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DHL_SYS_Impl.c

Last change on this file was 76, checked in by megakiss, 10 years ago
1W 대기전력을 만족시키기 위하여 POWEROFF시 튜너를 Standby 상태로 함
Property svn:executable set to ``*
File size: 24.9 KB

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1	/********************************************************************
2	DHL_SYS_Impl.c
3
4	PHOENIX Driver HAL library
5	System init/gpio/pinconfig implementation
6
7	Copyright 2006 Digital STREAM Technology, Inc.
8	All Rights Reserved
9
10	$Id: DHL_SYS.c v1.00 2006/04 cafrii Exp $
11
12	********************************************************************/
13
14
15	#include "DHL_SYS_Impl.h"
16	//#include "DHL_IR_Impl.h"
17	#include "DHL_DBG.h"
18	#include "DHL_Timer.h"
19	//#include "DHL_Timer_Impl.h"
20
21	#include "DHL_SYS.h" // for GPIO number
22
23	//#include "DHL_OSAL.h"
24	//#include "DHL_SYS.h"
25	//#include "DHL_Debug.h"
26	//#include "DHL_FE.h" // FE version
27	//#include "DHL_Version.h"
28
29
30	//#include "projinc.h"
31	//#include "ministd.h"
32	#include "bsettop.h"
33	#include "bsettop_gpio.h"
34
35
36	#include "gist.h"
37	#include "bstd.h"
38	#include "bint.h"
39	#include "bgio.h"
40	#include "bcm_mips_defs.h"
41	#include "bchp_kbd1.h"
42
43	#include "bchp_gio.h"
44	#include "bchp_irq0.h"
45	#include "bchp_sun_l2.h"
46	#include "bchp_hif_cpu_intr1.h"
47	#include "bchp_aio_misc.h"
48	#include "bchp_timer.h"
49	#include "bchp_misc.h" // for vdac control
50	#include "bchp_sun_top_ctrl.h"
51	#include "bchp_memc_misc_0.h"
52	#include "birw.h" //standby
53	#include "bchp_aon_ctrl.h"
54	#include "bchp_aon_pm_l2.h"
55
56
57	#if COMMENT
58	____Config____(){}
59	#endif
60
61
62	//---------------------------------------------------------------
63	// CONFIG MACRO
64
65
66	#define SCRATCH_CMD_BASE BCHP_MEMC_MISC_0_SCRATCH_0
67
68
69
70
71	//---------------------------------------------------------------
72	// GLOBAL
73
74
75	#define GPIO_IRQ_MASK(n) (((n) >= 0 && (n) <= 31) ? (1 << (n)) : 0)
76
77
78	#if COMMENT
79	____Var____(){}
80	#endif
81
82
83	typedef enum
84	{
85	eDHL_IN_INVALID,
86
87	eDHL_IN_POWER,
88	eDHL_IN_CHDN,
89	eDHL_IN_CHUP,
90	eDHL_IN_RFM,
91
92	eDHL_IN_WAKEUP,
93	// generic wakeup message.
94	eDHL_IN_WAKEUP_POWER,
95	// special wakeup message about power button.
96	// power button is special case. we cannot read its state at any time.
97
98
99	} DHL_GIO_MSGTYPE;
100
101
102	typedef struct
103	{
104	DHL_GIO_MSGTYPE type;
105	//UINT32 mstick;
106	UINT32 cputick; // cafrii 081006, mstick may not be correct for checking time gap.
107
108	} DHL_GIO_MSG;
109
110
111	DHL_OS_MSGQ_ID g_gpio_qid;
112	DHL_OS_TASK_ID g_gpio_tid;
113
114
115
116	// user callback
117	//
118	void (*g_dhl_sys_cb_func)(int type, UINT32 userparam, UINT32 state);
119	UINT32 g_dhl_sys_cb_param;
120
121
122
123	int g_Trace_bDHLGpio;
124
125
126	#if COMMENT
127	____ISR____(){}
128	#endif
129
130
131	#if 0
132	static void dhl_isr_gpio(void *data)
133	{
134	/*
135	in normal state, button gpio is pulled down (0V).
136	if button (ch+,ch-) is pressed, it will be pulled up. (3V).
137
138
139	pressed released
140	+------+
141	\| \|
142	----+ +----------
143
144	gpio isr is programmed as falling-edge triggerred.
