void Gsm_State()
{
GsmConfig(Con_InitState,Con_InitState,Con_InitState,MsgSend, MsgOk,Sec(2),Sec(10),TimerStart);
Gsm.TickCnt = 0;
Gsm.BuffCnt = 0;
Gsm.MsgLenght = 0;
Gsm.L_Tick = 0;
Gsm.Display = Done; //No change
Gsm.Tcp_State = TCP_STATE_INIT;
Gsm.ConnectionStatus = InitGsm;
Gsm.Event = EvtInit;
Gsm.Sms_Index = 0;
// strcpy(Gsm.Ip_ADD,"103.241.144.173");
// strcpy(Gsm.PortNo,"31000");
/* strcpy(Gsm.Ip_ADD,"www.google.com");
strcpy(Gsm.PortNo,"8080"); */
strcpy(Gsm.Ip_ADD,"54.251.99.26");
strcpy(Gsm.PortNo,"9501");
strcpy(Gsm.D_Id ,"60");
TCP_Delay.Function =FnEnter;
TCP_Delay.Delay =0;
CIPSTATUS_Delay.Function =FnEnter;
CIPSTATUS_Delay.Delay =0;
}
void Init_Sim900(void)
{
#ifdef DebugOn
GsmDisplayUpdate("Start ",1) ;
#endif
GsmDisableComm();
ReStart();
GsmConfig(Con_InitState,Con_ATE0,Con_ATE0,MsgSend, NORMAL_PDOWN,Sec(3),Sec(10),TimerStart);
Gsm.BuffCnt = 0; //rxbuff start location is 0
Gsm_Tick();
GsmEnableComm();
GsmStartReceive();
drv_sim900_send_cmd(4,"AT\r\n");//test
}
void VideoFieldContainerEditor::updateTimeInterface(void)
{
if(_AttachedVideo != NULL)
{
Real32 Time(_AttachedVideo->getPosition());
UInt32 Min(osgFloor(Time/60.0f)),
Sec(osgFloor(Time - Min*60.0f));
boost::format TimeFormatter("%d:%02d");
_PlaybackTimeLabel->setText(boost::str(TimeFormatter % Min % Sec ));
Time = _AttachedVideo->getDuration();
Min = osgFloor(Time/60.0f);
Sec = osgFloor(Time - Min*60.0f);
_TotalTimeLabel->setText(boost::str(TimeFormatter % Min % Sec ));
_LocationSlider->getRangeModel()->setRangeProperties(_AttachedVideo->getPosition()/_AttachedVideo->getDuration() * 1000.0f,
0, 0, 1000, true);
}
else
{
_TotalTimeLabel->setText("");
_PlaybackTimeLabel->setText("");
_LocationSlider->getRangeModel()->setValue(0);
}
}
String Apollo::TimeValue::toString()
{
time_t tSec = Sec();
struct tm tms = *(::localtime(&tSec));
String s;
s.appendf("%04d.%02d.%02d-%02d:%02d:%02d.%06d", tms.tm_year + 1900, tms.tm_mon + 1, tms.tm_mday, tms.tm_hour, tms.tm_min, tms.tm_sec, MicroSec());
return s;
}
void Standard_model_low_scale_constraint<Two_scale>::apply()
{
assert(model && "Error: Standard_model_low_scale_constraint::apply():"
" model pointer must not be zero");
qedqcd.runto(scale, 1.0e-5);
model->calculate_DRbar_masses();
const double alpha_em = qedqcd.displayAlpha(softsusy::ALPHA);
const double alpha_s = qedqcd.displayAlpha(softsusy::ALPHAS);
const double mz_pole = qedqcd.displayPoleMZ();
double delta_alpha_em = 0.;
double delta_alpha_s = 0.;
if (model->get_thresholds()) {
delta_alpha_em = model->calculate_delta_alpha_em(alpha_em);
delta_alpha_s = model->calculate_delta_alpha_s(alpha_s);
}
const double alpha_em_drbar = alpha_em / (1.0 - delta_alpha_em);
const double alpha_s_drbar = alpha_s / (1.0 - delta_alpha_s);
const double e_drbar = Sqrt(4.0 * Pi * alpha_em_drbar);
const double g1 = model->get_g1();
const double g2 = model->get_g2();
const double mZ = model->get_thresholds() ?
