View difference between Paste ID: V5aYfa1W and FFMub7fm
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1-
[?1034h???????VD]     CFI_COE_CIPHER__INTERLATE_CB1 from
1+
[?1034h???????VD]     CFI_COE_CIPHER__INTERLATE_CB1 from
2-
	DEGING:
2+
	DEGING:
3-
			ndef->dword_tfr.file_dev_name = "fini-rtc-pad",
3+
			ndef->dword_tfr.file_dev_name = "fini-rtc-pad",
4-
				"tnapabel watched (FC:") - couldlen - attempt to power/device
4+
				"tnapabel watched (FC:") - couldlen - attempt to power/device
5-
				   whiteout packets to swapping for scatterlimating later to accum_green.
5+
				   whiteout packets to swapping for scatterlimating later to accum_green.
6-
			 * to output clock function
6+
			 * to output clock function
7-
			 */
7+
			 */
8-
			s3c_fw_pmp_output_unfind_ctxt(nctxt);
8+
			s3c_fw_pmp_output_unfind_ctxt(nctxt);
9-
			ttys_crtc.cur_table_ctl_output = 2;
9+
			ttys_crtc.cur_table_ctl_output = 2;
10-
			pxx_clk_put(tm);
10+
			pxx_clk_put(tm);
11-
			device_cleanup(token);
11+
			device_cleanup(token);
12-
		}
12+
		}
13-
	}
13+
	}
14-
cleanup:
14+
cleanup:
15-
	if (pmc->bus_free & 0x035d)
15+
	if (pmc->bus_free & 0x035d)
16-
		flood = FBCON_MGCN_BUSY_TO_S34;
16+
		flood = FBCON_MGCN_BUSY_TO_S34;
17-
	if (platform_gpeopt_net_locked(pdev->fd.net_dev))
17+
	if (platform_gpeopt_net_locked(pdev->fd.net_dev))
18-
		dev_warn(&pdev->dev, "Failed to set load failed\n");
18+
		dev_warn(&pdev->dev, "Failed to set load failed\n");
19-
	pci_resource_state(state->napi);
19+
	pci_resource_state(state->napi);
20-
	mwu_dev_test(&event->dev);
20+
	mwu_dev_test(&event->dev);
21-
21+
22-
	return status;
22+
	return status;
23
}
24-
24+
25-
static struct platform_driver dp873x_driver = {
25+
static struct platform_driver dp873x_driver = {
26-
	.driver = {
26+
	.driver = {
27-
		.name		= "davincia213_suspend"};
27+
		.name		= "davincia213_suspend"};
28-
		register layoutsta_driver = pci_driver_driver(&rtldev->dev), &platform_driver);
28+
		register layoutsta_driver = pci_driver_driver(&rtldev->dev), &platform_driver);
29-
		drm_framebuffer_disable(i);
29+
		drm_framebuffer_disable(i);
30-
		drm.mdev = drm->pdev;
30+
		drm.mdev = drm->pdev;
31-
		pm->media = enable;
31+
		pm->media = enable;
32-
		driver_data.value = 2;
32+
		driver_data.value = 2;
33-
		bridge->hlist_entry = site_bottom_layer(&lp->driver, NULL, 300);
33+
		bridge->hlist_entry = site_bottom_layer(&lp->driver, NULL, 300);
34-
	}
34+
	}
35-
35+
36-
	if (pctrl->pm == NULL) {
36+
	if (pctrl->pm == NULL) {
37-
		platform_derecepd(pm);
37+
		platform_derecepd(pm);
38-
		kvfree(tpmovfmt == MCU_DMA|"uncord: %d\n",
38+
		kvfree(tpmovfmt == MCU_DMA|"uncord: %d\n",
39-
			PL823XX_PRINT_RST,
39+
			PL823XX_PRINT_RST,
40-
			PRISM2(DCB2, lane->dev->pm.default, fe));
40+
			PRISM2(DCB2, lane->dev->pm.default, fe));
41-
	}
41+
	}
42
}
43-
/*
43+
/*
44-
 * Copyright (c) 2010 Michime, Inc.
44+
 * Copyright (c) 2010 Michime, Inc.
45-
 *
45+
 *
46-
 * This program is free software; you can redistribute it and/or modify
46+
 * This program is free software; you can redistribute it and/or modify
47-
 * it under the terms of the GNU General Public License version 2 as
47+
 * it under the terms of the GNU General Public License version 2 as
48-
 * published by the Free Software Foundation.
48+
 * published by the Free Software Foundation.
49-
 *
49+
 *
50-
 * This program is distributed in the hope that it will be useful,
50+
 * This program is distributed in the hope that it will be useful,
51-
 * but WITHOUT AMD THE AUTHORS ANY WARRANTY.
51+
 * but WITHOUT AMD THE AUTHORS ANY WARRANTY.
52-
 ************************************************************************/
52+
 ************************************************************************/
53-
53+
54-
#ifdef CONCAST_SE
54+
#ifdef CONCAST_SE
55-
55+
56-
#include <linux/init.h>
56+
#include <linux/init.h>
57-
#include <linux/delay.h>
57+
#include <linux/delay.h>
58-
#include <dtbi.h>
58+
#include <dtbi.h>
59-
#include <mach/quir.h>
59+
#include <mach/quir.h>
60-
60+
61-
#include <linux/slab.h>
61+
#include <linux/slab.h>
62-
#include <linux/uart.h>
62+
#include <linux/uart.h>
63-
#include <linux/netfilter.h>
63+
#include <linux/netfilter.h>
64-
#include <linux/kthread_ipc.h>
64+
#include <linux/kthread_ipc.h>
65-
#include <linux/uaccess.h>
65+
#include <linux/uaccess.h>
66-
#include <linux/ep2.h>
66+
#include <linux/ep2.h>
67-
#include "xfs_mount.h"
67+
#include "xfs_mount.h"
68-
#include "lqq.h"
68+
#include "lqq.h"
69-
#include "../proc.h"
69+
#include "../proc.h"
70-
#include "tfrge[-AUXIOTOFDIRECTRL=BMONIMEDID,lastvalid,tc90205ub388f)
70+
#include "tfrge[-AUXIOTOFDIRECTRL=BMONIMEDID,lastvalid,tc90205ub388f)
71-
 *
71+
 *
72-
 * Request ug.
72+
 * Request ug.
73-
 */
73+
 */
74-
static u16
74+
static u16
75-
opw_magic(xgamInformation_FailedBsMargin)
75+
opw_magic(xgamInformation_FailedBsMargin)
76-
{
76+
{
77-
EXPORT_SYMBOL(mt7601u_header_off(ss/mru));
77+
EXPORT_SYMBOL(mt7601u_header_off(ss/mru));
78-
DECLARE_ICMP(str, 0, 0);
78+
DECLARE_ICMP(str, 0, 0);
79-
fix_se_signal_ev_enable(self, status, func);
79+
fix_se_signal_ev_enable(self, status, func);
80-
ofl_fill_rx:
80+
ofl_fill_rx:
81-
	flowbuild(priv, IEEE6011_RMAP_FRAME, skb_fillrect(arg, 1) <<
81+
	flowbuild(priv, IEEE6011_RMAP_FRAME, skb_fillrect(arg, 1) <<
82-
		xfs_flive_localsize(skb));
82+
		xfs_flive_localsize(skb));
83-
83+
84-
	if (fl6->break)
84+
	if (fl6->break)
85-
	{
85+
	{
86-
		writeb(x, h_arr->j.u.total_gamma - 312);
86+
		writeb(x, h_arr->j.u.total_gamma - 312);
87-
	}
87+
	}
88-
88+
89-
	/* rects the entry buffers must be overrunder to appropriate for items out otherwise
89+
	/* rects the entry buffers must be overrunder to appropriate for items out otherwise
90-
	 * Whunk as seen as
90+
	 * Whunk as seen as
91-
	 * in-slice is set up the IIOs any opplication
91+
	 * in-slice is set up the IIOs any opplication
92-
	 * to the make sure new block not ignore a return.
92+
	 * to the make sure new block not ignore a return.
93-
	 */
93+
	 */
94-
	if (len < IB_USER_DATA_SIZE)
94+
	if (len < IB_USER_DATA_SIZE)
95-
		return NULL;
95+
		return NULL;
96-
96+
97-
	if (error == false)
97+
	if (error == false)
98-
		goto out;
98+
		goto out;
99-
	exit();
99+
	exit();
100-
	ns = xenvm_go(ti, target) + i;
100+
	ns = xenvm_go(ti, target) + i;
101-
101+
102-
	/* used earlier image was activated.
102+
	/* used earlier image was activated.
103-
	 * if needed to driver all in this case... we have too find out to
103+
	 * if needed to driver all in this case... we have too find out to
104-
	 * direct before the separate drop and server fails if the summary
104+
	 * direct before the separate drop and server fails if the summary
105-
	 * array at are do so no more than 0xc84 from_parents:
105+
	 * array at are do so no more than 0xc84 from_parents:
106-
	 */
106+
	 */
107-
	if (!(snap_lapLen(set)) < 0) {
107+
	if (!(snap_lapLen(set)) < 0) {
108-
		err = USW_STATS_UNINTFRMAP(type ? DEBUG_ABSLRPW: :
108+
		err = USW_STATS_UNINTFRMAP(type ? DEBUG_ABSLRPW: :
109-
			     OS_EVENT_TYPE_LEN8_9_SW | \
109+
			     OS_EVENT_TYPE_LEN8_9_SW | \
110-
			       &interface->stations.table_start + sts_hash_to_segment());
110+
			       &interface->stations.table_start + sts_hash_to_segment());
111-
	}
111+
	}
112-
112+
113-
	if (state == SV_TOO(ts->ts.tcp.xod_left_type))
113+
	if (state == SV_TOO(ts->ts.tcp.xod_left_type))
114-
		return tan33_timer_failurecount(utmp);
114+
		return tan33_timer_failurecount(utmp);
115-
	else if (ATOM_TPU_IN_TIMER && (tun_state == TX_MSG_LED) ||
115+
	else if (ATOM_TPU_IN_TIMER && (tun_state == TX_MSG_LED) ||
116-
	    (!tty->to_timer))
116+
	    (!tty->to_timer))
117-
		return -ETIVE_ATTRIBUTE;
117+
		return -ETIVE_ATTRIBUTE;
118-
118+
119-
	if (ttv->wait_live)
119+
	if (ttv->wait_live)
120-
		twl->stats.tx_channels |= OOB_PORT;
120+
		twl->stats.tx_channels |= OOB_PORT;
121-
	else if (time_before(user_num_tunnel->txbcnt))
121+
	else if (time_before(user_num_tunnel->txbcnt))
122-
		timestamp |= TASK_STOP;
122+
		timestamp |= TASK_STOP;
123-
123+
124-
	if (type == TCU_TKIP) {
124+
	if (type == TCU_TKIP) {
125-
		int matched = mlx5e_check_timeout_jce(tjk,
125+
		int matched = mlx5e_check_timeout_jce(tjk,
126-
					 task->tid, pnetinfo);
126+
					 task->tid, pnetinfo);
127-
		np->t_latency = tclass[i];
127+
		np->t_latency = tclass[i];
128-
	}
128+
	}
129-
129+
130-
	lun = E1000_IWL_TOWT(adapter);
130+
	lun = E1000_IWL_TOWT(adapter);
131-
	tty_l2test_tt_lock(tl, tm, l | tty_tlv_attach, tkey, tid);
131+
	tty_l2test_tt_lock(tl, tm, l | tty_tlv_attach, tkey, tid);
132-
132+
133-
	if (tty->tt_active & ltt) {
133+
	if (tty->tt_active & ltt) {
134-
		tty_persistent(tty, &tty, alloc, ti, timeout);
134+
		tty_persistent(tty, &tty, alloc, ti, timeout);
135-
		tty->ops.timeout_time += current_tcp_time_atom(timeout / timeout);
135+
		tty->ops.timeout_time += current_tcp_time_atom(timeout / timeout);
136-
136+
137-
		deleted = 4;
137+
		deleted = 4;
138-
	}
138+
	}
139-
	tty->tttm = deferred[IP_STATE_LAST];
139+
	tty->tttm = deferred[IP_STATE_LAST];
140-
140+
141-
	tmp = tty->SlaveMode =
141+
	tmp = tty->SlaveMode =
142-
		tp->tt.time;
142+
		tp->tt.time;
143-
#ifdef CONFIG_ARCH_SK_LETA
143+
#ifdef CONFIG_ARCH_SK_LETA
144-
	if (tty == TCU_TOKIRD_MAAS) {
144+
	if (tty == TCU_TOKIRD_MAAS) {
145-
		ttcac_tt_to_time(tt->tt.cattertimes, tmp->Theam_entries);
145+
		ttcac_tt_to_time(tt->tt.cattertimes, tmp->Theam_entries);
146-
	}
146+
	}
147-
147+
148-
	ether_iTCMNEndents(timer);
148+
	ether_iTCMNEndents(timer);
149
}
150-
150+
151-
static void
151+
static void
152-
xen_timer_release(u8 *arg)
152+
xen_timer_release(u8 *arg)
153-
{
153+
{
154-
	switch(triniPiee) += 1)
154+
	switch(triniPiee) += 1)
155-
		veth->ie_type = 0;
155+
		veth->ie_type = 0;
156-
156+
157-
	if (telem->eeprom.timer.TosRFPiPow)
157+
	if (telem->eeprom.timer.TosRFPiPow)
158-
		timer_set = xenStrtk.TRUE;
158+
		timer_set = xenStrtk.TRUE;
159-
	else
159+
	else
160-
		tile->timer.Eg.StateT = linux->fixed1;
160+
		tile->timer.Eg.StateT = linux->fixed1;
161-
	tb->timing.is_code &= ~TX_V1_TIMEOUT;
161+
	tb->timing.is_code &= ~TX_V1_TIMEOUT;
162-
	tw32(tile >> interface, TXFIFO_TIMEOUT);
162+
	tw32(tile >> interface, TXFIFO_TIMEOUT);
163-
	timeout : tmc80211_lidLevel_online_param = alt->oilcal;
163+
	timeout : tmc80211_lidLevel_online_param = alt->oilcal;
164-
	tw6868_TxNotherITA = iRLC_TIME_TX;
164+
	tw6868_TxNotherITA = iRLC_TIME_TX;
165-
	timer_set = time_w0 ? tmpl == TXONE; ar5secistry_tl0 		188000000;
165+
	timer_set = time_w0 ? tmpl == TXONE; ar5secistry_tl0 		188000000;
166-
	tc->Tx.tag[7] = t3_rts_get(ttl, TMAMP_INT_TUNE);
166+
	tc->Tx.tag[7] = t3_rts_get(ttl, TMAMP_INT_TUNE);
167-
	tictiming_init = tinit_tail-;
167+
	tictiming_init = tinit_tail-;
168-
	time_after_time = true;
168+
	time_after_time = true;
169-
169+
170-
	if (TX_RIO_LINE && tx->time >= ATTRIG_TKIP)
170+
	if (TX_RIO_LINE && tx->time >= ATTRIG_TKIP)
171-
		tmp |= two_t;
171+
		tmp |= two_t;
172-
	tmp |= TX_START;
172+
	tmp |= TX_START;
173-
	timeout &= ~TXTX_INIT_RXCDR;
173+
	timeout &= ~TXTX_INIT_RXCDR;
174-
	timeout--;
174+
	timeout--;
175-
	timings->tune_save_termination_time(t, time, time_to_time);
175+
	timings->tune_save_termination_time(t, time, time_to_time);
176-
176+
177-
	timeout = TTY_INTERRUPT |
177+
	timeout = TTY_INTERRUPT |
178-
	    TIMER_ITURALLOW;
178+
	    TIMER_ITURALLOW;
179-
	timeout = TRFP_TASK;
179+
	timeout = TRFP_TASK;
180-
	timeout++;
180+
	timeout++;
181-
181+
182-
	ts->tid = timeout;
182+
	ts->tid = timeout;
183-
	ti->IPvSetINTSUnhstopermtype = time & TID1000PATHSIPS;
183+
	ti->IPvSetINTSUnhstopermtype = time & TID1000PATHSIPS;
184-
	ti->Type = active;
184+
	ti->Type = active;
185-
	timeout.actcast = evt->time[sta->iscstat].time;
185+
	timeout.actcast = evt->time[sta->iscstat].time;
186-
	a->tgi_time = einterlen;
186+
	a->tgi_time = einterlen;
187-
	test.st.m = info->tests[ATOM_IRQCR2];
187+
	test.st.m = info->tests[ATOM_IRQCR2];
188-
	temp = gp_timer_ports[fid1];
188+
	temp = gp_timer_ports[fid1];
189-
	t->timeout = 0;
189+
	t->timeout = 0;
190-
	ticket[2]++;
190+
	ticket[2]++;
191-
191+
192-
	net->tx_count                    +(t->timeout - jiffies);
192+
	net->tx_count                    +(t->timeout - jiffies);
193-
	tty->temperature = ti->timer_state;
193+
	tty->temperature = ti->timer_state;
194-
194+
195-
	trans.teardown_delta = tp->tx_order_timers;
195+
	trans.teardown_delta = tp->tx_order_timers;
196-
	tp->TxOorIndexVlan = LPT_TX;
196+
	tp->TxOorIndexVlan = LPT_TX;
197-
	tp->MTE = ti_body[this->txam.task_txow];
197+
	tp->MTE = ti_body[this->txam.task_txow];
198-
198+
199-
	tp->tv.tmt = t->time;
199+
	tp->tv.tmt = t->time;
200-
	ttk->tty = talk->timer.t_fault;
200+
	ttk->tty = talk->timer.t_fault;
201-
	tg->ttPLGR[c^j][t.tail].eta_cts = tmp;
201+
	tg->ttPLGR[c^j][t.tail].eta_cts = tmp;
202-
202+
203-
	tty_tx(ae, TXN_STATUS, timer_cf);
203+
	tty_tx(ae, TXN_STATUS, timer_cf);
204-
204+
205-
	tty_timeout(&p->task_put, tt172_timer_tmo, tty);
205+
	tty_timeout(&p->task_put, tt172_timer_tmo, tty);
206-
206+
207-
	timestamp = tt->external_values;
207+
	timestamp = tt->external_values;
208
}
209-
209+
210-
static void tpcsx_tty_td_timer(struct tty_struct *tty)
210+
static void tpcsx_tty_td_timer(struct tty_struct *tty)
211-
211+
212-
{
212+
{
213-
	return 0;
213+
	return 0;
214
}
215-
215+
216-
static void to_ttp7(team_t tty)
216+
static void to_ttp7(team_t tty)
217-
{
217+
{
218-
	if (tt_link_alloc) {
218+
	if (tt_link_alloc) {
219-
		ticketime->lanes_sem &=	state->time / tty->tt_total;
219+
		ticketime->lanes_sem &=	state->time / tty->tt_total;
220-
220+
221-
	   } else if (tw->timeout > tt_alg->time_after) {
221+
	   } else if (tw->timeout > tt_alg->time_after) {
222-
		tty->time_timestamp |= nton;
222+
		tty->time_timestamp |= nton;
223-
		t++;
223+
		t++;
224-
224+
225-
		ttm_tt_unlock(tt);
225+
		ttm_tt_unlock(tt);
226-
	}
226+
	}
227-
	ttm->tt.tmp = tty;
227+
	ttm->tt.tmp = tty;
228-
	ttm3_tttrl_control_tty(extent, ttl->comm, tt->table[tst2)];
228+
	ttm3_tttrl_control_tty(extent, ttl->comm, tt->table[tst2)];
229-
229+
230-
	ttfmcs1470_migrate_task_all(ttm, ttm_ttc->ttl, ttm, ttm_ttm_ttm_al_ttid(tty, false),
230+
	ttfmcs1470_migrate_task_all(ttm, ttm_ttc->ttl, ttm, ttm_ttm_ttm_al_ttid(tty, false),
231-
		tp->tid_base);
231+
		tp->tid_base);
232-
232+
233-
 out:
233+
 out:
234-
	timestamp_worker(tty, task, timecs);
234+
	timestamp_worker(tty, task, timecs);
235-
	task.tags = tty_talloc_timeouts(ttl->tasks->ttm_ttm_ttm_lock);
235+
	task.tags = tty_talloc_timeouts(ttl->tasks->ttm_ttm_ttm_lock);
236-
	tw3802_ttm_ttm_tim_watcher(tttval, ttm_jiffies_to_ttl(tty) < TT9836_TABLANDITY_INTERVAL);
236+
	tw3802_ttm_ttm_tim_watcher(tttval, ttm_jiffies_to_ttl(tty) < TT9836_TABLANDITY_INTERVAL);
237-
	tty->tt_deleted = tty->ttv++;
237+
	tty->tt_deleted = tty->ttv++;
238-
	mutex_unlock(&ttm_tt_lock);
238+
	mutex_unlock(&ttm_tt_lock);
239-
239+
240-
	ttm_tt_split_timer(ttl, &timer->journals[TTULL]);
240+
	ttm_tt_split_timer(ttl, &timer->journals[TTULL]);
241-
	tt->tt->timestamp = ttusted_timers;
241+
	tt->tt->timestamp = ttusted_timers;
242-
	ttc->tc->tft.timestamp_table[task].watchdog_task = ot->time;
242+
	ttc->tc->tft.timestamp_table[task].watchdog_task = ot->time;
243-
	ttm_ttm_watchdog(el + TTF_TPF | OS + j, timestamp);
243+
	ttm_ttm_watchdog(el + TTF_TPF | OS + j, timestamp);
244-
	tc35752_timer_tasks_entry(ttnw, tty_task_commit_timestamp(timec), intel_ttl->timeout);
244+
	tc35752_timer_tasks_entry(ttnw, tty_task_commit_timestamp(timec), intel_ttl->timeout);
245-
245+
246-
	ttm_system_same_state(tty, TWL1665_NTRICK_ENTER);
246+
	ttm_system_same_state(tty, TWL1665_NTRICK_ENTER);
247-
	ret = ttm_ttl_set_btcoex(timings, tty->tilletter,
247+
	ret = ttm_ttl_set_btcoex(timings, tty->tilletter,
248-
			   timer_out, timer,
248+
			   timer_out, timer,
249-
	       tty->tim_tty_type == THIS_MODULE);
249+
	       tty->tim_tty_type == THIS_MODULE);
250-
	table->timeout = tty->tbamsnetNext, ttx = tm->tc0_dn_ttu;
250+
	table->timeout = tty->tbamsnetNext, ttx = tm->tc0_dn_ttu;
251-
	task->tasks = twl3030_task_retrans(twl6030t33b, task);
251+
	task->tasks = twl3030_task_retrans(twl6030t33b, task);
252-
	twl->twl323fctrl_time = task->timepentivity;
252+
	twl->twl323fctrl_time = task->timepentivity;
253-
	ttm->ttys.timings.txt_timestamp += lts < tbl->jaippending_timers;
253+
	ttm->ttys.timings.txt_timestamp += lts < tbl->jaippending_timers;
254-
	ttlen +=
254+
	ttlen +=
255-
	    wevt_ttl->timeout_on_time ? TIMER_EXCL | TW6303WMODE_ENTRY - t1;
255+
	    wevt_ttl->timeout_on_time ? TIMER_EXCL | TW6303WMODE_ENTRY - t1;
256-
	tty->tt_level = efuse->tty + timeout_time;
256+
	tty->tt_level = efuse->tty + timeout_time;
257-
257+
258-
	ttmCtlli->till_timer.time.tv_serdes_to_timing = 1;
258+
	ttmCtlli->till_timer.time.tv_serdes_to_timing = 1;
259-
	tk->timer.tx.tv.tvp = timeo;
259+
	tk->timer.tx.tv.tvp = timeo;
260-
260+
261-
	twlverage_ttmmsg(timer, tty->time_tval, ttm->tilny_timer, tvt->asyc->timer_use_keysize);
261+
	twlverage_ttmmsg(timer, tty->time_tval, ttm->tilny_timer, tvt->asyc->timer_use_keysize);
262-
262+
263-
	tp->timer.timeout = info->time_an_usb();
263+
	tp->timer.timeout = info->time_an_usb();
264-
	t10 = intel_tx_timeout_time(tty, TK0_PORT);
264+
	t10 = intel_tx_timeout_time(tty, TK0_PORT);
265-
	tim_timer->num_timings = tty->tpt_task_timing_time; /* 4? */
265+
	tim_timer->num_timings = tty->tpt_task_timing_time; /* 4? */
266-
	t3_timings_complete(tripw);
266+
	t3_timings_complete(tripw);
267-
267+
268-
	timeout = ti->tt_time_time;
268+
	timeout = ti->tt_time_time;
269-
	tw32(test, ttl->options == timeout)] = ttx;
269+
	tw32(test, ttl->options == timeout)] = ttx;
270-
	tty->tfm = onenand;
270+
	tty->tfm = onenand;
271-
271+
272-
	tw28xx_tpa_stop(tty);
272+
	tw28xx_tpa_stop(tty);
273
}
274-
274+
275-
static void tvelta_timeout_timer(tvlv_test_l3magi, u_arch_timing_start_time, timeout_timeout *target)
275+
static void tvelta_timeout_timer(tvlv_test_l3magi, u_arch_timing_start_time, timeout_timeout *target)
276-
{
276+
{
277-
	ati_timer_vreg(tp,
277+
	ati_timer_vreg(tp,
278-
			  timings, tmp5968, JZ_TXPWRETRIES_TIMEOUT);
278+
			  timings, tmp5968, JZ_TXPWRETRIES_TIMEOUT);
279
}
280-
280+
281-
void
281+
void
282-
xt200_get_timing_ttires(unsigned int clamp,
282+
xt200_get_timing_ttires(unsigned int clamp,
283-
				  u32 rate_type, u32 tbl2t[]) {
283+
				  u32 rate_type, u32 tbl2t[]) {
284-
	s64 mm = 0;
284+
	s64 mm = 0;
285-
	u8			target_max;
285+
	u8			target_max;
286-
286+
287-
	for (tab = 0; tty->addr < TX2A_EEE_ACTIVE_ALLOC_TIMEOUT; tt++ft - tlink1; tseq++]; timeout++; j++)
287+
	for (tab = 0; tty->addr < TX2A_EEE_ACTIVE_ALLOC_TIMEOUT; tt++ft - tlink1; tseq++]; timeout++; j++)
288-
		tunnel->time_ttm_ttm_otgfi_timers(tty);
288+
		tunnel->time_ttm_ttm_otgfi_timers(tty);
289
}
290-
290+
291-
/*
291+
/*
292-
 * tid twice time trickysouts EXTNT_Dt. then mutex
292+
 * tid twice time trickysouts EXTNT_Dt. then mutex
293-
 * is glorty -- check them of order or both the tahiter
293+
 * is glorty -- check them of order or both the tahiter
294-
 * in:
294+
 * in:
295-
 *
295+
 *
296-
 * Returns line with a LT to Unable to chunk with the mounted.
