static PyObject *
py_ds1302_set_time(PyObject *self, PyObject *args) {
const unsigned char hour, min, sec;
if (!PyArg_ParseTuple(args, "bbb", &hour, &min, &sec))
return NULL;
time_set(RTC_HOUR, to_bcd(hour));
time_set(RTC_MIN, to_bcd(min));
time_set(RTC_SEC, to_bcd(sec));
Py_RETURN_NONE;
}
void on_lcd_update_lap(Watch *w){
if(w->mode == START_STOP){
return;
}else{
Time lap,split;
time_set(&lap,w->lap);
time_set(&split,w->split);
format(w->line1," LAP",&lap);
format(w->line2,"SPLIT",&split);
}
}
static PyObject *
py_ds1302_set_date(PyObject *self, PyObject *args) {
const unsigned char date, month;
const unsigned int year;
if (!PyArg_ParseTuple(args, "ibb", &year, &month, &date))
return NULL;
time_set(RTC_DATE, to_bcd(date));
time_set(RTC_MONTH, to_bcd(month));
time_set(RTC_YEAR, to_bcd((unsigned char)(year - 2000)));
Py_RETURN_NONE;
}
void on_lcd_update_run(Watch *w){
if(w->mode == START_STOP){
Time now;
Time start;
time_set(&now,w->time);
time_set(&start,w->start);
format(w->line1,"START",&start);
format(w->line2," STOP",&now);
}else{
Time split;
time_set(&split,w->split+w->time);
format(w->line1," LAP",&split);
format(w->line2,"SPLIT",&split);
}
}
void on_lcd_update_idle(Watch *w){
Time now;
time_set(&now,w->time);
format(w->line1," LAP",&now);
format(w->line2,"SPLIT",&now);
}
//定时器处理函数
void time_handler(int sig, siginfo_t *si, void *uc)
{
if(si->si_value.sival_ptr == &timerid){
printf("timer handler is running\n");
time_set(timerid, 0, 0);
}
}
//数据的获取与保存
//dir:方向 0--获取时间; 1--设置时间
void time_change_data( STATUS_RW_FLASH_TypeDef rw, TIME_DATA_TypeDef *pTime )
{
tTime t;
uint16_t temp;
if(READ_FLASH == rw)
{
time_cycle();
t = get_time(); //获取时间
numtochar(2,t.usYear % 100,pTime[0].buff); //获取年
numtochar(2,t.ucMon,pTime[2].buff); //获取月
numtochar(2,t.ucMday,pTime[4].buff); //获取日
numtochar(2,t.ucHour,pTime[1].buff); //获取时
numtochar(2,t.ucMin,pTime[3].buff); //获取分
numtochar(2,t.ucSec,pTime[5].buff); //获取秒
}
else
{
temp = ustrtoul(pTime[0].buff,0,10); //设置年
temp += 2000;
t.usYear = temp;
t.ucMon = ustrtoul(pTime[2].buff,0,10); //设置月
t.ucMday = ustrtoul(pTime[4].buff,0,10); //设置日
t.ucHour = ustrtoul(pTime[1].buff,0,10); //设置时
t.ucMin = ustrtoul(pTime[3].buff,0,10); //设置分
t.ucSec = ustrtoul(pTime[5].buff,0,10); //设置秒
time_set(t);
}
}
static void one_iter ()
{
SDL_Event event;
int flag;
flag = SDL_PollEvent (&event);
if (0 < flag) {
switch (event.type) {
case SDL_QUIT:
exit (0);
break;
case SDL_KEYDOWN:
keyevent (&(event.key));
break;
case SDL_VIDEORESIZE:
window_width = event.resize.w;
window_height = event.resize.h;
surface = SDL_SetVideoMode
(window_width, window_height, 0,
SDL_OPENGL | SDL_RESIZABLE);
break;
default:
break;
}
} else {
time_set();