model->calculate_MVZ_DRbar(mz_pole) : mz_pole;
double theta_w = model->calculate_theta_w(qedqcd, alpha_em_drbar);
if (IsFinite(theta_w)) {
model->get_problems().unflag_non_perturbative_parameter(
"sin(theta_W)");
} else {
model->get_problems().flag_non_perturbative_parameter(
"sin(theta_W)", theta_w, get_scale(), 0);
theta_w = ArcSin(Electroweak_constants::sinThetaW);
}
model->set_v(Re((2*mZ)/Sqrt(0.6*Sqr(g1) + Sqr(g2))));
model->calculate_Yu_DRbar(qedqcd);
model->calculate_Yd_DRbar(qedqcd);
model->calculate_Ye_DRbar(qedqcd);
model->set_g1(1.2909944487358056*e_drbar*Sec(theta_w));
model->set_g2(e_drbar*Csc(theta_w));
model->set_g3(3.5449077018110318*Sqrt(alpha_s_drbar));
if (model->get_thresholds())
qedqcd.setPoleMW(model->recalculate_mw_pole(qedqcd.displayPoleMW()));
}
int main()
{
TimePoint<Sec> time_point_sec(Sec(4));
// implicit cast, no precision loss
TimePoint<Ms> time_point_ms(time_point_sec);
print_ms(time_point_ms); // 4000 ms
time_point_ms = TimePoint<Ms>(Ms(5756));
// explicit cast, need when precision loss may happens
// 5756 truncated to 5000
time_point_sec = std::chrono::time_point_cast<Sec>(time_point_ms);
print_ms(time_point_sec); // 5000 ms
}
String Apollo::TimeValue::toRFC2822()
{
// "Thu, 19 Nov 1981 08:52:00 GMT"
// "Thu, 19 Nov 1981 08:52:00 +0100
time_t tSec = Sec();
struct tm tms = *(::localtime(&tSec));
int nMaxSize = 1000;
Flexbuf<TCHAR> buf(nMaxSize);
_tcsftime((TCHAR*) buf, nMaxSize-1, _T("%a, %d %b %Y %H:%M:%S"), &tms);
String s = (TCHAR*) buf;
long gmtoff = 0;
if (_get_timezone(&gmtoff) == 0) {
gmtoff -= tms.tm_isdst ? 3600 : 0;
s.appendf(" %+03d%02d", -(gmtoff / (60 * 60)), (gmtoff % (60 * 60)));
}
return s;
}
void GsmInit()
{
switch (Gsm.Event)
{
case MsgOk:
GsmClearBufffer();
Gsm.State=Gsm.NextState;
Gsm.Event = EvtInit;
break;//MsgOk
case MsgError:
GsmClearBufffer();
Gsm.State=Gsm.OldState;
Gsm.Event = EvtInit;
break ;//Msgok
case NORMAL_PDOWN:
GsmClearBufffer();
Gsm.Event = EvtInit;
Gsm.TimeStatus = TimerStop;
break;//NORMAL_PDOWN
case TCP_SHUT_OK:
GsmClearBufffer();
Gsm.State =Gsm.NextState;
Gsm.Event = EvtInit;
break;//TCP_SHUT_OK
case EvtInit:
nop();
break;//EvtInit
}
switch (Gsm.State)
{
case Con_ATE0:
#ifdef DebugOn
GsmDisplayUpdate("ATE0 ",1) ;
#endif
drv_sim900_send_cmd(6,"ATE0\r\n");
GsmConfig(Con_Running,Con_CNMI,Con_ATE0,MsgSend, MsgOk,Sec(1),Gsm.MaxDelay,TimerStart);
break;
case Con_CNMI:
GsmDisplayUpdate("CNMI ",1) ;
