public override void sendMeasurement(PacketMeasurement pack)
{
Console.WriteLine("Measurement packet from: {0}", pack.ToString());
if (pack.measurement != null)
{
sendPacket(new PacketMeasurementResponse()
{
recieveOk = true
});
_storage.AddMeasurement(pack.measurement);
if (_server.Monitor != null)
{
_server.Monitor.sendMeasurement(new PacketMonitorMeasurement(pack, identifier));;
}
}
else
{
Console.WriteLine("No measurement recieved/measurement recieve error");
}
}
public override void sendMeasurement(PacketMeasurement pack)
{
sendPacket(pack);
}
public abstract void sendMeasurement(PacketMeasurement measurement);
public PacketMonitorMeasurement(PacketMeasurement pack,Identifier id)
: base(pack.measurement.pulse, pack.measurement.RPM, pack.measurement.speed, pack.measurement.distance, pack.measurement.power, pack.measurement.energy, pack.measurement.time, pack.measurement.AP)
{
identifier = id;
}
private void UpdateGui()
{
while (updateGui_Flag)
{
if (reader.parts[7] != null)
{
Console.WriteLine("reader size: " + reader.parts.Length);
//read all parts
string _pulse = reader.parts[0];
string _rpm = reader.parts[1];
string _speed = reader.parts[2];
string _distance = reader.parts[3];
string _power = reader.parts[4];
string _energy = reader.parts[5];
string _time = reader.parts[6];
string _actualPower = reader.parts[7];
//Update textboxes
MethodInvoker mi1 = delegate () { this.pulse.Text = _pulse; };
this.Invoke(mi1);
MethodInvoker mi2 = delegate () { this.rpm.Text = _rpm; };
this.Invoke(mi2);
MethodInvoker mi3 = delegate () { this.speed.Text = _speed; };
this.Invoke(mi3);
MethodInvoker mi4 = delegate () { this.distance.Text = _distance; };
this.Invoke(mi4);
MethodInvoker mi5 = delegate () { this.power.Text = _power; };
this.Invoke(mi5);
MethodInvoker mi6 = delegate () { this.energy.Text = _energy; };
this.Invoke(mi6);
InsertTime(_time);
MethodInvoker mi8 = delegate () { this.actualpower.Text = _actualPower; };
this.Invoke(mi8);
//Parse all strings to int
int I_pulse = Int32.Parse(_pulse);
int I_rpm = Int32.Parse(_rpm);
int I_speed = Int32.Parse(_speed);
int I_distance = Int32.Parse(_distance);
int I_power = Int32.Parse(_power);
int I_energy = Int32.Parse(_energy);
int I_actualPower = Int32.Parse(_actualPower);
//Fill Values tuple list
Values.Add(new Tuple<int, int, int, int, int, int, int>(I_pulse, I_rpm, I_speed, I_distance, I_power, I_energy, I_actualPower));
//time
TimeSpan ts = TimeSpan.Parse(_time);
int I_sec = ts.Seconds;
//Create and send measurement packet
PacketMeasurement measurement = new PacketMeasurement(_pulse, _rpm, _speed, _distance, _power,
_energy, _time, _actualPower);
this.serverConnection.WritePacket(measurement);
//Adding coördinates to chart
MethodInvoker miP = delegate () { this.Grafiek.Series["Pulse"].Points.AddXY(I_sec, I_pulse); };
this.Invoke(miP);
MethodInvoker miR = delegate () { this.Grafiek.Series["Rpm"].Points.AddXY(I_sec, I_rpm); };
this.Invoke(miR);
MethodInvoker miS = delegate () { this.Grafiek.Series["Speed"].Points.AddXY(I_sec, I_speed); };
this.Invoke(miS);
MethodInvoker miD = delegate () { this.Grafiek.Series["Distance"].Points.AddXY(I_sec, I_distance); };
this.Invoke(miD);
