static void iSetupSt710xPorting()
{
BOOL bRe = FALSE;
CSHDI_Error_t ErrorCode = CSHDI_SUCCESS;
CSSYSInfo stSysInfo;
CSSYSAdvancedParam tmp;
CSPanelPinCfg_t panelCfg;
CSQAM_Error_t QamInitErrorCode = CSQAM_FAILURE;
CSSYSMemoryRange memProfile[4];
int nDDR = 0;
DWORD dwSH4_CODE_MEMORY_SIZE=0;
DWORD dwPARTITION0_START=0;
DWORD dwPARTITION0_STOP =0;
DWORD dwPARTITION1_START=0;
DWORD dwPARTITION1_STOP =0;
//**********start: BasicInfraStructure_Init****************************
#ifdef STB_TYPE_IS_CDVBC9750
nDDR = 2；
#else
#ifdef STB_TYPE_IS_CDVBC8750
nDDR = 1;/*DDR=128M ,FLASH=8M */
#else
nDDR = 2;/*1;成都兴网的硬件是128M+64M字节的内存*/
#endif
#endif
dwSH4_CODE_MEMORY_SIZE = CODE_MEMORY_SIZE;
dwPARTITION0_START = LMI_SYS_BASE + MEM_OFFSET_FOR_AV_FW + 0x10000 + dwSH4_CODE_MEMORY_SIZE;
if ((LMI_SYS_SIZE == 0x8000000) && (nDDR == 1))
{
if(dwSH4_CODE_MEMORY_SIZE < 0x04000000)
{
/*av memory partition的分配最好不要跨两个64M字节的边界，否则视频会花屏*/
dwPARTITION0_STOP = LMI_SYS_BASE + 0x04000000 - 4;
dwPARTITION1_START= LMI_SYS_BASE + 0x04000000;
dwPARTITION1_STOP = LMI_SYS_BASE + 0x08000000;
}
else
{
/*CODE_MEMORY_SIZE如果大于64M,则av memory只需要分配一个partition就ok可*/
dwPARTITION0_STOP = LMI_SYS_BASE + LMI_SYS_SIZE;
}
}
else
{
dwPARTITION0_STOP = LMI_SYS_BASE + LMI_SYS_SIZE;
if ( nDDR == 2)
{
dwPARTITION1_START= LMI_VID_BASE;
dwPARTITION1_STOP = LMI_VID_BASE+LMI_VID_SIZE;
}
}
memProfile[0].m_pStartAddr = (void *)s_ucAPPlicationHeap;
memProfile[0].m_dwSize = SYSTEM_SIZE;
memProfile[0].m_eMemoryType = CSSYS_MEM_TYPE_SYSPART;
memProfile[1].m_pStartAddr = (void *)s_ucNCacheHeap;
memProfile[1].m_dwSize = NCACHE_SIZE;
memProfile[1].m_eMemoryType = CSSYS_MEM_TYPE_NONCACHE;
memProfile[2].m_pStartAddr = (void *)dwPARTITION0_START;
memProfile[2].m_dwSize = dwPARTITION0_STOP - dwPARTITION0_START;
memProfile[2].m_eMemoryType = CSSYS_MEM_TYPE_AVMEM;
memProfile[3].m_pStartAddr = (void *)dwPARTITION1_START;
memProfile[3].m_dwSize = dwPARTITION1_STOP - dwPARTITION1_START;
memProfile[3].m_eMemoryType = CSSYS_MEM_TYPE_AVMEM;
CSSYSSetCfg(CSCFG_CSOS_USEPOSIX, CSDEVICE_IGNORE, 0, 0);
CSSYSSetCfg(CSCFG_HD_TIMING_MODE,0,CSVID_TIMING_MODE_1080I_50HZ,0);
CSSYSSetCfg(CSCFG_SD_TIMING_MODE,0,CSVID_TIMING_MODE_PAL,0);
if (dwPARTITION1_START == dwPARTITION1_STOP)
{
CSSYSSetCfg(CSCFG_MEM_PROFILE,0,(DWORD)&memProfile[0],3);
}
else
{
CSSYSSetCfg(CSCFG_MEM_PROFILE,0,(DWORD)&memProfile[0],4);
}
//boot system
g_dwTimeStart = CSGetTickCount();
bRe = CSSYSChipBoot(0);
g_dwTimeStop = CSGetTickCount();
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
//**********start: application init**********************************
CSOSGRect Region;
CSOSGPixelFormat_S g_stGlobalPixelFormat =
{
3,3,3,7,10,5,0,15,0x00007C00,0x000003E0,0x0000001F,0x0008000,0,32,2
};
CSOSGSetGlobalPixelFormat(CSLAYER_GFX1,g_stGlobalPixelFormat);
stSysInfo.OutputAUDInfo.OutputDevice=CSAUD_OUTPUT_RCA | CSAUD_OUTPUT_SPDIF | CSAUD_OUTPUT_HDMI;
stSysInfo.OuputTVInfo.OutputDevice = CSVID_OUTPUT_CVBS | CSVID_OUTPUT_HDMI | CSVID_OUTPUT_YUV;
memset(&tmp,0,sizeof(CSSYSAdvancedParam));
tmp.m_bDualOSDBuffer = TRUE;
tmp.m_bSupportHDDecoder = TRUE; //MPEG 2 高清
tmp.m_bSupportHDDecoder_H264 = TRUE; // .264 高清
tmp.m_dwMemoryStartAddr = LMI_SYS_BASE;
tmp.m_dwMemoryTotalSize = LMI_SYS_SIZE;
/*init chip*/
g_dwTimeStart = CSGetTickCount();
CSSYSChipInit(&stSysInfo, (HCSHANDLE)&tmp);
g_dwTimeStop = CSGetTickCount();
g_dwTimeCost += (g_dwTimeStop - g_dwTimeStart);
g_asTimeCost[ModuleIndex].pModuleName = "ChipBoot + ChipInit";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
//I2C_0 and I2C_1 init
ErrorCode = CSI2CInitialize(I2C_0, CSI2C_SPEED_NORMAL);
CSASSERT(ErrorCode == CSI2C_SUCCESS);
ErrorCode = CSI2CInitialize(I2C_1, CSI2C_SPEED_NORMAL);
CSASSERT(ErrorCode == CSI2C_SUCCESS);
/* init uart */
{
#ifndef MCU_PANEL
T_ST_Custom_Param param;
param.dwCommClock = 96000000;
CSHDIUartSetCustomParam(¶m);
#endif
g_dwTimeStart = CSGetTickCount();
ErrorCode = CSHDIUartInitial(2, 115200);
CSASSERT(ErrorCode == CSHDI_SUCCESS);
if (ErrorCode == CSHDI_SUCCESS)
{
g_dwTimeStop = CSGetTickCount();
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "UART";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
}
ErrorCode = CSHDIUartSetDefault(2);
CSASSERT(ErrorCode == 2);
}
Region.left = 0;
Region.top = 0;
Region.Width = 1280;
Region.Height = 720;
/*init osd*/
ErrorCode = CSOSGOpen(CSLAYER_GFX1, 0, &Region, TRUE);
