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Ajout des flags d'etat des fonctions de détection dans le fichier log

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This commit is contained in:
jfmartel 2024-08-15 14:02:55 -04:00
parent c1ce25c4c6
commit 4be063c141
9 changed files with 135 additions and 85 deletions
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BIN
Configuration/ZTSettings.ztc
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Binary file not shown.

10
UpdateZT.sh
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@ -3,8 +3,8 @@
#ZT Update Script V1.0
ZTVERSION=V1.31
VERSIONROOT=ZoneTest_V131 #Nom du répertoire sur la clef USB contenant la nouvelle version
ZTVERSION=V1.32
VERSIONROOT=ZoneTest_V132 #Nom du répertoire sur la clef USB contenant la nouvelle version
ARCHIVEDIR=/home/zonetest/Archives
ZTEXECDIR=/home/zonetest/ZT
USBEXECDIR=$VERSIONROOT/EXE
@ -62,12 +62,12 @@ else
fi
echo " "
echo "Création du répertoire réseau"
if mkdir -p /home/zonetest/ZT/NetDrive
echo "Destruction des fichiers de passage existants"
if rm /home/zonetest/ZT/Trains/*
then
echo "OK"
else
echo "Erreur de création du répertoire. Il faudra le faire manuellement..."
echo "Erreur lors de la destruction des fichiers de passage. Il faudra le faire manuellement"
exit 1
fi

2
sftpbatch
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@ -1,3 +1,3 @@
put ./Trains/LOGZT1_2024-07-12-11-29-37-014.bin CVRT-D-LOGZT1_2024-07-12-11-29-37-014.bin
put ./Trains/LOGZT2_2024-08-15-13-45-44-992.bin CVRT-N-LOGZT2_2024-08-15-13-45-44-992.bin
put ./LOG/LogZT.txt CVRT-LogZT.txt
put ./ING/IngLog.txt CVRT-IngLog.txt

3
sources/GlobalDefine.h
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@ -52,7 +52,8 @@
#define DEFAULT_PASSWORD "zonetest"
#define BASE_FILE_MAGICNBR 0xDEADBEEF
#define TRAINLOG_FILE_MAGICNBR BASE_FILE_MAGICNBR + 15
//#define TRAINLOG_FILE_MAGICNBR BASE_FILE_MAGICNBR + 15
#define TRAINLOG_FILE_MAGICNBR BASE_FILE_MAGICNBR + 16 //Ajout de l'état d'inhibition des fonctions de détection dans le fichier Log
//Misc definitions