key_input ();
timer_flame ();
opengl_expose ();
SDL_GL_SwapBuffers ();
}
}
void menu_timer(void) {
long data32;
switch (CMD_buffer[3]) {
case 's': //set V2X time
time_set(menu_sample_number(CMD_buffer+4));
usb_tx_string_PV(PSTR("Time has been set\r"));
break;
case 'g': //get V2X time
usb_tx_string_P(PSTR("UET: "));
menu_print_int(time_get());
usb_tx_string_P(PSTR("\rTime: "));
time_print_human_readable();
menu_send_n();
break;
case 'a': //absolute alarm
time_alarm_set(menu_sample_number(CMD_buffer+4));
usb_tx_string_PV(PSTR("Alarm has been set"));
break;
case 'r': //relative alarm
time_alarm_set_relative(menu_sample_number(CMD_buffer+4));
usb_tx_string_PV(PSTR("Alarm has been set"));
break;
case 'z': //set time zone
time_zone_set(menu_sample_number(CMD_buffer+4));
usb_tx_string_P(PSTR("TZN="));
menu_print_int(time_zone_get());
break;
case 'd': //set time zone
usb_tx_string_P(PSTR("DST="));
if (menu_sample_number(CMD_buffer+4)) {
time_dst_set(1);
menu_send_1();
} else {
time_dst_set(0);
menu_send_0();
}
break;
case 'i': //timer system information
usb_tx_string_P(PSTR("The timer module uses Unix Epoch timestamps (UET) \rH24: clock has been set/sync within 24hrs\rALM: alarm is set for the future\r"));
break;
case 'q': //timer inquery
menu_timer_status();
break;
case 'u':
//usb_tx_string_P(PSTR("GPS update\r"));
GSM_time_job();
break;
case '?': //Menu options
default:
usb_tx_string_P(PSTR("*** Timer Menu ***\rSn: Set V2X time (UET)\rDn: Daylight Savings Time\rG: Get V2X time\rAn: Set absolute alarm (UET) \rRn: Set relative alarm (Seconds)\rI: timer information\rQ: Timer inquery\rU: Update using gps\rZn: Set timezone\r"));
break;
}
}
void rtc_reset() {
time_set(RTC_SEC, 0x0);
time_set(RTC_MIN, 0x0);
time_set(RTC_HOUR, 0x0);
time_set(RTC_DATE, 0x01);
time_set(RTC_MONTH, 0x01);
time_set(RTC_YEAR, 0x1);
}
void main()
{
ANSEL = 0x00;
TRISA = 0xFF;
TRISB = 0b00000100;
// Structure that holds human readable time information;
struct tm tinfo;
// Local time to get
time_t now;
// Store last time we sent the information
uint32_t last = 0;
// Set time manually to 13:55:30 Jan 1st 2014
tinfo.tm_year = 14;
tinfo.tm_mon = 1;
tinfo.tm_mday = 1;
tinfo.tm_hour = 13;
tinfo.tm_min = 55;
tinfo.tm_sec = 30;
// Tick Initialization
tick_init();
// Convert time structure to timestamp
initialt = time_make(&tinfo);
// Set system time counter
time_set(initialt);
// Set the function to get accurate time
time_set_provider(&time_provider, TIME_SECS_PER_DAY);
printf("TimeLib Test Program\r\n");
E_
for (;;) {
// Display the time every second
if (tick_get() - last > TICK_SECOND) {
last = tick_get();
// Send to serial port
printf("Time: %02d:%02d:%02d Date: %02d/%02d/%02d\r\n", hour(), minute(), second(), day(), month(), year());