CSASSERT(ErrorCode == CSHDI_SUCCESS);
//open GPIO
CSGPIOOpen(18,CS_GPIO_OUPUT);
//**********end:application init*************************************
//*****start: Equipment_Init*****************************************
//QAM init
QamInitErrorCode = CSQAMSetDVBMCNSMode(0, DVBMCNS_DVB);
g_dwTimeStart = CSGetTickCount();
QamInitErrorCode =CSQAMInitialize(0, 9*17, TS_PARALLEL,0xff);
CSASSERT(QamInitErrorCode == CSQAM_SUCCESS);
if(QamInitErrorCode == CSQAM_SUCCESS)
{
USPPrint(0xff,"%s %d[ Equipment_Init ] QamInitErrorCode == CSQAM_SUCCESS\n",__FILE__,__LINE__);
g_dwTimeStop = CSGetTickCount();
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "QAM";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
}
// IR init
g_dwTimeStart = CSGetTickCount();
UI_IRInitialize(5*17);
g_dwTimeStop = CSGetTickCount();
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "IR";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
//Initialize panel
g_dwTimeStart = CSGetTickCount();
#ifdef MCU_PANEL
CSPanelSetType(CSPANEL_CNT_MCU);
panelCfg.m_ucKeyScanPin = 1; /*在真待机时，将panelCfg.m_ucKeyScanPin 作为主芯片与单片机通信用的串口索引*/
//panelCfg.m_pucComPinGroup[0] = 'N';
#else
CSPanelSetType(CSPANEL_CNT_164_LED);
panelCfg.m_ucKeyScanPin = 19; //K11
panelCfg.m_pucComPinGroup[0] = 20; //Com0
panelCfg.m_pucComPinGroup[1] = 21; //Com1
panelCfg.m_pucComPinGroup[2] = 40; //Com2
panelCfg.m_pucComPinGroup[3] = 22; //Com3
panelCfg.m_pucComPinGroup[4] = 41; //Com4
panelCfg.m_pucComPinGroup[5] = 0xff; //Com5
panelCfg.m_pucSegPinGroup[0] = 23; //PData
panelCfg.m_pucSegPinGroup[1] = 42; //PClk
#endif
ErrorCode = CSPanelInitialize(5*17-1, &panelCfg);
CSASSERT(ErrorCode == CSHDI_SUCCESS);
if (ErrorCode == CSHDI_SUCCESS)
{
g_dwTimeStop = CSGetTickCount();
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "PANEL";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
}
//display "good"
ErrorCode = CSPanelDisplayText("good", 4);
CSASSERT(ErrorCode == CSHDI_SUCCESS);
//Initalize flash
g_dwTimeStart = CSGetTickCount();
ErrorCode = CSFLSSetFLSCount(1);
ErrorCode = CSFLSSetSpace( 0, ROM_BASE, 0x800000);
ErrorCode = CSFLSInitialize(43);//43??
CSASSERT(ErrorCode == CSHDI_SUCCESS);
if (ErrorCode == CSHDI_SUCCESS)
{
g_dwTimeStop = CSGetTickCount();
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "FLASH";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
}
//**** end: Equipment_Init *************************************
TimePrint(); //打印初始化时间
return;
}
static void iSetupSt710xPorting()
{
int ErrorCode = 0;
CSPanelPinCfg_t sPanelPinCfg;
BOOL bRe = FALSE;
CSSYSInfo stSysInfo;
CSSYSAdvancedParam tmp;
CSSYSAdvancedParamEx sSysEx;
CSSYSMemoryRange memProfile[4];
int nDDR = 1;
DWORD dwSH4_CODE_MEMORY_SIZE=0;
DWORD dwPARTITION0_START=0;
DWORD dwPARTITION0_STOP =0;
DWORD dwPARTITION1_START=0;
DWORD dwPARTITION1_STOP =0;
#ifdef MEM_DDR_NUMBER
nDDR = MEM_DDR_NUMBER;
#else
nDDR = 1;
#endif
#ifdef MEM_CODE_DATA_RAMSIZE
dwSH4_CODE_MEMORY_SIZE = MEM_CODE_DATA_RAMSIZE;
#else
dwSH4_CODE_MEMORY_SIZE = 0xC00000;
#endif
#ifdef MEM_OFFSET_FOR_AV_FW
dwPARTITION0_START = (0xA4000000 + MEM_OFFSET_FOR_AV_FW + dwSH4_CODE_MEMORY_SIZE);
#else
dwPARTITION0_START = (0xA4000000 + 0x00400000 + dwSH4_CODE_MEMORY_SIZE);
#endif
//这里配置为2*64M的情况，无VID Memory
////这里配置为2*64M的情况，无VID Memory
if ((LMI_SYS_SIZE == 0x8000000) && (nDDR == 1))
{
dwPARTITION0_STOP = (0xA4000000 + 0x04000000 - 4);
dwPARTITION1_START= dwPARTITION0_STOP + 4;
dwPARTITION1_STOP = ((0xA4000000 + 0x04000000));
}
else
{
dwPARTITION0_STOP = (0xA4000000 + 0x08000000);
if ( nDDR == 2)
{
dwPARTITION1_START= 0xB0000000;
dwPARTITION1_STOP = 0xB0000000+LMI_VID_SIZE;
}
}
memProfile[0].m_pStartAddr = (void *)s_ucAPPlicationHeap;
memProfile[0].m_dwSize = SYSTEM_SIZE;
memProfile[0].m_eMemoryType = CSSYS_MEM_TYPE_SYSPART;
memProfile[1].m_pStartAddr = (void *)s_ucNCacheHeap;
memProfile[1].m_dwSize = NCACHE_SIZE;
memProfile[1].m_eMemoryType = CSSYS_MEM_TYPE_NONCACHE;
memProfile[2].m_pStartAddr = (void *)dwPARTITION0_START;
memProfile[2].m_dwSize = dwPARTITION0_STOP - dwPARTITION0_START;
memProfile[2].m_eMemoryType = CSSYS_MEM_TYPE_AVMEM;
memProfile[3].m_pStartAddr = (void *)dwPARTITION1_START;
memProfile[3].m_dwSize = dwPARTITION1_STOP - dwPARTITION1_START;
memProfile[3].m_eMemoryType = CSSYS_MEM_TYPE_AVMEM;
CSSYSSetCfg(CSCFG_CSOS_USEPOSIX, CSDEVICE_IGNORE, 0, 0);
