public static DeviceProperty CreateFrom(JObject inputNode)
{
var deviceProperty = new DeviceProperty
{
ID = inputNode.Value <int>("id"),
Name = inputNode.Value <string>("name"),
Type = StringToDataTypeMap.Value[inputNode.Value <string>("type")]
};
string accessString = inputNode.Value <string>("access");
deviceProperty.Access = AccessMode.None;
if (accessString.Contains("r"))
{
deviceProperty.Access |= AccessMode.CanRead;
}
if (accessString.Contains("rw"))
{
deviceProperty.Access |= AccessMode.CanWrite;
}
return(deviceProperty);
}
public static IDeviceMember ParseMember(DeviceObject parentObject, JObject inputNode)
{
switch (inputNode.Value <string>("type"))
{
case "object":
return(DeviceObject.CreateFrom(parentObject, inputNode));
case "function":
return(DeviceFunction.CreateFrom(inputNode));
default:
return(DeviceProperty.CreateFrom(inputNode));
}
}
public static DeviceFunction CreateFrom(int id, string name, JArray argumentNodes, JArray inputNodes, JArray outputNodes)
{
var deviceFunction = new DeviceFunction
{
ID = id,
Name = name,
Type = DataType.Function
};
var arguments = new List <DeviceProperty>();
var inputs = new List <DeviceProperty>();
var outputs = new List <DeviceProperty>();
if (argumentNodes != null)
{
foreach (dynamic node in argumentNodes)
{
arguments.Add(DeviceProperty.CreateFrom(node));
}
}
if (inputNodes != null)
{
foreach (dynamic node in inputNodes)
{
inputs.Add(DeviceProperty.CreateFrom(node));
}
}
if (outputNodes != null)
{
foreach (dynamic node in outputNodes)
{
outputs.Add(DeviceProperty.CreateFrom(node));
}
}
deviceFunction.Arguments = arguments;
deviceFunction.Inputs = inputs;
deviceFunction.Outputs = outputs;
return(deviceFunction);
}