private static void Export(ISensorDataExport Output, IEnumerable <Record> History, ReadoutType Type, ReadoutRequest Request)
{
if ((Request.Types & Type) != 0)
{
foreach (Record Rec in History)
{
if (!Request.ReportTimestamp(Rec.Timestamp))
{
continue;
}
Output.StartTimestamp(Rec.Timestamp);
if (Request.ReportField("Temperature"))
{
Output.ExportField("Temperature", Rec.TemperatureC, 1, "C", Type);
}
if (Request.ReportField("Light"))
{
Output.ExportField("Light", Rec.LightPercent, 1, "%", Type);
}
if (Request.ReportField("Motion"))
{
Output.ExportField("Motion", Rec.Motion, Type);
}
Output.EndTimestamp();
}
}
}
/// <summary>
/// Class handling partitioned export of sensor data.
/// </summary>
public PartitionedExport(StringBuilder Output, ISensorDataExport Export, int PartitionAfterBytes, PartitionEventHandler PartitionCallback, object State)
{
this.sb = Output;
this.export = Export;
this.partitionAfterBytes = PartitionAfterBytes;
this.partitionCallback = PartitionCallback;
this.state = State;
}
/// <summary>
/// Performs a readout.
/// </summary>
/// <param name="Request">Readout request object, specifying what to read.</param>
/// <param name="Response">Sensor data will be output to this interface.</param>
public void DoReadout(ReadoutRequest Request, ISensorDataExport Response)
{
ReadoutEventHandler h = this.OnReadout;
if (h != null)
{
h(Request, Response);
}
else
{
Response.Start();
Response.End();
}
}
public PendingEvent(double?Temp, double?TempDiff, double?Light, double?LightDiff, bool?Motion, int Timeout,
HttpServerResponse Response, string ContentType, ISensorDataExport ExportModule)
{
this.temp = Temp;
this.tempDiff = TempDiff;
this.light = Light;
this.lightDiff = LightDiff;
this.motion = Motion;
this.timeout = DateTime.Now.AddSeconds(Timeout);
this.response = Response;
this.contentType = ContentType;
this.exportModule = ExportModule;
}
public PendingEvent (double? Temp, double? TempDiff, double? Light, double? LightDiff, bool? Motion, int Timeout,
HttpServerResponse Response, string ContentType, ISensorDataExport ExportModule)
{
this.temp = Temp;
this.tempDiff = TempDiff;
this.light = Light;
this.lightDiff = LightDiff;
this.motion = Motion;
this.timeout = DateTime.Now.AddSeconds (Timeout);
this.response = Response;
this.contentType = ContentType;
this.exportModule = ExportModule;
}
private static void ExportSensorData(ISensorDataExport Output, ReadoutRequest Request)
{
Output.Start();
lock (synchObject)
{
Output.StartNode("Sensor");
Export(Output, new Record[] { new Record(DateTime.Now, temperatureC, lightPercent, motionDetected) }, ReadoutType.MomentaryValues, Request);
Export(Output, perSecond, ReadoutType.HistoricalValuesSecond, Request);
Export(Output, perMinute, ReadoutType.HistoricalValuesMinute, Request);
Export(Output, perHour, ReadoutType.HistoricalValuesHour, Request);
Export(Output, perDay, ReadoutType.HistoricalValuesDay, Request);
Export(Output, perMonth, ReadoutType.HistoricalValuesMonth, Request);
Output.EndNode();
}
Output.End();
}
private static void ExportSensorData(ISensorDataExport Output, ReadoutRequest Request)
{
DateTime Now = DateTime.Now;
string s;
int i;
Output.Start();
Output.StartNode("Actuator");
Output.StartTimestamp(Now);
if ((Request.Types & ReadoutType.MomentaryValues) != 0 && Request.ReportTimestamp(Now))
{
if (Request.ReportField("Digital Output Count"))
{
Output.ExportField("Digital Output Count", 8, ReadoutType.StatusValues);
}
for (i = 0; i < 8; i++)
{
s = "Digital Output " + (i + 1).ToString();
if (Request.ReportField(s))
{
Output.ExportField(s, digitalOutputs [i].Value);
}
}
if (Request.ReportField("State"))
{
Output.ExportField("State", alarmThread != null);
}
}
Output.EndTimestamp();
Output.EndNode();
Output.End();
}
private static void HttpGetSensorData (HttpServerResponse resp, HttpServerRequest req, string ContentType, ISensorDataExport ExportModule)
{
ReadoutRequest Request = new ReadoutRequest (req);
HttpGetSensorData (resp, ContentType, ExportModule, Request);
}
private static void HttpGetSensorData(HttpServerResponse resp, string ContentType, ISensorDataExport ExportModule, ReadoutRequest Request)