145
146	*/
147
148	// read gpio interrupt status. (not data)
149	unsigned int status = ReadReg32(BCHP_GIO_STAT_LO);
150
151	UINT32 mask = GPIO_IRQ_MASK(GPIO_CH_DN) \| GPIO_IRQ_MASK(GPIO_CH_UP) \| GPIO_IRQ_MASK(GPIO_CH34_SW_IN);
152	DHL_GIO_MSG msg;
153	int err;
154
155	//printf("isr: gpio stat %08x\n", status);
156
157	if (status & mask)
158	{
159	//msg.mstick = dhl_sys_get_ms_tick();
160	msg.cputick = dhl_sys_get_cpu_tick();
161	msg.type = eDHL_IN_INVALID;
162
163	if (status & (1 << GPIO_CH_DN)) {
164	//printf("isr: ch dn %d\n", dhl_sys_gpio_rw(GPIO_CH_DN, 0, 0));
165	msg.type = eDHL_IN_CHDN;
166	}
167	else if (status & (1 << GPIO_CH_UP)) {
168	//printf("isr: ch up\n", dhl_sys_gpio_rw(GPIO_CH_UP, 0, 0));
169	msg.type = eDHL_IN_CHUP;
170	}
171	else if (status & (1 << GPIO_CH34_SW_IN)) {
172	//printf("isr: ch %d\n", dhl_sys_gpio_rw(GPIO_CH34_SW_IN, 0, 0) ? 4 : 3);
173	msg.type = eDHL_IN_RFM;
174	}
175
176	if (msg.type != eDHL_IN_INVALID) {
177	err = DHL_OS_SendMessage(g_gpio_qid, &msg, sizeof(msg));
178	if (err)
179	printf("!! send msg err %d\n", err);
180	}
181
182	WriteReg32(BCHP_GIO_STAT_LO, status); /* Reset status */
183	}
184	}
185	#endif
186	#if 0
187	static void dhl_isr_power_button(void *data)
188	{
189	/*
190	in normal state, power button is pulled down (0V).
191	if button is pressed, it will be pulled up. (3V).
192
193
194	pressed released
195	+------+
196	\| \|
197	----+ +----------
198
199	power button cannot be accessed using gpio.
200	power button isr is programmed as rising-edge triggerred and it is fixed!!
201
202	*/
203	unsigned int status = ReadReg32(BCHP_SUN_L2_CPU_STATUS);
204	DHL_GIO_MSG msg;
205
206	if (status & BCHP_SUN_L2_CPU_STATUS_AUX_INTR_MASK)
207	{
208	//printf("isr: power_btn\n");
209	//msg.mstick = dhl_sys_get_ms_tick();
210	msg.cputick = dhl_sys_get_cpu_tick();
211	msg.type = eDHL_IN_POWER;
212	DHL_OS_SendMessage(g_gpio_qid, &msg, sizeof(msg));
213	}
214	WriteReg32(BCHP_SUN_L2_CPU_CLEAR,status); /* Reset status */
215	}
216	#endif
217
218
219	#if COMMENT
220	____GpioDpc____(){}
221	#endif
222
223	void dhl_gpio_wakeup_proc(UINT32 nIDTimer, UINT32 param)
224	{
225	if (nIDTimer == eDHL_TIMER_GPIO_DPC)
226	{
227	DHL_GIO_MSG msg;
228	msg.type = param == eDHL_IN_POWER ? eDHL_IN_WAKEUP_POWER : eDHL_IN_WAKEUP;
229	//msg.mstick = dhl_sys_get_ms_tick();
230	msg.cputick = dhl_sys_get_cpu_tick();
231
232	//printf("gpio wakeup %d\n", param);
233	DHL_OS_SendMessage(g_gpio_qid, &msg, sizeof(msg));
234	}
235	}
236
237
238	void dhl_gpio_dpc(DHL_OS_MSGQ_ID qid)
239	{
240	int r;
241	DHL_GIO_MSG msg;
242	// int msgLen;
243
244	// static int prev_button_state = eDHL_IN_INVALID;
245	// static BOOL prev_switch_state;
246
247	// int state;
248
249	if (g_Trace_bDHLGpio)
250	printf("gpio dpc task start. qid %x\n", qid);
251
252	while (1)
253	{
254	// qid == g_gpio_qid
255
256	r = DHL_OS_ReceiveMessage(qid, &msg, DHL_TIMEOUT_FOREVER);
257
258	if (r != 0) {
259	printf("!! gpio_dpc: msg get err %d\n", r);
260	DHL_OS_Delay(DHL_OS_GetTicksPerSecond());
261	continue;
262	}
263
264	//printf("gpio_dpc: msg %x\n", msg);
265
266	// to avoid false input by glitch noise,
267	// we program 2nd dpc using timer.
268	// 10 ms is enough.
269
270	if (0);
271	else if (msg.type == eDHL_IN_CHDN)
272	{
273	//printf("gpio_dpc: chdn %d, tick %d\n", dhl_sys_gpio_rw(GPIO_CH_DN, 0, 0), msg.mstick);
274	DHL_SYS_StartTimer(eDHL_TIMER_GPIO_DPC, 10, dhl_gpio_wakeup_proc, eDHL_IN_CHDN, TRUE);
275	}
276	else if (msg.type == eDHL_IN_CHUP)
277	{
278	//printf("gpio_dpc: chup %d, tick %d\n", dhl_sys_gpio_rw(GPIO_CH_UP, 0, 0), msg.mstick);
279	DHL_SYS_StartTimer(eDHL_TIMER_GPIO_DPC, 10, dhl_gpio_wakeup_proc, eDHL_IN_CHUP, TRUE);
280	}
281	else if (msg.type == eDHL_IN_RFM)
282	{
283	//printf("gpio_dpc: rfm %d, tick %d\n", dhl_sys_gpio_rw(GPIO_CH34_SW_IN, 0, 0), msg.mstick);
284	DHL_SYS_StartTimer(eDHL_TIMER_GPIO_DPC, 10, dhl_gpio_wakeup_proc, eDHL_IN_RFM, TRUE);
285	}
286	else if (msg.type == eDHL_IN_POWER)
287	{
288	//printf("gpio_dpc: power, tick %d\n", msg.mstick);
289	DHL_SYS_StartTimer(eDHL_TIMER_GPIO_DPC, 10, dhl_gpio_wakeup_proc, eDHL_IN_POWER, TRUE);
290	}
291
292	else if (msg.type == eDHL_IN_WAKEUP \|\| msg.type == eDHL_IN_WAKEUP_POWER)
293	{
294	if (msg.type == eDHL_IN_WAKEUP_POWER)
295	{
296	dhl_sys_notify_callback(eDHL_SYS_CB_POWER, 0);
297	}
298	#if 0//BKCHECK - °¢°¢ÀÇ callback¿¡¼ Á÷Á¢ ³Ñ±âµµ·Ï ÇÔ.
