lpc2368GPS程序

#include "includes.h" //unsigned char MCFastTxData[500]; BOOL GprsIsAsworm=FALSE; //dbg volatile+ /* static void gpInc(void) { unsigned long ul; unsigned int ui; unsigned char tmp[16]; ul = getUlongFromBCD(gpsMess_toSrv.latitude, 4) + 1; ltoa(ul, tmp); ui = getHexArryFromStr(tmp, tmp); cpyToFixArray(gpsMess_toSrv.latitude, tmp, sizeof(gpsMess_toSrv.latitude), ui); ul = getUlongFromBCD(gpsMess_toSrv.longitude, 4) + 1; ltoa(ul, tmp); ui = getHexArryFromStr(tmp, tmp); cpyToFixArray(gpsMess_toSrv.longitude, tmp, sizeof(gpsMess_toSrv.longitude), ui); } */ BOOL ToChangeIpId=FALSE; static volatile BOOL toResetMC=FALSE; static volatile BOOL toInitMCSys=FALSE; static volatile BOOL toInitMCGprs=FALSE; static volatile BOOL toConnectServer=FALSE; static volatile BOOL toCloseGprs=FALSE; static volatile BOOL toSendRegMsg=FALSE; //#define SECOND_ATCmdTimeout 30 #define SECOND_ATCmdTimeout 10 static volatile unsigned int timerSecondSendAT=0; #define SECOND_MCMsgTimeout SECOND_ATCmdTimeout * 3 unsigned int timerSecondMCLastMsg=0; #define SECOND_connSrvFromClosed 15 #define SECOND_dialFromClosed 6 static volatile unsigned int timerSecondClosedGprs=0; //#define SECOND_MCPowerOff 10 #define SECOND_MCPowerOff 30 static volatile unsigned int timerSecondPowerOff=0; volatile unsigned int timerSecondPowerOn=0; //#define SECOND_connGprsTimeOut 30 #define SECOND_connGprsTimeOut 40 static volatile unsigned int timerSecondConnGprs=0; #define SECOND_DLWaitDCDTimeOut 1 #define SECOND_DLWaitAnswTimeOut 3 //#define SECOND_gprsSendTimeout 15 #define SECOND_gprsSendTimeout 25 //static volatile unsigned int timerSecondGprsSend=0; #define SECOND_waitRegBckRepeat SECOND_gprsSendTimeout * 1 #define SECOND_waitRegBckTimeOut SECOND_waitRegBckRepeat * 2 static volatile unsigned int timerSecondSendRegMsg=0; unsigned int TimerSecondSendOk=0; unsigned int T100msSendOk=0; #ifdef DEBUG_USEDTL800K #define T100ms_SendSpace 1 #else #define T100ms_SendSpace 0 #endif //为保证在线而加 //#define SECOND_maxNoDataOut 300 #define SECOND_maxNoDataOut 900 #ifdef DEBUG_WITHVEDIO #define SECOND_maxNoDataIn 600 #else #define SECOND_maxNoDataIn 360 #endif #define SECOND_maxNotOnline 360 #ifndef GPRS_SendWithUserPack #define MAXSIZE_1TcpPck 512 #endif static volatile unsigned int timerSecondWaitToClose=0; static volatile BOOL waitToCloseTiming=FALSE; #define SECOND_dialTimeout 10 static volatile BOOL toListen=FALSE; static volatile BOOL toTalk=FALSE; static volatile BOOL toEndTalk=FALSE; BOOL ToDealRing=FALSE; BOOL ToDealNewMsg=FALSE; BOOL ToAnswerTheCall=FALSE; static volatile BOOL toSetMicGain=FALSE; static volatile BOOL toSetSpkVol=FALSE; static volatile BOOL toSendDTMF=FALSE; static volatile BOOL toGetGp=FALSE; unsigned int timerSecondStartTalk=0; unsigned int timerSecondRing=0; typedef enum { MSGTYPE_NULL, MSGTYPE_reg, MSGTYPE_queue1, MSGTYPE_queue2 } U_msgTypeSend; static volatile U_msgTypeSend msgTypeSending=MSGTYPE_NULL; void atCmdIncessantTimeOut(void); static void ATSetIncomingDisp(unsigned char val) { MCIo.prntf((unsigned char *)"AT+CID="); if(val != '0') { val = '1'; } MCIo.putChar(val); MCIo.putChar('\r'); timerSecondSendAT = TimerSecond; currentCmdToMC = CMD_MC_CID; } void callBackSetIncomingDisp(MCRXD *rxd) { switch (currentMCOpt) { case STATE_MC_InitSys: if (strstr((char *)rxd->buff, (char *)"OK")) { currentCmdToMC = CMD_MC_Null; currentMCSysState = STATE_MC_SYS_Inited; currentMCOpt = STATE_MC_OptNull; toInitMCSys = FALSE; } else { } break; default: break; } } #define MAXLEN_DTMF 15 static volatile unsigned char DtmfToSend[MAXLEN_DTMF + 1]={'\0'}; static BOOL enQueueDtmf(unsigned char k) { BOOL accept=FALSE; unsigned int ui; for (ui = 0; ui < MAXLEN_DTMF; ui++) { if (!