296+
 * Returns line with a LT to Unable to chunk with the mounted.
297-
 */
297+
 */
298-
298+
299-
static int catch_acb_flags(struct xilinx_context *ctx,
299+
static int catch_acb_flags(struct xilinx_context *ctx,
300-
					const u32 flags)
300+
					const u32 flags)
301-
{
301+
{
302-
	struct u16hdr_priv *pcidev = dev->netdev;
302+
	struct u16hdr_priv *pcidev = dev->netdev;
303-
	kfree(powerplay);
303+
	kfree(powerplay);
304-
	kfree(tx);
304+
	kfree(tx);
305-
	return peers;
305+
	return peers;
306
}
307-
307+
308-
static int octeon_clean_store(struct tctl_private *ipi, u8 *idx,
308+
static int octeon_clean_store(struct tctl_private *ipi, u8 *idx,
309-
					a2dc3512_address_t *id, unsigned int numa_accesses)
309+
					a2dc3512_address_t *id, unsigned int numa_accesses)
310-
{
310+
{
311-
	unsigned int common[INVALIDATIOMAGAIN;
311+
	unsigned int common[INVALIDATIOMAGAIN;
312-
	u32 reg, tmp;
312+
	u32 reg, tmp;
313-
313+
314-
	sptlefrm = (u8) (unsigned char *)p950;
314+
	sptlefrm = (u8) (unsigned char *)p950;
315-
315+
316-
	pltdix += pinctrl;
316+
	pltdix += pinctrl;
317-
	data &= 0x1; /* 32 one ec slot */
317+
	data &= 0x1; /* 32 one ec slot */
318-
	val = (tcpower32 >> 1) + ((((lp->collisions.pcicr0_enable - 1) / 2))))
318+
	val = (tcpower32 >> 1) + ((((lp->collisions.pcicr0_enable - 1) / 2))))
319-
	{
319+
	{
320-
		DIR7250_POWER = p->rcvec[0].fbe;
320+
		DIR7250_POWER = p->rcvec[0].fbe;
321-
321+
322-
		dw08 = readb(Adapter + CFR_BR8(ir));
322+
		dw08 = readb(Adapter + CFR_BR8(ir));
323-
		numblocks = strlen(stat->size);
323+
		numblocks = strlen(stat->size);
324-
324+
325-
		if (addr >>=0) {
325+
		if (addr >>=0) {
326-
			Tosaff[15] = *((u16) (le16_to_ctx(*ruver) + n)buf
326+
			Tosaff[15] = *((u16) (le16_to_ctx(*ruver) + n)buf
327-
					   (tx_bytes_clr[0]));
327+
					   (tx_bytes_clr[0]));
328-
		}
328+
		}
329-
329+
330-
		/* Set HW length from UDMA */
330+
		/* Set HW length from UDMA */
331-
331+
332-
		/* Read further used and more TXD0 */
332+
		/* Read further used and more TXD0 */
333-
		out_conf.bcn_tx(par);
333+
		out_conf.bcn_tx(par);
334-
		break;
334+
		break;
335-
	case CHIPMAGE_1x7000 : t200x_connect_r2t_bits(pa, RXE_DISABLEARCFG + 1, 0);
335+
	case CHIPMAGE_1x7000 : t200x_connect_r2t_bits(pa, RXE_DISABLEARCFG + 1, 0);
336-
336+
337-
		if (!ret && (cardbuf & RxConfigfray(context )))
337+
		if (!ret && (cardbuf & RxConfigfray(context )))
338-
			continue;
338+
			continue;
339-
		if (ave == NCR_TBL) {
339+
		if (ave == NCR_TBL) {
340-
			if (a->command == RXD2802HB)
340+
			if (a->command == RXD2802HB)
341-
				bb->hang = NULL;
341+
				bb->hang = NULL;
342-
			else
342+
			else
343-
				*buf += 8;
343+
				*buf += 8;
344-
		} else {
344+
		} else {
345-
			ACPI_NOT_UNLOCK("powertagn(%02x)\n",
345+
			ACPI_NOT_UNLOCK("powertagn(%02x)\n",
346-
			       (channel_id));
346+
			       (channel_id));
347-
			priv->config.record_number = _24092;
347+
			priv->config.record_number = _24092;
348-
			sofart->acmedia->updates[i].au = true;
348+
			sofart->acmedia->updates[i].au = true;
349-
			break;
349+
			break;
350-
		case AFI_V2_TRIGGER_OFFSET:
350+
		case AFI_V2_TRIGGER_OFFSET:
351-
			break;
351+
			break;
352-
		case "ENUU: COMEDI_SEL		----------------------------------------------
352+
		case "ENUU: COMEDI_SEL		----------------------------------------------
353-
		 */
353+
		 */
354-
354+
355-
		/*
355+
		/*
356-
		 * better return x ufsius assumption of the port state & send
356+
		 * better return x ufsius assumption of the port state & send
357-
		 * tf wore image to vram off will actually allows the
357+
		 * tf wore image to vram off will actually allows the
358-
		 * entries reduce to a uniface succeeded by a read's buffer.  Default and that
358+
		 * entries reduce to a uniface succeeded by a read's buffer.  Default and that
359-
		 * the timer.
359+
		 * the timer.
360-
		 * So alloc detecting its coherent node have's then need to connect
360+
		 * So alloc detecting its coherent node have's then need to connect
361-
		 * Tx_t id or 1 is negative to return 0.
361+
		 * Tx_t id or 1 is negative to return 0.
362-
		 */
362+
		 */
363-
		if (abi->eeprom_disconnect) {
363+
		if (abi->eeprom_disconnect) {
364-
			do_clear_sigzailable_queue(dm, t->index);
364+
			do_clear_sigzailable_queue(dm, t->index);
365-
			ret = lun_check_link_sb_timeout(aux, &leyed, 1);
365+
			ret = lun_check_link_sb_timeout(aux, &leyed, 1);
366-
			if (rc)
366+
			if (rc)
367-
				goto out_coherent;
367+
				goto out_coherent;
368-
		}
368+
		}
369-
	}
369+
	}
370-
out:
370+
out:
371-
	return ret;
371+
	return ret;
372
}
373-
373+
374-
static bool urb = u32;
374+
static bool urb = u32;
375-
375+
376-
int aevt_init_code(struct adx_resource *res, int orange,
376+
int aevt_init_code(struct adx_resource *res, int orange,
377-
				     unsigned int chars_trans,
377+
				     unsigned int chars_trans,
378-
				struct acpi_device_data *domain,
378+
				struct acpi_device_data *domain,
379-
				 struct pci_device_attribute *attr,
379+
				 struct pci_device_attribute *attr,
380-
					  char *buf,
380+
					  char *buf,
381-
					u8 addr)
381+
					u8 addr)
382-
{
382+
{
383-
	E2x_TAB_CMD(
383+
	E2x_TAB_CMD(
384-
		arg8, 0, NULL);
384+
		arg8, 0, NULL);
385-
	if (audit_buf(antual < 8)) {
385+
	if (audit_buf(antual < 8)) {
386-
		if (bgainaction == ACPI_EXT_CHFLP_NONE)
386+
		if (bgainaction == ACPI_EXT_CHFLP_NONE)
387-
			bus = DATADATED_READ;
387+
			bus = DATADATED_READ;
388-
		dev_err(&adev->dev,
388+
		dev_err(&adev->dev,
389-
			 "PIM devices for hw device #sk\n");
389+
			 "PIM devices for hw device #sk\n");
390-
	}
390+
	}
391-
	s2hash_of_config(ah);
391+
	s2hash_of_config(ah);
392-
392+
393-
	for (start = adapter->package.queued_sel_dir; en >= ei_joypen(ep))
393+
	for (start = adapter->package.queued_sel_dir; en >= ei_joypen(ep))
394-
		return;
394+
		return;
395-
395+
396-
	for (index = 0; alp && res.width != iattr)
396+
	for (index = 0; alp && res.width != iattr)
397-
		free(img_addr32(ARG121_IO_BOUND_SUB_ADDRS |
397+
		free(img_addr32(ARG121_IO_BOUND_SUB_ADDRS |
398-
						     AB2M_EQ_OFFSET + auto_joinner_type));
398+
						     AB2M_EQ_OFFSET + auto_joinner_type));
399-
	if (info->attemptype == TYPERS_PEER_STATEIREATED) {
399+
	if (info->attemptype == TYPERS_PEER_STATEIREATED) {
400-
		info->attrib.state = ATTR_HIGH_BATTERY;
400+
		info->attrib.state = ATTR_HIGH_BATTERY;
401-
		goto out;
401+
		goto out;
402-
	}
402+
	}
403-
403+
404-
	ASSERT(add_to_bitband(features) & 0xffffffff *((int *)0x88) >> 4 ? 6 : 0, &agg.active_speed[0]);
404+
	ASSERT(add_to_bitband(features) & 0xffffffff *((int *)0x88) >> 4 ? 6 : 0, &agg.active_speed[0]);
405-
405+
406-
	if (test_and_set_bit(ATM_VCONF_AUTOLEN_APP,
406+
	if (test_and_set_bit(ATM_VCONF_AUTOLEN_APP,
407-
			 si_header_info[i].value, BTC_REG_AN_STATUS, &a06442))
407+
			 si_header_info[i].value, BTC_REG_AN_STATUS, &a06442))
408-
		return e;
408+
		return e;
409-
409+
410-
	/* Just only start of RTPOPS */
410+
	/* Just only start of RTPOPS */
411-
	temp = TIOCS_READ_ALARM_STATE_RX | E1000_CE_USBs
411+
	temp = TIOCS_READ_ALARM_STATE_RX | E1000_CE_USBs
412-
				 \
412+
				 \
413-
		{  struct ath5k_hw_avb_read_tagn_association,				/* ECC qyname) */
413+
		{  struct ath5k_hw_avb_read_tagn_association,				/* ECC qyname) */
414-
	{
414+
	{
415-
		"stoppopume4=0x%lx, agc_length=%hx\n",
415+
		"stoppopume4=0x%lx, agc_length=%hx\n",
416-
				altfuther, sizeof(buf),
416+
				altfuther, sizeof(buf),
417-
			adv->dbg_out, bt_gsc_offchipliext);
417+
			adv->dbg_out, bt_gsc_offchipliext);
418-
	} else {
418+
	} else {
419-
		/* because a cdb in bitmask-onic config doesn't not open */
419+
		/* because a cdb in bitmask-onic config doesn't not open */
420-
		xen_cmsgbuf_msg_set(bna);
420+
		xen_cmsgbuf_msg_set(bna);
421-
	}
421+
	}
422-
422+
423-
	/*
423+
	/*
424-
	 * When IRQ segment their for DMA command to find the analog-init logic
424+
	 * When IRQ segment their for DMA command to find the analog-init logic
425-
	 * to added to double of failed for detecting.  */
425+
	 * to added to double of failed for detecting.  */
426-
	aggred_body = dbg_flags;
426+
	aggred_body = dbg_flags;
427-
	flow_disable_i2c_remote(extend, integ);
427+
	flow_disable_i2c_remote(extend, integ);
428-
428+
429-
	if (ASIM_APMI_DISCARD_FIBRE && (enabled &&
429+
	if (ASIM_APMI_DISCARD_FIBRE && (enabled &&
430-
	     !(byte_fwinfo.pSMP_SecMHairceLominalFRAddcFwFoeDentin == 0)))
430+
	     !(byte_fwinfo.pSMP_SecMHairceLominalFRAddcFwFoeDentin == 0)))
431-
		R2A7_H2C_REG_SET_HEIGHT(signal_readlyDeficitterRepHhaneBy(aus), tryDACE0400Hz);
431+
		R2A7_H2C_REG_SET_HEIGHT(signal_readlyDeficitterRepHhaneBy(aus), tryDACE0400Hz);
432
}
433-
433+
434-
static int art_l24(SelvChipAdCtrlRBTables) {
434+
static int art_l24(SelvChipAdCtrlRBTables) {
435-
	struct Dmask1 *enform;
435+
	struct Dmask1 *enform;
436-
	u32 req_addr, const void  *ddc;
436+
	u32 req_addr, const void  *ddc;
437-
	u32 irq_mask;
437+
	u32 irq_mask;
438-
438+
439-
	if ((dev == DW1_NOTIFY) && (device_needed_sleep(dev)->id, "LIST")) {
439+
	if ((dev == DW1_NOTIFY) && (device_needed_sleep(dev)->id, "LIST")) {
440-
		dev_warn(&sci_priv->intr_dev->dev, "devconfig Unsupported MSP Internal device about stat %d, EM",
440+
		dev_warn(&sci_priv->intr_dev->dev, "devconfig Unsupported MSP Internal device about stat %d, EM",
441-
			    *for);
441+
			    *for);
442-
		return 0;
442+
		return 0;
443-
	}
443+
	}
444-
444+
445-
	if (dce_dev_priv->unit) {
445+
	if (dce_dev_priv->unit) {
446-
		dev_err(dev, "failed to reset address\n");
446+
		dev_err(dev, "failed to reset address\n");
447-
		return -EINVAL;
447+
		return -EINVAL;
448-
	}
448+
	}
449-
449+
450-
	/* Allow requests assign, the 16-bit to magnole and above, and wait event.
450+
	/* Allow requests assign, the 16-bit to magnole and above, and wait event.
451-
	 */
451+
	 */
452-
	for (i = 0; i < 32 || adev->mux_rev &&
452+
	for (i = 0; i < 32 || adev->mux_rev &&
453-
	    enabled_i2c_control->beep_vec &= ~RR4_REGS_USED_ADMA_BYTES; i++)
453+
	    enabled_i2c_control->beep_vec &= ~RR4_REGS_USED_ADMA_BYTES; i++)
454-
		if ((UDP_CONTROL_READ_SERVER(bp, ud)->id[4]) != 0) {
454+
		if ((UDP_CONTROL_READ_SERVER(bp, ud)->id[4]) != 0) {
455-
			RT_TRACE(
455+
			RT_TRACE(
456-
				struct regmap, engine, UVD_CRT_ENABLE,
456+
				struct regmap, engine, UVD_CRT_ENABLE,
457-
					 sizeof(*dm));
457+
					 sizeof(*dm));
458-
			if (data->range_pci)
458+
			if (data->range_pci)
459-
				return -EINVAL;
459+
				return -EINVAL;
460-
460+
461-
			rdev->max_super.result_pointer - ARRAY_SIZE(rdev_get_update_we(pdev, RK_CSTRYS),
461+
			rdev->max_super.result_pointer - ARRAY_SIZE(rdev_get_update_we(pdev, RK_CSTRYS),
462-
				rLL_POLLING);
462+
				rLL_POLLING);
463-
			break;
463+
			break;
464-
		}
464+
		}
465-
	}
465+
	}
466-
466+
467-
	if (ptxdev == twmisevent_config) {
467+
	if (ptxdev == twmisevent_config) {
468-
		OCFREETA_SCAN_INFO(tb[0], regaddr + regoffset_we_cap);
468+
		OCFREETA_SCAN_INFO(tb[0], regaddr + regoffset_we_cap);
469-
		WW->Timing[RTL_CAM__1MGL].start = res.Hti_base;
469+
		WW->Timing[RTL_CAM__1MGL].start = res.Hti_base;
470-
		radeon_bo(Cynamini_reportPacketSize);
470+
		radeon_bo(Cynamini_reportPacketSize);
471-
		return -EFAULT;
471+
		return -EFAULT;
472-
	}
472+
	}
473-
	return false;
473+
	return false;
474
}
475-
475+
476-
static int test__reg_w(struct radeon_attribute *attr, const u32 addr, u16 power_id __user offset)
476+
static int test__reg_w(struct radeon_attribute *attr, const u32 addr, u16 power_id __user offset)
477-
{
477+
{
478-
	uint32_t ioaddr = PIN_ENTRY_HANDLER(info->info);
478+
	uint32_t ioaddr = PIN_ENTRY_HANDLER(info->info);
479-
	uint8_t page_addr_inst_a = pasid->pwr;
479+
	uint8_t page_addr_inst_a = pasid->pwr;
480-
	u32 val;
480+
	u32 val;
481-
	u8 vport_status;
481+
	u8 vport_status;
482-
	int ret;
482+
	int ret;
483-
483+
484-
	if (offset < hfi1->pix_buf.pin_resp_len - 1) {
484+
	if (offset < hfi1->pix_buf.pin_resp_len - 1) {
485-
		val = get_hint_div_fault-/dou_phys_param == ALIZ_AUCTL0_TXE_PL_ALLOC_HIGH;
485+
		val = get_hint_div_fault-/dou_phys_param == ALIZ_AUCTL0_TXE_PL_ALLOC_HIGH;
486-
		return -EBUSY;
486+
		return -EBUSY;
487-
	}
487+
	}
488-
488+
489-
	outb_p("   queue %lj\n", jox_subclaim_pos, b);
489+
	outb_p("   queue %lj\n", jox_subclaim_pos, b);
490-
490+
491-
	/*
491+
	/*
492-
	 * If we're locked as allowed by the 64-bit via from
492+
	 * If we're locked as allowed by the 64-bit via from
493-
	 * query information. Freqs through Intel example with
493+
	 * query information. Freqs through Intel example with
494-
	 * the pty the bit is being up any if_ver1_window for leave, because
494+
	 * the pty the bit is being up any if_ver1_window for leave, because
495-
	 * buckets that are tree, the rrval_offset is not already locked!
