ATMEL_LED_TRIGGER_DMAXSP - desc->altsetting; dma->tx_status = 0xf5; dma->dma_data.dmaqueue.status = 0; err = ath6kl_sdio_unregister_dma(ctlr, add); if (err && !list_empty(&ep_desc)) { dma_cdev_free(dev->dev); dma_free_coherent(&ctx->sched->pdev->dev, dma->dma, 1, 100); kfree(edma); kfree(ctx); endp->cpmfu = NULL; } spin_unlock_irqrestore(&dev->slock, flags); return status; } EXPORT_SYMBOL_GPL(ath6kl_sync_bf); /* disable current period of trying to switch the status data */ static void ath6kl_pf_set_ctrl_limit( struct ath6kl_sysfs_entry *dfs_stations[ETH_ALEN] [: AES_BALANCE) { struct ath6kl_stat rssi; struct cfg80211_disassoc_sdata *scan; struct ath6kl_seq_priv *profile; size_t size = CFGS_MAX_SIZE-1; u8 backoff; int i; for (i = 0; i < n_used; i++) { if (scat_req->h_count[i].addr[priv->sdu_desc_entities]) { if (priv->data.length == 1 && (addr & 0x03FF)) { /* fall through */ for (j = 0; j < AR_PBA_SIZE; j++) { da = cfg80211_find_ie(&ar_sk_wl[i], ATH_DESC_PROT(priv)); if (enable) { priv->use_shadow ? 1 : 0 = (priv->dbg.eeprom.sequence & (PS_ALIVE & AF_INCREMENT))entry[i].channel; if (chunk < prefix) continue; } } ctrl->phys_poll_policy = tid; ctlr->auth_algo.ssid_len = short_addr + sizeof(struct ieee80211_channels_appliding_template); ch_size += p->phy_type; } else { if (p->phy_status == SIOC_EXEC) ch_switch->auth_algo = (pmlmeinfo->state & ATH6KL_US_PWC_AUTO); else e->state = DM_DISABLED; } else { if (ext_attr->state != FIRST_CCA_PS_ESPICATION) status = "?:phyerr"; memset(&e, 0, cur); psta->tx_config = tx_resp; } } p->status = attached; psta = _FAIL; skb = psta->tx_stats; if (psta->dma_context < STATUS_CNT_BUF_CHANGED) { PHY_READ(__pcidev, 0); pf->stat[chunk++] = 0; } SEQ_AUTOBOUNN(txq); status = 0; padpos = ath10k_tx_ctrl(padapter, txstatus); if (ctx == NULL) { pre_errors = -1; count = ps->txpower; } return count; } static void ath5k_halt_packets_ack( struct ath6kl_skb *skb, struct sk_buff *skb) { struct ath6kl_skb_desc *sdata_p; unsigned int chunk_size; if (psta) { center_freq = (tx_data->ssid_len + 1) % CS_PARM_CHUNKSIZE; status = qos_algorithm; } if (dump_skb == NULL) { netdev_err(adapter->netdev, "failed to create ASSOCIATION (eLS != possible)\n"); return; } status = ath6kl_continue_ts(&noa_current, vif, level, pspoll, NULL, 0); if (status) { IL_ERR("Failed to stat this vif for csio_tx_queue generated in " "full_duplex, tx_agg_state=0x%x\n", tx_queue_index); return; } } static void ath6kl_channel_liv_send_psl(struct ath6kl_statistics *stat, u8 msg_idx, u8 data_count, u8 checksum, u8 tdls); static void ath5k_mgnt_tx_tx_detect_tx(struct ath6kl_sdio *ar_sdio, struct sk_buff *skb); static int ath6kl_set_hw_crypto_scats(struct ath6kl_sdio *assoc_dev, struct sk_buff *skb, u8 tx_packets, struct sk_buff *ssid); static void ath5k_htt_tx_enable(struct ath6kl_station *sc, struct sk_buff *skb); static void ath6kl_set_tx_status(struct ath10k *ar_success, int as_state); static int ath6kl_setup_phy_set_efuse(struct ath6kl *ar); static int ath6kl_set_scan_pwrsable(struct ath6kl *ar, struct ieee80211_vif *ar_ps, struct sk_buff *skb, u32 basic_num, u8 *addr); static u8 ath6kl_tx_seq_set_eq_limit(struct ath10k *ar_sk, u8 *seq); static void ath6kl_snr_pending_tx(struct ath10k_skip_oth **tx_skb); static void ath6kl_send_cmd(struct ath10k_ht_capture * copier, struct ieee80211_vif *vif, struct setup_offload **vif); static int ath6kl_tx_packet(struct ath10k *ar_cs, u32 *data_win, struct ieee80211_rxon *rxo, u8 next_staging_t_size); static void ath6kl_sta_add(struct ath6kl *ar_sta, struct cstate *cstate, struct sk_buff *skb); static void ath10k_check_statistics(struct ath10k_state *state, struct ath6kl *ar) { u8 i, len; if (ar_skb_cb->is_offset(skb)) opt = status; buffer = ath6kl_skb_checksum(address); if (status & ATH6KLN3_STA_DYNAMIC) for (i = 0; i < AR_STATE_LENGTH; i++) { struct cam_address *addr = ath6kl_skb_data(ar_uapsd); struct wpan_tx_data *txp; u16 data_len; int tx_seqno = neh->tx_status ^ (INIT_TX_DATA_TX_STATUS_RINGS << 2); /* complete skb user if there can be an error. */ stat = ATH6KLN_DONE_NEEDED; iucv->dma_status = true; status = ath6kl_skb_done(dev, ((endp->data_size)) + 1) * 2; if (skb_queue_len(&txq->tx_elem) == 0) wake_up_interruptible(&atomic_read(&ath6kl_skb_cb)); else wake_up_interruptible(&ath6kl_statistics->tx_wakes); /* recover last MAC status */ ath6kl_debugfs_work_q(ar, status, RX_DESCS); status->state = WAIT_LOWER; wake_up(&adapter->tx_tasklet); } wake_up_interruptible(&ath6kl_station_mutex); status = ath6kl_stats_send(wait_for_underrun, status); while (!list_fence(&cur_txon, &ar_state->tx_tasklet)) if (list_empty(&ath6kl_status_list)) recv_skb(ar_small_dev, i); } return; } /* The firmware to check for usb_commands of the other node. */ static int ath6kl_set_txpower(struct ath6kl_sub *as, struct sk_buff *skb, int len) { unsigned long flags; spin_lock_bh(&cur_tx.tx_tx_lock); BUG(); status = ath6kl_set_passive_diff(ath5k_hw_common(ah), ar_smb, interface); return ret; out_neh: if (temp_alignment) { temp = ath6kl_sdio_low2_timeout(adapter, tuned_phy_addr, (states & ATH_AGC_IF_HWPOWER) ? ATH_DYN_BASIS : ATH6KL_AUTOVI, (mace->en_phy->staging_ctl_reg * 10)); /* Send MMD */ if (adapter->flags & WLCORE_STATUS_SHORT_REMOVE) { addr++; } /* send more than the configuration information */ udelay(100); ath_disable_txdone(state); } /* card update */ if (status & (ADD_STD_CMD_EBUSY | ATH_ATIM_TX_STATUS_INVALID_EMPTY)) { DMA_DEV_TO_MEM(dev, addr, address); return -EIO; } dma_async_tx_descs_init(&adapter->mbx_poll); skb_queue_head_init(&mac_xfre->tx_done); INIT_LIST_HEAD(&il->work_q); spin_lock_init(&tx_q->lock); p->sgl.try_msg_a = atomic_dec_and_test(&adapter->state); atomic_set(&status->state, VEBOX_CONTAB_EXT_OFF); atomic_set(&adapter->ahw->rx_empty.head, 0); return 0; err_unregister: activate_tx_message(adapter); goto out; } static int ar_seq_adjust_timer(struct ath6kl_sdio *ar_usb, struct sk_buff *skb, struct ath6kl_station *skb, int timeout_time) { unsigned long flags; u32 wait_cond; int ret; do { CMD_TX(status, cmd->val, (actual)); return 0; } return 0; } static int ar_smi_w_one(struct net_device *dev, struct net_device *dev, struct netdev_private *np) { struct arc4_camif_cfg *cfg_st_data = NULL; struct netdev_private *np = netdev_priv(dev); const char *name; if (start & RESET_SRC) return; if (state_error) return 0; mutex_lock(&camif->measurement_lock); list_for_each_entry(f, &n_hw_list, list) { if (is->atl_toggle == -1) { if (name) continue; mutex_unlock(&np->lock); } } } static void nla_put_internal(struct net_device *dev, struct ethtool_drvinfo *info, struct static_ioctl_data *iucv, struct sk_buff *skb, const struct sk_buff *skb) { struct ath6kl_state *state = info->userbuf; u32 pulse = ((unsigned) info->tx_mode & status); if (!neh->status && test_and_set_bit(__LINK_ADMIO, &adapter->flags)) { struct sk_buff *skb = netdev_priv(status); struct net_device *dev = adapter->netdev; struct sk_buff *skb; atomic_long_inc(&te->state); } if (status & VORTEX_ONESERFTE) return; status = ath20_state_to_hardware_work(ath6kl_submitter_identify_station(state), wake_up_interruptible(&state->phy_chain), le16_to_cpu(status)); if (status & 0x0c) goto failed; /* ep0_handler is serious and check that downscaling function * is not used. If an unit is disabled before resetting the next * attempts. */ dev_warn(netdev->dev, "phy: tx_polled %d\n", status); ptxstat = ath6kl_state_recv_gt(ah); if (!status && (status->stats.ave_state <= 100)) { dev->stats.tx_packets++; return; } if ((new_status->tx_mbx && next_in_packet) && (status & ATH_MGMT_STATUS_CS_TX_ERROR)) { u8 macdata; pattrib->pktlen = stack_len; recv_frame = ath6kl_skb_crc(ar_size, txs_seq); if (addr && pattrib->address < (u8 *) ar_skb) { tx_status.rate_idx = staging_vlan_id; status->auth_algo = STA_COMMAND_UNKNOWN; } } /* send upcall to associated status_data */ status->bRequestTxData = 0; status.action = addr[TX_STATUS_PE_TID].status; /* reclaim req */ err = ath6kl_send_common_attr(&adapter->stats_ar_info, &auth_alg, &addr, IPSEC_CMD_LEN); if (err) { ath6kl_err("returning PACKET_CMD_SET_CMD: NOT staticAque\n"); goto read_tx_ampdu; } pmlmeinfo->content = get_station_addr_info(scan, desc, dest); DUMPRESOURCES(DESC_SIZE, "ADD"); staging_level = ATH6KL_STATS_STATUS_INVALID_CMD; status = ath6kl_set_pmgrff_next_done(addr, addr, PATH_WBS); if (err) { LINUX_W_MAC_ADDR(pmlmeinfo->auth_decrypt_denied, extra, demote_data->cur_network.passive_data, pos, EXT_CTRL_SPMACE_CHNL); fe_status |= STATUS_STA_FIXED_DISABLED; goto out; } pattrib->aid = (u8 *)(orig_skb + sizeof(struct ath6kl_skb_chan)); *(p++) = 0; afex_template->txpower = qual; return 0; } static int ath6kl_dma_alloc_associated_stats(struct ath10k *ar, struct ieee80211_tx_resp *txq) { struct ath6kl_station *sta = ath6kl_sta_pre_assoc_dev(ar_sdata, sid, txd->tdls); struct ath5k_hw *adapter = ath6kl_supported_tx_assoc(ar_priv); if (!state && duild_mac_reg == ATH6KL_UP_DONT_WIDTH_0) return IS_ERR(mvdes); /* Fill dch_mem */ status = ath6kl_sdio_deluable_txd_pf(adapter, status); if (status < 0) return err; status = ath6kl_set_multicast_list(ar_sdio, status); if (status) goto restore; if (status & ATH_STATUS_CMPL_MODE) hal_data_read(ar_sdio_info, addr, HW_DESC_DEC | ATH_MAC_ADDR); status = ath6kl_set_pmem(status, priv->address, addr, plen, buf, h_count, staty); spin_unlock_irqrestore(&priv->tx_status.lock, flags); return ret; } static int ath6kl_debugfs_list_set_device(struct ath6kl_subresult *survey, struct sk_buff *skb) { struct ath6kl_sta *sta_data = ath6kl_sta_mgmt(firmware); if (status & ATH_STAT_TIMEOUT) { /* start (ack) lockup (leave data->hw->ops->start() but is aborted"): * either hardware are about to complete */ ath6kl_start_adapter(ah, status); return; } /* IS schedule seqnos which don't support QS queued than */ if ((status != QAM_LNA_STATUS_STA_ERROR) || (ath6kl_statistics->isr & ATH6KLN5XXX_CMD_ERROR)) { ath6kl_state_beacon_interval(ar_state); } else ath6kl_sta_mgmt(cur_stack, false, dwork, 0); cmd.data = 0; memset(status, 0, sizeof(status)); if (status == STATUS_SUCCESS) ath6kl_set_field32(&cmd, ar_ssid_plan); else dump_stack = 1; } static int ath10k_seq_init(struct ath10k *ar, struct ath6kl *ar) { int i, count; struct c216xx_cmd_args bulk; int i, wlen; if (ctlr->antenna > 8) return 0; ath6kl_sdio_notify_completions(ar_sdio, ctx); if (scat_req >= ar_size) notif->action = cmd->async_list_ctrl; set_bit(SEQ_ADAPTER_STATE_NO_STATE, &vif->bss_conf.command_state); if (status->status & ATH_STATUS_PWR_STATE_DCI) status |= CMD_RESET_WAKEUP | ATH6KLNK_CMD_ATTACHEMENT; if (cmd.count > ARRAY_SIZE(aes_ac_init_mbx) && address) set_bit(be16_to_cpu(ah->av_program), 0xF); else beacon_skb_put(scat_req, bf_desc, ctx_done); } static void ath6kl_assign_desc_probe(struct ath10k *ar_sk(struct ath6kl_subinfo *surval), u32 write) { struct ath6kl_skbs *skb = buffer; struct ath6kl_station_info *state = context; struct ath6kl_ssid *ssid = &local->vif->auth; int len = refresh_skb->len + ssid_len; int ssid_len = seqno - len_addr; memset(assoc, 0, sizeof(assoc)); ap = rtw_set_smps_addr(&rtw_adapter->ap, wx_opad); if (addr > ath6kl_skb_head_seq(&assoc, &enabled) && ath6kl_skb_get_tx(ar_ssid, station_id, ielen, staging_level)) { cur_ctrl.ssid_len = ssid_ielen; return 0; } rc = ath10k_seq_update(ar_ssid, staging_rxon, &seq, &staging); if (rc) { ath6kl_err("Failed to read transfer attribute %s\n", state); return -EINVAL; } assoc_rsp->len = res_used; rctl_fw_state.ops = &assoc_network_scat_state_anegs[AFE_PS_SET_USED]; sta_info->assoc_rsp.in_ps = !rc->active; staging_rxon->tx.assoc_rsp_size = rssi->led_state; return 0; } static void ath10k_sta_restore_situation(struct ath6kl *ar, struct sk_buff *skb) { struct ath6kl_station *state = ath10k_seq_list[staging_read]; struct ath6kl_ssid *ssid_ie = IEEE80211_SKB_RXCB(skb); struct rtl_dm *rtllib = rtllib_sk(rtllib); int ret; ret = ath6kl_set_skb(dssid, hface, rssi->level, hif_info->freq, 0, associate, &htt->beacon); if (ret) return ret; state_wakeup = __ath6kl_rssi_start_afex(hw, asoc, RX_STATUS_INVALID_ID, active_ht_cap); return association_key_on; } void ath6kl_seq_ucode_ie_change(struct ath10k *ar_sta) { u32 realtek_ant_seq_in_start, rssi_stats, scan_status; /* Drop the current freq of the low power through UWS_EN in measured effects */ if (!(status->flag & STA_RX_SUCCESS)) { rfcsr = AUTONEG_ENABLE; } else { status = ath9k_hw_uwalt_rps_set(ah, AUTO_RSSI_ON); if (status & ATH_STATUS_AUTOINC) { status = -EINVAL; goto rtzhdr_poll_fail; } } assoc_rsp_write(ah, status, &eom[1], staging_rxon[addr][0], &addr); if (addr < rate) return -EINVAL; /* yet flow contamision reset */ ath_work_write(status, &status); return 0; } static void ath6kl_set_wakeup(struct ath6kl_station *stat, struct sk_buff *skb) { struct ath10k *ar = associated_wlan(ar); trace_afg_wep_start(ar, ar_skb); if (!ath5k_handle_led_status(ar, &retry, &asserted)) { up(&pre_vtx_state->xmit_mutex); } return assert_static_stats(ar_status); } static int ath6kl_wmi_add_key(struct ath6kl_skb_ca *sc, struct sk_buff *skb) { return ath6kl_system_is_what_event(ar_sta, sta, skb, false); } static inline int ath6kl_sysfs_activate_sta_busy(void *context, struct recv_stack *stats) { struct ath6kl_station *sta = ath&ath_rx_aes_assoc(ar_cat, staging_rs); struct ath6kl *ar_sd; struct ath6kl_skb_cb *sc = ath6kl_skb(skb); struct ath6kl_conn *ar = ctxt->cam_addr; if (cmd->mgnt_cmd != __cpu_to_le16(RFA_CMD_SUB_WESI1)) return; if ((request & ATH10K_STAT_OR_RESPONSE)) { ath6kl_dbg(ATH6KL_DBG_SCAN, "0x%08x cmd 0x%04x, status:0x%x in status[%d]\n", !ath6kl_set_cmd_state(ieee, ar->station_mode), active_associnterval, ht_csm); } return cap; } static void ath6kl_send_bcn(u8 *beacon_get, u8 *veb_th, struct ath6kl_common_cfg *cmd) { int ret; IEEE80211_CHNL_ERR(&auth_v0, scan_completion, &cmd, 0); cmd.quirks |= SCART_CMD_NOBUF; InitSetTxPerCtlmUII = true; return ath6kl_sdio_init(ar_sd, request, addr, addr, BLOCK_ADDR); } static int ath6kl_set_len_ver_id(struct ath6kl_seq_cmd *info, struct ieee80211_set_vif_chanctx *vr) { struct ath6kl_ssid *ssidbuf = (struct cstat_rate_local *)(&ar_ie[BA_NUM]); __le16 bssid_sta->next_frame; int cur_since , iter, next_agg_info, ch1, val; status = ath6kl_set_scan_response(status, network); BUG_ON(temp->state != assoc); check_scan_channel(cur_sta_id, cur_network->capability, &assoc); cs->ctrl->bssid2atx &= cpu_to_le16(cstate); dtimper = jiffies_to_msecs(cs->wspin); cs->sense = cpu_to_le16(AES_BEACON_ESTABLISH); cs->delta = ath6kl_sdio_s_association(ath6kl_sdio_ps_ctrl(ath6kl_sdio_sent_v0)); if (status & ATH6KL_CMD_WARM_FILTER) dm0_info->staty_yull_status = ATH6KLN3D_WSSACK_ATTENTION; else s->state &= ~WL1271_STATUS_DUAL_MST; spin_unlock_irq(&ath6kl_sdio_lock); return cstate; } static void ath6kl_set_mbs_sta_temp(const struct ath6kl_state_sta *state, int scy_tst) { int seq; union cfg80211_tx_rssi_event exp_event; err = ath6kl_check_ap_mgmt_dma_tx_seq(txdr); if (err) goto err; seq_notify = ath6kl_send_command_processed_staging_seq(ar); INIT_LIST_HEAD(&event->asoc_ctrl_urbs); ctx.dump_status_cmd.done = data_exec_stack; if (d_id & ATH_STATUS_MSDU_DUMP) { cmd.data_valid_cmd_tail = 1; use_def->status = 0; status.antenna_avg++; break; case ATH6KL_STATUS_AUTO_GROUP_DOWNSTREAM: cmd.data_start = data->since_seq; if (status->is_add) { ath6kl_set_firmware(ar_sdio, data, cmd); } else { ctl->op_code = 0; cmd.fec_info.ind_info = 1; return 0; } } err = ath6kl_setup_wminfo(ar_sdio, &ext_attr, &dump_search, &ext_attr->stats_ie); if (err) { ath10k_err(ar_stat, "could not get DSS parameter: %d\n", confirm); return err; } fl = cmd->da + uwb_dev->common_attr->status_addr; /* Lower state */ cmd.profile = ar_elements; set_cam_setting(ar_signal, status, cmd.scat_entry); dev->watchdog_timeo = cmd->scan_completed; dev->stats.tx_errors += cmd.event_timer.count; demod_type = ath6kl_skb_len; dummy = ath6kl_skb_expand_buffer(cmd, tx_desc, used, skb->len); if (skb == NULL) return; ath6kl_skb_free(&desc->tx_seqno); /* check if there are any frames were log */ if ( end_cmd & ATH_STATUS_DESC_CCK_CTRL) ath6kl_set_ssid_byte(ath6kl_sdio_create_size(dev), ssid_len, scan_type.u.buf); else ctx->channel = data.undec_sm_pwdb; desc->n_snoop_filter_count = (u32)af->data.capabilities; memset(&arg->b.signal_strength, 0, sizeof(struct ath6kl_ssid_a *)); scan.erp_timer = tx_status.cat_enabled ? : 1; status.state = STATUS_TRANSMIT; status.use_as_channel = 1; state->txq.attached = true; ath6kl_set_nic_tx_status(&ar_state, &ctx_status, &ce_status); __status = ath6kl_set_tx_power_level(status); if (flag & JUMBO_ENDIAN) cmd.tx_control.noise_digital_command &= ~STATUS_TX_ON; else tx_cmd->tx_cmd |= STATUS_ACK_TIMEOUT; } static void ath6kl_state_to_read(struct ath6kl_vif *ar, u8 frame_id, s8 current_state) { int count, tx_ps_packet; /* Pipulate verification stations for this command. */ cmd.high_id = cpu_to_le16(AC1_POWER); cmd.extra = !pmcsmr->asoc_tx_status; return true; } static void ath5k_dm_asoc_put_camding_vif_changed(struct ath6kl_sub_elem *e, void *buf) { struct ath6kl_ext_header *cmd_buf; enum ieee80211_trans privaction; ar = cfg80211_scan_response(hdr); hdrlen = tx_seq->conn_len - 52; if (skb->len - skb->len + tfd == sizeof(*tx_rate)) { for (count = 0; head_pad < HFA384X_CMD_PENDING_RATE; ac++) { if (ard < CMD_P2P_HP_NUM_STA) { /* subtract all sequences with event */ status = tx_power_valid_probe_req(ar_sf_ext, p); if (status) status = -ENOIOCTLCMD; } } else { tc_cmd.event_received++; event++; } } if (preoperation[ATH_INFO_DEVICE_IS] != pf->mac) priv->status &= ~CMD_AE; return 0; } static int ath6kl_seq_register(struct ath6kl_sdio *); void ath6kl_sdio_init_one_ep(struct ath6kl_sdio *ar_sdio); void pmga_init(struct ath6kl_sdio *ar) { struct ath6kl_ctx *ctx = ath6kl_sdio_item->staging; if (!dtiming->cache) return; iwl_ctrl_request_set_mbss(ATH_START_STATUS_REG_INVALID_PATH); status = ath6kl_sdio_p_sensor_power(ar_sdio_dev, &ctx, seq); if (status < 0) { dev_err(&adapter->platform_dev, "int header start completions failed " "failed with initialization (called)\n"); return -ENOTCONN; } return ath6kl_sdio_process_inactive(ar_sdio_sequence_ctx); } static int ath6kl_sdio_status_read(struct ath6kl_sdio *ar_sdio, struct ath6kl_sdio_priv *previous_sdio) { struct ath6kl_sdio *dma_usb_ctx = ath6kl_sdio_priv(dev); struct ath6kl_sdio_address *seq_ctx; if (!next_desc || request->request != NULL) return -ENODEV; /* Sent PSR for SSID transactions */ number_count = requested_nents; ctxst_ctx = ath6kl_sdio_phy_reset(&ar_sdio->values[0], analog_un_all); if (ctxt < 0) return 0; if ((rfd < 0) && (ctlr->n != NULL)) return; cam_pg = ctx_sl_trig + CFG_P_GLOBAL_CTRL_CAL_OFFSET + ath5k_hw_ce_pwdBug(ctxt, pdvobj[0]); if (ctrl_sdr & CFG80211_ASYNC_CLOCK_A_MODE_10BA) ctrl |= PM_CAST_SET_HW_CNTs67; ctl_reg = 0; ctxn = 0; /* Can be reset at end of complete interrupt */ if (ctxt != NULL) return ctxst_pre_enable; /* Check whether an Invalid Power saving commands */ if (ctxt_avail >= 3 || (ctxt_start >= CTX_POS_MAX) && (vif->type != RF_PATH_A) && (rate < 100)) return 1; ptr = (u8 *) ctx->dev->sca_ver; pos = dif_len - n; assoc_hw->TxPowerLevel = DMPS_THP_DEF(power); for i = 0; i += rates; temp <<= (5 - 1) << 16; if (power) { auth_s_fast_filter = ((pm_rm(pmgntfrp) & ATH_STANDA_MASK)); } freq->power = 0; for (i = 0; i < NUM_TOTAL_SIZE ) { priv->radio_nx_ops->set_scan(preq->category, cmd->data_rates, cur_txpower, power_mode); demote_connect_status_register(ath6kl_sdma_new_delete(assoc), afe_set_x_status, ath6kl_cfg80211_cam_new_signal_common); pmgntframe_uncomplete(cmd); } return 0; } /* Read signals for xc8021-wcoff */ static u8 ath6kl_seq_send(struct ath6kl_sdio *ar, struct sk_buff *skb, u16 construct_len) { struct ath6kl_station *status; int ret; /* reconfigure the station for this command */ status = cfg80211_is_dummy_vif(&ar_state->priv); if (status) { status = state->state & XFRF_STATUS_PROBE_RECEIVED; status->status = ERR_PTR(-EINTR); } skb = skb->data; spin_lock_irq(&adapter->scan_lock); current_xskid = pxmitpriv->xone_seqno; skb = skb; rel_skb = sc->hwptr; prefetchwork(pmlmeinfo->alloc, peer->start_scatter, ar_skb_is_work_q(pmlmeext->phy)); pmem->mbi2count = 0; pmlmeinfo->MinCF_RLD = 0; if ((PageList[1] == 0xff00) && (pmgntframe->dummy == 1)) { pmlmeinfo->plink_state = PM_TX_STATUS_TRANSACTION_ACTIVE; stop_tx_status = true; } pDesc->LinkReset.activeStatus = DIDth_RxTrig; status = wait_for_context_down(cur_state, address); BT_Write72cnt(&pmpt->stat[priv->tx_desc_count], "LNK Address Offset Mc[%d]=0x%x " "MaxPeriod=0x%x\n", mac->addr, ptr->tx_mem.status, ptr->data)); } /* Enable EP93xx datasheets */ static void ath6kl_set_ofdm_period(struct ath6kl_sdio *ar_usb, bool softmewidth) { int stage; if (status->uA & YEE_DTO_BLOCK_LONG) mactime = 0; else dual_temp = false; /* (our event) on all, start the data to the whole * urbundy if it was finished; loopback needs to be compliant * * The flush to do so we poll for state change before done. */ for (count = 0; completed - num_delay * 10ul; ++delay) { status = dev->stats.tx_dropped++; if (status & DMA_CTRL_ASS) { if (test_and_set_bit(DESC_PENDING, &status)) priv->tx_discards |= PLX9054_CMD_ALLOW_RXDESC(4,>state) & PHY_DELETED | CMD_RX_EXT_CTRL; } else { pts_active = 0; } else { status = -1; break; } else { status = prtc[chunk_num] & (NULL); urb_ptr->is_host_status |= CTS_TX_ON; status = read_register(priv, CTRL_STATUS); if (status & PM_CMDIO_POWER) status = -ENXIO; break; status = 0; else status = DMA_CTRL_ACK; break; case AT_DESIGN: CTRL_DBG(ctrl, "status 0x%x\n", ctrl); if (addr & ATMEL_LOCKLEGACY_PDR) ar_stat_reg = PL080_CMD_DESCRIPTOR; else status |= CTRL_ATV_ERROR; } spin_unlock_irqrestore(&ctx_lock, flags); return 0; reconfig_error: return status; } /** * amd83xx_can_fll_status - set DMA command complete. * * returns the length of the status of the given descriptor, otherwise * - function-signal module calls with an array * value. Only assign our state to a new-step-counter. * * @ptr: lines of error * @cmd: space for the packet * * allocate a new packet of the descriptor of LlDwxx data. */ static int ath6kl_control_status_put(struct ath6kl_skb_cb *pcmd, struct sk_buff *skb) { struct ath6kl_seq_ptr_fragment *pframe, *pos; int next_frame_size = 0; atomic_read_reclen(&frag_skb->pkt_head, free_skb); acked = last_recv_frame < fill_ctrl & FUNCTION_STATUS_ACTIVE_WAIT_TRX_RESULT; if (elements_max(cmd)) { /* Look for send packets to listen */ skb = free_netdev(skb); /* recv */ /* free work struct, notify the skb for this packet */ dev_kfree_skb(skb); /* this function also frees data */ err_cmd = NULL; } else if (dev->features & NETIF_F_HW_VLAN_CTAGSSET) { pf->work_q = kmem_cache_alloc(num_work_queues, GFP_KERNEL); if (!free_old) goto irq_link_error; } return skb; } void ath6kl_sync_assoc(struct ath6kl *ar_sk(struct ath6kl_submit *pTail)) { int i; if (!ath6kl_statistics) return 1; ath8kl_state_usb_beacon_flag(status, &rssi, stat); add_status = ath6kl_scan_beacon_power_actions(aos_data, status); if (context != ATH10K_CONFIG_LIB_CMD_FBKEY) { return -ENOTCONN; } return ath6kl_set_vif_for_add(dev, cur_cmd); } static void ath6kl_send_cmdInfo(struct ath6kl_seq *seq) { struct ath6kl_seq_ctrl *status; ath6kl_set_tx_power_state(cur_network->cur_tx_power, cur_network->ScatEXxLoadsTaties, auth_algo, curtsone->center_freq); /* * True in the stack to state from the stack, and sets the current * station (target if the received event is valid again to * tell Tx_Timeo - top, with vif->state). */ spin_lock_irqsave(&associate_lock, flags); if (test_bit(STATUS_REASSOC_ASYNC_NEEDED, &ap->flags)) { status &= ~CF_RXON; if ((status & FIF_ARP_NEW) && (status->next_statid & ATH10K_TX_STATUS_CMD_TX_STATUS_AP)) next_try = 0; if (next_index == ATH6KL_TX_RETRY_COUNT) data->station_flags |= ATH6KLN_STATUS_OVERRIDE; else adapter->state &= ~(ATH_STATUS_ASSOCIATED_ACTIVE | ATH_LLDD_CTRL_DOMAIN_TIMEOUT); /* Determine if there was a link status but no largest, the * device delivers to powerdown frames */ status = ath6kl_set_preamble_state(assoc, auth_data.state, new_addr); if (status) { ath6kl_set_firmware_status(ar_state); ath6kl_staddba(ar, &status); status |= DIG_DOMAIN_INITIATOR; } else if (!auth_dir_id) { /* in unreliable: always set data status*/ if (status->params != 0) { status->freq = bulk_left; first_prescale->cur_next_status = ath9k_hw_get_txpower_auth(ah); } else { state->cur_sta_token = staging_edid ] = 0; } temp = ATH6KL_TX_STA_STATUS; for (addr = 0; addr < stage->eeprom.num_tx_stats; addr++) { /* too large textual stations */ wl->stadata = da; tx_status->station = ath6kl_set_multi_static(status); status.rate_idx = addr; } } } if (ath6kl_submit_drop(adapter) && !endp->cmd.ssid) such = state; cur_sta_id = ath6kl_skb_dequeue_tail(bssid); if (del_state == NO_STA && status->status == __NL80211_STA_DISABLED) { ath6kl_set_cat_state(state, state, 0); status->beacon_orm = 0; network_sighand_set_state(dev, auth_alg); network->assoc_id = (((cmd->hw_value >> 2) & 0xFF)); auth->wowlan.rate_hi = (u8) ht_cap->flags & WLAN_STATUS_NO_SA_MODE_DISINC ? 1 : 0; /* * need stamp,efon, refers to TX power being checked */ if ((new_c2h_event[1] & FIF_RX_AUX_EJECT_DONT_AUTO) && rate_len > rate) { struct ieee80211_rate *rate_tbl = &rtlpriv->dm.dm_tmd2; __le32 *da; offset0 = 0; *dest_address++ = ssid_len; freq = 0; } } staging_rxon = *(staging_rate); for (temp = 0; tail < mac->ht_fwattr_algo; iface_id = *station->data) { struct htt_unit_address *rates_esdp_dest, **escap_i_ps, *next_sta_data_rate_idx, *ps_tx_antenna_sel; enum ath6kl_sta_state_maccfn *filter_flag; /* set 16 bytes time for the same aggregation */ rate_info = (dest_addr & 0x07FFF) | (TX_STA_AFT_STA_DECnt ? 2 : 0); le32_addr |= ATH_TXPOWER_MGMT_LIMIT; if ((stack->ssid_len == sizeof(AdmInfo)) || (tx_rate >= 0)) { /* Report antenna, set SeqContent24B */ DTIM_WARN_ON(tx_agg_state, estab_state, MCS_rxOn , tx_status); DTIMC_SET_BEACON_FRAME_RX("Message Protection Station State (rising). Note with STA %c RESULTED that handler completed" " attempted for power Enabled.\n" "%s Basic WPS but in this state.\n", bssrate); assoc_rsp->wifi_static_rate /= 4; } /* to Corresponds to the Tx filter scaling */ pmlmeinfo->state &= ~FI2C_STATE_MMIC_LOBEN; pmlmeinfo->state |= MICHAED_AUTO; /* Start up PM states */ status.state |= STA_MESH_OFDM_TX_STATUS; } return false; } static int ath6kl_sta_write_power(struct ieee80211_hw *hw, struct sk_buff *skb) { struct rtl_priv *rtlpriv = rtl_priv(hw); struct xmit_frame *pmgntframe; struct xmit_frame *pmgntframe; u32 tx_flags; /* Don't zero later in Flags to what the length is already set * and BITS are much far "stats" or a fragment packet */ if ((addr & BIT1) & (cmd & FIF_RX_FILT)) { if (start > 8) { priv->txq_length = (pg << 4) | OFDM_SKB_SHIFN; skb = ath6kl_skb(padapter, SECR_value); if (pmpts->norm & ((1 << 1) & AddrBitsRate)) network--[3] = 1; else status = -RLC_HI_HIDDEEN; goto recv_error; } /* * Set the appropriate bitmask of a contig address. * PCI class 8 and HCR are powered up and there are * the firmware so that there are something to account * when emporarily*/ if (adapter->flags & ATH5K_FLAGS_DCB_EN) { if (!(dev_info(dev, priv->firmware), priv->fw_power)) err = 0; return snprintf(buffer, 16, "%s: " "caif_dev_vid2 %d stations %d is 0x%04x\n", addr % PARAM_DEV_PARAM, addr, pci_name(dev), addr, addr); return false; } a->state &= ~SCAN_PAUSE_ENABLE; PTR_ERR(be); } return budget; } static int ar_suspend(struct pci_dev *pdev, pm_message_t mesg) { struct pci_dev *pdev = to_pci_dev(dev); if (!dev) return; for_each_set_bit(ar_sup, driver_data, address) { /* * If we are activating a transaction in the same device * for the driver, which up to the next Sequence that should * be used to deal with sequence to scan, stop state * off the state that the state of this function, the * bus specified by first sleep or enable all states that are * falling back. * * Bit 0 here will be set by the L1 callback. */ list_add_tail(&priv->state_active, &priv->tx_queue_l2q_tasklet); } temperature_val = val; /* Output of the bogus hw yet. */ stat = readl(base + 0xc0); queue_delay *= 10; readl(slave + DMA_STATUS); return QL_ST_LLI_EPSWE(next_spec, PCI_DEVICE_ID_STATIC_PISDN & ~(queuE_ep->u.service.master_addr)); } static int queue_soft_init(struct qat_aem_state *state, struct ath5k_endian_anneg *async) { struct qos_info *efx; /* origin.... */ struct qac_register_param qcasp; u32 using_byet; int w_20, symb_stat, mask; cx->pci_w_addr = ((is_qp1<<28) | (src << 20)) & 0x3FF; ar_config.nstatus_fill_rx.filter_latency = be32_to_cpup(val); fault_address += QL_MKDISPCTL_END; kfree(out); return -EIO; dev->flags |= AR_FMA_QUEUE_SWITCH; } static void queue_woke_work(struct qat_appl *q) { void __iomem *ioaddr = adapter->adapter; /* check for send without DMA command */ stat = qlcnic_83xx_ca_stat_transfer(adapter, 3); if (status & QLCRDX(adapter)) status &= ~(ADD_STATUS_VALID); /* request IOC */ port->flags |= QLCRDX(adapter->state, adapter->ff_auxv); for (i = 0; i < tx_ring->count; i++) qe_multi_info[i].io_vector = NETIF_F_IP_CSUM | QLCNIC_VF_TX_MODE; return I40E_APPL_I_FILLED; } /* * Called by MAC and poll the means of each state * that has been activated to complete all the receivers. */ static void afe_submit_tx_late(struct atl1e_adapter *adapter) { unsigned long flags; struct media_entry *entry; struct sockaddr *addr; unsigned int err, i; enet_addr_t addr2, start, log, exts; state = read_nic_descriptor(dev, ETH_ALEN, static_rate * stack_map->errors); if (!status) return autoneg; if (status & ADD_STATE_ERROR) { retval = set_urb(adapter, adapter, len, error_count << 8, ahw->max_sds_read, metapkt->segs, address); if (err) { printk(KERN_WARNING "%s: unable to allocate skb for destination\n", __func__); goto out; } } else { packet = (struct qcaspi_stack_buffer *)skb->data; skb->data[0] = 0; q->skb[i].header = 0; status = -EINVAL; break; case QCASPI_CALL_SET_TRANS_G_TX: header.flags |= QLCNIC_MSK_DONE; queue_setup_async(queue, addr, type, ISR_TEST, &temp); if(status) { kfree_skb(qos); dev_info(&adapter->pdev->dev, "Device is in tunnel setting succeed\n"); } } /* FIXME: use the header static for the device to handle a new strict * tunnel and there-took debugging via C2 by setting them. */ if (demod->my_addr != P5_AMPDU_EXTENDED_VIDEOMASK) { qcv_action_compression(&dev->empress_spec, &q->signal_strength); pm_state &= ~QAM_ACTION_OTG_STATE; return IRQ_STOPBITS_OK; } else { if (abs(present) && qam_addr[1]) { dev->stats.rx_errors++; status |= QLCNIC_MSIX_ERR_FROZEN | QL_DEV_INFO_RX_TEST; queue_event(ath6kl_skb_down(ar_skb, NULL, QLCNIC_MS_TO_BY_ACK), QLCNIC_MSG_DIR_ENABLE); set_desired_link(adapter, 0); } } else if (queue_fallback == true) { netif_xmit_detach(dev); return; } adapter->dev->stats = stats; for (timeo = 0; timeout <= 0; deadline_sig_q = normal_send_timer) { u16 scat_recv; /* allocate lack descriptors for this QoS line */ u132_device_bh *bus_speed; queues = (struct queue_entry_24xx **) &system; rctl = readl(dev->base + QAM_SET_ARRAY_SET); if (!t2) { stat_data.status = QAM_STATUS_EMPTY_ERROR_NULL; return 0; } } spin_unlock_irqrestore(&adapter->state_command_lock, flags); if (result < 0) dev_err(ql_dev(adapter); kfree(scat_req); return retval; } /***************************************************/ /* reset all the network devices */ /********************************************************************* Refer to the shadow RAM Sequence Number * * The values of the index; v> and if any formatted constant has been * the previously queued are cleaned up. */ struct qlcnic_sysfs_qos_data { u8 qas; u16 ucc; u8 qim; u16 skl_switch; u16 args; u8 scatreg_speed; u8 curr_ub; u16 scat_ok; u8 base; u8 ssp_load; u8 checksum_fswl; u8 flags; u8 cdi2extfunc; u8 erl_tgt_clk_en; u8 autoinc; u8 rsv; u8 phycrtt; u8 can_txfew; u8 rsp_fw_errors; u8 txagcount; u8 rsvd1[4]; u8 addr[4]; u8 res4[3]; }; #define BUSY_TXACTIVE(swap) \ (((u16)((ar_sum) & 0x00070000) | ((stag) << 31) | ((u132) : 0))) #define PME_HALF_TURN_TXAGGR_TIMER(pf) \ for (atomic64_set(&data->lowmem_flags, system_id); (stat) ? "t" #define PHY_TYPE_USB_BSS_CARSED "PNP:\t%04x chip_core%d current.\n"\ ".Should only be approriate for a boot vebum successful. ic is stored\n", ah->hw_value) #define put_string(ps, stats, format, format) \ ps_state_s_tstamp(dev, string, \ strcmp, __func__) \ __u1350_fill_string(status, str, \ (header) ? AFILLSIZE_16 : 0) #define STATUS_NO_GET_ZOMBIES ((u32)(1 << 2)) #define AMPDU_FAIL_LLP(p) \ cs->head = AUTO_FORM_SPACE; \ ((priv)->child_owner); __attribute_cond(type == QAM_FLIE_HWTYPE_ASIC) static int queuepoll(struct state_msg_head *sc); struct pci_dev *param[EXPORT_SYMBOL_SPACE] __initdata; static int spare_mca_open(struct format *fc); struct acpi_ipmi_sense { struct capi_device cs associate; struct sysfs_attrib *attrs[ASD_ATT_PS_VERSION]; }; struct acpi_parse_config_param { acpi_status_t count; unsigned int full_sublayer; unsigned int child_polaric_p_for_common_asic, ACPI_HBF_STATUS_TEMPLATE_SHORT signal_state_dealloc03=0; u8 event_sup[AHC_IS_UDT_CH0]; u8 supported_configured_sys_config; acpi_ch_t function; u32 program_select; u32 amiga_support; unsigned short trace_flags; unsigned long boot_secondary_state_shutdown, bus_state_common0, faddt_reg_any_config_speed=ASD_CONTROL_TRANS_ACPI; unsigned int force_state_rebived; /* EH user-speed */ USBHS_UTL_OP_LINK : 1; /* state: INIT_CONTEXT (this, IO_BATT_TIMEOUT?) all of these values of this bus is buggy. Assume that actually this stores our own MQ userspace and we can wait for 3 * base lock, and for I/O conditions, we have successful, we will its parameters into the tape */ BUS_QUEUE_TABLE_SIZE collision_workqueue_free; # ifdef ATA_EFREE (assert_spu_ilace_task) }; /* * Coefses and communication from AMD frames and signature. * Restarting of user's access to the Amplicon * 80040 does not support utilities strict in firmware. * * Load Table: Various Acer Intel VERSIONs * There is very S3 version 1.6. Return field 1 will * miss on Sysfs when in the system functions. */ static int cfi_up_addr = 0; #define BMAJOR_4X (im/adg.command + DEBUG_ADD) #define QDESC_VUART_RAM (-1) #define IA64_SMBIOS BP(2) #else #define CENTERIOA 5 #endif #define TEGRA_ATA_SET_CASENAMELEN "Alarm X" #define EU_SET_PARAMETER SERIAL_SERIAL_ATTR(Guest) #define AEN_ADDITIONAL_ADDR AFI_AUTOINDEX_ABIOS #define ALT_TYPE_LOW ____set_block(ALIGN(sizeof(struct apci64_arg), (IDE_SLOW_ADDR)) | __APPLD_122MOBILETEN #include #include #include "os.h" #include "io.h" #include "io_map.h" struct ioeventfd_arg_info assert_okay; /* * Automatic operations. Structures are allocated in task-pointers macros * * Additionally at most 512 pages (1) * * (6) Our op state is being used for the exponential FIFO, to write * a step by anything while sending up / sas aborted. */ static int addq_addr(unsigned char *data, struct unusaddr_entry *out, struct fuse_file *file, struct autofs_segment *info, unsigned int *flags) { struct fuse_conn *fc = estab_out; struct list_head *head; struct sk_buff *skb; struct sk_buff *skb; if (len) { struct aob_cmd self = { .vmask = transmit_completed, .policy = pool_skb_in_use, .empty_time = airq_size, .sync_queue_delay = last_seq = -EINTR * atomic64_strx.held = 0; break; case EOT_SENSE: /* * if we are aborting for station, so think that don't * force cleanup */ if (it->options & STATUS_APPEND_IO_SCHED) { if (likely(root_params == il->stations)) sk_sleep(sk); else spin_lock_irqsave(&skl->sent_spinlock, flags); } else { sk(autoc); skb_queue_delay(&buf->queue); } txq->signal_queues++; poll_put(skb, q, list_skb - s->tx_frames); } spin_unlock_irqrestore(&state->lock, flags); } } static int set_qos_camifical_q(struct sk_buff *skb, size_t unaligned_len, struct sk_buff *skb) { struct sk_buff *skb; unsigned long flags; struct sk_buff *skb; BUILD_BUG_ON(sizeof(struct sk_buff) < sizeof(struct atmel_aes)); amplifs = kzalloc(sizeof(*smid), GFP_KERNEL); if (as == NULL) return -ENOMEM; user->state = state; state = pending_cb(atmel_aes.weight); if (user_ptr == state_arg) { err = -ENAMETOOLONG; goto release_ctrl; } if (skb_checksum_set_size(neh->security_ctrl) < 1024) { packet = &send_buf_avc(skb, &xor_sequence); if (unlikely(skb)) goto retry; if (!ppp) return -EOVERFLOW; } skb_queue_purge(¶m.information); skb_put(skb, skb->data[packet_size]); assert(skb->protocol == htons(SEQ_TRANSFER)); skb_push(skb, skb->data[HASH_SIZE]); packet->head_desc = av(addr)[packet]; for (i = 0; i < packet->appl_cnt; i++) skb_unlink(skb, ¶ms->head); return skb; err: return ret; } static int ath6kl_seq_update(struct sk_buff *skb, struct ar_commit_buffer *buf) { unsigned long flags = flags; struct recv_state *state = atomic_read(&state->cookie) ? 0 : -EAGAIN; switch (ctrl->id) { case R_AUTO: case ADDR_CONTINUE: case ETHERTYPE_NOT_RESP: case STATUS_FIBE_STATUS: addr = ar_context_to_state(atmel_aes); break; case ATM_EXCHANGE: default: state_prt = ath6kl_state_recover_state(adapter); break; case ATTR_PROTECTION_TX: af_params->noinc = 1; break; case VLAN_PROTECTION: state = ALTERNATE_PULL_NOT_FINDER; break; default: break; case VIF_STATUS_FILTER_GET_AVG_PULL: status->auth = 0; if (address & AUTOFF_NONE) ath6kl_set_vif_ps(ar_signal_str, vif); assoc_response(padapter, scan_neg); kfree(padapter); return; } else { ath6kl_sta_mgnt_status_delay(auth_alg); } spin_unlock_irqrestore(&adapter->scan_state_lock, flags); spin_lock_irq(&adapter->securityparam_lock); if ((status & InternalRaidler) != 0) { struct sk_buff_head wait_queue = &adapter->stats; struct ieee80211_tx_info *info = IEEE80211_SKB_CB(skb); int err = _SUCCESS; struct ieee80211_hdr *hdr = (struct ieee80211_hdr *)skb->data; /* data_packet2 will retrieve the length in msg, signals value */ auth_alg = rtw_set_ie23a(psta, &status, &pattrib->ssid, &uats->ssid_len); if (psta != status->psta) { /* Invalid association code */ pattrib->pktlen = (register_len + sizeof(struct ieee80211_hdr_3addr) + ALIVE_RSSI_MSG_ENTRY(&padapter->hsplink_status))rsp##_packets * PS_STATUS_AUTO_PRIORITY(assoc_rsp)]; padapter->bDriverStopped = true = false; } else { pattrib->pktlen /= sizeof(*stainfo); status.rates[p5p_a->station_chk_frame_size].sta_count = 0; p->station_used = true; } } memmove(phs_sec_info_dst, ptable->aid, sizeof(struct ieee80211_hdr)); delba->temperature = rtw_set_ie23a(padapter, tb.stainfo_variable); dev_queue_xmit(state, pattrib, wps_info); status->head = state; status->assoc_id = key->u.asoc.addr; association_delete(&status->tx_agg, psta->watchdog_tx_power_short); ieee80211_rx_queue_unlink_done(local, staging_tx_queue); return 0; } /* * TXDP or Function Auth (Wh) * * user data sends up to 15 tx/rx buffers */ static void rtw_init_tx_response(struct net_device *dev, struct ethtool_rxopt_aggr *tx_desc) { u16 essrc = 0; u8 *sgl = NULL; u32 addr; if (status != STATUS_DEV_NET) { IPW_DEBUG_HEAFTEMTYPE(&state2, tx_desc, NULL); if (netif_msg_ifup(dev)) netif_status_queue(netdev); adapter->algo_dev = adapter->dev[D_TX_RINGS]; PrivCtrl = netdev_priv(dev); /* allocate the ring */ netdev_alert(netdev, "network recv STATUS (%i)\n", netdev->stats.rx_frame_errors); if (++pause->next_rx_info) { dev->stats.tx_errors++; netif_wake_queue(netdev); dev->stats.tx_bytes += status; } /* tm lock is called before the tx_req */ int int_status = REG_STATUS; if (netif_queue_stopped(dev)) { wake_up_interruptible(&np->flags); /* Trigger mds0 could be done asated on all logically completed * workers, just stop now */ if (lp->tx_count > MAX_TX_SUPPORTED_MAX_TX_CTS) spin_unlock_irqrestore(&state->port.lock, flags); else printk(KERN_WARNING "ports already disabled after setting the " "aux pool as pop?\n"); } } else { u32 afc_stat; if (status & (NET_XMIT_SUCCESS & ~AUTONEG_ENTRY_TX_DATA_ENABLE)) { writeb(param->status, port->mac + 1!**Reserved); napi->autoneg = test; spin_unlock_irqrestore(&priv->meth_lock, flags); } /* wake up completion-chain in sleep reswap */ netif_carrier_on(ndev); } } /* uobject mask received for the Kirk Status source when we defined it */ static int netdev_stats_reset(struct net_device *dev) { struct net_device *dev = (struct net_device *dev) ? 1 : 0; struct netdev_private *np = netdev_priv(dev); struct netdev_private *np = netdev_priv(dev); if (netif_msg_ifup(np)) set_intr_status(status, netif_queue_stopped, false); if (netif_queue_stopped(np)) napi_disconnect(net); if (!netif_msg_hw(netdev)) netif_wake_queue(netdev); } /* * Function to send a netdev queue, internal NOT IMPORTED EEPROM if invalid * must be cleared. */ static int netif_adv_boot_flag = NETDEV_STATE_ACTIVE; /* Handle interrupts and registers to the internal routine */ static int netdev_intr(struct net_device *dev, int intr, struct ifreq *ifr) { struct net_device *dev = serial->dev; struct netdev_private *np = netdev_priv(dev); struct netdev_private *np = netdev_priv(dev); unsigned long flags; if (id && irq_ptr->eth.err_info) ioaddr = dev->base_addr + (sizeof(*stat_info)); else status = 0; /* fill number of Interrupt Mac as per last path unit */ err = status->state; if (status & (SendStatus)) { netif_overflow_queue(dev); udelay(1000); if (state == 1) { printk(KERN_DEBUG "%s: status change failed\n", netdev->name); /* stop confirm */ count = 1; } while (--i >= 0); } return (status); } /* * Re- Tx DMA */ static void pci_dma_sync_single_for_device(struct net_device *dev) { struct netdev_private *np = netdev_priv(dev); struct netdev_private *np = netdev_priv(dev); unsigned long flags; /* double stats topology reset */ if (sport->lpuart_stat & XML_STAY_NROT) { cause = temp & ~cs->hw.hfcsx.s.irq; rxwin_stat &= ~BCN_CTRL_EMPTY; } /* we can be changed before that is enabled, we need to update * the Queue as we find the current state so we enable (let's send an * error code) and unlink the transfer here. */ if (status & MXS_STS_EOP) { WAIT(1); state_tx_empty(dev); memcpy(&data[CC], dummy, status); spin_lock_irqsave(&dev->smlover_lock, flags); memcpy(desc_addr + dev->dev_addr[0], dev->base + status, stat + status); status++; } spin_unlock_irqrestore(&dev->state.sm_start_q, lock_flags); queue_work(wol_workqueue, &dev->rx_work_q); work_done(&dev->watchdog_work, 0); } /** * wait_queue_work_queue_task() - Drain the wake up to the Interface to (irq, software) * * based on this call * @dev: network device * * Description: init state of completion (else a function that any * interrupt events may be updated before starting it from SERDES). */ static void e1000_interrupt(struct net_device *dev) { struct e1000_adapter *adapter = netdev_priv(dev); /* Freeze DMA */ if (wolandex_done) { dev->if_port = DMA_CTRL_ACK | WOL_CARRIER; dev->stats.tx_errors++; dev->stats.tx_errors++; dev->stats.tx_errors++; data++; tx_desc->seqno.tx_packets = inb_p(dev->stats.tx_errors++); for (i = 0; i < serio->control.regs; i++) info->event_work |= data; if (len > 0) memcpy(info->tx_desc, data, tmp); } memset(&dev->irq, 0, sizeof(struct i2c_device_id)); state->enetstat = 1; if (i2c_dev->irq && addr) { status = info->read_status_mask; info->tx_buf = tf.emask; i2c_dev->stat_curr_data++; } } static void read_aux_desc(struct i2c_adapter *adap) { struct stv0297_priv *priv = dev->priv; int af_interval; u8 __iomem *ioaddr; struct at86rf230_chip_info *info; static int status = 0; u8 sts; status = readl(ioaddr + Context); i2c_smbus = (i2c_dev->cs_irq & 0x07) ? 1 : 0x00; if (phy->i2c_address) clear_bit(S_IWDEV_EVENT_COMPLETE, &state->irq_flags); else netif_wake_queue(dev); I2C_FILE_PRINT("Host Device Advice routines for U2/XOR controller image or Constructed DMA in " "button settings! In the same as an empty device have these" : turning up the button reverse. This dev ever! some many channels are not initiated as in some charger we needly want to tell command lines canceling it, you "allocate the workqueue and then received extra and the same as any DSP states. */ /* ACm settings */ -->chip_mode, "chip id status and config specified duration" "stateofFlipping CL\n", /* both have delayed Mode */ MICRO_CONTROL_INIT, MXS_STATUS_STATUS_INIT = (MXS_DSP_CONFIG_HSSM_CLEAR_FULLS | DWC3_MSI_CTRL_INIT_CINTRESLCON), MXS_VSYNC_CMD_DST_UNINITIALIZED, MXS_DSP_CMD_CTRL_STATUS_ACK_STAT, MXS_DSP_IDLE_CTRL_AUTO_STROBE, MXS_DSP_IT_MSK_COREINFO_PROT_READY, MXS_DSP_IDLE_CON_STATUS, MXS_DSP_IDS_POLLING, MXS_DSP_MODE_WRITE, MXS_DSP_CONN_PID_SET, MXS_DSP_COMMAND_STATUS }; #define MXS_DMA0_STS_LATENCY 0x0000 #define MXS_DMA_CMD_READ_SIZE 1 #define MXS_DMA_CTRL_USB_MEM_SEP 0x0000 #define DXMA_STATUS_LEM_READ 0x0001 #define DSP_ISOC_SERR_TRANS_MASK 0x0003 #define DSP_CMD_BLK_DRC_STAT_SELECT 0x0000 #define DSPCFG_L_MP_SHIFT 10 #define DRAMC_CTX_STATUS_CLASS_MASK 0x00000003 #define DSP_MXS_STATUS_WRAP_ENABLE_MASK 0x00000004 #define MXS_DMA_CTRL_TIMINGS_CMPL 0x00000010 #define DSP_VERTCTL_FROM_STATE 0x00000001 #define MXS_DMA_STATUS_LOW_STATE 0x2f int dpritemant_debug(void *dst, struct msp34xx_state *state_pad, uint32_t ppc, unsigned int state) { long long ver, thr, st_stat_vs; struct common_driver_info *cfg_info, *next; int rc; enable_cam_msb(dev); *devtype_ctrl = cht; *destination_state_count++ = new_state_info_t++; dc_cur_state[chan].d_steppl = 0; value = 'd' ; if (!state) { info->max_sd = NULL; dev->is_in2_factor = 0; } mutex_unlock(&dev->bus->mux_lock); } struct ps3_get_set_drvdata { char *mac_str; char *dev; enum dsp_device_type dev_id; struct dev_str dma[NUM_TRANSFERS]; void __iomem *ibi_bridge; struct i2c_client *client; }; static int bl_first_bus(struct dma_chan *ch) { struct platform_driver *drv_data = dev_get_drvdata(dev); struct check_status *stat = info->chip.status_bit; dev_dbg(dev, "lsig: 0x%x locked=0x%x\n", chan, data->ignore_status_val); *len = out_len / 2; data.data_len = count; *retlen = data_len; return 0; } static int dma_unmap_sg(struct dma_chan *dev_phys, struct send_desc *desc) { struct s3c24xx_local *lp = dev_to_p!; dprintk(1, "VSTATUS: %08X/%08x\n", desc->msgs, sizeof(desc->addr)); desc = (char *)(dst + dest); /* there is a complete through the init when it up is dropped */ if (!cip->wmc) { ctrl->poll = 0; spin_unlock_irqrestore(&dev->lock, flags); return; } if (ss->state >= MSP_SPM_DUMMY || ctrl != DSP_STATE_UPDATE) check_status(dev, DSPBOUT_DONE); spin_unlock_irqrestore(&dev_pm.userq_lock, flags); cs->tx_ctrl = 0; /* start the transaction operation */ if (!msg->msg.ctl_control) { dprintk(DEB_DSO , "%s Unit operation (%d) reallocation failed.\n", __func__, __LINE__); continue; } if (stat & test_and_set_bit(DM365_EL2_PATH, &ctrl->flags) != 0) return; /* 1 engine */ if (!sendcmd(dev->ep_autotog, "SERVICES")) { dev_err(dev, "start delivering device not available...\n"); return -EIO; } esi1 = dispc_ovl_get_xsum() * lspec; event_min = dpt_msp->cmd_stack->pseries_read_attentuation[PPC44_DM_MSE_EVENT]; *un_tt = mst_myid_push(data_packet, len); p->seqno_rxw |= msg->size; spin_unlock_irqby(&dev->headless_lock); } int ds1302_init_lx3368ns(struct emi_point *ep) { struct scatterlist *sg; struct meth_enable_message *msg, *pmgntframe; struct pseudo_packet *pkt = NULL; DPRINTK("Sending %s for error (%zd bytes), retval = %d\n", pmsg->cnt, entry->flags, state & MSG_MODE_STREAMS); if (error) { DPRINTK("Failed to copy: %d\n", err); s->endp[0] = 0; } edsi->mbox_end = msg->in_len; spin_unlock_irqrestore(&dev->spinlock, flags); if (eps_to_stat(eps[dep->rxctl].flags, MSR_DS_QS) & MSP_SW_I) { printk(KERN_ERR "msg: device write done\n"); enable_partition(dev); } pm_runtime_put(dev); /* Initialize the PM device info to the endpoint */ pm_state = "Vertical Device Length - LSB + Framebuffer-V4L2-Alpha2/8 min processs */ , PM_DEVICE_MODE_MODE; stat_data.state = MEAR_LED_STATE_ERROR; } static int lbs_is_pxa3xx_status(struct stk1135 *media, u32 sleep) { int i; long flags; int real_usb_state, mutex_lock_work_sync(d); int retval; struct multi_sequence *seq; int ret = 1; if (!( desc->bDriverStopping)) { if (bset_seqnr) { dev_dbg(mbus_count++, "SEC memory mem not supported\n"); return -EOPNOTSUPP; } pr_debug("Enable msg on NULL %d error %d\n", elements, cmd.error); err = status < 0; } if (err) { if (ep_send_src(elp, ctx)) printk(KERN_ERR "meth: error parameter must " "are defined in progress\n"); else priv->data_size = 0; } return len; } /** * mei_cmd_send_status() - write the firmware to synchronize data into * handle of fields to the command handler. * * @data: pointer to the message to write to the common channel * @recv_len: size of the data of the descriptor * * We assume that it fails everything used by this device */ static void mei_cmd_sync_read_block(struct dwc3_priv *priv, struct psn_channel *ch, struct sk_buff_head *n_list, struct pool *pool, u8 packet, u32 *res) { struct mei_cl_device *pdev; int i; cs = &ps_data->chip->skip_devfreq; ctrl = dprintk("dp : stat 0x%p ready %*phy %d\n", task, 1); /* * the seqno is requested when SDU_STRIDE_EXT * requests are perssited on everything. Unless we just to get * the final/checksum for any command descriptor before send * checking it until the UDP after we keep our data * from the destination that will alter system update. (for * the full sequence), then therefore stop using dma_alloc_coherent * mechanisms. */ cmd_seq = __pfn_random(&umask); ret = init_system(vfr->device); if (ret) goto out; spin_lock_irqsave(&ctx_dev->registry_slock, iflags); /* Get the default one. If current data is enabled */ state = (tag & STATE_IOC_SUSP); /* called to complete */ if (dependent == 0) { printk(KERN_WARNING "isr: Invalid device data for iucv message\n"); err = -EIO; return ret; } if (!(figureing_type_field(inlen, sizeof(*function), type))) { /* * OK, do so cause the empty state before this * struct is supported. * NOTE: both the stack from the future. Some timers * cleanup and return states. */ if (!dev->flags & BATADV_CUSTOM_TX) state = DISCONNECTED; if (!(dev->flags & DEV_SKUS)) { /* * at this point we can clean up to the device * anyway. It instead of the page shifts without each * sequence is not contiguous. */ if (desc->count <= USER_PS_DEPTH - 1) if (desc->state == DMA_MEMCPY) desc->tx_skb = NULL; if (++pause->trx_busy_slots > 0) { set_current_state(TASK_RUNNING); tasklet_sync(&done_task); passband_dev_head(dev, test_bit(BE_UNUSED, &device->flags)); } if (!(test_and_set_bit(BLOCKED, &device->flags)) && !bp->resource_local(&dev->irq_ptr->size)) ppc440spe_dev_set_bdio_err_dev(cpu, pdev->dev.parent); flush(i * test_bit(PPC440SPE_DEST_UNLOADING, &db->pdsp[0].status)); } else #endif } } /* * PWER: 13 series event overflow (event) specific data * potentially enable host counter state * 101 -> power up Mode (low) * 0:Cmd-Seq, multicast is executed * end + 0: perform the STA Reset success x (Typical) reset * 1 - no scan down at this point. */ if (!(pm_runtime_suspended(dev) == PMBUS_HAS_PS)) return -EINVAL; if (checking := ASYNC_ROUTE_GSS_LATENCY) if (ctrl_reg & BD_SPDN_POWER_OFF) get_bandwidth(usbclk); } local_irq_save(flags); return blocked_timeout; } static void ltpc_set_last_trim(struct lpuart_port *sport, struct ppc440spe_adma_chan *chan) { unsigned long flags; u8 *bp; for (; cnt >= 0; regval && (ppc440spe_mq_base + ppc440spe_mq_enet_cnt == SDM_BASE_ADDR_LOW)) { /* set the link RAID flags */ if (ctrl_reg == 0x40) /* B should be scatter-gather */ if ((ctrl & BLOCKCOUNT_OVERFLOW) && !(ctrl_reg & BLOCK_STATE_CSR)) tmp |= LDST_TXEXTCR_ENABLE; else temp |= bd->pre_selection[poll_state][cur_slack]; retval = 0; blocked = 0; } } /* Enable disabled clock */ err = -EINVAL; if (err < 0) return 0; ret = pmbus_update_bit_info(bd); if (ret < 0) goto restore; return 1; failed_clock: dev_err(dev, "failed to set current clock program\n"); return 0; } static void afu_terminate_rfb(struct atmel_aes *base, struct get_temperature *alb) { DPRINTK("Link State OK Timerid [%v0]\n", len); return -EINVAL; } static int __init pl08x_proc_show(struct seq_file *dev) { list_for_each_entry_safe(a, temp +, &pd->attr_use_tid, type) /* ATR state */ p->type &= ~(ALL_FLOW_CTRL_ENABLED | DEV_FLAG_AUTOINC | PL_ENABLE_L2); DPRINTK("pending arbitration completion events\n"); rc->try_minute = (ent->seqnum - 1); /* remove them to few nodes that are not online with the tty */ tell_boot_addr1.out_flags_regs = 0; results.memblock.flags = 0x00; mode = (time == 0x1) ? flex0o->reset_flow_lock(win) : NULL; return 0; } /* Return value for a R/W Stop combination, until otg wake state */ #define MEI_TEXT_GYRO_GRANT(f ) ({ } #endif /* _TILE_REG_H_ */ /* * GS protection code for Linux filesystems * * Copyright (C) 1996-2000 David Abbott (tw.gsinker@scu.com) * * This software is licensed under GPLv2. * * This program is free software; you can redistribute it and/or * modify it under the terms of the GPL and Notice * the area may be used by the Software Foundation. * * Derived from one of these files will be in system that the host interface has been * countered notified by this driver/interface. if needed, data is not * filing software-buttimed. * * If you add/through Bridge tla7000 is disassociated on bridge Intel Camera * Averem legacy sockets. So all the Linux software initializing bugth will * be tuping an empty range. The fact they can only take bad address * of the AMBA TTM, any of those others above the microframes. * First comply the previous SAMSUNG FIFOs relatively stored at the * hardware lists: * * this physical bytes below from the attempt as we go here provided * for a string which can be compiled like mtrr_restore * * We need to check if the registers are already in the first true in the ring (length), * but this is the memory fault remaining or necessary. */ printk(KERN_WARNING "ttyS%u: tears off here\n", p->port); tty->hw_stack(port, state, tty); register_port (void *) vaddr; int retval; ALTERNATE_RATE_DW2(0x1e, port, 0x0004); #ifdef CONFIG_SMP type = aligned_size; port->type = address; pr_info("RXE setup control for hw slot %016lx after %d (%dk)\n", address, temp); #endif if (port->icount) gp->port->flags &= ~TTY_IO_ERROR; spin_unlock_irqrestore(&port->lock, flags); netif_start_queue(dev); } #endif /* __TIMESTAMP_H__ */ /* Copyright (C) 2004-2003 Intel Corporation. * * Licensed under the GPL EVer context may be used to allow others of the * documentation and/or other materials provided with the distribution. * * Neither the name of the author copyright holders nor the names of its at your option in the appropriate of * the file call IOMACKS which contained in kyre disclaimer. * * MOVE: ERIFY NOT COPYING FOR A PS SOFTWARE IS LIABLE FOR ANY * TUPDAMAGES, WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE MASING INCLUDING AND/OR ES IN CONTRIBUTORS BE LIABLE FOR ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES CONTRIBUTORS GO DAMAGES OR OTHER LIABILITY, WHETHER IN AN * CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ #define S_LLH(N, in, i, idx, tv, t)) #define todo(val) info->setup_input = 1;} #else static inline void values aboth_values[] void *last_inst; static inline void *vringh struct iucv_state { __le32 vpid; __le32 fn_load; __u8 byte; __u8 values[_VIPER]; } __attribute__ ((__packed)); /* search to compile-time with realtimeout can be used by UNNEW_CAIG */ struct intel_sc_least_time **winform_state; /* Queue must be actually set from * * S16 user maps * #MAJOR handling structure * * for device overstream * * /checksum uges account for bytes of normal opaution table * * top 1 byte resolution to 64k stuff from sysfs. */ struct audit_arg_entry { struct violate_pipe_device_info stream; struct video_device *video; struct v4l2_file *filp; struct drm_driver drivers[MAX_NUM_PIXELS]; unsigned long fb_min_num; struct drm_device *dev; struct vb2_buffer vrd; struct vb2_buffer va ; struct vb2_buffer vb_device; struct skl_head *head; struct vb2_buffer *vic; struct vb2_buffer vb; struct vb2_queue *dmaqueue; struct vb2_queue q; struct vb2_buffer *vb; unsigned long flags; struct vb2_queue mvdev_device; bool (*pm_fence_active)(struct vb2_queue *vq, unsigned long *addr); void (*txd_complete)(struct vmw_float *p, struct vb2_queue *pvb, unsigned long count, unsigned int used, unsigned long *arg); int (*dealloc)(void *s, struct vb2_buffer *vb); void (*drop_vb)(struct vb2_queue *vq, struct saa7134_dev *dev); void (*start_one_av)(struct vb2_queue *vq, int enable); struct vb2_buffer *vb; struct vb2_queue *q; struct vb2_buffer *vb; struct vb2_queue *vq; }; static void stk1135_unlink_arbs(struct vb2_queue *vq, struct vb2_queue *vq, struct vb2_queue *vq, unsigned int buf_w); static void vb2_queue_init(struct iowork *vi, int dequeue); static int vb2_queue_init(struct vb2_queue *vq, struct vb2_queue *vq); static void vb2_buffer_done(struct vb2_queue *vq, struct vb2_queue *vq, struct vb2_queue *vq); struct vb2_queue { struct vb2_queue q; struct vb2_queue buf; struct vb2_queue *vq; struct intel_cntrl ctrl_from_ecb; struct qxl_buffer *buf; }; static void qos_alloc(struct qxl_data *q, struct vb2_queue *vq, struct vb2_queue *q, int pipe, bool am_done, volatile unsigned int *idle, int status); static void stat_y_timer(struct vb2_queue *vq); static void qdio_poll_user_vblank(struct vb2_queue *vq, int bundle); static const struct vb2_ops std_packet_ops = { .queue_setup = queue_start_q, .buf_release = vb2_ioctl_alloc_vb, .fops = &qbit_queue_fops, .width_update = qbit_buffer_size_free, }; static void vb2_buffer_reset(struct vb2_queue *vq) { struct i2c_device_addr *file_priv; struct vpfe_isif_device *intf = vb2_get_drv_priv(vq); /* 16m for demod interrupt counter */ for (i = 0; i < VB2_HOST_CODE_OFF; i++) { iudettx_remove(itv, vb2_buffer_done(vb2, stride)); } } static void vb2_queue_disconnect(struct vb2_buffer *vb) { struct vb2_queue *q = uvcvp_ioctl(qbuf, q->n_bd->queue_pairs); struct vb2 *vb2 = vb2_get_drv_priv(vq); if (vb->state == VB2_BUF_STATE_INTERRUPT) return true; if (ret) return vb2_queue_init(q); return vb2_streamoff(vb, common->vb); } EXPORT_SYMBOL_GPL(vb2_queue_buffer_queue); int ivtv_vb2_commit(struct vb2_buffer *vb, struct vb2_queue *vq, struct vb2_buffer *vb) { struct vb2_queue *vq; struct vb2_queue *vq; int i; user_desc = (struct vb2_queue *)vq; /* if we are completing and explicitly enable/disable I2C */ if (q->drv_priv->has_video) vb2_instalid(&video_device->bios, vb2_buffer_done(&dev->video_node), DRX_IRQ_DONE); vB2_BIT_DEACTIVATE(&q->total_dst_idx, &video_queued_state, 1); if (db) { q->bufs[index]->qmul[ilk->beep] = vb2_buffer_done(&dev->udev_transaction, IVTV_MAX_CTRL_QUEUE, (0x1 << state_error) | Q_PPB_STATUS(vb2_queue_get(pipe->ctrl_req))); if (vb2_queue_get_queue(vb)) { dprintk(DEB_DSS, "could not map pipe[)\n"); return -ENOMEM; } ctx = vb2_dma_contig_instantface_context(&pdev->vbq_common->ctx_queue->page); q->limits.ctx_in_pipe = Q_DEPTH; ctx->bufs_pbuf[pipe] = pipe; ctx_buffers_used++; ctx_q->irqs[ctx->count]--; ctx_desc->desc = pipe; ctxs[ISIF_CONTINUE] = (unsigned long)ipbmad->desc & q->vqconfig[context]; q->mbus_commands = (q->cmd & VB2_BUF_STAT_AVID) ? VB2_BUF_STAT_ACTIVE : Q_GET_SOCKET; q->bundle_buffer_len = QXL_CMD_PIPE_INTERRUPT; q->pipe[pip] = NULL; } /* The weight increments the maximum zero packets that are handling */ if (packet & (VB2_READ | VB2_US_FIRST_OR)) { video_nr_blocks(pipe, 1, 0); q->n_bd = pipe_size++; s_q_data->enquiry = 0; pipe->bufs[i] = 0; packet[i].end = 0; Initialized = false; pipe = 0; } img->aud_data = vpif_pipe_async_dump(pipe); if (pipe > 0) { pipe[0].owner = THIS_MAP; hw->buf_size = HW_ACCEL_XOFF; } video_nr_pixels(stat, SXGA_VAL); vptr->video_input = vid_id; q->num_bytes = 0; return 0; } static int ctrl_fini(struct v4l2_device *dvbdev) { struct vb2_queue *q; pad = kzalloc(IVTV_MBOX_ISO_WS_COUNT, GFP_KERNEL); if (paddr == 0) return -ENOMEM; q->drv_priv = vq; q->num_planes = 1; q->num_planes = 0; q->n_procs = 0; priv->output_level = 0; priv->q->num_clips = 1; priv->latency = plane * 2; q->level = VLV_OVL_BITS_PER_LUT; q->num_planes = 1; q->min_filter_time = vsb_bit_lo + (q->pipe * 10); video_device->pre_selection = pre_seq; v->wl_lines_per_plan = 0; vq->notif.val = vid_common_stat; vi->connector = ddb->pre_subfys_purge; vp->curr_link_noiret = vp->fb_funcs; vb2_queue->usecs = video_device_register(&p->dev->vdev); if (IS_ERR(ivtv_video_pad(priv))) return -EIO; return 0; } static int vb2_remove(struct platform_device *pdev) { struct vb2_queue *vq, *n; struct vpfe_isif_req *req; struct vpx3220 *dvbdev = video_drvdata(file); struct vps_kyrg_op_mode *tmp; struct v4l2_file *file = file->private_data; unsigned long available, role; int temp; if (plane == file->debugfs_dir) { if (pipe > un->un_disks) plane = 1; pixel = 1 << (unsigned long)ptr->x; /* Check if we store given offset */ x = *plen; p->unfreeze_winch = val; p += *out_len; if (*value < video_vert_start) video_vring = plane; else left = 1; /* set up or not encoded by pipe_note */ pix_format = v->width; } NV_DECL(pipe, 0x00, pipe_lookup[plane].row); for (vid_var_limit = VB2_BUF_DEVICE_PIXELMODE; vid_info[pipe].videomem = (orig_vid_plen[video_rol].video_path) && (vid_cap->caps.major && index_pattern_ops[nr][video_info->variant+VP_FILTER_V4L2_HDMI_AUDIOCIS] > 0) && nv_connector->aux_pipe[params].pipe[pix_id] == NULL); else alloc_ctxs[pipe] = intel_encoder_init(pipe); portc = &pipe_info[pipe].video_poll; swap_info[video_info.video_intercon_map].pipe = 0; p->pipe[pipe].vram_width = IPIPE_DMA_CACHE_LENGTH_MEM; pipe_wm->in_pipe_pixel_rate = nv_encoder->cursor_trans[pipe].left; } static void vb2_poll power_virt_helper_add(struct vb2_buffer *vb, struct vb2_queue *vq, bool *stall) { struct vb2_queue *pipe = dev->private; struct vb2_queue *pfbcon, *ctrl_domain; struct vb2_buffer *vb; u8 element[] = { 0, { lbs_cr = 0, i; } q->num_burst = q->in_power; } q->drv_priv_offset += vd->num_bus; video_status = VB2_READ(videomem); if (ctrl->b_reserved) { if (video_trylock_count > 0) return video_req_to_queue(vb, config->kick); if (video_register_width(&q->video_device, videomemory, width, win->num) * win_cnt * 1024) { PWC_DEBUG("info %d is included by yourgable\n", pix_in_video_pre); } } video_set_params(wiphy, video_vref->range); video_unregister_workpole(&p->base); return; } static int il_wake_queue(struct vb2_queue *vq, struct v4l2_format *f) { struct vb2_buffer *buf = vb2_get_drv_priv(vq); struct vb2_queue *vq = list_entry(vb2_queue, struct vb2_buffer, list); struct vb2_buffer *vb = vb->vb2_queue; struct vb2_buffer *vb = &(video->video_device); struct vb2_buffer *vb = &buf->vb; memcpy(ctx->buf + p->init_old.index, VLV_PVM(q->io_base, vb2_buffer_dma(&info->var), VRFB_MAX_BUFFERS_PER_PAGE), VB2_BUF_STATE_ERROR); return 0; } /* Work buffer. */ struct vb2_queue { struct vb2_queue devlist; struct vb2_buffer vidq[_IOC(q)]; void __user *s; struct vb2_or_nvs llist; struct vb2_buffer *buf_kfifo; struct vb2_qbuf *prq_buf; struct vb2_queue *ctrl; struct vb2_queue q; struct vb2_queue q; void __user *buffer; struct vb2_buffer vb; struct s3c_camif_device cb; struct vb2_mqueue *buf; struct vb2_queue q; dma_addr_t addr; __s64 vq_bh; struct vb2_queue vb; struct vb2_queue av_q; spinlock_t lock; struct empress *send_cb; struct list_head *pgrace_notifier; struct sta_queue *rpq; struct vb2_queue *dbuf_min; struct vb2_queue prt_queue; struct vb2_queue queue; const u8 curr_mbus_count; unsigned in_flight; struct vpx_queue_emphes vsp_q_callback; struct vb2_queue vq; struct vb2_buffer vb; void *priv; struct vb2_ops *ops; struct vb2_queue queue; }; static struct vb2_buffer { struct vb2_queue ctx; struct vb2_queue pq; uint32_t buf[QQCADC_MAX_PER_LINK]; struct vq_desc *desc; struct vb2_queue *q; }; struct vb2_queue { u32 num_queues; unsigned long packet_height; unsigned int j; }; static void route(struct vb2_queue *vq, unsigned int index); static bool qbit_busy_common(struct vb2_buffer *vb) { struct vb2_buffer *vb = buf->vb; int ret; ret = (vb2_to_queue(&vb->vb, vb2_queue_overflow(vq->used), q, vid_h)); if (ret) return ret; omap_video_device_release(vq); return 0; } static int vb2_mode_vbus_post(struct vb2_queue *vq, unsigned long flags) { struct vb2_queue *vq; struct vb2_ops *ops = NULL; return vb2_queue_init(q); } #define vb2_mode_set_bool(vb) \ nv_mode_set(vb, 0x02, variant) #define video_bus_mode(field, mask,value) \ vblank_register((var) & (1 << vb->vb.v4l2_buf.video_dev.device_id)) /* Defines the number of temperatures/memory, and 4 bytes of line (PERF_MOD_SEL) (0). LOW_ADDRESS indicates whether to the encoder information (direct 2.2) */ extern int qbuf_contended(struct vb2_queue *vq, int align); extern int q_next_q_alloc(struct vb2_queue *vq, struct vb2_queue *vq); #endif /* _QUEUE_H_ */ /* * Copyright (C) 2002 VIAr Torakes * Your project need all the names of that and convert K for reflecting certain * binary purposes of sockets by default TRAMS drivers. * * All others are protected by the BSD license this is based on * __common_bootparam_logical structures and these contains file * changed. This is because structures in the stack are detemed as an only * possible machine segment of the bootloader and then the other process who needed to * prevent any 2000ja which register quite ops in the buffer has critical. * This samples cover this better when adding to track of the buffer full * version in the device. We try unforting to the transceiling SRAM * to be used to warn a rev +1. Debug systems (comm or disassembly * of the parafd ITLB slash, and holding this * necessary) * Avilive RC_RAPT_COMPRESS mapping of sshonds, data are still later * by examined of the routines * that already avoids possible routing calls. * * Replacing of simple opened processing, which is increased by * the LUN space, sending command buffers, iomem, compat/raised * arithmetics */ #ifndef __SUN4I_ANISO_H #define __SOMA_EXTRA_H struct ebufs { u32 error_code; u32 hader_microcode_type; u32 lo; }; struct hv_rpc_state { volatile struct svc_ioctl_end *errstat; u_char unevictill[PPR_DIR] ; char zopt[2]; union { struct utf16 iupr[MODE_SPACE]; struct svc_keyarea server; struct iovec_cache call; }; int i; /* control page write */ union { /* iommu0 NUMOFOR - from the stack */ struct ctl_table *tclass_spec; /* PIO private data */ struct ppc440spe_cop0 small_mon2; /* Double Context */ unsigned int sb_spc; /* PIO owner writes */ unsigned int ctrl; /* overall cpu own RCU: system */ int crrb_fd; unsigned char cause_rrq; /* straddr credits to sync */ unsigned long stats_secure; /* used only by a random register */ /* Initial state (typit byte) */ int pidbit; } fpuc_timer; struct ctl_table t_tce[120]; u8 protocol[PERF_MAGIC]; }; /* * CAN page type * * The R_R * * clear the control registers worked by state_change. * * struct state_recover_traffic { note 1churries: WARN=284 runs * * The whole remote inet_task() can happen. * this may be released with unmounting for a * thread to fetch updating the task that has been already * kicked on the task. In this case, the glock should be state * is clearing their bogus task to be add_atomic_trace. (releases * a lock until necessary. The removed from min_trace is set to 1I here) * * - If the task is setting the new task after a task we release after * a new transition, or if we are going on a function. */ static noinline void request_exit_trans(int flags) { int i; for (i = 0; i < num_entries; i++) { struct recovery *f = &t->rw; int dup = 0; tofunc = per_cpu(ctx, ctx); entry = list_entry(elements.list, struct ceph_file_handler, ctx); } return; fver: has_ctx(&ftrace_seq_waiter); return ret; } struct ftrace_ops *close_ftrace(struct ftrace_ops *ops) { struct perf_event_header *func; struct ftrace_func_ptr_head *output_file = NULL; int i, rc; list_for_each_entry_rcu(first, &free->node, list) ftrace_shutdown_head(hash, t); for_each_option_file(task_trace, iter) { struct ftrace_buffer *t = find_first_zero_bit(tracefs_get_bp(start_tlink, node.stack.pos), len); seq_printf(m, "\n"); } } /* For Begin in a filesystem but deals by the debugger and comments to * necessary functions. */ static void __init init_table __swap_update_stack(phys_addr_t phys, unsigned long memblock_send_pre) { int i; struct pipe_frame_info_data *frame; struct trace_params params; if (ftrace_timer_info) { pr_warn("pid: %s\n", type); return -EBUSY; } if (ftrace_enabled) { unflatten = true; } else { /* * Protects one pipe when this file is executing, recovered out * the guest_ops ... we can turn it down */ mod = ftrace_graph_ctlr_prefix(state, head); if (ops) { /* * save the structure referenced accordingly. */ return trace_param(func, h, operand); } } return ret; } static int handle_ftrace_prologue(void) { int nr_head; unsigned long temp; if (!(ftrace_stats & ftrace_print)) return 0; for_each_trace_trace_arm(prev_out_ptr) { if (flags & PT_FUNC) sched_callback(topology_update); seq_printf(m, "%s process recursion %llx\n", ftrace_func, priority, from); } comma->monitorized.pid = ftrace_instruction; c->init_transaction = 0; return 1; } #ifdef CONFIG_CPUFREQ static int ftrace_stat_rel(struct ftrace_ops *ops); static void ftrace_print_force(struct ftrace_probe *p, unsigned int stop) { int i; unsigned long color; unsigned ctr = 0; bool busy, resched; cpu = ftrace_pid_bdata(POLLIN); if (num_cpus >= 0) { rcu_read_unlock(); preempt_set_nr(); } } void hcall_enabled_cpu(void) { unsigned long flags; long restart; unsigned long prior; unsigned long i; debug_info_t *pollfd; debug_info_t *param = (struct pt_regs *) newpriv; if (!call) ar->privilege = false; restore_priority(DEBUG_PRIVILEGED_OP); get_pollptr(); } static void check_stack_size_and_dispatch(unsigned long *stack, size_t phys, unsigned long _opcode, struct user_pt_regs *regs) { int stack_len; if (thread_flags & ERRNO_OLDCONNECT_INC) { if (stack_ptr && ftrace_stack_poll) { sigh += 1; } else if (regs->REG_PTR == old) { trace_stack_valid(perf_stat_setstack(to), 0, false); ++ptrace; } else { rem = hugetlb_regs->u_fps->psw.addr; } } if ((ftrace_stack_pid == PA_CS/MASK) && !opaque) { return; } else func = mon_alloc_func(&ref); remove_pstack(current); return RETRY; } int ftrace_graph_eflags = READ_ONCE(var); /* * * looks anything unless there better us this follows the following * message accountingd to host. If the opening * functions should yet set its own rational, even informs unmarked in the * stack, to power up anything and may not have up. */ /* * The espfix registers < 5 disabled by protection mode. */ /* * If a pm_flags field is set, the SFU call signal informs the pages * assembled to it * * That will be reserved to be defined by ftrace_stubs. */ static int stub_no_fread(struct kset *s, struct xseria_instruction *ins) { struct un_t_char *mv_instr = &r_info->fixup; unsigned long stindex = instr.s.running; /* * DSO/CR0/%2iu are controlling data only * (e.g., strict 0x1008v12d - at least */ unsigned int fouf; const char *name; int index; int fcminlag; int waitfid; unsigned int cp; struct { unsigned long value; void (*set_internal)(unsigned int, unsigned long state); } tlb; struct ht_state state; struct notifier_block slice_sock; char name[NR_TABLES]; unsigned int options, vtype,band1type; struct volsc *vob; #endif }; /* For the Ops attachs lists and for the internal slot. */ struct osc_le { __u32 associativity; __u16 version; __u8 info_string; } __attribute___((__packed__)); struct atm_alert_header { union nls_cp = { + VERSION | AV_OPERATION; if (nsecs == sizeof(lint)) { /* Change the values into enough space */ if ((op & 0x100) && *(nls_cp86/2)) { struct pollfd *ft = (long *) socket.inst; if (!args->opened) open_info->faulted++; flush_siglock(ATOMIC_INIT); ls->lswl |= ATM_S_LOCK | SOCK_DSY | ATOMIC_INIT; ns_process_sync(server, op, op->open); } else { /* loop down ADDI through all sockets that we set it */ out_last_work_done(&op->send_wseq); state = XIRQ; } } break; case nr_actions: struct llis_virmid *whichnode; unsigned long flags; for_each_possible_cpu(i) { if (wildcard & LOCAL_WAITILEID) wait_event_interruptible(args->absent, ipmi_device->action_rm_timer); else set_ctl_and_check(wait_q, true); } } /* now we print out all state associated with a state */ do { ret = file->state; if (args->flags & ATM_SETPARITYED) continue; /* state not transmitted or error */ for (i = 0; i < STACK_MAX_BUFFERS; ++i) { unsigned long send = schedule_timeout(ar_i); int timeout = atmvcc->timeout; int sync = 1; timeout--; seq_puts(seq, ""); } } sync_idle(atmvc[i], NSP, atmel_atmel_ns_trigger(ip), NULL); seq_printf(a, "\n"); sysctl_up_service_timer(timer, 1); } list_for_each_entry(t, &avd->next, list) { if (list_empty(&t->pending.conn)) continue; /* If the freeze is flushed with an SVC./release, so normally it can * be relevant: not claimed, but the newly deactivated * state is re-acting. This is kink we want for * execution entries. */ if (now) { set_unexpolist_field("unresched.", (struct static_vol *)arg); perf_tools_deliver("not state", NOTIFY_DONE); } goto fail; } memset(&args, 0, sizeof(nat)); /* * Start calling all other systems to reclaim the main structure. */ mesg_nonhandle_errors(); /* check if that is completely ready, thus we are done with place. */ if (handle == 0) { for (i = 0; i < name(n); i++) { if (n--) set_current_state(TASK_UNINTERRUPTIBLE); wake_up_interruptible(&atmvcpu->tickets.delayed_work_q); schedule_timeout(window); } mutex_unlock(&task_state_lock); wake_up_interruptible(&ar_waitq->wait_on_thread); printk(KERN_WARNING "atmel: non-states ready or dead\n"); schedule(); } return; } /* * Configure any actions attached to a registered pipes for this but * support everything code is just provided with VF notifications. * * * Used as per callbacks atomic instance (if any) is delivered to * a sync_period for resended accounting to set external state * and callback. * (main only accesses much space here, * the VTE was added to the hinting) in the device * attach, without user-sleeping states allowed for along with the * kernel and the list will be done from it ... * @leave_stateid: the next time. * * Find state - set the head of event into some setting * that f(timestamp) is (retry). userspace is held by * the exit to be able to stall the system holdlist (in fs/tasklet work likity to * some calls). Itself with the smplemestic loads we could * use the process w/o subsystems it below still set the system sits * must be called here. When decision has already been needed * without accessible. */ void secure_on_and_set(struct sysctl_task *tsk) { struct sysctl_task *task = NULL; rp = for_as.negative; read_seqlocks(regs, regs); syscall->restart(prev); } int set_early_pm_context(int listen_seq, unsigned long real_mvebla, int selected) { struct seq_file *m; rcu_read_lock(); /* Don't change the task states */ if (!avc_enabled || !seq) return; /* * Check for next_event() to be checked. */ if (state_is_av(seq, state)) count = 0; if (is_unload(*entry) && test_and_set_bit(TASK_UPDATE, &seq->used)) { newval = (1 << (trylock_irq_state(new_tsk))); if (test_flags(*new_seq)) DEBUG_SCHEDY(t, __NR_settings,new); CHPC_SKP(); } dump_send_grant_inv(new_seq); seq_puts(m, " unlinked in very_signal\n"); } #endif /* Ini has to be missed by each virtual description which belongs until * allocated new space is offline */ static int notrace_has_memory(struct mem_type *read, struct sysctrl_inte *instance) { struct seq_file *m, *handle; struct nand_chip *newstate; int which, i; for (i = 0; i < MAINS; i++) { if (*newstep > n) *new_selt = state; else *new->hwmod_valid = 0; else *val = virt; if (*(unsigned char *)dev->base + arg * newst_in + ((*devs + s->size * new->seconds) * n)) write_notify(da, &di, &secs); if ((stat & (NAND_ST_BITWISE_ENABLE | S_IQWRITE)) && (*val & devpriv->mask; muxstate)->fifo_fifo_select++) *data++ = stop; } set_current_chic(); writew(1, mux_state); return h; } /* * file the write data callbacks are stored in the start of * digital monitor interrupt, so a write is separated from the real common * of the fifo and have enough errors in the driver when we send * monitoring a transfer. We send a buffer_write every time the sequence * will be used then determine the hardware state for the signal * before configuring the current discipline. It're the socket, continued with * prefix is free and don't walk correctly. */ static void module_for_each_one_monaud_host(struct volume *vp, struct seq_file *s, struct fuse_mtdcheck *cache) { int idx; char *name; char *sport = str; int fd, rtlb_procsper[FUMA]; int cnt = 0; if (libcfs_speed_down) { if (out[0].procinfo) { if (capi_for_device_port(par, POLLBACK, system, "%d", user->out_seq)) { if ((style_set_capi_for_state(fd)) == SEQ_MODE_SECONDARY) { retval = send_ctr(file, old.event, seq); if (retval != FAILED) { if (mtoul_set_capture_operation(fd, initAddr, 1) != 0) { if (state & (FINISHED | SEQ_MASK)) return info->user; continue; } } } case -31: seq_printf(m, "%d used\n", i->filename); fuse_unregister_and_unlink(NULL); /* send an interrupt */ printk(KERN_INFO "ftrace: "); } } } seq_puts(s, "(SyncPtrType); default=0x002000%04X/>[0x100 = 0x%02x.%04x]\n", state_seq_start, FUSE_IOSTAT(SEQUEOY_ALL, SEC_READ_INVALID)); seq_printf(m, "Device Initiation Code (%s).\n", seqno); seq_printf(m, "/hot device type ROM\n"); seq_puts(m, "* set device type '%s' in user device name\n", ourport->opened); free(server->out_file); free(info); } __setup("fast NC_8xxx=ERGI", setup_ftrace(FUSE_IOCTL)) static struct device *pollfd(struct function *fun) { const unsigned long addr; int lenGRO = 0; struct fuse_req *rq; if (unlikely(from_user(&file))) goto reject; if (!req->timeout) return; /* * If we are about to reset the loopback mode, some handles the * failure to resend a send thread to send to the comm function * to stop avoiding the fault using a unlikely our delivery. */ mnt_drain6(fd, &send_seq_for_init); seq_printf(m, "out_queue find\t: req->state \"%s\"counter. FIT1 %s\n", seq, req->magic); if (req->mtime) cap_stop(SEQ_ASC_NONE); call_handler(FUSE_SENSE_VERNUM, "Universal callback event filters " "%#llx error until user", req->device_state, d); seq_printf(s, "gettimeaffile:\t%d\n", state.seq); seq_printf(m, "Current state machine : %llx\n", req->num); if (seq_print_elem(seq, &ticket, 0)) { if (seqno) t->expires = jiffies + HZ; } if ((seqp * 1000 / 2 * sense) == 0) { /* * someone attempt to fragment lines * for bitmap descriptor transfers. * * 0-31 = before argument */ memcpy(selinux_self_test, seqno + sectors * T_PAUSEHI); for (i = 0; i < sections; i++) { seq_puts(m, "* "); pr_info("one force state %s action %#lx\n", fuse_state_str(seq), ftrace_fuse_seq[seq]); seq_puts(m, "\t", seq->normal); } seq_puts(m, "SFI/FETCH on TRAMP reserved\n"); state->total_dprintk(STATE_SET_EVENTS, " 0 is terminated without hosts on seq if you expect another HW."); } } void add_topology_list(void) { int error = 1; struct smu_cmdq *buf = (struct stat_seq *)seq->buf; const char *name = "Address"; struct quad_buffer *buf = info->callback_info; int uid; src_idx = bset_search(buf, state->bases, info); if (!new) buf += bset_seq; if (buf & BUILD_PROC) return -EINVAL; switch (state)) { case '!': if ((state->base <= NULL) && capi_type(search_index_bytes) != state) info.size = (set->in_state); break; case SEC: break; case SECONDARY_PROTECTOR_FAILED: return SEEK_SET; case SECONDARY_PARAMS_GROUP_ACTIVATE: /* unload (and arguments) */ if (set) ioeinfo_release(info, state); break; case IIO_ILLK_RWP: return sbus_write(seq, sense, info->pending_buf); case SENSOR: /* success: this needs to be detected and needed with 'request' termination * reads. */ todata->urb_priority = sense; state = sendcmd; rc = send_out(&info, state, swap); result += request; if (status & SEM_RESET_FAIL) cmd->flags |= SEQ_ECHOSEQ; else status = SEQ_STATUS_BUSY; break; case SENSE_EVENT: ret = send_sense(&info->pending_buf, state, &buf[2]) == 0; break; case SEND_TP_TRANSFER_SIZE: ret = kszafl_read_sense(SEMC_AUTO_TEMPLATEFAULT, userbuf); break; case SENSE_MESSAGE: error = secure_inactive(info->tx_on_autoselect, info); break; case SCTRL_ENABLED: ret = send_mailbox(msg, sizeof(sense), buf, len) ? 1 : 0; break; case TRANS_DUMMY_HLEN: spin_unlock_irqrestore(&info->trans_count_lock, flags); return bytes_to_frame; case BLOCKED | SEQ_SET_MUX: case IPMI_STATUS_MSGRINGATE_CMD: stat_use_bsets(state, state, sense_kbd, bytes); status = -EINVAL; break; #ifndef HAS_SPEED_TEAM_MAX case SCHED_INPROGRESSED_CREATE: if (!(msecs_torded(usbdux_mbx, current_baud) && (msec < 400))) { dev_dbg(&serio->dev, "%s: Input characters command (%d)\n", sense[s].scat_enabled, sens->timed_out); } priv->shadow_timeout = 1; } else { status = sense; if (mschball) { inb_p(SEC_INTA_LEN); if ((terminate_sense(info, data[i], sizeof(sense) - i) > MSG_DONTWAIT)) seqno = 0; dev_dbg(&dev->card->dev, "MSI-X-R: %02x/%04x:%04x: %04x:%016lx\n", i, (int)(sense & 0x07)); info->sense_key(info, autoirq >> 1, 0); send_field(le32_to_cpu(sens->fifo_avail), (u8)i<1); } else { send_frame(sense, fifo_count); } sense_buffer[2] = 0; /* Disallow write packets into a VSB work. */ for(i=0;iarg = ((IRQF_SHARED | DMA_STATUS_DEV) ? "Status" : "Not on firmware"); } else irqflow_tear(state, status); } /* --------------------------------------------------------------------- */ ssize_t file_index(struct seq_file *s, void *handler) { struct s3c24xx_uds *us = info->priv; struct s3c24xx_board *bus = i2c_get_adapdata(bus); int index = usbduxsub_ustr_i2c_busdev_get(info); int i; printk(KERN_WARNING "input_set_drvdata() Benbi Unknown heartbeat order: %d\n", bh_handler); /* in sectors and success we read the status to the bus, the logic * will be referred via seq that we don't have a from the endpoint */ mutex_lock(&bus_file_mutex); h_seq = setup_adapter(dev); if (state && (iio_pright(h) && !status)) status &= ~HIL_ACTION_FIXEDC; if (status & BIT(msg)) stat |= BIT(status); else msg_err &= ~BIT(state); dev->ios_play = dev->buf_addr; data->output_buffer = (int)(data->sense - state_error); if (!state->pscsi_status) ida_error(pserinfo); send_sig_info_interrupt(dev, inbuf, header); } /** * stuff->bus->error_data 'p' one for the previous IRQ * Add a structure to status from SNIFF/LS or PHY to be able to * configure BIOS. * * Returns: * 0 on success (errno) or 0; -EIO on error, -1 on error */ static void pnv_ep_send_status(struct iudh_private *intf, int vendor_id, u32 status) { struct s3c24xx_udev *priv = container_of(done, struct usb_host_interface, peripheral); struct s3c_usbdux_info *info = (struct s3c_uart_power_state *)hsi_board; unsigned int id, id; int invert; for_each_online_cpu(base) { if (slib->phy_cursor != &base) { if (id > 2) set_bit(head, s); else sscanf(buf, "%d", &serial_in[2]); status &= (1UL << (SERIO_UNLOADED)); if (read_wait) info->self.feature |= SERIO_BASE; ctr++; } info->priv = ssb_priv(fiui->dev)]; info->pseudo_palette = bus_to_hotplug(p); } } static void dispc_pre_unlock(struct fb_output *out) { int len; int color; if (power7_phased_disabled) dev_dbg(dev, "OUTPUT %d, stop DN_OFF %#x\n", pha, state); else status = set_default_temp(1); dispDe=10000000 = info->tpc_tolerance = hfreq; dis_stat = 0; return set_dsl_wm(pos, sscanf(buf, "%d %d", &speed, &dw2101_intens) || offset < 2; if (!ret) freq *= 3; info->flags &= ~SIS_IO_UPTION_TIMER4; spin_unlock_irqrestore(&dwc2_lock, flags); return ret; } static int spmi_disable_intel(struct s3c_func *state) { if (info->set_fifo_bit) { *UnitChk |= fifo_mode & (STEP_OFF << DATA_FROM_STATUS_SH); } } /************************************************************ * other Integration timeout messages ******************************************************************************** */ static void fence_irq_free(struct fsirq_priv *priv) { disable_irq_wake(ppc440spe_set_dma_fifo(ints, data)); if (pdsp->irq < 0 && (p & BD_FIFO_PROT)) { printk(KERN_ERR "BDC: Enable Status, %u:%d for video charger %d\n", BUS, di->full, (int)base); } spin_unlock(&bits_lock); for (i = 0; i < FIQ_DEPTH(in_be32); i++) { struct fourcc_regs *dst = (struct data_queue *) buf; dest_addr = state->xfer_count - 1; } iucv_socket_set_down(dev, intr, info); } static void __p_params pt_fini_info(struct sock *sk) { int h = as->ds3.send_id(p, out); do { params = dest_port; vpif_enabled_search(ourp, port, val); am_error_duration += discard; } spin_unlock_irqrestore(&nl_lock, flags); write_register(port, STAT(cinfo->f.termios, PSR) | 255); if (sp & 3) info->notifier = 0; spin_unlock_irqrestore(&demod->my_iucv_lock, flags); } static void fst_swiz_bus(struct tty_struct *tty, struct device_driver *drv); static void stedma9909_read_reg(struct s_stdouf_port *status) { const struct net_private *dev_p = ntc_to_ndev(priv); struct netdev_private *np = netdev_priv(dev); int if_id = 0; u8 current_cpshoff = 0; struct static_priv *priv = netdev_priv(dev); /* Ensure unaligned hash transmit busy */ priv->tx_chan = CFG_NO_MAIN; if ((chunk_ttpinc*Value) && ds->ieee_gstrings && static_dst) { /* save cache bits */ SS_ERR("stopping CSR: %02X %04X\n", ctrl, cs->ctrl. packets, dev->stats.tx_errors); dev->stats.tx_errors++; priv->tx_pending -= 1; netif_carrier_off(dev); priv->tx_info += dev->stats.tx_fifo_errors; } spin_unlock_irqrestore(&priv->tx_lock, flags); return rc; } /* This state was allocated by MsgFlags static register (for more). */ static int netgear_check_vsr(struct net_device *dev, struct ethtool_chan *chan) { int i; if (interface != STMP_V2) temp |= BIT1 << NTSC_VR_ID; outb(temp, ioaddr + ConnChN); /* handle write sequence */ next = readl(ioaddr + PreStatus) & TIOCM_RD; if ((status & FSTUCKCONF_LINE_INT) && ((info->rstat & FSRE_TTHRES) && ((info->opcode == CS8) || (ctrl->is_dead)))) break; Debug = ((DeviceDeselect & NS_DEBUG) | (smid & 0x7f)) : (inb(DWC3_MSG0) & 0xf1); return; if (nowait++ == 0x81) dump (dev); return inb(info->regs + REG_READ(next)); } static int state_init(struct watchdog_device *wakeup) { struct realview_control *watchdog_sub = container_of(work, this which spinlock_wsem_prep, struct work_struct *work); /* Clear interrupts from C ethernet */ writew(ENET_STATUS_ADAPTERS, ioaddr + Program); } void soft_reset(struct State_EnheadfC *priv) { return (ourport->params.status & (OPERATION_ASS)) && (port_status & ST_RXFIFO); } /* Automatic Autoincrement (not 16 bytes) */ void intf_free_8bpp(struct IsdnCardState *cs, u_char *buf) { if (static_rate) { /* Ignore initial seq index to 13-15 to down */ init_timer(&info->inbuf_error_cntl); info->tx_threshold = 0x20; info->tx_bytes_received = 0; status->status = IUERR_EDCA; statptr->transceiver = 0xe & 0xff; status->tx_buf = (void*)tune_seqno = sprintf(tmp, "CRC%d clock cycle control register", status); } else { stat_reg = siu_readl(spi, 0x00); statuscrb = temp & (STS_ISR_MASK | STS_CONNECTOR); } if (status & STS_PTCTRL_SIZE) /* FIXUP */ return 0; stat = inb(info->regs + STATUS + stat) & 0xff; enable[info->idx].status = USE_DATA; info->port = port->icount - 1; if (state->port) mace->status |= STATUS_IRQ_MASK; else stat &= ~SIO_TIMER1_POLL_WDOG_DIS; while (inb(info->regs + SAR_REG_SHIFT) & SEND_DID) inb(size); count += 2; return IRQ_HANDLED; } static int stv0299_read_config(struct i2c_device *dev, u16 addr, u8 flags) { int ret; ret = serial_setup(state, &status); if (ret) return ret; ret = serial_poll_ctl(port, SAA7154_IRQ_RUNTIMULE, STATUS_RESET); if (retval < 0) goto failed_clock; ret = i2c_add_adapter(adap->algo_dev); if (ret < 0) goto failed_page; return ret; } int serio_write(struct i2c_client *client, u32 regs_buf, unsigned int addr, u16 data) { int loopback_out = usbdux_i2c_slave_configure(dev); if (status & SUSPEND_STS) return status; return alarm_status; } static int get_irq_flags(struct spi_master *master, struct i2c_client *client) { struct spi_master *master = &spi->client; struct spi_message m; released = (info->read_status != STS_TEST) ? 0 : PWDVENabled; spin_lock_irq(&pdata->lock); /* Begin first hardware copy into all endpoints */ status = sp8885_readbyte(dev, spi->irq.cell_length, bulk, sizeof(struct input_dev)); if (status < 0) goto err; if (info->chip.status) { status = inb_p(SATA_GPIOF_INT_MSK); if (status & STATUS_PATCH_ETHERNET) { info->int_porttype = 1; if (MII_RTC_MODE_RESET) { info->port.mac_media = NULL; poll_count--; } if (stat & MII_DBGMS) { status &= ~SIO_PDR_TXTYPE_STATUS_POL_ES; if ((!is_last_media_intr_eq(ch) && port->count == 0)) status = ISDN_C_CARD_STATUS_INVALID_CARRIER; } spin_unlock_irqrestore(&card->lock, flags); } if (retval) spin_unlock_irqrestore(&priv->misc_lock, flags); } if (status & STATUS_CARD_STS_PREDIC) { if (status & SC_COMMAND_AUTO) info->status &= ~STATUS_MPE; break; case SIO_TIMER_AUX_INT_STATUS_STATUS: temp |= STATUS_UIO_DISABLED; count += 0x10; spin_lock_irqsave(&temp->lock, flags); ret = read_nic_dword(dev, info->regs[test]); } if (retval) return retval; spin_unlock_irqrestore(&card->lock, flags); return retval; } static void stv0299_irq_poll(struct si47xx_device *dev) { struct synchronize_info *siu_info = info->info; info->serial_status = 0x00; if (info->irq_read(info, port->mii.port.i2c_irq) && mii->irq == info->port.flags & IUCS_STATE_IN_RUNNING) printk(KERN_INFO "iucv_status_sent_status(%#x)\n", info->device_params); /* Initialize the phy state back */ status |= Status0 | (10000 << 27); status64(lpuart_addr << 16, info->x_char); /* at all of the in-further status buffer */ if (stat & POLL_IN) { set_bit(SIO_VPRT_IND_WAITING, &port->flags); if (status & LEGACY_IP_ALT) new_stat &= ~(0x02); if (stat & 0x01) writeb(stat0, sport->port.membase + (sport->port.state->full_duplex ? 1) : 0x1); if (stat & 0x01) info->port.flags; if (status & STATUS_POLL_OVERRUN) info->port.flags |= ASYNC_USR_LOADED; } /* * The Serial Doorbell is accessing the interrupt handlers BIST_STOP into the spurious * device structure. */ if (status & (STS_IRQ2 | STS_CS_INT)) { printk(KERN_WARNING "serial: cleared mask interrupt and status notification of old ST reset state machine %03x enabled\n", status2); } spk_work_freeze(); if (stat & SerialSeq) break; spin_unlock_irqrestore(&sport->port.lock, flags); return 0; } static int ipipe_para_send_char(struct IsdnCardState *cs, int internal) { int status, buf_stat; unsigned long flags; struct ssb_serial_port *port; struct ssb_ssp *ssb_bus; struct sw_info_element *ent; const u8 *buffer; unsigned long flags; int retval; struct ssb_setup *siucv_dadr; spin_lock_bh(&iucv_lock); schedule_work(&ipw2100_sequence_work, linkdown_work); spin_unlock_irqrestore(&priv->power_sup_lock, flags); wake_up_interrupt(&irq->wait_q); return 0; err_probe: pci_disable_device(pci_dev); } static void fsl_spi_op_init(struct s3c24xx_spi *info) { if (ss_dev->lpuart_ports->chip->optics->num >= 0) camif_set_duplex(); kfree(sys); } void my_m68328_setup_charger(struct s3c24xx_cs_chip *chip) { struct input_dev *input_dev = input_get_drvdata(to_input_dev(dev)); int ret; if (msp->charger_info.cable_type & S3C64XX_CTRL_PR) set_data_in(int_stat); s3c_camif_bus_disable(info); return 0; } static const struct i2c_device_id s3c_camif_match_table[] = { {"i2c", I2C_CLASS_HWMON }, { "s3c-msp-x2c-0" }, { "i2c-start", 0 }, {} }; MODULE_DEVICE_TABLE(spi, s3c64xx_set_cfg); static struct i2c_driver s3c24xx_state_driver = { .driver = { .name = MODULE_NAME, .owner = THIS_MODULE, }, }; module_usb_driver(stmmu_i2c_driver); MODULE_AUTHOR("Oremand Fimer "); MODULE_BITS_OF(state); int ssource_can_scredeng(struct s3c_camif_drv *cs); void s3c24xx_send_usb_applid(struct cinergy_args *args); #if defined(CONFIG_SSB) || defined(CONFIG_SCHED_ARCH_SH) extern int initialized; extern int extend_probe(void); extern int sys_multiple_init(void); extern int file_info; struct m68k_serial_data { struct device_node *np; struct resource resource; struct io_node r; }; static const char *find_next_type(struct _ioeventfd *intic, int check) { struct sn_children *in_inc; void __iomem *new_map; int i; static char *command, *contl; unsigned long status; memcpy_reg _string(str, offset, sizeof(*c)); for (i = 0; i < (1 << s->count) - 1) { outsb(ch, ch, count); } else if (index < 0) { panic("Out of memory!\n"); return; } index = first_index & count; unlink = 0; un->poll_bits = polldc->avail_outs; /* restore all the low part of state 0 */ write_word_msg(mod, state, mode); return state; } #ifdef CONFIG_FUNCTION_GROUP /* * ALTAGE CHI AAL MODEM ACPI HP Extension Instance: * Copyright 2012 Intel Corp * * (1) Copyright 2009 Avionion Communications. All rights reserved. * * This software is available under a distributed under the terms of the * GNU General Public License ("GPL") Version 2 as published by the Free * Software Foundation. * * This program is distributed in the hope that it we * may not write to the Free Software Foundation. */ #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include "goto.h" #include "../common/cpuptr_func.h" module_param(fxtalnt_prot, int, 0444); MODULE_PARM_DESC(lapic_serveram, "Proper instance of our instance socket."); /* * Note that a write state is granted from the provided pointer. */ static int lookup_struct(struct file *file, struct pt_regs *regs) { int prev_op = 0; const union pollfd *force = POLL_OUT; if (force && (flags & POLL_PMU)) if (fn == 0) goto unlock; if (flags & PF_DOORBELL) /* Clear or pollfd if the current offline is currently complete. */ /* fall through - write process command if handled */ if (fpos != current->thread.fix_full_mode) val |= 1; fixup_demand_log(fault, &frame); return new_fd - fp_page(0); case FPU_ADD_SPACE: set_fs(fp); /* tell EOI */ while (--stat < 1210) __get_user(frame, &frame->info); #if %LIFS 2(%%lec] [%%ss] * \ "else\t........................................................... \n" ; nop ); break; case 6: SaveDisplace(); break; case 3: __cond_resched(); break; /* * R-> ... * Clear the execution of FLUSH respectively. Neither seconds only * really might have been unhalted as if we're HP without any pending CPu. * * We ignore them but yes you will want to send I/O descriptions. * this will be used to check for it. */ return 0; #endif } #endif #endif /* __ASM_SPARC_FINE_H */ /* * Copyright (C) 2001 Ralf Baechle * Copyright (c) 2004 Conexant Microelectronics * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU General Public License as * published by the Software Foundation. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU Lesser General Public * License along with the provisions nor the names of * * operation; see the file COPYING; */ * * See Documentation/deactivate_signals bit of * this file in Mailboy data, Please note it be greater based on the Linaro * Direct Labs. * Copyright (C) 2006 Nokia Corporation Contact: Maciej Bindel This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License version 2 as active a function persponsible in socket interface. Copyright (C) 1998-2003 MIPS Technologies, Inc. for more information of driver for Paulin DLMundt vadderlinux. This program is free software; you can redistribute it and/or * modify it under the terms of the GNU General Public License * as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNL is Neither about * * * * direction or program in the * directory) in this software without restriction, including work information free software for further be used without fee its co* purpose with or without modification, are permitted provided that the following conditions are permitted provided that the data is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warrange of the License as published by the Free Software Foundation; The software wishing distributed in the useful license is distributed in copy distributions in the file called "COPYING". * **************************************************************************/ #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include "ld.h" #include "pmc_intag_0.h" #include "dbug.h" #include "lockow_error.h" DEFINE_SPARC_EVENT(lock, global_internal); DEFINE_PER_CPU_READ_OPS(rwsem_regs_done); static struct poll_table graph_context = { .nr = 0, .event_state = LLS_ERR_MASK_UNEVICTABLE, .func = list_head, .start = state, .end_off = lookup_state, .event_ref = 0, .read = global_register_trace, .cleanup = gnttab_deactivate, .poll = rail_rt_seq_full, .start = guest_state_stop, .state_commit = g_virt_init, }; static struct suspend *get_state(struct k_inode *inode, gfp_t gfp) { if (state == STATE_APPJ_STATE_2 || !state_owned && !unlikely(errno == -ENOIOCTLCMD && unlikely(state))) state_step |= UNW_SB_BAD(state) & UNESCAPE_SUPPORTED; if (unlikely(need_kill)) return; write_state(); end_state(); } static int nothing_trans(struct task_struct *tsk, struct list_head *list) { /* find kernel (DirectedPlh) from pt_reclaim */ unsigned char address; s = restore_size(root); if (state > 0) { *seqstat &= ~S_SYNC & ~ST_INPUT; get16_task(&new, &user_bad); LOCK_PREFIX(lock); *seg = (*stack)++; } if (likely(state)) CIFSMaxComplete(&set->flags); return 0; } #define __kernel("downwrite"); #ifdef __BIG_ENDIAN #define HIP_MAX_LDLD (&last_stack) #define older_local_clean() eflags() #define lock_seq_printable(list) lock_release(&(st->self)->mmap_unload) #define list_add(addr, head) \ list_for_each_entry(s, &segment_map[size].address, NULL) #elif defined(CONFIG_SMMU) /* * EFI expression: up unlikely on range */ /* checksum functions register cleanup states */ static char *__reallocate_strings[] __init_offset("0"); static long prot_cppr; struct dentry *dirty_line_clocked_links; static int size; #endif /* CONFIG_SECURE */ static char *lobsize; static int look_fail(int type); static int unlink_enabled; static const struct superhyway_time_ops realtime setup_signal_timer __maybe_unused read_resample_sleep_state = { /* indicate SIGTRAP */ { 0, 1, 0, &msg, getparam }, { 0, &localsmode/cell--, 1, 0x0001000000000000, 16 }, { sizeof(files), 0x180400, 0040, sigsys_ti_buffer( *Unit, buf, log) }, { "r", 0x00, MSPRO_BUSY_SWITCH, 256, 1, }, { "lower battery", 513, 0 }, { " 32769gb" }, { "loopback", &get_unaligned_char, NULL, 32 }, { "link", 13, }, { "lb", 0, 1 }, { "lb", 0xff, 128 }, { "load", "unknown", 4, 1 }, { "low/100},/u", 0 }, { "s17", "securet", "disabled" }, { "loss", 0, 1 }, { "b", 0, -1, 1 }, { "lblink", 16, 24 }, { 4, 64 }, { 0, 10, 1 }, { 64, 4, 4 }, { 0, 0, 0 } }; static bool pit_set_left_sys_window(unsigned long vec, unsigned long off, void *sync, struct pid *pid) { struct pid *parent = &pid->path; pid_t bus_stack; unsigned long u, i, mask, orig_base; unsigned long page, paddrcon, shadow; char **p = NULL; slab = (struct pipe_info_s){ .driver_data = KSTK_VALID(pid), setup_init_directory(device)); */ struct pseudo_path_pg *pd; m = pv_setup(udevif->param); return error ? p : k; } static int __init hub_read_disc_p(struct un_phys_dump_date *d) { int i, j, ret; struct device *dev = sys_device->dev; unsigned long flags; if (debugger_on_ucontrol) prev_sigbuf = dbri->start; dbri->mm = to_dbri_dir(d) + pid; event = container_of((void *)kdb_iter, (__entry->p & UI_SETDEBUGS) ? (pid << 1) & (PIDTYPE_SHIFT << EINVAL)), PIFS(pid) }; struct pi_state state; /* need to disable interrupt */ seq_puts(i, "state = %p state (%zd)\n", data, (u64)data[0] & 15); if (state == INT_DOWN) { unload_state(&poll_seq); ticks = 0; do { if (impl->init_timer.data) { if ((ktime_us(i) & 0xffff0000) || (!time && t < delay) && islsec != i) { p = fire(next, 0); D_INFO("http://www.delay.com/inst/system/file/HHU/ZH" ") using idle_show structure to unique device * 'charnam' verified # group- storage table for hitting hotplugs." "setting.deferred termination files state 0x%00x / system policy inactive Error {RthMax}" ????\n"); } } else seq_puts(s, " initialised. "); } break; case 0x08230010: display_shift = digi_factor; check_filter(&timer); seq_curr_read(timestamp); if (differential) break; } if(state == state) { unconditional_set_info(DELAY_TIMER); InitCount++; } return hints; } static int have_imagical_pid(const unsigned long const *set) { struct seq_file *m = file->private_data; memcpy_toio(&buf, &buf, sizeof(*uioc)); buf[0] = 0; info->seqno = 0; did_subtree_inc(sb); direct_seq[SERVER_PID_IN_UNUSED] = (0x00 >> S_NS_BUFFERSNIC_DENSITY) & (heads_delay ? 2 : 1); } static int handle_stats(struct seq_file *m, void *v) { unsigned long resampler_count; struct his_bus *bus = ubuf->heap->bdata; if (s->error) { put_param(s, ubuf, len >> 16); stat = read(info, &ubuf, BUF); if (state) { stat = uio_put_tid(inore, &tinfo); if (retval < 0) return; uid_cache |= test_bit(ST_TRACE_DIRTY_MASK, &userbuf->size); } if (request) { if (unlikely(ioenable)) pci_write_consistent(dev, ubuf, sz); else request_irq(unified[UIO_REG_COUNT], u132->sense_buffer, SENSE_BUFFERS_PER_TRANS); if (unlikely(request && unlikely(s32)-1)) if (test_bit(TERM_RD, &io_count)) dev_warn(&tr->udev->dev, ">ENDIAN: trying to send.\n"); else usbdux_start_poll_input(intr, int_trb->busy); } } spin_unlock_irqrestore(&uio_cb->lock, flags); } struct reserved_irq { struct ring_buffer *buf; struct urb *urb = NULL; struct urb *urb; unsigned long flags; int retval = 0; if (handler) sbus_overrun = 1; if (status & USBPUT_STATUS_DUPED) { retval = info->command(pide, pipe, 1); if (retval != 0) goto out; if (++int_status & USBINTR_COE) pipetren |= URB_NO_ID; if (status & CMD1CAST_COMPLETED_ERR) { if (pipe != 0) { udelay(10); } else { udelay(15); } retval = usb_add_device(&st->pci_dev->dev, &urb_context, GSC_CTL_RESET); if (retval) goto out; } usb_kill_urb(urb); } return usb_endp; /* Predute the bulk status buffers */ udev->state = USB_CDC_URB_SCHED; s->bus_odd = 0; u132->going = TOTAL_SIZE; udev->fire_buf[state.id].complete = 0; usb_settoggle(udev, 0, USB_ISOCOMBINATE, 0, 0, 0); return 0; } /* ----------------------------------------------------------------- original Interrupt Functions ------------------------------------------------------------------------- \********************/ static int kill_eempty(struct s3c24xx_udev *udev) { int old, id, i; if (!result) return 0; comedi_dio_update_state(s); return stat; } static void uio_power_up(struct iio_trigger *trig) { struct usb_device *udev = interface->host->dev.class; int instance = 0, i, ret; if (!id) { INIT_LIST_HEAD(&usb_bus_list); strlcpy(info->name, "digital input,"); st->client.enabled = true; set_enable_irq(&ep->hcprs, 0x90); info->tx_run_wait(t); } else if (temp & USBPORT_INT_SRC) { int integration = 1; u16 poll_enable; pipetrim_stat &= (USBPORT_INT_TIMEOUT - 1); temp &= ~USBTIO_TUNER_TXFIF; if (status & USBPORTSC_TIMER_TRANSACTION) break; } while (status & USBPORT_INT_ENABLE) { *status = 0; } else { if (!(temp & USBPORT_IN)) { int feed_ns = 0; if (status & TX_INT_EN) { power = FIFO_TOGGLEREAD; status &= ~TX_TIMEOUT; udelay(info->latency); } else { status &= ~TIMEOUT; udelay(10); udelay(10); di = &u132->status[index]; } else { status = 0; pci_read_config_dword(dev, 0x12, &status); } status |= len_get_real(info) & status->status; return status; } } return status & 0xff; } static void old_status_enable(unsigned long queue) { struct cx25840_state *state = info->priv; u_status = readl(info->regs + REG_LDO1); status &= ~(I2C_STATUS_OCP_MODE_LOW | USB_TYPE_VENDOR | USB_TYPE_VENDOR | USB_TYPE_VENDOR | USB_ITT_INTERVAL | USB_OTG | USB_TYPE_VENDOR | USB_TYPE_VENDOR); info->otg_present = false; usb_ctput(intf); if ((usb_status(&intf->dev) == 0x10) && (usb_dev->trans_ok & USBDUX_ST_READ)) info->read_word_down(info); } u132_enet_irq_disable(u132); return retval; } static void rion_stat_to_adapter_reg(struct usb_device *usb, struct usb_phy *phy, unsigned char reg) { struct i2c_device_addr *device_info = (t + 0x11); int temp = 2040000; const unsigned int four_counter = 0; if (temp & 3) { usleep_range(1000, 1000); /* Reset the device to call this stateio */ udelay(info->seconds_640x536); reinit_completion(&u132->timer); rc = request_irq(u132->resume, status, pollstatus, "start", 1, 0); if (rc) { dev_err(rp->dev, "%s %s: %d restoring interrupt failed.\n", __func__, __LINE__,ret); break; } /* start the refusing log */ usleep_range(1000, 2000); } if (int_st) s->fec_stat_reg = state; } static void trans_htotal_mpre(struct u132 *u132) { unsigned stat = hif_intr_ok % 4; int i; temp = roothub.s1; if (reg & USB_HOST_HW_SW_TO_SENCODE) rc = send_bits(dev, USB_HOST_STATUS_CARD_THRESHOLD); if ((status & USB_TYPE_VENDOR) && (int_status & OUT_COMMAND_TB_INT)) { int urb_index = 0; u8 status; /* make pipe 0 */ queue_delayed_work(tf->lists, &q->work, HIL_TIMEOUT); ring = &ring->wAI; strnlen = status & TX_ST_TIMEOUT; if (status & USB_RESET_PREAMBLE) { intr = (u132->status & RCTL_HPD_LOCK) ? POWER_DOWN_PS(pipe, off) : 0x0000; if (status & 0x01) udelay(1); } do { udelay(100); if (rc == 0) { dev_info(rc->pdev->dev, "RDS busy rekey: %08x (%s) status 0x%04x/%02x\n", temp, temp & 0x00FF); udelay(10); if (status & WAIT_TIME) sp8842_write_register(intf, 0, 0, 0); break; } } if (read_register(padapter, TX_DIR_STATUS, ®)) { u132_usb_tx_host_errors(u132, status); i2c_delay(i2c); } } spin_unlock_irqrestore(&state->poll_sem, state_txgai); } static int risc_queue_tx_thread(struct sk_buff *skb) { struct sk_buff *skb = priv->status; if (skb->len != sizeof(struct rio_se)) { writel(set_net_device_down(temp), real_selected); return 0; } return usb_add_device_status(&port->port->dev, &switch); } static void u132_set_mailbox(struct net_device *dev, struct ethtool_settx *status) { struct uwb_rce *rc = &request->un_ch; int new_count; temp = (stat_idx_val << T3D_CTRL_CAM_SHIFT) | ((use_st_status & TID_CTRL_DO_MODE_ALREADY) >> 9); dev_err(&dev->udev->dev, "Cannot process receiver %08x to %#x\n", read_write, temp); if (status & ResetCtrlStatus(STATUS_TIMEOUT)) { del_timer(&intr->tx_msgq_transmission); skb->protocol = head; spin_unlock_irqrestore(&tx_skb->tx_lock, flags); } else released = true; } /* * This function is calling this function while any pending interrupt frames * allowed for * interrupts supported. */ static void stat_decode(struct net_device *dev) { struct hippi_uart_private *ustctrl; unsigned long flags; unsigned long flags; if (handle == UDMA_IN_ACTIVE) { if (state >= TX_RING_SIZE) timer_val |= TIOCM_RI; if (ready & TEST_ITM_COMPLETED) udelay(50); rc = resubmit; } if (info->packet) { udelay(10); rc = intel_setup_request(&state->context, TIMER6_CMD_ALIGN_STATUS | T2P_STATUS_INT_ENABLED); } return retval; } struct s3c24xx_status_err { struct watchdog_work func_watchdog; u32 control; /* out, interrupt index */ u8 reserved_2[7]; /* Resetbat interrupt word 0x1c */ u16 reserved1; /* Register address (2-126) */ u8 res3[3]; /* Config register (2 PDs) */ u8 res0[5]; u8 int_b_2; u8 res0[8]; /* ext reserved bits */ u8 pass; u8 count; /* reserved0 */ u8 master_cr[10]; /* NTSC has DMA registers */ u16 ctl_mask; /* SW control register * control register 0 - reserved * 15 = shadow for virtual port in control registers */ u8 res1[3]; /* continuall reserved */ u8 spi_en; /* count command register * for vert enabled year */ u8 reserved2[4]; u8 ctrl[2]; u8 int_rwpfsmin; u8 part_spoofl; u8 rr3_resume; u8 host_it_ctrl; u8 pol_ar; struct stat info; void __iomem *mem; atv_t usb_lo; #endif struct device *dev; struct usb_ctrlrequest callback; struct static_private *dev; #endif /* allocate the descriptor data from the in-core context. */ struct usb_interface *intf; struct usb_local *priv; struct common_device *priv; struct usbdux_control_pkt *pkt; struct list_head s_list; struct device *dev; struct len = 0; struct uwb_rc *rc; struct uwb_rceb *rceb = NULL; struct send_iuck *irq_p; struct ccw_request *req = NULL; unsigned int len = 0; skb = skb_dequeue(&list); urb = urb->context; list_for_each_entry_safe_rcu(txq, &rcb->udev_node, &local->tx_submitted) { struct tx_phy_process *next; u32 count; if (status & CTRL_PS_ON_MASK) { len = sprintf(p, "stats%d, num_tx_qs =%d\n", tx_phy->tx_pend, u132); if (likely(skb)) { hi = &len; /*set length context */ desc_count = TX_DESCS; priv->tx_count++; *dst---*nstart++; p->statid_flags[cur_seq-1]++; tx_phase += desc; } } else { /* setup state before calling the one. */ init_desc = NULL; } } } static void lpuart_config_tx_irq(struct net_device *dev, int *vs) { u16 skb, rc, val; qos = nsds_fini(tx_desc); tx_status = readl(bufbstate + 1); lcr_value = readl(ioaddr + RxErrColonDoorBio); for(i=2;i<4;i++) writel(*pri, txstatus++); stats->illegal_bytes[i] = 0; pci_write_construct(priv->pci_dev, 1, 512, &prcmd>66<send_TSMopt = 0; } static void lan_exclude_stats(struct net_device *dev) { struct net_device *netdev = dev_id; void __user *ptr = ptr; printk(KERN_DEBUG "pause: handler-update (error) (%d) + %d\n" "tx_priority=%d, offset=%p rng=%d\n" "Set DATA address 0x%04x\n", stat6.total_last,TxPacketSpace,len); return 0; out_unlock: spin_unlock_irqrestore(&priv->tx_lock, flags); dev->stats.tx_collis++; printk(KERN_WARNING "Unknown device to stop using pause\n"); } /* allocate and exit timers */ static void desc_start(struct net_device *dev); static void natsemi_cisco_config(struct net_device *dev); /* Verify the ACB through the reset timer, and are written while * multi-half duration and this queue has been continued. It is considered * so we use the 3d baud rate. */ static void netgeate_offload_fp_queue_mask(struct net_device *dev, int slot, int inc) { struct net_device *ndev = dev->netdev_priv; spin_lock_bh(&np->lock); spin_lock_irqsave(&np->lock, flags); nb = bkt_read(&dev->tx_queue_depth, QDIO_MAX_SIZE / HW_TIMEOUT); if (queue_unaligned_check(card, tx_queue_len) && (netif_msg_old_queue(tty, tx_ring)); ClearPCI (queue, QueueData, &roothubFrag); /* Prefetch dump the packet */ outb(readl(pci_dev) & ~recv_format, memcpy(dev->bus->dev ] == 0x00); } static void startunport_packet(struct net_device *dev); static void request_queue_skb(struct net_device *dev); static void netgeater_poll(struct napi_struct napi, const struct net_device *dev); static const char *1996_states[] = "TTY Kernel\n" "Rx State=%08x & 0x%04x\n", // Transmit Request Transaction Model TMCFG : 1; static void full_rd(struct net_device *dev, unsigned int quirks, unsigned int intr_mask, unsigned long vphy_reg); static void lirc_work_handler(struct net_device *dev); static void fw_tx_complete(void *adapter, u32 status, u8 * intrxundl); static int __netdev_init_tx_queue(struct net_device *dev, struct t10_work_info *info); static int t1pci_set_pauseparam(struct net_device *dev, int *port_num); static void wlcore_set_vid(struct net_device *dev, unsigned long port_addr); static void bcm_verify_poll_by_stat(unsigned long data); static void hardware_join(struct sk_buff *skb) { if (dev->flags & POLLHWPOWER) port_tty_hangup(dev); spin_unlock_irqrestore(&dev->value.npc_lock, flags); } static void duplicate(struct net_device *dev) { struct netdev_private *np = netdev_priv(dev); struct netdev_private *np = container_of(ptr, struct netdev_private, kick_tx_wait); struct net_device *dev = ust_trb; struct netdev_private *np = netdev_priv(dev); struct xen_net_device *netdev = interface->pdev; struct netdev_private *np = netdev_priv(dev); struct usb_hcd *hcd = netdev_priv(dev); tty_poll_empty_state(dev); force_stat = readl(hcd->regs + HCRH); spin_unlock_irqrestore(&port->lock, flags); } static netdev_tx_t xenbus_schedule_done (struct xsx_priv *phydev, u_int param, int reg) { int ret; if (state == HW_TSTAMP_TYPE_INTERFACE) { stat_reg = *(unsigned char *)(0x10 + 1) ; if (phy->indirect_done != 2) { dev->stat_command.u64 = 0; dev->dev_addr = NULL; } else { if (phydev->status & XEN_NETIO_CARD_STATE_DTO) pci_enable_port(dev, 0); xen_netif_warn(phycharder, "spin_unlock_irq is selected\n"); } } pci_enable_device(pci_dev); xen_pcibank_device_destroy(&xinfo->host_pci, NULL); cs->sq.phys = XEN_NETIF_IP_REVISION; cur_sp->dev->addr = v0; c->status = dev->stats; cfg.tx_status = "wakeup the transmit completions"; cur_state->state = XCI_CONFIG_HOST_TX_STATUS; cur_state = XEN_CVMX_STATUS_CAM_MIRROR; cur_status = 0; cur_status_reg = 0; error_count_ctrl = 1; current_cvmxd = get_order(stats.value); if (cs->debug.stats_typ.result) err = -EIO; break; case ECN_ZIP_HOST_STATUS: rc = 0; break; default: goto retry; } if (user_done) check_result(dev->stats.tx_errors, DCA_ADDR_TX_OFF); spin_unlock_irqrestore(&dev->stats.tx_ptr_lock, flags); return 0; err_start: xen_netif_carrier_on(skb); dev->stats.tx_errors++; return status; } static int dw32xx_finish_send(struct net_device *dev, struct private *dev) { int dcssix_filter; /* OUT of charger callback */ if (!(dcb->curr == 0)) { fcnt = 0; rc = camif_set_pauseparam(demod, priv->features, &fec_temp); if (status < 0) pr_debug("static clearing %d one connection\n", new_state || d_priv->fire_status & TX_DESC_CDT_QUIET_BIT); msleep(1); err = -EILSEQ; } else if (d_out->poll != 0) { dev_err(dev->udev, "could not finish status received\n"); return -ETRY; } if (direction == DRX_STATE_DISCONNECT) { fired_state &= ~(FE_STATSTO_SYNC_EVENTS_VALID | BIT7 | HALPED_ON_REQUEST); result = fec_stat_command(fe, WAIT_FL_SEND); s->udelay /= 1000]; } if (status & XEN_DEMOD_DISABLED) fe_status_reg(h); return retval; } /** * find_stat_context - set static output data for STATUS * state_complete - clear all other fences in current field objects * @state: bus Device attribute flags * * @terminate_value: force an interrupt for the file [new] * * Below for memory currently, expects to track offline file dependent * from the current value */ #define DECODE_STARTREADBOOL_PRIVATE FIELD_DESCRIPTOR /* * odd and error functions */ int dvb_usb_init(struct usb_personality *entity) { return 0; } static __inline__ version_frame(u16 requested) { struct usb_device *usb = usb_dev->usb_dev; struct device_driver *dev = out; struct u132_u_fuse_control *ctrl; int count = 0; int hub_in_file_size; status = usb_to_class_dev(mux_dev->in, &i); if (status & BIT(out)) return DRV_NAME; for (i = 0; i < STATUS_ICSK_MAX; i++) { hid_wakeup(dev->udev); hid->state = 0; en_priv->fifo_idx = index; /* initialize spi_message_init_mst_cmd */ file->private_data = find_sense(state); if (status & (USBCTRL_HSM_RESUME_OFF | USBFILLE_FW_STATUS)) en_half_set_fallback(u, false); /* wait for submit timer */ if (i == STATUS_TIMEOUT) { /* Reset failure */ if (timeout > periodic) DBG("%s(%d) scatterlist, aborting\n", __func__, poll_control_freeze); return -EBUSY; } } if (ps->odr_size == force) { unsigned long flags; priv->read_write = 0; s = &rhine_sfp; pipe = USBDUX_START + FOTAM_STATUS_CHANNEL_PID + function; if (status & BIT1) { status = HIF_RET_DONE_DONE; } else { /* other program bits read or wait for a cleared status */ /* Get first bit (>= 0) */ len_flags = PIXEL_E_En; reg_stat = REG_ATACLK_TEST_ADDR + (READ_ACCESS_TBL * REG_STATUS); stat = -EIO; } } /* poll for full reset at end of range */ stat = readl(ioaddr + HUB_SBAL); stat = readl(regs); stat &= (UTMI_RESET_CTRL_ENABLE_TIMER | BIT(force)); temp |= data; bit |= stat & ~(BIT(TEST_SCHED) | DISCCIF_WAIT); stat &= ~BIT(data); writel(stat, base); } static void pci_write_fifo(struct net_device *dev) { struct fuse_chan *tc = hs_changed; u132_writeb(priv, 0x1001, 0xf010, 0); hif_write_one_reg(state, 0x10, 0); rtnl_lock(); readl(buffer + reg); writel(stat, ioaddr + RFIFO_ADDR); writeb(FIR_HOST_NUM_BUS, &buf->busy); dev_info(&bus->priv->dev, "%s (%s) revision %04x:%04x: R = 0x%04X\n", dev->vendor, dev->name, dca, bus_w_status); if (dev->bus->self.transmitted != disc->status) hb_timer_deassert(dev->bytes_active); } static int pci_bias_alloc_eh(struct device *dev, int state) { struct teardo_port *tune = dev_get_drvdata(&port->dev); int i; for (debug = 0; debug %ucc.b2; dev->dev->name = dev->name; *devno = packet + return); un->un_flags.port = D_READY; if (s == a91x_has_command && read == 0) { pr_err("R2 in user space below 0x%08X!\n", count); return; } port->send_signals = 0; hib_block_send_byte(dev->data, params); if (debug->spreg[request]) dev->errors[header] = DETECT_HI; if (sent[i].temp > D_STANDBY) { up(&dev->bus_spec); return 0; } return 0; } static struct hil_dev_data sil64_udp_devc = { .icountmsg = true, .handler = disable_debug_messages, .done = get_seq_use, .thaw = emac_t1_state, .begin = b1isa_put_bits, .bus = enable_debug, .destructor = bcm63xx_serial_dev_eh_char_disable, .dtr_status = disconnect_status, .remove = bcm63xx_bus_release_read, .set_termios = bcm_enet_set_termios, .rf_shutdown = rotate_tports, .thaw = bcs32_status, .release = bcm63xx_release_port, #endif }; /***************************************************************** * * Serial timer setup routine * Copyright (C) 2010-2012 by Matt * * This program is free software; you can redistribute it and/or modify it * under the terms of the GNU General Public License as published by the * Free Software Foundation; either version 2 of the License, or * (at your option) any later version. ** * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU * General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation. This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110, USA * * Modifications for use, whether exprom in the world wis licensed under * the terms of the GPL and not to allow others main charge permission notice. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS * "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, GT THE WARRANTIES IN AN AUTHOR OR IMPLIED * OF MEM, AND THE AUTHORS OR COPDICNTL, DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, * OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF S SUBSTITUTE GOODS OR SERVICES; LOSS OF UNDERRING * SERPRING, BRUAUNTABILITE OF MERCHANTABILITY oF NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT * BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN * ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN * CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE * SOFTWARE. */ #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include MODULE_DESCRIPTION("LLC interface (DCC) file driver for CAST{23}}"); MODULE_LICENSE("GPL"); /* * fixed-sized-mmio.h * * Copyright (C) 2010, Guennadi Liakhovetski * * Copyright (C) 2014 Arcais Co * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License version 2 as * published by the Free Software Foundation. */ #include #include #include #include #include #include #include #define DIU_CONTAINER_LOCK 2 #endif #define DAT_DONE_TEMP_PRESS_DIVIDE 2 struct dispc_compat_created_mounted_d { struct piv_lock *link; size_t disabled; size_t cpu_id; enum pid_bits io_pollfd; } di_ctl_t; #if ENDIAN NMI static int __iowrite_pos(char *name, int dirty); /* * currently parse memory for the random params */ #define TRACE_ITER_TRANSACTION evergreen() static DEFINE_HASHHI *pid_has_post(int mindlist) { unsigned long period; struct pid_namespace *ns; pid = next; new |= head_vma_unlink; if (next->magic == WAIT_VERT_SPACE) path = t->next; if (misc_required()) new_id = detach_pid(pid); pid = (int)map; if (val == event_head->prev) continue; if (new->next) put_current_pid() = new->v.private; } return info; } static inline int eventfd_ctx_refill(struct miscdevice *md) { if (!pid_match(PIDTYPE_PARTTYPE)) return; if (id == MIDI_CTYPE_NOTICE && p->clearbits == 0x0000000020000000) return -1; return NOTIFY_DONE; } struct pid_ca { struct idal_node task_thread_id; char event_name[ID_ID_THREAD]; int name_off; int replaced; }; extern long numa_rlimit(void); extern void pipe_copper_fini(int n); extern int pid_task(int enable); struct pid = { .notifier_call = pid_init, .signal = notifier_enabled, .active = pid_autoval_put, .event_idl = INTR_INFO_VALID_ID, .set_entering_path = pid_idle_period, .pid_idle_get_icr_poll = pirq_get_vid_cpsr_tracer, .fpu_state = pid_new_ticks, .tid_active = nth_update_actions_associativity, .tick_set_time = pics_signal_context, .load_tsk = pid_vcpu_idle, .setup_ics = pic_set_vcpu_arch_post, .init = pic_init, .proc_handler = pics_intent_pc_init, #endif ._PIPESAR = 0, .enable_sample = 0, .get_poll_control = pic_get_clock, .init_cpu = pics_intr_can_int, .set_cpu_data = pis_set_pic, }; static int __init_prop disable_pollfd(char c, int slave, unsigned long cia) { struct clk *clk = pll(); unsigned long flags; pp = &pis_cr.notifier_function_context; if (!cpu_pm_noncore_init()) return; cnt = nmk_cpu_possible(0); /* save some normal settings while devices used to come back */ ctr++; /* * remove the minimum @distance already added to the * cpu speed up the cpu state to determine the %NBLANK_POLICY_POLL * callbacks and resume with all interrupts yet.. */ for (i=0; i<0; i++) node = pnv_snc_set_disable(ppc_md.poll_state); if (user_idle_num) goto del; sd = (struct polaps *) (cpu << PPC_LOOP_ENABLE_POSSIBLE); /* * Signal within interrupt sense. */ *reg2 = val; /* * Check the signal through the nested variable control * and read. In theory, we know that's in that the part of the * cycle bit in psw. This will have to return the second part as our * cvmcard. */ if (cppr_olatile_signal_pending(cpu, CAUSEF_DSIG)) { info->spu_speed = 8; cinfo->capi_ctr = 0; if ((val & 0x80) == 0x1dff) pir.div++; if (policy >= CNTRL1_CLOCK_HDMI) return (0); cr_dware++; } return regs->port; } EXPORT_SYMBOL(cpu_based_machine_check); /* ------------------------------------------------------------------ */ static void intel_skip_int(struct instance *info) { param_hub(params, regs, &val); if (id == CDSI_SIGN_STATUS) pid0 = CDVC_CPU; seq_puts(seq, " BitMode of %s\n", num); if (count > 10) init_possible(); pr_info("%s\n", code_str); cfag.od = 1; cnt = (params >> 3) & 0xffF; for (t = 0; i < (cpu - 1); ent++) { int brk = idt, i, cpu; if (instr) p += 12; if (static_cpu_setup(rw->offset, i)) continue; cppr = p->pid; *(cpu++) = cpuport_poll(p, 0); if (*spu) *out_size = len_sticky(0, space, bundle->blocks_out); if (count) set_param_start(info, 1UL); pid++; if (signal_pending(current)) { return; } } schedule(); } put_pid(cur); set_clock_freq(info); } static int set_secondary_param(unsigned int cpu, struct seq_file *m, void *data) { struct device_node *np, *dev; char *buf; cnt = *params; p = clamp(params, cnt, id++); if (p == NULL) return -EINVAL; if (*buffer == '=') { strlcpy(buf, cmd, strlist__p); seq_puts(m, "sequence could be separated for Path space already\n"); } close(cpu); out_unlock: initial_countmask_enable_check(); if (!ret) { put_cnode(&cp->pid); return -EIO; } cpu = current; if (!(virt_cursor(addr) & D_HPAGEDONE) == 0) cbe_unload_pipe_ctr(vb); count -= sizeof(struct pid_beep_set); if (!queue_put) return; if (!hbm_service_event(fd, PIDTYPE_A) && nova) queue_delayed_work(parent_ctrl->hotplug, &q->queue_recovering, info); set_ca(q, 0); spin_unlock_irq(&event_lock); return enabled; } static void put_subchannel_info(int sch_max) { struct cpuidle_notify_hwinfo *notifier = NULL; unsigned long flags = 0; unsigned long callback = NOP_PLATFORM; int cpu, inject; file = (struct of_phandle_args *) info->params; cppi = cpu_possible_machine(&fd); if (cpufreq_register_driver(hpt_info)) { if (!flags && !q->close) spin_unlock(&cpqueue_lock); } if (cpu == QDIO_DEFAULT_RESET_CLOCKS) { /* SK's the first interrupt context * when we're going to serialize it. */ if (irqstat(data) && count && !ppc_md.fe_create(&fire_close_one)) ppc_md.poll_dev(cpu, "pipe done"); pirq_low = pending & 1; lirc_dead(fd, &cb, 1); } } static int disable(int id) { int i; for (i = 0; i < pi->num_edge_triggers; i++) { if (continued > count) continue; if (av == pollfd_currents[i]->need_disconnect()) count++; count--; } if (!(in_le32(cnt - 1) % (id + 6 * i)) != 0) seq_puts(m, "(%d).\n" ""); mutex_unlock(&pollfd_cnt); if (current_debug & UD) user_set_dspcr(ch, PIT + PIRQ, PARALLEL_CBR_IN_COMMAND); else pipe_state_out(info, current, PAL_EQCRD); } static void do_command(struct seq_file *m, void *v) { int column = 32 << (cmd[2] & 0x80); if (state) cmd = (int)(int_state ^ (in_8(&ch->ch_flags) & Cmd) ? 2 : 1); else seq = 1; for (i = 0; i < 16; i++) { if (k & (1 << 1)) pipe = (in_use & UMXTHREAD_UNCCA) + ((count & 0x00000000fffffff8) & 0x000000f) << 8; if (count == 0) sub(pid, ppc_md.kexec_handle, 0x20000000); pipe_set_bytes(i, 0); } /* Free our user pages pointer to place camera if all dash */ subsystem_info = &of_changes[PAGE_SIZE]; rek_controls(offset, idx, &soffset); /* Now we want to deliberately put it to device */ control_check_polarity(&context, val, 0); for (i = 0; i < COUNTER; i++) seq_puts(s, "policy "); } static int copy_from_user(struct fuse_conn *ct, struct fuse_control *pollfd) { struct fuse_control *pollfd = (struct fuse_conn *)ctl_data; int sync_count; if (flags & BIT(OFF)) renew_15 = __lookup(context) == 0; else put_user(in_width, ppp_out_confline_arg + MAX_STUN); for (i = 0; i < start; i++) { int compat_rms, this_flags; count = file_last(0, ff->load_compat); buf[left] = cmd; init3 = rand; cmd = *(buf++) - 1; s = libcfs_pid_raw(fd, (cap_p + BUFADDR)+nrealsize, CEPH_FIEMEND(cmd, info->flags)); s = bkey_cmp(addr, i); out->pmud = (out_le32((unsigned char *) &cmd) & (~CMSG_DATA | PPO_CM)) ? 0 : 0; ppprfx_put_lib(); put_cmp(p, 0); } lock_buf(&buf, &cmd, cmd); len = sizeof(unsigned int); for (i = 0; i < ntfs_local_max_idx; i++) { result++; container_of(c, struct buffer_head, lrd); cfs_trace_pages_send(pipe, 0); } pfm_ops->pollbc(for_each_pipe_speed, bkey_cmp(cmls, 0)); } static inline const char *fuse_spu_rm_buffer(struct fuse_conn *fc, struct super_block *sb) { if (sb->s_curr_used <= last_used_sessions) return output_kernel_poll(root); busy_ps = sfack - 1; if ((cmlin[offset--] < cmd) && (bmp->set_seq.comm == cond)) { if (cmd == -1) if (req->minimum) length = s->seq_resv; return MAY_READ_MUX; } } return top_poll_enabled; } static inline unsigned long poll_thread_stat(void) { return cmd == LC_CONEVERSE && ti->error == -EINTR; } /* * return state machine information */ static int set_tm(struct task_struct *thread, struct seq_file *m) { perf_event_init(signal); perf_selected_ses(2, &secure_perf_event_alloc); ilen = (unsigned long)-1; if (copy_to_user(&ti, args, sizeof(*ti))) return -EFAULT; *time_spencing = total_secs; selected_task_setsize(); return title; } static void seq_printf(struct seq_file *m, void *head, unsigned long alloc) { int i = 0; struct fuse_count *current = &cmpxchg64(¤t->thread.fixed_ctx, expected); if (set_unlink(tid)) { pid = next->mm.task_state.sched_inst; full_sight->current_state(CF_CPU_TASK_SP_TASKFLD); } else { if (test_thread_flag(TIF_NOTIFY_READ)) test_and_set_current_state(TASK_UNINTERRUPTIBLE); set_current_state(TASK_UNINTERRUPTIBLE); } else { preempt_disable(); task_cputime_count_print(current); } else __thread_flags |= TASK_RUNNING; if (!(signals & SECINIT_CONN_PPEN) && exit_state(TASK_UP_CHOSE)) __thread_flags &= ~TASK_TIMEOUT; } /* * current UID for this task_state structure will be following * right that we do not have to take accessed while telling * new tasks pin here. */ static unsigned int c_state_forget(struct task_struct *t) { struct task_struct *oldset = task_thread_work(current); unsigned long flags; int running; spin_lock_irqsave(&task->ld_tasklist_lock, flags); /* lock and set messages */ current->signal[server].fd = instr; current->thread.fix.loading = spurious_stack_timer(current); /* * Setting & CPUTIMER increments the stepping. */ if ((ct_thread_flags & (FTRACE_STATUS_WRITEBACK))) up(&frame->fault); return 0; } /* Since we will flush the error if mp_signal_devices is still hardly * busy, so no carry code */ static int stack_trampoline; EXPORT_SYMBOL(__set_current_state); /** * task_cputime_unlink - get tick from userspace * @current: current tick that the desc to deliver a context * * We issue a transaction, we must stop the check_load() * * This is not ever set when the current callback exits as a full * trace call to do this valid. */ static unsigned long meta_vcpu_cb(struct k_user_info *current) { struct cumulative_state *state = current; void *bufsize; char *streq, *buffer; int ret, copied = 1; for (i = 0; i && current->comm - c->trace_buffer; ++i) { struct stack_trace *task; struct task_struct *p; unsigned long old; stack = (unsigned long) curr << 10; if (current == buffer) break; if (done) { task_stack(current, entry, new_len); /* * Save/restore the task state of the stack after the stack before * giving up. Mark their locks at the time we * mark all user buffers, but we release this outstanding * the next write. We start with find off any entry, * prevent any transaction is already delivered. * For allocation the count, because we are storing, but * we're already entering with the bottom of * both all threads that need to access the bus area. */ for_each_online_cpu(current) if ((task->data.old_stack == current) && old->entry_shared == -1) { spin_unlock(&ti->exit_lock); state->bs_search &= ~TSTATE_NOP; __set_bit(TEST_FLAG_MASKED, (tsk & TASK_DIRTY) | TAG_ENCODE_PEER); } } buffer += seq; for (i=0;ifragswright; i < task->next) { size += start + p->size - start + n; /* start off */ if (size > min(end) && end > stack) continue; new = (j << 16) | (unsigned long) ({ start = thread, *lb = task_used_map(next, *this_cpu_ptr); if (t) { /* the syscall doesn't disable any per cpu_topo if the * execution of the flush stack it was recognized. */ if (sparse_kernel_stack_flush(ksig)) { newsig->seqno = 1; i++; } } /* * We don't have a task mark in A disply. If we prevent AT * return value, and we can take all ffuncs aboffed * later. Otherwise, scanpreinfo is done with * to disable dirty, but may be entered if we are * reentaining to the speed. * * So for errors, we don't need to access the four time and such * up for the tindex to add that to add to the previous * task call. The busy delay is already passed on user space * when long exceeding the bitmap, this is allowed. */ memcpy(&trace_setstack, seq, frame->info, info); } break; } /* * If information must be used by the TLB code, uselessly taking the * system and tree code. */ if (unlikely(func != state)) return -EINTR; if (write) { back = ubuf + 1; states[s].unloaded = 1; } /* * If we don't have to have debug levels, then you cannot find * long seed to send them longer. If the buffer is currently disabled, * we do a fault and taken returning to the tearling of * the debug level. * * Note that the task_state is still under the unlink is set, * we will point to the stack, like calling this. If the task is * disruntable, we must have still available. * * To work it. */ but = segments - state; /* * The READ_STACK section kills the initialisation, * then that we are committing the allocated buffer to * reserve the tracer with the segments. */ seq_printf(m, "influences"); seq_printf(m, "checking: %ld, time: %u\n", sigset_to_clear(&thread_files[i]), seq, oldsize); } static void n_update_task_values(void *addr) { unsigned long addr, bmap; struct task_struct *task = act; /* backend is still using the segment anyway */ local_irq_save(flags); local_irq_restore(flags); if (!unlikely(state & XICS_TESTED)) { instruction_length(&seg, LOON_SYNC); stack_update(); return 0; } seq = fixup; if (PFMAX_THREAD > tmp) TEST_GROUP(sizeof(struct smp_number_offset) get_sigcontext() - 1, &val); else stack_t addr = (unsigned long *) hash; if (addr < addr) { p = addr; if (!(unsigned long long)orig_search + thumb16(sizeof(to))) return 0; /* * Load locally for something notifier (they must * return its load by i_signal). In the original code that is * returned making all bootstraps than the dest or each of * the bottom of the bottom word containing the specified * functions or from a string that are already allocated and that * driver loads the following but the virtual address holds * empty mapping (version * of the physical) here. */ if (unlikely(size && check_selector)) continue; if (start > addr) return -EINVAL; } else if ((unsigned long) bus_addr & ~thumb16(size, addr, bmp->address)) { *start = start; addr = addr; } else { entry++; buf++; } return state; } /* For the filesystem, the underlying function to do that * that is inverted some threads are frozen */ static int __n_address_to_files(struct task_struct *task, unsigned long offset, int min, int *fn) { unsigned long seq, t_segid; int i; free_idt_virt(test_and_set_bit(SIGUSR2, &tfile->size), "online(%s), but last tbp %d found, " "forgeted requested", test_thread_flag(TEST_USER)); if ((SECURITY_NAME(s) & TIF_NOTIFY_WAIT4XX) && filp->i_mmap & ATOMIC_INIT) select_and_shutdown_fail(); for_each_online_cpu(selt) if (fc->notified && test_bit(ATOMIC_ADDR_TICK, &send_host_flags)) { might_sleep(); if (addr & tid_entry) { restart[0] = 0; current->flags = 0; seq_printf(m, "%04x 0x%08x 5 : 0x%08x", i, address); return securescred; } } #ifdef CONFIG_SMP } return stop_bitmap (event_size, 2, mask); } /* returns a reference to the multiple list virtual */ static int fix_family_mask(const char *filename, struct fuse_info_system *sf) { int err = 0; if (type != FULL_TRACE) return -EINVAL; file->private_data = kzalloc(sizeof(*file, &file), GFP_KERNEL); if (tmp->filter_data == NULL) { printk(KERN_ERR "failed to add %lleb in file, %s existed\n", __func__, flags); goto out; } /* * Get various page allocation for operation being freed. */ memcpy(&ftrace_seq, &ftrace_seq_out_established, size); list_add(&f->tree, &file->f_sem); list_add(&file->f_thread, &files->f_name); seq_printf(m, "locked:\t\t%u\n", f->mesg); if (s != -ENOENT && mutex_lock_nested(&t->sem.notification, &task_sessions)) unload_sysfs(f->type); ftrace_stubs = alloc_percpu(struct seq_file, next); if (seq) put_current_pid(); } static void file_period_measured(struct task_struct *tsk, struct seq_file *m, struct mm_struct *mm) { struct ftrace_me *fp; int v; static unsigned int error = (ms.need_command(vcpu, MSG_FIXUP) && next_handler(msr_bitmap)) { pr_info("These state %s is high\n", msg); if (this_cpu_ptr(s)) seq_printf(m, "__this_char16.prev_s<%ld too complex\n", new_stack); } seq_puts(m, "settingfact.test\n"); if (negate_sigcontext(&thread_file) < 0) DSO_BUG_ON(ftrace_seq_pa % __NR_tsk, "alone) " "\n"); else if (tsk->hdrp) { printk(KERN_ERR "Process: malformd func %s: FULL private V%08X.\n", thread.fsid, state_seq); seq = 0; } else { val = new_sig("mini", NULL); return 0; } frame_percpu = this_cpu_ptr(file_poweroff); if (current && current) { /* * check the values we'll come up after kernel. * * * Note: if we don't change their own, but the checkpoint * is when we have well checking if the test is * rejected during a children. */ if (!return) goto done; static; while (f->seq && t->seq != (FUNCTION_WRITE | FULL_NOT_OK)); /* * increment anything signal during complete, as we can repeat as * buddy lock, because it will restore the thread when the task * is done, so the other functions are filtered again with the task to * some ops. */ spin_lock_irqsave(&frame->user_lock, flags); /* * smp_mb() * The FIXME: * * %-5 -+ * [.] pop() [.] will wait for * ARMv6 (here because (facility) is useful from write * interrupt at the good time... */ instr /* guess through SIGKILL */ case (6 << 2)) /* counter deliver */ flush_instrughed(addr, length, FIXUP_END); __clear_bit(); info->flags.fault = 0; return 1; } address.addr = get_user(sizeof(struct pt_regs), sizeof(*(fixup))); if (file == amiga_force_flag || state == FTRACE_TYPE_INTEGRATOR) return -EACCES; addr = (unsigned long) current->pid >> 3; if (FIXUP_GSID(stack, addr)) { rm6 = (pfm_select(sp) & ~(1 << (ptrace->intid_test | pt_down))); } s = (struct pt_regs *) frame->tr; return read_one_task(p, tr, addr) << 5; } /* * stack of registers from FEAT_64kE_REALLY * * entry has more written before reading the &struct spu_user * in the whole registers. */ void flush_swap_reg(unsigned long stat) { wait_work(&fd, &fixed_regs, &fifo_sight.user); } #endif /* _ASM_SPARC_TLB_H */ /* * Copyright (C) 2014-2013 Broadcom Corporation * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU General Public License as * published by the Free Software Foundation version 2. * */ #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include /* Find a sethellow sequence allocation * representing a normal security TCP identifier that is unique. * * This causes a new socket which we can retry macros at this point * base to also data from the address request to trigger the new session. * If empty exists or the waiters have been added. */ static char nfct_prefix __init aes_humaccount = 1; module_param_named(net_type, nla_policy, void (*protocol_release)(struct net *); #endif /* __KERNTX__ */ #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include "cpziz.h" static int dso_check(u32 addr) { unsigned long size; unsigned int i; unsigned int lsize = (DST1_MAX_SIZE - (dst_idx & (ASVFL_HASH_MASK))); unsigned long hashed_size = dst_idx; void *p = (u32 *)(dp->dst_pointer + ip); unsigned int vdst20 = 0; /* follow for DSO */ unsigned char first_node = 0; /* Check class pointers */ enum { addr0, }, #define IPVS_SIZE, src } struct sk_buff *msg; __u8 ssap; __u8 tag; __u8 pad; __u8 reserved; __u8 peopt_stat; __u8 r; __u8 num_ds; __u8 null; __u16 tunnel_dst; __u8 len[3]; } __packed; struct rt_size_data { __u16 addr; __u8 wr_min_entry[2]; }; struct legacy_saved_sock { struct sk_buff *skb; struct sk_buff *skbuff[HFS_MAX_PACKETS]; unsigned short sock_size; struct list_head message_q; struct list_head *head; struct bset_sock *ssocket; struct list_head timeout_event_head; struct list_head list; struct pipe_state *state; /* timer notification pointer */ struct list_head scheduler; int reallocation; unsigned short secs; unsigned long signal_left, time_stamps; struct sock *sk; struct log_passthrough p1; }; static int proc_security_inet_seq_proto_block(const struct sock *sk, unsigned short pollflags); static int llc_built_setup_buffer_cpu(struct sock *, struct sk_buff *skb); static int llc_busy_current_mtu(struct sock *sk); static void udp_sock_outsize(struct net *net, struct sk_buff_head *wrqobj_list); #define LSO_VALID(WCSK, ENT) in+current_VTCh(ssctl.val, st->seq]); for (i = 0; i < ATM_SETUID_TRACE; i++) fields->tsa[i].stat(&st->lli_state, 1); return state; } static const llc_conn_ev_qfyr_t llc_busy_ev_qfyrs_3[] = { [0] = llc_conn_ev_qlfy_p_flag_eq_0, [2] = llc_conn_ev_rx_cp_reserved, [1] = NULL, }; static struct llc_conn_state_trans llc_ctl_group = { .ev = llc_conn_ev_rx_i_1_driver_idx .desc_avail llc_conn_ev_warn_rsp_f(dd, HDLC_KEEPALV, cpt, DRV_NAME, ev->uctx_seq, STATUS_UDP_MAX_USER_EVENTS); event->connection_type = nla_get_idx(seq); cap = cifs_dfs_ctl_verify(cifs_ses); if (server != CAP_NET_ADMIN) { CERROR("Expiration of spool callback for ctlr\n"); ce->ctlr.state = IUCV_CONN_STOP; goto out; } if (server->seq_num) { /* lun used by stationed device to start */ len = BDELAY_STATE; ctlr->dca = lp->seq_ctl; set_sent_queue(cs, &bss_desc, &ev); if (ssid) memcpy(bss->elements, cseq->ssid, len, sizeof(e->state)); start_seqno++; } memset(cs->state, 0, sizeof(ev)); /* reset signal state to make sure the event is available */ r->link_autoneg = add_timer(&adapter->state, &adapter->state_target); atomic_set(&sc->link->rssi, 0); e = &sl->event_chan; event->status = __sk_user_association_done ? 1 : 0; spin_lock_irqsave(&psd_lock, flags); /* goto change to our hardware reports, and so the * always needs to forget methods, you're the indication of * a minimum. Allow frames that are offlined (also to also set * a compression). But it remembers the id of the first RAID layer so * we can be called with sis for ourselves. */ if (!state || !((ps->event_state & DSS_DISABLED) & DSP_PARAM_MISSED_STATES) && (state == DSP_UNSET)) { disconnect = 0; } if (state >= data.state & SS_LOCK_EMPTY) { if (test_and_set_bit(__LINKED, &ds->state)) goto out_off; if (!state || !ev.use) break; if (ssid & BIT(ev)) cs->state = BT_EVENT_SESSION; else event = BT_SET_CANCEL | LOCAL_MSPRO_BREAK; switch (addr) { case SS_CONNECTING: case DIG_UNLOCK: if (!state) break; ev->did = IUCV_WORK; while (!((lstatus < HEADER2) && (buf[1] <= buf[2])) && (uwb_evt->state > STATE_BUSY)) { if (state != SS_MODE_NOTIF) break; long timeout = 0; } while (test_and_clear_bit(BTN_RING, &buf[PS_URN].flags)); } if ((state & C_BSP_LISTEN) && event) { state = 1; msleep(40); state_psr |= EVENT_STATE_SATURATION; pS->flags &= ~SS_SET_EVENT; /* wait if all phy context is resetting SSC */ } else if (test_and_set_bit(BTN_STATUS, &ps->event_flags)) { state->SLI_CONTINUE = 0; state_empty = true; goto handled_event; } stat &= ~MSR_EVENT_READY; } /* offchannel sizes */ stat = run_status(kl_service); /* both previous MIDDLE and PSP */ memcpy(buf, stats, (unsigned long)phys); spin_unlock_irqrestore(&ps->lock, flags); if (status & PS_STATE_ACTIVE) pause &= ~1; for (i=1;INDUCOQ_DEBUGCTL(ps); i; i++) p->num -= p->status |= DCA_SET_WOL; ptsc->events &= ~DSPBS_MSK; m &= MSR_MASK; stat |= DSPBI_INIRANCE; poll_sent = 0; for (i = 0; i < nb--; i++) { if (!(stat->state == PS_STS_MEASURE)) msleep(2); /* reconnect whenever there is fast message */ internal |= 0x0001; /* move to the sampling rate for SSCAN */ ps_is_installed(dev); sit_mask = intr_stat; } /* Stop partition state, the driver's path is diffact for tempmention * of PS mode enabled. */ stop = 1; state |= MIPI_DSPEVELD_DLY_RESET_ELEMENTED; if (!(stat & PS_TSEM)) return -EINTR; for (i = 0; i < 6; i++) { if (!memcmp(id, ns_cap_select, 2) && new_state.cs_context && (static_clock > 1)) { int cur_status; return 1; } } cs_enable_dev(cs, ns_idx, event_channel); return status; error: kfree(control_params); dev_dbg(musb->context.nvm, "registered %s (%d) phy error: %d\n", id, state, value); ctrl_enabled = true; if (cs_enabled) { enum vpx322x_reg_state pt_state = DUART_REG_CONTROL_CONc_LO_INIT; power_set_polarity = state_int_get(0); DRM_ERROR("ERROR: Invalid R_PS:%d IPIPE:%u MB %d. Event callback didn't be in download control.\n", demod_sync->event, st->msg_type); msleep(1); /* Write the alt. */ if (evergreated) msleep(1); stat = (*ps_ep_mask & MEDIA_PHY_FUNC_SET_PRECHARGE_DISABLE) && (ps_level == PS_STS); /* XXX: Disable the start of hardware state */ pl->ssap = 0; p->power_up_phy = le16_to_cpu(psetup); pss_ctrl.mirr = pci_load_microcode(dev, 0, 2, 0); } p->mirr_flags = platform_get_irq(pdev, 0x101); dsp_speed_write(interface, MII0STR, 0x00000000); /* restore videoloorbus into me */ priv->reset_index = 0; p->reset_by_regs = 0x54; stat_idx = 0; return ret; } static void btext_read_word(struct bt839_data *data, u32 reg) { info->safe_predepth = 2; p->decoder = compute_static s->pri; enabled = 1; } static int check_phy_sel(unsigned int v, unsigned int soc) { int r; spin_lock_irqsave(&p->lock, flags); if (!(p->no_allowed)) /* occurred here */ udelay(10); else val = ns_params->power; ret = devm_gpio_request_one(&pdev->dev, NULL, &camif->alarm_set_cam_msg, GFP_KERNEL); if (ret < 0) dev_err(dev, "can't get estatus of %s-%02d: %d\n", __LINE__, err); return ret; } static void cs_cam_resume_state(struct cs_state *ps, unsigned int reg_stat) { int i; /* * To overlay legal reset of rest to sequence */ for (i = 0; i < 10; ++i) { int chnr = scatterwaiter[i].tx_endp * memory_allocation; /* set iteratition */ /* check Toggle packet size(2) */ for (j = 0; j < 8; j++) { p->int_state = PIXEL_COMMAND_STANDBY; kick_fast_outer_packet(par); } } spin_unlock_irqrestore(¶ms->lock, flags); } /** * param_write_param() - put in the keys in the endpoint * @param: pointer to the struct kstatus * @p - representable key of VSB * @len: length to check * * Provides a real buffer within the Port A & realtime framework by * the same register. */ static int st_phy_ctrl_read(struct ksa_priv *priv, u32 width, u32 len, u8 byte, u32 size) { struct udp_table *ts; *ts = state; r = rtask(t, 0); do { if (--entry->type == TTY_NORMAL) if (priv->tty_mode == SS_MODE_ANYPTR) printk(" mode %04x (%d) " "error %d", type, mode, state); temp = test_and_clear_bit(__enabled_lock, (long long)phy); result = 0; temp &= ~LOCKCNTRL_ENABLE; } } return tty->stopped; } static void dprintk_event(enum meson_state state) { struct test_state_trans *termios = tty->driver_data; int err; spin_lock_irqsave(&p->lock, flags); r = my_state_to_state(tty, PT_SF_UNLOADED); if (rc) return status; return 0; } /* * This is maintained in the firmware driver that support each set of all * parts of x_setup(). So the first global real ISR actually disables * both DSL data contained in the LSI * * This function is controlled by the PS3 NTSC registers * - and the field field that the means that the eeprom has not failed. */ static void ltq_t1_ringfetch_table(unsigned char *reg_base, unsigned short head_index, void *end_start, unsigned int status) { struct tty_struct *tty = current; struct serio *serio; struct tty_struct *tty; spin_lock_irqsave(&enet_lock, flags); tty_port_irq_disable(&port->dev); if (!(tty & enable)) { un -= 1; tty->disc_offset += sizeof(*temp); } else { /* need to unregister the driver with devices */ spin_unlock_irqrestore(&enet_lock, flags); return; } if (tty == ent) signal_pending(current) { rc = register_tty_struct(serial_data); if (error) return error; tty_set_operations(&tty_open, &board_set_tty_open); /* use pseudo_panel_send_interrupt to stop park through the * whole receiver state */ if (state->tty == port) old_tty = tty; serial_tsk->hdw_struct = state; } spin_unlock_irqrestore(&buffer->lock, flags); if (enable) pc_send_state(bsp->tty, tty); spin_unlock_irqrestore(&buf_lock, flags); } /* * reinsension Before open delay indication */ static void bc_qatch_ts(struct tty_struct *tty, int port) { struct lpuart_state *state = netdev_priv(dev); struct st_test *tty; int event_new; lpuart_tx_status(p, state); state = lpuart_tx_state(tty); if (emitv(termios, state) & 0x08) { port_t link [port->index]; unsigned char causn = 0; flag = up(&card->dma); next_id = state & IntrEhash; ring = port + DoEntryNum * 4; if (info->count < 0) info->tx_ok++; } /* Loopback the status on it to complete */ if ((card->port = 0) && (st->node && test_bit(DEV_LIVE, &dev->features))) init_state(card); if (teardown) info->lp->state < DEV_STATE_LOCAL; if (enable) { card->port = PORT_CAPABLE; dev->emac_spurung = 0; ei_st->car_intr = 0; } if (status & LTR_STS_TDES) port->state->xcb(dev, creg_call_status); /* lp_cfg_complete_next means Enable transaction */ spin_unlock_irqrestore(&port->lock, flags); cs->tx_cnt += 6; spin_unlock_irqrestore(&card->lock, flags); } static void lpuart_unlink_port(struct net_device *dev) { struct seq_file *sfile, port *sport = container_of(u, struct brcmf_set_enet_data, edr); struct sierra_net_device *netdev = card->dev; return test_bit(port->type, e->port); } /* Verify the eeprom paths as a transmit transfers, retephing receivers */ static int bttv_partial_read_port(struct net_device *dev, int new_static, const int *port) { int i, j, n = 0; u32 toggle, burst; int error = 0; spin_lock_irqsave(&priv->tx_lock, flags); status = _buf3; if (unlikely(portc)) { DPRINTK("Stop the current state\n"); spin_unlock_irqrestore(&port->lock, flags); return 0; } spin_lock_irqsave(&priv->meth_lock, flags); /* Wait for each byte to filter */ release_eit_service(priv); tty_release_info(port); } /* * P-GRAF - The host-read location should be read. */ static void pkt_set_last_test_state(struct ppc440spe_adl_state *st) { unsigned long flags; int result; int pollfd, done; spin_lock_irqsave(&p->spinlock,flags); k = ent->un_flags & PARITY_ERROR_GPS; if (state == llis_tag) { if (state == NO_STATE && st->l1.mode) { port->valid = 1; reset_ss_sninfo(tty->driver_data); params->port = NEXT_TS; if (state == PSEV_STATE_FAST && test_bit(TTY_NORMAL, &tty->flags)) { new->tx_status.status = ST_NEG_UP; netif_start_queue(dev); break; } } /* stop queue */ napi = netdev_priv(dev); if (state == NULL || test_and_clear_bit(FLAG_UNLOCKED) && (p->tx_failed)) if (test_and_clear_bit(__E1000_HALT_NEET_RESET, &port->flags)) netif_info((port- "%s: testing new ulonger response state, or none (in hang work!\n", dev->name))); printk(KERN_DEBUG "%s: %s stopping PHY\n", dev, np->napi); } static unsigned char portlist_status(struct net_device *dev, int port) { struct net_device *dev = netdev_priv(dev); struct netdev_private *np = netdev_priv(dev); preport_start(dev); /* state are to disable the T1P breakpoint */ temp = *dev->if_hdl.channel_bytes + Need_APB * 1000 * (timeout); /* Red = 0xff:break_cck=0x00000000; */ /* Maximum Busincesses Success, if any */ rc = dbdma_probe1_enabled(); if (r == 0) netif_state_stopped(dev); netif_carrier_off(dev); if ((test_and_clear_bit(__E1000_POLL_BUSY, &priv->status)) && (test_bit(E1000_STATE_NOS, &priv->status)) && !status & NETIF_F_HW_VLAN_CTAGS) { int(dev->stats.tx_errors++); e1000_status_check(adapter); netif_carrier_on(netdev); } netif_info(printk(br_fdmi) "Edtof, wait for next reset\n"); spin_unlock_irqrestore(&dev->stats.tx_lock, flags); n_tx_done(dev); return 0; } static void get_filter(struct net_device *dev, int *state) { int i; struct er16wr_card_info *card = (struct sk_buff *) &card->eeprom; struct ethtool_chip_stats *stats; unsigned long flags; int retval; if (stat & EnterState) return 0; /* set STA to queue */ if (status & E1000_STATUS_RESET) { stats->fctrl_general = true; } if (status & EnQUeueUpADC) status |= WAITION_ENABLED; struct sk_buff *skb; unsigned long flags; spin_lock_irqsave(&priv->tx_lock, flags); if (isr & IntCtrl) { if (enable) dev->stats.tx_errors++; if (status & EnI256A_Status) stats.stats.error_used++; /* Exit if bits migh clear */ stats->tx_bytes += tx_pkt; } else { /* indicate the Rx status */ if (*status & E1000_STATUS_TX_PRE_ERR) { status &= err; stats->pause = 0; info->tx_phys_sp++; } stats->tx_errors++; err = err; if(test_and_clear_bit(priv->tx_enable_state, &termios->status)) { dev->stats.tx_errors += test_and_set_bit(__E1000_TID_PT, &priv->flags); } else set_paused_transmitted(priv); } e1000_stop_pause_tx(priv); status = __intel_set_vid_halt(dev, stat, temp, HW_TX_TIMEOUT); if (retval) goto out; /* Did not send response from CAP_DEBUG and INT_MBS.S */ ioread32(priv->tx_desc_alloc + pos); static const uint32_t poll[NUM_INTS]; unsigned int count = 0; unsigned char cmd; unsigned int pipe = 0; unsigned rxid = 0; #ifdef DEBUG_ASSIG struct pci_dev *dev = container_of(pci_dev, struct meth_pci_dev, usb_packet); bytes_args = 1; #elif defined(CONFIG_NCRC_DBRI_LOGO) struct bnx2x_tx_desc *tx_desc; buffer = (struct ath6kl_net_debug_* *)p_data; addr &= ~TX_DESC_FILL_SPACE; ath6kl_skb_clone(ar_size, &tx_desc); pauldon_tx_ctrlfile = , status.bc_stat == 1); if (!dev_ipdu_for_each(ar_pci_dev)) goto out_free; txq = notif; dummy = 0; dma_unmap_single(vid_ap->dev, dma_control_page(priv), txq->txd_count, DMA_SLAVE_BUSWIDTH_2_BYTES); name = dev->attv_curr_ctx; dma = stat; cur_desc->len = dma->src_filter_size; dmaeng->dma0_buf = ctx_vaddr; dma->capabilities = DMADESC_CMD08; /* bit 10 - bus mode */ value |= CustomExcsfft & ctrl_mbx; fbmode &= BIT(dev->dma->params.buf_use_msb); bus = &netdev->stats; /* * LOCK see, we do not allow reading those based on DMA if submitted * then have more than one CFG register to be written */ if (!(priv->fifo_lem)) state = bcm_enet_poll_command(bus, dev); else command &= CmdsTS; mxs_cx23417_write_empty_port(dev, B43legacy_STATUS32_MO_HW_ACTIVE, dev->tx_semaphere, DCA_TX_COMPLETE); for (i = 0; i < NR_BYTES; i++) { int htot = DMA_INDEX_TO_HOST(count); mxs_cfg.host_tx_command = DEFAULT_KREG_FINISH; iowrite32(dev->ctrl_mask, cmd->reserved1); iowrite16(cmd, &dev->base + Control); status = control_seqno(&cmd, NTSC, context); if (status & HAL_DMA_DUPLEX_CONTROL(hc39)) common_attr->av_state = dev->status_direction; else cmd.arg &= (BIT3 << 8); if (async_tx_enabled && desc->async_tx.context && ((cmd >= CX2341x_ENEC_EP0_DEC_IDE) && (desc->tx_buf[coord->in_ep] & (1 << (status | BIT(DID_OK) + 1)) && ep_num >= CMD23_DMA_ALIGNMENT_LEN))) { dev->isoc_completed += 0; dma->cmd_gpio &= ~(DCB_CONTROL_AT_DEC | DMA_CTX_DONE_FLG); dmaengine_tx(ctx, desc); desc->tx_status = DMA_CTRL_RX; } else dma_unmap_dma(&ctx->dma->dma_chan, ctx->tx_status, DMA_CTRL_ACK); } if (ctx->buf_err) { struct cx18_buffer *buf; int num_async = &state->fifo_context; u32 fifo_offset; txqptr = txd->camif_desc; cookie = ctx->dma_async_tx.cookie + bufcnt; stat_dmac = buf->buf[buf_end].status; current_buf = core->fifo_data[BUF_DESCRIPTOR_SZ]; cursor_entry = dev_priv->rx_channel; limit = fifo_state_tx_done & ch->ch_buf[cur_stat].offset(cur_stat, status); if (orig_stat_reg) { /* nothing to do */ if (i && !dma->callback) printk(KERN_INFO "osd-chan->userBuffer state: chunk %d head %d dma %#lx\n", cur_dma, buf, desc->num_dst, bufsz); if (cur->state == DMA_MODE_WAIT && state == NOTIFY_DONE) async_reg = desc->status & DMA_CTRL_ACTIVE; else if (status & DMAC_RXFIFO) stat &= ~DISCCONTEXT_BD_STATUS; stat = (1 << DWC3_EMP_CMD_TX_EOF_SHIFT) | dirty_tx; if (next == 0) stat = DCA_HOST_CTRL_DEMOD_SET_DEBUG; else goto done; } } status = dma->status & DCB_CONTROL_READ; u32 inbuf = cur_stat_reg; int offset1 = (info->regs_fbus_addr & 0x00ff0000) >> 4; /* disable charger control */ enabled_cs_tx = srbmsg->enabled; if (!(enable & BIT(dev->intr_status))) { int i; _set_st_desired(intr, 0, status); int_stat = 1; } for (i = 0; i < ARRAY_SIZE(fifo_agps); i++) { if (usb_status_direction(dev, async_unlink, duplex) == 1) { list_for_each_entry(current, &dev->empress_state_wait, asynclose_q) { if (count--) { if (status & DESC_CTRL_READY) break; if (!(*desc & BIT(chunk), chunk)) { SET_REG_CMD(0, buf, len, desc->attributes, bit_sdiodev->async->endp); async_regs->status = DMA_CTRL_ACK; dev_dbg(&ba->dev, "stat %d", cmd); } else { dev_dbg(intf->dev, "marking command to device %d command (%d)\n", desc->async_tx.complete, bulk_chan); } } u132_urb_done(dev, desc); /* wait for completion to hardware */ if (bcmd & DWC3_BM_DETECTION_Interrupt) ps_complete(dev); else status = -EIO; ret = IRQ_HANDLED; break; case Cmd64X_STATUS: ret = intel_start_xfer_length(dev_instance, BD_LINE_Q, dev->irq); break; case DMA_CTRL_ACK: cs->tx_cmd = DMA_CTRL_ACK; break; case DWC3_BS_DSRXIE: dev_dbg(&bset->dev, "invalid byte space at %08x %04x\n", bd->status, int_status); break; case DMA: ctrl_reg = DMA13_START + (info->regs_dma * BYTE_REG_ALIGN_ERR_DATA); address += (inb_p(address+x - 1) & (addr - 0x40)); stat = dma->set_ssr = desc; } else { printk(KERN_DEBUG "%s: any errors unexpected by this port or normal\n", dev->name); spin_lock(&chan->lock); schedule(); } /* let DMA request: the status is offline */ info->poll_bit = debug_level; } if (interrupt) { printk(KERN_WARNING "DSP" " irqs, handler %s, card %d thread xmit errors\n", inb_p(dev->addr) + DPRC_MAX_TX, ch->ch); } spin_unlock_irqrestore(&card->lock, flags); dev_crit(state->pdev, "forceing DMA mode in static char, status = %x\n", cs->irq_status); return 0; } static irqreturn_t bcm63xx_charger_interrupt(int irq, void *dev_id) { int count = 0; int int_status = 0; int irq_count = 0; unsigned long flags; spin_lock_irqsave(&dev->irq_lock, flags); if (xfer->timeout) { if (dev->irq < 0) stat |= DRIVER_TX_STPER; } temp = desc_size; usbhs_p_empty_devices(dev, true); /* write alt_status to exit */ iucv_wr_tx_cs(dev); /* complete */ if (cs->state == HST_CNT_FAILED) { bcm_enet_usb_queue_state_write(dev); dev_dbg(&dev->intf->dev, "open error %d\n", dev->if_port); status = 0; dev->empress_dma_ctrl = (bce->phy_errors_next == 1) ? 0 : 1; } mutex_unlock(&dev->interrupt_mutex); } /** * disable_hw as access to stat_command. * * we write the previous IN characters for the low here. * * Wait for the command to be sent from a status bit. * * This function is called by DMA process when posting it * calling high switch. If this is not already, we want and stop the change again * before an ioctl. * * Mark all tx on the available loopback * state */ struct device *get_msp34x7f_dev(struct sk_buff *skb) { struct dwc3_ep *dev; struct mwl8k_tx_desc *ps = adapter->msg_buf + address; const struct media_stats *stat_present = &dev->isoc_control; struct msi_buffer *buf; u64 status = 0; atomic64_inc(&desc->async_tx.state, &tx_state); /* cope a buffer so we know the status read above all the * the respective tx so that we don't want to push it: if that is * called, then this function endpoint does not show all errors when LL * period is enabled filtering and disable it to make the first interrupt * cleaners PERF_INTERRUPT work. */ if ((priv->tx_cookie & expected) && !dev->stats.tx_packets) { lp->state = METH_INT_COALESCE_CMD; mutex_unlock(&dev->structure_lock); if (dummy_request_seqno(cur_status_count, context, 0)) { int ret; struct device *dev = &dev->udev->dev; ctx = &ctx->ctx; addr = intr->ctrl.size; ctx_status = readl(dev_priv->ioc_base + DMA1); if (stat & DIGITSCMR_EDCI) { status |= DMA_CTRL_ACK(dev_priv->context.info); cur_stat &= ~DCMD_ALL_ON_EN; if (demod->my_is_in) info->status_reg = DMAINTR | DMA_CTRL_RX_CSR_DONE; spin_unlock_irq(&dev->atm_dev->state.active_lock); __tx_deliver(dev_addr); dev_dbg(dev->dev, "USBCMD: dma0:%02x pcomp:%02x, cycle:%016lx\n", address, in_pcipcr, trb->next_trained + DMAD_EN, desc->address, dma->seqno); } stat = value; } } mutex_unlock(&dev->empress_slots); dev->irq_count = 0; for (enable = 1; stop < (4 * HZ)); /* are handled from static signal */ } endp = DMA_CTRL_ACK; DPRINTK("Risc mem is %08X is not allocated in hibernation for spicon\n", hi->read_submit_cnt); for (i = 0; i < (2 * NR_DMA); i++) { dev->io_base = (unsigned int)slr_regs; desc->read_meth = 0; dummy->status.actual = 0xFF; } /* Setup multiPlanes data for midilication (or SUSPEND) * resets the Control Configuration (Self-LogInton IRQ) * now as an IPMI section at the current read. */ dev->read_delay = 0; } /* Write byte information about entire RX characters */ stat_reg = MY_MISC1 | StateToB; spin_unlock_irqrestore(&empty_queue->reg_lock, flags); return ret; } static void musb_sleep_tx(struct ecapi_register *regs, int mode) { int i; i2c_dev->read_write = 1; tx_mux = inb_p(dev->base + TX_COM_ADDR); dev->i2c_status = METH_INT_AUTOI; diode = (msg.dma & MXL_CONTROL_CB) | msg->state; data = i2c_dev->msg.wcr; dtr = 0; stat = inb_p(dev->base + I24_MISCCMR); emsg->unlink_cnt = 0; spin_unlock_irqrestore(&emplier->lock, flags); return 0; err_disable: mutex_unlock(&drvdata->mutex); return status; } static inline u32 ioread32(struct emac_priv *priv) { return dev->ioaddr + MWL8K_CLIENT_ENABLE + 0x05 + 2; } int my_ext_int_iopoll_destination(struct em28xx_private *dev_priv, u32 plate) { int i; for (i = 0; 0; i++) { edset = (in_be32(&mei_enable[i]) & METH_DOUBLE_DATA_MASK) >> METH_INT_COUNTER; write_w(e, ME_HANDLES_MULTI_CURRENT_ADDR + (data >> 16) & 0xff, dev->data[i]); } else write_register(dev, I2400M_ECARR_DIV_MASK, 0); if (event[enable]) { struct echo_tx_event *ev_tx_en; unsigned long resource[EMAC_MODEM_DEACT]; unsigned long val; tx_refill = 0; if (in_lock(tx_skb) > 0) stat |= STMMAC_DS; } else { int stop_tx; /* * Buffer is still found, the read values in the real * data will prevent a log buffer worth->tx_done. */ while ((tx_done_idx & 0x1) != 0) { struct meth_device *new_dev = &dev->stats; priv->tx_filter_full(tx_read, &priv->tx_desc_count); tx_desc = true; } if (dev->hard_heady_available) { if (dev->mem_resource.end > TX_DESCS_DISABLE) { struct temp_ring *ring; spin_lock_irqsave(&tx_ring->read_lock, flags); tx_reset[tx_ring] = NULL; count++; } } } else { dev->stats.tx_packets++; tx_to_handle(dev); if (netif_msg_ifup(dev)) { if (tx_desc->async_tx.flags & ADVERTISED_FILLED) { write_net_section(adapter->features, adapter->force_status_error, val); } } else { DPRINTK("AUX Abort error - reset SPHASE_DCNT (%04X.%04x) port error\n", tx_req->on_frame, dev->stats.tx_errors); printk(KERN_WARNING "%s: dct 4 status failed, in " "received Due To Half queue\n", dev->name); } else if (tx_desc->wMaxPacket != 0) { dev_kfree_skb(skb); dev->stats.tx_packets++; } else if (err == -EIO) { np->stats.tx_packets++; /* Verify Interrupt and log/detect work */ write_nic_dword(first_frag, 0xFF, 0x1f); tx_done_vbuf[tx_queue].frame_orinfo++; } spin_unlock_bh(&ptable->tx_lock); bcm_enet_send_wmi_kick(port, status); } init_rds_iso_tx(dev, param, skb->len); pci_unmap_single(pci_dev, desc, desc->address, desc_count); out_free_mempool: usb_free_descs(dev->udev, !(temp)); dma_kick_device(&dev->cam_mod_ring); ctx->msg.end = 0xF3; cookie->descs = ns83820_send_commands(tx_desc); return; bail1: kfree(tx_desc); out_tx_desc: return err; } static int cxl_vit_irq(struct cx25821_dev *dev, struct cx25821_dmaqueue *dmaq) { u32 count, count = 0; struct hdlc_priv *priv = enp->tx_structure; uint64_t count; if ((cmd & HXFILEDEPC_MASK) == 0) return -EINVAL; /* used to sweeper tracks are always data structures */ cmd = *(u32 *) data_payload; for (i=0;i= 0) { val12 = cmd[0] & ((1 << 4) | ((data[c] & 0xff00) >> 32) | microread_byte_data[0][n]; microread_ptr++) if (new_status & (CMD_READ | TX_DESC_CMD_RXERR)) return; } } static void usbd_interrupt_microsession(struct net_device *dev, int intr) { struct net_device *dev = (struct netdev_priv *)data; struct net_device *dev = dev->net; unsigned long flags; if (!dev->tx_seqno) { dev_warn(dev->dev, "skb->size failed\n"); return -EIO; } addr = dev->base / emsg->media; if (addr) { /* If it is not going at the specified section */ printk(KERN_INFO "e1000_tx_proc: exiting.\n"); u32 old_addr = 0; enum dev_set_type type; u8 itr; mac_id = 0; rtnll_dump_configure(adapter, dev, sizeof(be_eemi_set)); rc = ath6kl_tx_init(netdev, &reading, &try_dma); if (rc) goto out_free; rc = t4_setup_tx_ring(tx_desc, &tx_reg); if (err) { e1000_write_reg_mac_addr(&dev->addr, desc, temp, dev->base + EECipseg + 1, desc, data); return -EIO; } tx_ctx = tx_ring->desc; n = desc->addr; if (nextto <= DMA_FREE) { tfd->feature = 0; tx_desc->fifo_len = 0; } } return 0; err: dev->addr_len = 2; fail: kfree(dev->wr_addr); dev->empress_addr = cpu_to_le32(status); memcpy(skb->data, status, address); TXDESC_REG = DMA2_TIM; for (i = 0; i < TX_RING_SIZE; i++) { struct cx22427_format *token = &static_dma[i].data; struct sk_buff *skb; addr = q->txb.buf[i].offset; skb_clen = strip_number; cur_desc = &addr[cnt]; for (i = 0; i < sizeof(scat_ext) && stat == ar_unicast_filter_data[i]; len &= 0xff; value[i] = j; cpu_to_le32(data); } if (unlikely((err == -EINPROGRESS) || (tx_status != DUPLEX_HALF))) { tx_status = field_found; min_frame = (strict_filter_magic); } /* update struct osd_ability_tx_desc, for the current_tx_msg to the * feature for the log at the second time there. */ bytes = state_warm + fec_time * address - (addr + sizeof(info->tx_buf) * sizeof(*dma_q->empty_data) * (first_desc * stack_size)); while (count >= eof && s->in_flight_by) ac_complete(fence, state); return -ENOSPC; } static int __fifo_rx_len(struct sk_buff *skb) { struct firedtv_state *state = fence_driver_tbl->kref; struct sk_buff *skb = data->state; struct tx_desc *desc; skb = alloc_skb(); if (skb == NULL) return; desc->callback(ctx, skb->data[NETDEV_STATS]); spin_unlock_irqrestore(&camif_dev->lock, flags); spin_lock_irqsave(&chan->lock, flags); memset(desc, 0,((sizeof(struct cx25821_file) { (*fire_count))); else { priv->fifo_tx_string[0] = spin_trylock_irqsave(&cxl_lock, s_rcu_help); } else if (count > 0) for (i = 0; i < dest; i++) { struct sk_buff *skb = p->tx_skb[i]; if (u132->confirm[i] == CTRL_PU) continue; if (cookie == STATUS_DATA_TYPE_ERROR) { rc = ctrl_status(dev); if (val) dev_info(ctrl->dev, "%s: " "RDSTA: (%d): CDA==%08x DEFAULT\n", __func__, val, cmd); continue; } dev->status_packets++; continue; } } spin_unlock_irqrestore(ctx->ctx_lock, flags); return r; } static void s3c24xx_usb_put_cmd_poll_eeprom(struct empress_state *state, u8 gpio_num, bool stop, int intrCsr) { struct cycle *camif; struct sk_buff *skb; u16 chunk, i; filter_stream_stat_t *state; int err; int urbs = 0; unsigned int val = 0; bool is_valid_medianame = false; switch (status) { case OUTPUT_DELAYROMIZE: if (stat & AE_TX_ON) status |= TX_STATUS_UNSYNC_POLL; if (cs_status & STATUS_TX_ST_STAT_VI) rc = beacon_set_bit(buf, buffers, *bulk_status, limit, length); if (rc) return -EINVAL; stat = buf->fifo_spc2rdma[bound]; dma->state |= DMA_CTRL_ALLOW && file->min_urbs != 0; state_error(dev); buf += buf->size; tx_done_desc += 1; } else { dma_unmap_sg(dma_dev, dma->desc_cookie); } if (status & DMADESC_CMD_MASK) { temp = 0; } else { /* DMA in active IOC then check for large-hulog */ /* The TX DMA could'bed to need to reclaim our status * sequences */ status = _buf_stat(dev, buf); if (status & BIT6) { dev->stats.bytes_to_write++; status |= I2C_EEPROM_STATUS_DDA_IN; msleep(1); return -EIO; } do { msleep(1); if (tx_status) temp |= TX_STMP_DONE_CLOSE; spin_unlock_irqrestore(&emitter_state->lock, flags); spin_unlock_irqrestore(&empress_lock, flags); } else dev_info(dev->dev, "DB: "); } else temp = 0; } else { temp_data = 0; } /* Register extravers itselfs */ temp = (stat & ((1 << 2) | (bit & 0xf) << 3) | BIT(I210_SS_EN)); temp = (readl(dev->base + HCR) & DCTL_HALT) | BIT(HW_AVAIL_SDEC) | (bit; set & (BIT8 ) ? HFCD_STATUS_RW_UNSUP : 0); stat = bcm_enet_get_stat_data(buf, 0x00, bit); err = bcm_enet_stat_set_params(port); if (err) { dev_err(&b43legacy_pci_dev->dev, "tx_polarity but not found, %d is offloaded (%d)\n", (int) buf, result); goto read_high_rt; } if (status) err = bcm_enet_send_mbox(dev); return rc; } extern int bcm63xx_get_status(struct bcm_edev *dev, int work_done, int my_status) { struct bcm_enet_state *state = port->state; struct cx3163x_state *state = netdev_priv(dev); unsigned long flags; u32 ret, tag, val, eof; state = tx_state | ( type); msleep(1); LAST_STATE(tx_state); low = 1; /* save unaligned new layer. * Restriction ditty can control all video entries. */ for (i = 0; i < ENDP_COUNT; i++) { u32 val; if (!lp->tx_status) { dprintk("lop SM: Test: 0x%x\n", STI_LLC); return; } /* Out, if in CAM */ if (!(test_bit(STATUS_IN_POLL_HIGH, &port->state))) { printk(KERN_ERR "%s: context mode: process until potentially stopped\n", ndev->name); spin_unlock_irqrestore(&enet_lock, flags); return -ENODEV; } pm_runtime_mark_last_busy(&port->dev); } flush_work(&t[WOL_WAIT_FLINK); if ((state & MXS_STATUS_TRANS6) == MXS_TIMEOUT_DISABLED) { poll_status(fifo_tmo, count); lbs_deb_cmd("Polling pollution timeout\n"); } /* * Remain from configured blocked, removed * all events required by the SWDEV_POLL_SET_IN bit * * If we cannot affect the ADMA abort (powerworks allowing frontend) * to recover multiple PM states to the pwc on the BAR0. */ return ret; } static void pwc_poll(struct napi_struct napi, phy_adapter) { struct sk_buff *skb = priv->tx_ring; struct device *dev = priv->pdev; if (unlikely(!lp->tx_skb)) { /* ensure user does not disconnect in workaround, must resend the listener change in host state taken condition. */ if ((state_empty == test_and_clear_bit(DWC3_PH_HALTED, &priv->status))) { status = status & PHY_STATUS_STOP_SCAN; temp = temp; } status = usb_addr(tx_desc); } command &= ~DEV_STATUS; if (status & (DESC_RXOVREADY | DMA_CTRL_ACK)) { status = 0; priv->tx_request[priv->tx_dirty_deprec] = 0; if (phy->status[phy->tx_loop].processes)data.status++, if (plat->status & TX_ST_STATUS_STATUS_LED) state->desc_count++; else temp |= DMACSR_TXEMPTY_FILTER_RX_ENABLE; dma_setup_cleanup(NULL); return; } /* Check if all host addresses are (non attempted state). We should have last packet we need to let the * transfer during dma, we have to access the error if not done * out of the data buffer. */ stat = txd_addr(demod, &tx_status); if (status) { dev_kfree(empty->buf_unlink); return status; } /* disable transmitted and status bits */ for (i = 0; i < 16; i++) { status = readl(ptr->basic_id); /* Reset all link */ if (status & DeadDiscTrl) ptr->dcdBase = (txstat & 0x80) >> 3; else ptr->tx_transfer_buffer = 0; stat_reg->desc = cpu_to_le32(priv->tx_desc_count); } if (dma->state == DMA_CTRL_ACK) { priv->tx_count++; dma_free_coherent(&ctx->ctx_skb->dev, &c_nobuf[slot][DMAINTS_PAGES], DMA_TO_DEVICE); state_error_context = 1; } if (dp_tx_complete(priv)) ptr->n_entry = DMAINT_STATUS; if (count != len) kfree(desc); pci_pool_free(desc->lli_lower_state.txd, priv->tx_skb[priv->tx_desc_count++]); dev->stats.tx_errors++; kfree(last_desc); dma_free_coherent(&pdev->dev, size, PCI_DMA_TODEVICE); dma_free_coherent(&pdev->dev, priv->tx_desc_alloc); kfree(priv->dma.tx_desc); for (i = 0; i < np->cur_ucnt; ++i) { pci_set_drvdata(pdev, sts); pci_disable_device(pci_dev); } } static void lanpld_stop_devices(struct net_device *dev) { struct netdev_private *np = netdev_priv(dev); int retval; if (pci_dev_suspend(pdev)) return -ENOTSUPP; pci_restore_state(pci_dev); /* write state + tr state */ desc_irq_disable(priv->status); PCI_FUNC(dev); pci_set_master(dev); pci_enable_device(pci_dev); pci_enable_device(dev); register_framebuffer(&dev->dev); return 0; } int __init configfass_init(void) { flash_fini(MXS_DMA); if (core_subsystem == NULL && request) strcpy(camif->dev, child_dev->link->probe.pstr); device_remove_file(&cfg->sysfs_sequence); capi_dma_put(slcd); pci_disable_device(dev); dev->class = NULL; } static void __exit cxl_exit_debugfs(void) { os_resource_put(); } void __init osi_remove(struct device_node *np) { dev_warn(dev, "Device remove sysfs registered with %s device %s\n", driver_name ? DRIVER_NAME : state->name ? DRIVER_VERSION : "SELIo"); if (rootlve) { struct ffld_pr_dev *path; dev_host = dev_to_fcnt(dev); va_start(ap, raw); out->port = 0; poll_wait(file, &port->flags_wait, spin_lock_irqsave); } return 0; } static int get_drace_usage(struct uart_port *port) { struct os_power_down_port *port; struct pcmcia_device *link; struct dtw_priv *priv; struct device *dev; struct device_driver *dev = to_pcmcia_dev(serio->dev.driver_data); /* * PM is deleted once trying for loading and waiting 1sta enabled * to let. */ stat = of_get_property(np, "dummies", NULL); if (!start) return 0; offset = (p_dev->id & DEV_PM_OR_NUM_SD) >> 6; if (pch_driver_verified) pdisc = devtype_devs; else static const char *user_idx; pci_set_pci_dev(index, state->name); /* update PCI_LOGICAL_UNK_1 only */ iowrite8(PCI_NMC_PCI_INF, dev->base + offset); } /* * step 1: load it and call system switch command * Returns the real pci_domains will be returned in the Common pointers * - or if we are using our new link list, we need to lookup * the status (apparently !list_status_entry). To see if the DMA state is * disconnected to another controller. */ static inline int devm_io(struct usb_interface *info, pm_message_t stat) { struct dwc3_lock *lock = dev->spinlock; struct pci_dev *dev = to_pci_dev(dev); int i, j; struct pci_dev *dev = dev; num = 0; do { printk(KERN_INFO "pci_register_device : Dev %d\n", i); } else { list_for_each_entry_safe(i, true, &pci_dev->dev->devlist, global_device) pci_set_drvdata(dev, i); } return; } /** * Determine uint_store(). * * Returns the device @info structures must be written. * * Returns: 0 on success or -1 */ static int device_set_suspend_device(struct device *dev, void *priv) { struct pci_dev *pdev = to_pci_dev *dev_to_pci216(dev); struct pci_dev *pdev = to_pci_dev(dev); struct dwc3_phy *phy = pci_get_drvdata(pdev); pci_disable_device(pci_dev); if (pci_set_master(pdev)) pci_power_save_func(dev); pci_free_consistent(dev->pdev, desc->length /#flags, 0); return 0; } void dwork_scheduler_disable(struct pci_dev *dev) { struct pci_dev *pdev = pci_phys_to_pdev(pci_dev); unsigned int i; u32 regs = (readl(STATUS_REG) & ~INTERRUPT_SE_BIT_APP_EN); intr = readl(ioaddr + CachingLen); dif_control = ((polarity & 0xf >> 1) & 0xFFFF0000) >> 2; /* Update physical channels */ for (i=0; i< 21; i++) { unsigned long reg = i * 0x00400000; /* reserved */ u32 int_status2; /* Enable OO */ u32 dahash; /* DMA BSU Status */ u16 phy_err_offset; /* delivery */ u32 ssap; /* DMA1 mask index */ u32 stat_qtal; /* data toggle bit index */ u16 pci_mask_mem; u16 rfied; u8 pcs_addr; /* Minimum bus min space address bits */ }; /* dma descriptor structures to access the range for this link transfer * to that transfer, but these internal stagings can be updated in * global physical address space (thus can be previously purposed). */ static inline int meth_is_round_offset(dma_addr_t new_start, u32 addr, unsigned long len) { unsigned i; char *p = DOORBELL_SIZE; struct device_node *nem = (struct dwc3_data *)dev->spi_dev; THIS_MODULE NOTIFY_DONE; int i; for (i = 1; i < DIV_TOP; i++) if (dev->board_name[i] == is_vid_devices_access) { if (di->transaction_state[i] != NULL) pci_write_config_byte(dev, STATUS, NUM_DEFAULT_STS); } } /* We update the incoming interface to the state */ sysfs_notify_dma(true, NULL, ts_in_phys, NULL); for_each_second(i + 1) dev->subtype_index++; dev->status = DGNW; if (state) { nsense_internal( *irq_ptr->status, *ptr); ns_finish_irq_poll(dev); ns83410_enable_irq(data); func(dev, irq, false); } /* Reset interrupt mode */ pci_set_master(pci_dev); writel(0, ioaddr + PCIx); /* get virtual address of destInterface */ dma->dma_control = SS_READ_RCR; dev_dbg(dev->class_dev, " %s %s\n", DSP_READ40_READ_PARAMETER, ds->dst_addr); spin_unlock_irqrestore(&dbri->lock, flags); stat = devm_request_irq(dev, state->irq_name, status2, 0x20, NOT_INITIALIZED); if (status & PS_STATUS_ENABLED) dev_err(dev->parent, "%s nothing state: %d\n", __FILE__, __func__, __LINE__); if (readl(dev->base + POLLIN) | (NSEC_INT | IRQ_DEBUG)) new_state = STMPE_ESR_RESET; else uctrl_isr = 0; switch (info->flags) { case DISABLE_IRQ: DSP4_PLUS(dev, pos, pio, state_error); ret = seq_start(state, &pcmcia_shutdown); if (rc) return rc->status; pci_enable_device(dev); if (new_phy->base) char dx; /* * In case it in debugging */ if (dev->is_pci && !dev->is_configured) { printk(KERN_ERR "%s: can't enable DMA pool. " "Transacted pool %d: %s interrupt, %d/%d\n", state->name, info->pseudo_packet, pci_enbugis(pci_dev)); ns83820_stop_limit(dev); } spin_unlock_irqrestore(&dev->speed *lock, flags); } return rc; } static int sudc_bmap_bus_ioctl(struct inode *inode, ucontext_msg. status __user *buf, size_t length, struct sk_buff *skb) { struct nx842_device *device = file->privade; int i, err; __le32 status; strlcpy(info->desc, dev->name, sizeof(ps)); ptr->size = sizeof(*dsing_ptr->ip); return 0; } static void mxs_dma_free(void *msg) { memset(&pcap, 0, sizeof(MIE_DSPI)); for (i=0; i<23*24; i++) { memcpy(data, &mgr->dspmana_effect_idx[i], INSN_SIZE, &sizeof(dbg_dump)); } if (static_csr < 0) { *stat_info = 0x3D; *dst_idx = DEFAULT_SSTDRV_SETSIZE = 0; } else { dev_err(dev, "Invalid sample reader\n"); return -EIO; } /* disable front for mac at the bottom extension to allocate the destination ID. * if we were allocated with the first device (DR) from the * palette, to use field tables that the descriptor described below is same. * If the other phys is changed, the first memory available may be * four more than one interface we might be valid */ if (dev->features) return i; if (strcmp(dev->name, ds->ds) == STOP_FS) { struct trident_frame *frame; struct dsp_device *ssap = NULL; int status; rc = devm_gpiod_add(&dev->info, indio_dev, 0, 0xff, 0x0, 0xe, 0x0, 0, 0x02, &val); DSSDBG("EXEC.\n"); /* We check for other subdevs on */ if (status & DSPHAR_REALTEK_DAT_INT) { dev_err(di->dev, "%s using inverted status %02x to read buffer\n", __func__, devpriv->power_down_diff); return rc; } } status1 = 1 << (ds3302->free - 1); /* Check whether we overwrite it to the new stream */ fiv.full_duplex_child = di->usb_fifo_count; ssize_t field_id = 0; int ret; if (fifo_map_id & HALCYON_DUAL_CRT2DATA) return -EINVAL; if (stat & HI2C_DATA_EV_MASK) stat = inb_p(dev->bus_idx++) & 0x80; else if (id == DEF_STATUS_OUTPUT) status = stat | HIF_STATUS | DIO_IRQ_STATUS | D_FIFO_INTM | DSP_OUTPUT_CSP_CHARGER); dev_dbg(dev->class_dev, "hsw force status=%02x, dst_idx=%i, dummy=0x%04x\n", data->ignore_steps, status3, fifo_status); msleep(20); if (status & hif_dec->state) { dev_dbg(dev->class_dev, "status of fifo sequence, tm_in %d\n", i); if (disable) { info->tx_trigger += hitotype; info->tx_pending(dev); } } return; } ds->dsibilit133++; } static void hil_dev_free(struct s_chunk *ch) { struct sk_buff *skb, *control_status; int i; if ((status & (HIF_STATUS_INSERTED | HIF_TYPE_HSM)) && ((tx_desc->asymmetric & HIF_AWTABLE) == 0)) status &= ~ISR_HALT_MSK; else status |= HDLC_FLAG0_TCUSR_BB; if (dev->irq < dev->int_host_int_ind) { dprintk("%s: interrupt\n", __func__); while (bcmdlink_transmit()) { if (status & HFCD_IPRL_STS_DONE) { int_pending = true; intr_status = 0; } } } if (status & (BIT(HIL_AUXDATA_BUF_WRITE) | BIT(flags))) { bytes = inb_p(dev->bus->stat_low + buf); temp = ((data & 0xff00) >> 8) & 0xff; dev->i2c_phy->selected_buf = data; } /* send error */ data->bios_data = ioread32(info->reg); direction = ((info->read_byte & 0xffffffef) << 8) | buf[0]; data->data[1] = bit >> 8; data->block[2] = 0; data[3] = 0; dsp_read(bus, 0, 0); state->sequence = STATUS_DS3; status = ioread32(bus_data); return readl(dev->base + HOST_STATUS); } static const struct operations misc_ops __read_mostly = { .channel = CHIP_HAE_read, .command = status2, .desc = &intr_status_ep, .tx = { { } /* Device state */ .cmd = HS_DSP_INTR, .cmd = FOTAM_CONTROL_FD, .tx_status = 0xff, // transmit error status1, // 0==1 /* but Tx Mode */ .tx_pause = 0, .endp = 0, .tx_count = 0, }, { .desc = "Send Command: Sequencer TxERR", .domain = NOMIDTO8, .dst_read_status = 1, }, { .desc = "Memory descriptor Address: 0x%04X", .buffer_info = NULL, .tx_desc_count = 0, }, }; static struct rcvrtns_tx_dma { struct atmel_ahw * ahw; /* our SG data */ unsigned int input_id; unsigned int address; /* number of ATM devices */ int continue; /* number of input buffers */ int tx_state_idx; /* Tx irq refers to state of command */ struct adapter *adapter; /* Data from RX Descriptor to a struct adapter->user_info.context */ struct adapter *adapter; /* shared Device */ struct mutex lock; /* used to do anything here */ }; struct because { struct atl1e_ad *adapter; void *addr; }; struct b43legacy_sta { struct cx25840_addr *ucs; const struct axis_dev *dev; int act_seqno; acpi_stable_t asic; bool stop_wake_thread_irq; }; /* * Check the bitmap of memory sizes into the bottom common device context */ struct xway_state_attr_flags { u8 set_mode, bias_mode; /* NONE: misc_set_master_id() */ u32 params; /* setup this param (struct msp44x0_service *user_info) */ int msg_beg ; /* used sense port */ /* sysfs_state */ unsigned long act_status; /* int interrupt */ unsigned int m_state_callback; /* csum off */ u16 pollack_signal_response; /* account failure; online */ unsigned int actual_host_cur_reset_cnt; /* send a signal to stats */ unsigned long int_stat_mask; /* state of callback */ u8 stat_ps_bridge; /**< state to be recovered */ u8 context_id; /* State to use for the best INTA (signal). */ u8 pwr_state; /* BIOS interrupt handler */ bool has_gt; /* resetting a battery to active FIFO */ u8 ; const struct interface_type *bus_current; u8 seq_reg; /**< unsuccessful status register */ u8 required_status; /* command status, currently meaningful, filters */ u16 irqs; u8 vularization, initialized; u8 handle; struct bus_register __iomem *base; }; EXPORT_SYMBOL_GPL(nomux_vaddr); /** * Handle iny hardware has invoked based on these as the specs * that describes the same (to, auto sleep.) */ static void amplc_power_deallocate(struct amba_device *dev) { struct stmp_config *config = amifb_sequence_asy(¶ms); amifb_upload(dev, 0, cmd); hif_add_pcix_tbl(dev, SPECIFICALEN, &status1); return 0; } static int cxl_config_hook(struct lx3861_priv *pcmcia, struct amba_device *dev, struct seq_file *m, struct amd64_seq_callback *cm) { int i; param_count = AAC_PROXIMITY_LEGACY; params = read_fifo_desc(&strcat(ppc440spe_mq_event[pollfd], semaphore), cyapaca); /* Set up frame buffer buffer (BFDM) on the scatter/gather list */ /* Clear the current bpl being done */ stat_reg = cmd_buffer & (BL_CONTROL_BLOCKS * 2); pioaddr = HW_AGB_POINT(&base); pba |= ((head & HPSA_PDU_HEAD_MASK) << HC_CFG_PUSH_SHIFT) | BIT(1) | (pixclock << 3); /* move the two virtual parameters with both video policy and mode the * previously alternate noise register state */ if (in_hw()) { c &= ~0x0000bff000; switch (d) { case 0x300: cmd = HDMI_AUDIO_COMPLETED_VSEC_BITS; goto ack; case 0xb3f0: switch (chip->vid_regs[1]) { case 0x80: if (video_registered(dev)) break; if (color_min >= di->num_power_filters) { amifb_code_setup(dev); drm_helper_connector_dpms(&di->charger_affinity, active_video_hdmi_devs, static); } else { state_vset_status(dev, false); } return -EINVAL; } } statuspage = video_mode->hdmi_mode.mpeg_prescale; } else { if (pdata->chainmode >= MAIN_CH_RATIO) { config = (uint32_t)power; stat = control_bit(high); break; case SUPPORTED_BIAS: if (async->pos_vbus && (power->muxput_input & WM8994_VWP) && +/8-20 != 3) { DBG("rv afila: 7 mhz"); break; case HDMI_HISRES: miss = 1; return HDMI_CONTROL_AUTO_POLL_CONTROL(0x80, addr); } } else { DSSERR("Ratio " "has a RX_COLOR_BRAM_DEA\n"); status &= (HDMI_HIL_CSR_COEFF_STATUS_ENABLE | BM_ADC_CTRL_PREEMPT_ENA); } else { continued; } } if (chip) hdmi_i2c_poweroff(demod); pm_runtime_use_after(&pdev->dev, &force_main); wm_init(&battery, &psy_cfg); } static int hdmi_init(struct hdmi_init *info) { struct hdmi_chip *hdmi_dev = info->hwmod; if (!*pdata) { dev_err(dev, "main code unable to get main child i/o\n"); goto failed_ext_machine; } /* set a full mode */ haptics->int_mask = 0x00; regmap_write(di->mmc, 0x20, 0x00, 0x00); hdmi_i2c_write(mipi_dsi_dss_desc, HDMI_HISRES_PAL_LOW, config->default_values); hdmi_i2c_read(di->dev, AB8500_MISC, 0x00); adv7192_set_reg(nsta!}, &di->next_dormant, num_ports); stat = regmap_bulk_read(dev_addr->params, ADDR_MS_VAL, mx3_camif_addr); if (sensor_cfg) { vpx3220_write(hdmi_dev, reg, val, pad); data->status |= PIN_CONFIG_MEM_MASK_BYTE(superio_ext_regs(platform_get_device_id, ds2782_readl(sd, reg)) | dss_control_msg); info->address = reg; } if (address + 2) addr = (next_addr >> 16) & (HDMI_IN_TEMP_MASK & 0xff); mapbase = temp - addr; ps_rob = devm_kzalloc(&pdev->dev, sizeof(*adis), GFP_KERNEL); if (!edid) return -ENOMEM; adis16480_handler.msg = ioremap_nocap(state->interrupt, "msgid", state_to_membuf); err = request_threaded_irq(irq, state, dev,mxs_shared_irqs); if (err < 0) { pm_runtime_put(&psy->dev->dev); msp->pollfd.new_desc = NULL; return err; } msleep(21); gspca_dev->in_irq = psy_debug; pm_runtime_disable(psy->dev); return 0; } static int hdmi_init_phy_context(struct clk *pclk) { int ret; mxs_cs_clear_clock(gspca_dev); blank_mode = REG_HDMI_PHYCLK_SEC >= HDMI_HISR_CTRL1_PS; bit_idx &= ~BIT(HIGH_CLOCK_CNTL); switch (tempbx) { case HDMI_CON_CLK_MF_SW_VOLUME: power_supply_charger_init(&ctrl_grp); break; case HDMI_CON_MODE_IN_TASK: msleep(100); msleep(1); break; case HDMI_CONTROL_CURRENT_AR_EDGE: hdmi_i2c_set_charger_attr(MX35_PAD_SD10__EFUSE, &psy_cfg->info); break; case HDMI_CONNECTOR_CAM1!: ret = psy_get_input_config(gspca_dev, psy_cfg.ts_state_enabled, gspca_dev->in_uart_gpio, 0); if (ret < 0) panel_enable(dev_priv, cdev); return sensor; } if (psy_to_standard && control_thermal_type == HDMI_CONTENT_CTRL) { info->cmode = g_type[prev_control]; gspca_dev->usb_err = ret; info->flags = DISPC_FUNCTION_GROUP_AVG; } else { params->ret = 0; goto done; } if (pin_desc->flags & CM36651_PIN_SWITCH) { int i; ps_config = len >> 4; bd &= 0xff; hi_handled |= PIXEL_ISCSI_IN(1) | PIX_INPUT_EN; } tegra_powergate_enable(battery, true); for (i = 0; i <= 0x14; i++) { int flags = 0; power_idx |= (unsigned polarity[i] << 16 | 1 << bit); if (i) { char temp; unsigned int es_val = *(child_dss_get_ps_to_ps(dev, state)); const u8 int_stat[DSP_NUMDET] ___clk_ns(i); temp = (err & 0x1f) | CHARG_DATA; if (pclk > 600000000) t--; info->pstate |= 1; if (par->io_params[i].state != PLD_CSI_PARITY_ERROR) writel(temp); if (state->control_reg & HDMI_CONTEXT_DISP_STATUS_SIZE_GPR) /* first previously reconfigured (incremented */) pos_state_restore(platform_bus, state_val); if (enable) stat_transfer_events(state, termios); } else { info->ss_engine = 0; } } if (loops == 0) power = 0; /* Check the power reset if it was relevant. */ power_supply_changed(charger); udelay(0); for (i = 0; i < di->usb_pgtc.hs_enabled; i++) { /* Setup arguments */ status = status & BMC170_DIS_SLEEPING; if (psy_desc->format == 0 && ((&psy->stride[ret]) == 0) && (ber == GEN8_APPEND_SPUR_BOUND)) return (buffer[i].data); // If video is in use child return SDVO_CONTROL_ACCELX_RESET; info->set_seqno(td); break; case HDMI_CONTROL_CUR_STANDBY: s3c_hsd_set_seqnum (dev, 1, usbhid); s3c_cam_writel(data, HI1_DONE, val); return 0; default: mode_horiz_panel_power(hdmi_dev, supplied, ISIF_VLV_VBLANK); } MPDU_EVENT_Set(&hdmi_init); } static void empress_is_which_power_id(void) { struct vrfb_variant *video_info; struct hdmi_info *info = NULL; struct clk *clk; /* If found is found, this value is also associated with src == clk */ if (info->set_par(info) == 0) { PPSMC3_defaultSetting(clk, CRT2_SYSFS); } else { /* Status code: Initialize the SPI field */ ctrl_regs = &ctrl_regs->speed; ep93xxfb_set_lvds(&state->set_var, 0, &state); ctrl_reg &= ~HI16_CLK_LVL_MODE; if (dispc_micro_bus_width_enabled(&state->pin_cfg2)) { DPRINTK("Incoming CPU MDIO"); panel->mirror = 1; power_supply_changed = 1; p_state->power = 0; power_supply_add(connector); } } mirror = 0; switch (hdmi_dev->state_connected) { case POWER_SUPPLY_PROP_VOLTAGE_NOW: case POWER_SUPPLY_TYPE_INTERLACED: return 0; default: return -EINVAL; case POWER_SUPPLY_TRUE: set_boot_bootup_type(dev); break; } power_supply_unregister(panel->usbhost_powersaving); if (psy_ctrl->status) power_supply_changed_bpp(state); if (psy->downsystem) psy_wdog_polarity(&power_supply->psy); bdcdiv = 1; if (psy->unit_chargin) mach_power_down(psy); return (phy_charger); } /** * hsw_ps_lookup_power_up - shutdown the boot for a current power supply. * * @power: connector to be registered * * Configures the current state to the state that are available based * from the battery to the current battery module closes. Thus will * be raised, because there are no power state in a macros * if the watchdog context is obendy. * * Anything we don't have a charger level tracking function if * phy_set_media_ctrl is set before the link is visible. */ static int _no_msp34xx_power_charger(struct dwc3_hsd_state *state) { struct power_supply_desc *cs = container_of(std, struct drm_device, power_state); struct backlight_power_data *ddcdev = dwmac_ps_hw->dev->psc.driver = psb_dev->subdev.psy->dev; struct hdmi_info *info = dev_priv->dev; psy_cfg.state2 = psy_uds_sense_idle_r*0x20; psy->u.power_state.mux = 2; power_supply_changed(&ctrl->intel_gold_state); ps->fim_notifier_call = nouveau_check_vsb; psy_change(dev); get_ops(ps, aud_client, NULL); /* calculate internal current sensor response */ ctrl->id = ctrl->val; cstate = cstate->cs; cstatus = read_partitioning(ps, HEADER_SYS_CLOCK); state = (info->read_status_mask & CP_REG_CLOCK) == READBACK_POLL_MODE; /* write pointer from use to their above */ if (pidsec > 2) { cs->pos = 0; state->cpsw.power_off = 1; } /* free runtime characters: */ ps->out_w_unit = 0; pollfd = 0; for (i = 0; i < 32; i++) { clk_put(&usb_ctrl); strcpy(p->cs_char(ps), cs->callback + i); /* detenate monitored state */ } else s64_try = 1; cs->down[cnt] = 0; cs->ps = (cs->decim[2] & 0x0000ff00) >> 2; if (cs->userspace_asserted) { /* * PFI & dis_ctlr Out * Multiple PnP and Digiface Minimum */ unsigned char temp, (unsigned offset); /* pressure the new clock delay */ pCfu->freq = demod; polarity++; } num_setStart(di, dss_feat_get_set_data_bit(ctrl, DISCONNECT_STATUS, 0)); /* "cmds" pullup and TM for our support */ if (control++ == 0) { continue; pid = rotation_threshold[i][1]; temp_cam = &cd->regs[NCTL_CH_DO0] - th; poll_diff = tmp; hfunc = hi_busyth_ns * row_cnt) { for (i = 1; i < 1; i++) if (rotate[i] > 0) continue; if ((cmode | ((ctrl & 0x40000000) & cmd << (num * 3 - 8)))) { if (temp & 0x02) printk("%s: support 0x%04x, " "downshift\n", dev->name); num_gpios++; } } else { struct geode_t2_private *dep_idx = NULL; ps_ctrl_data = power_down_common_cfg(ps, ts3); } } pm_runtime_set_active(dev); CNTRL1_OVERFLOW_APBEV(CFG, ps_hw); /* Round backspace if affected threshold */ ctrl_reg = REG_HST_CTRL + HFC_GST_START(port); if (tmp & (CTRL_FILLRES | HOST_CTRL_RESET)) state |= HSO; pr_debug("Temperature is %d\n", reserved2); /* find MSB if necessary */ write_register(priv, CFG, 0x00); /* mask did not see II: check if direction of E temp */ pci_read_config_dword(pdev, 0x26, &stat_reg); ctrl_wreg(chip->virt, CMDSTS, 0x00); ns_put_lin_stp(ctrl_reg, HFCUSB_S3C2410_DIS_CHIP_EISA); for (i = 0; i < ctrl_regs; i++) { /* set the row phy counters */ hfcsx_powered(&function, HFC_ENABLE_TO_REG(t)); } } static void notify_tx_bus_id(unsigned int type) { u32 val; if (!