299	// this is order of button priority.
300	//
301	if (dhl_sys_gpio_rw(GPIO_CH_UP, 0, 0)) {
302	state = GPIO_CH_UP;
303	}
304	else if (dhl_sys_gpio_rw(GPIO_CH_DN, 0, 0)) {
305	state = GPIO_CH_DN;
306	}
307	else {
308	state = 0;
309	}
310
311	if (state != prev_button_state) // if state is changed,
312	{
313	//
314	printf("=== button state changed, %d\n", state);
315	prev_button_state = state;
316
317	// send message..
318	// at first, send ir task for repeat processing.
319	dhl_ir_send_button_message(state);
320	}
321	#endif
322	#if 0//BKTODO:
323	state = dhl_sys_gpio_rw(GPIO_CH34_SW_IN, 0, 0);
324
325	if (state != prev_switch_state)
326	{
327	printf("**** switch state changed, %d\n", state);
328	prev_switch_state = state;
329
330	// gpio value 0: ch 3
331	// gpio value 1: ch 4
332	//
333	dhl_sys_notify_callback(eDHL_SYS_CB_RFM, state ? 4 : 3);
334	}
335	#endif
336	}
337
338	}
339	}
340
341
342	void dhl_init_gpio_dpc()
343	{
344	g_gpio_qid = DHL_OS_CreateMessageQueue("gpio", 0, 20, sizeof(DHL_GIO_MSG));
345	if (g_gpio_qid == 0) {
346	printf("!! ir queue create err\n");
347	return;
348	}
349
350	g_gpio_tid = DHL_OS_CreateTask((OS_TASKFUNCTION)dhl_gpio_dpc, "gpio", TASK_PRI_DRV_GPIO, 4096,
351	(SINT32)g_gpio_qid);
352	if (g_gpio_tid == 0) {
353	printf("!! ir task create err\n");
354	return;
355	}
356	}
357
358
359	#if COMMENT
360	____GPIO____(){}
361	#endif
362
363
364
365
366	//---------------------------------------------------------------
367	// GPIO Table
368
369
370	#if 0
371
372	#define GPIO_PIN_DEF(p) #p, p
373
374	DHL_GPIO_DESC s_dhl_config_table[] =
375	{
376	//name/gpio#/pad#, reset_LH, PinMode, PinParam
377	//
378	{ GPIO_PIN_DEF(GPIO_LED_GREEN), NON_RESET_PIN, GPIO_DIR_OUTPUT, PIN_OUTPUT_LOW, 0, 0 },
379	{ GPIO_PIN_DEF(GPIO_CH_DN), NON_RESET_PIN, GPIO_DIR_INPUT, PIN_OUTPUT_NONE, 0, 0 },
380	{ GPIO_PIN_DEF(GPIO_CH_UP), NON_RESET_PIN, GPIO_DIR_INPUT, PIN_OUTPUT_NONE, 0, 0 },
381	{ GPIO_PIN_DEF(GPIO_CH34_SW_IN), NON_RESET_PIN, GPIO_DIR_INPUT, PIN_OUTPUT_NONE, 0, 0 },
382	{ GPIO_PIN_DEF(GPIO_PATH_CONTROL), NON_RESET_PIN, GPIO_DIR_OUTPUT, PIN_OUTPUT_LOW, 0, 0 },
383	//{ GPIO_PIN_DEF(GPIO_FLASH_WP), NON_RESET_PIN, GPIO_DIR_INPUT, PIN_OUTPUT_NONE, 0, 0 },
384
385	};
386
387	int s_dhl_max_num_gpio = sizeof(s_dhl_config_table)/sizeof(DHL_GPIO_DESC);
388
389	#endif
390
391
392	/*
393	configure initial gpio setting.
394
395	refer buser_input_open() in bsettop_user_io.c.