CSSYSSetCfg(CSCFG_HD_TIMING_MODE,0,CSVID_TIMING_MODE_1080I_50HZ,0);
CSSYSSetCfg(CSCFG_SD_TIMING_MODE,0,CSVID_TIMING_MODE_PAL,0);
if (dwPARTITION1_START == dwPARTITION1_STOP)
{
CSSYSSetCfg(CSCFG_MEM_PROFILE,0,(DWORD)&memProfile[0],3);
}
else
{
CSSYSSetCfg(CSCFG_MEM_PROFILE,0,(DWORD)&memProfile[0],4);
}
//boot system
g_dwTimeStart = CSGetTickCount();
bRe = CSSYSChipBoot(0);
g_dwTimeStop = CSGetTickCount();
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
memset(&stSysInfo, 0, sizeof(CSSYSInfo));
stSysInfo.OuputTVInfo.OutputDevice = CSVID_OUTPUT_CVBS | CSVID_OUTPUT_YUV;
stSysInfo.OutputAUDInfo.OutputDevice=CSAUD_OUTPUT_RCA | CSAUD_OUTPUT_HDMI;
memset(&tmp,0,sizeof(tmp));
tmp.m_bDualOSDBuffer = TRUE;
tmp.m_bSupportHDDecoder = FALSE; /*MPEG-2 HD;*/
tmp.m_bSupportHDDecoder_H264 = FALSE; /*H.264 HD;*/
tmp.m_dwMemoryStartAddr = LMI_SYS_BASE;
tmp.m_dwMemoryTotalSize = LMI_SYS_SIZE;/*64M bytes*/
//CSSYSChipInit(&stSysInfo, (HCSHANDLE)&tmp);
memset(&sSysEx,0,sizeof(sSysEx));
sSysEx.m_stSysAdvancedParam = tmp;
sSysEx.m_ucPtiNumber = 3;
sSysEx.m_bPvrSupport = TRUE;
g_dwTimeStart = CSGetTickCount();
CSSYSChipInitEx(&stSysInfo, (HCSHANDLE)&sSysEx);
g_dwTimeStop = CSGetTickCount();
g_dwTimeCost += (g_dwTimeStop - g_dwTimeStart);
g_asTimeCost[ModuleIndex].pModuleName = "ChipBoot + ChipInit";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
/* init gpio & i2c */
ErrorCode = CSGPIOInitialize();
CSASSERT(ErrorCode == CSHDI_SUCCESS);
ErrorCode |= CSI2CInitialize(I2C_0,CSI2C_SPEED_NORMAL);
ErrorCode |= CSI2CInitialize(I2C_1,CSI2C_SPEED_NORMAL);
CSASSERT(ErrorCode == CSHDI_SUCCESS);
/*init tuner*/
g_dwTimeStart = CSGetTickCount();
ErrorCode = CSCOFDMInitialize(Tuner_0, 9*17, TS_PARALLEL, 38);
CSASSERT(ErrorCode == CSHDI_SUCCESS);
if (ErrorCode == CSHDI_SUCCESS)
{
g_dwTimeStop = CSGetTickCount();
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "COFDM";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
}
/* init uart */
g_dwTimeStart = CSGetTickCount();
ErrorCode = CSHDIUartSetDefault(0);
ErrorCode |= CSHDIUartInitial( 1, 115200);
CSASSERT(ErrorCode == CSHDI_SUCCESS);
if (ErrorCode == CSHDI_SUCCESS)
{
g_dwTimeStop = CSGetTickCount();
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "UART";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
}
//Initialize panel
g_dwTimeStart = CSGetTickCount();
sPanelPinCfg.m_ucKeyScanPin = 19; //K11
sPanelPinCfg.m_pucComPinGroup[0] = 20; //Com0
sPanelPinCfg.m_pucComPinGroup[1] = 21; //Com1
sPanelPinCfg.m_pucComPinGroup[2] = 40; //Com2
sPanelPinCfg.m_pucComPinGroup[3] = 22; //Com3
sPanelPinCfg.m_pucComPinGroup[4] = 41; //Com4
sPanelPinCfg.m_pucComPinGroup[5] = 0xff; //Com5
sPanelPinCfg.m_pucSegPinGroup[0] = 23; //PData
sPanelPinCfg.m_pucSegPinGroup[1] = 42; //PClk
ErrorCode = CSPanelInitialize(159, &sPanelPinCfg);
if (ErrorCode == CSHDI_SUCCESS)
{
g_dwTimeStop = CSGetTickCount();
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "PANEL";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
}
CSPanelConfigDisplayTimeDiv(520);
CSASSERT(ErrorCode == CSHDI_SUCCESS);
{
CSRMTunerConfig_S sTunerInfo;
CSRMDemuxConfig_S sDemuxInfo;
sTunerInfo.m_emTunerType = EM_TUNER_TER;
CSRMSetTunerConfig(0,&sTunerInfo);
sDemuxInfo.m_nSupportType = DEMUX_SUPPORT_LIVE|DEMUX_SUPPORT_REC| DEMUX_SUPPORT_PLAYBACK;
sDemuxInfo.m_emLiveChannel = EM_DEMUX_CHANNELCOUNT_1;
sDemuxInfo.m_emRecordChannel = EM_DEMUX_CHANNELCOUNT_1;
sDemuxInfo.m_emPlaybackChannel = EM_DEMUX_CHANNELCOUNT_1;
sDemuxInfo.m_nTunerLinkMark = 3;
CSRMSetDemuxConfig(0,&sDemuxInfo);
CSSYSSetPvrSupport(TRUE);
InitUSPSectionDemux(0);
InitUSPSectionDemux(1);
InitUSPSectionDemux(3);
CSTRACE(0xff,"[%s:%d]\n",__FUNCTION__,__LINE__);
CSSTRGInit();
CSTRACE(0xff,"[%s:%d]\n",__FUNCTION__,__LINE__);
}
//CSPanelRegisterKeySendCallback((CSHDICallback)UI_PanelControlUserProc);
ErrorCode = CSPanelDisplayText("good", 4);
CSASSERT(ErrorCode == CSHDI_SUCCESS);
// IR init
g_dwTimeStart = CSGetTickCount();
UI_IRInitialize(5*17);
g_dwTimeStop = CSGetTickCount();
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "IR";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
/* init EEPROM & FLASH */
//ErrorCode = CSEPRInitialize(I2C_3, 0xa0, AT24C64);
//CSASSERT(ErrorCode == CSHDI_SUCCESS);
ErrorCode = CSFLSSetFLSCount(1);
ErrorCode = CSFLSSetSpace( 0, ROM_BASE, 0x800000);
g_dwTimeStart = CSGetTickCount();
ErrorCode = CSFLSInitialize(43);//43??