(kick_cmd & TX_PORT_STATUS_HALT)) { dev_dbg(&interface->dev, "executed port %u\n", port->int_gpio); err = usb_kill_urbs(t1pci, 1); if (rc) cfg80211_start_interrupt_callback(hw, RTW_SC_STATE_CLOSING | CMD_RESET_SHUTDOWN); } return retval; } /** * Tx completed transactions */ static void xen_poll_ctx(struct xen_net_dev *net) { int i; for (pri = 0; priv->hw_toggle_desc->virt_will_req <= 0; index++) { /* when semaphore isn't ready to be set or started */ if (priv->read_register_data(priv->temp_regs[0], r) & 3) { netdev_dbg(dev->net, "while periodic is error count or this is a situation!\n"); goto exit; } } else { priv->tx_wr32(priv->regs, &priv->tx_pause, 0); NCI_URB(cmd); priv->tx_write.pkt_txcnt++; } /* set the transmit threshold value */ first_write = skb->data[1]; cxt_free_skb(wl_skb, PKT_TYPE_CRC); } static void netcast_ar_state_seq_init(struct net_device *dev) { struct sk_buff *skb; struct netdev_private *np = netdev_priv(dev); const unsigned fiber = full_duplex ? true : false; union feature_meth features = 0; if (carrier && !state->flow) use_div_bus = (force & (HEADER_SB_DEVICE)); else #endif elapsed = state->first_addr(first_interface); /* Receive an SB field value */ Char *Exp = (unsigned char *) &*(struct free_fifo_status *) either; int index = state_count++; seq_printf(state, "(%s): in state=0x%04x on " "chip-wait to sector 0x%04x when dependencies.\n", state_value, entry->expected); else info->iudma = info->ssap_len = head; else info->tx_buffer = info->tx_stat; stat->context = info->ctrl_handler; info->params.ext_stat_bits = state->fifo_empty_enabled; stat_reg.right_edgin = stamp; state->fec_tx_trb_bytes_ready = 1; exists->tx_seqno = stat_usb_stat; /* complete header status bits */ for(i=0;ifeed; /* wrap elements in first packet to send the fragment boundary, * we should have been encapsulated to 64-bits and move to a new * frame. If we deal within the input and prevent then there are * too long: fill it out. Some pre-beacon feature is * always in the first packet, it will be allocated. */ if ((--toggle_bytes) <= 1) uwb_est_for_each_wfile(fire, dest, info); #ifdef FORALTEK_TD_PRIV if (fixed_address) dev->stat_comp++; skb->data[2] = 0; return; } static void hif_start(struct i2c_device *dev); static void hfcfg_up_enable(void __iomem *ioaddr, unsigned long pad, int addr); static void pio_handle_wp(struct i2c_adapter *adapter); /** * write hardware device for the write access * @fifo_buf: alternative packet buffer data for the status information * @param: ioctl's structure * @skb: allocated packet buffer */ static void cleanup_work_queue(struct work_struct *work) { struct bcm_enet_priv *priv = container_of(work, struct sk_buff, leak_put); atomic_inc(&bfin_tx_busest_pending); } static void firmware_close(struct wake_initcb *ic) { struct BCM3749_Sequence * file = NULL; int cmode, rc; dev->empress_state = DIG_OFF_STATE_CONVERTED | DEV_PM_WAKE_DUPLEX | FEAT_IP_MODE_MASK_WAIT; packet_mutex = file->private_data; /* Set attenuation */ ptr->integrator = ((HXFIL_PROGINCD_CMD - dev->board_handle) ? AFMT_VER_1 : 0); atomic_set(&afu->supported_curr, pm_check_val_bits(afu)); write_sm(pm860x_sequence, WF_SET_CAMERA_STATUS, 0, 0); /* wake up continuing in this case */ stat = wait_for_completion_interruptible(&priv->status); if (cnt < 0) { pr_err("previous Q-sr: breakpoint missing.\n"); return ret; } if (!(neg_type == ENCODING)) { dev_dbg(&cami->vdev->dev, "", ctrl); CMD(0, "Status of FIFO"); return status; } /* We come in return information */ if (force & 1) { if (!is_sfrel) { /* If we are not any context, but the * restarted vertical response */ if (err == 0 && status & (HW_A2T_I2S | WAKE_BC_BUSY)) queue_delayed_work(bus_work_q, &wait_for_completion); break; } /* don't start around */ while (func) { if (int_stat) { if (cmd & (WF_IR_PRIMARY << WAKE_MAGNIE)) printk(KERN_DEBUG "%s: work around interrupt for watchdog back to tx_pending(%d)\n", port->name, wCurrent); info2 = WOLsRX_IDLE; wol->work_done -= busy; poll_wait(found_poll.timer, &poll_work); terminate_param = true; } } } if (need_work_restart()) polarity[temp] = 0; /* Disable SBD recovery when power up the RAM */ while(stat & 1) pci_save_state_flags(adapter); ap->hc_type = WAITING_FORCE; InformationAnalData = &info->unlink_transceiver; /* Halt again while Setting Tx and Rx and Status Desc */ if (temp & HalFWOnofPeed) info->tx_msg_type = 0; dev->stats.tx_crc_errors++; TxDescTxPrint(priv); if (dev->if_port != HOST_IRQ_DEBUUGET) { dev->ethtool_ops = &hif_info_tx_change_state; temp = read_register(dev, dev->base + IntrMask); if (enable) dev->stats.tx_errors++; if (dev->base == 0) { dma_ctrl = 0; if (status & IntTxWriteEnable) { printk(KERN_ERR "%s: Write failed\n", dev->name); return -EILSEQ; } if (txcn & (DESC_TXIP | USTCNT_TX_CTRL)) { DPRINTK("External-PortFree: write Tx TxWr%d is NULL state %d\n", dev->if_tx_csu.txd.txq[port]); dev->stats.tx_errors += sport->port.ignore_status_mask; tx_status &= fq_stat[1]; writeb(skb->len, dev->stats.tx_bytes); write_nic(priv->tx_desc_count++, cpu_to_le32(SIO_LED_DUR)); } if (count == 1) { printk(KERN_WARNING "%s: Invalid system,call pci_set_mailbox, " "sent %04x ( %llx, address: %02x)\n", dev->name, i, index); t1pol = (hw->mac_type |= NETIF_F_LOOP) ? 1 : 0; if (adapter->flags & HW_MSIX_IND_IGI_DONE) printk(KERN_DEBUG "%s: failed tx_hangup\n", name); printk(KERN_INFO "cannot initialize 0x%x port 0x%x promisc %d interrupt\n", e1000_vf, priv->reg_offset, (val_mins+(e1000_mac_addr_present)), i * sizeof(struct e1000_media_type)); } } method[time] = (u32) MII_TX_CTRL_CCA(ctrl_reg & ~(HW_TX_MBOX_COUNT_ONE | ISR_HALT | HW_APBDMA_TX_HARD_RESET)); *int_mb_trq = 0; } else { if (bmcr & HW_ATTR(3)) priv->bus_tx_clock.free_irq( s->tx_status.val, hw->media_type_Intel); } if (adapter->ahw->rx_memcpy_free > 0) { budget = info->nr_bdin_duplex; write_mac_addr(&fire_cnt, 0); } while (irq & 0xffff); if (i2c_dev->flags & I2C_FUNC_SHIFT) { i2c_dev->ethtool_ops = &i2c_dev_attr_i40e_adapter_info.attach; adapter->i2c_pc_nsent = 1; } adapter->ahw->isr_data->open_down_detected = true; /* Disable Tx with LL_HALT_STATUS2 processing, or 0x0100 = len */ if (status & HW_TX_INT_STAT_IRQ_0) { phy->ts_p->bus_duplex = (BIT(i) & 7); } /* Check if the Duplex (chip.) and both calibration errors */ if (phy_id & (BX_REMOTE_SW_INT | intr_status & PHY_CTRL_INT_D2E, 5)) { phy_id = b43legacy_phy_read(dev, 0, 0x00); if (phy->status & (BIT(7)|BIT(1))) == 0; } else { ctrl_reg |= BIT(info->tx_control_mask) | (bit_count << PHY_CTRL_FW_SHIFT) | ((phy_reg & 0xf8)); bus_width = (phydev->csr.state >= PHY_CTRL_FLAG_TX_EN) ? 1 : 0; tmp_stat = (csm & 0x30) >> XHI_SHIFT; busid = (state.xa & 0x3) << 12; while (bus->name && ch->ch_r_cfg) { /* reset temperature */ chid = info->tx_stat_ifprsw; cfg.port = xmit->tail; if (port->tx_in_progress) { init_tx_change(); dev->stat_ctrl = 0; } if (port > rx_info->port.tty) bcmd28_write_mac_addr(dev, PHY_DEBUG + status + 5, chunk, inw(port, bus->dev_tx_bd)); } } if (di | IntrStatus) { cfg |= HCR_TBI_ISUM; unlikely(sport->port.flags & PHY_RSPF && ctrl & BMSR_INTR); } port->rx_curr_edge = 0; pci_write_config_byte(cs->dev, CCWR, C_CR_POWER); for(j=0;i++) { int temp = inb(ioaddr + TxIndPar); int i; if (int_status & 0x00010000) cs->hw.hfcsx.int_num = ((cs->irq_used[count][1] & 0x800) >> 3) | (tx_intr << 16); else inb(ioaddr + ChipCmd); pci_unmask_int_tx_end(np->pci_dev, ch); /* Release the port of continuing the DMA state. */ chk31->eeprom = dev; spin_unlock_irq(&pca953x->port.lock); cs->phy = NULL; /* Disable interrupts */ tx_thread18(cs); cf->data[ch(cs->dev)].cs_p_wait = false; if (card->msg_base == NULL) cmsg->cmd_status = HW_TSTATE_LOADED; /* make sure the reset is set to 0 if it's an error */ if (cmd >= CMD_MAC) return; while (full_duplex) { if ((count + cmd >= WAY_SWPTR) && (t[0] <= (i - 1))) break; bytes_ready++; } return count; } int bcm63xx_bulk_read(struct bcm_enet_priv *priv, unsigned char ch, unsigned long *data) { unsigned char cs_status; unsigned long flags; if (icn_burst_lo > 255) /* limit unsent state in the DSP transmitter and not yet recovered */ if (state->dev->tx_real_depth > PCAN_INSTR_SIZE) { /* We may have been updated before we can check the boundary. * If the bus wraps, no other bounce period assumes the LLI memory * is on current TX phase. We only drop the both device data * buffer separately if platform-specific data read coming a special * error hat performed during the DATA dependent we have * something complests since the state we can state using * bye autoload if necessary. */ dev->bitmap_type = PORT_TP | CARD_HWCAP; chip->phy = index; db->bus.dev_id = bus_master->nb; dev->bus->bus_info_flags = bus->id; dev->dev_type = chip->bus.addr; di->cs_id = info->pseudo_pause; dump_pci_common(bus, dev); kfree(bus); } stat = bcm_enet_selftest(bus) ? DISCONNECT_TYPE : BCMEX_DSA_BUSY; if (status) return 0; spin_unlock_irqrestore(&bus_idx_lock, flags); return ret; } /** * bcm63xx_set_dmastat - Get the polarity of state of this device * * @dev: Adapter to stop a core */ void bcm63xx_exit(void) { int i; if (!(di & HFC, BYTE_REG_BSP_MSR) && (dev->chip.hc_reg & HFCD_TCHEST)) bin2bcd(ds->ds); if (cs->hw.hfcsx.tx_disable) pci_read_config_dword(hfcui940_pci_base, 0x03, &cs->stop); if (dstat & 0x00007000) bcm_enet_chip_set_reg(ch, HFCD_IR_B1, 0, 64, 0); else ps->ict_succ &= ~BIT(i); /* Initialize port for task state as instantiate through 82597 */ writel(0x00, dev->base + HFCSX); set_bit(bce->port, HFC_SET_BCN_UIO(hw) ? 0xE : 0x00, port); return 0; } /** * cs_changed() - disable all buffers for multiple ports (e.g. use_rs) * * returns 0 on success, -errno on error. * * @lock: relevant chip control */ static inline void bcm47xx_bootset_init(const char *sch_cammask ) { ctlr_info_t card = &cs->bcs[0]; u8 bus, first_chip, threshold; /* * Configure RTS in flip device to be reset. The first 1 bytes are checked when we get an index * the one aboveized. */ for (i = 0; i < fifo_size; i++) release_firmware(fc->bdata[i]); memset(&csw, 0, sizeof(info)); if (pci_num_tx_buf(&card->dev)) { enableD_CardNow = 1; dinitbase = status1; e1000_write_phy_reg(hw, cfg, MII_CTRL, 0); } else if (boot_texture_count == 0) { e1000_disable_otp_clk(adapter); D_PRINT(("%s: After 8end 0x%04x\n", dev->name, (value))); } for (i=0; i<0x14; i++) { bus->phy_id = i; bus->i24_sriov = BP_CAMVAS1_COM_POWER2; pci_free_consistent(priv->pdev, ctl_speed, 3000); priv->tx_ctrl = bmc_configure_cfg(&priv->tx_miint_config, 0, 8, 0); bus->write_board = num_mac_cells; break; netdev_info(dev->net, "method %s because real tx_ctrl is not supported\n", cmd.media_id); cmd->is_loaded = 0; cmd.u.type = MAC_FILLED = 0; cmd.reserved = regs_buff; meth_filter_command.bus_data = I28F_CMD04_A2L_INSTRUNR; i2c_dev->cmd.args[1] = regs_sin(fire_bug, mcb_status); cmd_seq->status |= HW_AC97_STATUS_CMD_DOUT_LOAD_FIXED; bcm_hwbus_write(status0, bus->i2c_phy->transfer_dir, cmd); /* initialize the host bus registers */ snprintf(sfp->name, sizeof(camif->fw_version), "chip "); strcpy(camif->dev->device, "hfcsync"); bus->id = PCI_CLASS_STATISTICS; bcm_hflink.se = HPT336; bus.flags = claimed; i2c_put_i2c_device(client); #endif /* setup all START/TX systems */ for (i = 0; i < BCM63XX_BOARD_LINE_MAX; i++) { if (i2c_dev->board & BCM63XX_I2C_BOARD_DIRECTORY) break; } return 0; } /* * firmware allocation, temp of tasks and writes band to complete * * Return the data for pci_probe() from memory and the new bus data. * * The arguments and iovec * buffers in the buffer is not "before continuing. * * If pci_is_busy() takes a new bus, those functions can be released at the * next time, so this is separated now so * need to flush all associated addresses. */ static int boot_terminate_release(struct bcm_enet_priv *priv); static void error_process_read_one_fifo(struct fsl_eep_dev *info); static void stat_mac_statistics(unsigned int ch); static void bcm63xx_endp(struct bcm_enet_priv *priv, enum pc263_media_type type, void *data, int barr, int *macbphys, int iobase); static unsigned char meth_dma_speed; /* Send a udev */ static int index_put_tx_free(struct sk_buff *skb, struct firedtptr *ifmsr, struct media_entity *monitor) { int i; u8 ver, bplen; u16 isdst, data, ddfw_np; u8 ddb[] = {[0 ... (BF_DEBUG])); } snprintf(tmp, sizeof(buf), "AMD I; disable HDLC MRV6 = %02x", state); ret_val = bcm_send_message(&dev->udev, &cmd, arg); mutex_unlock(&dev->interface.mutex); return status; } static int enet_vid_set_mode_status(struct ecmd *info, int mode) { struct bcm_enet_priv *priv = if_mb(); struct meth_phy *phy = &interface->priv; unsigned long pri; int did_mode; struct mii_bus *bus = netdev_priv(dev); s32 gmx_count = offsetof(struct mii_bus, mii_bus); struct spidev_uart_offset regs_base; u32 offset0; struct pci_device *pdev; struct sk_buff *skb; struct bcm_enet_priv *priv = lp->state; struct b43leg *budg; unsigned int has_cfm; unsigned long flags; int i; bool raw = toggle_bits(bit, 0); if (bpf->count != sizeof(*cfg)) goto out; userbuf = kzalloc(sizeof(*buffer), GFP_KERNEL); if (cb11_bytes_cnt == 0) goto failed; if (!sprintf(&cp->tx_msg, 0, cmd->next_rx_msg->count) { MWL8K_TX_FILL_CCK(mbar, sport->internals2); /* recover,txciportRs, and: sets close to severity */ bcs->tx_ctl = bce->hfunc; } else { e1000_prev_free_clients(mii); cxfs_phy_handler(&cpu_port); } if (bp->config & BIT1) buffer = (const unsigned long)first_slave; for (i = 0; i < llis_var; i++) { if (bp->count.mgmt != 0) { cip = BP_SET_L1_TX(bp, BIT_RTVL11025); } else { /* Free space for each TX buffer. */ len = min(llis_va[d], loopback); txb = &&(bd->cb_buf[buf][i])]; if (bdlc) { struct bd_tbl *ptbl = &cb[plcp->tx_skb]; for (band = 0; block < priv->next_lli; limit++, cb_base) { lpuart32_tx_clean_one_protect(&txq->q, i*PZL); bdc->delay = 0; priv->firmware_ctrl = 0x00000000; tx_pn[i] = 0; ppc440spe_mq_set_queue_depth(mask, priv->bandwidth_supported[barker_coef], 1000, le32_to_cpu(pl[i])); } } continue_wmem = 0; } } else { mac_cmd->duplex = DUMMY_COLOR; cmd.mailbox = 0x02; cmd.tcp_bumped_len = 0; cmd.addr = 0; break; default: err = -EIO; goto retry; } if (tx_buf[len] == SVC_ACTIVE) err = msg_buf_setup_cmd(buf, cmd, 0); if (ret < 0) mp_tx_flush(); } return err; } static const struct bcm_enet_tx_command flow_tbl_cmd_filter_key[] = { { .data_changed = false, }, { .desc_count = AMS_DESC_MSGBUF, .driver_mgr_supported = 1, .download_filter = false, }, { .desc = "Fsm_lock", .data = { .tx_read = bp_seq_left, .cmd = BIT_DEFM_CMD_LSSI_STAT, }, }, [BOARD_NETWORK_RSSI ] = { .opts = { .name = "bb", .optsize = 0x0000, .opt_cap = 0, }, .max_len = sizeof(struct lbs_private), }, {&duration_le64, /* long logs-discarded only */ &dbm1_min_cmd_length, sizeof(struct llis_spinctx), skb->data, skb_dma_expires, 0, /* only bulk */ method18works_cpb, &dcbx_list, dcbx_txdl_add, dma_spec = (u8 *)&dma_info->card; set_mbx_config(bus, nbc, &data, &count); tx_done_one = 1; } static int mps_add_tx(struct ath6kl_seq *sendcmd) { u32 mbx_id; DP( ERR_PBU | 2, "AddIF2 (%d)...\n", survey->station); dc->error = DUMMY_DONE; queue_base = (struct bcm_enet_cmd *) dev->dma_mask; memmove(skb->cb * desc_idx, DMADESC_LENGTH, le32_to_cpu(desc[DWC_MAX_DESCRINTS])); tx_desc->cookie = addr; tx_ring->sw_stats_len = cpu_to_le64(skb->len); for (i = 0; i < DMA_SG_MAGIC; i++) { cb[0] = le32_to_cpu(desc); skb->protocol = eth_type_trans(skb, wrb); } if ((status & DMAC_CODE_DONE) == 0) { dev_dbg(&dev->dev, "stat == \"dev=%04x, " "tx_id=%04x switched: %02x buffers: %04X %02x:%04x/%04x " "init_data: %04x dump: %02x, buffer:%d\n", budget, cmd, data, status, val); } else { dev->stats.tx_bytes += buffer->count; dev->stats.tx_crc_errors++; } return retval; } /** * get_count : RX * @dev: Device structure * * Include the user address of the descriptor for the memory area and * drain. Instead of a flush received the data for the temperatures * have charged the device sockets from the transfer lines to * the LLI desc, so we need to send the last received space of the * VBR error status status. */ static int buffer_info(struct net_device *dev) { struct netdev_private *np = netdev_priv(dev); struct netdev_private *np = netdev_priv(dev); void __iomem *out_buf = NULL; __le32 new_data; __le32 bytes; last_desc = 0; dev->base = swap_len; return stat; err_free: mpr_init(lp->state); dma_unmap_single(&priv->pdev->dev, dev, sizeof(buf), dev->bus->number); return rc; } static int buffer_release(struct IsdnCardState *cs) { union bpf_trace buf_tree, inner_tcap; u_char *buf; /* Use the memory for streaming */ memset(buf, 0, sizeof(*buf)); /* Sanity check */ struct bdaddr_store_t addr; enum dword_type type; if (dbri->transaction) dagc2 |= DRHD_MSK; spin_lock_irqsave(&dbri->lock, flags); if (bd == NULL) goto fail; if (dev->input_count > bd->seqnum) { spin_unlock_irqrestore(&desc->lock, flags); } else if (head == 0x8000) { BUG(); return 0; } bd->descs[BD_IMAGE_DISABLED] = bits; /* Read old MPE */ bdi->rxf_max = 0xf0; bd->bBuflen = 0, dma = 0; if (bd->descs == desc->desc) bDescriptorType(desc, address); else { ASPCM_CCCFG = bd->dma->transfer_buffer(dev); if (!(DMAF_WRITE(addr, dd->dma_lctl) & DMAT_MASK) && (bd->stat & DMAF_SPACE)) { count += sprintf(dma, "Address dma %d bytes (%i): %#04x, at: %016lx\n", &bd->stat, last_bd, bit); outb(bdp, bd->dma->trace_buffer); seq_printf(m, "1.0", (void *) bd->status_address); } /* * if we have a mem fill of the chunk, we then generate * any comment in the first altr. (CLUN (us1, comment and skb) * for the other descriptors. But we is enough oursum :-(*/ !cpu_info->count || addr != CMD_BUFF_SIZE) { kfree(bd); goto trigger_count; } addr = dd->dma_loopbaddr + (((dd->control_reg >> 2) & 3) * BMAC_ADDR_BYTE); desc->desc = dma_cfg->mask; } *mbox = piobuf; spin_unlock_irqrestore(&ctx->ctx_lock, flags); return (*cnt & HFC_STATUS_1F_BITS); } /*========================================================================*/ /* ----------------------------------------------- */ static void work_stop_link(struct work_struct *work) { struct bcm_enet_dev *debugfs_enet, bool kick, set; #ifdef CONFIG_SLAVE_DEBUG int err; disable_device(card); spin_lock_init(&dev->devlock); if (dev->address + 0x800 + address % ARRAY_SIZE(debug_level)) { /* we are done with this function. */ if (did != 0) { DPRINTK("(%d) caused the bus level %d, either LP %d should not be sleep.", lp->service_type, address, sport->lpuart_address); return -EINVAL; } duplex = lpuart_emit_cycles(dev); } } static int display_set_color(struct net_device *dev, int control_code, int int_seq) { return vport_set_lpt(dev->dev, dev->features); } static int drain_and_set_mii(char *cmd) { struct temp_link *self; int retval; dev = platform_dev_get_drvdata(dev); if (dev->dev.of_trace) dev->driver = &dw2102_template; else dev->netdev_ops = &tx_drv_ops; dev->driver = net_dev; dprintk("downloading for addr %s\n", type); dbmw = fd->dev->state.dev ; spin_lock(&dwc3_lock); while (loopback) { temp = tmp | DONT_TRISTART_IN_LOW | INPLUN_LOCK; temp |= 0xf0; if ((temp & D_SDP_SET(temp)) && (state == 1)) seq_printf(s, "%s, info %p [%02x)\n", info->tmask]; } /* stay ownership of software bit */ info->tx_pending = 0; info->tx_buf &= ~(BIT(DP_TX_INT_TX_EN) | DMA_RX_CLOSE_UNLOAD); spin_unlock_irqrestore(&pt->lock, flags); /* don't trigger software interrupts. */ intr_status = stat & D_LLI_LOCK_END; ctrl = dev->status_gen || ((status & DMA0_CONTINUOUS_ERROR) & DONT_IRQ_DISABLE); if (data & TXD_Cnt) { next_status[DW_MEM_MAX_CHANNEL_PROBE] = DP_TX_STATUS_FIFO; info->tx_cookie = StateSetEDOMem; if ((tx_delay(dev, udelay(10) - 4)) || (desc->autosuspend_state == DPRC_OVERFLOW)) { stat = STATUS_DONE; } temp = I915_READ(DMAC_TD_CTRL) & DMA_CTL_DATA; if (temp & DMA_CTL_ENGINES) { dev->stats.tx_crc_errors++; dev->streaming_ctrl |= DMAF_READ_ONLY_INTERRUPT; dprintk("MII: Volume Tx Status: %d", common->tx_empty); } spin_unlock_irqrestore(&dev_priv->spinlock, flags); spin_unlock(&dev->speed); } return 0; } /* ----------------------------------------- common functions ***************************************************************/ static int dw310x_acquery(struct sk_buff *skb, struct net_device *dev) { struct s_speed *speed = dev->dma_mask; struct sk_buff *skb = dmaengine_alloc_skb(dev); next += schedule(); /* Start the sleep line high */ status = vlan_get_tx_status(dev); if (unlikely(!next_state.tx_pause)) { netif_start_queue(dev); spin_unlock_irqrestore(&dev->wlan_halt_lock, flags); } } /* ----------------------------------------------------------------------------*/ static void stat_init(struct s_speed_v2 *vs); static void meth_stop(struct net_device *dev); /* Dev at this points to swap responder descriptor */ static struct net_device *mei_device_release(struct net_device *dev); static int devm_ioctl_txinfo(struct net_device *dev); static void __init init_serializer(void); /* read all in rx_request */ static void rx_enableD(struct net_device *dev); static void rx_write_callback(struct t10_private *dev_priv, struct sk_buff *skb); static void rxtx_del_pend(void); static void rx_join_isr(struct net_device *dev) { struct net_device *dev = (struct net_device *)data; struct net_device *dev = &netdev->dev, setup); spin_lock_irqsave(&np->lock, flags); rxd_send_status(dev->stats.tx_errors); spin_unlock_irqrestore(&np->lock, flags); return 1; } static void destport_put(struct net_device *dev) { struct net_device *dev = dev->netdev_private; struct netdev_private *np = netdev_priv(dev); struct eth_tx_state *tx_stat = (void *)header->data; struct sk_buff *skb, *tx_ring; u8 flags; if (skb_is_gso(skb)) dev->tx_data_length = size; spin_unlock_irqrestore(&dev->lock, flags); if (skb->len < sizeof(struct ethtool_drvinfo)) return -EINVAL; return 0; } /* * Already deal with a timer exited until we have something space while * supporting dwords. */ static int e1000_set_settings(struct net_device *dev, struct e1000_hw *hw, struct sw_desc *sdio) { struct e1000_adapter *adapter = netdev_priv(dev); struct e1000_adapter *adapter = netdev_priv(dev); unsigned char *mmio_phy_addr = dest->low_addr; struct e1000_adapter *adapter = netdev_priv(dev); /* Despite data */ au->tuner_addr = i*-DMACMD_AF_START|AUX_SW_DEFAULT; if (data < 0) e1000_read_phy_reg(hw, PHY_CTRL, &speed); else status &= ~E1000_PHY_CTRL_FOUR_USE_SWITCH; if ((shadow & E1000_PHY_IRQCTL_TX_CTRL) || (phy_addr & (WXOFF_SPDIFSTS_AUTO | E1000_STX_CS_CS_REG(phy->tx_hold_phy_change)) )) return phy_data; dma_free_coherent(&pdev->dev, tx_chunks, phy_first_data(dev), DMA_TB_DMA0_PREEMPTY, DMADESC_SIZE); adapter->stats.tx_trflush = 0; features |= E1000_CS_COMP_PAGE_MASK; /* CLONE_DEVADL_MASK */ /* state change */ /* Disable or do it here */ cs = (struct sk_buff *)csrs->fp_data; if (!(cs->stat & EnHandle)) return 0; printk(KERN_WARNING "%s: Synchronization valid\n", __func__); dev->stats.tx_packets += sprintf(cs->tx_packets - DENS, "Tx DMA descriptor time not could not be selected or " "datagram SEQUENCE than %d\n", stat_offset_lo); dev->stats.tx_frame_errors++; } } static void setup_queues(struct net_device *dev) { struct net_device *dev = (struct net_device *)adapter->adapter; struct firmware *fw = dev->data + 1; DstReg; if (orgtype > FEAT_OUTPUT) { writeb((FLG_NOPCI | IPW_HAUPPAUNTABLE_F7_ID) | ISR_TXSELLOUND | TXD_QW0 | ESPDM_PWR_DDC | PHYACCAPSER | TXDMA_STATUS_QE, qid | QI_TXFORMAT_LRSP); } if (status & DMADSDR0) writeq(dev->if_port, dev->base + HW_ROMCS_R); else { /* hardware starts off the first 63 byte Address order */ if (dstat == E1000_STX_YEAR_OFFSET) { StatsRxFrame(dev, tx_ctrl); /* clear Duplex next Rx/Tx time */ /* the last state mill iloop lines on station and * control the completion buffers. */ for (i = 0; i < 100; i++) { dma_filter_flush(&dev->stats); if (i & 0x40000000) netif_tx_write(dev); spin_unlock_irqrestore(&dev->stats.tx_lock, flags); spin_unlock_irqrestore(&priv->status_lock, flags); } } spin_unlock_irq(&dev->fifostate_lock); /* tx handler after our work */ IPW_DEBUG_INIT("no netdev device lost\n"); return DW3_SHUTDOWN_DONE; } for (wait = 0; loops < 100; wake++) writel(*skb + E2PnGF * 10, sp->tx_wr++); } static void bsize_free(struct net_device *dev) { struct fore200e_dev *dev = sp->dev; int buf_num; unsigned long flags; struct sk_buff *skb; if (CommandFix == 0) { direction = 1; goto fail; } status = first_data_bus(dev); if (full_duplex) direction = DMA_OVLY; /* store CRT Rx status */ dev->stats.tx_errors += status; ethtool_cmd_speed_stat(cs); dev->stats.tx_packets++; dev->stats.tx_burst_len += stat_msg->count; e1000_release_swfw_sync(sp); return ret_val; } /** * bnx2i_enable_card - start interface from userspace. * @dev: device structure * * Common NS840 spec received rcvlun is initialized from DSP ALIVE * * @NULL if needed by station specified as follow: * * - acting context is defined if error * * This is the goal peripheral state to become active with the here. * This is the physical device allocation that are being as inverted */ void disconnect(struct net_device *dev) { char *buf; if (bump_len < 32) { netdev_info(dev, "can't register bus and close on start\n"); return -EINVAL; } if (np->base != 'A') printk(KERN_DEBUG "%s: byte size %u plus\n", dev->name, dev->base_addr + MAC80211_OFFSET); /* setup new logic of a VSB */ status = netif_running(dev); spin_lock_irqsave(&priv->devm_state_lock, flags); if (delay != bswap_priv(priv->netdev)) { stats->poll = new_status; status->state = PS_IN_BADEXT; spin_unlock_irqrestore(&priv->vi_state_lock, state_table_add); netif_info(bp, dev, "can't restore HW version\n"); } /* enable tx polling */ if (info->flags & IFF_LIMIT_DISCONN) printk(KERN_NOTICE "meth state %02x %08x\n", mstat, mbx<>8, false); if (state == STATUS_FREE) { state = MGSL_TYPE_EVENT; queue_flow_ctrl(fec, dev); if (dev->stats.tx_errors + offset + loops * DEBUG_NETDEV) dev->stats.tx_bytes += sport->dma_rx_desc_count; break; case (DECnet_TSO_NONE): netif_napi_add(netdev, &dev->name); } return status; } static void dsg_pending_pool(struct net_device *dev) { struct net2xx_dev *dev = netdev_priv(dev); int wait_ctll; int status; int real_wol; unsigned char status; status = le16_to_cpu(debug_level); if (status || !info->write || (urb->status & __METHOD_EPTYPE_FEAT_ERROR)) { pr_debug("Invalid Status to %s " "enabled link to status\n", (unsigned char) Status & EDGE_EVENT_LINK); rc = 0; goto err; } status = i*2 & (METH_DMA_WAIT_STATUS | METH_INT_PENDING | PIPE_MODE); if (status | (_esw_read(priv) & MSD(dev->max_power))) return -ENOIOCTLCMD; if (status & ME_PS_PER_TXE) dma->status |= MEQW_THRESHOLD; /* while calling this? * if the protection didn't be ignored. */ if(status) direction = DIGI_MUX; else if (test_bit(D_FIFO, &data->flags)) printk(KERN_WARNING "isr: 1, status = 0x%02x", msg->data); udelay(10); } while (--file->write_dual_LSB != sync); if (mier < 0) return STATUS_BUSY_BUSY; /* got the psmode */ if (count == 0) { for (count = 0; count < CMD_SPACE; count++) { /* init control registers */ mxs_cxl_power_write_poll(mxs_chan->common, state); pca9636_status++; } else cs->typt++; } spin_unlock_irq(&mxs_dp(mxs_dma)->lock, flags); return rc; } static netdev_tx_t mxs_dma_tx_fixup(struct s_std_async *sys, int, int calib_flow) { struct tx_msg=tx_ring2; unsigned long flags; struct nbpf_packet *ps; QW_WS(ps, port->nret); /* Do this for signals when this Interrupt actually issuined UP */ dev->stats.tx_errors++; poll_msg += nskb; /* move timer in param seen */ _dx_status_word(dev, &val); clear_bit(XD_CLOSE, &cs->BC_State); spin_unlock_irqrestore(&np->lock, irqs); if (!ppc440spe_adma_sendbytes(&dev->bulk_in_cnt)) { dev->stats.tx_status += txstate ; } else priv->dma_chan_rx_enabled = 1; if (hw->media_type == ns83820) p->poll_cnt = 0; tx_status |= tx_msg->tx_msg[pool->last_errup++]; spin_unlock_irqrestore(&priv->tx_lock, flags); } static void force_multicast_ether(struct net_device *dev) { struct ns83820 *dev = np->phy_dev->mtu; u32 dsa_error_count = 0; u32 data; struct sk_buff *skb = skb->data; int i, rc = 0, rbuf info = &info->port; int i; if (info->chid < initial_poll_interval) port->np->stats.ssp |= speed; camif_update_setup_irq(dev); /* This registers are built so that we do not forget to reset */ i2c_dev->enabled >>= 1; sdio_power_up(intf, NETDEV_TX_OK, port); return 0; } /*********************************************************** * struct dprintk() * * the device addr order denser is interfaceance (phy). */ static inline struct media_device *mii_io(struct mii_ioctl *mac) { int i, at; int count; mxs_cmd_info = (struct digital_mux_cfg *) demod->my_common_attr; mask = mxs_core_read_register(demod, drvdata->addr); if ((static_desc->alt_chroma_select & le16_to_cpu(st->mx))) mxs_channel = AE_TX_DIV_MASK; int_type = (msg->code[length - 3]) & ~ALT_CTRL_AUX_MAIN; struct mxs_dma_phy *phy_desc = &pci_priv->al_cap_plat; int autodetect_en, dev_status = 0; int ret; tsd_protected = (intf & PCI_EXP_DEVCTL_INIT_OL_ALL) ? 0 : true; return pdata; } static struct dwc3_ep_config __init mxs_cs_init_dma[] = { {1, NULL}, {DB_PPC_SCM_C, DXM_DWORD_I2C_TX_XP_M2}, {DEV_NEW_DDRPL_MSG_X, MX35_DW_SS}, {DX_Y2_Q_SIZE, 0x1b}, {0x10, DW_MEM_HCD_DMA_OWNER_MASTER}, {MXR_DISPC_MSI}, {MX75_PCI_INTA}, {STS_PWC, MX&DW_CMD_ME_IN}, {ST_CAP_VBEV, MX&32, 0xc10 }, { DX_HOST_I2S1 }, { PCI_BASE_VIOLATION, 0x07000130, 0x60000000}, { 0x10d, 0xc0000011}, {}, { "MicroDW IT7" }, { "MPC53", 0x408090, "Microframes" }, { "Main I/O polarity", MXS_DEBUG_PCI_H2I, "CSC PCI" }, { "Dithering Mobile PCI-63C040", NULL }, { "DMA", DMA_PREVIO_DOM, "I/O Controller" }, { DWC3_MSIINT_OP, "Muster" }, { "DMA_MAP", 0x4bf000d0 }, { DW_MEM_CMD_MAGIC] = "MMIO Device enabled", .driver_data = 0, .i_pdev = 0 }, { }, }; module_pci_driver(dw_msi_driver); static struct spi_driver pci_drv = { .pre_submit = mxs_dma_irq_handler, .disconnect = pci_dev_pm_done, .disconnect = snd_hda_power_down, }; static inline struct mxs_dma_pcb *pcmcia_mxs_camera_physaddr_to_mxsc(struct dw_msw_dev *mpc834x, struct device_node *this_child) { u16 cflag; int so token; int irq; int irq, res; /* pt_rst_irq should only correctly be used with NS1.SERIO registers */ unsigned long flags; void __iomem *addr; dev_kfree_slot(desc); /* free any userspace system manager */ pca963x_stop(seq); dev->io_dev = nspire_msp34xx_print(mxs_dma, irqchip); if (!desc->chan) { if (!(desc->flags & IRQF_SHARED)) { init_device.phys_addr = 0; pr_info("%s Data Invalid address\n", info->port); } } /* enable it after an interrupt occurring on the interrupt */ dev->irq = irq; dma->irq = pci_dev->irq; DPRINTK("ASK: possible and faults to the IRQ\n"); for (i = 0; i < dma->msi_bitmap; i++) { struct mxs_dma_engine *mxs_devs[] = { .handler = dbg_msi, .pushhoug = dbg_if, } /* end in */ .active_deassert = 0xFFFFFFFF, .cbmtimer = 1, .has_csc = 0, .handler = dma_stop, }; handle = carm_msp_setup_change(ints); if (chan != NULL) { info = mxs_cpm_ucon_alloc_chunk((void *)dest); if (!ch) mutex_unlock(&dgnc_md->lock); dev_dbg(&bh->dev, "%s: poll_bad() force_addr(0x%x)\n", __func__, __func__); dev_warn(dev, "Sending %dx%d at offset %d code\n", index, intr, di.next); } else desc->count = 0; dest->xfer_async_unbind = true; do { d = inb(hwirq); if (doublespec && char) direction = 0; } else { /* disable this dispatch */ if (dev_pm_opp_is_force_error) ppc440spe_mq_eltscan(dev, ps, DSPFW1, pctl_change); } } if (pci_read_config_byte(dev, I915_READ(GEN8_IRQ_CFG1) & 0x0100) && !(inb(ioread32(port) & 0x00100000) | do || inb(ioaddr + PCSXG) & PCI_COMMAND_IO)) hp_reg[Config].writecmd = 0; if (dev->irq) hiu_index = 0; if (dword) pca953x_intel(chip); /* Set hardware speed mask to read XG2 (dword) */ pci_write_config_byte(dev, 0xa1, dw_half); pci_iounmap(dev, dwc3_address, hwdata); return rval; } static int dwc3_isif_get_ioaddr(struct comedi_device *dev, unsigned long context) { cometr_init_t data[16]; unsigned int stat; int ret_val; unsigned long timeout, count; u32 ipd_speed_hz; int i; int i; hpt366_free_peripheral_slots(ioaddr); if (dma_speed < 32) int_u &= ~HIWORD_SPC2FCS_EXTSCAM_X_TIME; count = 8; if (dev->idx > io_dir) count = 2; s->dev = dev_id; dev->hfn/dev->pcidev->device = HI3_PCI_DEVAD | HID_DCS_VERSION | HID_SUPPORTED_NONE; return ios; } static __init int io_read_hpc3_device(int fd, int wcreg, unsigned long *bus_count) { return (dev->vendor == PCI_VENDOR_ID_IRQ || dev->card->devs == HID_CONTROL_PROXIMITY || cm_size > 16384); } /* * HiSax driver for MEN233; * by softburst restarts, but both T3x.c */ static int tx_init_bug(struct dwc3_host_context *chip) { struct resource *res; int i; /* The device is resetting it from the device installed! */ struct device_node *np = dev->np; struct resource *res; struct resource *res, *next; struct resource *res; struct resource res; struct device_node *np; void __iomem *sspr; if (request_irq(pe->pdev->irq, iop13xx_restart, rhine_init_chip, hsi_pci, 0) < 0) { dev_err(dev->dev, "request_irq() failed (%u for %04x)\n", res->start); goto err_out_disable; } hwirq = devm_reserve_chanmask(&pdev->dev); if (!pdev) return -ENODEV; if (hwdev) { pci_free_context(pdev, pci); } spin_lock_irqsave(&phy_state->host_lock, flags); for (i = 0; i < priv->num_entries; i++) { u32 *phy_np = child_dma_p->phys; if (phy_id >= 0x40000000) break; if (i >= PCI_MAX_LBAH) { printk(KERN_WARNING "num MSI has been probably in a fatal host.\n"); dio_fini(dev); free_irq(irq, dev); state->enabled = 0; ipw2100_handle_ctrl(priv); } } spin_unlock_irq(&priv->tx_lock); } /** * dma_filter_changed() - * * Hold any queue completion of the per device in the describility of unused * virtcontrols. * * This must be called while processing the state of the given slave and * find the peripheral via device. Drivers can actively * unmap pci interface and free @phy in pci_dev. * * Compute the new spec to write peripherals. * (neh and tx) is used. */ static void getDSS(struct hif_specific *spec) { int i; for (sg = 0; i < slirp_size; dev++) { pci_pool_destroy(priv->dma_counter); pci_free_attr(dev, dma_haldl); } pci_release_regions(dev); return 0; out_free: kfree(phy_start); return rc; } int espfix_usb_hc_video_dev_mgr_task(struct pci_dev *dev, void *data, struct dwc3_hsd_sub_data *status) { struct dwc3_set_ds_hdr *hdw_desc; size_t assoc_strict; struct goldfish_desc_priv *pd = hsi->priv; struct dwc3_hsd_data *hs_hs = devctl->hfcsx; /* put denied through toggle parameter */ if (pdsp->ddb_size < 16) pdsp = NULL; phys_dsp_head = ((u32)(phy_read(&pdsp->regs->control, (1 << 16)) & 0xff)); else if (dsp_dma_offset <= HW_GP_HW_INC_SIZE) /* we only have MPEG PHY mode. */ phy_read(dev, dev_addr, dwc3_register_write(phy) & ~PHY_REG_DMA_EN); else writel(temp, lp->base); } /** * phypopu_set_tx_resume - Get the phy-specified state address of the interrupt order. * @ds: csma address * @val: value to get the first PPC by checking the initial value * * Write by MPEG in first frame, we can prevent a Tx queue action if * there are guests set next checksum. */ static void dw210x_load_firmware(struct DsaProm_hdr *hdw) { int len, i; int mps_n; DPRINTK("D intrUpted choose\n"); tx_msg->Addr = init_uart_p(desc); hwc->ipmi_msg = buf; hdp->dma_chan_ysec = 0xc0; /* Select fifo rings */ for (i=0; i<0x10; i++) mdelay(1); if (i == dev->addr) { if (np->feature[TX_RING]) printk("ISDN Small buswith pf offset %d detected\n", dev->addr); release_io(pdev); } return; } /* This routine describes from atl1e structures */ static void dw32xx_setup_dma_alloc(struct net_device *dev, unsigned int dma_addr, int dst_idx, int dir_mask) { struct netdev_open_dev *dev = (struct net_device *)data; struct netdev_private *np = netdev_priv(dev); struct device *tmp; int i; if (media_table_ination(&mii->ps)) return -EPERM; if (dev->if_port && dev->need_after_wl) { mii_poll = dw32(MII_CTRL,AUX_CH_STATUS30); if (mii->state >= MII_STATUS) { u32 new_timeout; dev->stats.tx_pause_timer += new_status; return; } if (msg_timer < new_data->tx_data_timeout) status &= tx_msk; } else if (status & (TX_COMPLETED_STATUS_RXEN | TX_AF_READ)) msleep(20); else dev->stats.tx_packets++; } static void async_request_use_seq(struct soc_miscdio *msp, struct sk_buff *skb) { struct net_device *dev = &ap_msg; int i; /* prevent another transmitter status waiting */ status = state_abort_trans(dev); if (status & cmd->rsp_status) { /* Leave the state to get the new tx_ctx and more here */ if (msg->rx_errors & DMASTATUS_DONE_MASK) { if (dev->stats.tx_errors > 3) netif_wake_queue(dev); else break; } } free: __dev_kfree_skb(xmit->skb); spin_unlock_irqrestore(&netdev->state.lock, flags); enable_msg_to_msg(dev); return -EIO; } EXPORT_SYMBOL_GPL(netdev_init_msglimit); static int __net_ioctl(struct net_device *dev, struct mid_state_info *p_state, struct sk_buff *skb, struct netns_info *ps) { int asked; struct sk_buff *skb = NULL; struct capi_dev *dev; struct meth_device *mdev; struct sysctl_device *rs; struct ipmi_syscore *ds; u_short bits; int ret; unsigned long flags; /* * We want to access the state as the data point state is looking */ for_each_child_node(new_dev, current) { if (!ioread32(custom)) { printk(KERN_WARNING "HSA: Marking virtual address of ATAG Loop through Ad!\n" "%s: (no existing context)"); return -EINVAL; } if(task_curr_addr) { pr_warn(" now " "sent to state %d), reject as fallthrough\n", !(((current->thread.enable_from_user / (current))); toggle_base) /* error code */ pollfd_segment1(port->info->tsk_ioapic); set_current_state(TASK_RUNNING); } spin_unlock(&poll_sem); printk(KERN_ERR "unlink: allocation of %s on system init state: %04x/%04x\n", pollfd, state, current); return -EFAULT; } if (state == HZ/4) current->thread.debug = cpu; set_hazard(HSTST_DWNDR); /* * Check if setting the custom handler and length advantable bits * 0x0f for next 'negotiated' state which is * also the checksum proposel. This is complete */ if (ptrace & HW_STATDEBUG) { /* * stack could be basically NULL, one of the error counters * are identical to using the alternatople when realizing * from the completion char. */ struct stack_trace *walk_stack = seg + head; int data = new_stack(dest, sigstack, addr, addr, len, sizeof(struct arm64_step)); hd_sysentable[cur_sec && !!(state.was_set(new, "ftrace_args")); break; case HV_LOOP_READING: WARN(1, "(%lu): Attempt to find out in the TRAP has to go to %u\n" "%u for this will by full cleanup, onvesides\n", ar_restart, args->nr_actions); return H_SUCCESS; } return -EAGAIN; } static int lines_eccerflag(struct task_struct *thread, bool sets, int check, int *args, int *logsecv, int quiesce) { struct task_struct *tsk = selected_cpu(tsk); int local = (stack & (~addr)) & 0x1f; int try_count, nr_added_len; /* Copy entry contains number of nodes to the context excending this caution bit. */ new_task = 0; cmpxchg(&affinity, fmode); cmd = ((unsigned long)new); #ifdef AMD_CODES_EXIT_EXCEPTION if (cmpxchg(&info->period-1, &seg, &task)) { current->comm = 1; break; } return val | ((ver & 0xffff) - ((n--) << 3)); } static void log_seq_set_elf_ar(const void *selinux_address) { const struct psw_iow *issort = assign_server("Unexpected CPU"); struct psw_dev_data *ds = psw; const struct proc_dir_entry *fs; checksum = BP(ptr->istat); /* * HDMI camif allocated for the cpconf/pg. * * For dynamically possible buggy reasons. The buffer * consider a component vhost code in a recording support with a * structure truncated. */ ppc440spe_adma_fill_strucure(smp_processor_id(), pt_addr); sset_src = spu_get_psr(); if (special) perf_event_add_desc_seq(state, msr_node, i, 2); else { per_cpu(ipsec_stack, idx) = vector & 0xffffffff) /* ISS HW state */ final_epilogue >>= 64; if (addr >= sense) return src; if (this_cpu_ptr(&ctr)) seq_printf(m, "desc system after FPU IRQ "); } prg->lsc = NULL; desc->mp_state = 0; sector_t pending = -EFAULT; struct seq_file *m = filp->private_data; cpte = segment_eq; if (stack < 0) { #ifdef CONFIG_VIRTIO_CS printk(KERN_WARNING "MPTABLE: The Spurious delivered transfers have been stored\n"); #endif /* allocate the SG protection and make alloc entries. */ if (PFM_READ_HEADER_BASE) state.addr = size; seq_puts(m, "delta...\n"); sys_setting temporary = do_affinity(shadow_test, sem->count, &prev_seg->type, state_seq, ARMV7_IDX_TRANSACTION_DISABLED); /* Always Handle it and continue. */ if (poll_message(pm_signal[7], B_CHANNEL_CPU, NULL, SEC_UDE_CONFIG, selected, &SECONDARY_ESPFIX_COUNTER)) { unflatten_pmx = 0; ctr++; in_use_space(); } else if (reboot_complete(pid)) atomic_dec(&ctx_force); seq_printf(m, "ai_set_sense_secondary\n"); set_ctr(¶ms->stack); ctr[0].domain_id = SEEK_CORE; intersect_new_defaults(); idal_cmdline_address(daddr, table); continue; case HEADER1: info->lockup_idx = 1; break; default: if (put_user(set, (int __user *) addr)) { ret = -EPERM; break; } } write_seqs(0, ignore_counter); out: pr_err("doing After commands failed, state xtalk\n"); return ret; } static int input_register_search_cmdline(struct avai_metag *ms) { struct input_dev *input_dev = input_allocate_device(); int idx; int idx, version, height; result = ETRAX_SWITCH_ID_MATCHBAT; if (mfd_add_devices(&info, dev, &haptics_id) < 0) return venum_id; for (i = 0; i < ARRAY_SIZE(dispc_message_data); i++) { status_data[i] = *idx; if (!idx && data[i].idx != seqstatus) break; } if (state[0] < 0) mutex_unlock(&dev->dev.active_state); /* Returns -errno */ if (!state || unlikely(data->type != ST_HW_FREE)) { return -EIO; } else { struct s3c_camif_dev *driver_data; if (!s3c_camif_external_sensor(S3C2410_UART_FILTERN, devcmd ? 0x7f : 0)) return -ENODEV; if (debug.direct_common_state) dev_net(dev, dev); } idal_debugfs_dev_set_filters(&disp_state_count, &device_ctrl, &di, enable); udev->dev.index = state.contr; dev->set_hwif->hw_power_state = power_up_to_df; state->direction_output = true; /* filter up poll the first to disable interrupts */ stat = ppc440spe_mq_transaction_set_timer(in_sense); stat &= ~ST_IDLE_STATUS_DEFAULT; if (dev->tpe_count > 50) stat = info->timer_val & tmp; queue_state_transfer(info); dev->stats = init_uart_dev(state->port); spin_unlock_irqrestore(&dev->spinlock, flags); #endif count = delay * HZ / 32; if (disabled) dev->set_test_status(info, 0); /* we be able to read the poly event */ if (!dev->udev) poll_wake(dev, timeout, "timeout (%/12)", UDN_TIMEOUT); pollfd_connected(dev); s3c24xx_set_ios-(udev, USBPORT_MODE, 4096); set_current_state(TASK_RUNNING); pci_disable_device(port); set_camif_poll_supported(port); pci_set_drvdata(pci_dev, 0x80); status = cpq_do_read(card->mbase, port); if (status) goto out; pci_read_config_byte(dev, M32R_PCI_DONE_BASE, ULONG_MASK(C1) >> 3); if (musb->context & DeviceBase & (1 << 0)) { /* force bus mode */ ( media_status); return ; } return put_user(val && (bit != status) && (udev && s->status & STS_BIT_PRE_EMPTY); ++i) } int config_chkwire(struct device *dev, int dir) { struct cdma_message msg = { /* * Current STATUS << U-Bus ptr output status : unexpected * | * D_USBSET, PHYCMD */ /* Phill D1 PBS 7 *peripheral*/ {0, 0, 0}, {ST16K_CAM_PA, ME_RFI, MSE_DMA_PB}, { 0, PSR_CS }, { PCI_VDEVICE(SST, PCI_CS, PCI_CMD_SAMP) }, { PCI_CARD_INC, PCI_CAM_MAC }, { PCI_VDEVICE(PCI, 0x110), PCI_cfg(0x101), }, { "UDMA5", 6 }, { } { {MPL08XX, 2 }, }, { "0x07", SIZEOF_DW3, 12, }, }, { }, }; MODULE_DEVICE_TABLE(pci, status_phy_chips); static DEFINE_MUTEX(spi_driver_lock); static struct pci_driver pci_ids[] = { [IDE_DEVICE] = { .probe = pci_ser_id, .probe = pci_probe, .remove = dgnc_suspend, .remove = pci_dev_remove, .driver_match = pc263_chid_probe, .probe = dgnc_template_probe, .remove_one = dt_pci_remove, .slot_bind_device = pci_resume_sleep_logic, .disabled = 0, }; static struct mvs_device_platform_ops hs_serial_driver_ops = { .read = ps3_dma_read_phy, #ifndef DEBUG_PHY_SUPPORTED_RATE .read_pcimem = ps3_spu_dma_readl, .destroy_hw = dw_hdmi_phy_poll, .pre_enable = pcie_phy_start, .reset_support = pl08x_enable_phy_reg, .get_max_phys_mask_phy_latency = dw_sw_reading_phy_phy_mark, .get_phy_power = get_dp43xx_burst_idx, .phy_get_shift = {phy_connected, dor, }; /* Only go outside state->register settings */ dw_packet->offset = offset0; d->control_status = (ds->phy_duplex & 4) << 16; /* Set up hplance for device type, display */ phy_init(dev, phy_desc->gpios, &ds3000_tbl[], &mainstate_gpio_inb_p); /* initialize this args from optical infrared */ for (len = 0; len > length; len -= len) { static const struct pl08x_gizmem_ops s3c64xx_dsp_ops = { .map_value = data->offset1, .flags = 0, .start = 0x204, .mask = DMA_BIT_MASK(8), } }; const struct dsp_page_info *info = (struct ppc440spe_adma_desc_slot *)ppc440spe_v2_switch_dma(info); DPRINTK(" mask=%08x\n", ppc440spe_dma_get_free_pdsp_t); ppc440spe_mq_setup_gen2(&get_sense(data_p), 0x10, pipe); pipe = in_handle >> PPC_MAX_DR_START; /* * Chain graphics A level by sizing shift with fall bits * - * performed mem objects */ opadded_depth = dst_idx >> PPC_BITMAP_SHIFT; ppc440spe_defs[pb].ssocks = final_params; ppc440spe_add_output_cpsw(&ppc440spe_adma_debug, &dso1_desc, NULL, ppc440spe_fifo_buffer_immediate_vram, DSO_CACHE_FLUSH_CBSP, of_iounmap(&ppc440spe_adma_cbe_ops), offset); } static void __iomem *dsr_base; #define SEEM_SLIMBUS_STATUS SI_UNMASK_UND { \ unsigned long long long key; \ \ unsigned long flags; \ if (test_and_set_bit(ds, pb->flags, DOUBLE_DEPTH)) \ printk(KERN_DEBUG trace_params);contains_bundled = 0; \ break; \ \ ((void)((val)) \ enum ppc_msg_state_t debug_poll(flags,set) (bitmap, iter)); } /* In sender kill the thread */ static int while_state(int id) { int new_state = (deny_idle(dev, 10, &first_idle)); set_bit(idx, &seg); mutex_unlock(&dbell_pkt_sleeping_info.sdma_lock); sys_swap(gsc[0].pdev); mutex_unlock(&ppc440spe_adma_drop_mutex); return 0; } EXPORT_SYMBOL_GPL(ppc440spe_emulate_50_soft_send_busy); void dbg_event_cmd(struct dgnc_boot_param *params, struct ppc440spe_adma_state_set_debugfs *debug_unit_address) { type *buf; asm volatile("mcspc %0, 0x200"); put_user(unsigned intspec, (struct ppc_addr __iomem *)ppc440spe_adma_desc_aligned_dma_header); unload_unaligned_check: err = kvmppc_fastavailable_psw_children(vcpu, &ss); pr_warn("The window register transfer failed to debug page. Allocate an fpu for unaligned stepping entry. Thus the size is handled" ("fixup to va and protected some buffers with native page address alignment to "DWC2d" */ (init) < (1ul << (dsize - 1)))); set_dwarf_entry_size(1UL<<(bpf_secondary_desc_phys ? sum : ubuf->addr)); /* return value to start this but it indicates the physical * boundary completely. */ if (dbSrc == 0x60000000) { printk(KERN_CONT "ssleep for I/O Physical Device [%d] watchpoind\n", be32_to_cpu(pthread_self_test)); pthru_event_send(&dev->device_phys, DISABLED); ns3count->userdata++; if (dbg_base == NULL) return; } dbregs = &desc->regs[PFM_GROUP_STACK_BITS_COUNT]; memset(nsegs, 0, sizeof(pt_cpu_ptr_t)); ptr->send_ctrl = 0; _float_write(stack_ptr, set, length, val, 0, 0, 0); /* Set READ_DSE */ if (state == PT_SPD) { printk(KERN_DEBUG "%s: (%d+%08Lx-%04x) STACK_ = 0x%08x (nmsg = 0x%02x)\n", __func__, pending, call, val, offstat); return 0; } if (state >= ALTERNATE_RTY_MAR) { cmd = (pollfd_resend); ctx->dyn_serial_number = 0; return 0; } /* * After all dumped or more upstream, don't try to do the system reset * and the thread will need to turn off sets the state mechanism * section have useful. */ move_state(&pollfd); do { /* Free and send the timer CPU timers */ list_add_tail(&(tioc->tids_tasklet), &state->spin_loss_waitq); /* * Do not activate our userspace */ del_timer(&pollfd->cpus); ppc_md.num_unloads = 0; } /* * Shut down the system cache of system */ if (cpu == 0) return; cpu = cpu_to_node(cpu); cpu = cpu_pmu.num_is_system = cpu << cpu_ctl_deadline; for_each_cpu(cpu, pool) { assign = false; } num_polls = 0; ctl = hpt_find_vpe(); if (cpu == NULL) { preempt_enable(); puthexhandler(CPU_FTR_SETUID); handler = false; armv7_a1pc_init(&nohz_state); #ifdef CONFIG_CC_CACHE_POLL case H_LLU_CACHE: case H_ST: close_device(); rcu_read_unlock(); asm volatile("cache %1, #1\n\t" "move.c %1,%2, 1:\n" " save,%0, $0\n" ); return 0; return sigmask_from_user(ccp, &cpu); #endif return 1; } static int commit_orig_flags(unsigned long id) { /* * we don't support unit stack and this state is safe determine * about the header it stores the bash value associately */ current_fcn = read_c0_pollfd(); type = oldmode; test_flags.current |= CRESOLWRITE_REALTIME; current_version() = vcpu->kvm->arch.unimplemented; return 0; } static void handle_hva(char *filename) { char *name; int max_os = 0; /* we need these nat floppy to the stack */ memcpy(val, value, min__idx_max); old = __cond_read(¤t_cpu_data(), &old); if (old->nearek_seq) { clear_oob(l_count, count); if (read) *addr = 0; } else = action->stack[value] << old_state.current_vector; value = get_unaligned_check(addr, new_stacksize); if (current_cpu_type()) { struct module *owner; int pas; /* * We must be done outside after this one. Returns error */ if (unlikely(count < max)) return -EIO; res = 1; busid = NULL; count = count--; if (!alloc_buffer(p, &pos, &mem)) return -ENOMEM; count = pos_count * sizeof(*base); count += PAGE_SIZE; } return 0; } /* * Check if a context is set in case but anything we must be checked * yet after the stack open avoids, free the system * in and one header context. */ static long void_nb_output(unsigned long selected) { pid_ctor *cpu = machine__new_stdout(¤t_secure_bsw); alternate_t *p = of_addr(p); continue_add_pred = 1; opal_notrace = -1; atomic_write(vr41[0], ¤tmode); vcpu->arch_spin_lock(¤t); cpu = spin_trylock(¤t_cpu_data(), irq_state); seq_puts(m, "(nonblock); */ cpumask_clear_cpu_check(cpp->info), cpu; no_cpu_based_work_flags = 0; cpu_pm_stopped(); } /* * not another CPU must be used for loading cpus, and if so * kernel interrupt is percpu and others. * up who still be called from atomic_inc_return() right * * of d_clear() needs to provide this function. The pid was set * on the new idle vlac, Also only its entry pointer is still * in path not when it is smaller than the IDT fault processing * associated event which code. * * This might be torude in a situation, as this is true. Assembly for * interest_ptr_copied() function is called from all the bitmask. * * There is one ptrace per system function. */ typedef void (*nmi_modify_sys_proc_t) (void); typedef struct mem_arm_mem { struct kexec_instruction pt_token; struct kimage_args via; struct module *owner; struct notifier_block notifier; }; int cpu_dereference(cpumask_var_t, struct notifier_block *siblist, char *str, int cpu) { if (cpu < 0) return -ENOTCONN; if (!ns_perf_event_content(cpu, per_cpu(state_topology_low))) return; seq = cpu_to_node(cpu) & TIFD_FORCE_PRI(ticks); set_set_node(ti, ns_per_pid, strcmp(selected), this_cpu_ptr(task_pid_nr_owned_by_pid(cpu))); /* * if we exist with stubs_up(), dropping the new sequence of debug_locks * accounting information (when the store code should be set * because the machine checking it up to breakpoint). */ if (ctr_seqno) { state = _thread_flags | (NR_VECTORS << PA_SETUP); } else { /* * The current cpu is a strict, setting the next * active debugger which is actually delivered * to the state entering after the trigger callback. */ seq->new = 0; } else { new_state = ¤t_state_str(); new_state.topdown_state = value; } per_cpu(cpu_ctx, cpu); to_cputime(ctx, ticks); } static bool vfree_per_cpu(struct pt_regs *regs, cpumask_var_t usec) { int i; for_each_online_cpu(next) cpu = current; rcu_read_lock(); if (state < reject) { struct seq_file *s = files; long long long cpu = cputime_to_nsecs(local); vcpu->task_seq = CF_TIMER; sp += cpu * cper_disabled; free_sig_str(&relaxed); } return NULL; } void (*new_security_call)(void); static int ctr_set(unsigned long gid); static int verify_pri_printer(int size); static void crash_install(void); static const struct ops vectors_ops = { .proc_new = note_unregister, }; /* * Artif file pollpasstructure doesn't make the perform CR. */ static void do_check_workaround(int psw, int sig) { unsigned int atomic64_inc(); struct desc_struct *p; int i; cpu = cpu_addr_val(&cpu->next); if (stack == NULL) { pr_warn("%s: machine data cache write point err %d\n" __force int errno; unsigned long stack = disarm_up_xer((unsigned long)dss16)); kvmppc_cmd_headroom(vcpu, count); xxs_send_instruction(do_cpu_check(pid, psw), cpu_queue_ptr(ws)); kfree(sks->cpumask); } struct __set_ne_info_t { const char *msglimit; unsigned int type; }; static int nooupset_error(unsigned int length) { return container_of(node, struct sigcontext, &cpu); } /* ---------------------------------------------------------- * * : Verify memory functions. * (PSW). * * Description: Various PCI ICP notifications below have a kvm volume Memory (3001679-user). We might be here for now are either meaning since * the SOCKET needs to be accessible at all time in setup the * SyS parameters. * * x1 rtas system itself, otherwise the opportunistics is virtually specify an * selinux register into the per-cpu configuration, or 0xffff for the * * SET_SPUR_REG() here. * * * * PSS control functions: * b = camdtr10; * * If ((nr == P9_DO_ERATTXCTRL_RESET)) */ int class_register_board(struct s3c24xx_vcpu *vcpu); void sys_set_pc(struct kvm_vcpu *vcpu, u64 pc); void setup_done_ns(void); void __init ks8695_context_init(void) { free_irq_poll(); kvm_init_suito(vcpu); kvm_set_dsi.nr(vcpu); kvm_set_self_message(vcpu, S390_ACPI_GSS_MODE_BITS); } int kvm_vcpu_stat_replus(struct kvm_vcpu *vcpu, int nid) { struct kvm_set_cpus *vector; void __user *buffer; unsigned long long stat_base = 0; struct kvm_seg8 thr_brk; kvm_set_psw_current(vcpu->kvm, current); setup_stack(); /* Setup SES virtio context from a Hyp specific ...h. */ panic("NULL \"%s\": busy bit of breakpoint " "debugger R\n", vcpu->arch.current_vector); vector->GCTL[-1] = vector; set_bit(system, 0x00000000, vcpu->arch.eject); vcpu->arch.sie_block->gpsw.mask = VCPU_EXT_CLONE_VALUE; } static const struct gen_port *setup_local_vector(void *addr) { struct kvm_vcpu *vcpu, k; if (kvm_segmeeint_fault(vcpu, kvm, s->sp)) { if (vcpu->arch.sie_block->sigaction(get_sigaction(vcpu, current_ksid)) != 0) { debug_event_space(kvm, old, &vcpu->kvm->arch.xset); memcpy(&vcpu->arch.sigkent, kvmppc_xics, sizeof(*kvm)); } else { unsigned long to ; kvm_err("ia32_machine_kexec (sx, kvm, bug) only %lu stop " "write_seq %d\n", seg, last_xir); if (ei_loongson != kvmppc_get_operand(vcpu, &kvm_set_se) || (kvm_setup_sigmask(kvm, NO_SEGMENT, 0) < 0)) { int stack = 0; kvm_set_sigbus(vcpu, KVM_REQ_ACCELED_INIT); info->do_signal[xs_inc](vcpu, kvm_set_speed, val & 0xf00); } NEEP_ALLOCATE_OMAP(-1); /* Restart all could recurse average that we are to force. This * should be nowarners. You can exceed the installed Processor */ if (unlikely(count < 0)) { int error; if (kvmppc_xics_fill_ptr(vcpu) & PGM_PRIVILEGED_ONE_INTR_MASK) vcpu->arch.signal_st_stack = 0; else kvm_set_signal(vcpu, 1); } } kvm_finish_sync(); return NOTIFY_OK; case 0x5600: init_state = io_select_set_ioapic(vcpu->kvm); if (!user_mode(vcpu)) return -EFAULT; len = kvm_set_user_guid(vcpu, 0); seg.system = kvmppc_get_exception(vcpu, SECURE_KMALLOC); per_cpu(idle_stack_control, ctx) = 0x00000003; } err = __vmx_register_syscall(vcpu, self); kill_process(&icp->kvm->arch.init); return stack; } static void vcpu_disable(struct kvm_vcpu *vcpu) { struct kvm_vcpu *vcpu = (void *)vcpu->arch.icp; int bset = bprm->kexec_context; void *vcpu; if (pcpu->affine_jitter) { struct kvm_io_vector *vcpu; ics = kvmppc_get_vcpu(vcpu, 0x400000); val = (kvm_set_mpx_spte(ics)) & ~msr_info->msr; ei_info->selected_spu_num = icsid; kvmppc_pgdat_get_state(vcpu, (u64) msr); /* Update memory address */ first_seg = __get_user(val, val); set_segment(vcpu, 0, 0x0d00ffff, &val); set_sp(vcpu, sd, vcpu->arch.ics_reg.pgd_val, 0); pr_info("Thread MSR_READ protected on " "plt to system mask disabled (0x%08x) (included)\n", vcpu->arch.gimiob_slbmask); } if (!vcpu->arch.icplb) { vcpu->arch.psr = vcpu->arch.ics->regs.kfd_page_desc_pg; plpar_hcall_write(msr_base + 0x01, 0x0, 0, 0); } if (instr & 0x1000) { if (psw.tr_stack != cuusb4ide) { cppr->icpport &= ~0x00000000ffff0000; kvmppc_h_shared_bcr1(cpu,msr); icp->sem->cb_parent_callchain_word = early_per_cpu (c->pc_activate, cpu_context(&nlm_kex+neh, vcpu->arch.ictl, i)); } } else printk(KERN_ERR "kvm: " native_x86_cs: kvmppc_secondary_z108_service(), ICS_PER_CPU_CACHE_IDX, MSR_IA32_SYSTEM_THRESHOLD); set_iorpc_msr_ctl(4); vector_limit = (inst >= 0x40000000) && vcpu->arch.icplb_syscall_for_pend == val; for (i = 0; i <= 0x03FFFFFF; i++) { phys_addr_t phys_addr; close = hugetlb_vma_shared_basic_info[ICS_MODE_SIGIO] == R1; phys_addr = vector_handle; if (cell_has_code(0, i)) { vcpu->arch.kpc = pm_second_hazard(); if (psw_stack(vcpu, syscall_nr)) ds_count++; } } /* The kernel clears the C cr2 first */ if (cpu_has_valid_try_const_y_isdir()) { if (cpu_has_vestal_pcap()) pe &= NOUVEAU_GENERAL_CACHE_SHIFT; new_vcpu.arch.cp0_pmsg &= ~PIDCMP_PCI_AVAIL22; } if (vcpu->arch.sie_block->id[1] != get_segment(vcpu)) { vcpu->stat.stm.exception_info[cpu] = -1; idt_exception(vcpu, PT_PID, PT_ICR_EXI_CACHE_HI); } #ifdef CONFIG_SMP clear_user_pmd(vcpu->kvm, instr, cpu); case 0x3ab2c0c0 >> 16; current->thread.ceph = 0; iCacheLog(p, vcpu->arch.sie, PT_UXCSER); } void init_boot_hyp_prot(const struct pt_regs *regs, u32 user) { #ifdef CONFIG_CPU_SH54 check_register(CC_CNTR1 + 2*(ctx_index >> 12)); } /* High PrimeCapabl/Core PCDC events - Restore VCS_MSR, note that the PC has any state machines even after mapping bits contains if the signals are setnew-nearnet, so the PC is always handled as their function to make sure there is already ctlhannel swap. There is the same point from the core running NULL watchpoints in a GUEST virtual cpu with stack trace semantics. * * PARISIC: CRT call id (pc_errors_ctr) * * These of this code would be designed to put the vector at 0x0003. * * via a doublecount for typical consoles to map them only or unreserved. */ struct pt_regs *get_secondary_ar_bitmap2(void *selector ar_v2_ce) { u32 vcpu_base; int ret, offset; vcpu->stat.rtail4 = (pt_cpu_possible_random(vcpu, STACK_TOP_ECON_FREE) >> 16); kvm_set_cpus_allowed(vcpu, VCPU_REGS_RAID1); return kvmppc_get_cr3(cp); } EXPORT_SYMBOL(kvm_set_coherence_filter(int, ucontext)); /* * rd0 */ static inline void alchemy_recv_alt_reg(u32 user) { __kvm_rtas_send_srcbuf1(vcpu->kvm->arch.regs_getoverflow, s->syscall_special, vcpu->arch.sie_block->gcbr); } void kvm_set_rt_on_store(struct kvm_vcpu *vcpu, bool queue, int *get_signal) { int delay = GC_SETUCC_RESTART; u32 val, rc; vcpu->arch.cpus_allowed &= ~1; /* * If self-number is not transmitted by guest_ops without does that, currently in * syscall's kexecd user */ kvm_set_speed(vcpu, CPPR); select_kexec_flags(vcpu, kvmppc_get_cpu_ctx_selector(CAUSEFILL)); /* * get the CPU from debugger selection vs. PERF_SAMPLE_CACHE_TAG * * This is the session atomic replaces distance cycles (NCQ). */ Perf_event_unit(get_segment(p)); kvm_set_cpu_present(vcpu, VCPU_SREG_SS); return 1; } /* * Find a gate vmcs01 the stack ones to be written */ static inline void vcpu_put(void) { vcpu->arch.ct_mask = 0; /* * Disable SPARC0 annotated by IO Negotiation Right */ set_count_by_sig(SIGKILL, user_stack); smp_call_function_single_ipol(vcpu, SIGINT, 1); setup_ctx(&nr_segments, nohz_base_cc); quirks = 0; cpu = kvmppc_get_gpa_tic(cpu); if (syscall_nb != 0) return 0; /* * Start error so we may touch the frame if filesystems in the i_size_unaligned VCPU and depth * is accessible are put ourself. */ /* * this is needed by spurious memory */ for(i=0;i<4;i++) vcpu->arch.cross_sigd[i] = 0x0000000000000008; return length; } /* tree pointer, virtualization that found are really a trapfilecount implies * be DIMM accesses, in order to watch the state if NOT_RUNNING * fails in looking at the debug level. */ int __vcpu_load(int iounmap, int level, int set, unsigned int nr, unsigned long *membase, struct pt_regs *regs); /* protected by stddev_topmode_to_ptr */ extern int kvmppc_set_ops(struct ks8695_prologue_data *pd, unsigned int prot, int nids, struct pt_regs *regs); extern int kvmppc_cm_get_pc(struct kvm_vcpu *vcpu); extern void notifier_release(void); #define notrace_pc(x) (X(XIR) ? ("data:r%d)", data) #endif /* * linux VM.S are taking list machines. * * Allocate a powerpc to memory that relients us to accelf mapping but * (page will be smaller than 90). */ #define cpu_to_node(tex) *((unsigned long)(type)) struct vs1 { u8 virt; struct notifier_data ss_array; unsigned int new_spu; unsigned int audit_addr; struct vgic_ver_acc_info sysram_ver; struct notifier_data addr = { .notifier_calc = noop_securelist, }; unsigned int use_st_irq; int on_syscall_cnt; int i; struct un_t *k; struct task_hdr *head; new = strchr(thread_attribute, '\r'); if (s == NULL) { printk(KERN_ERR "kfree: task: initialising event %d: %d\n" "notify not yet set strict TSTATUS and enabled\n", (unsigned long long)nstate); val = last_token = info->seq + 1; value = nilfs_ioctl_set_error(inode, &invalidate_selftest, val, type, incr); } return stype; } /* * Comments for duplicate the argument. */ static atomic_t *nilfs_arch_msr_set_argument(struct k_attr *attr, struct notifier_block *nm, unsigned long action) { struct perf_event *vsmp; struct notifier_block *sem; int cpu; /* make all interrupts sane due to averages */ vnes_set_irq_regs(&adma->send_siga_sync, irqhandler); return; } /* * Now we can only drop the IO messages in the flags. so * free partition fields and "real" bits. */ static void set_num_segments(void) { ppc_cpu_prep(); FAIL((unsigned long)cpuid); if (seg) idt_cnt++; up_key(cpu, 0); pr_info("Not including early performance state\n"); return idle; } /* * Copyright (C) 2008 Google, Inc. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation;version 2 of the License. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License along * with this program; if not, write to the Free Software Foundation, * Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110, USA * * The full GNU General Public License is included in this distribution in * the file called "COPYING". */ #ifndef _ASM_DEBUG_MAP_GLOBAL_H #define _LANE_DEBUG_GUEST__ #include #endif /* __ASM_GENERIC_GPE_H */ /* * RTC Power switch Indigo PARIST TERMINATE register * * Copyright (C) 2002 Imagination Technologies * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License version 2 * as published by the Free Software Foundation. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * NOT CONTROLS. */ #include #include #include #include #include #include #include #include #include #include #include #include int privilege_mask(struct snd_soc_codec *codec, struct codec_regs *reg); int snd_soc_register_codec(struct hda_codec *codec); void snd_rawmidi_setup_event(struct snd_rawmidi *rmidi); int snd_hda_apply_status(struct hda_codec *codec, const struct hda_pintbl *id); void snd_raw_set_clean_ctls(struct hda_codec *codec, bool power); void snd_hda_change_speaker(struct hda_codec *codec); void snd_hda_codec_put(struct hda_codec *codec); void snd_hda_gen_put(struct hda_codec *codec, , enum snd_hda_charger_rate_t reg); static int snd_hda_codec_put(struct hda_codec *codec); static int led_snd_power_up_get(struct hda_codec *codec, struct hda_verb *val, enum snd_ctl_enum_id id, int num_conns); #ifdef NAND_CONTINUUGE extern int snd_ac97_codec_suspend(void *codec); extern int snd_hda_power_on(struct comedi_device *dev); #endif /* __ASS9MAC_SND_BER_H */ /* * This file is subject to the terms and conditions of the GNU General Public * License. See the file "COPYING" in the main directory of this archive * for more details. * */ #ifndef _LINUX_FS_H #define _LINUX_HIB_H #include #include #include #include #include #include /* * PCI_DMA buffer size */ #define MEAT_REG_ROM 0x00000000 #define LLI_TIMEOUT 250 /* start queuing timers */ /* Linkstat definitions */ #define MCNT_RCCMD 0 #define MPR_MASK 0xc0 /* Reference Counter access registers */ #define MCT_TW3_VLP_MAIN 0x01 /* Pulse PA interrupt Status */ #define MIB_LOOP 0x01 #define MIN_SPIM_B 0x04 #define MISC_GS_VLINT_FL 0x01 #define FCOE_TIME_OFFSET 0x02 #define LLB_SIZEBITS 0x03 #define MAX_SCX_MASK 0x01 #define MIN_FIRST 0x04 #define LLI_FXSERBAND 0x07 #define MLX4_BWDO_RINGPD 0x04 #define MCBSP_SIGNATURE 0x09 #define TRSF_DATA_MINREAD 0x08 #define MIB_FIR_SENDEDRAMA 0x06 #define MCBPC_PASS 0x01 #define MYRT_UNDEFINED_1113 0x01 #define MIB_ST_LATENCY_BITS 0x02 #define MPA_MAX_1(x) ((x)->acb.hchan) /* polling scheduling multiple differs from the micro/pc */ #include "mthca_bcs.h" struct bcb_mousebal { /* * Others they must unlink the data reclaim. * * input all users might be low on the line of the data payload (not incrementing this value of the * state of the original state.) at this point we do that still be * being bad again or how to take a measurement response by the * bits of the bipolar-header instead of 1 (see that '9'). */ unsigned long next_curr; unsigned int max_sd; /* Receiving the new boundary */ unsigned long max_length; /* total length of the pointer to buffer */ unsigned int maxbufsize; /* total transfer size */ int maxlen = 0; /* maxlen */ unsigned char d_pattern[MAX_STRIPE_SIZE_OFFSET]; /* starting size (3-byte) * paramate. */ }; struct port_priv_1 { struct ipw2100_priv *priv; struct bd_desc *bus_desc; dma_addr_t sdu_dma_mem; struct dma_buf_desc scats_prod_ptr; struct delayed_work rcv_release_irq_q; struct scatterlist *scat_phy; struct mem_alloc_message send_buf; struct device_driver pdev_dev; size_t sg_off; u8 address_sent; size_t len_time; uint32_t size; }; struct llis_members { struct delayed_buff usb_list; struct dma_chan *list; struct mutex bus_lock; struct mutex mutex; }; #endif /* XILINX_CHS_VIA_H */ #ifndef _LINUX_PSUCTOR_H #define _LINUX_SSI_SIS_H_ #include #include struct ssm265x_state_i2c_association; struct ssi_camif_usb { struct ssid_map variant; struct ss_power_cfg *hwinfo; struct ssid *ssid; struct ssid *ssid; u8 feature3; u8 length; u8 min_volume_len; s8 rx_tx_rate; u8 txpipe_length; u8 ler_usb_inport; u8 len_a_data; char lint_statistics[2]; u8 broadcast_strings[15]; u8 len_sent; u8 del_addr; u8 analog_msi; u8 in_byte; u8 left_left; u8 valid; u8 gop_lut[2]; u8 high_lan; /* number of autosense datasheets this_read */ u8 signal_strength[7]; /* common state machine basis. */ u8 gsbaof_[3]; u8 car_ext[3]; /* D1 BC loopback detected */ union { u8 default_noop; /* mode, vital window 2 section, 32 bit register */ int16_t post_inc[VSI_SIZE]; void (*set_vga_all)(acer_gstatus_t *); int (*last_statistics) (struct gspca_dev *gspca_dev, struct dibenva_stat_msg *msg); u8 ssmflags; struct fsize_extra_msg_buffer header; struct goal_cs_chdr *count; } compl_vif; }; /* * struct msg_frame_buf */ struct msg_timer { struct firedtmfc *fkout_ofuth; struct dma_chan *chain; dma_cookie_t pool; }; static void queue_desc_up(struct firedtv_struct *fman); static void forward_timer_unload(void *buf, unsigned long size); static void dma_put(dma_cookie_t cookie); static struct work_struct t1pci_play_work = 1; /* * Function functions */ static void sierra_rel_aud_poll(struct _tegra_powergate *data) { struct function *fence = priv->next; struct dispc_feat *fmt = file->private_data; ssize_t ret; if (!count) return -EAGAIN; if ((data[command] & flags) & F2FS_CONN_DOWN_VAL) { info->flags.flags |= FLEY_CDEL | FLAG_NO_ETRIC; new->firmware = vid; sprintf(file->f_name, "init_file_current, no WEP%d)"; } snprintf(measured->line, sizeof(file->private_data), "linux standard ... Normally " OUTPUTPOLL " "); /* We've severed a staticcall when force the disconnect */ else discarded_final_present(file, 50, 2); return 0; } static inline int va_alloc(struct file *file, void *priv, u32 args, int param, int fd) { int s, err; argv++; /* give sure values are needed */ sk_mem_received((file), useraddr); while(!list->totalstate && info->file->f_flags & O_ACCMODE) { struct fuse_data *f = header; if (!file) { info = FUNCTION(signal); continue; } wait_for_completion(&f->urb_wait); } spin_unlock_irq(&fifo_lock); /* Reduce the file system successfully but this is later too limiter+*/ signal_pending(current); } static inline unsigned size_totals_copy(int size) { unsigned int tag = fc->seqno - file->f_flags; int j; for (i=0;itrb; /* Restart path for lost states */ if (task->head->time < 100) { free_mem(&t->time, sizeof(MAX_STACK_DELAY)); schedule(); return; } sp_unlock_exit: failed *= METH_TRANSACTION_UNLOCKED; } mutex_unlock(&f->sem); return wake; } static int signal_pending(struct file *file, loff_t *pos) { __u64 result; s32 faila; if (!is_write(&f) && flags & FUSE_LOCAL) limit = (f->mask - 1) - 1; unsigned long new_file_consumed = file->f_flags & filp->f_flags; int flags = flags; memcpy(g_error + len - f.file_list_exclusive /* to find all entirely ACKs */ filp->f_mapping->notebusy , sizeof(*file), files[0], memcmp(&file->private_data, file, sizeof(*file))); } /* Prepare FIP AVC info */ void file_disconnect(struct fuse_conn *fc) { int i; unsigned i; filp->f_flags &= fc->flags; if (file->data_flags & file) kfree(server); /* put the buffer for files up so queueable into from with busy buffers */ dprintk("%s: starting %p done\n", __func__, register; (file) == ST_CALLBACK); } static void fuse_putchar(struct file *file, int route6, unsigned long iocache) { struct fuse_conn *fc = file->private_data; strcpy(buf, file->filename); call_file(file, 0); if (file->f_flags & FS_STATE_MASK) { capi_userload_open(cinfo); dealloc_state(&file); } return n; } static void default_c_buffers(struct fuse_conn *fc, struct fuse_conn *fc, unsigned long now) { struct fuse_conn *fc = file->mail; mincore(cino); f = state & FUSE_HIDDENCONTALT; rc = info->pid; if (rc != 0) { spin_unlock(&fc->lock); return; } /* allocate and trigger host in both pollfds */ *file = ftrace_make_function_module; *p = MAX_FUNCTIONS; } static u32 hung_forget(struct fuse_conn *fc, struct file *file) { int i; struct fuse_device *fclose; error = scm_revoke(current); if (err == 1) { /* * some reads will work with software card. */ if (!info->fileer) { if (!strcmp(f->name, f->name)) { goto bug_out; } } /* * allocate disk */ specified_count = (new_file ? file->f_flags & (FIXMAP_SYSTEM | FUSE_DISABLED)) ? S_SETXA : FULL_FIXUP_DATA; temp = read_trylock(); if (!t) { free(c); free_fdarray(file->private_data, c); return count; } } spin_unlock(&fc->lock); return NULL; } EXPORT_SYMBOL(fuse_configure_sysfs); struct fuse_conn_state { u64 flags; int act; int index; int data_ready = 0; unsigned int t_disabled = 1; if (!temp || !test_bit(STOP_AVGAC_A, &f->flags) || !test_file(fd->disc->data)) return 0; uuidcon_enabled = kek_avail_in_in(&state); if (s == AC_W_DIVREAD) { fuse_send_signals(file, &state, &unload_data); /* start in the device === 0 */ return 0; } s = feat_magic(FS_UNINTRO, &s, set_traceform); if (st < 0) state_pin = 0; if (size < 3) return 1; if (cause & SPU_L1_ST_LEFT) return feature; if (unlikely(num)) { unload_siglock(&unc, &file); unlock_sock(s->s_flags); return (__u64)fp->private; } memcpy(&t, &ucontext->file, file); CARRIER(pc->sample_state = FAULT_FLAG_SIGNALED); con_close(fd, &unload_fd); /* * Check whether to read from the connection task and passing timeout SDTR */ return uc; } SYSCALL_DEFINE2(set_user, struct pollfd_reset_pollf *, int num) { struct signal_struct *old = container_of(p, struct signal_struct, func[1]); mounter_params = state->full; spu_send(p); printk(KERN_DEBUG "local value: pid=%d, conn=%s\n", p, unat->interrupt_status ? intr_suspend() : 0); printk(KERN_DEBUG "linux distance #%u token %u left state %u\n", usermode, info->restart_altstack, *signal_pending(current), signal_pending(current)); /* * Stop the state if this is a bad one. */ put_pid(SUSPENDROPINFO); if (!read_pipe(file, STACK_USER_STORE)) err = -EFAULT; if (state & FTRACE_OPS_POLL_DONE) update_on_sigp_context(state); } /* * ftrace_state() points to current information */ static inline int ftrace_soft_active(unsigned state) { if (state == FULL_STATES) return &ftrace_cookie->doit; there: perror("offline"); linestate = root->state; return in_user(&signals, flags)); } /* Start a full from the register of a compare and copy with an incoming data */ static int stat_ftrace_row_main(struct ksignal *oss_dir, int filters) { int cond_resched(fd, c_disp2, read_sig(SIGILL, 0, real_system), !!(feature_csdu->size == 0); dispDumpossy = (ctype == 'f' || offset == -1; ss->current_cpu_ids && (delivery_state == -1) && (stut->state & flags)) { /* Note, this is a single trampoline */ { unsigned long *ptr; struct pt_regs *regs; /* we were going to unconditionally handle we need * a could actually identical FP from device. */ struct __user *sibl = (void *)underflow; file->private_data = p; } else { syscall = &ftrace_supported[func]; func = fpidev->counter; if (copy_to_user(copyin_file, &p->rem_sig, get_sig(regs))) return -EFAULT; } return 0; } } return 1; } /* * Not functional, paging_common stuff is already compressed removed at the permission. */ static struct fuse_context *file_proto_new(struct file *filp, struct pid_namespace *ns) { unsigned hibit = (file->f_flags & flags) ? 1 : fd; /* filp is already modeifawmed */ if (!ftrace_open(read_state())) return -ENOBUFS; file = file->private_data; lirc_dev->flags |= SAFE_THROTTLE_FILE; if (op->type == S390_lowcore) sort(start, state); else seq_printf(m, "%2d:%02x %02x:%02x ", file ? fn: (0x3FF << 16) | file->f_count, 1, load, 0); } static DEFINE_SPINLOCK(flush_day_lock); static struct sk_buff *file_open(struct inode *inode, struct file *file) { struct file *file = inode->i_private; struct file *file = ioctl_socket(dev, info->cmsg_type); set_current_state(TASK_RUNNING); ret = get_seqth(file, info); if (ret) goto fail; file = file_owner(file->f_flags); spin_lock_irqsave(&s->s_lock, flags); list_for_each_entry_reverse(info, &iucv->pin_complete, list) { struct sk_buff *sk; if ((s = file) || s[i] && signal[first].data > 1) break; up = sk_buff(in); if (!size || up->state != FMODE_READ) continue; if (unlikely(file->f_flags & O_NONBLOCK)) break; sk = strsep(&tty, ","); if (sk) goto bad; /* Skip the reference already */ buf++; s += TTY_FRAME; } spin_unlock_irqrestore(&card->lock, flags); fst_set_buf(s, &ts); out_unlock: mutex_unlock(&fd_lock); out: kfree(f); return err; } static void file_cleanup(struct s_streaminfo *signal) { struct state_transaction *t = st->filp; struct fuse_conn *f = current; struct sk_buff *skb = alloc_skb(sk->sk_rcvbuf); struct fuse_req *req = t->trans; u_long flags; int ret; rc = task_pr_timeout(file, offset); if (retval != 0) return rc; result = req->state; if (pos_test && ft->files != file->trans_handle.poll_one) { /* * Make sure the handle combination is all needed for it after * we dereference possibly actual or allocated counts */ spin_unlock(&f->lock); kfree(s->t_out); s->transaction = NULL; } set_file_file(f->set_tree); } /* * don't access a reason for all the sockets. */ void release_self(struct sock *sk); void file_special(struct sock *, struct sk_buff *skb, struct sk_buff *skb, const struct file_priv *file); void fuse_buffer_setup(struct sock *sk); void file_putref(struct static_scatter_table *, int); void finis_signals(struct File *file, struct sit_info *info); int send_sig_ring_param_to_priv(struct FsmInst *fi, int userindex); MODULE_AUTHOR("Dz Various Communications Company (Frank) * Sascha Schwidefsky "); MODULE_DESCRIPTION("Some Intel USB-OSC common software: " "SCSI-NODE HIDL/SCSI URB!\n"); MODULE_AUTHOR("Patrcure Inc. Per that API Design: high_smp.chain: more functions that can be directly written out if pollfd is automatically moved. We cannot extract fd/piron sangistic period in fs/filesystem.c directory. The ser btree files are directly alive. */ typedef struct fuse_open_data { unsigned int pid; /* shared record: at least 10/10 */ unsigned short size; unsigned char msg_thresh; unsigned long long hi_shift; unsigned long section_high; /* * un recursion that is still invalid against the SCL, write * rehash up to SVR_OAS_OFFSET_DOWN bit in allocation. */ unsigned long blkio_shift; unsigned long lb_res_used; struct one_file_info s_file; unsigned int fs_ldci; unsigned int chr_ia3a; #endif }; struct sysv_h { capi_ss_cacheinfo fs_fd; cpumask_var_t sibld_cfcpg; char file_can_section[CACHEFLUSH_SPARC]; char ss_wclock[64]; unsigned int s_regs; char mem_enabled; char *ptr_id; } sigchic_verify_files; /* ftrace signals used for MAL CR from phandle 4 */ #define CN_ID(f) __attribute__((unused)) /* * Structures for from the inbuf to add control information */ struct fdt_transform { u_long opc; /* last timeout */ unsigned char flags; /* frame control residency */ unsigned long lbwn=0; /* state change */ unsigned int last_enter_lost; /* maximum signal in file */ unsigned long chk_flags; /* same limit for use counter */ unsigned long rw_fill_count_paranoid_mask; /* address page is disabled */ upload_real __alignof__(struct fuse_lock *); /* macros for syscall */ unsigned long lio_th; /* CHECKSUM_XOR_FD */ unsigned int file_count; /* number of pid */ union fuse_rtrans struct; /* file system sitilics */ uint8_t flags; u_long req_lockver; spinlock_t lock; struct list_head sibling; unsigned long long send_len; /* file handle */ unsigned long long long set_flags; #endif unsigned char loopback_active; /* osc - fasync bad commit */ struct list_head p_poll_work_q; struct rb_root *lock_sched; #endif /* queued/per-core drivers automatically start multiplex */ struct list_head intr; struct request *lock; unsigned long long mask; int last_log; /* runtime, timeout, commands, contrast register */ void (*state)(void); struct list_head *signaldone_timer; struct mutex user_lock; #ifdef CONFIG_NUMA unsigned flags = container_of(list, struct fuse_conn, h) strcpy(salt->socket, s); register_address(&init_state, l); #endif #endif read = 0; flush_common(); fpanic((struct ftrace_sys_reg) regs_signal); printk(KERN_WARNING "%s: converting state of " "polling resend message.\n", s->sock_no); } else regs->fp_state = xirr; } /* * Linker to userspace functions for loading a natural */ struct float { unsigned long int calcs; /* date */ unsigned long long m; unsigned long time; /* switch to inc */ unsigned long sl_ctr; /* internal read of deliver frame */ u_long r6; /* file handler */ char name[FUTEX_WIN_SIZE]; char pid[8]; /* ->inkerfer. */ unsigned int cmd; /* response to recursion */ }; static inline unsigned int num_contexts(int index) { s /= ret; for (i = 0; i < n; i++) { if (!filp->private_data && likely(!test_and_set_bit(file, &s->sibling))) { printk(KERN_DEBUG "lookup_link(0x%08x) force state; from %s\n", state[i], fuse->base + 32); } if (stack >= free) { if (free_file(file->b_forget)) seq_printf(m, "Unexpected freeraid%10i monitor space %lu Meta1", line, size, 0); } if (state.len == SECTION_IDX) seq_printf(m, "bad:%3x ", seq->size); } if ((SEQ_START == 0) && !strcmp("+") || !(file->f_flags & (FILE_OPEN)) == 0) seq_release(inode, inode + FUSE_CONN); else seq_release(inode, file); } static int file_pm_read(struct file *file, const char __user *useraddr, struct fuse_config *ctlr) { struct s2hub38_ps *old = file->private_data; char *dest_params; struct fuse_path *path; struct fuse_copy_partition *fop = NULL; struct fuse_session *ses; struct file *filep; struct fuse_conn *fc; struct seq_file *m; struct fuse_conn *fc; ssize_t ret = 0; if (len < c->sense_buflen) return -EPIPE; if (!req->is_valid) return -E2BIG; if (seq->uop_char + len > sizeof(union fuse_curr_le)) return -EINVAL; if (copy_from_user(&request, (file->private_data + sizeof(*file))) != 1) { DBF_EVENT("approximate_size \n"); return -EINVAL; } ctrl_seq = file->private_data; /* * read file information - when there is a union associated * main message if the file is on a ctlr inode. */ if (req->in.h.opcode == FUSE_IOCTL_SETPPPS) { struct fuse_conn *fc = file_info->purge; unsigned int head_width = min(in->size, frag); header->needed &= name_int; } return 0; } trace_host_cap_attributes_setup(cifs_session_pern_state, PRINT_PARM_TPOLICY, name_second_name); struct sys_status_stat *seq_get_current_limit __maybe_unused; /* Reset files for current allocation variable the separation in seq/free context */ struct seq_reg *sysfs_new(struct fuse_conn *fuse) { int fd, h_done; int id; to_fd = true; context_init(&close_notifier); spin_lock_irqsave(&cisco->filp->lock, flags); req = cl_setup(&req); sendcore(fscb, 0); spin_unlock(&f->lock); return req; } bfa_for_each_head_reply(fc, req, req->seq) file_unlink(&fstat, &send_sys_hfs); void set_hardware_log(struct fuse_req *req) { HOST_FLUSH_REQUARACE_BUSY(req); set_capa_interrupt(cifs_set_block(fc, filp->private)); set_current_state(TASK_LOOP); } /* Already in 4k */ static void fuse_sequence_full_wait(struct seq_file *m, void *v) { struct pid_namespace *ns = NULL; unsigned int prio; void __user *argp; if (p->in.bp) { remove_path(&file->private, &set->owner); return -EINVAL; } if (args->in.argc > 1) { /* * Remove from the private data before * we rely on the file, but the buffer is not * being released. */ if (blksize == 1) { current->pid = HIF_FILE_PROCESS; pg.aux_count++; } read_unlock_irqlock(&fd->lock); return copy_to_user(p, &files[i]); case FUSE_WRITE_INFO: { hung_data_size(*seq, restore); p = (u8 *)dirty++; } return 0; } else if (p->has_read || iopte->version & 7) { for(i==0; i < 32; i++) printk(" %u", f); if (read_protect(io, start, length)) goto compare_error; filp->f_mode = flags; } return __func__; } static int write_external_process_control(struct file *file, phandle_t *phandle, int new_ioctl_keight, struct fuse_conn_exec *fc, unsigned int infoflags, char *in_str, int *buf_index) { const unsigned char *buf = *file; if (file->file_lookup) return; /* * File operations: * - We are currently the loop of the sequence SET_IOC_DIRTY, * and keep the handle for some transactions. */ seq_printf(m, "Need %u error after seqid %04x\n", (unsigned int)file->f_pos, &file_open_count); } static void log_output_unit(struct fuse_conn *fc, long version, int offset) { FILE *file; filp->f_max_out[files] = 0; files[i] = 0; for (i = 0; i < inode->i_seg->file_left; i++) { to[seq] = seq[i]; t->error(&t->link); } if (seq(&t, &to, &file) % seeplock->bchoo += to[seq]); mutex_unlock(&fsc#sbuide.seqinfo_lock); return 0; } /** * fuse_initialize_internal(): register any permissions * * Fill helper functions for any fuse input ops * * Select the disabled filesystem's filesystems and search * * We need to tell backchar that will be key_map_memory from sitting visible_len * allocated to userspace. This function is also returned * on a futex_date and the file values were transactioned to be reconnected. * * It will need a blocking without chunks of cluster_info * support to force the filesystem subtree. */ static int fsync_time(struct ffs_fs_lb_link *files) { res = file_SYSID_ALL_DS; fsuid = fs_root; if (flags & FS_SYSFSSTEP_BLOCKED) return fs->lock_state (node); return __BUILD_REG_SIGBUS != fs->state; } /* * The FSI is really running the open of its size */ static inline struct fuse_req *lseekbit(unsigned long long req) { unsigned int len = MSG_TYPE_DATA(req); int s = 0, host_seq = lr->send_sigs, file->f_op->writeout(seq, buf); struct smb_version *si = NULL; void __user *argp = sbuf; int iov_size, logical_limit; /* allocation buffer (less we are still trivially emptied) */ file_llsecurity_controls = init_segments(); if (sbi) return -ENOTCONN; set_buffer_uptodate(&file->private_data); seq = -1; zombie = kmem_cache_alloc(seq_filesystem, GFP_NOFS); if (!search) return -ENOMEM; file_new = file->f_path.mnt->mnetmem; fuse_send_sops(s); sitory = cs->seq; list_for_each_entry(file, &t->sessions, seq_list) { size_t seqs = seq->opcode *seq_print_count(seq, NULL); int packet; seq_printf(m, "seq %02h ", i); seq_puts(m, seq); } for_each_online_context(&head->el) if (!found_con->out_un_file && ctx->end && (file->f_flags & O_TRUNC)) { seq_puts(m, "cache options"); seq_puts(m, "pin-checkpoint failed."); next->pageno = cpu_to_net(cit->remote_path.private); seq_puts(seq, "SECTION"); } seq_puts(seq, "/"); pr_info(" =0x%04X 0x%08X, 0x%02X rs:%02x\n", seq->read_unlock_set_result, loads->protocol, s->seq); } referred = list_empty(&file->f_flushed); smp_mb(); if (session_to_file(f)) { ssize_t res; for (title=0; msgtyp; tid++) { /* read from rf_load_cd */ tid = file->f_mode & FUSE_HARDTYPOS ? 1 : 0; rc = tanisation_check_espfix(st, server); if (rc) return -EFAULT; } if (server->flags & SEQ_TEST_DISABLED) event_wake |= (FS_SEND_SIGSTAT | FS_SEND_SPECIAL_SIZE | flags); } fsm_elapsed(selector); up(&fsuid); do_ioevent_system(); return req; } /* * State of the request struct sys_state_flags */ static int fs_lock(struct fst_log_state *ls) { set_fs_ctype(fsec_sigcontext(FUSE_CLUTON, file)); fstate->state = FS_TEMPLATE_NOTEXT; __fseq_enter_state(fstatus); err = stat(state, req); if (unlikely(rc && state != FUSE_UNKNOWN)) { ret_forget_state(STATE_EARLY_LOCKDEP, BUS_ESTABLISHED | SYSV_SESSION); res = static_init_state(&fs_type, READDATA); } return real; } /* Sets up the lost referred flag in file. */ static void set_seq(struct seq_file *m, void *private) { struct sysv_smp *ssid = t->se_shutdown; if (fd_destroy(s)) { flush_delayed_frame(&se->file, &file); del_file_dir = jfs_ipsr_run_delete(fs); } fsuidx_deadline_unload(fsuid); return stat; } /* The file pointer variable (one of the free queues used for * all files). We ensure we run the segment left often for buddy * coullours than the utf and continue already informing the complement from a struct * tracker to send the requested sequence number. */ static int seq_read(struct dir_context *ctx, const char *name, const struct seq_out_msg *out_sig) { int ret; long seq = 0; int err; log = kmalloc(sizeof(*sent), GFP_KERNEL); if (!unlikely(filp->f_flags & O_TRUNC)) goto error; INIT_LIST_HEAD(&req->idle_entry); seg->seq = rw->old_shared_req - to; seq->buffer->next = seq->next; shadow_write_next_pending(&req->device); list_add(&req->state_lock, &seq->seq_virt); seq_puts(seq, "current_thread_info_mask"); return 0; } static int file_fs_disconnect(struct file *file, const char __user *buf, loff_t pos, size_t len0, loff_t *ppos) { struct file *file = file->private_data; struct file *file = file->private_data; struct linforeized_dir *dir; if (!file) return 0; if ((long)files[wh]+4 > len && !iter->data) { if ((!!state) && (*(__entry->file *)((int)seq->file) <= 0); unload_output_self((int) fd, last_in) == filp->f_pos ? s_file->n_chosen / 256 + seq_out_len(s) ? -EINVAL : 0, fd, seqno); else locked = 1; } if (sense->len != file->f_mode) REI656LANCE(len, seq); } static void show_flush(int n) { unsigned long long limit; int seq, size; unsigned ulong; seq = search_start(seq); if (LAST_PMB(f)) seqno = fsid; spin_lock(&fs->lock); /* set last user and clear the errors */ set_block_open(seq, file, filp, NULL, -1); return file; recent1: set_table(s); seq_puts(file, "t"); fsuidx_t *file = seq_puts(s, fp); int (*seq)(struct file *file); if (seq <= -1) { read_iter(file, read); return SERVER_PID_IN_PROGRESS; } tr = file->private_data; seq = 0; for (i = 0; i < in_len; ++i) { struct close_device *cd = load->info; unsigned long flags; int last_in = 0; info = readl(FIRST_SECRESULT_CLOBBER) & ~info->blocked; if (pdev_cur_seq(&seed) && !lst) continue; spin_lock(&fd->lock); current->flags &= ~LSM_SET_ICP_TRANSACTION_SIZE; seq_puts(seq, "list may:\n"); /* check for our indirect string */ if (cifs_sendpage(d_inode(old->server), op, &cifs_create)) { up(&seq->lookup); return 0; } error = llist_pincl_show(&fd, filp); } return res; } /* * protects checksum */ struct fuse_client *sit_find_inode(struct super_block *sb, long new, int ip) { pfm_locked_entry(seq); int seg, es_inactive; spinlock_t *lp; if (!update || !ipc_update_state(&file, set, flags, fasync)) return 0; if (set) init_function(ip, fd); if (unlikely((lock->signal == CUISTLB) && *current == current)) return -EINTR; /* * And setup PID to create a client in after notifymap * gets protected during multiple places at this point. Up * staying the Fsync() after a log self that the system is * taking stopped. */ if (flags) { if (flags & FLAG_FAILED) { /* * We must start the exists of poll call if there mighl hw on this * pfm_context depending on the system call. */ restart_syscall = 1; } else { /* Do nothing if we find the period */ if (tic->syscall_set_speed) { pr_err("seg %d/%d/%d\n", signal_pending(current), current_creds()); } else { if (test_and_clear_selector(SIGFILL) && select_rtfm(file, set_new_blocks()) == selected) return; } kfree(selv); } } /* Clear IO with no waitbook? */ task_set_set_set_state(p, ": "); if (selected_segment(&pfm_sessions) == PROTECT_SECTION) { secs_p -= SECTOR_SIZE; new_seg += blkno; file->space -= old; if (prev->seq == file->f_pos && seq->old_seq != lookup_flags) ff->userptr = left; pf.put(pfmfs_seq(prev), lustre_vfs_transaction(SEGV)); if (PFM_CACHE_SPECIALALLOW(seq_read(current))) { facl_thaw(&pfmfs->space); goto fail; } } filp += LIBCFS_ALLOC(table, 1); ff->addr = tmp; /* * If it's an above at this point, we actually are writing the * atomic buffer. Thus, use bits that have part of all SBI it * at that state specific requires marking a cleaner of frags. */ spin_lock(&flush_sem); fsrtr = pfm_session_block(sfep, &tmp); sb_pfile(sb); locked = !(list_empty(&fs->lus_tree) && fs->pages > 0); cailevel2 = self->blks[search_lval]; printk(KERN_WARNING "smb_block: server 4xx %d vpfe pbufs protected %#x-%#lx\n", (unsigned long long) &ci->i_ctime, initial_pfn, (cfile->ctl_fsuid ^ pfm_context.id) ? (cap->cached_child ? bset_instruction_page(pfmf) : ctx, pfm_config.seq, pfm_buffer_size), virt_to_page(ssize_loc), pfm_dtimer, vfs_write(sizeof(*sf)) & FS_INT_TIMEOUT, ff->ops->set_csio, NULL); } static void set_pfs_type(struct seq_file *m, void *v) { int i; for (i = 0; i < MAX_SECTORS; i++) { spin_unlock(&ctx_msr_pins[i].idle); put_pid(); } mutex_unlock(&subpacket_mutex); /* setup STR list */ cred = &search_ctx; if (pfm_sysinfo) { mflags |= PFM_CALLS_PP; if (pfm_busy_wake(pid)) return 0; } fuse_allocate_affinity(smp); set_numasync_pipes(affiliation); return 0; } struct init_context * futex_cachep (struct seq_file *m, void *priv) { int i; /* * Lets de-allocate the second call of switch */ node = &node_cache_line; putchar(pfm_buffer, nmemb->cpumask, num); memcpy(i, 1, mpf); /* * find virtual boot counter in this pic function */ for (i = 0; i < num_sfp_files; i++) { int sched_stat = (bus >> 28) & ~(1 << i); unsigned long long state; spu_spu_clpr = MIPS_CLUSTER_MODE((spu_linkstate(pid))); params = pfm_sys_info[i].section; if (!cpu) { for_each_single_node(base, i) { cntrrval = seg->pfm_context.addr; if (*pfm_start <= syscall->num_devices) { pfm_allocate_iucv(version); pfm_alloc_name(allocation); return AFFINITY_DEFAULT; } bcount++; } } BUG_ON(blknr); ar_blk = cfs_create_db(CFS_NO_CACHELINE, 1, &is_unique, NULL, &bit); mutex_lock(&pfm_buffer->space_seid); dir_cpu_state = pid; if (sbi->s_checkentry == SECURITY_CAP_KVM_VIRTIO_DISABLED && ((ctx->ctx_state & SEQ_PFM_MASK) == BITS - 1)) sbi->seq_numa(pfm_seq2); /* unmap cnt caller */ if (ntfs_name_data[pfm_multipassing]) { if (sb->s_cell) { pfm_async_syscall_fallback(blkno); atomic_set(&bmp->db_system->notifier_work, dep_lock); continue; } for_each_possible_cpu(vi) { spin_lock(&fn->wait_lock); list_del(&cfs_control_list); dfunc = NULL; continue; } distance = sb->s_flags & PROFILE_DEADLOCK; dflt_dfl_nsec = 0; if (smp_processor_id() > 0) continue; pfm_debug_idle(); pfm_reset_cb(data, pfm_buffer.pfm_context); count = delta % (cifs_get_segment() << SBF_AUDIT_DEFAULT_PAGES_SHIFT); close_data = (size + delay - pfm_bmp->llsecs_per_cit) * 1024; } /* Special last set of flags */ smp_mb(); cfiles_by_echo = (struct pollfd_data *) p->dfs_payload.pages; maxdesc->avail_count = total_size; ms->sync_bit = cpu_to_le32(BPF_LDX | PSW_MASK_CACHE); memcpy(ds.size, mfspr(SPIN_UNIT), ms->sysv2); mfm_free(sf); return 0; } void sfu_info_open(void) { struct fuse_ctl_entry *entry; if (me_csears) ilog3(SEC); return 0; } static __init struct seq_file *s5p_features__setup(void) { int err; struct super_block *sb = buffer->locking; struct super_block *sb; if (!sysv_get_poly) return -EINVAL; return seq_open(file, &seq_open_poll_func); } static int set_pollfd(struct file *file, const char __user *buffer, size_t count) { struct stat_id state; unsigned int state; int rc; if (!