public override void Initialize()
{
DefineOrUpdateSetting(new plugin_settings
{
name = "COMPORT",
friendly_name = "Com Port",
value = (4).ToString(),
value_data_type = (int)Data_Types.COMPORT,
description = "The COM port that your USB-UIRT is assigned to."
});
// The USB-UIRT device type
device_types usbuirtType = new device_types { name = "USBUIRT", friendly_name = "USB-UIRT", show_in_list = true };
usbuirtType.device_type_commands.Add(new device_type_commands {
name = "ADD",
friendly_name = "Add device",
arg_data_type = (int)Data_Types.NONE,
description = "Add a new infrared device."
});
DefineOrUpdateDeviceType(usbuirtType);
// An infrared device type
this.infraredType = new device_types { name = "INFRARED", friendly_name = "Infrared", show_in_list = true };
this.infraredType.device_type_commands.Add(new device_type_commands {
name = "LEARN",
friendly_name = "Learn Command",
arg_data_type = (int)Data_Types.NONE,
description = "Teaches the device a new command."
});
DefineOrUpdateDeviceType(this.infraredType);
}
public override void Initialize()
{
DefineOrUpdateSetting(new plugin_settings
{
name = "COMPORT",
friendly_name = "Com Port",
value = (3).ToString(),
value_data_type = (int)Data_Types.COMPORT,
description = "The COM port that your z-wave controller is assigned to."
});
//DefineOrUpdateSetting(new plugin_settings
//{
// name = "HID",
// friendly_name = "Use HID",
// value = false.ToString(),
// value_data_type = (int)Data_Types.BOOL,
// description = "Use HID rather than COM port. (use this for ControlThink Sticks)"
//});
DefineOrUpdateSetting(new plugin_settings
{
name = "POLLINT",
friendly_name = "Polling Interval",
value = (360).ToString(),
value_data_type = (int)Data_Types.INTEGER,
description = "The frequency in which devices are polled for level status on your network. Set high to avoid excessive network traffic. "
});
//Controller Type Devices
device_types controller_dt = new device_types { name = "CONTROLLER", friendly_name = "OpenZWave Controller", show_in_list = true };
controller_dt.device_type_commands.Add(new device_type_commands { name = "RESET", friendly_name = "Reset Controller", arg_data_type = (int)Data_Types.NONE, description = "Erases all Z-Wave network settings from your controller." });
controller_dt.device_type_commands.Add(new device_type_commands { name = "ADDDEVICE", friendly_name = "Add Device to Network", arg_data_type = (int)Data_Types.NONE, description = "Adds a ZWave Device to your network." });
controller_dt.device_type_commands.Add(new device_type_commands { name = "AddController", friendly_name = "Add Controller to Network", arg_data_type = (int)Data_Types.NONE, description = "Adds a ZWave Controller to your network." });
controller_dt.device_type_commands.Add(new device_type_commands { name = "CreateNewPrimary", friendly_name = "Create New Primary", arg_data_type = (int)Data_Types.NONE, description = "Puts the target controller into receive configuration mode." });
controller_dt.device_type_commands.Add(new device_type_commands { name = "ReceiveConfiguration", friendly_name = "Receive Configuration", arg_data_type = (int)Data_Types.NONE, description = "Receives the network configuration from another controller." });
controller_dt.device_type_commands.Add(new device_type_commands { name = "RemoveController", friendly_name = "Remove Controller", arg_data_type = (int)Data_Types.NONE, description = "Removes a Controller from your network." });
controller_dt.device_type_commands.Add(new device_type_commands { name = "RemoveDevice", friendly_name = "Remove Device", arg_data_type = (int)Data_Types.NONE, description = "Removes a Device from your network." });
controller_dt.device_type_commands.Add(new device_type_commands { name = "TransferPrimaryRole", friendly_name = "Transfer Primary Role", arg_data_type = (int)Data_Types.NONE, description = "Transfers the primary role\nto another controller." });
controller_dt.device_type_commands.Add(new device_type_commands { name = "HasNodeFailed", friendly_name = "Has Node Failed", arg_data_type = (int)Data_Types.NONE, description = "Tests whether a node has failed." });
