void AVALON_PWM_Test(void)
{
unsigned char duty = 0;
AVALON_PWM_Init();
AVALON_PWM_Enable();
for (;duty < 255; duty++) {
AVALON_PWM_SetDuty(AVALON_PWM_RED, duty);
AVALON_Delay(20000);
}
AVALON_Delay(400000);
for (;duty > 0; duty--) {
AVALON_PWM_SetDuty(AVALON_PWM_RED, duty);
AVALON_Delay(20000);
}
AVALON_Delay(500000);
}
void AVALON_LED_Test(void)
{
/* Initialize GPIO */
Chip_GPIO_Init(LPC_GPIO);
AVALON_LED_Init();
/* open all led */
AVALON_LED_Rgb(AVALON_LED_RED, true);
AVALON_LED_Rgb(AVALON_LED_GREEN, true);
AVALON_LED_Rgb(AVALON_LED_BLUE, true);
AVALON_Delay(4000000);
/* close all led */
AVALON_LED_Rgb(AVALON_LED_RED, false);
AVALON_LED_Rgb(AVALON_LED_GREEN, false);
AVALON_LED_Rgb(AVALON_LED_BLUE, false);
AVALON_Delay(4000000);
/* red led test */
AVALON_LED_Rgb(AVALON_LED_RED, true);
AVALON_Delay(4000000);
AVALON_LED_Rgb(AVALON_LED_RED, false);
/* green led test */
AVALON_LED_Rgb(AVALON_LED_GREEN, true);
AVALON_Delay(4000000);
AVALON_LED_Rgb(AVALON_LED_GREEN, false);
/* blue led test */
AVALON_LED_Rgb(AVALON_LED_BLUE, true);
AVALON_Delay(4000000);
AVALON_LED_Rgb(AVALON_LED_BLUE, false);
AVALON_Delay(4000000);
}
void AVALON_PWM_Test(void)
{
static Bool bPwmInit = FALSE;
if(!bPwmInit)
{
bPwmInit = TRUE;
AVALON_PWM_Init();
}
Chip_TIMER_Enable(LPC_TIMER16_0);
AVALON_Delay(9000000);
Chip_TIMER_Disable(LPC_TIMER16_0);
}
/* Send data to usb,FIX ME:how to make sure the data is sent */
uint32_t UCOM_Write(uint8_t *pBuf, uint32_t len)
{
UCOM_DATA_T *pUcom = &g_uCOM;
uint32_t ret = 0;
unsigned int timeout;
if (pUcom->usbTxFlags & UCOM_TX_CONNECTED) {
timeout = 0;
while ((pUcom->usbTxFlags & UCOM_TX_BUSY) == 1) {
AVALON_Delay(1000);
timeout ++;
if (timeout > 3)
break;
}
pUcom->usbTxFlags |= UCOM_TX_BUSY;
ret = USBD_API->hw->WriteEP(pUcom->hUsb, USB_CDC_IN_EP, pBuf, len);
}
return ret;
}
