static void ButtonTask_Init(uint8 btnindex,const char *channelname,uint16 channel,uint8 *fn)
{
static char buf1[20];
static char buf2[20];
if(btnindex>=CHANNEL)
return;
if(!fn)
return;
TBUTTON *btn;
btn=&tbtn[btnindex];
btn->channelname=channelname;
btn->channel=channel;
btn->count=0;
btn->latchcount=0;
btn->logicout=0;
btn->state=0;
btn->toggle=0;
btn->latchtoggle=0;
btn->fnPhy=(uint8(*)(uint16))fn;
sprintf(buf1,"Button%s",channelname);
TaskAdd(&btntask[btnindex],buf1,1,ButtonTask_1ms,btn);
sprintf(buf2,"%sCheck",buf1);
TaskAdd(&printtask[btnindex],buf2,10,Button_PrintPolling,btn);
}
//end Application Layer
//------------------------------------------------------------------------------------------------
//Middle Layer
static void LEDTask_Init(TLED *ledptr,uint16 channel,uint8 mode,void *fn)
{
if(!ledptr)
return;
ledptr->count=0;
ledptr->mode=mode;
ledptr->channel=channel;
ledptr->toggle=0;
ledptr->fnPhy=(void(*)(uint16,uint8))fn;
switch(channel)
{
case GPIO_Pin_8:
TaskAdd(&taskled[0],"LEDPC8",100,LEDTask_100ms,ledptr);
break;
case GPIO_Pin_9:
TaskAdd(&taskled[1],"LEDPC9",100,LEDTask_100ms,ledptr);
break;
}
}
/***********************************************************************************************************************
Function: SrvThreadBody
Description:
Called By:
Input:
Output:
Return:
Others:
************************************************************************************************************************/
S32 CNetServer::SrvThreadBody()
{
ASSERT(NULL != m_pSock);
ASSERT(NULL != m_pThreadPool);
Socket_t sHandle;
while (true)
{
sHandle = m_pSock->Accept();
if (SOCK_HANDLE_OK(sHandle))
{
TaskAdd(sHandle);
}
}
return MW_SUCC;
}
/*******************************************************************************
* @function_name: Init_Adc
* @function_file: Drv_Adc.c
* @描述：初始化ADC配置
* @入口参数：
powerOn 1-on 0-off
* @出口参数： 无
*---------------------------------------------------------
* @修改人： ffq (2013-10-09)
******************************************************************************/
void DRV_ADC_Init(uint8 powerOn)
{
//温度采样电路电源控制IO，其它在AD中初始化
IO_DisableFunc(IO_PORT4,IO_PINxE);
IO_ConfigGPIOPin(IO_PORT4,IO_PINxE,IO_DIR_OUTPUT,IO_PULLUP_OFF);
IO_EnableAnalogInput(IO_AN00); //TEMP
IO_EnableAnalogInput(IO_AN01); // TEMP_A
IO_EnableAnalogInput(IO_AN02); //V_1.8V
IO_EnableAnalogInput(IO_AN03);//V_CHK
IO_EnableAnalogInput(IO_AN04);//BATCHK
/*------------------- Global setting -----------------------*/
/* Set sample time */
ADC12_SelSampleTimeReg(ADC12_UNIT0, ADC12_CH0, ADC12_SAMPLE_TIME_SEL_REG0);
ADC12_SelSampleTimeReg(ADC12_UNIT0, ADC12_CH1, ADC12_SAMPLE_TIME_SEL_REG0);
ADC12_SelSampleTimeReg(ADC12_UNIT0, ADC12_CH2, ADC12_SAMPLE_TIME_SEL_REG0);
ADC12_SelSampleTimeReg(ADC12_UNIT0, ADC12_CH3, ADC12_SAMPLE_TIME_SEL_REG0);
ADC12_SelSampleTimeReg(ADC12_UNIT0, ADC12_CH4, ADC12_SAMPLE_TIME_SEL_REG0);
ADC12_SetSampleTime0(ADC12_UNIT0, 9, ADC12_SAMPLE_TIME_N4);
/* Set compare time */
ADC12_SetCompareTime(ADC12_UNIT0, 2);
/* Start ADC operation */
ADC12_EnableOpt(ADC12_UNIT0);
while(SET != ADC12_GetOptStat(ADC12_UNIT0));
/*------------------- Scan mode setting -----------------------*/
/* Select channel */
ADC12_SelScanCh(ADC12_UNIT0, ((1ul<<ADC12_CH0)
| (1ul<<ADC12_CH1)
| (1ul<<ADC12_CH2)
| (1ul<<ADC12_CH3)
| (1ul<<ADC12_CH4)));
/* Clear FIFO */
ADC12_ClrScanFIFO(ADC12_UNIT0);
/* Set FIFO stage */
ADC12_SetScanFIFOStage(ADC12_UNIT0, (ADC12_ScanFIFOStageT)(USER_ADC_SCAN_CH_NUM-1));
/* Set Scan mode */
ADC12_SetScanMode(ADC12_UNIT0 , ADC12_SCAN_MODE_ONE_SHOT);
/* Enable scan interrupt */
ADC12_EnableScanInt(ADC12_UNIT0, ScanIntCallback);
/* Enable ADC IRQ */
NVIC_EnableIRQ((IRQn_Type)(ADC0_IRQn + (ADC12_UNIT0-ADC12_UNIT0)));
/* Start scan */
//ADC12_StartScan(ADC12_UNIT0);
//连续采样5次，填充滤波缓存。
DRV_ADC_On();
DRV_ADC_StartTask();
while(RESET != ADC12_GetScanStatusFlag(ADC12_UNIT0));
DRV_ADC_StartTask();
while(RESET != ADC12_GetScanStatusFlag(ADC12_UNIT0));
DRV_ADC_StartTask();
while(RESET != ADC12_GetScanStatusFlag(ADC12_UNIT0));
DRV_ADC_StartTask();
while(RESET != ADC12_GetScanStatusFlag(ADC12_UNIT0));
DRV_ADC_StartTask();
while(RESET != ADC12_GetScanStatusFlag(ADC12_UNIT0));
DRV_ADC_Off();
if(powerOn)
{
DRV_ADC_On();
//定时1s采样
//TempNTCPower(OFF);
TaskAdd(DRV_ADC_StartTask, 0, 100, 1);
}
else
{
DRV_ADC_Off();
}
}