controller_dt.device_type_commands.Add(new device_type_commands { name = "RemoveFailedNode", friendly_name = "Remove Failed Node", arg_data_type = (int)Data_Types.NONE, description = "Removes the failed node from the controller's list." });
controller_dt.device_type_commands.Add(new device_type_commands { name = "ReplaceFailedNode", friendly_name = "Replace Failed Node", arg_data_type = (int)Data_Types.NONE, description = "Tests the failed node." });
DefineOrUpdateDeviceType(controller_dt);
//Switch Type Devices
device_types switch_dt = new device_types { name = "SWITCH", friendly_name = "OpenZWave Binary", show_in_list = true };
switch_dt.device_type_commands.Add(new device_type_commands { name = "TURNON", friendly_name = "Turn On", arg_data_type = (int)Data_Types.NONE, description = "Activates a switch." });
switch_dt.device_type_commands.Add(new device_type_commands { name = "TURNOFF", friendly_name = "Turn Off", arg_data_type = (int)Data_Types.NONE, description = "Deactivates a switch." });
switch_dt.device_type_commands.Add(new device_type_commands { name = "MOMENTARY", friendly_name = "Turn On for X milliseconds", arg_data_type = (int)Data_Types.INTEGER, description = "Turns a device on for the specified number of milliseconds and then turns the device back off." });
DefineOrUpdateDeviceType(switch_dt);
//Dimmer Type Devices
device_types dimmer_dt = new device_types { name = "DIMMER", friendly_name = "OpenZWave Dimmer", show_in_list = true };
dimmer_dt.device_type_commands.Add(new device_type_commands { name = "TURNON", friendly_name = "Turn On", arg_data_type = (int)Data_Types.NONE, description = "Activates a dimmer." });
dimmer_dt.device_type_commands.Add(new device_type_commands { name = "TURNOFF", friendly_name = "Turn Off", arg_data_type = (int)Data_Types.NONE, description = "Deactivates a dimmer." });
device_type_commands dimmer_preset_cmd = new device_type_commands { name = "SETPRESETLEVEL", friendly_name = "Set Level", arg_data_type = (int)Data_Types.LIST, description = "Sets a dimmer to a preset level." };
dimmer_preset_cmd.device_type_command_options.Add(new device_type_command_options { option = "0%" } );
dimmer_preset_cmd.device_type_command_options.Add(new device_type_command_options { option = "20%" } );
dimmer_preset_cmd.device_type_command_options.Add(new device_type_command_options { option = "40%" } );
dimmer_preset_cmd.device_type_command_options.Add(new device_type_command_options { option = "60%" } );
dimmer_preset_cmd.device_type_command_options.Add(new device_type_command_options { option = "80%" } );
dimmer_preset_cmd.device_type_command_options.Add(new device_type_command_options { option = "100%" } );
dimmer_preset_cmd.device_type_command_options.Add(new device_type_command_options { option = "255" } );
dimmer_dt.device_type_commands.Add(dimmer_preset_cmd);
DefineOrUpdateDeviceType(dimmer_dt);
//Thermostat Type Devices
device_types thermo_dt = new device_types { name = "THERMOSTAT", friendly_name = "OpenZWave Thermostat", show_in_list = true };
thermo_dt.device_type_commands.Add(new device_type_commands { name = "SETENERGYMODE", friendly_name = "Set Energy Mode", arg_data_type = (int)Data_Types.NONE, description = "Set thermosat to Energy Mode." });
thermo_dt.device_type_commands.Add(new device_type_commands { name = "SETCONFORTMODE", friendly_name = "Set Confort Mode", arg_data_type = (int)Data_Types.NONE, description = "Set thermosat to Confort Mode. (Run)" });
DefineOrUpdateDeviceType(thermo_dt);
//Door Lock Type Devices
device_types lock_dt = new device_types { name = "DOORLOCK", friendly_name = "OpenZWave Doorlock", show_in_list = true };
DefineOrUpdateDeviceType(lock_dt);
//Sensors
device_types sensor_dt = new device_types { name = "SENSOR", friendly_name = "OpenZWave Sensor", show_in_list = true };
DefineOrUpdateDeviceType(sensor_dt);
device_propertys.DefineOrUpdateDeviceProperty(new device_propertys
{
name = "DEFAULONLEVEL",
