/**
* @brief 可充电电池监测
*/
static void BatteryMonitor(void)
{
#define VOL_CHARGE 4800
#define VOL_UNCHARGE 5700
#define VOL_BATLOW 3000
#define VOL_BATBAD 5810
#define BATCAP_CHK ((VOL_UNCHARGE-VOL_CHARGE)/8)
int batv = ReadBatVol();
if(batv < VOL_BATLOW) { // 没插电池
BatCapacityStatus = 0;
//GpioSetValue(GPIO_BAT_CHARGE, 0); //停止充电
if(0 == RunState.batbad) {
PrintLog(LOGTYPE_ALARM, "battery disconnected!\n");
RunStateModify()->batbad = 1;
}
/*if(RunState.batcharge) {
PrintLog(LOGTYPE_ALARM, "battery stop charge\n");
RunStateModify()->batcharge = 0;
}*/
return;
}
else if(RunState.batbad) {
PrintLog(LOGTYPE_ALARM, "battery connected!\n");
RunStateModify()->batbad = 0;
}
if(batv < VOL_UNCHARGE) {
GpioSetValue(GPIO_BAT_CHARGE, 1); //充电
if(0 == RunState.batcharge) {
PrintLog(LOGTYPE_ALARM, "battery start charge\n");
RunStateModify()->batcharge = 1;
}
}
else {
GpioSetValue(GPIO_BAT_CHARGE, 0); //停止充电
if(RunState.batcharge) {
PrintLog(LOGTYPE_ALARM, "battery stop charge\n");
RunStateModify()->batcharge = 0;
}
}
if(batv <= (VOL_CHARGE+BATCAP_CHK)) BatCapacityStatus = 0;
else if(batv >= (VOL_UNCHARGE-BATCAP_CHK)) BatCapacityStatus = 3;
else if(batv < ((VOL_UNCHARGE+VOL_CHARGE)/2)) BatCapacityStatus = 1;
else BatCapacityStatus = 2;
}
/**
* @brief 保存事件
* @param idx 事件分类索引(重要事件,一般事件)
* @param pbuf 储存事件缓存区指针
*/
static void SaveAlarm(unsigned char idx, const alarm_t *pbuf)
{
alarm_t *pbase;
char filename[32];
unsigned char idxbase;
runstate_t *pstat = RunStateModify();
AssertLogReturnVoid(idx>=2, "invalid idx(%d)\n", idx);
if(0 == idx) pbase = AlarmBufferImportant;
else pbase = AlarmBufferNormal;
LockSysLock(LockIdAlarm);
if(RunState.alarm.cur[idx] == RunState.alarm.head[idx]) //empty
pstat->alarm.cur[idx] = pstat->alarm.head[idx] = 0;
//pbase[RunState.alarm.cur[idx]] = *pbuf;
memcpy(pbase+RunState.alarm.cur[idx], pbuf, sizeof(alarm_t));
AlarmFileName(idx, RunState.alarm.cur[idx], filename);
idxbase = RunState.alarm.cur[idx] & ALARM_BASEMASK;
SaveBinFile(filename, ALARM_MAGIC, (unsigned char *)&pbase[idxbase], sizeof(alarm_t)*ALMNUM_PERFILE);
pstat->alarm.cur[idx]++;
if(RunState.alarm.cur[idx] == RunState.alarm.head[idx]) pstat->alarm.head[idx]++;
UnlockSysLock(LockIdAlarm);
}
static void CommFlowsMonitor(alarm_t *pbuf)
{
if(ParaMixSave.mix.upflow_max && !RunState.commflow) {
if(MdbStic.term_mon.comm_bytes > ParaMixSave.mix.upflow_max) {
PrintLog(LOGTYPE_ALARM, "Month Communication flows over limit!!\n");
RunStateModify()->commflow = 1;
memset((unsigned char *)pbuf, 0, sizeof(alarm_t));
pbuf->erc = 32;
pbuf->len = 8;
DEPART_LONG(MdbStic.term_mon.comm_bytes, pbuf->data);
DEPART_LONG(ParaMixSave.mix.upflow_max, &pbuf->data[4]);
MakeAlarm(ALMFLAG_ABNOR, pbuf);
}
}
}
/**
* @brief 时钟电池监测
* @param pbuf 告警缓存区指针
*/
static void ClockBatMonitor(alarm_t *pbuf)
{
int stat = GpioGetValue(GPIO_BATLOW);
if(0 == stat && 0 == RunState.battery) { //bat low
