void WL_System_Init(void)
{ /* ------------------------------------------------------------------------
* Name : WL_System_init
* Description : Initialise System
* Parameters : void
* Return : void
* -----------------------------------------------------------------------
*/
WL_initModesAndClock();
WL_STM_init();
WL_EIRQ_Init();
}
int main(void) {
volatile T_ULONG lul_InfLoop = 0;
volatile T_ULONG lul_Validate = 0;
volatile T_ULONG lul_ValidateUp = 0;
volatile T_ULONG lul_ValidateDw = 0;
T_UWORD luw_SwDwState;
T_UWORD luw_SwUpState;
WL_initModesAndClock();
WL_EIRQ_Init();
WL_STM_init();
WL_GPIO_Init();
init_ext_ints();
init_PIT();
asm(" wrteei 1");
INTC_InstallINTCInterruptHandler(WL_A_Pinch,EIRQ_2,1); /* vector 32 for STM[2] */
INTC.CPR.R = 0;
/* Loop forever */
for (;;) {
/*------------------------------*/
luw_SwDwState = GPIO_GetState(SW_DOWN);
if (luw_SwDwState == 1)
{
lul_Validate = WL_CheckValid();
if (lul_Validate == 1)
{
lul_ValidateDw = WL_CheckAutoManualDw();
}
else
{
/*DO NOTHING*/
}
}
else
{
/*DO NOTHING*/
}
while (luw_SwDwState == 1){
if (lul_ValidateDw == 1)
{
WL_WinMDw();
}
else
{
/*DO NOTHING*/
}
if (lul_ValidateDw == 0)
{
WL_WinADw();
}
else
{
/*DO NOTHING*/
}
luw_SwDwState = GPIO_GetState(SW_DOWN);
}
/*------------------------------*/
luw_SwUpState = GPIO_GetState(SW_UP);
if (luw_SwUpState == 1)
{
lul_Validate = WL_CheckValid();
if (lul_Validate == 1)
{
lul_ValidateUp = WL_CheckAutoManualUp();
}
else
{
/*DO NOTHING*/
}
}
else
{
/*DO NOTHING*/
}
while (luw_SwUpState == 1){
if (lul_ValidateUp == 1)
{
WL_WinMUp();
}
else
{
/*DO NOTHING*/
}
if (lul_ValidateUp == 0)
{
WL_WinAUp();
}
else
{
/*DO NOTHING*/
}
luw_SwUpState = GPIO_GetState(SW_UP);
}
GPIO_SetState(LED_DOWN, 0);
GPIO_SetState(LED_UP, 0);
lul_InfLoop++;
WL_SetState();
}
}
