#include "common_include.h"
#include "s6j3360_LCDB.h"
/*****************************************************************************/
/* Local pre-processor symbols/macros ('#define') */
/*****************************************************************************/
//#define WRITE(r,v) r=v
//#define READ(r) r
volatile uint8_t UP_VSYNC;
volatile uint32_t UpScreenTime;
volatile uint8_t UpScreenStep;
volatile uint8_t LcdBusState;
extern void bsp_HDOG_Feed(void);
/*
#define gImage_111 0x04000000 + (uint32_t)_Bottom_Theme1_Pointer02_X291_Y26_R
const unsigned char _Bottom_Theme1_Pointer02_X291_Y26_R[16] = {
0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
};
*/
/*
unsigned char gImage0[] = { //0X22,0X01,
0X0A,0X00,0X10,0X00,
0X0F,0X03,0XF1,0XF8,0XFC,0XFC,0XFC,0XF1,0X03,0X0F,0XF0,0XC0,0X8F,0X1F,0X3F,0X3F,
0X3F,0X8F,0XC0,0XF0,};
unsigned char gImage_1[] = { // 0X22,0X01,
0X0A,0X00,0X10,0X00,
0XF9,0XF9,0XF9,0XFC,0X00,0X00,0XFF,0XFF,0XFF,0XFF,0X3F,0X3F,0X3F,0X3F,0X00,0X00,
0X3F,0X3F,0X3F,0X3F,};
*/
#define WPREG_PPC(n,d) \
{ \
un_ppc_keycdr_t wk; \
unsigned long adr = (unsigned long)&n; \
unsigned char size_key; \
wk.au16Halfword[0] = adr & 0x7FFF; \
size_key = (sizeof(n) >> 1) << 4; \
wk.au8Byte[3] = size_key | (0 << 6); \
PPC_KEYCDR = wk.u32Register; \
wk.au8Byte[3] = size_key | (1 << 6); \
PPC_KEYCDR = wk.u32Register; \
wk.au8Byte[3] = size_key | (2 << 6); \
PPC_KEYCDR = wk.u32Register; \
wk.au8Byte[3] = size_key | (3 << 6); \
PPC_KEYCDR = wk.u32Register; \
n = d; \
}
/*-------------------------------------------------------------------------
* Function Name : VsyncDetectCallback
* Description :
* Input : None
* Output : None
* Return : None
* onther :
*
--------------------------------------------------------------------------*/
static void VsyncDetectCallBack(uint8_t channel)
{
uint8_t sw = 0;
if((UpScreenStep) && (UpScreenTime > 1000))
{
LCDPanelUpdtCtrl.Request = 0;
UpScreenStep = 0;
UP_VSYNC = 0;
LcdBusState = 1;
}
else
{
sw = (memoryVramSel + 1) % 2;
if((g_DrawInfo.VramCalOverFlag[ sw ]) && (UP_VSYNC == 0))
{
LCDPanelGraphicRAM = (uint32_t*)VRAM_BUF[ sw ];
memoryVramSel = sw;
UP_VSYNC = 1;
LCD_Panel_Update_Req(96,128);
UpScreenStep = 1;
UpScreenTime = 0;
}
}
}
/*-------------------------------------------------------------------------
* Function Name : LcdBus_Check
* Description :
* Input : None
* Output : None
* Return : None
* onther :
*
--------------------------------------------------------------------------*/
void LcdBus_Check(void)
{
if(LcdBusState)
{
LCD_BUS_Init();
}
}
/*-------------------------------------------------------------------------
* Function Name : LcdBus_InstrFifo_isr
* Description :
* Input : None
* Output : None
* Return : None
* onther :
*
--------------------------------------------------------------------------*/
__irq __arm void LcdBus_InstrFifo_isr(void)
{
if((UpScreenStep) && (LcdBusState == 0))
{
