app_ex_interrupt.c

来自「CC1110点对多点FDMA传输方式C源码」· C语言 代码 · 共 137 行

/******************************************************************************
*                                                                             *
*    ****       ******       ****
*     ****     ********     ****
*      ****   ****  ****   ****
*       **** ****    **** ****              wxl
*        *******      *******
*         *****        *****                    成都无线龙通讯科技有限公司
*                                                                             *
*******************************************************************************
Target:       cc1110                          使用芯片:       cc1110
Author:       WXL                             程 序 员：      无线龙
data:         1/12-2007                       日    期：      1/12-2007
******************************************************************************/
/**********************************头文件**************************************/

#include "app_ex_main.h"
#include "hal.h"

__interrupt void RFERR_IRQ(void);
__interrupt void ADC_IRQ(void);
__interrupt void URX0_IRQ(void);
__interrupt void URX1_IRQ(void);
__interrupt void ENC_IRQ(void);
__interrupt void ST_IRQ(void);
__interrupt void P2INT_IRQ(void);
__interrupt void UTX0_IRQ(void);
__interrupt void T1_IRQ(void);
__interrupt void T2_IRQ(void);
__interrupt void T3_IRQ(void);
__interrupt void P0INT_IRQ(void);
__interrupt void UTX1_IRQ(void);
__interrupt void P1INT_IRQ(void);
__interrupt void WDT_IRQ(void);

//extern APPLICATION apps[NBR_OF_APPS];
extern void (*interrupts[NBR_OF_INTERRUPTS])(void);
extern UINT8 activeApp;

void dummyInterrupt(void){
}


/*
#pragma vector=RFERR_VECTOR
__interrupt void RFERR_IRQ(void){
   apps[activeApp].interrupts[INUM_RFERR]();
}
*/

#pragma vector=ADC_VECTOR
__interrupt void ADC_IRQ(void){
   interrupts[INUM_ADC]();
}
/*
#pragma vector=URX0_int
__interrupt void URX0_IRQ(void){
   apps[activeApp].interrupts[INUM_URX0]();
}
*/
#pragma vector=URX1_VECTOR
__interrupt void URX1_IRQ(void){
   interrupts[INUM_URX1]();
}
#pragma vector=ENC_VECTOR
__interrupt void ENC_IRQ(void){
   interrupts[INUM_ENC]();
}
#pragma vector=ST_VECTOR
__interrupt void ST_IRQ(void){
   interrupts[INUM_ST]();
}
#pragma vector=P2INT_VECTOR
__interrupt void P2INT_IRQ(void){
   interrupts[INUM_P2INT]();
}
#pragma vector=UTX0_VECTOR
__interrupt void UTX0_IRQ(void){
   interrupts[INUM_UTX0]();
}

/*
This interrupt routine is defined in CUL
#pragma vector=DMA_int
__interrupts void DMA_IRQ(void){
   apps[activeApp].interrupts[INUM_DMA]();
}
*/

#pragma vector=T1_VECTOR
__interrupt void T1_IRQ(void){
   interrupts[INUM_T1]();
}

#pragma vector=T2_VECTOR
__interrupt void T2_IRQ(void){
   interrupts[INUM_T2]();
}
#pragma vector=T3_VECTOR
__interrupt void T3_IRQ(void){
   interrupts[INUM_T3]();
}

/*
#pragma vector=T4_int
__interrupt void T4_IRQ(void){
   apps[activeApp].interrupts[INUM_T4]();
}
*/

#pragma vector=P0INT_VECTOR
__interrupt void P0INT_IRQ(void){
   interrupts[INUM_P0INT]();
}
#pragma vector=UTX1_VECTOR
__interrupt void UTX1_IRQ(void){
   interrupts[INUM_UTX1]();
}
/*
#pragma vector=P1INT_VECTOR
__interrupt void P1INT_IRQ(void){
   apps[activeApp].interrupts[INUM_P1INT]();
}
*/

/*
#pragma vector=RF_int
__interrupt void RF_IRQ(void){
   apps[activeApp].interrupts[INUM_RF]();
}
*/

#pragma vector=WDT_VECTOR
__interrupt void WDT_IRQ(void){
   interrupts[INUM_WDT]();
}