public void ReadMessageData()
{
string filePath = Path.Combine(Application.streamingAssetsPath, "AppMessages.json");
if (File.Exists(filePath))
{
string dataAsJson = File.ReadAllText(filePath);
jsonMessages = JsonUtility.FromJson <JsonMessages>(dataAsJson);
}
else
{
Debug.LogError("Cannot load messsages.");
}
}
/// <summary>
/// Obtiene el mensaje desde el Json.
/// </summary>
/// <param name="codigo"></param>
/// <param name="parametros"></param>
/// <returns></returns>
public static DTMessage ObtenerJsonMensajes(int codigo, params string[] parametros)
{
JsonMessages ListMensaje = new JsonMessages();
DTMessage objmensaje = new DTMessage();
string rutaArchivo = ObtenerArchivo(ARCHIVO_MENSAJES);
var json = File.ReadAllText(rutaArchivo);
ListMensaje = JsonConvert.DeserializeObject <JsonMessages>(json);
objmensaje = ListMensaje.Messages.Where(m => m.Code == codigo).FirstOrDefault();
if (parametros != null)
{
objmensaje.Text = string.Format(objmensaje.Text, parametros);
}
return(objmensaje);
}
// Process a received message
private void processReceivedDatagram(ref JsonMessages.AmqpResponse jsonMsg)
{
unsafe
{
try
{
fixed (byte* pBuffer = &(jsonMsg.Data[0]))
{
MessageCodec_dll.CSDecodeResult decodeResult;
byte* pNext = pBuffer;
byte** ppNext = &pNext;
updateDataAfterTx((UInt32)jsonMsg.Data.Length);
while (pNext < pBuffer + jsonMsg.Data.Length)
{
decodeResult = messageCodec.decodeUlMsgType(pNext, (UInt32)jsonMsg.Data.Length);
switch (decodeResult)
{
case (MessageCodec_dll.CSDecodeResult.DECODE_RESULT_INIT_IND_UL_MSG):
{
UInt32 wakeUpCode;
UInt32 revisionLevel;
decodeResult = messageCodec.decodeUlMsgInitInd(ppNext, (UInt32)jsonMsg.Data.Length, &wakeUpCode, &revisionLevel);
testOnConsoleTrace(String.Format("Message decode: InitIndUlMsg, wake-up code {0}, revisionLevel {1}.", wakeUpCode.ToString(), revisionLevel.ToString()));
if (revisionLevel != messageCodec.revisionLevel())
{
testOnConsoleTrace(String.Format ("!!!!! tedI is at revision level {0} whereas this codec is revision {1}!!!!!", (int) revisionLevel, (int) messageCodec.revisionLevel()));
}
/* Device has (re)started so sync with it's settings */
resetSettings();
if (!parent.testMode)
{
sendIntervalsGetReqDlMsg();
}
// Clear stored data
parent._clearSensorDataCallback();
parent._clearTrafficDataCallback();
powerLastReportTime = 0;
UpdateInitIndCallback(wakeUpCodeString(wakeUpCode));
updateControlText(this, commsFormTitleSyncing);
}
break;
case (MessageCodec_dll.CSDecodeResult.DECODE_RESULT_INTERVALS_GET_CNF_UL_MSG):
{
UInt32 reportingIntervalMinutes;
UInt32 heartbeatSeconds;
decodeResult = messageCodec.decodeUlMsgIntervalsGetCnf(ppNext, (UInt32)jsonMsg.Data.Length, &reportingIntervalMinutes, &heartbeatSeconds);
testOnConsoleTrace(String.Format("Message decode: IntervalsGetCnfUlMsg, reporting {0} min(s), reading {1} secs.", reportingIntervalMinutes.ToString(), heartbeatSeconds.ToString()));
gotReportingIntervalMinutes = true;
updateControlText(textBoxReportingIntervalMinutes, reportingIntervalMinutes.ToString());
UpdateReportingIntervalCallback(reportingIntervalMinutes);
gotHeartbeatSeconds = true;
updateControlText(textBoxHeartbeatSeconds, heartbeatSeconds.ToString());
UpdateHeartbeatCallback(heartbeatSeconds);
}
break;
case (MessageCodec_dll.CSDecodeResult.DECODE_RESULT_REPORTING_INTERVAL_SET_CNF_UL_MSG):
{
UInt32 reportingIntervalMinutes;