drv_sim900_send_cmd(13,"AT+CNMI=2,1\r\n");
__delay_cycles(9999999);
drv_sim900_send_cmd(22,"AT+CSMP=17,167,0,241\r\n");
__delay_cycles(9999999);
drv_sim900_send_cmd(11,"AT+CMGF=1\r\n");
__delay_cycles(9999999);
drv_sim900_send_cmd(20,"AT+CMGDA=\"DEL ALL\"\r\n");
__delay_cycles(9999999);
drv_sim900_send_cmd(12,"AT+CIPSHUT\r\n");
GsmConfig(Con_Running,Con_Exit,Con_CIPSHUT,MsgSend, TCP_SHUT_OK,Sec(1),Gsm.MaxDelay,TimerStart);
// GsmConfig(Con_Running,Con_CSMP,Con_CNMI,MsgSend, MsgOk,Sec(1),Gsm.MaxDelay,TimerStart);
break;
case Con_CSMP:
#ifdef DebugOn
GsmDisplayUpdate("CSMP ",1) ;
#endif
drv_sim900_send_cmd(22,"AT+CSMP=17,167,0,241\r\n");
GsmConfig(Con_Running,Con_CMGF,Con_CSMP,MsgSend, MsgOk,Sec(1),Gsm.MaxDelay,TimerStart);
break;
case Con_CMGF:
#ifdef DebugOn
GsmDisplayUpdate(" CMGF ",1) ;
#endif
drv_sim900_send_cmd(11,"AT+CMGF=1\r\n");
GsmConfig(Con_Running,Con_CMGD,Con_CMGF,MsgSend, MsgOk,Sec(1),Gsm.MaxDelay,TimerStart);
break;
case Con_CMGD:
drv_sim900_send_cmd(20,"AT+CMGDA=\"DEL ALL\"\r\n");
GsmConfig(Con_Running,Con_CIPSHUT,Con_CMGD,MsgSend, MsgOk,Sec(1),Gsm.MaxDelay,TimerStart);
break;
case Con_CIPSHUT:
drv_sim900_send_cmd(12,"AT+CIPSHUT\r\n");
GsmConfig(Con_Running,Con_Exit,Con_CIPSHUT,MsgSend, TCP_SHUT_OK,Sec(1),Gsm.MaxDelay,TimerStart);
break;
case Con_Exit:
Gsm.ConnectionStatus = GsmConnected;
#ifdef DebugOn
GsmDisplayUpdate("Connected",1) ;
#endif
GsmConfig(CheckCSQ,CheckCSQ,Con_Exit,MsgSend, MsgOk,Sec(1),Gsm.MaxDelay,TimerInit);
break;
default:
Gsm.State=Gsm.State;
break;
case Con_Started:
break;//
case Con_Running:
nop();
break;//Con_Running
case Con_InitState:
//GsmConfig(Con_ATE0,Con_ATE0,Con_ATE0,MsgSend, MsgOk,Sec(1),Gsm.MaxDelay,TimerStart);
//GsmConfig(Con_InitState,Con_ATE0,Con_ATE0,MsgSend, MsgOk,Sec(5),Sec(10),TimerStart);
break;//Con_InitState
}/***Gsm State end***/
}
void GsmRun(void)
{
switch (Gsm.ConnectionStatus)
{
case InitGsm:
GsmInit();
break;//InitGsm
case GsmConnected:
// Tcp();
break;//GsmConnected
case GsmDisconnected:
break;//GsmDisconnected
case Gsm_CSQ_Low:
break;//Gsm_CSQ_Low
}
switch (Gsm.TimeStatus)
{
case TimerInit:
switch (Gsm.ConnectionStatus)
{
case InitGsm:
GsmConfig(Con_InitState,Con_ATE0,Con_ATE0,MsgSend, MsgOk,Sec(5),Sec(10),TimerStart);
break;//InitGsm
case GsmConnected:
GsmConfig(CheckCSQ,CheckCSQ,CheckCSQ,MsgSend, T_CsqReceived,Sec(1),Sec(10),TimerStart);
break;//GsmConnected
case GsmDisconnected:
nop();
break;//GsmDisconnected
case Gsm_CSQ_Low:
nop();
break;//Gsm_CSQ_Low
}
break;//TimerInit
case TimerRunning:
switch (Gsm.ConnectionStatus)
{
case InitGsm:
if(GsmPtr->NextState==Con_CNMI)
{
if((GsmPtr->TickCnt)%20==0){
drv_sim900_send_cmd(4,"AT\r\n");//test
}
else if((GsmPtr->TickCnt)%40==0){
drv_sim900_send_cmd(6,"ATE0\r\n");//test
}
}
break;//InitGsm
case GsmConnected:
nop();
break;//GsmConnected
case GsmDisconnected:
break;//GsmDisconnected
case Gsm_CSQ_Low:
break;//Gsm_CSQ_Low
}
nop();
break;
case TimerOver:
switch (Gsm.ConnectionStatus)
{
case InitGsm:
GsmCheckMsg();
if((GsmPtr->NextState==Con_ATE0)&&(GsmPtr->Event == EvtInit))
{
GsmPtr->EvtExpected=MsgOk;
GsmCheckMsg();
if((GsmPtr->TickCnt)%30==0) //2 sec interval
{
drv_sim900_send_cmd(4,"AT\r\n");//test
}
}
break;//InitGsm
case GsmConnected:
Tcp();
if((GsmPtr->TickCnt)%20==0)
{
switch(Gsm.OldState)
{
case T_CCIFSR:
Gsm.State=T_CCIPSTART;
break;//T_CCIFSR
case T_CCREG:
Gsm.State=Gsm.OldState;
Gsm.Retry++;
break;//Con_ATE0
}//Gsm.OldState
}
break;//GsmConnected
case GsmDisconnected:
break;//GsmDisconnected
case Gsm_CSQ_Low:
break;//Gsm_CSQ_Low
}
nop();
break ;//Timerover
case TimerStop:
switch (Gsm.ConnectionStatus)
{
case InitGsm:
Init_Sim900();
break;//InitGsm
case GsmConnected:
GsmConfig(CheckCSQ,CheckCSQ,CheckCSQ,MsgSend, T_CsqReceived,Sec(2),Sec(5),TimerStart);
break;//GsmConnected
case GsmDisconnected:
break;//GsmDisconnected
case Gsm_CSQ_Low:
break;//Gsm_CSQ_Low
}
nop();
break;//TimerStop
case TimerStart:
nop();
break;//TimerStart
}
nop();
}
void Tcp()
{
unsigned static retry=0;
if(GsmCheckMsg()){
GsmClearBufffer();
switch (Gsm.Event)
{
case T_CsqReceived:
if(Gsm.Rssi<=2)
{
Gsm.State=CsqLow;
}
else if(Gsm.Rssi<99)
{
Gsm.State=CsqHigh;
}
else if(Gsm.Rssi==99)
{
Gsm.State=CsqNoSignal;
}
break; //CsqReceived
case IP_INITIAL:
Gsm.State=T_CCSTT;
Gsm.Event = EvtInit;
break;//IP_INITIAL
case IP_GPRSACT:
Gsm.State=T_CCIFSR;
Gsm.Event = EvtInit;
break;//IP_GPRSACT
case IP_START:
Gsm.State=T_CCIICR;
Gsm.Event = EvtInit;
break;
case ALREADY_CONNECTED:
nop();
Gsm.Event = EvtInit;
Gsm.State=TcpConnected;
break;//ALREADY_CONNECTED
case TCP_SEND_OK:
Gsm.Event = EvtInit;
Gsm.State=Con_SENDOK;
break;//TCP_SEND_OK
case PDP_DEACT:
Gsm.Event = EvtInit;
Gsm.State = T_CCIPSHUT ;
break;//PDP_DEACT
case TCP_CLOSED:
Gsm.State=T_CCIPSHUT;
Gsm.Event = EvtInit;
break;//TCP_CLOSED
case TCP_CONNECTING:
Gsm.State=T_CCIPSTATUS;
break;//TCP_CONNECTING
case CONNECT_OK:
Gsm.Event = EvtInit;
