void main(void)
{
int cdc_in;
int uart_in;
volatile UINT8 u8Error;
hw_init();
MCU_init();
GL_Init(
GL_FD_HORIZONTAL | GL_FD_TOUCH_BEEP_ON,
GLF_65K_COLORS,
GLF_16M_COLORS,
&OnDrawScreenBackground
);
win_main_font = (GL_HFONT) & Arial_16px;
GL_Screen_Activate((GL_HSCREEN) &screen);
SPI_Init();
if ((u8Error = SD_Init()) != INIT_FAILS) {
FAT_Read_Master_Block();
loadFiles();
redraw();
SD_LOADED_BEEP();
} else {
NO_SD_BEEP();
}
EnableInterrupts;
while (1) {
// handle touch (FIXME typo in GL lib (HaDNle))
GL_TS_HadnleActions();
}
}
int main(void)
{
MCU_init(); /* call Device Initialization */
SOPT_COPE =0; /*apago el watchdog*/
testdiv();
testsqrt();
testrsqrt();
testlog2();
testexp2();
testexp2log2();
#ifdef FIXED_POINT
testilog2();
#endif
return ret;
}
void main(void)
{
MCU_init(); // inicializa o microcontrolador
flash_init(); // inicializa a FSL
while (1)
{
if (save_status) // se há requisição de salvamento na flash
{
save_status = 0; // limpa a requisição
flash_erase(); // apaga a flash
// se o led está ligado, salva 0 no endereço 0xFC00
// se o led está desligado, o endereço 0xFC00 permanece com 0xFF
if (!LED_RPB) flash_write32(0,0xFC00);
}
}
}
void main(void) {
MCU_init();
PORTA = 0x00;
OPAMP_EN = 1;
for(;;) {
yo++;
/* _FEED_COP(); by default, COP is disabled with device init. When enabling, also reset the watchdog. */
//LED_ERR = 0; // Aide pour le debug: enlève l'erreur pour le watchdog timer
//MAT: c'est étrange on dirait qu'on ne vient jamais dans le main...
// les interrupts RTI sont peut-être trop fréquentes à 4 kHz
}
}
void main(void) {
unsigned char counter;
EnableInterrupts;
MCU_init();
/* include your code here */
//3. Disable interrupts to permit execution of the code
DisableInterrupts;
//4. Cycle that writes a byte form value 0 to 127
Erase(0x3200);
for(counter=0;counter<=127;counter++)
{
Program(0x3200 + counter, counter);
}
for(;;) {
__RESET_WATCHDOG(); /* feeds the dog */
} /* loop forever */
/* please make sure that you never leave main */
}
int main(int argc,char ** argv)
{
MCU_init(); /* call Device Initialization */
SOPT_COPE =0; /*apago el watchdog*/
EnableInterrupts;
//tic();
ALLOC_STACK;
while(1){
if (argc>1) {
int k;
for (k=1;k<argc;++k) {
test1d(atoi(argv[k]),0);
test1d(atoi(argv[k]),1);
}
}else{
test1d(32,0);
test1d(32,1);
test1d(64,0);
test1d(64,1);
test1d(128,0);
test1d(128,1);
test1d(256,0);
test1d(256,1);
#ifndef RADIX_TWO_ONLY
test1d(36,0);
test1d(36,1);
test1d(50,0);
test1d(50,1);
test1d(120,0);
test1d(120,1);
test1d(105,0);
test1d(105,1);
#endif
}
}
return ret;
}
void main(void)
{
#if(BOOTLOADER_ENABLE == 1)
ISR_vtable_reallocation();
#endif
MCU_init(); /* MCU Initialization */
// Initialize BRTOS
BRTOS_Init();
/* Peripheral inicialization */
#if (DEBUG == 1)
/* flash clock for reprogramming */
Flash_Clock_Init();
/* Initialize A/D Converter and bandgap reference */
ADC_Setup(HighSpeed, ShortSampleTime, 12);
if(ADC_Bandgap_Set() != BANDGAP_OK){
while(1){}
}
#endif
#if(DEBUG == 1)
#if(NETWORK_ENABLE == 1)
GPSNET_Init();
if(InstallTask(&GPSNET_RxApp,"GPSNET RX task",320,APP3_Priority) != OK)
{
while(1){};
}
/*
if(InstallTask(&GPSNET_TxApp,"GPSNET TX task",1280,APP2_Priority) != OK)
{
while(1){};
}
*/
if(InstallTask(&GPSNET_SensorApp,"GPSNET Sensor task",1280,APP1_Priority) != OK)
{
while(1){};
}
#endif
#endif
