public void Init()
{
_bassin = new Model.Bassin();
_hall = new Model.Hall();
_silo = new Model.Silo();
_sensor = new Model.Sensor();
_sensorData = new Model.SensorData();
_trigger = new Model.Trigger();
_warning = new Model.Warning();
_hall.Name = "Test";
}
public void SaveSensorData(Model.SensorData record)
{
using (Ringsted1Entities111 context = new Ringsted1Entities111())
{
SensorData query = (from o in context.SensorDatas
where o.SensorID == record.SensorID
select o).FirstOrDefault();
if (query != null)
{
SensorData sensorDataE = new SensorData();
sensorDataE.SensorID = record.SensorID;
sensorDataE.AmbientTemperature = record.AmbientTemperature;
sensorDataE.WaterLevel = record.WaterLevel;
sensorDataE.WindSpeed = record.WindSpeed;
sensorDataE.WaterTemperature = record.WaterTemperature;
context.SensorDatas.Add(sensorDataE);
try
{
context.SaveChanges();
}
catch (Exception ex)
{
LoggerSingleton.Instance.Log("An exception occurred when attempting to save sensordata to the database: ", ex);
}
}
else
{
// test code - remember to remove this
SensorData sensorDataE = new SensorData();
sensorDataE.SensorID = record.SensorID;
sensorDataE.AmbientTemperature = record.AmbientTemperature;
sensorDataE.WaterLevel = record.WaterLevel;
sensorDataE.WindSpeed = record.WindSpeed;
sensorDataE.WaterTemperature = record.WaterTemperature;
context.SensorDatas.Add(sensorDataE);
try
{
context.SaveChanges();
}
catch (Exception ex)
{
LoggerSingleton.Instance.Log("An exception occurred when attempting to save sensordata to the database: ", ex);
}
}
}
}
public void GetRequest(string text, Socket current, Model.SensorData record)
{
// if the text contains these characters, the sensor on the device not attached, ignore it.
if (!text.Contains("-999"))
{
// check if the string contains an ip address
if (text.StartsWith(new string[] { "192", "10", "127", "172" }))
{
CommunicationAgentSingleton.Instance.SendFeed(text, current);
}
string id = text.Substring(0, 1);
string seperator = text.Substring(1, 1);
string temp = text.Substring(2, 2);
byte tempInBytes = byte.Parse(temp);
int idToInt = int.Parse(id);
record.AmbientTemperature = tempInBytes;
record.SensorID = idToInt;
}
LoggerSingleton.Instance.Log("Text received: " + text);
DALManagerSingleton.Instance.SaveSensorData(record);
}
public void Init()
{
_sensorData = new Model.SensorData();
SocketServerSingleton.Instance.SetupServer();
}