142
sources/Simulator/SimulationScenario.cpp
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@ -107,103 +107,103 @@ unsigned int CSimulationScenario::CreateScenario()
/// //ZT2
// InsertNewStep(STEP_ACTION_REGISTER_ZT2_ITI,300);
// InsertNewStep(STEP_ACTION_OCCUPY_ZT2,300);
InsertNewStep(STEP_ACTION_REGISTER_ZT2_ITI,300);
InsertNewStep(STEP_ACTION_OCCUPY_ZT2,300);
// for(int bogie = 1; bogie <= 18; bogie++)
// {
// InsertNewStep(STEP_ACTION_ACTIVATE_ZT2_S1,SENSOR_DELAY);
// InsertNewStep(STEP_ACTION_DEACTIVATE_ZT2_S1,BOGIE_DELAY);
for(int bogie = 1; bogie <= 18; bogie++)
{
InsertNewStep(STEP_ACTION_ACTIVATE_ZT2_S1,SENSOR_DELAY);
InsertNewStep(STEP_ACTION_DEACTIVATE_ZT2_S1,BOGIE_DELAY);
// // if(bogie == 5 || bogie == 2)
// {
// // InsertNewStep(STEP_ACTION_ACTIVATE_ZT2_PPE,5);
// // InsertNewStep(STEP_ACTION_DEACTIVATE_ZT2_PPE,1);
// if(bogie == 5 || bogie == 2)
{
// InsertNewStep(STEP_ACTION_ACTIVATE_ZT2_PPE,5);
// InsertNewStep(STEP_ACTION_DEACTIVATE_ZT2_PPE,1);
// }
}
// // if(bogie == 3 || bogie == 10)
// {
//// InsertNewStep(STEP_ACTION_ACTIVATE_ZT2_PPI,3);
//// InsertNewStep(STEP_ACTION_DEACTIVATE_ZT2_PPI,1);
// if(bogie == 3 || bogie == 10)
{
// InsertNewStep(STEP_ACTION_ACTIVATE_ZT2_PPI,3);
// InsertNewStep(STEP_ACTION_DEACTIVATE_ZT2_PPI,1);
// }
}
// //if(bogie != 3)
// {
// InsertNewStep(STEP_ACTION_ACTIVATE_ZT2_S1,SENSOR_DELAY);
// InsertNewStep(STEP_ACTION_DEACTIVATE_ZT2_S1,BOGIE_DELAY);
// }
//if(bogie != 3)
{
InsertNewStep(STEP_ACTION_ACTIVATE_ZT2_S1,SENSOR_DELAY);
InsertNewStep(STEP_ACTION_DEACTIVATE_ZT2_S1,BOGIE_DELAY);
}
// }
}
// InsertNewStep(STEP_ACTION_DESTROY_ZT2_ITI,800);
// InsertNewStep(STEP_ACTION_FREE_ZT2,800);
InsertNewStep(STEP_ACTION_DESTROY_ZT2_ITI,800);
InsertNewStep(STEP_ACTION_FREE_ZT2,800);
//// MR
// InsertNewStep(STEP_ACTION_REGISTER_ZT1_ITI,300);
InsertNewStep(STEP_ACTION_OCCUPY_ZT1_APPROACH,300);
InsertNewStep(STEP_ACTION_OCCUPY_ZT1,300);
////// MR
// // InsertNewStep(STEP_ACTION_REGISTER_ZT1_ITI,300);
// InsertNewStep(STEP_ACTION_OCCUPY_ZT1_APPROACH,300);
// InsertNewStep(STEP_ACTION_OCCUPY_ZT1,300);
InsertNewStep(STEP_ACTION_DEACTIVATE_PGE,0);
// InsertNewStep(STEP_ACTION_DEACTIVATE_PGE,0);
for(int bogie = 1; bogie <= 18; bogie++)
{
// if(bogie != 5 && bogie != 7)
// InsertNewStep(STEP_ACTION_ACTIVATE_PGI,0);
// InsertNewStep(STEP_ACTION_ACTIVATE_PGE,0);
//V00 DETECTION
// if(bogie != 9)
// {
InsertNewStep(STEP_ACTION_ACTIVATE_S1,SENSOR_DELAY);
// }
InsertNewStep(STEP_ACTION_DEACTIVATE_S1,BOGIE_DELAY);
// InsertNewStep(STEP_ACTION_DEACTIVATE_PGI,0);
// InsertNewStep(STEP_ACTION_DEACTIVATE_PGE,0);
// for(int bogie = 1; bogie <= 18; bogie++)
// {
// // if(bogie != 5 && bogie != 7)
// // InsertNewStep(STEP_ACTION_ACTIVATE_PGI,0);
// // InsertNewStep(STEP_ACTION_ACTIVATE_PGE,0);
////V00 DETECTION
//// if(bogie != 9)
//// {
// InsertNewStep(STEP_ACTION_ACTIVATE_S1,SENSOR_DELAY);
//// }
// InsertNewStep(STEP_ACTION_DEACTIVATE_S1,BOGIE_DELAY);
// // InsertNewStep(STEP_ACTION_DEACTIVATE_PGI,0);
// // InsertNewStep(STEP_ACTION_DEACTIVATE_PGE,0);
//FN DETECTION
// if(bogie != 7 /*&& bogie != 8 && bogie != 3*/)
InsertNewStep(STEP_ACTION_ACTIVATE_FN,0);
////FN DETECTION
//// if(bogie != 7 /*&& bogie != 8 && bogie != 3*/)
// InsertNewStep(STEP_ACTION_ACTIVATE_FN,0);
InsertNewStep(STEP_ACTION_ACTIVATE_S1,SENSOR_DELAY);
InsertNewStep(STEP_ACTION_ACTIVATE_S2,SENSOR_DELAY);
InsertNewStep(STEP_ACTION_DEACTIVATE_S1,BOGIE_DELAY);
// InsertNewStep(STEP_ACTION_ACTIVATE_S1,SENSOR_DELAY);
// InsertNewStep(STEP_ACTION_ACTIVATE_S2,SENSOR_DELAY);
// InsertNewStep(STEP_ACTION_DEACTIVATE_S1,BOGIE_DELAY);
//PPI DETECTION
if(bogie == 6 || bogie == 9)
InsertNewStep(STEP_ACTION_ACTIVATE_PPI,0);
////PPI DETECTION
// if(bogie == 6 || bogie == 9)
// InsertNewStep(STEP_ACTION_ACTIVATE_PPI,0);
//FN DETECTION
// if(bogie != 7 /*&& bogie != 8 && bogie != 3*/)
InsertNewStep(STEP_ACTION_DEACTIVATE_FN,0);
////FN DETECTION
//// if(bogie != 7 /*&& bogie != 8 && bogie != 3*/)
// InsertNewStep(STEP_ACTION_DEACTIVATE_FN,0);
InsertNewStep(STEP_ACTION_ACTIVATE_S2,SENSOR_DELAY);
InsertNewStep(STEP_ACTION_DEACTIVATE_S2,BOGIE_DELAY);
// InsertNewStep(STEP_ACTION_ACTIVATE_S2,SENSOR_DELAY);
// InsertNewStep(STEP_ACTION_DEACTIVATE_S2,BOGIE_DELAY);
//PPI DETECTION
if(bogie == 6 || bogie == 9)
InsertNewStep(STEP_ACTION_DEACTIVATE_PPI,0);
////PPI DETECTION
// if(bogie == 6 || bogie == 9)
// InsertNewStep(STEP_ACTION_DEACTIVATE_PPI,0);
// if(bogie != 2 && bogie != 11)
// InsertNewStep(STEP_ACTION_ACTIVATE_PGI,0);
// if(bogie != 2 && bogie != 11)
// InsertNewStep(STEP_ACTION_ACTIVATE_PGE,0);
InsertNewStep(STEP_ACTION_ACTIVATE_S2,SENSOR_DELAY);
InsertNewStep(STEP_ACTION_DEACTIVATE_S2,BOGIE_DELAY);
// InsertNewStep(STEP_ACTION_DEACTIVATE_PGI,0);
// InsertNewStep(STEP_ACTION_DEACTIVATE_PGE,0);
// // if(bogie != 2 && bogie != 11)
// // InsertNewStep(STEP_ACTION_ACTIVATE_PGI,0);
// // if(bogie != 2 && bogie != 11)
// // InsertNewStep(STEP_ACTION_ACTIVATE_PGE,0);
// InsertNewStep(STEP_ACTION_ACTIVATE_S2,SENSOR_DELAY);
// InsertNewStep(STEP_ACTION_DEACTIVATE_S2,BOGIE_DELAY);
// // InsertNewStep(STEP_ACTION_DEACTIVATE_PGI,0);
// // InsertNewStep(STEP_ACTION_DEACTIVATE_PGE,0);
}
// }
InsertNewStep(STEP_ACTION_DESTROY_ZT1_ITI,800);
// InsertNewStep(STEP_ACTION_DESTROY_ZT1_ITI,800);
InsertNewStep(STEP_ACTION_FREE_ZT1,800);
// InsertNewStep(STEP_ACTION_FREE_ZT1,800);
InsertNewStep(STEP_ACTION_FREE_ZT1_APPROACH,800);
// InsertNewStep(STEP_ACTION_FREE_ZT1_APPROACH,800);
return RET_OK;
}