MethodInvoker miPo = delegate () { this.Grafiek.Series["Power"].Points.AddXY(I_sec, I_power); };
this.Invoke(miPo);
MethodInvoker miE = delegate () { this.Grafiek.Series["Energy"].Points.AddXY(I_sec, I_energy); };
this.Invoke(miE);
MethodInvoker miAP = delegate () { this.Grafiek.Series["ActualPower"].Points.AddXY(I_sec, I_actualPower); };
this.Invoke(miAP);
//Wait 1 second
Thread.Sleep(1000);
}
}
}
private void UpdateGui()
{
while (updateGui_Flag)
{
if (reader.parts[7] != null)
{
Console.WriteLine("reader size: " + reader.parts.Length);
//read all parts
string _pulse = reader.parts[0];
string _rpm = reader.parts[1];
string _speed = reader.parts[2];
string _distance = reader.parts[3];
string _power = reader.parts[4];
string _energy = reader.parts[5];
string _time = reader.parts[6];
string _actualPower = reader.parts[7];
//Update textboxes
MethodInvoker mi1 = delegate() { this.pulse.Text = _pulse; };
this.Invoke(mi1);
MethodInvoker mi2 = delegate() { this.rpm.Text = _rpm; };
this.Invoke(mi2);
MethodInvoker mi3 = delegate() { this.speed.Text = _speed; };
this.Invoke(mi3);
MethodInvoker mi4 = delegate() { this.distance.Text = _distance; };
this.Invoke(mi4);
MethodInvoker mi5 = delegate() { this.power.Text = _power; };
this.Invoke(mi5);
MethodInvoker mi6 = delegate() { this.energy.Text = _energy; };
this.Invoke(mi6);
InsertTime(_time);
MethodInvoker mi8 = delegate() { this.actualpower.Text = _actualPower; };
this.Invoke(mi8);
//Parse all strings to int
int I_pulse = Int32.Parse(_pulse);
int I_rpm = Int32.Parse(_rpm);
int I_speed = Int32.Parse(_speed);
int I_distance = Int32.Parse(_distance);
int I_power = Int32.Parse(_power);
int I_energy = Int32.Parse(_energy);
int I_actualPower = Int32.Parse(_actualPower);
//Fill Values tuple list
Values.Add(new Tuple <int, int, int, int, int, int, int>(I_pulse, I_rpm, I_speed, I_distance, I_power, I_energy, I_actualPower));
//time
TimeSpan ts = TimeSpan.Parse(_time);
int I_sec = ts.Seconds;
//Create and send measurement packet
PacketMeasurement measurement = new PacketMeasurement(_pulse, _rpm, _speed, _distance, _power,
_energy, _time, _actualPower);
this.serverConnection.WritePacket(measurement);
//Adding coördinates to chart
MethodInvoker miP = delegate() { this.Grafiek.Series["Pulse"].Points.AddXY(I_sec, I_pulse); };
this.Invoke(miP);
MethodInvoker miR = delegate() { this.Grafiek.Series["Rpm"].Points.AddXY(I_sec, I_rpm); };
this.Invoke(miR);
MethodInvoker miS = delegate() { this.Grafiek.Series["Speed"].Points.AddXY(I_sec, I_speed); };
this.Invoke(miS);
MethodInvoker miD = delegate() { this.Grafiek.Series["Distance"].Points.AddXY(I_sec, I_distance); };
this.Invoke(miD);
MethodInvoker miPo = delegate() { this.Grafiek.Series["Power"].Points.AddXY(I_sec, I_power); };
this.Invoke(miPo);
MethodInvoker miE = delegate() { this.Grafiek.Series["Energy"].Points.AddXY(I_sec, I_energy); };
this.Invoke(miE);
MethodInvoker miAP = delegate() { this.Grafiek.Series["ActualPower"].Points.AddXY(I_sec, I_actualPower); };
this.Invoke(miAP);
//Wait 1 second
Thread.Sleep(1000);
}
}
}
public abstract void sendMeasurement(PacketMeasurement measurement);
public override void sendMeasurement(PacketMeasurement pack)
{
sendPacket(pack);
}