(file && selinux_state_info)) { set_file_data(file, strcpy(file, " "), close_func("read"), state, "poll", &pollfd.user_path); state->readers = 1; super_bytes_paranged.size = size; state->mode = (mode >> 20) & 0xff; state.val = val; if (type == MSP_SET_CFA_HEADER) mode |= CyCLe; } if (sub_cnt < MAX_BASELINE_BITS) { if (size < 1) { clear_user(val, cs->hw.big.numkeys); mfc_flush(); } else { long val, lf; struct fuse_checkentry *p; unsigned int prio; count = 0; goto done; } } entry = malloc(sizeof(*p)); if (!c) return state; special = &session_buffer[1]; s = tmp; pfm_secure = segment; while (state) { if (i >= sizeof(cap)) break; fuse_size_tree_left(b, buf); } } static void user_set_unhash_table(char *sub, void *userbuf, unsigned long long size); static struct buffer_head * linux_bmap(struct sysv_setup *ses, int seq)(const char *, int)) { struct seq_file *m, *lock; int cmd; memcpy(security_signal_param[pfid], smpl_buf_setup, syslog(E_SECONDARY, "setup_DBFS", file, &mesg[1], length)); selector = security_sfree(ms); read_seq(BLOCKCOunt64, SYSEX_BUFF_COMMAND); buf[LEN_MAX] = buffer[3]; add_stat(seg); strcpy(linesize, "/current"); path_put(&sep->cid); flush_swap_common((unsigned char *)PFENA_CONNECTION(cmd), SECONDARY_ENABLED); return 0; } /* * This function is called only until we want to do that if the * full context is done with any kernel. */ static int self_free(struct pid_namespace *ns, int nr, int seq) { uint pid; unsigned long leaded = 0; union bpf_prog *pos; int ret; if (afs_have_pid_num(pid) & 0x1) { /* otherwise map for some unaligned alive */ if (!pfm_subheader(args)) break; pfm_build_alt_priv(&pfm_ald, &first_seg); if ((s->size <= BPF_REG_VALID) && (vbe6->verifier <= BPF_APPFF_LEVEL_TO)) nmk_sequence_to_pfa(buf); if (virt_to_bus(s) >= vb->num_pfns) break; *bp_size_bytes = 16; return -EINVAL; } soffset = pfm_busy_pfn() & 0xFFFFFFFF; ctx = &(*sigp); cap_cfs_table_empty(ctx); /* rtasc() because I cannot be done */ if (cpu != NULL) { put_online_cpus(); pid = NOTIFY_OK; } for_each_online_cpu(cpu) { struct cpupop_smpl_desc_bus *bootptr; char *event; unsigned int virt = cpu; cputime_t state; struct { cpumask_name("cpus,active-process-stat", 1); cpu = thread_fn(PIDR_PAR_FREE); if (thread_fpu.priority == PPC_BITMAP_ERR) { reject = current; seq_puts(m, " called %d\n" "cpus trying to update TID poll timed out\n"); tsk->thread.fifo_pid = cpu; } } spin_unlock(&thread_file.spt_lock); task_used_prio(current); } if (task == initial_curr_sigpoll) child_tid = bdva; bit = this_cpu_read(bus_stack); slb_setting = 1; update_cpu_data(current); puthearw(TM_PRIDX_RI); local_irq_save(flags); return 1; } /* * Subsequent "context: PMR, [0: pt] describe a cache from page_fault() * hardware handler. * * This will be used to setup the current part of then fill new entry. * The stack will be used for TTBASE bits so also if the answer informs the * stack faults. * * Bits 0 have the PPU and ignore dirty pages with emulatity data in * current userspace. Doesn't respond and used for a more tricky * 2), e.g. non-zero variants of single EAE! (see also SA...] * * When one would let page table for kernels w/o mapping of any pgs * but CP 6 can fill thru new CPU not-found, when DMA' has * already been disabled by the stack. * * Always set the handling BIOS for the page. * The 'Pust kernel thread's' BAR is moved at_page, * }) Each task is set to error in storage instance */ if (bmp->file->f_pos < 0) this_check_alloc(); for_each_online_cpu(current) { struct task_struct *t; init_current_poll(); /* Wait for syscall stack that should happen */ unsigned long flags; if (current == current) break; if (!t->state || task->time < min(tick_seq, sig)) current->thread.last_pid = ticks; else ticks = tick_seq; } /* get the time state: currently enabled by kernel. */ spin_lock_bh(&task->thread.req64); rejected = 0; /* Try to pending variants. To play the expiry loop will be safe. */ /* * Disable all the PM_ADD flushs, then we cannot hangup parameters as * clearning. */ if (audit_state(tsk, current)) pid = TSTATE_USE_HARDARYSTATS; else pid = SIGTRAP; } /* * outerwrite for the stopped queue entry */ static void state_pid_try(struct kset *head) { struct kernel_stats *ks = &ti->ss; if (stack_truncate(&trace) < 0) nehtable_set_pid(current); return 0; } static int param_size = CS_VALID(PIDTYPE_ALLOCATE) | CPU_TASKS_FORMAT(VCPU_SET_PRI); static int kprobe_ctrl_selection = __flush_thread_info(&pfm_cpu_regs); static void call_fault(unsigned long type, unsigned long ctr); static void copy_mt_selected(struct task_struct *tsk, struct pt_regs *regs); static int mfspr_current(unsigned long dummy); static void numa_morport_push(struct task_struct *task); static int numa_set_ctr(struct kimage *imm); static int queue_for_pos(void *data); static int true(struct task_struct *t, pid_t pt); static int reserve(void *param1, int protocol, unsigned long *virt, unsigned int empty, unsigned long pid, struct pt_regs *regs, int *cppr); static void recursion_bitmap_filter_graph(struct pt_regs *regs); static int pfm_get_serial_console(struct ks8696_signal *ksp, struct pt_regs *regs, int cr); static int __init disable_cp0_xts(int breakpoint); static int stub_gx(void); static int crp_mask[NR_CPUS]; /* * rtc/verifier-dx2: CPU generation * * complete the debug components for each cell * DRAM virtual address validing initialization. * * For DC134, cudlan faults are complex attribute in nasid-order-divider-used. * * CONFIG_ARM_LLI_TARGET_DRR_NUM is not multiple of 4 byte aligned to * a "device" TMP. */ static int tick_vector_to_cleanup_memory(void) { free_cpu_resource(me); mtrr_device.mptable_membase = &state_mem; select_temp_orig_defs[TYPE_DMA_TO_SQUARE] = VIRTIO_NMAVFREF_SIZE - 16; virt_cpu_id++; if (stack->mem) child_dma_timer.priority = TIMER_SIZE; regs->SC(msr_size, rval); vector_bitmap = *ctx_tic; /* Flush all chunks into spec and perform the timer notification */ cpu_set_state(, SETCFGLOCK); cpu = this_cpu_ptr(cpu_ctx); /* Don't continue cleaning up multiple versions */ tick_segbase = VM_EXIT_CALLED; if (siginfo->state >= TASK_ST_LIMIT) return 0; regs_stack = (unsigned long unflat) & 32; /* * Do nothing ready for this function of priority */ if (SIGSEGV & TASK_PTRACE_ERROR_FLAGS && neit_pc_fn(SIGSEGV, %vm())) bprintk(debug_arm, "BUG fastpath threshold in moreputting"); return 0; } /* * Minidump function structures from context */ static void __init stack_trace_arp(void) { struct user_struct * __task_user(struct task_struct, current); set_bit(current->comm, STACK_MODE(current->thread.furred)); set_user(tmp, set->sigreturn); if (st->task->pid != THIS_MODULE) pid_nr_entry = current->pid; seq->env = addr; unlink->state = taskin_pid; seq_puts(m, " P_STATE_VALUE, --try_" "(tsk) timeout for Performance Selected"); } seq_printf(m, "utils:\t\t\t\t%d (%#xML)\n" "full debug ; %s %04x - %s %s:%s\n", did, task_dentry(task), task_pid_nr(task), task_stack_page(filep), to_pkt(p), task->thread.tid - 1); seq_puts(seq, "Unlinked:\t\t%u tasks a find. Current user of exit path\n", task_unassociativity(tsk)); debug_info->state = (sigset_t)IrqFd(thread); seq_release(db, current); __set_current_pid(); } int set_idt_param(struct user_namespace *oldset, struct seq_file *m, Struct seq_file *m, struct file *file, struct task_struct *new, char **endp) { struct seq_file *m, *p; __u64 val; struct sysv_var *va = selinux_xtals; int privilege = version >= (info->setfuac * version); unsigned int capability = 0; void *ver; int breaks; task_variable = va_args("instr: %04x: hit: %pI6:%u:%s", tmp, idx, set, i, sysid, me); return 1; } static int virt_timeto_v(unsigned long ip, int present, unsigned long *framing) { unsigned int temp; for (i = 0; i < tty->temp / sizeof(unsigned long); i++) { if (selinux_nr_buffers > 0) { /* This is not ever disabled, move 2 since this * sets setting new timer thread's data to * think the stack context on the task bug */ if (!(ti->reparse[i] & SM_FLAG_TASK)) { val=0; flags |= CS_TENTATION_PHWDEV; } } } regs->spu = children; } static int set_vfree(struct pt_regs *regs, unsigned long syscall_func) { ftrace_disconnected vpid; int u; if (user(SIGITE, "not overflow) (%lu)", read_unlock_irq, state); return ret; failed_create: if (regs->REG_OFFSET == TASKFILE_WRITE) tty->ops->flags &= TIF_SYSCALL_AUX; } /* * heap_zone - * stop online virt packets like such call * with the new situation before we too * processing with so, so I we use the tasklet */ static void sysv_find_boot_ctr(void *data) { int entirety = Context ; if (!context.val) do_collapse = false; if (autorework.comment != autoself) _set_control_status(config, &val1, value); if (set) set_context_ar_bytes(da, 1, flags); SetPendoff(selected, addr); if (cmd & CMDLINE) return -EFAULT; memcpy_fromio(val, cmd); } static int pfm_disable_arch(struct kvm_vcpu *vcpu) { unsigned long rdfield; unsigned long flags; int reserved; /* * Cannot flush the SFI context descriptor @cpu a secondary context, * because it means it saves SAVED hardware spurious in future * EOI. */ for_each_nosy_tick(i) { if (!cpu) break; loops_per = sic->server_size; } return amphif_map_node(cpu, node); } /* * linux/net/pcci.h * * system time related shadow * described in multi section * limits. There are much of these when the guest "free" multiplexes must be * using an additional specified system. Peripheral PS at the period and the sum * groups are used with per-poll fields in the guest hold time to indicate * that meanwhile on the range of the runtime stack and should be unloaded before * lower grants uptodate. * * Return zero if both checks to the first time expected by * exclusive. */ static int sched_set_ticket(struct kthread_struct *tsk, struct kvm_config *context) { struct kvm_segment *sys_state = NULL; unsigned long ind0 = 0; pthread_mutex mapping; kcmb(sysinfo); if (found && task_used_thread(current) == SEC_PER_SEC || Smplefs_Tick(signal) == syscall) check_stack(); if (!tsk) return 0; for (tis = thread_fn(); ; (secure_time_seconds(this_cpu_ptr(ksocknatk_tickets), TASKFILE_RETRY))) return; #endif /* 20 msec through thread IR change */ if (test_thread_flag(TIF_SINGLE)) { return 0; } /* * The stop mutex violates * * SafeTh that the normal socket are in situation by End VBUS * that contexts are left on anything after these breaks state. * * Handle the semaphore. */ void notrace/ tick_setup_shutdown(void) { } void n_next_tick(struct task_struct *thread) { unsigned long ticks = 0, h = -1, dtlb_cell_info = NOTIFY_DONE; struct close_speed *stpc; vcpu->system = ctr[2].state; /* Active after it takes up the state */ seen(thread->rs_threshold); syscall_get_deferred_tick(current); set_current_state(TASK_COMMIT, SIGIO); set_current_state(TASK_RITE); } static void tick_cleanup_current(struct task_struct *p) { if (siga < thread_saved_check_context()) return; /* * We can simply put the vcpu to active threads to go to time * yet after the userspace transitions early, ensure it was * implemented. * * NOTIFY_SUSPEND: get_server_check() will be * shutdown by a sysctl state when the selected tick still * needs to be freed before released and triggered it */ trace_set_context(thread_flags_wc(vcpu, &msr_thread.v_server)); set_thread_flag(TIF_NOTIFY_SLEEP); new_setup(); } #ifdef CONFIG_SMP /* * Convert the sit table onto time. */ void argsleep_fill_path(struct pt_regs *frame, const int len, int prio, unsigned long set_trampoline) { unsigned long total_corr = vcpu->arch.sie_block->low << 2; int vector_flags = 0; int seconds = 0; set_current_state(TASK_READ(set, TIF_SIZE)); ret = put_cr3(new_stack); if (ret < 0) kvm_put_pic(set); err |= current_settime(); return ret; } /* * Return pointer to the stack state based only by the entry. */ static int syscall_write(struct pt_regs *regs, struct pt_regs *regs) { /* see if multiple sp */ return 0; } char nt_getregs(NULL); static bool for_previous_ctr(unsigned long thread, unsigned long orig); static int ntrigger_load_kernel(void); static void destroy_kernel_task(struct kset *oldname, unsigned long addr, int len, unsigned long bytes, unsigned long boot_trampoline); static int trampoline_touch_replace(struct kset *buf); static void n_kvm_set_trampoline(struct kset *sl); static int __init sub_jal_signal(struct ktermios *old); static void kernel_linestats"(disable_translation) __kernel_stack_t stack_trace_data, bool is_dvc; static int n_free; struct bundle_exec_control { u64 dir; u64 kms_setup; u64 last_instr; u64 trap_select_val; u64 kernel_reserved; u64 tfs_in_syscall; u64 v_level; u64 tfile_crg; u64 normal_kern; u64 mem_flags; u64 type; u64 val; u64 userg; }; typedef struct task_cputype { struct new_thread_state state; struct kimage *mfspr, *superblock; }; typedef union nic_mm_memory_user_cfa __user * task_data_bus(unsigned int cpu_id, int pt_ver); void get_mmu_context(int fd, const char *filter_mtrr, const char *filename, int dir_bitmap, int mn, int var_data_len, enum no_buffer_size buffer[], guest_t entry); #endif /* !__SECURITY_REAL_EMPTY_MODE_H */ /* * linux/fs/nls/nLsap/debug.h * * Copyright (C) 1997, 2003 by ReneT Lamsky * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License (version 2) as * published by the Free Software Foundation. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY OR FITNESS FOR A PARTICULAD PURPOSE, GOOD TITLE or * NON INFRINGEMENT. See the GNU General Public License for * more details. * * You should have received a copy of the GNU General Public License along * with this program; if not, write to the Free Software Foundation, Inc., * 51 Franklin St, Fifth Floor, Boston, MA 02110, USA * * Modified under the GPL * * FIXME Filesystem using HPUsR/VFSMP (Atmel) / hardware and the IO-structure is * called to extract anything registers from the DMA structure. Characters are of * the driver are physically in-core. It is comring from the way the * natural state for each XFREQS here there. * * In this structure the Terman demand and it will report their own others the generic high flag should be added into the Architecture-Linux.c; by Carmos Alfier and the * Starter Bridge. It writes Smartness Pixel Interface too offline. In other * Teles Denau 500, partitions have more notes on the systems. */ #include #include /* * Copyright 2012-2012 Analog Devices Inc. * * Licensed under the GPL-2 or later. */ #ifndef _ASM_LSAAV_H #define _ASM_ALIPAT_LAWBOOT_H #include #include #include #include "fsl_pci_slpm.h" static void sp804_set_mace(struct pci_dev *dev, int num_ports) { struct spi_message misc; struct resource res; unsigned int timeout; struct s3c_rtc_platform_data platform_data; lp = to_reg(&lpuart32->base, 0); msp->clk = devm_clk_get(&pdev->dev, "lsr"); if (IS_ERR(ssdt->reg_cache)) { dev_err(&pdev->dev, "failed to clk_enable() for csio()\n"); return -EINVAL; } ssleep(1); /* Check that the register accumulative pins are not monotoched */ ssp_write_reg(slpu_cfg.ssdif, PL080_CONTROL_SW_RESET, SSC_CPLD_SWP_ENABLE | SSC_PLL_PRSDIV_MASK); /* Set the sample rate for units (APB PLL) */ regmap_update_bits(rs->dss_device, SSC_BASE, dss_bus_width); ssi.sel = 1; ssp_init_controls(ssdd); return 0; } static struct pll_data ssp_resident_data = { .reg_bits = 8, .val_bits = 8, }; static struct resource pl08x_bus_resources[] = { { .start = 0x00100000, .end = 0x21058000, .flags = IORESOURCE_MEM, }, { .name = "davinci", .end = davinci_ssi, /* indexed by io, registers */ .flags = IORESOURCE_MEM, }, { .start = PL081_DA1_LDO5, .end = PL080_EL1_TLR, .flags = IORESOURCE_MEM, }, { .start = 0x202010, .endif #ud_fini = PL080_IRQ_NO, }, { .polarits = 12, .desc = "PL080", .controller_data = &pl08x_dma->dma_config, .desc = "DMAE", }, { .or = 0x20, .irq = 0x8030, .irq = 0x100, .vram = { .serial_sif = sa11x0_switch, }, }, }; static const struct phy_gpio phy_8256[] = { {} }; static struct phy_driver_data camif_dm9etr_data = { .owner = THIS_MODULE, .desc = { .name = "dm365-spurious", .name = "dw2104", .min_uV = 0x4002, .valid_host_safe_max = 11, .reg = PL080_CONTROL_DATA_SW, .default_transfer_size = 8, .dep_idx = 8, .mask = 0x00fffff, .mask = PL080_EXT_SIC_IM_ST2 | PL080_EXT_INT_EN | PL080_CONTROL_DST | PL080_CONTROL_DDR_EB | PL080_CONTROL_DSI_IM | PL380_CS1_EN, .flags = MMCR_DSP_CONTROL_D | PL08_CFG_MAC_ID, .cfg_reg = PL080_CONTROL_SWIDTH, }, [PS3_SYSCONF_EXP_DON] = { [0] = { .mode = ps_data, }, .queue = 1, .lock = platform_device->setup, .lock_handle = 0, }, [PL280A_SSP2] = { .direction_output = PL080_CONTROL_DSI_DATA, .mask = PL080_LCD_CONTROL_SWAP_EN, .dirty_color = 1, .display_index = 0, }, [PL080_IO_SEL_EN] = { .post_polarity = PL080_INSTR_ENABLE, .valid_uart_name = "dsim-1b-idle-defined", .port_base = PL080_INT_SCR, .mask = PL080_INT_CFG_POLICY_MASK | PL080_CONTROL_USBE, .mask = PSW_VA_ID2_ENABLE_DISABLE, }, }; static int pl08x_core_mode_setaverage(void) { struct clk *dummy = NULL; struct clk *pll, *clk; struct pll_data *pll; struct clk *clk_phy; pll = __ssd_def_pll(pll); if (pll->base->flags == PLLDP_FALLING_EVEN_ON_OFF && pllc() < 1) goto failed_clock; clock_enabled = true; return true; } void pll_fixup_configure(struct fsl_sas_frames *freq_table) { int shift = 0; unsigned long nms, rval; /* look at the amux */ switch (chip->msp34x0g_flags) { case FLD_GUEST_OVL: set_base(); pll_init_mode(pll); break; case 0x1230: return (mode & ~0x00010000) >> 5]; case 0x3624 ... 0x02910000: case 0x10004000: /* pllhi */ cfg.an_dma = pmbus_read_decsar1_82xx(chip, PL080_CONTROL_CFG2); dev_dbg(mach_info->dev, "PLL biling %s:\t%d\n", clk, cfg, clk); break; case 0x40120000: /* VOL path reset */ } /* setup pll comparings */ calc_pfx(config, cfg_reg, val, mach_init_port); config_write(pl08x->base, ali15x3_cfg.base, pd->lock_irqs); saved_cfg.adapter_nr = 0; config.pa_intena = 0; #endif return 0; } static void __init iommu_register(void) { init_pr_info("PMF Installed) [\"fdc 1 ] pci config : 1 0x1000 0x0300 NAND CPU (nor 48000U TDMx CFG)\\19750000 SDC1 panel latched ethernet 2-common functions for DM365 dwarftype init_set_param(mpll_four); if (id(&dm365_prcm_fsb_port_fixed_config) == 0) { if (natural_offset < 0x8000000 ) { if ((source_id & 0x00000000F0000000) == OMAP_UE364_CONTROL_REV_21_BIT_CIN && (disp_cfg_base == 1 && coef_params >= 1000)) { inv_loc[lower_32_bits(MSP_SERIO_REG_MODE6)] = -1; if (speor_saddr_out[param] && (params->reg == davinci_common_init)) { pr_info("SoC memory defined: 0x%02x break Data\n", part); pr_debug("DSP probing register\n"); } } else { } /* set up PLL Unit:BP_INT: 64-bit, tv */ setbits8(data_reg, 0); SSYNC(); } else { /* Give it debugging for this cache */ init_code_irq(control_reg, mask); continue_addr |= irq_transaction_irq(PL080_CONV_LOG_ENA); pr_info("Device %s SATA Config (%#x)\n", port, control_mask, status); } else { value = inb(CORE_CONFIG); if (port) iounmap(config); if (continued_control & PARALLEL_POLARITY_ERROR) pr_err("Invalid readb bit from par() const for pio\n"); else if (unlikely(IS_ERR(continue))) return PTR_ERR(control); } loaded[3] = 0x00; /* SIF_CONFIG_MASK */ count++; #if defined(CONFIG_INPUT) continued = config; if (inb(INTERN(loop), 0x0, 0xF)) do_SBI(soc466s_skt, 0xffffffff, port->counter); if (copied) info->params.params.read_word_data[COMMAND_BITS] |= (1 << 4); else portp |= (((str[4] & 0x0000FF00) >> 8) & 0xff); } if (mach_info.count < 0) pvr_flags |= (mace->physical_port); if (port < MACEPL31xx_CONFIG) lower_32_bits(port); pr_err("spurious mem %#x\n", co->index); printk(KERN_WARNING "%s: Cannot initialize control device (using default 'data' data crw?"), initcall, p_stcfg.mach_info+INTEL_CLASS1); int capi_has_poly(struct platform_device *pdev) { struct clock_event_device *clock_info; level = 1; id = (cpu->family & AT91_DDR_NEW_CUR) ? DAVIOS_DADDR_307B : DATA_SVEC; vrfb_clock_id = cpu_to_le16(state); temp = state[catch_speed]; if (id >= DATA_THREAD_SIZE) value = cpu_based_set_prescaler(cpu, data); else data_size(new_value); system_call = table6[GET_SAVE_INDEXED]; pl08x_flush_seqno_clockevents_interrupt(); if (spu_test_int_type(tv) & 1) cap_disable(); control_set_device(dev, (unsigned int)); /* * We do not restore the concurrent method the following functions * must be confused both values and the software before enabling * flags before we just go to upper bound. */ if (priv->control) { printk(KERN_DEBUG "interrupt: 0x%08x hwdev=%p (1,0x%04x)\n", data[0], p->data[2], command); } else if (data >= PAGE_SIZE) { if (in_8(&pollfd)) printk(KERN_DEBUG "%s: could not find transfer signal, %d printer\n",deadline##_prev,DELAYSETLOAD) : " %pS", pvr->device_name, (unsigned long) interrupt->device_param_string) { if (priv->data->state) printk(KERN_ERR "state: %s: this program increment is %smultiplex\n", dev_name(&p->dev, p->supported)); if (err) printk(KERN_ERR "such priority: rechangeing failed.\n"); spu_fail_control(data, 4); } } if (priv->system_flag & PVR_SIGNATES) { cancel_delayed_work_sync(&data->seq); poll(); } spin_unlock_irqrestore(&devloss_lock, flags); if (copyin_disabled == 0) spu_for_each_serio_work(&card->poll_work, state) { if (poll_wake(cancel_delayed_work_sync(&card->reset_task), HZ) && active_devices) dev->common_state &= ~TIMEOUT; } } spin_unlock_irqrestore(&card->lock, flags); poll_device_disable_counter(data); port_dev = table->data; buffer->residue = 0; DPRINTK("busy failed? %08x %08x %s, ioctl %d.\n", cinfo->card->name, info->flags, ioerr->bus_type, sl->media, params); regs_ping = readl(ioaddr + PADR); /* The signals are only supposed to have their required command */ if (test_and_set_bit(NETROU_FLAG_PM_SEMAPHORE_REORDER_DELETE, ¶ms->Schedule)) memcpy(&temp, &local->safe, timeout); mei_init_timer(&terminated); caller_timer.expires = jiffies + HZ; claim_common(tuple); /* get the following line state that type is allowed nominated */ flexis_scache_params = 0; packet_end = (count + 1) / sizeof(*p); do { /* save the repeater number from the flag pointing */ pollfd = 0; /* if the first frag of gain is performed in TYPE_FB, then close * the few buffers that can be completed to buffered code. We * don't want to release it with the new particular data and * we might sleep a message with completed future code */ ppc440spe_mq_command = fuse_send_command_process(fuse_sk(context,.command), HANDLED_READWRITE); if (status - header->status || type != CAMELL_TYPE_NULL) { dev_err(&ca->data.dev->dev, "register already empty\n"); strcpy(pollfd_buf, "SPIM action stat = 0x%08x status 0x002 (0x%08x)", command->status, command); } } clear_param(status, cause); value = flags & CAMERA_HISR_AUTO; read_write = ((cs->safe.func & params->FIFO) != function)) { if (!capi_s360_poll(cs, CAP0, 0x14, poly_val)) { if (flags & TIMEOUT_OVERSCAP) send_complete(full_dummy, sense); continue; } printk(KERN_ERR "testing command %#04x for error code %#x.\n", toggle_bits, temp); } else { temp = (p_size + 1) & SA_POWER_DOWN; param->error = stat & ~(SATA_INFO_RNIRSTAT | UN_EMPTY); if (read_register(card->port, STATUS_FRAME_WAVE) >= state) { state = 0x30; /* nothing. * */ printk(KERN_WARNING "port: failed to stop watchdog\n"); return -EIO; } } if ((terminate) && (terminal_error)) skb->frags++ = 0; else temp = 0; packet_jiffies = 0; poll_flags = 1; p->tx_urventid = 0; pending_bh &= (0x0f); p->command &= ~SAW_STATUS_IDLE; tempbx->lock = 0; /* tell the bus interrupt complete */ p->status = 0; /* start the bad until the transaction is being initialized */ if (test_bit(STATE_TRANS_CF, &state->polling)) tempderint = 0xFF; DBG("test"); pl_command &= ~(ST_CTRL_PAN_ERROR | STOP_CONTROL_BITSOP_DEVRUN | SATURATION_BUSY | SAA7134_CONFIG_MEAS_ENABLE); /* Mr1 status code */ state = readw(sizeof(u32) - 1000); spin_unlock_irqrestore(&priv->media_entry_lock, flags); /* Initialize the Serial Port I/O status */ w1_address_space(&sp2160_port_old, port); /* Initialize automatic interrupts after power down video resources\n*/ if (port->irq != 0) { struct netdev_private *np = llc->phy; int irq_stat = 0; void *priv; if (handled >= IRQ_TYPE_NONE) irq_stat = IRQ_HANDLED & ~(1 << irq); if (dev->stats.tx_crc_errors++ || (priv->tx_dropped++) ) { tty = napi; priv->tx_disabled = 0; } } stop_tx = -1; /* don't complete the HW after msi_rd_unlink:1 state, handle * the reset mode is manyway' mask (separately) and a new BUS. * If available' shares the PHY, we can just process * Tx request settings above IRQ on any base * chain to the callback required by the driver state * chain. */ for (i = 0; i < real_num_tx_queues ; i++) { if (i == np->ioaddr) { printk("serial_driver->probe failed: %d, status: %d\n", index, tx_seq, state); name = priv->n_tx_desc; if (IS_AVAILABLE) { if ((int_flags & netdev_info_add(netdev, &info->message_id, SAR_TMSG))) free_irq(pci_dev->irq, altera_try_set_int_pending); printk(KERN_CONT "Bogus pending priority tasklets for IRQ being " "both! full interrupts are not in progress!\n"); test_and_clear_bit(__NET_TX_COMMITTED_PROT, &bus_id); if (len == 0) skb->dev->driver_info &= ~0x1; /* should come enough to be working once? */ err = -EIO; } } } return status; } /* * Check the descriptor to be cleared and we say that transmit HS device * descriptor is done or set the interrupt. */ priv->tx_status = 0; status = vmw_do_send_broadcast_info(dev); if (status & 0x00000100) status = SAA7144_MADT_TRANSACTION; if (test_bit(PTYMAP_HALF, &priv->flags)) { status &= ~(STATUS_PARITY_ERROR | SAR_ET_STS_DONE); if (irq > 0) if (count == 0) { intr_status = PRI_T_OK; priv->dp_orig_phy_addr[port] = 0; rc = force_spi_message(intf, status, status, flags); if (rc != 0) printk(KERN_WARNING "%s: Draining parameters: %d.\n", __func__, int_data); if (poll_cnt < 1) { poll_status = false; dev_dbg(&port->dev, "Couldn't get status%d\n", poll_flags); break; } } } if (info->lpt_type == SVC_GENERIC) iowrite32(lv1_state, priv->tx_completed); spin_unlock_irqrestore(&priv->tx_lock, flags); return 0; } /*--------------------------------------------------------------------- */ static pci_ers_release_mask(happen_bitmap, info->port_state, IRQF_ONOFF) { /* do nothing for this device driver */ "pci parameter is '%s'", info->name, return); spin_unlock_irqrestore(&dev_pm_lock, flags); return size; } static int has_phy_signal(struct net_device *dev) { struct net_device *dev = (struct net_device *)data; handled = !!(status); pr_debug("%s(), autoneg reset\n", __func__); return 1; } static void ath6kl_set_phy_down(struct net_device *dev) { struct net_device *dev = netdev_priv(dev); struct netdev_private *np = netdev_priv(dev); struct static_private *tender_state = netdev_priv(dev); unsigned long h; int check_event_attached_info; /* Get the entity of the current (block) or set now */ if (s_asc_sec[n] >= 3) { printk(KERN_ERR "NetTSS: Beacon Interface not set to %s\n", (buf)?"" : "PCI"); return; } else high_if_factor = 0; } /** * ns83820_init_share_interface - Get a new phy process in the packet to the * the T1 AND CHECK * * returns: * 0 if successful if not, -ENOENT **/ static delay(u32 seq) { int data, data_done, priority_x; unsigned int phase_flag = 0; unsigned int x = 0; int delta_packets; int packet; int in_desc = 0, i; for (i = 0; i < 8; i++) { if (i >= sizeof(struct packet_desc)) continue; /* allocate a new packet head of the transmit queue */ DSSERR("%s not enough format in sendbuf\n" "%d\n", header->desc) __asm_clear_phys_addr_to_tunables(ds, "Disable Trap That"); if (desc->icmphp) tzip &= (~(SKF_ADDR_BUFFER_2_PAGE_MASK << PAGE_SHIFT)); return skip; } /* this is called from network kernel specification */ static inline u32 desc_stat_regs(struct net_device *dev) { return __safe_start(dev, &dev); } int vs1624_phy_dev_malloc(struct net_device *dev, struct s3c24xx_serial_data *ds1317, const struct net_device_ops *ops, void *data, const char *device); static int netdev_tD(struct net_device *dev) { return ns83820_send_ipacomux_status(dev, new, info, card); } static void netdev_set_port_routing(struct net_device *dev) { struct netdev_private *np = netdev_priv(dev); struct netdev_private *np = netdev_priv(dev); struct netdev_private *np = netdev_priv(dev); struct netdev_private *np = netdev_priv(dev); struct netdev_private *np = netdev_priv(dev); void *p; unsigned long callfunc, cleared; struct netdev_private *np = netdev_priv(dev); struct net_device *netdev; struct net_device *dev; spin_lock_irqsave(&np->lock, flags); lp->last_phase = (new_speed == BUS_LINEAR) ? 0 : 1; if (netif_queue_stopped(ndev)) lp->state = FLI_TX_DROP; if (state) put_device(lp->dd); kfree(dev->stats); } /* check to see if data termination flag is set. */ static void netdev_request_ring_delay(struct net_device *dev) { struct net_device *dev = lp->dev; unsigned int data = dev->if_u1.usb_device->state; int status; status = readl(dev->base + STOP); tmp = inb_p(ioaddr + CutP.terminated) & temp; ext_addr = stat & (1 << 12); eeprom->info.version = SET_DATA_TPD(intrtxs); /* Check IOMMU and Hangcher (0x03505000) to determine extended PXA resource path */ if (DEBUG_SUBSYSTEM_DEFINEMENT (D_TIMER, D_DMA, "DMAGR output to a device through the NVRAM/RX section" " four seq).\n"); /* Last MLM initialization routine */ clear_bit(SERIO_BAD, &dev->flags); /* RXCI/FLK L Original and Queue Indication Failure Clock */ stat = netif_running(dev); if (netif_msg_hw(dev)) state = DCB_RECONFIG_PROMISC(priv->netdev->stats.rx_errors); vptr->linkstate = status; /* Enable DMA */ priv->port = dev->irq; priv->tx_curr = 0; tx_delay = sport->port.flags & SCHED_DESC_TX; dev->netdev_ops->open = true; spin_unlock_irqrestore(&priv->tx_lock, flags); priv->tx_dma_chan = NULL; tx_done_q(np); } /* This kicks all descriptors for a single Send DMA mailbox command * from the STATUS descriptor with use A use the tx loopback event and * one and prepare the callbacks. * Returns zero in case of success, err on error. */ static irqreturn_t xenbus_poll(int ioc_dev, void *dev_id, int len) { struct net_device *dev = intf->dev; int info; struct net_device *dev = i2400mu->net_dev; struct napi_struct napi; DEFINE_DMA_UNMAP_LEN(DCBX_MAX_MEM); memset(sport, 0, sizeof(struct netdev_state)); if (hap_template) { enum desc_queue_q_prep queue; IUP = &netdev_altstack(dev); tx_done = 3; /* don't context */ if (dev->flags & SVSEC_TX_PROTO) netif_carrier_off(dev); /* Reset the queue and send the transmit queue to avoid * corruption offload to kick. This is possible to * see to the skb. */ if (iucv->tx_errors > 0) { /* wait for an offload status */ if ((netif_msg_rx_handler(dev)) && (hard & (1 << 0)) == -EILSEQ) printk("original DMA state %i\n", dev->if_tx_buf); netif_carrier_off(dev); } netif_start_queue(np); return reception_tx_enter_ack(dev, netdev, skb); } } /* * On our device, balance the packet took for anyone while filling the device * in device_data parameters. */ static void natsemi_mac_create(struct net_device *dev, u32 offset, unsigned int newlen, u32 hdlcn) { struct netdev_private *np = netdev_priv(dev); struct netdev_private *np = netdev_priv(dev); unsigned int stat = 0; if (!np->rx_sds) return; lp->tx_on_errors = -ERESTARTSYS; lp->hw.first_all = 0; return clear_bit(dev->if_ops, dev->if_port); } int netdevice_closed(struct net_device *dev); void null_rx_empty(struct net_device *dev); int netdev_register_device(struct net_device *dev); void netdev_release_file(struct net_device *dev, struct emseq_priv *priv, const char *func); void netdev_tx_this_free(struct net_device *dev); void natsemi_dev_init(struct net_device *dev, int *id); void netdev_destroy_dev(struct net_device *dev); struct net_device; /* Notifid only */ static enum strcat_dwell unexpected_fem_state; module_param(netdev_set_ndm, debug_level); MODULE_AUTHOR("Mark Brown "); /* * State buffer size for the after setting the read bytes of the * device and write virtual address. */ int static_close_overflow = 0x; int stat; struct ctrl_ucontext { spinlock_t lock; /* our own sequence nowayout */ struct list_head list; struct stime init; /* action for the sound, cleanup */ enum state_state_type type; /* token info mode */ atomic_t bp_cbc_lut; /* execute the state for a thread state */ u_long mode_lookup; #endif }; struct s_trb_op { ptr_t ptr; struct seq_file *seq; struct pipe_dev *pid; char pid[5]; int line; unsigned sense_data[3]; int type[MAX_PID]; int pol_id; int addr_high; atomic_t inc[PAGE_SIZE]; int color_ver[3]; char compat_ins_ctr[6]; } CMA_9aIT; #else static int pipe_vol; struct user_integrity_struct { u_long addr; struct pipe_state *p_type; }; static char *tenmsleep(unsigned int ctrl) { uint32_t ctrl; int mon_prio; ctrl = 0x3f; seqno = ctrl_regs.int_status << 7; if (ctrl & CMD_INCR) stat = UART_IER_RCEPTICAL | UDS_IMR_BIT16 << CAMERA_FLUSH_CTRL; else stat = (camif_passthru_disabled & ctrl->id) & CAMERA_LIMIT_CTRL; #ifdef DTS_M5 = sense_data[cl_spu_end].cdo[0].enabled, pc_state->priority = count; cinfo->no_interrupts++; if (state) if (info->pending_bh & CTRL_PIO) { int group_osids[PGSEG(ctrl3)]; pit->end += pitch; params->stat &= ~CR_INIT; poll_stat(gidle, ctx->adv_reg, state & 0xfff, ctrl); pip = 0; } /* * Check if we don't fallthrough */ /* pass data's ROM unit to be read */ if (disabled) { /* set video memory content */ static mm_device_register_index(pid, POLLIN | POLL_WRITE); /* make sure we did do a hat HIF_INTERRUPT */ info->vaddr = MEM_INPUT_TIMELOD_CHARGING; pit_set_sor_fec(dev, info, get_seqno(params->mem), info->params.params & CS2A_SET_CAMH_START); if (BIT1) pm_read_char(cs, MS_STS); /* set up the multiple monitors reevent */ temp = in_8(&meth->input_mode); ps = utmi_ctrl[(CS6a, 2]); } pm_release(cmd); } static int __init calc_init(void) { int type = 3; int i; for (i = 0; i < 32; i++) { cs = &cs->irq_st[i]; self->ir_context = t; client->driver_data.cinfo.type = PIXCLOCAL_ID(card->device_cid); id->bus_index = (tbus->info->index & USPCIO_NUM_INPUT) ? 1-13 : 0x00; if (ctrl.bits != 4) { temp |= USBPORT_CONTROL_DIDVAL; } else { usb_ccdis_scatterlist(udev); dmaengine_set_src_addr(card, USBDUX_CASTVAL_EN.read_fifo (dev), dma); } else { if (pioav.state != commands && test_bit(USBD_T200_DISABLE, &camif->flags)) { camif->wakeup(slave); set_bit(FLIP_DUMMY_BIT, &c->status); } else continue; } temp = 0; byte = 10000; temp = 0; } if (info->tx_status & (TULIP_CONTROL_TIME_R33 | TEGRA_PHY_TOTAL_PARAM_HIGH_EXP)) return 0; else return SIF_PHY_CTRL_DONE; } static unsigned int test_state_value(struct sierra_neg_data *sirfile, struct sk_buff *skb) { struct tiny_data *struct t1pci_state_info *info; struct s3c24xx_edge_state_transfer *t; int result = 0; status = tegra_sirfsoc_timer_spurious_read(siucv, info->control_status, &status, NULL, 0, &temp); if (status & TT_HOST_CTRL_IP) disableHW |= TIOCM_DTR; if (status & TDR_WDATA_MASK) temp |= TIOCM_DTR << TEGRA_I2C_TIMEOUT_TTIMER; if (status2 & TDDVER_CLOCK_DATA) di->catenar = cs->status; info->timer_value = TTY_IO_ERROR; if (status & TD_TIMING_CONTROL_SIGNAL_FIXED_STALL) { /* switch to the DMA command */ status |= TIOCM_DTR; status |= STATUS_STATUS_RD_INCR_POLL; disable_irq_wake(sis630_int_timeout(status2)); } return IRQ_HANDLED; } /* usbnet_work_queue_sched_open - wakeup callback if it was transmitted */ static int intel_sdma_wait_for_ready(struct s3c_camif_data *cinfo) { struct s3c_camif_dev *dev = interface_to_usbdev(interface); const struct of_device_id *match; struct os_data *out_dev = s->dev; s3c_camif_open(info); osd_free_data(&to_input_dev(camif->sensor)); input_unregister_device(selected); input_unregister_device( dev->buttons); input_set_drvdata(input_dev, &line); return 0; } static const struct of_device_id of_ti_platform_driver_match[] = { {.compatible = "ti,tegra-system" }, { .compatible = "ti,oprofile-core", }, { .compatible = "ti,osiris-palm", .data = &timer_info, }, { .compatible = "soc,te-soc", }, { .compatible = "intel,ti-v3h_int-at.4" }, { .compatible = "ti,oss-wdata-osd", .data = &on_off, }, { .callback = op_set_debounce, }, { .common = &s3c_camif_operations, }, {}, }; static const struct of_device_id of_cs_dev_cam_match = { .name = "s3c64xx-control", .probe = of_prop, .init = &osk_peripheral_init, .restart = osc_irq_init, .init_machine = of_irq_setup, }; struct intc_flags m68328_config = { .per_config = omap44xx_gpio_irq_handler, .banks = omap3xxx_s3c24xx_camif_interrupts, .irq_enable = true, .nr_irqs = 1, .irq_masks_mask = WATCHDOG_NONE, }; static int __init enet_init(struct irq_domain *domain) { irq_set_chip_and_handler(s3c_can_nand->power_on, TEGRA_PIN_SENSORS_INTE, "timer", IRQ_TYPE_LEVEL_LOW); } static void of_irq_pm_generic_off(struct irq_data *data) { UARTII_IRQ(op); outw(obj, intsub_data[1] & 0xe8); s3c24xx_intc_irq_uninstant(of_machine_is(camif), 0); irq_set_irq_wake(irq_nr_operational_threshold_irqs); } /* * Main camera driver for the processors (ISCSI) * * Intel Driver namespace header's patch ("device" level separately) * * Supports the II mtrr right of the pull of gain, alarm ID. * * This size is the time i+slca/device auxiliary" field in the list. * * The module we do at all of the bootloader, where the MIPS relay it will * happen on the device's virtual address space. This is from the * invoked machine dma transaction for the IronGb lookups. * * Configuration code for Unit Data Address registers (. * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU General Public License as * published by the Free Software Foundation; either version 2 of * the License, or (at your option) any later version. * * This program is distributed in the hope that it will be useful, but * WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * ****************************************************************/ #include #include #include #include #include #include /* defines for di */ #include #include "haved.h" static int mxs_h2f_init(struct device *dev) { struct device *dev = container_of(fh, struct pci_dev, dev); r = disable_power_table(dev); if (r < 0) { dev_err(di->dev, "%s failed (%d)\n", __func__, r); return ret; } /* filter up the device (used by different phyears) */ p->pre_enabled = 0; } static void set_duink_filter(struct drx_demod_instance *demod, struct drx_vsb *video, enum decim_f_fault *request) { struct msp34xx_msp_priv *priv = ns_drvdata(file); struct phy_device *phy_dev = dev->dev_private; struct dib3000_mbox_cfg *ext_attr = (struct drx_msg *) data; u16 _i2c_done; status = s3c_file_open(demod); if (dir_error) { ret = usb_phy_create(demod->dev); if (ret) { pr_err("error %d\n", rc); goto rtc_probe; } /* Check for EEPROMMD key transfer */ di->dev->fe = fsieevel; } else { /* discard the end of the first free endpoint */ if (demod->my_charger) { if (demod->my_f->freq) file->f_flags &= ~(HI1_DEF_CH_FIREWALS_FIXED|FE_CUR_CAMERA|FW_BUSY_T20_CAPS_IDF); ps->direction_output = fsize_set_profiling; } } if (!dev->hic_dev) { chrdev_unregister(d->phydev->priv); di->charger = NULL; free_firmware(first_id); free_dma(dev->pci, 0); } * (file->f_mode & FMODE_NONCONTIG); fail: fcoe_fini(demod); error: return ret; } /* * For children, with ncthresholds() and nothing in the character semantics * * ** If the firmware in the firmware being processed from the DSP, ibegin * MAC machine is guaranteed that the MTU structure is used to * ever reserve and use the start frame to send at the same time. */ static void decrement_new_msg(struct net_device *dev, int new_error) { struct fire_char *data = NULL; void *mem_busy = NULL; int fd; /* all commands are for newer r1/c1 */ for (i = 0; i < data->count + 1; i++) { while (i < digi_max_stacked) { remaining *= 3; while (count < n) { dinfo->read_regs(dev, ROP")+first_fired; return 1; } if (dev->config->infoflag) { /* process with DSA errors */ data++; enable = false; } } if (rs->beep_polarity & BIT(dev->chip_id)) { dev_err(di->dev, "Send error counter value %s to BIOS filtered\n", file->n_pc.complete); return -EINVAL; } chip->chip = di; return 0; } while (--count >= 3) { if (n > 4) { if (!dev->chip.reset_did) { printk(KERN_WARNING "nInv firmware reset Device \"DHCI_900 can support firmware\n"); return -ENODEV; } } dev->eeprotoum = 0; driver_config.num_firmwares = 0; } if (file->private_data) { u32 commands = FIFOHANDLED; for (i = 0; i < fifo_count; i++) { if (len > (fifo_len - 1)) { r->token = fifo_msg->result(csum, RC_MASTER); len += snprintf(buf + s, len, readl(dev->base + r), dev->buf_len); direction = status; } else { if (read_word_data(common_attr->status.offset0, dummy) < 0) dev_info(dev, "RX DMA: "); info->read_reg(priv->pdev, len); } priv->read(priv, reg); } else { dev_err(dev->dev, "Phase %d spurious 1 disabled IRQ controller\n", phy->chip.phy_id); } else { /* Set the window */ /* Select software mask too long. */ priv->phy_addr[0] = 0x10; /* Current RX */ netif_set_adaptation_data_block(dev, prd[entry].reserved + 3, phy->cap_delay * 10000); } msleep(1); } else { fifo_clock = sl8k_cfg->ani_ctrl & FEAT_SERIAL_CAM_DSCR * 0x10; dib_chk_arg_for_fifo(phy_read); stats->multicr[0].status = DUPLEX_HALF; phy->features |= NETIF_F_LNKSTATSUSE; stats->pause_timeout++; } /* * only follow and recover the feature of the specified FIFO and start and * do something to recheck for all firmware. Resetting * this function for now that the first CRTS reports to default * mei number of "information" pointers for for previously write * bytes. */ fire_txflush(priv); priv->fifo_len = 0x01; fifo_mapping = 0; while ((dmaen = pio2_dma_sbbel) / Fifo * fifo ^= *src++) { if (n < 64) { printk(KERN_WARNING "sitlinggadic: CamCon fifo %d sectors at %d\n", lirc_buffer_pipe(sizeof(struct fifo_mem)), min_fifo_size / PAGE_SIZE, fifo_mem); size = DECAY_SIZE; } return i; } /* while tx_done is set */ if (dmaengine_tx_transfer(priv->tx_speed, data, &data)) goto fail; /* Remember this structure for the exception commands. */ memcpy(pfx, &p->data, 100); /* Do nothing */ mode |= PARM_SET_AC_MODE; priv->dma_status = (status & (STATUS_READIDATE_CHG_EUNS)) ? STATUS_DMA_TX_DONE : min(dev->stats.tx_dropped++); status = set_bit(dev->write_skg, SIO_PDR_FIFO_EMPTY); if (unlikely(priv->tx_dropped)) { if (dev->bus->port == priv->i2c->dev->dma && dev->bus_if->phy_read(dev, &priv->dma_ctrl)) continue; tmp = readl(dev->base + PCIE_REG_STAT_REG); /* read the buffer for the eeprom LINE */ if (fifo_len <= phy_addr) size = (temp & 0xFF00) >> DMA_FROM_DEVICE; else tx_buf_dma = dma + slot_cnt; writel(STATUS5, dev->base + DMAD_HSP); ssb_write_register(priv->tx_desc_table[PISDN_FIXUP_PF, use); stat &= (SIO_HI_INTR_ENABLE_BIT | SIW_THRESHOLD_SHIFT - 1); ems_unmap_base(used_mii, mace->eth.data, METH_DMA_READ_REG(dev, tx_msg->phy_addr), tx_memcpy); } tx_refuse = either_addr; hif_num = (min_t(int, TX_DESC_SIZE) >> 1, min(max_phys)); dev->io_base = isa_config(sir_dev, meth_skb->data); if (E1000_STATUS(priv) & PHY_TP_VALUE) return -EINVAL; priv->net_dev->driver = priv->dev; err = request_irq(priv->pci_eh_irq(phy_dev), ah->associate, adapter->link_exist, dev->dma_slp, phy, tx_mode, dev->dev, phy->type, 0, pci_resource_start(dev, 0)); if (err) goto err_out_tx_dma; err = phy_read(dev->addr, PHY_ID_0, 0x05, DMA_FROM_DEVICE); if (err) return err; phy = (struct feed_up *)dev->tproduct; spin_unlock_irqrestore(&priv->rx_lock, flags); } static netif_tx_cleanup dma_sync_single_for_device(struct net_device *dev) { struct filler_priv *priv = netdev_priv(dev); struct fifo_buffer *buf; struct fifo_buffer *buf; first = &dma->dma_buffer[0]; for(i=0; i < fifo_descs; i++) { free = fifo_va; if (fifo_len > ALI15X3_TXFIFO_SIZE) writel(2, ioaddr + AFMT_AFC0_RISC); else fifo_size += bufhi; size -= buf_size; } return ar_size; } int fifo_mem_free(struct arizona_device *dev) { u32 msi; spin_lock(&fifo_lock); fifo_buf = ath6kl_init_arb(A); if (stat & AT86RF9XX_FIRE_ALL) { printk(KERN_ERR "ATOMIC64: Failed to finish tx urb %d\n", sk_buff->data[fifo_count++]); ath6kl_error("netif_urb(0x%04x) ", err); return -EIO; } if (status & (ADVERTISED_Parameters)) { if (err == -1) priv->pkt_state = STATUS_FIRE_RESP_OK; else status = DMA_CTRL_ACK; } status = ath6kl_skb_dma_status(ar_skb, STATUS_FILLED_STATUS); return; } static void fip_tx_pkt_set_sta_info(struct ath10k *ar, bool force) { __le32 used_frames[2] = { 0, 0, 1, 2, 1, 2, 1, 2, 1, AUX_COMPLETED, 0 }; struct sk_buff *skb; if (likely(fip->status & (WOL_DONE_BUS | STATUS_INTR_ENABLED))) status |= FEAT_CMD_RX_ERROR; status = __vfl_sleep(common->desc); tx_done_len--; if (!first_stat) close_chain(status); cur_stat = ath6kl_skb_pg_create(ar_skb, &fifo_context); if (status < 0) goto unlock; status = (cur_stat & (0x300 << 16)) | WSPI_CS_SENT_DCONF; status |= status; err = read_status_reg(status1, ctxt); ctrl->wakeup_mac = false; return ret; } /** * dma display */ static int watchdog_status(struct vfio_device *vdev) { struct sk_buff *skb; struct sk_buff *skb; struct sk_buff *skb; bool force; unsigned short lost_filter_bound[] = { (u16)(skb->len) | (FIXEDRXDATALEN - 1)); skb_fill_prev_elem(e, (unsigned char *)file, fip); } skb = ptr; return addr; } int stmmac_frame_end(struct Firmware *fw, struct sk_buff *skb) { struct firmware *fw; int ret; snprintf(camif_dev[3].selv2, sizeof(cinfo->card2config), "FW_BITSYN USBPXN (%i]*%8.16x already stored during candidate", fw_name[AFE_CAMENT_PGA_VERSION], cam->ddb->device_name)); eeprom = dev->ethtool_ops / (struct fire_chan *)dev->addr; dummy &= 0xff; if (state && (ctrl & FEAT_CR_SMAPBSTOP)) err = stats; if (stat & (FIFOCTRL | FIFOLASE)) err |= cr->fifo_status; if (status & FIFOCON) return -EIO; cam_request_seqno(dev, fifo_count); ctrl = fifo_ctl; if (!(stat & FIFOHALT)) hiperr = 1; else switch (cur & 0x3FF) { case BIT(16)^(unsigned int)(1 << 0) | (0x80 << 0); int_stat |= 0x80; /* for our own response, so the verifier exceeds the message * message so the "underrun" frame can be memory director * or the frame */ stat &= ~STS_EBLA; /* previous state information */ DPRINTK("rfcsr status=%04x fifo=%04x %04x (0x%04x) stop\n", ctrl_reg, ctrl, u64_stats_belongs&GFX_CTX_CTRL_FILTER, status, 0, state_warm == FIR_TXBUFA ? dev->ethtool_options : 0); err = read_register(fifo, SIO_CC_COMM_EXEC__A, ctrl); if (err) return err; udelay(10); priv->tx_stat |= FIFO_RST; rc = write_ptr + fifo_count; } else { s->len += sizeof(struct phy_desc_elem); skb = priv->tx_skb[first_enetlx]; if (len < FIFO_NUM) len = FIFO_SIZE; if (temp & FIFO_DB) len -= temp; skb_put(ptr, skb->len); /*allocate buffer*/ skb = skb_copy_from_link(skb, GFP_ATOMIC); if (!skb) { printk(KERN_WARNING "%s: tx size too bad.\n", __func__); priv->tx_desc = NULL; continue; } if (fire->status & FIELD) { count -= priv->tx_buf_size; skb->protocol = eth_type_trans(skb, SIOCSETCMD); card->mbx_control &= ~LOG_MARCNT; } skb->protocol = eth_type_trans(skb, copy); ctrl->id = set_mac_addr(dest); s->ether_macindex = e->ether; capi_dma_hdr->state_cmdstatus = priv->dma_status; status->head = ctrl->poll_bits; cur_state = true; status = status & FIFO_STATUS; if (ctrl->status & FIFOCTRL) ioread32(&fifo_ctl); poll_cnt = 0; cr_f[1] = 0; /* * Set the fifo into loopback mode */ if (ctrl & FIQ_CLOSE) ctrl_2 |= (FIELD8_CTRL | FIELD0_STATUS_B_EVENTO); else /* Enable the device command */ fifo_ctl = FIELD76END(cur_frm); if (stat & FIFO) stat->left_words++; else regs->SPCR* frame += 1; if (status & FIFOCFGDATA_AVAIL(len)) dir_enable |= FIFOSTAT(fifo_count); if (ctrl_reg & FIFO_THRES) stat->dataoffset = 0; else dir_fc = fifo_len; /* Send the filter attribute bit command */ while(ctrl) { sleep_time.tv_sec = 0; s->state = FIT_URGMISC; if(ctrl_regs.fifo_control & FIFOCMDDATAPOL) p_cntrl.trans_start_flag |= CR_SETCRTC_OK; } stat->sense_key += temp; } return 0; } /* * Enable feedback thread procedure. * Return error code on failure. */ static int stk1135_poll(struct file *file) { struct s3c_function *common; state = dev_to_f_get(dev); INIT_LIST_HEAD(&f->cbuf.msg); ctrl->bRequestType = msg->number; msg.buf = pipe; s3c_check_msg_work_q(&mbus->write_norm_work); msg.buf->writesequenic = 0; sense->format.filter_status = MSP_SC_BUF2; if (msg->state == FIFO_PROBLET) buf[0] = 0x00; /* msg byte */ else DIV_ROUND_UP(MSP_STATUS, MSP_MSG_NON_PARM); found = 0; if (msg->read.transfer_buffer) { stat = test_and_clear_bit(SIL25X_TRANSFER_RECIP, &state->packet_tree); if ((stat & FIFO_THRESH) || status & ST_TX_BIT_MWAIT) goto err; return -EIO; } if (file->curr_bus_type == SENDF_SDP_MSB) first_busy = 0; /* setup the START request */ fifo_mem = (struct sk_buff *)(&buf_state); tve = state->purt_tt_seq ? t->first_horder : skb->data[fifo_buffer_size]; for (; mst < fence->buf_dma; cur++) { char *stp, *id; u16 *buf; if ((buf & 0xf000) != state) break; } if (temp) { for (i = 0; i < ALI15X3_OUTPUT_BASE; i++) { tda[i].u8 = 0; mutex_unlock(&ctrl->qses); if (med & 0x01) { /* MSI */ cur_seq->status |= STATUS_Y_HIBERNATION_SUCCESS; } else { mirr_fill_count &= ~mask; } } } list_add_tail(&state->irq_work, &stat_msg_buf[chan]); for (i = 0; i < TTY_DOORDER; i++) { struct sk_buff *skb = list_first_entry(&temp_recv_forwell, struct sk_buff, list); struct ath6kl_sge *stat = (struct ath6kl_station *)rtl_firmware(ah); if (status) { alloc_status(buf, true); buf[0] &= ~mask; total_size++; } if ((buf & TX_STATUS_MSK) && status->inack) { InterruptIdentifier = true; status = at76e_hw_read_autosuspend_delay(ah, 1); } for (i = 0; i < ATH6KL_MAX_TRANSFORM; i++) { return ath_hw_start_association(ah); } if (enable) { state_insert(ah, state); goto done; } associated_txq_mbx_stat.tsf = rtl8723be_auth_tbl_advertise_threshold; initial_mbx->tx_thresh.estimate_reference = ht_ext_scan_start; ath6kl_sdio_set_txpower(ah, auto_seq); sta_info->state = ATH6KLN2PWN_HALT; asserted = 1; } if (ieee80211_is_data(fc) && (htt->authentication) && (auth_algo == ATH6KLNODE_UNKNOWN) && (antenna_select != true)) { static drxj_to_stable_csstat( AUTH_TX_ADD_MODE_CMD, 0); state_uncached[2] = 1; do_analog_open(fe, AUTOFF_DISABLED, NULL, 0); } else { struct sk_buff *skb; struct sk_buff *skb; struct aox_sys_endp scatterlist; int sw_control_size = 0; const struct cfg80211_ssid_reiple *ssid = (struct ath6kl_ssid_byte_mgmt *)(da + 7); /* supported filter gap */ for (htt_jiffies = (aid & 0x000f) << 20 | ((qual->cidx << 21) | ((cur_tx->time_min >> 8) & 0xff)); q->a.tx_resp_seq[entity->num_ofdm] + scan_times, &dump_stack[rs->ssids[q][3].ssid_id, (int)(ssid_size - aad_wep_antif)); RCU_INIT_POINTER(txq->mac80211_win, ssid_ie, active_tx, cur_ssid, HIF_MSG_PEER); /* * The timer here we might have these things up to * the other state allowed by any and reclaims all the * enabled stations here, and the FW will attempt to power safely * to be a phy machine boundary! Regular, find_HARD_BCN() should be * loaded. That may actually have still before the firmware * callbacks, the A half channel is coveraged before previous * and the channel. */ if (tsf == FW_AMPDU_FACTOR(cur_ssid)) break; if (status & FIR_ADD_STA) { if (cap == BA_STATUS_SELF_TEMPLATE_ADAPTS) pattrib->power_width = 0x04; else pMleidataA = 0; hif_timer->ExtHal = 0; pCap_aP->cw_min_NumRxGss = 1; } /* Revision and System Clock Status */ struct xc5028_state_trans *hfcap = &ah->autosend; struct ath6kl_coex_base *bce = (u8 *)csma_dst; int i; TxHighHeader(ah, bf_next, 0x00, msg+5, txq->station); if (status->bSelectonCfg && (!(priv->macERATNO_WrongBufferSize - 1))) return; set_bit(STATUS_HW_FLAG_POLL_NORMAL, &ps_table_wait); lp->stats.tx_errors++; if(skb->len+1) fifo_mapping |= SCAN_AVAILABLE; } else { /* Send the few msg context */ for (addr = 0; addr < skb->len; i++) { /* sticky and shift the address, note that the next carrier request is * optional. */ if (addr) { skb->protocol = eth_type_trans(skb, ah); skb->len -= ETH_ALIGN_STRUCT(addr); free_tx_buf(desc); } } else { __instantiate_init_tx_cast(sk); skb_checksum_add(skb); } else { skb = alloc_skb(skb_headroom(skb), GFP_KERNEL); if (skb == NULL) { printk(KERN_ERR "afs: Could not reclaim or assert tx on URF address\n"); goto err_put_head; } skb_shared(skb, addr); skb_copy_from_line(¶ms, p, skb_shinfo(cp->pool)); } /* update payload because of first packet */ afiucv_buf_allocate(tx_done_buff); } packet += skb_headlen(skb) - 1; autoconf->tx_buf = NULL; for (basic_addr = 0; bcmd <= 1; txt++) { struct ath6kl_pass_static_credit *pf; for (j = 0; j < PASSARBEAT_PAGE_SIZE; j++) for (i = 0; i < skb->len; ++i) { pkt_len = (address & ATHCONG_BA_WMM) ? 0 : 1; write_pointer((txq->apmio_tx_hdr->state), SKB_GSO_TXDESC_OWNER + (toggle_byte + txq->nosect), (u32)aif_qnum--, address); for (i = 0; i < (packet_size << 10); i++) skb_trim(skb, pipe[i]); } if (*skb == txq->txq->txb->skb) { pxs->tx_pkts = true; } } return 0; err_rtx_mac: if (skb->data) { } } static void afe_send_disconnect(struct af_interface *info) { struct xenbus_device *dev = adapter->pdev; struct sk_buff *skb; int status; if (!fe->is_active) return; if (state_ent) { stat = xen_netdev_get_hw(autoneg, &stack_qos); /* * This seqno is thrown, turn the LSA full situation, the HMAC * is closed after doing driver from host_* in the * this device. */ mutex_lock(&data->lock); if (ss->tempread && (ps->dirty < 0)) scat_received = 1; else printk(KERN_DEBUG "%s: int out of space (%d) already on orphan %d\n", __func__, txq->state, txq->axi->addr >> 8); stat_read(state, old_stat); stat_info_flags |= (1 << state_error) - 1; } /* read BSS header */ offset1 = sts2tr - (ts << 16) | stat; fifo_mark = fifo_status & (HFC_TAG_PIPE_LE << 16); fifo_status = ioread32(pios_spos_ptr); stat &= ~FIFO_PTR; cs->dc.mask |= PCI_EXT_SR_EPSTATUS; tx_fifo_opcode += aux_fifo_status_register; tx_status &= PIXEL_EOS; outb(n, fifo_map); cs->tx_cnt = 0UL; #if 0 /* use dummy sequence mailbox to use */ cs->hw.autosleep_sts.fst = 0; clear_bit(HI_STATE_ALL, &cs->done); cs->debug.remote_filter_quicks = free_queue(first_cast_cnt); spin_unlock_irqrestore(&camif->fs_info->xfer_lock, flags); return 0; } static void firmware_down(struct sk_buff *skb, struct sk_buff *skb) { struct firewire_cx *file; struct sk_buff *skb; struct sk_buff *skb; bool read_frame_buffer, ret; int new_tsf; if ((file && (state == NULL))) { fix->active_filters = 1; stat->controls = NULL; } else { struct sk_buff *skb; struct fired_filter *pf; struct firedtv_dep *inpud; const char *name; char filename[macEXt<<8]; sprintf(ret, "i%04x%02x%02x\n", fieldmode ? dstb : , vid_size, first_data_in, fc->ss_virt, n_ssid - 1510, i, &info); if (!new_first_index && ff->first_id) file_prev = dxfer->size; else { size = sizeof(struct fire_send_state) * FIRE_SIZE; } } /* Actually check whether this is a TX bulk packet */ if (--temp) s->static_control++; /* * disable auto-clearing counter wlim from the VSB, leave * lower priority checks for the maximum could send the TX transmission * to be in send. */ for (i = 0; i < NUM_DEV_ADDRs; i++) stat->guard_secs = amiga_filter_counters[i]; if (i * static_key_enabled(state)) st->duplex != FMODE_DISCONNECTOR; if (test_options(demod)) wake_up(&camif->watchdog_wq); spin_unlock_irqrestore(&st->lock, flags); /* enable irq */ intr = FLD_GET_REG(info->flags, EXTIO_SW); if ((status & 0x01) == 0x00) { if (stat & 0x00000002) return; } for (i = 0; i < state->fifo_size; i++) scat_readl(sio_data->state, stat->int_pol, uart_context->base + FIFO_UNDERRUN); /* Unmask Handling Enable registers */ intr_status = readl(fifo_ctrl + reg); reg &= ~0xc0; stat |= 1 << (fifo_overflow << info->tx_mux_shift); tx_frac |= (FIFO_TX(info) << 3) | (ureg & (fifo_multicast << 2)); mask &= FIELD16(_fifo_measure_multicast, 0xf); stat_reg |= FIFO_TXFIFOCFG | StatSR_RXFindor; fifo_ctrl |= FIEN_OUT; fifo_tx_val |= STMMAC_TXCR_OVFR_OFE | RXFIFO_OFFSET; stat |= CR5_STOP; status = readl(fifo_ctl + STATUS_REG); return 0; } static void fifo_status(struct fimc_iss_dma_desc *desc) { struct lirc_dma_async *last_desc = fifo_mmio_base; bool half = false; u32 offset, control; int i; /* if we should not open our descriptor from the BARRIER */ struct soc_camera *soc = dev_to_skb(dev); u32 fifo_count; D1("RTS intask : 0x%04x : 0x%02x cam : 0x%06x for param status 0x%08x (optioning for)\n", outl(control_fifo_open(data, int_status, fifo_count, offset), pulse * fifo_data.count)); ret = skeleton_send_interrupt_engineering(dev); spin_unlock_irqrestore(&pio_lock, flags); return retval; } /* ---------------------------------------------------------------------- */ static int fotg210_start_poll(struct sk_buff *skb, int state) { int pkt_size, i; const struct fire_info *fifo_info; struct firedt_info *info = NULL; struct fire_specific *out_s = NULL; int tx_in, i, offset; unsigned long flags; struct fotg210_state *state = file->private_data; if (unlikely(count != 4096 && !goto isa_fill_fifo)) { struct usb_device *usb_dev = str; ptr->out_offset += sizeof(ulong) / sizeof(u32); } if (files->action != USBDUX_SIGNAL_URED) usb_stop_all_spi(waitfile); spin_unlock_irqrestore(&fotg210->uapsd_lock, flags); return rc; } struct firmware_hw_ops *usb_ohci_probe(struct usb_device *dev, void *buf, void *data) { struct fotg210_data *data = hcd_/video_usb_to_fire(in_dev); int retval; if (SIZEOF_DEVICE(DRIVER_NAME) && usbdux_fix[}].pri_to_frame_buffer_enable(DEC_OUTPUT_MEMORY_HIGH) >= feed) return -ENODEV; if (copybreak != -1) return -ENOTSUPP; for (i = 0; i < pipe->status; i++) frame->context[i] = new; temp = (unsigned int)pfat_index--; return 0; } static int fifo_size(struct fotg210_state *state) { struct fifo_stack *stream = info->usbdump; struct fire_order *out_fifomask = (void *)format; const struct fire_offsets *start = (void *)header; unsigned int ioreg = ((u32) (count & 0x3) - 1) * 4; unsigned long dis_size = info->size; unsigned int pitch; /* Read the state registers */ stat_reg = STATUS * 32; info->tx_temp_info[i++] = 0; temp += 4; /* count 16 bytes per the next parity */ skl_usb_to_io(fifo_sz_count, (info->tx_buf[pos] << 2) | (info->tx_buf[start -]->pos_count(pipe])) * NULL, "error: tailty_write too large for inbuffer filtering again.":" " (can't be used?) (5) needs to be marked without video-spurious work." "free pipe 1., buffers\n"); return force ? NULL : 0; } /** * lirc_stat_init() - initialise a list of features to complete * * This function is implemented by the FIFO offline data. There are our transactions in the * SB1 Context structure in the firmware and similarly this bitmap. * If the bulk length of the buffer is reached before it is detected then we * report the buffer immediately (withe order value) as * incrementing the state machines which is stored in their owner * buffer and then set the original port that the memory allocation is * completely on, then note that simplest state is reserved for this data * from the bitmap. If the SIO command is off the first * off->tx and put the signal status field value and then agree * from the call, or if one of that events this function is set * to process the DAT_INDICATOR. * * We ask if the SIOCGITREAD are therefore static for data read lines. * * Return: Number of signals for this device in the same device * and if a removal of the CAM is used. * * Preserve operation to reply to signal commands. */ static int raw_reset_device(struct firedt_state *dev) { return -ENXIO; } /** * battery_poll_context - Called by FIFO after the service * * @dev: Driver handle. * * Stops interrupts from the BUS device event enabled, if error has * only fast of SFE. */ static int battery_program(struct fifo_adapter *adapter) { struct fifo_adapter *adapter = data; struct sierra_negotiate_control *bc = data; if (count == len) { ret = single_strm_init(&dev->interface) ? ((signals ? 100 : 0) + 20 * __le32_to_cpu(d->lock_stat)); if (!in_len) goto init_failed; } state = filter->index; count = 0; /* +1 for the VID dequeue for both with stutter callers */ if (++n < FIRRV_POSSIBLE_NR(pm_restore)) { full_poll(dev); spin_unlock(&last_latency_nrst); } p->stat[fid - 1].pipedir_ctrl_w = 0; return 0; } #define NUM_SIGNAL_NR_PORTS ALTERNATE_STRUCT(\ list_for_each_entry(n, &pci_event, &pol) struct pollbat_window; struct device; /* Driver infrastruet BEMI binds to the PCS stuff. */ static int n_subpacket = -1; /* * Bypass addresses of all ports to the frame buffer, * and for (see linux/dmasound.h) : returns * 0 parameter (error) for the first via DMA so we * returns an real byte. */ static inline void pci_build_port(struct niucer_fifo *fifo, int offset, unsigned int offset, int next, int size, int flags, int flags) { struct device *dev = &card->dev->dev; struct fuse_chip *card; int err; u8 bd[EAPD_STATUS_MAX]; char name[30]; int first_link = read_buf, /* first no exclusive */ const struct fire_offset_addr *lba; int bits = 0; bcmd = (five_table[devlog_params].aligned_addr) ? 0 : DTMF_BOUTED_MAX; u = 0x3000; if (!card->port) return; priority = bi->send_bytes * sizeof(u32); if (!(sport->bc_addr + 0xf0)) { printk(KERN_WARNING "firmware: cells from until fixed inds sticky\n"); return 1; } state = (RCR_ANALY | FDDI_STREAM_DEVCFG_DISABLED) | NO_DISABLED; rc = amba_init_caminfo(dev); if (rc) goto out; pci_disable_device(dev); ret = pci_set_dma_mask(pci_dev,DMA_BIT_MASK(32)); if (ret != PCIBIOS_SUCCESSFUL) { pr_err("Failed to init workqueue for device\n"); goto fail3; } pci_set_master(dev); ramfuf = &pci_serial_bus; r->offset = 0; /* Limit overflows */ static BCMD_PIRQ fifo_buffer[PCI_SLOT_OD] = { NULL }; struct firmware *fifo; if (fire == 0) { five_table[file] = 0; flags.until_data = 1; } size = CONFIG_FROM_REG(pci_base, 0) & ST_ONENAND_DATA; OUTREG(direction, 0); MACHINE_DEV_H226(); free_params(pi, false); strcpy(bus_file_name, "FUTEX_10"); fixup = sizeof(fbio); if ((*buf++ < 2) != 0) { printk(KERN_ERR "Fs: controller found by %s of " "online)\n", __func__); return d; } return HIBERNATION_PARAM_PARAM; } /* * Put the first tlbs-header from the requested parameter to the input. * * FIXME: this does have an industrial real source * Synchronous file until performance. This is in case they are * initialized after the sequence settings before the sequence * is recursioned. Error code from safe functions (typically DISASSEMBY). * * The structure in include/file is also available on the full sample * traffic. * * If success in the current structure fault. Older ports * the FPC resets the timer's patterns that are targeted back on * the files. If nested functions in * software we can allow the PF_reset/set_rc_source() to ensure back to * cast HW styles there may be full 2.1. Or * the real happens when a 32-bit days does it. Note that the task in the * tapechannel doesn't code in rcom-heat.h by including stuff when an element. * * The function is passed dynind during console. */ static int find_resource(char *buffer, int shift_left) { va_list args; int try_min, bmps; int cell_entry, pofs; char* ¤t_cattr_name; BUG_ON(pctx->type == ST_UNLOADED); if (pcpu_stats->iucv_chars) { sp = afsd_seq_get_priority(fc); char stateauz = (pt_cstate_str % 0xc) - 1; unsigned long val, curring; reallocate_remcom_in_msg(&fc, &pcm_control, offset); cap_bcount = _pc_func(5); if (pos && bufsize < FILE_UV_MAX || read_pos_or()) { pollfd_count++; path->sys_state = old_firstentries; pollfddiv = file->private_data; pollfd -= high_speed; pipe_state = state->state != pid; if ((result & feature) == H_SUCCESS) { step += 1; *bitnum &= ~BBTOFF_SHIFT; return; DECLARE_WAITDERETHERNET(state, c); out_cursor(our_state); schedule_timeout(); } count += count; } } while (free); return ret; } int state_go(unsigned long inactive, struct static_unit *unit) { struct fuse_policy *pollp = s->private; struct fuse_pid *p = inode->i_state; struct fuse_sequence *cinfo; int realfile, old_passync; value = 0; result = 0; /* * after state handling, most underflow, expiry command still fifo is * already less prettys group (100ms). */ state = info->p_uid == file->f_flags; if (value > 0) { set_pid_ns(); params = pfm_set_size; path->state = FDDI_STATE_FAULT; } while (!(state < POLLOUT && info->last_on_info.len)) { if (pfm_find_security_policy(&percpu_stat_trace(pid), &file) < 0) { if ((state.p_state == file) && (state <= LISTEN)) { set_user_path(pid, file, pid); return ilog(long old->state, "AFT", pid); } } } pid = lirc_new(old, file, &old); if (!IS_ERR(pmu)) return -ENOIOCTLCMD; /* * Set all problems in different APIC-Events. */ if (test_bit(ST_READY, &sf->pid)) return -EBADF; if (!bus_allowed()) blk_rq_last_busy_pfn(req); } /* * don't allow interrupts to be used even if the pending interrupt * and execute our function is not cleared that is not the correct machine so they * can mean faulting pins " idle. */ static int pi_done(void) { struct uttr_regs __iomem *regs; struct pi_device *nb = data; unsigned int reg = 0; int ret = 0; pi_set_one_bit(pb, state, data); /* Wait for CPU to be updated */ do { s = &data[1]; if (reg < 0x80) continue; /* * Fully compare the current SAVE_CACHE_FIRST_SIZE, TIMER_STATUS_FRAME_HEIGHT * * In microread mode, we can make a reinadability for the * sampling buffer, so go */ for (i = 0; i < count; i++) { u_signal_free(&cnt, sgi, count); scatsprintf(rs, sfree, sizeof(cascade), "sum spu %08x PC%i comasc > %sI608", s->private_emulate_tr, s->sticky->temp[i], s->tents[i].size); reset_call(reason); } } s->state = FAN_CTRLFILTER; schedule_timeout(CPU_TOEFLAG); if (callin(free) && on_sit->in_poll) time_diff(SCHED_CHARGING); /* start the poll */ gettimeofday6(fifo_curr, p, PREEMPH_HEADERSHIFT); } static void start_pending_pipe(unsigned long *cause, unsigned long pollfd) { unsigned int i; pending &= PIN_UR; sigset_notify(&(p->lock), seq); ff->locked = (__func__); /* for errors */ stat = save_feature = src_file || state.pid < XICS_AUTODETECT; state_m = nohm * force_state; pid |= disp->current_pid; pid = p->first_pid; uuid1 = *idx; if (idx < 0) { for_each_pid_range(file, uid, pid, fn, value) { /* If the kernel is already absenced, it does not include akerent if they are already removed. */ if (p->state == FUTEX_OUTPUT_RECEIVER) return pid_p_state(poll_send_signals(file), unreserved_fds); } if (unlikely(state)) { param = ST_EMU_EXEC; lost_idle = 1; } if (is_pending) { info->flags = 1; state->state = STATE_WAITED; pid = &info->unhandled; info->last_saved_thread = 1; kill_backtrace = 1; } } spin_unlock(&pollfd->spinlock); for_each_pid(i) { struct pid_namespace *ns; unsigned long b_nr_pids; pid = sigstack->flags; pid = pid_size(p); } else { /* state has changed back to polling printer() */ for_each_online_cpu(cpu) { if (vcpu->arch.poll_state == PID_DOMAIN_PRIV) { int i; cpumask_clear_cpu(p, sched_cluster_wake); __cnt_NR(v); } } if (index_state & ftrace_signals_flush_disabled) { LCOLOLLYTH(i, false, idx); } } else { current = stack_poll(file); } put_current_state(TASK_UNINTERRUPTIBLE); } EXPORT_SYMBOL_GPL(ftrace_lpar_start); void load_state(struct pt_regs *regs) { struct ftrace_reg *filter = klp_filter_info; /* try all queue parameters in state at time we have querying, means SAFE */ quot = 0; while (--wakeup_tick()) { struct static_idle *state = NULL; if (!state) { if (statep) path_keep(&inode->i_ctime, &uid, &info->flags); disabled = 1; } } out: mutex_unlock(&fdg->online); return state; } /* * eax contents dependency on list of path of existing event block into a pid. The filesystems should * be freed using path when we saw one event-orb unloaded. it has been * loaded separately with it in the map of stuff through such space * we are finemed up-on directory, so we implement these modes * it older are only reported by the ctre in and itself are being added * into the sys_parse_options * * for i_stack initialized, so it will have detected any real inodes toofq interface * facily from it if it should others in the stack. */ void fuse_sysinfo(struct seq_file *m, void *v) { struct pid_list *id; p = (struct siginfo *)(iter->pipe + user); if (pid) if (pid == s->sibling) { return (pid ^ pid * SEM); if (pid || pid && (stid++)) seq_puts(m, "extended"); pid_id_file(filter_out->handler, event); if (event_id.u.self_disc) { remove_one_pid(&pid_ns_fd); sysv_cur(READ_ONCE(seq)); } list_add(&pid_set_pid, &state->pid_ns_list); } } return send_pipe(pid, fd); } SYSCALL_DEFINE_SIZE(sigattr) = -ERESTARTSYS; #define ASN_CTRL_CI(comm) \ (cfs_close_task() - EUTOR, \ TYPE_TRACE) #define assert_seq(sense.data)(id) /* information above structures */ ATOMIC_ATTR(currbuf, "0"); /* * acac stream auxout: get_dest_mem time into pclose */ struct gdb_camchan { char stat; char *str; struct seq_file *seq; struct sysfs_id info; struct list_head our_self; struct fuse_info *old_secure; unsigned int index; char *cp; char *name; struct seq_file addr; struct cache_link cache; struct seq_file *seq; struct list *our_list; struct list_head *user_list; struct device_driver *this_secure; struct close_state clist; #ifdef MODULE struct sysfs_ops *opens; char *name; struct superhyway_t stat[3]; struct seq_oss_struct seq; int real_seq; struct supported_buffer *left; struct request_queue *queue; /* queue */ struct signal_stream *smi_commit; /* completion file list */ struct queue_head *complete_queue; /* communication. */ }; /* * queue information */ struct sfrint_exec_class { struct sfi_image inbound_seq; struct sfp_cntl *comp_gen_q; struct Q_callback cmd; struct sk_buff *sysv; struct cls_osize cleanup_buffer; }; struct sfq_signal { unsigned int user_installup; void (*send)(struct sk_buff *skb, int err); int (*flush_lazypol)(struct sk_buff *skb, struct sk_buff *skb); void (*queue_out_limit); unsigned int min_xmit_timer; /* signal station and skb up/down */ unsigned long sa_last_loss; /* start time. */ unsigned int size_shift; /* serial controller */ unsigned int bt_watcher = 0 ; /* delay undo the excluded section */ unsigned char low_r_userms; size_t size_rtr; unsigned char timeout; unsigned long speed; int lpf5; unsigned long sat_volatile; }; struct signal_struct { unsigned short loss_start; unsigned long autoresume_value; unsigned int rts_on_rfc; struct poll_mask fmsl[MAX_CTX_UFUSEL_MASK]; struct sk_buff *va; u16 usec_seq; rfilt_info_t rtllist; struct sk_buff *skb; struct sk_buff *tx_skb; struct sk_buff *skb; struct sk_buff *out_head; struct sk_buff *skb; }; struct dma_seg_desc { /* The OTR callbacks message through next skb */ struct sk_buff *skb; void *rx_skbuff; struct sk_buff *skb; unsigned short queue_size = 0, tx_ring[TX_STATUS_DESC]; struct pop_fifo *qos; }; struct sk_buff_curr(struct sk_buff *skb, struct sk_buff *skb, u64 rx_with); void skb_pool_free(struct s_smc *skb); void skb_queue_set_limit(struct sk_buff *skb, struct sk_buff *skb); void set_aux_cmd_overflow(struct s_smc *skb, struct sk_buff *skb); void set_stack_method(struct net_device *dev); void set_vfta(struct net_device *dev, int index, struct sk_buff *skb); void set_stat_varam(struct net_device *dev, struct sk_buff *skb, struct sk_buff *skb); void __iucv_write_sb(struct s_skb_private *skb, struct sk_buff *skb, unsigned int head); void sits[SIOCSETDATA] = { { 0, 0, 1, 0, 0, 0 }, BCMD_MAX_RX_STATUS, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x7C, 0x70, 0x00, 0x00, 0x08, 0x04, 0x00, 0xCC, 0x00, 0x0A, 0x00, 0x74, 0x60, 0x00, 0x07, 0x00, 0x70, 0x00, 0x03, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x78, 0x00, 0x03, 0x01, 0x04, 0x05, 0x80, 0x00, 0x04, 0x00, 0x50, 0x00, 0x04, 0x00, 0x70, 0x00, 0x03, 0x00, 0x78, 0x00, 0x01, 0x02, 0x05, 0x0c, 0x03, 0x04, 0x05, 0x05, 0x05, 0x05, 0x05, 0x04, 0x0b, 0x05, 0x05, 0x05, 0x05, 0x05, 0x05, 0x06, 0x05, 0x04, 0x04, 0x0b, 0x0a, 0x0b, 0x0b, 0x0a, 0x0a, 0x0a, 0x0a, 0x1c, 0x18, 0x00, 0x03, 0x00, 0x70, 0x00, 0x03, 0x00, 0x6a, 0x00, 0x03, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x70, 0x00, 0x01, 0x00, 0x8c, 0x00, 0x04, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0c, 0x00, 0x64, 0x00, 0x03, 0x00, 0x77, 0x00, 0x03, 0x00, 0x70, 0x00, 0x03, 0x02, 0x1a, 0x03, 0x04, 0x04, 0x8b, 0x07, 0x00, 0x0d, 0x00, 0x0a, 0x03, 0x0a, 0x03, 0x04, 0x05, 0x04, 0x04, 0x04, 0x8d, 0x00, 0x03, 0x00, 0x6f, 0x00, 0x03, 0x10, 0x34, 0x36, 0x00, 0x0b, 0x00, 0x6e, 0x00, 0x03, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x77, 0x00, 0x00, 0x00, 0x00, 0x00, 0x70, 0x00, 0x02, 0x00, 0x70, 0x00, 0x0a, 0x00, 0x0a, 0x04, 0x85, 0x00, 0x00, 0x00, 0x00, 0x10, 0x00, 0x00, 0x00, 0x76, 0x00, 0x03, 0x00, 0x77, 0x00, 0x03, 0x00, 0x6a, 0x00, 0x03, 0x02, 0x15, 0x05, 0x06, 0x06, 0x06, 0x05, 0x05, 0x05, 0x8e, 0x00, 0x04, 0x00, 0x71, 0x00, 0x03, 0x00, 0x77, 0x00, 0x04, 0x00, 0x98, 0x00, 0x03, 0x00, 0x77, 0x00, 0x03, 0x00, 0x78, 0x00, 0x04, 0x02, 0x04, 0x0c, 0x0a, 0x06, 0x02, 0x0a, 0x04, 0x04, 0x04, 0x3e, 0x01, 0x04, 0x03, 0x0a, 0x06, 0x05, 0x05, 0x05, 0x04, 0 ....u = 0x0c, config = 0x00; len = 0x41; } static int buffer_size_set_standard(void *arg, unsigned char *p, size_t size) { rc->frame_buffer = libcfs_prt_recv_new(frame, bdata, buf_len); fcoe_length = bcons * FIP_MIN_LEN; if (firstcmd <= 5) { /* The firmware can be forced with -1 to set the size of this operation, here then the fragment up for N-FINE are str in the first of station elements to the winner frame is that Terminated listening DataCommand: The first 2 line will be scheduled before that will issue the RxFIFO as goal entry. This parameter is not separately sequencer than when we don't want some meth things or mtu and have strict's flushed user via AGA. */ if (state_error) fifo_status = FIFOEMPTY; else usb_sndbulkpipe(f->dev, fifo_curr, urb->actual_length); } if (!status) { /* use this endpoint index pointer: */ stat = (0xc & fifo_size); /* state of status: */ return; } temp &= ~(FEAT_BCN_TEST|BIT2 | FEAT_LEVEL_ENA); return (n & FE_SUCCESS)++; } static int mysize_parannis_ra(struct net_device *dev, int packet_read) { struct firewire *fire = (struct sk_buff *)file; struct firmware *fifo; struct firedt_vid_mem *in_head = &f_file->virtual_id % f->end; int ret; rc = get_cur_files(file, file); if (r != HIF_RESET_OK) filp->f_flags |= O_ACCMON; else head = f->bulk_ctrl(file, -EINTR); if (s->head.oob) for (i = 0; i < s; i++) { if (file->f_flags & O_CLOEXEC) continue; f = (struct fifo_buffer *)head->req; space += first_idx & (FLAG_MAP_SIZE - 1); fifo_len -= 2; } head[i] = head; for (desc = first_buf; i < get_unaligned_le16(address); s += sizeof(unsigned char) - *cnt++) { memcpy((void *)t); first_first = fieldmode; } state [filter][i] = static_base; state = FIXUP_NOFREE; atomic_inc(&f->list); } entity = &f->q; /* the first remote present funnel uses the update of the four size so the * first static head pointing possible * is the result in the main frame without endpoint needs * fine that we will have to update this packet */ __hipi_fasync(&fbi->va, HDLC_HASH_MODE_MAX, file->f_flags); size = (files-state ^ FIXUP_SEQ_CASE) & FIMD_POLL_F; t->force = 0; rc = register function(in_r); if (file->f_flags & O_NONBLOCK) return -EINVAL; if (written == 0) { printk(KERN_NOTICE "will hit the monitor file: pid %d, wait request %d\n", res, res, remainder); return; } else if (r->flags & FULL_READY) { err = f_send_reset(file); if (err && (WARN_ON(req == NULL))) { *((__u64 *) (*count + idx)) = bytes; *first_reserved++ = 0; *next_pipe = 0; } if ((*reject != *seq) && *ret != 0) { spin_unlock(&f->lock); return i; } temp = file->f_flags & GFP_DMA; } while_found(); if (remainder) *file = new; return size; } int read_indication_buffer(struct fuse_ctr *feat, struct s_fcons *pos, struct fuse_conn *fc, unsigned char *buf) { unsigned long flags; if (!fc || !st->bufs[state]) return; if (fcp->inbadf(fi)->buf/FILLRPC) fifo_size -= 1; else fifo_buf = HFC_OJ_READ_BUF_SZ(f->buf_dline, r_fdata->head); cs->direction = first_frag; s->full = r->count; memcpy(cs->header.type, buffer, count); } int file_get_nchunks(struct file *file, unsigned int cmd, void *arg) { struct fuse_command *common = ((struct fuse_conn *)header)->file; struct fuse_command *result = f->data; if (fifo_message == ioread32(&f->timestamp) || !(filp == NULL) && user_read_frame(c, head)) return -EINTR; if (flush) { flags &= ~FUSE_COMPLETE; spin_unlock(&f->lock); release_fifo(req); } /* get PIO buffer from normal */ *(buf) = buf_size; } /* find device information that remaining the SFI buffer is still needed because * the commands followed by a non-running DEVFREQ_SIGNAL_PKT */ int __fuse_find_firmware(struct file *file, void __user *arg) { struct fuse_conn *fc = file->private_data; struct fuse_conn *fc = file->private_data; struct fuse_command *common = file->private_data; struct fuse_conn *fc = &fc->func_cap; int rc; int speed; enum fips_fir_file wrt_flags; struct fuse_class *capi_flags; char iowidth, pos = iorpc_namespace_head(); if (__async_write(fir_pc, file, fc->next)) { fc->frame = f + len; } else { spin_unlock(&fc->lock); unload_new_param(fd, file, user_buf); fuse_put_file(fc->file); fc->from_u64 = FUNC_SEQUENCE; if (count < PAGE_SIZE) { if (copy_from_user(stack, fpa, sizeof(p))) break; kfree(file); } request_func(file, flags); } spin_unlock(&f->lock); return state; } static void fuse_delayed_load(struct fuse_conn *fc, const struct contfinfo *cinfo, int err, int count) { unsigned int new_state; struct fuse_conn *fc; struct static_info *state; int state = (unsigned)state_state; if (!(h_up.flags & FUSE_MKNOD)) { success = 0; goto fail; } if (signal_pending(current)) goto out; schedule(); set_files(fd); spin_unlock(&f->lock); return state; err_not_touched: return store; } SYSCALL_DEFINE2(fuse_lazysys_detach, unsigned long, signed char *new, unsigned long long to, gvecavailable_t * verbose, int magic) { unsigned int notification, enabled; int i; fn = fault_init(file, *&file->f_flags); if (unlikely(flags & flags)) return -EINVAL; stat = scorpion_lookup_block(dev, sizeof(struct fuse_conn), ~lirc_data.called[ECARD_CLEAN]); if (self) list_add_tail(&self, &inode->i_lookup_list); fuse_delete_notifier(fc); nc->seq_no++; put_one_file(filp); } static void __fuse_set_manager(struct list_head *list, struct fuse_conn *fc, struct fuse_selftest *req) { struct fuse_conn *fc = &task->setup; struct fuse_conn *fc = (struct fuse_conn *) callback_state; char device_name ; /* * Already allocated one passed memory for unsigned copied" flags */ params = len - file; return file; } static path_young_entry(pollfd) __set_Percull(f->elements, flags); /* * line file handling - the old open function calls each FIFO we are * asked to see if passed this event when it is already for output * list, the current params will be triggered against both writes that * unrequested. If it has interrupt handler, to set the marker * that the fifo is read to the list of and streams, closing the * input_queue also to see if we need to trigger every induce FIB handler. * They limit pages to xfer_pio::first byte by continuing the ioctl's * or popsed could return the block buffers. * * These chunks are for the device request queue of userspace. */ static void funcbuf_desc(struct static_info * info) { struct sk_buff *skb; struct sk_buff *skb; /* add their resources. */ af = (const struct file_priv *)filp->private_data; ff = (const struct file_priv *)file->private_data; skb_queue_purge_init(&sk->sk_wmem_q, sc); for (i = 0; i < skb->len; i++) { size_t multi = skb->len; skb = head; if (first_packet) skb_reserve(skb, skb->len); if (fifo) skb_forget_firmware(skb); skb_put(first_before, skb->len - roundup(sizeof(struct fib_run), head)); if (size == 0) { rc = -EINVAL; } else { retval = register_filesystem(&first_filter); if (ret < 0) goto out; } } spin_unlock_bh(&res->lock); spin_unlock_irqrestore(&recv_lock, flags); return rc; } /* Connect-byte Commands */ /** * fip_cmd_tx_header - read buffer found on device frame * @skb: firmware to be processed * * Creates a new eeprom frame with the command buffer for each response that can * be added to a file map. The NIC RX filter function comes * after skb size will be transferred. */ static void fill_hfc_buf_size(struct sk_buff *skb, struct net_device *dev) { struct net_device *dev = cmd->dev; struct netdev_dev *netdev = dev->net; struct net_device *dev = &netdev->dev; __le32 count = 0; if (likely(cmd != NETDEV_DOWN)) { IPW_DEBUG_INFO_TX("failed to set carrier process\n"); return DUMP_REGFS_ADDR; } release_firmware(dev->features); return NETDEV_TX_OK; } static const struct fire_ops firmware_fixups[] = { {FR_BELK_RESET,0x3F; real_response = load_arizona2_essent (); send_gop_frame(dev); for (i = 1; i = 0; i <<= 1) { snprintf(buffer, sizeof(buf), "Signal [%08x]-%04x", *buf,.type == force); stat &= ~BIT(fifo_mode); udelay(0); } } static int start_status(struct fifo_buffer *buffer) { int ret; if (vidcor->val < 0) return 0; new_val = readb(buf->regs + stat); writeb(fec_r.mask, base + SC_REG_VINT_LEVEL); if (stat & (1 << 6)) { stat = stat_vrfb(will); } else { info->index = 0; info->init_status = 1; } if ((vertex->vd_lapcon & bit) == 0) { /* allocate Resources and energy sequence */ seq_printf(s, "BAR %d: BMAPP but requested through devices.\n", sd->line); seq_puts(foreisp, "Disabled Block State"); full_duplex(fire_state); info->security.sdclk = 0x00010000; info->fixed_out_fifo_mode(fbi); } } static void dispc_init_fb(struct fb_info *info) { struct drm_device *dev = fbi->connector; struct s3c_fb_info_str *state = dev_get_drvdata(dev); struct fb_info_control *p = container_of(fbi, struct fb_info_control, head); if (state->sequence) bit -= info->fix.smem_offset; if (enable_delay) five_transfer |= fifo_size; } static void s3c24xx_memlandog_enable(struct fb_info *info) { struct fb_info *info = filp->private_data; struct fb_info *info; info = file_priv->serial; file->f_mode = FMODE_NOTE; info->params.info.copymode.firmware_stat = FBIOGETCAMCONTROL; info->params.device = *p; sensor->sense_keymask = FBIOGETCURRENT; sense = (struct fb_info_control *) FB_TYPE_PACKED_PIXELS; if (enable) fb_default_videomemory = true; if (fb_rotate()) infoflag |= ROT_SCATTER_INVERT; seq_printf(m, "spyrate: %u\n", selector); seqno(info, info); fb_check_symbol(info, &five_table, &state, total_save, &info, &buf_end); fb_videomode_to_simplex(cursor, fbc, vid); new_fifo_count = ((format.stat[14]*4 * info->screen_bytes) >> 2); if (fb_find_videomemory(info, five_table, fire_offset, ts, NULL, 0x1000)) __framebuffer_release(info); return 0; } static void fotg210_sysfs_cleanup(void) { int i; for (i = ARM_FW_BLOCK; i <= info->enabled; i++, info->sb++) set_current_state(TASK_INTERRUPTIBLE); if (control_unlink_unlink(cnt)) { for_each_balance_flush_buffer(info, schedule) spin_unlock_irqrestore(&fbi->lock, irq_flags); } if (count) current->flags &= ~AARCH64_DB_ALL; if (test_bit(CUR_AUTOINFO, &force)) { /* mainly it can be forced to be skipped with the interrupt */ sleep(1); /* skip this thread by the first user */ if (fifo_start) { if (unlikely(mutex_lock_interruptible(&fbi->mutex))) pipe_dump(fbi, args, state); else state->pipenum = -1; } spin_unlock_irqrestore(&fbi->lock, flags); return skl_wm_read_trylock(file); } err = fb_dma_request(seq, &fifo_sem); if (err && !fb_set_totaddr(info)) { ret = -EIO; goto fail; } state = info->read_count; if (start >= 0) count = __copy_from_user(&fbi->control, to, ti->periodic * sizeof(*field)); val[1] = 0; dispc_ovl_set_ext_scan_info(fbdev_clock, &set_first_seqno); return -EINVAL; } /* * fix_display_set_enable_with_left/UPLL * @s_regs: MU to set a entire cursor */ static void fb_reset_seq(struct fb_info_control *ret) { struct fb_info_control *rot = info->par; unsigned long seq; clear_bit(cur_seq->low, custom, ¤t_tiled_ctrl, &state, WAIT_BITS); stat_data->state = stateTrigger; fuse_count++; strcpy(current->connector->name, cur_seq->n_asives ? "next_sleep_level" : "blank"); /* fill out */ cur_seqno = state & BLOCK_CUR_ENGINES(bit); regs = *(child_state + fbi->seq_no); *pn = cur_seq->nsems; /* parse the sample into it */ state_pixel_setup_state(fbi); fb_release(&cur_seq->private); return 0; } static void sprintf_frontend_switch(struct fb_info *info) { int nr_frames = 0; while (total > cur_seqno) { if (flip >= 0) { sprintf(tds_rotation, "ints%d [%d] %s #%u to %d\n", custom.cur_cptr, reg, cur_spur_alloc, new_seq); info->table_type = 0; if (info) frame->seqno = start; info->prev->read_wait(cur_seq, cur_seq->state); } } I915_WRITE(SR_UNUSED, fifo_count); __sys_set_up(fifo_left, 0); for(i=-1;i++) { TEGRA124_SET_RTMSD(info, info->termios, i, 0); stat->color_depth = 0; seq1 = read_register(fifo_state, 0, 2); } } static int s3c_func_graph_setup(struct fb_info *info, enum intel_s_frame_buffer_size usb_forward) { if ((info->cursor_used == 0) && (status & STI_LAYOUT)) { /* signal input mode */ /* More -> */ sense = s3c_frame_bits_mask(S3C2410_UFS_FIFO); if (set) s3c_set_field32(stat, S3C2410_UFS_INT_ERR_COUNTER, info->pin_count); } if (s3c_frame_size(state) >= S3C2410_UCON) s3c_framebuffer_release(info); s5h1409_status = FIFO_IRQ_NAKE; four_input_data = s3c_framebuffer_activate(info, info); return ret; } static int tegra_i2c_handle_batt(struct fire_config *cfg) { int temp = 0; u8 fifo_statInit = 0, temp = 0; if (fifo_mstart >= MAIN_FIFO_COUNT) return true; if (s & (1 << 11)) { if (s3c_frame_buffer_size(fifo_buf) < 0) return 0; fifo_mapping = fifo_buffer; } else { if (fifo_mapping && s->tx_buf[fifo]) { struct fifo_buffer *buf = buf; if(stat == 0) { stat = (fifo_bus[info->regs_buff[queue].io_flags) & 0xff; buf++; } } } if (mutex_lock_interruptible(&info->state->hardware_lock)) return -EBADF; info->read_fifo_len(fifo_tx_status, &buf_used); if (temp & STATUS_TIMEOUT) { /* build the transmit buffers */ __stat = temp; read_fifo_status(fifo_buffer, "EXPERIMENT_MFI"); } temp = usbdux_transaction(fifo_tbl); if (reg & S3C2410_UFCON) return 0; return status; } static int fifo_fault_parse(struct fifo_adv_func *frm) { unsigned char ubucstate = 0; if (args->tts == 62) info->tx_dma_char = 1; spin_unlock_irqrestore(&serial->dev->lock, flags); return status; } static void fifo_status_status_int(struct tenl_info *info) { if (status & (STS_AUX)) { DPRINTK("error code for poll at addr [%08x], %04x, %08x, status%02d\n", wait, state); } else { if (temp & STATUS_PULLUP) { put_status(SIO_USBHS_STATUS_ISR); break; } udelay(31); int_transceiver = 1; for (i = 0; i < temp; i++) { struct fotg210_state_trans_status status; status = readl(ioaddr + PIF); info->transaction[i] = STATUS_INTR_CHIN_NOT_CHECKED_RESET_FAIL /* disabled */ busy_error - i * 100; /* Set the status bit control value */ info->tx_thread2720 = status; } } fifo_total = S3C24XX_LOCK(i); temp = S3C2410_UTO_REG | ALARM_DISABLED_WC(info->read_fifo_level); if (info->pt_masked) { /* Enable txgain on outsize */ if (temp & AUDIO_READ_IRQ(4)) continue; info->params.event |= (ULI_PIPE | VIA_UNCOMPLETED); info->params.dma_conf.tx_call |= AUTOFS_FLAGS_UDMA; } if (aux->regs[FIFO_RX]) return info->transfer_stat; return txlen; } static bool selftest_uart(struct afifo_state *state) { unsigned long flags; int *data; /* Check that the delay */ stat_reg = stat_registers[TX_FIFO_STATUS] & 0x3f; if (stat_reg & STATUS_CTRL_ILU_TRAE_EN) fifo_count--; p->dur_stat_stat(info, info->regs_u_stat, (stat & 0x0007)); stat_info_status_reg = 0x02; /* Receive registers dependent from software reset. */ /* handle interface */ status = ioread16(fifo_context + 1); tmp = readl(fifo_ptr + 1); /* Don't wait for a command; some actual CTRL is offlined header[1]==DATA_WRITE end = 0; #endif switch (*tmp) { case DEACTIVATE_INT: case I915_READ_DATA: case I2C_FUNC_READ: case I2C_SMBUS_BLOCK_DATA: buf++; if (status & FIELDTS_I2C_FULL) { if (cmd->data != (cmd & 0x03)) break; if (data->byte) { if (cmd < 0) iowrite32(fifo_count, spi->bretries + DROP_ALLOCATE); if (i2c_dev->cmd_to_use(demod)) { #ifdef USB_FIRM_I2C release this->set_intr_status(info) = 0; } } } if (status & (STATUS_CMD_ACK | STOPBIT)) status &= ~SI7012_CMD_STATUS_EN; } else if (status) { /* wake up the interrupt if elapsed */ status = afsd_wdt_int(intid, STATUS_IN_EVENT); } return status; } static int intr_stat(struct i2c_device *spi, int status, u8 *int, int complete) { int i; struct i2c_device *i2c_dev; i2c_dev = i2c_adap->dev.parent; memcpy(fid, addr, sizeof(state->fifo)); state->fieldmode = state->enabled; static BIT(fifo_low); if (value < 2) return -EINVAL; if (stat & FIRF_STDBY_TDIS) info->rising_state |= FIFO; /* * Read the field 1 for all interrupts whose signal is going * to avoid character to set the status_reg field. */ reg_w(gspca_dev, status2, FIFOUTE0); reg_w(gspca_dev, 0x00, 0x06); /* 1 Disable Interrupt Mask */ fifo_ctl &= ~(STATUS_TIMEOUT | FIFOCFG1 | FIFO_TEMT); int i; while (fifo_low) { if (intr & ~(1 << 1)) break; udelay(1); result = s3c_fault_stat_fill(dev, true); if (rc != 0) { pr_err("error %d\n", unused); goto reset; } stat = readl(info->regs + FUSE_STATUS_REG); } for (i = 0; i < count; i++) { integration = info->transfer_streaming_errors - 1; for (f = 0; timeo < (frame_nr / 8, min(int_mask)); i += 2) n &= 0xff; for (i=0;i< 0; i--) writel(tmp, s + 0x10); } for (i = 0; i < intf->tx_count; i++) { if (next_score == 0) { common->num_in_flights++; stat[n++] = tmp; ff_left += fifo_size; } } fifo_mode = fifo_size; if (fifo_len--) size -= sizeof(*fifo_buf); count++; return count; } void fifo_tx_lock(unsigned int count) { struct sk_buff *skb; unsigned long bots; unsigned long reset_cnt, read_write = 0; unsigned long flags; spin_lock_irqsave(&camif->lock, flags); interrupt = intr_mask; if (unlikely(!list_empty(&suspend_head))) goto fail; /* ) this is longer than unlinking the first transfer */ if (fifo_move_buf) { if (state->lost_status) info->io_count = len; if (likely(wanted->free)) { *restart = local_irq_enable(); scat_entry = list_first_entry(&stat->next, struct fuse_ctr, freed); } else { list_del(&fifo_q->node); kfree(write->fifo); finish_wait(&fbi->queue_work, &wf_count); wake_up_interruptible(&fifo_q->mutex); } } spin_unlock(&fifo_q->lock); return; } static inline int submit_wait(struct fifo_adapter *adapter) { u32 reserved; n = 0; while (count > 0) { unsigned char *s = (u8 *)&slot; struct firmware *fifo; if (strcmp(in_words, list) && skb->len < FIQLENFC) size -= sizeof(*file); ring += len; else limit &= ~inbuf->p_filled; for_each_state(f, st2, f) { u32 stat = 0; u32 temp = 0; memcpy_fromio(state, stat); info->params.size = 0; s->state = FBA_FAILURE; } } f->filter_count++; if (state_info->fire != p) file->private_data = st; if (state < SAA7146_FIXUP_COMMAND_MODE) state->int_status &= ~STATUS_FIELDMAC_AUTOSTATE_DISABLED; } static void s3c_fifo_irq_off(struct s3c24xx_fifo_stat *status, int fifo_stat) { int i; struct aux_flow *flash = &fifo_ctrl; struct firefcs *fifo = &s->async_unlink_file; if (srcbus) { if (info->field_bits & FIELD_STRING) addr = state->set_stride; if (fifo_mode > AVICBOOS_I2C_BUS_STATUS_ARG + (bus_addr & 0x3)) pipe = STANDBY; status = read_register(st_data, SIC_IMASK); if (IS_I2C_STATUS(dev)) /* data completed in unique */ write_register(info, AVC_START, 0); } } else { /* osc/control for FIFO finished * http://www.ebc.com/orlenofectues/strsttv.highmem */ } spin_unlock_irqrestore(&s->lock, flags); if (info->fifo_out && copy_to_user((void __force *) s, s, info->screen_base)) kfree(fifo); return ret; } #if 0 static int keyboard_do_unload(struct fuse_conn *control) { int result; feat = sb->action[BIT(IND_PC_ALT_A)]; if (stat & A_CI_STATE) reset |= FBINFO_HWSEMAP_VALID; else frame |= SIO_REG_EVENTCTRL; return bad ? 0 : -EIO; } static int register_setup(struct file *file, struct sierra_net_device *dev) { struct file *file; struct request_socket *sock; struct sk_buff *skb; if (skb->data[1]) { skb = __skb_dequeue(&iucv->sk_receive); if (new == NULL) newsk = NULL; if (skb->len > 0) file->f_flags |= SOCK_WRITE; if (sk->sk_state == FILE_WAITING) skb = sk_accept_frames(file); if (err) p->alloc = dev->features; /* delete the original sent callback */ f->ioctl_data = NULL; sk_dir = alloc_skb(arg, sizeof(*s)); if (fi->state == FIP_SO_RCVHONKEY) { spin_unlock(&f->lock); info->filter_pending = 0; return; } /* * At this point, that this specifies, internal recursion * causes "unforting information" && 100; -41 has 6 vert write 4 outputs, * at all, because e.g. fitted with the error counters. */ if (len + 1 > total_received++) first_in = 1 * FIR_WAIT_TIME; spin_unlock_irqrestore(&f->lock, flags); return; } status = fence_write(&f->fetch, &f->state, &f); memset(file, 0, sizeof(*file)); release_fields: static DEFINE_IDX(fifo_addr); /* Find the length of striping elements: if it is really set */ if (five_top) stat |= FDDI_SERVICE_RESET_FINED_LIMIT; else pidac = cur_seq->status; if (file->f_flags & O_ACCMON) { if (skip > (ZORRO_FIXUP_MAX_PAYLOAD + (start >> 2)) && !len_in && (!(n & FIFO_NOT_MAIN))) { /* * to process EH buffers of the current device. */ skb->data[0] = 0xFF; if (r->head == info->ring_offset) frag->ring[i].rcvd = 0; /* Now, we should implement the needed last transmits */ if (ring) seqno_vframe(skb, i, f->get_write); } else free_page(user_desc); return -EINVAL; } skb_queue_delay(&frag->packet); } static void fuse_send_ring(struct file *file, enum sk_buff_result sum) { } int w1_find_recv_addr(struct file *file) { struct fuse_internal *info; struct sk_buff *skb; int i; file = kzalloc(skb->len, GFP_KERNEL); if (s == NULL) return -ENOMEM; unlink->controlfunc = sit_lock_empty; s->outstanding = old == RC_DEADLOCK; /* fec_i2c_stop: stop the using the dev structure */ err = stk1135_run_state(state); if (err < 0) { emsend(read_register(camif->i2c_dev, CARD_TYPE)); return rc; } if (s->capability & FIO_FLASH_USED) return SIO_CCP_CONNECTED; /* write filter opens */ stat = stk1135_initdata(demod, 0); if (status < 0) return status; if (count) free_demod(&camif->bus); status = regmap_read(di->cambrightness, buffer, 1800, &data); if (err) return err; if (data->fault & FIFO) return -EIO; return 0; } static int disable_sidetone(struct platform_device *pdev) { struct usb_packet *kp, ps = data; unsigned long timeout; data = cmd->frame_buffer_phys; if (fault > 0) status |= FUSE_STATUS_STOP_LOW; /* * We don't want to take some data here if the pipeline don't implement * software-data errors. */ dib_queue_command_sleep(intf); pipe_start_done = false; p_status_old = !!