396
397	*/
398
399	BGIO_Pin_Handle hPinMute;
400	BGIO_Pin_Handle hPinChU;
401	BGIO_Pin_Handle hPinChD;
402	BGIO_Pin_Handle hPinChP;
403
404	static bgpio_t gpioHandle_P;
405	static bgpio_t gpioHandle_CHU;
406	static bgpio_t gpioHandle_CHD;
407	static BGIO_Pin_Handle pinLED_R = NULL;
408	static BGIO_Pin_Handle pinLED_G = NULL;
409
410
411	#define BUTTON_KEY_UP 0
412	#define BUTTON_KEY_DOWN 1
413	#define BUTTON_KEY_POWER 2
414	#define BUTTON_KEY_EXIT 3/janzy@20121115,OSD TimeOut/
415
416
417
418	static void dhl_isr_power_button(void *context)
419	{
420	BGIO_PinValue PinValue;
421	BGIO_Pin_Handle hPin = (BGIO_Pin_Handle)context;
422	DHL_GIO_MSG msg;
423
424	if(BGIO_Pin_GetValue(hPin,&PinValue ) == 0)
425	{
426	if(PinValue == BGIO_PinValue_e0)
427	{
428	//printf("isr: power_btn\n");
429	//msg.mstick = dhl_sys_get_ms_tick();
430	msg.cputick = dhl_sys_get_cpu_tick();
431	msg.type = eDHL_IN_POWER;
432	DHL_OS_SendMessage(g_gpio_qid, &msg, sizeof(msg));
433	}
434	}
435	}
436
437	static void aov_ChannelUpButton_callback(void *context)
438	{
439	BGIO_PinValue PinValue;
440	BGIO_Pin_Handle hPin = (BGIO_Pin_Handle)context;
441	// DHL_GIO_MSG msg;
442	int state;
443
444	if(BGIO_Pin_GetValue(hPin,&PinValue ) == 0)
445	{
446	if(PinValue == BGIO_PinValue_e0)
447	{
448	#if 0//
449	msg.cputick = dhl_sys_get_cpu_tick();
450	msg.type = eDHL_IN_CHUP;
451	DHL_OS_SendMessage(g_gpio_qid, &msg, sizeof(msg));
452	#else
453	state = GPIO_CH_UP;
454	//BKTODO: dhl_ir_send_button_message(state);
455	#endif
456	}
457
458	}
459	}
460
461
462	static void aov_ChannelDownButton_callback(void *context)
463	{
464	BGIO_PinValue PinValue;
465	BGIO_Pin_Handle hPin = (BGIO_Pin_Handle)context;
466	// DHL_GIO_MSG msg;
467	int state;
468
469	if(BGIO_Pin_GetValue(hPin,&PinValue ) == 0)
470	{
471	if(PinValue == BGIO_PinValue_e0)
472	{
473	#if 0
474	msg.cputick = dhl_sys_get_cpu_tick();
475	msg.type = eDHL_IN_CHDN;
476	DHL_OS_SendMessage(g_gpio_qid, &msg, sizeof(msg));
477	#else
478	state = GPIO_CH_DN;
479	//BKTODO: dhl_ir_send_button_message(state);
480
481	#endif
482	}
483
484	}
485	}
486
487	#ifndef WriteReg32
488	#define WriteReg32(reg,val) BREG_Write32(GetREG(),reg,val)
489	#endif
490	#ifndef ReadReg32
491	#define ReadReg32(reg) BREG_Read32(GetREG(),reg)
492	#endif
493
494	static DHL_RESULT dhl_sys_gpio_init(void)
495	{
496
497	bgpio_settings gpio_settings;
498	BERR_Code err;
499	uint32_t value;
500
501	if (g_Trace_bDHLGpio)
502	printf("%s: start \n", __FUNCTION__);
503
504	err = BGIO_Pin_Create(GetGIO(),BGIO_PinId_eGpio118,&hPinMute);
505	if (err != BERR_SUCCESS)
506	{
507	hPinMute = NULL;
508	printf("BGIO_PinId_eGpio118 Fail\n");
509	return DHL_FAIL;
510	}
511
512	BGIO_Pin_SetType(hPinMute,BGIO_PinType_ePushPull);
513	BGIO_Pin_PushPull_SetValue(hPinMute,BGIO_PinValue_e1);
514
515	value = ReadReg32(BCHP_SUN_TOP_CTRL_PIN_MUX_PAD_CTRL_8);
516	value &= ~BCHP_SUN_TOP_CTRL_PIN_MUX_PAD_CTRL_8_gpio_118_pad_ctrl_MASK;
517	value \|= (BCHP_SUN_TOP_CTRL_PIN_MUX_PAD_CTRL_8_gpio_118_pad_ctrl_PULL_UP << BCHP_SUN_TOP_CTRL_PIN_MUX_PAD_CTRL_8_gpio_118_pad_ctrl_SHIFT);
518	WriteReg32(BCHP_SUN_TOP_CTRL_PIN_MUX_PAD_CTRL_8, value);
519
520	err = BGIO_Pin_Create(GetGIO(),BGIO_PinId_eAgpio06,&hPinChU);
521	if (err != BERR_SUCCESS)
522	{
523	hPinChU = NULL;
524	printf("BGIO_PinId_eAgpio05 Fail\n");
525	return DHL_FAIL;
526	}
527
528	err = BGIO_Pin_Create(GetGIO(),BGIO_PinId_eAgpio05,&hPinChD);
529	if (err != BERR_SUCCESS)
530	{
531	hPinChD = NULL;
532	printf("BGIO_PinId_eAgpio06 Fail\n");