}
}
}
static void ap_time_tdt_found(u32 para1, u32 para2)
{
time_set_t t_set;
utc_time_t time;
sys_status_get_time(&t_set);
if(t_set.gmt_usage)//gmt useage is on
{
//time.value = ((utc_time_t *)¶1)->value;
memcpy(&time, ((utc_time_t *)para1), sizeof(utc_time_t));
time.reserved = 1;
is_tdt_found = TRUE;
//printf_time(&time, "##@@tdt found");
time_set(&time);
}
}
//定时器初始化
void time_init() {
struct sigevent sev;
long long freq_nanosecs;
sigset_t mask;
struct sigaction sa;
DEBUG("Establishing handler for signal %d\n", SIG);
sa.sa_flags = SA_SIGINFO;
sa.sa_sigaction = time_handler;
sigemptyset(&sa.sa_mask);
sigaction(SIG, &sa, NULL);
sev.sigev_notify = SIGEV_SIGNAL;
sev.sigev_signo = SIG;
sev.sigev_value.sival_ptr = &timerid;
timer_create(CLOCKID, &sev, &timerid);
time_set(timerid, TIMER_INTERVAL, 0);
}
static int test_get_set(struct harness_t *harness)
{
struct time_t time1;
struct time_t time2;
/* Start by getting the current time. */
BTASSERT(time_get(&time1) == 0);
std_printf(FSTR("time1: seconds = %lu, nanoseconds = %lu\r\n"),
time1.seconds, time1.nanoseconds);
/* Wait a while and verify that the time has changed. */
thrd_sleep_us(100000);
BTASSERT(time_get(&time2) == 0);
std_printf(FSTR("time2: seconds = %lu, nanoseconds = %lu\r\n"),
time2.seconds, time2.nanoseconds);
BTASSERT((time2.seconds > time1.seconds)
|| (time2.nanoseconds > time1.nanoseconds));
/* Set the time to a high value. */
time1.seconds = 100;
time1.nanoseconds = 350000000;
BTASSERT(time_set(&time1) == 0);
/* Get the new time. */
BTASSERT(time_get(&time1) == 0);
std_printf(FSTR("time1: seconds = %lu, nanoseconds = %lu\r\n"),
time1.seconds, time1.nanoseconds);
/* Wait a while and verify that the time has changed. */
thrd_sleep_us(100000);
BTASSERT(time_get(&time2) == 0);
std_printf(FSTR("time2: seconds = %lu, nanoseconds = %lu\r\n"),
time2.seconds, time2.nanoseconds);
BTASSERT((time2.seconds > time1.seconds)
|| (time2.nanoseconds > time1.nanoseconds));
return (0);
}
uint8_t user1_irq(void)
{
struct nmea_data_t result;
char buf[BUFLEN];
uint8_t i;
nmea_buf[nmea_buf_len] = '\0';
for (i = 0; i < sizeof(buf); i++)
buf[i] = nmea_buf[i];
result = parse_nmea(buf);
nmea_buf_len = 0;
switch (result.tag) {
case NMEA_TIMESTAMP:
if (result.timestamp > last_time_sync + TIME_SYNC_INTERVAL) {
time_set(result.timestamp);
last_time_sync = result.timestamp;
send_time_can(TYPE_value_explicit);
}
break;
case NMEA_COORDS:
coords_read_time = now;
cur_lat = result.cur_lat;
cur_lon = result.cur_lon;
break;
case NMEA_NUM_SATS:
num_sats_read_time = now;
num_sats = result.num_sats;
break;
default:
break;
}
return 0;
}
void ram() {
for(int x = 63; x >= 0; x--) {
