void USART2_IRQHandler(void){
UART_DESC * urt = uartRegister[2];
urtRcvRq(urt);
USART_ClearITPendingBit(urt->usartBase, USART_IT_RXNE);
NVIC_ClearPending(USART2_IRQn);
}
void USBINT0_IRQHandler()
{
uint8_t intrusb = GET8(USB0_CORE+INTRUSB);
uint16_t intrtx = GET16(USB0_CORE+INTRTX);
uint16_t intrrx = GET16(USB0_CORE+INTRRX);
NVIC_ClearPending(USBINT0_IRQn);
if(intrusb & 0b10) // resume interrupt
{
// resume routine
USB_DBG("resume\n");
}
if(intrusb & 0b1000000) // session req interrupt
{
// session req routine
USB_DBG("session req\n");
}
if(intrusb & 0b10000000) // Vbus error interrupt
{
// Vbus error routine
USB_DBG("vbus\n");
}
if(intrusb & 0b1) // suspend interrupt
{
// suspend routine
USB_DBG("suspend\n");
}
if(intrusb & 0b10000) // connect interrupt
{
// connect routine
USB_DBG("connect\n");
}
if(intrusb & 0b100000) // disconnect interrupt
{
// disconnect routine
USB_DBG("disconnect\n");
}
if(intrusb & 0b100)// reset/babble interrupt
{
if(0) // host mode?
{
// babble routine
USB_DBG("babble\n");
}
else
{
// reset routine
USB_DBG("reset\n");
}
}
if(intrusb & 0b1000) // SOF interrupt
{
// SOF routine
USB_DBG("sof\n");
}
if(intrtx & 0b1) // endpoint 0 interrupt
{
// endpoint 0 routine
//USB_DBG("EP0\n");
USB0_ENDP0Handler();
}
if(intrtx & 0xFFFE) // Tx endpoint interrupt
{
// Tx endpoint routine
USB_DBG("TX\n");
}
if(intrrx & 0xFFFE) // Rx endpoint interrupt
{
// Rx endpoint routine
USB_DBG("RX\n");
}
}