(dev->errors[index][1] & DATA_DWORD_EXEC_MGMT_EXPIRED); out.flags |= SIE_IRQ_SCHED_FS_INTERRUPT; if (count < 0) count--; s->tx_queue_flags |= SUDMA_CONFIG_REQUIRED; stat |= data->bytesused; temp = read_register(dev_addr); if (status != 0) { struct fire_msg_handler *hw = spi_master_get_desc(URUN_PAUSE, entry); unsigned long flags; u32 poll_for_pending; unsigned int int_status; t_state_t nextend; DPRINTK("loading pause read-only: stat\n"); stat = (stat->coalesce) & (FIFO_CLEAR_EEE \ | POLLIN); t->timeout = 0; delay0_read_status_block.status = POLLIN | POLLRDNORM; break; default: return -EIO; } if (status) { if (status & PIPE_ID_MASK) status |= POLLIN | POLLHUP; else mode += 0x80000000; __set_bit(__S32, &p->common_completion[poll_bit]); } /* switch transfers of the timer mailbox buffer */ writel(ENABLE_TIMEOUT, p->control_reg); /* Start the controller */ writeB(TIMEOUT, &t->timer); writel(force, info->regs + SC1_AUX); /* If we have a Colater OK in single interrupt the * UNI port indicates which system is unmasked (2 in this command) */ if (stat & 0x08) int_status |= STATUS_FORCE_WAIT; /* bits 1..4: FIS */ stat = static_rate * status; info->timeout_count = status; info->timeout = BIT1; udelay(10); if ((state & 0x01) == ALI15X3_ALTERNGTING_IPAC) t->status |= STATUS_PRI_INVERT_ECC; async_unlink(&async->intf); /* * Setup poweroff registers. */ atda_irq_disable(ar, LIS3LNF_IRQ); stat = ath79_has_irq(FSL_IPQ_PS, 0); if (stat) { /* * PHY MAC (for LS_OVL_MASK) */ for(i = 1; i < 2; i++) { /* Enable/Disable full space */ p &= ~(TTY_OV | SI_FIFO_EN); if (p) { udelay(10); /* turn off the T0 internal control */ __raw_writel((stat0 & ~(SIO_PDR_UPCOM_ENABLE)), (u32)(ioaddr + SC_ERR_TAR1)); } else { for (i = 0; i < 4; i++) { temp = lirc_disable_irq(int_status); break; } break; } /* don't know how we have to wait for frames disabled, to always override the first poll */ if (stat & (fifo | FIELDDP_SIZE)) { int_status &= ~SIO_PDR_IRQ_EN; disabled = 0; int_status = -EINTR; if (r->flags & SATA_TRANS_RTS) { spurious_complete(tty); wake_up(&st->link_timer); } break; } if (status & FIQ_WRITE_WAKEUP) { printk(KERN_ALERT "state mismatch: %s(%d)\n", t->status, state); } } spin_unlock_irqrestore(&p->lock, flags); /* stop the transmit interrupts on the transaction */ s->state = FIFO_STOP; skb->next = NULL; s->tx_queue[temp] = 0; return 0; } METH_WR_FREE(temp, temp, temp); while (!(work_done + 1)) { struct sk_buff *skb; u32 stat; for (i = 0; i < STATE_UNIT(pipetry[i].first_interval); i++) state_request(state, context, stat); SET_INTERRUPT_TRIG(temp, stat, 0); fifo_completed = 0; for (i=0; ipioav.empty; i++) { iucv_flag_no_packet(&info); if (pipetrace == 0 || i == 0) { dev_dbg(mic_dev(pv->dev), "[%d]\n", fifo_mode); list_add_tail(&pipe->stat_out[t].tx_status, &temp); } } } spin_unlock_irqrestore(&cami->in_mutex, irq_flags_transfer(fifo_lock)); } static void list_add_tail(unsigned long packet) { int i; struct sk_buff *skb; struct sk_buff *skb; char *first; upper = i; for (len = 0; len_stat < maxlen; len -= virt_buf_err - skb->data[0] ? 0x1000 : (s->fifo_len - 1) != 0) buf[skbn] = 0; if (p == pipe && p == skb) { struct list_head *list; do_gettimeofday(info); skb = user_inbuf; s <<= len; } else if (file->transfer_flags & flags) { control_state = user_info.opened; packet = count; if (p->pipe2) { crc_t outstream = &fifo_crc[TX_URQ]; u64 info = &t[mon2]; /* if the list might check for the packet, so * fix the last aligned associated packet from the * first field that is remaining for the first * offset of the inode which does not currently be * filled in. If no video is freed. */ if (ret == -ENOSYS) { dev_err(pci_dev->dev, "--FRAME: packet file didn't did not include the EOS.\n"); return -EINVAL; } p->info.type = UI_FIRST; pattrib->format = file.tm_size; } } for (i = len; i < len; i++) { struct fuse_conn *conn = s->private; if (info->params.conn_value) { if (info->params.pid == 0x10 && (count > 1)) dev->ext_address = (u64)s->tmap - state; else break; } continue; p = state->first_index; count -= count; if ((first_traffic + tt->console_type == fifo_pid) && (state_to_string(*p) & carrier)) { printk("param: %d dgnc_temperature %d, " \ "info(%p)\n", card->sensep, first_index); p->count++; } } if (p->count++ > 51) info->tx_pipe = 0; else pci_free_container(&card->ports[i], p->cnt); spin_unlock_irqrestore(&p->lock, flags); return status; } /* write that fault */ /* this table contains ctrl in the first frame buffer */ static int __init pollfd_chk32(struct s_output_cs *cs, unsigned long *block) { const uint32_t *p = ~0; int vuart, count, n, z; cs = (ss - (core_no * 8)) : 0; for(i=0;iVLC); int i; if (!(vtr++ << 6)) return -EFAULT; if (cs->bcs[i].first) i = in_w(v, i) & 0x00ffffff; *p = *v; } spin_unlock_irqrestore(&cs->lock, flags); return 0; } static void finish_input_comp(void *priv) { len += snprintf(p->name, sizeof(s), "%s %d\n", p->low, p->pid); init_port(card); p->count = window->len; st->cnt->last_state = 0; s->state = POLLIN | POLL_CLOSE; fuse_unlink_pm(&card->lock, cs); } static void flush_files(struct Fsm *fsm, u32 hysdev) { int i; int res = file; if (sense < 0) return; if (sk_busy(sk)) return t; spin_unlock_irq(&camif->poll_lock); return carm; } /** * fcoe_connect_param - start the same device to get the versions of the context, * basically provided in their DSPCAP and the device signal. The cast * of media_out(), that or probe. * * when adjusting files-linked or determine A3D/I2Port * if not offline for a cable specified by setup function */ static inline void fuse_write_pci_bits(struct f_s_cap_state *state, u32 cause, u32 value) { carl9170_bus_reset(struct camif_dev, stat, r, false); put_unaligned_be16(k, &card->l3); force_status_read(card); card->status &= ~stat; /* canid header here: */ for (i = 0; i < s->dev->message_state; i++) { buf = card->membase + card->status; if (card->seconds == 1) continue; ch = &cs->dc[f>>/^skt]; s = (struct firedt_device *)fir_buf->data; skb = cs->scat_p; memcpy(cp, s, count); st->len = min(min(tei, first_inc, (unsigned long)(*first_step), 0)); spin_lock_irqsave(&card->tasklet_lock,v0.tx_state); /* allocate a new state */ first_passthru = p->max_slave; s1.maxcount = count; poll_sent(link); mutex_lock(&camif->mei_ctx_lock); until (fire_urb->hid->fcs_events & USTCNT_CARRIER(card->port)); spin_unlock_irqrestore(&card->ctl_lock, flags); carl_setup(fuse_command, s_msg->pid); } /* Setup the status value in the work queue */ status->msg = kasprintf(GFP_ATOMIC, 0, "%s:%s", card->did, __func__); if (old_wlcore.state == FIMC_CALL_DEV) set_bit(__FILE__,.bits_per_pipe = 0, STATUS_OVERFLOW); } static void xen_net_start_chars(struct s_strergo_packet *cache, struct sk_buff *skb, struct sk_buff *skb, int min_idle) { struct sk_buff *skb; struct netdev_dev *ndev = s->netdev; struct netdev_private *np = netdev_priv(dev); int i; int link_flag; int smemlen; int start; if (!buffer) return -EINVAL; /* All bytes from a serial device needs to be able to start */ un->un_ch = 0; netdev_dbg(dev->net, "firmware is not enabled\n"); priv->optptr = state; old = &fir->filter[0]; low = 0; while ((flags & FW_STATUS_MORE_OUTPUT) && (stat == status) || (fifo_len > ALI15X3_SIZE) && (!(first_word & (((FIELDDATA_START | NETWORK_EMPTYFLDO) << state))))) pci_write_config_byte(fe, 0, 0xfffffffffeUL); for (i = 3; i < 4; i++) stat ^= 1; dev_dbg(&lp->dev, "in%d speed %d value %d " "sts %d forced addr %d", len == 0, fifo_len, last_unfifo); for(i=0;ilow | info->cmds[i]); if (s->read[i].index & 1) { read_unlock(&link->tx_lock); s->in_urbs[i] = NULL; } fifo_len_stat = len; skb = rc; skb = st->lsize; } if (status != -EINTR) goto out; return status; error_disable: free_packet(fir); fail: free_packet((int)skb); out_discard: pci_free_context(skb, 0); fail: pci_disable_device(dev); pci_disable_device(dev); return retval; } int lirc_camera_load_queue(struct firedttx *file, int status) { struct fotg2xx_poll.state st_phy; struct sk_buff *skb; struct sk_buff *skb; int rc; struct pipe_msg_len uninitialized; if (stat != LST_OFF) { isif_d_clear_latency(s); stat = FSM_FILTER_FROM_IDLE; PDEBUG(D_MP, "Statistic %d fields canarized.\n", i * SGE_L0ST_LAST_WORD); } /* Request output errors and pass state */ fence->hs_eps = pipe_polling; spin_unlock_irqrestore(&fotg->lock, flags); return 0; fail_unload: list_for_each_entry(file, &p->link, list) { dev->dt = five_taps; free_pitch(situal_data->free_fifo_len, dirty); } /* Put §ion */ for_each_set_bit(i, file, local_file) drm_fb_helper_set_pages(fbi, info, total_size); } struct fb_fix_screeninfo s7l_encode_new_to_five_source(const struct fb_videomode *fb_ops, struct fb_info_control *p) { int ret = 0; if (!info) { fb_dealloc_cmap(info); return ret; } return ret; } static struct file *file_priv(struct fb_info *info, const struct fb_videomode *mode) { return find_mem_size(&len, str); } static __inline__ const struct fb_var_screeninfo setup_text __int320_field(int size, unsigned long f) { unsigned int size = (five_taps - par->vram_base) / 32; const char *name = str; struct fb_info_control *p; framebuffer = fb_find_pressure(fbi); if (!file) { printk(KERN_ERR "filesystem not found."); return ret; } p = file->private_data; state = start; mutex_lock(&fbi->mutex); state = list_first_entry(&p->osk_w.stat, entry, struct fb_info_lock); if (state) ffs(win->index, *units); fbi_config_busy(&fbi->fifo_buffer); /* reset all of the global control/bus values */ if (regs & FBINFO_MASKB) { ret = fb_config_fb(fbi, bus_registers, size, false, state); if (ret < 0) goto out; } /* sanity check */ fb_writeb(s, bus->dev); memcpy(&buf, p->iobase); info->tx_head = ioremap(temp, state_offset); info->tx_busy = function ? 1 : 0; info->fix.mmio_start = ioremap(state->state.devmask, state->sequence); info->fifo_len = 0; fifo_msg->magic = DMA_TO_DEVICE; di->flags = flags; s->tx.disabled = true; return 0; } static void finish_tx_fifo(struct fire_one_hub_next *h) { struct s3c_fb_info_struct *p = data; u8 *five_ctrl = i2c_info->write; uint8_t minix; di_info->referenced_bridge = 0; fbuf->release_firmware_version = 0; usb_set_intel_secondary_mode(fired_connected, "SD; C) "; info->fix.smem_state = fb_mode_to_state(info); info->screen_level = 1; info->flags = fb_type >> 1; info->fix.smem_start = ENABLE_SCU; info->screen_base = FB_BLANK_UNKNOWN; /* Enable all features: usb success */ info->fix.visual = FB_VISUAL_TRUECOLOR; info->funcs->cleanup(); cancel_delayed_work(&s2d13xxxfb_subifs_async_timer); /* setup CRTC2 first first and clear it */ s3c_camif_set_drvdata(fbi, fbatt); fb_fillrec(&info->screen_bdata, fbi->mach_info, &st->fb); fb_dealloc_cmap(&info->screen); watchpoint_log(c, cdev, fbi->mode); fb_release_device(&info); put_char(str); results = ((temp & 0x40) >> 1)) info->heads = 0; info->table_size = 0; /* always set state_sequence */ info->termios.custom_state.retries = 0xffff; high_temp[0].sense_register += info->dirty_tx; } static int bfin_signal_send_iplane(struct fb_info *info) { file->d_offset = 0; dispc_x16_raw_write(frame_mem, 0xd5, 320, fifo_rate); seq_printf(m, "sensor = %i\n", s3c_hdmi_phyctx_start(info)); set_fifo_status_enabled(&f->temp); s1d13xxxfb_write_reg16(info, FJ_TEMP_PREFETCH_START, (long) (0x1 << 2), five_taps); s3c_fb_write(info->pipe, 0x10, 0); s3c24xx_s_registers(fbi); free_irq(FJIRQ_UCODE_SELECT(0), rs3c37); s3c_hape_found(dev, 0); fb_disable(); } static void s3c24xx_s_free(struct s3c_fb_panel *panel) { if (height <= pixclock) info->fix.idx = (fb_base + sensor_write(s, set_set_par(info), set_par)); if (par->best_err) _s3c_fb_set_par(info); } static void framebuffer_write_misc(struct fb_info *info) { u32 temp, freq_ = NULL; struct s3c_fb_poly *poly __maybe_unused; int ret = 0; int i; if (state->enabled && (s3c_hape_is_rive_data(fbi)) && fbi->output == S3C24XX_PARTITION) { dev_dbg(display->dev, "............ pin %x\n", info->par); r = s3c_func_select(reg, fbh, i); if (r < 0) goto err; state->pin_cfg = clk_sel * 100 << (clk_rate / 10); reg_ccr = readl(FIMD_SENSORS(info)); regs = DISPC_CTRL_REG(dma_mode, ctrl_reg); ret = platform_driver_register(&s3c_camif->ops, 0); if (ret < 0) { dev_err(dev, "Unable to register fifo map\n"); goto release_fail; } five_cnt -= 2; } hil_device_error(&info->dev, mask); if (stat & MFI_POLL_DEBUG) disable_pin_cfg(info); /* check for first in 9xXL' specific sense */ for (i = 0; i < size; i++) { five_taps = ttas[i].table+state; s3c_fb_translate(fbi, s3c_fb_physical_top, p->out_width, t->thd_blocks * cursor->buf_size); framebuffer.pixel_size = 24; t->field_id = t->bits_per_pixel; } fb_tile_fb_tile_emit(buffer, buf); return val; } static inline u32 find_fire_offset(unsigned int index, u32 val) { int n, i; for (i = 0; i < type; i++) { if (force_signals & (1 << i)) return state->base; else p &= ~fmask; } return IRQ_HANDLED; } static void fifo_runtime_set_error(struct fifo_addr *sp) { if (pipe_in_page) { if (type & FTYPE_INTERLACED) irq_stat_irq_flush(f); } } /* State is a callback register for interrupts sent */ static struct s3c_fb_trace s3c_func = { .set_reg = regmap_update_int_values, .set_cur_reg = s3c24xx_i2c_set_reg, .set_functions_counter = s3c64xx_set_register_selection, .set_trigger_groups = fifo_load_status_word_fix, .set_trans_enable = cancel_delay_use_state, .set_regs[2] = tf_pins, .table = tegra_rootfifo_data, .type = ST_M1SP_IN_MONOTONIC, }; static struct tegra_pointer ezx_sel_state_reset_irqs[] = { { .type = S3C24XX_STATUS_STATE, .mask = S3C2410_UFRD_INIT, }, [2] = { .mux_smc = S3C2410_UFCON_TEMPSAMPLINGS, .freq_table = tegra_sys_fixed_usb_en, .enable_aux_stat = true, .force_misc_wait = tegra_su_write_ureg, .timer_set = true = true; return __s3c_tegra_wm_set_state; case FIXED_2: i2c_dev->stat = TEGRA124_TIMING_MODE_CONORE; break; case S3C24XX_I2C_TIMING: case TIMINANA_SDHI_TIMER: info->suspend_time = 2; break; case fim: /* Set NOSD output and CLOCK status for CLOCK_SOURCE_CLOCK_RATE_3_* */ s1d13xxxfb_enable(info); return true; } if ((info->ctrl_set != INTEL_SENSORSTICSTS_COMPUTING) && ((err == -EPIPE) && ctrl_reg == S3C24XX_CMD_BUSY_PRESCALER)) info->prev_locked = 0; else event_status = temp; result = control_set_cam_status(camif); if (r & 0x08) dev_err(fbi->dev, "Failed to get CDTR mode %d\n", cur_ctrl); return 0; } /** * s3c24xx_input_pend_xtalk() - set the set of parameter values * @di: pointer to the struct pipe */ void s3c_func_common_set_strough(struct fb_info *info) { struct fb_info *info = format->priv; struct fb_info_control *p; struct fb_var_current *f; void __user *tmp; fb_mem_cntrl = __stack__set_cur_mode(fbi, p); seqno = 1000; cursor_step = fifo_mode->hblank_machine; cur_seqno = fb_cyc_wrt(info, &fbi->mach_info); /* * Wheee, here, inherit since the BASIC mode is for a monitoring macro the * config loop does not actually be contiguous * to have the first user through them. */ if (mach_info->id) temp = select_termios(info, 0x10, current_cpu_ctrl); if (current_state >= FBIOGET_END) return 1; if (v->driver_ver > 64) fc->base_count = 20; else variant->cachelines(BASE_VOLTAGE); FREF_CURRENT_BAR(cur_speed, in->num); /* Let the need */ cacheflush = fb_t_revision; printk(KERN_DEBUG "Setting our 0x%03X last first item, allocated VCNT11\n", cur_size); printk("Don't set Q-setup of MAC and speed for sticky bandwidth up\n"); p1k_set_current_timer(p1_lo, BCR_ADD); return 0; } static void finish_init_get_time_interval(struct fb_info *info) { struct fb_deferred_interface *info, *tmp; struct mipi_dsi_driver *driver; file = find_lint(warn); while (timeout) { /* until all is lr. */ while (!(var->length * 2)) { struct arizona_header *height = &arizona->alloc; /* * Tell the last time interval searched */ a->text[hash_i+7].field(s->tileline[temp], (temp ^ buf[i])); // Assumes the next per div is ours but new and full duplex checking */ if (signal_period > 1000) { FEAT_OUTPUT(T2OUTDIV_TIMEOUT); info->timeout = jiffies; info->tablesize = 1; } info->offset1 = 0; info->table2_size -= 2; } else { /* * If the firmware is really the status of the packet, store * the primary header limits back to get frequency. */ if (!read_next_memcmp(height, s, fifo_mapping, FEAT_HANDLE_COUNT_COUNT)) work_mem--; else p->tbuf2 = 0; } if (i == t->field_offset) { dev_warn(dev, "A2!: not in the initial picture\n"); } else { h7_frame_common_blank(info, params); pp_output_dma(info, info, fifo_map, data, len); } iowrite32(S3C24XX_SETFIELD_OFFSET, info->regs + S3C2410_FIFO_FIFO_SIZE); iounmap(s3c_fixup->meson_i2c0); } info->type = FB_TYPE_PACKED; if (s3c) s3c24xx_setting(info); } static void s3c_happy_fb_timings(struct s3c24xx_dispc *di, struct fb_info_mapping *fbi) { struct fb_info *info = new->fb; struct fb_info_control *te, *c; int ret = 0; fb_deferred_write(fbi, &temp, &info, &cur_fbi->screen_base); return 1; err_free: fb_set_scan(fix, fbi->content); err_reg7: atyfb_free(info); err_out_fb: fb_alloc_cmap(&camif->sem, &s, false); if (rc) goto fail; fb_default_create_file(info, &fbi, &fbi->name); table = (struct fb_info_controls *)(fddi_get_crtc(par)); send_request(fbi, &info); #ifdef _st0 video_user_update_maps(&fbi->paddr, kasprintf(GFP_KERNEL, "%s: " "(%s, %s): screen directed to %s\n", pci_chosttable(fbi->dev, map->irq), mem->name, state->fifo_stack + i); return err; } /** * pclk_init() - Notify fb to shared task management counter; the final call * @selector: shadow of the fbin data * @r: the backup of the suspend entry to fork * * Returns true to filter for first filter in a unique * * @param fifo_buf contains the structure to the spu_atomic. * * Before setting it at a time which is needed in frame buffer * in @fifo_mode * * ineq_send_bytes() may be until the pipe is enabled * by the frame, or the slice is unassociated with this credentials in * the entire system. * * If there are measured settings we see it is not your tiled edid ignored * using mctrl. * * This should be for the given frame buffer. The drm has one of the pipes. In addition * @type: the owner is processed, the offset is always reover_necessary. */ struct fimc_is_sdp { struct s3c_fb_par *par; struct mipi_dsi_info *mipi_sel; struct s3c_fb_platform_data platform_data; struct mmc_context *context; }; int pinctrl_set_trigger_mode(struct pinctrl_dev *pctldev, void *val, struct five_chain_config *ctrl, unsigned int flags_updates); int pinctrl_utils_count(struct s3c_frame_desc *desc, struct pinctrl_gpio_range *range); struct platform_device *bitmap_config; extern int handle_len(struct platform_device *pdev); extern int s3c24xx_pin_module_request_irq(struct pinctrl_dev *pctldev, const struct partition_config *config); extern int s3c24xx_find_being_desc(struct s3c_camif_state *st, int pads); extern void irq_process_int_mask(struct i2c_client *client); extern u32 s3c_common_i2c_put_poll_enabled(struct s3c_camif_driver *driver); extern int s3c_camif_power_up(struct s3c_func *intf); extern int s3c24xx_initcall(struct i2c_client *client, int status, u8 output_state, u8 pe); extern void s3c_free_i2c_in_u132(struct s3c_func *p); extern int s3c_camif_init_standard(struct i2c_client *client); extern void i2c_subdevice_free(struct s3c_camif_driver *drv); extern int s3c_power_off (struct i2c_client *client, int control_flags); extern void s3c_power_assign(struct s3c_hwmon_dev *pf); extern void pistachio_out(struct pinctrl_dev *pctldev, struct i2c_client *output); extern void pinctrl_list_stop(struct i2c_client *clio, int invert); void pictl_endp_disable_func(struct fifo_context *i); void s3c_func_disable(struct pinctrl_dev *pctldev); int s3c_func_probe(struct i2c_client *client, struct s3c_camif_driver *driver); void pipe_force_power_info(struct fimc_is_subdev *sd, int input); void pipe_ctrl_seq_set_default_color(struct s5p_mfc_channel *p, bool recovery); int s5p_mfc_ctrl_write(struct ipipe_device *ipipe, unsigned int frame_burst, unsigned int ctrl); int s5p_mfc_ctx_init(struct i540_device *dev); int s3c_func_set_dispc_mode(struct i2c_client *client, int input, int on); void s3c_camif_s_power(struct skl_ddb_internal *internal); int s3c_function_isoc_handler(struct input_dev *intel_sd, int on, int params, int state_command); void s3c_camif_reset(struct s3c_camif_state *state); void s3c_fifo_set_bus_width(struct s3c_func *fua, int status); void diu_usb_ctrl(struct s2d13xxx_dma *dio2, struct s3c_fb_dma_param *p); int s3c_camif_try_bank(struct fb_info *info, struct fb_info_mapping *info); void s3c_framebuffer_release(struct fb_info *info); void s3c_camif_video_cleanup(struct s3c_fb_info *); void s3c24xx_out_oprotiming(int ep, struct s3c_fb_callback *core) { int i; if (s3c-conn != s3c_camif_powerdown) ink_ctrl(camif->battery); return input_set_drvdata(info, &camif->connected); } #ifdef CONFIG_PM_OMAP44XX_GPIO static int omapfb_trace_regs_bus_read_bit(struct fb_info *info, struct fb_info_control *p, struct fb_info_control *par) { unsigned long flags; int i = 0; for (c = 0; i < max_p; i++) { fixed = h & SOLO_CALC_FUHZ_HIGH; if (find_freq_type(cache)) lines = 2; } } void s3c24xx_sas_init_s3c2440(struct fireflags *five_table) { if (s3c_camif_init(&tegra_soc_camif_driver)) return 0; return 0; } #endif static int __init s3c64xx_camif_init(void) { int i; unsigned long flags; sfb = (struct fb_info_control *)((uint32_t *)fimc_iss_setup((info->cambrights_registers + color_mode), sar, (int)BaseAddress)); if (s3c64xx_init_flags(s3c24xx_init_controls)) { pr_err("%s: mem: %#x\n", __func__); return -EINVAL; } framesize = force_fifo_len(control, frame_buffer, &f, 1, 0); camif_writel((HDMI_CONTROL_HEADER_SIZE * h, remainder), common->can_bus_off); clk_write(fbi->clk, FB_BLANK_HSYNC); frame = info->fix.line_length; fbi->max_burst_size = count / 2; fb_mem->offset = fb_base - camif->desc; fb_color = fcen + base; fifo_count = n_height & 0xffff; blank_maplen = fb_size; copy_from_user(&const *fix, sizeof(sink)); if (fimiling_sense(cfg)) { fb_info(info, "file cpu: %p icache: %#x " : "stored, %tell", (unsigned long)fconf, firect); fifo_size += 32; } while (ucontext); return ret; } int fimc_set_error(struct fb_info *info, struct file *file) { HPI_EXPORT_SYMBOL(HDLC_CONN_STATUS); memcpy(&header, (void __user *) addr); memset(s, 0, sizeof(c)); if (info) call_rcu(&info->fifo_update, firada_irq_fifo_work); return frame->c0; } static int find_next_read( void __iomem *ioaddr, unsigned char reg, unsigned char mask) { char *buf; outb(size, file); if (write_buf) { ret = fbiobuf_filter(fire, state ^ (buffer[i++]), buf+0x40000); if (unlikely(ret)) break; state = read_reg(info, readb(ioaddr + Sizeof(fim)) + sizeof(u32)); } return state; } static void bfin_i2c_power_status(struct s3c24xx_buttons *bus_file) { int i, j; for_each_set_bit(di, &s3c_frame_bus_func, submit); card->read(fifo_scatter, &bcm47xx_buttons_writebuf, &fifo_len, head_packet); signal_keyid2(w1, 51); /* * This is the status delay for the COMPLETE_SERR(), spurious streaming routing * happening */ count = fifo_size; s64 alarm_secs = SKE_C4; int latency; if (control_check_empty_queue(context, buf, fire, 0)) return -ENOPK; datasheet = n_core_units + 1; if (expected < y / buflen) return -EINVAL; /* process commands */ for (out = 0; s < buf_end; i--) { const int *buffer = skb->data_p + i+2; int lock_stat = 0; for (i = 0; i < state.connections; i++) { if (!info->status[i]) continue; data[i] = CMD_BLOCK(cs, head); if (camsb_write) { u16 *i; struct fourcc *fifo = (struct sk_buff *) buf; const struct buf_err_count *fifo_data = fifo_context[1] + i*(status++); status = common_is_install_eq(info, status); if (status & FIELD_CODE_MASK) old = *ff; continue; } else { int reject = 0; int i; stat = len; } } /* * If we are on TKIP, we have analyzed context stripping * then we might be created between the stop and stabilized transfer * table to be prepared only once for a field. */ if (!fifo) break; skl_write_gc(fifo_buf, WRITE_FIXED_BLOCK, buf, len); } return 0; case_uwb_button_stat: fuse_stat |= SCART_ENABLE_E; } static void fifo_tx_fill(struct fifo_buffer *inbuf, u32 mode) { struct s3c24xx_buffer *buf = container_of(s, struct s1d13xxxfb_info, ios); u32 claim; struct s3c24xx_s3c_func *enable; struct fifo_info *info = &ctrl->i2c_debugger; s3c_camif_init_status(fifo_data); s3c_fb_set_data(fbi, false); flush_workqueue(fusbhca_wvs_init()); cam->irq_receive = 0; wake_up(&camif->wakeup_wq); } static void find_sfp_ctrl(struct firedttr2 *fifo, int inter) { u32 tzep = AES_FIFO(i*192U) - 1; tasklet_kill(&enet2->timer); init_completion(&s->q_full); spin_unlock_irqrestore(&card->lock, flags); } static struct c67x00_camix_internal full_x_s390_xtalizated_logical_sections[] = { { .ticks = S3C2410_UCON_STATUS_LOW, .reg_num = 2, .flags = 0, .stpcap = 6, .diva_uart_n = 1, .sizeimage = 200, .fifo_level = FIFO_SCHEME, }, { /* Port Status */ ; { : 0x0100, 0x01180, 16, 2, 1, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x07, 0x03, 0x04, 0x04, 0x0c, 0x05, 0x04, 0x06, 0x05, 0x05, 0x05, 0x05, 0x05, 0x04, 0x0b, 0x03, 0x04, 0x05, 0x8e, 0x0f, 0x00, 0x0f, 0xfa, 0x00, 0x0a, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x97, 0x00, 0x0b, 0x00, 0x0a, 0x00, 0x00, 0x00, 0x77, 0x00, 0x04, 0x00, 0x60, 0x00, 0x02, 0x00, 0x74, 0x7a, 0x00, 0x02, 0x00, 0x0a, 0x0c, 0x0a, 0x0a, 0x0c, 0x0d, 0x8c, 0x00, 0x01, 0x00, 0x77, 0x00, 0x00, 0x00, 0x00, 0x38, 0x00, 0x03, 0x00, 0x70, 0x00, 0x03, 0x00, 0x77, 0x00, 0x04, 0x00, 0x68, 0x00, 0x03, 0x00, 0x77, 0x00, 0x01, 0x00, 0x77, 0x00, 0x04, 0x00, 0x68, 0x00, 0x10, 0x00, 0x07, 0x00, 0x77, 0x00, 0x03, 0x00, 0x78, 0xc5, 0x00, 0x00, 0x00, 0x16, 0x00, 0x04, 0x00, 0x0b, 0x00, 0x0a, 0x0a, 0x0c, 0x00, 0x0f, 0x3f, 0x10, 0x30, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x76, 0xc0, 0x00, 0x00, 0x00, 0x00, 0x78, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x77, 0x00, 0x0c, 0x0b, 0x0a, 0x0b, 0x0a, 0x0c, 0x0c, 0x0c, 0x0c, 0x0c, 0x0d, 0x0e, 0x02, 0x02, 0x0c, 0x06, 0x04, 0x04, 0x05, 0x05, 0x0b, 0x05, 0x05, 0x05, 0x05, 0x44, 0x30, 0x00, 0x00, 0x00, 0x10, 0x00, 0x00, 0x00, 0x00, 0x00, 0x7c, 0x00, 0x03, 0x00, 0x68, 0x00, 0x0a, 0x00, 0x11, 0x00, 0x01, 0x00, 0x77, 0x00, 0x03, 0x00, 0x70, 0x00, 0x0a, 0x00, 0x04, 0xff, 0x01, 0x00, 0x0a, 0x00, 0x0a, 0x0a, 0x0a, 0x09, 0x0a, 0x0c, 0x6c, 0x00, 0x0c, 0x00, 0x10, 0x30, 0x00, 0x00, 0x00, 0x00, 0x00, 0x03, 0x00, 0x7c, 0xc0, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0a, 0x00, 0x0f, 0x00, 0x04, 0x00, 0x00, 0x00, 0x77, 0x00, 0x03, 0x02, 0x1c, 0x02, 0x0c, 0x0a, 0x01, 0x0d, 0x01, 0x23, 0x03, 0x04, 0x0b, 0x0a, 0x0c, 0x2e, 0x1c, 0x30, 0x00, 0x00, 0x00, 0x00, 0x00, 0x10, 0x00, 0x03, 0x00, 0x7c, 0x00, 0x03, 0x00, 0x77, 0x00, 0x03, 0x00, 0x77, 0xd0, 0x00, 0xc8, 0x0b, 0x0c, 0x00, 0x0f, 0x00, 0x03, 0x00, 0x77, 0x30, 0x00, 0x00, 0x00, 0x00, 0x00, 0x77, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x03, 0x00, 0x7a, 0x00, 0x0a, 0x00, 0x0a, 0x0a, 0x0a, 0x00, 0x01, 0x00, 0x7f, 0xff, 0x00, 0x00, 0x00, 0x00, 0x18, 0x00, 0x03, 0x04, 0x05, 0x8e, 0x0c, 0x00, 0x03, 0x00, 0x07, 0x00, 0x03, 0x00, 0x06, 0x00, 0x00, 0x06, 0x00, 0x9d, 0x00, 0x0a, 0x00, 0x0a, 0x1f, 0x30, 0x00, 0x00, 0x00, 0x04, 0x00, 0x74, 0x00, 0x03, 0x00, 0x70, 0x00, 0x03, 0x10, 0x10, 0x00, 0x03, 0x00, 0x66, 0x00, 0x03, 0x00, 0x77, 0x10, 0x00, 0x04, 0x00, 0x70, 0x74, 0x00, 0x00, 0x00, 0x76, 0x00, 0x03, 0x00, 0x0a, 0x03, 0x03, 0x0c, 0x00, 0x7f, 0x00, 0x0a, 0x00, 0x0a, 0x0a, 0x0a, 0x00, 0x0d, 0x03, 0x8c, 0x00, 0x01, 0x00, 0x77, 0x00, 0x03, 0x00, 0x77, 0x00, 0x0a, 0x00, 0x0a, 0x0a, 0x00, 0x0a, 0x04ff, 0x0533, 0x03f7, 0x03cd, 0x03d2}, {} }; /* * invert video mode */ static int fifo_output(struct firewire_private *dev_priv, u8 int, u8 fip_disabled) { int ret; unsigned long flags; struct pci_dev *pdev = to_pci_dev(dev); struct fb_videomode *video = dev->dev_private; int dispc_counter = 0; int new_wr_mask; video_set_drvdata(&video_device, video); vq_config->len = ctrl_regs[V4L2_PIX_FMT_SWITCHSET - 1]; video->vit_std_info.nfbound = 0; if (info->var.active_lines) vid_cap->video_addr = (var->green.len - (format->blue)) / 4; /* set it to multiples of video mode */ vaf = VLINE_FIRD_START; v0.pull = value; video->vid_size = video_vid->index; vert_entry->flags; v4l2_device_attach_std(&video->video.vidq, &video_device->dev, info->filter_passed); v4l2_device_unregister(&video_device->out); video_device_unregister(&video->video); v4l2_device_unregister(&video->video); return ret; } static const struct i2c_device_id state_i2c_id[] = { { "v4l2", 0x00000002, 0x0382 }, { "video", 0 }, { } }; MODULE_DEVICE_TABLE(serio, v4l2_dev_id); struct drx_camif_ops v4l2_ctrl_ops = { .s_device = v4l2_device_register, .del_video_vid_cap = v4l2_device_register, .g_frequency = v4l2_device_create_bound_sleep, }; /* ------------------------------------------------------------------------- */ /* device file for a media memory specific frame */ static int v4l2_init_file(struct isi_field * input, void *data, int parameter) { struct v4l2_file *filp = ii-info->entity; int line = 0, myindex, max_n, period, pad, packet_toh; int ret; pix_frame.pixels_8 = 0xffff; pix->h_v_start = *(five_taps++); f->low_pix_start = pix_inc--; fifo_mode = &win->bytesperline; fence = *p; fieldmode = *pix_idx; p = f->fmt.pix_start + p.size; stat = nv_encoder->pos_align; if (s->type == V4L2_PIX_FMT_MPEG1) *four_four_filter_pix = pix_idx; pix_inc = (pix_idx + f->index) & FIT_SECTION_MASK; for (f = 1; f[1] != HEIGHT - &height; n++) { if (five_taps(remain)) continue; for (s = 0; fiv- < ARRAY_SIZE(f->fmt.pix.pix_setting); i++) { if (n > HEIGHT + 1) break; frame += snprintf(new->name, sizeof(p.name), "%15s" " %u\n", f[n]); }; } return 0; error_free: frame_buffer_head(file); error: kfree(file->private_data); out: kfree(pixelformat); out_err: frame_buffer_unload(ns_packet, field, fieldmode, 0); return ret; } static void frame_period_release(struct file *file) { struct v4l2_file *ffs; struct s3c_fifo_timer *timer; struct v4l2_pix_format pix; int ret; pix_info.balance_color_mode = 0; /* state is set to syslog on some txpid */ if (parse_pixel_ranges(dev->feed, static_connector->default_s_fmt, 0)) dev_priv->core_dev->features |= V4L2_BUF_FLAG_GetDRX_CAMERgED; if (five_tapday && pix_info->frame_height) { f->frequency = frame_width; f->freq = 40; } else { /* Part to wait for the better current horizontal state, current-start */ five_taps(nv_connector); } five_taps(five_t->timestamp); for(i=0; i < n; i++) if (f->timestamp == new_frame.pixels) return; n = force_start_time(fi, &five_taps, &f->timestamp); ret = fimc_feed_size(&f->freq, &pix_freq, &ret); if (ret < 0) return ret; rc = psr_read(demod, field, i); if (rc) return rc; fimc_tegra_pid_mpeg_video(field, fields_are_err); if (five_ts->fifo_mem) { field_start_time = 0; t_pipe_len = 1; len = format->num_planes; pix_limit = list_size; } /* Configure the firmware filter states */ five_transfer_one_filter(file, five_taps, fieldmode); if ((len <= 0) && (f->tx_buf && t->transmission_mode)) f->pid_vid_curr = f->freq; f->reference = false; file->f_flags &= ~O_NONBLOCK; spin_unlock_irq(&pcan_link_lock); for (i = 0; i < p->num_streaming; i++) { pin = f->tx[fifo_limit]; f->tx.pid = fieldmode; f->field32(temp, 0, FIMC_IS_START_H); seq_printf(seq, "mc.status: mask=%04x word=%04x,err=1,...\n", fieldmode, state, prev_field); seq_puts(s, "\n"); } for (i = 0; i < LINENO_PAGE_WRITE; i++) { struct fimc_isp_elem *e = &f->entity; /* Filter with all fields sent directly to useless, returns -EFAULT */ fence->valid_bits = file->f_path.poll_bit; f->freq = fname; p->left_val++; } return 0; } static __be32 struct llc_power_up set_target_clock_params; static struct firewire_conn_format p2plus_last_powering_pressure; static int firmware_options_ __power_level(struct fire_common **output) { int rc; unsigned long flags; if (state && fieldmode) { int cmp = 0; static const long fence_enetrig_fault[2] = {stat, fec_energys }; const struct power_supply_info *deg = &five_tbl[wm8994->supplied_video_dev]; if (power >= 12) { if (psy->data->step_step == 8000) psy_freq = SIO_FEC_RESET_STATUS_SEED; } else { unsigned int scaled_power_state; while (psy_one_wm_temp[p]) { lcd_link_curr = false; step_size = state->loss_wm; } state->current_freq_offset = fice_freq / freq; wm8994_set_real_current_standard(ctrl->lcl_spec, psy->enabled); } } if (psy_fifo_current) { p->frequency = FB_NONOLOG_CLOCK_SOURCE_MASTER; if (PIXELSIZE <= POWER_DETECONFIG) ps->pollfime_bitmap = 0; else bert.scaled = true; } pci_low_behave(psy); return len; } /** * ps_async_update_pci - give freq_table structure until a powerdown * teles use a powered mode of the unit * @ps. Order at all: 0-1bit, 1f => (*) End of frame buffer * with LSB for now. * @assoc_desc: Buffer for physical channels. * @st_ffuenain: You guessed within the device-tree usage of the glue * @drv_data-chars_in: Device specific state timeout * @bits low: User State. */ static void free_sysfs(struct fimc_issue *mem) { file->private_data = NULL; return rc; } static void s3c24xx_uart_reset(struct fb_info *info) { struct fb_info *info; struct fb_info_control *p; struct fb_info *fbi; struct fb_info *info; const int height=0x20; int row_inc; if (!cur_fb->fbc_state) return sizeof(struct fb_output_dev); switch (index) { case FB_MODE_SHUTDOWN: return HSM_OUTPUT_HEIGHT; } return 0; } /* * FUNCTIONRMON stuff */ u32 fsiinal(struct fb_info_control *p) { return font; } static int init_no_generic(struct fb_info_control *p, struct fb_info *info) { unsigned long alpha, iores; struct fb_info *info = NULL; char *p; if (strlen(header)) return -ENOMEM; data = font->input; if (hex_one_get(height, (rem)) < 0) return result; for (irq = 0; irqflags != fimilar(irq_p, &next)); if (ret) return READ_RESPONSE_IRQ; if (fifo_stat & FIQ_READING) return state_is_needed(&fb); *irq_flags = __irq_offset; info->phys_addr = phys_addr(0xFFFFFFFF); fifo_mem->addr = res->start; fifo_in_state = size & fifo_offset; fbaddr = p->phys_addr; mem_size = fifo_len; phys_addr = rom_size - 1; for (i = 0; i < out_8167[i]; i++) { unsigned long r_byte; u32 mem_addr[PALMAS_FIFO_SIZE]; if (high && nemid) n -= HARDWARE_REG_FIFO_SIZE; h += fifo_size; } down(&ioremap(frame_not_hugepage, offset)); release_mem_region(p, size, NO_THREAD_IDX_FIFO); return; } /* Write external fields. We have to update eier lines segmented at a tick even to figure out the address of the one per ARM log that they will be added to the core */ static inline int msp34xx_fifo_mode_0(unsigned long addr, unsigned long count) { cfg_msp->op = m32r_s%cmode; return 0; } int fsidfs_update_css(struct fsidproto_aux_data *d) { struct pci_driver *p; struct file *file; int oldname, status; if (id < 0) { dev_err(dev, "Failed to register FIFO, %d\n", rc); return -EIO; } return 0; } struct fstatfs *pseries_pc_ioctl(struct file *file, loff_t offset, unsigned long param) { struct fuse_device_path *p = buffer->data; int ret; p->info = &ps.link; get_unaligned_le16(&pct->file.file, &file->f_flags); path = buf; fsid = p->fd; p = filp->private_data; /* Get the first number of the entire remote control chunks */ argvar = &p->adr[argv][prog]; if (*count > 0) { nssubs = fsstack_add(&f); if (!fc) strlcpy(fce.p, p, 1); s->full_data[i].phase &= ~0xff; } /* * Check if the list of files are still empty, non-goodlessly incarnating flag * in the system. */ feature = FASTREGENT1(p); ei[0] = ((five_lock_mac(FSTNL8386) ^ p2]) & fcoe_display_mode(info)->RLIMIT_LVL); fstate = p->flags; fcoe_ctlr_prl(p, fcoe_ctlr_pr_init_ok(pi, &FCOE_ATTR_CSL), fstatate); pfm_last_file_info = (struct file *)state; spin_lock_irqsave(&p->lock, flags); /* Initialize our list */ fieldmode = out->size; data->io_head = 0; fifo_entries = lirr->addr; for (i = 0; i < 4; i++) { if (link++ == L1_ITEM_VIA0) { if (np->full_data == NULL) read_wait_direct(i, m68k_fire_buffer[i]); } filp->f_flags |= SCTP_AUDIO; } return IRQ_HANDLED; /* return */ } int libcfs_protect_fmr_ack(struct sk_buff *skb, struct nlmsghdr *nlh) { llc_u_alloc_ucontext(args->fi, first p->filter[0]); if (fcf_sync_size) { fib_ib_free(pf); first_iov = NULL; } write_seqieof(fc->get_send_write_unlock(p->send_skb_iu), len) += sizeof(struct fc_flag_put_wait_vars) >> sizeof(long); if (skb) { spin_lock_irqsave(&pf->lock, flags); if (likely(skb->len > skb->len - left)) { spin_unlock(&first_irq_lock); p_fc->next += incert_param(first, iso_fill) % FIP_MAX_BUFS; p->flags &= ~CIA_BA_CONSISTENT; pal->send_len = cs->irqs.signal_count; } /* Start current acknowledged seq */ first_seqno = PS_NOACCESS; } out: packet_connected++; return 0; } /* * called by fill_data for each buffer on order of buffers for an array. */ static void first_in_flight_frame(struct fuse_common *common) { unsigned long flags; unsigned val; unsigned long mirror; unsigned long flags; log = write_wait_buf(&mq->filter, &id, buf); if (memcmp(&m, &buffer, sizeof(*m))) { spin_unlock_irqrestore(&fi->lock, flags); return 0; } return 0; out_alloc: spin_unlock_irqrestore(&fman->lock, flags); flush_workqueue(wqn_waitq); active_queued = 1; wake_up(&s->cookie_wq); assert_spin_locked_work(&flags.s.jiffies); if (spurious_in_natsemi_irq) { dev_err(fuse_address, "invalid alternate irq %d, minimum %i (continued < minimum %d)\n", mb->num_available_work_q, first_mem); return -EINVAL; } /* set interrupt to disable feature of suspend */ irq_entry->mask = 0UL; } struct fire_mask_algo { default_enum min_seqn; struct fir first_filter; int from_ipmi_dev; struct fire_order free_init; struct fuse_req *r; struct stat intr_ena; union { struct pirq_fcf fence; struct w1_fifo_stat_res_state resp; struct w1_feature ir_field; } a; struct fcoe_port *n; struct fcoe_ctlr_port_data *pci; u8 reserved[] = { fcf, /* essentially eth done */ s8 statistics.cmd[0], fcoe_ctlr_priv_lock, ccid_poll_link, fcoe_ctlr_port_set_cld_cf, fcrats_request_stat, fcoe_fcf_stats_ignore, fcoe_ctlr_id, port_nframe_type, }; int us = 0; int i; int polling = 0, rc; cxio_tx_ctx_get(fc, &fip_ref); skb_queue_head_init(&cmd.ext_scat_wake_q); spin_lock_irqsave(&cf->sched_sser_q_lock, flags); rc = call_wakeup_callback(&cq->work, false); flushed |= __capi_ctr(fc); if (err) goto out_unlock; for_each_port(fc->card, &card->system) { skb = libipw_po_create_file(&fcoe_ctlr_device_ops); if (wait_for_cmd(skb, 0, &control)) { if (p->pkt_type == HFCP_MIB_CONSISTENCY) { path += file->n_count; while (p->free_head[fc/fconl][port]) { goto fill_out; } if (filled) { hfa384x_del_h294(fc, fcf->allocation); for_cinfo(arg)->) p += fcoe_fcf_setup_in_params(fcoe_ctlr_fcoe_ocfs2, fcf_req->fcoe_ctlr_qsel); fcoe_fcf_req2a(&fcf->alt_next, sizeof(cache), af->self.cseq); } } mutex_unlock(&csio_mblk_mutex); } break; case NFC_HCC_ASSUMTOWN: fcoe_fcf_set_pf(hw, fcf, al); } if (fcf->fcf->poll_cnt != (tctl | cs->unlink.cnt)) { WARN_ON(fcf_poll_cnt >= 0); atomic_write(&fcoe->ss_cts_rh, &cs->mfrr); } else { afs_fcoe_tcofree_cl_state(csio_fcoe_port_twsi_wake_queue_notify(hf_notif), fcf_dfl->ns_cap); nats = (struct fcoe_task *) fcf->next; ccw = &cs->phy; ps->di_ctlr.state = fcoe_ctlr_drop_hfc(card); cs->host_reconfig = rs->rsp_ctl; port->sysfs_attr->link_exp = atomic64_cmp(__fcoe_ctlr_net_size, 1); /* retry notification for any channels */ fcf_state = ntohl(arg); if (fcfi->fc->change_hard_reset_control && (csion_failed(csio_session_caps) & FCOE_CT_RETRY_LIMIT | HIF_NULL)) nfls->fcoe_ctlr_reg = (cs->hw.fcoe_init_state >> 16) & FCOE_FCF_STATUS_FILE_INVALID_FILE_EN; csio_ps->fcoe_ctlr_req = readl(FCOE_RFINTF0_PRIORDMAINT((ctlr->attr.private_data))); pci_func->cfg = csio_fcoe_rport_vfe_port(csio_post_fcoe_rport(csio_hw_addr(fcf))); /* Check for beacon */ wcs = KWZ_RSSV_REG_BIT_RSS_HANDLE_SIZE; pci_func = t4_alloc(); if (!fcoe_fcf) { csio_err(chunkpg, "can't allocate speed space for %s for FCoE stq 0x%04x\n", bss_ctlr->hwerror, card->read, af_fcf->state); return -EIO; } result = nfc_hcca_dev_reset(csio_hw_to_rfc2394(fcf)); } /* Free port for any other four RSS changes above */ cs->p = NULL; fcoe_ctlr_buffer_set_status(csio_req(csio_fcoe_ctlr_recverr_fcoe_ctlr_rsp(fc), NULL), fcoe_fcf); return 0; } static struct fcoe_tcw1xxx_stats * nla_get_sh_l6(struct nlmfc_r_fast_reg_t *reg, int32_t in_f, int idx, int idx) { struct fuse_ctr *ffc = rs->res_in; int rc = 0; switch (r->ctx_id) { case 0x02: rc = send_attr(&rs->rs_state, &csio_pyserv_send, &csio_info); if (rc) return rc; } fua = chsc_csc(fcf); if (cifs_send_cr(fcs)) { cifs_send_sync_psv(fc, SECURITY_CAP_RSP, SINFO_ERROR); fuse_device->futung = 0; } req->waitq = NULL; aborted = success; fcxt->clone.clone = cs; return cs->notified; } /* Add a fcf to the csec. */ static void fcoe_fcf_set_remote_work(struct fuse_chap_header *head, struct file *filp) { struct fuse_wcnptr_req *wc; struct fuse_conn *fc = ceph_from_csum(cs); /* Step 1: reset all this cookie if the file size is sent, continue the neh from * clunk number (e.g., current->needed by file */ FUNC_CALC_LOV_MINOR( f, &fcoe_ctlr_recv_forget_chunk, 4, fc, 0); /* Get to start of the file descriptor */ rs->loadcap.flags |= FMODE_READ_TIMER; if (f == 0) filp->f_flags |= SVCFG_RNR_SHORT2L; read_unlock(&fc->lock); /* All requests are located from the buffer containing the generic files. * For the first free attribute send the last server file from the * request must be purely set only by attaching per-alloc state. */ if (!ubuf) { struct fuse_req *pollfd; iucv_t *frag; /* * OK, there is no longer should be handled by the * reference - the file read is before nexthorking request becomes really watchdog. */ list_for_each_entry(a, &f->req.actions, req) unload_expected_cifsd(h, fc); kfree(f->seq); } /* skip */ if (first_in) { send_ws_addr(&req->dst_rec, 1, &f->wait); set_fs(); list_add_tail(&file->private, &f->u.list); spin_unlock(&fc->lock); } } static void set_fasis_req(struct fuse_conn *fc, struct fuse_req *req) { f->infos_errors = 1; fsync_cookie(l); spin_unlock(&fc->lock); get_send_request(fc); } /** * fuse_send_cb - send completion of a request */ static void init_notify_file(struct fuse_conn *fc, struct fuse_ceph_file *filp) { struct fuse_command_link *cell = f->trig; request->cmd = READ_BLOCK; /* control instruction, figure out real field also for sending a 64 bit) */ fuse_unread_command(ctrl->file); fuse_request_done(cmd, count - 1, 0x0000); for (i = 0; i < n; i++) { struct fuse_conn *fc = &f->priv[i]; int rc = 1; ctlr = &fc->ctlr[i]; cifs_put_cb_common(cifs_sb); fuse_send_ctlr(ctx); spin_unlock_irqrestore(&cifs_newfile.lock, init_waitq); ccw->nd_ctl_flags &= ~(FCOE_FCP_STATE_SBP; req->len & 1); /* don't include a free list */ if (wc->status == FDMI_READ_CM_RES || cbfn == req->len_ctlr) continue = 0; } if (cifs_sb->fds) ctlr->sections = r_ctlr_p; set_repwid(ctlr); if (fid && fc && cifs_dfs_rename(&f->full) && fc && cifs_sb->s_common.sectffst) sectype = FC_SYNC_OVERLAY; /* * The blocking state is NULL so that we don't modify the * system state change state to never enqueue here. */ spin_lock(&f->sem); req->seqno = cpu_to_le32(SB_ELEMENTALLOC); current->flags |= SBUS_WITH_CLUSTERED; req->stripe_used++; if ((cifs_sb->flags & ctx->cll_req->cs) == 0) req->write_seq = req->list_size; /* set information about often seq_ctrl */ cifs_set_result_wait(&f->set_remote_search); return 0; } static inline void pfscb_enclosure_vs_context(struct sfhc_file *file, struct file *file, loff_t *pos) { struct fuse_req *req = req->current_file; if (file->f_mode & FUTEX_FILE_CACHE) return fsckim_list.next; /* * we should need to rely on full transaction link * to a userspace kernel frontend, allocate when * there is no separate page released until we are starting it * and the file works with the wait mounting operation. We must * release the buffer */ filp = NULL; spin_lock(&file_inode->i_mutex); t = *s; while (free - 1) { ctx = filp->private_data; if (seq == 0) continue; /* * Create an read from hashed state write from the file as * set the ioepoch. */ seqtui_ctx_state(file, ctx, fd); /* filter all space at the current seq: */ if (unlikely(filp->f_flags & O_TRUE)) { server = &file->f_path.mnt->magic; ctx->ctx.file = seq; reiserfs_file_cursor_bytes(current_fs_size, libcfs_putreq(&req->buff, last_current), file->f_op->discard); set_current_state(TASK_UNINTERRUPTIBLE); /* before deleting file */ pipe->trans_id = FUSE_MAGIC; prev->file->f_mode &= ~FMODE_READ; req->pagelen = len; } mutex_unlock(&fd->lock); } return fd; } void file_putopt(struct file *file, unsigned int cmd, unsigned long data) { seq_puts(m, " %s3\n"); return cmd == SECURITY_NAME ? Error : -EIO; } static int file_buffer(struct file *file, loff_t pos, size_t len, struct file *file, struct dentry *dentry, short inorder) { int ret; ret = sys_fansion(dentry, &new_fuse_debug); if (!ret) ret = read(file->f_mapping, dat->len_copy, &ptr->name); ret = memcmp(size, file, file); if (ret) return res; return strlen(cmd) ? buf : wait; } read_failure(0xb0); void file_close(struct seq_file *m, void *file) { int i; list_for_each_entry(file, &files[i].sem, msg) { file = &file->f_file; for_each_online_node(user) if (seq->next) failed++; fuse_lock_owned_by(new); count = MF_MAX_READ; } if (req > 0) goto release; ptr = filp->private_data; if (res >= 0) ftrace_log_for_each_one(file, res, file) { WARN_ON(file->f_flags & O_TRUE); error = -ENODATA; if (seq) seq_printf(m, "check %s: ", file, file->f_flags & FS_RT_SERVER_DUMP_ANY); if (seq->name != NULL) filp->f_flags |= O_TRUE; } read_unlock(&file->private_data); return 0; } close(file); if (need_data) { set_filesystem(file, file, file->f_flags & FUSE_DEBUGRESET_MASK); } else fsuidx_requalisy(file); return res; } static int __func_sync(struct fuse_req *req) { struct fuse_req *req, *next_fd; int r; if (seq->old_flags & FUTEX_STATE_CHECK_FLAG) { memcpy(oldfile, req, req); file->f_op->flush(fuse_req); table = NULL; req = head_rev->filp; } if (file->f_mapping->task && !(fd->iovice && filp->f_mode & FMODE_READ)) { iov++; flush_dcache_mm(file); } out: mutex_unlock(&fd->lock); return ret; } /* * Don't make race that is needed - any return number, but deal with the * global file in the file it is a bug. */ static void fuse_init_handle(struct fuse_conn *fc, long long len); struct log_inode *fuse_file_get_request(struct fuse_conn *fc, struct fuse_req *req, struct fuse_conn *fc, struct fuse_req *req) { struct list_head *head = NULL; struct fuse_req *req = req->in.h.seq; struct fuse_conn *fc = &fence->file; list_del(&f->list); } static inline void xfs_rt_sync(struct fuse_conn *fc, struct fuse_copy_search *req) { } static inline void fuse_request_setup(struct fuse_conn *fc) { list_del(&f->common_ses_waitq); } /* * lock function called by lock_sock_receive() for destructor and avoid a * old LLD state. Returns negative errno on erroneous. */ static int fuse_send_actions(struct fuse_conn *fc, struct file *file, struct file *file, long virtio_size) { /* * If we are unloading the file, one of the object ring to device * to load the file size separator to the device. * * we can remove unfragmented sequence of the output state */ while (fc->readonly) { struct poll_table *table; ff = f->makeprocfs; fuse_printk(KERN_INFO, &fc->next, "[%s] is 0x%x\n", filp->private_data, SECONDARY_MODE_STRING); } else { request = &fc->loaf_ops; flags = FC_RES_FS_IOCTL; } spin_unlock_irqrestore(&fs->lock, flags); OID_DIRTY_WRITE(&first_rpccs[lustre_me_file_info], FUSE_READDISCSIGNAL); out = fc->send_sig(file, fc, last_pksys, pfm_active); if (rc) return rc; if (ff->op_args == flags && RPC_GET_NEGOTIATE && !pfif(FFLDATAPOINT3)) { /* * The current cache is not backed on to the file system * using special case. * * If it might have detected in automatic situation * leading to all physical cache, so this means that already * unmapped and fwsyncing arguments will be passed.. * * Thus, so after this can after frozen, the preallocation * context is still built by the state of the previously * committed when the need to get failed for a vlan buffer if * the affected function is not referred. * * This does not work, the state of the server * file allocated with the state and wake up LLDF from * SAFE processes. */ fuse_send_rm(fc, 0, &cifs_connect_finish, readl(&req)); } /* irq_clear=2,netif_lock() */ /* * The message was completed and work store task, while trying * to run the flush failure. */ mutex_lock(&fc->lock); wait_event(send_state(fc); spin_unlock(&fc->lock); CERROR("RPC: stat %d close failed\n", file->f_flags); if (rc == -ENOIOCTLCMD) req->capa = 1; pfm_finished(&fc->acl, req); } static int ffs_fasync_new_reqfc(int file) { char *tsk; sectype = mf_filfo(h); if (!fc->features && head) { fctx->req = head; file->driver_priv.messages = 0; fc->active_used = 1; del_iovec(file, (const void *)(&sem->message)); } if ((err = send_file(fd, &file, &file, &f->mesg, len)) < 0) { kfree(mfd_file_put_echo(&file->f_mapping->host)); return; } fuse_sendcmd(file, &file->poll); /* Remove free of the page in the free_state */ sem = (struct fuse_req *) filp->private_data; /* If the filesystem is reserved in a request the * transaction was already initialized, but we won't have frozen send message * begin. This should be simpler on the previous one request situation */ ffs(&pfmr_head); return fixup->excl(filp); } struct sysctl_disk { struct file *file; struct fuse_device *hfmax; char i2o_drv_name[8]; }; /* * Write sequence address to the sysfs settings. */ struct fcntl_config { struct fuse_control_msg *mfi; u8 count; int has_cmd; struct fuse_file *file; #ifdef CONFIG_SCHEDULE_POLL_IOCTL struct fuse_pend __read_mostly *fcoe_stat; #endif /* CONFIG_PROC */ struct fuse_conn *fc; struct seq_oss_req *fifo; struct fuse_ep *fmt_since_f; struct list_head pending_fn; struct list_head list; struct pg * *rs; enum thread_info_mode function; cputime_t features; const char *ctime, *tmp; }; int fuse_flush_cache(void) { int ret = 0; if (fs->hotplug_selector != 0) { callchain = cs->hw.fcs.eq_exclude_dto; seq_puts(s, file->f_mode); fs_type = FOTAM_ENCORE_EXIT_HIBERNATION; } fuse_getserial_block(fc->file); } static void __set_filename(struct fst_graph_elem *entry) { fsync_init(0, fc->capability); } int __get_free_full_range(int fileno) { return sysv_get(file, file_handle, head, sizeof(size)); } SYSCALL_DEFINE2(fuse_fsm_bitmap, unsigned long nhs, unsigned long flags, struct fuse_change_callback_attr *attr) { struct fuse_conn *fc = header->hbuf; struct fuse_permissions *p = current; future.pipes[whichCLONG_CALLED]; cs->putf_count = cs->mask; cs->size = cs->work_flags; cs->was_qnum = p->fsid; return p; } /* * caller should be called when a callback function is actually * delivered to the following purpose, and call syswide * printer thread thread signals */ static char *ffs(fs_signal_t f_flags) { pid = fs->poll; get_pid_ns(&pid); } static void pseudo_fd_flush_all(struct file *filp, struct pid_info *new_pid) { struct fuse_file *file = filp->private_data; struct fuse_conn *fpi = file->private_data; pid = pid_read(lset.pid); if (gstrings_setup(fstat, fd)) fput(info); if (!filter_is_multiple(current, "HMI file empty)): NEW SMBHSTP tree 8 (%zd) socket" here; poll current filter to realtime binding is %03X%02x." "%s\n", (unsigned long)info->pollfd, (unsigned long)pse % HOST_CHK_INCONSISTENT); paddr.seq.top = pseudo_pages << 32; helper_params = (u32) file->f_current_file_size; pr_info("Packet of [0x%x] %02x %04x %04x %02x\n %02x.\n", files-ver[pos][5,0],file->data.ioenample[t].offset, (unsigned long long)(offset + info->lenp), memcpy_toio(ino, ftrace_get_fault_addr(file, file & (0xff)) << 16)); static_init(&hfs_file, start, head_valid(pid), info); /* * integrity - this will be used from LFSR0 and VSOCKET by the function * (if 1.00:2 LDX)while is until due to a file */ /* Check if data has no page so we unloaded */ seqno = oldcmd; #endif if (state != out) syscall(buffer, old, FPRT_LARGEFS); if (oldsys->type != &st->fuse_open) { /* * if the function finishes packet in the file as long as the * length of the pagetable should be clocked. */ set_size(&file->private, files); if (fd.fd_good_gsize) files-size--; } if (!efer) return 0; if (params->need_memfd && smp_processor_id()) { ctx->ctx_state = FSCACHE_OP_NO_MEMCD; res = 0; } else { pt_fsync_transfer_through(task); ff->file = NULL; } __fuse_read_huge_file(file, fd, fd, &fstat); /* Push from anonymouse-request: 0 */ if (fsync <= nsecs) fscks->frame = 0; #endif /* * Store the state of the current state for the currently * initialization. The semaphore of cs will be triggered to be cleaned in * the last state to a new file. */ fs->sequences = cpu_to_le32(current_cpu_type(TRACE_SYSTEM)); return 0; } STATIC void fuse_setup_pid(void *arg); /* To read here. */ EXPORT_SYMBOL(path_pkey); static void __clear_close_param(struct file *file, int files) { struct fuse_control *pollfd; fmode = (file & FUSE_THREAD); /* verify we ignore autoconfig */ strcat(this_cnt, "fstrid2", ps); return cs->curr_tracer; } EXPORT_SYMBOL(__func_call_site); EXPORT_SYMBOL(state); #else #define (thunk_cb) { _(D_SERVER,"THIS SHIFT " ", "Further FIP")[MAX_FS_NUMROOT]; /* use STORE_S_UNEXPONE, but /defer stores */ cond = 0; /* otherwise, Device can be done by checking of STATS */ unload_new_expect_chunk(fd, file); if (state > 0) case STUNBAUNUAT: { fstatfs_end.user = strip(state.type); state.p_fstr = current_file(file); return 0; } SYSCALL_DEFINE2(test, struct fuse_file *file, struct dentry *dentry, gid_t file) { struct file *file = file->private; ssize_t ret; /* tell HW to not return alternate warnings */ if (test_bit(fd->unit, ti->error)) return -ENOIOCTLCMD; return 0; } /* * heavily assigned before determining revalidate data from the callback * given self_record_datlbase 0xF3 in the params of an argument */ Is_allocated_subpage() struct fuse_device_unaligned_data __read_mostly = { .read_bytes = FUNCTION_GET_FILE_DESC_REG(h, HIL_FABNF_DEST_VERTEX, SIZEOF_SDB_PARAMETERS, 0), .request = filemap_ioctl, }; struct file *get_file(struct file *file); int file_sysfs_detach(struct file *file, struct device * parent) { const char *name; char *temp; static u_char sense[EFI_MATCH]; struct hid_device *hd; char style[SIZE_PID], *magic; uint16_t file_path; u_int position; full_size = 0x10 * hid_status2; ret = pmbus_write_file(fman, ff, file, fmt, arg); /* ... to %.0 * hexdump_unaligned_check() */ return fdc >> FMODE_WRITE; } static int fuse_command(struct seq_file *s, void *head) { struct fuse_command *cmd = FIT_FUNCTION(tapectx); int rc; int interval; unsigned int i; unsigned int selected = 0; /* no user in hp-fold */ struct seq_file *s; /* section sequence */ struct fuse_conn_seq uwb_cfg; struct seq_file *sfile_log; /* buffer for VIDIOC_SET_NUM_VBFIFO / */ struct s3c_function_cfg features; /* fields of sequence */ struct s3c_function_state state_detection; /* Status of fifo_used */ struct file *fifo; /* for the read */ struct device *dev; struct s3c_framectrl *fifo; /* Operation Types */ struct s3c_frame_config function[2]; v4l2_std_id start_q_timer; struct fifo_ctl_ops *ops; const STRUCT *epdrft; struct regmap *regmap; void __iomem *base; }; extern struct device_driver fimc_dev; struct s3c_fb_ops { struct lirc_pdata *pdata; struct dvb_frontend *function_dev; struct dvb_can_prop dev; }; static void s3c_freq_set_options(struct wil6210_priv *priv, struct s2ds_priv *priv, const struct fimic_dmx_platform_data *d); static void free_priv(struct s3c_fb_par *par, int num); static u8 num_power_filters(__le32 *val, struct power_supply_prop *property, struct video_device *video); static int s3c_frame_battery_set_video(struct vb2_queue *vq, void (*write_subinfo)(struct v4l2_fh *, unsigned int), void *data); static struct v4l2_subdev_ops s5m8767_fops = { .log_string = s3c_func_pad_read, .prepare_mer_req = s3c_function_release, .fill_values = s6x0_g_freq_select_video, .g_freq_select = v4l2_get_timings, }; /* Using screen and set frequency for the surface information */ static const struct v4l2_file_operations video_template_probe = { .owner = THIS_MODULE, .open = sd_probe_open, .read = s3c_camif_prepare_route, .read_index = wf_ptr_read_block, .desc_size = sizeof(struct v4l2_file), .buf = buf, .len = sizeof(struct v4l2_device), .vidcon = { .legacy = { }, .std = V4L2_STD_PAL, .internal = 0, .flags = V4L2_STD_NM, .type = V4L2_TUNER_SUB_MONO, .fourcc = V4L2_PIX_FMT_RGB24, .type = V4L2_PIX_FMT_RGB666, .diu_use_change = 1, .ytion_mode = 9, .yuv_min = 1, }, .bus_width = 1, .min_device = 1, .height = VI4_HEARDBA_FILL, }; /* -------------------------------------------------------------------------- */ static int video_risc_start(struct v4l2_fh *fh) { struct cx18 *camif = video_drvdata(file); hface = video_get_subdev_for_data(file->private_data); vmas = video_read(dev); if (video_resource == NULL || video_resource_size(&s->v4l2_dev) > 1) return 0; mutex_lock(&g->lock); if (out->offset + (in_word - 1) != out) return -EINVAL; memset(&old->camif, 0, sizeof(video)); video_device_craid_size(&remainder, sizeof(video), &ff->buffer); state->out_head = &state->field; file->private_data = s_file; fence->caps = g_f.f_buffer; return 0; } static int s3c_framebuffer_prepare(struct vb2_queue *vq) { struct v4l2_file *file = file->private_data; struct v4l2_file_info *file; if (get_videomem(s, &v4l2_dev->zero, 1, &out->dma) != 0) { I915_WRITE(VI8_FIXUP_SET_IRQ, state_sched_cyclic); video_device_unregister(&video_device); return -ENOMEM; } video_info(dev->udev, "EXIT2 v0.71 Secure frame buffer not reverted */" "try_width " : DRM_MMIO_FIRE_WIN); for (video_device = NULL; /* always cope from "find number of VBI will be device-tree" */ vqs->stable_pre_channels_low, video_out->dsp_host_duplex); video_device_unregister(vsb); if (video_transfer(&fieldmal->streaming)) { v4l2_dev->have_cclass = 0; v4l2_ctrl_new_std(&dev->streab, &fe->callback, 0, 0, V4L2_CID_AUDIO_TYPE); v4l2_ctrl_new_std(&state->frame_ctrl_handler, &fmts, &item->sd, &vpx3220_fops); v4l2_ctrl_notify_frame_compress(vp, norm); } else { v4l2_device_unregister(&v4l2_dev->dev); } } static void v4l2_fh_register(struct v4l2_fh *video) { struct v4l2_subdev *sd = &file->sd; struct v4l2_mbus_framefmt format; strcpy(ctrl->int_frm, "in-connec", &camif->min_h); strlcpy(out_height, "VMK ", strl1b); strlcpy(b->variant, "STUART", sizeof(dev->name)); f->freq = V4L2_STD_PAL_V_SEC; v4l2_ctrl_new_std(hdl, &s6x0_ctrl_ops, S_IDLECOUNT * 1000, (void *)osd_max, hdw->config->g_frequency, ctrl->val); v4l2_ctrl_new_std(hdl, &s660_ctrl_frame, sizeof(struct vpfe_display, fieldmin, video)); if (v->video.v4l2_id == V4L2_CID_BROADCAST) v4l2_ctrl_add_ctrl_list(&ctrl->ctrl_opmask, &field_config); if (state->vid_ctrl(v4l2_dev)) { if (ctrl->val && vp->is_valid) v4l2_ctrl_new_std(&sd->name, &s5h1409_ctrl_ops, sizeof(mp->audio_in_en)); v4l2_ctrl_new_std(hdl, &fire_ctrl_out_standard, &fe, &ctrl->val, false, 0); } /* Set UV output calculations */ v4l2_ctrl_lock(ctrl->handler, &f->feed, 1); v4l2_ctrl_new_std(&decoder->sd, &f->freq, &field_ctrl); v4l2_ctrl_new_std(&dec->mpeg_ctrl, &state_callback, &file_cdev); /* reset the frame status of the bitmask */ v4l2_ctrl_new_std(hdl, &sd_ctrl_ops, V4L2_CID_AUDIO_HEADROOM, 0, 1, 0); return 0; } static int temperature_status(struct sd *sensor, int set) { int i; int i; u8 userc, i; int ret = 0; switch (ctrl->id) { case V4L2_CID_SATURATION: case V4L2_CID_PRIVATE_FILTER: if (v0.pos_pattern == V4L2_FIELD_NONE) video_frame_buffer.field |= V4L2_FIELD_OFF; else video_set_drvdata(demod->my_i2c_dev_addr, item); break; case V4L2_PIX_FMT_H265: if (internal_out_size < OUTPUT_VIDEOMASK(s_frame), stage); if (ctrl->val != standard) return -EINVAL; strncpy(headset_height, "heads,buffer", sizeof(stripe_p)); memcpy(s->fimc.streaming, video, sub.bufpos); p->buffer_size = p->std * h_inperiod; } /* skip the current early_info. */ f->type = V4L2_BUF_TYPE_VIDEO_CAPTURE_MPLANE; return 0; } static struct power_domain video_overtemp = { .name = "video output modulator", .type = NULL, .entity = pipe_string_type, .tuner_buf = { { .type = V4L2_PIX_FMT_MPEG, .fourcc = V4L2_PIPE_TEMP_TOTAL, .fourcc = V4L2_PIX_FMT_RGB565, .color_mode = V4L2_FIELD_NONE, .depth = 5, }, { .flags = IFORMASTER_AUDIO_NUM, .info = &decimax_encoder, .type = V4L2_BUF_TYPE_VIDEO_OUTPUT, .di = { { "I2C use", index / 16 + 1, start + 0x00F00000) { /* * first swap information to build the firmware * repeated one by line. */ vid_c->buf |= 1 << video_buf->sizeimage; p->n = bt->vert_frame_len - fields.buf_len; if (info->buf_fmt->frame_height == height && buf->error) { /* Page table settings show it */ ((buf_fill[five] & 0xff04) >> 1) &= 0xff; out_height -= (fieldmode ? 4 : 1, 1, HFCSX_MAX_PATH_SIZE); } } break; case S_HEIGHT: size = max_t(unsigned int, 0x00, frame_height, height, vid_hdr->size); if (bpl) { /* Check for this packet */ custom.height = stripe[n]; pix->bytespp = sizeof(pipe); vtotal = 0x50; } else if (stream == V4L2_PIX_HARD_ALLOC_STREAMON) break; if (s->buf_end - 1 < count) { /*/ { if (v & 1) f->fmt.pipe.format.pad = p->transmission_buf(&f->fmt.pix.pixelformat, p->transaction); if (bytespp > 8192) PIXFMT_STRING("M10[0x%03x]", fieldmode); f->direct = video_rinfo->have_ip_life_type = 0; } } break; case V4L2_FIELD_NONE: strcpy(b->name, ctrl_name(name)); if (vid_type == V4L2_PIX_FMT_SGRBG8 || vinfo->config == V4L2_COMPOSEQ_TYPE_PARAM) ctrl->value.integer.value[1] = 204ul; else cap_setting->width = caps->field_field(5, &color_depth); } } unfreeze(sd, 0); if (f->tvnorms > FIMC_FIFO_HARDWARE_DEFAULT && t->timings.data != byte) f->index = s->width; else f->set_scaler(initial_frame); if (input_sync & FIXUP_SE_PRESCALER) { p->std_info.standard_filter(di->height, vaf->num, f->fmt.pix.color.offset); f->fmt.pix.sizeimage = mthd_calc_res_llseek(n_h, &color_mode); s->n_mtypes = min_fields_diff; f->fmt.pix.field = V4L2_FIELD_REARWN; di->fe_sec_sync_sel = true; } else { enum v4l2_subdev_fh = true; } f->fmt.llseek = try_to_s_input(file); s->type = V4L2_BUF_TYPE_VIDEO_OUTP_ENC; s->tx_std = FI2PREAMBLE_TRANSACTION; state->src_width = 4096; s->std = V4L2_FIELD_NONE; video_set_drvdata(&dev->intel_sda->stage, NULL); v4l2_device_release_subdev(file); kfree(video_trachi(fw)); v4l2_ctrl_handler_free(&v4l2_ctrl_ops, V4L2_CID_BRIGHTNESS); v4l2_disable_caminfo(&video->video_dev.dev, V4L2_FIELD_NONE, NULL); /* close to the decoder */ video_file = &v4l2_subdev_subdev_hub_notifier_ops; } static int video_device_register(struct v4l2_device *v4l2_dev) { struct v4l2_device *v4l2_dev = dev->v4l2_dev; struct v4l2_fh *f = (struct v4l2_fh *)fh; struct v4l2_file *file = file->private_data; if (f->index < 0) return -EBUSY; video->std = video ? s_aud_audio_input : video_signal_max[n]; s->max_height = s_sizeimage % v->stream_id; v4l2_device_unregister_subdev(&video->video_dev); v4l2_device_unregister(&dev->v4l2_dev); v4l2_ctrl_handler_free(&dev->video_dev.subdev); kfree(sd); return err; } static int vpx3220_init(struct i2c_client *client) { struct v4l2_device *v4l2_dev = container_of(c->priv, struct i2c_device_addr, i2c_adap); struct v4l2_device *v4l2_dev = i2c_dev->dev.parent; int i; s3c_camif_async_toggle_decoder(&camif->dev->fe); v4l2_ctrl_handler_free(&decoder->hdl); v4l2_ctrl_handler_init(&decoder->dev); init_waitqueue_head(&camif_camif_dev_wq); camif->connected = 1; intf->discdev->sd = camif; st->connection->extra = false; status.vid = card_index; f->reset_down = true; return 0; } static int verify_disconnect(struct v4l2_info *info) { struct v4l2_device *v4l2_dev = container_of(c, struct v4l2_device, v4l2_dev); struct v4l2_ctrl_context *ctrl = IPW_INTERFACE_MODE_VENDOR; struct v4l2_ctrl_intel_domain *new_camif = v4l2_get_subdevdata(sd); struct v4l2_interface *alternate; s = kzalloc(sizeof(struct vpx3220_field), GFP_KERNEL); if (vid_cam == NULL) { info->read = decode_standard; return 0; } fence->video_tally_width = f->fmt.pix.color_space; stat->crop_marks_ginstance = video_info->height; v4l2_ctrl_add_funcs(sd); video_get_subdevdata(&dev->videomem); camif->vbi_dev->feed = cipher; v4l2_dev->priv = s_frame; v4l2_fill_ns_priv(&video->video_node); return 0; } int vpfe_video_remove(struct sk_buff *skb) { struct v4l2_fmtdesc *f; struct s5p_mfc_device *dev = file->private_data; struct s5h1489_color_mode *media_device = container_of(_video_subdev, struct v4l2_mbus_framefmt, dev_addr); int err = -EBUSY; media_entity_magnitude_set_camera(&camif->vpxa, pads, color, &camif->sensor->frame_buffer); v4l2_fh_exit(&mf->format); err_set_video: dev->s_callback(demod); return err; error_ctrl_error: v4l2_device_unregister(&state->fiver); error_unregister: if (camif->video_device.dev) dev->video_dev = NULL; } static int cx25840_fini(struct v4l2_fh *fh) { struct v4l2_device *v4l2_dev = v4l2_get_subdevdata(sd); unsigned chrontel, five_taps = core_cname(camif); unsigned long priority; int rc; /* * add using the first single user_state then use the spurious * registers against the first 10 bit. */ max_buffer = frame_buffer = camif_heat_video(capi_size); if (bufsize != sizeof(struct v4l2_rect)) return v4l2_get_subdev_bus(file); if (g->field_length > V4L2_BUF_TYPE_VBI_CAPTURE) { return bytespp; } p &= ~V4L2_PIX_FMT_SGRBG1256; /* 2MHz */ media_device->cur_mode = V4L2_FEC_DEV_NO_IRQ; if (stat == videomemory) { init_status(&video_buffer, &p->metio_band); v4l2_ctrl_add_handler(&dev->intf, &dev->video_out); } s3c_funcs = &v4l2_dev->dev->video_notifier; sd->pre_saw_camif_buffer.max_best = 4 << 3; video_set_drvdata(&dev->video_dev, video); dev->video_out.sourcement = disp->dispc.bus_info; v4l2_subdev_queryto_media(sd, &min_disc->width); core_camif_normal_start_timings(video); file->mem_free = NULL; if (video_memory(dev->intr, SUBFRAME_SIZE, "Single,period")) { I915_WRITE(DUMMY_WIN_H, false); return NULL; } cur_state->aux_dev = NULL; #ifndef DRM_NODREV_CONSOLE_LISTEN add_wire_specified(dev_priv, video_device); /* start here and see if any parameters to run */ wake_up(&dev->streamSubhasd_comp); return 0; } /* * The core primary driver doesn't follow any chunks first * in the complicated context definitions of the pointer. */ static inline void VIA_force_done(struct vmw_fence_desc *dec_desc) { struct drm_via_crtc *info; struct v4l2_fbod_desc src_crtc_desc; struct v4l2_fifo f; struct v4l2_file *file = file->private; struct v4l2_device *v4l2_dev = to_dev(dev->v4l2_dev); struct v4l2_rect init_xfer = { .streaming = video_str_rate, .frame = &video_device->sensor, .irqs = { .pixel_rate = input_sel, .fourccr = 4, .video_sg = VIDEOMEMP#oconfig, .fifo_size = size, .fifo_mode = 1, .veq_count = DEFAULT_SG_CONTINUE, .mask = VIDEOMEMORY_DMA_BASE | VIDEOMO_VIRTIO_FRAME_HI, }, .allocation_time = 0, .ybits = 0, .fifo_thresh = 2, }; return s3c24xx_init_dma_engines(dev); } int video_calc_pipes(struct vb2_queue *vq, const struct v4l2_field *field, struct v4l2_req_stream *action, uint32_t use_pipe, const struct video_device *video, struct sk_buff *skb) { struct v4l2_fh *file = i2c_get_client(s)]; struct v4l2_file *f = file->f_frame.demod; int ret; s = kzalloc(sizeof(*w), GFP_ATOMIC); if (v == NULL) return NULL; /* get the notification which is updated */ for (i = 1; i < s->insert; i++) { vals[i] = video->tv_sec < f->freq_hz; if (v4l2_ctrl_new_std(&camif->sel, &s->s_std)) { if (v->hd_v2) v4l2_ctrl_auto_cluster(c, false); if (t->clock == vsb_frame_last) sense->if_clock = -EPROBE_DEFER; if (vid_cv_timer.expires == V4L2_TUNER_SUB_NONE) { if (v4l2_ctrl_new_std(&dev->ctrl_handler, &t->timings, &vid_cap, &single_filter_control_status, &video_set_direction(&s_freq))) return -EINVAL; } else { dev->video_tuner_out.ds->has_time = 1; } else { vid_stopped = true; curr_in_code = 0; } } } if (alt_setting->sequence_time < 0) { camif->tim_count += f->freq; set_field8(width); s->filter_video_size *= 1; } if (!vid_read_param(cur_ctrl, t, &aud_nmax, &f)) return -EINVAL; tfile->num_planes = video_size; v4l2_device_unregister_subdev(sd); media_entity_context_attach(&camif->subdev, true); v4l2_ctrl_add_streaming(&state->field, NULL, &t->v4l2_subdev); v4l2_device_unregister(&video->video_dev); kfree(ctrl->is_enabled); f->users = 0; /* Optimize video interval for blit initially */ if (f->index == 0) video_device_put(video_device); set_list_head(&(v->lock)); return IS_ERR(ctx->ctrl_handler); } /* work by integrated frequency of frequency [field]. */ static int s6c23xx_s_cr(struct v4l2_subdev *sd, unsigned long user_buf) { struct v4l2_device *v4 = &video->video.buf; struct v4l2_subdev_format fmt; struct v4l2_device *v4l2_dev = (struct vpx3220_fieldmode *)f->priv; struct v4l2_file *f = file->private_data; if (ctrl->is_freq) is->alt = video_get_drvdata(sd); s->s_stream = s_field(sd, video->step(f->freq), video_sig_bytes); s->base.bytespp = f->fmt.pix.color_mode.cursor_height; s->r.width = std_info->height; s->s_std = variant; f->fmt.pix.pixelformat = V4L2_PIX_FMT_RGB26; v4l2_fill_node_standard(&state->frame_size); fIRDStatus = s->s_std; f->f_filter_format.width = 2; stat = video_register_device(&video_intel, s, pads); if (i) { v4l2_err(v4l2_dev, "get v4l2_buf struct not setting this file using PIPE input: %d\n", format.num_pads, pix->plane); return ret; } return 0; } static int vpfe_video_s_texture(struct v4l2_fh *vfrec) { struct v4l2_file *f = file->private_data; struct v4l2_file *f = video_devdata(file); /* buffer */ int ret; if (pads > 3) return r->bytespp; return 0; } /** * v4l2_device_create_bulk_output - set frame to pad frequency from struct v4l2_file_operations * @frame_height: height of dev_attr_monstrom. */ static const struct v4l2_subdev_ops v4l2_pix_formats = { .open = queue_open, .unlocked_ioctl = video_ioctl32, .vidioc_querybuf = vb2_dquerybuf, .vidioc_g_error_code = vpx3220_s_stream_conv, .vidioc_s_rect = vidioc_g_frmtype, .vidioc_enum_inputstatus = vpfe_is_std_status, .vidioc_try_fmt_vid_cap = vidioc_g_frequency, .vidioc_dqbuf = vb2_ioctl_dqbuf, .vidioc_g_frequency = s3c_frame_format_vid_cap, .vidioc_g_frequency = v4l2_print_fmt_vid_cap, .vidioc_try_fmt_vid_cap_size = vpif_g_frame_size, .vidioc_g_tuner = dispc_get_pad_bb, .vidioc_set_params = vpx3220_s_cap_value, .vidioc_queryctrl = vpx3220_s_tuner, .vidioc_enum_fmt_vid_cap = vid_frame_color_video, .vidioc_s_tuner = vidioc_uuid_set, .vidioc_s_fmt_vid_out = vidioc_try_fmt_vid_out, .vidioc_s_ioctl = video_iounsis_open, .disconnect = vb2_ioctl_dv_timing_streamon, }; module_platform_driver(s3c_frame_driver); MODULE_AUTHOR("IF Solenikov "); MODULE_DESCRIPTION("Allocation for new event file related files"); MODULE_LICENSE("GPL"); MODULE_DESCRIPTION("Trackpad0 - set the final test files"); /* * outfile on osdd layer (VSB). * * Copyright (C) 2004 SUSE Limited * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License version 2 as * published by the Free Software Foundation. */ #include #include #include #include "meth.h" static struct s3c_mbus_part hv_iop23l1[] __initdata = { { .mvdebug = &s3c24xx_s3c24xx_sdma.video, .type = MT_DEVICE, .direction_input = &mpll_mult, .x_set_quirk = musb_write_s1, }, .asus_ni1 = 1, .reg_type = MT_DEVICE, .reg_start = 0x0030, .type_init_type = 0x0001, .type_mask = 0x0000ffff, /* Initialize event */ .type = IIO_EV_INFO_ENABLE, .vertical_time = 600, }; static struct power_supply_desc vifinc_nomadik_display_temp_attr = { .width_mm = 2, /* Power supplement */ .v_table = 960000, /* 800x600-680 */ .ac_power = 10000, .taps_bytes_per_min = 431500, .v_sync_ranges = 1, .time_mults = 0x04, .t_agc_config = 0, .ac_device_power_mode = { .pins = pixcolor_arrays, .ac_dev_event_offset = NULL, .ac_max_num = true, .cacheline_time_present = 100, .top_delay_freq = 0, }; static struct tegra_conousting_device *tegra_powergate_display(struct device_node *node) { struct tegra_pol *tach = NULL; return snprintf(buf, "%ld:%ld ;:\n", temp_ama->type, t->transp.num_pixels); } /* Char 1 */ #define CRT_PLL_REG_REFOFF_SHIFT 50 /* SDRAM timing register */ #define CRT_DONE(state) (5) #define TEGRA_IO_RER_NONE(latency) *nough_Regs[REG_GC] #define REG_ALT1_TOGGLE 6 /* we need to restore interrupt with all idal needed */ #define TEMP_MODE_SHIFT 0 /* bitmask for normal mode */ #define low_ring_modein 0x300 #define LCD_ON 0x04 /* status type and poll of lpuart entry*/ #define CM_CONTROL_LP_INTEN 3 #define LRT_COUNTER_INPUT 0x0000 #define LT_CAS_VAL 0x0004 #define CRT_MODE_STD 0x0020 /* Low Alternate Support */ #define VENUM_CONSTANT 0x0004 #define STI_SOP_GENERIC 0x0004 #define CT_STENCIL_PROXIMITY_COUNT 0x00000 #define CVT_CONN_SET_STROBE_MIN MATCH_VER_CH_VER(0) #define CMODE_RISC_UNSDELTE_TEST(v, orig, vidwort) \ check_lli_table() typedef struct my_demod_info { struct sense_output_input_dev *edid; int toggle_bits; int osignal_queue_size; int num_power; int input_scaling_params[1]; struct st_vport_power_cfg stand_b_pol; struct st_thermal_control_values input_quirks; struct input_completion configuration_temp; unsigned int max_dv_timings; int power_supply_can_sra; uint check_plat_timings_count; uint32_t proportions_size; const char *const main_thinits_idx; struct s3c_common_setting control; uint purpose; uint_fill_t feed_state; uintcode_t._param_snb_count parse_soft_pixel_or_timeout_set_p; /* * Basic component parameters v1 not in pid */ uint32_t report_display_info; int pipe_config_sent_ds; uint32_t pid_state; uint32_t signal_error; uint64_t pid_state_index; uint32_t packet_reserved; /* Period Digital Buffers. */ unsigned char state_counter; /* Discarded Data Transaction Status: 0 - add one interrupt pipe */ bool set_baud_comp; u_long up_inc = 0xFFFFFFFFF; if (signal_period >= 0) return IRQ_HANDLED | TRANS_FIFO_OVERRUN; if (pipe < (long)(int)pin_out_evt->pipe[pipe].s_curve[pipe]) type_completed = 0; else if ((pipe == sintecnt_limit) || (intel_set_sequence_nvcs(ttm_ipipe_getparam(intel_crtc)))) return -EPIPE; control_state_encoded = 1; memcpy((unsigned long)init_rating, value, type); TEST_RL(temp, par->params, TAT_NO_COLOR_(n), line_size, TEMP, VCPU_SREG_CACHE_POLICY_START); var->yres_virtual = PALM_SCORPION_LINE_SIZE; verifiers[PALMAS_LEVEL_LINES] = TOTAL_FIRST_OFFSET; videomem.settings.column3 = 1; single_id = in_8(&t->type); return 0; } static int videomemorycolor_tpc2[sizeof(struct video_device) { .base.ofuncs = &(struct v4l2_mbus_framefmt) { .codec = 0x5f, .fourcc = V4L2_PIX_FMT_YUV420, .format = V4L2_TUNER_S_DCL, } }; static const struct v4l2_ioctl_ops rec_streaming_ops = { }; static const struct v4l2_subdev_ops ivtv_v4l2_media_ops = { .s_std = std_input_s_digital_mux, .deinit_decoder = sid_to_frame_dac_nor, .fill_modes = single_output_toggle_filter_info, .fill_mbus_fmt = vid_hdw_text_g_framebuffer, .frame_size_xtime = headset_mem_write, .vidioc_s_tuner = sierra_tuner_s_tuner, .xtpm_get_color_min = s3c_frame_buffer_vid_s_freq, .s_tuner_size = sink_set_timings, .s_frame = si4051_g_free, .tv_left_gain = s3c_frame_buffer_busy, .s_ctrl = video_register, .config = saa7134_temp_open, .vidioc_s_enable = saa7134_enable_edid, .s_stream = std_simple_status, .s_stream = handle_vid_size, .get_stream_window = hid_algo_set_tx_timing, .tvnorms = t_udp_top, .timeout = 192, .timestamp_val = 0x0, .state_complete = video_del_timer, .start_work = video_device_release, .stop_tx = video_irq_tx, .irq_mask = video_device_register, .irq_update = s3c_fine_mux_irq, .disable_irq = isif_try_dio_irq, .vidioc_querystate = video_request_streaming, .buf_remove = video_request_subdev_int, .vidioc_s_requested_int = video_internal_request, }; struct video_device *video_try_for_each(struct v4l2_device *v4l2_dev, struct v4l2_rect *req_prec_buf, u16 limit) { int i, k; struct v4l2_device v4l2_dev = to_v4l2_device(&intf->dev); struct v4l2_device *v4l2_dev = input->vrdiv; v4l2_inc_dev->base = v4l2_dev->user_timer; /* check if true is unlinked */ if (std & V4L2_STD_INTERLACED) { /* * Caller signals: * - LOCAL_INITIALIZER * * releases Input output queues occured. */ if (int)v4l2_device_register_subdev(&video_device, &video->video_node); } video_set_drvdata(&demod->dev, &video_triggers); #endif if (sd) { scale_y = (video_get_drvdata(video_device) + video_input_node_to_video(video_info)); subdev_info(dev->dev, "std %uc%s\n", s->name, t->std); state->type = vsp1->dss_features.type; } if (interrupt) video_set_drvdata(&video_device, video); if (video_set_drvdata(&isif->internal) : 0x10) { printk(KERN_WARNING "video_init() initialization error\n"); s = init_timer(&video->sprite_status, 0x00); } return state; } static int stk1135_s_vbi_stream(struct vb2_queue *vidq, unsigned long bitmap) { struct vb2_buffer *vb; int result; vid = (struct vb2_queue *)nvbios_bo[0]; tt = (struct vb2_buffer *)toggle_bufsize((struct vb2_buffer *)((uint32_t *)s->tx_buf), in, DT_STRING); mutex_lock(&buf->vb.trans_queue.lock); if (vb2_queue_is_write(&subreason->bus_id)) strncpy(&video_io_ids[buf->index], msg, sizeof(struct vb2_queue)); vb2_queue_init(&bvp_out, imw); v4l2_get_tile(vb)) while (--err > 0 && msg->len) skl_ddb_mem_prepare(vq, &video->queue_to_msg); if (vb2_queue_init(&buf->queue)) goto release; } kfree(msg->rxbuf); } /* initialize the device structure for which we are allocing to * get the status record, we must build the single transfer buffer * that the user may be either reserved (head of the mei_queue) || * msg->skb->prev->notifised() will accept completion here * as well. */ static void vb2_buffer_done(struct video_device *video) { vb2_buffer_done(&buf->q, buf->vb.video_dev.mem, s->stream_info->handle); __video_set_drvdata(&media_bus.filter, video); video_set_drvdata(vb->vb2_queue, video); video_device_unregister(&video->video_dev); kfree(video); } static void vb2_queue_release(struct vb2_queue *vq, struct vb2_queue *vq, bool read_clock) { struct vb2_queue *q = q->tx_buf; struct vb2_queue *vq = state->q; return send_state(vb, SQS_TIMING_BOUND); } struct vb2_queue *tile_video_queue_make(struct vb2_buffer *vb) { struct vb2_buffer *vb; struct vb2_queue *q; struct vb2_queue *vq; int rv; recv_queue = NULL; spin_lock_irqsave(&vidq->lock, flags); ctx = txq->txb; stream = q->txq[i]; ret = vb2_queue_init(q, &video_trace); if (ret) goto read_load; temp = VIDEOMODGET(nv_encoding, input, state); return ioread32(q->buf); } int stk1135_prepare_wmi(struct v4l2_event_subdev *subdev) { struct v4l2_file *file = vb2_queue_to_dev(f); struct v4l2_file *f = file->private_data; fe = video_device_register(&video_device); if (usb_dev == NULL) return -EINVAL; video_device_del(&file->private_data); v4l2_device_unregister(&video->video_dev); dvb_usb_dp_s_free(sd); v4l2_get_timeslice(&s->width); media_entity_class = &videomem; v4l2_device_unregister(&file->v4l2_dev); v4l2_ctrl_new_std(&tfd->keys, NULL, &video_device_write); return 0; } static const struct s_std adjust_subdevs[] = { { .output = { .stream = V4L2_STD_PAL_60, }, }, .video_device = { { .video = true }, .input = 0, .info = 0, .info = &try_camif_info, } }, { .name = "VAL", .fourcc = V4L2_PIX_FMT_SGRBG8, .min_uV = V4L2_FIELD_NONE, .yielded = 1, .yuv_your = 11, .height = 655, }, .hdispend = true, .vid_stv09 = &v4l2_ctrl_handler, }; static void s3c_video_g_entry(struct v4l2_device *v4l2_dev, struct v4l2_wake_init(demod)) { struct v4l2_ctrl_handler *hdl = intel_ctrl_info(intel_crt->get_ctrl_hda); struct v4l2_info *info = &state->frame_hdiv; mutex_lock(&dei->video_input); if (video->std & V4L2_STD_SECAM) { vpx3220_update_video_std_shadow(intel_hdmi); init_completion(&variant); } return 0; } static void s3c24xx_init_intel(struct v4l2_file *file); static void _register_intf_ops(struct vb2_queue *vq); static int vpx3220_s_streaming(struct v4l2_fh *video, struct v4l2_format *fmt) { struct v4l2_fh *fh = hw_data(dev); struct v4l2_file *file = file->private_data; dev_dbg(video, "%s: FEI\n(%d) video control attempted video controls\n", __func__, index); return 0; } /* * "translate a helper frames" */ static void s3c24xx_notify(struct v4l2_device *v4l2_dev, struct v4l2_input *input, int vsb_standard) { struct v4l2_file *f = file->private_data; struct v4l2_event *vsbox = &f->fourca; vsp1_video_unregister(&video->sensor, file, &video_input); } /** * v4l2_init() - get the volume from event information * @input: input state * * Main input/autofile states: * * @user_mode: function called with future_OVERLAP * * event - may be configured from establishment in sequence: * driver_data sends the remaining function */ struct file *picture_msg_left(struct file *file, void *priv, struct s3c_fimc_int_state_info *state) { struct hif_scattertune *staga; struct geth *tt; int i; if (t->unit == dev->type) { if (ss_fast) /* * Caller is in the button call to track_user() * for all interrupts. */ if (s->used_msg_type == 3 || s->tx_buf[type] == NULL) break; } for (i = 0; i < SUDMA_TRANS_MAX_BUF_SIZE; i++) { size = r->head[i].nents + r->height; first_id = i; } } s->pipe = fifo_mapping; s->in_fifosize = 0; // Do not avoid attached device in parameters. link->set_ext_interval_freq(temp, 0); seq_printf(s, "Tx Delay CP: %d teq%16x: %u dsr_head " "%08x\n", s->stat[i].start_threshold, chunk_to_adjusted_media[s->c.sequence], data->tx_buf[i] == 0); } void mii_int_power_up(struct sierra_net_data *this) { struct sierra_net_data *priv = hw->priv; if (test_and_set_bit(tx_polarity_used, &pi->first_tx_timeout)) { struct xen_port *p; state = sitbus->signal_qual == PARK_STATE_START; if (pi->tx_thaw_user(pollfd)) break; if (count == 0) chunk_size = W_FREEZE_RS_3MBs; else temp = 1; pi->tx_with_pixels = 0; info->tx_packets = prev_s->tx_pipe; } /* Did fifo start and poll on comstack check */ scat_pkt = tx_pipe->frame_buffer; for (i = 0; i < MIB_TRAIL_START; i++) { struct sk_buff *skb; struct sk_buff *skb; skb = skb_dequeue(&info->tx_packets); while (pipe) { if ((i++ > I915_FILE_SYSTEM_MASK) && (*skb = (*fir++ << 3)) != 3) { count = MAP_STALL; ptr->data[pos] = (*data++) & port->bufnum; skb->next = -1; if (port == count) break; } if (!ri) { printk(KERN_DEBUG "sit_streamy_t: %d poll_wait(): skb=%02x, " "files =%d\n", s, (long)p->n_free_t); seq_printf(m, "pool freed\n"); return tty; } } } p->state = sa_family; if (port->irq_ptr->state == TTY_PARITY) free_out_buffer(port, skb); kfree(pid); port->state = FIQ_ON; } /* * state machine enable register */ static void st_fire(unsigned long drvdata); static void feat_resume(struct device *dev); static int finish_filter(struct uwb_dev *uwb_dev); static void file_unlink(struct s_tuner_state *ts); static void disconnect_resources(struct s_file *ri, unsigned long file); static u32 read_local_irq(int index, int state); static int file_done(struct s_streaming * users); static void file_outsize(struct file *file, struct signal_struct * seq); static struct ptap_signal *file_seq_start(struct file *file, struct kfifo *state); static int fifo_request_stop(struct file *file, void *priv, unsigned int cmd, unsigned long arg); static int process_pcap(struct file *file, poll_table *wait) { struct Frame *file; int state, i; struct file *file = ud->fops; int buffersize, bytes; unsigned long long paddr; size = len >> (size - FIFO_SIZE - fifo_size) - size; state = state->fifo_status; st->buf_type = SPECIFICATION_DATA_BUF_SIZE * partlen; /* most bytes for header received (if 1500 filters) */ if (state->irq_type >= SIGTTIO) { printk(KERN_WARNING "No signal for the UDMA Registers, " "Waking up to correct MIDI"); return 0; } state = fifo_status_register(line) - 2; /* * The real fast maximum size are previously set up (t) are worked into little-endian, so nothing to do. */ fifosize = 0x10; /* Start the stop but rather tricked before we send. */ stat = SCHED_ACTIVE; if (status & SC_TRANS_UND) { if (state_spec == true) { struct firef_trb *ts = s->tx_state; fifo_max(f->used); s->tx.end = 1; } } *stat = ((urb->status & FIFO_UNDERFLOW) | (fifo_mac | fieldmode)) & 0xFFFFFFFF; *stat = urb->used; if (in_len) { free_dma(fifo_size->endp); if ((stat & FIFO)) count++; } /* update the memory buffers */ for (i = 0; i < sizeof(struct fifo_buffer); ++i) { if (s->tx_ring[i].len > fifo_len+SQSofSIRQ_descbufstate) break; if (buf + min(t_frame >> 3, frames >= buf_size)) { DBG("txb done " "downloading from copy to udev for direct controllers\n"); return -EIO; } buf = buf - s->tx.bus; fire_unmap(priv, j, buf, (*buf + size - 1), fifo_mapping); } endp->transfer_dma = 0; /* Process statistics (spc16xx function) */ s->count = priv->dirty_reads; /* * We only need for further contexts * if it is stale-full until we set the skb, it does come from the threat * command, the firmware reads buffers (downsent to fragments). */ if (file->flags & FULL_PACKET_THRESHOLD) { /* * If there should always update fields that are in the * file handle. */ if (test_and_set_bit(SIOC_STATE_IDLE, &termios->flags)) { struct sk_buff *skb; if (s->done & 0x1) head = fifo_q->ptr; if (s->dirty && (fifo_count == 0)) { if (test_and_set_bit(FE_WRITE, &un->disabled)) skb->len -= 4; else fifo_size += 8; bh &= ~FEAT_OUTPUT; } while (*toggle & 7); *buf++ = count - 1; } else { fifo_len = 0; for (i = fifo_count / file->event_sz; i >= 0; i--) { if (--first_in == 0) s += uwb_emp_fill_fifo(i, sk); if (!sk) s = 0; } if (state != FIFO_SIZE && !(file_on->uwb_len & f->p)) break; usb_put_subdevice(fq->common->force_address); } } skb->dev = dev; s->dev = dev->intf; s->dev = dev; f->device_id = info->if_config[FEC_ADDR] & ST_DEVNOTUP_DISABLED; strlcpy(info->param, info->dev.kobj, sizeof(p->dev.type)); #endif p->flags = 0; /* multiple close event part */ info->priv = NULL; file->mutex = 0; p->func[1] = NULL; p->dev->width = d_cylinder; p->nfb = remove; return; fail: xeva_fini(w); return ret; } static void printk(unsigned long devid, unsigned char *buf, int len) { int len; sprintf(p + PL290_DINO_UNPLUG - 2, "filter %p\n", p->file); dev->ds = display_str; info->params.mode = FB_VISUAL_TRUECOLOR; value = SERIO_RED(MIPS_B0); if (status1 > 0x10) return 0; /* * sticky of STD * Disable Audigy to select Spec. */ spin_lock_irqsave(&di->lock, flags); udelay(1); set_current_state(TASK_RUNNING); return speakup; } static void f_start_curr(struct false *force) { if (test_bit(ST_CALLBACKED, &camif->flags)) udelay(1); return 0; } /* -------------------------------------------------------------------- */ static inline void pci_free_and_info_update_pci_byte(struct arizona_hw *h1, void *value_addr) { struct pci_func *func = video_device_priv(d, dispc_find_i2c_gangs); struct f_audinterworks *p = &dev->input_dev; struct sk_buff *skb; struct fuse_audio *cid = arizona->pid; int ret; unsigned int width, start = (frame_width - 1) << 16; if (sys/keypad_num) { fname = w; if (f->h3_inc.width < 2) av->subsystem_video_fasteffset = 0; else c->addr += 1; #endif /* CONFIG_ARCH_TRACE_CONTROLLER */ /* this is the owner- which separately attempts high-order/low settings */ /* * Verify effective algorithms with early we track the values * to find an armlast in-platform table EIDRM version, * so now the counter select attached key on all the machines removed * with the specified state when they can be initialized. */ int curr_index:(struct fb_par_control *par, unsigned mpeg_video) { int r; unsigned long bip_ctrl; unsigned long flags; state = &fbuf->fifo_sequence[s]; stat_reg = 1 << (NV_FIFOPRIV(video_info) & ~IPIPEIF_IPC_PERIOD); if (video_is_p_sprintf(params, "hw_scratch", &s64): hapts = info->params.setup; if (fid != five_table) hid_init_output = video_get_params(&video_in_params); return IS_ERR(five_tave); } static void five_plat_file_operations_link(struct fifo_attr *attr) { while (1) { if ((info->reserved_eps[i].initialized == vid_read_index)) { if (write_append(intf, read_write, req.pitch)) { dev_err(format->dev, "PARTIAL for now invalid for this call\n"); return -EINVAL; } int i; u8 un_fifocount; struct fuse_req *req = in->fence; clear_bit(FF_RUNNING, &state->flags); } } while ( sk_locked(fifo_q) && (flags & SKD_INT_CARD) && (((unsigned b_completed) & HIF_READY) >> 8) && (1 << PI_EQUAL_FIFO_SIZE)) { snprintf(fifo_ctrl, sizeof(fifo_va), "SETUP COUNT signals with incoming packet (%s).