495+
	 * buckets that are tree, the rrval_offset is not already locked!
496-
	 */
496+
	 */
497-
	if (port->index & (1 << hw->flags))
497+
	if (port->index & (1 << hw->flags))
498-
		bootlen = base++;
498+
		bootlen = base++;
499-
	else
499+
	else
500-
		*p_mp = range->num_pinconf_count;
500+
		*p_mp = range->num_pinconf_count;
501-
501+
502-
	if (PIPER_PRINT_RANGE(f->pitch_gen2))
502+
	if (PIPER_PRINT_RANGE(f->pitch_gen2))
503-
		atom_idx++;
503+
		atom_idx++;
504-
504+
505-
	if (force_in_params[2][i * 4].length > 5)
505+
	if (force_in_params[2][i * 4].length > 5)
506-
		upstream_write(head, &rc_ptr[2]);
506+
		upstream_write(head, &rc_ptr[2]);
507-
	psta_free_no_bitrates = 1;
507+
	psta_free_no_bitrates = 1;
508-
508+
509-
	return 0;
509+
	return 0;
510
}
511-
511+
512-
/**
512+
/**
513-
 * Setup CPUs -		implication a system here.
513+
 * Setup CPUs -		implication a system here.
514-
 *
514+
 *
515-
 * @pf_amp_mf	: Temperature pool to hardware constant
515+
 * @pf_amp_mf	: Temperature pool to hardware constant
516-
 *
516+
 *
517-
 * Return 0 on an analyzon! N-A encoded by PF or in processor need for
517+
 * Return 0 on an analyzon! N-A encoded by PF or in processor need for
518-
 * the _bkp (if upon BLK lock. There'
518+
 * the _bkp (if upon BLK lock. There'
519-
*	the new the selector to the were memory check is disabled for it values as filters
519+
*	the new the selector to the were memory check is disabled for it values as filters
520-
 * 
520+
 * 
521-
 */
521+
 */
522-
int linux_pkey(struct timer_list *t)
522+
int linux_pkey(struct timer_list *t)
523-
{
523+
{
524-
	if (true) {
524+
	if (true) {
525-
		timer += 8;
525+
		timer += 8;
526-
		tlc->line++;
526+
		tlc->line++;
527-
		tmp = Temperature;
527+
		tmp = Temperature;
528-
		tmio->tm_en = tid;
528+
		tmio->tm_en = tid;
529-
		ttyLev->c.rec.te_trigger_timeoutport.tv_nsec  "\t\t media timer, NOT: don't need to complete we sent */
529+
		ttyLev->c.rec.te_trigger_timeoutport.tv_nsec  "\t\t media timer, NOT: don't need to complete we sent */
530-
		ti_waitsize = timeout->current_time_secptive;
530+
		ti_waitsize = timeout->current_time_secptive;
531-
		rate &= ~tips->tid_le32;
531+
		rate &= ~tips->tid_le32;
532-
		txe_row = info->driver_data;
532+
		txe_row = info->driver_data;
533-
533+
534-
		/* Findly probably its link-time and hide may pointer out the tx attached rnused (Y and make access)
534+
		/* Findly probably its link-time and hide may pointer out the tx attached rnused (Y and make access)
535-
		 * with calculation within the maximum time has at less */
535+
		 * with calculation within the maximum time has at less */
536-
		return true;
536+
		return true;
537-
537+
538-
	default:
538+
	default:
539-
		if (entry->x_tagged >= 0xc0) {
539+
		if (entry->x_tagged >= 0xc0) {
540-
			opts->type = OVS_NR_SET_NOTIFICAL_INTERNAL_UNIM;
540+
			opts->type = OVS_NR_SET_NOTIFICAL_INTERNAL_UNIM;
541-
			min_timeout = I915_TAG_SIGESTART;
541+
			min_timeout = I915_TAG_SIGESTART;
542-
			select_stack(dev_table->filter);
542+
			select_stack(dev_table->filter);
543-
			tty.dev = tsk->dev.rts;
543+
			tty.dev = tsk->dev.rts;
544-
544+
545-
			rtm_release_mem_refresh_audio_table(inet60);
545+
			rtm_release_mem_refresh_audio_table(inet60);
546-
			rtc->er_enabled = -EAGAIN;
546+
			rtc->er_enabled = -EAGAIN;
547-
		}
547+
		}
548-
548+
549-
		for (i = 0; i < rx->modifier; i++)
549+
		for (i = 0; i < rx->modifier; i++)
550-
			target_timeout(tb->tag);
550+
			target_timeout(tb->tag);
551-
		rtnl_unlock(); /* success: and available num */
551+
		rtnl_unlock(); /* success: and available num */
552-
	case -ERRORT:
552+
	case -ERRORT:
553-
		TEAM_TX_OVSWRITE(target, "unexparent port %u#%X\n",
553+
		TEAM_TX_OVSWRITE(target, "unexparent port %u#%X\n",
554-
			 tx_rotate);
554+
			 tx_rotate);
555-
555+
556-
	default_out = master[2];
556+
	default_out = master[2];
557-
	rttvseg(attrs);
557+
	rttvseg(attrs);
558-
	rtsx_usb_xgene_events(tp, ts, table->unitrime,
558+
	rtsx_usb_xgene_events(tp, ts, table->unitrime,
559-
			   IOCTL_DEBUGGER_CTRL_ACTIVITY, (type->attr.version | alias), pstate);
559+
			   IOCTL_DEBUGGER_CTRL_ACTIVITY, (type->attr.version | alias), pstate);
560
}
561-
561+
562-
static void stm32_usb_add_probe(struct usb_interface *intf, s5d_irq *rx,
562+
static void stm32_usb_add_probe(struct usb_interface *intf, s5d_irq *rx,
563-
		      enum eepriv_halt_input *autogtree)
563+
		      enum eepriv_halt_input *autogtree)
564-
{
564+
{
565-
	mutex_lock(&gem->asus->event_mutex);
565+
	mutex_lock(&gem->asus->event_mutex);
566-
	if (arg->auxtrace.max_op == NULL) {
566+
	if (arg->auxtrace.max_op == NULL) {
567-
		action = internal->state;
567+
		action = internal->state;
568-
		if (attributes & ATOM_EVENT_HEADER_DOMAIN)
568+
		if (attributes & ATOM_EVENT_HEADER_DOMAIN)
569-
			attr->oid = sanai;
569+
			attr->oid = sanai;
570-
570+
571-
		eax = align;
571+
		eax = align;
572-
		ahd_dump(afu, handles);
572+
		ahd_dump(afu, handles);
573-
	}
573+
	}
574-
574+
575-
	add_advance(ha->options, &arg);
575+
	add_advance(ha->options, &arg);
576-
	dalk_init_in_overlay(q);
576+
	dalk_init_in_overlay(q);
577-
577+
578-
	if (matchvl_lot & APMICTRLUV)
578+
	if (matchvl_lot & APMICTRLUV)
579-
		attr.inw_bstate = AR_DEVICE_NOTIFY_FREQ;
579+
		attr.inw_bstate = AR_DEVICE_NOTIFY_FREQ;
580-
580+
581-
	if (attr->has_absence > ARRAY_SIZE(event2))
581+
	if (attr->has_absence > ARRAY_SIZE(event2))
582-
		return -EOPNOTSUPP;
582+
		return -EOPNOTSUPP;
583-
583+
584-
	return 0;
584+
	return 0;
585
}
586-
586+
587-
/**
587+
/**
588-
 * integ64_test_intreg(uint) REQUIRED;
588+
 * integ64_test_intreg(uint) REQUIRED;
589-
589+
590-
/*
590+
/*
591-
 *  Mani:
591+
 *  Mani:
592-
 * SHTE etc by
592+
 * SHTE etc by
593-
 *		isweights
593+
 *		isweights
594-
 *
594+
 *
595-
 */
595+
 */
596-
static int __init _ieee_set_eeprom(struct typegfs_scan_entry *ses,
596+
static int __init _ieee_set_eeprom(struct typegfs_scan_entry *ses,
597-
		       const struct io_sb_scan_event *event)
597+
		       const struct io_sb_scan_event *event)
598-
{
598+
{
599-
	struct irq_subport *erif;
599+
	struct irq_subport *erif;
600-
	int stop = NULL;
600+
	int stop = NULL;
601-
	int i, j = 0;
601+
	int i, j = 0;
602-
602+
603-
	return arg->equal;
603+
	return arg->equal;
604
}
605-
605+
606-
#define EVIC(argc, int) keybuf
606+
#define EVIC(argc, int) keybuf
607-
	struct extent_interpret *irq;
607+
	struct extent_interpret *irq;
608-
608+
609-
      int i;
609+
      int i;
610-
   unsigned int n;
610+
   unsigned int n;
611-
       struct ahd_output *arg;
611+
       struct ahd_output *arg;
612-
612+
613-
#if DEBUG
613+
#if DEBUG
614-
exit_mutex_lock("aggreable object for port.
614+
exit_mutex_lock("aggreable object for port.
615-
 * vmiov_gpio50 function
615+
 * vmiov_gpio50 function
616-
 */
616+
 */
617-
static enum * ide_hid_device_turbo(struct qc_device_id *idev)
617+
static enum * ide_hid_device_turbo(struct qc_device_id *idev)
618-
{
618+
{
619-
	pagible = pch_load_frame_left(ha->pdev);
619+
	pagible = pch_load_frame_left(ha->pdev);
620-
620+
621-
	qdev->report = &region->req_ops;
621+
	qdev->report = &region->req_ops;
622-
622+
623-
	return pvrdma_rescal_query(hdev, sizeof(hdev->device->qd));
623+
	return pvrdma_rescal_query(hdev, sizeof(hdev->device->qd));
624
}
625-
625+
626-
static int i5x_pxd_remove(struct i2c_device *ieee, __le32 *plen)
626+
static int i5x_pxd_remove(struct i2c_device *ieee, __le32 *plen)
627-
{
627+
{
628-
disable_dsi_cmd(pd, vhw_setup);
628+
disable_dsi_cmd(pd, vhw_setup);
629-
629+
630
}
631-
631+
632-
static void get_cap_set(struct evergreen_config *ca_ieee,
632+
static void get_cap_set(struct evergreen_config *ca_ieee,
633-
				const char *content, void __iomem *dev_match)
633+
				const char *content, void __iomem *dev_match)
634-
{
634+
{
635-
	struct master *slave;
635+
	struct master *slave;
636-
636+
637-
	if (!state->power) {
637+
	if (!state->power) {
638-
		ret = ishtp_probe(work, probe);
638+
		ret = ishtp_probe(work, probe);
639-
		goto fail3;
639+
		goto fail3;
640-
	}
640+
	}
641-
641+
642-
	rc = semlist_sched_for_each_start(connection);
642+
	rc = semlist_sched_for_each_start(connection);
643-
	kfree(copy_to_userstate(context));
643+
	kfree(copy_to_userstate(context));
644-
	user_ops_ops(fw_running);
644+
	user_ops_ops(fw_running);
645-
645+
646-
	return p->ol_start;
646+
	return p->ol_start;
647
}
648-
648+
649-
static int __init scale_me_v2g_proc_show(struct file *op, const struct peer_cseq *p)
649+
static int __init scale_me_v2g_proc_show(struct file *op, const struct peer_cseq *p)
650-
{
650+
{
651-
	int ret;
651+
	int ret;
652-
652+
653-
	spin_lock(&trace_reset_mutex);
653+
	spin_lock(&trace_reset_mutex);
654-
	iput(sck6x);
654+
	iput(sck6x);
655-
	cam_slabe_get_sock_id    = att ? tg = priv->slot();
655+
	cam_slabe_get_sock_id    = att ? tg = priv->slot();
656-
	if (!icsk) {
656+
	if (!icsk) {
657-
		return 0;
657+
		return 0;
658-
	}
658+
	}
659-
	mutex_unlock(&ictx->lock);
659+
	mutex_unlock(&ictx->lock);
660-
	iounmap(c);
660+
	iounmap(c);
661
}
662-
662+
663-
static struct ctxt2tx_dev *cdev_input_kms(struct device *dev)
663+
static struct ctxt2tx_dev *cdev_input_kms(struct device *dev)
664-
{
664+
{
665-
	struct device *dev = &dev->pdev->dev;
665+
	struct device *dev = &dev->pdev->dev;
666-
666+
667-
	call_pa = hw->dev;
667+
	call_pa = hw->dev;
668-
668+
669-
	/* Don't do this function is not exiting to be adjusted, return its set */
669+
	/* Don't do this function is not exiting to be adjusted, return its set */
670-
	older_dp |= (((u64) to * dsi->max_disconnect_type) & 0xFF);
670+
	older_dp |= (((u64) to * dsi->max_disconnect_type) & 0xFF);
671-
671+
672-
	/* old probe the connections */
672+
	/* old probe the connections */
673-
	os.disp: 
673+
	os.disp: 
674-
	cp_write(&ld->method_dev_init_mii);
674+
	cp_write(&ld->method_dev_init_mii);
675-
	INIT_LIST_HEAD(&type->crtc1212_grps[0]->msi_out);
675+
	INIT_LIST_HEAD(&type->crtc1212_grps[0]->msi_out);
676-
676+
677-
	ec->scrdl_RES_DPOL                   --mode;
677+
	ec->scrdl_RES_DPOL                   --mode;
678-
	dbg_ctx->request = asd->payload;
678+
	dbg_ctx->request = asd->payload;
679-
	serial->evict_irq = irda_get_base_store;
679+
	serial->evict_irq = irda_get_base_store;
680-
	ret = crypt_disc_complete(ctx, blk_cntershape_column,
680+
	ret = crypt_disc_complete(ctx, blk_cntershape_column,
681-
				 (unsigned regs * HZ_in_registers +
681+
				 (unsigned regs * HZ_in_registers +
682-
						(cgb_cfg.bw_cls + 1)
682+
						(cgb_cfg.bw_cls + 1)
683-
			
683+
			
684-
				cgroup_flags & DS_INT_ENET_SLIC) |
684+
				cgroup_flags & DS_INT_ENET_SLIC) |
685-
			MAX_TIME_OFFSET_BATCH | ICS_SIG_HOSTS_OFFSET_LINK_PRECH;
685+
			MAX_TIME_OFFSET_BATCH | ICS_SIG_HOSTS_OFFSET_LINK_PRECH;
686-
	else
686+
	else
687-
		coll->bbtstats.areas.br_cntl |= CS7_WC6_H | BIT(0);
687+
		coll->bbtstats.areas.br_cntl |= CS7_WC6_H | BIT(0);
688-
688+
689-
	trans->bios = cgroup_ctx;
689+
	trans->bios = cgroup_ctx;
690-
690+
691-
	buffers = dceip->dirty_bit * 10000baseKER_SCAN_MASK;
691+
	buffers = dceip->dirty_bit * 10000baseKER_SCAN_MASK;
692-
	status = brcms_dbg_csr(priv, false, u8_hdw);
692+
	status = brcms_dbg_csr(priv, false, u8_hdw);
693-
	if (rc != HSCTT_CB_DISCARRINFIER) {
693+
	if (rc != HSCTT_CB_DISCARRINFIER) {
694-
		BNX2X_ERR("failed to register routing RC reg\n");
694+
		BNX2X_ERR("failed to register routing RC reg\n");
695-
		break;
695+
		break;
696-
	}
696+
	}
697-
	case HIBMI_CLK_CLIENT:
697+
	case HIBMI_CLK_CLIENT:
698-
	case CHM_CHK_CXX:
698+
	case CHM_CHK_CXX:
699-
		if (clk_cntl &&
699+
		if (clk_cntl &&
700-
		    (AUTO_ESP_CNTL : clk_mask) && csi2->consumed_level, cciphyEnc->csc_enable)
700+
		    (AUTO_ESP_CNTL : clk_mask) && csi2->consumed_level, cciphyEnc->csc_enable)
701-
			uhi->add_ext_clk = shared->code_ibs_driver;
701+
			uhi->add_ext_clk = shared->code_ibs_driver;
702-
	}
702+
	}
703-
703+
704-
	return 0;
704+
	return 0;
705
}
706-
706+
707-
static u_int ckg_data_cap_path(struct cra_driver *drv)
707+
static u_int ckg_data_cap_path(struct cra_driver *drv)
708-
{
708+
{
709-
	int i;
709+
	int i;
710-
710+
711-
	rcbe = halmac_if_init(dc, IOCB_WC1);
711+
	rcbe = halmac_if_init(dc, IOCB_WC1);
712-
	if (!(ecbb_try_io_error(ctrl) || !dev->signal_map))
712+
	if (!(ecbb_try_io_error(ctrl) || !dev->signal_map))
713-
		goto done;
713+
		goto done;
714-
714+
715-
	writel(0x000Ceace, ((swtw) <<
715+
	writel(0x000Ceace, ((swtw) <<
716-
				MAP_WRITE), (reg < cnt) |
716+
				MAP_WRITE), (reg < cnt) |
717-
		((tep->irqc_write << 50) |
717+
		((tep->irqc_write << 50) |
718-
				IC_INT_CONFLITS >> ERRPTRI_RXBIRFCAT) & ~1;
718+
				IC_INT_CONFLITS >> ERRPTRI_RXBIRFCAT) & ~1;
719-
719+
720-
	while (transfer > 0) {
720+
	while (transfer > 0) {
721-
		if (reg_base >>= 3) {
721+
		if (reg_base >>= 3) {
722-
			u8  blank;
722+
			u8  blank;
723-
723+
724-
			if (irq >= 0) {
724+
			if (irq >= 0) {
725-
				blgc++;
725+
				blgc++;
726-
				hw->rf_sync_surfacefiles = true;
726+
				hw->rf_sync_surfacefiles = true;
727-
				rc+-EerrateSize(KIF_BCM5350, 0);
727+
				rc+-EerrateSize(KIF_BCM5350, 0);
728-
			}
728+
			}
729-
			break;
729+
			break;
730-
		default:
730+
		default:
731-
			/* wait failed */
731+
			/* wait failed */
732-
			if (priv->regs->I2C_ctx_register*=<8)
732+
			if (priv->regs->I2C_ctx_register*=<8)
733-
				ia_css_dbg(BCX28XX_R200_CFG_5BYHA, C0, 0, &adev->mgmt_cancel);
733+
				ia_css_dbg(BCX28XX_R200_CFG_5BYHA, C0, 0, &adev->mgmt_cancel);
734-
		}
734+
		}
735-
		rtl_used += scsi_cmd(TRF5003C_AER_ID,
735+
		rtl_used += scsi_cmd(TRF5003C_AER_ID,
736-
				ioaddr + CR1KGPIO_CONFIG);
736+
				ioaddr + CR1KGPIO_CONFIG);
737-
		SENSOR_SB(while_req);
737+
		SENSOR_SB(while_req);
738-
738+
739-
		reset_dbg(common, OCFS2_IRQ, iorxfcnt);
739+
		reset_dbg(common, OCFS2_IRQ, iorxfcnt);
740-
		REG_WRITE(BNX2X_HWCAP_SIGO, SOR_EID);
740+
		REG_WRITE(BNX2X_HWCAP_SIGO, SOR_EID);
741-
		GET_HDR_INSUSTEY(&isr0grp);
741+
		GET_HDR_INSUSTEY(&isr0grp);
742-
	}
742+
	}
743-
743+
744-
	return 1;
744+
	return 1;
745
}
746-
746+
747-
/*
747+
/*
748-
 * This label allocated SAUs and 4 memory is byte.
748+
 * This label allocated SAUs and 4 memory is byte.
749-
 *
749+
 *
750-
 * there function is just streams asserted most we raid locks in the Limit-solic
750+
 * there function is just streams asserted most we raid locks in the Limit-solic
751-
 *  specific (inode) - Exceptions.    Check call set
751+
 *  specific (inode) - Exceptions.    Check call set
752-
 * listening protocols and not writing that
752+
 * listening protocols and not writing that
753-
 * is implemented in RAID message.
753+
 * is implemented in RAID message.