decodeResult = messageCodec.decodeUlMsgReportingIntervalSetCnf(ppNext, (UInt32)jsonMsg.Data.Length, &reportingIntervalMinutes);
testOnConsoleTrace(String.Format("Message decode: ReportingIntervalSetCnfUlMsg, reporting {0} min(s).", reportingIntervalMinutes.ToString()));
gotReportingIntervalMinutes = true;
updateControlText(textBoxReportingIntervalMinutes, reportingIntervalMinutes.ToString());
UpdateReportingIntervalCallback(reportingIntervalMinutes);
}
break;
case (MessageCodec_dll.CSDecodeResult.DECODE_RESULT_HEARTBEAT_SET_CNF_UL_MSG):
{
UInt32 heartbeatSeconds;
decodeResult = messageCodec.decodeUlMsgHeartbeatSetCnf(ppNext, (UInt32)jsonMsg.Data.Length, &heartbeatSeconds);
testOnConsoleTrace(String.Format("Message decode: HeartbeatSetCnfUlMsg, reading {0} secs.", heartbeatSeconds.ToString()));
gotHeartbeatSeconds = true;
updateControlText(textBoxHeartbeatSeconds, heartbeatSeconds.ToString());
UpdateHeartbeatCallback(heartbeatSeconds);
}
break;
case (MessageCodec_dll.CSDecodeResult.DECODE_RESULT_POLL_IND_UL_MSG):
{
decodeResult = messageCodec.decodeUlMsgPollInd(ppNext, (UInt32)jsonMsg.Data.Length);
testOnConsoleTrace(String.Format("Message decode: PollIndUlMsg."));
UpdatePollIndCallback();
}
break;
case (MessageCodec_dll.CSDecodeResult.DECODE_RESULT_SENSORS_REPORT_GET_CNF_UL_MSG):
case (MessageCodec_dll.CSDecodeResult.DECODE_RESULT_SENSORS_REPORT_IND_UL_MSG):
{
UInt32 time;
Boolean gpsPositionPresent;
Int32 gpsPositionLatitude;
Int32 gpsPositionLongitude;
Int32 gpsPositionElevation;
Int32 gpsPositionSpeed;
Boolean lclPositionPresent;
UInt32 lclPositionOrientation;
UInt32 lclPositionHugsThisPeriod;
UInt32 lclPositionSlapsThisPeriod;
UInt32 lclPositionDropsThisPeriod;
UInt32 lclPositionNudgesThisPeriod;
Boolean soundLevelPresent;
UInt32 soundLevel;
Boolean luminosityPresent;
UInt32 luminosity;
Boolean temperaturePresent;
Int32 temperature;
Boolean rssiPresent;
UInt32 rssi;
Boolean powerStatePresent;
UInt32 powerStateChargeState;
UInt32 powerStateBatteryMV;
UInt32 powerStateEnergyUWH;
// Add a new data point to the collection
DataRow newRow = parent.sensorDataTable.NewRow();
decodeResult = messageCodec.decodeUlMsgSensorsReportxxx(ppNext, (UInt32)jsonMsg.Data.Length,
&time,
&gpsPositionPresent,
&gpsPositionLatitude,
&gpsPositionLongitude,
&gpsPositionElevation,
&gpsPositionSpeed,
&lclPositionPresent,
&lclPositionOrientation,
&lclPositionHugsThisPeriod,
&lclPositionSlapsThisPeriod,
&lclPositionDropsThisPeriod,
&lclPositionNudgesThisPeriod,
&soundLevelPresent,
&soundLevel,
&luminosityPresent,
&luminosity,
&temperaturePresent,
&temperature,
&rssiPresent,
&rssi,
&powerStatePresent,
&powerStateChargeState,
&powerStateBatteryMV,
&powerStateEnergyUWH);
testOnConsoleTrace(String.Format("Message decode: SensorReportxxxMsg, contents..."));
UInt32 hh = time / 3600;
UInt32 mm = (time % 3600) / 60;
UInt32 ss = (time % 3600) % 60;
newRow[parent.dataTableRowTimeName] = new DateTime(1970, 1, 1).ToLocalTime().AddSeconds(time);
testOnConsoleTrace(String.Format("Time: {0} seconds, UTC {1:D2}:{2:D2}:{3:D2}, date/time {4}.", time, hh, mm, ss, newRow[parent.dataTableRowTimeName]));
if (gpsPositionPresent)
{
newRow[parent.dataTableRowLatitudeName] = Convert.ToDouble(gpsPositionLatitude) / 60000;
newRow[parent.dataTableRowLongitudeName] = Convert.ToDouble(gpsPositionLongitude) / 60000;
newRow[parent.dataTableRowElevationName] = gpsPositionElevation;
newRow[parent.dataTableRowSpeedName] = gpsPositionSpeed;