if(InstallTask(&System_Time,"System Time",320,System_Time_Priority) != OK)
{
while(1){};
};
if(InstallTask(&Comm2PC_Task,"Comm2PC task",448,Comm2PC_Task_Priority) != OK)
{
while(1){};
};
if(InstallTask(&HeartBeat_LED_Task,"HeartBeat LED task",320,HeartBeat_LED_Priority) != OK)
{
while(1){};
};
// Start Task Scheduler
if(BRTOSStart() != OK)
{
while(1){};
};
for(;;) {
/* __RESET_WATCHDOG(); by default, COP is disabled with device init. When enabling, also reset the watchdog. */
} /* loop forever */
/* please make sure that you never leave main */
}
static int
hdmi_task_handle(void *data)
{
static BOOL bSignal ;
BOOL bOldSignal, bChangeMode ;
int dump_count = 0 ;
int stable_count = 0;
MCU_init() ;
printk("\n%s\n" , VERSION_STRING);
while(1){
HoldSystem();
hdmirx_clear_hpd();
#ifdef _COPY_EDID_
CopyDefaultEDID() ;
#endif
InitHDMIRX(TRUE);
hdmirx_set_hpd();
xCntCnt = 0 ;
xCntSum = 0 ;
while(hdmirx_device.it660x_enable){
while(hdmirx_device.task_pause){
msleep(10);
}
if(ReadRXIntPin())
{
Check_HDMInterrupt();
}
//if(IsTimeOut(20)){
dump_count ++ ;
bOldSignal = bSignal ;
bSignal = CheckHDMIRX();
bChangeMode = (bSignal != bOldSignal);
if(bChangeMode)
{
// if Changed Mode ...
if(bSignal)
{
stable_count = 0;
update_status(0);
// if signal is TRUE , then ...
dump_vidmode();
if( IsHDMIRXHDMIMode() ) dump_InfoFrame() ;
dump_audSts();
}
else
{
stable_count = 0;
stop_vdin();
update_status(1);
// if signal is FALSE , then ...
xCntCnt = 0 ;
xCntSum = 0 ;
}
bChangeMode = FALSE ; // clear bChange Mode action
}
else
{
// if not change mode, ...
if(bSignal)
{
if(stable_count<stable_threshold){
stable_count++;
if(stable_count == stable_threshold){
start_vdin(getHDMIRXHorzActive(), getHDMIRXVertActive(), 10000, IsHDMIRXInterlace());
}
}
update_status(0);
// if signal is TRUE , then ...
if( (dump_count % 20) == 1 )
{
xCntCnt ++ ;
xCntSum += getHDMIRXxCnt() ;
if( xCntCnt > 40 )
{
xCntCnt /= 2 ;
xCntSum /= 2 ;
}
}
}
else
{
stable_count = 0;
stop_vdin();
update_status(1);
// if signal is FALSE , then ...
xCntCnt = 0 ;
xCntSum = 0 ;
}
}
if( dump_count > (DUMP_TIME*1000/20) )
{
dump_count = 0 ;
if( bSignal )
{
dump_vidmode();
if( IsHDMIRXHDMIMode() ) dump_InfoFrame() ;
dump_audSts();
}
else
{
printk("Reg10 = %02X\nReg12 = %02X\nReg64 = %02X\nReg65 = %02X\n"
,(int)HDMIRX_ReadI2C_Byte(0x10)
,(int)HDMIRX_ReadI2C_Byte(0x12)
,(int)HDMIRX_ReadI2C_Byte(0x64)
,(int)HDMIRX_ReadI2C_Byte(0x65) ) ;
}
printk("\n\n") ;
DumpHDMIRXReg();
}
//}// if(IsTimeOut(20))
msleep(10);
}
PowerDownHDMI();
}
return 0;
}
static int
hdmi_task_handle(void *data)
{
int repeater = 0;
int stable_count = 0;
static BOOL bSignal ;
BOOL bOldSignal, bChangeMode ;
int i;
int dump_count = 0 ;
MCU_init() ;
printk("\n%s\n" , VERSION_STRING);
while(1){
HoldSystem();
hdmirx_clear_hpd();
#ifdef _COPY_EDID_
CopyDefaultEDID() ;
#endif
repeater=repeater_enable ;
#if 0
GetCurrentHDMIPort();
SelectHDMIPort(CAT_HDMI_PORTA);
#endif
// InitHDMIRX(FALSE);
if( repeater )
{
DownStreamCount = 3 ;
RxHDCPSetRepeater();
}
else
{
RxHDCPSetReceiver();
}
hdmirx_set_hpd();
while(hdmirx_device.it660x_enable){
while(hdmirx_device.task_pause){
msleep(10);
}
//HoldSystem();
if(ReadRXIntPin())
{
Check_HDMInterrupt();
}
//if(IsTimeOut(20))
//{
dump_count ++ ;
bOldSignal = bSignal ;
bSignal = CheckHDMIRX();
bChangeMode = (bSignal != bOldSignal);
if(bChangeMode)
{
// if Changed Mode ...