Gsm.State=TcpConnected;
break;//CONNECT_OK
case TCP_SHUT_OK:
Gsm.Event = EvtInit;
Gsm.State=T_CCIPSHUT;
break;//TCP_SHUT_OK
case EvtGsmRing:
break;//EvtGsmRing:
case EvtGsmMsg:
break;//EvtGsmMsg:
case Tcp_CREG_oK:
Gsm.State = T_CCIPSTATUS;
Gsm.Event = EvtInit;
break;//Tcp_CREG_oK
case MsgOk:
Gsm.State = Gsm.NextState;
Gsm.Event = EvtInit;
GsmClearBufffer();
break;//MsgOk
case MsgError:
break;//MsgError,
}}
switch (Gsm.State)
{
/*case Con_ATE0:
#ifdef DebugOn
GsmDisplayUpdate("ATE0 ",1) ;
#endif
drv_sim900_send_cmd(6,"ATE0\r\n");
GsmConfig(Con_Running,T_CCREG,Con_ATE0,MsgSend, MsgOk,Sec(1),Gsm.MaxDelay,TimerStart);
if(Gsm.Retry>1)
{
Gsm.State = Gsm.NextState;
retry=0;
}
break; */
case CsqLow:
case CsqHigh:
sprintf(Gsm.Gsm_Sms,"CSQ = %d",Gsm.Rssi);// same with csq precedded GsmDisplayUpdate(Gsm._Csq,2);
Gsm.State = Gsm.NextState;
Gsm.Event = EvtInit;
break;//csqdetected
case CheckCSQ:
#ifdef DebugOn
GsmDisplayUpdate("CSQ ",1) ;
#endif
drv_sim900_send_cmd(6,"AT+CSQ\r\n");
GsmConfig(Con_Running,T_CCREG,CheckCSQ,MsgSend, T_CsqReceived,Sec(2),Sec(10),TimerStart);
if(Gsm.Retry>5)
{
Gsm.State = T_CCIPSHUT;
drv_sim900_send_cmd(4,"AT\r\n");//test
Gsm.Retry=0;
}
break;
case T_CCREG:
#ifdef DebugOn
GsmDisplayUpdate("CCREG ",1) ;
#endif
drv_sim900_send_cmd(get_size(CREG),CREG);
GsmConfig(Con_Running,T_CCIPSTATUS, T_CCREG,MsgSend, Tcp_CREG_oK,Sec(1),Gsm.MaxDelay,TimerStart);
if(Gsm.Retry>5)
{
Gsm.State = T_CCIPSHUT;
Gsm.Retry=0;
}
break;//T_CCREG
case T_CCIPSTATUS://CREG OK
#ifdef DebugOn
// GsmDisplayUpdate("CCIPSTATUS ",1) ;
#endif
GsmClearBufffer();
drv_sim900_send_cmd(14,CIPSTATUS); //ok state Ip intial
GsmConfig(Con_Running,T_CCIPSTATUS, T_CCIPSTATUS,MsgSend, TCP_MSG,Sec(1),Gsm.MaxDelay,TimerStart);
break;//T_CCIPSTATUS
case T_CCSTT:
#ifdef DebugOn
GsmDisplayUpdate("CSTT ",1) ;
#endif
GsmClearBufffer();
GsmConfig(Con_Running,T_CCIPSTATUS, T_CCSTT,MsgSend, MsgOk,Sec(1),Gsm.MaxDelay,TimerStart);
drv_sim900_send_cmd(get_size(CSTT),CSTT);
drv_sim900_send_cmd(1,"\"");
drv_sim900_send_cmd(get_size("INTERNET"),"INTERNET");
drv_sim900_send_cmd(1,"\"");
drv_sim900_send_cmd(6,",\"\",\"\""); // ,"",""
drv_sim900_send_cmd(2,"\r\n");
break;//T_CCIPSTATUS,
case T_CIPCLOSE:
#ifdef DebugOn
GsmDisplayUpdate("cipclose ",1) ;
#endif
GsmClearBufffer();
drv_sim900_send_cmd(get_size(CIPCLOSE),CIPCLOSE);
break;// CIPCLOSE,
case T_CCIPCSGP:
break;//T_CCIPCSGP
case T_CCIICR:
#ifdef DebugOn
