public static DeviceObject CreateFrom(DeviceObject parent, string name, JObject inputNode)
{
int?id = inputNode.Value <int?>("id");
var members = inputNode.Value <JArray>("members");
return(CreateFrom(parent, id, name, members));
}
public static DeviceObject CreateFrom(DeviceObject parent, int?id, string name, JArray inputNodes)
{
var deviceObject = new DeviceObject
{
Parent = parent,
ID = id,
Name = name,
Type = DataType.Object
};
var memberList = new List <IDeviceMember>();
foreach (dynamic node in inputNodes)
{
// Ignore the endpoint entry
if (string.IsNullOrEmpty(node.Value <string>("name")) && node.Value <int>("id") == 0)
{
continue;
}
// Ignore test entries
if (node.Value <string>("name") == "test_function" || node.Value <string>("name") == "test_property")
{
continue;
}
var deviceMember = DeviceSchemaParser.ParseMember(deviceObject, node);
memberList.Add(deviceMember);
}
deviceObject.Members = memberList;
return(deviceObject);
}
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 DeviceObject Parse(string rootObjectName, string jsonInput)
{
dynamic nodes = JArray.Parse(jsonInput);
return(DeviceObject.CreateFrom(null, null, rootObjectName, nodes));
}
public static DeviceObject CreateFrom(DeviceObject parent, JObject inputNode)
{
string name = inputNode.Value <string>("name");
return(CreateFrom(parent, name, inputNode));
}