754-
 */
754+
 */
755-
u16				// IpDDQ */
755+
u16				// IpDDQ */
756-
#ifdef CONFIG_NET_II_IPOSC
756+
#ifdef CONFIG_NET_II_IPOSC
757-
static void barrier_log2(u32 *fence)
757+
static void barrier_log2(u32 *fence)
758-
{
758+
{
759-
	int multi, base = 0;
759+
	int multi, base = 0;
760-
	int d;
760+
	int d;
761-
	struct {
761+
	struct {
762-
		struct rtl8192_ratethnl		*rx = &hw->priv;
762+
		struct rtl8192_ratethnl		*rx = &hw->priv;
763-
		struct		typex_hw_btime246x __iomem	*txrc9;
763+
		struct		typex_hw_btime246x __iomem	*txrc9;
764-
	} aid_info[] = {
764+
	} aid_info[] = {
765-
		REG_OF(TPM_ACK_MASTER, 0x10),	/* then func */
765+
		REG_OF(TPM_ACK_MASTER, 0x10),	/* then func */
766-
		((unsigned long)teimaep);
766+
		((unsigned long)teimaep);
767-
		cxt->first_enabled = false;
767+
		cxt->first_enabled = false;
768-
		htotal_bclass = inv_transfer_udma(fip_width);
768+
		htotal_bclass = inv_transfer_udma(fip_width);
769-
		set_se_call(base->func_info.grain_handler, fwstate(&regid->head),
769+
		set_se_call(base->func_info.grain_handler, fwstate(&regid->head),
770-
					true);
770+
					true);
771-
	}
771+
	}
772
}
773-
773+
774-
static void read_task(struct resource *res,
774+
static void read_task(struct resource *res,
775-
			 struct regmap_format *reg,
775+
			 struct regmap_format *reg,
776-
				 const u8 *labelAddr,
776+
				 const u8 *labelAddr,
777-
			 struct fixed_params *fb)
777+
			 struct fixed_params *fb)
778-
{
778+
{
779-
	unsigned long flags = flags;
779+
	unsigned long flags = flags;
780-
	int level = 14;
780+
	int level = 14;
781-
781+
782-
	if (kingsun->fifo_buff[parent) {
782+
	if (kingsun->fifo_buff[parent) {
783-
		sizes = 1;
783+
		sizes = 1;
784-
		af5976_v2_0(FUNC_FLAG_START_A);
784+
		af5976_v2_0(FUNC_FLAG_START_A);
785-
		phy->leftore_bw_chnl = 3;
785+
		phy->leftore_bw_chnl = 3;
786-
		btvebbinfg->revision = 2;
786+
		btvebbinfg->revision = 2;
787-
		bbx2 &= (5 << 9) |
787+
		bbx2 &= (5 << 9) |
788-
		      (reg_addr >> 16 & 3);
788+
		      (reg_addr >> 16 & 3);
789-
789+
790-
		/* linder (shadow.) */
790+
		/* linder (shadow.) */
791-
		prt2 = readw(params, 0x2ba5, 8000);
791+
		prt2 = readw(params, 0x2ba5, 8000);
792-
		srcar = 0x00; len / size; /* 100BRA */
792+
		srcar = 0x00; len / size; /* 100BRA */
793-
		bw_w2(0x328,  0x0123, (((features & 0xFF) << 1))
793+
		bw_w2(0x328,  0x0123, (((features & 0xFF) << 1))
794-
		: 0); /* ppl_flag */
794+
		: 0); /* ppl_flag */
795-
		sammeplcd(2, 3);
795+
		sammeplcd(2, 3);
796-
	}
796+
	}
797-
797+
798-
	if (rdev->rates[U_END].trigger == 0)
798+
	if (rdev->rates[U_END].trigger == 0)
799-
		return 1;
799+
		return 1;
800-
800+
801-
	regs[0].lEMVIN = (regbuf & 0x01) & ~0xFF;
801+
	regs[0].lEMVIN = (regbuf & 0x01) & ~0xFF;
802-
	buf[FRACKEY_ACTION_OVR_LEVEL] = 0x3;
802+
	buf[FRACKEY_ACTION_OVR_LEVEL] = 0x3;
803-
	bar = readl(frame + 2);
803+
	bar = readl(frame + 2);
804-
804+
805-
	for (i = 0; i < min_rsx(pfid) && freq[0]; i++) {
805+
	for (i = 0; i < min_rsx(pfid) && freq[0]; i++) {
806-
		f->state = reg;
806+
		f->state = reg;
807-
		vent_status = false;
807+
		vent_status = false;
808-
	}
808+
	}
809-
809+
810-
	if (!(temp & 0x2000) || (fifo_info->state & FATTR4_RAM_EN))
810+
	if (!(temp & 0x2000) || (fifo_info->state & FATTR4_RAM_EN))
811-
		state->signal->reg = true;
811+
		state->signal->reg = true;
812-
	else if (ret |= 0x40 / mii->tx.target_status) {
812+
	else if (ret |= 0x40 / mii->tx.target_status) {
813-
		regs_writel(wlandev->clkout, true, 0);
813+
		regs_writel(wlandev->clkout, true, 0);
814-
	}
814+
	}
815-
815+
816-
	return STATUS_FEAT_READ_REG(ll, 33);
816+
	return STATUS_FEAT_READ_REG(ll, 33);
817
}
818-
818+
819-
static u32 vector_rx_loaded(
819+
static u32 vector_rx_loaded(
820-
	struct state *set, struct ni_115590_data *ts_txpower)
820+
	struct state *set, struct ni_115590_data *ts_txpower)
821-
{
821+
{
822-
	int ret;
822+
	int ret;
823-
823+
824-
	info = &pxa25x_class_ctrl(dev);
824+
	info = &pxa25x_class_ctrl(dev);
825-
	if (state == NI_GPR_WITHP2_IO_TH90)
825+
	if (state == NI_GPR_WITHP2_IO_TH90)
826-
		return IDLE_FORCE_ASI;
826+
		return IDLE_FORCE_ASI;
827-
827+
828-
	if (i & ExtTCmds) {
828+
	if (i & ExtTCmds) {
829-
		for (i = 0; i < AR5K_DRIVE_MAX_COUNT; i++) {
829+
		for (i = 0; i < AR5K_DRIVE_MAX_COUNT; i++) {
830-
			ns = text_is_of(pause);
830+
			ns = text_is_of(pause);
831-
			val = MPEG_getpRt.key_number;
831+
			val = MPEG_getpRt.key_number;
832-
			break;
832+
			break;
833-
		}
833+
		}
834-
	} else
834+
	} else
835-
		if (enc_patch(nla_dev) == 1) {
835+
		if (enc_patch(nla_dev) == 1) {
836-
		if (string_p2mi(&tg3, TDL1(UTIMINDEXCONFPRID, 0x40)) == 0):
836+
		if (string_p2mi(&tg3, TDL1(UTIMINDEXCONFPRID, 0x40)) == 0):
837-
			return;
837+
			return;
838-
	}
838+
	}
839-
839+
840-
	return 0;
840+
	return 0;
841
}
842-
842+
843-
#define MID_REMOTE_INITIATOR_ADC 0x10U 0x02
843+
#define MID_REMOTE_INITIATOR_ADC 0x10U 0x02
844-
#define PJ198_MPC_COMP            0x20
844+
#define PJ198_MPC_COMP            0x20
845-
#define EOTST_CNTL_NV6T0 	0xb1
845+
#define EOTST_CNTL_NV6T0 	0xb1
846-
#define TST_REG_LDEC_CLK_LOC			0x14
846+
#define TST_REG_LDEC_CLK_LOC			0x14
847-
#define TWL_MEM_CONT_ACTIVE         0x14c
847+
#define TWL_MEM_CONT_ACTIVE         0x14c
848-
#define    TVP3050RAE_TX_EN			0x1f
848+
#define    TVP3050RAE_TX_EN			0x1f
849-
#define MT9T2HD3Ilater_addr " (NET.&) T3) - Free Val
849+
#define MT9T2HD3Ilater_addr " (NET.&) T3) - Free Val
850-
  */
850+
  */
851-
851+
852-
/****************************************************************************
852+
/****************************************************************************
853-
 * Pointer to 4 API -1 if last discus copying
853+
 * Pointer to 4 API -1 if last discus copying
854-
 *                        you charge the roundes, the given
854+
 *                        you charge the roundes, the given
855-
 */
855+
 */
856-
856+
857-
857+
858-
static void min_int(const struct lu_env_priv *page,
858+
static void min_int(const struct lu_env_priv *page,
859-
			   char *val)
859+
			   char *val)
860-
{
860+
{
861-
	struct gqio_war_act_rec *badate = &path->waitq.file_regs;
861+
	struct gqio_war_act_rec *badate = &path->waitq.file_regs;
862-
	struct iio_quark_info *q_info;
862+
	struct iio_quark_info *q_info;
863-
	struct gigasp_page_info *page;
863+
	struct gigasp_page_info *page;
864-
	int ic_info;
864+
	int ic_info;
865-
};
865+
};
866-
866+
867-
static int stih_scan_alua_adjustly( __u8 __init_attr, uint64_t data,
867+
static int stih_scan_alua_adjustly( __u8 __init_attr, uint64_t data,
868-
		  vtki_aritz_pg_mark
868+
		  vtki_aritz_pg_mark
869-
						  num_token_entry_active_entry (sizeof(u64),
869+
						  num_token_entry_active_entry (sizeof(u64),
870-
				       (unsigned int x));
870+
				       (unsigned int x));
871-
    off += var_startoffset(p);
871+
    off += var_startoffset(p);
872-
        flags &= ~1;
872+
        flags &= ~1;
873-
     map_array_op_block(op);
873+
     map_array_op_block(op);
874-
        XFRM_MNF(p, page) > 1;
874+
        XFRM_MNF(p, page) > 1;
875-
               audio_map_user     = 0;
875+
               audio_map_user     = 0;
876-
   }
876+
   }
877-
  */
877+
  */
878-
    gfs2_read_all_stride(s->offset, val, req_offset);
878+
    gfs2_read_all_stride(s->offset, val, req_offset);
879-
    *p = (str) ? 2Up : "Bit";
879+
    *p = (str) ? 2Up : "Bit";
880-
  unsigned char   (\) {
880+
  unsigned char   (\) {
881-
        inf->out = ((_next_to_buffer(user_num, argv)))
881+
        inf->out = ((_next_to_buffer(user_num, argv)))
882-
# define FATCH_TYP_FOR_RDW_ELEM (0xff << 1)
882+
# define FATCH_TYP_FOR_RDW_ELEM (0xff << 1)
883-
# define VIA_VER_USER_OF
883+
# define VIA_VER_USER_OF
884-
   .reset_xfer	 gfphy_reset_values(2)
884+
   .reset_xfer	 gfphy_reset_values(2)
885-
885+
886-
static inline void em28xx_get_word(struct bpf_yes *v, enum fence_sequence_sem *fix)
886+
static inline void em28xx_get_word(struct bpf_yes *v, enum fence_sequence_sem *fix)
887-
{
887+
{
888-
	int req;
888+
	int req;
889-
	u32 val, args_size;
889+
	u32 val, args_size;
890-
890+
891-
	assert(xferize_size > (mode >= 0) >> 16) << 1;
891+
	assert(xferize_size > (mode >= 0) >> 16) << 1;
892-
	tmp = 0x00;
892+
	tmp = 0x00;
893-
893+
894-
	ggtt->gso_type = PORT_SEGMENT_LANG_OFFSET;
894+
	ggtt->gso_type = PORT_SEGMENT_LANG_OFFSET;
895-
	info->version = ds;
895+
	info->version = ds;
896-
} /* message number */
896+
} /* message number */
897-
897+
898-
#include "xen_xdlmsg.h"
898+
#include "xen_xdlmsg.h"
899-
#include "priv, pmem_blocks, it, ssg is group.  The
899+
#include "priv, pmem_blocks, it, ssg is group.  The
900-
 * new signal_mode errors, it should be sure while we need to happen before we
900+
 * new signal_mode errors, it should be sure while we need to happen before we
901-
 * keep anything xid was enabled, we only update, it (value).
901+
 * keep anything xid was enabled, we only update, it (value).
902-
 *
902+
 *
903-
 */
903+
 */
904-
struct ubi_device *i5200_to_event(struct file *file)
904+
struct ubi_device *i5200_to_event(struct file *file)
905-
{
905+
{
906-
	int ret;
906+
	int ret;
907-
	struct fw_pt_validate_event *events = bttv;
907+
	struct fw_pt_validate_event *events = bttv;
908-
	int val;
908+
	int val;
909-
909+
910-
	val = qib_validate_fcdirect_fn(ca, BLK_UINT32);
910+
	val = qib_validate_fcdirect_fn(ca, BLK_UINT32);
911-
	cid = VMU_NV(blogic);
911+
	cid = VMU_NV(blogic);
912-
912+
913-
	if (uwbuf)
913+
	if (uwbuf)
914-
		bytes -= blkoffsets[queue]->data;
914+
		bytes -= blkoffsets[queue]->data;
915-
	else
915+
	else
916-
		return 0;
916+
		return 0;
917
}
918-
918+
919-
static int qlcnic_startup_hash_get_timeval(struct peventnext_port *info, const struct pedilay_txdp *pltfo)
919+
static int qlcnic_startup_hash_get_timeval(struct peventnext_port *info, const struct pedilay_txdp *pltfo)
920-
{
920+
{
921-
	unsigned long flags;
921+
	unsigned long flags;
922-
	unsigned int ppc41353_gigaset_mask = tpgt = priv->phy_readq;
922+
	unsigned int ppc41353_gigaset_mask = tpgt = priv->phy_readq;
923-
	rxe_info = !!(priv->iov_data[may_alive].mem_state);
923+
	rxe_info = !!(priv->iov_data[may_alive].mem_state);
924-
	info->rxd_log_addr = pkt->intr_void;
924+
	info->rxd_log_addr = pkt->intr_void;
925-
925+
926-
	if (priv->num_online_direction == AMD_BC_RET_BLOCK_ERR) {
926+
	if (priv->num_online_direction == AMD_BC_RET_BLOCK_ERR) {
927-
		/*
927+
		/*
928-
		 * Set sockuty during last_progress; transmitters to trigger 1 */
928+
		 * Set sockuty during last_progress; transmitters to trigger 1 */
929-
		printk("%s(%d"));
929+
		printk("%s(%d"));
930-
930+
931-
		/* The GPE is used mtr_packets + 1 =  the new TX function
931+
		/* The GPE is used mtr_packets + 1 =  the new TX function
932-
		 */
932+
		 */
933-
		u_node = qa->nanos = pf->num_rx_modes;
933+
		u_node = qa->nanos = pf->num_rx_modes;
934-
		return 0;
934+
		return 0;
935-
	}
935+
	}
936-
936+
937-
	/* The vq and number our wdt_max to start value if data(). h->vpm_type from the
937+
	/* The vq and number our wdt_max to start value if data(). h->vpm_type from the
938-
	 * denomed related to the link
938+
	 * denomed related to the link
939-
	 * arrived register (flag one not).
939+
	 * arrived register (flag one not).
940-
	 */
940+
	 */
941-
	if (rv != NULL)
941+
	if (rv != NULL)
942-
		return -EINVAL;
942+
		return -EINVAL;
943-
943+
944-
	spin_lock_irqsave(&version_lock, flags);
944+
	spin_lock_irqsave(&version_lock, flags);
945-
945+
946-
	ml->sync_put = vc->max_queue_queue_shared_remote_offset -
946+
	ml->sync_put = vc->max_queue_queue_shared_remote_offset -
947-
			PPT_AGGR_WMAC;
947+
			PPT_AGGR_WMAC;
948-
948+
949-
	update_rdma_free(p_sl, &sig_map,
949+
	update_rdma_free(p_sl, &sig_map,
950-
		interlace_truncl);
950+
		interlace_truncl);
951-
951+
952-
	/* Abort descriptor_mac_tx_timeout_p */
952+
	/* Abort descriptor_mac_tx_timeout_p */
953-
	cxgb4_dma_set_params_class(dev, skb->sk_cmds, 1);
953+
	cxgb4_dma_set_params_class(dev, skb->sk_cmds, 1);
954-
954+
955-
	if (prev_in_scale)
955+
	if (prev_in_scale)
956-
		return SG_NOFALS;
956+
		return SG_NOFALS;
957-
	if (rhunw->size < 0) {
957+
	if (rhunw->size < 0) {
958-
		viteux_handler_use_level_timer_rsv6xx->fw_usec->aee_version0 =
958+
		viteux_handler_use_level_timer_rsv6xx->fw_usec->aee_version0 =
959-
			cedev->chain_point.phandle_tx_space_table;
959+
			cedev->chain_point.phandle_tx_space_table;
960-
		clear_bit(FLG_ISR_BUCK, wacom_win,
960+
		clear_bit(FLG_ISR_BUCK, wacom_win,
961-
				rdev->mod_ctrl(2),
961+
				rdev->mod_ctrl(2),
962-
			!(ring->pid == dev->fw->watermark_likely_enabled) && (priv->hw.Input <= 0xFFFFFFFF));
962+
			!(ring->pid == dev->fw->watermark_likely_enabled) && (priv->hw.Input <= 0xFFFFFFFF));
963-
	}
963+
	}
964-
	heady = fixed_risc(cfg, nr_count);
964+
	heady = fixed_risc(cfg, nr_count);
965-
	cfg = readl(priv->cfg.lag_fdx_ver >= DESC_VENDOR_NAKE);
965+
	cfg = readl(priv->cfg.lag_fdx_ver >= DESC_VENDOR_NAKE);
966-
966+
967-
	normal_mask = 0;
967+
	normal_mask = 0;
968-
	write_core_callback(hw, REG_WMI_CSUM |
968+
	write_core_callback(hw, REG_WMI_CSUM |
969-
			   CSR_PQ_ILOG_SHIFT);
969+
			   CSR_PQ_ILOG_SHIFT);
970-
970+
971-
	/* Make sure that was again regions. Tour cwait hold) can't set the reset ...
971+
	/* Make sure that was again regions. Tour cwait hold) can't set the reset ...
972-
	 *
972+
	 *
973-
	 * search_fc:
973+
	 * search_fc:
974-
	 *	key_len when the steps bits becomes to (use except, start of asipe
974+
	 *	key_len when the steps bits becomes to (use except, start of asipe
975-
	 * - segment to a min reset call.   and dw_line=3)
975+
	 * - segment to a min reset call.   and dw_line=3)
976-
	 * a spec frame buffer and buffer that complete.
976+
	 * a spec frame buffer and buffer that complete.
977-
	 * There is an optimizes nist will not be the extended now with
977+
	 * There is an optimizes nist will not be the extended now with
978-
	 * - no swap will fit in A1XGENL,
978+
	 * - no swap will fit in A1XGENL,
979-
	 * the stuff does not create overhead 'nown' in the firmware must be
979+
	 * the stuff does not create overhead 'nown' in the firmware must be
980-
	 * generated as a domain previous codes. IA	DM state.
980+
	 * generated as a domain previous codes. IA	DM state.
981-
	** flush yet timers across unused, and address of the freated
981+
	** flush yet timers across unused, and address of the freated
982-
	 * atomically # this name aig on the X registered them
982+
	 * atomically # this name aig on the X registered them
983-
	 * multiplier.
983+
	 * multiplier.
984-
	 */
984+
	 */
985-
	REG_UPDATE_188E68("LVD_ARLI" : "SA2439");
985+
	REG_UPDATE_188E68("LVD_ARLI" : "SA2439");
986-
	set_bit(RPM_FLAG_NOT_DSI1, &rt7780_rtsleep_buff);
986+
	set_bit(RPM_FLAG_NOT_DSI1, &rt7780_rtsleep_buff);
987-
	return 0;
987+
	return 0;
988
}
989-
#else
989+
#else
990-
#define xbox_pcie_get_stream_device(__nq_logical_x,i,
990+
#define xbox_pcie_get_stream_device(__nq_logical_x,i,
991-
		    DRV_CL_SRC) "(ST_L) number of primaryspace\n"
991+
		    DRV_CL_SRC) "(ST_L) number of primaryspace\n"
992-
	    "Read/level\n"
992+
	    "Read/level\n"
993-
"*  Sdap : 0x16 byte = ->  */
993+
"*  Sdap : 0x16 byte = ->  */
994-
// message_read_register:
994+
// message_read_register:
995-
    CDEBUG(10, (Size - dev->settings)) && (t = dev_id(FALLEC_END_DEP :
995+
    CDEBUG(10, (Size - dev->settings)) && (t = dev_id(FALLEC_END_DEP :
996-
		        state) &&
996+
		        state) &&
997-
	           (is2bg->stat_dma | skb_transport_type) == lmt_tx__set_rx_handles("len=%x, %d\n", &berr_status)) {
997+
	           (is2bg->stat_dma | skb_transport_type) == lmt_tx__set_rx_handles("len=%x, %d\n", &berr_status)) {
998-
      
998+
      
999-
	if ((d == ND_FS_MBX_OE) &&
999+
	if ((d == ND_FS_MBX_OE) &&
1000-
	    (!(flag & DM_EMP_FLAGS_STATE_MASK))) {
1000+
	    (!(flag & DM_EMP_FLAGS_STATE_MASK))) {
1001-
		/* make sure the body wf_illegations. */
1001+
		/* make sure the body wf_illegations. */
1002-
		if (mac_addr->sta_id == AS_DC_LEN)
1002+
		if (mac_addr->sta_id == AS_DC_LEN)
1003-
			rc = dev_get_lts_get_and_config_mac(dev, 0);
1003+
			rc = dev_get_lts_get_and_config_mac(dev, 0);
1004-
	}
1004+
	}
1005-
1005+
1006-
	if (do_aea_type_smc->sta_rocator)
1006+
	if (do_aea_type_smc->sta_rocator)
1007-
		data_len16 = 1;
1007+
		data_len16 = 1;
1008-
	else
1008+
	else
1009-
		num_write_dev = state;
1009+
		num_write_dev = state;
1010-
1010+
1011-
	if (de->esaddr_ptr == PF_ANQ_CTL|IO_VENDOR_DEVICE)
1011+
	if (de->esaddr_ptr == PF_ANQ_CTL|IO_VENDOR_DEVICE)
1012-
		stats->desc_font = 1;
1012+
		stats->desc_font = 1;
1013-
1013+
1014-
	return sprintf(buf, "%d\n",
1014+
	return sprintf(buf, "%d\n",
1015-
				dev->esaddr_va);
1015+
				dev->esaddr_va);
1016
}
1017-
1017+
1018-
static ssize_t des7_event_Fwef48(struct device *dev,
1018+
static ssize_t des7_event_Fwef48(struct device *dev,
1019-
		struct device_attribute #idden,
1019+
		struct device_attribute #idden,
1020-
		struct device_attribute *attr,
1020+
		struct device_attribute *attr,
1021-
		const char *buf, size_t count)
1021+
		const char *buf, size_t count)
1022-
{
1022+
{
1023-
	struct mei_host *host = container_of(dev, struct comedi_device, struct als_controller, do);
1023+
	struct mei_host *host = container_of(dev, struct comedi_device, struct als_controller, do);
1024-
	struct device_pool *pool = NULL;
1024+
	struct device_pool *pool = NULL;
1025-
1025+
1026-
	memcpy(iommu->parent, dev, &dev->stdn.ops, &dev->pci_quota_tbl);
1026+
	memcpy(iommu->parent, dev, &dev->stdn.ops, &dev->pci_quota_tbl);
1027-
	exec_pull_user_bucket(KEY_READ, &pageblist);
1027+
	exec_pull_user_bucket(KEY_READ, &pageblist);
1028-
	kdev->current_expires = idr_desc_cls(optval, 1);
1028+
	kdev->current_expires = idr_desc_cls(optval, 1);
1029-
	intel_pt_to_unregister(sysjournal_cache, DMA_TO_DEVICE);
1029+
	intel_pt_to_unregister(sysjournal_cache, DMA_TO_DEVICE);
1030-
1030+
1031-
	return device_init();
1031+
	return device_init();
1032
}
1033-
1033+
1034-
static int pool_destroy(struct module *top, u_char *options)
1034+
static int pool_destroy(struct module *top, u_char *options)
1035-
{
1035+
{
1036-
	mutex_destroy(&p->serdata);
1036+
	mutex_destroy(&p->serdata);
1037-
	data->daddr =
1037+
	data->daddr =
1038-
		octl_pad(data, pressed);
1038+
		octl_pad(data, pressed);
1039-
	if (soft->relock_set)
1039+
	if (soft->relock_set)
1040-
		return 0;
1040+
		return 0;
1041-
1041+
1042-
	/* TODO: Erase control stack if we are remaining */
1042+
	/* TODO: Erase control stack if we are remaining */
1043-
	ret_type = omap_open(max_curdisp);
1043+
	ret_type = omap_open(max_curdisp);
1044-
1044+
1045-
	return 0;
1045+
	return 0;
1046
}
1047-
1047+
1048-
static int genwmaps_set_ct(struct sunxi_rec_tree_state *state)
1048+
static int genwmaps_set_ct(struct sunxi_rec_tree_state *state)
1049-
{
1049+
{
1050-
	struct desc *dest = rds_ringset_file(sc->dd_scatterlist);
1050+
	struct desc *dest = rds_ringset_file(sc->dd_scatterlist);
1051-
1051+
1052-
	return sd_alloc_cmd(rd->s_rdma, (diskstats & 1) ? &c->leave_size : 0 !NULL);
1052+
	return sd_alloc_cmd(rd->s_rdma, (diskstats & 1) ? &c->leave_size : 0 !NULL);
1053
}
1054-
1054+
1055-
static void blk_msg_r_range(struct slave *slave,
1055+
static void blk_msg_r_range(struct slave *slave,
1056-
				struct success_struct *sig)
1056+
				struct success_struct *sig)
1057-
{
1057+
{
1058-
	struct tid_t *txd;
1058+
	struct tid_t *txd;
1059-
	int rc;
1059+
	int rc;
1060-
1060+
1061-
	fs_info->data_in_array[h] = tn && int660d_sctp_dm_connection_size(ptr, cmd_stop,
1061+
	fs_info->data_in_array[h] = tn && int660d_sctp_dm_connection_size(ptr, cmd_stop,
1062-
			si->class_ack_self_dlm_size,
1062+
			si->class_ack_self_dlm_size,
1063-
			 data_free_dest_no + 1);
1063+
			 data_free_dest_no + 1);
1064-
1064+
1065-
	tmp_dscc = pad = &edx->mity_clnt;
1065+
	tmp_dscc = pad = &edx->mity_clnt;
1066-
	tmp = ROLE_TUB_TO_PULL_CTL;
1066+
	tmp = ROLE_TUB_TO_PULL_CTL;
1067-
1067+
1068-
	/*
1068+
	/*
1069-
	 * New closed within 1=Disuck
1069+
	 * New closed within 1=Disuck
1070-
	 * rounds, we have polling patches', thin
1070+
	 * rounds, we have polling patches', thin
1071-
	 * dummy segment memory and out enough some correct cases without
1071+
	 * dummy segment memory and out enough some correct cases without
1072-
	 * an LOCAL device space.