GsmDisplayUpdate("CIICR ",1) ;
#endif
GsmClearBufffer();
GsmConfig(Con_Running,T_CLPORT, T_CCIICR,MsgSend, MsgOk,Sec(1),Gsm.MaxDelay,TimerStart);
drv_sim900_send_cmd(get_size(CIICR),CIICR);
break;//T_CCSTT
case T_CLPORT :
#ifdef DebugOn
GsmDisplayUpdate("CLPORT ",1) ;
#endif
GsmClearBufffer();
GsmConfig(Con_Running,T_CCIFSR, T_CLPORT,MsgSend,MsgOk,Sec(1),Gsm.MaxDelay,TimerStart);
drv_sim900_send_cmd(get_size(CLPORT),CLPORT);
drv_sim900_send_cmd(1,"\"");
drv_sim900_send_cmd(get_size("60"),"60");
drv_sim900_send_cmd(3,"\"\r\n");
break;//T_CLPORT
case T_CCIPSTART:
#ifdef DebugOn
GsmDisplayUpdate("CCIPSTART ",1) ;
#endif
GsmClearBufffer();
GsmConfig(Con_Running,T_CCIPSTATUS, T_CCIPSTART,MsgSend, TCP_MSG,Sec(1),Gsm.MaxDelay,TimerStart);
drv_sim900_send_cmd(get_size(CIPSTART),CIPSTART);
drv_sim900_send_cmd(1,"\"");
drv_sim900_send_cmd(get_size(Gsm.Ip_ADD),Gsm.Ip_ADD); //"64.27.25.155\",\"10020\"\r\n"
drv_sim900_send_cmd(3,"\",\"");
drv_sim900_send_cmd(get_size(Gsm.PortNo),Gsm.PortNo);
drv_sim900_send_cmd(3,"\"\r\n");
break;//T_CCIFSR
case T_CCIFSR:
#ifdef DebugOn
GsmDisplayUpdate("CCIFSR ",1) ;
#endif
GsmClearBufffer();
drv_sim900_send_cmd(get_size(CIFSR),CIFSR);
GsmConfig(Con_Running,T_CCIPSTART, T_CCIFSR,MsgSend, TCP_MSG,Sec(1),Gsm.MaxDelay,TimerStart);
break;//T_CCIPSTART,
case T_CCIPSHUT:
#ifdef DebugOn
GsmDisplayUpdate("CIPSHUT ",1) ;
#endif
GsmClearBufffer();
drv_sim900_send_cmd(12,"AT+CIPSHUT\r\n");
GsmConfig(Con_Running,CheckCSQ, CheckCSQ,MsgSend,TCP_SHUT_OK,Sec(1),Gsm.MaxDelay,TimerStart);
break;//T_CCIPSHUT
case TcpConnected:
#ifdef DebugOn
GsmDisplayUpdate("TCP Connected",2) ;
#endif
if(TCP_Delay.Function==FnEnter)
{
TCP_Delay.Delay=Gsm.L_Tick+ TCP_DELAY_Interval;//10sec
TCP_Delay.Function=FnExit;
ToSend(RegularUpdate);
GsmConfig(T_CCIPSTATUS,T_CCIPSTATUS, T_CCIPSTATUS,MsgSend, TCP_SEND_OK,Sec(1),Sec(10),TimerStart);
}
else
{
Gsm.State=T_CCIPSTATUS;
if(Gsm.L_Tick>TCP_Delay.Delay)
{
TCP_Delay.Function=FnEnter;
GsmConfig(T_CCIPSHUT,T_CCIPSTATUS, T_CCIPSTATUS,MsgSend, SERVER_LISTENING,Sec(1),Gsm.MaxDelay,TimerStart);
}
}
break;//TcpConnected
case Con_SENDOK:
#ifdef DebugOn
GsmDisplayUpdate("Send ok",1) ;
GsmConfig(T_CCIPSTATUS,T_CCIPSTATUS, T_CCIPSTATUS,MsgSend, SERVER_LISTENING,Sec(1),Gsm.MaxDelay,TimerStart);
#endif
break;//Con_SENDOK;
case Con_Running:
nop();
break;//Con_Running
}
}
void GsmRun(void)
{
switch (Gsm.ConnectionStatus)
{
case InitGsm:
GsmInit();
break;//InitGsm
case GsmConnected:
