public async Task TestGetEnergy()
{
using var dsApiClient = new DigitalstromDssClient(new MockHttpMessageHandler()
.AddAuthMock()
.AddEnergyMeteringMocks(1, 50)
.ToMockProvider());
var result = await dsApiClient.GetEnergy(new Dsuid("99999942f800000000000f0000deadbeef"), 1, 50);
Assert.Equal("consumption", result.Type);
Assert.Equal("W", result.Unit);
Assert.Equal(1, result.Resolution);
Assert.Equal(50, result.Values.Count);
Assert.Equal(2, result.Values[0].Count);
Assert.Equal(new DateTimeOffset(DateTime.UtcNow.AddSeconds(-50)).ToUnixTimeSeconds(), result.Values[0][0]);
Assert.Equal(89, result.Values[0][1]);
}
private async Task PollEnergyValues()
{
var fetchLastValues = (int)TimeSeriesSpan.Spacing.Spacing10Min;
var days = new TimeSeriesSpan(DateTime.Now.AddSeconds(-1 * fetchLastValues), TimeSeriesSpan.Spacing.Spacing1Sec, fetchLastValues).IncludedDates();
Dictionary <DateTime, TimeSeriesStreamCollection <Dsuid, int> >?timeseriesCollections = null;
try
{
timeseriesCollections = ReadHighResEnergyValuesFromDb(days);
foreach (var dsuid in Dsuids)
{
foreach (var timestampedValue in (await _dsClient.GetEnergy(dsuid, (int)TimeSeriesSpan.Spacing.Spacing1Sec, fetchLastValues)).TimeSeries)
{
foreach (var timeseries in timeseriesCollections.Select(x => x.Value[dsuid]))
{
timeseries[timestampedValue.Key.ToUniversalTime()] = (int)timestampedValue.Value;
}
}
}
SaveHighResEnergyValuesToDb(timeseriesCollections);
_dbContext.SaveChanges();
SaveMidResEnergyValuesToDb(timeseriesCollections);
_dbContext.SaveChanges();
SaveLowResEnergyValuesToDb(timeseriesCollections);
_dbContext.SaveChanges();
}
catch { throw; }
finally
{
if (timeseriesCollections != null)
{
foreach (var collection in timeseriesCollections)
{
collection.Value.Dispose();
}
}
}
}
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}"));
}
