public static void NodeReturnsDirectiveNameWhenPositionIsWithinDirectiveName()
{
var node = new DirectiveName(42, string.Empty);
var builder = new TemplateCompletionBuilder(42);
builder.Visit(node);
Assert.Same(node, builder.Node);
}
protected internal override void VisitDirectiveName(DirectiveName node)
{
base.VisitDirectiveName(node);
if (node.Span.Start <= this.position && this.position <= node.Span.End)
{
this.Completions = DirectiveDescriptor.GetBuiltInDirectives()
.Where(descriptor => !string.IsNullOrEmpty(descriptor.DisplayName)) // Skip custom directives
.Select(CreateDirectiveCompletion)
.ToList();
this.Node = node;
}
}
private Object HandleGetTargetTemperatureRequest(
DirectiveName responseName,
AlexaThermostat device
)
{
TemperatureMode mode = new TemperatureMode()
{
Value = device.mode.ToString(),
};
GetTargetTemperatureResponsePayload payload;
if (device.mode == ThermostatMode.OFF)
{
payload = new GetTargetTemperatureResponsePayload()
{
TemperatureMode = mode
};
}
else
{
payload = new GetTargetTemperatureResponsePayload()
{
TargetTemperature = new TargetTemperature()
{
Value = device.targetTemperatureC,
},
TemperatureMode = mode
};
}
return(new Response()
{
Header = new Header()
{
Namespace = "Alexa.ConnectedHome.Query",
Name = responseName,
PayloadVersion = "2",
MessageID = Guid.NewGuid(),
},
Payload = payload,
});
}
private Object HandleGetTemperatureReadingRequest(
DirectiveName responseName,
AlexaThermostat device
)
{
return(new Response()
{
Header = new Header()
{
Namespace = "Alexa.ConnectedHome.Query",
Name = responseName,
PayloadVersion = "2",
MessageID = Guid.NewGuid(),
},
Payload = new GetTemperatureReadingResponsePayload()
{
TemperatureReading = new TargetTemperature()
{
Value = device.currentTemperatureC,
}
},
});
}
private Object HandleTemperatureChangeRequest(
DirectiveName responseName,
AlexaThermostat device,
double setTempC
)
{
if (device.mode == ThermostatMode.OFF)
{
return(new Response()
{
Header = new Header()
{
Namespace = "Alexa.ConnectedHome.Control",
Name = DirectiveName.UnwillingToSetValueError,
PayloadVersion = "2",
MessageID = Guid.NewGuid(),
},
Payload = new UnwillingToSetValueErrorPayload()
{
ErrorInfo = new ErrorInfo()
{
Code = "THERMOSTAT_IS_OFF",
Description = "Can't complete requested operation because the thermostat is off",
}
},
});
}
double setTempF = setTempC * 1.8 + 32.0;
ushort convertedTemp = Convert.ToUInt16(Math.Round(setTempF * 10.0, 0));
device.SetTemp(convertedTemp);
return(new Response()
{
Header = new Header()
{
Namespace = "Alexa.ConnectedHome.Control",
Name = responseName,
PayloadVersion = "2",
MessageID = Guid.NewGuid(),
},
Payload = new SetTargetTemperatureConfirmationPayload()
{
TargetTemperature = new TargetTemperature()
{
Value = setTempC,
},
TemperatureMode = new TemperatureMode()
{
Value = device.mode.ToString(),
},
PreviousState = new TargetTemperaturePreviousState()
{
TargetTemperature = new TargetTemperature()
{
Value = device.targetTemperatureC,
},
TemperatureMode = new TemperatureMode()
{
Value = device.mode.ToString(),
}
},
},
});
}
private Object HandleDeltaPercentageRequest(JObject request, string eventName, DirectiveName responseType)
{
DeltaPercentageRequestPayload payload =
JsonConvert.DeserializeObject <DeltaPercentageRequestPayload>(
request["payload"].ToString()
);
string DeviceID = payload.Appliance.ApplianceId;
double setPercent = payload.DeltaPercentage.Value;
ushort scaledPercent = Convert.ToUInt16(Math.Round(setPercent * 655.35, 0));
Appliance device = DeviceList.GetDevice(DeviceID);
ILevelable levelableDevice = device as ILevelable;
if (levelableDevice != null)
{
if (eventName == "raise")
{
levelableDevice.RaiseLevel(scaledPercent);
}
else if (eventName == "lower")
{
levelableDevice.LowerLevel(scaledPercent);
}
}
return(new Response()
{
Header = new Header()
{
Namespace = "Alexa.ConnectedHome.Control",
Name = responseType,
PayloadVersion = "2",
MessageID = Guid.NewGuid(),
},
Payload = new Dictionary <string, string> {
},
});
}
