RTL271_1/app/main.c

/*
main.c
authod: wjl
应用程序主要使用pt来完成
*/
#include "includes.h"
//pt任务部分声明
pt_timer_t pt_timerPool;
struct pt pt_NetWorkTask;
struct pt pt_QueueComReadTask;
struct pt pt_QueueRecordReadTask;
struct pt pt_DomainTask;
struct pt pt_TTSTask;
struct pt pt_PlayerTask;
struct pt pt_RecorderTask;
struct pt pt_AuthLoginTask;
struct pt pt_LocationTask;
struct pt pt_McuIapTask;
struct pt pt_LbsMotionTask;
struct pt pt_HookTask;
struct pt pt_NearTask;
struct pt pt_VoiceUploadTask;
struct pt pt_HearTickTask;
#ifdef ENABLE_ANT_MODE
struct pt pt_McuAckTask;
#endif
#if defined ENABLE_TICKET
struct pt pt_TicketTask;
#endif
/*读取模块相关信息*/
void modemInfoRead(void){
	snprintf(app.opVersion,sizeof(app.opVersion),"%s",LSAPI_SYS_getOPVERSION());
	wlog_info("OpVersion:%s",app.opVersion);
	snprintf(app.fmVersion,sizeof(app.fmVersion),"%s",LSAPI_SYS_getFMVERSION());
	wlog_info("FmVersion:%s",app.fmVersion);
}
/*
ptTickRun
pt 需要的时间池用于pt任务调试
*/
void ptTickRun(void){
	PTTimerTick(&pt_timerPool); //pt需要的系统时钟,最好是准确的
}

//初始化数据及外设接口
static void InitStart(void){
	if(0!=msgQueueSet()){//初始化消息队列
		wlog_error("msgQueueSet err");
	}
	app_init();//应用数据测试,需要比para_inits先调用
	para_inits();//系统参数测试,需要在app_init后调用
	recordsInit();//初始化记录文件区
	authLoginInit();
	onWorkChecking(TRUE);
	onWorkTimerInit();
	userTimerInit();
	bspInit();//外设部分初始化
#ifdef ENABLE_ANT_MODE
	wlog_info("%s VER:%s MODULE:%s TEST:%d CUST:%d ant mode start...", APP_NAME, APP_VERSION, APP_MODULE_TYPE, APP_TEST, APP_CUSTOMER);
#else
	wlog_info("%s VER:%s MODULE:%s TEST:%d CUST:%d start...", APP_NAME, APP_VERSION, APP_MODULE_TYPE, APP_TEST, APP_CUSTOMER);
#endif
	//先发消息，MCU先把电源锁住
	setInitMcu();
	//配置收到手机短信主动上报内容
	innerInfo("AT+CNMI=0,2,0,0,0\r\n",19);
	//再振动
	vibraNow();
	//检测是否有未播放文件
	if(TRUE==vFileGetUnplaySet()) vibratWorkNow(TRUE);
}