if(bSignal)
{
stable_count = 0;
update_status(0);
// if signal is TRUE , then ...
dump_vidmode();
if( IsHDMIRXHDMIMode() ) dump_InfoFrame() ;
dump_audSts();
}
else
{
stable_count = 0;
stop_vdin();
update_status(1);
// if signal is FALSE , then ...
xCntCnt = 0 ;
xCntSum = 0 ;
}
bChangeMode = FALSE ; // clear bChange Mode action
}
else
{
// if not change mode, ...
if(bSignal)
{
if(stable_count<stable_threshold){
stable_count++;
if(stable_count == stable_threshold){
start_vdin(getHDMIRXHorzActive(), getHDMIRXVertActive(), 10000, IsHDMIRXInterlace());
}
}
update_status(0);
// if signal is TRUE , then ...
if( (dump_count % 20) == 1 )
{
xCntCnt ++ ;
xCntSum += getHDMIRXxCnt() ;
if( xCntCnt > 40 )
{
xCntCnt /= 2 ;
xCntSum /= 2 ;
}
}
}
else
{
stable_count = 0;
stop_vdin();
update_status(1);
// if signal is FALSE , then ...
xCntCnt = 0 ;
xCntSum = 0 ;
}
}
if( dump_count > (DUMP_TIME*1000/20) )
{
dump_count = 0 ;
if( bSignal )
{
dump_vidmode();
if( IsHDMIRXHDMIMode() ) dump_InfoFrame() ;
dump_audSts();
}
else
{
printk("Reg10 = %02X\nReg12 = %02X\nReg64 = %02X\nReg65 = %02X\n"
,(int)HDMIRX_ReadI2C_Byte(0x10)
,(int)HDMIRX_ReadI2C_Byte(0x12)
,(int)HDMIRX_ReadI2C_Byte(0x64)
,(int)HDMIRX_ReadI2C_Byte(0x65) ) ;
}
printk("\n\n");
DumpHDMIRXReg();
}
if( (dump_count % (1000/20)) == 0)
{
if( repeater!=repeater_enable )
{
repeater=repeater_enable ;
hdmirx_clear_hpd();
if( repeater )
{
if( DownStreamCount == 0 )
{
DownStreamCount = 5 ;
}
else
{
DownStreamCount -- ;
}
printk("Set Repeater Mode, DownStream = %d\n",DownStreamCount) ;
RxHDCPSetRepeater();
}
else
{
RxHDCPSetReceiver();
}
hdmirx_set_hpd();
}
}
if( repeater )
{
if(IsRxAuthStart())
{
DelayCounter = 0 ;
}
if(IsRxAuthDone())
{
DelayCounter = DownStreamCount*2+1 ;
}
if(DelayCounter > 0)
{
DelayCounter -- ;
if(DelayCounter == 0)
{
for(i = 0 ; i < 5*DownStreamCount ; i++)
{
KSVList[i] = SampleKSVList[i] ;
}
setRxHDCPKSVList(0,KSVList,DownStreamCount);
if( DownStreamCount > 0 )
{
bStatus=DownStreamCount|0x0100 ;
}
else
{
bStatus=0;
}
setRxHDCPBStatus(bStatus);
setRxHDCPCalcSHA();
}
}
}
//}// if(IsTimeOut(20))
msleep(10);
}
PowerDownHDMI();
}
return 0;
}
static int
hdmi_task_handle(void *data)
{
int repeater = 0;
int stable_count = 0;
static BOOL bSignal ;
BOOL bOldSignal, bChangeMode ;
int i;
int pre_state;
MCU_init() ;
HoldSystem();
hdmirx_clear_hpd();
update_status(1);
printk("\n%s\n" , VERSION_STRING);
while(1){
if(hdmirx_device.task_pause){
continue;
}
if((hdmirx_device.state == HDMIRX_STATE_HPD_HIGH)||
(hdmirx_device.state == HDMIRX_STATE_STABLE) ||
(hdmirx_device.state == HDMIRX_STATE_READY)){
if(ReadRXIntPin())
{
Check_HDMInterrupt();
}
bOldSignal = bSignal ;
bSignal = CheckHDMIRX();
bChangeMode = (bSignal != bOldSignal);
}
pre_state = hdmirx_device.state;
switch(hdmirx_device.state){
case HDMIRX_STATE_POWEROFF:
if(hdmirx_device.it660x_enable){
repeater=repeater_enable ;
if( repeater ){
hdmi_repeater_set_hdcp_mode(HDMI_TX_HDCP_MODE_REPEATER);
RxHDCPSetRepeater();
}
else{
hdmi_repeater_set_hdcp_mode(HDMI_TX_HDCP_MODE_NONE_REPEATER);
RxHDCPSetReceiver();
}
hdmirx_device.state = HDMIRX_STATE_POWERON;