testOnConsoleTrace(String.Format("GPS: lat/long {0:N4}/{1:N4} degrees, elev {2} metres, speed {3} km/h.",
newRow[parent.dataTableRowLatitudeName], newRow[parent.dataTableRowLongitudeName],
newRow[parent.dataTableRowElevationName], newRow[parent.dataTableRowSpeedName]));
}
if (lclPositionPresent)
{
newRow[parent.dataTableRowOrientationName] = lclPositionOrientation;
newRow[parent.dataTableRowHugsName] = lclPositionHugsThisPeriod;
newRow[parent.dataTableRowSlapsName] = lclPositionSlapsThisPeriod;
newRow[parent.dataTableRowDropsName] = lclPositionDropsThisPeriod;
newRow[parent.dataTableRowNudgesName] = lclPositionNudgesThisPeriod;
testOnConsoleTrace(String.Format("LCL: orientation {0}, hugs {1}, slaps {2}, drops {3}, nudges {4}.",
newRow[parent.dataTableRowOrientationName], newRow[parent.dataTableRowHugsName],
newRow[parent.dataTableRowSlapsName], newRow[parent.dataTableRowDropsName],
newRow[parent.dataTableRowNudgesName]));
}
if (soundLevelPresent)
{
newRow[parent.dataTableRowSoundLevelName] = soundLevel;
testOnConsoleTrace(String.Format("Sound: {0}.", newRow[parent.dataTableRowSoundLevelName]));
}
if (luminosityPresent)
{
newRow[parent.dataTableRowLuminosityName] = luminosity;
testOnConsoleTrace(String.Format("Luminosity: {0}.", newRow[parent.dataTableRowLuminosityName]));
}
if (temperaturePresent)
{
newRow[parent.dataTableRowTemperatureName] = temperature;
testOnConsoleTrace(String.Format("Temperature: {0} C.", newRow[parent.dataTableRowTemperatureName]));
}
if (rssiPresent)
{
newRow[parent.dataTableRowRssiName] = rssi;
rssidBm = inventRssi(rssi);
newRow[parent.dataTableRowRssidBmName] = rssidBm;
testOnConsoleTrace(String.Format("RSSI: {0}, {1} dBm.", newRow[parent.dataTableRowRssiName], newRow[parent.dataTableRowRssidBmName]));
}
if (powerStatePresent)
{
newRow[parent.dataTableRowChargeStateName] = powerStateChargeState;
newRow[parent.dataTableRowBatterymVName] = powerStateBatteryMV;
newRow[parent.dataTableRowEnergyuWhName] = powerStateEnergyUWH;
if (powerLastReportTime > 0)
{
newRow[parent.dataTableRowEnergymWPerHourName] = (double)powerStateEnergyUWH * 3600 / (double)(time - powerLastReportTime) / 1000;
}
powerLastReportTime = time;
powerUWHTotal += powerStateEnergyUWH;
newRow[parent.dataTableRowEnergyTotalmWhName] = powerUWHTotal / 1000;
testOnConsoleTrace(String.Format("Pwr State: charging {0}, voltage {1} mV, energy {2} uWh, mW in an hour {3}, total since reset {4} uWh.",
newRow[parent.dataTableRowChargeStateName], newRow[parent.dataTableRowBatterymVName],
newRow[parent.dataTableRowEnergyuWhName], newRow[parent.dataTableRowEnergymWPerHourName],
newRow[parent.dataTableRowEnergyTotalmWhName]));
}
// Update the data table
UpdateSensorDataCallback(newRow);
}
break;
case (MessageCodec_dll.CSDecodeResult.DECODE_RESULT_TRAFFIC_REPORT_GET_CNF_UL_MSG):
{
UInt32 numDatagramsSent;
UInt32 numBytesSent;
UInt32 numDatagramsReceived;
UInt32 numBytesReceived;
// Add a new data point to the collection
DataRow newRow = parent.trafficDataTable.NewRow();
decodeResult = messageCodec.decodeUlMsgTrafficReportGetCnf(ppNext, (UInt32)jsonMsg.Data.Length, &numDatagramsSent, &numBytesSent, &numDatagramsReceived, &numBytesReceived);
newRow[parent.dataTableRowUplinkDatagramsName] = numDatagramsSent;
newRow[parent.dataTableRowUplinkBytesName] = numBytesSent;
newRow[parent.dataTableRowDownlinkDatagramsName] = numDatagramsReceived;
