public async Task TestSceneCallOnModelChangePrefilledModel()
{
var mockHttp = new MockHttpMessageHandler();
mockHttp.AddInitialAndSubscribeMocks();
var callSceneRequest1 = mockHttp.AddCallSceneMock(zoneKitchen, Color.Yellow, SceneCommand.Preset1);
var callSceneRequest2 = mockHttp.AddCallSceneMock(zoneKitchen, Color.Black, SceneCommand.DeepOff);
var model = new ApartmentState();
model[zoneKitchen, Color.Yellow].Value = SceneCommand.Preset0;
model[zoneKitchen, Color.Black].Value = SceneCommand.Preset0;
using (var dssClient = new DigitalstromDssClient(mockHttp.AddAuthMock().ToMockProvider()))
using (var subscriber = new DssEventSubscriber(dssClient, new List <SystemEventName>()
{
SystemEvent.CallScene
}, 42))
using (var aggregator = new TwinChangeAggregator(model))
{
aggregator.SceneChangedInternal += (s, e) => dssClient.CallScene(e.Zone, e.Group, e.Scene).Wait();
Assert.Equal(0, mockHttp.GetMatchCount(callSceneRequest1));
Assert.Equal(0, mockHttp.GetMatchCount(callSceneRequest2));
await mockHttp.WaitForCallSceneAsync(callSceneRequest1, () =>
{
model[zoneKitchen, Color.Yellow].Value = SceneCommand.Preset1;
});
Assert.Equal(1, mockHttp.GetMatchCount(callSceneRequest1));
Assert.Equal(0, mockHttp.GetMatchCount(callSceneRequest2));
// even setting the same value again should result in a scene call
await mockHttp.WaitForCallSceneAsync(callSceneRequest1, () =>
{
model[zoneKitchen, Color.Yellow].Value = SceneCommand.Preset1;
});
Assert.Equal(2, mockHttp.GetMatchCount(callSceneRequest1));
Assert.Equal(0, mockHttp.GetMatchCount(callSceneRequest2));
await mockHttp.WaitForCallSceneAsync(callSceneRequest2, () =>
{
model[zoneKitchen, Color.Black].Value = SceneCommand.DeepOff;
});
Assert.Equal(2, mockHttp.GetMatchCount(callSceneRequest1));
Assert.Equal(1, mockHttp.GetMatchCount(callSceneRequest2));
}
}
public async Task TestCallScene()
{
var mockHttp = new MockHttpMessageHandler();
mockHttp.When($"{MockDigitalstromConnection.BaseUri}/json/zone/callScene")
.WithExactQueryString($"id=32027&groupID=1&sceneNumber=5&force=true&token={MockDigitalstromConnection.AppToken}")
.Respond("application/json", @"{
""ok"": true
}");
using var dsApiClient = new DigitalstromDssClient(mockHttp.AddAuthMock().ToMockProvider());
await dsApiClient.CallScene(zoneKitchen, Color.Yellow, SceneCommand.Preset1, true);
}
public async Task GenerateUnitTestRequestUris()
{
var mockHttp = new MockDigitalstromConnection.TestGenerationHttpMessageHandler();
using var dsApiClient = new DigitalstromDssClient(mockHttp.AddAuthMock().ToTestGenerationProvider());
var UriForMethodName = new Dictionary <string, string>();
try { await dsApiClient.GetSensorValues(); } catch { }
UriForMethodName.Add("GetSensorValues", mockHttp.LastCalledUri);
try { await dsApiClient.GetStructure(); } catch { }
UriForMethodName.Add("GetStructure", mockHttp.LastCalledUri);
try { await dsApiClient.GetTemperatureControlStatus(); } catch { }
UriForMethodName.Add("GetTemperatureControlStatus", mockHttp.LastCalledUri);
try { await dsApiClient.GetTemperatureControlValues(); } catch { }
UriForMethodName.Add("GetTemperatureControlValues", mockHttp.LastCalledUri);
try { await dsApiClient.GetTemperatureControlConfig(); } catch { }
UriForMethodName.Add("GetTemperatureControlConfig", mockHttp.LastCalledUri);
try { await dsApiClient.SetTemperatureControlValues(zoneKitchen, null, null, 22); } catch { }
UriForMethodName.Add("SetTemperatureControlValues", mockHttp.LastCalledUri);
try { await dsApiClient.CallScene(zoneKitchen, Color.Yellow, SceneCommand.Preset1, true); } catch { }
UriForMethodName.Add("CallScene", mockHttp.LastCalledUri);
try { await dsApiClient.GetReachableScenes(zoneKitchen, Color.Yellow); } catch { }
UriForMethodName.Add("GetReachableScenes", mockHttp.LastCalledUri);
try { await dsApiClient.GetLastCalledScene(zoneKitchen, Color.Yellow); } catch { }
UriForMethodName.Add("GetLastCalledScene", mockHttp.LastCalledUri);
try { await dsApiClient.GetZonesAndLastCalledScenes(); } catch { }
UriForMethodName.Add("GetZonesAndLastCalledScenes", mockHttp.LastCalledUri);
try { await dsApiClient.GetDevicesAndOutputChannelTypes(); } catch { }
UriForMethodName.Add("GetDevicesAndOutputChannelTypes", mockHttp.LastCalledUri);
try { await dsApiClient.GetDevicesAndLastOutputValues(); } catch { }
UriForMethodName.Add("GetDevicesAndLastOutputValues", mockHttp.LastCalledUri);
try { await dsApiClient.GetZonesAndSensorValues(); } catch { }
UriForMethodName.Add("GetZonesAndSensorValues", mockHttp.LastCalledUri);
try { await dsApiClient.GetMeteringCircuits(); } catch { }
UriForMethodName.Add("GetMeteringCircuits", mockHttp.LastCalledUri);
try { await dsApiClient.GetCircuitZones(); } catch { }
UriForMethodName.Add("GetCircuitZones", mockHttp.LastCalledUri);
try { await dsApiClient.GetTotalEnergy(1, 600); } catch { }
UriForMethodName.Add("GetTotalEnergy", mockHttp.LastCalledUri);
try { await dsApiClient.GetEnergy(new Dsuid("99999942f800000000000f0000deadbeef"), 1, 600); } catch { }
UriForMethodName.Add("GetEnergy", mockHttp.LastCalledUri);
try { await dsApiClient.Subscribe((SystemEventName)SystemEvent.CallScene, 42); } catch { }
UriForMethodName.Add("Subscribe", mockHttp.LastCalledUri);
try { await dsApiClient.Unsubscribe((SystemEventName)SystemEvent.CallScene, 42); } catch { }
UriForMethodName.Add("Unsubscribe", mockHttp.LastCalledUri);
try { await dsApiClient.PollForEvents(42, 60000); } catch { }
UriForMethodName.Add("PollForEvents", mockHttp.LastCalledUri);
try
{
await dsApiClient.RaiseEvent((SystemEventName)SystemEvent.CallScene,
new List <KeyValuePair <string, string> >() { new KeyValuePair <string, string>("mykey", "myval") });
}
catch { }
UriForMethodName.Add("RaiseEvent", mockHttp.LastCalledUri);
var allUris = string.Join("\n", UriForMethodName.Select(x => $"{x.Key}: {x.Value}"));
}