*(DtmfToSend + ui)) { *(DtmfToSend + ui) = k; *(DtmfToSend + ui + 1) = '\0'; accept = TRUE; break; } } return accept; } static BOOL deQueueDtmf(unsigned char *pK) { BOOL accept=FALSE; unsigned int ui; if (*DtmfToSend) { accept = TRUE; *pK = *DtmfToSend; ui = 0; while (*(DtmfToSend + ui + 1) && ui < MAXLEN_DTMF) { *(DtmfToSend + ui) = *(DtmfToSend + ui + 1); ui++; } *(DtmfToSend + ui) = '\0'; } else { accept = FALSE; } return (accept); } static void clrQueueDtmf(void) { *DtmfToSend = '\0'; } //dial----------------------- static volatile unsigned char micGainLevelToSet=MaxGainLevel; static volatile unsigned char spkVolumeToSet=MaxSpkVolume; #define MaxDialRepeatIncessant 3 static volatile unsigned char dialRepeatIncessant=0; static void ATDial(unsigned char *numb) { if ((dialRepeatIncessant++) < MaxDialRepeatIncessant) { MCIo.prntf((unsigned char *)"AT+CDV"); MCIo.putChars((unsigned char *)numb, strlen((char *)numb)); MCIo.prntf((unsigned char *)"\r"); timerSecondSendAT = TimerSecond; currentCmdToMC = CMD_MC_dial; currentDialState = STATE_MC_DIAL_null; } else { dialRepeatIncessant = 0; causeToEndTalk(); toListen = FALSE; toTalk = FALSE; } } static void nowTalking(void) { unsigned char tmp[SIZE_BUFF_COMMON]; currentDialState = STATE_MC_DIAL_ok; currentCmdToMC = CMD_MC_Null; MCIo.rxBuffRst(); toListen = FALSE; toTalk = FALSE; dialRepeatIncessant = 0; timerSecondStartTalk = TimerSecond; switch (currentDialOpt) { case DIALOpt_MC_listen: MC_clrEarDet(); causeToSetSpkVol(MaxSpkVolume); causeToSetMicGain(MaxGainLevel); break; case DIALOpt_MC_call: default: MC_setEarDet(); tellHsCallAnswer(&tmp[0]); causeToSetSpkVol(spkVolumeToSet); causeToSetMicGain(micGainLevelToSet); break; } } void callBackATDial(MCRXD *rxd) { switch (currentDialOpt) { case DIALOpt_MC_listen: case DIALOpt_MC_call: if (strstr((char *)rxd->buff, (char *)"OK") == (char *)rxd->buff) { switch (currentDialState) { case STATE_MC_DIAL_null: currentDialState = STATE_MC_DIALING; break; case STATE_MC_DIALING: default: break; } } else if (strstr((char *)rxd->buff, (char *)"ERROR") == (char *)rxd->buff) { currentDialState = STATE_MC_DIAL_err;// currentCmdToMC = CMD_MC_Null; if (currentDialOpt == DIALOpt_MC_listen) toListen = TRUE; else toTalk = TRUE; // MCIo.clearRxBuff(); } else if (strstr((char *)rxd->buff, (char *)"VOICE CALL: BEGIN") == (char *)rxd->buff) { switch (currentDialState) { case STATE_MC_DIAL_null: break; case STATE_MC_DIALING: nowTalking(); break; default: break; } } else if (strstr((char *)rxd->buff, (char *)"NO CARRIER") == (char *)rxd->buff) { currentDialState = STATE_MC_DIAL_noCarrier; currentCmdToMC = CMD_MC_Null; if (currentDialOpt == DIALOpt_MC_listen) toListen = TRUE; else toTalk = TRUE; // MCIo.clearRxBuff(); } break; default: break; } } static void ATDtmf(unsigned char k) { MCIo.prntf((unsigned char *)"AT+DTMF="); if(k >= '0' && k <= '9') { MCIo.putChar(k); MCIo.putChar('\r'); } else if (k == '*') MCIo.prntf((unsigned char *)"10\r"); else if (k == '#') MCIo.prntf((unsigned char *)"11\r"); else MCIo.prntf((unsigned char *)"12\r"); timerSecondSendAT = TimerSecond; currentCmdToMC = CMD_MC_dtmf; } void callBackATDtmf(MCRXD *rxd) { switch (currentDialOpt) { case DIALOpt_MC_listen: case DIALOpt_MC_call: case DIALOpt_MC_called: default: if (strstr((char *)rxd->buff, (char *)"OK") == (char *)rxd->buff) {