//Get every sensor of a room
public JObject GetSensors(string roomName)
{
var sensors = _dbSensor.GetSensors(roomName);
var allSensors = new Sensors();
allSensors.RoomName = roomName;
allSensors.AddSensors(sensors);
return(_jsonEditor.SerilizeJObject(allSensors));
}
public static void Main(string[] args)
{
var aquaPicEnvironment = string.Empty;
var aquaPicSettings = string.Empty;
// Call the Gtk library hack because Windows sucks at everything
if (Utils.ExecutingOperatingSystem == Platform.Windows)
{
CheckWindowsGtk();
//Get the AquaPic directory environment
aquaPicEnvironment = Environment.GetEnvironmentVariable("AquaPic");
if (aquaPicEnvironment.IsEmpty())
{
var path = Path.GetDirectoryName(System.Reflection.Assembly.GetEntryAssembly().Location);
path = Path.Combine(path, "AquaPicEnvironment.txt");
if (File.Exists(path))
{
var lines = File.ReadAllLines(path);
aquaPicEnvironment = lines[0];
}
}
if (aquaPicEnvironment.IsNotEmpty())
{
var path = aquaPicEnvironment;
if (!Directory.Exists(path))
{
Console.WriteLine("Path to AquaPic directory environment is incorrect");
Console.WriteLine("Incorrect path was {0}", path);
aquaPicEnvironment = string.Empty;
}
}
if (aquaPicEnvironment.IsEmpty())
{
Console.WriteLine("Please edit the AquaPicEnvironment.txt file to point to the path of the AquaPicRuntime directory.");
Console.WriteLine("For example if the AquaPicRuntime directory is located at /home/user/AquaPicRuntimeProject/,");
Console.WriteLine("then add \"/home/user/AquaPicRuntimeProject/\" to the first line of the file.");
return;
}
}
else
{
aquaPicEnvironment = Environment.GetEnvironmentVariable("HOME");
aquaPicEnvironment = Path.Combine(aquaPicEnvironment, ".config");
aquaPicEnvironment = Path.Combine(aquaPicEnvironment, "AquaPic");
if (!Directory.Exists(aquaPicEnvironment))
{
Directory.CreateDirectory(aquaPicEnvironment);
Directory.CreateDirectory(Path.Combine(aquaPicEnvironment, "DataLogging"));
Directory.CreateDirectory(Path.Combine(aquaPicEnvironment, "Logs"));
Directory.CreateDirectory(Path.Combine(aquaPicEnvironment, "TestProcedures"));
}
}
if (args.Length > 0)
{
Console.WriteLine("Arguments {0}", args[0]);
if (args[0].Contains("-empty"))
{
aquaPicSettings = Path.Combine(aquaPicEnvironment, "Settings.Empty");
}
else if (args[0].Contains("-full"))
{
aquaPicSettings = Path.Combine(aquaPicEnvironment, "Settings.Full");
}
else
{
aquaPicSettings = Path.Combine(aquaPicEnvironment, "Settings");
}
}
else
{
aquaPicSettings = Path.Combine(aquaPicEnvironment, "Settings");
}
if (!Directory.Exists(aquaPicSettings))
{
Directory.CreateDirectory(aquaPicSettings);
}
//Setup
Utils.AquaPicEnvironment = aquaPicEnvironment;
Utils.AquaPicSettings = aquaPicSettings;
Application.Init();
Logger.Add("Executing operating system is {0}", Utils.GetDescription(Utils.ExecutingOperatingSystem));
#if DEBUG
try {
#endif
Driver.AddFromJson();
Sensors.AddSensors();
Devices.AddDevices();
Temperature.Init();
WaterLevel.Init();
AutoTopOff.Init();
#if DEBUG
}
catch (Exception ex) {
Logger.AddError(ex.ToString());
return;
}
#endif
#if DEBUG
Driver.AnalogInput.SetChannelMode("Right Overflow, Temperature Probe", Mode.Manual);
Driver.AnalogInput.SetChannelValue("Right Overflow, Temperature Probe", 2796.5);
Driver.AnalogInput.SetChannelMode("Left Overflow, Temperature Probe", Mode.Manual);
Driver.AnalogInput.SetChannelValue("Left Overflow, Temperature Probe", 2796.5);
Driver.AnalogInput.SetChannelMode("Sump, Temperature Probe", Mode.Manual);
Driver.AnalogInput.SetChannelValue("Sump, Temperature Probe", 2796.5);
Driver.AnalogInput.SetChannelMode("Salt Mixing, Temperature Probe", Mode.Manual);
Driver.AnalogInput.SetChannelValue("Salt Mixing, Temperature Probe", 2796.5);
Driver.AnalogInput.SetChannelMode("Return Chamber, Water Level Sensor", Mode.Manual);
Driver.AnalogInput.SetChannelValue("Return Chamber, Water Level Sensor", 1803);
Driver.AnalogInput.SetChannelMode("ATO Reservoir, Water Level Sensor", Mode.Manual);
Driver.AnalogInput.SetChannelValue("ATO Reservoir, Water Level Sensor", 3878);
Driver.AnalogInput.SetChannelMode("Salt Reservoir, Water Level Sensor", Mode.Manual);
Driver.AnalogInput.SetChannelValue("Salt Reservoir, Water Level Sensor", 2048);
Driver.DigitalInput.SetChannelMode("Sump High, Float Switch", Mode.Manual);
Driver.DigitalInput.SetChannelValue("Sump High, Float Switch", true);
Driver.DigitalInput.SetChannelMode("Sump Low, Float Switch", Mode.Manual);
Driver.DigitalInput.SetChannelValue("Sump Low, Float Switch", true);
Driver.DigitalInput.SetChannelMode("Sump ATO, Float Switch", Mode.Manual);
Driver.PhOrp.SetChannelMode("Sump, pH Probe", Mode.Manual);
Driver.PhOrp.SetChannelValue("Sump, pH Probe", 2282);
#endif
// Run the control
var win = AquaPicGui.CreateInstance();
win.Show();
Application.Run();
// Cleanup
if (AquaPicBus.isOpen)
{
AquaPicBus.Close();
}
#if DELETE_DATA_FILES
// For some reason this doesn't like to be in the destroyed event
var groups = Temperature.GetAllTemperatureGroupNames();
foreach (var group in groups)
{
var dataLogger = (DataLoggerIoImplementation)Temperature.GetTemperatureGroupDataLogger(group);
if (dataLogger != null)
{
dataLogger.DeleteAllLogFiles();
}
}
groups = WaterLevel.GetAllWaterLevelGroupNames();
foreach (var group in groups)
{
var dataLogger = (DataLoggerIoImplementation)WaterLevel.GetWaterLevelGroupDataLogger(group);
if (dataLogger != null)
{
dataLogger.DeleteAllLogFiles();
}
}
var phProbes = Sensors.PhProbes.GetAllGadgetNames();
foreach (var probe in phProbes)
{
var dataLogger = (DataLoggerIoImplementation)Sensors.PhProbes.GetPhProbeDataLogger(probe);
if (dataLogger != null)
{
dataLogger.DeleteAllLogFiles();
}
}
#endif
}