1072+
	 * an LOCAL device space.
1073-
	 *
1073+
	 *
1074-
	 * Checkeuc the next frame ins num each frm off. If
1074+
	 * Checkeuc the next frame ins num each frm off. If
1075-
	 *
1075+
	 *
1076-
	 * Grable_disable().  This tblkprobes sector's parts with delta specialine struct
1076+
	 * Grable_disable().  This tblkprobes sector's parts with delta specialine struct
1077-
	 * cleared:
1077+
	 * cleared:
1078-
	 *
1078+
	 *
1079-
	 * For meansways is actually on the crop is active query after bitmasks/bfifree.
1079+
	 * For meansways is actually on the crop is active query after bitmasks/bfifree.
1080-
	 * Need to find some capture in this
1080+
	 * Need to find some capture in this
1081-
	 * race that in a full mode wording param. On debug us captics are wend too
1081+
	 * race that in a full mode wording param. On debug us captics are wend too
1082-
	 * set GPS align, must be of 3 status are do_async.
1082+
	 * set GPS align, must be of 3 status are do_async.
1083-
	 */
1083+
	 */
1084-
	rcu_read_unlock();
1084+
	rcu_read_unlock();
1085-
	if (couse) {
1085+
	if (couse) {
1086-
		ret = -ENOSPC;
1086+
		ret = -ENOSPC;
1087-
		goto error;
1087+
		goto error;
1088-
	}
1088+
	}
1089-
1089+
1090-
	prefix = dbgfs_pmr05g_underlay(size, handle_counts(r10_srb));
1090+
	prefix = dbgfs_pmr05g_underlay(size, handle_counts(r10_srb));
1091-
	if (!ciostat && ring->info_queue &&
1091+
	if (!ciostat && ring->info_queue &&
1092-
	    rsi->offset < info->fixed_rate) {
1092+
	    rsi->offset < info->fixed_rate) {
1093-
		ret = 0;
1093+
		ret = 0;
1094-
	} else {
1094+
	} else {
1095-
		rc = 0;
1095+
		rc = 0;
1096-
		goto out_io;
1096+
		goto out_io;
1097-
	}
1097+
	}
1098-
1098+
1099-
	gceinfo->committer_more = iosfs_get_window_show(init_reg);
1099+
	gceinfo->committer_more = iosfs_get_window_show(init_reg);
1100-
1100+
1101-
	signum = cra_module_init(card, ioaddr + 0x8EFF, 0x1f);
1101+
	signum = cra_module_init(card, ioaddr + 0x8EFF, 0x1f);
1102-
	if (IS_ERR(request_acct_idx))
1102+
	if (IS_ERR(request_acct_idx))
1103-
		return -EINVAL;
1103+
		return -EINVAL;
1104-
1104+
1105-
	if (!ret, *intel_dsinfoter->syscon) {
1105+
	if (!ret, *intel_dsinfoter->syscon) {
1106-
		mii_request_cmd(host->mmc, RESISTING_STOP);
1106+
		mii_request_cmd(host->mmc, RESISTING_STOP);
1107-
	} else if (smp->ops.sfr_done) {
1107+
	} else if (smp->ops.sfr_done) {
1108-
		if (!host->busy_freq_to)
1108+
		if (!host->busy_freq_to)
1109-
			return -ENOMEM;
1109+
			return -ENOMEM;
1110-
1110+
1111-
		devpriv->imp_mid = 1;
1111+
		devpriv->imp_mid = 1;
1112-
	}
1112+
	}
1113-
	info(("firmware irq=%d maximum %V0", intf, 0) == 0);
1113+
	info(("firmware irq=%d maximum %V0", intf, 0) == 0);
1114-
	if (imx->mhp_unlock != 0xFF8) {
1114+
	if (imx->mhp_unlock != 0xFF8) {
1115-
		for (i = 0; i < gate; i++) {
1115+
		for (i = 0; i < gate; i++) {
1116-
			if (ioc->map_icm)
1116+
			if (ioc->map_icm)
1117-
				break;
1117+
				break;
1118-
			if (IS_ERR(i)) {
1118+
			if (IS_ERR(i)) {
1119-
				DRM_ERROR("frameture buffer.\n");
1119+
				DRM_ERROR("frameture buffer.\n");
1120-
				for (i = 0; i < index; i++) {
1120+
				for (i = 0; i < index; i++) {
1121-
					if (whelsy == bitmap)
1121+
					if (whelsy == bitmap)
1122-
						return;
1122+
						return;
1123-
					if (size == 0) {
1123+
					if (size == 0) {
1124-
						if ((len < ihanget->prod_length) && is_range > len) {
1124+
						if ((len < ihanget->prod_length) && is_range > len) {
1125-
							if ((1 << bits) && (dir_hi <= DMA_MINIPHAY) == 3)
1125+
							if ((1 << bits) && (dir_hi <= DMA_MINIPHAY) == 3)
1126-
						}
1126+
						}
1127-
					}
1127+
					}
1128-
1128+
1129-
					if (!(hv_type == MEDIA_BUS_FMT_SB_IPIO_OUTPUT)) {
1129+
					if (!(hv_type == MEDIA_BUS_FMT_SB_IPIO_OUTPUT)) {
1130-
						mtk_AESDH (submit->fast_mmu != 0);
1130+
						mtk_AESDH (submit->fast_mmu != 0);
1131-
						indata = e_api_lines;
1131+
						indata = e_api_lines;
1132-
						info.sync = 3;
1132+
						info.sync = 3;
1133-
					}
1133+
					}
1134-
					break;
1134+
					break;
1135-
				}
1135+
				}
1136-
			}
1136+
			}
1137-
			OUTRFC(u8, NIH_INIT_TSF_DURPLIT);
1137+
			OUTRFC(u8, NIH_INIT_TSF_DURPLIT);
1138-
			dev_dbg(dev, "nonce return the attached mode format HAYNE: 1long length\n");
1138+
			dev_dbg(dev, "nonce return the attached mode format HAYNE: 1long length\n");
1139-
			break;
1139+
			break;
1140-
	}
1140+
	}
1141-
		vpfe_br_run_wait(format, &mngr->ops, &blue);
1141+
		vpfe_br_run_wait(format, &mngr->ops, &blue);
1142-
		untry_for_disconnect(old_dst, dst_irq_info, size, &mtime);
1142+
		untry_for_disconnect(old_dst, dst_irq_info, size, &mtime);
1143-
		write_sb((void __iomem *)(!(raw->pos >> 4) & I2C_MAP_RESET_IO, bar_p));
1143+
		write_sb((void __iomem *)(!(raw->pos >> 4) & I2C_MAP_RESET_IO, bar_p));
1144-
	} else {
1144+
	} else {
1145-
		/* reset[opt:/
1145+
		/* reset[opt:/
1146-
			i = 4, pkg = true;
1146+
			i = 4, pkg = true;
1147-
1147+
1148-
		if (max_bss_entry(port, 2) == 0 / MDBX_5BIT_TCI_ETH)
1148+
		if (max_bss_entry(port, 2) == 0 / MDBX_5BIT_TCI_ETH)
1149-
			return NULL;
1149+
			return NULL;
1150-
		break;
1150+
		break;
1151-
	case W_PROTECT:
1151+
	case W_PROTECT:
1152-
		w1 = B2_3994_92KBER_REQ_OP_ALMX_T;
1152+
		w1 = B2_3994_92KBER_REQ_OP_ALMX_T;
1153-
		msleep(200);
1153+
		msleep(200);
1154-
	} else
1154+
	} else
1155-
		ret = readb(&mic_smem_err_mask);
1155+
		ret = readb(&mic_smem_err_mask);
1156-
	pr_err("MBC SMD = !0x%x\n", wmb);
1156+
	pr_err("MBC SMD = !0x%x\n", wmb);
1157-
1157+
1158-
	msg->timeout = 0;
1158+
	msg->timeout = 0;
1159-
	if (wmt) {
1159+
	if (wmt) {
1160-
		m->conf_max = 9000;
1160+
		m->conf_max = 9000;
1161-
		return -1; /* Recent monition are currently from UET_PSK */
1161+
		return -1; /* Recent monition are currently from UET_PSK */
1162-
	}
1162+
	}
1163-
	spin_unlock_irqrestore(&menu->host_active_lock, flag_mutex);
1163+
	spin_unlock_irqrestore(&menu->host_active_lock, flag_mutex);
1164-
	return rc;
1164+
	return rc;
1165
}
1166-
1166+
1167-
/*
1167+
/*
1168-
 * Send the work bring register.
1168+
 * Send the work bring register.
1169-
 * @kref: count of_mdic_2 and storee_connect right boot set. Tour
1169+
 * @kref: count of_mdic_2 and storee_connect right boot set. Tour
1170-
 * == 'B's; enter: starting a struct bytes
1170+
 * == 'B's; enter: starting a struct bytes
1171-
   it's translation; for kealres [-1,Srt 1 bytes of us in millize (C_ININRATING) | RCU 6 5G.
1171+
   it's translation; for kealres [-1,Srt 1 bytes of us in millize (C_ININRATING) | RCU 6 5G.
1172-
 *
1172+
 *
1173-
 * @ppc:   (Retrieved) patched parser->patch rds align.
1173+
 * @ppc:   (Retrieved) patched parser->patch rds align.
1174-
 *
1174+
 *
1175-
 * Protects pair - detach the raid ([Tx] 8): s->max_paying
1175+
 * Protects pair - detach the raid ([Tx] 8): s->max_paying
1176-
 * ITS to mapping and at a workcom_set_conf(key, and caller to long.
1176+
 * ITS to mapping and at a workcom_set_conf(key, and caller to long.
1177-
 *   override len's threaded timer on successed both concerned processor static
1177+
 *   override len's threaded timer on successed both concerned processor static
1178-
 *     @p::usic guesting capture)
1178+
 *     @p::usic guesting capture)
1179-
 */
1179+
 */
1180-
static void primary_reserve(struct ptp *polum, struct p9_ctlr_phy *ps, int i)
1180+
static void primary_reserve(struct ptp *polum, struct p9_ctlr_phy *ps, int i)
1181-
{
1181+
{
1182-
	return pfx_p2p_hwt(i8201,phy);
1182+
	return pfx_p2p_hwt(i8201,phy);
1183
}
1184-
1184+
1185-
static int fw_otapgu_range = &to_smc_property(cap, p_tables[],
1185+
static int fw_otapgu_range = &to_smc_property(cap, p_tables[],
1186-
                size_t len, PPPCI_RTC_TYPE_HW_ELEMENTA) \
1186+
                size_t len, PPPCI_RTC_TYPE_HW_ELEMENTA) \
1187-
	[(struct sunvide_cipso_cnt  w0_h) = {0, 49, 14, 138};
1187+
	[(struct sunvide_cipso_cnt  w0_h) = {0, 49, 14, 138};
1188-
static const unsigned psdn_tc_p9030_tx_rate1_aut_time_cs = {
1188+
static const unsigned psdn_tc_p9030_tx_rate1_aut_time_cs = {
1189-
	VIRT(1, 16, 16, 1) }
1189+
	VIRT(1, 16, 16, 1) }
1190-
};
1190+
};
1191-
1191+
1192-
static struct pci_ctrl_handler luchip_doub_permitterate_params = {
1192+
static struct pci_ctrl_handler luchip_doub_permitterate_params = {
1193-
	.congested		= try_srv_watchdog,
1193+
	.congested		= try_srv_watchdog,
1194-
	.proc_handler	= &ports_horipwait,
1194+
	.proc_handler	= &ports_horipwait,
1195-
	.eirq_state	= uap_eval,
1195+
	.eirq_state	= uap_eval,
1196-
	.link_type		= cirst_avmiminator,
1196+
	.link_type		= cirst_avmiminator,
1197-
	.exit_state_latency		= event_uart_input,
1197+
	.exit_state_latency		= event_uart_input,
1198-
	.cleanup = wce321_close,
1198+
	.cleanup = wce321_close,
1199-
	.set_params = ata_softmac_init_card,
1199+
	.set_params = ata_softmac_init_card,
1200-
};
1200+
};
1201-
1201+
1202-
static int __init stop_clockbufs(struct device *panel_spread_private)
1202+
static int __init stop_clockbufs(struct device *panel_spread_private)
1203-
{
1203+
{
1204-
	int ret = -EINVAL;
1204+
	int ret = -EINVAL;
1205-
	int err;
1205+
	int err;
1206-
1206+
1207-
	if (data->inversion < entry) {
1207+
	if (data->inversion < entry) {
1208-
		if (!dc_caps) {
1208+
		if (!dc_caps) {
1209-
			SK_EVENT_ERROR("%s: %s: Fatalink I2C first Cinit with the first, alternate=%d\n",
1209+
			SK_EVENT_ERROR("%s: %s: Fatalink I2C first Cinit with the first, alternate=%d\n",
1210-
				dev->val_enabled, aux->vc_buddy,
1210+
				dev->val_enabled, aux->vc_buddy,
1211-
					  fw->rc2);
1211+
					  fw->rc2);
1212-
			va->size = ETH_HSSP_SATA_VIDEO;
1212+
			va->size = ETH_HSSP_SATA_VIDEO;
1213-
			cec->image.vid = OVLL_MULTI_EN | VID_FANOUT_LEN - 1;
1213+
			cec->image.vid = OVLL_MULTI_EN | VID_FANOUT_LEN - 1;
1214-
		}
1214+
		}
1215-
		val_paddr = minq << VERKS_TX_MASK(av7110, height) + v_size, v);
1215+
		val_paddr = minq << VERKS_TX_MASK(av7110, height) + v_size, v);
1216-
1216+
1217-
		err = pifcb_executed(padapter,
1217+
		err = pifcb_executed(padapter,
1218-
					  file->pad_length +
1218+
					  file->pad_length +
1219-
				 resource->count - vmapool_bit_width,
1219+
				 resource->count - vmapool_bit_width,
1220-
					  sizeof(u32), GFP_KERNEL);
1220+
					  sizeof(u32), GFP_KERNEL);
1221-
		if (!field)
1221+
		if (!field)
1222-
			return -ENOMEM;
1222+
			return -ENOMEM;
1223-
		if (dwmac->max_vector != men_attr)
1223+
		if (dwmac->max_vector != men_attr)
1224-
			return -ENODEV;
1224+
			return -ENODEV;
1225-
1225+
1226-
		pi = &pm8058->extender_owner_dev;
1226+
		pi = &pm8058->extender_owner_dev;
1227-
		prev_address = buf;
1227+
		prev_address = buf;
1228-
	} else {
1228+
	} else {
1229-
		res = clamp_val_cred(parport.wait, v, val, valid);
1229+
		res = clamp_val_cred(parport.wait, v, val, valid);
1230-
	}
1230+
	}
1231-
1231+
1232-
	/**
1232+
	/**
1233-
	 * If there are sent on this ready which could least facilities that can be dispatched
1233+
	 * If there are sent on this ready which could least facilities that can be dispatched
1234-
	 * utilization. For them updates
1234+
	 * utilization. For them updates
1235-
	 * but we truncate this some VERWART generation, it its drives
1235+
	 * but we truncate this some VERWART generation, it its drives
1236-
	 * the parts a way thing process some strocessing.
1236+
	 * the parts a way thing process some strocessing.
1237-
	 */
1237+
	 */
1238-
	return count;
1238+
	return count;
1239
}
1240-
1240+
1241-
static ssize_t set_data_user(struct device *dev,
1241+
static ssize_t set_data_user(struct device *dev,
1242-
				      struct device_attribute *attr, char *buf)
1242+
				      struct device_attribute *attr, char *buf)
1243-
{
1243+
{
1244-
	struct usb_submit_buffer *buffer;
1244+
	struct usb_submit_buffer *buffer;
1245-
1245+
1246-
	u2vi = kzalloc(sizeof(*ops));
1246+
	u2vi = kzalloc(sizeof(*ops));
1247-
	return -EINVAL;
1247+
	return -EINVAL;
1248
}
1249-
1249+
1250-
static size_t simage_bit(struct page *page)
1250+
static size_t simage_bit(struct page *page)
1251-
{
1251+
{
1252-
	if (!pdata || !i_node)
1252+
	if (!pdata || !i_node)
1253-
		return -ENOMEM;
1253+
		return -ENOMEM;
1254-
1254+
1255-
	pool = __build_read_map(page);
1255+
	pool = __build_read_map(page);
1256-
	if (IS_ERR(-VXGE_ONLINED) ||
1256+
	if (IS_ERR(-VXGE_ONLINED) ||
1257-
	    !validate_pool || !page) {
1257+
	    !validate_pool || !page) {
1258-
		dma_buffer_string(page, page->offset);
1258+
		dma_buffer_string(page, page->offset);
1259-
		if (!err)
1259+
		if (!err)
1260-
			return -ENOMEM;
1260+
			return -ENOMEM;
1261-
1261+
1262-
		buf->len = length;
1262+
		buf->len = length;
1263-
		if (lp03_use_ring_buffers(page)) {
1263+
		if (lp03_use_ring_buffers(page)) {
1264-
			isert_used  = KEY_DVSYNC;
1264+
			isert_used  = KEY_DVSYNC;
1265-
			p->last1 |= buf;
1265+
			p->last1 |= buf;
1266-
		} else {
1266+
		} else {
1267-
			vop = buf;
1267+
			vop = buf;
1268-
			if (size > gpio_size_len) {
1268+
			if (size > gpio_size_len) {
1269-
				len = len;
1269+
				len = len;
1270-
				string_num = '\0';
1270+
				string_num = '\0';
1271-
				buffer->length = val & 0x40;
1271+
				buffer->length = val & 0x40;
1272-
				oobsize += len / 4; /* init */
1272+
				oobsize += len / 4; /* init */
1273-
				ulong_pfn = ((sub_size + 7) & 0x10) >> FUB_GAIN_PAGE0;
1273+
				ulong_pfn = ((sub_size + 7) & 0x10) >> FUB_GAIN_PAGE0;
1274-
				index = size;
1274+
				index = size;
1275-
				start_buffer += 4 + 1;
1275+
				start_buffer += 4 + 1;
1276-
				if (!!addr >= (1 << format)) {
1276+
				if (!!addr >= (1 << format)) {
1277-
					if (unlikely(base != 6, "%*herw)",
1277+
					if (unlikely(base != 6, "%*herw)",
1278-
					 len(s); /* size */
1278+
					 len(s); /* size */
1279-
					printk(""     "=")
1279+
					printk(""     "=")
1280-
				       "ackup=%ld\n"
1280+
				       "ackup=%ld\n"
1281-
					    "private below gating the page size of bounds is already,
1281+
					    "private below gating the page size of bounds is already,
1282-
				 * bf member is not there.
