void MAIN_vInit(void)
{
// USER CODE BEGIN (Init,2)
// USER CODE END
// globally disable interrupts
PSW_IEN = 0;
/// -----------------------------------------------------------------------
/// Configuration of the System Clock:
/// -----------------------------------------------------------------------
/// - VCO clock used, input clock is connected
/// - input frequency is 8.00 MHz
/// - system clock is 80.00 MHz
MAIN_vUnlockProtecReg(); // unlock write security
MAIN_vChangeFreq(); // load PLL control register
// -----------------------------------------------------------------------
// SCU Interrupt Disable configuration:
// -----------------------------------------------------------------------
SCU_INTDIS = 0xFFFF; // SCU Interrupt Disable Register
// -----------------------------------------------------------------------
// Initialization of the Peripherals:
// -----------------------------------------------------------------------
// initializes the Real Time Clock (RTC)
RTC_vInit();
// -----------------------------------------------------------------------
// Initialization of the Bank Select registers:
// -----------------------------------------------------------------------
// -----------------------------------------------------------------------
// SCU Interrupt Source Selection configuration:
// -----------------------------------------------------------------------
SCU_ISSR = 0x0000; // SCU Interrupt Source Select Register
// USER CODE BEGIN (Init,3)
// USER CODE END
MAIN_vLockProtecReg(); // lock write security
// globally enable interrupts
PSW_IEN = 1;
} // End of function MAIN_vInit
void Project_Init(void)
{
// USER CODE BEGIN (Project_Init,0)
// USER CODE END
/// the following initialization is made by the compiler EDE when you
/// import the DAvE project
/// --- initialization of the SYSCON Register ---
///- 256 words system stack
///- the internal ROM area is mapped to segment 1
///- the segmentation is enabled (CSP is saved/restored during interrupt entry/exit)
///- the internal ROM is disabled: accesses to the ROM area use the external bus
///- the pin #BHE (byte high enable) is enabled
///- the system clock output is disabled
///- the pin #WR acts as #WRL and pin #BHE acts as #WRH
///- the on-chip X-Peripherals are enabled and can be accessed
///- pin #RSTIN is an input only
///- the on-chip oscillator watchdog is disabled
///- latched CS mode; CS signals are latch internally
/// --- initialization of the BUSCON 0-4 and ADRRSEL Registers 1-4 ---
/// ---------- external bus 0 is enabled ----------
///- 16-bit multiplexed bus
///- memory cycle time control: 15 waitstates
///- read/write delay control: activate signal 1 TCL after falling edge of ALE
///- chip select mode: address chip select
///- memory tristate control: 1 waitstate
///- ALE lengthening control: lengthened ALE signal
// initializes the IO ports
IO_vInit();
// initializes the Asynchronous/Synchronous Serial Interface (ASC)
ASC_vInit();
// initializes the On-Chip CAN Interface (CAN)
CAN_vInit();
// initializes the Analog/Digital Converter (ADC)
ADC_vInit();
// initializes the Capture/Compare Unit CAPCOM2
CC2_vInit();
// initializes the General Purpose Timer Unit 1 (GPT1)
GT1_vInit();
// initializes the Real Time Clock (RTC)
RTC_vInit();
// USER CODE BEGIN (Project_Init,1)
// Compare-Wert neu setzen
CC2_vSetCCxReg(CC_16, compare16);
// USER CODE END
/// globally enable interrupts
IEN = 1;
}
int main(void) {
BOOL_T err = CO_FALSE; /* error flag */
UNSIGNED8 temp = 0;
uword time_lo = 0, time_hi = 0;
/*--- hardware initialization e.g SIO, Chip-Selects, ...----------*/
iniDevice();
IO_vInit();
USIC0_vInit();
USIC1_vInit();
USIC2_vInit();
#if HW_KPS == 1
USIC3_vInit();
#endif
//RTC init
DAVE_vUnlockProtecReg();
RTC_vInit();
NOP(); /* one cycle delay */
NOP(); /* one cycle delay */
DAVE_vLockProtecReg();
lNodeId = (~IO_uwReadPort(P2))&0xFF;
if (lNodeId > 127) { lNodeId = 127; }
temp = (~IO_uwReadPort(P10))&0x0F;
switch(temp){
case 0: bitRate = 10; break;
case 1: bitRate = 20; break;
case 2: bitRate = 50; break;
case 3: bitRate = 125; break;
case 4: bitRate = 250; break;
case 5: bitRate = 500; break;
case 0x9:
case 0xE:
case 0xF:
bitRate = 125;
if (((~IO_uwReadPort(P2)) & 0xFF) == 0){ lNodeId = 127; }
break;
default: bitRate = 500; break;
}
initCan(bitRate);
init_Library();
initTimer();
Start_CAN();
ENABLE_CPU_INTERRUPTS();
RTC_vSetTime(0,0);
sw_init();
//PRINTF("loop\n");
while (err == CO_FALSE) {
FlushMbox(); /* Do the CANopen job */
myRTC_ulGetTime(&time_lo, &time_hi);
//odczyt temperatury wewn.
status_wewn[2] = ad7814_read(U2C0, SPI_CS3);
sw_loop();
//sygnalizacja na diodach
if (blink(time_lo, ch1_led_st)) { //St1
IO_vResetPin(IO_P0_0_LED_ST1);
} else {
IO_vSetPin(IO_P0_0_LED_ST1);
}
if (blink(time_lo, ch2_led_st)) { //St2
IO_vResetPin(IO_P4_1_LED_ST2);
} else {
IO_vSetPin(IO_P4_1_LED_ST2);
}
if (blink(time_lo, ch1_led_err)) { //Err1
IO_vResetPin(IO_P4_2_LED_ERR1);
} else {
IO_vSetPin(IO_P4_2_LED_ERR1);
}
if (blink(time_lo, ch2_led_err)) { //Err2
IO_vResetPin(IO_P4_0_LED_ERR2);
} else {
IO_vSetPin(IO_P4_0_LED_ERR2);
}
//w funkcji err_code dopisac cykliczna informacje o kilku bledach (numer bledu jako bity w slowie "dev_led_st" a nie wartosc)
if (err_code(time_lo, dev_led_st)) { //err code - Yellow diode
IO_vResetPin(IO_P2_8_LED_C);
} else {
IO_vSetPin(IO_P2_8_LED_C);
}
/* give a chance to finish the loop */
err = endLoop();
}
PRINTF("\nSTOP\n");
Stop_CAN();
DISABLE_CPU_INTERRUPTS();
releaseTimer();
ResetIntMask();
deinit_Library();
return 0;
}