LCD_Panel_Update_ISR(UpScreenStep);
}
LCDB_InterruptClear = 0x04;
IRC0_IRQHC = INTERRUPTS_IRQ_NUMBER_86;
}
/*-------------------------------------------------------------------------
* Function Name : VsyncDetectionInit
* Description : ��ʼ���ⲿ�ж� Ϊ��VSYNCͬ��
* Input :
* Output : None
* Return : None
* onther : WindowY:page Number
--------------------------------------------------------------------------*/
void VsyncDetectionInit(void)
{
stc_port_pin_config_t stc_port_pin_config0_12= { .enOutputFunction = PortOutputResourceGPIO,
.enOutputDrive = PortOutputDriveA,
.enPullResistor = PortPullResistorNone,
.enInputLevel = PortInputLevelCmosA,
.bInputEnable = TRUE,
.bNoiseFilterEnable = FALSE,
.enGpioDirection = PortGpioInput,
.enGpioInitOutputLevel = PortGpioLow};
Port_SetPinConfig( 0, 12, &stc_port_pin_config0_12 );
stc_eic_config_t stcEicConfig;
// EIC Configuration
stcEicConfig.enRequestEvent = EicFallingEdge; // Detect rising edge
stcEicConfig.bInputNoiseFilterEnable = TRUE; // Enable the noise filter
stcEicConfig.bDmaRequestEnable = FALSE; // Disable the DMA request
stcEicConfig.pfnCallback = &VsyncDetectCallBack; // using interrupts
Port_SelectInputPort( &RIC.unRESIN274, PortInputPortC );
Eic_Init((stc_eic00_t *) &EIC00, 23, &stcEicConfig);
Eic_Enable((stc_eic00_t *) &EIC00, 23);
Port_EnableInput();
}
void LCD_BUS_Init(void)
{
un_lcdb_interfaceconfig_t interfaceCofigTemp = { 0 };
un_lcdb_writetimingconfig_t writeTimingCofigTemp = { 0 };
un_lcdb_readtimingconfig_t readTimingCofigTemp = { 0 };
un_lcdb_commandtransfermapping0_t cmdTransMap0CofigTemp = { 0 };
un_lcdb_datatransfermapping0_t dataTransMap0CofigTemp = { 0 };
un_lcdb_datatransfermapping1_t dataTransMap1CofigTemp = { 0 };
un_lcdb_colorcomponentbits_t colorComponentBitsTemp = { 0 };
un_lcdb_colorcomponentshift_t colorComponentShiftTemp = { 0 };
un_lcdb_destinationattributes_t destAttributesTemp = { 0 };
un_lcdb_instructionfifoconfig_t instructionfifoconfigTemp = { 0 };
un_lcdb_interruptenable_t interruptenableTemp = { 0 };
LcdBusState = 0;
memoryVramSel = 0;
//�˿�����
WPREG_PPC(PPC_PCFGR215, 0x1002); // LCDD0 pin127
WPREG_PPC(PPC_PCFGR216, 0x1002); // LCDD1 pin128
WPREG_PPC(PPC_PCFGR217, 0x1002); // LCDD2 pin129
WPREG_PPC(PPC_PCFGR218, 0x1002); // LCDD3 pin130
WPREG_PPC(PPC_PCFGR222, 0x1002); // LCDD4 pin136
WPREG_PPC(PPC_PCFGR223, 0x1002); // LCDD5 pin137
WPREG_PPC(PPC_PCFGR224, 0x1002); // LCDD6 pin138
WPREG_PPC(PPC_PCFGR225, 0x1002); // LCDD7 pin139
WPREG_PPC(PPC_PCFGR006, 0x1002); // CS# pin008
WPREG_PPC(PPC_PCFGR007, 0x1002); // WR# pin011
WPREG_PPC(PPC_PCFGR008, 0x1002); // RD# pin012
WPREG_PPC(PPC_PCFGR010, 0x1002); // RS pin014
WPREG_PPC(PPC_PCFGR011, 0x1002); // RES# pin015
VsyncDetectionInit();//WPREG_PPC(PPC_PCFGR012, 0x1002); // TE pin016
//��������
//Interface Config
LCDB_LockUnlockLcd = 0x691DB936;
interfaceCofigTemp.stcField.u2InterfaceType = 0; // 0: INTEL80_TYPE1
