public async Task TestAuthSerialization()
{
var auth = new WeConnectAuth("*****@*****.**", "secretpassword");
var client = new WeConnectPortalClient(new MockCookieHttpMessageHandler()
.AddAuthMock()
.AddEmanager()
.ToMockProvider(auth));
await client.GetEManager();
Assert.Equal(ExpectedSessionToken, auth.AccessToken);
}
public async Task TestGetEManager()
{
var client = new WeConnectPortalClient(new MockCookieHttpMessageHandler()
.AddAuthMock()
.AddEmanager()
.ToMockProvider());
var result = await client.GetEManager();
Assert.Equal(100, result.Rbc.Status?.BatteryPercentage);
Assert.Equal("OFF", result.Rbc.Status?.ChargingState);
Assert.Equal("", result.Rbc.Status?.ChargingRemaningHour);
Assert.Equal("", result.Rbc.Status?.ChargingRemaningMinute);
Assert.Equal("INVALID", result.Rbc.Status?.ChargingReason);
Assert.Equal("CONNECTED", result.Rbc.Status?.PluginState);
Assert.Equal("LOCKED", result.Rbc.Status?.LockState);
Assert.Equal("AVAILABLE", result.Rbc.Status?.ExtPowerSupplyState);
Assert.Equal("7", result.Rbc.Status?.Range);
Assert.Equal(265, result.Rbc.Status?.ElectricRange);
Assert.Null(result.Rbc.Status?.CombustionRange);
Assert.Equal(265, result.Rbc.Status?.CombinedRange);
Assert.False(result.Rbc.Status?.RlzeUp);
Assert.Equal(16, result.Rbc.Settings?.ChargerMaxCurrent);
Assert.Equal(32, result.Rbc.Settings?.MaxAmpere);
Assert.False(result.Rbc.Settings?.MaxCurrentReduced);
Assert.Equal("OFF", result.Rpc.Status?.ClimatisationState);
Assert.Equal(30, result.Rpc.Status?.ClimatisationRemaningTime);
Assert.Null(result.Rpc.Status?.WindowHeatingStateFront);
Assert.Null(result.Rpc.Status?.WindowHeatingStateRear);
Assert.Null(result.Rpc.Status?.ClimatisationReason);
Assert.True(result.Rpc.Status?.WindowHeatingAvailable);
Assert.Equal("20.5", result.Rpc.Settings?.TargetTemperature);
Assert.True(result.Rpc.Settings?.ClimatisationWithoutHVPower);
Assert.True(result.Rpc.Settings?.Electric);
Assert.Equal("AVAILABLE", result.Rpc.ClimaterActionState);
Assert.False(result.Rpc.AuAvailable);
Assert.Equal(1, result.Rdt.Status?.Timers[0].TimerId);
Assert.Equal(1, result.Rdt.Status?.Timers[0].TimerProfileId);
Assert.Equal("NOT_EXPIRED", result.Rdt.Status?.Timers[0].TimerStatus);
Assert.Equal("IDLE", result.Rdt.Status?.Timers[0].TimerChargeScheduleStatus);
Assert.Equal("IDLE", result.Rdt.Status?.Timers[0].TimerClimateScheduleStatus);
Assert.Equal("28.04.2020", result.Rdt.Status?.Timers[0].TimerExpStatusTimestamp);
Assert.Equal("NOT_PROGRAMMED", result.Rdt.Status?.Timers[0].TimerProgrammedStatus);
Assert.Equal("28.04.2020", result.Rdt.Status?.Timers[0].StartDateActive);
Assert.Equal("12:00", result.Rdt.Status?.Timers[0].TimeRangeActive);
Assert.Equal(2, result.Rdt.Status?.Timers[0].Schedule.Type);
Assert.Equal(12, result.Rdt.Status?.Timers[0].Schedule.Start.Hours);
Assert.Equal(0, result.Rdt.Status?.Timers[0].Schedule.Start.Minutes);
Assert.Null(result.Rdt.Status?.Timers[0].Schedule.End.Hours);
Assert.Null(result.Rdt.Status?.Timers[0].Schedule.End.Minutes);
Assert.Null(result.Rdt.Status?.Timers[0].Schedule.Index);
Assert.Equal("Y", result.Rdt.Status?.Timers[0].Schedule.Daypicker[0]);
Assert.Equal("28.04.2020", result.Rdt.Status?.Timers[0].Schedule.StartDateActive);
Assert.Null(result.Rdt.Status?.Timers[0].Schedule.EndDateActive);
Assert.Equal(1, result.Rdt.Status?.Profiles[0].ProfileId);
Assert.Equal("Standard", result.Rdt.Status?.Profiles[0].ProfileName);
Assert.Equal("28.04.2020", result.Rdt.Status?.Profiles[0].TimeStamp);
Assert.True(result.Rdt.Status?.Profiles[0].Charging);
Assert.False(result.Rdt.Status?.Profiles[0].Climatisation);
Assert.Equal(100, result.Rdt.Status?.Profiles[0].TargetChargeLevel);
Assert.False(result.Rdt.Status?.Profiles[0].NightRateActive);
Assert.Equal("23:00", result.Rdt.Status?.Profiles[0].NightRateTimeStart);
Assert.Equal("23:00", result.Rdt.Status?.Profiles[0].NightRateTimeEnd);
Assert.Equal(16, result.Rdt.Status?.Profiles[0].ChargeMaxCurrent);
Assert.Equal("ELECTRIC", result.Rdt.Status?.Profiles[0].HeaterSource);
Assert.Equal(30, result.Rdt.Settings?.MinChargeLimit);
Assert.Equal(100, result.Rdt.Settings?.LowerLimitMax);
Assert.False(result.Rdt.AuxHeatingAllowed);
Assert.False(result.Rdt.AuxHeatingEnabled);
Assert.False(result.ActionPending);
Assert.True(result.RdtAvailable);
}