CSASSERT(ErrorCode == CSHDI_SUCCESS);
if (ErrorCode == CSHDI_SUCCESS)
{
g_dwTimeStop = CSGetTickCount();
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "FLASH";
g_asTimeCost[ModuleIndex].dwTimeCost = g_dwTimeCost;
}
TimePrint(); //打印初始化时间
return;
}
/*udi_init is used to init porting,and different hardware config has defferent version of udi_int*/
void udi_init()
{
HCSHANDLE hChipHandle = 0;
CSHDI_Error_t ErrorCode;
CSPanelPinCfg_t sPanelPinCfg;
CSRMDemuxConfig_S sDemuxInfo;
/* init demux*/
CSRMSetRMSupport(TRUE);
sDemuxInfo.m_nSupportType = DEMUX_SUPPORT_PLAYBACK;
sDemuxInfo.m_emLiveChannel = EM_DEMUX_CHANNELCOUNT_0;
sDemuxInfo.m_emRecordChannel = EM_DEMUX_CHANNELCOUNT_0;
sDemuxInfo.m_emPlaybackChannel = EM_DEMUX_CHANNELCOUNT_1;
sDemuxInfo.m_nTunerLinkMark = 0x00;
if(!CSRMSetDemuxConfig(CSDMX_0,&sDemuxInfo))
{
CSDebug("PlatformInit.c", ERROR_LEVEL, "[%s]CSRMSetDemuxConfig demux(%d) fail !\n", __FUNCTION__, CSDMX_0);
return;
}
sDemuxInfo.m_nSupportType = DEMUX_SUPPORT_PLAYBACK;
sDemuxInfo.m_emLiveChannel = EM_DEMUX_CHANNELCOUNT_0;
sDemuxInfo.m_emRecordChannel = EM_DEMUX_CHANNELCOUNT_0;
sDemuxInfo.m_emPlaybackChannel = EM_DEMUX_CHANNELCOUNT_1;
sDemuxInfo.m_nTunerLinkMark = 0x00;
if(!CSRMSetDemuxConfig(CSDMX_1,&sDemuxInfo))
{
CSDebug("PlatformInit.c", ERROR_LEVEL, "[%s]CSRMSetDemuxConfig demux(%d) fail !\n", __FUNCTION__, CSDMX_1);
return;
}
if(!CSSYSSetCfg(CSCFG_TSIN_DMX, CSTSIN_5, CSDMX_0, 0))
{
CSDebug("PlatformInit.c", ERROR_LEVEL, "[%s]CSSYSSetCfg tsin(%d)-demux(%d) fail !\n", __FUNCTION__, CSTSIN_5, CSDMX_0);
return;
}
if(!CSSYSSetCfg(CSCFG_TSIN_DMX, CSTSIN_6, CSDMX_1, 0))
{
CSDebug("PlatformInit.c", ERROR_LEVEL, "[%s]CSSYSSetCfg tsin(%d)-demux(%d) fail !\n", __FUNCTION__, CSTSIN_6, CSDMX_1);
return;
}
g_dwTimeStart = CSGetTickCount();
if (!CSSYSChipBoot((HCSHANDLE)NULL))
{
CSDebug("PlatformInit.c", ERROR_LEVEL, "[%s]CSSYSChipBoot fail !\n", __FUNCTION__);
return;
}
hChipHandle = CSSYSChipInit(NULL, (HCSHANDLE)NULL);
if (hChipHandle == (HCSHANDLE)NULL)
{
CSDebug("PlatformInit.c", ERROR_LEVEL, "[%s]CSSYSChipInit fail !\n", __FUNCTION__);
CSSYSChipHalt((HCSHANDLE)NULL);
return;
}
g_dwTimeStop = CSGetTickCount();
// CSTTPrint("\n^^^^^^^^^^^^^^^^start:%d\r\n", g_dwTimeStart);
// CSTTPrint("\n^^^^^^^^^^^^^^^^stop:%d\r\n", g_dwTimeStop);
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "ChipBoot + ChipInit";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
/* init panel */
g_dwTimeStart = CSGetTickCount();
sPanelPinCfg.m_pucSegPinGroup[0] = 20;
sPanelPinCfg.m_pucSegPinGroup[1] = 19;
sPanelPinCfg.m_pucComPinGroup[0] = 21;
sPanelPinCfg.m_ucKeyScanPin = 24;
ErrorCode = CSPanelInitialize(220, &sPanelPinCfg);
g_dwTimeStop = CSGetTickCount();
CSASSERT(ErrorCode == CSHDI_SUCCESS);
if(ErrorCode == CSHDI_SUCCESS)
{
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "Panel";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
}
//CSPanelRegisterKeySendCallback((CSHDICallback)UI_PanelControlUserProc);
// IR init
g_dwTimeStart = CSGetTickCount();
UI_IRInitialize(5*17);
g_dwTimeStop = CSGetTickCount();
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "IR";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
/* init EEPROM & FLASH */
g_dwTimeStart = CSGetTickCount();
ErrorCode = CSFLSSetFLSCount(1);
ErrorCode |= CSFLSSetSpace( 0, 0X11000000, 0x7000000);
ErrorCode |= CSFLSInitialize(13);
g_dwTimeStop = CSGetTickCount();
CSASSERT(ErrorCode == CSHDI_SUCCESS);
if(ErrorCode == CSHDI_SUCCESS)
{
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "FLASH";
g_asTimeCost[ModuleIndex].dwTimeCost = g_dwTimeCost;
}
TimePrint();//打印初始化时间
}
/*udi_init is used to init porting,and different hardware config has defferent version of udi_int*/
void udi_init()
{
CSSYSAdvancedParamEx ParamEx;
HCSHANDLE hChipHandle = 0;
CSHDI_Error_t ErrorCode;