40
sources/ZTData.cpp
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@ -171,7 +171,7 @@ QDataStream &operator<<(QDataStream &out, const CZT1FlagsData &source)
<< source.mTrainCompo3
<< source.mModbusTrainType
<< source.mZT1ITI
<< source.mUnusedFlag13
<< source.mZTDetectionsConfig
<< source.mUnusedFlag14
<< source.mUnusedFlag15
<< source.mUnusedFlag16
@ -198,7 +198,7 @@ QDataStream &operator>>(QDataStream &in, CZT1FlagsData &dest)
>> dest.mTrainCompo3
>> dest.mModbusTrainType
>> dest.mZT1ITI
>> dest.mUnusedFlag13
>> dest.mZTDetectionsConfig
>> dest.mUnusedFlag14
>> dest.mUnusedFlag15
>> dest.mUnusedFlag16
@ -218,7 +218,7 @@ QDataStream &operator<<(QDataStream &out, const CZT2FlagsData &source)
<< source.mTrainCompo2
<< source.mTrainCompo3
<< source.mModbusTrainType
<< source.mUnusedFlag6
<< source.mZTDetectionsConfig
<< source.mUnusedFlag7
<< source.mUnusedFlag8
<< source.mUnusedFlag9
@ -235,7 +235,7 @@ QDataStream &operator>>(QDataStream &in, CZT2FlagsData &dest)
>> dest.mTrainCompo2
>> dest.mTrainCompo3
>> dest.mModbusTrainType
>> dest.mUnusedFlag6
>> dest.mZTDetectionsConfig
>> dest.mUnusedFlag7
>> dest.mUnusedFlag8
>> dest.mUnusedFlag9
@ -412,6 +412,38 @@ CZTDetectionFunctionConfig::CZTDetectionFunctionConfig()
}
}
qint32 CZTDetectionFunctionConfig::GetDetectionsConfigMask()
{
qint32 DetectionsMask = 0;
if(mZTDetectionConfig[DETECTION_FCT_FN].TKActive == true && mZTDetectionConfig[DETECTION_FCT_FN].AnalysisActive == true)
{
DetectionsMask |= DETECTION_FCT_FN_MASK;
}
if(mZTDetectionConfig[DETECTION_FCT_PG].TKActive == true && mZTDetectionConfig[DETECTION_FCT_PG].AnalysisActive == true)
{
DetectionsMask |= DETECTION_FCT_PG_MASK;
}
if(mZTDetectionConfig[DETECTION_FCT_PP].TKActive == true && mZTDetectionConfig[DETECTION_FCT_PP].AnalysisActive == true)
{
DetectionsMask |= DETECTION_FCT_PP_MASK;
}
if(mZTDetectionConfig[DETECTION_FCT_PP2].TKActive == true && mZTDetectionConfig[DETECTION_FCT_PP2].AnalysisActive == true)
{
DetectionsMask |= DETECTION_FCT_PP2_MASK;
}
if(mZTDetectionConfig[DETECTION_FCT_ZT1].TKActive == true && mZTDetectionConfig[DETECTION_FCT_ZT1].AnalysisActive == true)
{
DetectionsMask |= DETECTION_FCT_ZT1_MASK;
}
if(mZTDetectionConfig[DETECTION_FCT_ZT2].TKActive == true && mZTDetectionConfig[DETECTION_FCT_ZT2].AnalysisActive == true)
{
DetectionsMask |= DETECTION_FCT_ZT2_MASK;
}
return DetectionsMask;
}
void CZTDetectionFunctionConfig::operator =(CZTDetectionFunctionConfig& DF)
{
for(int i = 0; i < DETECTION_FCT_MAX_FCT; i++)

