📄 interrpte.c
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/* Date/Author : 10.04.1997/GA */
/* Parameter : */
/* Return : */
/* */
/**************************************************************************/
/* Interrupt with using the register bank switch */
interrupt [52] using [ALTERNATE_SET] void near key_input_interrupt (void)
/* Interrupt without using the register bank switch */
//interrupt [52] void near key_input_interrupt (void)
{
/* Add code here */
}
/**************************************************************************/
/* */
/* A-D interrupt routine */
/* Name : a_d_interrupt */
/* Date/Author : 10.04.1997/GA */
/* Parameter : */
/* Return : */
/* */
/**************************************************************************/
/* Interrupt with using the register bank switch */
interrupt [56] using [ALTERNATE_SET] void near a_d_interrupt (void)
/* Interrupt without using the register bank switch */
//interrupt [56] void near a_d_interrupt (void)
{
/* Add code here */
}
/**************************************************************************/
/* */
/* UART0Tx interrupt routine */
/* Name : uart0tx_interrupt */
/* Date/Author : 10.04.1997/GA */
/* Parameter : */
/* Return : */
/* */
/**************************************************************************/
/* Interrupt with using the register bank switch */
interrupt using [ALTERNATE_SET] void near uart0tx_interrupt (void)
//interrupt [68] using [ALTERNATE_SET] void near uart0tx_interrupt (void)
/* Interrupt without using the register bank switch */
//interrupt [68] void near uart0tx_interrupt (void)
{
/* Add code here */
#ifdef SAMPLE_Y3
SEND_STRING[k] = DATA_STRING[k];
uart_0_put_synchronous_mode (SEND_STRING[k]);
k++;
#endif /* SAMPLE_Y3 */
#ifdef SAMPLE_Y6
SEND_STRING[k] = DATA_STRING[k];
uart_0_put_uart_mode (SEND_STRING[k]);
k++;
#endif /* SAMPLE_Y6 */
}
/**************************************************************************/
/* */
/* UART0Rx interrupt routine */
/* Name : uart0rx_interrupt */
/* Date/Author : 10.04.1997/GA */
/* Parameter : */
/* Return : */
/* */
/**************************************************************************/
/* Interrupt with using the register bank switch */
interrupt [72] using [ALTERNATE_SET] void near uart0rx_interrupt (void)
/* Interrupt without using the register bank switch */
//interrupt [72] void near uart0rx_interrupt (void)
{
/* Add code here */
}
/**************************************************************************/
/* */
/* UART1Tx interrupt routine */
/* Name : uart1tx_interrupt */
/* Date/Author : 10.04.1997/GA */
/* Parameter : */
/* Return : */
/* */
/**************************************************************************/
// Interrupt with using the register bank switch
//interrupt [76] using [ALTERNATE_SET] void near uart1tx_interrupt (void)
// Interrupt without using the register bank switch
// interrupt [76] void near uart1tx_interrupt (void)
//{
// Add code here
//}
/**************************************************************************/
/* */
/* UART1Rx interrupt routine */
/* Name : uart1rx_interrupt */
/* Date/Author : 10.04.1997/GA */
/* Parameter : */
/* Return : */
/* */
/**************************************************************************/
// Interrupt with using the register bank switch
//interrupt [80] using [ALTERNATE_SET] void near uart1rx_interrupt (void)
// Interrupt without using the register bank switch
// interrupt [80] void near uart1rx_interrupt (void)
//{
