protected override void Execute_HomeAutomationDefinition(HomeAutomationCommandContext context)
{
var interpreter = context.Interpreter;
var networks = context.Networks;
var streamStore = context.StreamStore;
var ip = context.ReadParameter("IP").Value;
var appDataRepository = new AppDataRepository(streamStore);
var appData = appDataRepository.Load();
if (string.IsNullOrEmpty(ip))
{
interpreter.WriteEvent("Searching for Hue bridge...");
ip = FindIp();
interpreter.WriteEvent("Found " + ip);
}
var networkContext = new HomeAutomationNetworkContext(context.Engine, context.ThreadPool);
var network = new Q42HueNetwork(networkContext, ip, appData, () => interpreter.WriteEvent("Press the link button on the Hue bridge."));
networks.Add(network);
appDataRepository.Save(appData);
interpreter.WriteEvent("Done.");
}
protected override void Execute_HomeAutomationNetworkDefinition(HomeAutomationCommandContext context)
{
var interpreter = context.Interpreter;
var network = context.Network as WeMoNetwork;
var ip = context.ReadParameter("IP").Value;
network.Connect(ip);
}
protected override void Execute_HomeAutomationNetworkDefinition(HomeAutomationCommandContext context)
{
var interpreter = context.Interpreter;
var network = context.Network;
var poll = context.ReadParameter("Poll").ToBoolean();
//TODO: list all devices on all networks.
//TODO: add type
const string addressLabel = "Address";
const string typeLabel = "Type";
const string connectedLabel = "Connected";
const string statusLabel = "Status";
var addressLength = addressLabel.Length;
var typeLength = typeLabel.Length;
var connectedLength = connectedLabel.Length;
var statusLength = statusLabel.Length;
foreach (var device in network.Devices)
{
addressLength = Math.Max(addressLength, device.BuildVirtualAddress(false, false).Length);
typeLength = Math.Max(typeLength, device.Type.Name.Length);
statusLength = Math.Max(statusLength, device.Describe().Length);
}
var tableBuilder = new TextTable(new[] { addressLength, typeLength, connectedLength, statusLength });
interpreter.WriteEvent(tableBuilder.StartOfTable(addressLabel, typeLabel, connectedLabel, statusLabel));
foreach (var device in network.Devices)
{
var address = device.BuildVirtualAddress(false, false);
if (poll)
{
try
{
device.Poll();
}
catch
{ }
}
var status = device.Describe();
var connected = (device.IsConnected == true)?"Yes":" - ";
interpreter.WriteEvent(tableBuilder.ContentLine(address, device.Type, connected, status));
}
interpreter.WriteEvent(tableBuilder.EndOfTable());
}
protected override void Execute_HomeAutomationNetworkDefinition(HomeAutomationCommandContext context)
{
var interpreter = context.Interpreter;
var network = context.Network;
var poll = context.ReadParameter("Poll").ToBoolean();
//TODO: list all devices on all networks.
//TODO: add type
const string addressLabel = "Address";
const string typeLabel = "Type";
const string connectedLabel = "Connected";
const string statusLabel = "Status";
var addressLength = addressLabel.Length;
var typeLength = typeLabel.Length;
var connectedLength = connectedLabel.Length;
var statusLength = statusLabel.Length;
foreach (var device in network.Devices)
{
addressLength = Math.Max(addressLength, device.BuildVirtualAddress(false, false).Length);
typeLength = Math.Max(typeLength, device.Type.Name.Length);
statusLength = Math.Max(statusLength, device.Describe().Length);
}
var tableBuilder = new TextTable(new[] { addressLength, typeLength, connectedLength, statusLength });
interpreter.WriteEvent(tableBuilder.StartOfTable(addressLabel, typeLabel, connectedLabel, statusLabel));
foreach (var device in network.Devices)
{
var address = device.BuildVirtualAddress(false, false);
if (poll)
{
try
{
device.Poll();
}
catch
{ }
}
var status = device.Describe();
var connected = (device.IsConnected == true)?"Yes":" - ";
interpreter.WriteEvent(tableBuilder.ContentLine(address, device.Type, connected, status));
}
interpreter.WriteEvent(tableBuilder.EndOfTable());
}
protected override void Execute_HomeAutomationNetworkDefinition(HomeAutomationCommandContext context)
{
var interpreter = context.Interpreter;
var network = context.Network as OpenZWaveNetwork;
var returnRoute = context.ReadParameter(ReturnRouteKey).ToBoolean();
interpreter.WriteEvent("Optimizing " + network);
network.OptimizePaths(returnRoute);
interpreter.WriteEvent("Done");
}
protected override void Execute_HomeAutomationDefinition(HomeAutomationCommandContext context)
{
var interpreter = context.Interpreter;
var networks = context.Networks;
var address = context.ReadParameter("Address").Value;
interpreter.WriteEvent("Searching for PiEngineering devices");
var network = new PiEngineeringNetwork(new HomeAutomationNetworkContext(context.Engine, context.ThreadPool), address);
networks.Add(network);
interpreter.WriteEvent("Done.");
}
protected override void Execute_HomeAutomationDefinition(HomeAutomationCommandContext context)
{
var interpreter = context.Interpreter;
var networks = context.Networks;
var port = context.ReadParameter("Port").Value;
if (port.StartsWith("COM", StringComparison.InvariantCultureIgnoreCase))
{
port = @"\\.\" + port;
}
interpreter.WriteEvent("Searching for Z-Wave network adapater at " + port + "...");
var network = new OpenZWaveNetwork(new HomeAutomationNetworkContext(context.Engine, context.ThreadPool), port);
networks.Add(network);
interpreter.WriteEvent("Done.");
}