#ifdef ENABLE_ANT_MODE
PT_THREAD (ptMcuAckTask(pt_timer_t *ptPool, struct pt *pt)){
	static pt_timer_t ptTimer;
	//定时发设置MCU指令给MCU
	PT_BEGIN(pt);
	while(1){
		setInitMcu();
		PTTimerStart(ptPool, &ptTimer,500);//need set to 1 seconds
		PT_WAIT_UNTIL(pt, PTTimerIsExpired(&ptTimer));
	}
	PT_END(pt);
}
#endif
/*
taskRun
应用程序主要任务入口
*/
static void taskRun(void){
	//深度休眠投票:每个PT如果空闲了，则向属于自己的票据投上
	//当票箱满员后，当前任务开启一个下次唤醒的定时器，并交出系统资源调度
#ifndef ENABLE_ANT_MODE  //天线调试模式
	if(app.tgMode==FALSE){
		//ptDomainTask-->domain.c 负责域名解析任务，应用将需要解析的要求推入域名列队，域名任务会自动消耗
		ptDomainTask(&pt_timerPool, &pt_DomainTask);//has better run first
		//ptNetWorkTask-->netWork.c 负责网络任务，包括注册，拨号，设备硬件参数等
		ptNetWorkTask(&pt_timerPool, &pt_NetWorkTask);
		//ptQueueRecordReadTask-->plyRec.c 语音消息队列读取任务
		ptQueueRecordReadTask(&pt_timerPool, &pt_QueueRecordReadTask);
		//ptTTSTask-->tts.c TTS播报任务
		ptTTSTask(&pt_timerPool, &pt_TTSTask);
		//ptPlayerTask-->plyRec.c 对讲语音播放逻辑控制任务
		ptPlayerTask(&pt_timerPool, &pt_PlayerTask);
		//ptRecorderTask-->plyRec.c 对讲语音录制逻辑控制任务
		ptRecorderTask(&pt_timerPool, &pt_RecorderTask);
		//ptAuthLoginTask-->authlogin.c 系统开机后登陆IOT服务器
		ptAuthLoginTask(&pt_timerPool, &pt_AuthLoginTask);
		//ptLocationTask-->location.c 负责处理GPS跟LSB业务
		ptLocationTask(&pt_timerPool, &pt_LocationTask);
		//ptMcuIapTask-->mcuIap.c  负责处理更新IAP的业务
		ptMcuIapTask(&pt_timerPool, &pt_McuIapTask);
		//ptLbsMotionTask-->location.c 负责LSB处理业务
		ptLbsMotionTask(&pt_timerPool, &pt_LbsMotionTask);
		//ptHookTask-->hook.c 钩子任务
		ptHookTask(&pt_timerPool, &pt_HookTask);
		//ptNearTask-->location.c 负责附近信息业务的收集
		ptNearTask(&pt_timerPool, &pt_NearTask);
		//ptVoiceUploadTask-->plyRec.c  录制语音上传服务器任务控制
		ptVoiceUploadTask(&pt_timerPool, &pt_VoiceUploadTask);
		//ptHearTickTask-->authlogin.c
//		ptHearTickTask(&pt_timerPool, &pt_HearTickTask);//请放在ptAuthLoginTask后面调用
	#if defined ENABLE_TICKET
		//ptTickTask-->ticket.c 深度睡眠任务
		ptTicketTask(&pt_timerPool, &pt_TicketTask);
	#endif
	}
#else
		ptMcuAckTask(&pt_timerPool, &pt_McuAckTask);
#endif
	if(FALSE==app.tmMode)
	//ptQueueComReadTask-->app.c 通用消息队列读取任务
	ptQueueComReadTask(&pt_timerPool, &pt_QueueComReadTask);
}

T_BOOL appQuit=FALSE;
#ifdef USE_DETECTED_THREAD
static unsigned int ptTickCnt=0;
#endif