{
networkLed.High();
try
{
resp.ContentType = ContentType;
resp.Encoding = System.Text.Encoding.UTF8;
resp.Expires = DateTime.Now;
resp.ReturnCode = HttpStatusCode.Successful_OK;
ExportSensorData(ExportModule, Request);
} finally
{
networkLed.Low();
}
}
private static void HttpGetSensorData (HttpServerResponse resp, string ContentType, ISensorDataExport Output, ReadoutRequest Request)
{
DateTime Now = DateTime.Now;
string s;
int i;
resp.ContentType = ContentType;
resp.Encoding = System.Text.Encoding.UTF8;
resp.Expires = DateTime.Now;
resp.ReturnCode = HttpStatusCode.Successful_OK;
Output.Start ();
Output.StartNode ("Actuator");
Output.StartTimestamp (Now);
if ((Request.Types & ReadoutType.MomentaryValues) != 0 && Request.ReportTimestamp (Now))
{
if (Request.ReportField ("Digital Output Count"))
Output.ExportField ("Digital Output Count", 8, ReadoutType.StatusValues);
for (i = 0; i < 8; i++)
{
s = "Digital Output " + (i + 1).ToString ();
if (Request.ReportField (s))
Output.ExportField (s, digitalOutputs [i].Value);
}
if (Request.ReportField ("State"))
Output.ExportField ("State", alarmThread != null);
}
Output.EndTimestamp ();
Output.EndNode ();
Output.End ();
}
private static void HttpGetSensorData(HttpServerResponse resp, HttpServerRequest req, string ContentType, ISensorDataExport ExportModule)
{
ReadoutRequest Request = new ReadoutRequest(req);
HttpGetSensorData(resp, ContentType, ExportModule, Request);
}
private static void HttpGetEvent (HttpServerResponse resp, HttpServerRequest req, string ContentType, ISensorDataExport ExportModule)
{
networkLed.High ();
try
{
double? Temperature = null;
double? TemperatureDiff = null;
double? Light = null;
double? LightDiff = null;
bool? Motion = null;
double d, d2;
string s;
bool b;
int Timeout;
if (!req.Query.TryGetValue ("Timeout", out s) || !int.TryParse (s, out Timeout) || Timeout <= 0)
throw new HttpException (HttpStatusCode.ClientError_BadRequest);
if (req.Query.TryGetValue ("Temperature", out s) && XmlUtilities.TryParseDouble (s, out d) &&
req.Query.TryGetValue ("TemperatureDiff", out s) && XmlUtilities.TryParseDouble (s, out d2) && d2 > 0)
{
Temperature = d;
TemperatureDiff = d2;
}
if (req.Query.TryGetValue ("Light", out s) && XmlUtilities.TryParseDouble (s, out d) &&
req.Query.TryGetValue ("LightDiff", out s) && XmlUtilities.TryParseDouble (s, out d2) && d2 > 0)
{
Light = d;
LightDiff = d2;
}
if (req.Query.TryGetValue ("Motion", out s) && XmlUtilities.TryParseBoolean (s, out b))
Motion = b;
if (!(Temperature.HasValue || Light.HasValue || Motion.HasValue))
throw new HttpException (HttpStatusCode.ClientError_BadRequest);
lock (synchObject)
{
pendingEvents.Add (new PendingEvent (Temperature, TemperatureDiff, Light, LightDiff, Motion, Timeout, resp, ContentType, ExportModule));
}
} finally
{
networkLed.Low ();
}
}
private static void Export (ISensorDataExport Output, IEnumerable<Record> History, ReadoutType Type, ReadoutRequest Request)
{
if ((Request.Types & Type) != 0)
{
foreach (Record Rec in History)
{
if (!Request.ReportTimestamp (Rec.Timestamp))
continue;
Output.StartTimestamp (Rec.Timestamp);
if (Request.ReportField ("Temperature"))
Output.ExportField ("Temperature", Rec.TemperatureC, 1, "C", Type);
if (Request.ReportField ("Light"))
Output.ExportField ("Light", Rec.LightPercent, 1, "%", Type);
if (Request.ReportField ("Motion"))
Output.ExportField ("Motion", Rec.Motion, Type);
Output.EndTimestamp ();
}
}
}
private static void HttpGetEvent(HttpServerResponse resp, HttpServerRequest req, string ContentType, ISensorDataExport ExportModule)
{
networkLed.High();
try
{
double?Temperature = null;
double?TemperatureDiff = null;
double?Light = null;
double?LightDiff = null;
bool? Motion = null;
double d, d2;
string s;
bool b;
int Timeout;
if (!req.Query.TryGetValue("Timeout", out s) || !int.TryParse(s, out Timeout) || Timeout <= 0)
{
throw new HttpException(HttpStatusCode.ClientError_BadRequest);
}
if (req.Query.TryGetValue("Temperature", out s) && XmlUtilities.TryParseDouble(s, out d) &&
req.Query.TryGetValue("TemperatureDiff", out s) && XmlUtilities.TryParseDouble(s, out d2) && d2 > 0)
