private static void client_Received(Client sender, byte[] rawData)
{
// Backup demo option:
// createPacketDemo(sender, rawData);
string decodedString = Encoding.UTF8.GetString(rawData);
ReturnPacket packet = DemoDeserializer.DeserializeJSON(decodedString);
for (int k = 0; k < packet.data.Length; k++)
{
ReturnSensor currentdata = packet.data[k];
// DateTime rdt = currentdata.ReadTime;
DateTime rdt = DateTime.Now;
// DateTime pdt = currentdata.PollTime;
DateTime pdt = DateTime.Now;
if (currentdata.Humidity != -1)
{
helper.InsertSensorData(1, 1, currentdata.Humidity.ToString(), rdt, pdt, 5);
Console.WriteLine("Inserted Humidity: " + currentdata.Humidity.ToString() + " polled at: " + rdt);
}
if (currentdata.Pressure != -1)
{
helper.InsertSensorData(1, 1, currentdata.Pressure.ToString(), rdt, pdt, 7);
Console.WriteLine("Inserted Pressure: " + currentdata.Pressure.ToString() + " polled at: " + rdt);
}
if (currentdata.Temperature != -1)
{
helper.InsertSensorData(1, 1, currentdata.Temperature.ToString(), rdt, pdt, 9);
Console.WriteLine(
"Inserted Temperature: " + currentdata.Temperature.ToString() + " polled at: " + rdt);
}
if (currentdata.EntityCount != -1)
{
helper.InsertSensorData(3, 1, currentdata.EntityCount.ToString(), rdt, pdt, 0);
Console.WriteLine(
"Inserted EntityCount: " + currentdata.Temperature.ToString() + " polled at: " + rdt);
}
if (packet.data[k].EntityPositions != null)
{
for (int h = 0; h < currentdata.EntityPositions.Length; h++)
{
Position currentposition = currentdata.EntityPositions[h];
if (currentposition.X != -1 && currentposition.Y != -1 && currentposition.Depth != -1)
{
string s_pos = currentposition.X.ToString() + "," + currentposition.Y.ToString() + ","
+ currentposition.Depth.ToString();
helper.InsertSensorData(3, 1, s_pos, rdt, pdt, 1);
Console.WriteLine("Inserted Position: " + s_pos + " polled at: " + rdt);
}
}
}
if (currentdata.AnalogLight != -1)
{
helper.InsertSensorData(1, 1, currentdata.AnalogLight.ToString(), rdt, pdt, 3);
Console.WriteLine("Inserted Light: " + currentdata.AnalogLight.ToString() + " polled at: " + rdt);
}
}
}
private static void l_SocketAccepted(Socket e)
{
Console.WriteLine("Connection established!");
Client client = new Client(e);
client.Received += client_Received;
client.Disconnected += client_Disconnected;
}
private static void client_Disconnected(Client sender)
{
}
private static void createPacketDemo(Client sender, byte[] rawData)
{
char[] delimiter = new[] { ',' };
string[] decodedData = Encoding.UTF8.GetString(rawData).Split(delimiter);
if (decodedData[1] != "0" && decodedData[1] != "0.0")
{
DateTime dt = DateTime.Now;
helper.InsertSensorData(1, 1, decodedData[1], dt, dt, 3);
// 3 for LightSensor (Note: humid: 5, pressure: 7, temp: 9)
Console.WriteLine(
"Message from {0}:\nAnalogLight: {1}\nPolled at: {2}\n", sender.ID, decodedData[1], dt);
}
else if ((decodedData[3] != "0" && decodedData[3] != "0.0")
|| (decodedData[4] != "0" && decodedData[4] != "0.0")
|| (decodedData[5] != "0" && decodedData[5] != "0.0"))
{
DateTime dt = DateTime.Now;
helper.InsertSensorData(1, 1, decodedData[3], dt, dt, 5);
helper.InsertSensorData(1, 1, decodedData[4], dt, dt, 7);
helper.InsertSensorData(1, 1, decodedData[5], dt, dt, 9);
Console.WriteLine(
"Message from {0}:\nHumidity: {2}\nPressure: {3}\nTemperature: {4}\nPolled at: {1}\n",
sender.ID,
dt,
decodedData[3],
decodedData[4],
decodedData[5]);
}
}