lcdFill(0);
DoString(x, 0, "Setting Highscore");
lcdDisplay();
}
highscore_set(23542, "Pentagon V1LLAG3");
delayms_queue(500);
for(int x = 63; x >= 0; x--) {
lcdFill(0);
DoString(x, 0, "Setting ...");
lcdDisplay();
}
foo_set("PwnedPwnedPwnedPwnedPwnedPwned ");
bar_set("http://chaosbay.camp.ccc.de/ ");
delayms_queue(500);
time_set(1313803870);
}
static RET_CODE on_conditional_accept_worktime_timedit_unselect(control_t *p_ctrl, u16 msg, u32 para1, u32 para2)
{
#if 0
control_t *p_cont, *p_date, *p_time;
utc_time_t loc_time = {0};
utc_time_t gmt_time = {0};
p_cont = ctrl_get_parent(ctrl_get_parent(p_ctrl));
p_date = ctrl_get_child_by_id(p_cont, IDC_DATE);
p_time = ctrl_get_child_by_id(p_cont, IDC_TIME);
ui_comm_timedit_get_time(p_date, &loc_time);
ui_comm_timedit_get_time(p_time, &loc_time);
time_to_gmt(&loc_time, &gmt_time);
time_set(&gmt_time);
#endif
return ERR_NOFEATURE;
}
/***********************************************************
*****
***** 主函数
*****
***********************************************************/
void main( void )
{
timer0_init();
time_set(5, 0); //设置5小时倒计时
while(1)
{
time_display(); //显示时间
if(countTime <= 10)
{
dpFlag = 0;
}
else
if(countTime <= 20)
{
dpFlag = 1;
}
else
{
countTime = 0;
time_judge();
}
}
}
/// Handler for button 2, "+"
void button2_handler(uint8_t on) {
if (on) {
switch (set_state) {
case SET_NONE:
switch (mode_get()) {
case MMSS:
time_set(-1,-1,0);
fadeto(time_get_mmss());
break;
case HHMM:
set_state = SET_HOUR;
blinkmode_set(BLINK_HH);
fade_set(FADE_OFF);
dotmode_set(DOT_ON);
fadeto(time_get_hhmm());
break;
default:
break;
}
break;
case SET_HOUR:
set_state = SET_MINUTE;
blinkmode_set(BLINK_MM);
break;
case SET_MINUTE:
default:
set_state = SET_NONE;
blinkmode_set(BLINK_NONE);
fade_set(FADE_SLOW);
dotmode_set(DOT_BLINK);
break;
}
} else {
cli(); blinkhandler = NULL; sei();
}
}
static void saveTimeDate()
{
time_set(&timeDataSet);
}
static void msg( void *plcdmsg )
{
LCD_MSG * plcd_msg = (LCD_MSG* )plcdmsg;
char ch,buf[100];
uint32_t i;
void *pmsg;
if( plcd_msg->id == LCD_MSG_ID_GPS )
{
if( ( gps_fixed_sec == 0 ) && ( plcd_msg->info.gps_rmc.gps_av == 'A' ) )
{
gps_fixed_sec = rt_tick_get( ) * 10 / 1000;
test_flag|=TEST_BIT_GPS;
sprintf( buf, "%02d:%02d", gps_fixed_sec / 60, gps_fixed_sec % 60 );
lcd_asc0608( 0, 8, buf, LCD_MODE_SET );
i=sprintf(buf,"AT%%TTS=2,3,5,\"475053D2D1B6A8CEBB\"\r\n",ch+0x30);
buf[i]=0;
pmsg=rt_malloc(i+1);
if(pmsg!=RT_NULL)
{
memcpy(pmsg,buf,i+1);
rt_mb_send(&mb_tts,(rt_uint32_t)pmsg);
}
}
year=plcd_msg->info.gps_rmc.year;
month=plcd_msg->info.gps_rmc.month;
day= plcd_msg->info.gps_rmc.day;
hour= plcd_msg->info.gps_rmc.hour;
minute= plcd_msg->info.gps_rmc.minitue;