if(Gsm.Event==EvtGsmMsg)
{
Tcp();
}
if(Gsm.Tcp_State == TCP_STATE_CONNECTED){
if(CIPSTATUS_Delay.Function==FnEnter)
{
CIPSTATUS_Delay.Delay=GsmPtr->L_Tick+ CIPSTATUS_INTERVAL;//10sec
CIPSTATUS_Delay.Function=FnExit;
Tcp();
}
else
{
GsmPtr->State=T_CCIPSTATUS;
if(GsmPtr->L_Tick>CIPSTATUS_Delay.Delay)
{
CIPSTATUS_Delay.Function=FnEnter;
}
}
}
break;//GsmConnected
case GsmDisconnected:
break;//GsmDisconnected
case Gsm_CSQ_Low:
break;//Gsm_CSQ_Low
}
switch (Gsm.TimeStatus)
{
case TimerInit:
switch (Gsm.ConnectionStatus)
{
case InitGsm:
GsmConfig(Con_InitState,Con_ATE0,Con_ATE0,MsgSend, MsgOk,Sec(5),Sec(10),TimerStart);
break;//InitGsm
case GsmConnected:
GsmConfig(CheckCSQ,CheckCSQ,CheckCSQ,MsgSend, T_CsqReceived,Sec(1),Sec(10),TimerStart);
break;//GsmConnected
case GsmDisconnected:
nop();
break;//GsmDisconnected
case Gsm_CSQ_Low:
nop();
break;//Gsm_CSQ_Low
}
break;//TimerInit
case TimerRunning:
switch (Gsm.ConnectionStatus)
{
case InitGsm:
if(GsmPtr->NextState==Con_CNMI)
{
if((GsmPtr->TickCnt)%20==0){
drv_sim900_send_cmd(4,"AT\r\n");//test
}
else if((GsmPtr->TickCnt)%40==0){
drv_sim900_send_cmd(6,"ATE0\r\n");//test
}
}
break;//InitGsm
case GsmConnected:
if(Gsm.Event==EvtGsmMsg)
{
Tcp();
}
nop();
break;//GsmConnected
case GsmDisconnected:
break;//GsmDisconnected
case Gsm_CSQ_Low:
break;//Gsm_CSQ_Low
}
nop();
break;
case TimerOver:
switch (Gsm.ConnectionStatus)
{
case InitGsm:
GsmCheckMsg();
if((GsmPtr->NextState==Con_ATE0)&&(GsmPtr->Event == EvtInit))
{
GsmPtr->EvtExpected=MsgOk;
GsmCheckMsg();
if((GsmPtr->TickCnt)%30==0) //2 sec interval
{
drv_sim900_send_cmd(4,"AT\r\n");//test
}
}
break;//InitGsm
case GsmConnected:
Tcp();
if((GsmPtr->TickCnt)%20==0)
{
switch(Gsm.OldState)
{
case T_CCIFSR:
Gsm.State=T_CCIPSTART;
break;//T_CCIFSR
case T_CCREG:
Gsm.State=Gsm.OldState;
Gsm.Retry++;
break;//Con_ATE0
}//Gsm.OldState
}
break;//GsmConnected
case GsmDisconnected:
break;//GsmDisconnected
case Gsm_CSQ_Low:
break;//Gsm_CSQ_Low
}
nop();
break ;//Timerover
case TimerStop:
switch (Gsm.ConnectionStatus)
{
case InitGsm:
Init_Sim900();
break;//InitGsm
case GsmConnected:
GsmConfig(T_CCIPSHUT,CheckCSQ,CheckCSQ,MsgSend, T_CsqReceived,Sec(1),Sec(10),TimerStart);
break;//GsmConnected
case GsmDisconnected:
break;//GsmDisconnected
case Gsm_CSQ_Low:
break;//Gsm_CSQ_Low
}
nop();
break;//TimerStop
case TimerStart:
nop();
break;//TimerStart
}
nop();
}
void Sec::normalize()
{
*this = Sec( sec() );
}