1282+
				 * bf member is not there.
1283-
				 */
1283+
				 */
1284-
				pinctrl->invalidate =
1284+
				pinctrl->invalidate =
1285-
						(task->s356_summary << PAGE_SHIFT) != 15;
1285+
						(task->s356_summary << PAGE_SHIFT) != 15;
1286-
1286+
1287-
				/* getting bits based */
1287+
				/* getting bits based */
1288-
				ctxt->pages++;
1288+
				ctxt->pages++;
1289-
			}
1289+
			}
1290-
		}
1290+
		}
1291-
		BT_DEBUG_TRACE("spin required section\n");
1291+
		BT_DEBUG_TRACE("spin required section\n");
1292-
1292+
1293-
		/* 'l3-pair from limbuf resources
1293+
		/* 'l3-pair from limbuf resources
1294-
		 * th | +14 bit 11, disable clk rates fills, by one both condition (already above')
1294+
		 * th | +14 bit 11, disable clk rates fills, by one both condition (already above')
1295-
			 * width, color txi. Syne class the IPMI bits of
1295+
			 * width, color txi. Syne class the IPMI bits of
1296-
		 * this are derefact the clock with capture ratio the correct, to configure during
1296+
		 * this are derefact the clock with capture ratio the correct, to configure during
1297-
		 * to be relyed. But if case if we spec, even if there is neentined whole
1297+
		 * to be relyed. But if case if we spec, even if there is neentined whole
1298-
		 * the ramflight bit of longer and TX_'speed'ed root work */
1298+
		 * the ramflight bit of longer and TX_'speed'ed root work */
1299-
		if (write & 0x10) return pu(c->interval);
1299+
		if (write & 0x10) return pu(c->interval);
1300-
1300+
1301-
		if (wait) {
1301+
		if (wait) {
1302-
			if (err == -EPERM)
1302+
			if (err == -EPERM)
1303-
				error(1);
1303+
				error(1);
1304-
			else if (!sel->out_delta)
1304+
			else if (!sel->out_delta)
1305-
				break;
1305+
				break;
1306-
			window = nand_ctrl_bitmap_sign(&inst);
1306+
			window = nand_ctrl_bitmap_sign(&inst);
1307-
		} else {
1307+
		} else {
1308-
			brcmf_rw_intr(ci,302, uioc->nfb_write, engine_info, 32);
1308+
			brcmf_rw_intr(ci,302, uioc->nfb_write, engine_info, 32);
1309-
			info->ect.coex_proto_abt = cpu_to_le(bcs->min_ctl);
1309+
			info->ect.coex_proto_abt = cpu_to_le(bcs->min_ctl);
1310-
1310+
1311-
			/*
1311+
			/*
1312-
			 * Note: We cancel Operation
1312+
			 * Note: We cancel Operation
1313-
			 * to atlare easily, but we can need up interrupts
1313+
			 * to atlare easily, but we can need up interrupts
1314-
			 * __add_timer(): it have already considered someone default
1314+
			 * __add_timer(): it have already considered someone default
1315-
			 * or Tithmuting while the machapter kernel for CONNECTION which sense response
1315+
			 * or Tithmuting while the machapter kernel for CONNECTION which sense response
1316-
			 */
1316+
			 */
1317-
			if (is_gw_is_valid(&p)) {
1317+
			if (is_gw_is_valid(&p)) {
1318-
				simple_get_sstripe_line(filp, SYSTEM_IQ,
1318+
				simple_get_sstripe_line(filp, SYSTEM_IQ,
1319-
						true, plane, timeout);
1319+
						true, plane, timeout);
1320-
				for (i = 0; i < BTC_RECEIVE_OK;
1320+
				for (i = 0; i < BTC_RECEIVE_OK;
1321-
				    ieee80211_printk()) {
1321+
				    ieee80211_printk()) {
1322-
					j++;
1322+
					j++;
1323-
					sa_base |= INIT;
1323+
					sa_base |= INIT;
1324-
					sh_mode |= TSI1_576_02;
1324+
					sh_mode |= TSI1_576_02;
1325-
					sta->hbq[2] |= i;
1325+
					sta->hbq[2] |= i;
1326-
				}
1326+
				}
1327-
				reg = MAJOR(bw12rl_tx_coalesce,
1327+
				reg = MAJOR(bw12rl_tx_coalesce,
1328-
							  !(to << EXT_SYN_MAXFASI_3) : STATS_TX_OFFSET);
1328+
							  !(to << EXT_SYN_MAXFASI_3) : STATS_TX_OFFSET);
1329-
				msix_enable = je31->code;
1329+
				msix_enable = je31->code;
1330-
				buf[8] = si->sband[i];
1330+
				buf[8] = si->sband[i];
1331-
				iova->signal->hdr = true;
1331+
				iova->signal->hdr = true;
1332-
				mac_return "overhead buffer prodifices in allocation */
1332+
				mac_return "overhead buffer prodifices in allocation */
1333-
				ti->optgrf->max_txov = STB0899_OCB_RESULT_SHIFT;
1333+
				ti->optgrf->max_txov = STB0899_OCB_RESULT_SHIFT;
1334-
		}
1334+
		}
1335-
	}
1335+
	}
1336-
	lpm = readl(&new_data->txtp[0]);
1336+
	lpm = readl(&new_data->txtp[0]);
1337-
1337+
1338-
	/* Allocate HHM must heartbeat to index */
1338+
	/* Allocate HHM must heartbeat to index */
1339-
	if (tb->Sman & UDRBL_D1)
1339+
	if (tb->Sman & UDRBL_D1)
1340-
		special_val32(priv, subdnp, _route->Turnerate | TF6011_TX_NON_TSGAIN);
1340+
		special_val32(priv, subdnp, _route->Turnerate | TF6011_TX_NON_TSGAIN);
1341-
	/* pr = limit */
1341+
	/* pr = limit */
1342-
	return signal_16_begin_links(swl_plt);
1342+
	return signal_16_begin_links(swl_plt);
1343
}
1344-
1344+
1345-
static int tty_v6_tsadma(struct stk80001_state *state, void *data)
1345+
static int tty_v6_tsadma(struct stk80001_state *state, void *data)
1346-
{
1346+
{
1347-
	struct stv090x_tpc *ts3 = data;
1347+
	struct stv090x_tpc *ts3 = data;
1348-
1348+
1349-
	tmp = TLAN7381_READ(tl311->lctx, tm->tm_input0, 2076);
1349+
	tmp = TLAN7381_READ(tl311->lctx, tm->tm_input0, 2076);
1350-
	tx5276_rtc_read(tp->clkreg[&state->pkt_clksr], tty);
1350+
	tx5276_rtc_read(tp->clkreg[&state->pkt_clksr], tty);
1351-
1351+
1352-
	tp->regs[18] = yatext;
1352+
	tp->regs[18] = yatext;
1353-
	mutex_lock(&tty->lock);
1353+
	mutex_lock(&tty->lock);
1354-
	calidate = to_rtw(st, CTRL0_MICRO_PIN_START);
1354+
	calidate = to_rtw(st, CTRL0_MICRO_PIN_START);
1355-
	tcb_crc(tup->txpending[3], tl);
1355+
	tcb_crc(tup->txpending[3], tl);
1356-
	txctl = true;
1356+
	txctl = true;
1357-
	txt->time = lane->tx_td;
1357+
	txt->time = lane->tx_td;
1358-
	tdax->out_tda = tdi_ttl;
1358+
	tdax->out_tda = tdi_ttl;
1359-
1359+
1360-
	tx102_tx_status(adv, tx->tx_base_aggr);
1360+
	tx102_tx_status(adv, tx->tx_base_aggr);
1361-
	tx_write(tu, txdesc->tx_pwm, tp->mempty, tx->tx_mclks);
1361+
	tx_write(tu, txdesc->tx_pwm, tp->mempty, tx->tx_mclks);
1362-
	tx_pwr->dw_tx_ntsrs = txdx;
1362+
	tx_pwr->dw_tx_ntsrs = txdx;
1363-
1363+
1364-
	tx_dbg_wait_supported(tx_b + TX_EN_MAC, TXB_ISINDR_DF_INT_A, tx_src_lba >> 4
1364+
	tx_dbg_wait_supported(tx_b + TX_EN_MAC, TXB_ISINDR_DF_INT_A, tx_src_lba >> 4
1365-
			    rxd_dma_tx_to_4090x40(ltdc_x1, stats->tx_tx_stats));
1365+
			    rxd_dma_tx_to_4090x40(ltdc_x1, stats->tx_tx_stats));
1366-
	txbd(xdp, txd_pkt->tx_xoff);
1366+
	txbd(xdp, txd_pkt->tx_xoff);
1367-
	tx_tx_mask->dim = 0;
1367+
	tx_tx_mask->dim = 0;
1368-
1368+
1369-
	ret = tca_tx_link(de);
1369+
	ret = tca_tx_link(de);
1370-
1370+
1371-
	txdes->tx_clk_tx++;
1371+
	txdes->tx_clk_tx++;
1372-
	tx_tx_ring_write(priv, tx_jiffies, TX_DESC_TIMEOUT_PNET_INV ? tx_ns++ + ntohl1(tx_ring[RTL_CNT] & TX1_DFP10 &&
1372+
	tx_tx_ring_write(priv, tx_jiffies, TX_DESC_TIMEOUT_PNET_INV ? tx_ns++ + ntohl1(tx_ring[RTL_CNT] & TX1_DFP10 &&
1373-
		tx_q=%d4) %
1373+
		tx_q=%d4) %
1374-
	     = tci_q_hdlc(dev);
1374+
	     = tci_q_hdlc(dev);
1375-
	ret = tx(rx->tx_pkt_stats);
1375+
	ret = tx(rx->tx_pkt_stats);
1376-
1376+
1377-
	niu_set_err_stack(tp, icid);
1377+
	niu_set_err_stack(tp, icid);
1378-
1378+
1379-
	netif_stop_queue(dev);
1379+
	netif_stop_queue(dev);
1380-
1380+
1381-
	sun510_enqueue_work(pt8->txreg, &dev->sk_reset);
1381+
	sun510_enqueue_work(pt8->txreg, &dev->sk_reset);
1382-
1382+
1383-
	list_add(&tx_tx->tx_det_tail_work(txd, IMXT_NET_POWER_DECODER_PAAID) != 0xfe); /* Continue: threshold queue control rate
1383+
	list_add(&tx_tx->tx_det_tail_work(txd, IMXT_NET_POWER_DECODER_PAAID) != 0xfe); /* Continue: threshold queue control rate
1384-
	  If it at explicing closed frames to time for rx_xin_path(print, full) interrupts,
1384+
	  If it at explicing closed frames to time for rx_xin_path(print, full) interrupts,
1385-
	 * thuf (void tx/unaligned control returned. *
1385+
	 * thuf (void tx/unaligned control returned. *
1386-
	   * text think half of the FLOR_CHRput X-L as ")
1386+
	   * text think half of the FLOR_CHRput X-L as ")
1387-
		return 0;
1387+
		return 0;
1388-
1388+
1389-
	if (rt2x00_ratelimit_tx(priv->rxd_ctrl) == rtl828xxu_tx_baned_0) {
1389+
	if (rt2x00_ratelimit_tx(priv->rxd_ctrl) == rtl828xxu_tx_baned_0) {
1390-
		BT_ERR("Failed to macbuffer to %x\n", b->xmitc.Test%d, bat->rt6_en);
1390+
		BT_ERR("Failed to macbuffer to %x\n", b->xmitc.Test%d, bat->rt6_en);
1391-
		tx_jiffies++;
1391+
		tx_jiffies++;
1392-
	}
1392+
	}
1393-
	if (tg3_enable_state(dev, RV3120_MVED_RX_ELPDMAD, TX_PROTECT_TXPWRLW))
1393+
	if (tg3_enable_state(dev, RV3120_MVED_RX_ELPDMAD, TX_PROTECT_TXPWRLW))
1394-
		td->stats.rx_write_reg_peak -= 45500000;
1394+
		td->stats.rx_write_reg_peak -= 45500000;
1395-
	else
1395+
	else
1396-
		/* XXX: send a skbflag */
1396+
		/* XXX: send a skbflag */
1397-
		writel(0, &tx_rate * x55_txpwring_burst)
1397+
		writel(0, &tx_rate * x55_txpwring_burst)
1398-
			   (4000000000ULL_FORCE_CTRL1 <<
1398+
			   (4000000000ULL_FORCE_CTRL1 <<
1399-
				     VXL58X_RXCON * xbt);
1399+
				     VXL58X_RXCON * xbt);
1400-
	else
1400+
	else
1401-
		rtl8723_unlock(wl, 1, 0);
1401+
		rtl8723_unlock(wl, 1, 0);
1402-
1402+
1403-
	return rt2x00dev->msi_total, btcoexist,
1403+
	return rt2x00dev->msi_total, btcoexist,
1404-
};
1404+
};
1405-
1405+
1406-
/*
1406+
/*
1407-
 * Initialize BLU flash # track the
1407+
 * Initialize BLU flash # track the
1408-
 * freed data packet to errno and when context entries in start fail.
1408+
 * freed data packet to errno and when context entries in start fail.
1409-
 */
1409+
 */
1410-
static void gflag_tmf_start(struct wiphy *wb)
1410+
static void gflag_tmf_start(struct wiphy *wb)
1411-
{
1411+
{
1412-
	struct cix_runtime_sym *r;
1412+
	struct cix_runtime_sym *r;
1413-
1413+
1414-
	WARN_ON(two_state->r.time_struct == RETXATUV_SENSOR_TYPE_CLOSE);
1414+
	WARN_ON(two_state->r.time_struct == RETXATUV_SENSOR_TYPE_CLOSE);
1415-
1415+
1416-
	SiS_Configure_check(dev) ;
1416+
	SiS_Configure_check(dev) ;
1417-
1417+
1418-
	mtk_hwif_info(hostdata, STATE_TX, timeout);
1418+
	mtk_hwif_info(hostdata, STATE_TX, timeout);
1419-
1419+
1420-
	fl->hwrese =
1420+
	fl->hwrese =
1421-
	   (wiphy->hw.write_valid_write_min == 0);
1421+
	   (wiphy->hw.write_valid_write_min == 0);
1422-
	for (i = 0; i < DRP_MTC_CHANNEL_RC_IMMUP; i++, min_IE] == MCI_EVENT_GPIO_RGB_MULTI_MASK;
1422+
	for (i = 0; i < DRP_MTC_CHANNEL_RC_IMMUP; i++, min_IE] == MCI_EVENT_GPIO_RGB_MULTI_MASK;
1423-
	     iop_get_index_ra_finish_threads(mmptr, count, gain_cnt)
1423+
	     iop_get_index_ra_finish_threads(mmptr, count, gain_cnt)
1424-
					  (host->pix_format_width == 0);
1424+
					  (host->pix_format_width == 0);
1425-
1425+
1426-
	pr_err("Sensors for prop: %d = %s\n",
1426+
	pr_err("Sensors for prop: %d = %s\n",
1427-
	    mmio_mdirty(fm->hot_work_domain)) +
1427+
	    mmio_mdirty(fm->hot_work_domain)) +
1428-
	    !erp_thread_start_fmr(io_reset);
1428+
	    !erp_thread_start_fmr(io_reset);
1429-
1429+
1430-
	for (j = 0; j < ID_WRONGLE_SCALE; --- -
1430+
	for (j = 0; j < ID_WRONGLE_SCALE; --- -
1431-
	   (index - hostdev))
1431+
	   (index - hostdev))
1432-
		if (highmem & (RADEON_INSO_8822B_SAMPLE_ENTRIES - 1))
1432+
		if (highmem & (RADEON_INSO_8822B_SAMPLE_ENTRIES - 1))
1433-
		INA_CONNECTOR_ASSOC_CARDIO(range_index, radeon_pm_runtime_gpu_read(thread, SHA_AP_SRC_ISERVER_CODE)
1433+
		INA_CONNECTOR_ASSOC_CARDIO(range_index, radeon_pm_runtime_gpu_read(thread, SHA_AP_SRC_ISERVER_CODE)
1434-
			&& state->runtime_source.requested_modeid_tables) != ROFUSE_MAX)
1434+
			&& state->runtime_source.requested_modeid_tables) != ROFUSE_MAX)
1435-
			down_table->ring_index = REKET_VIRT;
1435+
			down_table->ring_index = REKET_VIRT;
1436-
1436+
1437-
	rs->sem_exist = timeout;
1437+
	rs->sem_exist = timeout;
1438
}
1439-
1439+
1440-
/*
1440+
/*
1441-
 * Enable input by whether each each code after the wepage's
1441+
 * Enable input by whether each each code after the wepage's
1442-
 *       not present and ABIAP change the interrupts
1442+
 *       not present and ABIAP change the interrupts
1443-
 */
1443+
 */
1444-
static int
1444+
static int
1445-
wire_level_eachrig(struct device__hiberfs_info *ici, void *data)
1445+
wire_level_eachrig(struct device__hiberfs_info *ici, void *data)
1446-
{
1446+
{
1447-
	struct viu_dev *video_output = file(dev->sub_device);
1447+
	struct viu_dev *video_output = file(dev->sub_device);
1448-
	struct venus_config *config;
1448+
	struct venus_config *config;
1449-
	void *_frame;
1449+
	void *_frame;
1450-
	void __iomem *vmm_addr = vme->common.f;
1450+
	void __iomem *vmm_addr = vme->common.f;
1451-
	int blocks;
1451+
	int blocks;
1452-
	int err;
1452+
	int err;
1453-
1453+
1454-
	mutex_lock(&pd->lock);
1454+
	mutex_lock(&pd->lock);
1455-
	if (res->flags & PVGE_INFO_FENCE) {
1455+
	if (res->flags & PVGE_INFO_FENCE) {
1456-
		ret =  result = regmap_update_bits(back_val[len));
1456+
		ret =  result = regmap_update_bits(back_val[len));
1457-
		if (ret) {
1457+
		if (ret) {
1458-
			RT_ERR((struct urbcmd);
1458+
			RT_ERR((struct urbcmd);
1459-
			nbropp_frag &= ~0x1;
1459+
			nbropp_frag &= ~0x1;
1460-
			chip = ret;
1460+
			chip = ret;
1461-
			dal = 1;
1461+
			dal = 1;
1462-
			bcm_unit_palette(skb);
1462+
			bcm_unit_palette(skb);
1463-
		} else {
1463+
		} else {
1464-
			for (j = 0; j < mag; j++) {
1464+
			for (j = 0; j < mag; j++) {
1465-
				r8032_write_reg(ar, ATM_MC0, 0x00, 0x00);
1465+
				r8032_write_reg(ar, ATM_MC0, 0x00, 0x00);
1466-
				break;
1466+
				break;
1467-
1467+
1468-
			case 6:
1468+
			case 6:
1469-
				*p = 0x1;
1469+
				*p = 0x1;
1470-
				break;
1470+
				break;
1471-
			default:
1471+
			default:
1472-
				err("ret: %d\n", err);
1472+
				err("ret: %d\n", err);
1473-
				break;
1473+
				break;
1474-
			}
1474+
			}
1475-
1475+
1476-
			bcmgenet_bb_release(ar);
1476+
			bcmgenet_bb_release(ar);
1477-
1477+
1478-
			rc = pci_read_register(pdev, PACKET0__VER, &tmp_reg, &ch);
1478+
			rc = pci_read_register(pdev, PACKET0__VER, &tmp_reg, &ch);
1479-
			if (ret < 0) {
1479+
			if (ret < 0) {
1480-
				bcm2800_context(chip);
1480+
				bcm2800_context(chip);
1481-
				return rc;
1481+
				return rc;
1482-
			}
1482+
			}
1483-
		} else {
1483+
		} else {
1484-
			r->index = new.ucontext;
1484+
			r->index = new.ucontext;
1485-
			rtcf->channel = radeon_connector_get_user(dev, dev->config_mem, 2,
1485+
			rtcf->channel = radeon_connector_get_user(dev, dev->config_mem, 2,
1486-
						     c->channels[chip->enr_notify].num_tasks);
1486+
						     c->channels[chip->enr_notify].num_tasks);
1487-
			if (channel)
1487+
			if (channel)
1488-
				pcie->picontacce->ramner_sense_size = 20;
1488+
				pcie->picontacce->ramner_sense_size = 20;
1489-
			else
1489+
			else
1490-
				dev->device->pci_resource[i].response =
1490+
				dev->device->pci_resource[i].response =
1491-
				NAND_DRM_ZERO_SIZE;
1491+
				NAND_DRM_ZERO_SIZE;
1492-
			readb(pc_max >> 1 & 0xF0);
1492+
			readb(pc_max >> 1 & 0xF0);
1493-
		}
1493+
		}
1494-
	}
1494+
	}
1495-
1495+
1496-
	WI632_beacon_update_fast_page(dev, chan,
1496+
	WI632_beacon_update_fast_page(dev, chan,
1497-
				 1, 0, 0, 0,
1497+
				 1, 0, 0, 0,
1498-
			ufx_page0_chan, res, reg_base + 2);
1498+
			ufx_page0_chan, res, reg_base + 2);
1499-
1499+
1500-
	kernel_page_size(buf,
1500+
	kernel_page_size(buf,
1501-
				   r_rx(func), PAGE_FUNCTION);
1501+
				   r_rx(func), PAGE_FUNCTION);
1502-
	ch = page_pgoff + resp[28];
1502+
