public static Parameter Create(IParameterManager manager, Int16 id, RcpTypes.Datatype datatype, RcpTypes.Datatype elementType, int[] structure)
{
TypeDefinition typeDefinition, elementTypeDefinition;
switch (datatype)
{
case RcpTypes.Datatype.Array:
elementTypeDefinition = TypeDefinition.Create(elementType);
typeDefinition = elementTypeDefinition.CreateArray(structure ?? new int[1]);
break;
case RcpTypes.Datatype.List:
throw new NotImplementedException();
case RcpTypes.Datatype.Range:
elementTypeDefinition = TypeDefinition.Create(elementType);
typeDefinition = elementTypeDefinition.CreateRange();
break;
default:
typeDefinition = TypeDefinition.Create(datatype);
break;
}
return(typeDefinition.CreateParameter(id, manager));
}
public static bool HasElementType(RcpTypes.Datatype type)
{
switch (type)
{
case RcpTypes.Datatype.Array:
case RcpTypes.Datatype.List:
case RcpTypes.Datatype.Range:
return(true);
}
return(false);
}
public Parameter CreateRangeParameter(RcpTypes.Datatype elementType, string label = "", GroupParameter group = null)
{
var param = Parameter.Create(this, FIdCounter++, RcpTypes.Datatype.Range, elementType);
return(AddAndReturn(param, label, group));
}
public static Parameter Create(IParameterManager manager, Int16 id, RcpTypes.Datatype datatype, RcpTypes.Datatype elementType) => Create(manager, id, datatype, elementType, null);
public static Parameter Create(IParameterManager manager, Int16 id, RcpTypes.Datatype datatype) => Create(manager, id, datatype, 0);
public DefaultDefinition(RcpTypes.Datatype datatype, T @default) : base(datatype)
{
TypeDefault = FDefault = @default;
}
public TypeDefinition(RcpTypes.Datatype datatype)
{
Datatype = datatype;
}
public static TypeDefinition Create(RcpTypes.Datatype type)
{
switch (type)
{
case RcpTypes.Datatype.Customtype:
break;
case RcpTypes.Datatype.Boolean:
return(new BooleanDefinition());
case RcpTypes.Datatype.Int8:
return(new Integer8Definition());
case RcpTypes.Datatype.Uint8:
return(new UInteger8Definition());
case RcpTypes.Datatype.Int16:
return(new Integer16Definition());
case RcpTypes.Datatype.Uint16:
return(new UInteger16Definition());
case RcpTypes.Datatype.Int32:
return(new Integer32Definition());
case RcpTypes.Datatype.Uint32:
return(new UInteger32Definition());
case RcpTypes.Datatype.Int64:
return(new Integer64Definition());
case RcpTypes.Datatype.Uint64:
return(new UInteger64Definition());
case RcpTypes.Datatype.Float32:
return(new Float32Definition());
case RcpTypes.Datatype.Float64:
return(new Float64Definition());
case RcpTypes.Datatype.Vector2i32:
break;
case RcpTypes.Datatype.Vector2f32:
return(new Vector2f32Definition());
case RcpTypes.Datatype.Vector3i32:
break;
case RcpTypes.Datatype.Vector3f32:
return(new Vector3f32Definition());
case RcpTypes.Datatype.Vector4i32:
break;
case RcpTypes.Datatype.Vector4f32:
return(new Vector4f32Definition());
case RcpTypes.Datatype.String:
return(new StringDefinition());
case RcpTypes.Datatype.Rgb:
return(new RGBDefinition());
case RcpTypes.Datatype.Rgba:
return(new RGBADefinition());
case RcpTypes.Datatype.Enum:
return(new EnumDefinition());
case RcpTypes.Datatype.Array:
throw new ArgumentException(nameof(type), "Must not be an array.");
case RcpTypes.Datatype.List:
throw new ArgumentException(nameof(type), "Must not be a list.");
case RcpTypes.Datatype.Bang:
return(new BangDefinition());
case RcpTypes.Datatype.Group:
return(new GroupDefinition());
case RcpTypes.Datatype.Uri:
return(new UriDefinition());
case RcpTypes.Datatype.Image:
return(new ImageDefinition());
case RcpTypes.Datatype.Ipv4:
break;
case RcpTypes.Datatype.Ipv6:
break;
case RcpTypes.Datatype.Range:
throw new ArgumentException(nameof(type), "Must not be a range.");
default:
throw new NotImplementedException($"Unkown type {type}.");
}
throw new NotSupportedException($"{type} is not supported yet.");
}
