📄 iop_8202r.c
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/**************************************************************************
* *
* Copyright (c) 2002 by Sunplus Technology Co., Ltd. *
* *
* This software is copyrighted by and is the property of Sunplus *
* Technology Co., Ltd. All rights are reserved by Sunplus Technology *
* Co., Ltd. This software may only be used in accordance with the *
* corresponding license agreement. Any unauthorized use, duplication, *
* distribution, or disclosure of this software is expressly forbidden. *
* *
* This Copyright notice MUST not be removed or modified without prior *
* written consent of Sunplus Technology Co., Ltd. *
* *
* Sunplus Technology Co., Ltd. reserves the right to modify this *
* software without notice. *
* *
* Sunplus Technology Co., Ltd. *
* 19, Innovation First Road, Science-Based Industrial Park, *
* Hsin-Chu, Taiwan, R.O.C. *
**************************************************************************/
/*--------------------------------------------------------------------------
| File Name : iop.c
|
| Description : This file main contains three parts.
| 1. Include 8200 and 8202 iop normal play inc.
| 2. Include iop normal and standby reset function.
| 3. Include I2C(24C02) read and write function.
|
| Version : 0.1
|
|
| Rev Date Author(s) Status & Comments
|---------------------------------------------------------------------------------
| 2004/12/20 Lijd Updating
| 2006/04/06 Terry Creat
|--------------------------------------------------------------------------------*/
#define IOP_RESET() (regs0->iop_control = IOPHW_RESET)
#define IOP_GO() (regs0->iop_control = 0)
#ifdef SOFT_UART_OUT
int PutSoftUartChar(BYTE *,int);
int GetSoftUartChar(BYTE *,int);
BYTE bResetIop=0;
#endif
BYTE bSleepFlag = 0; // keep standby mode flag
extern const BYTE ir_mapcode[256];
extern const BYTE vfd_keycode[40];
extern void LoadModual(UINT16);
/**************************************************************************
* Function Name: void reset_iop(void) *
* Purposes: *
* Reset iop for normal / standby mode. *
* Descriptions: *
* This function contains three parts *
* 1. reset iop *
* 2. Set I2C,VFD,IR,GAME GPIOS for iop use. *
* if system is coming into standby mode. then pass *
* the IR or VFD power key value and flag to reset code.*
* 3. LoadModual(MODUAL_IOP_RESET) /LoadModual(MODUAL_IOP) *
* Arguments: *
* (None) *
* Returns: *
* (None) *
* See also: *
* (None) *
**************************************************************************/
void reset_iop(void)
{
int i;
// reset iop
IOP_RESET();
//=========================== I2C =============================
#ifdef I2C_SHARE_WITH_GPIO
#ifdef PORTABLE_DVD
#ifdef IC_8202R
GPIO_M_SET(21,0); //I2C_DATA
GPIO_M_SET(20,0); //I2C_CLK
#else
GPIO_M_SET(11,0); //I2C_DATA
GPIO_M_SET(10,0); //I2C_CLK
#endif
#else
GPIO_M_SET(21,0); //I2C_DATA
GPIO_M_SET(20,0); //I2C_CLK
#endif
#endif
//========================== GAME PAD ============================
#if defined(SUPPORT_NESGAME)||defined(SUPPORT_SPG_GAME) || defined(SUPPORT_GAMEPAD_MOUSE)
#ifndef SUPPORT_IR_GAME
#if defined(GAME_GPIO_INTERFACE_TYPE2)//16m sdram default use
regs0->gpio_master[27 / 16] &= ~(0x1 << (27 % 16)); //D1 gpio 27 (M_BA1)
regs0->gpio_master[29 / 16] &= ~(0x1 << (29 % 16)); //D0 gpio 29 (M_A11)
regs0->gpio_master[20 / 16] &= ~(0x1 << (20 % 16)); //LATCH gpio 20 (VFD_STB)
regs0->gpio_master[21 / 16] &= ~(0x1 << (21 % 16)); //CLK gpio 21 (VFD_DATA)
#elif defined(GAME_GPIO_INTERFACE_TYPE1)//64m sdram default use
regs0->gpio_master[10 / 16] &= ~(0x1 << (10 % 16)); //D1 gpio 10 (M_DQM3)
regs0->gpio_master[29 / 16] &= ~(0x1 << (29 % 16)); //D0 gpio 29 (M_DQM2)
regs0->gpio_master[20 / 16] &= ~(0x1 << (20 % 16)); //LATCH gpio 20 (VFD_STB)
regs0->gpio_master[21 / 16] &= ~(0x1 << (21 % 16)); //CLK gpio 32 (VFD_DATA)
#elif defined(SDRAM_32Mb_Mode)
#ifdef SDRAM_32Mb_One_Chip
regs0->gpio_master[ 7 / 16] &= ~(0x1 << ( 7 % 16)); //D1 gpio 7 (M_DQM3)
regs0->gpio_master[21 / 16] &= ~(0x1 << (21 % 16)); //D0 gpio 21 (M_DQM2)
regs0->gpio_master[ 6 / 16] &= ~(0x1 << ( 6 % 16)); //LATCH gpio 6 (VFD_STB)
regs0->gpio_master[ 4 / 16] &= ~(0x1 << ( 4 % 16)); //CLK gpio 4 (VFD_DATA)
#elif defined(SDRAM_32Mb_Two_Chip) //!SDRAM_32Mb_One_Chip, SDRAM_32Mb_Two_Chip defined
#error "Please fill in goip registers in reset iop, thanks."
#else //neither SDRAM_32Mb_One_Chip nor SDRAM_32Mb_Two_Chip..
#error "Please check GPIO 8202L setting."