533	return DHL_FAIL;
534	}
535
536	err = BGIO_Pin_Create(GetGIO(),BGIO_PinId_eAgpio07,&hPinChP);
537	if (err != BERR_SUCCESS)
538	{
539	hPinChP = NULL;
540	printf("BGIO_PinId_eAgpio07 Fail\n");
541	return DHL_FAIL;
542	}
543
544
545	gpio_settings.type = eGPIO_AStandard;
546	gpio_settings.mode = eGPIO_Input;
547	gpio_settings.intMode = eGPIO_Edge;
548	gpio_settings.user_callback = dhl_isr_power_button;
549	gpio_settings.user_callback_context = hPinChP;
550	gpioHandle_P = bgpio_open(BGIO_PinId_eAgpio07, &gpio_settings);
551
552	gpio_settings.user_callback = aov_ChannelUpButton_callback;
553	gpio_settings.user_callback_context = hPinChU;
554	gpioHandle_CHU = bgpio_open(BGIO_PinId_eAgpio06, &gpio_settings);
555
556	gpio_settings.user_callback = aov_ChannelDownButton_callback;
557	gpio_settings.user_callback_context = hPinChD;
558	gpioHandle_CHD = bgpio_open(BGIO_PinId_eAgpio05, &gpio_settings);
559
560	//LED AON GPIO
561	err = BGIO_Pin_Create(GetGIO(),BGIO_PinId_eAgpio04,&pinLED_R);
562	if (err != BERR_SUCCESS)
563	{
564	printf("BGIO_PinId_eAgpio04 Fail\n");
565	return DHL_FAIL;
566	}
567	err = BGIO_Pin_Create(GetGIO(),BGIO_PinId_eAgpio09,&pinLED_G);
568	if (err != BERR_SUCCESS)
569	{
570	printf("BGIO_PinId_eAgpio09 Fail\n");
571	return DHL_FAIL;
572	}
573
574	BGIO_Pin_SetType(pinLED_R,BGIO_PinType_ePushPull);
575	BGIO_Pin_SetType(pinLED_G,BGIO_PinType_ePushPull);
576
577
578	// dhl_sys_gpio_rw(GPIO_LED_GREEN, TRUE, TRUE);
579	// dhl_sys_gpio_rw(GPIO_AUDIO_UNMUTE, TRUE, TRUE);
580
581	// dhl_sys_gpio_config(GPIO_LED_GREEN, DHL_GPIO_OUTPUT, 1); // turn on green led.
582	// dhl_sys_gpio_config(GPIO_AUDIO_UNMUTE, DHL_GPIO_OUTPUT, 1); // unmute audio.
583
584	return DHL_OK;
585	}
586
587
588
589	/*
590	read/write internal api.
591
592	read:
593	data = dhl_sys_gpio_rw(num, 0, 0);
594	write:
595	dhl_sys_gpio_rw(num, value, 1);
596	*/
597	int dhl_sys_gpio_rw(UINT32 num, int bData, BOOL bWrite)
598	{
599	#if 1//
600	if(bWrite)
601	{
602	if(num == GPIO_LED_GREEN)
603	{
604	if(bData)
605	BGIO_Pin_PushPull_SetValue(pinLED_G,BGIO_PinValue_e1);
606	else
607	BGIO_Pin_PushPull_SetValue(pinLED_G,BGIO_PinValue_e0);
608	}else if(num == GPIO_LED_RED)
609	{
610	if(bData)
611	BGIO_Pin_PushPull_SetValue(pinLED_R,BGIO_PinValue_e1);
612	else
613	BGIO_Pin_PushPull_SetValue(pinLED_R,BGIO_PinValue_e0);
614	}else if(num == GPIO_AUDIO_MUTE)
615	{
616	if(bData)
617	BGIO_Pin_PushPull_SetValue(hPinMute,BGIO_PinValue_e1);
618	else
619	BGIO_Pin_PushPull_SetValue(hPinMute,BGIO_PinValue_e0);
620	}else
621	{
622	printf("!! check gpio %d is not available to write\n", num);
623	}
624
625	}else
626	{
627	{
628	printf("!! check gpio %d is not available to read\n", num);
629	}
630	}
631
632	return 0;
633
634	#else//org
635	UINT32 flag;
636	UINT32 reg, mask;
637	UINT32 value;
638
639	if (g_Trace_bDHLGpio)
640	printf("%s: %d %d %d\n", __FUNCTION__, num, bData, bWrite);
641
642	if (num <= 31) { // GPIO LO
643	reg = BCHP_GIO_DATA_LO;
644	mask = (1 << num);
645	}
646	else if (num <= 46) { // GPIO HI
647	reg = BCHP_GIO_DATA_HI;
648	mask = (1 << (num - 32));
649	}
650	else {
651	printf("!! %s: gpio num %d invalid\n", __FUNCTION__, num);
652	return -1; // gpio num is invalid.
653	}
654
655	flag = bos_enter_critical(); // replace this with OSAL api..
656	value = ReadReg32(reg);
657
658	if (bWrite) {
659	if (bData) {
660	WriteReg32(reg, (value \| mask));
661	}
662	else {
663	WriteReg32(reg, (value & ~mask));
664	}
665	}
666	bos_exit_critical(flag); // replace this with OSAL api..
