void IR_Debug_func()
{
WDTCON |= BIT(7);
while(1){
if(irda_state==32){
printf_u16(user_code,'C');
deg_str("\r\n");
printf_u16(irda_data,'D');
deg_str("\r\n");
delay_10ms(50);
}
}
}
void EPPROM_TEST(void)
{
u16 addr=0,w_data=0,r_data=0;
deg_str(" EPPROM_TEST START\n");
deg_str(" EPPROM_WRITE START \n");
#if 1
w_data = 0xA0;
for(addr=0;addr<0x3FF;){
write_eerom(addr,w_data);
printf_u16(w_data, 'W');
printf_u16(addr, 'A');
addr++;
if((addr%0xFF)==0){
w_data++;
deg_str(" W --------------- W \n");
}
}
deg_str(" EPPROM_WRITE END \n");
#endif
deg_str(" EPPROM_READ ... \n");
for(addr=0;addr<0x3FF;){
r_data = read_eerom(addr);
delay_10ms(2);
#ifdef UART_ENABLE
printf_u16(r_data, 'R');
printf_u16(addr, 'A');
#endif
if((addr%0xFF)==0){
deg_str(" R --------------- R \n");
}
addr++;
}
deg_str(" EPPROM_TEST END \n");
}