/**************************************************************************//**
* @file demo_AIC.c
* @brief Sample code to demostrate the APIs related to AIC
*
* SPDX-License-Identifier: Apache-2.0
* @copyright (C) 2020 Nuvoton Technology Corp. All rights reserved.
*****************************************************************************/
#include <stdlib.h>
#include <stdio.h>
#include "N9H20.h"
#include "demo.h"
/*--------------------------------------------------------------------------------------------------------*
* *
* Function-AIC_TEST_MODE() set interrupt flags to drive AIC generation interrupt as expected *
* 1. Interrupt Priority *
* 2. Default priority *
*---------------------------------------------------------------------------------------------------------*/
#define _DRVAIC_TEST_MODE(bIsTestMode) (outpw(REG_AIC_TEST, bIsTestMode)) /* debug AIC_IPER*/
#define _DRVAIC_CLEAR_INT(u32IntChannels) (outpw(REG_AIC_SCCR, u32IntChannels)) /* clear all int events */
#define _DRVAIC_ENABLE_INT(u32IntChannels) (outpw(REG_AIC_MECR, u32IntChannels)) /* turn on mask bit */
#define _DRVAIC_DISABLE_INT(u32IntChannels) (outpw(REG_AIC_MECR, u32IntChannels)) /* turn on mask bit */
#define _DRVAIC_TRIGGER_INT(u32IntChannels) (outpw(REG_AIC_SSCR, u32IntChannels)) /* trigger interrupt */
#define _DRVAIC_GETINTERRUPT() (inpw(REG_AIC_IPER) >> 2)
static VOID AIC_TEST_MODE(VOID)
{
//_DRVAIC_TEST_MODE(0x01); /* debug AIC_IPER*/
_DRVAIC_CLEAR_INT(0xFFFFFFFE); /* clear all int events */
_DRVAIC_ENABLE_INT(0xFFFFFFFE); /* turn on mask bit */
_DRVAIC_CLEAR_INT(0xFFFFFFFE); /* clear all int events */
_DRVAIC_TRIGGER_INT(0xFFFFFFFE); /* trigger all interrupt channel */
}
UINT32 IntPriority=0;
UINT8 Int[32]={0};
VOID Int_Channel_0(VOID)
{
Int[0]=IntPriority;
_DRVAIC_CLEAR_INT(1<<0);
}
VOID Int_Channel_1(VOID)
{
IntPriority = IntPriority+1;
Int[1]=IntPriority;
_DRVAIC_CLEAR_INT(1<<1);
}
VOID Int_Channel_2(VOID)
{
IntPriority = IntPriority+1;
Int[2]=IntPriority;
_DRVAIC_CLEAR_INT(1<<2);
}
VOID Int_Channel_3(VOID)
{
IntPriority = IntPriority+1;
Int[3]=IntPriority;
_DRVAIC_CLEAR_INT(1<<3);
}
VOID Int_Channel_4(VOID)
{
IntPriority = IntPriority+1;
Int[4]=IntPriority;
_DRVAIC_CLEAR_INT(1<<4);
}
VOID Int_Channel_5(VOID)
{
IntPriority = IntPriority+1;
Int[5]=IntPriority;
_DRVAIC_CLEAR_INT(1<<5);
}
VOID Int_Channel_6(VOID)
{
IntPriority = IntPriority+1;
Int[6]=IntPriority;
_DRVAIC_CLEAR_INT(1<<6);
}
VOID Int_Channel_7(VOID)
{
IntPriority = IntPriority+1;
Int[7]=IntPriority;
_DRVAIC_CLEAR_INT(1<<7);
}
VOID Int_Channel_8(VOID)
{
IntPriority = IntPriority+1;
Int[8]=IntPriority;
_DRVAIC_CLEAR_INT(1<<8);
}
VOID Int_Channel_9(VOID)
{
IntPriority = IntPriority+1;
Int[9]=IntPriority;
_DRVAIC_CLEAR_INT(1<<9);
}
VOID Int_Channel_10(VOID)
{
IntPriority = IntPriority+1;
Int[10]=IntPriority;
_DRVAIC_CLEAR_INT(1<<10);
}
VOID Int_Channel_11(VOID)
{
IntPriority = IntPriority+1;
Int[11]=IntPriority;
_DRVAIC_CLEAR_INT(1<<11);
}
VOID Int_Channel_12(VOID)
{
IntPriority = IntPriority+1;
Int[12]=IntPriority;
_DRVAIC_CLEAR_INT(1<<12);
}
VOID Int_Channel_13(VOID)
{
IntPriority = IntPriority+1;
Int[13]=IntPriority;
_DRVAIC_CLEAR_INT(1<<13);
}
VOID Int_Channel_14(VOID)
{
IntPriority = IntPriority+1;
Int[14]=IntPriority;
_DRVAIC_CLEAR_INT(1<<14);
}
VOID Int_Channel_15(VOID)
{
IntPriority = IntPriority+1;
Int[15]=IntPriority;
_DRVAIC_CLEAR_INT(1<<15);
}
VOID Int_Channel_16(VOID)
{
IntPriority = IntPriority+1;
Int[16]=IntPriority;
_DRVAIC_CLEAR_INT(1<<16);
}
VOID Int_Channel_17(VOID)
{
IntPriority = IntPriority+1;
Int[17]=IntPriority;
_DRVAIC_CLEAR_INT(1<<17);
}
VOID Int_Channel_18(VOID)
{
IntPriority = IntPriority+1;
Int[18]= IntPriority;
_DRVAIC_CLEAR_INT(1<<18);
}
VOID Int_Channel_19(VOID)
{
IntPriority = IntPriority+1;
Int[19]=IntPriority;
_DRVAIC_CLEAR_INT(1<<19);
}
VOID Int_Channel_20(VOID)
{
IntPriority = IntPriority+1;
Int[20]=IntPriority;
_DRVAIC_CLEAR_INT(1<<20);
}
VOID Int_Channel_21(VOID)
{
IntPriority = IntPriority+1;
Int[21]=IntPriority;
_DRVAIC_CLEAR_INT(1<<21);
}
VOID Int_Channel_22(VOID)
{
IntPriority = IntPriority+1;
Int[22]=IntPriority;
_DRVAIC_CLEAR_INT(1<<22);
}
VOID Int_Channel_23(VOID)
{
IntPriority = IntPriority+1;
Int[23]=IntPriority;
_DRVAIC_CLEAR_INT(1<<23);
}
VOID Int_Channel_24(VOID)
{
IntPriority = IntPriority+1;
Int[24]=IntPriority;
_DRVAIC_CLEAR_INT(1<<24);
}
VOID Int_Channel_25(VOID)
{
IntPriority = IntPriority+1;