friendly_name = "Level that an object is set to when using the on command.",
default_value = "99",
value_data_type = (int)Data_Types.BYTE
});
device_propertys.DefineOrUpdateDeviceProperty(new device_propertys
{
name = "ENABLEREPOLLONLEVELCHANGE",
friendly_name = "Repoll dimmers 5 seconds after a level change is received?",
default_value = true.ToString(),
value_data_type = (int)Data_Types.BOOL
});
//TODO: Make a new DeviceAPIProperty that is API specific for types of settings that applies OpenZWave Devices
////TEMP
//DefineDevice(new device { node_id = 1, device_type_id = GetDeviceType("DIMMER").id, friendly_name = "Test Device 1", last_heard_from = DateTime.Now});
//DefineDevice(new device { node_id = 2, device_type_id = GetDeviceType("DIMMER").id, friendly_name = "Test Device 2", last_heard_from = DateTime.Now });
//int i = 2;
//System.Timers.Timer t = new System.Timers.Timer();
//t.Interval = 5000;
//t.Elapsed += (sender, e) =>
//{
// i++;
// //zvsEntityControl.zvsContext.devices.FirstOrDefault(d => d.node_id == 1).last_heard_from = DateTime.Now;
// //zvsEntityControl.zvsContext.SaveChanges();
// DefineOrUpdateDeviceValue(new device_values
// {
// device_id = zvsEntityControl.zvsContext.devices.FirstOrDefault(d => d.node_id == 1).id,
// value_id = "1!",
// label_name = "Basic",
// genre = "Genre",
// index = "Index",
// type = "Type",
// commandClassId = "Coomand Class",
// value = (i % 2 == 0 ? "99" : "50")
// });
// //DefineDevice(new device { node_id = i, device_type_id = GetDeviceType("DIMMER").id, friendly_name = "Test Device " + i, last_heard_from = DateTime.Now });
//};
//t.Enabled = true;
}
/// <summary>
/// Deprecated Method for adding a new object to the device_types EntitySet. Consider using the .Add method of the associated ObjectSet<T> property instead.
/// </summary>
public void AddTodevice_types(device_types device_types)
{
base.AddObject("device_types", device_types);
}
public void DefineOrUpdateDeviceType(device_types dt)
{
using (zvsEntities2 db = new zvsEntities2(zvsEntityControl.GetzvsConnectionString))
{
plugin pl = db.plugins.FirstOrDefault(p => p.name == this._name);
if (pl != null)
{
//Does device type exist?
device_types existing_dt = pl.device_types.FirstOrDefault(d => d.name == dt.name);
if (existing_dt == null)
{
pl.device_types.Add(dt);
}
else
{
existing_dt.friendly_name = dt.friendly_name;
existing_dt.show_in_list = dt.show_in_list;
foreach (device_type_commands dtc in dt.device_type_commands)
{
device_type_commands exsisting_dtc = existing_dt.device_type_commands.FirstOrDefault(d => d.name == dtc.name);
if (exsisting_dtc == null)
{
existing_dt.device_type_commands.Add(dtc);
}
else
{
exsisting_dtc.friendly_name = dtc.friendly_name;
exsisting_dtc.help = dtc.help;
exsisting_dtc.custom_data2 = dtc.custom_data2;
exsisting_dtc.custom_data1 = dtc.custom_data1;
exsisting_dtc.arg_data_type = dtc.arg_data_type;
exsisting_dtc.description = dtc.description;
foreach (var option in db.device_type_command_options.Where(o => o.device_type_command_id == exsisting_dtc.id).ToArray())
{
db.DeleteObject(option);
}
foreach (device_type_command_options dtco in dtc.device_type_command_options)
exsisting_dtc.device_type_command_options.Add(new device_type_command_options { option = dtco.option });
}
}
}
db.SaveChanges();
}
}
}
/// <summary>
/// Create a new device_types object.
/// </summary>
/// <param name="id">Initial value of the id property.</param>
/// <param name="plugin_id">Initial value of the plugin_id property.</param>
/// <param name="name">Initial value of the name property.</param>
/// <param name="show_in_list">Initial value of the show_in_list property.</param>
public static device_types Createdevice_types(global::System.Int64 id, global::System.Int64 plugin_id, global::System.String name, global::System.Boolean show_in_list)
{
device_types device_types = new device_types();
device_types.id = id;
device_types.plugin_id = plugin_id;
device_types.name = name;
device_types.show_in_list = show_in_list;
return device_types;
}