int main(void)
{
setup();
getSDCardInfo();
while(1)
{
delay_ms(1000);
}
}
int main(){
int blink=0;
int blink2=0;
unsigned int ret;
// SD_Card_struct_t* Card_p;
WDTCTL = WDTPW|WDTHOLD;
initClock8Mhz_SMCLK_D2();
IE1 |= OFIE; // enable clock problem interrupt
//Setup_uart(416,UCBRS2|UCBRS1,"* SDv3");
Setup_uart(416,6,"* SDv3");
/*fam guide p 435*/
P1DIR|=BIT0;
P2DIR|=BIT0|BIT2;
P2OUT|=BIT0;
// P2OUT&=~BIT2;
// P1OUT|=BIT0;
ret = mmcLibInit(29,0);
if(ret == MMC_SUCCESS){
printSDInfo(getSDCardInfo(10,0));
blink2=1;
//test writing partition table
/* unsigned char pt[16] ={0x80, 0x02, 0x05, 0x07, */
/* 0x0c, 0xff, 0xff, 0xff, */
/* 0x00, 0x08, 0x00, 0x00, */
/* 0x00, 0xe8, 0x3a, 0x00}; */
/* char ret = mmcWriteBlock(pt,0x1be,16); */
/* uart_puts("W : 0x");uart_putnbrhex(ret);uart_CarRet(); */
uart_CarRet();
#ifdef HARNESS
// WARNING THIS WILL CRUSH
// IN NON MINIMYZE COMPILE MODE !
unsigned char buffer[128];
unsigned int i;
unsigned char schr[2]={0,1};
char* jegeva = "JegeVa";
unsigned long tmp =0;
for(i=0;i<128;i++)
buffer[i]=i;
uart_puts("Start : 0x");uart_putnbrhex(mmcContinuousWriteStart(0));uart_CarRet();
ret = 0;
tmp=0;
uart_puts("CWrite: ");
uart_puts("511x 'A' ");
for(i=0;i<511;i++)
tmp+=mmcContinuousWriteBuff(buffer+0x41,1);
uart_putnbr(tmp);uart_putc(' ');uart_putnbr(i);
ret+=tmp;
uart_CarRet();
i=3;tmp=0;
uart_puts("CWrite: ");
uart_putnbr(i);
uart_puts("x128c ");
for(;i>0;i--)
tmp+=mmcContinuousWriteBuff(buffer,128);
uart_putnbr(tmp);;uart_putc(' ');uart_putnbr(3); //////////
uart_CarRet();
ret+=tmp;
tmp=0;
uart_puts("CWrite: 60x2c :");
for(i=0;i<60;i++)
tmp+=mmcContinuousWriteBuff(schr,2);
ret+=tmp;
uart_putnbr(tmp);;uart_putc(' ');uart_putnbr(i);
uart_CarRet();
tmp=0;
uart_puts("CWrite: 2x'0' :");
for(i=0;i<2;i++)
tmp+=mmcContinuousWriteBuff(schr,1);
uart_putnbr(tmp);;uart_putc(' ');uart_putnbr(i);
ret+=tmp;
uart_CarRet();
tmp=0;
uart_puts("CWrite: 1x'1' :");
tmp+=mmcContinuousWriteBuff(schr+1,1);
uart_putnbr(tmp);;uart_putc(' ');uart_putnbr(1);/////////////;
ret+=tmp;
uart_CarRet();
tmp=0;
uart_puts("CWrite: \""); uart_puts(jegeva);uart_puts("\": ");
for(i=0;i<4;i++)
tmp+=mmcContinuousWriteBuff((unsigned char*)jegeva,6);
uart_putnbr(tmp);;uart_putc(' ');uart_putnbr(i);
ret+=tmp;
uart_CarRet();
tmp=0;
i=4;
uart_puts("CWrite: ");
uart_putnbr(i);
uart_puts("x128c :");
for(i=0;i<4;i++)
tmp+=mmcContinuousWriteBuff(buffer,128);
uart_putnbr(tmp);;uart_putc(' ');uart_putnbr(i);//////////
;uart_CarRet();
ret+=tmp;
tmp=mmcContinuousWriteStop();
uart_puts("Stop : 0x");
uart_putnbrhex(tmp);
uart_CarRet();
i=0;mmcContinuousWriteStart(0);
tmp=0;
TACTL = TASSEL_2|ID_3;//smclk /8
TACCR0=0xf424; // .5s
TA0CCTL0 |= CCIE;
uart_puts("Strt Bench\n\r n*128 chars : R: ");
TACTL |=MC_1; //TA0 start
while(timeoutvar<8){
mmcContinuousWriteBuff(buffer,128);
tmp+=128;
}; // 5Sec
TACTL |=MC_0; //TA0 stop
mmcContinuousWriteStop();
uart_putnbr(tmp>>10); uart_puts(" kiB/s\n\r n* 1 char : R: ");
tmp=0;
TACTL = TASSEL_2|ID_3;//smclk /8
TAR=0; TACCR0=0xf424; // .125s
timeoutvar=0;
mmcContinuousWriteStart(0);
TACTL |=MC_1; //TA0 start
while(timeoutvar<8){
mmcContinuousWriteBuff(buffer,1);
tmp++;
};
TACTL |=MC_0; //TA0 stop
mmcContinuousWriteStop();
uart_putnbr(tmp>>10); uart_puts(" kiB/s");
uart_CarRet();
#endif
}