Int[25]=IntPriority;
_DRVAIC_CLEAR_INT(1<<25);
}
VOID Int_Channel_26(VOID)
{
IntPriority = IntPriority+1;
Int[26]=IntPriority;
_DRVAIC_CLEAR_INT(1<<26);
}
VOID Int_Channel_27(VOID)
{
IntPriority = IntPriority+1;
Int[27]=IntPriority;
_DRVAIC_CLEAR_INT(1<<27);
}
VOID Int_Channel_28(VOID)
{
IntPriority = IntPriority+1;
Int[28]=IntPriority;
_DRVAIC_CLEAR_INT(1<<28);
}
VOID Int_Channel_29(VOID)
{
IntPriority = IntPriority+1;
Int[29]=IntPriority;
_DRVAIC_CLEAR_INT(1<<29);
}
VOID Int_Channel_30(VOID)
{
IntPriority = IntPriority+1;
Int[30]=IntPriority;
_DRVAIC_CLEAR_INT(0x40000000);
}
VOID Int_Channel_31(VOID)
{
IntPriority = IntPriority+1;
Int[31]=IntPriority;
_DRVAIC_CLEAR_INT(0x80000000);
}
int DemoAPI_AIC(void)
{
UINT32 u32Idx;
UINT32 u32IntTypeLevel;
DBG_PRINTF("+--------------------------------------------------------------------------------+\n");
DBG_PRINTF("| AIC Sample Code |\n");
DBG_PRINTF("+--------------------------------------------------------------------------------+\n");
DBG_PRINTF("\n");
for(u32IntTypeLevel=1; u32IntTypeLevel<=7; u32IntTypeLevel=u32IntTypeLevel+1)
{
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)0, (PVOID)Int_Channel_0);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)1, (PVOID)Int_Channel_1);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)2, (PVOID)Int_Channel_2);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)3, (PVOID)Int_Channel_3);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)4, (PVOID)Int_Channel_4);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)5, (PVOID)Int_Channel_5);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)6, (PVOID)Int_Channel_6);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)7, (PVOID)Int_Channel_7);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)8, (PVOID)Int_Channel_8);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)9, (PVOID)Int_Channel_9);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)10, (PVOID)Int_Channel_10);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)11, (PVOID)Int_Channel_11);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)12, (PVOID)Int_Channel_12);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)13, (PVOID)Int_Channel_13);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)14, (PVOID)Int_Channel_14);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)15, (PVOID)Int_Channel_15);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)16, (PVOID)Int_Channel_16);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)17, (PVOID)Int_Channel_17);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)18, (PVOID)Int_Channel_18);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)19, (PVOID)Int_Channel_19);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)20, (PVOID)Int_Channel_20);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)21, (PVOID)Int_Channel_21);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)22, (PVOID)Int_Channel_22);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)23, (PVOID)Int_Channel_23);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)24, (PVOID)Int_Channel_24);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)25, (PVOID)Int_Channel_25);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)26, (PVOID)Int_Channel_26);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)27, (PVOID)Int_Channel_27);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)28, (PVOID)Int_Channel_28);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)29, (PVOID)Int_Channel_29);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)30, (PVOID)Int_Channel_30);
sysInstallISR(u32IntTypeLevel, (INT_SOURCE_E)31, (PVOID)Int_Channel_31);
sysSetLocalInterrupt(DISABLE_FIQ_IRQ);
for(u32Idx=0;u32Idx<32;u32Idx=u32Idx+1)
{
/* Only Rising edge and falling edge can be teset */
sysEnableInterrupt((INT_SOURCE_E)u32Idx);
if(u32IntTypeLevel%2)
sysSetInterruptType((INT_SOURCE_E)u32Idx, 2);//Falling
else
sysSetInterruptType((INT_SOURCE_E)u32Idx, 3);//Rising
}
AIC_TEST_MODE();
sysSetLocalInterrupt(ENABLE_FIQ_IRQ);
for(u32Idx=0;u32Idx<32;u32Idx=u32Idx+1)
{
if(Int[u32Idx]!=u32Idx)
{
sysSetLocalInterrupt(DISABLE_FIQ_IRQ);
DBG_PRINTF("AIC test mode is fail\n");
}
else
{
DBG_PRINTF("Interrupt Source %d test ok!\n", u32Idx);
}
}
IntPriority = 0;
}
sysSetLocalInterrupt(DISABLE_FIQ_IRQ);
DBG_PRINTF("AIC sample finished!\n");
return 0;
}