void main()
{
buzzer_off();
pcf_8591_init();
timer0_init();
timer1_init();
while(1)
{
switch(mod)
{
case 1:
re = pcf_8591_rd();
delay(20);
l3 = weight(re,l3);
break;
case 2:
TR0 = 0;
if(leixing == 1)
{
display(mod,ht1,0);
Delay1000ms(ht1);
ht1--;
if(ht1 == 0)
mod = 1;
}
else
{
display(mod,ht2,0);
Delay1000ms(ht2);
ht2--;
if(ht2 == 0)
mod = 1;
}
break;
case 3:
break;
}
}
}
void main()
{
UART1_Init();
ADC_Init(0xFF);
while (1) {
//UART1_Send_Char(ADC_Get_Result(1));
UART1_Send_Char(ADC_Get_Result(2));
Delay1000ms();
}
}
void main()
{
u8 k = 8;
// stop catching interrupt
disable_all_interrupt();
//
require_delay_init();
while(--k)
{
Delay1000ms();
}
// -> sync.h
sync_with_alert();
instant_effective_init();
// begin catching interrupt
enable_all_interrupt();
// run forever
while(1) {
// Feed dog
reset_watch_dog();
if (INT_PROC & UART_PROC) {
signal_t signal_raw = recieve_data_from_buffer();
parse_crtl_signal(signal_raw);
INT_PROC &= ~UART_PROC;
continue;
}
// io status sampling finished
if (INT_PROC & LM567_DUTY) {
signal_t signal_raw;
u8 signal_raw_search_index = 0, signal_raw_fall_counter = 2;
if(quick_validate_signal(signal_raw_data)) {
while (signal_raw_search_index < 7) {
if ((signal_raw_data & (0x03 << signal_raw_search_index)) == (0x02 << signal_raw_search_index))
{
++signal_raw_search_index;
++signal_raw_fall_counter;
}
++signal_raw_search_index;
}
if (fall_counter_whole < signal_raw_fall_counter) {
signal_raw = effective_signal(signal_raw_data);
parse_crtl_signal(signal_raw);
}
}
INT_PROC &= ~LM567_DUTY;
EX1 = ENABLE;
continue;
}
// 60hz * 2
if (INT_PROC & EXINT_PROC) {
// if (cycle_output && toggle_status)
if (toggle_status)
toggle_once(); // -> display.h
prepare_next_display_params();
INT_PROC &= ~EXINT_PROC;
continue;
}
// // 5ms system tick-tock
if (INT_PROC & TICK_DUTY) {
cycle_based_adjust(counter_for_cycle);
INT_PROC &= ~TICK_DUTY;
continue;
}
if (INT_PROC & MINUTE_DUTY) {
// -> display.h
skip_to_next_display_if_should();
INT_PROC &= ~MINUTE_DUTY;
continue;
}
if (adc_should_sampling) {
adc_sampling();
}
}
}
void main()
{
// stop catching interrupt
EA = 0;
instant_effective_init();
count_down_init_all_task();
Delay1000ms();
Delay1000ms();
Delay1000ms();
// begin catching interrupt
EA = 1;
cpu_wake_up_disable();
// EX1 = ENABLE;
INT_PROC = SLEEP_DUTY;
while(1) {
// Feed dog
reset_watch_dog();
if(INT_PROC & KEY_DUTY)
{
count_down_at_all_task();
if(detect_key_time_start)
key_task_duty();
if(read_status_signal){
read_lock_status();
}
INT_PROC &= ~KEY_DUTY;
continue;
}
if(INT_PROC & UART_DUTY)
{
uart_process_recieved();
INT_PROC &= ~UART_DUTY;
continue;
}
// 5ms检测一次
if(INT_PROC & TICK_DUTY)
{
if (USART_RX_Block(&COM1))
INT_PROC |= UART_DUTY;
if (!lock_on_detect_signal){
if(status_lock_on_detect() > TIME_PLUS){
power_work_disable();
cancle_open_count_down();
if(!INT1){
//go to wait for 2s
reload_open_ack_count_down();
} else {
uart_id = open_success;
reload_uart_wakeup_count_down();
status = on;
}
cnt_on_time_plus = 0;
lock_on_detect_signal = 1;
k_power_disable();
}
}
if (!lock_off_detect_signal){
if(status_lock_off_detect() > TIME_PLUS){
status = off;
if(!open_lock_ack_signal){
// lock
// lock success
uart_id = lock_success;
cancle_lock_count_down();
} else {
// open ack
// open fail
uart_id = open_fail;
// todo : cancel open_lock ack count_down
cancel_open_ack_lock_count_down();
}
cnt_off_time_plus = 0;
lock_off_detect_signal = 1;
power_work_disable();
EX1 = ENABLE;
k_power_disable();
reload_uart_wakeup_count_down();
}
}
cycle_based_control();
led_display_task();
INT_PROC &= ~TICK_DUTY;
continue;
}
if(INT_PROC & LOCK_DETECT_DUTY){
reload_sleep_count_down();
detect_key_time_start = 1;
INT_PROC &= ~LOCK_DETECT_DUTY;
continue;
}
if(INT_PROC & SLEEP_DUTY)
{
speak_mode = mute;
speak_beep_disable();
led_mode_set = led_display_off;
led_display_stop();
status_in_sleep = 0;
EX1 = ENABLE;
INT_PROC &= ~SLEEP_DUTY;
PCON = 0x02;
continue;
}
if(INT_PROC & LOCK_DUTY)
{
cancle_sleep_count_down();
cancle_open_count_down();
cancel_open_ack_count_down();
cancel_open_ack_lock_count_down();
reload_lock_count_down();
reload_lock_beep_count_down();
k_power_enable();
lock_off_detect_signal = 0;
cnt_off_time_plus = 0;
led_mode_set = lock;
led_mode_changed();
INT_PROC &= ~LOCK_DUTY;
continue;
}
if(INT_PROC & LOCK_FAIL_DUTY)
{
cancle_open_count_down();
cancle_lock_count_down();
led_flicker.cycle_enable = OFF;
led_power_disable();
status = on;
uart_id = lock_fail;
reload_uart_wakeup_count_down();
EX1 = ENABLE;
INT_PROC &= ~LOCK_FAIL_DUTY;
continue;
}
}
}