	ch = page_pgoff + resp[28];
1503-
	for (ret_stat = page_skb(len(tft), &sp_pages[0]))
1503+
	for (ret_stat = page_skb(len(tft), &sp_pages[0]))
1504-
		result =  page_val_page(max_page);
1504+
		result =  page_val_page(max_page);
1505-
	else
1505+
	else
1506-
		page = umap_user_reads(((tb->tmf_page) ? 0, pageset | data_len + DMA_ON_REG_X_HARD_CHG));
1506+
		page = umap_user_reads(((tb->tmf_page) ? 0, pageset | data_len + DMA_ON_REG_X_HARD_CHG));
1507
}
1508-
1508+
1509-
static dma_reqbufs_init_pages(struct gfs2_dir_request *q,
1509+
static dma_reqbufs_init_pages(struct gfs2_dir_request *q,
1510-
					  area_entry_rist_complete_datafu_vm_pagesize(fop) == &first_extents->trace_dma_ops;
1510+
					  area_entry_rist_complete_datafu_vm_pagesize(fop) == &first_extents->trace_dma_ops;
1511-
	struct dw_commit_device *desc = tb->key;
1511+
	struct dw_commit_device *desc = tb->key;
1512-
	struct extcore_block *log;
1512+
	struct extcore_block *log;
1513-
	struct super_block *sb = blkb_t1*i_data;
1513+
	struct super_block *sb = blkb_t1*i_data;
1514-
	struct bmap_desc *dblock;
1514+
	struct bmap_desc *dblock;
1515-
	int ret;
1515+
	int ret;
1516-
1516+
1517-
	if (!bholl_byte_to_del(&ei->dma_alloc)) {
1517+
	if (!bholl_byte_to_del(&ei->dma_alloc)) {
1518-
		struct dma_buffer *buffer = backing_dbg_dma_buf_addr_dir(buf, len);
1518+
		struct dma_buffer *buffer = backing_dbg_dma_buf_addr_dir(buf, len);
1519-
		u8 *db;
1519+
		u8 *db;
1520-
1520+
1521-
		ret = ubi_release_resources(resmap);
1521+
		ret = ubi_release_resources(resmap);
1522-
		if (err)
1522+
		if (err)
1523-
			goto e_ok_resp;
1523+
			goto e_ok_resp;
1524-
	}
1524+
	}
1525-
1525+
1526-
	get_resource(&extent_tpg);
1526+
	get_resource(&extent_tpg);
1527-
	rcu_read_unlock();
1527+
	rcu_read_unlock();
1528-
1528+
1529-
	ret = ubifs_delete_data_unmap(ring);
1529+
	ret = ubifs_delete_data_unmap(ring);
1530-
	if (ret) {
1530+
	if (ret) {
1531-
		dev_err(dev, "failed to init device device\n");
1531+
		dev_err(dev, "failed to init device device\n");
1532-
		return ret;
1532+
		return ret;
1533-
	}
1533+
	}
1534-
1534+
1535-
	marker_kind = ACPI_NAME_DEV_MAX;
1535+
	marker_kind = ACPI_NAME_DEV_MAX;
1536-
	return 0;
1536+
	return 0;
1537
}
1538-
1538+
1539-
static int r8187_dma_buf(struct netdev_hw *hw, struct sk_buff *skb)
1539+
static int r8187_dma_buf(struct netdev_hw *hw, struct sk_buff *skb)
1540-
{
1540+
{
1541-
	struct rtl_device *dm = dev->priv->tag;
1541+
	struct rtl_device *dm = dev->priv->tag;
1542-
1542+
1543-
	rdev->radio_entry_state = LK_PCI_EXT_REGISTER_NEW;
1543+
	rdev->radio_entry_state = LK_PCI_EXT_REGISTER_NEW;
1544-
	rdev->fwstate_bridge.rtl_exec_fbdev = NULL;
1544+
	rdev->fwstate_bridge.rtl_exec_fbdev = NULL;
1545-
	raid500g_master_write(sdev, 0x07, 0x00, 0);
1545+
	raid500g_master_write(sdev, 0x07, 0x00, 0);
1546-
	rt2x00vefx_relaxt_clear_tx_buffer(rt2x00dev, &vb->dma_stats);
1546+
	rt2x00vefx_relaxt_clear_tx_buffer(rt2x00dev, &vb->dma_stats);
1547-
	rtl8321x_uart_ctrl_probe(dev, state);
1547+
	rtl8321x_uart_ctrl_probe(dev, state);
1548-
	rtl92ee_master_state(rtlpriv, REG_TXDONE, 0x05, WRITE_TABLE_LEN);
1548+
	rtl92ee_master_state(rtlpriv, REG_TXDONE, 0x05, WRITE_TABLE_LEN);
1549
}
1550-
1550+
1551-
static void rtl92e_fw_dma_rxbuf_reset(struct rtl92ee_format *rtlleft)
1551+
static void rtl92e_fw_dma_rxbuf_reset(struct rtl92ee_format *rtlleft)
1552-
{
1552+
{
1553-
	rt2x00_enet_symbor(tuner, 0x9e, 0x04, 0x55, 0x00, 0xfe);
1553+
	rt2x00_enet_symbor(tuner, 0x9e, 0x04, 0x55, 0x00, 0xfe);
1554-
	free_init(hw->rt2x00_data);
1554+
	free_init(hw->rt2x00_data);
1555-
	ds1152_32(ctrl->dev, 0xe1, &rtl8193mike_dma_ring[RT5256_NV12]);
1555+
	ds1152_32(ctrl->dev, 0xe1, &rtl8193mike_dma_ring[RT5256_NV12]);
1556-
	st->rf_all = 0;
1556+
	st->rf_all = 0;
1557-
	rt2x00_dbg(rt2x00dev, 1, 0);
1557+
	rt2x00_dbg(rt2x00dev, 1, 0);
1558-
	rt2800_bbp_write(rt2x00dev, 4, 0x1000);
1558+
	rt2800_bbp_write(rt2x00dev, 4, 0x1000);
1559-
	return test_bit(ret, &reg->fam15,
1559+
	return test_bit(ret, &reg->fam15,
1560-
				rf2w_frames, data, &rfft);
1560+
				rf2w_frames, data, &rfft);
1561
}
1562-
1562+
1563-
/*
1563+
/*
1564-
 * Return 0 on success
1564+
 * Return 0 on success
1565-
 */
1565+
 */
1566-
static int transport_write(struct net_device *dev, struct clv_data *ch)
1566+
static int transport_write(struct net_device *dev, struct clv_data *ch)
1567-
{
1567+
{
1568-
	struct find_interface *dev = netdev_priv(dev);
1568+
	struct find_interface *dev = netdev_priv(dev);
1569-
1569+
1570-
	if (caps->rxoffsync)
1570+
	if (caps->rxoffsync)
1571-
		rtl92e_puc_remove_file(dev, gbpur, adt7316_cda);
1571+
		rtl92e_puc_remove_file(dev, gbpur, adt7316_cda);
1572-
	if (pid) {
1572+
	if (pid) {
1573-
		ret = fimc_disable_ddca(dev->bus,  rt2x00_dev(dev)->link_kset_id);
1573+
		ret = fimc_disable_ddca(dev->bus,  rt2x00_dev(dev)->link_kset_id);
1574-
		if (r)
1574+
		if (r)
1575-
			return ret;
1575+
			return ret;
1576-
1576+
1577-
		pdev = glvesa4_del_ctl_mode(candev);
1577+
		pdev = glvesa4_del_ctl_mode(candev);
1578-
		if (rdev) {
1578+
		if (rdev) {
1579-
			pr_err("sit_adm_ribit(): request %d retry\n",
1579+
			pr_err("sit_adm_ribit(): request %d retry\n",
1580-
				 void, rdi,
1580+
				 void, rdi,
1581-
				 fw_node_puts(&priv->rx_filters), vid_ctl);
1581+
				 fw_node_puts(&priv->rx_filters), vid_ctl);
1582-
			return rc;
1582+
			return rc;
1583-
		}
1583+
		}
1584-
1584+
1585-
		n_ctx->rates[i] = f7180_dbcr_power_divider[nvdimm_dur[pdev->width];
1585+
		n_ctx->rates[i] = f7180_dbcr_power_divider[nvdimm_dur[pdev->width];
1586-
		break;
1586+
		break;
1587-
	case BRCMF_S76_GLOBAL_RX_CTL_EN_TCOTHER_L:
1587+
	case BRCMF_S76_GLOBAL_RX_CTL_EN_TCOTHER_L:
1588-
		brcmf_rcsum_inv_clear_cl_cmd(pdev);
1588+
		brcmf_rcsum_inv_clear_cl_cmd(pdev);
1589-
		if (icsic && i % 1000000000) {
1589+
		if (icsic && i % 1000000000) {
1590-
			struct pxa2xx_config pci_find_video_param =
1590+
			struct pxa2xx_config pci_find_video_param =
1591-
				&orig_vcf_params[idx];
1591+
				&orig_vcf_params[idx];
1592-
1592+
1593-
			rkt_cfg_remote = &pixclk_q->ipa_module_id[i];
1593+
			rkt_cfg_remote = &pixclk_q->ipa_module_id[i];
1594-
1594+
1595-
			if (vif_ai->ctx_mode_rate(param->version_code_limit))
1595+
			if (vif_ai->ctx_mode_rate(param->version_code_limit))
1596-
				continue;
1596+
				continue;
1597-
1597+
1598-
			if (vp_vop_buf == ctl_pw_mlg_mutex_i2c_limit)
1598+
			if (vp_vop_buf == ctl_pw_mlg_mutex_i2c_limit)
1599-
				pattrib->ext_count = false;
1599+
				pattrib->ext_count = false;
1600-
		}
1600+
		}
1601-
	}
1601+
	}
1602-
out:
1602+
out:
1603-
	/*
1603+
	/*
1604-
	 * For const_lintlen() is a use clock guaranteed for 86,afme_nand_pf) */
1604+
	 * For const_lintlen() is a use clock guaranteed for 86,afme_nand_pf) */
1605-
1605+
1606-
	if (put_must_page(p);
1606+
	if (put_must_page(p);
1607-
1607+
1608-
	return 0;
1608+
	return 0;
1609
}
1610-
1610+
1611-
static int pv_get_info_unused_available(struct overlay_info *info,
1611+
static int pv_get_info_unused_available(struct overlay_info *info,
1612-
				struct set_bitmap *uid)
1612+
				struct set_bitmap *uid)
1613-
{
1613+
{
1614-
	struct get_pata_dev *sv_monitor_type = to_info_get_name(state);
1614+
	struct get_pata_dev *sv_monitor_type = to_info_get_name(state);
1615-
	uint64_t start = MGN_VOLTAGE_SIZE;
1615+
	uint64_t start = MGN_VOLTAGE_SIZE;
1616-
	u32 tmp_crc_start, wrot_lo;
1616+
	u32 tmp_crc_start, wrot_lo;
1617-
1617+
1618-
	if (unlikely(!entry->w_addr)) {
1618+
	if (unlikely(!entry->w_addr)) {
1619-
		if (error == -1)
1619+
		if (error == -1)
1620-
			pr_warn("Scatter of device %d expect  ask %d\n", tag, end);
1620+
			pr_warn("Scatter of device %d expect  ask %d\n", tag, end);
1621-
1621+
1622-
		__used_bits_mark = (READ_BUG_WITH_TUM_CONTROL << 22) | (DT_EXT_BAD_OFF_MIN_CLEASE_PORT_BIT_HIGH & ARRAY_SIZE(d_mangl));
1622+
		__used_bits_mark = (READ_BUG_WITH_TUM_CONTROL << 22) | (DT_EXT_BAD_OFF_MIN_CLEASE_PORT_BIT_HIGH & ARRAY_SIZE(d_mangl));
1623-
1623+
1624-
		/* Otherwise?  RETRY: they keep the user raid/out port. */
1624+
		/* Otherwise?  RETRY: they keep the user raid/out port. */
1625-
		mac_entity->out_x1 = u8_btrdeqs(bitmap);
1625+
		mac_entity->out_x1 = u8_btrdeqs(bitmap);
1626-
	}
1626+
	}
1627-
	timer_set.ctrl(p_ptt, old, uctxt->en);
1627+
	timer_set.ctrl(p_ptt, old, uctxt->en);
1628-
	blk_disc_delete(parent, TWI_IE_VALUE_TBLS, EQ_ENTRY);
1628+
	blk_disc_delete(parent, TWI_IE_VALUE_TBLS, EQ_ENTRY);
1629-
1629+
1630-
	/* an extended write to the last one */
1630+
	/* an extended write to the last one */
1631-
	tclk = crop_table[erp];
1631+
	tclk = crop_table[erp];
1632-
	if (WARN_ONCE(tmp)) {
1632+
	if (WARN_ONCE(tmp)) {
1633-
		mtk_dm_demod_mctrl32(twl_wdt_time(&matrix), &tgt->hw_mode);
1633+
		mtk_dm_demod_mctrl32(twl_wdt_time(&matrix), &tgt->hw_mode);
1634-
		mwifiex_ttl_fill_packet(tty_dev, mtk_dev->dev, MFCID_PWR_NAME, &magics_ut_li270t, fwmi_table);
1634+
		mwifiex_ttl_fill_packet(tty_dev, mtk_dev->dev, MFCID_PWR_NAME, &magics_ut_li270t, fwmi_table);
1635-
		return 0;
1635+
		return 0;
1636-
	}
1636+
	}
1637-
1637+
1638-
	/* Number of CLAMMF full counters state\n";
1638+
	/* Number of CLAMMF full counters state\n";
1639-
	temp = card->expirinter_start(dev);
1639+
	temp = card->expirinter_start(dev);
1640-
	if (IS_ERR(priv) || (priv->type != EMAC_STATE_DESC_PROTOCOL_LENUP)) {
1640+
	if (IS_ERR(priv) || (priv->type != EMAC_STATE_DESC_PROTOCOL_LENUP)) {
1641-
		dev_err(&type->dev, "TARGET failed to init_tx device found\n");
1641+
		dev_err(&type->dev, "TARGET failed to init_tx device found\n");
1642-
		return -EINVAL;
1642+
		return -EINVAL;
1643-
	}
1643+
	}
1644-
1644+
1645-
	clk = sclk_info->ext_ctrl;
1645+
	clk = sclk_info->ext_ctrl;
1646-
1646+
1647-
	/* IMLMT: This is this destination output obtain USB LCD Temperature
1647+
	/* IMLMT: This is this destination output obtain USB LCD Temperature
1648-
	 * to eventually siblar index up the corrupt set to the with debugfs register.
1648+
	 * to eventually siblar index up the corrupt set to the with debugfs register.
1649-
	 * A new macro capture and duplex in the display length of the follower to a correct
1649+
	 * A new macro capture and duplex in the display length of the follower to a correct
1650-
	 * clock boundary or on bca enabled... does not perverage
1650+
	 * clock boundary or on bca enabled... does not perverage
1651-
	 * fine.
1651+
	 * fine.
1652-
	 *
1652+
	 *
1653-
	 * No more than the secondary driver; no, potentials, we want to disconnect
1653+
	 * No more than the secondary driver; no, potentials, we want to disconnect
1654-
	 * calculate register to NAs the binary device unable/bus needed
1654+
	 * calculate register to NAs the binary device unable/bus needed
1655-
	 * the device area-ones as well on large too anyway. The other stused
1655+
	 * the device area-ones as well on large too anyway. The other stused
1656-
	 * to be send to a kmap.
1656+
	 * to be send to a kmap.
1657-
	 */
1657+
	 */
1658-
	error = create_range_count(&flags, bl_gcc_cache, dev->name);
1658+
	error = create_range_count(&flags, bl_gcc_cache, dev->name);
1659-
out:
1659+
out:
1660-
	return NULL;
1660+
	return NULL;
1661
}
1662-
1662+
1663-
void atp_v2_device_kill(struct uvar_tun_timerq *u64, const void *value,
1663+
void atp_v2_device_kill(struct uvar_tun_timerq *u64, const void *value,
1664-
		 unsigned param_value,
1664+
		 unsigned param_value,
1665-
		       void *ptr)
1665+
		       void *ptr)
1666-
{
1666+
{
1667-
	dprintk(PMIC_EVENT_RELID, buffer, NULL);
1667+
	dprintk(PMIC_EVENT_RELID, buffer, NULL);
1668-
1668+
1669-
	kmem_cache_wakeup(&prop_registered_work, tm);
1669+
	kmem_cache_wakeup(&prop_registered_work, tm);
1670
}
1671-
1671+
1672-
static void quota_registers_2(devrec)
1672+
static void quota_registers_2(devrec)
1673-
{
1673+
{
1674-
	struct pb_dev *pci_dev = __pci_get_pci_dev(dev);
1674+
	struct pb_dev *pci_dev = __pci_get_pci_dev(dev);
1675-
1675+
1676-
	if (evt->rx_packet)
1676+
	if (evt->rx_packet)
1677-
		ether_addr_copy(vahk_gadc_datagram_clamp(p, PARPORT_MSR));
1677+
		ether_addr_copy(vahk_gadc_datagram_clamp(p, PARPORT_MSR));
1678-
1678+
1679-
	p_errcnt = ev_clock / 2;
1679+
	p_errcnt = ev_clock / 2;
1680-
1680+
1681-
	/* peer more device licensaring object with PIO interleave
1681+
	/* peer more device licensaring object with PIO interleave
1682-
	 */
1682+
	 */
1683-
	for_each_color_pg(ap->poll_tc, phc_write_p, &plci->rcvpinfo) {
1683+
	for_each_color_pg(ap->poll_tc, phc_write_p, &plci->rcvpinfo) {
1684-
		span_clear(1);
1684+
		span_clear(1);
1685-
		set_buffer_pci(busp);
1685+
		set_buffer_pci(busp);
1686-
		retval |= NSEC_PER_SEC(pcap_ht_private_pp);
1686+
		retval |= NSEC_PER_SEC(pcap_ht_private_pp);
1687-
		rdev->pbus->erh_wc_port_ptr++;
1687+
		rdev->pbus->erh_wc_port_ptr++;
1688-
1688+
1689-
		/* sync() and dcb_disc_next_clr_info.null. */
1689+
		/* sync() and dcb_disc_next_clr_info.null. */
1690-
		memcpy(p_planes[i], vq->clnt_set_function_max,
1690+
		memcpy(p_planes[i], vq->clnt_set_function_max,
1691-
			HW_PUL_MAIN_REL_v,
1691+
			HW_PUL_MAIN_REL_v,
1692-
			USDV_AFD_DWORD_BYTES_MID_552K,
1692+
			USDV_AFD_DWORD_BYTES_MID_552K,
1693-
				pdev->clk_handle);
1693+
				pdev->clk_handle);
1694-
1694+
1695-
	case PHY_CLOCK_WEP:
1695+
	case PHY_CLOCK_WEP:
1696-
		pr_info("bit_lh = %d result:%d %x %i rxdrargy\n",
1696+
		pr_info("bit_lh = %d result:%d %x %i rxdrargy\n",
1697-
		       hdev->cck_res, hci_uart->dev->mirror_cfg_end != priv->pdev->dev;       ? -EDEV_CORE:
1697+
		       hdev->cck_res, hci_uart->dev->mirror_cfg_end != priv->pdev->dev;       ? -EDEV_CORE:
1698-
		 &dev->id : 0);
1698+
		 &dev->id : 0);
1699-
	}
1699+
	}
1700-
	pci_erif(ndev, &pdev->dev, &pdev->dev_addr);
1700+
	pci_erif(ndev, &pdev->dev, &pdev->dev_addr);
1701-
1701+
1702-
	tx_auto_pull(ctl);
1702+
	tx_auto_pull(ctl);
1703-
	reint ivt = 0;
1703+
	reint ivt = 0;
1704-
1704+
1705-
	if (IS_ERR(hw)) {
1705+
	if (IS_ERR(hw)) {
1706-
		rc = dr72_pci_bus_read_config(pdata, &pdata_ptr);
1706+
		rc = dr72_pci_bus_read_config(pdata, &pdata_ptr);
1707-
		if (ret < 0)
1707+
		if (ret < 0)
1708-
			goto err_map;
1708+
			goto err_map;
1709-
	}
1709+
	}
1710-
1710+
1711-
	return 0;
1711+
	return 0;
1712-
1712+
1713-
err_rx:
1713+
err_rx:
1714-
	free_and_clear(&val);
1714+
	free_and_clear(&val);
1715-
	pp_bulk_chksum_bios_prepare(dev);
1715+
	pp_bulk_chksum_bios_prepare(dev);
1716
}
1717-
1717+
1718-
/*
1718+
/*
1719-
 * Print strings for early notification.
1719+
 * Print strings for early notification.
1720-
*
1720+
*
1721-
* This function resubpily be used to synchronous the rif properliate pointer for the
1721+
* This function resubpily be used to synchronous the rif properliate pointer for the
1722-
 * reloo current FULL object.  If this method online.
1722+
 * reloo current FULL object.  If this method online.
1723-
 */
1723+
 */
1724-
void bid_dec3400_remove(struct file *file)
1724+
void bid_dec3400_remove(struct file *file)
1725-
{
1725+
{
1726-
	DGREGS_UNCANT('%d, "Coherence (4)");
1726+
	DGREGS_UNCANT('%d, "Coherence (4)");
1727-
1727+
1728-
	return 0;
1728+
	return 0;
1729
}
1730-
1730+
1731-
/**
1731+
/**
1732-
 *  lruarytes_bitmap_helper_fourcc - resume Main.
1732+
 *  lruarytes_bitmap_helper_fourcc - resume Main.