interfaceCofigTemp.stcField.u2InterfaceWidth = 0; // 0: 8bit LCDBus
interfaceCofigTemp.stcField.u1CsPolarity = 0; // CS is low active
interfaceCofigTemp.stcField.u1WrPolarity = 0; // WR# is default protocol
interfaceCofigTemp.stcField.u1RdPolarity = 0; // RD# is default protocol
interfaceCofigTemp.stcField.u1RsPolarity = 0; // RS is low signal level
interfaceCofigTemp.stcField.u1DataPolarity = 0; // Data bus is used
interfaceCofigTemp.stcField.u1TePolarity = 0; // TE is high active
LCDB_InterfaceConfig = interfaceCofigTemp.u32Register;
//Write Timing Config
LCDB_LockUnlockLcd = 0x691DB936;
writeTimingCofigTemp.u32Register = LCDB_WriteTimingConfig;
writeTimingCofigTemp.stcField.u8WriteSetupCycles = 1;
writeTimingCofigTemp.stcField.u8WriteActiveCycles = 3;
writeTimingCofigTemp.stcField.u8WriteHoldCycles = 1;
LCDB_WriteTimingConfig = writeTimingCofigTemp.u32Register;
//Read Timing Config (addr: 0x0014)
LCDB_LockUnlockLcd = 0x691DB936;
readTimingCofigTemp.u32Register = LCDB_ReadTimingConfig;
readTimingCofigTemp.stcField.u8ReadSetupCycles = 2;
readTimingCofigTemp.stcField.u8ReadActiveCycles = 5;
readTimingCofigTemp.stcField.u8ReadHoldCycles = 2;
LCDB_ReadTimingConfig = readTimingCofigTemp.u32Register;
//Command Transfer Mapping 0
LCDB_LockUnlockLcd = 0x691DB936;
cmdTransMap0CofigTemp.stcField.u5CommandTransfer0Bits = 8; // sbits
cmdTransMap0CofigTemp.stcField.u5CommandTransfer0SrcLsb = 0; // slsb
cmdTransMap0CofigTemp.stcField.u5CommandTransfer0DstLsb = 0; // dlsb
cmdTransMap0CofigTemp.stcField.u1CommandTransfer0Next = 0; // next
LCDB_CommandTransferMapping0 = cmdTransMap0CofigTemp.u32Register;
//Data Transfer Mapping 0
LCDB_LockUnlockLcd = 0x691DB936;
dataTransMap0CofigTemp.stcField.u5DataTransfer0Bits = 8; // sbits
dataTransMap0CofigTemp.stcField.u5DataTransfer0SrcLsb = 0; // slsb
dataTransMap0CofigTemp.stcField.u5DataTransfer0DstLsb = 0; // dlsb
dataTransMap0CofigTemp.stcField.u1DataTransfer0Next = 0; // next
LCDB_DataTransferMapping0 = dataTransMap0CofigTemp.u32Register;
//ColorComponentBits
LCDB_LockUnlockLcd = 0x691DB936;
colorComponentBitsTemp.stcField.u4ComponentBitsBlue = 0;
colorComponentBitsTemp.stcField.u4ComponentBitsGreen = 4;
colorComponentBitsTemp.stcField.u4ComponentBitsRed = 0;
LCDB_ColorComponentBits = colorComponentBitsTemp.u32Register;
//ColorComponentShift
LCDB_LockUnlockLcd = 0x691DB936;
colorComponentShiftTemp.stcField.u5ComponentShiftBlue = 0;
colorComponentShiftTemp.stcField.u5ComponentShiftGreen = 0;
colorComponentShiftTemp.stcField.u5ComponentShiftRed = 0;
LCDB_ColorComponentShift = colorComponentShiftTemp.u32Register;
//DestinationAttributes
LCDB_LockUnlockLcd = 0x691DB936;
destAttributesTemp.stcField.u5BitsPerTransfer = 8;
destAttributesTemp.stcField.u5BitsPerPixel = 4;
LCDB_DestinationAttributes = destAttributesTemp.u32Register;
//reset and clear the content of command fifo
LCDB_LockUnlockLcd = 0x691DB936;
LCDB_SoftwareReset = 1;
//clear the content of rxfifo