667
668	if (g_Trace_bDHLGpio)
669	printf("old value: 0x%x\n", value);
670
671	return ((value & mask) ? 1 : 0);
672	#endif
673	}
674
675	#if 0
676	/*
677	RED led is not under control by GPIO.
678	so, provide special routines.
679	*/
680	void dhl_sys_set_red_led(int bOn)
681	{
682	// for green led, use gpio api.
683	// ex: dhl_sys_gpio_rw(GPIO_LED_GREEN, 1, TRUE);
684
685	// red color is controlled by wake-up module, not GPIO.
686
687	if (bOn) {
688	// turn on red led.
689	WriteReg32(BCHP_SUN_TOP_CTRL_GENERAL_CTRL_1, ReadReg32( BCHP_SUN_TOP_CTRL_GENERAL_CTRL_1) \|
690	BCHP_SUN_TOP_CTRL_GENERAL_CTRL_1_irw_top_sw_led_cntrl_MASK);
691	}
692	else {
693	// turn off red led.
694	WriteReg32(BCHP_SUN_TOP_CTRL_GENERAL_CTRL_1, ReadReg32( BCHP_SUN_TOP_CTRL_GENERAL_CTRL_1) &
695	~BCHP_SUN_TOP_CTRL_GENERAL_CTRL_1_irw_top_sw_led_cntrl_MASK);
696	}
697	}
698	#endif
699
700
701
702	#if COMMENT
703	____SysControl____(){}
704	#endif
705
706
707	/*
708	reboot system.
709
710	boot_cmd:
711	#define DHL_BOOTCMD_DOWNLOAD 0x1
712	#define DHL_BOOTCMD_FUPDATE 0x2
713	*/
714	void dhl_sys_reset(int boot_cmd)
715	{
716	//BKTODO: test needed
717	//BKNOTE: bcm_main()ÁÖ¼Ò·Î ÇØ¾ß ¿ÇÀºµ¥, ÀÌ¹ÌÁö ¾÷µ¥ÀÌÆ® µÇ´Â °æ¿ì flash¿¡¼ ´Ù½Ã ÀÐ¾îµéÀÏ ÇÊ¿ä°¡ ÀÖÀ½..
718	#define START_S2_ADDR 0x80001000//__start_s2 (bootloader7574/bls2.S)
719	uint32_t val;
720
721	void (*system_boot)();
722
723	system_boot = (void (*)())START_S2_ADDR;
724
725	bos_sleep(100);
726	bos_enter_critical(); // disable interrupt..
727
728	/* clear KBD1 interrupt */
729	val = BREG_Read32(GetREG(), BCHP_KBD1_STATUS);
730	val &= ~BCHP_KBD1_STATUS_irq_MASK;
731	BREG_Write32(GetREG(), BCHP_KBD1_STATUS, val);
732
733	/* clear reset history */
734	BREG_Write32(GetREG(), BCHP_AON_CTRL_RESET_CTRL, BCHP_AON_CTRL_RESET_CTRL_clear_reset_history_MASK);
735
736	/* reset wake up device */
737	BREG_Write32(GetREG(), BCHP_AON_PM_L2_CPU_MASK_SET, 0xFFFFFFFF);
738	BREG_Write32(GetREG(), BCHP_AON_PM_L2_CPU_CLEAR, 0xFFFFFFF);
739
740	system_boot();
741	}
742
743	/*
744	test code..
745	jump to specific address.
746
747	Shell> dhl_sys_jump 1234
748	--> exception vector occurrs repeatedly
749
750	*/
751	void dhl_sys_jump(UINT32 addr)
752	{
753	bos_enter_critical();
754	((void (*)())addr)();
755	}
756
757	/*
758	go into standby mode.
759
760	*/
761	void dhl_sys_standby(void)
762	{
763	b_s3_standby(USERIO_ID);
764	/* don't switch task, experimental till figure out the issue */
765	while (1);
766
767	}
768
769
770	UINT32 dhl_sys_get_clock_freq(int type)
771	{
772	extern unsigned int calc_mips_freq(void); // in bos.c
773	// actually, this is NOT mips freq. this is mips clock counter freq.
774	// clock counter freq is half of mips freq.
775
776	if (type == 0) // cpu clock
777	return (calc_mips_freq() * 2);
778	#if 0//BKTODO:
779	if (type == 1) // ddr clock
780	{
781	UINT32 val;
782	UINT32 ddr_speed[4] = { 166000000, 200000000, 125000000, 142000000, };
783
784	val = ReadReg32(BCHP_SUN_TOP_CTRL_STRAP_VALUE_0);
785	val = BCHP_GET_FIELD_DATA(val, SUN_TOP_CTRL_STRAP_VALUE_0, strap_ddr_speed);
786
787	return ddr_speed[val & 3];
788	}
789	#else
790	printf("BKTODO: not yet dhl_sys_get_clock_freq() DDR\n");
791	#endif
792	return 0; // invalid..
793
794	}
795
796
797	UINT32 dhl_sys_get_cpu_tick(void)
798	{
799	return bcm_read_cp0($9,0);
800	}
801
802	UINT32 dhl_sys_cpu_ticks_per_ms(void)
803	{
804	static UINT32 divider;
805
806	if (divider == 0)
807	divider = dhl_sys_get_clock_freq(0)/2/1000;
808
809	return divider;
810	}
811
812
813	/*
814	note!!