CSPanelPinCfg_t sPanelPinCfg;
CSOSGPixelFormat_S stPixelFormat = {0,0,0,0,16,8,0,24,0x00ff0000,0x0000ff00,0x000000ff,0xff000000,0,32,4};
CSOSGRect Region = {0,0,720,576};
/* init tuner & demux*/
//closed by wansuanlin at 20090508 start
#if defined (TKMODULE_ca)
{
CSDebugSetDefaultLevel(DEBUG_LEVEL);//CSSetDebugLevel(0xff);
}
#else
{
CSRMTunerConfig_S sTunerInfo;
CSRMDemuxConfig_S sDemuxInfo;
//CSSYSAdvancedParamEx ParamEx;
CSRMSetRMSupport(TRUE);
sTunerInfo.m_emTunerType = EM_TUNER_CAB;
CSRMSetTunerConfig(0, &sTunerInfo);
sDemuxInfo.m_nSupportType = DEMUX_SUPPORT_LIVE | DEMUX_SUPPORT_REC ;
sDemuxInfo.m_emLiveChannel = EM_DEMUX_CHANNELCOUNT_1;
sDemuxInfo.m_emRecordChannel = EM_DEMUX_CHANNELCOUNT_1;
sDemuxInfo.m_emPlaybackChannel = EM_DEMUX_CHANNELCOUNT_1;
sDemuxInfo.m_nTunerLinkMark = 3;
CSRMSetDemuxConfig(0, &sDemuxInfo);
sDemuxInfo.m_nSupportType = DEMUX_SUPPORT_PLAYBACK;
sDemuxInfo.m_emLiveChannel = EM_DEMUX_CHANNELCOUNT_0;
sDemuxInfo.m_emRecordChannel = EM_DEMUX_CHANNELCOUNT_0;
sDemuxInfo.m_emPlaybackChannel = EM_DEMUX_CHANNELCOUNT_1;
sDemuxInfo.m_nTunerLinkMark = 0x00;
CSRMSetDemuxConfig(CSDMX_1, &sDemuxInfo);
}
#endif
//closed by wansuanlin at 20090508 end
/* init chip driver */
#ifdef _COSHIP_PVR_
CSSYSSetPvrSupport(TRUE);
#else
CSSYSSetPvrSupport(FALSE);
#endif
//modify by wansuanlin at 20090519 start
#if defined (TKMODULE_ca)
{
CSSYSSetCfg(CSCFG_TSIN_DMX, CSTSIN_6, CSDMX_0, 0);
}
#else
{
CSSYSSetCfg(CSCFG_TUNER_TSIN, CSTUNER_0, CSTSIN_0, 0);
// CSSYSSetCfg(CSCFG_TUNER_TSIN, CSTUNER_1, CSTSIN_1, 0);
CSSYSSetCfg(CSCFG_TSIN_DMX, CSTSIN_0, CSDMX_0, 0);
// CSSYSSetCfg(CSCFG_TSIN_DMX, CSTSIN_1, CSDMX_1, 0);
CSSYSSetCfg(CSCFG_TUNER_MODE, CSTUNER_0, CSSYS_TS_SERIAL, 0);
//CSSYSSetCfg(CSCFG_TUNER_MODE, CSTUNER_1, CSSYS_TS_SERIAL, 0);
CSSYSSetCfg(CSCFG_TSIN_DMX, CSTSIN_6, CSDMX_1, 0);
#if 0
CSSYSSetCfg(CSCFG_TUNER_TSIN, CSTUNER_0, CSTSIN_0, 0);
CSSYSSetCfg(CSCFG_TUNER_TSIN, CSTUNER_1, CSTSIN_1, 0);
CSSYSSetCfg(CSCFG_TSIN_DMX, CSTSIN_0, CSDMX_0, 0);
CSSYSSetCfg(CSCFG_TSIN_DMX, CSTSIN_1, CSDMX_1, 0);
CSSYSSetCfg(CSCFG_TUNER_MODE, CSTUNER_0, CSSYS_TS_SERIAL, 0);
CSSYSSetCfg(CSCFG_TUNER_MODE, CSTUNER_1, CSSYS_TS_SERIAL, 0);
CSSYSSetCfg(CSCFG_TSIN_DMX, CSTSIN_7, CSDMX_2, 0);
#endif
}
#endif
//modify by wansuanlin at 20090519 end
g_dwTimeStart = CSGetTickCount();
if (!CSSYSChipBoot(0) )
{
CSDebug("TestMain",FATAL_LEVEL, "[%s.%d]: Fail at CSSYSChipBoot\n", __FILE__, __LINE__);
return ;
}
ParamEx.m_dwReserve = 0;//m_dwReserve=0表示不支持nds ca， 为1支持nds ca,仅适用于7403平台
hChipHandle = CSSYSChipInitEx(NULL, (HCSHANDLE) &ParamEx);
if ( 0 == hChipHandle )
{
CSDebug("TestMain",FATAL_LEVEL, "[%s.%d]: Fail at CSSYSChipInit\n", __FILE__, __LINE__);
CSSYSChipHalt(0);
return ;
}
g_dwTimeStop = CSGetTickCount();
// CSTTPrint("\n^^^^^^^^^^^^^^^^start:%d\r\n", g_dwTimeStart);
// CSTTPrint("\n^^^^^^^^^^^^^^^^stop:%d\r\n", g_dwTimeStop);
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "ChipBoot + ChipInit";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
{
int i;
int cnt = CSRMGetDeviceCounts(EM_RESOURCE_DEMUX);
for(i=0;i<cnt;i++)
{
InitUSPSectionDemux(i);
}
}
/* init gpio & i2c */
ErrorCode = CSGPIOInitialize();
CSASSERT(ErrorCode == CSHDI_SUCCESS);
ErrorCode |= CSI2CInitialize(I2C_0,CSI2C_SPEED_NORMAL);
ErrorCode |= CSI2CInitialize(I2C_1,CSI2C_SPEED_NORMAL);
ErrorCode |= CSI2CInitialize(I2C_2,CSI2C_SPEED_NORMAL);
ErrorCode |= CSI2CInitialize(I2C_3,CSI2C_SPEED_NORMAL);
CSASSERT(ErrorCode == CSHDI_SUCCESS);
/* init uart */
g_dwTimeStart = CSGetTickCount();
ErrorCode = CSHDIUartSetDefault(0);
ErrorCode |= CSHDIUartInitial( 2, 9600);
g_dwTimeStop = CSGetTickCount();
CSASSERT(ErrorCode == CSHDI_SUCCESS);
if(ErrorCode == CSHDI_SUCCESS)
{
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "UART";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