15
sources/ZTData.h
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@ -100,6 +100,16 @@ enum eDetectionFunctionID
DETECTION_FCT_MAX_FCT
};
enum eDetectionFunctionMask
{
DETECTION_FCT_FN_MASK = 0x00000001,
DETECTION_FCT_PG_MASK = 0x00000002,
DETECTION_FCT_PP_MASK = 0x00000004,
DETECTION_FCT_PP2_MASK = 0x00000008,
DETECTION_FCT_ZT1_MASK = 0x00000010,
DETECTION_FCT_ZT2_MASK = 0x00000020
};
enum ePEQ1Types
{
PEQ1_UNKNOWN_TYPE,
@ -215,7 +225,7 @@ public:
qint32 mTrainCompo3;
qint32 mModbusTrainType;
qint32 mZT1ITI;
qint32 mUnusedFlag13;
qint32 mZTDetectionsConfig;
qint32 mUnusedFlag14;
qint32 mUnusedFlag15;
qint32 mUnusedFlag16;
@ -235,7 +245,7 @@ public:
qint32 mTrainCompo2;
qint32 mTrainCompo3;
qint32 mModbusTrainType;
qint32 mUnusedFlag6;
qint32 mZTDetectionsConfig;
qint32 mUnusedFlag7;
qint32 mUnusedFlag8;
qint32 mUnusedFlag9;
@ -342,6 +352,7 @@ public:
CZTDetectionConfig mZTDetectionConfig[DETECTION_FCT_MAX_FCT];
void operator=(CZTDetectionFunctionConfig& a);
qint32 GetDetectionsConfigMask();
};