PrintLog(LOGTYPE_ALARM, "clock battery voltage too low!!\n");
RunStateModify()->battery = 1;
memset((unsigned char *)pbuf, 0, sizeof(alarm_t));
pbuf->erc = 13;
pbuf->len = 3;
pbuf->data[0] = 0;
pbuf->data[1] = 0x80;
pbuf->data[2] = 0x10;
MakeAlarm(ALMFLAG_ABNOR, pbuf);
}
}
/**
* @brief 遥信状态监测
* @param pbuf 告警缓存区指针
*/
static void SignalMonitor(alarm_t *pbuf)
{
unsigned char stat = SiginReadState();
unsigned char mask, i, chg;
runstate_t *prun = RunStateModify();
chg = 0;
for(i=0,mask=1; i<SIGIN_NUM; i++,mask<<=1) {
if(ParaHardw.isig.flagattr&mask) { //a型触点
if(stat&mask) stat &= ~mask;
else stat |= mask;
}
}
#if 0
stat |= (data[0]&0x04)<<4; //端子盖开关
stat |= (data[0]&0x02)<<4; //中盖开关
#endif
for(i=0,mask=1; i<SIGIN_NUM; i++,mask<<=1) {
if(0 == (ParaHardw.isig.flagin&mask)) continue;
if((stat&mask) != (RunState.isig_stat&mask)) {
chg |= mask;
prun->isig_chg |= mask;
}
}
prun->isig_stat &= ~SIGIN_MASK;
prun->isig_stat |= (stat&SIGIN_MASK);
if(chg) {
memset((unsigned char *)pbuf, 0, sizeof(alarm_t));
pbuf->erc = 4;
pbuf->len = 2;
pbuf->data[0] = chg;
pbuf->data[1] = RunState.isig_stat;
MakeAlarm(ALMFLAG_ABNOR, pbuf);
}
}
/**
* @brief 市电状态监测
* @param pbuf 告警缓存区指针
*/
static void PowerMonitor(alarm_t *pbuf)
{
int stat = GpioGetValue(GPIO_POWER_STATUS);
#if 1
if(stat) { //power off
if(0 == RunState.pwroff) {
runstate_t *prun = RunStateModify();
sysclock_t clock;
PrintLog(LOGTYPE_ALARM, "power off!!\n");
Sleep(200);
prun->pwroff = 1;
memset((unsigned char *)pbuf, 0, sizeof(alarm_t));
pbuf->erc = 14;
pbuf->len = 5;
//记录停电时间
SysClockReadCurrent(&clock);
prun->timepoweroff[0] = pbuf->min = clock.minute;
prun->timepoweroff[1] = pbuf->hour = clock.hour;
prun->timepoweroff[2] = pbuf->day = clock.day;
prun->timepoweroff[3] = pbuf->mon = clock.month;
prun->timepoweroff[4] = pbuf->year = clock.year;
HexToBcd(&pbuf->min, 5);
MakeAlarm(ALMFLAG_ABNOR, pbuf);
if(TimerIdPowerOff >= 0) {
SysStopCTimer(TimerIdPowerOff);
TimerIdPowerOff = -1;
}
TimerIdPowerOff = SysAddCTimer(180, CTimerPowerOff, 0);
}
else {
if(TimerIdPowerOff < 0)
TimerIdPowerOff = SysAddCTimer(180, CTimerPowerOff, 0);
}
}
else { //power on
if(RunState.pwroff) {
sysclock_t clock;
RunStateModify()->pwroff = 0;
if(TimerIdPowerOff >= 0) {
SysStopCTimer(TimerIdPowerOff);
TimerIdPowerOff = -1;
}
memset((unsigned char *)pbuf, 0, sizeof(alarm_t));
pbuf->erc = 14;
pbuf->len = 5;
//记录上次停电时间
pbuf->min = RunState.timepoweroff[0];
pbuf->hour = RunState.timepoweroff[1];
pbuf->day = RunState.timepoweroff[2];
pbuf->mon = RunState.timepoweroff[3];
pbuf->year = RunState.timepoweroff[4];
HexToBcd(&pbuf->min, 5);
SysClockReadCurrent(&clock);
pbuf->data[0] = clock.minute;
pbuf->data[1] = clock.hour;
pbuf->data[2] = clock.day;
pbuf->data[3] = clock.month;
pbuf->data[4] = clock.year;
HexToBcd(pbuf->data, 5);
MakeAlarm(ALMFLAG_NORMAL, pbuf);
}
}
#else
runstate_t *prun = RunStateModify();
prun->pwroff = 0;
#endif
}