}
/* init tuner */
g_dwTimeStart = CSGetTickCount();
ErrorCode = CSQAMInitializeEx(CSTUNER_0, I2C_2, 159, TS_SERIAL, 0xff);
g_dwTimeStop = CSGetTickCount();
CSASSERT(ErrorCode == CSHDI_SUCCESS);
if(ErrorCode == CSHDI_SUCCESS)
{
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "QAM";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
}
/* init panel */
g_dwTimeStart = CSGetTickCount();
sPanelPinCfg.m_ucKeyScanPin = 18; //K11
sPanelPinCfg.m_pucComPinGroup[0] = 21; //Com0
sPanelPinCfg.m_pucComPinGroup[1] = 24; //Com1
sPanelPinCfg.m_pucComPinGroup[2] = 20; //Com2
sPanelPinCfg.m_pucComPinGroup[3] = 23; //Com3
sPanelPinCfg.m_pucComPinGroup[4] = 19; //Com4
sPanelPinCfg.m_pucComPinGroup[5] = 0xff; //Com5
sPanelPinCfg.m_pucSegPinGroup[0] = 37; //PData
sPanelPinCfg.m_pucSegPinGroup[1] = 25; //PClk
ErrorCode = CSPanelInitialize(220, &sPanelPinCfg);
g_dwTimeStop = CSGetTickCount();
CSASSERT(ErrorCode == CSHDI_SUCCESS);
if(ErrorCode == CSHDI_SUCCESS)
{
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "Panel";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
}
//CSPanelRegisterKeySendCallback((CSHDICallback)UI_PanelControlUserProc);
ErrorCode = CSPanelDisplayText("good", 4);
CSASSERT(ErrorCode == CSHDI_SUCCESS);
// IR init
g_dwTimeStart = CSGetTickCount();
UI_IRInitialize(5*17);
g_dwTimeStop = CSGetTickCount();
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "IR";
g_asTimeCost[ModuleIndex++].dwTimeCost = g_dwTimeCost;
/* init EEPROM & FLASH */
ErrorCode = CSEPRInitialize(I2C_3, 0xa0, AT24C64);
CSASSERT(ErrorCode == CSHDI_SUCCESS);
g_dwTimeStart = CSGetTickCount();
ErrorCode = CSFLSSetFLSCount(1);
ErrorCode |= CSFLSSetSpace( 0, 0X1E000000, 0x2000000);
ErrorCode |= CSFLSInitialize(13);
g_dwTimeStop = CSGetTickCount();
CSASSERT(ErrorCode == CSHDI_SUCCESS);
if(ErrorCode == CSHDI_SUCCESS)
{
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
g_asTimeCost[ModuleIndex].pModuleName = "FLASH";
g_asTimeCost[ModuleIndex].dwTimeCost = g_dwTimeCost;
}
CSOSGInit(0);
CSOSGSetGlobalPixelFormat(CSLAYER_GFX1, stPixelFormat);
CSOSGOpen(0,0,&Region,TRUE);
TimePrint();//打印初始化时间
}
static void
PrintQuotaEntry(struct sam_dquot *dq, char *arg, int type, int index)
{
int kfactor = kflag ? 2 : 1;
#ifdef DEBUG
if (dflag) {
fprintf(stderr,
"command_print('%s', dq=%lx, arg='%s', type=%d, idx=%d)\n",
Program, (long)dq, arg, type, index);
}
#endif /* DEBUG */
PrintQuotaHdr();
if (eflag) {
if (tflag) {
printf("%s -%c %d %s\\\n",
Program, "zAGUxQ"[type+1], index,
kflag ? "-k" : "");
printf(" -f %8lld:s:o -f %8lld:h:o "
"-f %8lld:s:t -f %8lld:h:t \\\n",
dq->dq_folsoft, dq->dq_folhard,
dq->dq_ftotsoft, dq->dq_ftothard);
printf(" -b %8lld:s:o -b %8lld:h:o "
"-b %8lld:s:t -b %8lld:h:t \\\n",
dq->dq_bolsoft/kfactor, dq->dq_bolhard/kfactor,
dq->dq_btotsoft/kfactor, dq->dq_btothard/kfactor);
printf(" -t ");
TimePrint(dq->dq_ol_grace);
printf(":o -t ");
TimePrint(dq->dq_tot_grace);
printf(":t");
if (dq->dq_ol_enforce || dq->dq_tot_enforce) {
printf(" \\\n -x ");
if (dq->dq_ol_enforce) {
if (dq->dq_ol_enforce > Now) {
TimePrint(
dq->dq_ol_enforce-Now);
printf(":o ");
} else {
printf("expire:o ");
}
} else {
printf("clear ");
}
printf(" -x ");
if (dq->dq_tot_enforce) {
if (dq->dq_tot_enforce > Now) {
TimePrint(
dq->dq_tot_enforce-Now);
printf(":t ");
} else {
printf("expire:t ");
}
} else {
printf("clear ");
}
}
printf(" %s\n", arg);
} else {
printf("%s -%c %d %s\\\n",
Program, "zAGUxQ"[type+1], index,
kflag ? "-k" : "");
printf(" -f %8lld:s -f %8lld:h \\\n",
dq->dq_folsoft, dq->dq_folhard);
printf(" -b %8lld:s -b %8lld:h \\\n",
dq->dq_bolsoft/kfactor, dq->dq_bolhard/kfactor);
printf(" -t ");
TimePrint(dq->dq_ol_grace);
if (dq->dq_ol_enforce) {
printf(" \\\n -x ");
if (dq->dq_ol_enforce) {
if (dq->dq_ol_enforce > Now) {
TimePrint(
dq->dq_ol_enforce-Now);