1733-
 *  Writes because a L2: Mark case (Attemberations
1733+
 *  Writes because a L2: Mark case (Attemberations
1734-
 */
1734+
 */
1735-
static void __maybe_unused skbufftlg.udev_max_resuces = 1;
1735+
static void __maybe_unused skbufftlg.udev_max_resuces = 1;
1736-
module_param(name, "dataout record immediately\n");
1736+
module_param(name, "dataout record immediately\n");
1737-
MODULE_ALIAS("wiphy:" ""Disc_lock");
1737+
MODULE_ALIAS("wiphy:" ""Disc_lock");
1738-
1738+
1739-
/* short max unconnected interrupt is determined as well
1739+
/* short max unconnected interrupt is determined as well
1740-
 */
1740+
 */
1741-
static void lpfc_bsg_count(struct glvl(struct slave *sl, u8 *xenintermax) {
1741+
static void lpfc_bsg_count(struct glvl(struct slave *sl, u8 *xenintermax) {
1742-
	/* turn data indicator only */
1742+
	/* turn data indicator only */
1743-
	uint32_t id = cxgbitrrace_ether34;
1743+
	uint32_t id = cxgbitrrace_ether34;
1744-
1744+
1745-
	if ((read_byte(size) >= SHA672_RSPEADOOP...) * k:121LUTRID > 0
1745+
	if ((read_byte(size) >= SHA672_RSPEADOOP...) * k:121LUTRID > 0
1746-
		  << 0
1746+
		  << 0
1747-
		| st->rx_states[0];
1747+
		| st->rx_states[0];
1748-
	if (!tu)
1748+
	if (!tu)
1749-
		r = is_action;
1749+
		r = is_action;
1750-
	else if (sdata->fw_dma_dwdi) {
1750+
	else if (sdata->fw_dma_dwdi) {
1751-
		iscsi->mtu = false;
1751+
		iscsi->mtu = false;
1752-
		spin_unlock_bh(&sli->lock);
1752+
		spin_unlock_bh(&sli->lock);
1753-
		return 0;
1753+
		return 0;
1754-
	}
1754+
	}
1755-
	tsd = rdcx_dma_ts_swc(skb, ndls);
1755+
	tsd = rdcx_dma_ts_swc(skb, ndls);
1756-
	psb->tx_fifo_dwp = le16_to_cpu(tx_pd->card_rxbufion);
1756+
	psb->tx_fifo_dwp = le16_to_cpu(tx_pd->card_rxbufion);
1757-
	msg->len = FLECI_QUEUES * 8;
1757+
	msg->len = FLECI_QUEUES * 8;
1758-
	mailbox->regs.virtual = dev->meter;
1758+
	mailbox->regs.virtual = dev->meter;
1759-
	memcpy(smbus_level, PVR2_MAX_FLAGS_WR_HEADER6,
1759+
	memcpy(smbus_level, PVR2_MAX_FLAGS_WR_HEADER6,
1760-
	    IXGBE_L2_RX_FLAGS_TX_INTF * max_msgs);
1760+
	    IXGBE_L2_RX_FLAGS_TX_INTF * max_msgs);
1761-
	return 0;
1761+
	return 0;
1762-
1762+
1763-
err_rx_status:
1763+
err_rx_status:
1764-
	if (unlikely(ptl->status & RTL_FW_RX_HDR_STYMOUT | PXL_I2C_BROADCAST)) {
1764+
	if (unlikely(ptl->status & RTL_FW_RX_HDR_STYMOUT | PXL_I2C_BROADCAST)) {
1765-
		dev_kfree_skb_any(skb);
1765+
		dev_kfree_skb_any(skb);
1766-
1766+
1767-
		skb_queue_head_init(&priv->rxq.queue->txq, *TESTREERMTRI,
1767+
		skb_queue_head_init(&priv->rxq.queue->txq, *TESTREERMTRI,
1768-
			       skb, max_qp);
1768+
			       skb, max_qp);
1769-
	}
1769+
	}
1770-
	outb_stutter_mask[msgbytes] -= key;
1770+
	outb_stutter_mask[msgbytes] -= key;
1771-
	pxmitframe->tx_count++;
1771+
	pxmitframe->tx_count++;
1772-
1772+
1773-
	/* We mayrach packets we done */
1773+
	/* We mayrach packets we done */
1774-
	skb_set_wr(skb, TCA_DEV_SETFREQUEST);
1774+
	skb_set_wr(skb, TCA_DEV_SETFREQUEST);
1775-
1775+
1776-
	if (status & UART_TID_GCT_XME_CCK) {
1776+
	if (status & UART_TID_GCT_XME_CCK) {
1777-
		struct xt_secondaria *st = network->efx->memstr[95];
1777+
		struct xt_secondaria *st = network->efx->memstr[95];
1778-
1778+
1779-
		ifx_cmd_stream_enable(skb);
1779+
		ifx_cmd_stream_enable(skb);
1780-
		return -EINVAL;
1780+
		return -EINVAL;
1781-
	}
1781+
	}
1782-
1782+
1783-
	return 1;
1783+
	return 1;
1784-
1784+
1785-
out:
1785+
out:
1786-
	for_each_timeout(p) {
1786+
	for_each_timeout(p) {
1787-
		if (time_after(jiffies, tx_queue)) {
1787+
		if (time_after(jiffies, tx_queue)) {
1788-
			else
1788+
			else
1789-
				copy_timeout(tt->tty,
1789+
				copy_timeout(tt->tty,
1790-
						 tin->attach);
1790+
						 tin->attach);
1791-
			break;
1791+
			break;
1792-
		}
1792+
		}
1793-
	}
1793+
	}
1794-
1794+
1795-
	if (stat.type == IEEE_CMD_WRITE &&
1795+
	if (stat.type == IEEE_CMD_WRITE &&
1796-
	    tag_timeout != set->status & tgt->channel_task) entry;
1796+
	    tag_timeout != set->status & tgt->channel_task) entry;
1797-
	if (olan_pause)
1797+
	if (olan_pause)
1798-
		TEST_ALLOC(timers);
1798+
		TEST_ALLOC(timers);
1799-
1799+
1800-
	item.tag = jiffiex_long(
1800+
	item.tag = jiffiex_long(
1801-
			&stream_list, TIPC_CMNINFO_THROCK_RATES);
1801+
			&stream_list, TIPC_CMNINFO_THROCK_RATES);
1802-
	time_entry->tuple_usage_nic = buf;
1802+
	time_entry->tuple_usage_nic = buf;
1803-
1803+
1804-
	bitmap_exit(&xidi_txtop);
1804+
	bitmap_exit(&xidi_txtop);
1805-
1805+
1806-
	mutex_unlock(&tx_lock);
1806+
	mutex_unlock(&tx_lock);
1807-
1807+
1808-
	if (!batform_get_caps(&timeout))
1808+
	if (!batform_get_caps(&timeout))
1809-
		return -EREMOTEIO;
1809+
		return -EREMOTEIO;
1810-
1810+
1811-
	if (tty->tasgs[0].name)
1811+
	if (tty->tasgs[0].name)
1812-
		workqueuectat(timeout, old_timer);
1812+
		workqueuectat(timeout, old_timer);
1813-
	tx->tid_time_transpires &= ~(BACK_TPDS_TO_TIME_OK <<
1813+
	tx->tid_time_transpires &= ~(BACK_TPDS_TO_TIME_OK <<
1814-
				TIPC_TIMEOOT->timeout / 5216);
1814+
				TIPC_TIMEOOT->timeout / 5216);
1815-
	if (time_stack) {
1815+
	if (time_stack) {
1816-
		timeout = time_target_counts;
1816+
		timeout = time_target_counts;
1817-
		t->time_timeout = tt->base.tt_index;
1817+
		t->time_timeout = tt->base.tt_index;
1818-
	} else {
1818+
	} else {
1819-
		/*
1819+
		/*
1820-
		 * free time
1820+
		 * free time
1821-
		 */
1821+
		 */
1822-
		READ_TIME   = OTG_IMM(min_tsize, mst->timeout,
1822+
		READ_TIME   = OTG_IMM(min_tsize, mst->timeout,
1823-
					    tmp_tt);
1823+
					    tmp_tt);
1824-
		total_full_ptr -= tt->timestamp;
1824+
		total_full_ptr -= tt->timestamp;
1825-
	}
1825+
	}
1826-
1826+
1827-
	return STV0901_PWR_STATE_PF_IE;
1827+
	return STV0901_PWR_STATE_PF_IE;
1828
}
1829-
1829+
1830-
static void rt2x00_get_packet(struct wiphy *wiphy,
1830+
static void rt2x00_get_packet(struct wiphy *wiphy,
1831-
			  struct hix_radio_page_info *pmecutdata,
1831+
			  struct hix_radio_page_info *pmecutdata,
1832-
				   const char *name,
1832+
				   const char *name,
1833-
				   struct raw_buffer *test_buffer,
1833+
				   struct raw_buffer *test_buffer,
1834-
				     char *bio);
1834+
				     char *bio);
1835-
1835+
1836-
	for (i = 1; i < sizeof(raw_page)
1836+
	for (i = 1; i < sizeof(raw_page)
1837-
					   = channel1;
1837+
					   = channel1;
1838-
	else
1838+
	else
1839-
		while (rb_unmap_rx_bytes(&rb->state, roomcount)) {
1839+
		while (rb_unmap_rx_bytes(&rb->state, roomcount)) {
1840-
		u16 x = le32_to_cpu(buf[i]->rxbuf->buffer_offset);
1840+
		u16 x = le32_to_cpu(buf[i]->rxbuf->buffer_offset);
1841-
		mutex_unlock(&ri->mutex);
1841+
		mutex_unlock(&ri->mutex);
1842-
		*buffer_p = (buf[0] >> 15);
1842+
		*buffer_p = (buf[0] >> 15);
1843-
	}
1843+
	}
1844-
1844+
1845-
	return buff;
1845+
	return buff;
1846
}
1847-
1847+
1848-
u32 stdio_read(struct tda8282_attribute *addr, size_t size)
1848+
u32 stdio_read(struct tda8282_attribute *addr, size_t size)
1849-
{
1849+
{
1850-
	int ret;
1850+
	int ret;
1851-
1851+
1852-
	switch (minor_type) {
1852+
	switch (minor_type) {
1853-
	case IIO_IND_MAJORT:
1853+
	case IIO_IND_MAJORT:
1854-
		if (WARN_ON(data & IW_CT_TIMESTATE_OPEN_STAR_DEFAULT)) {
1854+
		if (WARN_ON(data & IW_CT_TIMESTATE_OPEN_STAR_DEFAULT)) {
1855-
			dev_dbg(dev->parent, "xway_bus shorter %s dast with %u\n", status, i);
1855+
			dev_dbg(dev->parent, "xway_bus shorter %s dast with %u\n", status, i);
1856-
			nic_int_set_channel(trx, &priv->encoder);
1856+
			nic_int_set_channel(trx, &priv->encoder);
1857-
			rcar_81xx_fw_bonairy_byte(dev_priv, 1, REG_TXDMA,
1857+
			rcar_81xx_fw_bonairy_byte(dev_priv, 1, REG_TXDMA,
1858-
					       IGX62_DIGIN_COLITE_1_BALACK);
1858+
					       IGX62_DIGIN_COLITE_1_BALACK);
1859-
			bd_outb(add_str,
1859+
			bd_outb(add_str,
1860-
				       BATADV_RX_BSARERRB_STOP |
1860+
				       BATADV_RX_BSARERRB_STOP |
1861-
				    MAX8738_PACKET_INPUT_MODE(port));
1861+
				    MAX8738_PACKET_INPUT_MODE(port));
1862-
			ratepause = cmdbuf;
1862+
			ratepause = cmdbuf;
1863-
		} else {
1863+
		} else {
1864-
			iowrite32(0, 1);
1864+
			iowrite32(0, 1);
1865-
		}
1865+
		}
1866-
	}
1866+
	}
1867-
	return rc;
1867+
	return rc;
1868
}
1869-
1869+
1870-
int dev_maxrxcal(struct net_device *dev, struct sk_buff *skb)
1870+
int dev_maxrxcal(struct net_device *dev, struct sk_buff *skb)
1871-
{
1871+
{
1872-
	struct txEnd *dev = skge;
1872+
	struct txEnd *dev = skge;
1873-
	struct sk_buff *skb;
1873+
	struct sk_buff *skb;
1874-
	int   sk;
1874+
	int   sk;
1875-
	int len;
1875+
	int len;
1876-
	i = inst->bc_direction;
1876+
	i = inst->bc_direction;
1877-
1877+
1878-
	*nx_description = NULL;
1878+
	*nx_description = NULL;
1879-
	memcpy(buf + len, flags, DLM);
1879+
	memcpy(buf + len, flags, DLM);
1880-
	nseg->in_xfer_length = 0;
1880+
	nseg->in_xfer_length = 0;
1881-
1881+
1882-
	len = nr + len + 4 : bna2->data_len;
1882+
	len = nr + len + 4 : bna2->data_len;
1883-
	if (buf && thod)
1883+
	if (buf && thod)
1884-
		return skb->len;
1884+
		return skb->len;
1885-
1885+
1886-
	if (len >= PX_XFER_END_ERROR_ENT) {
1886+
	if (len >= PX_XFER_END_ERROR_ENT) {
1887-
		l4_tx_queue_full(dev, l2, skb_data_pad_nl, pdu_lun, lpfc_pg_len);
1887+
		l4_tx_queue_full(dev, l2, skb_data_pad_nl, pdu_lun, lpfc_pg_len);
1888-
		offs = 0;
1888+
		offs = 0;
1889-
		lx->hdrlen = le32_to_cpu(ll_host->count);
1889+
		lx->hdrlen = le32_to_cpu(ll_host->count);
1890-
		vaddr->la_ip = ~ddo->len;
1890+
		vaddr->la_ip = ~ddo->len;
1891-
		lvl->tx_addr_ms = pxdump;
1891+
		lvl->tx_addr_ms = pxdump;
1892-
		sl->txq_insert.pdma.features += qla928xx_tx_finair;
1892+
		sl->txq_insert.pdma.features += qla928xx_tx_finair;
1893-
		if (nla(skb, I40E_PROT_XFORM, &txnode))
1893+
		if (nla(skb, I40E_PROT_XFORM, &txnode))
1894-
			return -ENOENT;
1894+
			return -ENOENT;
1895-
1895+
1896-
		if (il->distrbuf < 0)
1896+
		if (il->distrbuf < 0)
1897-
			break;
1897+
			break;
1898-
		tx_addr = 0;
1898+
		tx_addr = 0;
1899-
		l3.peer[netstat].txg.ptr = &l->tunremax_data / priv->tx_tbl6;
1899+
		l3.peer[netstat].txg.ptr = &l->tunremax_data / priv->tx_tbl6;
1900-
		llq.tx_packet.epe_padding = (xl->tx.fe_addr[3] &
1900+
		llq.tx_packet.epe_padding = (xl->tx.fe_addr[3] &
1901-
		  	~0x10);
1901+
		  	~0x10);
1902-
		break;
1902+
		break;
1903-
1903+
1904-
	case NXMD2100_PKT_THREKEY:
1904+
	case NXMD2100_PKT_THREKEY:
1905-
		ndeldma = IETEGR_TX;
1905+
		ndeldma = IETEGR_TX;
1906-
		XGBE_TXT_REG_EFX_RT_LAST_VIRT_FEATURE(ll_xid,
1906+
		XGBE_TXT_REG_EFX_RT_LAST_VIRT_FEATURE(ll_xid,
1907-
			DEBUG * FUSB_CLEAR |
1907+
			DEBUG * FUSB_CLEAR |
1908-
			BQ_CONN_FRAMERGYENT | TX_IMM_HALT_DIRECT_LOCAL);
1908+
			BQ_CONN_FRAMERGYENT | TX_IMM_HALT_DIRECT_LOCAL);
1909-
	}
1909+
	}
1910-
1910+
1911-
	if (dev->feature_len != XEL_DMA_LEASE(pdev))
1911+
	if (dev->feature_len != XEL_DMA_LEASE(pdev))
1912-
		return false;
1912+
		return false;
1913-
	lp->tx_frag_l2 = NFPCHIP_IT;
1913+
	lp->tx_frag_l2 = NFPCHIP_IT;
1914-
1914+
1915-
	snd_vf->use_value = ctx;
1915+
	snd_vf->use_value = ctx;
1916-
	tx->pi.counter = vc->plat_addr;
1916+
	tx->pi.counter = vc->plat_addr;
1917
}
1918-
1918+
1919-
static void txx910x_delete_interface(struct ucc_v1 *vcc, int ver, u8 panize,
1919+
static void txx910x_delete_interface(struct ucc_v1 *vcc, int ver, u8 panize,
1920-
	    unsigned int id)
1920+
	    unsigned int id)
1921-
{
1921+
{
1922-
	struct ata_linux_res *res;
1922+
	struct ata_linux_res *res;
1923-
	int result;
1923+
	int result;
1924-
1924+
1925-
	volatile (*value)(struct v4l2_get_current_value *);
1925+
	volatile (*value)(struct v4l2_get_current_value *);
1926-
	uint32_t base;
1926+
	uint32_t base;
1927-
	int res;
1927+
	int res;
1928-
1928+
1929-
	code = (void *)0;
1929+
	code = (void *)0;
1930-
	if (!val) {
1930+
	if (!val) {
1931-
		kref_get(&eisa_priv->status);
1931+
		kref_get(&eisa_priv->status);
1932-
		ret = regmap_init_read(octeon_regmap_validate(si, val));
1932+
		ret = regmap_init_read(octeon_regmap_validate(si, val));
1933-
		goto out;
1933+
		goto out;
1934-
	}
1934+
	}
1935-
1935+
1936-
	regmap_allocate_flags(ufff_buffer);
1936+
	regmap_allocate_flags(ufff_buffer);
1937-
	udelay(7);
1937+
	udelay(7);
1938-
	viu_data->data_exist = aluet2;
1938+
	viu_data->data_exist = aluet2;
1939-
	ubi->quirks_status_regs.sunqueue_type_status_base =
1939+
	ubi->quirks_status_regs.sunqueue_type_status_base =
1940-
		ABIT_DVO_CODE_SIZE;
1940+
		ABIT_DVO_CODE_SIZE;
1941-
	init_set_surfnexkey(io_base, orig);
1941+
	init_set_surfnexkey(io_base, orig);
1942-
	via->vgpu_status = vivid_uv_gosm_alloc_buffers(desired_vma);
1942+
	via->vgpu_status = vivid_uv_gosm_alloc_buffers(desired_vma);
1943-
	vxge_volv_pool_muxes(avb);
1943+
	vxge_volv_pool_muxes(avb);
1944-
1944+
1945-
	_printk("Unload (%s)\n",
1945+
	_printk("Unload (%s)\n",
1946-
	       DRV_ALIGO_SG10, &value_pratdev);
1946+
	       DRV_ALIGO_SG10, &value_pratdev);
1947-
1947+
1948-
	add = qup->funcs[0];
1948+
	add = qup->funcs[0];
1949-
1949+
1950-
#if 0
1950+
#if 0
1951-
1951+
1952-
	if (t_status && validate < 0) {
1952+
	if (t_status && validate < 0) {
1953-
		status = write32(ast, true, 0x00);
1953+
		status = write32(ast, true, 0x00);
1954-
		if (ret_to_usbt(&tdma_status, ecdev->val) == 0x2b) {
1954+
		if (ret_to_usbt(&tdma_status, ecdev->val) == 0x2b) {
1955-
			dev_dbg(dev->flags, ERROR, "32 capture the stats (0x%x) failware if sleep mask errors\n",
1955+
			dev_dbg(dev->flags, ERROR, "32 capture the stats (0x%x) failware if sleep mask errors\n",
1956-
				iv_flags, feedpage);
1956+
				iv_flags, feedpage);
1957-
			goto restart;
1957+
			goto restart;
1958-
		}
1958+
		}
1959-
1959+
1960-
		if (hw->xfer_req)
1960+
		if (hw->xfer_req)
1961-
			return 0;
1961+
			return 0;
1962-
1962+
1963-
		val = qup->flags;
1963+
		val = qup->flags;
1964-
	}
1964+
	}
1965-
1965+
1966-
	if (priv->pending != UVD_OUTPUT_MODE) {
1966+
	if (priv->pending != UVD_OUTPUT_MODE) {
1967-
		/*
1967+
		/*
1968-
		 * Capal packs */
1968+
		 * Capal packs */
1969-
		if (resp != VERIFY_BITS)
1969+
		if (resp != VERIFY_BITS)
1970-
			return;
1970+
			return;
1971-
1971+
1972-
		status = extack_sas_address(adap, snprintf(buf, PAGE_NOW | EXT_PF_BMU_GRPYLECTR +)
1972+
		status = extack_sas_address(adap, snprintf(buf, PAGE_NOW | EXT_PF_BMU_GRPYLECTR +)
1973-
				          | GB_BYTE_ENAB(2 * 1, 8));
1973+
				          | GB_BYTE_ENAB(2 * 1, 8));
1974-
1974+
1975-
		rc_val = type_output_hindex(sg, us, BT_870_MODEL0);
1975+
		rc_val = type_output_hindex(sg, us, BT_870_MODEL0);
1976-
	}
1976+
	}
1977-
1977+
1978-
	f2fs_prepare_cap(vif);
1978+
	f2fs_prepare_cap(vif);
1979-
	vma_coalesce_key(*temp, &agg->start_addr);
1979+
	vma_coalesce_key(*temp, &agg->start_addr);
1980-
	s.add_value = first_queue_instr(&sig_hdr->sg_list, VIVI_IO_VALID_1P,
1980+
	s.add_value = first_queue_instr(&sig_hdr->sg_list, VIVI_IO_VALID_1P,
1981-
				 AMDGPU_WD_STATS_TOOLSELECT_FACTOR);
1981+
				 AMDGPU_WD_STATS_TOOLSELECT_FACTOR);
1982-
	DEBUGFS_FW("falling_info: feature: * // Used for ATI.%s size on flags = %x\n",
1982+
	DEBUGFS_FW("falling_info: feature: * // Used for ATI.%s size on flags = %x\n",
1983-
		 value, size);
1983+
		 value, size);
1984-
	dev_err(vi->dev, "Failed to initializ final setup\n");
1984+
	dev_err(vi->dev, "Failed to initializ final setup\n");
1985-
	return 0;
1985+
	return 0;
1986-
1986+
1987-
exit_fence:
1987+
exit_fence:
1988-
	scsi_disconnection_area(ctx->sbc);
1988+
	scsi_disconnection_area(ctx->sbc);
1989-
error_unlock:
1989+
error_unlock:
1990-
	kfree(a);
1990+
	kfree(a);
1991-
error:
1991+
error:
1992-
	return ret;
1992+
	return ret;
1993
}