sec= plcd_msg->info.gps_rmc.sec;
time_set(hour,minute,sec);
date_set(year,month,day);
sprintf( buf, "%c%02d-%02d %02d:%02d:%02d",
plcd_msg->info.gps_rmc.gps_av,month,day,hour,minute,sec );
lcd_asc0608( 122 - 6 * 15, 8, buf, LCD_MODE_SET );
}
if( plcd_msg->id == LCD_MSG_ID_GSM )
{
if( plcd_msg->info.payload[0] == 1 ) /*通话*/
{
rt_kprintf( "\r\nIncoming Call" );
pscr = &scr_2_call;
pscr->show( &scr_1_idle );
}
}
if(plcd_msg->id == LCD_MSG_ID_GPRS)
{
gprs_ok_past_sec=rt_tick_get()/100;
test_flag|=TEST_BIT_GPRS;
}
if(plcd_msg->id == LCD_MSG_ID_MEMS)
{
mems_status=plcd_msg->info.payload[0];
}
if(plcd_msg->id == LCD_MSG_ID_CAM)
{
ch=plcd_msg->info.payload[0];
switch(ch)
{
case 1: test_flag|=TEST_BIT_CAM1; break;
case 2: test_flag|=TEST_BIT_CAM2; break;
case 3: test_flag|=TEST_BIT_CAM3; break;
case 4: test_flag|=TEST_BIT_CAM4; break;
}
if(plcd_msg->info.payload[1]==SUCCESS)
{
i=sprintf(buf,"AT%%TTS=2,3,5,\"C5C4D5D5%02xD5FDB3A3\"\r\n",ch+0x30);
cam_ch[ch-1]=0x30+ch;
lcd_asc0608( 122 - 6*8-4, 24, cam_ch, LCD_MODE_SET );
}
else
{
i=sprintf(buf,"AT%%TTS=2,3,5,\"C5C4D5D5%02xD2ECB3A3\"\r\n",ch+0x30);
}
buf[i]=0;
pmsg=rt_malloc(i+1);
if(pmsg!=RT_NULL)
{
memcpy(pmsg,buf,i+1);
rt_mb_send(&mb_tts,(rt_uint32_t)pmsg);
}
}
if(plcd_msg->id == LCD_MSG_ID_ICCARD)
{
iccard_beep_timeout=10;
card_status=plcd_msg->info.payload[0];
if(card_status==IC_PLUG_OUT)
{
i=sprintf(buf,"AT%%TTS=2,3,5,\"4943BFA8B0CEB3F6\"\r\n\0");/*IC卡拔出*/
pmsg=rt_malloc(i);
if(pmsg!=RT_NULL)
{
memcpy(pmsg,buf,i);
rt_mb_send(&mb_tts,(rt_uint32_t)pmsg);
}
}
if(card_status==IC_READ_OK)
{
i=sprintf(buf,"AT%%TTS=2,3,5,\"4943BFA8D5FDB3A3\"\r\n\0"); /*IC卡正常*/
pmsg=rt_malloc(i);
if(pmsg!=RT_NULL)
{
memcpy(pmsg,buf,i);
rt_mb_send(&mb_tts,(rt_uint32_t)pmsg);
}
}
if(card_status==IC_READ_ERR)
{
i=sprintf(buf,"AT%%TTS=2,3,5,\"4943BFA8B4EDCEF3\"\r\n\0"); /*IC卡错误*/
pmsg=rt_malloc(i);
if(pmsg!=RT_NULL)
{
memcpy(pmsg,buf,i);
rt_mb_send(&mb_tts,(rt_uint32_t)pmsg);
}
}
test_flag|=TEST_BIT_ICCARD;
}
if(plcd_msg->id == LCD_MSG_ID_RTC)
{
memset(buf,0,32);
if(plcd_msg->info.payload[0]==SUCCESS)
{
i=sprintf(buf,"AT%%TTS=2,3,5,\"525443D5FDB3A3\"\r\n",ch+0x30);
test_flag|=TEST_BIT_RTC;
rtc_ok=1;
}
else
{
i=sprintf(buf,"AT%%TTS=2,3,5,\"525443D2ECB3A3\"\r\n",ch+0x30);
}
rt_kprintf("\r\nRTC len=%d\r\n",i);
buf[i]=0;
pmsg=rt_malloc(i+1);
if(pmsg!=RT_NULL)
{
memcpy(pmsg,buf,i+1);
rt_mb_send(&mb_tts,(rt_uint32_t)pmsg);
}
}
if(plcd_msg->id == LCD_MSG_ID_CSQ)
{
gsm_csq=plcd_msg->info.payload[0];
rt_kprintf("\r\ncsq=%d",gsm_csq);
}
if(test_flag==TEST_BIT_ALL)
{
i=sprintf(buf,"AT%%TTS=2,3,5,\"B2E2CAD4CDEAB3C9\"\r\n");
buf[i]=0;
pmsg=rt_malloc(i+1);
if(pmsg!=RT_NULL)
{
memcpy(pmsg,buf,i+1);
rt_mb_send(&mb_tts,(rt_uint32_t)pmsg);
}
}
showinfo();
}