3
sources/ZTStateMachine.cpp
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@ -308,6 +308,7 @@ unsigned int CZTStateMachine::ZT1StateMachine(unsigned int Event, unsigned int S
mNbPassages++;
InsertZT1LogItem();
mZT1Log.mZT1Flags.mPGCalibrationON = (mIsPGCalibON == true);
mZT1Log.mZT1Flags.mZTDetectionsConfig = mZTDetectionConfig->GetDetectionsConfigMask();
mZT1State = ZT1_TRAIN_ON_APPROACH_CDV_STATE;
}
}
@ -318,6 +319,7 @@ unsigned int CZTStateMachine::ZT1StateMachine(unsigned int Event, unsigned int S
mNbPassages++;
InsertZT1LogItem();
mZT1Log.mZT1Flags.mPGCalibrationON = (mIsPGCalibON == true);
mZT1Log.mZT1Flags.mZTDetectionsConfig = mZTDetectionConfig->GetDetectionsConfigMask();
mZT1State = ZT1_TRAIN_ON_APPROACH_CDV_STATE;
}
break;
@ -1257,6 +1259,7 @@ unsigned int CZTStateMachine::ZT2StateMachine(unsigned int Event, unsigned int S
mZTActivationDateTime = QDateTime::currentDateTime();
mZTPagePTr->SetZTStatus(mNbPassages,mNbTriggers,mZT1ActiveStatus,mZT2ActiveStatus);
mZTPagePTr->ResetZT2Stats();
mZT2Log.mZT2Flags.mZTDetectionsConfig = mZTDetectionConfig->GetDetectionsConfigMask();
if(mModbusCCMgr != 0)
{
//update train info received from the CC Modbus interface

5
sources/ZTVersion.h
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@ -29,9 +29,12 @@
#ifndef ZTVERSION_H
#define ZTVERSION_H
#define ZT_SOFT_VERSION "V1.31"
#define ZT_SOFT_VERSION "V1.32"
//LOG DES CHANGEMENTS
//Version 1.32
//-Ajout des flags d'etat des fonctions de détection dans le fichier log
//Version 1.31
//-Finalement finalement pour vrai réglé le problème de reset des stats aujourd'hui.