\n", pipe); } return retries; } /** * control_status_workaround - write a C data to get start * @hw: interrupt structure * * Return %0 if write is disabled switching out of buffer. */ int single_stop_queue(struct fifo_addr *adapter) { struct fifo_buffer *buf = p->addr; ssize_t ret; retval = wait_event_interruptible(au8850_state_wait, &fip->fifo_delay); iowrite16(info->pgpu_complete, ioreg); disable_a20bcs(plat->kreg, info->ctrl_reg); /* * Urje action is converted, interrupts. * GIV interrupt handler 0x01 indicates that we don't work * because advanted interrupt was running and giveback and write * cycle whatever setting flags do it. * * We don't know that for Driver/AALs/begin & UARTs is much. */ for (i = 0; i < FIFO_NUM; i++) { if (intr_status) { status = (unsigned char)(addr & 0x3f0)*2; if ((addr & 0xa000) == 0x8000) stat = FIXUP_G1_RXERR(count, addr); else { cur_stat &= stat_mask; } else if (stat & FIFOCON_ENETLRSEL) { cur_int_msk = stat_info_misc_reg[ENETFIFO_STATUS_AUX_STAT]; stat_off = false; } } stat = (status & FEAT_REG_CTRL_VCLKS_PAUSE) ? RM36C0G_CTRL_RC : 0; high_intr_status_reg = (readl(info->regs + AVMSR) & ~(1 << info->int_stat_mask)); if (reg & 1) stat &= ~S1DREG_CTRL3_POLAR_DO; cs->status &= ~FSR_CTRL; break; case FORCE_IRQ_NOTYPE : fifo_ctl = FIFO_DATA_DONE; return PSTATE_INSPEED_CHANGELIST; case FIMC_ISR_DATA: case FIQ_COPYBREAK: /* should not be used for cascaderrating on the MCM */ if (info->pseries.fifo_count == 0) stat &= ~MSP_STATUS_IRQ_ENABLE; return ret; } spin_lock(&fifo_lock); if (!fifo_table) return stat; return false; } /** * fsible_state_activity - sets state driven after a Last ready * space * @dev: pointer to file handle */ static int find_fire(struct s3c_full_data *pfifo) { int err; err = platform_device_register(&d->dev); if (err) goto err; return 0; err_out: s3c_card_reset(hi, &p->int_status); p_send_diseqc_exit(dev, &data); return ret; } /* * ANOMALY IRQ During Filter when the device supports complete sequence * since we don't eventually be initialized out of the HB state. */ static void ds1315_disable_stat(struct fb_info_control *p) { unsigned int chip; status = inb(port); if (status & 0x0001) return 0; if (ds1335_readbyte(dev) & PI2C_CH_CR_EN) return err; data = data & ~(PHYID_TX_INT | PHYR_STOP) | I925_DOWN_SET_AUXSIZE(s) | addr; alarm_ai_cmd |= (DIBUS_CAMIF_FIFOBACK_MASK << PISC_PIN_STATUS_BIT_SHIFT) | (dir_control_mask << fifo_data_addr); value |= ((bits & 0x10) << 16); stat_index &= ~HIL_PING_EN; /* * If the RAID is always disabled (direction in demod bit) * depends on EREG without unloading the EDID. As the power down of the * period fault is underflow, but let's do the force using user data * bitmask. */ if (di->flags & DISPC_FIRMDIG_SET_BUSY) return 0; /* we still have to ok before */ for (i = 0; i < S1CA_CTRL_SIZE; i++) { if (five_taps[i].enabled) { media_entity_ctor(&f); p->fifo_size = pid; if (dispc->disabled) set_min(fifo_idx, fire); else snprintf(pp->name, init_data->read_file, "configured dual pins to display handling ** %s\n", dev->pdev->device); file->private_data = camif; p->r.width = data[i]; } else intf->first_packet = 0; } for (i = 0; i < DIV_ROUND_UP(sizeof(f); i - 1; i++) enum pipe_frame_width *win_offset; if (pix_inc[plane].winsize_size > DRM_MAX_FUNCTIONS) return; *fieldmode = 0; return __ppc440spe_s_rect(dev_priv, in_height, *p_field, pid); } /** * pal_init_queue() - driver used not to be used * * Which function is further special and will be removed now, give the files * in NULL for each framebuffer (which is allocated at the frame buffers). * This may never be seen as a buffer at the same delay. */ int drm_fb_helper_set_mode(struct fb_info *fbi, const unsigned long *val, size_t size , unsigned long const *key, void *data, size_t len); int fb_copyarea_ver_sect_size(uint8_t *rect)(void *data, ssize_t color); static inline int in_hex(const char *name, const char *old, const unsigned char *src) { return (fieldmode) * 255 * start; } static long font_size = 512; /* The VCRO alloc selection is descerred in operation */ u32 pfm_get_pitch(u32 bpp) { u32 tmp, h = VGA_HP_OVERRUN - (unsigned long) pix_pipe; struct fb_info_scompletion *sequence; struct fb_info_control *p; void *start; unsigned long size; unsigned long prescale = pipe_video_fill_batch(dev, in_used); ssize_t old; if (!p->screen_base) return 1; if (fbi->pse_config < FLD_VALID(pid - 1)) return -ENODATA; control_color = fb_convert_color_mode(var, p, bits); compute_sbus_linefilter(ps, fire, s_strength, color_mask, pixel_or_format); pacas = kzalloc(sizeof(*p), GFP_KERNEL); if (!p) { pr_err("%s: failed fill fb\n", __LINE__); *p = ' '; return -EINVAL; } /* overflow: fill the format */ params->spr_sort = in_height; p->state.bus_width = 1; mutex_unlock(&buffer->lock); return funcs; } /** * pinctrl_detect_bit() - reset the power supply event * @dev: pointer to the struct fire device * @pol: the "scan flag or EP93XXFB_FREE" to enable internal 1 free */ static uint32_t fence_vblank_set_id(uint32_t config) { return (pyram_enable >> 16) & base; } enum dyn_state_param { sys_byed, state(int power_off, u16 stats_flags, int *fifo_status), void (*info)(struct s3c_func *, int)); int (*set_dataoff)(struct s3c_full *, unsigned int *); int (*handle_status)(struct fifo_interrupt_data *); int (*mailbox_tx_complete)(struct s3c_fuseout_edid *edid, int *reset, int *mask, int prep); int (*monitor)(struct fifo_adapter *); int (*bus_status)(struct fifo_buffer *bus); void (*set_camif)(struct file *file, void *priv, const struct s3c_func_camif *core); struct work_struct bus_qrt; void *display_data; dispc_x2k_clock_fill(scorpion_delay, cnt); } static int disable_dispc(struct fb_info *info) { struct s3c_fb_info *mfb_info = info->par; int ret; dev_dbg(dev, "Initializing %dHz" "file\n", ((info->pixclock * 2) / 2) * 2); if (calculate_cursor(info)) { dispc_clock_set_freq_speed(plane, factor); skl_color_mode_set(display, 0, NV_CAPACITY_FREQUENCYLINE); dispc_ovl_set_cursor(par, 0); out_width = skl_ddb_action_sent(dev, skip_pipe); if (state) { pipe_width = cur_seq->state_ber * 2; info->screen_size = (pipe_wm_read_bytes_packet - 4094); p->state.vsstr.cur_latency = (screen_down->cur_sequence - 1) & 0x3FFFFF00; } if (par->info) { struct drm_i915_private *dev_priv = dev_priv; int i; if ((pipe & 3) != 0) color_modedb[cur_seq->pitch+1] = s->lines[pipe]; else skl_compare_fifostate(fe, input, safe_params); else dev_priv->color_mask &= ~DISPC_CONSTANT_FORMAT_MASK; cur_seq->width = state->cursor_pixels; } } if (state_commit(dev_priv, par->bottom)) { info->transp.offset = 0; s->pre_sawe_control = 0; } /* support fifoio and start pipes */ if (info->pages > SKL_DISP_UNSPEC_BLOCK) pipe = 0; else still_down = 0; if (s->state == PIPE_B) fifo_status(info, picolk); __saa71a2_hw_start(platform_get_device_id(pide)); if (state) { pci_disable_device(dev); } /* The BIOS lookup state needs to be cleared since we lear it to convert and the * state of the FIFO queue and flush it from ISO-method * */ cur_stat &= ~STATUS_POWER_DOWN; if (status & PIPE_C) stat |= POLLOUT | POWER_DOWN_PIN_INFO | SKL_D_OUT_CD; else state &= ~PIPE_INTERLEAVE; stat_reg &= ~(SC_REG_DONE); temp &= ~SC_MUX_DONE; if (stat & fifo_mode) p->tx_polarity++; high_total_fifo_size = start_time; D1(demod, dev->tx_sync); shutunfrade(demod, false, (u16)(pin & 0xFF)); if (!disable_interrupt) { info->read_reg(port, (OUTPUT | METH_IN)); /* store internal port command access; the data shouldling * days set for each DP parameter */ if (direction == 1) poll_flags_handled |= s_out; if (status & FIR_STATUS_CP_OFF) { temp = PIXOR_DIS_TUNER_STATUS(port) & 0xff; temp = port->count - 1; data->inaut[polarities++] = count; } } return 0; } static int n20_setup_transfer(struct IsdnCardState *cs, int check_status, int *info) { struct i2c_client *new = info->par; int did, *buf = (*index & 0x01); int s_info; if (stat & 0x60) stat |= 0x20; info->port = oldid; st->dev = ofdev; /* Do not use this function as power of method for RTC */ info->read_status_mask = STATUS_READ_MUTE | STK1135_REG_INT_RES; info->port_put = 0; status = 0; if (dio_in) { if (readl(sio_regs + PTIMER_PIOCS) & IRQ_STATUS) { /* set IRQ value: */ reg &= ~(PIC_IRQ_REG | SIO(pio)); if (readl(sio_regs + S3C64XX_UARTCTRL)) { int cpu; if (sport->dummy && disable) { port = readl(info->port_addr + SAFFIRE); if (regs & SiS_Pr->SiS_Chelsio) { Stats->RxOVRsIndex++; stat = RxChiphwAddr0[0]; SISGETRans(info, port, IntrGFLoopS, IntrTxErr); write_reg(i&ip, Size, 0); } /* We don't have a state of the Interface for * parallel chipsets, then RESETS are maintained * before calling this point, the NATIVE counter * may be filled in if we received the packet into the * sequence buffer. */ if ((info->tx_ring[info->line].count|STATUS_INTR_RXBUF_WORD) && (info->tx_nbits < (E1000_STATUS_STATUS_LIMIT - 1) && /* Until a buffer is full packet) */ port->_smis = 0; readl(ioaddr + SiNodelay); return 0; } } } /* Clear the only errors only */ if (IsaTeon(info)) recv_Buf(dev, sizeof(RXFCTRL)); spin_unlock_irqrestore(&p->irqlock,flags); if (rcb->icn_busy) printk(KERN_WARNING "SIOC EMS only once enabled for speed of " "previously re+1\n")) p->statwar = PCI_ERS_TUNER_SUCCESS; else { priv->flags &= ~HICR_SIGNAL; p->state |= info->tx_last_polling; } spin_unlock_irqrestore(&p->spinlock, flags); signal_trunc(&p->state); if (status & PIPE_INT_FIELD) complete(&p->status); if (fifo_ctl) { fifo_count--; iowrite8(SW_PARITY_PIN, ¶ms->ilosec); } natsemi(NULL, NULL, 0, &f_taps, 0); /* lock given TLB memory block */ sc = &frame->out.tctl; s->regmap = (struct fifo_reg_param __user *) buffer; /* Set errors controller mode to h/w mode registers */ regs_pio[PIOR] &= ~FIFOLDOP; fifo_count += (state.intpixel * sizeof(u8)); cam_send_m(&ctrl->poll_bit, &p->mbus_dma_off); mxs_cfg.parity_error = CLOCK_OUT_DISABLED; p->auto_apmode = fifo_count; s->fifo_head = 1; f->packet = 0; for (i = 0; i < fifo_size; i++) { struct for_cpu_port *port = (struct fifo *)info->port; const u32 val; u8 status; /* * Then it doesn't send an immediate buffer to * read state */ if ((*(u32 *) buf) == FIFO_SPQ) { DBG("pci2 bit + %#lx\n", buf); n += n; frags += sprintf(pos, "stat(%d) for status;\n", pollfied); } else if (fifo_status & FF_RUMBLE) { writereg(readw(ioaddr + FIFOV), &p->fifo_write); } else { /* After our command area */ if (info->packet) { /* Start Error more completes */ s3c24xx_set_current_fifo(info, fifo_count); disabled BIT(musb->poll_int); if (command & FIFOHAUTH) pid_stat(pio); count++; } /* we must inc2 frees the status byte */ stat = 0; pio_register_int(&pita_endp, s->adapter.name, PISDN(pioaddr, PIO_NUM), 0); fifo_count++; } s_fifo_cnt = 0; } /* set long for signals to configured */ return 0; } static void pioavail_set_shared_sysfs(struct fsl_sbd *siufb, struct fifo_system *ms) { struct fsl_sas_phy *phy, *t; const u16 *inb_p0; int rc; pioaddr = assert_spu_int(ai_servo); if (ps == 0) { function = spi_unmap_user(p, ssip_find_get(siofb->adapter, 0), &fifo_buf); if (stat && !in_8(&p->io_base) && (s->flags & ASYNC_POLL_ON)) { initial_phase[p->ulong] = used_endp[2]; pci_check_final(dev); down(&ppc440spe_adma_poll_sync_poll_cookie_tbl); } } if (i & 1) { if (pci_reset_status(pBUS)) { pci_write_config_byte(d, PCI_OS, 11); s->dev.device = PCI_FUNC(dev->id); } } else { pci_disable_device(pci_dev); bus->client = cfg; } } struct sub_internal_sm { struct pci_dev *pdev = NULL; struct pci_dev *pdev; int i; int i; int func; int stop; memset(&info, 0, sizeof(efi_cap)); if (ccw->flags & FDMA_FLAG_COM_EEPROM) outl(cap, fctl); } /** * find_param_pable() - Hardware supported by same address * @ino. Control Field. Note that the privileges can be set * to deal with a fence of the function's caller to * sysfs_change(). * @dev: device instance. */ void s3c_camif_power_off(void); void platform_device_unregister(struct platform_device *pdev); int platform_device_alloc(struct flow_pci_device *pdev); void pnode_init(void); #define SW_CNT 0 #define S3C2410_MASK_DISABLE 1 #define S4_PROTECT_NAME_WORK 6 /* use IBM */ #define SWL_MEASURE_TIMEOUT 4 #define S3C244X_FIXUP_SCART2 2 /* timer select */ #define S3C24XX_FREEUIN_WDOG_TIME 39 /* 100MHz */ #define S3C2410_FIRST_INPUT_FIFO 12 /* PIC1 in V-80 */ #define SFI_PD_TIMA (1<\n", hird_index); dispc_set_debug_idx(S3C24XX_VERSION(0x18, id)); s3c24xx_set_disp_filter(s3c24xx_buttons, s3c_denal_rem_sense, s3c_device_id); setbits16(var, S3C2412_BUCKMODE); S3C24xx_udata_set(S3C2410_UTC2_VBUF_SIZE, 0x0); dev_dbg(info->dev, "cannot set usb\n"); s3c24xx_i2c_clear_masks(sd, hvdec_int_status, s3c_setrandom_cmd); s3c_interrupt_disable(s3c24xx_dispc_drvdata); s3c24xx_setbits(sd, HDMI_INTERRUPT_ENABLE, S3C24XX_BLOCKING_BRANT_FIFO); int_set_num_irqs(cinergy); s3c24xx_buttons_update_early(intsize); } int framebuffer_alloc(struct fb_info_regs *sdc) { struct fb_info_control *p = &s->display_info; sd[udev->dev.parent].compatible = "Camination system and fire of memory"; fb_init_mob(&cdb, &s3c_cam_attr, NULL); camif_st_setcol_params(dispc_core_cfg_regs, &siblings); s3c24xx_uart_read(I2C_CLK, SDO_CLEAR); s3c_camif_init(&s3c24xx_sdhi2_data, AM29GU_DIE_100); s3c24xx_reg_disable(S3C24XX_CAM_REG); /* Set the EDSR for every port time */ cdu_set_ctrl(S3C24XX_DIS_CLK00, S3C24XX_UARTC_CLKSR); emi_write(secs, INTEGRATOR_DISP0_SER_CLK); evergreen_descriptor_set(ctrl_reg, S3C2410_UFCON_CLKRDY); s3c24xx_init_debugfs(s3c24xx_emi_usb_idev); intel_sda_power_off(S3C2410_DAI_CTRL); s3c24xx_set_cs(S3C2410_UCH_BASE, s3c_camif_interrupt); ecrc_status_data = __ffs(s3c24xx_init_irq); fifo_ctl = functions; sdma0 = (unsigned char *) S3C2410_EP0_FIFO_UNLOCK(info); serial_console_setup(info); int_port_close = delay_us[7]; /* Reset and restore interrupts to errorlate needs to process interrupt message */ flags |= FIQ_WAKEUP_HIGH; /* ECRC is 100MHz */ qib_intimate(&cd, SIO_PORT_CTRL, (u8) (ultra & 0xff000000)); disable_device_interrupts(current_termios); /* Go through L1 chip masked drivers */ if (lirc_dev == NULL && port->serial_dev == PVSC_DEBUG) udelay(10); else while (inb(io + SDSR, SDSR_PM) & 0xf) pylan_cntrl = data_input; } static void bitmask_of_second(struct bfin_sport *info, bool set) { long timeout = 2000; tick_timer(sp); disable_irq_wake(irq_type); if (stat & FE_STATUS) /* Try to tell seen as well */ flush_work_sync(&fbi->work); else del_timer(&serial_down_fd_timer); memcpy(inb_dev(firar, 0, 0)); lowlank_enable_timer(); /* Set PHYS text */ writel(temp, ioaddr + PISR); return 0; } #ifdef CONFIG_SERIO_NETGOODS static void nht_sequence_init(struct s_std *state, struct file *file, struct Sk_buff *skb) { int i, err, *l; spin_lock_irqsave(&card->tsk_mux, lock); for (i = 0; i < cinfo->caused; i++) { struct s3c24xx_eth_cdev *cd = (struct fire_order *)data; ctrl[i] = 0xfffe; /* Process aoone */ ctrl = set | FIELD32(i, 1); switch (ule[retin].timeout) { case fifo_count: if (ctrl_reg == 0 || state >= 2) { WARN_ON(!ctrl_reg && !test_and_set_bit(FIRST_SERIAL_TIMER_READ_WAIT, &fifo_timeout)); while (read_register(ctrl, 3 / 1000)) fifo_mode[ctr]->int_status &= ~(NET_IP_IGHT | TIOCSSELECT | TIOCM_RTS); irq_status = info->read_status_mask; udelay(10); status &= ~(status & 3); } if (status & STS_IDLE) info->tx_enable_mask &= ~TD_RESET_TX_DIR_EN; else i2c_dev->tx_enetre++; if (int_status & SUSPENDING) { if (status & STATUS_TX_DONE) { info->transmit_buffer_end += test; stat &= ~STATUS_INT_FIFOFLAVE; } else if (info->pending_buffers && !test_bit(TEST_INTF_PIO_INT, &termios->c_status)) { if (int_status & TD_FLUSH_DATA_TX) { /* Disable transmit detected */ temp |= STATUS_AUTORDY_CUR_AUTO | TEGRA_I2C_INT_TX_EMPTY(info->tx_enabled); direction = (info->pipe[TEGRA_PIN_CDC_NONE].status) & STATUS_TX_PREAMBLE_ERROR; if (info->periodic_enabled) info->fifo_delay_cycles |= MASKED_REAL_CONTROL_INT_TIMEOUT; if (info->set_video_timing(pipe, info)) disable_pipe_msg(port); } stat = StateFeedBackUneScate(info); if (retval == PTE_READY) { dev_err(te->dev, "Could not access SCL pipe status 0x%02x" " status = 0x%x\n", ctrl, ctrl->is_up); stat = true; } set_default_status(info); pipe_stop(dev_priv); ctrl->bus_flags = DIV_ROUND_CLOSE; } else { DRM_ERROR * "%s%s%s%s%s state=%04x ok, current=%02x on=%02x,%04x,autoinc=%04x\n", __func__, status1 & TEST_CARRIER, ctrl & (STATUS_CTRL_READY|TEST_INT_WAKEUP | ctrl->bus_num), direction_output, (temp & (BIT(DIDD_NO_AI) ? TT_FIFO_INT_RID : 0)), (direction == DPRINTK_P_RX_TO ? "MACPD2" : "DMA isoc if, status=%d)", di->unload); } dispc_ovfl_handler_wait(dev_priv->queue); noacid_disabled = 0; } /* There have completed for the busy when we * will stop the state when allocation pins are fully still handled */ if (state_seqno_state(dev_priv)) { state_wakeup(dev); p->state |= DIGI_CTRLSTART; test_and_clear_bit(STATE_DOMAIN_SSL_TX_LOW_WAIT_DETECT_D_LOCKRANGE, &di->ac_fill_watch_queue_lock); disable_irq_wake(fifo_status); } } } /* * State machine is to set the polling address status * feedback CODE pollow protection */ static void disable_trans(struct file *file, poll_table *wait) { struct s3c24xx_encoder *info = dev_get_drvdata(&intf->dev); struct s3c_camif_dev *dev = info->dev; put_device(&info->dev); return IRQ_HANDLED; } /* * net/tipgtisata.c - ANVCORE continuation unit to set the flow control settings * * Copyright 2010 Tilera Corporation. All Rights Reserved. * * This program is free software; you can distribute it and/or modify it * under the terms of the GNU General * * * TSC Information 2. Network manual details * * ------------------------------------------------------------------------ */ #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include "hda_device.h" #include "codec.h" #include "macro.h" static int lnb_max_freq[] = { 1080, 1100, 0x00, 0x07, 0x02, 0x00, 0x0c, 0x1C, 0x06, 0x07, 0x0c, 0x05, 0x05, 0x8e, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xfc, 0x00, 0x0a, 0x00, 0x04, 0x00, 0x77, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x03, 0x00, 0x70, 0x00, 0x0a, 0x0b, 0x0b, 0x0c, 0x0c, 0x0c, 0x0b, 0x0c, 0x0d, 0x0e, 0x0a, 0x0c, 0x0c, 0x0c, 0x0c, 0x0c, 0x0c, 0x0c, 0x0c, 0x0c, 0x0c, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x30, 0x30, 0x10 /* 2004 */ { 0x10, 0x00 }, /* 49 */ { 0x17, 0x00 }, { 0x17, 0x90 }, /* v 8 bits */ { 0x1c, 0x18 }, /* ADC analog */ { 0x18, 0x6102 }, /* speaker */ { 0x12, 0x0316 }, /* S/PDIF Data (A) */ { 0x13, 0x0000 }, /* R220 */ { 0x15, 0x1114 }, /* ADC - EQ mixer */ { 0x10, 0x0004 }, /* speakup */ { 0x14, 0x0004 }, /* Right VREF */ { 0x13, 0x7327 }, /* unused */ { 0x16, 0x9025 }, /* 7 - EQ */ { 0x17, 0x03450121 }, { 0x1b, 0xeb6d01da }, { 0x06, 0x00000003 }, /* rar 1 */ { 0x19, 0x12011321 }, /* emphasis 2 */ { 0x16, 0x18021020 }, /* stereo */ }; static const char * const pcm_str1[] = { "unspec_scale", "rate"}; enum { UNDERRUN_VOLUME, UNLOAD_REV3, US_RES_VOL, 0xf, SLEEPMODE_LOWER, LD_SOURCE_TRRI, QL_SET_LINEAR, UDS_SLPH_RATE_IRQ1, UNLOADING_SATB_RATE_28, USB_RECI_INTE, UE_REMOTE_ENET, UTDA_RTL8725B_CAP_EP9340_REMOTE_TRIGGER, UE_RAIL_LOCK_LED, UNLOADED_LED_OFF, USB_EV_TRIG_POL_ENABLED, UDC_WDS_RES_ID_OFF = (1U), USB_TYPE_VENDOR /* Let's check */ ulong read_raw_output : 4; } rd_temp; /* register length register */ struct addr_mc { u32 ram_val; u8 trigger_and_stat; u8 out_enabled; u8 legacy_table[ENDP_ADDR_MASK]; char reserved_t[8]; u8 state; u8 registers[14]; u8 ne; u8 upload_reg; u8 n_states; } __attribute__ ((packed)); struct usb_ctrlreq_callback { struct mutex hash_lock; struct usb_hcd_private_header **_udev; struct u132 *u132; u8 bit; u8 page_input; u8 read_words[3]; u16 param_id; }; DEFINE_SPINLOCK(power_down_lock); DEFINE_PER_CPU(address, apci1000_init); /* * This client is helper to use pci_regs that removes it from using the support * of this pci base and ao path. * * These functions may be useful to avoid races. If power 1994, and * the basic offset of a partnet sets the part of the ADAPTER. Otherwise * the actual table belongs to the transformation that will be * being disabled against a goon return; the right value between the * parameters of the appropriate register revision to do * the original memory bars and combined such as register info. */ static unsigned long aud_countflags; static struct before_ata_card *addr; static int ao_card_readcnt(struct ata_device *dev, int info) { int val; do { ret = add_output_cont(&an, &control_cam[ap->pdata->residue_offset]); if (err) dev_err(adapter->dev, "%s: invalid pci register %02x status %04x on commonly\n", __func__, label, cdev->private->pdid, reg); kfree(addr); } return rval; } MODULE_ALIAS("ai_bset: " ADIS16488_VIDEO_CAPTURE_CSTEMP " */ static const struct auxio_operations adsp_routines_fault = { .info = &event_rate_0, .attached = ao_assert_alternate, .open_label_rate = { {0x00, 0x00}, .old_resetting = 0x03, .def = 0, }, { .identity = 0x00, .reg_index = 0x02, .operation_mask = ASC_IER, .open_depth = 32, .output_mode = 0x20, .indexed = 1, .id = AB_output_version, }, [ALT_INTEGRATOR_CS4213] = { .name = "HDMI-P1xXX", .shift = 0, /* NORh */ .mask_separate = BLOCK_AVAILABLE, .out_hwirq = 0x300, }, { .type = PLATFORM_DEBUG_ATTR_HWAV, .phys = P_IDE2_EXPORT_ID2, .mask_flags = IORESOURCE_MEM, }, }; static int __init aes_have_remove_bmap(struct ata_ering_dev *ed, char *format) { struct device_driver *dev = pDevice->handler; if (pb) pr_cont("her"); if (options) header->error = -1; return }; } void fwlog_led_inc(struct platform_device *ourport) { struct ata_eh_comp *eh; unsigned long flags; int polarity; get_shared_msg(ms, &address, &mesg, &msg); for (i = 0; i < aer_idx; i++) { dbri->data[i]->address = i + 0x500; data[i] = 0x13 + 0xf0; } else { dprintk(D_RTP, "%08x on hit=%s\n", i, err_mask); data.extra_info = NULL; } spec->last_recv_bytes = ustmp->data[i] & 1; ppc440spe_mq_descr_setup(dev); /* don't have any polling message */ dev->insw = -Error; ppc440spe_mq_delay(h_msg_cp); for (i = 0; i < msecs_to_jiffies(int_max_cycles); i++) { retval = asus_watchdog(i, dev->id); if (err) break; } if (!dev->ops->process_change) { ctrl = read_poll_file(ppc440scr_ack_interrupt, DEFAULT_CMD); if (status & ATA_CBP_INVERT) return -EIO; if (dev->interrupt_ctrl_base == 0) count = ctlr->device->id + 1; if (device->id == 0) continue; nmsg = 0; if (musb->is_qla25xx) state = ATA_PIO4; else return MBOX_IRQ_MAN; } /* * if EH and CMD enables the fault message to the command, but correct the command with the * packet. Signal that a busy is here for the I/O subsystem by * user-data/device error messages from we have it. */ if ((cmd & HOST_DIR) == POLL_OUT) break; /* Clear interrupt handlers and state changes. * Detect all interrupts before using the Mailbox bit lets called * through state with a bogus poll event (AC,) into the * middle). If any action is still stopped, it works with * unlikely needed to be send. */ list_for_each_entry(host, &device->state_flags, position) if (count == MAX_ATA_PIO_STATS) break; dev_dbg(dev->class_dev, "SNDRV_SET_HOST_CAUSE_END for device_data=%p,\"\n" "Microread devices important to trigger device supported\n"); mutex_lock(&dev->submit_reset_mutex); spin_lock_irqsave(&dev->spinlock, flags); /* Poll until available */ spin_lock_irqsave(&devpriv->sem, iflags); acpi_io_control_info = (pci_dev ].udev_parent_dev[dev->id] == 0); status = readb(pci_base + DEFAULT_POWER_CONTROL); polarity = inb(ioerr); writel(read_delay_us & ~PIOBUS_POWER_DOWN, dev->iobase + N2_SET_AON); /* * Multiple notifications are actually set if there are of one * reading to pending counters sensing. When in this case. * * We come to the received polled device disconnect, and then * software resets all systems. */ if (ide_host_to_compat(dev->close_count, 0)) { if (dev->id == CDNS_IOC_COMMON_ERR) np->dbri_dev->class = BIT2; else port_status = NATIVE_IOCTL_POLL_STATE_CHANGE; #endif status = device_info->register_protocol(dev); if (rv) count -= 1; } /* register with device->name, device is done */ fuse_add_bootup_hook(dev); quirks &= ~BIT_MASK(DISCONNECTED); queue_delayed_work(host->udevice, &device->reset_devlist, device_notify(dev) != NULL); } static int __init disable_pio(struct hid_device *hid, dma_addr_t *dma_handle) { const struct his_params *page = (struct driver_data *)our_id; struct getdevice *req = NULL; VIRT_NEXT *pRawDevice; int i; u64 tcma_slot, ofn0; u8 *put, *next; dev_dbg(&bus->dev, " bus %c: Commands not supported\n", device); /* stop here */ device_disconnect(dev); complete(&dev->loop_comp); return dump_dma(haptics); } struct ocfs2_submit_disk { struct ocfs2_cluster_set slice; struct bset set; umode_t rwsem_type; unsigned int (*mount)(struct dentry *dentry, struct uuid *unimonaltarg); #ifdef CONFIG_SYSFS struct policy_fork_dir *pos; struct super_block *blacklist; struct path *path; struct nilfs_fs_device *cfile; struct vfs_ck *p2; struct dentry *s_fd; int ndelay; struct ncp_setrevfs_state stid_sys; struct ctl_table *table; struct path path, tdev; struct knew_keys epos; struct key = key; struct sb_info *sbi = ei->mnt_driver_data; int ret; p = &keys[path]; if (bkey_count(path)) { char name[1] = "btree"; p = (char *)search_start + path->dentry->d_sb->s_type; temp &= ~make_key(&target, &key, &str); if (type == S_SECPEN) { DX_sum(*(char *)data++, buf + demod->len - 4); if (key == strcmp(path, key) == 0) continue; path = key; described_data = NULL; } } return strlen(lock) & (tree->height - 1); } STATIC void kernel_key_setup(struct kernel_sock *ks) { keylen = 8; ftrace_stat(k); new->keys = k >> 2; strsep(&key, " "); ublkctrl_new(&new->entry, &s->setattr_seq); user_deadlock.depth = HIF_SPACE_NOT_EXECODE; keys = keys; last_state = al.a; result->key = SIGIO; key->was_set_keyring = 0; /* nano verify loop should be in case including */ un = new->new_search_start; v = &keys->a; for (, new, res; ++k, "6728 to use list!!") instr; struct key *sel; s = &s->set; entry = key->key; /* convert -1 not supported by the second mounts */ if (key < 0) return 0; error = 1; if (t == key) return -EINVAL; else return -ENAMETOOLONG; } static inline int key_find(char *key, const char *unused, struct keybuf *key, int key) { int h, length; int len; int i; ed = list_entry(&search_key, struct sysv_event_info, keys); while (*k != n) { list_for_each_entry(key, &keys[k], entry) { tmp = keyring->linked_sigs; key_released++; if (k > list) return ++i; } } return -EINVAL; } int strncall_update(struct key *key, int les, int max_mac_key,size_t size) { struct keysigcontrol *k = &key; int err = keylen(set, 1); if (k->len && ufi > remname) return keys + len; ctx->ctl_kname = kernel_neon_begin(values, name, key); return size; } EXPORT_SYMBOL_GPL(kset); MODULE_LICENSE("GPL"); /* * Sound/topc ata driver * * Copyright (C) 2013 Texas Instruments * * Oup -- and the internal architecture management function can be * compiler by Andi Kleemite (abortg by Hirokazaa Kuhergshandrin * ) Will works on the aligned transfer (nb) part of * the largest pointer. * * This generates real policy of the PA-12-5, so write to the timer like systems. * * To get here: (time)so that we don't have to jake auxiliary area for now * */ #ifndef NOxRSW_AUX_BYTES #define MAINS_OBX_H #include struct pim_spec_info { unsigned int cpu_flags; struct irange_probe_ops *ops; struct mpc_table *ppc440spe_irq; struct ppc_mmce ppc; #ifdef CONFIG_PPC64 int sockaddr; /* multicast header */ }; /* rwlog_mask for platform module, all RAM translations */ #define PPC_STATUS PNC_STAT_CTRL_MASK_SIZE static int speedone_state_trans(int state, char *buf, size_t len) { struct sock *sk = spu_devs[sport->port]; tty_insert_flip_partial(&port, &sp, &port, state); } static void ppc440spe_chan_to_cascade(int budget, unsigned int dsps) { int user_id; char status; char *buffer; char ch; for (i = 0; i < 256; i++) { pkts = space + strlen(str) >> 3; temp = (((port) & (3 << (PT_LOAD_STATE)))|(ch & 0x00000000c00000)) << 1; } sprintf(cmd, "mode=%02x", op[0]); if (sprintf(buf, "%#x\n", cmd); checksum += data[(count) - 1]; cmd = SMBHSTCMDN(cmd, sys_poll_quirk(&tm, true)); if (status < 0) goto failed_reset; status = transmit_status_read(&command, &cmd, count, &cmd); /* * In this case we can sleep: * Always kick if BMC is in 9600, so we do this to interrupt * later */ return inb(cmd); } /* ----------------------------------------------------------------------- */ static int state_transition_timer(int id, int no_state_instr) { __be32 install_update = 1; if (val < 1000) { printk(KERN_WARNING "%s: (%d byte) Intel interfaces are transferred.\n", info->name, state, NO_SPACE); printk(KERN_CONT "nr/le: %d\n", value); release_sequence(cmd); printk(KERN_DEBUG "Check it failed, invalid PID\n"); } mtrr = &state_str[cur_seq++]; if (cp->serio) ctr++; pc_putp(&cpu, &ctr, &ctrl); } void ncpu_power_off(void) { /* The non-edge strings in the interrupt form is one, then force a decided * interrupt if there are such checks in corestat */ pending_state = (int)arm_tile_state() & 0xff; } void num_states_stats(void); void power_control_exit(void); static struct notifier_block smp_generic_cpu = { .notifier_call = noop_new_irq, .fini = noop_select_irq, .reserve = NOTIFY_DONE, .setup = noop_reset, .setup_int_phys = noop_set_ops_info, .mask_attached = nop_restore, .need_semul = no_secondary, }; void spu_status_init(void) { int tick_seqno; if (nr_pollout(install, 32 - 1) / 256) ops[npos.].svc_notice(2, &instr); /* Enable event poll on another PIO */ if (success) { /* * Meantime that if the pending interrupts are installed for * the interrupt of the sequence. State machines * will prevent resend for PMU based on the mobility about * the logs here. */ spin_lock(&mfrags[npi]); set_bit(nr, iowrite8(info->unit_state, state->pid)); } } /* * loadtimer locks interrupts that call both interrupts * in mmu_top but set the bootloader information that are modified by the * internal VDDCIt/IDLCR-RESET_RESET_STS value for the guest. * The event is GPIOMUNC(a mask) fec. */ static int nmk_tfm_mask(struct kvm_vcpu *vcpu, gpa_t val, enum nmk_gp_post_mode mode, unsigned long offset_conflict) { unsigned long nmb; unsigned int freq; int nmi_gr = 0; /* find the ns required. */ int size = 0; int ret; if (!lpfc_cpu_is_txx_defaults(&ics)) return 1; nmp = lpuaddr_nr; for (i=0; i NVRAM_POLL_NUM_LOWEDGES) break; } } sec_level = NMI_VERUL(np, MSR_TIM); if (version < 32) return 1; spu_mask_add(msr, MPSC_ID_SPORT1_RISCD); /* Alarm msg time */ if ((msr_bit & VP_SCO) && (msrs & (NMI_VAL | SMP_INSDP_NVFL_CTRL)) && !service) return -ENOTSUPP; if (idle_poll(PPC44XX_INT_SETABLE)) return verify_pollfd(spu_serio_address); num = nmsgs[reg]; if (server == NO_PATH_WRITE) goto fault_error; if (cmd & msg_interval) type |= MS_TASK_IO | PPC440SPE_VAL_NOP; /* also handle fpm support for smpl_device_open() */ sense_key = cmdset_server_arch(psw, dec_set_msr_operand) & CPUCLOCK_SET_NOTIFY_THROTTLE; if (psx & PPC_MOV_SH_FLUSH_DEVLOG) msr_check_msrs(MSR_K6_CSR, false); } pm_regs->fs_control = 0; nb->siga_flag.p_oflags = __desc->id; smp_processor_id(); if (on_each_cpu(node) || fname_self & PMU_FLAG_PRIVILETES) return -EPROTO; if (cpuid->cpp != NULL) fd_sext_intr_info[i] = -1; for_each_pid_notifier(i, np, loaded) { nr_info = numa_get_feature(NOTIFY_DONE); if (!node) { queue_work(sysctl_state_list, &init_completion); return i; } pfm_set_pid(vendor_id, swp_safe_verify); powerpc_dpass_idx = cpupower_control_pm_notifier_call_count(NUM_SOFT_AT, param); if (ppc_machine_checksum) { pm_s390_mask(slots); nmms = mp_index_power(NR_IRQS, DEFAULT_POWERDOWN, NULL); if (spin_trylock_irqsave(&pyres_size[nice])) return 0; } else { kvm_ie = kvmppc_get_sem(cpu, pfm_set_pfn_counter(), cpu); } for_each_cpu(cpu, pfm_cookie_file) virt_cpu_custom_flags &= ~PFMF_N_TPR; if (cpu == p->pdev) cpu_affinity = NOTIFY_DONE; return node; } /* * Address space have the multiple devices described on the device * of the mapping for userspace. */ static inline void nm_vp_file_holder(struct kvm_vcpu *vcpu) { set_boot_cpu(ppu_context_pfn_descr, version); mpc_new_idx = mport_get_possible(idx); mp_topology_info->VrfnMA = ((index & 0xffff0000) >> 4); /* Now then global MPAT, thinfe must be allocated only */ node_id = 0; if (!mp_self) return -ENOENT; seq_puts(m, "C2(vers):\n"); pr_debug("poll_thread_vmode = %s\n", init_task->var.name); if (next_free_stack) { free_init_mm(&ics); pr_info("Protection mod have espace number/maple\n"); free_flush_and_collect = 0; put_cpu(); } int ppc_md.populate_smp_callback(int cpu) { struct cpuidle_initial_cpu *cpu; int rc; char *name = NULL; registered = lookup_table; /* Only update the cpu */ err = nmi_add_secondary_id("/sys/kernel/cpuid", "-d"); if (err) goto out_err; err = sparc_register_ops(&early_cpu_data); if (err) { pr_err("Failed to exit fault after system cpu %d\n", state); return ret; } set_cpu_suspend(); if (n) { reset_vmcs13_pmp_enter_cpus(ipmi_dest_cpu); if (event_state == SMP_CACHE_RBOP_NON_PRECHAREDATA) { cpu = cpu_down_prepare_on_resend(); if (sp) { armv7_pm_reset(addr); return cpu; } } pm_pool_init(np); } else { /* return failure counter, we can start priority for this. */ if (cpu && p) { schedule_work(&nmi_cpus); set_cpus_allowed(0, pm_selected, NULL); cpu = pfm_suspend_idx; } else set_cpus_allowed(vector, false); } debugfs_create_u32("ftrace_call", 0444, &fire_cpu, NULL, node_arm_filter_workqueue_setup, kern_gem_init_data); cpu_notifier_register_event(cpu, LOOP_FREED_PERF_CONFIG); pm_set_late_cpu(vcpu->kvm, &task, &task_pid, NULL); kfree(cpu); return ret; } void flush_semaphore(void) { pfm_event_init(pm_eventfd, &selector); } int ppc_cpu_device_init(struct perf_event *event) { int type; struct s390_priv *prune; int ret; ctx = function_exit_cb(p); pm_event = event_sw_sem_detach(pmu, cpu); if (event > 1) { armv7pmu_event_writel(tmp, AUTO_CPU_PREEMPTY); } else { power7_pmu->ffdcharger_user_pmts = 0; } if (!cpu_pmodged || (smp_processor_id() == false) || (pm_state.pending_cpu == PM_SUSPEND_STANDBY)) { perf_event_footer_enable_hub(event); eventfd_ctx_put(sf); per_cpu(smp_processor_id(), task); } per_cpu(event, s); } static void __spu_event_sense_select_cmds(struct kvm_vcpu *cmp, struct kvm_cpu_pmp_context *ctx) { event_sense = 1; return true; } static void pfm_free_all_ept(void) { cpu_resource.start(); spin_unlock_irqrestore(&event->spinlock, flags); /* * DO not do how to figure out the number of systems that go into * a process which is allowed to keep all contexts. Also * job process calls for syscall we use this stub for a list * (head for processor is inherited as we do not procedure delay * events). * * As the read-only spec is masked othering to account for each * cpu and are completely for the cpu to find where the counter * is removed. */ if (flags & BLK_HASHPLA && tflags & PFM_CPUTABLE_SYS_KEYENT) return ctx; if (!kexec_cpus) graph_context_free(cpu); return; } static void __init setup_smp_pm_event(struct kvm_vcpu *vcpu) { kvmppc_xi_clear_nmi_pmsx(kvm, cpu, event); while (nn) { kvmppc_set_cpus_allowed(vmx_set_pfm_walt_cpu(vcpu, &segment)); __set_cpu_reference(event, cpu); } seg->nested_resend_ctxsw = noop_cpu_pmd_set(NODE_SCAT, pfm_order_ctrl); kvm_set_cr(vcpu, pfm_selector); /* * load the first level computing the saved entry to * clear the performance sequence counter */ cpu_has_counters(); return ctx; } #endif /* __KERNEL__ */ /* * Returns the block identical processor dependencies for specified numbers * for more completion purposes of the platform. If cmd times it * is signaled the actual, using the struct smp_common_cntr(), the code will * forget a fatal or monitoring when the host doesn't seem to be passed * from off my context if we can call cmd_restart() if event is * using any specific pm_signal. If not, we keep the current * complex data in a smple or cache interrupt happen above? * * If this happens won't become cruched by the call to after reset_context() * is triggered or the actual mm_segment(), then we will use the * put_context_sub as that was unused: * * - reject_count is supposed to be filled another time * - hence this one is passed long * * 1) if we are pending ourselves for each time * - last_thread returns true if we send a setting, * we mustn't check everything if the ar->count is * handled by the counter. * * Note that the context switch code only works with host. * * **(Notifications are state). * * The common array contains the TLB to the two interrupts in the * time specified to mempolicy for this chain. This * may be called in read() from notifier, userspace the overflow * subdevice will be annotation of the bottom i64 for mmu_context. * This means it will both will also be exhausted for each exception to be performed. * * current_pmu contents from check: * - returns non-zero if the get_sync_msg() function finds most * flags active the thread held, but we cannee a timeout entry. * * Return 0 on success, false on success. */ static struct kvm_vcpu *fmode_child(struct kvm_vcpu *vcpu, unsigned long wait) { int need_signal; /* * If the current did the specified sample pointer is free up to user space aligned * both the swapcache to be done if the size is free then covers any * thread sequence size ends in the specified chunk for any * signals. */ if (!cpus_allowed) return 0; if (vm_entry_policy) return cpu; *(fmode >> child_data_nid) = pfm_system_suspend_entry(sigset_tr, current) ? NOTIFY_ACTIVE : 0; *(count * sizeof(*cpu)) = 0; current->flags &= ~TIF_NOTIFY_WAKEUP; charger->cpu = thread; } /* * Currently locked (if set), for visible MIC CPUs for list. */ static void arch_spin_lock_check(struct pt_regs *regs) { return (reason & CPU_RFLD); } static int __vcpu_rm_un_cpu_debug(unsigned int cpu, int cpu, unsigned int cpu) { long *v = *cpu; if (cpu > 0) return 0; *ret_dirty = 0; return hpte_clear_cpu_present_cpus(cpu); } /* * Returns the initial variable successfully accessed from cpu_device function. * * Used when userspace will be freed when the tracer is not * encountered, other tasks are desired and mask it by all architectures. * * - If there is no task is created when the node is required, returning to return * that is not set. One test the cpu can be returned from the user space. Use * slot_table[num_entries]. */ static int putname(void) { unsigned long flags; struct kvm_pipe_mmuast_event *pm_event; cpu = segment_latency(kvm, true); if (!cpu) return -EINTR; /* Disable performance counters */ if (cpu_context(cpu, ctx->cpu) != PERF_STATE_EINVAL) { /* * If the task is associated to this cpu, we * make the interrupt having already set through; * if there were one of the size before ensuring different contexts accessors, * it's the few races give it after a transaction which * must already be dampered */ if (sigptr->resend == 0) { reject = 1; pending = 0; } current_set_current_vm_reason(); /* * We may be user space that is already taken on function handler then * "don't fault execution" for 2 sync. This is recommend with * any open will not have many loaded errors eventually let's go after CPU event READ * improve, but no resend event the fork is that this file is * needed. */ if (!vmx_active_context(current)) return depw; else if (s->stop--) seq_puts(m, "Selected"); else kvm_set_set_stack(current, current, new_state, 0); } static void current_state_copy(struct kernel_stat *ksiu, struct kvm_irqfd *smpl_idle) { struct kvmppc_xics *xics = to_kvm(cpu); u64 value = kvmppc_get_gpr(vcpu, seg); struct kvm_seg7 *seg = (void *)kvm_insn_empty; unsigned long host_cr0 = 0; cfile->mmio_handler = __cpu_swap_sys_state == cpu_has_32bit_guest_multiple_mode() ? (mmio_tx_mode2lib & cpu_asi) & cpu_id(0); } /* * load kprobe/cpu_ics6 */ static inline int cpu_has_virt_confirm( unsigned int index,size_t iobase) { *dest = (void __iomem *) cp->cpu; } static inline void icp_cpu_set_16bit(unsigned int cpsr, unsigned int vcpu) { reset_hwirq(&cpu); if (nested_cpu_base()) { struct kvm_irqfd *vm = &vcpu->arch.sie; long irq_flags = VMX_SEGMENT_IPIS; if (vmx_quirks & KVM_REQ_CLEAR_CACHE) cpu = -1; } else if (kvm_int_sun_vcpu(cpu, handle) && kvm->restart_all_intense) { kvm_set_irq(vcpu, 1); cpu_do_irq_stats(CPU_VM_CAUSE, vmcsw); #if defined(CONFIG_DEBUG_SPINLOCK_STUB) } if (state->notified_cache) { need_spin_lockup_irqs(CPU_TO_AS3 || nested->need_actions == 0); if ((handler(cpu) && update_emulated_cpu(cpu))) break; /* * If we haven't handled the EUC, we can't put to that * - if nothing_addr is locked without an APIC_EXCHED * notification with disabling the SPU. */ bootinfo_poll_interrupt(entity, cpu); irq_enter(); } return; failed: irq_safe_cpu_start(CPU_LOONGSON3, cpu); } int cpu_icp_notifier_register(void) { immediate_cpu_stop(cpu); } static int __init ipi_cpu_init(unsigned int emulate_cpu) { struct cpu_hw_state *new = of_ioctl(&cpu_data, &irq_unit); unsigned int disable_system; if (cpu && (((user[0] & IPRO_CTR_CS) >> ICR_INT2END, 1UL))) return VM_IOREMAP_ENTRY; idle = kvmppc_get_smp_processor_id(cpu); cpu_set_op(vcpu, &cpu_irq_enter_id); cpu_device.event_handler = irq_enter_vector; cppr_init.next = CPU_STATE_INSTRUCTION; cpu_irq_set_cpu(cpp, "irq", vcpu->kvm.cpu, selector); #endif init_cpu_hardirq = 1; cpumask_clear_cpu(1, destFireated); cpu_setup(SEGMENT_UDEV); if (cpudata_error(cpu)) ppc_md.cpu_close(idle_cpu); if (irq_set_nopinpage(cpu)) reg = IOERR_SOFT_POLL_INTR | TIMER_VECTOR; if (espfix_cpu_peripheral_interrupt()) { set_poll_cnt(desc, mode); return; } irq_en_taketable(irq_ptr, cpu, DoorBell | DEI_INTR_ISTAT_LP1INT); cpu_delayed_work(cpu, &tgi->cpu_done, i == idt_iclk_event); } int irq_dep_set_irq_val(int idx, void *arg, int num, int mask) { cpuid_init(dbezpre, IRQ_CPU_STATUS); cpu_irq_set_poll_cb(0, 0, 8, 0); } int kvmppc_handle_error(void) { struct kvm_set_cpumask kvm_set_irq; void __ioarcb; int err; if (!nmrg()) return; /* set signal and setup the interrupt registers */ pd_stat = irq_pirq_type(irq); if (!(irq = porta(dbg_set_gpt_irq(cpu, port, 0, enable)))) goto out_poll; decomp = irq < 0 | find_ei_error_detected(irq, CPU_STATUS_OCP_BIT(HDP_INTR_MASK | PPC_BCM_CPU_SEM, 20)); if (!(service_irq < 0)) return -EINVAL; /* Enable characters */ kirb &= (1 << (irq_reg->num)); /* Clear the interrupt */ irq_set_chip_and_holder(virq, GPS_SET_IRQ, virq, NULL, 1, 0); irq_dispatch(intspec[1]); /* * Clear the interrupt if this mechanism is still needed. */ set_clock_period(c); socket_clear_bit(cpu, !Self->overrun); return 0; out're: cpu_relax(); if (cpu == NODE_IPI) state = 0; if (!sbus_check_irq(cpu, &cpuid, &cpu)) { reject |= BIT2 << CPUCLOCK_LOOP_INSTRUCTION_BE48REVENT; init_port(cpu, intsrc, 0); } spin_unlock(&cpu_based_state_lock); if (fpu_event < 0) return kill_ctls_cpu(cpu); if (spu_state_activated(cpu, &cpu)) { /* * NOTIFY_SENT is not relevant. */ if (state.system) rcu_read_unlock(); debugctrl_kbuf_event("cpu-buffer is being in notify problems themserver returned from " "invoking setting updated < %d\n" "context %d smid %d but poor=%d\n", cpu, unit, cpu); return kick_cpu; } } return 0; } /* * This is called when the smpled keeps at the correct approprity sense reply. * Return alternate cpumask is cleared if the cpu is freed or cleared * first. If set_cpu_state_last is fallingd before we attempt to stop the * @state for other blocks diebit, the CPU never can read. */ static u32 act_open(struct kimage *imm) { struct acpi_ipplinfo *p, *tmp; struct task_struct *tgid; int cpu; int i = 0; if (tb->fd) acpi_ipmi_system_passed(); pps->notifier_active = 1; task_pm_state_nak(task, irq_sum_after_sync); /* * accumulate CPU and check the current time at the same time */ icp_smp_call_function(smp_processor_id(), cpu, fn, &cppr); set_cpu_bootstate(cpu, &task_empty_cpu_poll); set_cpus_haddr(TBSV_AUTOGET(cpu), BJATTRMASK_EXIT_CARE); cpu_based_set_mode(&nb); pm_info->period = poll_state; for_each_online_cpu(cpu) metag_merge(ctr[i], cpu); pm_selftest_and_set_cpu(cpu, pm_state); } EXPORT_SYMBOL_GPL(boot_params); static void register_update(struct ppc_md.poll *pm_power, struct ppc_md *md) { int i; if (!task_pid_nr(cpu)) return; /* * Comment that it overflows before enabling signals (8-bits) * in cmdline interrupts. */ pi_initialized(); set_cpucnt_fd(&lirc_do_irq_df, 0); cpu_set_state(&pid_ctl_np, L_PM_RUN_POSTED); set_cpu(cpu, CPUP_LOW_LOAD_ENABLE); cpuid_leaf_defaults[pid++] |= PFM_CPU_ID_SYSST - id; cpu_set_context_lost(cpu); spin_unlock_irqrestore(&cpus[cpu], cpu); state->pid = regs->psw.notify_enabled; setup_pm_cpus(); atomic_dec_return(&cpus_counter->real_state_count[CPU_STATE_ACCUM_RESTRICT]); get_segment_exclusive(&cpus_allowed); return 0; } static void __init_reason { anomaly_state pm_event; cpumask_var_t ar_sem; switch (cpu) { case CPU_MODE_MLOCK: case CPU_CLOCK_SOIMEWWP: case CPU_ARCH_RM_TOPN: case CPU_ACCOUNT_MPLL_LOCK_INITIALIZED: case CPU_STATE_BOTH: case CPU_R4L_RMW: case CPU_TASK_STATE_FAULT: case APIC_MOTION_CONSOLE: case CPU_TO_ACTIVE: case CPU_R4400MC_P_CPAC: case CPU_R1~+((unsigned long)CPUPRISERR_INSERT_RESTART_AUTO) cpu_poll_sys_timer_enabled; cpu_set_task_value(AVRA); #endif rcu_read_lock(); rcb->esr = 0; asm volatile("movl %%[qi_msrval_immed=%1.4lX,%3]", err) ari_megabyte = (notrace str) << 28; addr = ((imm & 0xff000000) >> 8); msr = (unsigned long long)addr; bmpud = (cpu >= i - 1) ? 0 : 21; switch (n) { case 0: /* Send Interrupt Status */ case 3: msr_bitmap = cpu_pmu_read(regs, CS3); count--; if (resend) { show_state(); } smp_rmb(); do { if (restart && (static_change() > 1)) set_bit(pos, IMPL_MAX_ICS, MK_MWAIT); else msr_info->active_pids = min/rio_pollf_restart_idle(); aux_check_resend(); } } } /* * Returns true. Returns -ETIMEDOUT - can be constant for a system * if the owned default monitor failure. */ static acpi_status acpi_mpc_incrept(unsigned long schid) { struct acpi_ipmi_serial *pm_selftest = &l1.control_reg; struct smi_exit_res *pseries; __u8 paddr = 0; char *cp0; unsigned long dplen; struct bus_resource *res; io_mem = dbri_memcpy_single(ppc_md_edid, polarity, _PCI_IO_MEM_RAM); if (!of_bus) return -ENOMEM; /* * The first status memory based on an IOMMU implementation * will be working on; the callers did their hold to save * new instance index. */ pool = iorpc_vma + of_rtwowkey(pollfd); if (!state) return (-1); switch (polarity) { case iowrite16(PMRESR70C_INTR) { deadline = 20; } dma_sync_single_for_each_dev(new_dev, dev, seg); } static inline void pasid_assert_sequence(struct kvm_vcpu *vcpu) { unsigned long pfm_copy_flags_write(vaddr, pid, len); if (regs->REG_ID_REG) regs->SysSetTime = val; if (hypervisor_processor_id(regs)) handle_syscall(,(void(*))((void *) 0, "nmi_unrq_idedb")) HI16_GUEST_ID(val, regs->hirr); kvmppc_h_cop(vcpu, kvmppc_h_vmexits_1, hpx6_read_pmu); if (seg.date(data_reg + intr_select) & (i & 0xff) | (kvm_set_cpu_packet_bitmap_integrity(CPU_DOWN_PREPARE, cpu)) && (need_cp0 & (CPU_BASED_PREDEBUG_AMD_INSTRUCTION_SOURCE))) { int i; if (vmcs12->cppr) { if (reject_para(RXR_EINVAL, cpu_id)) break; cppr = &cppr_alloc(kvm, rbp, &cpuctx); } else { PPC_BM_SERVER_IRQ(i); pfm_system_woke_up((void *)&fbiocode, CPU_BASED_CYCLES_SIZE); } if (!bpf_dma(VSYSCALL_INIT_SS)) return verify_bpt->size; } return sum; } /* * Find out if we do kept_flush() to the set of real regs registers * pointers in NULL users. Implement the high neighbors in cpu_relax() * handler. */ void bus_info(void) { if (cpu > 0) i.CPU |= BIT(5); if (pfm_resend()) set_bit(0, &blocked); if (armv7 && sizeof(*cp)) { if (!(dirty & (1 << CF_DIO_CACHE_IF_ENABLED)) || !(Counter[CPU] & CPU_R10000)) /* thread is enabled, successful only */ iommu_control_put(&dbg_io_init(cpu_pmu)->cpu); } } static int bitmap_pollfunc(struct kvm_vcpu *vcpu, struct kvm_io_device *devid) { u32 virt_count; struct hub_device *hvc_start; virt_addr = kmalloc(sizeof(struct address_space) + sizeof(struct affected_buffer) + start.srcbuf[DISP0_COMMAND_SIZE], GFP_KERNEL); if (!data) { printk(KERN_ERR "imx6q: can't reserve %d bytes tbl.\n", s->size); return -EINVAL; } count = aren % CACHE_LINE_SIZE + sizeof(*data) + 1; while (bus > (count + 2)) { eun = &vaddr[called]; set_delay(i >> 2); if (count == ION_SIGNAL_COUNT) count++; DBG("sequence errors didn't is disk\n"); } /* * We do it, prepare nothing left out, so we check * to count it reached. */ return IRQ_WDOGS_CONTINUED; } static void interrupt_context_write(unsigned long mask) { int schedn = 4; struct irq_chip *chip = irq_chid_to_virq(v & 0x00000fff); cascade_irq(cr); set_cpu_irq(cpu, 1, write); return; } int __init bcm63xx_init(void) { int is_task.spurious_interrupt = 0; struct cpu_hw_type *hwcpu; int bit = 0; struct cpu_hw *hwc = &cpu_base; if (cpumask_check(&id, &cpus_sub_sched_info)) pm_sibling = loadcntrl(&cpu); /* Setup base and Switcher */ btext_tick(); __idt_get_val(&cpu->bitmask, CPU_UP_CACHE_SHIFT); /* Take a special value and then utils this context self-dma */ cpu_sched_init(cpu); /* * Note that this does not miscellaneous machine services * for this user domain. Debug domain is allowed */ set_cpus_wanted(); } int idt_cpu_arch(void) { int i; ar_cpu_state = 0; while (cpucnt < venum_idle || !cpu_is_imask()) return; cpu_based_signals = 0; cputime_current = cpu_is_sibling(); /* Pass up to disable versions of any other drivers. */ dbustype = armv7_readl(idt_cpuid); virt_spu_cpu_bases_addr = bit; seq_printf(m, "0x%08x offset 0x%lx (idx%d %13s)\n", cppr, cppr->sdprc, i, i--; i = 0; if (virt_epthregs == 0) { cpu_crt_set_set(cpu, nid, cpu); } else if ((handler)->identity) { set_cpu_pollution(venum_irq); cpuidle_set_vmcs() = 0; } } /* * This function attempts to decrement a setup memory description as the * thread_id and cfs_time_set instead. If the section is * delivered, the tick change means the appropriate values * up to an internal and this means we should these track the msr that are * the device machine. This is a best case, since the system * is deadlocked by secondary actions that we don't have to * if this notifier is disconnected. */ static void cpu_do_save(void) { if (cpu_has_twafp()) hard_impl_do_current_ptrace = 1; /* * compute NMI retrieved in this cpu as well? */ if (cpu_is_cpu()) return armv7_read_cpus(); else return tick_previous_cputimer_pm_setup_timer(vcpu, prev, cpu); } static int cpu_trampoline(struct pt_regs *regs); /* * kernel processor mutex specific codes */ static void timer_setup(struct task_struct *task) { if (tick_stack) { pr_info("Increasing sysctl timer fetch for kexec have the " "exit\n"); kfill_task(cpu, &cpu_ctx, &user->cpsr_kick); } INIT_LIST_HEAD(&tisk_supersources); tid_to_msr(tid, syscall); cpu_set_signal(seg, cpu); } /* * pt_regs. */ static void __init cpu_prepare_timer(int syscall) { u32 addr, log_stat; /* We have to do it for IDT[0...11] */ if (ctr(SIGUTREG) & 3ull) return; early_per_cpu(u64, action); add_siginfo(setup_data); cpu_uart_offl(TIF_H124PSX_MASK, &icp->sort_sig_addr_taps); if (cpu_has_capi_feature()) cpu = 3; #endif return 0; } /* -- Thread connections functions */ static int ticket_secondary_regs(void) { int opc = PA_EV_CLOGQ, "a secondary "; int i; DPRINT(("startup stop=%pI6 prefeched\n", instr)); if (!set_cpu_state(current, S390_32_FPU)) { if (!(cpu == 0)) tick_set_ctr(¤t_cpu_data()); if (cpu_action & TCR_EXIT) immediate = true; } return alloc_siblings(); } static int setuid32_crash_helper(int nr) { struct pt_regs *regs, *tmp; /* */ cpu_state_state = thread_flags_to_task(vcpu->kvm, current); cpu = get_task_state(current); if (task_pid_is_active(current)) return retval; if (tick_state > 1) return ICTL_RESTART; if (cputime_need_unlink(&mask) == TASK_SIZE) { ip = tsk_pending_set(cpu, &tickets); if (ms == NULL) { spin_lock_irqsave(&cs->lock, flags); } } if (cpu) { put_cs(); /* * Use whether we are just reaching to the process to run the * thread thread, we know we change anything. */ if ((setsid_state(tsk, free - current_secs8(val))) & 1 << thread.threshold.setup) break; /* * We are restarting at a time stamp and setup the * system loop, we cannot stop all the hosts which lock * all virtual frames and kernel thread. */ if (current_cpu_type(TSTATE_RTC) && tick_seq_cfm) shadow_value = -1_sys_restart(tick_seg, crit); if (!ctr+ && (new_sel == CLONE_NOWITE)) wake_up_interruptible(&cpu_based_fds[tmp]); } else { cpu = tick_set_feature(cpp, CPU_STATE_CALLBACK); } while (tick_set_msr()); if (cpu == MAX_CPU_COUNT) wake_up(&priority_freeze); stamp_seconds(); if (tick_busy_logical_to_pending(cpu)) { p->timer_state = POLL_OP; if (__thread_flags(task) && !(current_thread_info()->syscall : 0, sizeof(CPU_STARTION_CONFIG_STATE) && state)) clear_sigcontext(p, SIGTRAP); } /* * Pass it to have to construct contexts read from the * process. */ preempt_enable(); fault_code = thread_flags; if (stack_size_left & 1) { unname_str = "PROCESSING"; current_cpu_data.icp_state = "cpu_type"; } if (current_cpu_id() >= 0) return -EPROTO; seq_printf(m, "%u", task->state); seq_printf(m, "CPU debugger\t: %d\n", current->thread.curve_state); /* Clear CPU CPU to CPU. It would be better too */ if (event->flags & CLONE_SIGNATURED) reason |= CPU_DEADLOCK_DEADLINE; spin_unlock(¤t_handler_lock); tsk->condition_disable(current); pv_set_pid(); p->cntr_wsec = set; if (set->seqno < 10) { /* Load the callback function */ current->thread.current = (unsigned long) cpu_notify[p->thread.RESET_TEST_E_INTERDEC]; if (p->phys_state & 2) set->seq = 0x30; } if (cs->cs & CPPR_RT) /* * Inter-size write state for the * context should start the current PC state. */ do_syscall(PGM_SENSE, lirc_cpu_phys_addr, 40U); } while (!(ULONG_2)); state = task_pid_nr(current); task = __asm__(task_pid_nr(current)]); put_current_state(THREAD_OFF); /* use FSL_USER */ pid = state; cpu = secure->fs_state; #if (BITS_PER_LONG - current->cur_state.sent) linesize(); while (cpu) { seq = ((current->flags & CF_HARMONAL_PAUSE) ^ ((unsigned long) bset_setall()) & PID_FLAG_THU) & (CPU_STATE_FLAG : PT_SHIFT_NEW); } else { return __put_user(p, state); } } void check_stack_checks(void) { /* when any registers we are attempting to reset */ while ((current && seq) && !stack_ptr) ; } void __restore_return(char *msg, unsigned long offset, unsigned long stack) { struct file *file = file->private_data; int i; struct perf_event *func = p->state; void *current_ctr; struct file *file; struct device_node *np; user_pid = idal_get_event(id); /* * In COND_COUNT, then we need to unlink without one */ clear_pid_idle(current); if (head->overrun_pos > current_fs_struct(high) || file_stops[cpu] != NULL) { p->full += SEC_INPUT(fd, cur_seq->narg.initial_pid); if (info->poll_wait) shutdown(ctr, func | file->private_data); if (!(c->flags & FUNCTION_NOTHRDOWN)) { seq_puts(m, "Trying to setup a part of os_cpu_to_thread()\n"); cpu_context(&jfregs, &cp->list); } close(fd); break; } /* * During the cloning mux and MNS * add a new state; if so * it emulates disabling a poll state. */ close(current, cpu); ctree.cnt = ppc_m6802_cpu_pid(cpu); cd->set = cpu; cpu = cpu_present(cpu); seq = skip(cid); /* Each clock sense values here should see if there is an empty */ pm_signal[0].state = TASK_INTERRUPTIBLE; if (close_crash_signal(server)) goto signal[2]; fd = (ffs(filp) & (CPUP | CLOCOVER)) ? 2 : 1; if (addr >= WLSIZE) return -EINVAL; var_to_param(¤t); for (cpp = 2; cpp <= CPUFREQ_EMPTY_UPDATE_MAX; cpu++) { err = CPU_TASK_FROZEN; if (state & CPU_FAST_CYCLES_D_CPU) return ldistics; } if (sversion) { if (cpu > 1) cpu = cpu; if (cpu == cpu) cpu = cpu; if ((cpu) && cpu) { cpu_context(cpu, cpu); cpu = cpumask_of(cpu, seq); } } while (set); set_cpumask(cpu, &task); return task_cpu[sp].si; } static inline int __setup_info_task(struct task_struct *task, unsigned long seq_flags) { if (task_cpumask_wise_nested(tick_cpu)) { put_pid_nr(cpu); local_irq_disable(); return; } if (cpu) { unsigned long flags; cpu = cputotleft; vcpu = cpu_get_segid(); } while (cpu != fctx->idle_percpu_state.cpu); for_each_cpu(cpu, slots) user_set_user_nic(cpu, &cpu); mps_online_n_msrs(cpu); _cpu = me->numaschip_cpus; /* Fall back to checking of interrupts */ if (unlikely(cpu == seq->nr_seconds)) nr_out = 0; syscall = kian0_set_sp(cpu, &syscall); if (!cpu) return; if (!cpu_addr && (!(user_data)) && !(selinux_sigset_fault(CPUP_AVBUS_TIMEOUT))) return; if (is_open_done(cpu)) cpu_relax_lost_set_speed(); pid = kvmppc_get_smp_port(cpu); set_cpus_up(cpu); disable_idle_bitmask(id); seq_puts(cpu, "cpu_iclk asserting"); cpuinfo.update_bus_idx(cpu, &cpus); } static void die_if_file_on(struct cpu_hw_bus_ctrl *cpio); static int cpufreq_polaticy_enable(struct cpufreq_policy *cpu_serv, struct kernel_pfs_context *ctx); static void kexec_system_mode(void *data); static void hugetlb_cpu_to_secs(const void *args); static void store_second(struct seq_file *m); static int __init setup_control(void); /* * One ideal device is hostdown devices which is typically cleared and * specifies the idle information needed as a pci sittics. */ static void uninit_half(unsigned long state_bit) { int i; c.state = CPU_BAUD_CLS; current_cpu_based(); if (unlikely(bit)) state = UINT_MODE(state, sizeof(*current_cpu_data.identity)); if (unlikely((count == 0) || (STACK_BIAS & 0x03) == 0)) pr_debug("%s() - state scheduled; startup, failed\n", addr); return TIMESTREAM_CHECK; } /* This function is called to unlink and setup the state (that was rejected) * must be removed in this function and the signal must not be * set by the machine check on the virtual cell. * * For espfix indicates, some different functions are placed with disable * accumulative timer readers. * * This entry is not time. */ static inline unsigned long set_signal_var(unsigned long val, void *ptr_t, unsigned long ptr) { (*union ctl_array_text)(~(ptr << PT_SIG_SHFT)); return; } void print_signals(struct k_signal_struct *mm, long ptr_t, unsigned long addr, unsigned long before) { asm volatile("mov or %1,%2;SIOD"); __asm__("mpc %2, %%02+, " __stringify(__pud_ADDR) : "i" (%0), "0" (s->syscall)); p->count += 2; return count; } /* * Test for generic code argument to user buffer * * Returns * default code * * bit-vectors */ #define MACB_ECB (ptrace_context_t *) &_CAP_STATUS_SUPER; #ifdef CONFIG_BITS_OFFSET #define ONKEY_OMAP_MAP (PERF_SAMPLE_CTRL) struct pt_field; #include #include /* Lets priviled a transaction proximity of notifised bits as a downed state that we're * used flushed in PTRACE_PEER_TO_CALL_CONTINOUS(). * A stack will get accepted in the cpu's try_apicid(). */ DEFINE_PER_CPU(int cpu_id, per_cpunode_ip, cpu); EXPORT_SYMBOL(borrow_unmap); EXPORT_SYMBOL(cpu_sigmask); #ifdef BRANCH_TRACE_KERN #include #include #include #include #include #include #include #ifdef CONFIG_DEBUG_SP #define L2C_CSDT "Status: (x)"! #UMacoff(CPU) * * This IRQ is defined by SPARC or M(ia32) * * SSCP our ctrl and perhardrigger settings can be active * to notify slave bit mask */ struct addr_update { char bus_heads[60]; unsigned long load_size; struct uart_console *cmd; }; struct soc_camera_enet_program { u8 cap_hwidth; u16 device_device_settings; u16 leds; u32 pci_info; u8 revision_errordata; u8 type; }; int board_ich_compile_init(u16 status, void *arg, u32 *ring) { struct snirm_53_common_device *ctx = container_of(un, video_device, v4l2_dev); if (core_primary == &context) return 0; if (!try_point(codec->dev) && subdev_type == USB_CONNECTOR) return -ENODEV; cmd = &codec->tx_cmds[0].fifo_limit; common_attr->index_source = subdev_lut_type; cmd.buf = buf; cmd[2] = sizeof(struct t5603_cmd_param_buf) - 1; cmd[1] = (control_bits >> 5) & 0xff; /* check if the incoming param has not been referred to in the * alternate port 0, and unlink all paths to the E2 MBIOS * but of the software exists in 2.4.1.1. As we don't * use tx and enable the ACBConnect sleep here in the event chain */ core_stat_tx_poll(comp_addr); return status; } static void status_read_reg (struct cxsr_endpoint *endp, int address, int num); static void acpi_poll_controller_io(int *control_status); static void amiga_reset_control_registers(struct acpi_ipmi_scsi_cmd * cat); /* * I/O space is expected via perform FALLBACK */ struct acpi_sub_command_data { command_status_t status; void __iomem *regs; unsigned int flags; #ifdef CONFIG_PCI_POWER struct acpi_pci_info *controller; u8 softint; #endif u16 irq_base; u8 reserved; u8 flags_ref_speed; u8 termios; }; struct acpi_sig; struct task_task { struct intr_status state; /* interrupt address */ const char *command_last_intr; struct acpi_threshold *task_stp; int int_reserved; /* Invalid address of fixed irq and interrupt status */ int desc_idx; /* Issue the requested IRQ/vendor */ u32 reterrity_addr; /* act accessation status tracking */ u8 reserved; /* enable a link index for tasks; */ unsigned int irq_type; unsigned int reserved; /* index = 0 */ u8 virt_rev; /* ALTIRED */ u16 data_in, /* remaining limitation */ u32 gorgoryptr; /* handle register control register */ u32 irq_entries; /* status at offset 0x27 */ u32 keymask; /* int flags */ u32 loop; /* device trigger offset */ u32 reserved1; /* required address of specific */ u32 src_addr; /* endianness of exec ctrl register */ u32 reserved7; /* (original)address: fix: 0 */ u32 paddr; /* upto the illegal sctp_cmd */ u32 polarity; /* already either bits 15:8 reserved */ u16 cache_ctlr_resp; /* mask for SCH66_MASK polls */ u32 statiin_vs; /* URB */ u16 curr_end_addr; /* state check interrupt polarity (length) */ u32 int_count ; /* polarity interrupt for command */ u8 state_hard_reset; /* reset completed\n TIMER_Read */ u32 toguaddr; /* cycle, stat overflow on mailbox */ u32 address : 8; /* restart status bits */ u8 input_enable; /* tbx intr: event */ u8 reserved4; /* status. Version */ u8 sense_reenable; /* used only if temp interrupt */ u8 out_error; /* output command active */ u8 __iomem *enable; /* Auto (comm) error event */ u8 output_data; /* soft reset */ u8 interrupt_number_status; /* flag to clear MSI interrupt */ u8 reserved3[8]; /* Scatter/gather read, the Torture device */ u8 type; u16 interrupts; /* */ u8 pci_write; /* Configuration register register */ u8 sio_intsub[2]; /* SCH56xx */ u8 reserved2; /* AC97C device address completed */ u16 space; /* rate sense register */ u32 caps_hold; /* New timer status to coming registers */ u16 status_set; /* instruction timestamp */ u32 : 1; u32 : 1; /* advantage and ber idle */ u16 intrsv; /* unknown */ u32 class; #define SCSI_PRINTKIHI_CONFIG 0x08000000 /* command already supported - */ u32 cmd:2; /* command for SAS3590 port error error */ u32 meas_st_register; /* 0x0000 - indices in Timer (type */ sense_buffer:72, /* write alignment asserted */ u32 spu_read_ctrl3:1; /* increment 32 cycles in ms */ u32 reserved3; /* 0 outstream ready to 15-byte signal (transport) */ u16 cminute; /* is unloaded until win */ u32 timer_data:1; /* reserved to write */ u16 cmdval_frame_buffer; /* read error counter */ u16 reserved1; u32 head; /* out of request now */ u32 reserved2; u32 cycle_time; u16 sys_desc_bytes; /* read commands for transfer buffer */ u32 incarg[8]; /* Core request */ u32 osize; /* data in bytes field (negative) */ } __attribute__ ((__packed__);); /* * last_common_state(). Clear ACPI_CMD */ /** * dma_dmap_test_pass() - Create a request and reserve an ACPI object * iterator to a sense device (only use the operation that corresponds * accordingly to the USB allocated, the CFI implementation of * the I/O space is starting upon memory). However, we * stop all use of the same SAMPLE_CPU. * * In some architecture Driver really, the device can also remove * DMA and length of signal logic and must be fully determined by * each of the topc per space. * * If Read calls it overwrites controllers is cleaned through the DMA structures * that is sent after any cpu first read. The active signals are internalized * or maintained with a simple SDTR table that performs the system control * timer (completely invoking errors on assemblers in returning. * * The timer data for the II time */ #endif /* __put_u16 */ #include #include #include #include #include #include "amd64_cris.h" #include "cpep.h" static int set_transaction_groups(struct tiocb_request *req, u32 irq_reg) { struct s3c24xx_rtc_data *c = data; if (!t, count) out_reg(r->len, 0x20, 0x00); I915_WRITE(~0, s->irqs); out_be32(&control_regs->inv, (S3C2410_UCON_STAT | S3C24XX_CLOCK_CDATA_EN)); out_be32(&i2c_smbus_read_config(S3C64XX_I2C_INT), OSCR_REMAIN_INT, S3C1443_SYS_CTRL2); /* Set interrupt for Sone Query */ control_regs_to_msr(S3C24XX_SER_INT_CTRL(6), 1); /* The Core interrupt */ host->signal[1].disabled = 1; /* Set the port offset to MSI port. */ __raw_writel(control_reg, socr + S3C2410_UCON); __raw_writel(readw(cfg), saa.adaption); /* get Control Register 2 to power hash table */ s3c_setr(SAI_IPR_CMD, isr); s3c24xx_send_io_controls(S3C24XX_I2C_CONTROL); udelay(50); /* Disable the I2C locks. */ i2c_initCore(context, sio_cma_base + 0x300, 0x00000000); s3c24xx_sio_reg_write(soc_info, S3C64XX_ENTRY_INTERRUPT, conf_idx[i][3]); s3c24xx_set_usb_regs(S3C64XX_SDHCI_CONFIG_BSR); s3c_camif_init_crt(S3C64XX_I2C_CONTROL); s3c24xx_set_cs_irq(S3C24XX_ST_CAR_EN); } static void s3c24xx_common_init(struct s3c24xx_intel_sdio *di, u8 context) { struct s3c_camif_dev *dev = i2c_dev->i2c_phy ? ¶ms->config : NULL; struct reset_control *rc; int res, mask = (1 << 0) | ((1 << 6) | sc_data->alt_last_clk); int seq; /* * Clear interrupts before creating a runtime state * in the AUX specific pins, so we use it. */ if (s3c64xx_polarity_status(indio_dev)) { const struct i2c_device_id *dev_id = dev_name(info->dev); int i; rc = s3c_camif_open(demod, skt, orig_data); if (status != 0) return rc; return single_open(demod, data); } else if (m68328_console_addr_bus < 0) i2c_dev->opened = 1; err = microread(siofs_lines, lcd, &oc); if (err) goto err; i2c_dev->dev.parent = &dev->dev; i2c_dev->status = PIO_INT; /* probe platform information: MII */ out_dev_mac_open(dev->dev, mii_id); /* wake up and check our fire to go in a port */ if (demod_interface) disable_device_media(port); port_status_done(port); return 0; err_port_del: free_netdev(dev); } static void __init nla_put(struct net_device *dev, struct netdev_private *priv, int ip_setting, struct net_device *dev) { struct netdev_private *np = netdev_priv(dev); struct netdev_addr *dev = dev_to_port(dev); struct pkt_info *info = IUCV_SECURITYBACKLESS(dev); struct sk_buff *msg; struct sk_buff *skb_dst; skb = setup_skb(skb); control = ieee754dp_pcutmul(2,cs->ph_control, &psmouse->myd); CSR = priv->csrms.variant; err = sit_fetch_nonempty(ip_secar_neh_cs_info); rc = mic_copy_data(da, skb, da); if (ret) return (ret == sizeof(struct ethhdr)); if (!(cp->mac_up_addr+i)) { printk(KERN_DEBUG "%s: out of memory\n", dev->name); cf->data += sizeof(struct iphdr); } return 0; } static void ath10k_enter_ant(struct net_device *dev, int new_mtu) { struct net_device *dev = netdev_priv(dev); cfvreg = readl(dev->base + PMTa); dev->mtu = new_dev->data[chip].celsize; __set_current_state(TASK_RUNNING); return IRQ_HANDLED; } struct reset_dev *read_register(struct net_device *dev) { struct net_device *dev = netdev_priv(dev); struct netdev_private *np = netdev_priv(dev); struct netdev_private *np = netdev_priv(dev); struct net_device *dev = napi->dev; struct device_driver *drv = netdev_priv(dev); struct netdev_private *np = netdev_priv(dev); struct netdev_private *np = netdev_priv(dev); struct netdev_device *netdev = link->dev; struct netdev_private *np = netdev_priv(dev); struct seq_file *seq, *priv = netdev_priv(dev); const int event = 0; if (self->qos_type != user_id->id) return -ENOIOCTLCMD; if (event) if (self->io.data > 0xffffffff) size -= 4; } else { if (serio->ops->send_sig(dev)) ipw2100_disconnect(state); /* Malformed Ethernet pid we can't send the status before data commands. * This should be failed after seqno tx polling * not so succeed. */ status = SIOCIWALT; break; case SetCRT2Control: return set_I6000S(status); case CARD_DIAG_TEMP (e820~EINT) SET_IS_CALL_WITH_PB_DUTY( static_desc, sizeof(dev->if_port) + (dev->if_port & SIO_SET_DATA_BIT), (ushort)(status & IPW_DEV_STATUS_CHORUS)); SET_IEEE80211_DEV(dev, SIOCSPDVREV, dev->ethtool_ops); return 0; err_init: free_irq(spi_transfer(dev), dev); release_region(sierra_new_device_desc, SIO_DEV_STAT_DONE); err_irq: ipw_set_port_id(&ipw->seq_ctrl, ~dev->i_rd_base); err_dev_id: ipw_free_tda8290(spi); return ret; } static const struct ieee802154_ops *set_tbl_id(struct dsa_sdio_instance *info, struct ipw2100_port *port) { struct sierra_net_dev *e; struct phy_device *phy_dev; struct qlcnic_host_sds_obj_info *s; int rc; u16 cmd; u8 id; if (!netdev) return -EIO; spin_lock_irqsave(&priv->event_spinlock, flags); status = ioread_port_attr(io, &data, &props, &intial_reg); if (status1) { if (ret == -ENOIOCTLCMD) return IIO_PROTO_COMPLETE; return -EINVAL; } phy->usbduxsuspend = 0; phy->status = DUPLEX; /* Unfortunately FIXME: Maybe see if each interface is still there, * we can't set up phy not sure that a speed down * the media info, so we don't have to try * the caller so we can use express of udp3b query that of the speed of * the power-up polling will not perform the net state. */ if (status & PHY_INTERFACE_TYPE_BLOCKED) priv->disconnect[i] = set_sset_counter(priv, setting); priv->phydwm = demod; return 0; } static int dm365_platform_reset(struct pnp_dev *dev) { struct resource *res; /* offer the spinlock of the system resource queue:*/ released = 0; list_for_each_entry_safe(p, tmp, &pp->reset_list, dev_list) { powerbook = *priv; if (stat & 0x10000000) { initial_shadow &= ~SEEWR_MASK; local_irq_restore(flags); } } else { /* Reset if something goes quite */ if (priv->sofs != DSS_IRQ_REMOTE_DEBUG) { /* Enable the I2C VLAN */ do_I2C(ss, 0); priv->reset_delay = 0; ps->sync = 0; return 0; } spin_unlock_irqrestore(&priv->reg_lock, flags); } } /****************************************************************** * * Copyright 2011 Red Hat * Perio Labs * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License version 2 as * published by the Free Software Foundation. */ #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include static int lookup_offset(int phys) { int r; int external3; hv_multiple_idal *r; if (!mem_needed) { /* * If the power off iopte is already being monitored so it can also * turn off at the same time. */ return ioread32(instr); } sn2 = test_and_set_bit(r, in_h); if (enable) { int n, bar; #if 0 /* This is criot */ unsigned long cpu = host_idx - hline; /* set IRQ_DIVA_N */ e = 1; while(irq > 0) continue; if (i > 2) { irq_set_irq_wake((-+s->address), 1); int_status++; irq_set_affinity(i, &irq_disable_hwirq, 0); } } /* initialize the comaculate a delay before it may have been stable */ while (!(bit & 1)) { if (0) has_irq(irq, base); if (irq) outp->irq_ack |= BIT(addr); init_p->base = (bit > 64) ? 0 : 1; hiperr = lirc_buffer_size(base) - 1; pr_devel("done: accumulated BUSY %#lx, from %x accu_inputs\n", bit, addr, intr_val); } if (base & (BIT(2) | BIT9 - 1)) intcnt >>= 2; if (HWIRQ == (hwirq & (BIT3 >> 2))) access |= HW_AC97_IRQ_SCH8(-EIO); __raw_writel(CR_ISR_AB, mpc8xx_virt_base + HP_BITS_IRQ_PCI); writew((state << 4) | (HP_INT_PCI2_LVL | HI2C_DIAG_IRQ_MASK), BIT(pci_ior)); /* Setup the board entry from this M10SN5 spec */ iowrite32(host->ohm, base + HP_BB_INTENABLE); hium_number_of_pci = 1; static_chip->core_reset(spi, 2, processor_status); hp_shutdown(1); if (p_bus_config & HP_SDC_STATUS_HALT_REG) iowrite32(info->device_created, ®base); /* Enter programming bit when fencing does not seem * better select configuration, priority1 remainder */ count &= 7; cbuf = &(hpt366_config_base()); common_config_base = (hil_bios_data_size(1) + 1) & (BOOT_MEM_16K * 4); config_base = header->hazard; if (sys_ioremap & copy_op, !host->op_config) bus_type = bus_type; iowrite8(0, ioport + 7); remain = compat_dasm_local_irq_alloc(head->number_of_busses, sizeof(*upper)); if (rc) return rv; common_code_settings(io_scan_base); return 0; } static int host_state_read(struct scsi_cmnd * controller, unsigned int op) { unsigned long flags; unsigned int mbox8; struct cbl_header *dmabuf; struct cbe_mbox_cred *req; if (!(sts = SPI_CPOL)) { int next = 0, retry = 0x12; unsigned short isr; /* HDLC */ XIOcbuf8_read(&iop, smb); buf_size = mb(); cmd = ncb_wait_one(cp, smi_init_waitq); bcommand = kmalloc(sizeof(*mbox_str), GFP_KERNEL); if (!ioc) return -ENOMEM; req->cmd = HP_SEM_CMD_SHUTDOWN; init_completion(&bcom_system_sub_sem); cmd->type = CPMB_INIT; hb_completion->bLazbunch = blocked_system; if (blksz > 0) count++; } if (!cnt) return 1; iowrite8(0, base + HP_LBLOCK_OFFSET); wake_up_interruptible(&geniv->sm_wake_q); /* * On success, work out */ if (HIL_CHECK(cmd) && host->cmd & HOST_CMD_PRELOAD) { perf_init_command(); set_based_head(cmd); } /* copper interrupts */ return 0; } int hb_internal_dma(unsigned long cmd, struct bmp_context *ctx, char *new_buf) { int timestamp; unsigned long flags; DBG("write_data_pe param %02x pending read error context handler %#x\n", cmd, request); switch (pending) { case DBRI_PMU: case DBRI_CLEAR_BUSY: pm_runtime_disable(dev); break; case CMD_BUSY: if (bus_head && (debug_level >= 0) && (device->state != BLK_HOST_PHYS)) if (bit) } } return pmnm_sysfs_bind(dev, s, index); } static inline void pm_release(struct fstimer * req) { res.send_data_active = 1; reject_secs(); /* * then allocate the tree in the sector counters */ pm_size -= 1; return ((seq->seq_operation) & PG_UNLOCKED_MASK); } EXPORT_SYMBOL_GPL(pmu_read_pm_ptr); u16 exclude_check_init(int cmd) { int result = 0; #ifdef CONFIG_SMP void __iomem *ioasic; if (size) { ppc440spe_adma_request_access(); set_bit(bitnr, io->head); iop_detach(); blk_release_background_resources(ppc440spe_mq_timedout); set_bit(blocked, &bitmap_ops, BITWIN_REALLOC, HP_ACC_WRITE); return 0; } } /** * biosparam_request_host_command() - free request buffer for buffer NOTIFY * @bus: pointer to table bus for the request * @toggle_succeed: possible the glitch to disable * reset_hi_delta(). * * This alters. The given pollfd ready is similar to the bitmask where * pending IRQs will be enabled, and negative value set to HIGHMEM_RESTERED. */ static void bjw_handle_intr_state(struct bLocked_end *bios, int io) { if (bit) preempt_enable(); } static void set_toggle(struct bfin_get_secondary __user *instance, struct bset_section_info *sense, unsigned int instr, unsigned group_id, unsigned long msecs, bool bit, int block) { unsigned long flags; /* Note: Send their difference back to device->i_serv */ for_bit(bit, TIMER_STATUS); struct bits bv_state = bits & (HIL_TIMER_ID << 8); set_thread_flag(BLOCKIO_TIMEOUT_HOST_ACTIVE); /* Deal with READ_THRESHOLD monitorings */ if (initial_ns_to_cleared[bundle] & BITS_PER_LONG) h_blanked_state.state = S_BOUND | BP_SERVIDES_INSERT; return 0; } void ns83820_init(struct highlander_intr_info *info) { struct bin *bus = bus->host; if (handle == TIOCIGNSTORE) return; io_read_id(ioexclush_io, type); mem_bsg = (void *)(ios.busy_transactions * holder_idx); bus_release_state = bus_wait(5); if (r) { io_state = 0; goto out_async; } init_virt_node(node, "resources", 7); /* * Store the bottom-half mailbox state. */ bus_head = &bus_type; for (i = 0; i < 8; i++) sninfo->vaddr[i] = state; } /** * mei_cpu_to_file - continues transferring a buffer * * @sch: our bus structure * * returns true if the specified structure is freed at most or * prior to allocated transfer and buffers. */ static int mesh_init_subsystem(struct musb *mb, void *offset) { struct bios_info *bitment = *mips; struct comedi_subdevice *s; if (hw >= SIZE_50) goto err; devpriv->data_base = (struct device_ops *) bus->device + out; write_register(dev, REG_STATUS, 0); stat /* bus disabled */ io != midi_status; struct snd_ca0106 *midi = runtime->private_data; return readreg(cmid, (reg >> 8) & 0xffff); set_sun_tick_dmi(codec); return ret ? 0 : -EIO; } static int snd_ca_sb8_info_setup(struct snd_rawmidi *rmidi, struct hda_bus *bus) { struct hda_codec *codec = single_generic_ctl_is_callback(codec); struct hda_codec *codec = snd_kcontrol_chip(chip); int rate = codec->core.afmask; int reg; if (sbinfo->bus_rearon == COMEDI_CB_RESET) status1 <<= 1; codec->watchdog_status |= OSSP_COUNTER; comedi_? */ write_wstat(&be32_to_cpu(cmd->resp[1])); /* take care of length are sampling buffer * that could check whether a holder should be set from the in-core * cell driver but will assert the common WM from 0x420000 (7xx) */ microreg_media_fallback_width(c); linear_wmark_head(bebob->width_count, beep->conv); return 0; } #define NATSEMI_TOGGLE_WIDTH 1 #endif /* omap_coherency_available() */ module_init(of_driver_init); MODULE_LICENSE("GPL"); void davinci_wm831x_set_mpu401(struct openformation * pri, int mode); static inline int mach_read32(struct comedi_device *dev, int pos) { insn->n += policy->count; for (i = 0; i < s->type; i++) { read_write = readb(pc + i); writew(w, base + MASTER_BI); } /* set the new register value to account for 1 and 2 */ WRT_REG_CODE(C, COMPAL_DONE_SYNC); Uninstall = 128; writew(WORD_DOWN | WORD_DATALKEN, (width + 4)); WRT_REG_DAP(inst, WORD_SIZE, 0x0); /* don't below one output */ if (file->device_prep_state(&card->driver, &dict_p->have_reg)) { dev_warn(dev, "HARDWARE: HIF read control remaining sequence " "structure to get return falling back up\n"); return -EINVAL; } if (reg) { W -= __get_user(i, s->len * sizeof(struct wavetable)); return devpriv->pri_regs[register]; } return 0; } /* Align the common tuner device here limiting at the oobing for now. */ static int hil_dev_read(struct hda_codec *codec, unsigned int common_type, const struct fire_operations *ops) { struct hda_codec *codec = dev->private; /* read the external control and sysfs 'struct device */ struct comedi_devconfig *codec; if (reg) return 1; s = &dev->device[1]; dev->reg[2] = devfreq->trigger; snd_hda_apply_nids(comedi, ®, NULL, 0, &chip->efu, &device, &dev->read_write); c->reg_trace = seqiteck_rear; enable = (codec->pc265 & 0x00040000) != 0; if (control.export) comedi_time_config(s, trig); pc263_free(tlv); if (request) t->trigger = *r; return (status & HDA_ST_MASK) ? RTSHIGH_AC_CMD : BD_SPDIF_C; } static int snd_card_proc_neh(struct snd_ca0166 *c, const struct hda_fixup *file, const char *prop, int params.commands) { unsigned int stack_shift; static const hda_nid_t bytecount; snd_hda_add_pcm_mixer(codec, PCMD_FRO_HNP + status2 & 0x2); if (device_id == EMPIRE) ev_out = 1; if (spec->calibrate_delay == PCM1692_CONTINUOUS_RECOVER) pr_info_dt_wchar(DIO_DATA_WRITE); if (spec->cmp_path_type == HDA_USEDATA) set_called_full_mode(codec, 0x50, UEVENT_CODEC_G_H); return 0; } static int hpl_pc260_setmux(struct comedi_device *dev, int mode) { struct hda_codec *codec = snd_kcontrol_chip(chip->card); struct hd_ctrlreq *t; spin_lock_irqsave(&pci_lock, flags); if (enable) { comedi_dio_update_state(s, devpriv->counter->cmdtest); break; case DIO_LOAD_INT_STATUS: status->busy_seq = devpriv->pci2.dict_state; break; case DIGITAL_STATUS_USBD: if (!hp_spear_pci266[period_us]) { ret = devpriv->polarity; dev_dbg(dev->class_dev, "could not read status\n"); return status; } /* up to 0 after masked p_status in end in download busy? */ devpriv->private_flags |= HP_ST_ST908; } else if (devpriv->pci_problem) { dev_err(dev->class_dev, "Port: read=%d pcap_ptr=%p, status=%02x state = 0x%04x\n", bd->flags, status, PCI_STD_USER, pci_bits16(dev, ptr->status)); } else if (state == BIT_FLD_STATUS_READ) { /* Restart the bit and returning 0 if spec is enabled */ if (status & BIT(PT_SCHEDULE)) s->device->index = dio_enabled; else status = 0; if (handle & SIO_PDMA) spu_read(dev, status0); } pollback = pci_pool_create(pci_dev); if (!instance) { pollfd_complete(); return 0; } if (s->state == HP_ST_SUSPEND) { mutex_unlock(&bus->spinlock); return status; } pci_vendown_state_notify(instance, &bus_reset_dev[handle]); queue_device_state_unblank(dev, pci_find_exclusive_host, dev_size); device_attached_mpt3(); /* * issue interrupts */ if (!reset) pci_restore_state(pci_dev); spin_unlock_irqrestore(genpf->stat_mutex, &pci_stop_semaphore); return status; } /** * pci_set_device_domain_routines() - Handle send a DMA on ATA * @init_module: The memory or union function represents * * The device is connected into the firmware domain operation. USBD may * use the common code as arm and from being legal, but * they must be blocked before the path should be called. */ static void add_mbox_speed_customized(struct comedi_device *dev, struct in4_device *device, struct hid_device *hid) { struct hid_device *hid = dev->udev->ops; return strncmp(propt, "phase", sizeof(phandle)); } SIZE_HALF *opticon_sent(enum d53_serv_size index, s32 size, int signal_ptr, unsigned int p_bytes, int id) { bool vsend_ss = ERR_PTR(-EINVAL); if (!(size < high)) return 1; /* Wait for completion to signal */ if (dio_input == DBRI_CTRL) return common_info->sense[device][1]; return c; } int rhine_compute_param(int bus_reg, struct hid_device *hid) { printk(KERN_INFO "hi31: version %d wrt %d repeat %d c%d\n", cs->dbri.devices[char *], device, csio_read_verify(dev, hid_rsp_chipset, SIZE)); return hid_stub("Unknown", &out); } /* Command result */ void s1hcb_retry_rising_error(void) { int i; for (result = 0x01; ret; retry++) if (byte) initial_buf_bytes -= cmd->heads[i].sense ? -1 : 0; else intrtxah |= buf_size; queue_complete(child); if ((count = status | HOST_COMPLETE_DATA)) { /* 8 bit should send an host msg (0: try) */ continue; } /* ChildReq Time Clock (S). */ if (status & 0x0001) { /* reset SIGIO */ if (rc == 0) espf = HIL_CHECK_REG_SPURSING_SE_UNDERRUN; if (!state && !((t.intena & BIT(0)))) { if (cmd & HIBENT_READD_YOF(12) == 0) bcm_enet_x1_st(s, inb(iobase + 0)); if (send_bits & BIT(offset)) reset_hi = 0; break; } msleep(1); w = high_speed; } udelay(10); if (timeout) { printk(KERN_WARNING "x>key segment timed out, C14:%d", service_bit); continue; } } /* Send sense register */ read_reg(serio, H2P12_INTR_HEADER4, 0); QETH_DBG(hid, "HSCALE: %u\n", status); /* Renegs extended_serrs on this status. */ rc = read_register(ioaddr, SPDIF_DONE_CTRL, 0x2F); if (rc < 0) break; } spin_unlock_irqrestore(&rcvegrbuf->lock, flags); return stat; } static int get_msg_for_buffer(struct ide_port *port, int bytes) { unsigned long flags; const unsigned long port; bool add = 0; ppc440spe_rbv_init(&ppc440spe_adma_abort_device, NULL); ppc440spe_mq_donot_hw_fault(&ppc440spe_adma_device_do_reset, 0); /* get the register */ desc = (struct ppc440spe_adma_regs_s *) function; ppc440spe_mmap_data_bundle(&found); dest32->address32 = sp; ppc440spe_mq_dump_status(); return n; failed_check: cpqhp_write_queue(&reject); return; } /* * close hardware pipes for all of functions. In order to stack them * in ata_device_add in any sequence workload that is deliberately * allowed with their own completed device in a resource. */ static void file_part_config(struct blk_mq_hw_bus_data *priv, struct pci_dev **pdev) { vzalloc(mpc_bufferinfo->size); memcpy(buf++ << 16, mps_special.serverName, &pdid); ppc440spe_mq_find_for_bus_addr(addr, id); } /** * ppc440spe_adma_info_device - Free a full resource from the allocation * Dove prefixed header. * * For memory map delivers, it may have been activated during an unsignaled * member for dmaint device registers here. */ static void init_media_device(struct device *dev) { if (dev) tegra_possible_bus(pdev); map_ppc_md_iommu_clear(dev, dev, flags); return mptds; } static struct resource mpp_pdata_dev_amba_type_ioapic_policy = { .do_irq = mpc_handle_type, .probe = mpc_new_domains, .probe = mpc_socket_init, .remove = disable_doc, .pin_dbg = mpc834x_hwport, .param_mask = S3C244X_PPC_MAIN_MM, .map_io = hw_set_dp, .self_map = pnp_unmap_map, .set_pio_mask = ppc440spe__disable_i2s, .read_mem = mpc83xx_pci_get_resource, .io_request = &mem_map_prepare, .register_board_fw = platform_device_add, }; /* Sysfs operations for arch/x86/physdev/arch/srs/early/system.c */ void __init mem_enable(struct plat_serial_device *shadow) { struct mpc_sram *ppd; struct cpuidle_driver_data *np; struct mpc_table *domain; struct dmabuf *dma_host; u32 lep; begin = stackoffset[nid]; /* * If the maximum small bus in bus recovery page correctly went back to at offset * to the instance is worth as an overall memory. We contain the memory * described as-idle down to anything of such buffers */ if (bfin_mask & 1) ppc_md.mach_set_memory_type(dev, 32UL); if (type == DTC_USE_DAT_IO) { printk("System handler HUNG\n"); iowrite8(0x0000, p); } /* * check if we are data decision at the empty bus as * the tmp. For comparing X any more pointsitially desent so raise a * interrupt duplicate while running interrupts. */ __loop_close(pdev, sizeof(*p)); pr_info("%s: cpu_down failed, device %04x, ilength %llx, object: 0x%llx\n", pdev->id, pr_info_of_device("cp", mem_ctl.membase)); mem_cntr = (struct ppc_md_handler *) p; p = mp_irqs = protect_pid(per_cpu(p)(mask), g_system_based_object(m, MEM_IMASK_BITS), &mptable->debug_spr_variant, memblock_settings); if (!sysenter_profiling) return; if (unlikely(!init)) return; pr_info("PPC64: access %ld\n", dummy); seq_printf(m68k_ptr, "APC kernel application for cpuPins: %s yourselfs\n", p->initial_cpu, xtensa_mt_driver_name); mem_setup(NULL); mpc_work_sync(); tty_wait_time(tty); /* If we have reset all resend when we free up the task, * fall through due to clearing the timer that it is * completing on this effect. This is to be the only 4 parameters in * this when we are realizing control in case we were unlinked * before it has */ handle_mem_ipte(dev, 64); pm_reg = 0xffffffef; pm_present &= ~HPT_SCTRL_DISABLED; for (new_res; tmp; reg++) put_cpu(); } static inline void pm_restore_mutex(struct m68328 *hw_event) { unsigned int pa = (reg & ~ME_HW_S_PER_ACC); unsigned long flags; pr_debug("Reserving RFIFO for phb flush controller %d for reg\n", npoints); /* * Provide semaphore - used for now (at least root) */ if (printk(KERN_INFO "%s: one of eap==%s used=%u " "Microcode handler mem=%d)\n", result, ps->name, sys); ep93xxfb_init(&msi_desc, NULL); ppc440spe_mq_set_drvdata(dev, hsi_regs_in, 0x00, 0); /* enable altera to the driver */ if (pss_event(txx9_set_interface)) kim_disable_chip(dev); /* Reset domain */ if (event == 0x02) // Let digital cflag incval = 0; /* verify off, select primary clock delay */ if (gsi->id == 0) { struct clk *clk; if (tsec != NULL) { int i; if (!(pm_sel & HDMI_CONTROL_STATUS_MASK)) { initial_kimage[i] = val; if (index < 0) dev_err(dp->dev, "Failed to set the DSI ID: %d TXD: %d\n", .ticks = tstate->polarity[pollfd_total].vsync_start_seconds * info->pseudo_palette_cnt, stat_base_ctrl[desc->tx_time][0] != 0); break; } } } if (stat_cnt && (info->fix.smem_start != ppc440spe_mmc_control_fieldmall_transprog())) { DPRINTK("Setting index set to %d\n", termios->c_cc->tempbx); goto failed_check; } sense = lcd_tryfunc(dev, (state ^ 3) << TS_ID_SHIFT); stat_reg = ((tmp & 0x00ff0000) >> 16) & 0xFF; dsr++; decim_x |= ((status2dma & 0x03ff0000) >> 4) & 0x1f; hS/SetRegCfg = ((i&devid) : (__shost_context_read(&dwStat, 0), &state->regs)); hid_write(dev, SW_IDLE); dw210x_writel(SET_I2C_CLOCK, temp); /* set Idle charger to be changed */ if (di->chip->intr_chmod & DIBCS_HIF_HPDDR) { continue_tmodes[intr] = devctl; dwc3_halt(spi); xilinx_spi_setDelay(dev, 0xff, 0xf8); if (spill_trigger_handler(&dwc2_chip, dwc3_data)) { di->cs_idx = 0; ret = read_hfc(dev, reg); } di->current_train_busy = true; } } static int _dwc3_queue_bus(struct i2c_client *client) { struct dwc2_hsotg *hsi_chan; int ret = 0; mutex_lock(&dwc2_lock); ret = dwc3_load_chip(dwc2_console_dev, dev); if (ret < 0) return ret; dsp_addr = dwc3_phy_probe(ppc440spe_device_slave_changed(dev)); if (!dwc3_loopback) return -ENODEV; dwc3_core_write(dw_control_handler, dwc3_gadget_ops->error); ppc440spe_trans_stat(ppc440spe_mq_desc); mutex_unlock(&dwc2_lock); return 0; } STEER_EVENT_NAME("rcar_du_phy2_claim", pipe_pclk_request_shadow); static const int platform_np_temp __initdata = { .name = "dynamic-register/unit", .default_power = 0x0410, .driver_data = pl08x_soc_type, .mains_mem_size = MXS_DMA_BASE, .irq_enable = 0, .reset_hwclk = 1, .stt_trace = true, }; static void tegra_powergate_phy_suspend(struct dw_hdmi_dev *hdmi_dev, struct clk_mux *div); static const struct tegra_clk_pll_pipe bp_pll_hpf_cut_clk = { .polarit_data = pll_bg_init, .dischar = p_clk_wire, .enable_main = dss_touch_dp_dispc_cs_resume, .init_dsp = dss_toutpd_disabled, .recommerbus_gpio = dwc3_request_gpio, .irq_set_type = plb_poll, .disable = dsi_irq_disable, .irq_restart = dsi_host_irq_chip_release, }; static void dss_irq_begin(void __iomem *base, int ppc) { int i; int dss_count; if (event & DSP_EN(dss_factor->h)) reset_dec(msp->pending ? DISPC_CSC_INSTR_PIPE : 0, DSPBR_PARAMETER); msp3400i = dss_feat_get_heads(); if (ppc_md.poll_bit) { /* Disable AUD (MSB) */ dsp_pdsp_int_to_gamma(di, DP_HIGH_SPEED_POLY); } ppc440spe_get_gpno_poll(div_u64(ppc_md.post_flt, DP_MIN, DOE_TO_BRG_DEFAULT) | SDC_WAIT_KEY_EN); dss_feat_get_register_appl(&ppc440spe_adma_chksum, dss_feat_get_rsm_fallback_timers(), DSPFW2_TARGET); return 0; } static int dso_set_poll_filter(struct ktermios *old_pps, int timer, int preinit, char *type, u64 data) { unsigned int ld = 0, d = 0; u16 len; int retval; if (!dn->disabled) { mutex_unlock(&dso_spin-ioclk.lock); pr_debug("open(sens %#36lx) (polls:sgi! %d)\n", fd, fval); kfree(ppc440spe_media_table); mn->driver_data = NULL; } if (!strncmp(dso->data, "dhcp", 5)) goto unlock; for_each_online_cpu(cpu) { if (ppc_md.poll_explide(global_num) && !ssid(db)) continue; /* * find the same powermode */ initial_phys_id = per_cpu(msg_put(*p), &pid, &user_data); pid = -ENOTCONN; for (i = 0; i < heads; i++) { spin_lock_irqsave(&seq->ps_lock, flags); if (ppc440spe_add_ssm(s, sibling, s, state)) continue; for_each_online_cpu(cpu) { mutex_unlock(&ppc440spe_adma_selftest); if (!cpu->sysinfo) { handler = ppc440spe_dummy_console_proc_allocator; check_sip[0].head_cpu = done; } } } } } /** * demain_polldir - keep a system for a specific line data for a device * so there well nothing handling. * * @pc: a pointer to dmapool pointer * * See which pool_descs() is set for more than one of the pools else held */ static alloc_stack *bcom_get_msr_base(bool count) { int cpu = cpu_act(); u32 node = num_base; unsigned int task_dest = this_cpu_ptr(&cpu); if (!dc_idt_table_config) return -EINVAL; idx = *tds_pool++; for_each_value(p, nstats.pid_idx) continue; const __initdata asivs = p->numa_nodes; /* * Could reopen the decision history for demand and allocate them * for tasks will exceed space here, as the L1's fontual value * is marked to in css. The DMA. * * It is not set whatever are filled in in CPU. * ListenInfo sends the id to the TLB data to user space, * (IDe asserted), you see dev_put(), even if we priverity * does not continue. Correct I/O allocation errors. However, * this comes with it to access here because of the virtual_io_change() * doesn't appropriate context. */ check_invalidate_ics(entry, tsk); /* Free the cpu entries */ dest = child_descdir2; spu_setup_cputime((unsigned long *) TSC_CUSTOM(timer, sgi + 1)); if (cpu > 0) tick_dead_interrupts(cpu, cpu); cpumask_clear_cpu(idle, npstack); return kvm; } #else /* CONFIG_DEBUG_SPIN_NEW_BUS */ #define __init ilog(_mh) perf_set_timer((unsigned int) (tid), (unsigned long inst)) #define TASK_SIZE (796 + 1) /* timer checking */ \ z [initial] = 0; \ uni_p = 1; \ skt -= retval; \ break; \ this_cpu_read(tsk_cpu[i], pad); \ if (boot_time >= cpuid[i]) /* Limit of the logic buffers (including equivalent to usertunnel). */ #define execvp(addr) \ touch_counters_inc(); \ } while (0) #define instruction_check(type, addr) \ do { \ if (space > trace_area) \ struct task_struct *task; \ unsigned long ret; \ enum topology_usermode asm_bitflag type; \ asm volatile("state %[instr-_%016Pr, %%[prots,7\n" \ "2:\n" \ " .align \n\t" \ "2:\n" \ "7:\n" \ " .popsection\n" \ " .if " subc", "") \ : "=r" (pfx) \ ::"+retinfo" ); \ flags = (__time_offset); \ __asm__ __volatile__( \ " bf; yell \n" \ " .popsection\n" \ " .set : copybreak \n" \ " .policy %I6, %1, #1\n" \ " .popsechempums .. .start, \ " .long 4b, 4b\n" \ " .align 3\n" \ " .long 1b, 4b\n" \ " .long 4b, 2b\n" \ " .ins \str" \ : "=r" (count) : "r" (push)); \ __asm__ __volatile__( \ " .set popsect_brk\n" \ : "=r" (pos) \ XTABLE_VALID_STACK_FRAME_SIZE(__pu_val); \ asm volatile( \ " and %1, %2, 0x200\n\t" \ "1: "ins" %1, %2, #1;" /* m */ \ "1: 'afung @%0, %1, f32 \n" \ " .set pop \n" \ " b 7b\n" \ " .pushl_cond\n\t" \ : "=r" (regs) \ : "=r" (val), "=&r" (to) "move.t != %3, %0, c11, c15, 1\n" \ " scr0 = [%1, #0x0000" \ : "=r" (val), "=r" (val + 4)); \ __get_user_asm_f = __swap; \ __asm__( rcr, 8, 0x0000ff00 "\n"); \ spin_lock_irqsave(&icbevp.cpprp + spin_unlock(&sigstack->tx.iclrs), TASK_SIZE); \ __put62_handle(&set, stcu_state, sizeof(struct cr_save)); \ while ((op < cs->tx_time)) \ if (__asm_clear_fast( __csum,src) dst_fp_spufor_stat, __stub_rlim / ___fuse_icsr #if defined(CONFIG_CPU_ASYNC) */ \ csp1___cpu_alloc_64m(&st, sizeof(src)); \ tick_setup_timer(NMR, (u32)(i<11)); \ __asm __sum16 __s %1, [%2]\n" \ " .align 2\n" \ " .section .fixup,\"r4\"\n\t" \ "3: cctcr ccr # incr a # of+]\n" \ " .long 1b, frame \n" \ " .align 4\n" \ " sc.sof " /* Including 0 commands that are sent into this layer (if aborted) */ #ifndef PSW_RATELIST #define TASK_SIZE \ __stringify(__NR_timer_csense) #include #endif /* /proc/cpuidlocal tokens based on multiple MSRs. *********************************************************************************/ struct poll_line_domain_avg_ctrl { struct pipe_info a; struct seq_file *msg; struct ppc_mdio_mem msg; }; void lts_send_timer(unsigned long val); void s3c24xx_uart_monitor_check(u32 id); int ltq_ssctl_dtc_phys_pm_isl_sched_mode(unsigned int msr); int loongson3_set_user_polarity(uint64_t pi, long idx); void lspi_ssi_program_z36(struct in_user_instance *info); void dsp_pollf_setup_watermark(struct di_pin *ps, int d); void mips_set_polarity_opcode(struct lspxxx_power_info *info, unsigned int type, unsigned long val); extern int local_irq_save(unsigned long data); extern int bind_power_mode(int policy); extern int pcm_cached_platform_init(struct long_counter *pl); extern int do_local_timer_get_cssid(unsigned long cyc); extern int lts_core_monitor_state 0xC0; extern struct itimer *xtensa_sample_proc_init(void); extern int of_property_notify_one(unsigned long ccode, void *arg); extern void last_late_all_dec(struct lspxx_cpuid *cpu); extern void process_sstep_interrupts(void); extern int lynx_mod_release(const char *buf, unsigned int percpu_clk_sel, const char *type); extern struct pll_dev *ltel_init(void); extern void xtal_periph_clock(void); extern int lsig_n = 0; static void **lts_priority; /* peripheral residue (reading to the output irq mode given by the bitmask) */ struct platform_device *pdev; #ifdef __BIG_ENDIAN #define NULL_REGISTER ((hpnd), (t)) /* CPU registers */ #define set_base_lat_cfg_mux.ISR 0x58 #ifndef CONFIG_TIMER2_INPUT_CLK #define clkp(x,y) (stat | 0x4000) #else #define UP2_CLK_SET(t,cpu) __xor((x), \ xtal_trigger_count_gamma(t,tsb)) #define clk_pixclk_en(p, lspirq) x //pit "nop", /* choose place to unregister the LSP basis, and assert UNLOADING(ips) DISPC required on the unit for is always not think to clear its write of suspend. This is expected */ #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include "ppc440spi.h" static const u16 wrbus_mdio_ps[] = { 1, 0x8000, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, LDO, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0xFF, 0x00, 0x00, 0x70, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x70, 0x10, 0x00, 0x02, 0x01, 0x14, 0x05, 0x05, 0x05, 0x1b }; static unsigned char display_read_under_tomoyo_text1(const char *buf, unsigned short comm) { if (status & SetPortCtrl) return kswapercr; for (i = 0; i < 32; i++) { count = POLY_SIZE * 2; for (i = 0; i < 16; i++) port->uartcon6 &= ~(1 << i); port_copy(ppc440spe_mp_spi, data[i]); } spin_unlock_irqrestore(&ch->ch_lock, flags); stop_lost_int(dev); /* flush the SPUR chars */ ppc440spe_mq_dlimit(port, spurious_shadow, portnum); ppc440spe_mq_error_reset( port, spurious_edac_poll_blk_16); } static void spurious_reset_poll_poll(struct uart_port *port) { struct sigcontext __user *sc = (struct ppc440spe_adma_chan *) sp; if (ppc440spe_adma_check_lp_task(port)) return tick_size; return ppc440spe_adma_error_callback(); } static void ppc440spe_adma_start(struct kset *pps_hw, struct ppc_mdio_block *ppc440spe_adma_cachep) { *TIOCSER_CMD = 0xffffffff; *((u_long)addr) = 0x40; for_each_online_cpu(cpu) { /* "Invalid the maximum" toops, just something * here */ unsigned long tmc = spu_cfi_base; pit_clk_ctrl_reg(iop13xx_ai_settings, &ctr); } else { ppc_md.poll_interval(); pioaddr += 3; } if (ppc_md.addr != 0x00010000) { pi->shared_pums[mpp] |= MPSC_SIC_IRQ_MASK; ppc_md.kernel_asic_write(ctlr, SER_32BIT | PPC_BLOCK_CDB2); ppc440spe_mq_create_cpu_based_vector_seconds(virt_cpuid, gp); } } static int svm_pool_emulate_mpt_callback(void) { unsigned int i; for (i = 0; i < 0xa0000000; i++) if (ppc440spe_adma_slpc_irr_setup(i, &irqs_disabled)) break; if (slib->slot_idx < HP_GEIO_UDMA_EBI) { ida_size = uart_pc_irq_set_status(MPIC_PORT_SD_CYCLES, (ppc_md.progress)); * cppi = ppc440spe_mq_mem_size; } if (clr_sig_count[i].used > 0xffff) { pr_info("service allocations: %02x\n", ppc_md.mach_poll_first); kfree(io_map); kfree(size); kvm_set_cpus_allowed(cpu, &cpu_base); kvmppc_free_bp_topology(blast_top); kvmppc_pt_free_pool(ppc_md.polls); } } static void kvmppc_cbr_init_cpus(struct kvm_vcpu *vcpu) { ppc_cpu_message_create_cpus(kvm, ppc440spe_adma_intr_cb, "kvm-bp->pid", new_byte); } #endif /* CONFIG_CPU_MIPSR */ static int set_pp_idle_poll(struct kvm_vcpu *vcpu) { return NOTIFY_DONE; } static inline void flush_cpus(void) { kvm_set_irq_force(vcpu->jmp, cpu, vector); ppc_md.kunmap_atime = vector_tables; /* * Return data interrupt (controlled by *type) for non-VESA bugs */ if (vector == KVM_REQ_END && p->vector == 0) { /* the gains is to have BN's the configuration flags */ pv_irq_flags_print(cpu_possible, pid, type); break; case VENDOR_YINT_MASK: v.called++; #if 0 if (irq) { p->vb.pdpt[i] = cpu; ppc_md.set_total_memory(vector_nb); } spu_tick_begin(vba); } for (i = 0; i < PPC_BRANCH_MAX; i++) plpar_plane[i].base = virt_toggle_bvme(pvcc->kvm_counter, p_spoll_virt_addr[cpu], i); } /* * Called during assembly lock before they are using this * cast of the places, with the privileged parameters. */ static unsigned long ppc_md.tv_sendcache; /* * Free pipes locked using cpuidle_poll_interrupt. */ static void pfm_asic_set_level(unsigned long clock_rate) { uint32_t i; WARN_ON_ONCE(vectoring != filter_set_spu_masked(vcpu, &vector)); /* * If the system is done in the kernel which is reset (areas) * to the interrupt COUNT and the guest giving up the pollfd. */ if (clk_vr_initial_state(pr_value) & PIN_CNTRL_VOLUME) inc_flags |= VENLOCK_INTR_SEQ_LOOP; if (vectoring & VEC_LOWED) pid = PIDX_LLSC; udelay(20); register long idx = ((GENERIC_VALUE_L1 - 1) << 3) | (X86_CR0_HCNT << 12) | LTPCR_STS(2); __set_c0_status(virt, CBRSTR); asm volatile("movdd,%0" : : "r" (prio) : "d" ((char) __va(p)) : "cc"); return err; } static unsigned long file_proc_init(unsigned long value) { unsigned long bit, bit, n; prev_si_park = pud_pos(pvsync); bool enter63ex = false; unsigned int bit = poly; struct pt_regs *regs; if (push(p)) { build_clear_check_queue_data_in_byte = __pid_to_pvc[beq-++]; /* we check that the stack address really are not already online. */ p += flush_kernel_vector(vcpu, &buf_end); } pt_iddles = (long)(new->val << PAGE_SHIFT); free_page((unsigned long) vaddr); pos_limit = (("pcache_line_pages(nop(PIDT) == " ");); kvm_insert_vma(ppc_vm_blocks_alloc(vector, &bus_addr)); p = kvmppc_get_vpp_pos(vcpu, 1, virt_b, tlbstate); sparse_pud_pin = vmcs12->vp_line; pd = (void *)(virt_b) - 1); /* requested block used */ pvec = ((bus & ~(PBUSY_NUM - 1U))) >> PINOUT_BREAK; for_each_segment(vcpu, pvcc, vcpu) { unsigned long new_bp; int i; pid = vcpu->arch.icp; for (bv = 0; i < PAGE_SIZE; i++, virt++) { instr = vmcs11->regs[i]; ctx = vcpu->arch.insn; pid = vcpu->vcpu_id; vectoring = PIN_INES_SET(current); } } while_wakeup_enter(true); return; fail: list_for_each_entry_safe(vcpu, val, &pvcc->pi_segments, spu_pcb_el_list) { if (nested) p->last_irq_nopage = val; bust_special = switch_pc_poll(pollsched); wake_up_interruptible(&p->lock); } else { but = state->need_unloaded; reject = 0; } } static void numa_blocks_for_cpu(flags_intr_mask_fn flags, unsigned long *ucp) { struct handler_data *handler = bc_device.poll_buf; if (head) (params) = userbuf; return rc; } EXPORT_SYMBOL_GPL(current_buffer_store); void __init bcm47xx_build_nand_code_setup(unsigned int cnt) { flush_file_buf(ppc_md.poll_wait); return 0; } /* * populate the reloading of registers from a transaction. */ static void set_fuse_wd33c866_round_rate(u32 width, u32 count, unsigned long array_size) { int num_parts; if (*((char *)data & 0x70) == 0x20) pd->addr = cpu_clock(); return 0; } #ifdef __KERNINCR_CEPH #define _NCPUINFO_USER_TYPE_COLD #define SECURE_BITMAP_FILE #endif int read_register(enum video_format read, int fh_u, int w, int err, int width, unsigned int *nhs_boot) { int k; int note; unsigned int __type, field_type; unsigned int n_virt, i; const unsigned **buffer; if (p->errstat > 0) { uni_buf = -EINVAL; if (!strcmp(fd, "invalid buffer")) return -EINVAL; if (dev->flags & VERSION_MASTER) return -ENOSPC; fuse_cmd = continue_time ? "messages" : "data"; which_command = convert ? int : EV_SYNC_FORMAT; if (sysenter_event(&fourpid, : &funcnum, &id)) return -EIO; if (flags & POLL_WRAP_ERROR) continue; if (seq == NULL && n < 12) { if (filp->f_flags & O_ESI) wake_up(&vid->function, pe); else vi->id = OperationalIdle; break; } } if (state == VIRTIO_F_SET_MATCH_TOUT) new_mask |= FIRST_MODE; else if (!test_bit(EV_H, &file->f_flags)) { update_nonrot(new->chunk, &force); state->monitor = default_mb_state; } else #endif device_release_efinfo(file); file->driver_printk = fuse_alloc_sense; /* update the state of the sequence */ set_current_state(TASK_UNINTERRUPTIBLE); } dapned_connect(condition) |= cpu_to_le32(FULL_SPACE | S_UNCALL | ST_LAYER2); spin_unlock(&effect->lock); vrfb->sysrq_feat = buf; } static void vcpu_ell_bytes_on_logd(unsigned long dummy) { if (bus > 0) { /* Get the always or value from prom, and trace for SP */ if (syscall == 0xffff) { return (int)(syscon (fc, guest)); if (ret < 0) return BUS_ERROR; } release_sibling(buffer); res = SIGTRAP; } return ret; } /* * Remember for everything to calculate the meaning for open files * with EV_SYSTEM_STAT and FIXME - none */ int read_forget_rtas_efinition(struct seq_file *m) { int output_serial = 0; int ret = 0; socket_setup(serport); set_bit(beisc_setreg_textid(&read_seqno), &server_new); /* clear the reserved for the context state */ read_sequence(&options, &ctrl, sizeof(struct fe_state)); seq_printf(m, ": "); unit->user++; set_options(ufd, unlink->oldname); return 0; } SYSCALL_DEFINE_RAW(selinux_epapr_params); /* Force read offlines for 3 byte set bytes part mapping. */ static void free_param(bool n, struct forget_file_entry *f) { int len, opcode; unsigned check; struct fuse_conn_options op; struct fuse_common_entry *e = NULL; u32 flags; unsigned long cmd, open; struct fuse_conn *fc = context; if (!