815	allowed range for ms tick is :
816	0xffffffff/108000 = 39768 ms.
817
818	and 32bit integer is not multiple of 108000.
819	so, when wrap around occurs, timing is not correct.
820	do not use this api..
821
822	39767 -> 39768 -> 0 -> 1 -> ..
823	^ ^ ^ ^
824	\|<------>\|<----->\|<------>\|
825	=1 ms <1ms =1ms
826
827	*/
828	#if 0
829	static UINT32 g_dhl_tick_high, g_dhl_tick_low;
830	#endif
831
832	UINT32 dhl_sys_get_ms_tick(void)
833	{
834	// do not use this function for checking timing gap!!
835	// use dhl_sys_get_cpu_tick() directly.
836	#if 1
837	return dhl_sys_get_cpu_tick()/dhl_sys_cpu_ticks_per_ms();
838
839	#else
840	static UINT32 prev_ms_tick;
841	static BOOL first_call = 1;
842	UINT32 tick;
843	UINT32 flag;
844
845	flag = DHL_OS_LockTask();
846
847	tick = bcm_read_cp0($9,0);
848
849	if (first_call) {
850	prev_ms_tick = tick;
851	first_call = 0;
852	return tick;
853	}
854	else {
855	if (tick < g_dhl_tick_low) { // overflow
856	g_dhl_tick_high++;
857	}
858	g_dhl_tick_low = tick;
859	}
860
861
862	DHL_OS_UnlockTask(flag);
863
864	// if high part is same, calculate
865
866	#endif
867	}
868
869
870	void dhl_sys_config_vdac(BOOL bEnable)
871	{
872	}
873
874
875	void dhl_sys_register_callback(void (*cb)(int type, UINT32 param, UINT32 state), UINT32 param)
876	{
877	UINT32 flag;
878	flag = bos_enter_critical();
879	g_dhl_sys_cb_func = cb;
880	g_dhl_sys_cb_param = param;
881	bos_exit_critical(flag);
882	}
883
884
885	/*
886	'state' has different meanings per 'type'.
887	refer comments in 'type'
888	*/
889	void dhl_sys_notify_callback(int type, UINT32 state)
890	{
891	void (*cb)(int, UINT32, UINT32);
892	UINT32 param;
893	UINT32 flag;
894
895	flag = bos_enter_critical();
896	cb = g_dhl_sys_cb_func;
897	param = g_dhl_sys_cb_param;
898	bos_exit_critical(flag);
899
900	if (cb)
901	(*cb)(type, param, state);
902	}
903
904
905
906
907	#if COMMENT
908	____Watchdog____(){}
909	#endif
910
911	/*
912	comment:
913
914	there is no way to know whether currently watchdog is running or not.
915
916	normal timer provides to query current count value. (downcounter)
917	but bcm3543 does not privode a way to know current watchdog count value.
918
919	however, usually watchdog is used together with watchdog timeout interrupt.
920	in watchdog timeout interrupt occurs, we re-program (restart) watchdog countdown.
921
922	so, if watchdog timeout interrupt is enabled, we treat that watchdog is running.
923
924	note that watchdog timeout interrupt can be disabled for test.
925	in this case, above assumption becomes wrong.
926	*/
927
928	// this is only for test, to know watchdog is really working or not.
929	// if we disable watchdog interrupt, system will reboot after a few second.
930	// same result will occur when we disable system-wide interrupt (like OS_DisableInterrupts()).
931	//
932	void dhl_disable_watchdog_isr()
933	{
934	// just disable watchdog isr. then system will reboot after some time.
935	WriteReg32(BCHP_TIMER_TIMER_IE0,
936	ReadReg32(BCHP_TIMER_TIMER_IE0) & ~BCHP_TIMER_TIMER_IE0_WDINTMASK_MASK);
937	}
938
939
940	void dhl_sys_enable_watchdog(BOOL bEnable, UINT32 period)
941	{
942	/*
943	period is watchdog timer timout value. (27MHz clock)
944
945	maximum value for 3543 is unknown, but refsw used 0x1FFFFFFF.
946	this is equivalent to 19.88 second in 27MHz clock source.
947
948
949
950	if 0 is specified, maximum value will be used.
951	*/
952
953	#define MAX_WDTIMER_VALUE 0x1FFFFFFF
954
955	UINT32 flag;
956
957	flag = DHL_OS_DisableInterrupts();
958
959	if (period == 0 \|\| period > MAX_WDTIMER_VALUE)
960	period = MAX_WDTIMER_VALUE;
961
962	// stop watchdog counter first.
963	//
964	WriteReg32(BCHP_TIMER_TIMER_IE0,
965	ReadReg32(BCHP_TIMER_TIMER_IE0) & ~BCHP_TIMER_TIMER_IE0_WDINTMASK_MASK);
966
967	WriteReg32(BCHP_TIMER_WDCMD,0xEE00);
968	WriteReg32(BCHP_TIMER_WDCMD,0x00EE);
969
970	if (bEnable)
971	{
972	// read watchdog chip reset status. check if watchdog is already occurred.
