public async void Setup()
{
_logger = new Logger();
_errorStringBuilder = new StringBuilder();
if (!Debugger.IsAttached)
{
//Send an email at the start to check that we can
if (!Helpers.SendEmail(
Configuration.EmailFromAddress,
Configuration.EmailToAddress,
"Lightwave Daemon starting up",
"",
null,
out Exception ex))
{
MessageBox.Show("Failed to send start-up email. Daemon will exit.");
Application.Current.Shutdown();
}
}
// In order to connect to the Lightwave API you must provide a bearer ID and an initial refresh token. You can get these
// from https://my.lightwaverf.com > Settings > API. (The bearer ID is the long string labelled "Basic" for some reason.)
// During use of the API, further refresh tokens will be provided which will be handled for you automatically. If you stop
// being able to access the API at any point, however, you will have to request a new refresh token from the Lightwave site
// and provide it in this constructor.
_api = new LightwaveAPI("INSERT BEARER TOKEN HERE", "INSERT INITIAL REFRESH TOKEN HERE");
try
{
_devices = await _api.GetDevicesInFirstStructureAsync();
}
catch
{
MessageBox.Show("Failed to connect to Lightwave API. Daemon will exit.");
Application.Current.Shutdown();
}
//Check all device names in automations are known
foreach (DeviceName device in Configuration.DaemonAutomations.SelectMany(x => x.StateChanges).Select(x => x.DeviceName))
{
device.ToDevice(_devices);
}
_ = WaitForNextAutomation(true);
}
static async Task Main(string[] args)
{
// In order to connect to the Lightwave API you must provide a bearer ID and an initial refresh token. You can get these
// from https://my.lightwaverf.com > Settings > API. (The bearer ID is the long string labelled "Basic" for some reason.)
// During use of the API, further refresh tokens will be provided which will be handled for you automatically. If you stop
// being able to access the API at any point, however, you will have to request a new refresh token from the Lightwave site
// and provide it in this constructor.
LightwaveAPI api = new LightwaveAPI("INSERT BEARER TOKEN HERE", "INSERT INITIAL REFRESH TOKEN HERE");
// Get a list of devices present in the LinkPlus' first "structure". This is a helper method for if your LinkPlus ecosystem
// only has a single structure; if you have more than one, use <see cref="GetStructuresAsync"/> and <see cref="GetDevicesAsync(string)"/>
// instead. See https://linkpluspublicapi.docs.apiary.io/#introduction/structure for more details about Structures
Device[] devices = await api.GetDevicesInFirstStructureAsync();
// Output a list of all the devices along with their features and values
Console.WriteLine($"{devices.Count()} devices discovered:");
foreach (var discoveredDevice in devices)
{
Console.WriteLine($"\t{discoveredDevice.Name}");
await api.PopulateFeatureValuesAsync(discoveredDevice);
foreach (var deviceFeature in discoveredDevice.Features)
{
Console.WriteLine($"\t\t{deviceFeature}");
}
}
Console.WriteLine();
// Get a device by name
Device device = devices.First(x => x.Name == "INSERT DEVICE NAME HERE");
// Get the current value of the device's "switch" feature, i.e. whether it is currently switched on or off. This is done
// by getting the ID of the device's switch feature and then querying the value of that feature
string featureId = device.GetFeatureId("switch");
int featureValue = await api.GetFeatureValueAsync(featureId);
// For a lot of the feature types, however, there are helper properties that get the feature ID for you. The above query
// can therefore be simplified to just:
featureValue = await api.GetFeatureValueAsync(device.SwitchFeatureId);
// Note that for the older Connect devices, the LinkPlus may not know the current state if the last state change was not
// triggered by the app or the API, as Connect devices do not support 2-way communication. Therefore, if the device is
// currently switched on it may still return a value of 0
// Toggle this switch state
int toggledValue = 1 - featureValue;
// Set this as the new value for the device's switch feature, i.e. turn the device on or off
Console.WriteLine($"Changing switch state of {device.Name}...");
await api.SetFeatureValueAsync(device.SwitchFeatureId, toggledValue);
await Task.Delay(3000);
// Note for some features, there are also typed helper methods for getting and setting states
Console.WriteLine($"Changing one more time...");
bool on = await api.GetSwitchStateAsync(device);
await api.SetSwitchStateAsync(device, !on);
Console.WriteLine();
Console.WriteLine("Press enter to exit...");
Console.ReadLine();
}
public static async Task Run(this StateChange stateChange, Device[] devices, LightwaveAPI api)
{
Device device = stateChange.DeviceName.ToDevice(devices);
await api.SetSwitchStateAsync(device, stateChange.SwitchOn);
}