}
break;
case HDMIRX_STATE_POWERON:
if(hdmirx_device.it660x_enable == 0){
hdmirx_clear_hpd();
PowerDownHDMI();
hdmirx_device.state = HDMIRX_STATE_POWEROFF;
}
else{
if((!repeater)||(get_hdmi_tx_state(HDMI_TX_STATE_HPD)==1)){
hdmirx_set_hpd();
hdmirx_device.state = HDMIRX_STATE_HPD_HIGH;
}
}
break;
case HDMIRX_STATE_HPD_HIGH:
if(hdmirx_device.it660x_enable == 0){
hdmirx_clear_hpd();
PowerDownHDMI();
hdmirx_device.state = HDMIRX_STATE_POWEROFF;
}
else if(bSignal){
stable_count = 0;
hdmirx_device.state = HDMIRX_STATE_STABLE;
}
break;
case HDMIRX_STATE_STABLE:
if(hdmirx_device.it660x_enable == 0){
hdmirx_clear_hpd();
PowerDownHDMI();
update_status(1);
hdmirx_device.state = HDMIRX_STATE_POWEROFF;
}
else if(!bSignal){
update_status(1);
hdmirx_device.state = HDMIRX_STATE_HPD_HIGH;
}
else{
update_status(0);
if(bChangeMode){
stable_count = 0;
}
if(stable_count<stable_threshold){
stable_count++;
}
if((stable_count == stable_threshold)&&(hdmirx_device.vdin_enable)){
start_vdin(getHDMIRXHorzActive(), getHDMIRXVertActive(), 10000, IsHDMIRXInterlace());
hdmirx_device.state = HDMIRX_STATE_READY;
}
}
break;
case HDMIRX_STATE_READY:
if(hdmirx_device.it660x_enable == 0){
stop_vdin();
hdmirx_clear_hpd();
PowerDownHDMI();
update_status(1);
hdmirx_device.state = HDMIRX_STATE_POWEROFF;
}
else if(repeater&&get_hdmi_tx_state(HDMI_TX_STATE_HPD)==0){
hdmirx_clear_hpd();
hdmirx_device.state = HDMIRX_STATE_POWERON;
}
else if((!bSignal)||bChangeMode){
stop_vdin();
update_status(1);
hdmirx_device.state = HDMIRX_STATE_HPD_HIGH;
}
else if(hdmirx_device.vdin_enable == 0){
stop_vdin();
hdmirx_device.state = HDMIRX_STATE_STABLE;
}
else{
update_status(0);
}
break;
}
if(pre_state != hdmirx_device.state){
printk("[HDMIRX State] %s -> %s\n", state_name[pre_state], state_name[hdmirx_device.state]);
}
bChangeMode = FALSE ; // clear bChange Mode action
/* HDCP */
if(repeater&&
((hdmirx_device.state == HDMIRX_STATE_HPD_HIGH)||
(hdmirx_device.state == HDMIRX_STATE_STABLE) ||
(hdmirx_device.state == HDMIRX_STATE_READY))){
static int pre_tx_auth = 0;
if(IsRxAuthStart())
{
printk("[HDMIRX HDCP] RX auth start\n");
hdmi_repeater_enable_hdcp(0);
while(!get_hdmi_tx_state(HDMI_TX_STATE_HDCP_CMD_DONE)){
msleep(10);
}
hdmi_repeater_enable_hdcp(1);
}
if(get_hdmi_tx_state(HDMI_TX_STATE_HDCP_AUTH) == 1){
if(pre_tx_auth == 0)
printk("[HDMIRX HDCP] TX authenticated\n");
pre_tx_auth = 1;
if(IsRxAuthDone())
{
printk("[HDMIRX HDCP] RX auth done\n");
char bksv_buf[5];
/* to do, read b-ksv list */
hdmi_hdcp_get_bksv(bksv_buf, 0);
printk("BKSV: ");
for(i = 0;i < 5; i++) {
printk("%02x", bksv_buf[i]);
KSVList[i] = bksv_buf[i];
}
printk(" \r\n");
DownStreamCount = 1;
if(test_flag&1){
DownStreamCount = 3;
for(i = 0 ; i < 5*DownStreamCount ; i++)
{
KSVList[i] = SampleKSVList[i] ;
printk("%0x\n", SampleKSVList[i]);
}
}
setRxHDCPKSVList(0,KSVList,DownStreamCount);
if( DownStreamCount > 0 ){
bStatus=DownStreamCount|0x0100 ;
}
else{
bStatus=0;
}
setRxHDCPBStatus(bStatus);
setRxHDCPCalcSHA();
}
}
else{
if(pre_tx_auth == 1)
printk("[HDMIRX HDCP] TX none auth\n");
pre_tx_auth = 0;
}
}
/*HDCP end*/
msleep(10);
}
}