LCDB_LockUnlockLcd = 0x691DB936;
LCDB_RxFifoControl = 1;
#if 1
LCDB_LockUnlockLcd = 0x691DB936;
instructionfifoconfigTemp.stcField.u6InstrThresholdLow = 0; //������ 0
instructionfifoconfigTemp.stcField.u6InstrThresholdHigh = 1;
instructionfifoconfigTemp.stcField.u2InstrThresholdTrigger = 0; //0 = LOW
LCDB_InstructionFifoConfig = instructionfifoconfigTemp.u32Register;
LCDB_LockUnlockLcd = 0x691DB936;
interruptenableTemp.stcField.u1InstrFifoInterruptEnable = 1;
LCDB_InterruptEnable = interruptenableTemp.u32Register;
#endif
}
void LCD_BUS_Panel_Reset_Ctrl(uint8_t Level)
{
uint16_t cnt = 0;
while (LCD_BUS_Get_Status())
{
cnt ++;
if(cnt > 60000)
{
break;
}
}
if(Level)
{
LCD_BUS_Write_Bus_Cmd(LCD_BUS_CMD_SET_RESET, 1);
}
else
{
LCD_BUS_Write_Bus_Cmd(LCD_BUS_CMD_SET_RESET, 0);
}
LCD_BUS_Write_Bus_Cmd(LCD_BUS_CMD_NOP, 16);
}
void LCD_BUS_Write_Cmd(uint8_t Cmd, uint8_t *pPara, uint8_t ParaLen)
{
uint16_t i = 0;
if ((ParaLen) && (pPara == NULL))
return;
while (LCD_BUS_Get_Status())
{
i ++;
if(i > 800)
{
break;
}
}
LCD_BUS_Write_Bus_Cmd(LCD_BUS_CMD_IR_SET, Cmd);
if(ParaLen)
{
for(i = 0; i < ParaLen; i++)
{
LCD_BUS_Write_Bus_Cmd(LCD_BUS_CMD_DR_SET, pPara[ i ]);
}
}
}
uint8_t LCD_BUS_Get_Status(void)
{
if ((LCDB_InstrFifoStatus_InstrEmpty == 0) && (LCDB_SequencerStatus_LcdInterfaceState == 0))
return 1;
return 0;
}
void LCD_BUS_Write_Bus_Cmd(uint32_t Opcode, uint8_t Para)
{
if(LCDB_InstrFifoStatus_InstrFull)
{
NOP();NOP();NOP();NOP();NOP();
}
if (LCDB_InstrFifoStatus_InstrFull == 0)
{
LCDB_InstructionFifo0 = (Opcode + Para);
}
}
void LCD_BUS_Write_Bus_Fifo(uint32_t Data)
{
if(LCDB_InstrFifoStatus_InstrFull)
{
NOP();NOP();NOP();NOP();NOP();
}
if (LCDB_InstrFifoStatus_InstrFull == 0)
{
LCDB_InstructionFifo0 = Data;
}
}
void UpdateScanDsp(void)
{
if((Flag_BarcodeErr == 1) && (Flag_SetTime == 1))
{
//ɨ�����������ɨ�룬����ɨ��N�Ρ�
UpdateSetQRcodeErr();
}
else if(Flag_SetTime == 1)
{
//��ɨ���ά�����ü��̨������ɨ��N�Ρ�
UpdateSetQRcode();
}
else if (CheckClusterValid == 0)
{
UpdateConnectCluster();
}
else if(SetClusterState == 0)
{
//ɨ��ɹ����������DZ�
UpdateConfigingClu();
}
else if(SetClusterState == 1)
{
//�������
UpdateConfigComplete();
}
else if(SetClusterState == 2)
{
//ɨ��ʧ��������ɨ���˶Զ�ά��
UpdateConfigErr();
}
else if(SetClusterState == 3)
{
//��ɨ���ά��
UpdatePleaseScan();
}
else if(SetClusterState == 4)
{
//����
UpdateConfigFail();
}
}
uint8_t g_uiUpdateStep = 0;
uint16_t g_uiFastFlushTimer = 0;
extern uint16_t g_uiDL3CDelayTimer;
void UpdataCenterDisp(uint8_t n)
{
uint8_t uiProTye = 1;
if ((g_DrawInfo.VramCalOverFlag[ 0 ] == 0) || (g_DrawInfo.VramCalOverFlag[ 1 ] == 0))
{
if(g_DrawInfo.VramCalOverFlag[ 0 ] == 0)
{
g_DrawInfo.VramSelectBuf = 0;
}
if(g_DrawInfo.VramCalOverFlag[ 1 ] == 0)
{
g_DrawInfo.VramSelectBuf = 1;
}
if(g_DrawInfo.VramSelectBuf > 1)
{
g_DrawInfo.VramSelectBuf = 0;
}
if (g_Stage == 0) {
if (g_uiFastFlushTimer > 0) {
Api_ClearAllVram(g_DrawInfo.VramSelectBuf,0xffffffff);