} else {
printf("expire ");
}
} else {
printf("clear ");
}
}
printf(" %s\n", arg);
}
} else {
if (tflag) {
char c1, c2;
printf("%s\n", arg);
c1 = c2 = ' ';
if (!QUOTA_SANE(dq)) {
c1 = c2 = '!';
} else if (!QUOTA_INF(dq)) {
if (dq->dq_folused > dq->dq_folhard) {
c1 = '!';
} else if (dq->dq_folused > dq->dq_folsoft) {
c1 = '+';
if (dq->dq_ol_enforce &&
Now > dq->dq_ol_enforce)
c1 = '*';
}
if (dq->dq_ftotused > dq->dq_ftothard) {
c2 = '!';
} else if (dq->dq_ftotused > dq->dq_ftotsoft) {
c2 = '+';
if (dq->dq_ol_enforce &&
Now > dq->dq_ol_enforce)
c2 = '*';
}
}
printf("Files %5s %5d %8lld%c%8lld %8lld "
"%8lld%c%8lld %8lld",
type == SAM_QUOTA_MAX ? " - " :
quota_types[type], index,
dq->dq_folused, c1, dq->dq_folsoft, dq->dq_folhard,
dq->dq_ftotused, c2, dq->dq_ftotsoft,
dq->dq_ftothard);
printf("\n");
c1 = c2 = ' ';
if (!QUOTA_SANE(dq)) {
c1 = c2 = '!';
} else if (!QUOTA_INF(dq)) {
if (dq->dq_bolused > dq->dq_bolhard) {
c1 = '!';
} else if (dq->dq_bolused > dq->dq_bolsoft) {
c1 = '+';
if (dq->dq_ol_enforce &&
Now > dq->dq_ol_enforce)
c1 = '*';
}
if (dq->dq_btotused > dq->dq_btothard) {
c2 = '!';
} else if (dq->dq_btotused > dq->dq_btotsoft) {
c2 = '+';
if (dq->dq_tot_enforce &&
Now > dq->dq_tot_enforce)
c2 = '*';
}
}
printf("Blocks %5s %5d %8lld%c%8lld %8lld "
"%8lld%c%8lld %8lld",
type == SAM_QUOTA_MAX ? " - " :
quota_types[type], index,
dq->dq_bolused/kfactor, c1,
dq->dq_bolsoft/kfactor, dq->dq_bolhard/kfactor,
dq->dq_btotused/kfactor, c2,
dq->dq_btotsoft/kfactor, dq->dq_btothard/kfactor);
printf("\nGrace period ");
TimePrint(dq->dq_ol_grace);
printf(" ");
TimePrint(dq->dq_tot_grace);
printf("\n");
if (index && dq->dq_ol_enforce) {
if (dq->dq_ol_enforce > Now) {
printf("---> Warning: online soft "
"limits to be enforced in ");
TimePrint(dq->dq_ol_enforce-Now);
printf("\n");
} else {
printf("---> Online soft limits "
"under enforcement (since ");
TimePrint(Now-dq->dq_ol_enforce);
printf(" ago)\n");
}
}
if (index && dq->dq_tot_enforce) {
if (dq->dq_tot_enforce > Now) {
printf("---> Warning: total soft "
"limits to be enforced in ");
TimePrint(dq->dq_tot_enforce-Now);
printf("\n");
} else {
printf("---> Total soft limits under "
"enforcement (since ");
TimePrint(Now-dq->dq_tot_enforce);
printf(" ago)\n");
}
}
if (!QUOTA_SANE(dq)) {
printf("---> Quota values inconsistent; "
"zero quotas in effect.\n");
} else if (index == 0 || QUOTA_INF(dq)) {
printf("---> Infinite quotas in effect.\n");
}
} else {
char c1;
printf("%s\n", arg);
c1 = ' ';
if (!QUOTA_SANE(dq)) {
c1 = '!';
} else if (!QUOTA_INF(dq)) {
if (dq->dq_folused > dq->dq_folhard) {
c1 = '!';
} else if (dq->dq_folused > dq->dq_folsoft) {
c1 = '+';
if (dq->dq_ol_enforce &&
Now > dq->dq_ol_enforce)
c1 = '*';
}
}
printf("Files %5s %5d %8lld%c%8lld %8lld",
type == SAM_QUOTA_MAX ? " - " :
quota_types[type], index,
dq->dq_folused, c1, dq->dq_folsoft,
dq->dq_folhard);
printf("\n");
c1 = ' ';
if (!QUOTA_SANE(dq)) {
c1 = '!';
} else if (!QUOTA_INF(dq)) {
if (dq->dq_bolused > dq->dq_bolhard) {
c1 = '!';
} else if (dq->dq_bolused > dq->dq_bolsoft) {
c1 = '+';
if (dq->dq_ol_enforce &&
Now > dq->dq_ol_enforce)
c1 = '*';
}
}
printf("Blocks %5s %5d %8lld%c%8lld %8lld",
type == SAM_QUOTA_MAX ? " - " :
quota_types[type], index,
dq->dq_bolused/kfactor, c1,
dq->dq_bolsoft/kfactor, dq->dq_bolhard/kfactor);
printf("\nGrace period ");
TimePrint(dq->dq_ol_grace);
printf("\n");
if (index && dq->dq_ol_enforce) {
if (dq->dq_ol_enforce > Now) {
printf("---> Warning: online soft "
"limits to be enforced in ");
TimePrint(dq->dq_ol_enforce-Now);
printf("\n");
} else {
printf("---> Online soft limits "
"under enforcement (since ");
TimePrint(Now-dq->dq_ol_enforce);
printf(" ago)\n");
}
}
if (!QUOTA_SANE(dq)) {
printf("---> Quota values inconsistent; "
"zero quotas in effect.\n");
} else if (index == 0 || QUOTA_INF(dq)) {