#endif //one or two chip setting
#else
//#error "8bit game enabled but SDRAM configuration not specified, pliz check reset_iop"
#endif
#endif //SUPPORT_IR_GAME
#endif //SUPPORT_NESGAME
//============================ IR ==============================
GPIO_M_SET(19,0); //GPIO 19 as IR on 8202R
//============================ VFD ==============================
#ifndef SUPPORT_VFD
GPIO_M_SET(16,0); //VFD_CLK GPIO 16
GPIO_M_SET(17,0); //VFD_STB GPIO 17
GPIO_M_SET(18,0); //VFD_DATA GPIO 18
#endif
// reset IOP/RISC interface
for (i = 0; i < 7; i++) regs0->iop_data[i] = 0;
// below registers' value are used only for first time gotten by IOP
// regs0->iop_data[1]: in standby mode or not (1:Y, 0:N)
// regs0->iop_data[2]: store IR power key value
// regs0->iop_data[3]: store VFD power key value
// regs0->iop_data[4]: IR power key exist or not
// regs0->iop_data[5]: VFD power key exist or not
//
if (bSleepFlag)
{
BYTE nIndex, bVFD_MASK, nIndex2 = 0;
regs0->iop_data[1] = 1;
// get IR code
for (nIndex = 0; nIndex <= 255; nIndex++)
{
if (ir_mapcode[nIndex] == IRC_POWER)
{
regs0->iop_data[4] = 1;
nIndex2 = nIndex;
break;
}
}
#if defined(IR_NEC)||defined(IR_M50560)||defined(IR_AS1213)||defined(IR_ORITRON)||defined(IR_THOMSON_ANGUS)||defined(IR_MRC2222)
nIndex = reverse_fun(nIndex);
#endif
regs0->iop_data[2] = nIndex;
printf("IR IRC_POWER = %d\n", nIndex);
#if (VFD_DRIVER == HT1621)||defined(SUPPORT_EX_IR) // Robert 031024
//if vfd driver is HT1621, we check another IR power key.
for (nIndex = nIndex2 + 1; nIndex <= 255; nIndex++)
{
if (ir_mapcode[nIndex] == IRC_POWER)
{
regs0->iop_data[5] = 1;
break;
}
}
#if defined (IR_NEC)||defined(IR_MRC2222)
nIndex = reverse_fun(nIndex);
#endif
regs0->iop_data[3] = nIndex;
printf("IR IRC_POWER 2 = %d\n", nIndex);
#else // (VFD_DRIVER == HT1621)
// get VFD code
#ifdef SUPPORT_VFD//nono 2003-11-24 12:06
for (nIndex = 0; nIndex < 40; nIndex++)
{
#ifdef QISHENG_DVD
if (vfd_keycode[nIndex] == IRC_STOP)
#elif defined(GBM_POWER_ON_USE_EJECT_KEY) //gerry add it for eject,04-1-28 17:39
if (vfd_keycode[nIndex] == IRC_EJECT)
#elif defined(GBM_POWER_ON_USE_PAUSEPLAY_KEY) //gerry add it for pauseplay,04-1-28 17:39
if (vfd_keycode[nIndex] == IRC_PAUSEPLAY)
#else
if (vfd_keycode[nIndex] == IRC_POWER)
#endif
{
regs0->iop_data[5] = 1;
nIndex++;
break;
}
}
#endif//SUPPORT_VFD
#if (VFD_DRIVER == SPL10)
regs0->iop_data[3]=nIndex;//2004-2-9 12:48 LIJD
#else
if(nIndex==40)
{
regs0->iop_data[3] =0x0f;
}
else if(nIndex==8)
{
regs0->iop_data[3] =0x80;
}
else if(nIndex==16)
{
regs0->iop_data[3] =0x180;
}
else if(nIndex==24)
{
regs0->iop_data[3] =0x280;
}
else if(nIndex==32)
{
regs0->iop_data[3] =0x380;
}
else
{
bVFD_MASK = nIndex % 8;
bVFD_MASK = 1 << (bVFD_MASK - 1);
nIndex = nIndex / 8;
regs0->iop_data[3] = nIndex;
regs0->iop_data[3] <<= 8;
regs0->iop_data[3] |= bVFD_MASK;
}
#endif
printf("VFD IRC_POWER = %x\n", regs0->iop_data[3]);
#endif // (VFD_DRIVER == HT1621)
#ifdef TCL_STANDBY
regs0->sft_cfg1 &= ~(0x1 << 3);//gpio 3 enable
regs0->gpio_master[ 3/16 ] &= ~(0x1 << (3%16));//gpio 3 for iop
regs0->gpio_master[ 2/16 ] &= ~(0x1 << (2%16));//gpio 2 for iop
#endif
#ifdef RISC_ALIVE_STANDBY
#ifdef VIDEO_IN_CONTROL
if(AVin_step == 0x0f)
{
AVin_step = 0;
go_into_prestandby = 1;
}
#endif
#elif defined(ALONE_GPIO_KEY)//Jack 20040930
GPIO_M_SET(STANDBY_KEY_GPIO,0);
GPIO_M_SET(STANDBY_LED_GPIO,0);
GPIO_M_SET(EJECT_KEY_GPIO,0);
GPIO_M_SET(STOP_EJECT_KEY_GPIO,0);
GPIO_M_SET(BACKWARD_KEY_GPIO,0);
GPIO_M_SET(FORWARD_KEY_GPIO,0);
GPIO_M_SET(44,0);
#endif //endif #ifdef RISC_ALIVE_STANDBY
#ifdef AD_HL_USE
GPIO_M_SET(12,1); //lxg add for led display error when power off
#endif
LoadModual(MODUAL_IOP_RESET);
printf("iop modual: iop standby mode\n"); //terry,2005/4/4 03:18⌨️ 快捷键说明
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