}
else {
if (g_uiFunctionListDspFlag == 0) {
Api_ClearAllVram(g_DrawInfo.VramSelectBuf,0xffffffff);
}
}
}
else {
Api_ClearAllVram(g_DrawInfo.VramSelectBuf,0xffffffff);
}
if(Flag_DisplayErr == 1)
{
UpdateErrNum();
}
else if (uiProTye == 0) {
}
else {
switch(g_uiUpdateStep) {
case 0:
if(CheckClusterValid == 0) {
GetPartNumSent = 0;
GetPartNumFinish = 0;
ClusterValidTimerCnts = CLUSTER_CHECK_TIME;
g_uiUpdateStep = 4;
}
g_uiDL3CDelayTimer = 800;
break;
case 1:
if (Flag_SetTime == 1) {
#if (PRO_CONFIG_SCAN_APPLY)
UpdateScanDsp();
#endif
} else {
if(BlinkDspTimer % 2 == 0)
{
UpdateConnectCluster();
g_Stage = 0;
#if SEMI_AUTOMATIC_STAGE
g_uiSemiAutomaticStage = 0;
#endif
CANSendEnable = OFF; //�ر��������ķ���
}
#if (PRO_DL3C)
if (g_uiDL3CDelayTimer <= 0)
#endif
GetPartNum();
if (GetPartNumSent == 3) {
g_VehicleType = GetVehicleType(CluPartNum);
}
#if ((PRO_DL3C) || (PRO_KU))
if (GetPartNumSent >= 3) { //��Ʒ��
g_uiUpdateStep = 2;
}
#elif (PRO_US4)
if (g_VehicleType == CAR_TYPE_ICV){
if (GetPartNumSent >= 3) { //��Ʒ��
g_uiUpdateStep = 2;
}
} else if (g_VehicleType == CAR_TYPE_HEV){
if (GetPartNumSent >= 4) { //��Ʒ��
g_uiUpdateStep = 2;
}
}
#else
if (GetPartNumSent >= 4) { //��Ʒ��
g_uiUpdateStep = 2;
}
#endif
else {
if(ClusterValidTimerCnts == 0) {
g_uiUpdateStep = 0;
}
}
}
break;
case 2:
if (CheckPartNumber(CluPartNum) == 1u) {
#if (NOBARCODE_CHECK)
CheckBarcode = 0;
#else
CheckBarcode = 1;
#endif
CANSendEnable = ON;
g_uiUpdateStep = 3;
//g_VehicleType = GetVehicleType(CluPartNum);
memset(g_szCheckBenchName,0,sizeof(g_szCheckBenchName));
strncpy(g_szCheckBenchName,GetProjectName(CluPartNum),strlen(GetProjectName(CluPartNum)) > (sizeof(g_szCheckBenchName) - 1) ? (sizeof(g_szCheckBenchName) - 1):strlen(GetProjectName(CluPartNum)));
} else {
g_uiUpdateStep = 4;
}
break;
case 3:
#if (PRO_CONFIG_EOL_APPLY)
UpdateCenterEol();
#endif
#if (PRO_CONFIG_SCAN_APPLY)
UpdateTitle();
UpdateScanDsp();
#endif
#if (PRO_CONFIG_CHECK_APPLY)
if(CheckBarcode == 1) {
if (g_uiQueryState == ST_INIT) {
UpdateBarcode();//��ʾɨ��ά��
g_uiFastFlushTimer = 500;
} else if (g_uiQueryState == ST_QUERY) {
UpdateCenterInfo(g_uiQueryState);//�DZ������ݲ�ѯ
} else if (g_uiQueryState == ST_FAIL) {
UpdateCenterInfo(g_uiQueryState);//�DZ�������ʧ��
} else if (g_uiQueryState == ST_NCK) {
UpdateCenterInfo(g_uiQueryState);//�DZ�������CAN ��ͨ���쳣
} else if (g_uiQueryState == ST_SUCC) {
CheckBarcode = 0;//�DZ������ݳɹ�
Api_ClearAllVram(g_DrawInfo.VramSelectBuf,0xffffffff);
}
g_Stage = 0;
#if SEMI_AUTOMATIC_STAGE
g_uiSemiAutomaticStage = 0;
#endif
CANSendEnable = OFF; //�ر��������ķ���
}
else {
if (g_uiFastFlushTimer == 0)
UpdateCenterTripC();//������ʾ�����б�
}
#endif
break;
case 4:
CheckClusterValid = 1;
ClusterValidTimerCnts = 1000;
UpdateCenterTripC();
break;
}
}
}
else {
//if(CheckClusterValid == 0) {
// LcdError();
//}
}
g_DrawInfo.VramCalOverFlag[ g_DrawInfo.VramSelectBuf ] = 1;
}