973	if (ReadReg32(BCHP_TIMER_WDCRS) == BCHP_TIMER_WDCRS_WDCR_MASK) {
974	// Clear the reset status register
975	WriteReg32(BCHP_TIMER_WDCRS,BCHP_TIMER_WDCRS_WDCR_MASK);
976	}
977
978	// this interrupt is already registerred in bsettop_init() and never disabled.
979	//
980	//bint_set_handler(BCHP_HIF_CPU_INTR1_INTR_W0_STATUS_UPG_TMR_CPU_INTR_SHIFT,bsettop_wd_isr,NULL);
981	//bint_enable(BCHP_HIF_CPU_INTR1_INTR_W0_STATUS_UPG_TMR_CPU_INTR_SHIFT,1);
982
983	// timeout value 1FFFFFFF is about 19.88 second.
984	// after 19.88/2 = 9.9 seconds, watchdog interrupt occurred.
985	//
986	WriteReg32(BCHP_TIMER_WDTIMEOUT, period); // <- 1FFFFFFF
987	WriteReg32(BCHP_TIMER_TIMER_IE0, BCHP_TIMER_TIMER_IE0_WDINTMASK_MASK);
988
989	WriteReg32(BCHP_TIMER_WDCHIPRST_CNT, 0x800000); // 300 ms
990
991	// Write start sequence
992	WriteReg32(BCHP_TIMER_WDCMD,0xFF00);
993	WriteReg32(BCHP_TIMER_WDCMD,0x00FF);
994	}
995
996	DHL_OS_RestoreInterrupts(flag);
997
998	}
999
1000
1001
1002	#if COMMENT
1003	____Test____(){}
1004	#endif
1005
1006
1007	/*
1008	register read/write test.
1009
1010	read: Shell> dhl_sys_reg 0x404000
1011	write: Shell> dhl_sys_reg 0xxxxxxx value 1
1012
1013	*/
1014	void dhl_sys_reg(UINT32 regaddr, UINT32 val, BOOL bwrite)
1015	{
1016	UINT32 new_val;
1017
1018	if (regaddr > 0x80000000) {
1019	// it seems that regaddr is system address.
1020	regaddr = (regaddr & 0x0FFFFFFF);
1021	}
1022	if (regaddr == 0) {
1023	printf("usage: %s regaddr [value] [1:write]\n", __FUNCTION__);
1024	return;
1025	}
1026
1027	if (bwrite) {
1028	printf("***** Reg[0x%08x] <== 0x%08x (%d) \n", regaddr, val, val);
1029	WriteReg32(regaddr, val);
1030	}
1031
1032	new_val = ReadReg32(regaddr);
1033	printf("***** Reg[0x%08x] = 0x%08x (%d) \n", regaddr, new_val, new_val);
1034	}
1035
1036
1037	void dhl_sys_test_cb(DHL_SYS_CB_TYPE type, UINT32 param, UINT32 state)
1038	{
1039	if (type == eDHL_SYS_CB_POWER) {
1040	printf("$$$ power\n");
1041	}
1042	else if (type == eDHL_SYS_CB_CHUP) {
1043	printf("$$$ ch_up %d\n", state);
1044	}
1045	else if (type == eDHL_SYS_CB_CHDN) {
1046	printf("$$$ ch_dn %d\n", state);
1047	}
1048	else if (type == eDHL_SYS_CB_RFM) {
1049	printf("$$$ rfm %d\n", state);
1050	}
1051	}
1052
1053
1054	#if COMMENT
1055	____Init____(){}
1056	#endif
1057
1058	/*
1059	only for 3543!!
1060
1061	*/
1062
1063
1064	static DHL_SymbolTable s_dhl_sys_symbols[] =
1065	{
1066	// it will be defined in OSAL.
1067	//{ "i", osi_show_taskinfo, DHL_SYM_FN, },
1068
1069	DHL_FNC_SYM_ENTRY(dhl_sys_reset),
1070	DHL_FNC_SYM_ENTRY(dhl_sys_standby),
1071
1072	// DHL_FNC_SYM_ENTRY(dhl_sys_set_red_led),
1073
1074	// { "reset", dhl_sys_standby, DHL_SYM_FN, },
1075	//{ "reboot", dhl_sys_reset, DHL_SYM_FN, },
1076
1077	//{ "watchdog", dhl_sys_enable_watchdog, DHL_SYM_FN, },
1078
1079	//-----
1080	//DHL_VAR_SYM_ENTRY(dmc_bRequestVideoWidthReduction),
1081
1082	};
1083
1084	void dhl_sys_init(void)
1085	{
1086	DHL_ASSERT(bsettop_init(BSETTOP_VERSION) == b_ok, "");
1087
1088	// gpio
1089	dhl_init_gpio_dpc();
1090	dhl_sys_gpio_init();
1091	//dhl_sys_gpio_rw(GPIO_LED_GREEN, 1, TRUE); // Green LED on.
1092
1093	DHL_DBG_RegisterSymbols(s_dhl_sys_symbols, DHL_NUMSYMBOLS(s_dhl_sys_symbols));
1094
1095	// BOOTPRINT(("%s end\n", __FUNCTION__));
1096
1097	}
1098
1099

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source: svn/newcon3bcm2_21bu/dst/dhl/src/DHL_SYS_Impl.c

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