{
Temperature = d;
TemperatureDiff = d2;
}
if (req.Query.TryGetValue("Light", out s) && XmlUtilities.TryParseDouble(s, out d) &&
req.Query.TryGetValue("LightDiff", out s) && XmlUtilities.TryParseDouble(s, out d2) && d2 > 0)
{
Light = d;
LightDiff = d2;
}
if (req.Query.TryGetValue("Motion", out s) && XmlUtilities.TryParseBoolean(s, out b))
{
Motion = b;
}
if (!(Temperature.HasValue || Light.HasValue || Motion.HasValue))
{
throw new HttpException(HttpStatusCode.ClientError_BadRequest);
}
lock (synchObject)
{
pendingEvents.Add(new PendingEvent(Temperature, TemperatureDiff, Light, LightDiff, Motion, Timeout, resp, ContentType, ExportModule));
}
} finally
{
networkLed.Low();
}
}
private static void HttpGetSensorData(HttpServerResponse resp, string ContentType, ISensorDataExport Output, ReadoutRequest Request)
{
resp.ContentType = ContentType;
resp.Encoding = System.Text.Encoding.UTF8;
resp.Expires = DateTime.Now;
resp.ReturnCode = HttpStatusCode.Successful_OK;
ExportSensorData(Output, Request);
}
private static void HttpGetSensorData (HttpServerResponse resp, string ContentType, ISensorDataExport Output, ReadoutRequest Request)
{
resp.ContentType = ContentType;
resp.Encoding = System.Text.Encoding.UTF8;
resp.Expires = DateTime.Now;
resp.ReturnCode = HttpStatusCode.Successful_OK;
ExportSensorData (Output, Request);
}
private static void ExportSensorData (ISensorDataExport Output, ReadoutRequest Request)
{
DateTime Now = DateTime.Now;
string s;
int i;
Output.Start ();
Output.StartNode ("Actuator");
Output.StartTimestamp (Now);
if ((Request.Types & ReadoutType.MomentaryValues) != 0 && Request.ReportTimestamp (Now))
{
if (Request.ReportField ("Digital Output Count"))
Output.ExportField ("Digital Output Count", 8, ReadoutType.StatusValues);
for (i = 0; i < 8; i++)
{
s = "Digital Output " + (i + 1).ToString ();
if (Request.ReportField (s))
Output.ExportField (s, digitalOutputs [i].Value);
}
if (Request.ReportField ("State"))
Output.ExportField ("State", alarmThread != null);
}
Output.EndTimestamp ();
Output.EndNode ();
Output.End ();
}
private static void HttpGetSensorData (HttpServerResponse resp, string ContentType, ISensorDataExport ExportModule, ReadoutRequest Request)
{
networkLed.High ();
try
{
resp.ContentType = ContentType;
resp.Encoding = System.Text.Encoding.UTF8;
resp.Expires = DateTime.Now;
resp.ReturnCode = HttpStatusCode.Successful_OK;
ExportSensorData (ExportModule, Request);
} finally
{
networkLed.Low ();
}
}
private static void HttpGetSensorData(HttpServerResponse resp, string ContentType, ISensorDataExport Output, ReadoutRequest Request)
{
DateTime Now = DateTime.Now;
string s;
int i;
resp.ContentType = ContentType;
resp.Encoding = System.Text.Encoding.UTF8;
resp.Expires = DateTime.Now;
resp.ReturnCode = HttpStatusCode.Successful_OK;
Output.Start();
Output.StartNode("Actuator");
Output.StartTimestamp(Now);
if ((Request.Types & ReadoutType.MomentaryValues) != 0 && Request.ReportTimestamp(Now))
{
if (Request.ReportField("Digital Output Count"))
{
Output.ExportField("Digital Output Count", 8, ReadoutType.StatusValues);
}
for (i = 0; i < 8; i++)
{
s = "Digital Output " + (i + 1).ToString();
if (Request.ReportField(s))
{
Output.ExportField(s, digitalOutputs [i].Value);
}
}
if (Request.ReportField("State"))
{
Output.ExportField("State", alarmThread != null);
}
}
Output.EndTimestamp();
Output.EndNode();
Output.End();
}
private static void ExportSensorData (ISensorDataExport Output, ReadoutRequest Request)
{
Output.Start ();
lock (synchObject)
{
Output.StartNode ("Sensor");
Export (Output, new Record[]{ new Record (DateTime.Now, temperatureC, lightPercent, motionDetected) }, ReadoutType.MomentaryValues, Request);
Export (Output, perSecond, ReadoutType.HistoricalValuesSecond, Request);
Export (Output, perMinute, ReadoutType.HistoricalValuesMinute, Request);
Export (Output, perHour, ReadoutType.HistoricalValuesHour, Request);
Export (Output, perDay, ReadoutType.HistoricalValuesDay, Request);
Export (Output, perMonth, ReadoutType.HistoricalValuesMonth, Request);
Output.EndNode ();
}
Output.End ();
}