/*定义一个定时器用于其它作用，比如按键SOS超时，定时器的话，在休眠时也能用*/
LSAPI_OSI_Timer_t *ptimer_user = NULL;
unsigned char userTimerFun=0;
void userTimerCb(void *param){
	switch(userTimerFun){
		case 1:
			app.ksos=1;
			wlog_info("keyPress Timeout, vibra");
			vibraNow();
			if(app.onWorkZone==0 && sut_para.sosUpoadEnable_N==0) wlog_warn("un_onworkzone,sos disable, quit upload");
			else warnSendNow(WARN_SOS);
			break;
	}
	userTimerFun=0;
    if(NULL != ptimer_user) LSAPI_OSI_TimerStop(ptimer_user);
}
static void userTimerEntry(void *param){
	ptimer_user = LSAPI_OSI_TimerCreate(LSAPI_OSI_ThreadCurrent(), userTimerCb, NULL);
	if(NULL==ptimer_user){
		wlog_error("ptimer_user timer error !!!!!");
		return;
	}
	wlog_info("ptimer_user entry start ok");
	LSAPI_OSI_Event_t event = {};
	for(;;){LSAPI_OSI_EventWait(LSAPI_OSI_ThreadCurrent(), &event);}
	LSAPI_OSI_ThreadExit();
}
void userTimerInit(void){
	if(NULL==LSAPI_OSI_ThreadCreate("userTimerEntry", userTimerEntry, NULL, LSAPI_OSI_PRIORITY_NORMAL, USER_TIMER_THREAD_STACK, 4)){
		wlog_error("userTimer Thread create failed!");
	}
}
void userTimerStart(T_UINT32 timeMs,unsigned char fun){
	if(NULL==ptimer_user){
		wlog_error("ptimer_user null, start failed");
		return;
	}
	wlog_info("userTimerStart:%d ms",timeMs);
	userTimerFun=fun;
	LSAPI_OSI_TimerStart(ptimer_user, timeMs);
}
void userTimerSTOP(void){
	wlog_info("userTimer stop");
	if(NULL != ptimer_user) LSAPI_OSI_TimerStop(ptimer_user);
}
//主线程根据系统时间产生pt心跳,系统可以休眠
static int64_t lasttimems;
/*pt心跳*/
void ptTimePro(void){
	int i;
	int64_t timems,j;
	timems=LSAPI_OSI_UpTime();
	j=timems-lasttimems;
	if(j>=10){
		for(i=0;i<j/10;i++) ptTickRun();
		lasttimems=timems-j%10;
	}else if(j<0) lasttimems=timems;//刷固件或其它情况，有可能LSAPI_OSI_UpTime返回的值有较大变化，会导致pt任务无法执行
}
void hpocRun(void){
	InitStart();
	wlog_info("start loop");
	modemInfoRead();
	lasttimems=LSAPI_OSI_UpTime();
	while(appQuit==FALSE){
	#ifdef USE_DETECTED_THREAD
		ptTickCnt++; 
	#endif
		taskRun();
		LSAPI_OSI_ThreadSleep(5);
		ptTimePro();
	}
}
///////////////////////////////////////////////
#define TIME_OFFSET_SECOND 32*CFW_TIME_ZONE_SECOND
int64_t getBaseSeconds(void){
	return (LSAPI_OSI_EpochSecond() + TIME_OFFSET_SECOND);
}
void getMyClock(MY_CLOCK *myclock){
	time_t lt = getBaseSeconds();
	struct tm ltm;
    gmtime_r(&lt, &ltm);

	myclock->year=ltm.tm_year + 1900;
	myclock->month=ltm.tm_mon+1;
	myclock->day=ltm.tm_mday;
	myclock->hour=ltm.tm_hour;//+USER_TIME_ZONE;
	myclock->min=ltm.tm_min;
	myclock->sec=ltm.tm_sec;
}

void setMyClock(MY_CLOCK myclock){
	struct tm ltm;
    memset(&ltm,0,sizeof(ltm));
    ltm.tm_year=myclock.year-1900;
    ltm.tm_mon=myclock.month-1;
    ltm.tm_mday=myclock.day;
    ltm.tm_hour=myclock.hour-USER_TIME_ZONE;
    ltm.tm_min=myclock.min;
    ltm.tm_sec=myclock.sec;
    LSAPI_OSI_SetEpochTime(1000*mktime(&ltm));
}

unsigned char *getBCDDateTime(void){
	static unsigned char bcdDate[6];
	MY_CLOCK myclock;
	getMyClock(&myclock);
	bcdDate[0]=decToBCD(myclock.year-2000);
	bcdDate[1]=decToBCD(myclock.month);
	bcdDate[2]=decToBCD(myclock.day);
	bcdDate[3]=decToBCD(myclock.hour);
	bcdDate[4]=decToBCD(myclock.min);
	bcdDate[5]=decToBCD(myclock.sec);
	return bcdDate;
}

#ifdef USE_DETECTED_THREAD
//用于检测pt滴答是否正常
void detector(void *param){
	char info[80];
    wlog_info("detector start");
    for(;;){
    	LSAPI_OSI_ThreadSleep(500);
    	snprintf(info, sizeof(info),"<tick>ptTickCnt:%d\r\n",ptTickCnt);
    	outterInfo(info, strlen(info));
    }
}
#endif