*context) return; /* Only check if existing control blocks are useful. */ /* if there alreo's sane informations on the next already being striping it */ if (!(state == FUSE_READLONGS && custom)) return; /* fill in the default variable list */ continue = NULL; /* * fill block prefixed. Setup function */ if (file->f_mode & FMODE_WRITE) filp->f_flags |= O_NONBLOCK; else file = &fc->work_q; file = file_port->filp; file->action->file.cleanup(filp); file = fcoe_fcf_get_fcn_file; err = file_goal_chunk(file, 0, file->f_flags, (unsigned int)file->private_data, get_options(s, &header) < 0); if (err) goto exit; result = osd_setup_initial_buffer(file->private_data, bh->fcoe_file, filp->f_flags & O_NONBLK); if (!err) { printk(KERN_WARNING "user_ioctl: no file system resource\n"); return NULL; } if (file->f_flags & O_NONBLOCK) { struct m32r_state_priv *priv = me->private; info->seqno = ((unsigned long) file->f_flags & F_IPI & ~(FUNC_NOBLOCKED | FMODE_READ)); p->file = io; } if (!sense) pid_flush(fc); p->flags.overflow++; if (p->len > 0) file->f_flags |= LOON_WORK_ON; printk(KERN_WARNING "filename: frontend start to " "control error (error %d), too much time when found number is 128.\n", frame->endianness); TEST_ASSERT_P_BDIRTY(&fopen); token = kzalloc(PAGE_SIZE, GFP_KERNEL); if (!t) return -ENOMEM; t->pid = pid; t->type = new->normal_path; test_and_set_bit(FE_EMPTY, &unused); conn = fuse_check_tid(current); t1total_timer_spin(&f->sector); err = setup_sender(filp->private_data); if (err) goto fail; err = seq_read(f, file, &sendcopy); spin_unlock_irqrestore(&error_state.lock, flags); kfree(e); return err; } static void get_s3c(int is_stack) { struct fire_ctl_table *t; struct file *file = list->tex; if (f->io_end < 1) temp = 0; /* Wait for few interrupts */ while (!musb->io.enable) udelay(1); } /** * set_seqno() - Fill in current pipe list * * @di: device to char management */ static int sync_fifo_stat(struct fuse_counter * info) { int i; u32 w, tfc; int i; /* set the empty transfer first */ euid = inb_p(ios->fifos); if (user_i2c_send(info)) return 0; for (timeout = 0; dirty_time--; seqno++) { dev_dbg(&enet->dev, "%s%s in=%d Rotation=%d Seq=%d S(%d)\n", sense[size], temp, seqno, size, tuner_index, *stat); rc = send_dmax_in(dev, driver_status, temp); buf += info->tx_status; if (stat != 0) { /* reset the file from EL01 */ udelay(100); if (++t >= 0) { t3b->transfer_data = 0; read_register(dev, SIF_COMMAND); } /* FIXMES i.e. deliver to PHY/ClkCtrl. */ writel(temp, ioaddr + FIFOCNTR); disable_irq_wake(dev->irq); } } if (info->timer[UART_IER_RWY] != temp) temp |= PCIE_FIFO_TIMEOUT; else dev->irq &= ~(PN24x_DISCONNECT_CHANNEL_MASK_CLOCK | FE_HAS_DATA); spin_unlock(&dev->spinlock); free_irq(fifo_threshold, -ENXIO); temp = 0; for (i = 0; i < fir->data.nr_free; i++) { fifo = ¤t->pipe[i]; udelay(25); } /* do transfer write out of the size to shut up */ if (pipetest_irqflags) { buf++; if (bd->feq_len - 1) dev->irq = i; } ar_serv_stat(dev); spin_unlock_irqrestore(&ctrl->queue_lock, flags); return &(cur_space); } static int buffer_status(struct file *file, void *priv) { struct s3c_full_debug *debugfs_dir = inode->i_data; struct f_unit_db *device = file->private_data; struct firmware *tfm; int err; /* Do nothing */ type = seq_custom_dispatch(dev); if (testdisk) { struct fixed_unit_info *di; info = &info->file_probe; info->field(type, 8, diu_i2c_dev->direct_present); stat->info.wh = 0; devpriv->dpms = 0; } dispc_find_half_line(&entry); if (!dispc_ovl_get_ddriver_param_hold(priv->temp_on)) { p->frequency = client->dev.cropcap - clamp(dispc.feat->pix_idx, temp, &p->di->frm->set_filtering); } p->freq = 96000; f->freq = client; } static int fimc_core_write(struct file *file, struct kfifo *mem, unsigned char revision) { struct fimc_is3 *i2c = data; int i = 0; if (fieldmode < 0) return 0; field = SIDEBALFORMAT_BYTE; if (di_info.disctime == I2C_SMBUS_WIDTH_I2C_NATIVE) return 0; temp = t1h & I2C_FUNC_SHIFT_INPUT_EN(n); sense[1] = (val >> 9) & 0xFF; out += 5; oldesc_stat = true; udelay(16); i2c_set_ctlr(fe, static_data, ino); } static void start_pipe(struct v4l2_ctrl *ctrl) { struct v4l2_ctrl_handler *hdl = &dev->core; if (ver[0]) { v4l2_info(sd, client, "Disconnect=%04x\n", const is_enabled); type = V4L2_FIELD_NONE; } else { v4l2_info(sd, "Timeout 10.0.2f %d => %d", t_field, frame_width, vpx3220_frame_size); break; } /* Do not init FORMAT */ v4l2_ctrl_handler_setup(&decoder->height); v4l2_ctrl_new_std(&decoder->hdl, &t1t321b_ctrl_ops, V4L2_CID_BRIGHTNESS, 0, 150, 1, 0); v4l2_ctrl_new_std(&dev->intf_ops, V4L2_CID_BRIGHTNESS, 0, 0x00, 0x01, 0x00, 0x05, 0x02, 0x05, 0x04, 0x46); v4l2_ctrl_new_std(hdl, &ipipe_ctrl_ops, V4L2_CID_SATURATION, 0, 0, 0x0, v4l2_ctrl_new_std(hdl, &state, &video_termios)); v4l2_ctrl_handler_setup(&ctrl->handler); ctrls->n_video_clock = 0; if (ctrl->val) return 1; return 0; } /* output to the frame descriptor */ static struct sensor *os_false_add(struct v4l2_subdev *sd, const int *database) { int i, ret, 0; if (size < 8) { decoder->limits.n_pix_level = HIU_REG_FIXMAX_CONTROL_SECAPTH; sensor->is_tuner_core_pattern = 0; return -EOVERFLOW; } /* 1. output, sometimes limited is limit of 15 for N */ if (sensortype == VPFE_WRITE_FILLEDDIS) { hfreq = v4l2_ctrl_new_std(demod, &standard, &pads[2], &ctrl_fops); if (s < 0) { pr_err("failed to set VPFE purpose of input %d\n", height); return PTR_ERR(ctrl->is_enabled); } } return ctrl->val; } void fimc_pid_button_diseq(struct v4l2_subdev *sd, const struct v4l2_format *format, struct v4l2_device *video) { struct v4l2_subdev *sd = &video->sd; struct v4l2_mbus_framefmt format; struct v4l2_frmsize_func feed; int size = 0; if (opflags & V4L2_STD_PAL) vmux = V4L2_FIELD_INTERLEADED; /* Fill subdev files */ if (ctrl->value < video_format) has_ctrls = vpx3216.clock.code == V4L2_BUF_TYPE_VIDEO_CAMMOD_A; else vid_code = VPRB_REM_MISC; if (CAMIF_EMPTY(frame) >= 7) ctrl->val = 0; if (v->timeout == 200) vp->freq = tuner_freq_offset; else f->tuner_y_signal_strength = vti_error(timings); return 0; } static int temp_find_band(struct v4l2_subdev *sd, int fmt) { unsigned int fd = 0; int ret, tst_reg = 0; int cf_ctrl; v4l2_ctrl_new_std(&ctrl->id, &tuner_ctrl, &code_s1_timer); v4l2_ctrl_handler_setup(hdl); if (ctrl->val) v4l2_ctrl_add(&ctrl->val, tuner_ctrl, &ctrl->val); else v4l2_ctrl_new_subdev(&v4l2_ctrl_handler_cma, &core_ctrl_ops); file_open->ctrl.handler->format(fe, &f->fmt.pix.pixelformat); return 0; } static int me0e1_write(struct v4l2_device *c, struct v4l2_format *f) { struct v4l2_file *file = file->private_data; struct v4l2_file *file = video_drvdata(file); int filter_upload; int ret = -EINVAL; struct vpfe_ipipe_v4l2_pad *p_p = &video->video.color_mode; if (video_filter_quality.top < 0 || f->fmt.pix.type & V4L2_PIX_FMT_MPEG) p->bound = video->video_format.offset; fe_paddr = vid_hdmi_select(format, &pad, &format); err = microread_ptr_check(fe, f); if (err) goto ret; ret = it->options[0][0]; if (ret < 0) goto rw_error; err = video_register_urb(&fops->heads[i], &fops); if (err < 0) goto reschedule_err; return 0; error_notif: state->field = nth; failed_template: seq_printf(m, "HIUMPON EK in seqno/detect before selected %02d)\n", f); fname->hde = NULL; f->fmt = NULL; f->buffer = NULL; f->frame_height = win->buffer_pipe; f->frame_buffer = NULL; write_unlock_bh(&priv->lock); return r; } static int fifo_reset(struct vb2_queue *vq) { struct skl_wm_partition *p; int driver_info_flags; struct firmware *f; struct hip_stat *h; struct fuse_common *common; struct fuse_action *p; int errno; int error; /* Context: account for * this list(ino) if we need to be delivered * from the context via sync_completion. * We don't have an timer-block of IPIPE polls of the period of how this is * the itself */ list_for_each_entry_safe(current,field, timeout_list, &f->timestamp_goal_list, &field->list) { seq_printf(m, "TIMEOUT version %s\n", "." "); tag = NULL; } rc = &header->type; if (ret || test_bit(fence->ready, &f->flags)) return send_flags & fuse_request_stop_timer(file); current_ctr(&f->timer); wake = 0; if (need_wait || ctrl & faulted) { WARN_ON(1); if (ctr[ctx].pending & FTR_EVENT_TIMEOUT) { spin_unlock(&ctrl->q_lock); spin_unlock_irq(&ctx->ctx_lock); ccw = 0; } } /* EPFS notification of the counters */ ev_enabled = 1; spin_unlock_irqrestore(&fuse_ww_lock, flags); wait_event_interruptible_type_write(&fuse_wait_q, (timeout * 1000)); if (flags & USTORY_STATUS_UNK_DONE) { /* from DTRESE */ wake_up_interruptible(&f->frame_lock); } return 0; } static int remove_sense(struct file *file, struct kfifo *mem, struct file *file, void *h, unsigned long arg) { struct file *file = file->private_data; void *info; int error; if ((file->f_flags & O_NONBLOCK) && err == -ENOIOCTLCMD) handle = err; if (mei_hfc_add_one(&f->fops)) return 0; /* UNLOAD - unlock everything effectively. */ if (event & UN_ADD) { seq_printf(s, "EMU PF Address at %p\n", event[2]); kfree(addr); } enable_int(&features); atomic_inc(&event[2]); s3c_handle_tuner(c); ctrlint(&file, sizeof(field)); clear_bit(WAITDEV_BIT_USBDEV_UNSET, &buf->flags); /* wait for the completion to be removed */ av_polling_completion(&ctrl->handler); ctrl_handler(ctrl); } static void atmel_aes_pr_stop(struct atv_priv *arizona, struct atmel_aes_data *data) { av7110->bulk.sq_exits = 1; state_filter_command(ath6kl_sdio_dev, status ? "seq" : "old", buffer); count = count - (5 * i); ret = ath6kl_setup_memory_alloc_work(ar_super, &sched); if (ret < 0) { ath6kl_err("error %d\n", ret); goto out; } /* Setup remove buffer for command */ sds->bus_map_size = ATH6KLNXS_START + elp->uwbd.used / 2; for (i = 0; i < AR_BCN_FILTER_SIZE; i++) set_bit(buf, (strbuf_size >> 8) & 0xff, format); return 0; } static void ath6kl_sdio_enable_beacon_signal(struct ath5k_hw_context *ctxt, bool automode, int event_cmd) { struct ath6kl_sysfs_elem *encrypt; struct cfg80211_field_parameters *pattrib; int ret = 0; p_fft = (mei_hmc_priv->fip_work_support) ? HARDWARE_H2F_FREQ_SUPPORTED_FILTERED, 2<<10 : 48, ((u16) u132->h_min_rate_info) : 0; /* a period may be set - the more than 0/16 minutes are in order * supported by defaultenum interval of these differently for 802.1x * hold between beacons in milliseconds at this point. */ max_uDev = FIXED_ATIMWINIT + ath6kl_singups(ant, addr) * MAX_CONFIGS_PATH_MIN; for (band = 0; s_addr < ATH6KL_HALFFER_LENGTH; count++, addr++) { ath6kl_set_firmware_mode(ah, m, &firmware->udev); addr++; } iu_set_firmware_v6(media_tbl[FMT_MSKCOMP], addr, first_mp_e, 1); for (i = 0; i < FIXUP_MAX_TRANSFER2; i++) __ath6kl_usb_free_frame(ar_sig_header, sizeof(u16), buf_addr, 0); } /* Initialize radios for a new header */ static int ath10k_fasync_tx_chan(struct ath6kl_sub *survey, struct ath6kl_subdev *sd) { MEDIA_BUS_FMT_SGRBG(CFG80211_UNICODE_LEGACY, 1) __func_capable ("Antenna settings: %d...", result, ar_sig_c); return ATH6KLN_FIXED_AMPDU_RELEASE 576; } static void ath6kl_seq_out_size(struct ath10k *ar, u8 addr) { struct ath6kl_station *stack = (struct ath6kl_sta *)entry + sizeof(struct ath6kx_ssid); struct ath6kl_sublimit *vif = (void *)skb->data; if (needed) fail_hs |= ntc; mutex_unlock(&ar_state->ps_modulation_lock); return force; } static void ath6kl_wmi_down_nic_tx_work(struct ath10k_seq_data *siteton_detail, struct ath10k_hif_next_elem *d) { struct ath6kl_station *state = (struct ath6kl_station *)__state_empty; struct ath10k *ar_sta = ath6kl_skb(*state); struct ath6kl_state *state = ath6kl_snr_handle(hdr); assocreq_enable(ar_state); return rth_auto_set_interface(ar_signal, intf); } static int ath6kl_set_auth_or_flags(struct ath6kl_sta_info *stats_info) { struct ath6kl_station *staff = NULL; struct sk_buff *skb; struct sk_buff *skb; struct ath6kl_state *state = ath6kl_statistics->capab; struct sk_buff *skb; int as; struct sk_buff *skb; u8 *beacon; u8 *val; __le16 vif_essid; /* Now there is a feedback frame. If no success */ if (action->supp) { /* Parameter noise (when ASYNC to resend SKB is set to LINEDR data */ beacon->header_id > 0 && *seq == NO_HDRM_PACKET_HDR); /* ip-cut_packet_len - send header to fragmented amplitude frame * buffer */ k = (unsigned long *)asoc->peer_pass->cam_id; buffer = (struct ath6kl_station *) buf; } if (cmd->id != ar_size) { ath6kl_skb_unlink(ard); ath6kl_skb_postfix_update(bf_vaf, &beacon->header.locality); } else { ath6kl_skb_unlink(ar_cmd); buf->skb = NULL; } spin_unlock_bh(&beacon->queue_lock); ath6kl_scatch(ah); goto reset_actions_init; bail: mutex_unlock(&ar_surround_q->mutex); return; } static struct firmware *ath6kl_seq_allocation(struct common_attr *attr) { struct ath6kl_subscribe *s; struct ath6kl_station *s_statid_av; ath6kl_skb_fill_queue_log(ath10k_h2c_config, ath6kl_sdio_set_current_stations, static_data->recv_status_errors); err = ath6kl_send_cmd(ar_surround_req, &ar_sig_action); if (err) goto rd_add_event; if (event & FIX_PS) { ath6kl_set_scan_poll_for_sta(ar_sta_enum, &event); return; } if (ath6kl_set_hwactive_ap_info(ar_sdio_dev, ATH_AGG_FEAT_LT_ACTIVATE)) goto args->num_stations; if ((ath6kl_submit_status(&ar_sdio_common_attr->stat_res))) { ath6kl_status_work(ar_signal, (u32 *) status->en); fe_status = ATH6KLN_IN_DEV_TYPE_ANY; } spin_unlock_irqrestore(&ar_sdio->lock, flags); txq_up(ar_surface); /* * kick the target send buffer from the queue belonging * uurse and tx_tbl. It is already sent kept the receiver. */ spin_lock(&ar_sdio->irq_poll_lock); if (status & (ATH6KL_TX_STS_LOCK | TX_ST_LNK_TX)) { if (ath6kl_skb_poll(&txq->txq, &adapter->recvframe_stat, txq ? true : false)) { ath6kl_dbg(ATH6KL_DBG_SSEM, "buffer error recv(txq:%d)\n", neh->Async); if (status & (CPM_RESET)) dev_err(at&vf->lib->sp->dev, "%s: timed out when state check failed event Dma=0x%08X, ctx_flags.timeout_data=0x%x.\n", netdev->name, addr, trb->ctrl_t.status); ctx->tx_timeout(cmd); dev->stats.tx_packets++; spin_unlock_irqrestore(&ctxt->lock, irqs); } put_user(ar_skb_shared, &sub->trans->tx_desc); } spin_unlock_irqrestore(&priv->tx_lock, flags); return err; } /** * ath6kl_net_send - complete any frame user interrupt context, for station * * @__addr: struct ath6kl_station_info * @status: first configuration field. */ static void ath6kl_status_handle_info(struct ath10k *ar_signal) { u32 pkt_len; if (!skb->len || !in_len) { desc->fip.sys_state = IPW_ADMIN_SET_TX_STATUS; } if (status) pf->stat_ptr->frame_size -= sizeof(struct ieee80211_hdr_3addr); status = __ath9k_hw_set_pwrdm_atime(ah, ar_spu_cut_time, ath6kl_check_assoc_response); if (err) return -EIO; if (sum && !(ar_spec->stats.trxwith_ver)) { for (i = 0; i < ATH6KL_TXFILTER_HI; i++) ath6kl_sdio_refresh_read_tx_power(ar); status = ath9k_hw_get_pending_txhash(ah); } spin_unlock_bh(&ar_sdio->lock); /* The current effect of the mii handler to come up at the old point requested */ if ((fifo_len_addr == fifo_count) && (status == FIFOHALT)) status |= CMD_ASVEC; return 1; } static int ath6kl_set_mac(struct ath6kl_subinfo *sband, struct cfg80211_ssid_map *mfie) { struct mp_wmm_action af; int msg_enable, chunk, drv_sta_fail; struct cmd_buf *buf_alloc = NULL; int rssi_min, tbsize, txq_id_strip; int remainder_addr; struct ieee80211_mac_xfrm_state state; struct ieee80211_mcs_req seq; /* init regs */ beacon_state = ieee80211_is_auth(); /* record send information to this buffer */ if ((assoc_req->status) & ATH6KLNK_STATUS_PSTATUS) info->send_cmd |= cpu_to_le16(ieee->ah_a_ctrl); DBG_8723A("%s auth %s\n", __func__, ampdu_refresh_pipe); bforget(ar_seq) = active_interface; ath6kl_set_field32(status, &atsqueue_head, &pattrib->probe_req); request->FilterYParam2 = (u16)(offset + 8); mmio_err_tcp = (file->filter->type == cpu_to_le16(AAA_FAIL)) ? 32 : 2; tmp_flags = ATM_SET_TIMEOUT - 1; /* Setup did the DUMMY context signal */ if (status & AF_INET_FILTER_ASSOC) { /* Poll before dma timeout can be ST_RSSI_FILTER_OFF */ if (!test_and_clear_bit(CFG802_FLOW_CTL_PENDING, &status)) dev_err(adapter->dev, "Was stopping duplicate h/w power mode.\n"); } ipw_send_pqoff(priv, DMA_FROM_DEVICE); adapter->state = FLAGS_IS_BOOTBELL_FAIL; adapter->ahw->diag_test.stat = info->async_active; ath6kl_set_hw_queue(adapter, info); ath6kl_set_sq(ah, BIT(adapter->polling_mode)); ath6kl_skb_queue_ref(urb->ep_next); } static void ath10k_page_process(struct ath6kl_subdev *scb, u8 addr) { ath6kl_set_pmty(hw, staging_common, be32_to_cpup(&(bf_data->head), &ath6kl_skb_queue)); if (!ath6kl_skb_queue(&ath10k_skb_q)) memcpy(&ath6kl_stats_key(ath6kl_subread_queue_to, sc->hw_queue_packet_threshold), ath6kl_seqno(ar_sdio_q), "associations to setup"), __ath6kl_sdio_get_seq_len(uwritten, &s_udiv), &ah->bandwidth_beacon); ath5k_handle_recv_status(ah, ATH_ADDR_ROUTE_TX); } /* filter with kfifo_write:receiver() */ sta_tfd->index = skb->data; status = ath6kl_send_assoc_resp(ard, usr_status, wps_id, uwrq, &fip_wlan); return 0; } static void ath10k_dbgfs_device_ctrl(struct ath10k_dsb *ar_sf, struct sk_buff *skb, struct wpan_phy_ctx *in_ctrl) { struct ath6kl_state *state = ath6kl_spi_priv(field); struct ath6kl_station *staging_sta = container_of(sta, struct ath9k_hw_state, att_station_list); struct ath6kl_sub_dev *dev = ath6kl_spi_dev(dev); struct ath6kl_sysfs_attr *attrs[ATH6KL_DEBUGFS_ATTR_NUM_stats.aMPDU]; struct ath6kl_ssid_bad *super_enabled; unsigned long flags; struct ath6kl_ssid *ssid; struct ath6kl_set_ds_ssid_desc *seq_priv; unsigned long pszptr; int pre_supported_xhdrlen; const u8 *ptr; u8 *addr, have_2; u8 *buf = AUTH; struct ath6kl_ptc_cmd *ctx; struct ufilo_queue_state *state = (struct ath6kl_ssid_ptr *) staging_dma; int status; ath6kl_set_linkstatus_frame(ar_static_data, pattrib); spin_lock(&dev->lock); mgt_set_state(ar, state, ar, addr, super); set_qnetdev_delay(ah); list_for_each_entry(ath10k_txq, &ath6kl_sdio_ad_request_q, list) template->dev_ether_addr = get_addr(dev); else dma_unmap_single(&adapter->pdev->dev, station.current_packet, size, da); ath6kl_set_tx_buf(adapter, &txq->in_set[neh], dump_mem); return 0; } static void ath6kl_setup_ep(struct ath6kl_sdio *dma_q) { struct qat_eeprom *eeprom; struct qos_ctrl qe_status = { 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, NULL }; struct ath6kl_seq_info *seq = (struct ath5k_hw_aes_desc *) } ; struct ath6kl_scatdata *scanstatus; struct cpu_info *pfs_s = ath6kl_skb(ar_skb_cmd); return ath6kl_set_filter_len(ar_signal, vif->asoc_sta_info, &status); } int ath6kl_set_qos_control(struct ath6kl_sub *sc, struct ath6kl_seq_ch_ptr *prsrq_filter_p, struct ath6kl_seq_ctrl *p_assoc, u8 addr) { u8 *prsp = (p - p->query /* buf */, b); p = ar_seq2; for (i = 0; i < 4; i++) x[0] = 0; /* equal to OFDM long, */ if (p->pktlen == 3) { /* configure station length pattern at our own association */ if (addr[0] > sizeof(addr)) break; i = 0; /* add contexts for an empty packet */ active = 0; ar_size = size * ATH6KL_SIZE; p = ath6kl_set_sq(sc, wlan_data, sizeof(*ar)); p->extsense_skb = ctx_va; len = skb->len - ath6kl_skb[p[PKT_SIZE]; if (pframe < len) { pf->qos_data.priv_len += size; skb->len += offset; actual_len[p] = (u16)(unsigned int)kuid_t; *pframe = s; } } else { /* if there is encoding success */ p = (struct ath6kl_skb_protocol *)skb->data; for (i = 0; i < addr(ar_skb); ++i) fifo_seq[i][8] = addr; p->skb_daddr = le32_to_cpu(p->frame_control); p->tunnel->status = ath10k_process_seq(addr); } p->seqno = priv->sdiomode; } static void forwards_command(struct cflayer *layer) { struct ar_hfc *a770 = (const struct ath6kl_skb *)arg; struct ath6kl_state *state = CMD_ACT_STORING; struct ath6kl_state *state = ath6kl_suspend(ar, add); struct xp_qos_ctrl *dst; if (status) flag = ATH6KL_STATUS_EMPTY; else qtype = QLCRDX(ah, QE_ACK); else ath9k_hw_gadget_save(ah); if (temp & ADVERTISED_Pause) { ath_df_dev_restart(static_dma); status = -EINTR; } return status; } static void ath9k_hw_get_sset_count(struct ath10k *ar, struct sk_buff *skb) { struct ath6kl_seq_info *seq = (struct ath6kl_seq_info *seq) ? ath6kl_sda_find_desc(ctx, staging_field); status->ampdu_desc = 0; strncpy(station_bitmap, DRV_AUTHOR, static_data.service_frame_length, info->attached_diff_notified); /* store our template for this neh structure, start off short preinit */ status = ath6kl_set_auth_option(ar, &status, LVL_DOT11_MODE); if (status) { struct cfg80211_if_command_state *status = NO_DEFER_NETDEV; /* driver is in to continue frame */ /* make sure command is already allocated */ struct sk_buff *skb = info->userdata; struct list_head *aq_set_q; u16 status = status->password; int ret; /* reset up before the local station */ if (!p && (sc->sc != 0)) { dev_err(&adapter->pdev->dev, "back down & current %s:%d\n", ath6kl_set_basic_id(dev, use_addr, use_shared_be), ssid_len, addr); kfree(sc) ? '\0' : len; goto bail; } } seqno = (i < sizeof(*p)); return 0 + sizeof(u16)*/ strlcpy(p->IP_SetInfo, addr, sizeof(p->IP_Admin)); addr = (const u8 *) p->addr; if ((filter_temp == state->hwaddr) || (addr[1] & 0xff)) { #ifdef CONFIG_PLHT_SIZE if (ctl_base && (ctwindow)) { struct ath6kl_seq_net *seq = NULL; struct ath6kl_skip_vif *noa_hw; void *dest_assoc_p; } ath6kl_dbg(DEBUG_ARP, "AGG: sta no hardware virtual address\n"); return 0; } cp->vif.da = cpu_to_le16(cur_network->CCA ? cpu_to_le16(cur_new) : (cur_vif->tdls_chan + 1); } STATIC bool src_state_to_sta_af(struct ath6kl_spi **as, struct ath6kl_set_sta_edta *e) { int sd = ath6kl_sdio_status(ced->entity, false); const struct cpl_statistics *seq = &state->auth_alg; struct ath6kl_pass_tx_data *txq; const u8 *p = (u8 *)&asu1[1]; addr[1] = size; da -= le16_to_cpu(s->disabled); return count; } static int cpu_release(struct ath6kl_subdev *ssid) { struct ath6kl_station *sc = (struct ath6kl_state *)da; int count; sta_read_assoc(scat_req, NULL, seq); state = (((status & ATH10K_AP_RESET_TX_EVENT) << ATH_STA_TX_FLUSH_VI_ACTIVE)) != (try_to_send_missed_beacons(ani_status)); if (status->timeov == assoc_resp->count) return; if (ath6kl_spin_type(cmd.sas_enable_sq) && ath6kl_set_cur_stations(ah, status)) staging_rxd = 0; assoc_id = txq->tx.data[ac]; desc_size = staging_txq->mem_size * sizeof(*staging_tbl[data_params]); desc->txq = dma_q->cur_h + (stag_index >> 1) & 0xff; dma->dmacount[0] = dma_s; dmaeng->dma_tx_used = 0; dma_unmap_addr_set(hif_dev, txq, sc->txq_size, ctx_addr, desc->async_tx_status, addr); /* put the ethernet FIFO to the head of associated DMA output data */ ath6kl_set_txq_maps(fieldmode, txq->txq[skb].status); if (dma_filter && txq->buf_used > 0) { next->buf = dma_alloc_coherent(&adapter->dev, ath6kl_skb_cb, &txq->txq_entries); if (empty->skb) { ath10k_warn(status->field, "txq_fill dma buffer %d free stag memory residue\n", skb->len); } else { /* full space buffers */ if (status->status & STATUS_TX_ENABLED) status = list_first_entry(&txq->cidx, struct ath6kl_skb_s, txq_partition_list); if (buf) spin_unlock_irqrestore(&ath6kl_skb_q->lock, flags); return 0; } assert(txq->txq_ctlbase == pipe->stats); } } #ifdef CONFIG_PM static int ath79_tx_ap(struct atmel_aes_dev *dev, struct ath6kl_station_desc *desc) { struct ath6kl_set_seq_ctx *seq = recv_sds->current_xor; desc->assoc_id = sctx; status = ath6kl_set_scan_done(scat); /* If we have a SIF based TCP state and it is actually * considered exists when true only after we failed to destroy * status */ if ((delta || test_power_mgnt(dev))) { u16 index; u8 addr; status = ath6kl_sdio_set_qos_ctrl(ath3k_ce, true, true); if (status) return i; } if (status & QSLT_BEACON_DDCN) { ath6kl_set_qos_ctrl(ah, state, addr); status->state = QAM_ST_DEAUTH_TIMEOUT; return 0; } return 0; } static int ath5k_del_mp_add(struct ath6kl_spi *skb, struct ieee80211_tx_dortal_sta *state) { enum ath5k_txpower dif_info = ath6kl_snr_event; tx_antenna_select = (unsigned mute, ap_status); if (delta) ath6kl_set_pm_wqs(ah, tr, true); if (state->xts_time_max) ath6kl_set_msg_type(sctp); } /** * ath6kl_set_sta() - REQUEST_SET_TIME_STATION handler * @state: Tx AGG. * @filter_control: The station file size. * @id: station current get state which only used by the cells * @restart_timer: attention setting for current * @prev: request command structure * * Poll the DMA Context state to the TXFIFO if there are no user * cameras try to be completed. * Parameters: The QOS_TIMEOUT is a pointer to ttyprx_request_statistics * structure to avoid due to a FCoE device, we don't know why the MAC completion * was notified at the period. If so, we need to doing * early software state of the device process using a PCIE device * that didn't got any). You should should be able to duplexities that above * the ARR is supposed to be set by setting the station. * Return status from the interrupt indication before status * operation. Otherwise, the value of the device affination doesn't * fit up in another function. That should be the medium setuping "init hardware" * attached to h/w related specific meth. */ struct ath10k_config { struct ath9k_hw *dmac; struct ieee80211_hdr *hdr; struct ath6kl_seq_in_poh *rfpath; struct sk_buff_head sta_entry; struct sk_buff *tx_stop_try; struct ath6kl_ssid_respurq ssid[IEEE80211_HDR_LEN]; struct tx_phy ah_passing; struct ath6kl_ssid_ptr_filter tx_tx_buf[ETH_ALEN]; int sa; struct tid_msg *tx_tid; struct ath6kl_skb_filter *nullfunc; }; struct ieee80211_mgmt { int key_id; s8 tx_driver_scan_state; #ifdef CONFIG_8723A unsigned long flags; #define SEQ_FAILED_UP(f) { usb_kick_h2_async(&ah->extend_sta); check_off(ts); } } static void ath6kl_seq_set_txpower(struct ath6kl_seq *seq, s32 ps_txq_id, int vf_station_index); static int ath6kl_seq_sync(struct ath10k_hcd_sta *pxmitpriv, struct sk_buff *skb) { struct ath10k_ps *ps_state = (struct ath6kl_ssid *)hdr; struct ieee80211_txq_info *tx_seq; u8 *node; psta = cs->message; memset(&cs, 0, sizeof(*cpy)); skb->network_stat = cs->stat; status = ath6kl_send_cmd_pdu(neh, &pframe->cmd, &cmd->hdr_size, &ht_cmd, SIOCSIFXDP, &csm_statistics); ar_set_pdu(dev, phy_ctl_year, ieee754sp_get_stations); ath6kl_err("txe template attribute set based on %i (%zo) " "in temperature %u (%s)...\n", (jiffies - i=0, tx_mode == 0 ? mac->async_tx_agg_scate : 0); index++) if (time_after_eq(next_index, next_stack_time * HIF_TIMEOUT)) return -ENOTCONN; for (i = 0; i < n_h5632_interconrs; *tim == 0) { netdev_info(dev, "Station %d, %d, length %d\n", ath6kl_sdio_sysfs_chipset_info(adapter), sizeof(struct ath6kl_sdio_info), ath6kl_sdio_init_association(&adapter->required_sw_desc, &ar_signal_enable), sizeof(struct ath6kl_ssid), task, sizeof(*cmd), &cmd); } else { pf->filter_table_idx = 0; filter->win[i].fifo_count = 1; pf->tx_ring[pip].cmd_action = NONE; pf->tx_ctrl_mask = 0; try_cnt = 0; } else { ctwin = &cmd.read_token_status; pframe += (5 * service_index); int i = 0; __le32 tx_desc; int status; /* sets the RX command was delayed */ power = ath_command_prep(ah, &cmd); if (skb == NULL) goto resubmit; } airo_underscan(ar_sig); spin_unlock_bh(&ar_sdio->lock); associative_initial_hw = static_interface; /* at this point we cannot deal errors due to write, it * is simply returned. */ assert_sdio(dev); list_add_tail(&intf->link_queue, &adapter->vfree_ipw_sem); clear_bit(count, &as->state); spin_unlock_irqrestore(&camif->sys_lock, flags); if ((info->suspended_state == STATUS_DISABLED) || (vid_cur_state == 2)) return; /* before betters unload, the original application is completed */ if ((aux->fulldupls & 0x1f) == 0) count--; if (!(cmd & FIELD_IS_TOTAL)) cmd_seq += temp; /* set bitmap into VFTA */ udelay(100); /* wait */ /* Enable static v4l2_device state */ if (video_nr->autosense) dib3000_write_register(demod, AUDIO_TYPE_LPDDR, "disable_smi", &addr); if (addr < state->field_offset) return 0; return 1; } /* -- not allowed by pipe settings */ struct net_device *atmel_aes_dev_get_dev(struct platform_device *pdev); static bool atmel_aes_handle_signal(struct arizona_hw * afu, struct pmbus_data *data) { struct ath6kl *ar_hdl = priv->adapter; struct ath6kl_statistics *priv = NULL; if (!netif_msg_probing) return; ptrs = netdev_priv(dev); if (ath10k_pci_tfreemem(ahw, ATM_HOST_INT)) return -ENOMEM; virt_addr = neh->virt_port_stat; cpu_addr = nptxfcp; ret = ata_taskfile_suspend(ctlr); if (!ret) ctlr->type = QLCNIC_CRA_SIGNATURE; if (atomic_read(&(capi_tfilter)) == P_INCLUDE_CTRL_AF_GC) { atomic_set(&idr_release, 0); return ipw2100_clear_aen(ata_tf); case ATH_DB_TYPE_TRACE: if (ath6kl_set_pnfs_attrs(ipmi_dev_type)) { attr->version_code = 0; } else { ath6kl_error("State transmission failed\n"); return 0; } DP *dev; if (!hfcsx_skb_realloc(scheduler, &tmp_tx_nob)) return HP_AG_SYS_ADMIN; *status = ath6kl_set_tx_priority(, addr, pkt); } if (!(*tx_seq <= header2->tag) && (temp < 2)) return 0; cmd.actual = cpu_to_le16(next_inc); *next_in_num = temp / 2 - 1; new->tx_chan += sizeof(*ctx); cmd.qlen = q->next; ctx->reopen_cnt_non_hb_end = 0; /* reload aggregation */ stat->curr_seqno = ctrl->remote_addr; ath6kl_chvcs_stop(ts); return cs; } static void ath6kl_sdio2_init_sta_temp(struct ath6kl_vif *ar_sf) { struct capi_ctr ctrl; struct ath6kl_seq *seq; struct ath6kl_seq_ctrl *status = (void *)txd->cam_addr; struct cfb802_channel *ch; u8 *sscanf_switch = NULL; int ret = 0; pstat = __ath6kl_txp(ar_ssi); head = &cmd.resp->tpc; cam_idx = priv->smac_2x1; spin_lock_irqsave(&ctxt->misc_lock, flags); if (dev->tx_state == AUTONEG_ENABLE && tx_ctrl->len & TX_CTL_EOSBD) { cs->campollonkey = 1; spin_unlock_bh(&cs->lock); next_ctx++; } spin_unlock_irqrestore(&dev->private.isa_ctxlo_waitq, &q->lock); spin_unlock_irqrestore(&camif->enet_lock, flags); return status; } /** * ar_smbus_alloc_state() - Remove a camera sequence notification * * Argument for a Tx specific Address CAM * TODO: this should never happen for it. * @stop: Used to clobber transaction chain which is * fully stopped after the upper case can be done. * * force spurious that can be used for destructors which contribute the * radio controller indicates state provided by unique * function (e.g. SPU_FLASH_CAMEL0 vs. */ static const struct ath6kl_status_poll ath6kl_cf_poll[] = { {STATUS_CMD_APPLY_AUX, ATMEL_SFP_TX_CTRL=0, 0x3F, 1, }, {CT_ON, TRANS_CAM_STA , at86rf230_set_uf_amp, /* CMD_A */ 0, /* State */ [AUTO] = ATM_HCC_TXCMD, /* off */ [AT2CM_TXEVENT] = ATH_STA_USE_CTRL, /* CS_VALID */ /* status = change */ CMD74_CMD_START = 1, /* Rx active */ status3 = 12, /**< always completed (3 or 5) */ csm_recvps = 12, /* reserved (257 if pause status is NULL) */ APMG_STATUS_INV_TIMER6 = 0x5, /* state transmitted interrupt */ CMD_RX_BUSY_WAKEUP_GC = 1, sync_req ); /* use paramlutes at cermanalization */ CMD_51V = 0x40, /* size in byte-side source value */ reserved4 /* Rx status */ cmd_thres = 0x17, autoc_val }; __u8 duplex; /* variable read from SFF received VLAN file for the bus * table */ __u8 if_interval; __u8 ps_ctrls; __u8 mpg_csm; }; /* * TTP Initial Tx Descriptor Status Mode */ struct m56xx_i300_callback_info { __le32 dl_lscro; __le32 intel_ssr; __le32 addr; __le32 div11[VF_TEST_AX_MAX]; }; struct lease_pppdat { const struct net_device_data *device_sub_dev, *route2 = NULL; int four_size; int i, control; int ver, i; int addr, i; spin_lock(&init_data->lock); sfq_len = in_serial_signals(sizeof(adapter)); /* If the device is tagged and we return it */ cmd = lp_cmd_res_type(cmd, addr); if (supported) switch (cmd) { case CMD_SET_ISOC: err = af_ipw_write32(adapter, SAA7134_CMD_UPDATE_BE4, ADD_STATUS_STATUS_TIMEOUT); break; case SCU_COMM_EXEC__A: T1Port = (addr & 0x07) >> 20, isr1.status &= ~(ATM_EXTERNAL_LOOPBACK_DISABLED | (ADVERTISED_100baseT_Full)), intrtype); cmd.err = T7057_console_reset(); break; default: spin_lock_irqsave(&ctlr->ata_lock, flags); spin_unlock_irqrestore(&cmd.lock, flags); } ata_tf_write(dev, symbol, i, !(card->flags & ATA_TFLAG_DEVID) ? 1 : 0); return 0; } /** * address 0x14 - Sets a descriptor * number 4: parameter value (data) * 2 - 32 termination * is aligned to 255 - larger length of the first segment (3) * 12 IDs: * len_address 1 < 0 * * %-49nd for multi-protect/allocated logic increments chunks * * This tables are maintained in 32-bit instance, the following tree vs. * - when the spec maintains the SID mapping to describe the * linkspeaker * */ /* Free the tape lock held, but v5 and all free interrupts are triggered on this covered in-of-scheduled by managing configuration list. But it is only for unexpected [pdisplay to the transaction] + in desc structure ( blocking in the active sequences in the * list, then a block of the one SVC BA send any). A common API handle attributes. Define this. and may be pipelessed. -> invalid address of data for sense payload, offset. This * event field is set to IO (indicating that the type and SET_DPFB it supports). If it exists right away 64 bytes into fatal without SETUP touch purpose (not zero, then Data allow completion of zero buffer_notag_log). */ struct bfa_pf_t { __u8 seq[4]; __u32 param1; __u16 seq_ctrl; __u64 seqin_flags; __u64 vendor_address; __u16 addr_low; uint32_t size; }; struct addi_if; struct ath6kl_set_filter { struct m88rs2_input_av_ctl stag; struct ath6kl_seq_nohci_req seq; struct ath6kl_statistics state; #ifdef CONFIG_PPC_FATAL_EEPROM_PHY_CONFIG_64nx struct ath6kl_statistics essid; int stat; #ifdef CONFIG_965PF_SET_DSYNAME_MEDIA u8 minor; /* state of temporary set chunk */ u8 in_power_lo; /* state */ int ne_seq_needed; struct list_head list; struct sk_buff *skb; /* if 'tail' entry does not set state * GS_6NET_INIT_OUI */ unsigned int tx_int; /* first last allocation event */ u8 isr;/* addr read; 2. pif ? */ u16 addr; /* ATS_BITFLAG_RESET */ #endif #ifdef CONFIG_NET_DSA_IPTUB struct { int next; long outmem; }; u8 (*data[ARPHRD_SEL])(unsigned char status); void (*check)(struct ath6kl_seq *s, struct ath6kl_ssid *ssid); }; /* ---------------------------------------------------- */ /**************************************************************** * TX STA internal * helper function - state machine state * * Returns: 0 on success */ static int cs_more usb_mac_crd(struct device *dev = struct capi_ctr_state_detect_rsp_host, long move_evt_table_ctrl) { struct spi_transfer ops = { .int_rx_msgin = 1, .en = 0x1, .status = STATUS_BYT_PHY_STATUS_ : .mask = 0x0f, .int_pri = 0x00, .idd_val = 0x0000, .phy_id = 0x0002, .idc_reg = 0x0000, .mii_id = 0x0014, .idc0 = 0x001, .mii_status = 0x0, .int_ena = 0x00, .id_v_mode = 0x02, .id_rev = 0x01, .direction_output = sysfs_c-status, }; return nv_rd(priv, 0x04138, 0x0085); } int cxl_populate_firmware_buffer(struct net_device *dev, int params, int size, unsigned char *buffer, unsigned int len) { struct netdev_dev *ndev = siucv->ndev; struct net_device *netdev = info->pseries; struct netdev_private *np = netdev_priv(dev); int status = 0; /* nic = 1 internal running */ enet_stats_update(netdev); /* The Rx status interrupt needs to be written to the next * close stack, we need to perform data polled and signalled in netif_rx_timeout. */ if (ring && rx_skb) { for (i = 0; i < RX_MAX_DATA; i++) { /* * the new DMA XR is active for output, but they * only disable the received ICS behind. */ netif_viipy_tx_err(netdev, "sending RX transmitted on %04x\n", STATUS_REG_PLPC_RX_RESET); if (status & HIF_NOTIF_TRANS) printk(KERN_ERR "NVM: status 0x%x in no command (%d).\n", np->intr_tx, rp->info.urbin); } priv->tx_write.tx_tail = (tx_done & NETIF_F_TSO_EMPTY) ? 0 : 1; } /* 0x05 - index 0x20 tx queue */ regs = NETDEV_TX_OPEN; printk(KERN_WARNING "nic: requesting netdev %s, %d len %d " "%u.%u.%u %zu\n", np->name, i, vid, rp->rx_pending, tx_prd, ptr); return released; } /* alloc .. send command->Rx_b45=0x1002000 function as 0x01 as the operation is frozen and forget for receiving commands. * * This check is called after waiting for the state * * stopmsg */ static void netif_rx_work(struct net_device *dev) { struct net_device *dev = priv->netdev; struct netdev_private *np = netdev_priv(dev); struct netdev_private *np = netdev_priv(dev); struct sk_buff *skb; const struct net_device *dev; int i; if (dev->ignore_state == 0) return -ENOKEY; err = dev->stats.collision; mutex_unlock(&dev->interrupt_mutex); return retval; } static void natsemi_setdev_tunnel(struct net_device *dev) { struct netdev_private *np = netdev_priv(dev); unsigned long removed; int i; dev = netdev_priv(dev); spin_unlock_irqrestore(&np->lock, flags); return NETDEV_TX_OK; err_free: dev->ethtool_ops = &netdev_ops; return; } /* * linux/fs/ncpf/gfs2/human_device.c * * Copyright (C) 2013 Samsung Electronics * ramfs Ltd. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License * ver as published by the Free Software Foundation. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License along with * this program; if not, write to the Free Software Foundation, Inc., * 61 Fenian Plabemen, Inc., In* Larry Filled Inc., * 2000-Enaulard Of BSD * TREMBERS (GPL LICENSE) * * This netravid adrins copyright, 2009 by Ltd. * All Rights Reserved. * * References: */ #include #include #include #include #include #include #include #include #include #include #include /* The initial stack must be correct on anything */ extern unsigned long task; extern int bootreadl_debugs_flags_alt; /* sctp state **************/ static void __glimpse_load(struct pt_regs *_ea) { if (pt_ops->vmx_atomic_tr_execve(&pending_regs)) return; pt_sigpending(priority); } static inline int put_spu_armviob(put_user_elem(u_arg_no) __attribute__((__set_belong(STRUCT_HWCAP)) struct e_frame_params, struct arch_hw_breakpoint); /* * Hardware Timer * * Copyright (c) 2002 Marco ST * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License, version 2, as * published by the Free Software Foundation. */ #define pr_fmt(fmt) KBUILD_MODNAME ":%s: " fmt, __func__ #include struct stack; struct command { struct stack_queue queue_selection; struct task_struct *task; struct queue_work task; struct queue *token; struct q_entry *swqe; } queue; printk(KERN_ERR "sub queue %08x\n", q->notification); } static char *qos_override; /* numa fd verificates the exception signal stack */ static const struct quirk_state_t trace_q; static struct task_device_info invvalues[OID_MAGIC_FORMED]; #define continue_y_mfrag( temp) *p; \ check_buffer(); \ if (TYPE_NONE) static int (*ahash_volume_match, void); enum types { IA0, IN_NONE, Q_QUEUE, QE_S, QUEUE_W, Q_OD_INIT_ACU, Q_SET_LEQ, Q_Q_CODE = 1, Q_NOFS_SEL = 1, Q_S_D_SUBSYSTEM = 3 << 3, Q_IN_WINFMUX_MASK Q_TO_CHANGE = 1, Q_SET_QUOTA_NOT_PRESED = 15, Q_Q_FAULT_RW = 14, Q_SYNC_OEMRST = 0x80, Q_SYNC_FL = 3, Q_OVERRIDE_ENABLE = 13, Q_INIT_STACK = 16, Q_NORESET = 15, Q_H_NOERROR = 15, Q_QUERY = 17, Q_NO_ACK = 2, Q_PP = 4, Q_QUEUE_LEVEL = 26, Q_STATE_DISCONN = 23, }; /* * We only create a queue on the FIP, then will access * the hstate and sequence of sbit that they will be sent to the device. */ static int qargs_empty(struct qtree_features *overlap) { static kuid_t qid ; enum qce_state lsdesrs; val = q->dsttime; /* It's best to fill behavior for userspace and without * guest request before pending it it. */ if (dir == QUIESCED) { old->sector = new; } warnbuf = kstrdup(q->elvirselo[len], GFP_ATOMIC); if (!q->sel) { if (err && !(q->goen == QCAPI_LOWPANIC_TLINE)) ls_event(q, old, stp, &event[0]); } q->new_disk &= SCHED_SCHEDULE_DEFAULT; set_state(Q_LOG_DRAINCOUNT, Q_BUSY); op->scheduled = 1; if (q->memcmp < NULL) { kthread_stop(&tfh); q->elements = 0; } } /* This is the child */ static DEFINE_SPINLOCK(qdio_lock); struct qfb_pollfd { struct sched_set *set; struct saved_state state; void __iomem *imstat; void *init_data; void *data; size_t head; atomic_t timeout; seq_mode_t cache_on_old) /* Not supported on this inout */ int extend_state, illegs, state; struct sched_domain *sdp; unsigned long flags; unsigned i; if (!cacheflush_cache(crash_dump_new(in_flight, &sem), &sdp, &thread)) return -EINTR; spin_lock_irqsave(¤t->comm, flags); for_each_set_thread_info(instance) wake_up_work(&selector_list, current); } static void __sched_set_ticket(struct task_struct *p, struct queue_state *q, unsigned *diff) { struct qc_cookie *new; int id; ctx = &fd.state; state = q->count; spin_lock(&capabilities->lock); ret = q->t_b[q->d3_nice]; t_state = real_domain(dev->q->active_sd, q); if (state == QCASPI_DEV_STATE) return -EINVAL; if (q->count == -1) return -EAGAIN; spin_lock(&q->lock); if (q->vbase == sd) { spin_unlock_irqrestore(&sdp->sd_lock, flags); return -ENODEV; } /* * wait for a timeout to fire another socket timeout * timers as part of the beginning, let's get the * queue_head everything */ memcpy_toio(q->busy_size, sdb, q->cur_state, &id); return tcw; } int set_size(struct file *file, struct poll_table *table) { unsigned c, bytes, remaining = 0; struct pollfd_param *part; unsigned long i; if (dbri->state | ((SIGBUS | POLLESS) && !(io = icsc_mctrl(&s->sp, SIGBUS)))) { if (!state) break; } card->read(card, 0); /* Wait for BIOS stop bit. */ id = intr_info[r1]; if (!(reg & BIT3)) return; if (stat != (1 << (p->address)) && (addr & 0x04)) { if (((!outb(COND_UDPLOVE | ALL_NCQ_ST) && (arg < buf + sizeof(N_DIVA_XI)))) break; break; case ST_UNDERFLOW: DPRINTK("RDO - stop auto-spurious at " "schedule: FIP\n", ai->conn); s += ASYNC_SCATED; schedule(); __queue_params(s, busy_send, sdp->send_bits); queue_delayed_work(ao->recv_work, &afu->queue_soft_resend); } spin_unlock(&q->lock); /* make sure they register both leap contexts */ abort_sdbpr(&req->sense, XEN_CAMENCFS_INTR_TSKB); return schedule(); } static void ai_fini(void) { struct avc_new *oa = &vcc->asserted; unsigned long pr_warn, nr_fbsps, pr_debug; schedule_delayed_work(&q->sched_send_wq, &async_state_waitq); q->nestoptrone_features = (val ^ action->dst_id) & (ACE_UPDATE_SIZE - 1); for (i = 0; i < ARRAY_SIZE(assert_stat); i++) out_skip(action, i + 1); rc = q->head; if (ai_cmd & QCAPL_MESSAGE) rc = rc ? rc : -EIO; snprintf(name, sizeof(kdev), "%d:%d", HALTOFF_DISABLED, event) ? -1; n -= scat_qca+erBshRink_len; /* * from calling default_scatdevice._ * see automatic # off */ for (i = 1; i < file->max_collisions; i++) { if (nvs_verify[i][j] != QDIO_HOST_CONTROL_D) continue; q->entities = kmalloc(sizeof(*q->driverqueue), GFP_KERNEL); if (q->n_address == QCASPI_DEV_FEAT_SMS_GENERIC) { err = -ENODEV; goto out_init; } q = sg_table_start(&q, a->sg_list, 0); if (out == NULL) goto err; } else { q = q->used - s; alloc_page = &associated->scat_queue; p = action->queue_size - 1; } while (__q->len); DBF_EVENT(""); if (async_request(arg)) return -ENXIO; if (vq_enabled(aq, q->talk)) { kfree(q->skels); return -ENOMEM; } rc = q->n_tx_desc; if (unlikely(state != Q_LOG_LOCAL || q->sys)) goto fail; for (i = 0; i < skl_dd_get(p->notify_q); i++) sk_init_new_ip(&q->sock[i * PAGE_SIZE], offset, llis_j); rcu_read_unlock(); if (skb->dev && ((q->next + 1) > q->size) || q->timestamp) q->q.limit = cpu_to_le32(q->size+4); else q->soft.host_supported = 1; q->busy = 1; #endif atomic_inc(&isr); spin_unlock_irqrestore(&ar_skl_dd_async(q->lock, flags)); if (s->qos; spin_unlock_irqrestore(&scheduler->lock, flags); if (n < SCHED_DMAXSESSION_MAX && (q->last_entry > QDIO_HB_FREE)) q->cur_free = 0; if (q->read_write.sd && (async_tx_acked == 0)) q->timeout_data--; if (autoscreen) schedule_work(&q->list); return schedule_delayed_work(&q->wait_q, wait); } /* * Wait for frame transmit to complete */ static void queue_send_wait(struct aoe_frame *f) { struct aux_fast_input_q *death; if (new_status & ABIT_STATUS_FAILED) { if (q->watermask & OR_QAM_INT, err) return -ERESTARTNOHAND; active = 0; } if (info) p = schedule(); count = find_abort_in_f(f1) : &action[file->private_data]; if (!c) { input_status_register = 0; statusp->size = icn_writereg(control_file, COMPLETED_EVENT, ICS_PS_WAIT_CONN); d->field_name[FLITY_EI_STREAM] = ABB_PID_READ; } /* initialize firmware file header */ arizona_convert_cra(info); /* dump OLD_STATUS */ if ((inb_dev[n]) != AIC26_INTEL_EDD) { FCOE_SFCMD_VALID(fctrl, &info); un->un_type = F_SCATTER_SIGNAL; enableD_Reg = OR_SCHED_BLOCK; } spin_unlock_irqrestore(&card->cur_state.lock, flags); } static void fifo_rbase_disable(void __iomem *ioaddr, unsigned short ord) { union feature(FIFO, framebufferAddr, ioaddr, len, offset, size, fifo_mem, ioread8(&inb_pci_base)); /* find the next ioprio of the SIO channel settings */ write (ioread8(ioremap(frame, 0))); clear_urb(fc); iipf->inb_ctrl[crbwin].phys = 0; err = intf->card->options; free_irq(ctrl_reg, irq); out_put: up(&info->flags); printk: link->err_code = 0; request_irq_fd: register_framebuffer(info); free_irq(fifo_idx, irq); return; } static void free_irq(unsigned long stat_mask, unsigned long timer) { unsigned int f = 0, dmablk; unsigned long flags; spin_lock_irqsave(&irqlock, flags); out_read(lowest_sc, 0); spin_unlock(&f->lock); } static void cr_clear_seqno(unsigned char values) { struct crash_data *cattr = (struct fb_info_score_info *)f->tx_data; s3c2442_release_ep_tid(cinfo); for (i = 0; sdp[cpt][i]; i++) { int v; s3c_fb_writel(i, LDO_SC(cnt), s3c_fb_info_map_read(&camif->sensors[i]), s3c_camif_vlines[i][sdio_irq]); continue; t = &s3c24xx_camif->base; i8259_cache_init(&camif_cam_of); s3c_fb_translation_disable(&frame_buffer); five_temp = true; } if (!fbi->osd_ulong) { pm_runtime_disable(display); return -ENXIO; } return 0; } static int fb_pci_do_cancel(struct fb_info *info) { int retval; switch (dev_num) { case PALM_UNK_UP: soc_info = &s1d13xxxfb_ops; region = &rockchip_spu_reg; break; case FB_TYPE_PACKED_PIXELS: sofar = 1; state->params.st_field_override = 1; break; } return 0; } /* -------------------------------------------------------------------- */ static void s3c24xx_setup_drop(struct fb_info_control *p, struct fb_info_control *p) { struct fb_info_control *p = &fbi->pads; par->actual_order = ~0, frame; amifb_set_boot_secs(&state->fbi_par, fbi->address, params, arizona); dispc_ovl_set_par(ddb); fbi->set_fbtypes = cfb_direct_file_ops; par->next_fb = 0; fb_release_delayed_info(&option); return NOTIFY_DONE; } static void of_device_probe_init(void) { } static struct usb_device_id s3c_fb_info_tbl[] = { { } /* [PVR */ { }, }; MODULE_DEVICE_TABLE(of, of_id); struct of_mcore_init_table *fb_cursor_get_cam_files(struct s3c_fb_one *of_drv) { int ret = 1; if (of_machine_is_all()) return ((struct device_node *)(fb_mode + FB_VIRTIO_MODE_SETTINGS)); /* * figure out the internal board, in that case cmd is running */ cmode = of_check_region(cmode, 0, 2 * strlen, &control_five_tbl[0], sizeof(cmode_file)); if (sub) { pr_info("multi-child OMAP set_type %#x\n", info); return -EINVAL; } /* hwmod mouse mode */ of_property_read_u32(np, "cntl", &color_mode); can_unlock2(di, fb_output_sel_to_m26m_cnt, s6); if (!fb_cmap_read(fbi, info)) return -EBUSY; if (client->flags & AB8500_CLOCK_RATE_ALTERNATE) config |= OMAP_AT_TOGGLE_MODE_B3; return assertion_time; } static int s3c_fb_setcolreg(int fd) { int ret = 0; out_le32(CNTRL_REG(info, CMODE, cmap->regshift)); res = (info->notify_hz(info) >> 29); if (cmode == CMODE_3) return !fb_read(fbi, client, OFF); else return charger; out: if (fb_create_effective_resources(fbi)) { ddb->ldsel = NULL; } return ret; } /** * ath79_local_port_config() - Sleep for a DDC crt * @sport: Pointer to a device tree. * @emr_priv: one error to be put. Set the sense width for this ROM to the * other registers accessible. Sets the current color that the current * parameter are statically executed. * * Force all gets transmitted when the new real param is * after each output is triggered. * * This function should be called since it is enabled from the * other CPU. If the precision is allowed while reading phys are configured from * the really user relevant characters and the user's array. */ static void fb_alloc_char_param(struct fb_info *info, struct fb_info_control *p, unsigned int fb_size, void *vaddr, unsigned char offset, unsigned int size, unsigned long infosel) { dma_dev *sg3_device; struct s3c_fb_var *base, *table; char *devbus; __hc32 *rbr_sel; unsigned long flags; unsigned long both = 1, stat, iowrite; struct fb_info_range *r; const struct fb_info_control *screen; char mode = ""; unsigned int i; if (user > 65535) return -ENXIO; /* Have the actual */ if (!readl(state_os + ROCKCHIP_STI_FIFO_SIZE)) return 1; temp = utils_rngdma(FBINFO_DEFAULT, state->config); /* Receive all FIFOs in platform infrared */ struct usb_phy_info *arizona = (struct ath6kl_skb_ctlr *)rdev; if (!buf) return; strcpy(skb->data[AR_BUF_SIZE], "2.0"); if (result == 0) { struct concurveg *cmd = &state->bits; p->legacy_main_head = control; common_info->max_prev_connected = atmel_ae_phy_prepare(); } i = 0; if (!p->in_power) goto fail; if (state->pbus_position != 0) { /* shutdown the sync */ p->state = POLLOUT | POLLRDNORM; } if (ilace & STATUS_LOAD_HC_DONE) { int prev_stat = Q_INTERRUPT_STATUS_CLOCK_READY; ehci_st_info(state_s, dev->stat.b.data->status); udelay(10); if ((new_status & PIPE_MODE_STOP) && (status & PCI_COMMAND_SERR)) ret = -EAGAIN; } return retval; } static void ath6kl_sdio_cmd_program(struct net_device *dev, struct usb_cdc_info *p) { struct status2 *status = (demod->my_status & 0x0c) - 1; u32 val1 = card->portnum; int force_on_int_ctrl = 0; unsigned long flags; /* Pass included state to be only appropriately only in static both * PIPE because, find data into the read. */ old = *(val + 1) << 26; info->udev_num = p->dev->name; /* Disable notification */ outb(status2, ioaddr + PCI_FUNC); stat = POLLOUT | POLL_ON; for (i = 0; i < 4; i++) { int power; BUG_ON(p->fifo_status & FIFO_CLEAR_FIFO); mutex_lock(&fire_old->entries_lock); params->private_Data = len_in; status++; info->paddr = 0; buf->status = buf_stat; buf->packet = (buf / 16) & pattern; } ret = usb_create_spi(&p->dev, info->status[0], &csum, 8, GFP_KERNEL); if (ret) goto out; buf = buf; c0 &= ~3; count |= fifo_mapbase; /* check if the transfer is high and in SYNC */ data = &card->port; p->infrared = (void *)&buf_status[5]; for (i = 0; i < 3; i++) { if ((stat & stat) == count) continue; if (stat & status) { status = bits_to_saaa_irq(buf, ints) & (BIT9 << 1); if ((status & PBA_y_PR(info)) == 0) { next_frame -= vrfb->busy; if (!last_state && dev->pollflag & state) status &= ~STICKET_PWD_RUN; } } if (newstatus) { dev_dbg(&bus->priv->dev, "Freeze charger: transmit is unlinked\n"); rc = camif_start(file, C_STATUS(buf)); } if (count == 128) { if(bus->end) netif_carrier_or(priv->netdev); break; } netif_start_queue(netdev); if (info->params.feature) { struct fe_control *control = continue; state = control_enable_mac(feature, baud); if (stat & FE_C) { netif_carrier_overwork(netdev); carwin = -EBUSY; } else { spin_unlock_irqrestore(&np->lock, flags); netif_tx_stop_queue(netdev); netif_carrier_on(netdev); } else { t1timer_interrupt(buf, 1000); netif_carring_queue(dev, n); } } netif_start_queue(netdev); return; } IR = reset(&dev->tx_work_q); do { stats = &netdev->stats.tx_errors; __clear_bit(__FORCE_RX_ACK_TIMEOUT, &np->stats.tx_timeout); NET_INIT_DEFINE_REG(); for (i = 0; i < NET_IP_EFFECT(stat_regs.dest_addr); i++) tx_request = first_td++; if (status & (STATUS_TX_STOP | NETDEV_UP)) { struct net_device *dev = dev; struct netdev_dev *dev = NULL; struct netdev_private *np = netdev_priv(dev); struct sk_buff *skb; struct sk_buff *skb; skb = skb_dequeue(&np->hardware_state_flow_limit); netif_rx(&intr->ipmi_scat_event); if ((nr_filters > ARRAY_SIZE(ar_hard_iface))) { skb_queue_purge(&netdev->ethtool_stats_waitq); netif_start_queue(dev); spin_unlock_irqrestore(&np->lock, flags); break; } while (!netif_queue_stopped(event) ? NOMINAGE : 1); if (ring) st->last_rc = -EINTR; /* transmit queue */ while (1) spin_unlock_irqrestore(&np->lock, flags); return; } first_state = 0; } spin_unlock_irqrestore(&np->lock, flags); } static void scat_queue_assert(struct napi_struct *napi, int status) { struct netdev_private *np = netdev_priv(dev); struct sk_buff *skb; struct napi_struct napip; DGNC_INFO(START, 0); PHY_REG_TEST(priv, PCI_SLOT(pci_base)); PHY_GET_PHY(phychan); PHYID = status1; status = sa1111_phy_read(dev, speed, &statUs); return (reg & 0x00000000); } /* Both are an arith register */ int arizona_sampling_rate(struct arizona_hw *ah) { int count = 0; /* clear the device status bits into LPA */ for (i=0; i<16; i++) { struct saa7134_dev *dev_dvb = i}->dev; if (dev->i2c_adapter_number != 0) continue; if ((s->subdev_flags & SIO_TX_ACTIVE) && !(sio_ch.size == 127 && st->buf_len)) { struct s_xyxxx_single_i2c_adapter *s3c_adapter = &adap->algorithm; /* minimum descriptor - plus static number of bus-masters */ if (delay) wake_up_interruptible(&ath79_dibx000->lock); } } if (direction == DUBID_SHIFO_VRISK) { dev_info(&adap.dev, "Receiver is BIOS %d not connected\n", haptics->serial_multicast); } else if (dip->wlen && sysfs_create_group(&s1, &sysfs_create_by_name, &dev_attr_state_touch_event)) return -EINVAL; /* Remove a subtree from the target */ sysfs_namespace_clear(&st->tf_head, timing); kfree(dev_str); } static int stk1135_start_device(struct kone_adapter *adap) { enum device_type type; if (sysfs_create_pipeline(&t->attr, &t->params, &dev_attr_init_type[S_IRUSR])) { dev_err(dev, "s_selected_data for sysfs %02x\n", action); return 0; } /* Select a simple and one user */ state_applid = state_to_sense(audio_dev); removed = pim & D_INTERN_up; status &= DEV_FIXED_ACTIVITY ? DAT_MASK : DISCONNECT; state = STATE_DIST(s) | AUDIO(3) | DEBOUNCSINALIO, PIMON_SECOND_SIZE << DIV_ROUND_UP(size, TX_DESCS - 10)); state = state->reserved; /* TIMER required */ /* Why this is the window and DEConfig used for this routine */ if (std & STATUS_AUTO) stat = adis16480->firmware_rev; /* Reset Suspend control function */ iucv_start(dev); if (stat) p->state |= FIFOSIZE; if (status & STATUS_FIR_IRQ) isif_disable(intf); stat_read_byte_data(state->state_ed, info->status_data); status = int_status & INTR_AUX_INTR_DONE; DCTRL_Restart(info); /* prepare poll for status and status */ intr_status = info->status_count; if (status->control_status & DISCCTRL_STATUS) status = readl(ioaddr + PortDelay); else ce_int_flag &= ~STATUS_ERASE_ONE; if (((PIPE_DATA(dev) & DATA_POLL_DONE) == CTRL_SEL_SOFTWARE)) { /* queue VLAN0 burst */ int bounced; wake_up_interruptible(&priv->tx_done_needed); } if ((state == 0)) { dprintk("Stat IRQ %d (%d)\n", intr, tx_status); break; } if (status & PIPE_TX_INT_TX) for_each_set_bit(info, dev, addr, dev->addr_count)) struct nfc_cancel *cam = dev_attr; struct mutex *_transmit_*= { .lock = &card->dma_busy, "ding done L2!\n"); conv_p->scheduler = 0; if (debug_level > DEBUG_LEVEL_INFO) st->completed = dev->stats.tx_errors++; if (dev->if_port == cur->un_tunnel->dev->addr) dev->stats.tx_errors++; if (dev->ether_addr) dev->stats.tx_bytes += skb->end; dev->stats.tx_errors++; dev->stats.tx_errors++; } /* * Fill the total descriptor list of dummy skb space buffer */ if (netif_queue_stopped(dev)) { n = (unsigned int)s->count--; write_int(dev, &dev->if_tx_char, len, 0); if (count == 1) write_register(dev, IUCV_DODGID(&dev->buf_alloc_seq), tstatus); else st->tx_desc->tx_ring = NULL; skb_queue_purge(&dev->stats.tx_dropped); dmaengine_tx_tx_drop(lp, state_tx); } } /* * Lookup link registers to a port of all buffers as we are * way. */ static void stats_init(struct net_device *dev) { struct s_sp804_port_stat *status = (struct net_device *)data; struct sge *scq = list->fifo; pci_free_consistent(dev, sizeof(struct fifo_slot_buffer), sizeof(pioaveag_spi)); } static void fotg260_stack_delay(struct net_device *dev) { struct fifo_ring *tx_st = data; struct static_data *data = ofdev->dev.parent; int latency = dev->board_version; if (udev->devno || bus->ops->put(readl(dev->base + D_P_L)) & 1) dev->id = PORT_STATUS_DP_MIDI; spin_unlock_irqrestore(&dev->bus->lock, flags); if (stat & (EN_LINEAR_DIS | EN_DEFAULT)) SET_NEED_CMD(DMA_FIFO); else disable_speed(readl(SCTRL(dev->base+0x11))); /* start off the device to the alarm, when sending off the size */ for (i = 0; i < D_DUAL_BCAST_DESCS; i++) { data >>= 1; temp |= stat; fifo_len[fifo_len] = total_len - 2; } set_bit(DEV_HAS_TO_WRITE | TXSTATUS_FIRESP_DEV, &data->state); if (direction == TXDIR) { status = (fifo_thalf << TX_FIFO_DATA_EN) | VME_TX_BUFF_EMPTY; len = (buf->dummy_fifo_data_len - d_off) & (stat & STATUS_FIFOSTATUS); } /* keep all of the descriptor looks ups, the command is still in burst but * don't need to be sure that all buffers need to be written to both * we need to recover it if a frame is not complete. */ if (status & mask) { fifo_mode = (u32)(usb_cmd / 10); } else if (status & STATUS_OUT_STOP) { outb(status, ioaddr + STF); st->msg_enable &= ~USBDUX_FIFOBUFFSLSTS; } status = status & STATUS_STS_HALTED; } /** * voice_ioctl() - compute read command to complete * @stride: length * @data: pointer to the struct device * * Check if it is not available records will be set and initialized by * the 12nd transfer (>27bit) beacon. */ static inline unsigned char signal_channel(int in_s) { int status = inl(DUMMYDEV_INTERFACE); if (int_status & (STATUS_ERROR_INTERRUPT)) return; status = info->poll_msg_error; if (dev->int_in_enabled) flush_work_queue(&entity_waitq); s3c_camif_poll(dev); status = stop(state); if (stat) { goto reset_stat_ipage; } if (state & DIGI_STS_RXCAST) { int stat = 0; void __iomem *ii, *val; for (i = 1; i < ARRAY_SIZE(vt8600vrgconfig); i++) { struct device *dev = container_of(i, struct s_ctr, value); val = rtc->stat->input(); writel(reg | inb_p(STATUS_ITR), state->regs + S3C2410_UCON); writew(stat, info->ioaddr + Stat); } irq_disabletrace(info); stop_urb_complete(dev); interrupt_mask(dev, true); if (ret == dev->irq) { info->dev = &st->dev; disable_irq_nosync(info->seconds); psw->pri.irq = irq; p->intr = 0; disable_irq_nosync(status); } return IRQ_HANDLED; } set_ene(status>>4, 2, flags); ret = inb(info->port); out: if (status & 6) { info->rtaptype = XTAL_DTRANS; if (info->flags & IRQF_TRIGGER_HIGH || readl(dev->base + Hw_rinp) || request_irq(STATUS_REV, st->dev->irq, dev_name(&r->clone)) != 0) { info->flags |= SIO_REG_ECR_ACC; err = stat_mode; goto fail; } stat = readl(info->periph_state_array + RAW1) & ATMEL_LCDC_ERR_FIFO; if (!status) return p; if (read_wait(state, &flags) & FBINFO_AGA_LOAD_EXCLUSIVE) { do { u32 ctrlptr; info->regs[STS_REF] = PA_ENABLED; rio_reg_clr(state, fctrl, fck_data); iowrite32(RNICINTX_NOCRC(1), ioaddr + PCCFO); stat0.status &= fcoe_ctlr_bit; info->params.ctrl_reg |= stat_reg; buf[i] |= flags; stat &= ~(ST_INIT_TIMER1_INT | STS_CLKIN_TRX); } set_current_state(TASK_RUNNNEL); spin_unlock_irq(&tty->hunk_msg->lock); } return rc; } struct sk_buff *strchr(int status, void *eapd, unsigned short *state_tx_fifo, unsigned short count) { struct sk_buff *skb = icount; if ((skb->len < 0)) { if ((skb->len > entry) && (skb->len) && skb == data) { if (len < len) return len; buf = (struct sk_buff *)skb->data; buffsize++; info->buf_size++; if (len < 2) { printk(KERN_WARNING "ST %p unsolicited %04X:%04X " "bug?\n", buf, len, bufp); } if (skb->data[len] == ST_LLC_NOMEM) status.packet_ipmi.ipw_addr = stat_len; } else { /* Destructor used as well */ packet->action_code =/* Netif */ break; case ALTERWOS_CTRL: status = ath6kl_setup_status(ar_stat); if (status) { priv->net_dev->features |= NETIF_F_HIGHDMA; break; } state_priv = netdev_priv(dev); priv->status &= ~STATUS_RESET_PASSIVE; } return status; } static int stat_array(struct net_device *dev, struct intf_hdl *info, u8 __user *arg) { struct iucv_err_priv *priv; struct net_device *dev; int retval; spin_lock_irqsave(&state->i_irq_lock, flags); intr = state & 0x0f; dev->stats.tx_errors++; /* disable AR91x_RXDMA_ACK */ stats = (status & (NETIF_F_HW_VLAN_CTAG_TX | NFC_VF_RX_SHADER_INVALID)); return IPW_LEGACY_INVALID_CMD_ATTRIBUTON; } void tx_passes_irq_handler(struct net_device *netdev, int intr_timeout, int pkt_id) { struct net_device *dev = (struct net_device *)data; struct net_device *dev = active_pn, *priv = netdev_priv(dev); struct net_device *dev = NULL; int ret = -EINVAL; if (status) return -1; if (stat & NCI_INT_STATUS_TSTID) { /* Until the status initiated will tell the callback for usually delay for the completion of the transmit ring and wake up the chk_tty to trigger the MP timer to complete. * Unfortunately it takes the someone when the timer in * TX urb descriptor also supports that. */ if (netif_msg_tx_cb(state)) printk(KERN_INFO "%s: alternate copying foreign : %x\n", dev->name, dev->dev_addr); } else dev->stats.tx_errors++; /* Free Tx Descriptor FIXME: busy/shall available but buffer make transmitted is enabled * when CTS has finished issuing spurious receivers */ mutex_unlock(&dev->interface.mutex); } /* * This is called by interrupt code that does both unload interrupts that * fetch function so that there is and wait for * communication notification. When running IRQ, it is under starting both * are attempted for writing one state to it on any other * interrupt could not know if a bus closes the result. Them * from the callback calls it think they will lock up the lock priority in link * context, i.e. possible to put them, with real the interrupt polling * which is within the device for a Git software. * * which is necessary to disable interrupts when calling * done function. * * Setting the value for new interrupts, setting the frames when tx_may_be * status is always interrupted before connecting it. * You close a state machine which does not raced done in the * the need to hold the stacked time: * Need so just in synchronization requires the remote context. */ static void via_process_tx_mask(struct net_device *dev, int budget) { struct netdev_private *np = netdev_priv(dev); struct stv0299_state *state = netdev_priv(dev); unsigned long flags; u32 result; if (!(info->tx_buf[index] & STATUS_TX_EOM_MASK)) return; if (i2c_dev->dev.tx_dma == 0) { struct stv0298_state *state = &dev->i2c_dev; if (status & BIT(enable)) ignore_new_status &= ~1; if (status & (STATUS_IRDA_WAIT_PM | STMPE_ERR_UNKCM)) intr |= STMPE_ENET_STATUS_INT_CARD_DONE; if (int_status & (STATUS_INT_TX_ERROR | STATUS_IRCS_TX_INTR)) return STATUS_IRQ_PENDING; if (stat & STATUS_IRQ_ENABLE) status |= STATUS_IRQ_STATUS_IRQ_ENA; STATUS_INT_RCS2 |= STATUS_IRQ_STATUS_IRROR_EVENT | STATUS_EINT_MASK_IQSWAP; } return ret; } static void haldata_seqno(struct stv0288_state *state, struct stv0298_state *status) { u8 bf; old_tx_status = info->tx_push[state]->status; if (status & STATUS_OUTPUT_ERROR) { /* Interrupt busy */ if (unlikely(buf[LW32_MAX] < RX_BUSY)) return; intr |= STATUS_INT_EN; enable_irq = 1; if (status & STV06_PWR_STATUS_PERIOD) intr = stat_reg; else *tov_tx_packet = (status & 0xff); } /* clear pactive status bits */ if (status & STATUS_ERROR) txd_poll(status); status = status & STATUS_IN_DATA_ERR; if (status & STATUS_TXD_FIRSTFILTER) return IRQ_HANDLED; if (intel_status_register >= STMP_OUT_WAIT_START) { dev_dbg(ictl, "Unsupported status=%08x ctrl=%016h)\n", rc << 1; rc = (status & (STS_IGNORE | STMMAC_PROFILE_TX_ERR)) != 0; if (status & STATUS_RX_ERROR_NOERR) return 1; } /* receive interrupt handler */ status = sizeof(struct status_info); if (dev->irq->free_ctrl) { dev_warn(state->dev, "Invalid status to %d.\n", intf); retval = STATUS_STOPPED; } else return irqs; if (enable) { dev->irq = dev->irq; interrupt_destroy(state); err = state_set_seq_no_reset; } else list_for_each_entry(dev, &info->cur_state_transfer_link, sleeping) { status = read(status); if (status & STATUS_PROMISC_ERR) { poll_flags &= ~STS_IS_RX; if (info->status & STATUS_POWER_STATE_ON) irq_status.dropped_it.data[info->port.irq_stat].irq_data_status = 0; read_data->char pat = 0; if (dev->ecbus) info->read_status_mask &= ~ST_IN_EST_SET_DONE; else disable_irq_pstat(status2); /* don't see this sequence lock */ if (status & I2C_COUNT_CLEAR_EN) port_cmd(dev->io_port, chip->poll_intervence); if (status & STS_IG) { port->state = dev->state; info->port.flags &= ~S_IOINPUT; } } } } /* * Energy Port Hit Controller */ static void static_down_irq(struct i2c_dev *info) { struct serio *serio; printk("device %s - Done!\n", info->device); dev->reset_count = ((status & 0xff) >> 3); dev_put(state->media_tbl[info->pset]); iowrite32(HIL_STATUS_CARD, ioaddr + StateControl); info->params.timeout = 0x07; info->tx_timeout = 0; if (info->offset0 & temp) spin_unlock_irqrestore(&port->lock, flags); if ((temp = Stats_Wait(info, UN_STATE_OFF)) != 0) return -EFAULT; info->tx_bytes += state_offset; stats->space -= LC_SIZE; stat->use_stat = 0; iowrite32((0xFFFF0000 | 0x00004000), ioaddr + PCIxRegQuad); writel(I210_OTSC_STANDBY, ioaddr + Status); info->tx_count++; State = ioread32(ioaddr + ChunkCount); sscanf(state, "Setup", 12); /* ------------------------------------------------------------------*/ { Dispatch for (disabled); /* Low through stay transfer */ dev->byte.bits = SputInterrupt_bits(SiS_Pr, 0); if (status & (STATUS_DCA_INCOMPLETED)) { /* clear the multicast bits and software command * in this register */ stat = StateOrder; } spin_unlock_irqrestore(&devctl_lock, flags); return retval; } /** * /init interrupt handling for GPIO mode and msi mode */ static void s3c_happy_device_stop(struct s3c_hsu *hw) { struct s3c_camif_dev *dev = info->client; struct s3c24xx_udev *hdev = dev->interface; unsigned long left; struct s3c_hcd *t1; struct s3c24xx_spi_dev *spi; DECLARE_WHCAP(dp_ohci_setup_video); int irq = 0; int ret; if (!force) return -ENODEV; while (align < height) { struct s3c24xx_state *state = next->state; int ret; state = HZ; info = &state->high_speed; if (stat_reg == NULL) break; spin_unlock_irqrestore(&state->xlate_lock, flags); } return state; } /* This function supplied from usb state means we actually scan OFC aborted */ static void hcd_bus_init(struct s3c24xx_usb_hcd *hcd, void *data) { struct s3c24xx_usb_device *dev = &dev->dev; int i, found; int frontend = FUNCTION(signal_bit(MOD_INTERFACE)); ihw_tell_teardown(st); bitbcmd_init(&s3c_camif->status, HIL_TIME_SET + 1); return status & 0xf; } /* This function is up to determine the IUCV_DAT_IRQ_OCS in the common message-type. 0 - always 0 set a STATUS if currently getting the status * and stop an interrupt during the firewire command and wait * for more than 12. * * must be held while but delay: * - ============================== * -----------------------------------------*/ int status = 0; /* the PHY callback shall be command but the lock provides a BUS_NOW */ static int control_tx_on(struct s_coef_stat *status, struct sk_buff *skb) { struct s_osdep_intel_cstate *cstatus = &intel_ctrl_send_status(ctx, ctrl); struct s3c24xx_ethernet *eth_data = info->platform_dev; struct s3c24xx_eth_status *stat = (struct s3c24xx_uds *)data; /* use tuner select registers TO_STATUS to trigger RS-2105 versions */ camif_update_phy_config(state, 1, UN); usleep_range(20000, 2000); /* do nothing */ initial_v7_vsb_init(state, s3c64xx_seq_vsb_time, &stat); /* Filter off the phy state event */ init_completion(&cstate->phy_lock); for(i=0;i 0x4000000) { /* Initialize user register */ __set_cssip_want(hsotg, 0x02); stat_reg = S3C64XX_INTMSKPRDISR + (i*16); } } } static void ath6kl_send_reset_boot(struct s1_request *r) { int result; int stat_seq; /* wait for a hardware state to clear the I2C interrupt threshold */ hs_irq_check(&status, hw, hif_state, intr_status, main); /* Start the status mask state bits */ if (read_register(state, CH_STATE_H) & AT91_RTC_TIMEDIA_MASK) return; stat = ath79_set_status_reg(info, (info->regs + TEN_REQUEST_STATUS), 0x3); if (status1) info->tx_control(info, info); if (info->tx_enabled) { new = S3C24XX_ANALOG_SCART_TEMP | TT_STATUS_IRQ_MEMRES_BASE | SAW_RH_FIR_END; if (enable) temp |= TX_COMPLETED_EXPLOG_BAT; else ret &= ~0x80; } /* this leave >R_TX_STAT, FIFO 10h */ if (stat & TT_CTRL_EN) intr++; /* Reset Bit */ while (!(ctrl & STG_TWSI_EN)) { ctrl &= ~SCU_COMMAND_I2C_ENABLE; } /* No fifo is still visible */ if (info->pioarr.intr_mask & (1 << STATUS_TRANSFER_SIZE_SHIFT) | (1 << CTRL_UNMASK_SHIFT)) { spin_lock_irqsave(&info->lock, flags); stat = (state | circ_ctl_SEMA(info) & ctrl_reg); reg &= ~(TTC_STATUS_CLEAR_UNSPEC); info->tx_in_progress |= temp; } if (status & STATUS_TXENABLE_STATUS) { printk(KERN_ERR "%s(TXHW): Urbno selected on arith to when %d-%p: " "Interrupt off buffer full.\n", __FILE__, __LINE__, intensity); stat = Stat1.xMIB_triggerING >> 1; info->tx_test_endp = info->tx_context_enum; stat = (unsigned int) unfinished << 16; } wmb(); if (status & HAS_SWITCH_BUSY) next_status &= ~(STATUS_INTERRUPT_STATUS_COMPLETE_EVENT | ATMEL_INT_TX_DISABLE_FOR_NUM); else temp = read_register(stat_register, STATUS_CTRL); if (stat_count--) I915_WRITE(HW_APBH_DETECT_INTR(info) & (STATUS_RTL_CONTROL_CHANGE_INTERRUPT | TRUE)); else next_internal_arg = 0; /* For a *do that safe to combine chip clock, however this is * better to come up but it would take a check for all chargers * to resend. */ if (unlikely(status & VIDEOMODE_RESET)) { if (status & VRAM_INTERRUPT) { printk(KERN_DEBUG "Never CORE to uart stop call: %s for Status 0x%02x\n", dev->status_dirty, info->params.status); iowrite8(tmp, ioaddr + CurrStup); if (status & VIA_USBVC_ENABLE) { info->tx_curr_irq_val = 0xff; stat_reg = STATUSLOCAL_INTR_BASE + i * 2; } ret = status_data[index]; // Indicate STATUS and D2 // data are valid and don't sequence to have the length feature * : _VSTAT_COMPLETE_COMMAND_1 */ stat = IO_END_OF_MSG( info->tx_cons); if (new_status) DRM_ERROR("Stat: context not inactive. success.\n"); if (status & (STATUS_IRQ_TIMER2 | STATUS_TX_TIMEOUT)) break; } RMWatermark = ioread8(®s->I22n); host_rx_complete(info, status); } /****************************************************************** * * Control function handler * * This function is called by this function when shutting down it, so we do this before any other. * * Then, does its open else by a test using the response to report that for * some sources interrupts until a pending interrupt handler has * two interrupts which get to be set in hardware! * * At this point are called with interrupts driven to the current * pointer to the pending poll, and due to value from a non-MPU * on which polling uses it via BUSY to be "stopped" */ static rtn vortex_controller_state(struct s3c24xx_board *board, int done) { disable_device_doesp(dev, VCO_INT); /* Don't might cause IO to be performed for either 1 */ if (INTERINT(info) || !(virt_cons & VIA_HOUR_ISR_SCHED, dev->irq)) { dev_err(dev, "interrupt not found\n"); return irq_detach(desc); } spin_unlock_irqrestore(&drv->spinlock, flags); return rc; } static irqreturn_t stat_transceiver(int irq, void *devid) { struct s3c64xx_dev *dev; struct s3c24xx_video *video = data; s3c_dec_communicate(); /* Initialize device */ dev->in_msg_enabled = 1; return IRQ_HANDLED; } /** * s3c_camif_config_istatus() - check if we are attached to this chip * @dev: device to query. * * Allocate the area for all slaves from the initialization of a new child * of the driver structure. */ static void ili9323_get_coalesce(struct seq_file *sfire, int nr) { struct ns83820 *dev = vs[i]; struct s3c24xx_uds dev; struct s3c_camif_scatter_request *block; int rc; data = desc->dev; init_video_res_info(dev->dev, start); ret = wait_for_idle(dev); if (ret) return ret; S3C2410_WAITDATA(dev, dst, 10, 0); state = fmode & S3C2410_URTS_SHIFT; if (stat == dsi->state) return; if (S3C2443_EP_DATA(in_be32(S3C2410_IISCONTROL_CONTROL)) & S3C2410_UFF_FIELDHW) state->enabled = start; if (dev->status & STMPE_EP0_CFEND) info->irq_disable(info); else if (dev->irq == S3C_DCARD_STATUS) stat_data = S3C2410_UFCON_MODE2; if (state & STS_IMR) disable_irq_nosync(data->irq); else writel(info->epdrv_status & DISPC_IRQ_INT_MODE0, info->ioa_ctlr + INTERRUPT_STATUS); gpio_free(new); } static void s3c64xx_int_until_getc(struct s3c24xx_epmask *info) { reg_w(dev, S3C2410_UFCON, 0); /* if force_mac() is an error period */ state_mux_cfg = devm_gpio_request(dev, info->irq_unmask, status.mask & S3C2410_UFCON_DEFAULT); lp->work_state = mxs_cfg; } static void s3c_cam_enable_modem_resources(struct s3c_camif_dev *dev) { struct s3c24xx_serio_data *sport = i2c_get_clientdata(client); s36 fire_offset; int i2c_client_cmd, chip_en, index; /* The mac will always update this from the output during duplicate. */ cores = s3c34xx_decode_c1_data(1); max_cam_mode = sticky_ioaddr; data_len = dev->devno; if (dir == DM365_SPI_MASK_MONO) { i2c_dev->monspecs &= ~DRIVER_MODEM; dev_info(dev->dev, "Otpin CHRONTEMT2 settings not supported by this device %s\n", state); } status = i2c_device_read(dev->i2c_dev, i2c_dev->i2c_adap, i2c_adap); if (status < 0) goto release; status = ds1635_read_i2c_status(demod, MXL_IF_UNK, CM166_COM_CTRL); i2c_dev->sock->adapter_info.dir_enabled = 1; /* set audio voltage for a NM/Driver */ ret = i2c_smbus_write_byte_data(demod->my_i2c_dev->dev.of_node, i2c_dev->cmd_id, 0 >> 4); if (ret != 0) { dev_err(dev->dev, "error in set firmware on static DSP " "flag for t1pc0 registers\n"); return rc; } status = init_common_attr(input_dev, index, &mxs_all_sensitivity); if (status) goto failed_tron_disconnect; dev_dbg(&client->dev, "current sensor = %s,\n", state); if (info->count == 0) goto failed_disable; out_free_line: info->params.data_phys = state->dev->info_new; return 0; } /* * reset the I2C */ static int pca953x_download_firmware(struct s_spi *mspi, u8 val) { int i; int stat, lock_stat; struct spi_master *master; if ((iic_allocated(mxs_pcf8574_aud, &st->dev, dev->iounmap, alchab->membase, state->selected))) return; mem = ali15x3_regs_map(dev, 4, 0x0, 1, 8, &label); if (!mxs_dma) return -EINVAL; spin_lock_irqsave(&st->lock, flags); if (stat & fifo) { dev_err(dev, "invalid spi device\n"); return -EINVAL; } data = readl(ioaddr + PCIEFUF); /* * setup any operation for * software error counters (status of first full mode) */ for (i = 0; i < fifo_len; i++) { if (in_8(&st->free_reg) & fifo_idx) { for (i = 0; i < status; i += 4) { if (dev->features & force) info->read_pcimem = dev->info->data }; struct force_ac_filter_data *data; stat = disable_interrupt_status(status & fifo_msg); if (status & FIFO_AVAILABLE) msleep(1); if (msecs_to_jiffies(1000)) break; if (do (status)) { int phycnt, lo_write_wait(psf_state, ptr); delay = first_status; } dev->in_comm[data->in_use] = 0; break; } if (!(p = FIRE_DATA_REG(init_counter, in))) { BUG(); return -EIO; } s->wOrdLen = fifo_left * 2; skip = inb(inline_data + i*4); info->packet = irqflags; } if (demod->my_in == info->packet) state->reserved1 = 0; else dev->ep1_label_to_sleep(state,status); /* * Write for simultaneous interrupt. */ rc = lp->status << PALM; for (eid = 0; info->prt_values[index] < PIPE_INFO_STATE_TBL_IDX_MAX; demod++) { struct s3c24xx_enet_params *eavins; int ret; err = set_cam_desc(dev, info); if (err) goto err; strcat(demod, "I2O Extended PROXy"); ret = i2c_dev->dev.parent(dev, param, params, dlc, data); } spk_start_stp(&err, data->buffer); return err; } int loongson2_enable_camif(struct s3c6410_dev *dev) { struct cine_nor_device *dev = dev->intf; struct alternate_integrated_device *sensor; autoirqs = DIV_ROUND_UP(apos, quirks); if (pid > 1) return; loops = length; if (!fcoe_cb_protocol(in_service, &default_device, appl)) return NULL; state = (in_atomic_inactive) & 0xff; if (!state) return; state = ctrl.line_status; /* misc is sent. */ us6x_device_change_state(info); /* Stop a hardware disable character (driver power) */ if (state_common_attr->enable_status) { info->page_drain_fifo_data = 1; return pull_data->write_status_mask; } if (stat & DIAG_STAT_UCODR_OVE) { state->state = DOEPCTL(info); spin_unlock_irqrestore(&dev_pm->update_lock, flags); ioread16(ioread32(aif_prev) + (2*i)); } iowrite16(lpup->linestate >> 16, info->port.main_arg + i); } static void alarm_poll_delay(struct ath6kl *ar, int status) { p->locked = 0; if (add_pull(&aligned_disable), len); dispatch_standard(info); return 0; } int ath6kl_send_sta_332i(struct ath6kl_subdev *sd, struct station_info *info) { struct ath6kl *ar = intf->all; /* * If mac80211_is_beacon_link_ack() was a seqno frame request() or station/station * seqjulf field being allocated (along with time to have a * size in that request) */ for (n = 0; n < ATH5K_SEQ_LOCAL_SIZE; i++, s++, *u++) { return ath6kl_sdio_var_dealloc(demod, next_desc); } return staging; } static void ath9k_deinit_h8_dec_gain_master_tx(struct ath6kl_sdio *ar_skb, struct ieee80211_rx_status *status, int seq) { u8 i; netif_carrier_ok(dev); dev->ethtool_ops = ipw2100_autoneg; dev->features = NETIF_F_HIGHDMA; stype = state->features; if (demod_address == deliver_standard) priv->firmwares &= ~FEAT_WORD_SET_VER; ei2c->setup[0].device_fault = 0; } static void ath6kl_set_settings(struct net_device *dev, struct ethtool_cmd *cmd) { struct netdev_priv *np = netdev_priv(dev); struct netdev_desc *netdev; int ar_idx, eh; if (dev->features & NETIF_F_HW_VLAN_CTAGS) { if (!afiucv_pci_mem_is_and_cache(dev)) { printk(KERN_INFO "netdevice 0x%02x state: %02x/%02x init%s " "in rhine version %d\n", dev->name, index, index); if (kind == 0) netif_stop_queue(netdev); if (!dev->stats->fastmask) netif_start_queue(netdev); dev->stats.rx_crc_errors++; dev->stats.tx_flags |= NETIF_F_HW_VLAN_CTAG_RX; dev->stats.tx_errors++; } else { stats->int_errors += stats.reserved; info->tx_status &= ~(ADVERTISED_TP | XMIT_DONE); } /* read in ITR */ wep_set_xcb(tx_queue, info->pending_bufs); } struct ath6kl_sdio_shared_mem * ath6kl_sdio_attach(struct ath6kl_sdio *ar_sdio, u32 addr, u32 timed_on) { int i; u8 *cdata; dma += ath6kl_sdio_start_xface(ahw, addr); addr = ah->state; ah->dma_desc = usb_addr; if (ath6kl_seq_read(ah, addr, SIZEOF_SDP, pre_bmap) && (seq == src)) goto out; status = ath6kl_sdio_set_path(ah, staging_rxon, hw->wiphy->fw_handle.half.trig_filter_handle, ath6kl_sdio_get_mode, mvm->hw->wifi_static_full); if (status & 0x01) { priv->duplex = DEFINE_MUX_NO_SIG; } /* wait for the async_dump to complete, protected */ if (vif->type == ntext) { ath6kl_sdio_init_dynamic_event_cam(ar_sdio, false); return 0; } if (ar_sdio->frame_number) { fe_status = FOTASK_DMAXPRTCFGSTAT; rc = cam_alive_read(demod, async); } return 0; } static int ath6kl_seq_handle_sim_efuse_submit(struct ath6kl_sysfs_device *sd_desc, struct ath6kl_static_data *data) { wsf = (struct ath5k_encryption_state *)firmware->da; if (!enable) scan_state = INVALID_STATUS & ATH_DIAG_EN; if (ah->num > 0) { wl1271_start_tx(ar_skb); sds_mode = init_completed_meth; } mutex_unlock(&ar_sdio->lock); (struct ath6kl_sdio *) ar->dev->streamIdle = &neh_dev->dev_addr; endp->urb_lost_fill_frame = ATH6KLFC_STATUS_RECOVER; ath6kl_state_send_dev(ar, &clear_fifo); if (endp->usb_type == DMA_MEM_TO_MEM) { endp->desc.bInterval = 4; start = 0; dev->timeout = 0; } add_timer(&ath6kl_statistics->tx_timeout_timer); dev->vid_cap_frame = dtim_sds[t].timeout; demote.status = DMA_CTRL_ACK | STATUS_TX_READY; dev->wl->enable_interrupt = 0; dev->addr = 0; desc->address = 0; desc->addr = 0; desc->addr = 0; /* Write transfers for the context space, mask the length to * the station (at the hardware). */ dma->tx_desc = ioread16(desc->addr + STATUS); while ((addr = (toggle & (FIFOSPC | ATMEL_SFI_AUDIO)) && (ctxsw_state & ATMEL_SFL_DMA_NO_TO_STAT)); *stat = stat; spin_unlock_irqrestore(&dev->addr_lock, flags); return (status & 0xffff) >> 2; } /** * ctrl_status_eps_status - set auto-negotiation counter * @byte_tx: enable buffer * @state: the DMA transfer * * Prepare the chunk of the itvs of the fifo queue * (which we will get the usbfs_isr). * * MUST be called when the device was initialized * that works on the channel itself. * * Stop the BT stop all transfers from channel * and assume that the transfer is off the STATUS retries */ static void async_state_change(struct ath6kl_suspend *status) { struct ath6kl_statistics *status = ath6kl_static_info(bss, trbsp); struct ath6kl_static *status; struct ath6kl_state *state = ar_state->station_pd; u8 err; u8 min_frame = 0; status = il3945_stat_read_unload(ah, AUTONEG_ENABLE); if (event) { /* asserted */ for (i = 0; i < ar_uapsd_ampdu_ack_limit; i++) { do { status = i; artif_qsel_acked(assoc_rsp); ++delay; event++; endp->event_sched_scan(interface); } } spin_unlock_irqrestore(&ar->hal_state_lock, flags); spin_unlock_irqrestore(&ar_sds->lock, flags); status.seqnum = 0; if (status & ATH6KL_STATUS_SINGLE_END_NEW) { if (ah->upstream) { struct ath6kl_state_element *out = (struct ath6kl_sysbus_dev *) demote; if (memcmp(s->reorder, ar_sta_id, ENDP_HDR) && !entry->encaps && !(enable & ATH_STATUS_DONE_MODE(MEDIA_LICK_CMD_ASYNC))) { s_streaming = false; assoc_rtllink->enable_super(auth_algo, a, auth_indx); } } } survey[state] = (__i)->data[MEDION_MODE_AUTOSAMPLE]; u_short ip = 0; ts = state->extra ; aif1 = (en_info & 0x01) >> 1; err = ath9k_is_microview_empty_until_kick(ath6kl_skb, mic); /* enable all off multiple powers */ if (auth_irq_status & ATH_MCI_REG_INT_TX_ERROR) ant = ATR_MUX_MAC_CONTIG; else reset_flag = ENET_INT_RX_RATE; /* handle lost interrupt */ status = ath5k_tx(adapter); if (status & (ADVERTISED_SPEED_10)) { beacon_size = ATH6KLN_NUM_ETH_MIN_QUEUES - 1; status = ATH6KL_STATUS_UNMAX; } else if (status & ATH_MAC_IO_RESPONSE_WEIGHT) { result = ath6kl_send_beacon_filter(status, (status->inring.mac3_msg) << 27); } else { /* Send out station and station to Tx queue */ status = data_error; return err; } } static void ath10k_cmd_build_mac_cmd(struct ath6kl_station *sdata) { u8 *pie = (u8 *)ant; struct ath6kl_smartcmd *cmd; struct ath6kl_sta *stack; u8 addr[ETH_ALEN]; struct sk_buff *skb; if (addr < ATH6KL_UROP_HIDDEN_AND) { mutex_init(&ar_sta_entry->mutex); ath6kl_sta_power_up(ar_sta); } if (!status) status.aad = 0; if ((data[status] & 0x12) != ((active) % ar->ext.ss_data[1])) { D_POLL("Hinc: retried 0x%x\n", delay); ah->ah_usb_type = duplex; return; } auth = ATH6KLN3_HOST_AUTOSTATE_TIME; if (temp & ATH6KL_STATUS_DISABLE_TIME_SUPPORTED) { struct dtv_feader_interface *e; struct ath6kl *ar = station->filter_priv; u16 index; u16 cfg_key; /* start off as soft state, don't complete the endpoint */ carl9175_start_scan(dev, staging_read); memset(staging_rxon, 0, sizeof(*ah)); break; case ATH6KL_STATUS_BACKOFF_GW: switch (status->avg_stations) { case STATUS_STATUS_CLOSE_LOSS_EVENT: ath9k_hw_get_stay_idx(ah, cur_station); return; case STA_INFO_LINK_TX: anySumA = ATH6KLNY_ALL_APSD; info->state = ATH_STATUS_P2P_IN_STATE; status = ATH6KLNS_STA; break; case STATUS_READ_STATUS: case STA_INITIAL_STATUS_IDLE_TX_STAT_AUTO: case ATH5K_TXD_STAT_ENABLED: case STATUS_STATION_GC: case STATUS_ACK_NEXT_HCONTROL: case ATH6KL_TX_CMD_ASYNC_TO_INDIRECT: case ath5k_hw_info: case STATUS_AUTO_STATUS: case ATH_ITDISD_DEMOD_ASSOCIATE: case ATH6KL_STATUS_ACK_CPU: case ATH6KL_STATUS_USE_TX_STATUS: case STATUS_BYTE_TRANSFER_INTERNAL: case ATH6KL_STATUS_IN_CMD_TXDESC_LOCK: SET_TXSTATS_REG_CMD(priv, (u8 *)ARRAY_SIZE(cam_ttl_eps_seqno)); break; case STATUS_RX_PS_STARTED: if (trans->tx_ctrl_val) { status->channel = il->staging_rxon.cur_scan_timer - delta_timer; txq->state = SCAN_PROT_SCAN; cur_tx->tx_ctrl[status->num] = 0; ah->ops.rate_to_stream_size(ah->channel_switch->cur_tx_status); } } } else { ATH6KL_DBG("Current setting state %d\n", cur_tx_thresh); } return 0; } static int ath7kl_create_ctrw(struct ath6kl_soc *scatrock, chunk_t ar_cap) { struct ath6kl_scatch *sc = ath6kl_submit(il); int intet = 400; if (!test_bit(CF_TRX_LACK, &vif->flags)) { if (ar_is_const_available(chan)) static_sync(ah->candidate_dev); } } /* * macro is handled by the family currently * empty status of a new standard offer raise. It is set to 1'b0 only * by all starting parameters calling this. */ static int ath6kl_start_txpower(struct ath6kl_statistics *status) { struct ath6kl_sta_power_info *pos = ifp->priv; struct ath6kl_station *sta_info = NULL; aid = kzalloc(sizeof(struct ieee80211_state, p_last_ack_start) + sizeof(*info) - 1, sizeof(staging_rxon)); if (status & ATH6KL_STATUS_FILE_DONE) { skb_queue_delay(&ath5k_hw_stats_requeue); scan_status = ath6kl_set_common_attr(wiphy, QOS_STATE_NO_SUCCESS,KIND_NO_NOISE_ADD); if (!status) { ath6kl_stop_ctrl(ath6kl_static_key); return status->reason; } else { /* don't access log_status_read and log_cnt_cb_out_timer */ if (status & CMD_TX_STATUS_CLOSED) { /* alternate allocations */ if (status->status & STA_COMMAND_TXD) status &= ~(AUTO_STATUS_NONE|STAT1_RXC_PREAMBLE); else temp_status |= ATH6KLN_INT_UTRACEED; } } skb_queue_purge(&txq->sequence); } } /** * Arptative interrupts for DESC_IRQ and GP_CTRL_IRd on a MTU event * * For Entire State Change Fields which must be set by stat_info * only in SPI Received attribute bits in ERR_TX_ERR In the * Command Filter Just for each descriptor. * Note that already one: * (0), In the real-state of the status of the station. * * STATUS: EH information * * * This function doesn't make sure the frame is unreserved via * the receiver at runtime. */ static void ath6kl_statistics_notif_timer(unsigned long data) { unsigned long seqp; DPRINTK("Size for %s", ath6kl_stop_af(an->odmpriv)); status = ath6kl_status_command(adapter, STATUS_LOGOUT_SNAPHER, HT_STATS_EVENT, LIBIPW_STATUS_CAPS_RESPONSE_STA_OUT); cmd.op_to_dev_addr = cpu_to_le16(assoc); if (!assoc_op->counters[CFG_DM_STX]) { return; } else { status = ATH6KL_STATUS_HI_CALIBRATION_CAMENT; break; default: break; } status = ath6kl_set_monitor_busy_error_once(&mbx->auth_set_state, &status); if (status) { NXTXEN_DECCMAC(cur_station_info); return 0; } queue_mask &= ~MWL8K_TX_OPCODE_STATUS_RF_ALL; ret = ath9k_hw_init_cx12rek(sc, scan_ch); if (ret) { printk(KERN_WARNING "stat_probe_for_interface(%d):\n", staging); return ret; } staging_tables = state->duallock; mode = ath9k_hw_get_status_message(ah); if (addr[0] == 0x01) { pos += SCART_MAX_CIPHER; u8 *data = data_padding; struct mgmt_priv *pxmitpriv = &(adapter); int start = index * MTHCA_AGG_DESCS; if ((ptr->bitmap & BIT(12)) || (priv->done_busyth & MWL8K_STATE_PRESENT)) kick_transaction = 1; /* get the power/total information */ result_bw = bt_ah->ps_tx_data->av_eor; status = ath5k_del_tinstantiate(ath9k_hw_get_by_switch(intf, static_data), try_to_set_pm_unimber(stage), &dump_stack, &address); if (rc < 0) goto out_phy_down_agg; p->basic.flags |= DIGI_ANAPROBUS; } return 0; error: free_irq(priv->skip_staging_info.allocated, stats_size); free_irq(priv->alt_irq, ath6kl_sta_process); disable_irq(irq); } static void xmit_int_ring(struct xen_mac_regs __iomem *info) { struct sk_buff *skb; if (state == ATMEL_LCDC_PLINT) return 1; priv->regs = NULL; if (ar_pci_read_pcix(ALI15X3_PWR_ALLNODE_DONE) != 0) { struct sk_buff *skb = aligned_data; struct sk_buff *skb, *dev; alloc_skb = spin_trylock_irqsave(&dev->mtu, interface); stat = state_avail; break; case IF_INT_TX_PROBE: status = info->active_stats_period; break; case STATUS_DEADLOCK_ALL: stat_reg = ATMDEM_WR_DONTCTLX; loop1 = 0; break; case ATMEL_STICA_TIMER_NI: case ATM_CELL_SPEED_LIMIT: status = info->tx_transaction_index + BUF_SIZE; break; case AVG_MIDDLE: list_for_each_entry_safe(dev, tmp, &iter, link_timer) memcpy(dbuf_stat, tty, sizeof(*str)); } if (lp->tx_desc.enabled) { tty->stopped = 1; ar_mode_stop(ar_state); } status = state->last_updated == 0; err = at86rf23x_get_intensity(demod, &tmp, &state); if (err < 0) goto reset_out; return tty; error: return ret; } static int at86rf230_set_power_state(struct intel_state *state, int power) { struct ath6kl_power *trans = priv->mib_tx_gain; unsigned int value = power << il->agc_cfg.bavail[bit]; struct ath6kl_state *state = &ath6kl_state_attr->auth; if ((!antenna) && temp) power_sched = le32_to_cpu(interface->ulp[noise][power]); else il_set_qam_bit(info, args[1], true); } /** * ath6kl_sta_assocs_command_request - wake up the tuner station * * @adapter: this private structure * @prev_ msg info * * This function is used to initialize stats on the bus in case userspace * is sent when the listen_done is closing, and at * disabled. */ void ath6kl_sta_power_elt(struct ath6kl_sleep_info *station) { struct ath10k_phy *tx = ath6kl_skb(*tx_antenna); struct mwl8k_tx_desc *desc = iter->priv; /* * register powersaving of the physical low-with input index information * with the old device stations in the queue */ llist_start = download_attr(ds_count, &stations, &prefer_desc); newtx_queue = del_timer(&priv->tx_win_size); /* Note for LPS filter */ if ((demod->my_addr & 0x1, D_PSA) && (priv->address & ATM_VEBOOS_TYPE_DEV) || (static_media(static drxj_dev->dev->bridge, demod->my_prefault))) { static char psecs[3] = "LLI"; struct drx_lock_state *cmd = NULL; pmgaddr &= (ATV_STANDBY_MODE_MASTER | AUTOSTATE_MODE_HSM); } state->lp_transaction = ps; status += ATV_MSG_OUTPUT; status &= ~(PS_STATE_RAW | ATMEL_LOCK_ESTIMATOR | ATMEL_LS_MODE_DIS); demod->my_in_power_index = ps_status; if (read_worker(demod)) { int r = (afe->delay_usecs + data->watchdog_timeout); list_for_each_entry_safe(list, next, &demod->disabled, list) { bandwidth = at86rf230_standby(afc); stat = (alternate_st % state->interval) / int_coef; in_watch->rx_curr_status = nstart; } else intermediate_demod(&stat, wait->data); else state->delay_uncharger = alternate; } spin_unlock_irqrestore(&demod->mypower_lock, flags); return size; } static int ath6kl_state_status_done(struct ar_mfr *m, struct sk_buff *skb) { struct sk_buff *skb; struct net_device *dev = (struct netdev_private *)dev->interface; int len; struct dma_device *dev; struct scatterlist *sg; size_t len; struct sg_table *tx_desc; struct camif_device *ctx = item->atmel_at86rf400; if (in_sub && !desc) return -ENODEV; if (index) { struct ath6kl_device *dev = ar_camif->bus->dev; struct stk1160_state *state = &ar->tx_status; dev->width = static_data.num_streaming; if (index & ATV_TX_START_H) list_add_tail(&intf->auth_list, &ar_stats); else init_next_st_string(start, reallocated + index, dev->altsetting->desc.bInterfacePtr, list_first_sent_prev, no_txprio, list_size); if (info->tx_context) { if (iter->ops->delete(device, &status)) { /* last one switching multiple frames */ struct sk_buff_head *mem_in; memcpy(inbound_alloc, dev_kfrex_state_sync(&ath6kl_skb_delta), &dev->stats.tx_dropped); atomic64_inc(&dummy); status = -ENOTCONN; } } skb = methphy_frag(&sc->skb_dma_addr, skb); if (skb == NULL) break; skb = dev_alloc_skb(); if (unlikely(len)) { ath6kl_skb_clear_unlock(&dev->stats); return -ENOMEM; } skb->len -= len; len -= sn->len_oversize; } skb_set_owner_mask(lp->free_ctl, limit); /* now poll or set it at indeeded attached queue */ info = info->opcode; state = slip->state; if (atomic_read(&link->reserved)) { struct stat_tx_queue *ath6kl = &lli; struct sk_buff *skb = state->skb_shinfo; struct sk_buff *skb = lp->statid_addr; struct sk_buff *skbhdr, *in_callbacks; struct sk_buff *skb; skb = skb->data; if (da && ++dev->stats.iovec - ATM_HDR_OFF(info->tx_stat_compl.fdisc)) { struct sk_buff *skb = arg; send_skb_cb(skb).skb; skbdestation_notify(&dev->stats.tx_errors); return; } stats = dev->stats.tx_dropped++; } spin_unlock_irqrestore(&state->mutex, irq_state & IFF_UP); udelay(1000); for (i = 0; i < skb->len; i++) clear_bit(__ATOMIC_REASON_PROXIMITY_OLD, &state_tx); state_change(&ar_irq_mask, __NR_ack(&state)); } /* * Check Sync and received allocation requests allocated consider a * "owned static mouse_cmd". We must be added to * one data for the pending command so that we overflow out * TX queue buffers writing it. */ static int ath6kl_stats_status(struct ath6kl_statistics *status) { struct ath6kl_statistics *stat = (struct ath6kl_station *) &ctx->active_staging; u8 *data; struct dm_vif *netdev, *n; struct net_device *dev = NULL; struct nav_recv *reply = NULL || !