printf("---> Infinite quotas in effect.\n");
}
}
}
}
static void iSetupSt5197Porting()
{
CSHDI_Error_t ErrorCode = CSHDI_SUCCESS;
CSSYSInfo stSysInfo;
CSSYSAdvancedParamEx stAdvaceParamEX;
CSOSGRect RegionSD;
CSQAM_Error_t QamInitErrorCode;
CSSPIPinIndex stSpiPinIndex= {0};
CSSYSMemoryRange memProfile[] =
{
{CSSYS_MEM_TYPE_SYSPART, (void*)SYSTEM_PARTITIOAN_START_ADDR, SYSTEM_PARTITIOAN_SIZE, },/* user heap */
{CSSYS_MEM_TYPE_NONCACHE, (void*)NCACHE_PARTITIOAN_START_ADDR, NCACHE_PARTITIOAN_SIZE, },/* non-cached */
{CSSYS_MEM_TYPE_OS, (void*)OS_PARTITIOAN_START_ADDR, OS_PARTITIOAN_SIZE, },/* os */
{CSSYS_MEM_TYPE_DRIVER, (void*)DRIVER_PARTITIOAN_START_ADDR, DRIVER_PARTITIOAN_SIZE, },/* driver */
{CSSYS_MEM_TYPE_AVMEM_USER, (void*)AVMEM_USER_START_ADDR, AVMEM_USER_SIZE, }, /* user osd avmem */
{CSSYS_MEM_TYPE_AVMEM, (void*)AVMEM_SYS_START_ADDR, AVMEM_SYS_SIZE, }, /* avmem sys */
} ;
int nMemRangeCount = sizeof(memProfile)/sizeof(CSSYSMemoryRange);
CSDebugSetDefaultLevel(DEBUG_LEVEL);//CSSetDebugLevel(0);
/* 配内存 */
CSSYSSetCfg(CSCFG_MEM_PROFILE,0,(DWORD)&memProfile[0], nMemRangeCount);
//chip boot
if (!CSSYSChipBoot(0) )
{
CSASSERT(0);
//return;
}
/* 配置初始化时的制式 */
CSSYSSetCfg(CSCFG_SD_TIMING_MODE, 0, CSVID_TIMING_MODE_PAL, 0);
memset(&stSysInfo, 0, sizeof(CSSYSInfo));
stSysInfo.OutputAUDInfo.OutputDevice=CSAUD_OUTPUT_RCA | CSAUD_OUTPUT_SPDIF ;
stSysInfo.OuputTVInfo.OutputDevice = CSVID_OUTPUT_CVBS | CSVID_OUTPUT_YUV;
memset(&stAdvaceParamEX, 0, sizeof(CSSYSAdvancedParamEx));
stAdvaceParamEX.m_stSysAdvancedParam.m_bDualOSDBuffer = HD_DISPLAY_SUPPORT;
stAdvaceParamEX.m_stSysAdvancedParam.m_bSupportHDDecoder = HD_DECODER_SUPPORT;
stAdvaceParamEX.m_stSysAdvancedParam.m_bSupportHDDecoder_H264 = HD_H264_SUPPORT;
stAdvaceParamEX.m_stSysAdvancedParam.m_dwMemoryStartAddr = LMI_SYS_BASE;
stAdvaceParamEX.m_stSysAdvancedParam.m_dwMemoryTotalSize = LMI_SYS_SIZE;
stAdvaceParamEX.m_bPvrSupport = PVR_SUPPORT;
stAdvaceParamEX.m_bPipSupport = PIP_SUPPORT;
stAdvaceParamEX.m_ucPtiNumber = 3;
/*init chip*/
if (0 == CSSYSChipInitEx(&stSysInfo, (HCSHANDLE)(&stAdvaceParamEX)))
{
CSASSERT(0);
//return;
}
/*init osd*/
RegionSD.left = 0;
RegionSD.top = 0;
RegionSD.Width = 720;
RegionSD.Height = 576;
ErrorCode = CSOSGOpen(CSLAYER_GFX1, 0, &RegionSD, TRUE);
CSASSERT(ErrorCode == CSHDI_SUCCESS);
//GPIO init ,actually init in Plat,here for UT;Gary
ErrorCode = CSGPIOInitialize();
CSASSERT(ErrorCode == CS_GPIO_SUCCESS);
//SPIinit
ErrorCode = CSSPIInitialize(SPI_0, stSpiPinIndex, CSSPI_SPEED_HIGHT);
CSASSERT(ErrorCode == 0);
//Initalize flash
ErrorCode = CSFLSSetFLSCount(1);
ErrorCode = CSFLSSetSpace( 0, 0, 0x400000);
ErrorCode = CSFLSInitialize(0xff);
CSASSERT(ErrorCode == CSHDI_SUCCESS);
//I2C_0
ErrorCode = CSI2CInitialize(I2C_0, CSI2C_SPEED_NORMAL);//used for tuner
CSASSERT(ErrorCode == CSI2C_SUCCESS);
// tuner init
//QamInitErrorCode = CSQAMSetDVBMCNSMode(0, DVBMCNS_DVB);
//CSASSERT(QamInitErrorCode == CSQAM_SUCCESS);
QamInitErrorCode =CSQAMInitializeEx(0, 0, 9*17, TS_PARALLEL,0xff);
CSASSERT(QamInitErrorCode == CSQAM_SUCCESS);
// IR init
UI_IRInitialize(5*17);
//USB Power Enable
ErrorCode = CSGPIOOpen(33, CS_GPIO_OUPUT);
CSASSERT(ErrorCode == CS_GPIO_SUCCESS);
ErrorCode = CSGPIOWrite(33, 1);
CSASSERT(ErrorCode == CS_GPIO_SUCCESS);
ErrorCode = CSGPIOOpen(34, CS_GPIO_OUPUT);
CSASSERT(ErrorCode == CS_GPIO_SUCCESS);
ErrorCode = CSGPIOWrite(34, 1);
CSASSERT(ErrorCode == CS_GPIO_SUCCESS);
//USB PHY Reset
ErrorCode = CSGPIOOpen(20, CS_GPIO_OUPUT);
CSASSERT(ErrorCode == CS_GPIO_SUCCESS);
ErrorCode = CSGPIOWrite(20, 0);
CSASSERT(ErrorCode == CS_GPIO_SUCCESS);
CSSleep(1000);
ErrorCode = CSGPIOWrite(20, 1);
CSASSERT(ErrorCode == CS_GPIO_SUCCESS);
g_dwTimeStop = CSGetTickCount();
g_dwTimeCost = g_dwTimeStop - g_dwTimeStart;
TimePrint(); //打印初始化时间
}