// Add code here
//#if defined (SAMPLE_Y2) || defined (SAMPLE_Y3)
//help2 = uart_1_get_synchronous_mode ();
//REC_STRING[j] = help2;
//j++;
//#endif /* SAMPLE_Y2, SAMPLE_Y3
//#if defined (SAMPLE_Y5) || defined (SAMPLE_Y6)
//help2 = uart_1_get_synchronous_mode ();
//REC_STRING[j] = help2;
//j++;
//#endif /* SAMPLE_Y5, SAMPLE_Y6
//}
/**************************************************************************/
/* */
/* Timer A0 - interrupt routine */
/* routine must be adapted to the user's needs */
/* */
/* Name : timer_a0_interrupt */
/* Date/Author : 14.04.1997/ST */
/* Parameter : */
/* Return : */
/* */
/**************************************************************************/
/* Interrupt with using the register bank switch */
interrupt using [ALTERNATE_SET] void near timer_a0_interrupt (void)
//interrupt [ 84] using [ALTERNATE_SET] void near timer_a0_interrupt (void)
/* Interrupt without using the register bank switch */
// interrupt [ 84] void near timer_a0_interrupt (void)
{
timer_100ms++;
}
/**************************************************************************/
/* */
/* timer A1: interrupt routine */
/* routine must be adapted to the user's needs */
/* */
/* Name : timer_a1_interrupt */
/* Date/Author : 14.04.1997/ST */
/* Parameter : */
/* Return : */
/* */
/**************************************************************************/
/* Interrupt with using the register bank switch */
interrupt using [ALTERNATE_SET] void near timer_a1_interrupt (void)
//interrupt [ 88] using [ALTERNATE_SET] void near timer_a1_interrupt (void)
/* Interrupt without using the register bank switch */
// interrupt [ 88] void near timer_a1_interrupt (void)
{
// P4=0x02;
switch(state_common)
{
case STATE_COMMON_C0_ON:
P0 = 0x01; /* set this common line to high */
PD0 = 0x01; /* set one common line to output, all others to input */
PD1= 0;
PD2 = 0;
PD3 = 0;
PD4 = 0;
P1 = ~port_1_c0; /* set outputs inverse to common line */
P2 = ~port_2_c0;
P3 = ~port_3_c0;
P4 = ~port_5_c0;
PD1 = 0xff; /* set outputs inverse to common line */
PD2 = 0xff;
PD3 = 0xff;
PD4 = 0xff;
state_common = STATE_COMMON_C0_OFF;
break;
case STATE_COMMON_C0_OFF:
P0 = 0x00; /* set this common line low */
PD0 = 0x01;
PD1= 0;
PD2 = 0;
PD3 = 0;
PD4 = 0;
P1 = port_1_c0; /* set outputs inverse to common line */
P2 = port_2_c0;
P3 = port_3_c0;
P4 = port_5_c0;
PD1 = 0xff; /* set outputs inverse to common line */
PD2 = 0xff;
PD3 = 0xff;
PD4 = 0xff;
state_common = STATE_COMMON_C1_ON;
break;
case STATE_COMMON_C1_ON:
P0 = 0x02; /* set this common line to high */
PD0 = 0x02;
PD1= 0;
PD2 = 0;
PD3 = 0;
PD4 = 0;
P1 = ~port_1_c1; /* set outputs inverse to common line */
P2 = ~port_2_c1;
P3 = ~port_3_c1;
P4 = ~port_5_c1;
PD1= 0xff;
PD2 = 0xff;
PD3 = 0xff;
PD4 = 0xff;
state_common = STATE_COMMON_C1_OFF;
break;
case STATE_COMMON_C1_OFF:
P0 = 0x00; /* set this common line low */
PD0 = 0x02;
PD1= 0;
PD2 = 0;
PD3 = 0;
PD4 = 0;
P1 = port_1_c1; /* set outputs inverse to common line */
P2 = port_2_c1;
P3 = port_3_c1;
P4 = port_5_c1;
PD1= 0xff;
PD2 = 0xff;
PD3 = 0xff;
PD4 = 0xff;
state_common = STATE_COMMON_C2_ON;
break;
case STATE_COMMON_C2_ON:
P0 = 0x04; /* set this common line to high */
PD0 = 0x04;
PD1= 0;
PD2 = 0;
PD3 = 0;
PD4 = 0;
P1 = ~port_1_c2; /* set outputs inverse to common line */
P2 = ~port_2_c2;
P3 = ~port_3_c2;
P4 = ~port_5_c2;
PD1= 0xff;
PD2 = 0xff;
PD3 = 0xff;
PD4 = 0xff;
state_common = STATE_COMMON_C2_OFF;
break;
case STATE_COMMON_C2_OFF:
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