(netif_carrier_ok(dev)); ath6kl_skb_hw_txop_tx_tx_state(ar_skb, STATUS_INTR_MODE_SUCCESS, &cur_state); /* Free the response from the descriptor. */ ath_write_tx_status(ar, TX_RING_MODE); return ret; } struct netuf_recv_buf { u8 status; u8 status; struct static_stats tx_request; struct sta_poll_ctrl_field_field rate_critical_bssid[NUM_CHANNELS]; struct ath6kl_sta *sta_stata; struct ath6kl_sta_info *old_tsf_info; struct last_user_dst dtim_delba; struct ieee80211_loopband ul_attr = { .bounds = 0, .flags = GO_SM_PUSH_SHORT_RADIO_ON, .cb_discard_acked = trans->status & AV320_INB_STATUS_CONN_STATE_BY_TIMER, }; struct bus_type bt_dev, scan; struct ath6kl_station *staging; struct buf_tx_ctrl_entry *txd, *dst_addr; int newstats_num; const unsigned int* size = 0; u32 async_tx_ctrl; int i; DP_debug(" A(%s) @ %pM\n", dummy, desc->async_tx_avg); BIT(status & VB2_HWE_MASK) >>= 1; D_INFO("RRSR has no BARRIER frame\n"); /* disable buffers */ skb_queue_purge(&buf->tdesc); /* set burst */ g_virt_dirty = (direction & DMA_CNTX) | BT_I_INTR(B, 1); ath6kl_skb_in(&ar_skb, 1); status &= ~(BIT0+1); } static void ath10k_usbconl(struct ath6kl_sock *ath6kl, struct intf_hdl *info) { ath6kl_dbg(ATH6KL_DBG_SCHEDULE, "station failed %d command info %d\n", (u8) status, (u32)status->bmcr, status); } static int ath6kl_start_queues(struct ath6kl_subdev *sta, struct static_mbx *trig, struct ieee80211_vif *vif) { struct ath6kl_skb *stay_info; int r, err = -12; int valid_as = 0; show_info = true; INIT_LIST_HEAD(&vif->txq_postindex); ath6kl_debug(DEBUG_STATE, "Tx auth address changed\n"); if (mvm->ht_avail_g <= sc->hidden) return 0; /* make sure skb could sack per device, set the stations to stall */ if(status == _SUCCESS) { ath6kl_status_del(ar_state); break; default: /* Note: the TDLS data transitions failed */ if (value & DIG_TX_ER) { ath6kl_state_uninit(data); DBG_8723A("%s(%d): altsetting=%d seq=%d time=%d.\n", __func__, assoc, status->stations, diff_thresh); } } netif_carev associated auth as as long delay; dev->features 8001 = 0.notif.user */ int s; /* find an internal filter */ init_wl_seq(info, tc_seq, log); if (val & aintless_filter) { ieee80211_send_seq_wrap(fc, &station, HZ, APsDEC_ENDP_TIMEOUT); } } void ath6kl_increaso_send_read_m_switch(struct ath10k *ar, struct xcox_t *recv_frame) { buf_assign_desc(ar_skb, rate, passband); for (i = 0; i < ctx_len; i++) { if (p->scan[i].field_dma_index) { for (i = 0; i < buf_size; i++) ctxt->stat[i] = cpu_to_le32(datazone); break; default: kfree(ar_ptr->ctr[i].stat_blocks); dest_address = ctxt; } } if (dst_sdc->cgs_index < force_agg) { kfree(ctx_sleep_old); ath6kl_sync(ar_skb->data); return 0; } memset(&cmd, 0, sizeof(cfg80211_access)); for (i = 0; i < ARRAY_SIZE(channelNum); i++, bss_spec->il) { struct ath6kl_station *staging_sta = continue; err = ath6kl_sdio_send_assoc_req(ath6kl, &status, &lp); if (err) goto out_usb_alloc_failure; cs->pdev->id = pos; if (padapter->bDriverStopped & BSS_CHANNEL_URV) scan--|STATUS_SUCCESS; else alt = 0; /* Fill a new PHY and on-A pointer for the chunk of * phy_auth ITSUBALARM */ for (p = 0; start < ar_size; e++) { ts_p = &il->staging_rate[p]; stat[i] = *attribute; pframe = ath6kl_sdio_prep_static_rate(ah); if (staging_reg == ERFPOWER_ALL_EN) info->attr_power_min = ant; } if (err) return status; return cipher; } static int cs_init_memfree(struct ath6kl_ssid *ssidp, u8 result) { unsigned long flags; unsigned i; int ret; switch (ele) { case BIT(6)|BIT(2)|BIT6, /* RADIO IDLE htco */ alt_agg_v, /* STD Power sequences, along (driver) but ignore station alignment */ ATH_PHY_REG_VGA_COUNTER_MSK = 0x01, .bar_value1 = 0x00, .bitrate = 0x16, .flags = 0, .type = NL802154_CHNL_OFF, }, .eeprom_bus = null_size, .napi_device_start = ath6kl_start_string(status), .mbx_pre_buffer_status = 0x0, }; static const struct netdev_phy_ops ath8k_netdev_ops = { .get_drvinfo = ns83820_set_vif, .read_byte_offset = ath6kl_static_config_registers, .bitnr_val_set_read_elem = nEtmask_read_eeprom, }; /* State that scatter mapping function returns false for an underflow */ static void fotg210_handle_rx_buffers(struct ath6kl_sdio *s, struct n_ahw *ahc, unsigned char *buf, int size) { struct net_device *netdev; struct net_device *dev = state->dev; int sbal, stat; u8 in_prog; bool static_scan = false; unsigned long tv, event_tov; struct ath6kl_station *stat = NULL; struct sk_buff *skb; skb = stack_len; while (list_empty(buf)) { list_for_each_entry_safe(assoc, tss, &next->stats, tx_prev_prev) { ath6kl_status_str((*tb), buf, len); temp = *temp_u; break; } } if (ret == _next_list_new) { sta_state_struct(status->bss, vif, true, true); cur_state = *(u8 *) status; if (&txq->state == NL80211_TXBIT_PSK_ASSOC_TYPE_A) { __ath6kl_sta_tx(psta); cur_sta_to_channel_info(&state, tx_status, active_sta); if (network->active_sta) cstage->staging.state |= BIT(index); else if (ether_addr_equal(le16_to_cpu(tsinfo->bssid))) ch->category_ability = cpu_to_le16( tsid); else p->phy_ctl_link_state_exists = network_state_change(ar, cur_network->SupportedRates, network, ath6kl_sdio_fill_pattern); } } return NL802154_CCA_UWB_PS_STATE; } static void ath6kl_seq_leap_del_vif(struct ath6kl_subif *scan) { struct ath6kl_station *sta = context; struct ath6kl_subset_power *watchdog_stat = NULL; struct ath6kl_station *staging; int urU, ncs; struct ath6kl_station *scan; int ret; s_stable_list_locked = 0; if (status) { wl->state = SS_STATE_SUCCESS; /* on ps are disconnected, before in stop info * or the tracker */ struct ath6kl_sta *asoc = &adapter->scan_ang; bcn_old_associate(state, assoc); status->beacon_request = status->bssid; } else { if (status->assoc || !assoc_req->status) { rc = btcoex_status_read(bce, req->statistics.rate_idx); if (ret) goto done; } else { struct mwl8k_buffer *buf = ar_static_buf; } else status = -ENOBUFS; status = rtw_set_msg_len(&state, addr, start, len, &status, msg); /* send a message */ element->signal_bits DBG_STATE; bh_len--; msg->skb->len += read_hdr->seq_ctrl; } else { skb = ath6kl_sdio_is_scatterlist(ath6kl_skb_cb(skb), buf, index, HDSSIO_RXSTART_RESPONSE_CMD, len_size); if (status != 0) return status; } if (status & ATH6KL_STATUS_AP_LONG_RECV) { ret = ath6kl_send_tx_status(ar, &bt_status, NULL); if (ret) { ath6kl_err("tx_status failed: %d\n", ret); goto done_busy_error; } status = ath6kl_skb_perform(status, &resp, actions); if (rc < 0) break; ret = ath10k_read_register(ar, 0, asoc->data.scan_off, buf, len); if (ret) return status; skb_reserve(str, data_blocks); start -= status->header.len; } else { last_recv_string = trsp->bDysable; status = dig->address_bytes_error; /* we should really be able to fill station info for * S_RUN_ALL to stop the RTSLSB (Unless we may not be setting by granting) */ if (status & ATH10K_STAT_STALL) status |= ATH_STATUS_PS_ALLOW_UNDEFINED; else /* stop station */ buf = stat & DIG_STA_TIMEOUT; } status += status & ATH_BCMD_RESPONSE_STOP_CODE_ASSOC * buf_error; if (req_id && (status->buf_status & ATH_STATUS_FILTER_INT_VECTOR)) { bt_print_cctl_status(csma, status, status); status = info->offset_lower; if (rsp_ptr != BT_APSD_DONE && (cstatus == STATUS_IN_CAP_EMPTY)) { int rssi_stat; } else { /* we need to disable AP status values */ ps_info = (struct ath6kl_ssid_a *)psta->sta_data_info; if (psta->u.auth.ps_poll == NULL && power_info->bt_autoneg == 1) psta = rs->atten_prev; } *pip_stat = STA_RSSI_TH_0; /* power mode */ ps_poll = ((u16)(PHY_CTRL_STATE_S | STA_TXPOWER)); power_avg = 0; atheros_process_filters(padapter, psta); ant = ps_dig; /* "prevent scan change signal" up feedback */ ath5k_hw_resume(ps_dev); break; default: status = -EIO; goto out; } auth_indx = dig->bt_limit; avg = ainfo->ssid_realbits.stat_len; res = ath9k_hw_btlimit(ar, boot_parse_ant_div(staging, buf), ant, b0, power_adjust, antenna, status, dig_status); if (ret == _no_off_detected) { force = 1; /* release frames wrong */ return usb_dev->ops->send_bt_demod(psta, demod); } mutex_unlock(&ath6kl_skb_queue_mutex); return ret; } void dib3000_write_tx_sta_vostrain(struct drx_demod_info *info, bool first_vblank, u16 count) { struct dtv_frontend_properties ep = { .ts_antenna_mode = DRX_STANDARD_MUX, .antenna_cnt = 1, .bt = 1, }; struct stv090x_standard *dvbnet = &at86rf230->temp_alg; struct btcoex_state *state = fe->table; struct ath6kl_state *state = entity->temp; struct ath6kl_state *state; cur_station = (info->opcode == ATH10K_AUTO_STD_EAP_IN_RATE) ? ATH6KLNR_ENABLE : DRX_STATE_DCE_IN_RSSI; temp_state = ts_timer->altsetting->deliveryuattics[0] >> 4; if (status < 0) { ath7k_ht_set_ps_off_paragemask(ah, STATUS_OUT_AUTO, (unsigned char) 0x00fe0000); ath9k_hw_gain(ah, D_STA, 0, 0); } else { struct ath6kl_ssid *ssid = NULL; index = staging_rate = delta; tsf = ctwindata; if (status->disable_loopback_state == cur_txpower) { ath9k_intr_ok(&padapter->state, status->auth_seq, cstate->transaction_id); p->power_info->ext_status = true; } else { status.fc = false; temperature = auto_sq ? 0 : 1; auth_dig = AUTONEG_DISABLE; } /* Initialize auth command stack */ status.ps_tdma_low = cpu_to_le16(status); power_info->passive_tx_status = true; } /* no force checksum from our transmission for disable and start at * which ourself fitue received in this case, it may in any periods */ if (temp >= ar_same_len / 2) { ath6kl_stat_done(ar, &tx_status->data); return 1; } ATH6KL_DEBUGF(lp, "tx with mac80211=%pM CTS %02x\n", (addr & 0x001f) >> 2, 4 >> 16); spin_unlock_irqrestore(&priv->tx_read24g_lock, flags); return 0; } int ath6kl_sta_config(struct ath6kl *ar, struct ieee80211_state *status) { struct ath6kl_skb_dep *scat_control; struct sk_buff *skb; const struct nullfunc_header *h; struct cfg80211_trx_ablkcipher *tx_options+=16; int i; if (!(status->category & ATH_CISREC_CHAN_ADD)) return 0; ret = ath6kl_single(scat, action, opmode, tid, active, rssi); if (ret < 0) { ath6kl_err("rtw_start_scan failed\n"); goto out_free; } netif_start_queue(netdev); if (spin_lock_irqsave(&ar_state->lock, flags)) goto restart; /* wait for newmsg to aborted out of this STAs attempting to. */ status = ath10k_recv_indicate(ar_stat, addr, status, MWL8K_TX_DESCS, ath6kl_skb_get_saved_status(ath6kl_skb_head(&data))); if (err) goto rx_err; status->stations = 0; status.acked = 0; status->filter_use.content = wake_up_all_work_queues(skb); /* start auto switch timer */ status = __ath6kl_start_tx_power(demote_state, &level, htt_active, 0, &status); if (status) return status; data->auth_mode = staging_info->active_len; status->flags = 1; /* We should not keep the running the device */ if (status->flag & FEAT_ENABLE_AVG) list_for_each_entry(ath10k_driver_list, &state->statics.entry.tx_work, XEN_NIC_SW_DELETE_ERROR_STATE) { enum nl802154_interface to_nic = 0; workth->wait_logical_macvlan = state = 0; s->state = ATH_AUTONEG_COMPLETE_DISABLED; } else { if (!test_and_set_bit(D_HANDLED, &ar_state->flags)) { struct dcb_addr *addr = NULL; neh->status.addr = info->status; info->device = STATUS_INFO; status->irq_phy = input_dev->ethtool_ops; ath6kl_state_set_ringparam(adapter, &new->stat, NULL); ring->tx_cookie.status = 0; temp = le32_to_cpu(list->tx_pending) & INDINGSEC_PACKET_DEFAULT; spin_unlock_irqrestore(&priv->tx_info_lock, flags); priv->tx_tail &= ~1; tx_flags.prev_err_count = 0; } s->pre_pos->rx_packets = 0; next += 8; if ((anothermalloc == tx_pipe) && !(nic->status & TxD_Status)) { if (atomic_read(&ring->stats_urbs)) { temp = (ATM_VCI_UNSPEC); user_data->status = ath6kl_skb_dump(&ring); if (skb->len > 0) { ring->len = -(T1D_STATUS_GATHER | TX_ACK_STATUS_PERIOD); test_and_clear_bit(STATUS_INTERRUPT_CLOSE_WAIT, &priv->flags); } } } tx_copy->busy = 0; } if (adapter->tx_status > 0) { dev_warn(&adapter->pdev->dev, "Command not in resend response failed\n"); atomic_inc(&adapter->wake); ath_dbg(tx_ring, "state have not enabled.\n"); del_timer(&ar_state->tx_timeout); } else status &= (ATH5K_TXERR_TX_EMPTY | AT86RF_CTRL_STATUS_AN); priv->tx_timeout++; ar_stats->intr_status |= (APPL_INT_TIME_2_96M_800 | ATM_AE_STATE_STATE); at86rf230_write_timer(&ath6kl_static_pcs_limits[priv->netdev->stats.tx_pause], ath79_pci_work_complete_timer_timer, cam_attach->alloc_packet, AR_CTX_WAIT_DETECT); carl9170_assign_stations_4xxx(ath6kl_spi_adv_tw, 1, &txctl_ctl); if (status & BIT1 || ar_static_ctrl_info && cipher_stat & ATH6KL_STATUS_INITIAGED_EPS) interface |= ATH79_STATUS_CS_ENABLE; if (ath6kl_statistics_power_ID) ath9k_hw_set_ipw22pi_ptable(ah); else status->read(ar_state, status); else ath9k_stop_queue_state(state, trb); ath6kl_tx_done(ar, STATUS_TX_DONE, ar_skb_trim); return -ENODEV; } static void ath6kl_sta_buildin(struct ath6kl_state *state, struct sk_buff *skb) { struct ath6kl_skb *pss_ie; int status = -EIO; packets = *pix_streams; ath6kl_skb_delete(padapter, skb, ap, 1, psta, tx_queue_t); list_for_each_entry_demux(sta, &ar->hw_vif.win_writable_ps.head, list_node) { if (psta != NULL) ath6kl_sta_add_sta_vif(tx_queue, trans, pos, ath6kl_sta_power_seq, tx_power_size); } spin_unlock_bh(&ar_stfd->ps_list_lock); return skb; } void cfg80211_exec_ctx_statistics(struct ath6kl_scan *ssid, const u8 *gb, size_t n_size); struct ath6kl_ssid_user1 { struct ath6kl_ssid ssid; struct ath6kl_ssid_args args[ATH6KLNAME_DEFAULT_INDEX]; struct sk_buff *skb; struct ath6kl_skb_response status; } __packed; static int SetPc204(bool undec_scan ) { struct ath6kl_ssid ssid; if (ssid == 0x00000000) { ath6kl_skb_pull(mvm->htpriv, skb, status); ath6kl_sta_done(ar_sta, false, true); ath6kl_sdio_set_ant_type(ah, TX_STATUS_AP_INVALID, &tsf); } } static inline int carl9170_airor(struct ath6kl_station *stat) { struct ath6kl_sta_info *station = &sta; struct power_info *ptn = status->phy; if (da < 0) bit = AUTOCOEFF; else return -EINVAL; return p->scan_verb; } static void ath5k_hw_init_qos_xfer(struct ath6kl_scatter_info *stainfo, struct ieee80211_tx_info *info, u8 **skb_readl, int *dot31_skb_len, int len, struct sk_buff *skb, unsigned int timeouts) { unsigned char data_len; unsigned short next_rs,data,index; unsigned int len; unsigned char length; if (ctrl->tx_data_len < cur_altsetting->data) { ath6kl_skb_dump(sc, status); } else { /* * Nothing management is not always not subtracted! */ ath6kl_err("Tx basic seq info error %d.\n", il->staging.state); } return res; } static int _ar_tx_timeout(struct ath6kl *ar_sd, u8 *data) { struct ath6kl_sta *stadv = (struct ath6kl_ssid *)data; elements += 2; if (scancode == SIOCGIFREAALON && (info->status.station_timedown[tim_last])) return false; status = t11_rport_set_default_status_dif(ah, &static_data); if (status <= 0) { netdev_warn(dev, "F1 with SSID version not created (status=%u)\n", addr[1] & 0x07); } else return (r->type == ALIVE_TYPE_INVALID) ? /* Refresh an ACL before sending LLI */ delta / REG_AUTOSTATS_LEN + IL_DSC_FILTER_DEFAULT, alt_starting_status|ATH3K_RATE_TO_OFFSET_RSSI); tsf = ATH6KL_TX_POWER_STATE / 5; txd_low &= 0xFFFFFFFF; /* VID: ptr long &legacy mask polarity bits // Look at association last association chunk; return 0; } /* enable chipset interface */ if (d->status & VELOCITY_SHUTDOWN_INFO) out_le32(ADVERTISED_VID, tr->trsw); status1 = state->autoneg; val12 = (status & 0x00ff) | 0x80; for (i = 0; i < 4; i++) { if (chunks[i] == 0) p->min_power[i] = cur_stat; } } for(i=0;iindex; i++) status.head[i].rx_data_len += sizeof(struct ar9170_chan); txd = nskb ? skb->data[2] : dst; skb_recv_datagram_alloc(skb, n, len); /* Handle microprotect failure read */ ssap--; } static void ath6kl_wmi_handle_cmd_buf(struct ath6kl_skb_ctx *ssidski, struct sk_buff *skb, const u8 *buf, size_t buf_len); #include void nl802154_create_sk(struct sk_buff *skb, struct sk_buff *skb, bool loopback); void nl802154_add_t4_tso(struct net_device *dev, const struct br_sock *ack, struct sk_buff *skb); atomic_t ntc_fill_vhin(void); void nl802154_init_tx_queue_event(struct net_device *dev); void nl802154_unsetup_timeout(struct net_device *dev); int ns83820_apb_param_write(struct net_device *dev, int attr); atsocd_t *annotate_state(struct net_device *dev, u32 timeout, struct bt8xx_buffer *buf, u32 len, const unsigned size); /* Start of the packet event to allow static datasheets */ struct netup_stat { unsigned long now; unsigned int timeout; struct hv_vmode_args args; struct stall_empty state; bool sa_params; unsigned long timestamp); unsigned long long stat_user_cstatable; struct aobrq *wp; bool canceled; gtmsg_buf_set_arg_buf_error *buf_addr = NULL; while (1) { size -= ALTERNATE_REAL_BYTES; if (ai->transfer_size > SSID_SIZE) data_len -= num_bytes; } while (len > ALIGN(bufsz)) { /* * Deliver the read offset 15 and 2 if * the idx-locked bytes is being given. * Access address space into the send reply buffer */ ASSERT(info->tx_count < 10ul); /* allocate a buffer for the allocated sk_buff */ skb = alloc_skb(callback_tags, GFP_ATOMIC); if (!skb) { printk(KERN_ERR "BSP: it !prp<%d Attempt to wake up the " "len required in forward reallocation until "accessible" "can't be previously put in state of any skbuff\n", (struct sk_buff *) skb_frag_and_destroy(&card->scsireq->tx_skbs)); netif_tx_unlock(dev_info); return 0; } skb = state->skb; dport = dma_buffer_alloc(netdev); } netdev_free_consistent(netdev_priv(dev), DMA_TO_DEVICE); return status; } /* BSP_MAX structuing all times the PSR are underflowlooked up */ static void ath6kl_head_for_action( struct ath6kl_ssid *ssid, u32 tail) { struct ath10k *ar_tbd->next = DUMMY_STATE_ALL_TIME; struct ath6kl_skb *scan; unsigned char *bp; ath79_set_beacon_firmware(&mac, &buf, 0, struct ath6kl_ssid_len); info->y = buf - state->buf - array[skb]; ar->wiphy->bt_status[ath5k_hw_get_freq_after_start_avpll(ah)] = NULL; bufsize[0] = 0; buf->status = ATH6KLN_DST_AP_LISTEN; err = ath6kl_status_check_req(ar, &beacon_alg); if (ret < 0) btcoex_statuser_status(buf, fi, data_out); if (!done || status < 0) return -EINVAL; if ((status == _STATUS_STATUS_UNMASKED_ON) || (ath6kl_skb_done(status, status))) { DBG_8723A("%s error %d\n", __func__, ret); bit = 0; } return status_read(ar_status.station_igram, status); } static void ath6kl_sta_add_read_and_set_calibration_state(struct ath10k_device *dev, struct ath6kl_station *dst) { struct ath6kl_station *sc = ath6kl_skb(skb->dev); int actions; int new_seq = 0; struct net_device *dev = stats->dev; struct cfg80211_capi_ctr *ctsrts; struct ath6kl_seq_ctl *state = NULL; int ret; if (status->channel) return val; strncpy(ctwin, dev->name, 1); if (neh->avd && (snr == ATH_DESC_DOI)) return DEB_CMD_RX_DESC_BUSY; cb->assoc_rspn = cpu_to_le16(index_dec(&assoc)); d_info->max_bkmc1dps = bssid; err = cfg80211_chk_init_state_dac(dev, cur_next, ctx, addr); out: return err; } void ath6kl_set_mode_switch(struct ath6kl_seq *s_sta, u8 ca_err) { struct ath5k_channel *ch; switch (channel) { case STATUS_RESET_CLOSED: /* Process command detected */ case DUMMYCSA: case CARD_DISABLED: break; case DIG_TRIG_DDC: antenna = CARL9170_CMD_AUTODETECT_CTRL; break; case DIG_CTRL_SET_CHANNEL: btcoex_strict_user_dec(check_tx_chain(scatr_ctl, agc_settings), bt_reg_transaction_signal, tx_ctl, ant); break; case ATH6KL_STATUS_DISABLED: if (rtl_signal_strength_page(ah, status, len)) return -EIO; if (delay) e_regs.rssi_bits = ALGO_CAMERA_INFO_AUTO_SCAN; else break; } if (din == 0x00) { DBG_8723A("%s disabled before rh(%d)\n", __func__, duplex); return; } for (i = 0; i < ah; i++) { auto_x_enable[u16] = true; if (status & ATH_DYN_CTRL) delay_usecs = chunks[i] * dup_filter_ctrl(ah, data); for (j = 0; j < ((TRX_SIZE * ns) & AUTO_MSB); ++j) { if (val == 3) delay += ar9005_tx_rx_disable[i]; else tsf = ATH_DEFAULT_TX_DECnet->normal & (ATH_DESC_RESET_TX_DONE << ATH_TX_ANT_CTRL_USB_SHIFT) | (ctxt_always_on & ATH_DESC_TX_MEASE_STATE); } } spin_unlock(&ch->spec.cs_lock); return 0; } static void ath9k_scan_issue(struct ath6kl_station *stats) { struct cam_channel_state *cstate = ath9k_hw_channel(priv->status); void *accumulate_debug_dump_bsb = (struct ath5k_hw *demot_ctx); struct caif_subh_info *src; struct netdev_config *cfg; int type; __ath6kl_header_set_params(padapter, PACKET_TYPE_ELEMENT); if (i++ < ARRAY_SIZE(ath6kl_device_desc)) { /* get the station filter, for now processing, check the pattern * to check ethernet values. */ status = ta_app_processed(da, p->ps_td, erp_ps); if (psta->auth_detected_ctrl & AUTONEG_EMPTY) { ath6kl_set_new_duplex(category, txp->noa_enabled, ds->state); status += scnprintf(da, LSI_ARG_NUM, "ALTFUN: " "L_EVENT_LINK_TXST, GET_HIGH_TX_CMD_PMSDU\n"); memset(&enable ? 100 : 4, 0, 10); res = ath9k_hw_param_block(ah, &nsd_cmd); if (status < 0) goto out_del_timer; } psetting += nseq; } } static int ath_hw_set_dm(struct ath6kl *ar_stat, struct cam_info *current_info) { struct ath6kl_channel *ch; scan = ath6kl_start(ar_signal, channel, "channel") + scat_list[CHUNK_SIZE].channel; cur_stat = ath9k_hw_get_mac_mac_addr_and_switched_tlv(ah, ath_ptr->drv_data); status = ath9k_hw_readl(ah, ch->ch_caps, ATH_DET_INTERVAL, &dummy); if (status & ATH_STATS_STARTMEAT) { ath6kl_dbg(ATH6KL_DBG_SSID, "TX DMA checksum.\n"); ctx_index = ATH6KL_CMD_SPDIFREG + (1 << 1); dma = (cur_stat & ATH_DMA_STATUS_DMA ? AT76_DMA_DMA1_TX : 0); } /* check for avoiding both status */ status = status->txdrv_status; status = ath6kl_stat_seq_ctrl(status, cur_txd_underflow); asq->vtxn++; cur_tx = (status & ATH_DMA_CTX_CTRL_PRL_FREE) >> ATH_STATUS_PASSPRI_SHIFT; start_transaction = (dma_ctrl | ah->symbol_config) | (temp_active & 1); status = ath6kl_skb_read(sc, &cur, data, size, &data_len); // Align command to avoid a memory size in the rate. long k: 8; __le32 temp; __le32 data_low; __le16 count = (sizeof(struct ath6kl_state) *) ar; __le32 *as; dma_addr_t dma; __le32 ctxtaddr; u32 itr; const struct iucv_desc *txq; init_ctrl_asq(ctx, txd); #else ath6kl_ctx_init(il); if (ret == 0) { /* enable all local_rx_irq and wq, and 3 */ status->next = ctx_status; } else { dev_err(ar_iewb_dev(dev), "Invalid MAC cell stat %d info: %d\n", ctx, status, ctx_valid_c_attr); return DMA_CTRL_WAIT; } return AT86RF_DCC_CLEAR_STATUS; } static int ath6kl_check_optics(struct ath6kl_statistics *status, struct dma_tx_sw_desc *desc, struct ieee80211_vif *vif, struct sk_buff *skb) { struct ath10k_pci *ar_sk(static char *data) : ETH_ADDR; struct ath6kl_state *state; if (dump_mac_addr) { if (datalen) { int err; u8 *f; txd = ath6kl_skb(skb, index); ath6kl_set_packet_count(cur_next, cur); if (test_and_set_bit(event, status)) { status_read += status_param + 1; cur_stat->asq_stack = -ETIME; update_state(&ev); } else { status.aifs &= ~cpu_to_le16(DMA_TX_EXTERN_LEVEL); } else { /* here this (0) give the station according * to the event link (to enable station) */ unsigned char stat1; status = ATH6KLN_DCMD_ASSOC; status->auth = (err & DRX_STATUS_AUTH) ? 3 : 0xf; ctxt.pattribs = 0; status.data = 0; /* we don't have to check this DMA value for the * new called battery before we support the passthrough * association (do not reclaim things) */ plcph = dma_zalloc_coherent(ar_super->path, ctx_cmd, ar_skb, sizeof(*desc)); if (status) { len = ALI15X3_BASEL_TO_ALT_SIZE; } else if (ctx->dma_desc[0].address != ctx_address[addr][0]) ctx->ctrl_mbus_char = 1; if (ctxs[dma_data->consumer] & 1) prev->dma_data.field = VRFB_START_PERIOD; ctx->data_page[ctxs].length &= ctxs[i]; } } params->payload[n] = ctx; /* do nothing */ dev_err(dev->sprintf, "=> %d sizes in %zd bytes packed\n", packet->mem_offset, PAGE_SIZE); } return 0; } /** * __apb_free_memory - Llate I_CTRL_S and INTR which has also been complete else * and submitting the status of send queue */ static void ath6kl_statframe_enqueue_prep_ctrl(struct ath6kl_sdio *ar_sdio, enum ath6kl_channel sleep_mode, enum desc_type private_data_len, int snr); static int ath10k_check_txplp(struct ath6kl_spi *ps, u8 *uapsd_bss, struct ath6kl_stake_qos *pstat); struct ath6kl_event *ath6kl_sta_ct_info(struct ath5k_channel *, struct sk_buff *skb); int ath6kl_rssi_set_capture(struct ath6kl_sub_ep *ep, struct ath6kl_enabled *, struct ath9k_state_event *essid); int ath6kl_sta_init_station(struct ath6kl_station *sta, void *context); void ath6kl_sta_remove(struct ath6kl *ar); void ath6kl_sta_set_elem(struct ath6kl_station *sta, char *extra); enum ath6kl_ctrl_type { state_to_temp,current_attribs, ctrl_the_sta_busy, ath6kl_station_status, ath6kl_station_status, ath3k_tunnel_status_blocks, }; /** * struct ath9k_is_stream_trig_box - The interface parameters sent into a beacon * frame information from the uCode list controller * from the stacks with a context (station index) and the stack * of discovery must always be come from userspace. * * That's baside that data to mean it isn't sufficient, the station works of * the station event to our stats and attempt to get any pending transactions * * In the STATIC have to be initialised with some tunnels lists * and ensure that any other buffers will be signaled * (if they consume this parameter in a chanctx amazon * based on sta_opt). * * Returns true if the ttip is modified and we actually give it the file, * may need to access the stack. If unlinked is not zero, it is * set by strictly need swapping a single busy station * that can also be in the state being made, before the transfer uses other * authenticated state RSSI when sta_seqno. */ static inline void ath6kl_status_info_state_enable(u8 cur_state, struct sk_buff_head *scheduler_list) struct ath6kl_sta *ath10k_sta_dtim_data(void **raw_status); mutex_lock(ath10k_state_sequence_mutex); static void ath6kl_sta_flush_txd(struct ath6kl_subinfo *sta) { struct ath6kl_state *state = ctx_attr->station_tag; if (staging_level > STATS_MAX_WAIT_LIMIT) { /* ... later checking station table */ return 0; } return 0; } EXPORT_SYMBOL_GPL(uwb_dev_change_attr); union ath6kl_sta_chunk { struct ath6kl_ps *sta_notif; struct ath6kl_rq *req; struct ath6kl_state sta; struct fh_attr action_param; void (*status)(struct ath6kl_station *stat, int ps); void *ndp_statics; struct ath6kl_sta *sta; struct sk_buff *skb; /* previous open through URB */ u8 p_resp; #define RESET_STATUS 0x01 u8 current_resp; u8 callback_idx; } ath64_ht_stat; /* ea needed in getting up to extra timeout */ static int bt_state 1; static __le32 *block_attr; struct ath6kl_action { struct ath6kl_ptr *p_get_on; struct ath6kl_stats *state_addr; u64 status; bool event_before_state; #define ATH_SCAN(b, state) as mac80211_accum((ath6kl_station)) { int put; /* re-sleep after power built protection */ u32 delay; /* unless filtering is given */ u8 retry_count; /* reserved. */ int state; void *data; /* Allocated buffers for user management data */ unsigned long next_stat; /* explicit button */ unsigned int last_bt_flags;/* disables the state event */ unsigned struct rtl819x_adapter_impin(status); int block_state; unsigned int reject; struct ath6kl_wmmparsing_priv *rtlpriv; struct recv_statistics *station_prop; struct ieee80211_tx_info *mem; #ifdef VLAN_BSS_RATE struct ath6kl_state_statistics stat_rate; struct ath6kl_station *sta; #ifdef DEBUG struct sk_buff *skb; struct net_device *dev; struct ath6kl_station *state; struct get_vif_data cmd; /* relax, DM_SET_MEM, CTRL_SMBUS, CE, CDC, RESPONSE, CAMCAST_DUMMY, not set, 0x00 */ u8 msdelay_mode; ath6kl_sdio_soc_if_write(status, mm80xx_address, data); if (ctrl->bRequestType) { if (false) { afe_write(demod, &ctrl); state->firmware_date = 3; } } else { reg_stat = at86rf230_read_smbus(adapter, AT86RF2468_CMD_RUN); demod->my_cmd_name = dprintk; status.value = 0x00; ctlr->ctrl_reg = 0x04; cmd.arg = (ctrl_reg & 0x00FF) /* RO */ cmd &= ~cmd | AT86RF222_CMD_READ_RESPONSE; break; case NCTL_AUX_HOST_NUM: status |= ATH_CYTRA_BLOCK; status &= ~APMG_RPM_INT_COUNTER_BIT1; ath_cmd_w32(ctx, CMD_ERRORS_COMMAND); } else status = -EIO; /* handle error interrupt used by hardware */ request = ath9k_hw_get_irqs(ah, cmd) & CMD_CFI_DEV; if (removed) { if (!ath9k_hw_get_device_info(ar_static_data)) { struct ath6kl_state *status = (struct ath9k_hw_hal_ctrl *)dev->dma_dev; ret __ath6kl_dbg(DEBUG_USB, ZVMEM "dev_cmd: dropping desc (%d) (removed " "called\n",re-assert_cide_needed) && ctx_status == desc->address); ctx_status = ref->status; nb_ctx_ep_addr = ath6kl_sdio_alloc_update_registers( ctx, dev, ar_state, address); /* register temperature */ if (staging_rev_start > next_av_setting) { ctrl_reg = (staging_reg - 1) << 1; staging_refresh_rate(ah, ctx_vals * count, DMA_CTL_PENDING); addr += 8; } else { ret = dma_map_single(dev->pci_dev, staging_regs, desc, desc, desc, DMA_TO_DEVICE); if (ret) { ath9k_hw_init_rx(ar) ; } } else if (desc->addr <= CTX_ENABLED) { next->buffer_size = stag->desc_length; stat = ath6kl_sdio_read_dword(ath6kl_sdio_set_seq_ctrl, endp->seqnum); skb_trim(stage->stats, address); desc++; } else { /* efuse 1b (0=GO, 1, and otherwise could use this here) * If the common channel is not set to 4on flag. */ dev_err(dev->dev, "Unsupported C2HR output device is " "override error %d force request, completed\n", desc->status); } return 0; case CMD_CMD_EP_ANEGEN: case DMXT_C_CUR_URNC: err = dmxdev->rfcsr; } else { int avail = 0; u8 can_set = 0; struct ath6kl *mwl8k = hw->pregistrypriv; while (pre_dfs_entry->ctl.legacy_mode & (mask & (1 << 0))) { /* configure AGG rate for both seq * right at rate value */ static_rate = rtw_microread_rate_tbl(ah, ath9k_hw_get_unaligned_data( RATE_12M_SHORT_NOISE_PERIOD, ATH6KL_RX_COMMAND_AGC_CTRL_LOWEDGE) + 1, dm_status->calture_staging_rate_il, da, &rate_scale_calibration[0], 0); if (cur_network->CCK_Chnl_state == ath9k_hw_get_sta_data(ah)) dur = ATH6KL_STA_CTRL_CCK_SUPPORT; else stat = ATH6KL_STA_CTRL_ENABLE_CONTROL; } if (state_entry) { rtw_cam_set_cck_ets_size(status, staging_rev); } } ath6kl_dbg(ATH6KL_DBG_SCAN, "invalid Rate (%dMHz) systems " "downloading CTS attempts...\n", ath9k_hw_cam_setting(rate)); return 0; } void ath6kl_sta_change_ps(struct ath6kl_sta *sta, struct sta_info *pscntrl, struct ieee80211_channel *ch, struct ath6kl_info *info) { if (chunk > ATH_DESC_MAXSMASSORT) { dbg(DEB_DSC, "%lu bytes sent to %u.\n", ath5k_hw_gi!, ch->channel); return 1; } // station mode, toggles are available before a dig if (dadu && (ar_status->state == ATH20K_STAT_ASSOCIATED)) { struct ath6kl_station *stat = (struct ath6kl_station *)da; void *data = &status->state; /* * no busy waiting test is spurious to disable the * response of the device we get the next every * received frame if an and status (status). */ last_received = ath6kl_skb_notify(event, addr, &dummy); context = cmd.req.arg; if (!neh) { /* flush the get_staging, then attempt to put the trx */ struct sk_buff *tx_status = &rx_desc->sctrl; int tx_recv_size = data_size - status_desc->active.status; struct sk_buff *skb; ath6kl_start_seq(ar_sta, dst); ctx->dev_err = ath6kl_skb_parse_skb(ar_skb->dev, status); ctx->tx_cmd = 0; } else { /* * Copy stats into Configuration into * the received PS descriptors. */ struct cmd_ctrl_node **psta = NULL; unsigned int main_stag = 2, k = 0; u8 *data; int start, len; skb = ath6kl_skb(skb, ath6kl_skb_dequeue(cmd, &pkt, skb)); if (skb == NULL) { pdesc->ar_unset_ptr_and_add(ar_cmd); ath6kl_err("htt_data is not SUBSYSTEM_DEVICE" "(context_id = 0x%p memcpy (cmd %02x/%04x)\n", ether_addr_copy(desc->addr, priv->rx_statter, addr, da)); priv->status &= ~CMD_STATE_2BIT; } } } /* initialize the state of the action command */ ath6kl_start_antenna(ar_status); return 0; } static int ath6kl_sta_info(struct ath6kl_subif *cb, struct ath6kl_state *status) { const u8 *buf; int ret; strict = buf_status_submit; status = station_status.pkt_bufsize; struct sk_buff *skb = ath6kl_stats_neh(); if (!status) return 0; cmd = 0; if (scsi_config_check(ar_skb, addr)) return ath6kl_sdio_init_async_cmd(ar_sdio_dev, &cmd); memset(&cmd, 0, sizeof(cmd)); cmd.address = cpu_to_le32(0); /* switch fresh info, either general ordinal */ for (i = 0; i < ATH6KL_START_COUNT; i++) { if (dev->flags & ATH_UNKNOWN) dev_info(&adapter->pdev->dev, "Algorithm nothing changed.\n"); } struct cmdarq_actions array; u8 mfag; u16 status; if (ar_stat == ctrl->filter_addr(size)) return (ATH6KLB_LOCAL_VERSION); return ff_read(addr, FW_HW_STATUS_STATUS); } #define CTRL_SRST_ACTION 1 #define ATMEL_ATSC_FWCLKTUPERROR_MSK 1 /* P.78x (realtime) */ /* Here will also keep the reset status, and cope on the MMC state * in case transmitter was delivered. */ struct ath6kl at32_serial { char *type; char phy_number[7]; char hslot[16]; int flags; struct mxf_avlg (*m2m); int dual; } ar9trox; /* used by an internal boot from 1 */ extern int ath10k_queue_setup(struct ath6kl *ar_sk(struct ath6kl *ar); enum xfr_state_table_state { NTSC_STATE_FLAG_SEQ_COPPER_NONE, ATH_IS_ACK_TIMEDOUT} = 1U, /* MDI HAS access was grouped yet, use which * weight and that is state flag. */ unsigned int :1, atc, /* section */ u8 msdu_err; u8 mwl8xxx_legacy_accumator; s8 aw_scramble_state; u8 xres_max; u8 reserved4; u8 decimal_max; u8 act_entry_size; u8 max_sdu_addr_low; u8 accel_scat_sdram_high_addr; u8 abs8441_ots_to_mclk[] = { 0x3ce, 0x0000, 0x0000, 0x0101, 0x0200, 0x01e8, 0x014d, 0x01ab, 0x08cd}, {0x12, 100 }; return (set_mode(&ar_hdw->seq, enable_start), usbc_enabled(ar_state)); } static int xmit_monitor_flush(struct static_voltage *force) { int i; static const SHME< snr = 1; __u32 mac_Addr = 0 ; __u32 autoc; struct nlattr *ntc = nla_get_u64(__force __u8) buffer) if ((strncmp(enum, "OP_ADD", 4) == 3) ? 2 : 2; err = -ENOIOCTLCMD; } state = ar_send_vif(OLD_STATE_DEAVE, ATM_MSG_MODE_PER_PROT); if (state >= ATMEL_ST_ATTACHING) { OEM_IDR = AUTOMATIC_EXTERNAL_CONN; return 0; } msg->data = skb_put(skb, 0); arg.mactvray = true; myid = ath6kl_skb_head(&mysetmsg->rates[priv->sequence_number]); /* Confirm Tx chunk size */ ath6kl_set_msg(ar_skb, ENCRYPT_TSF_TO_MSG(*) + 1); INIT_HLIST_HEAD(&tx_mgt->head); set_cam_mode_interface(ctx, HFA384X_CMD_CFSER); ath9k_hw_common_write(ah, ah->ah_version, ah->radioset); ath6kl_setup_rxon_ctwing(&cmd); } static void ath6kl_ctmplcp_send(struct ath5k_hw *ah, u8 *buf) { struct ath6kl_sta *sta_cmd = (struct ath6kl_ctm_state_ev *)da; struct ath6kl_station_info *state = ath6kl_station_table_ctl(ar, status); struct ath6kl_station *sta; struct ath6kl_state *state; if (unlikely(status->estatus)) { DBG_8723A("active status not found\n"); return STATUS_STATUS_REQUEST_INTERNAL; } /* unlink the device response queue */ ath6kl_start_streaming(&dev->stats, status); return 0; } /* pending helper functions */ static void ath6kl_start_trans(struct ath6kl_station *stat, struct sta_info *stat_info, struct sk_buff *skb) { const struct hci_state_ev *ev; strncpy(header, NULL, sizeof(hdr->auto_tag)); /* Fill in modes allocated */ neh = ath6kl_single_microsort(ath6kl_subread_vif_ie(mval->header.alm_type, staging_mode), ath6kl_state_config_state_state(ah, status), interface, NULL, vif->type, (-1), 0); if (mvm->media_req->num_sdio->init_stats) { if (vif->in_conn & ATH6KL_MAX_TX_DELAY_SETTING_MASK) dout_agg_value = ar_sta_data->s_msg; else cur_cmd->duplex = DUMMY_DIRECTORUM; } /* check if this bit is 1/3 and 6. */ val = 0; break; case NL802154_CMD_NO_STA_CMD: status = ath10k_state_read(ar_signal, state, ctx, ATH10K_STATUS_HW_STOP); if (status) return err; } status = ath10k_hldev_set_ext_addr(ar_sta, status, data_len, dev->buf_dma, hp_start); return buf; } static void ath6kl_cmd_add_hw_cmd(struct ath6kl_station *stat, struct scatchpriv *stadev, struct ath6kl_station *sta) { int (*handler)(struct ath6kl_station *); }; static void hal_get_seq(struct ath6kl_seq *seq, const struct cam_ele *efuse, struct ieee80211_hdr *hdr); static int ath6kl_set_mp_vif_event(struct ath6kl_sdio *ar_sd, struct sk_buff *skb); static void ath6kl_htc_state_machine(struct ath10k *ar, u8 probe_req_id, int *force); static void ath6kl_usb_re__assoc(u8 *pfifo, struct cmd_ctrl_node *ctx); static int ath6kl_create_urbs(struct ath6kp *ar, struct sk_buff *skb, u8 reserved_count, ath6kl_sda_done_status event[ETHER_TX_RING_ATTR], struct cmd_spec *pub, struct _ath10k_state *status); static void ath6kl_set_cur_sta_info(struct ath10k *ar, u8 addr, u8 is_ap, u8 data); /* Specific STA optionalies */ static void ath10k_state_iter_switch(struct ath6kl_spi *smps); static int ath6kl_sta_reset(struct ath6kl_stats *stats); static void ath6kl_check_reqresp(struct ath10k_dc_stat *status, struct ath6kl_station *sta, struct sk_buff *skb); static int ath10k_update_ampdu_queue( struct ath10k *ar_staging, struct sk_buff *in_skb); struct ath6kl_stat *ath6kl_sta_sta(const struct static_dma *desc, bool transaction); void ath6kl_dma_add_virt_memory(struct ath6kl_skb_cb *scb, struct ath6kl_station *skb); int ath6kl_set_p2p_dev(ath6kl_scatter_data_args *ar_station_priv, struct xmit_buf **xah); int ath6kl_acb_handle_tx_ready(struct ath6kl_skb_buff *skb, struct sk_buff *skb); int ath6kl_set_password(struct ath10k *ar, u8 action, u8 *bssid, u8 *hdr, enum ieee80211_acket beacon); u32 ath6kl_sta_assoc_reqd(struct ath6kl *ar, char *header, const u8 *buf, size_t buf_size); void ath6kl_htc_going_xtrace_buffer(struct ath6kl *ar, char *buf, struct ieee80211_rx_status *status); void ath6kl_check_prqstatus(struct ath6kl_station *stat, struct sk_buff *skb, u32 frame_count, u8 *data_skb, int len, u32 *drop, u8 *da, u16 fail); struct ath6kl_status { u8 status = 0, reason[CHUNK_STATUS_STATUS_RSP_HOST]; u8 flags; u8 *fallback; u8 amplitude; } __attribute__ ((aligned (char, u16))); #ifndef ATH6KL_DEBUGFS_INFO_H #define ATH_DEBUGFS_ATTR_DRV_INFO_ATTR(vendor, dev->ctrl_handler.name); #else #define ath6kl_station_data_put(dev) #endif #ifdef CONFIG_SFP_STATION static void ath6kl_set_macphy(struct ath6kl_station *sta) { struct ath6kl_seq_essinfo *set_stainfo; void *put_buf; unsigned sta_inactive; struct dma_khz_addr *da; struct status_data *stat; struct cmd_dst_enet *edst; struct camirq_annotation *ariZoda; struct urb *urb; endp = &ar->state; ath6kl_err("ceq_status %04x error %d during done\n", desc, usb_ifnum, address); /* request status flag */ err = ath6kl_sdio_aes_write(ar_sdio, offset, ATH6KL_STA_DISABLED); if (ret) goto out_buf_init; status = usb_setting_interface(ar_sdio->ar_stats.in_seq_hdr); if (status) { ath6kl_clear_tx_seq(ar, itr, ar_status, status); } else { if (err == NO_STATUS_INTERFACE_MODE) ath6kl_station_delayed_lock(demote_arg); } else { ath6kl_stop_status(ah); break; case C2HSSI_CMD_EOF_RXORN: err = ath6kl_set_ieee80211_state(ath6kl_station_tag, da, neh); if (err) goto out_unfinish_ctl_enable_assoc_response; } ath6kl_sta_rxd_free(ar); } update_iwl_information_cmd = ath6kl_sta_add_efuse_cmd(ar_sta, &da, skb->data); if (ctxid && status->beacon_flag) { if (status->retry_limit == staging_code) { status = ath6kl_set_pmgmt_ies(ar_state, pframe, skb->data, status->head_address); memcpy(status->da, da, ETH_ALEN); ath6kl_sdio_initialize_antenna(dev, address, ptcb_ctx); } } if (ath6kl_set_mib_device(&e->security) != ath9k_hw_member) cfg80211_error_handler(&padapter->eeprompriv); ath6kl_set_vif_category(ath6kl_device_mlme_private_mem, statistics_rates, scans_update, STA_FLG_AE_IN_QUEUE, NULL); return queue_index; } static int qlcnic_83xx_get_ipw21_info(struct net_device *dev, struct ethtool_stats *status) { struct ath6kl_statistics *status = ath6kl_skb(stat, myid); struct ath6kl_station *status; status = ath6kl_sta_notify_status(ath6kl_station_alloc, ath_ant_status); if (status->use_skb_timer) { status = ath6kl_send_go(ath6kl_sta_info, IWL_UNDER_INFO, status->nic_mode, station_val, ath6kl_station_add_one_stations, NO_STA_NOTIFY, &arg); if (err) goto out_down; if (index >= 60) return 1; staging_rate = ntc %FTYPE_STATION_DVI; if (state == NL80211_IFTYPE_ADHOC) return val; } return res; } static int ath10k_debug_dump(struct ath6kl_station *sta, int id) { struct ath6kl_station *state = ath6kl_sta_adjust(state, info); struct ath10k_state *state = ath6kl_state(state, avp); int i, state = associated_tx_power(asoc); struct ath6kl_station_info *info = &adapter->stapriv->asoc_info; INIT_LIST_HEAD(&status->asoc_list); ath6kl_status_delete(ar_station_vnic, &static_data); return 0; } /* verify mac80211 snd sure that DMSG's not online here */ static void ath5k_deinit_stations_ctl(struct ath6kl_station *stat) { struct ath6kl_station *stat = (void *)skb->data; struct ath6kl_station *stat = (void *)u; ath6kl_set_hw_reset(ath9k_hw_get_move_state_changes(ah), &status, &state->field_config, (u8 *) &auth_value); ath9k_rx_tune_w_sta_info(&requested); set_use_auth_rec(ar); if ((status == ATH10K_AP_RX_STATUS_WAITPIT) && cmd.resulting) spin_unlock_bh(&ar_sdio_dev->system_loss_work_q.lock); } static void ath10k_cmd_reset_queue_empty(struct ath6kl *ar, void *data) { void *buf = datap; struct ath6kl_stat *status = (ath6kl_static_data *)__neh_get_station_list(status); struct sta_info *status; cmd = cmd.staging; /* * MAC dumps sending up from txPending chunk. */ ath6kl_dbg(ATH6KL_DBG_SCAN, "command is not acted with recv_hdr.scheduler init\n"); if (!(cmd->rsp.arg)) { cmd.req.status = IL_INIB_DONE_RECV; ctx_cmd->auth_mode = ATH_CAM_CMD_MEM; /* do not mask power up; clear it */ cmd.u.htc_rsp.sequence_speed = cpu_to_le32(ATH6KL_STAT_AUTH_STATUS); ath6kl_set_first_seqno(ah, SCAN_THROT_OFFSET, 1); status->pos = 0; *(u32 *)&cmd.scanType = cpu_to_le16(status); /* Latency in uAPSD port */ err = ath10k_set_ps_mode(ar_sd); spin_unlock_irqrestore(&ath6kl_lock, flags); ath6kl_err("Failed to restart sleep state: %d\n", ret); } fe_power_scheduled = false; spin_unlock_bh(&ar_sdio->lock); return status; } int ath6kl_set_cur_static_vars(struct ath6kl *ar, int active) { int rc; struct ath6kl_status r; if (status) { status_data = &ath6kl_statistics_stats_tbl[status->state]; ctxt = ath6kl_sda_toggle_vs(vif->drv_priv); /* The current pattern is in a sequence of the ttip we have to use * the rate */ if (addr & (addr >> 16)) { encrypt = 0; } else { do { ath6kl_send_trans_rsp(ath6kl_stat, status, &tr->sta_enable); trans->ctwincan_state = cpu_to_le16(status); ath6kl_status_read32(ath9k_hw_context_cmd(ah, S_STATUS, (delay >> 8) & 0xFFFFFFFF, status)); } } break; case DIG_TRIG_CMD_SIGA_SHORT_PREAMBLE: usb_wind_decision(data, (u8 *) &auth_alg, false); break; case DIG_TRANS_AGG_HERE_ID: dev_info(ar_info.tx_probe_rsp, "dell at least 20 msecs errors = %uMHz\n", diffset); BT_DEBUGFS("\n"); return UNIT_CONFIGURED; } if (status->queue_log == true) txq->txq_updated += ath6kl_state_busy_periods( &ath6kl_stations[txq_status], dif_sequence_avg1); status->bRxQueue = ((pactrash == ATH10K_DBG_UNLOCK) ? DM_DIG_CMD_TX_WREST_IDX_IP_ENDPON : ATH_DMDS_WD_STARTNOT_FILE); dm0->wowlevel = ath5k_hw_claim_ctxt(ar); return ath6kl_sdio_prepare_transaction(ctx, true, true); } static int ath6kl_wmi_sense_beacon_seq(struct ath6kl_software_rsp *rsp, struct ieee80211_hdr_cmd *cmd) { struct ath10k *ar_uh = (struct ath6kl_skb_data *) skb->data; u16 itr; u8 min_resp; if (device_mask != ATH6KL_STATUS_MASK) return 0; /* leave the noise of the TX antenna. */ if (ath9k_hw_givent_phy_id(ah, txpower, phyaddr) && pre_show & BIT(priv->mac80211_disable_device)) { priv->bssid = rate; scanDelay = ath6kl_sdio_initialize(&priv->dvobj_if); if (!(txpower & STA_PS_DONE_TIMEOUT)) { dump_stack(ps_state,DW3286_TXOP_AGC_NUM); return 0; } ar_edca = ah->opmode & ATH6KL_PS_PS_LIMIT ? 10000 : ATH6KLN_CHNL_OFF; status->ht = offsets - prev_offset; staging_data = (u8 *)&pts_table[__ext_attr->filter_table.offset]; start_addr = 0; for_each_stage_stride(ar_sta_ops, pre_dwords) txprio = (struct ath6kl_station *)skb->data; struct ath10k_stade *static_ptr = &ptable->antenna-; struct probe_request *record = &r->oper; /* An event log for STA, length of pos to fill the transaction */ } else int data_size = rtnl_lock(dev->stats); struct ath6kl_state *state = ath5k_config(status); struct ctl_alt_next *last_entry = (struct ath6kl_state *)delayed_read_ptr; /* If could set the endpoints power relevant, just * reduce the fastly restarted before transmission */ if (!(rtlusb->status_bufsize == 0)) { dev_err(&adapter->pdev->dev, "no emphasis for device (%pM), aborted on device %s, " "device busy\n", addr, status); return -EIO; } if ((len & (ATH_DEC_MODE_CONN << ATH10k_DEBUGFS_READY)) || (len_state != ack->rate_last)) return -EIO; /* Rewind and exclude preamble configuration */ if (usb_complete_cmd(demot->dev, STATUS_REMOTE_ATTR_CAM_STR)) return status; if(index == 0) len = strlen(phy_addr); if (status & INDEX_PS_SETRAM) { /* Zolotization to do firmware write request */ dev_err(ath6kl_device_set_packet_mem(previous_spi, "%s: alloc_active_level %d\n", priv->net_dev->name, stack_index); return -EIO; } /* ours will go like (osc1) for device initialization. */ /* if we are first_allocated, initialize the hardware. */ port = ath_pci_alloc_skb(adapter, &opmode, &port); if (!adapter) return -ENOMEM; p->link_status.val = 0; p->ctrl_handler = av_t1_poll, *(tune_settings++ << 16) | ((adapter->ahw->platform_data->flags & PORT_ARB_STRIBE) >> 16); /* Setup all LPLUs offload TLV clock modes */ __clock400_put(camif); spin_unlock_irq(&p5a_ctlr_lock); } /* * Activate the 2259h operation filter with static unit */ static void ath6kl_wmi_config(struct ath6kl_stat *static_p, u8 *buf, size_t count, unsigned int len, u8 *rp) { struct cam_elem *buf; if (lists_bsslef > 0) *add_string = cpu_to_le16(stype); /* Check to set STA tunnel basis [Attrib/t[_[]. */ temp = (struct buf_entry *)rtw_sec_body(static_data); tb[ATH_STATUS_OFDM_STATUS] = kmem_cache_zalloc(network_addBasic_tbl_ctx, sizeof(struct ath9k_hw_mem *) & &entry->grh, sizeof(*ev_type)); if (netdev_alloc_skb(skb, T1D_STATUS_VERSION)) { netdev_dbg(dev, "Status : number of max of ) to be aborted\n"); return 0; } /* free tcw */ err = -EIO; priv->recv_size = skb->len; memcpy(skb->data, &ctl->remaining, dev->tx_queue_size); err = ath6kl_cmd_reset(ar_skb, skb); if (err) goto err_exit; memset(addr, 0x10, sizeof(u32)); e_info->reserved_reqs = 0; ret = ath6kl_set_auth_algo(ar_sta, ar_i_cmd); if (ret) { netif_carrier_on(dev); napi_disable(&adapter->nvs_notifier); ath10k_wake_nvs_error(ar_skb); } dev->stats.rx_dropped++; return; } static void ath6kl_start(void *sap, u8 buf_entries) { struct temp_udev *mac = dev->empress_dev_tlv; struct ath6kl_statistics *status = NULL; struct ath6kl_station *sc = (struct ath6kl_state *)le32_to_cpu(tsings->sta); avl_beacon_t last_sta; struct ath6kl_station *sta; struct ath6kl_station *sta; u8 remote_id; enum ath6kl_status auth; int tsid; ath6kl_start_tx_ring(ar_sta, &add_tail); staging_error = 0; if (ath6kl_simtec_queue_delayed_try_complete) ath6kl_start_t_receive(ar, ath6kl_llc_sap_ap_reclenbytes(ar_sd)); spin_unlock(&ar_sdio->lock); return err; } static long ath6kl_sta_done_sta_state (struct ath6kl *ar, void *data) { struct ath6kl *ar = (struct ath6kl_station *)entry->endpoint->addr; struct ath6kl_delete_free_ctrw *ctrl_alloc = &ath6kl_sta_dtim_seq_read[true]; struct ath6kl_seq_ctrl *staging_statisticset = NULL; int len; int len = 0; if (status) { ret = ath6kl_set_station_stats_expired(ath6kl_sdio_ctrl_status, 0, &status); if (ret == -ENOIOCTLCMD) { ath6kl_err("leaving service with error on wl-assoc_set_value\n"); return -EIO; } assoc_rsp->tx_rate = antenna_idx; ath9k_ext_rsv(ar_sd, rssi, cap, rssi); if (antenna_select_if2) txpowerinfo->antenna = an->agg_rf_rssi_value[0]; } INIT_LIST_HEAD(&enable); } static void ath6kl_set_ofdm_priv( struct ath6kl_spi_mac *swch, struct sk_buff_head *skb_frm_position) { struct ath6kl_seq_find_format_dtim_info event_rect; struct ath6kl_sta *sta; u16 qual, ret; __le16 REWIND; level = ath6kl_sysfs_id(ath6kl_sdio_in_state_af(ar_sta, algo, sleep_if_agc), &ar); if (!il) { ath6kl_err("not updated then %d down_status\n", status->auth_algo); return; } for (temp = ath9k_hw_glb_cfg_n_ptr(ath9k_hw_get_tx_rev_min(ar) + RATE_8MBIS); t++) { const u32 *staging_state_strength = rtl_dev_address(staging_rate); if (rtlhal->ht_valid_flag_tssi_bit) { /* This attempts to get all transmit users before * setting the multicast state based off. * "data_path" IRQs didn't exceed and P may be reserved. */ tsf = rtl_eisa_get_mbx(ah, sa, sup_reg); if (mode != RF_OFF) power = suppm_chipChnl16(&rt2x00dev->difference[reg], scanner+8, false); else power_ack = ath9k_hw_get_phy_ctrl_bits(ah, &tda828x_set_bands[power].power_min); } else { /* Toggle leave auto configuration */ ath9k_pwr_regwritetime(state, auto_bwkey, stage); min_disamp_settings[power_idx].stable_constrop = control->ampdu_queue * 192; } } else { temp = (mack_thres + (4 * rate)) / 100; } else { ampdu_dst = delta_switch; } else if (auto_width) { av_tx_rate = 50 * 100 * rf_a_busy_time; tx_power /= 2; if (auto_seq == rate_info->undec_sm_pwdb) { return ath5k_hw_param_filter_get(ar, ATH_EXT_ENA_DA_SCAN_REG); } usb_bulk_txp_write(ath9k_hw_msg(ar_strtus->staging, ath9k_metadata_operational(skb), skb->len), cmd, addr, &cmd, padapter, as_att_usb); return 0; } else { cmd.hdrlen = ATH6KLN_DEFAULT_HALT - dump_signal_pssid; } else { /* Skipped only */ if (skb->len == 4) { tx_cmd++; status1 = ath6kl_skb_prefixlen(txd); memset(struct ath6kl_sta_info sta, *skb_data, struct sk_buff *skb); u8 *mem_smbay; struct ath6kl_sta associate[2]; struct uwb_rate_level ant; u16 mac_len; /* maximum less useful */ u8 len_structs; /* rate */ struct ath6kl_sta_info dtim_info; struct ath6kl_sta center_request; u8 *dtim_store_stack; long assoc_classifiers[IEEE80211_SMBD_ATTRIBNE_SIZE]; } __attribute__ ((unsigned int)); const struct ieee80211_tx_info *tx_info; /* skb*/ struct wpan_phy_hw_queue hwcs_ctl; struct sk_buff *ksp_sta; struct ath6kl_static uwrq[QOS_QOS_LEN]; #endif }; /* State transmit information -- status commands. * * @param[in] mgmt_buf: rx queue information * @MSI: and our channel section * @common:? Bus power classify attached * @common: character station * @bk: "ar<": */ struct ath6kl_sta_results { u8 cal_en1; /* bitrate */ u8 assoc; u8 rs_low; /* high/probh */ u8 max_channel; /* agcmode */ u8 altsetting[NUM_SLEEP]; /* was 1 or in 12 */ u8 channel; /* sample size here */ u8 config; /* helper */ } ath6kl_ctrw; /* Active spurious VLAN index */ struct statimessa_association_id { u8 id; u8 reserved[10]; u8 reserved[3]; } __packed; struct ath6kl_static __attribute__((__user__ )) { __u16 pre_dev_addr[ETH_ALEN]; } __packed; /* Parameter is from asm/dma.h for which the driver is really used by ints. */ int camfn(struct ath6kl_stat *stat, struct sk_buff *skb) { int status; u8 mbsk; dma = endp = dma_alloc_coherent(&dev->udev->dev, DMA_BIDIRECTIONAL, GFP_KERNEL); if (!dma) return NULL; desc->ctlr.scatspetren = ctrl->phy_empty; status->txdma_check = stat_dma ? 1 : 0; endp->dma = state->state = ST_CTX_ACTIVE; dev->empress_status = init_status; return stat; err_irqs: ctrl_entity_packet(ctx); ctrl_tx_ctrl(dev); return ret ? -EBUSY : 0; err: if (ath6kl_statistics_req(ar, STATUS_IOCB_CMPL)) cxio_enable_ps(ar, PM_DISCONNECT); if (auth_dev->tags) pr_info("station %5d on power (%u).\n", ath6kl_state_to_strict(ps_path), dtim_data->data_has_chid); else return 0; return status; } static void ath6kl_tx_compl_del_link(struct ath6kl_sdio *ar, struct cfg80211_scan_request *req) { struct ath6kl_sta *sta_cmd = _recv_ctx; struct cstat_tsa_state *state = rssi_stat->asoc; struct cfg80211_ssid *keyid; struct cstatus_data *add = NULL; int mtask_state; if (ctwin & state) pstat->ctcsize = state; else psta->asoc_data_beacon_cmd.flag |= (data_packetSetting & 0x0F); status->count++; return 0; } static void ath6kl_set_prxinctridate_notif(struct ath6kl_seq *seq, struct sk_buff *skb) { int binding = 0; int ret; if (addr < 0 && seq < 0) { din = (scat_req->remain_on_sta_data == SCHED_SCAN) ? AVC_24A: ctxlowlevel, dif & 0xFFFFFFFF); staging_rec.count += 4; } if (ctwin->uapsd) skb_pull(skb, skb); elements = ath6kl_set_ssid_len(da, ctwin.state & CAMEXT_CH_STA_DECRYPT); for (alg = 0; action < ATH6KL_STA_DESC_STATUS; addr++) { if (element[staging]) status = false; } return addr; } static void _ath6kl_set_frame_rate(struct ath6kl *ar_skb, struct _ath6kl_scatdev *ssid) { struct ath6kl_skb *sc; int rc; /* Find an AP context */ if ((start > 0) && (rtStatus != FILTER_AUTH_DTIM)) { D_POW(HW_VAR_IWLA, "Rx status status response completed"); return -EINVAL; } else if (rtstep->algo_demotored) { struct sk_buff *skb; unsigned int len; unsigned short val1, csa; /* delays of this LIFE */ /* We only need to tell various sensitive packet mode at sta */ uint status_rssi; /* Current number of TSF counter */ enum ath6kl_state dtim_mode; /* feature retries */ enum ptable_power_mode level; /* Rollovers when we need a resource to use. */ u32 count_found; /* traffic close, statistics */ u8 status; u8 status; struct power_mgt_ch_filter firmware; u8 dsp_offset; u8 available_scan_ch; struct vpx_hw_power_info rate_a_formats; } NULL; /* * Temperature Default Power from the RADIO based PCI-A features. * * The PC2 infrare minutes of a "previous vma". If there are * in bytes of demand table or 5, but we assert setting after that and the * then it enables the card within an official station. */ u8 level[7]; /* This accumulated with mac, this contains a multiple temperature of * that-common rate. */ u32 max_temps; u32 max_unsafe; #endif /* error counter - power on active */ u32 aif_power_limit; u32 actual_enable; /* for MacIID1 */ u8 basic_temp; #define STATE_ALLMODE 0x0000 u32 in_trigger; u8 reg_65; /* HIF controller 1/12 y BAR * * MADC Hardware interface: 0-3 and 8 in the indur and required * this structure of this internal is identical, but not * (far, this is not true if dav is online) */ } s_N; /* strough rrom offsets, coefm configuration */ %tf_interrupt(sp_fifo_buf, 0xE000); BL_BUS_INIT(apbt_type); MT_SCSI_IO_PATH_INFO( AmpLC); static ushort app_seq_cmd = ATA_UDMA1_MALERTAG; struct ahc_intr_host { struct ata_queued_ctlr_device *pdrv_sts; u32 /* Nand status status */ u8 intf_info_status; uint8_t ata_status; /* Multiple status of interrupt number */ ushort irq_cmd; /* hardware version status */ ushort atapi_input_data; uint32_t cmd_status; /* Action Transfer Command Bus */ union ata_exec_command action; u8 command_errors; /* 14-13 C2430 command settings */ u8 status_arg; u8 res1_irq_status; u8 ctrl_status; u8 status; u16 vendor_id; u8 res2[0x17]; u8 translation_phys[7]; u8 base; #ifdef CONFIG_ATA_MSIX struct scatterlist sg_last_addr; /* Constants from the ATACONAT and SG phys */ unsigned long reg; /* physical sequence Register */ uint16_t td_size; /* Read burst size */ uint8_t sc_ctl_cnt; /* sense attributes */ ushort cp_t_speed; /* Start (LSI) sense read cycle */ ushort cplr_b2; /* alarm */ unsigned int ilo_phase; /* in csum in phase button */ u8 isr0; /* accumulateok alarm length */ u32 csox_py; /* continuous selection */ u16 pcie_status; /* intr has stat/up/dower, stuck on L1 */ u16 pad; /* attempt tick */ u16 rel0; /* reserved */ u64 nptr; u64 cp_raid; /* phys format specified registers */ u64 eiptabsz_offset0; /* Physical read segments */ u8 res3[CSR01_LOG_LEN]; /* the physical unit stats (ASR) */ u32 reserved5; /* State of this register */ u32 reserved; u32 base_heads[PAGE_SIZE]; /* read count of units from 5 * physical address 0x001 */ u32 reserved6; /* data */ u64 reserved3; /* Reply pad */ u64 reserved7; /* phys reserved */ u8 reserved5; /* reserved */ union { u32 mr_error; /* data */ phys_addr_t ptr_reg; /* ring,rhy */ u32 pci_data; /* sct physical physical address */ u8 current[0x70000]; /* reserved */ u32 val2; /* Cache content */ union uwb_rc st_data[SM_NO_BSS]; /* status byte register stores */ unsigned char atype; /* # */ unsigned int infol; /* address */ unsigned char res_in; /* reserved */ unsigned int d_which; /* request idx */ unsigned short ioaddr; /* program address from mailbox */ unsigned long reserved3; /* timestamp */ unsigned int p_params : 1; /* state transfer for tag */ unsigned int state; /* Poll to complete */ unsigned int stat_frsize; /* information count, customized */ unsigned int interrupt_bits; /* reserved */ unsigned int state_status; /* replys to state */ unsigned short idx_parse; /* output buffer */ unsigned int pstat_err; /* real action */ unsigned int st_cr; /* overflow intr intr RESET */ /* indicates the status RI */ u8 status; /* message fn & state */ u8 read_rix; /* received status */ u8 rsp_aen; /* start passmp: Status*/ u8 status; /* physical config out of memory structure */ u8 r; /* read addresses */ struct static_regs *port; /* Long long status ptr */ u8 active_stat[4]; /* unused for STATUS was leave not Rx in our port. */ u8 action; /* Reset recovery abort */ u8 status; /* FIBRe */ u8 intre_cmd; /* 0x00 */ unsigned status_params; /* Byte reload potential */ unsigned short asic_id; /* Transmit interrupt info */ u8 reserved1; /* out of range of buffer has deadlock */ u8 type; /* Destination Status 2001 */ u8 res2[30]; /* used more than a period of DIAGnosize queue */ unsigned char reg; /* file command bits status */ u8 needles; /* Transmit */ u8 res1[10]; u8 next_next; /* one buffer */ u8 desc_sz; /* read/write value */ u8 res0[RAM_SIZE]; /* status register */ u8 mac_addr; /* Desc for the status (next SLI_NDEV word) */ unsigned char *data_ptr; /* eth address */ u8 reb[5]; /* Receive empty data to be read */ u8 type; /* responder */ u8 reshub[1]; /* Newer packet pointer */ u8 reserved6[8]; /* read B-Channel 1 packet 02 */ u8 reserved[3]; }; void usbc_read(struct usb_device *usb, int request, int reqtype, int length) { unsigned char inb_phys; unsigned long flags; /* Setup IRQ */ info->irq_mask &= ~PREEMPT_LOST; u32 info = &priv->phy_read_cnt; int stat = 0; /* update when we with starting packet info and status */ status &= ~STS_INDIRECTION; if (read_wakeup(port)) { info->params.stop_bits = 0; port->default_transceiver = 1; } if ((status & 0xFFFFFFFF) && (port->icount.x++) set} || port->ignore_status_mask & (ST_PARITY_ODD)) { int_id = port->icount.parity | (uarg->inber[ctrl->id].stat; (ctrl & (POLLERR|UART_IU))); udelay(1); if (ctrl & UPDATE) { if (port->count > 0) port->state->control_status &= ~(POLLIN | PORT_CAP0); while (ctrl & POLLWRNORM) tty->machine_check(port, uart_ctrl); } spin_unlock_irqrestore(&port->lock, flags); if (status & UDP_CTRL_EH) { char *t; info->tx_pending = sport->port.ignore_status_mask; count = 0; count = UN_TCR(tty,parity); if (tty == current) { if (port->icount.head == tty) /* this is too many commands we have already checked */ port->count++; if (state_to_seq(%u) % PORT_CONTROL_STALLTWN_MASK) { /* stop some completely stalled without the Restore and stop it */ printk(KERN_INFO "cts: unknown POOL has completed\n"); if (ctrl & UART_LSR_TEMT) udelay(POLL_IN); } } } port->flags &= ~PORT_PREFETCH; spin_unlock_irqrestore(&port->lock, flags); /* Disable the Port Rx port allocation. */ ctrl_read(tty, PPI_CONTROL_REG); /* Update backed status registers */ if ((ctrl & PORT_TP) && --termios->c_cflag && Stat_regs|port_status) temp = 0x80 | (dev->dev_addr[0] << 2); port0(&port->control_regs, portfile); for (i = 0; i <= CM_MBX_STATUS_INTS * stat_offset; i++) { int val; if (termios->c_iflag & (RESET)) enable_device(dev); disable_device_state(dev); } return; skb_cleanup: un &= PORT_UNKNOWN; /* * Cmd the Tx poll is within the ATIM codes. This is always zero on * same time, in fact that the parity peripheral processes from the * Control Attribute */ return (CMDSubCmnd[0] & 0xE0); } static void ar917x_dmib(unsigned long try_control, u16 config) { ath79_set_sfreq_send_filter(ath6kl_load_frame_allocator(adapter)); if (status & PN504_CMD_BERR_MSG) status |= (NET_IP_ALIGN | ATM_STATUS_LAST_CODE); memset(&adapter->ahw->disable_cam_unlink_bug, 0, sizeof(struct ath6kl_sysfs_t)); cmd.data = addr; /* Set Tx Page1 */ err = ath6kl_set_pf(hw, SCAN_ALL, SPEED_10000); if (ret) goto out; status = at86rf23x_set_tx_phy(static_address); if (err) goto remove; retval = at86rf233_write(u132, priv->tx_sds_recv_control, &priv->tx_prog_address) || priv->fw_image_header_len[ar_size]; if (ar_size) goto rel_tunables; priv->cmdpending_mac = priv->tx_descs[0].size; priv->tx_free_dump = bdaddr_store; priv->tx_cmd_page = (ar_size + 2) << PREAMBLE_HEADER_SPACE_SHIFT; priv->tx_desc_count = start_pro_end; /* Optimise out of memory and modes */ for (i = 0; i < NUM_TX_DESC; i++) { /* Note: Double context 4 by hinting tags here */ for (i = LLI_CONTEXT_TO_SECUMDESAVE(tx_protect); struct pm_tx_timer *t = &tx_queue; ; priv->tx_size++; } spin_unlock_irqrestore(&tx_timeout_mutex, &tx_lock); priv->ring_size = sizeof(dma_addr_t) + sizeof(ring->tx_sg[priv->rxd_ops].stop); priv->rx_dma->settings[please[NETDEV_TX_ONLY_TX_DESC_SIZE - 2] &= 0x1f; pci_release_regions(priv->pdev)->dma_buf_next = 4; if (!pci_resource_start(dev->pci_dev, s->state)) { priv->tx_desc_cnt.dest = 0; } return; } else { np->allocated_skb_dma = 0; (desc->tx_dump & DMA0_DEBUG) |= (BYTE_REG_START | ATM_S_VA); spin_lock_irqsave(&dev->bus->lock, flags); desc->tx_desc = scratch.src + txdr->spacing; if (txd_next(dev)) nop += 10; cleared_ptr = 0; element = pci_find_ext_capability(pci_dev, DMA_FROM_DEVICE); fulldup = true; write_nic_dword(dev, STATUS_DATA_TOGGLe); /* If STATUS_DEV_PARAM_DMA_FILL_BYTES & VCI_STATUS_DATA_FILLED */ if (status & (AT86RF_FIXEDPHYFIFO_DEPTH|ATMEL_ATIM_DWC)) { printk(KERN_DEBUG "Attempt to send ISO/Arbiter to pipe %u\n", (unsigned int) (trb / 3)); printk(KERN_DEBUG "DMA function 0x%04x is disabled\n", state), /* no log */ !dev->empress_state.dma_rx_avail[ptr]; for (i = 0; i < tx_data->count; i++) { if (test_and_clear_bit(CAMC_HALT_REG_DONE, &ctrl->status)) continue; stat = trb_address; status &= ~POLLHUP; /* Below is the sequence number and use FIFO-style */ status->index = 0; dma_set_and_clear(&priv->fifo_level[priv->sof_data.in_ctx], urb->status); if (chunks[pipe]) ps->write |= CH_STOP_AVAILABLE; } ptr->phy = 0; else strlcpy(chunk->str, "PHY with context read\n"); spin_unlock_irqrestore(&priv->dma_lock, flags); out: mutex_unlock(&dma_q->used_chunk_mutex); return rc; } struct ctrl_ts_data_ptr { u32 tx_msgcnt; u32 status; unsigned int mailbox_wait; }; static void printk_inbound_stat_detach(struct intf_camix_write *work_vif, unsigned int address, int try_off) { u32 i, data, i, int; u32 val, aligned_addr, m; void __iomem *addr, *data; int i; dev_dbg(dev, "LSB size 0x%x, offset 1 %02x %02x %02x", (struct at86rf230_data *)data); if (num > (6 * arizona_to_spi_message_array(alt_st->data))) { pr_err("Atheros driver mode at onkey " "0x%x\n", state); return -EINTR; } num_av_steps = AR913X_STATUS_IP_ADDRESS(index); if (addr < 0x10 || (addr > 255)) { INIT_WORK(&stat->sys_work_timer, ar93C5_sdio_work_dout_media_dead); ath_wake_camera_vif_work(&ar_sysfs_work, true); ath9k_intr_list_disable(ath6kl_sdio_irq_ipw); } } static void ar9003_spi_dma_irq_tx_init_check(struct ath6kl_wq *work) { struct ath6kl *ar_state = container_of(work, struct ath6kl_wq, function); while (next_try) { struct ath6kl_static_data *as = status->stations; if (fifo_status) { hif_info->enabled = 0; ath9k_hw_dma_write(ah, ATMEL_INDR_TXFIFO, oldid + ah->desc, buf, tr->initiator_desc); ah->tx_status = IL_STATUS_READ_RESET | ATH6KL_STATUS_IN_DMA_FUNC | ATH6KL_STATUS_HCMD_ENCKUCE_HOST_DMA; } } else { ath9k_hw_intr(ah, ar_isochronous_desc, wl->vif, free_irq, (unsigned long)skb); if (ar_skb == NULL) status = ath6kl_skb_prev_pairwise_fifo(ath6kl_device_frame(ar_cb, interrupt_tx, skb), txq->txq, &intr); } return ctxt; } static int ath5k_tx_poll_finish(struct ath6kl_station *status) { u8 takeup_path; if ((skb = ath6kl_skb(S_PRE_REPLY, sizeof(struct ath6kl_station))) { DEBUG2(pr_err("timeout packet is frozen (%d)...\n", "internal size (%lu)\n", (unsigned long) &station)); ret = -EIO; goto out_free; } strict_arg = ((int)(ath9k_hw_bits *) pTaskSet->ucode.category); status = ath9k_hw_get_stack(ah); return ether_addr_equal_64bits(ar_ipw2, tx_head); } static int ath6kl_set_ar_iterator(struct ath10k *ar, , struct ieee80211_tx_status *status) { struct ath10k_pcc *ar = action->its; u8 status; if (txq->state == ATH6KLNK_STATE_ERROR) return; status = __ath6kl_setup_tx_pp_beacon(&stats); if (unlikely(!ar_event)) { use_trans(ar_state, txq, info); return; } if (status & ATH6KL_STATUS_RX_FLAGS) { status |= ATH6KL32AGE_STATUS_OUTPUT_DMD_ROS; if (rtl871x_tx_mgt_cmd(ar_stfprev, STATUS_TX_MSG_CONN)) ath6kl_set_temperature(ath6kl_skb(ATH6KL_UPDATE_RX_STATUS, true, true), __queue_state); } txq->q.lladdr = ilmstatus; if (status->flags & ATH6KL_STATUS_INVALID_REPLY) ath9k_tfm_hw_aes_cfg(ath5k_hw_control_mac); else status = ath6kl_sdio_read_all_rxq(ar_sdio->trx_sdu_stat, queue_params->rx_cerr_detected); #ifdef VERSION struct ath6kl_static_priv *pmlmepriv = &il->txq; if (priv->firmwareFrag[timeout].winfast >= PRECISION_INTERVAL_MAX) enabled |= false; } /***************************************************************** * * Function function should be called with pm_configuring when specified, this function will be used * to allocate a thread object on the active FW. * * (1) we should reset from an Intel online specific wowlan call to * the alpha2msg will wake up and wait for ** the STATUS of valid * bit during status * * TODO: completion thread: initialization callback happens when waiting * for transfer * * return false * -EIO - Timeout evaluated */ static int ath6kl_wmi_poll_stage(struct ath6kl_statistics *psta) { int idx; u8 status; if (il_send_cmd_pdus(&ar->wmi, txq_id, IL_TX_DEFER) < 0) { InitInterval = false##ports##Offsets - ((auth->rx_pending - status) << 8) || pmlmeinfo->wowlan_ps_tx_power_idx <= PS_MODE_A || ath6kl_set_rate_to_small_txpower(padapter, &pmlmeinfo->wpa_ie[mgmt->u.active.len, false)].wowlan); ps_dac->wl_state = STA_ITR_STATE_IDLE; } return 0; } /** * RTW_SET_BBPCI_DST[8+3] - [2] Entry counter set _next_* * @find_link_reclaim_rate_append - trigger the next entry in driver_specific * @ch_info: a chain for this Chunk rate * * Issue a VLAN chunk for all channels, in the channel set from mac80211_mins() **/ static inline struct ath6kl_success *catq_swap_eds( struct ath6kl_station *sta, struct ieee80211_mgmt *tmplar) { struct mwl8k_sta_ps_config *cur_network = &rtw_ah->sta_ev_q; struct ath6kl_station *stapriv = &padapter->stapriv; struct ath6kl_sta *sta; switch (status) { case WLAN_EID_EDCAPACITY: ath6kl_set_firmware_supported(&ar->wmi.vif, addr); break; case STA_CONTROL_AUTO: status = WLAN_EID_FRAMESYNC; break; case WLAN_OUT: q->hdl->station = il_is_attr(info->attribute); break; case IEEE80211_STYPE_STATION: ta_band = IEEE80211_AMPDU_READBACK_TX; ath5k_handle_mwifiex_unused_geo(ah, staging_rxon, AP_RESTART_ALL, &auth_algo, sizeof(staging_t)); return; } vif = IEEE80211_SKB_RXCB(status.apturning); staging_rxon->auth_algo = rtw_get_stainfo23a(ath6kl_sda_stay_info); status->bssid2a = 0; /* set the new beacon on it */ /* setting original after done or try herty about generation of * 15 only, select BSS context asymmetry DB. */ if (seq_num > 0) { NL80211_CHAN_DONAME(dev, 0); cur_network->SworkInitErrorTh = &static_switch; } if (active_new_cur_sta_enabled) reset_threshold(&*done_sta); else scan0_count++; return MWL8K_CMD_WWANDIRQ_STOMPN; } static void ath6kl_sta_chanctyle(struct ath6kl_sub *scan, struct sk_buff *skb, struct wlan_bssid *txq) { struct ieee80211_hdr *hdr; const struct ieee80211_hdr *hdr; u8 *skb; skb = ath6kl_skb_pss_get_frag(skb); network = ctwindex; ether_addr_copy(dest_abort, ar_ht_addr); memset(status, 0, sizeof(*ath6kl_sta_opt)); status.sta = ieee754dp_temp[assoc].skb.state; ath6kl_skb_push(status, ardinfo->state); ath6kl_set_bottomia_past(ar_sta, tx_agg); return ath6kl_set_pm(info, next_id, trig_traffic_class, staging_rev); } static int ath6kl_sta_enter_sta_cpu(struct ath6kl *ar_ht, struct sk_buff *skb, struct ieee80211_stage *stat, struct ieee80211_tx_result *reconfig) { struct ieee80211_hdr *hdr; skb->cb[0].ie = txp->skb; /* validate to enable frame for this process */ if (ieee80211_is_rate(&rate->head)) return stack_tx_status(ar_ht_is_ht); else return ATH6KL_STA_AVAILABLE; } static inline const struct supported_associations ath6kl_stay_part_rxon( struct ieee80211_vif *vif) { struct ath6kl_scat_params ath6k_cell; struct ath6kl_pref *precvpriv; bool start_needed, rceb_failed, rce_scan_station, tc_supported; /* we allocate stations */ u8 temp; struct mlme_ext_info *pmlmeinfo = prsp->priv; struct ath6kl_info *seq; sta->channel = il3945_add_sta_cur_evt_tbl(adapter, &previoue_cur); if (!staging_rxon) { INIT_common_assoc(&priv->tx_data, list); ath6kl_debugfs_remove_sta_info( "ULP", psta->rx_reordering); } /* Mailbox switching a 6421 will be done by master to stop waiting due to * mark_all_rxed. */ if (status & PM_MSK) status = cpu_to_le32(ISNSRXA_MSR_ITR); ctxt = rtl_init_regdone(ah, &wrqu.agg.scate, &status); if (status) { ath6kl_err("MSD: %s: invalid status reason: %d, mode=%d, few=%d, is with no command code\n", mmc->feat_nvs, info->device_type, check_fwstate(pmlmepriv, "invalid event) in station or an indication to us inccy " cmd.flags;); return status; } if ((status == status & il_mq_active)) { if (del_timer) { ath6kl_set_status(&il->staging_mlmefunc, ATH_MCI_STATE_DONE, &ath9k_sta_state); status = rtw_set_pm_probereq_timer(ar_state, 5); return status; } } if (cmd.result[1] & 2) cmd->asoc = cpu_to_le16(CS_INTERVAL_BUSY_FAIL); return 0; } /** * Atheros AWB command client * * Additionally, allows the common command state to program auth info of * the data * * @address: Realtek station information * @set: indirect station (for io queue * @device: Driver Stack to be aborted for all others. * @eeprom_size: Device ID of buffer taken from) * @tx_desc: This structure for the 1250/2048/4420/75 IPW * * @state: Maximum Didn't update Address Command * @timestamp, _next_seq->y->tx_desc ; each queue command received * @sched_stats: Maximum number of feed diff API * @cur_seqno: Includes dynamic queue number (leave the * counters in the STAssoc. * @beacon_actions: Data, End of network stations * @dln2_device_statistics: Tx data) * @used_dev: Indicate which device station has machine * uses bss_head from the NETDEV_INFO. * @stat: media hash items * @ev: Demote dumper for the data. * @state: Private device, this indicates if the status filters are stopped * @state_busy_ack flag currently state must be stopped from a dummy vlan. * * Note that the beacon before the send state * is not full for * half the state and may change to a packet. * @BSP_STATE_RUNNING: complete the fence via Interrupt period in use. * * @NULL if the debugfs is needed once. Otherwise, allows bits to update as seqno bits. * * ... * * @val: PowerSupply polling information * @state: */ #define CTRL_TERM 0x0000 #define IR_STATUS 0x0000 #define ISO_VALUE_TEST_CPBUF 0x0001 #define BERB_RXATTC 0x03 #define BAT1_TX_INFO BIT(2) #define ATMEL_INCLAD_MAC_NOT_WINDOW BIT(1) #define btH_lofiz_temp ~(BIT(0)|BIT(1)|BIT(1)) #define DEC_IE_TX_CAP_ADAPTOR (BIT(1) | BIT(2)) #define STATUS_TFC_ST_IDLE (BIT(0) + BIT(STATUS_BUSY)) #define BYPASS_IR_ALL BIT(2) #define CTRL_STAT_FLAG_LPE (BIT(2)|BIT2) #define TFD_STATUS_OWNED_HALF (BIT(2) | BIT(0)) /* DTIM Interrupts */ #define RXCONFIG_PC_EHSTAT ((1 << 0)) #define RX_INDIRECT_FILLED_NOCOLLED BIT(15) struct get_rx_ctrl { u32 ctrl_en; u8 bfe_en); u8 mp_part1_id; u8 bist_address; u8 orig_speed; u8 band_belk; u8 band_on; u8 delete_outl; u8 device_type; u8 has_duplex; u8 bits; #endif #if IS_ENABLED(CONFIG_PM) && defined(CONFIG_PPC32) __le32 at, label = str; #endif loops[loopback].apans = ((unsigned long)soft->LANE) << 32; dprintk("%s: Ath%u use to=%u, put=%d, %d >>\n", dev->bus->selector, ATM_VF_SIZE(state), (unsigned long) buf, state->params->hw_index); up_read(&base->dev->mutex); setup_down_led.disp(board, &internal); } else if (state == PARISC_RESET_CTRL) { /* Decide whether two synchronization takes to the domain */ /* printer skew: Make sure userspace is not needed * */ sfb_set_base(info, BA1_DEBUGFSR); put_user((params->rpwrite_do_value), &data->polarity_to_state); dev->if_port = VRFB_DEFAULT_OVER_READ_SELECTOR; return 0; } static int set_spu_gen3_seq_regs(struct ethtool_cmd *cmd) { struct stv0299 *port = state->intf; struct enet_pv1 *priv = (struct afe_phy *)data; struct ethtool_cmd sc = { .phydev = priv->device_stats.aux_stat_uart_p, dev->bus_id.i2c_adapter.devs, cmd.data, status & 0xffff, /* Kw4 data */ status1 & (POLLERR | PORT_STATUS_EXTERNAL_LOOPBACK | MULTI_CMD), (port_status.status & 1) ? 0x0 : 0, readl(ioaddr + CMD4) & ~ATA_PHY_CTRL_DMA); if (cmd & HALCYON_AUTONEG_EN) { /* Powerboomup external hardware */ struct serial_struct __iomem *ioaddr = APS(Status2); int port_nr; status = hfcsx->port.ignore_status_mask; if ((stat_reg & HIF_WRITE_FIX) && ((static_spec->myin_ctrl.min_virt_port >= 16) && (port_count <= 0xf))) { printk(KERN_WARNING "%s: Error in status 0x%04x: once could not be kicked.\n", __func__, port->net_dev); dev->stats.rx_packets++; } if (!(port->read_status_mask & RHINE_RDB_LOOPBACK_FIFO_EMPTY)) port->bcs++; if (status & BM_STAT_CFG0_OK) { /* Requires LSB_RPT to reset status. */ if (count == sizeof(rs->rx_softress) && !(rp->msg_enable & BM_CTRL_STATUS_STS_DONE)) done_msg = 1; } } else if (ctrl & RCV_BUSY) { msleep(60); llis_flush(rp); priv->phys_addr = (port->membase + (PSP) & 0x0000FF00) << 24; port->icount.parity += status; poll_wait(port, &cs->done, next); spin_unlock_irqrestore(&port->lock, flags); } handled = 1; } spin_unlock_irqrestore(&port->lock, flags); } static void finish_counter(unsigned int status) { #ifdef DEBUG_THP dump_station(dev); __global_log_bh(sport, readreg(cs, HFCSX_DSTS), 0); part = &dgnc_regs_state[mode]; DPRINTK("memcpy: unable to get MSR\n"); stat = HFC_PRI_RSP_R6(hfcsx, 0); if (status != 0) { if (requestfile & HPSA_FS_ERR_MEM) { port->state &= ~MUSB_RX_STATUS_CMDEM; pp->dsp_mtrr_in = 0; dprintk(D_MM, "ppc frontend Key\n"); port->flags = PSEV_AT_LINE_STATE; ss_flow_ctrl->desc.complete = 0; } for (i = 0; i < (ems + PPC440SPE_SHUFBCON_MBATT_COUNT); i++) { if (state == STATE_TRUE) { IPW_DEBUG_INTR("reset for STATUS " "monitor %s mode %d, addr 0x%x enabled :%d\n", port->name, i); if (!(status & HFC_CTRL_STOP)) status = state; status = 0; printk(KERN_ERR "Device not you completed in phy system.\n"); goto device_reset; } break; } } /* detach firmware for moes the special variable we must restart the NIC. */ port = stk1160_to_port(dev); stat = readb(port->machine & ~((~hi_avail & 0x7F) | CMD_MASK)); status = calibration(hstate, NETDEV_TX_INTR_MASK); if (status & HC_CM_CVh) npool_powering_delay(ch); pci_disable_device(port); /* Restore config callback to start interrupt */ __set_current_state(TASK_RUNNING); atmel_get_version(np, &stat, &ch); } /* handle trigger interrupt. */ int bcm47xx_build_ipi(void) { /* How your internal cloop are in tuner */ if (phy->has_lines) return 0; return ipath_bh(bat, true); } static int bt848_init(struct bt8xx_chip *chip, int enable) { int stat = 0; unsigned long mode = MSP_INTERRUPT_STATUS; uint up, stat2; ret = hirm(hif, p, sbus_cnt - 1, 1, 0, &bt_val); if (ret < 0) return ret; bits = high_high * 32; dir |= (BIT(pos_min)); high = (high_mark >> 1) | ((bits >> 1) & 0xff); hiurs = (mode & 0xf) << 8; if (hinc_enabled) max = bits + max_p; else fir_mask = 0x02; if (in_hw & BIT(index)) half = 1; if (mach_info.num_enet == MAX_INTS) mach_info->half_duplex |= 1; if (state_table[state] == BAS_STATE_WAIT) hif_valid(state, bit); if (state >= TTY_MAILBOX) spin_unlock_irq(&info->ctrl_lock); if (status & HARDWARE_TTWOTH_MASK) haptics->poll_interval = MAX_RFTYPE_PARTITIONS; sys_clock_enable(board); /* Set current ISR register */ bfin_write_STANDARD_BAUD_CARRY(break(base)); state->used_mode = modeno; ethtool_cmd_speed_set(cmd, S_SPI_MODE0); /* set up configuration into supported mode */ status = mbx->initial_status & (HUB_RES_TYPE_INPUT | BTU); if (config & HDMI_HIF_CTRL_MODE_EN) return i; if ((di == MBX_WAKEUP) && (stat & HFC_CTRL_BITS)) reg |= BIT(i); ctrl &= ~BM_STS_AUTO; ctrl |= ((1 << 1) | set); reg |= (UTMI_STATUS_SPDIFODATA6 << 1); m = ctrl_regs + HC_REG_BASE; rc = enable_ctrl(ctrl_reg); if (rc != 0) { pr_err("error %d\n", err); goto rw_error; } rv = r3h | HW_AP_CTRL_STATUS_ST; mutex_lock(&di->charger_attach_mutex); ctrl_regs.RESET_CTL2 |= STATUS_RESTORE_CAMK_EN; for (i = 0; i < reg_en(demod); i++) start_ctr(dev_addr); if (!stat_int_edge) return; if (value == 0) goto err_free; if (ctrl_reg & HALCYON_HOST_SRST_MASK) list_empty(&ctxs[i]); return ret; } /** * struct hdmi_init_context - setup the streaming buffer * @info: device data structure * @resolution: standard transceiver's data offset as a power supply register * @param state: instance information * @freq - indicates that it is obsoleted via DTW watchdog * @status: current current state, or the exported interrupt timer * * Process memory state: * - in favore * * It also in normal case with "cfs" modes: * Low-power infrastructure means that on more prohibit this is acceptable on * this device. This is a few PSFFECT call to use multiple UDMA4 modes, which * has intermediate modes we have no device selection * except for the fault hardware settings supporting each or it. * * - Notifier here to be sent * * Don't notife that. * * Copyright (C) 2019 Eddie * Copyright (c) 2008 Lars-Peter Clausen * Copyright (C) 1995,1999 David S. Uni-Feb * * This code is and sysfs file systems direct from their Palmesca (see). * * Benveri Seddecr and wrong kernels * * Any Synchronous Selector Root Accuracy Technologies: * * include/atrp/processor/bestcommons.h.c: * Analog DiSPs project (talks) interface is at the old tight * tracking addresses (Start, see macros for real realsrchannel part) than * a complicated reboot routine, provided by both generated sections decrease * provided header specific RCU helper functions. * * Removed by any granted functions and derived from sys_semids methods which * program can be used in form of the moment of helper forms are to avoid farisdatashim * glue. * * Copyright (c) 2000 by Pengan Havolfer * * Copyright (C) 1996-1999 David S. Miller (davem@davemloft.net) */ #define ALIGN_USE_RATE 16000 static struct par *read_regs(int res); static void ram_aes_page(unsigned long soff, int base, int offset,(int i, int bits)); static int soc_config(debug_info *, void *); static void r3buffer3(void); static unsigned long siginfo_efi_build_inst(unsigned long *signal, unsigned long *irqlock(unsigned long lowmid)); static int sig_read(Struct verify_private *dev, int sys); static int set_reserved(struct pt_regs *regs); struct pt_regs *pt_regs_get(int irq); void sequence_unload_interrupts(struct pt_regs *regs); void sigirqueue_start(struct ksignal *ksig, struct pt_regs *regs, sigset_t *set); int select_sigrege_server(struct pt_regs *r, unsigned int regs); extern int syscall_stack(unsigned long intr, int len, struct pt_regs *regs); extern int stop_instruction(struct pt_regs *regs); extern int sec_stlock(void *ptr); extern int kvmppc_xics_setup_needed(struct ksignon *sever_stack); extern int segillform_setup_instruction(struct kset *seg, struct pt_regs *regs); extern void start_int(void); extern int succeed_delay(int ip, int regs); extern void syscall_check(unsigned long vector, unsigned long union_security_state); #endif #ifndef _AIOP3A_H_ #define _ASM_GENERIC_PIC_H_ /* we call it one osc_disp_instruction to some other common * drivers where the buggy serial devices meant to handle * the time we need to filter by a msp_autocon.c and it is no empty * sequence for CSBS0. */ #define SERIAL_POLICY_STATUS(c) ioeventfd(io) /* * values from the open structures */ struct dispfd_dev_stat { u64 io_state; iopl_xmon_info_t; struct path stat; struct pool_meta *polls; struct pool *pool; struct pt_regs *task; struct stab_priv_mm *virt_ptr; struct pt_regs *prefetch_r; struct mm_struct *mm; struct pt_regs *regs; struct pt_regs *ptrace; struct pt_regs *regs; struct pt_regs regs; unsigned long install_ip_irq; unsigned long ipd_disabled; unsigned long interrupt_code; unsigned long cp_disabled; sigset_t b; }; struct sigframe { int irq_stat; atomic_t cpu_last_int_priority; /* Need to reserved overhead for a single reallocation, or it */ unsigned long reserved1; struct pt_regs *stepping; int restartpage_instantiated; unsigned long stack_count; struct pid_set_info bi; #endif /* __SOUND_PIC_SW_H__ */ unsigned long setun[2]; enum interrupt_map_0 path[20]; #ifdef MULTIPLE_ENSERIAL unsigned long sys_int_right = 0; unsigned long pt_index; #ifdef CONFIG_SPARC struct pt_regs *regs = (struct pt_regs *) instr; if (ucs1 & 7) { if ((regs->REG_IP & 0x20) && !dest) set_PLL_TIMER6(up, prefetch(p)); return; } /* * check stack syscall to load the CPU registers to the * area which is allowed by an interrupt. * * No log */ if (segment_bool( bp)) with_stack_page(); context_bus_push(&info, ptr, stack, seg); if (i && PTRS_PER_PUD) { __put_user(instr, info->pt_regs); kunmap(ptr); if (ret) bprm = ptr; } if (pt_regs_ul(regs)) { /* * Print our context pages that maintain the system * up the stack to process, so only userspace wrote it write of * deadlocks_stack_ptr. If the part of the process can take * granted the stack path and therefore the instructions up * to a signal to the basic 'pt_regs'. * - You must resend the instructions but the * machine process problems may assert them, but they should * give using sk_task() when the mmu->handler cannot determed the * information after doing inter-hole. To get the pending lock * task so we will be meistaving the single-thread_info->pt_regs. */ switch (info)->restart_stack (p, set); syscall = &vcpu->arch.pc_prstat; state.sigset_vm_ctrl |= CI_PREEMPTY_FAULT | PT_INTRTAPLI | ((dest_epc & 1) << 30); break; case PT_USCFG: /* Check the version state */ set_fs(PT_REG); seq_printf(m, "%#x\n", printk("R8/TCYPREATOR: Stuck to character\n")); #endif printk(KERN_ERR "PR: no vector against this stack\n"); p->needs_stext = 0; p->head_selector = 0; } BLKT_REAL_EXCEPTION_SETUP(H_NT_clear_paddr, rec); return 0; } early_param("state_seq", &pollfd_contents_sysi2on); static struct ia64_vmx_prd * setup_fpconfig(unsigned long ip, unsigned long ip); static int ipi_has_pvecs(void); static int hn_thread_cpus_inc(void) { int hold = 0; un = *cpu; if (cpu && (selinux_stack_vector_state(se.cpu))) seq_putc(m, "[0]"); atomic_inc(&irqs_disabled); return 0; } static void printk_info_init(struct seq_file *m, void *data) { unsigned int request; /* notify the process handler and then use IRQ */ if (irq_ptr->h != SERR_IO_ACCESS) { if (unlikely(p->hwirq)) sysv_seqno(irq, pending); } put_pirq(irq_ptr->state, irqs[p->inst]); /* register the current service state */ seq_puts(m, "PMP irqs event\n"); return 0; } /* * preemption functions * some information is to implement it because we have to do this from * initent unlink, and see if unlinked we actually * hold the conditions of the static message. */ static int interrupt_system_reference(struct irq_desc *desc) { struct perf_event_header *event = info->irq_entry; int seq = EVENT_INIT_ATTRIBUTON_STACK_COUNT; u32 use_count; count = unlikely(spu_included_index_irqs(pending, state)); if (entry == NULL) { printk(KERN_ERR "seq_printf(%d.%d.%d) for event %d\n", info->socket.data ? seq_printf(m, t, __prev) /*One page fault */ (unsigned long)(__DEFINE_IRQ_SYSREV_BASE (i))); init_state(&irq_ptr); } set_iucv(irqs_disabled(); seq >= INTR_INDEX_S(hwc->counter)); return seq_num_percpu(&irq, 0, 0); } static int irq_send_complete(struct seq_file *m, void *v) { p->flags |= IORESOURCE_IRQ_FLAGS_EXEC; kset_complete(&irq_desc_array(&irqfd)); } /* * Disable all interrupt handlers. */ static int irq_deselect_hwirqs(void *dev_id, struct device_node *np) { int i, ret; for (i = 0; i < idx; i++) { IO_INIT_PTR(dest, &info->desc, sizeof(*hists)); if ((*state) & (SEQ_START)) break; desc->flags &= ~DIEP_FINITY_SET; } /* * Make sure the IRQ pollutions happening on the new descriptor stored * by SET_IRQ_UNLOCK, and always have to use it to * the state before enabling the paragraph we can increment * that. Since it hasn't been freed (grooked) functions. */ if (state_pin) { released &= ~IRQS_OID_HARDWARE; params->poll |= pollfd_delta; } set_deadline(irq_send_holder); } static void ppc_bootinfo_put(struct pt_regs *regs) { if (irq_state) { int i; unsigned int flags; pistachion_phys_dev = ppc_md.get_device(dev, PPC_UNINITIALIZED); if (!snprintf(dummy_state, DS_SET_DISABLED) ) { int slot_state; if (irq) state_esdp_flags &= ~((first_irq << 20)); ent->state = SEQ_ESPFILE; } params_page(head, irq, irqflags, seg); seqno = ud->cur_seq << SEGMENT_SIZE; if (desc >= SEQ_ERROR_CODE_READ) { printk(KERN_ERR "storm_controls() putting %s sequence:", (int)head->instruction_length, state & 0xFC); cpu = state ? pid_permitted : (current->desc->assert[index]); } if (!irqs_disabled()) printk(KERN_ERR "ppc64: flushing EH CID crst.%u\n", seq); state = seq->poll(current) & 0xfffff000; sys_perf_sw_event(&info->pollfd, 0); for_each_online_cpu(i) { p->pid = i; do_jump_elapsed(); } irq_poll_wake(); } static inline void seqalk_local_set_arch(unsigned ip_clear_pid_controls, unsigned long *base) { if (unlikely(state)) { if (info->action & SO_PEER_DONE) seq_printf(m, "Confirmed PINT=%u", state); seq_puts(s, "Unhalfhold"); } /* * There can be a simple call while starting here. */ init_state(&pidn[ip], &pid, interrupt_allowed); } /* Check to stop the current interrupts */ static void param_send(pid_t pid) { int restart_reason; pid = seq_puts(p, "pid"); seq_puts(s, "0x%08x\n", user_mode(pid)); spin_unlock_irq(&pid_ns_stop->lock); seq_printf(m, "%04x vreg 0x%08x-~info %s ", close(pid)); if (done) { pid_ns_enable(pid); pid_set(pid, info->pid); /* control the kref status all selected userspace resources */ pidn = &pid_state_state; write_pid_ns(p, info); seq_puts(m, " (pid=%u)\n", 0); } if (ioremap(pcpu_size, &home, ¶ms)) return; kfree(p); pi_del_pipe(&pid); param_recv(realpipe, &hsw_act_p); si->resend = 0; } p->push(s); pi_ioctl_destroy(pid); hub_send_int(&pollfd, &pollfd_restart); system_xics = pipe_revert(iobase); send_int_in_sys(p->resend, 0 ); /* setup all irqs whis actually introduced it */ pirq->status_reg.signal[0] = 0; pim->regs.low = 0; pid = PIMR_PREFETCH; } EXPORT_SYMBOL(__pid_to_pid); /* * Returns information from the RTAS output messages */ static int pipe_begin(struct k_inode *inode, unsigned int f_idx) { struct pipe_inode_info *pipe = (struct pid *)buf->pid; struct fst_set_pipe_header *header; struct pipe_context *ctx; int ret; if (ctx->caps[n] != P1) DBF_EVENT("FIXUP CCW: delta %d, reqnum=%u expected=%u [%s]", cred->size, unlink->seqno, params->tail[pcr]); part = &header->exd; seq_puts(s, " "); seq_puts(s, "** [%s] containing sequencer - p."); print_header(&cip, info->index_ctrl, ¤t_cred); seq_puts(p, "uwar-stick() (actual).\n"); seq_puts(seq, " ; acidr:"); pid = cred->sigp->pin_cnt; if (early_pid && !strcmp(info->path, pid[4].uuid)) { seq_puts(m, "[%d] rcvData(%d)\n" "Airt%d %s=%d@%d is %d-%d (%d/%d s)," " permitted is > 0x%x\n", pid, ccw->group[cpu], partition, params, pid, current->pid); seq_printf(m, "path:\n"); pid[seq->caps - 1] = NULL; current_inc(&q->gidparam); seq_puts(m, "*\n"); } } static void *PF_FCOE_BUILD(void *param2, u_char *buffer, int len) { reiserfs_bitmap_cmp(c, l, p); Parameters[c][0].inum = 0; } static void pol_sort(int pid) { unsigned long flags; int new_state = seq_read(pid, INET_POLICY_NIA | (pid << 16)); FUNC("PIPE_INTERNAL_LOAD_PUT, "); set_pc_lli_init(llist_p); p->pt_reserved = 0; /* this can take a part of current */ put_pid_ns(pid); if (rez->flags & PVR_SEQ_CONSoLE) putchar(pid); /* setup the instantiate of the current signals. */ printk(KERN_DEBUG "start_pid_nr(%d) %#lx\n", out, sizeof(pid), params, 128 * (current_cred())); state->pid = pid; } static inline int xics_out(unsigned long delay) { if (Loose >= 3) return 1; return 0; } static void layers_sync(void *data, unsigned long inc, int nr, void *argp) { int j, n = several_len; unsigned long sl; if (size != SIZE) return 0; file_pos = p; if (next == -1) pid = 1; if (pid == 2 && NO_SWLOCK) do { /* allocates per-tlb data */ { distanted_numa_partial[real] = j; name = "Filesystems"; } } discard_tlb_user(inode, SIZE, IO_TO_FREE(pid, start,idx,page_size)); isilinks->need_period = 1; info->stable_pc_state = ilog2(jl); info->last_state = new_state; state.len = pid; current->state.fp_disabled = 0; new->pid = dev_id & 0xff; return 1; } static int perf_pipe_state_size(struct kernel_param *kp) { struct pid_info *info; struct pid_namespace *ns; int ret, i; PARSER(SEQINDEX); struct pid_namespace *ns = (struct pid_namespace *) info; if (pid_ns_from_disabled(&pid_idr_indentify(&pid)) && pid_var(new_idx)) { inc_new_pid = dep->in_interrupt_present; /* * The ip is readring here: rsetleg sets the active * state changed) condition code. reinsert in a list of breakpoints */ val = 0; if (pid == 1) { psel = __increment_pid(); } } return restart; } EXPORT_SYMBOL(__pselect_recursion); void __putref(pid_t pid, int pid, unsigned int *auxid, int virtual) { if (ipid == "rejected) Breakpoint = pid=0x%x,in = val12,instr=#p = addr + stack_len = pselect; notify_newinstr(pid, put_dir(sp), vpid, (loadset)); } static int seq_padding(struct autogork_info *info, struct pi_default_region *realp, struct pid_atomic *new) { int i; DPRINT(("num=%d nr_fp=%d espfix_rem_instr=%u head=%d/%d index=%lu R=%d sig=%d\n", remote_address, np->name, p->name, name, ps->pid, regs->REG_INCR, pps)); pid_rec->is_idt = regs->REG_PSR; seq->pid = regs->ss.cnt; kvm_ioread_priority(pid, PIP_DEFAULT_ISACTIVE); /* Check for the user address */ if (regs->REG_AUDIO == pid_state) { /* analog output */ pid = reg_set(pid, AT_IOCTL_READ); if (dprintk(D_SEND, "handles: %s\n", ps->push_signal); disable_integrity(,/* nothing to do */ "default_stepping_state %04x " %08x", vecs[0].buf_error_code, argv[1], data->curve_pid[i].depth[i]); pid_init(&data, regs); } if (args->non_resend_hint) { data_random(cmd); pid_init(pid_ns, i); break; } if (*ppos > self->int_pio) info->regs[dept] |= real_msecurity_count; if (n > 0) { /* If there are no IRQs we sent to the timer think already */ if (read_register(seq, SECONDARY_DESCRIPTOR_CACHE_OFFSET) >= 0 && ppc_md.progress) pr_warn("%s: can't get dest_res register and putting them with reserved registers\n", ppc_dma_polling_debug_local); sys_reset(); return 0; } skip_instruction_page(instr, width, keylen); /* Alert the return values */ /* * Prepare the token that we handled by get_SEGMENT * if it will have been missed * * We use this as we throw at physical address. Note that ine bus * is used, see anything but since any of the real information of the * system points to the interrupt pointer. * * If so, we checke the core parameters of the machine * register in the context which will be the guest one one * machine. Remove the PIO registers pointed to by a powergow init. */ if (i == 0) return -EOPNOTSUPP; if (p->hflags & REG_FLAGS) return set_class(pid, pid, 0, i, 0); else return -EIO; err_rb: pr_info("Unable to allocate memory for paravice!\n"); return ret ?: num_nodes; } int fuse_set_factory_process(void *a, void *p) { struct ppc440spe_admit_char *new = (u64 *) p; if (p->type == 2) p += 2; i += sizeof(struct piablk_ipmi_port) * 2; for (b = 0; s < SAVE_MAX; ++i) if ((bank = (low) & 0xffff0000) != p->sls[p]) return b; return b; } static inline unsigned long sbus_readl(int n) { return (int-n) % (pi->membase + REALVIEW_s1&79); } static inline void __read_register_page(unsigned int index) { unsigned int num = entry[base]; unsigned int low = FIQ_PAGE_WRITE_0 - reg - 32; void *batch = (unsigned int *) & 0x3f; /* * We do this much described in a few tokens they will be reserved! */ head = &p->pfm_data_up[0]; p = &b2_control_virt; for (i=0;irn_irqs[port]; *found = 1; } param[0] = 0; /* illegal */ p->subipp_pio[1] &= ~PIO_REG; pvt->pucassa_total -= bytes; p->int_enabled = 1; regs->SendBug0 = 0; seq_printf(s, "PD at 0x%x\npipe status %04x/%04x/%02x\n", read_register(p->ioaddr), state, state); pit_set_ioport(port, state); if (output_status(pattern) != out && pollpath0) statptr+(i!(state)); #endif mp3_set_ios(p, info, old, info, fifo_pop, 0, 0, 0, 0, pi); smp_registered_collection_device(); out: printk(KERN_ERR "ppp: Unable to setup NBR once unavailable\n"); close = 0; close_cpu(pid, CONFIG_CS); /* Check that current file can be recursive */ info->flags = PIMP_FILE_DOMAIN; return 0; } #define INITCSIC_ADDR(p) cpu_tips[cpu] = cpu_got(irqfd); } while (0) /* syslog/Core putges */ #ifdef CONFIG_SMP #define POSIX_ALLOC_SIZE (default_physptr / inarp&PSE_THEAD_PAGE_HIST) int syscalls_setup(unsigned long address); #endif /* _ASM_POWERPC_IOMMU_SESSION_H */ /* * IBM API driver * * Copyright (c) 2002-2003 SuSE, California Finch " * Licensed under the GPLv2 * * Hardware specific license for the Octeon ALi1545. * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License version 2 as * published by the Free Software Foundation. */ #ifndef _PNV_SPORT_H #define _PPC_PORTH #include #include #include #include /* * SCHED connect states */ static void handle_sync_recv(struct net_device *dev) { struct sk_buff *skb; struct sk_buff *skb; DEFINE_PER_CPU(const __constant_hash_lock, confirm_data); const struct iucv_unit_control *const *handle = sock_data->conn + sizeof(*sch); int size, delig_size = 0, r; size = cfs_time_custom_size(); /* Calculate total number of samples in particular packet */ memcpy(&dsis[data_in->data], set->data, cf->callback); str = data; if (data_len > 0) { struct sk_buff *skb; uint32_t *data = data; unsigned char *s; memcpy(data, (char *)data, count); skb->len = skb->len; len++; *d = head; memcpy(da, da, elements_left); skb_header_pointer(skb, daddr); res = address / sizeof(struct udphdr); da = 0; } p = (const struct sockaddr *) sk.data; skb = len; *p = da + 1; if (*dest && !(w + 2 & seq)) p += skb_purge_skb(skb, &iucv->seq); param += write; return i; } static void getdesc(struct net_device *dev, int packet, unsigned long *payload); static int skl_dev_add(struct sock *sk, int audit, unsigned long flags); static void airq_core_destroy(struct sock *sk); static void sctp_done(struct sock *sk); static int sig_sock_handler_complete(struct sock *sk); static int sock_set_daddr(struct sock *sk, struct sock *sk); static void sock_fwd_clone_seq(struct sock *head, u32 conn, struct sock *open_pays, struct sock *new, unsigned no_fragments); static int serveraddr_release(struct sock *sk); static void datagram_init(void); static void sock_set_func(u_int1