newRow[parent.dataTableRowDownlinkBytesName] = numBytesReceived;
testOnConsoleTrace(String.Format("Message decode: TrafficReportGetCnfUlMsg, reporting {0} bytes sent ({1} datagrams), {2} bytes received ({3} datagrams).",
newRow[parent.dataTableRowUplinkBytesName].ToString(), newRow[parent.dataTableRowUplinkDatagramsName].ToString(),
newRow[parent.dataTableRowDownlinkBytesName].ToString(), newRow[parent.dataTableRowDownlinkDatagramsName].ToString()));
// Update the data table
UpdateTrafficDataCallback(newRow);
}
break;
case (MessageCodec_dll.CSDecodeResult.DECODE_RESULT_TRAFFIC_REPORT_IND_UL_MSG):
{
UInt32 numDatagramsSent;
UInt32 numBytesSent;
UInt32 numDatagramsReceived;
UInt32 numBytesReceived;
// Add a new data point to the collection
DataRow newRow = parent.trafficDataTable.NewRow();
decodeResult = messageCodec.decodeUlMsgTrafficReportInd(ppNext, (UInt32)jsonMsg.Data.Length, &numDatagramsSent, &numBytesSent, &numDatagramsReceived, &numBytesReceived);
newRow[parent.dataTableRowUplinkDatagramsName] = numDatagramsSent;
newRow[parent.dataTableRowUplinkBytesName] = numBytesSent;
newRow[parent.dataTableRowDownlinkDatagramsName] = numDatagramsReceived;
newRow[parent.dataTableRowDownlinkBytesName] = numBytesReceived;
testOnConsoleTrace(String.Format("Message decode: TrafficReportIndUlMsg, reporting {0} bytes sent ({1} datagrams), {2} bytes received ({3} datagrams).",
newRow[parent.dataTableRowUplinkBytesName].ToString(), newRow[parent.dataTableRowUplinkDatagramsName].ToString(),
newRow[parent.dataTableRowDownlinkBytesName].ToString(), newRow[parent.dataTableRowDownlinkDatagramsName].ToString()));
// Update the data table
UpdateTrafficDataCallback(newRow);
}
break;
case (MessageCodec_dll.CSDecodeResult.DECODE_RESULT_DEBUG_IND_UL_MSG):
{
UInt32 sizeOfString;
byte[] debugString = new byte[messageCodec.maxDebugStringSize()];
fixed (byte * pDebugString = &debugString[0])
{
decodeResult = messageCodec.decodeUlMsgDebugInd(ppNext, (UInt32)jsonMsg.Data.Length, &sizeOfString, pDebugString);
testOnConsoleTrace(String.Format("Message decode: DebugIndUlMsg \"{0}\".", System.Text.Encoding.Default.GetString(debugString, 0, (int) sizeOfString)));
}
}
break;
case (MessageCodec_dll.CSDecodeResult.DECODE_RESULT_FAILURE):
{
(*ppNext)++; // Move pNext on.
testOnConsoleTrace("Message decode: failure.");
}
break;
case (MessageCodec_dll.CSDecodeResult.DECODE_RESULT_INPUT_TOO_SHORT):
{
(*ppNext)++; // Move pNext on.
testOnConsoleTrace("Message decode: input too short.");
}
break;
case (MessageCodec_dll.CSDecodeResult.DECODE_RESULT_OUTPUT_TOO_SHORT):
{
(*ppNext)++; // Move pNext on.
testOnConsoleTrace("Message decode: output too short.");
}
break;
case (MessageCodec_dll.CSDecodeResult.DECODE_RESULT_BAD_MSG_FORMAT):
{
(*ppNext)++; // Move pNext on.
testOnConsoleTrace("Message decode: bad message format.");
}
break;
case (MessageCodec_dll.CSDecodeResult.DECODE_RESULT_UNKNOWN_MSG_ID):
{
(*ppNext)++; // Move pNext on.
testOnConsoleTrace("Message decode: unknown message.");
}
break;
default:
{
(*ppNext)++; // Move pNext on.
testOnConsoleTrace("Message decode: unknown decode result.");
}
break;
}
}
}
}
catch (IndexOutOfRangeException)
{
testOnConsoleTrace("JSON contained no data");
}
}
// Check if we've got all the stuff from the device
if (gotReportingIntervalMinutes && gotHeartbeatSeconds)
{
updateControlText (this, commsFormTitleConnected);
}
}