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Ajout Syslog et début de logging du buffering

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jfmartel
2023-12-01 06:34:46 -05:00
parent 454935965f
commit 40093d5acf
27 changed files with 1214 additions and 98 deletions
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Otarcik_CAN/Sources/CloudLogging/MQTTClientWrapper.cpp
+32 -8
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@@ -23,6 +23,8 @@ CMQTTClientWrapper::CMQTTClientWrapper()
mMessagesQueueMode = MQTT_DROP_MSG_MODE;
mDisconnectionIsVoluntary = false;
mIsClientConnecting = false;
mCircularBufferStatusText = mBufferingModeText = mUploadTimeText = "";
}
CMQTTClientWrapper::~CMQTTClientWrapper()
@@ -43,6 +45,10 @@ int CMQTTClientWrapper::StartMQTTClient()
mMQTTRefreshTimer->start(mMQTTParams.mMQTTTransmitTimeout);
mMessagesQueueMode = MQTT_QUEUE_MSG_MODE;
ConnectToBroker();
mCircularBufferStatusText = QString("0/%1 messages (0\%)").arg(MQTT_CLIENT_MSG_QUEUE_SIZE);
mBufferingModeText = "Buffering";
UpdateGUIBufferingStatus();
return RET_OK;
}
@@ -114,14 +120,16 @@ void CMQTTClientWrapper::StateChanged()
}
else
{
CGeneralMessagesLogDispatcher::instance()->AddLogMessage("Client MQTT déconnecté.",true,1);
CGeneralMessagesLogDispatcher::instance()->AddLogMessage("Client MQTT déconnecté.","CMQTTClientWrapper",true,1);
mProgramPtr->SetMQTTConnectionSatusRequest(false);
mMQTTReconnectTimer->start(MQTT_CLIENT_RECONNECT_TIMEOUT);
mMQTTQueueFlushTimer->stop();
if(mDisconnectionIsVoluntary == false)
{
mMessagesQueueMode = MQTT_QUEUE_MSG_MODE; //We're disconnected, queue all the messages.
CGeneralMessagesLogDispatcher::instance()->AddLogMessage("Passage en mode buffering des messages MQTT",true,2);
CGeneralMessagesLogDispatcher::instance()->AddLogMessage("Passage en mode buffering des messages MQTT","CMQTTClientWrapper",true,2);
mBufferingModeText = "Buffering";
UpdateGUIBufferingStatus();
}
}
break;
@@ -131,16 +139,22 @@ void CMQTTClientWrapper::StateChanged()
mProgramPtr->SetMQTTConnectionSatusRequest(true);
mMQTTReconnectTimer->stop();
mIsClientConnecting = false;
CGeneralMessagesLogDispatcher::instance()->AddLogMessage("Client MQTT connecté.",true,1);
CGeneralMessagesLogDispatcher::instance()->AddLogMessage("Client MQTT connecté.","CMQTTClientWrapper",true,1);
if(mMQTTMessagesQueue.isEmpty() == false)
{
mMessagesQueueMode = MQTT_QUEUE_MSG_MODE; //Stay in (or enter) queue mode until we empty the buffer
mMQTTQueueFlushTimer->start();
CGeneralMessagesLogDispatcher::instance()->AddLogMessage("FIFO non vide, passage au mode de vidage de la FIFO",true,2);
CGeneralMessagesLogDispatcher::instance()->AddLogMessage("FIFO non vide, passage au mode de vidage de la FIFO","CMQTTClientWrapper",true,2);
mBufferingModeText = "Buffering";
mCircularBufferStatusText = QString("%2/%1 messages (0%3\%)").arg(MQTT_CLIENT_MSG_QUEUE_SIZE).arg(mMQTTMessagesQueue.size()).arg((mMQTTMessagesQueue.size()/MQTT_CLIENT_MSG_QUEUE_SIZE)*100);
UpdateGUIBufferingStatus();
}
else
{
mMessagesQueueMode = MQTT_TRANSMIT_MSG_MODE;
mBufferingModeText = "Non-buffering";
UpdateGUIBufferingStatus();
}
break;
}
@@ -192,7 +206,7 @@ void CMQTTClientWrapper::MQTTSendTimerExpired()
{
qint32 res = mMQTTClient.publish(MessagesList->at(i).mMessageTopic,MessagesList->at(i).mMessagePayload.toLocal8Bit(),0,true);
QString LogMsg = QString("Envoi d'un message MQTT. Topic: %1 Payload: %2").arg(MessagesList->at(i).mMessageTopic).arg(MessagesList->at(i).mMessagePayload);
CGeneralMessagesLogDispatcher::instance()->AddLogMessage(LogMsg,true,3);
CGeneralMessagesLogDispatcher::instance()->AddLogMessage(LogMsg,"CMQTTClientWrapper",true,3);
}
qDebug("Sent %d MQTT messages",MessagesList->size());
@@ -214,7 +228,11 @@ void CMQTTClientWrapper::MQTTSendTimerExpired()
}
mMQTTMessagesQueue.append(NewMsg);
QString LogMsg = QString("Ajout d'un message MQTT à la FIFO. Topic: %1 Payload: %2 FIFO size: %3").arg(MessagesList->at(i).mMessageTopic).arg(MessagesList->at(i).mMessagePayload).arg(mMQTTMessagesQueue.size());
CGeneralMessagesLogDispatcher::instance()->AddLogMessage(LogMsg,true,3);
CGeneralMessagesLogDispatcher::instance()->AddLogMessage(LogMsg,"CMQTTClientWrapper",true,3);
mCircularBufferStatusText = QString("%2/%1 messages (0%3\%)").arg(MQTT_CLIENT_MSG_QUEUE_SIZE).arg(mMQTTMessagesQueue.size()).arg((mMQTTMessagesQueue.size()/MQTT_CLIENT_MSG_QUEUE_SIZE)*100);
UpdateGUIBufferingStatus();
}
}
break;
@@ -243,7 +261,7 @@ void CMQTTClientWrapper::MQTTQueueFlushTimerExipred()
CMQTTMessage *Msg = mMQTTMessagesQueue.takeFirst();
qint32 res = mMQTTClient.publish(Msg->mMessageTopic,Msg->mMessagePayload.toLocal8Bit(),0,true);
QString LogMsg = QString("Envoi d'un message MQTT provenant du buffer. Topic: %1 Payload: %2 Buffer Size: %3").arg(Msg->mMessageTopic).arg(Msg->mMessagePayload).arg(mMQTTMessagesQueue.size());
CGeneralMessagesLogDispatcher::instance()->AddLogMessage(LogMsg,true,3);
CGeneralMessagesLogDispatcher::instance()->AddLogMessage(LogMsg,"CMQTTClientWrapper",true,3);
delete Msg; //free memory
@@ -251,7 +269,13 @@ void CMQTTClientWrapper::MQTTQueueFlushTimerExipred()
{
mMQTTQueueFlushTimer->stop();
mMessagesQueueMode = MQTT_TRANSMIT_MSG_MODE;
CGeneralMessagesLogDispatcher::instance()->AddLogMessage("Tous les messages MQTT de la FIFO ont été envoyés au serveur",true,2);
CGeneralMessagesLogDispatcher::instance()->AddLogMessage("Tous les messages MQTT de la FIFO ont été envoyés au serveur","CMQTTClientWrapper",true,2);
}
}
int CMQTTClientWrapper::UpdateGUIBufferingStatus()
{
//mProgramPtr->UpdateMQTTBufferingStatusRequest(mBufferingModeText,mCircularBufferStatusText,mRemainingBufferingTimeText);
}