public virtual CodeWriter Write(Schema.Type type, Value value)
{
if (!value.IsValid())
{
return(Write("null"));
}
switch (value.Union)
{
case Value.Unions.@bool: return(Write(value.@bool));
case Value.Unions.float32: return(Write(value.float32));
case Value.Unions.float64: return(Write(value.float64));
case Value.Unions.int8: return(Write(value.int8));
case Value.Unions.uint8: return(Write(value.uint8));
case Value.Unions.int16: return(Write(value.int16));
case Value.Unions.uint16: return(Write(value.uint16));
case Value.Unions.int32: return(Write(value.int32));
case Value.Unions.uint32: return(Write(value.uint32));
case Value.Unions.int64: return(Write(value.int64));
case Value.Unions.uint64: return(Write(value.uint64));
case Value.Unions.text: return(WriteLiteral(value.text.ToString()));
case Value.Unions.@enum: return(WriteEnumLiteral(type, value.@enum));
case Value.Unions.list: return(WriteList(value.list.AsList()));
case Value.Unions.@struct: return(this.WriteStruct(type, value.@struct));
}
throw new NotSupportedException("Cannot write literal value: " + value.Union);
}
private void BeginProperty(Schema.Type type, string name, bool nullable)
{
WriteLine().Write("public ");
Write(Format(type)).Write(" ").Write(Escape(name));
Indent();
}
public override string Format(Schema.Type type, bool nullable = false)
{
if (!type.IsValid())
{
return(null);
}
ulong typeid = 0;
switch (type.Union)
{
case Schema.Type.Unions.anyPointer:
return(Format(typeof(Pointer)));
case Schema.Type.Unions.@bool:
return(nullable ? "bool?" : "bool");
case Schema.Type.Unions.data:
return(Format(typeof(Data)));
case Schema.Type.Unions.float32:
return(nullable ? "float?" : "float");
case Schema.Type.Unions.float64:
return(nullable ? "double?" : "double");
case Schema.Type.Unions.int16:
return(nullable ? "short?" : "short");
case Schema.Type.Unions.int32:
return(nullable ? "int?" : "int");
case Schema.Type.Unions.int64:
return(nullable ? "long?" : "long");
case Schema.Type.Unions.int8:
return(nullable ? "sbyte?" : "sbyte");
case Schema.Type.Unions.text:
return(Format(typeof(Text)));
case Schema.Type.Unions.uint16:
return(nullable ? "ushort?" : "ushort");
case Schema.Type.Unions.uint32:
return(nullable ? "uint?" : "uint");
case Schema.Type.Unions.uint64:
return(nullable ? "ulong?" : "ulong");
case Schema.Type.Unions.uint8:
return(nullable ? "byte?" : "byte");
case Schema.Type.Unions.@void:
return(Format(typeof(void)));
case Schema.Type.Unions.@interface:
typeid = [email protected];
break;
case Schema.Type.Unions.@struct:
typeid = [email protected];
break;
case Schema.Type.Unions.@enum:
typeid = [email protected];
break;
}
Schema.Node node;
if (typeid != 0 && ((Pointer)(node = Lookup(typeid))).IsValid)
{
if (nullable)
{
switch (node.Union)
{
case Schema.Node.Unions.@enum:
return(FullyQualifiedName(node) + "?");
case Schema.Node.Unions.@struct:
if (node.IsGroup())
{
return(FullyQualifiedName(node) + "?");
}
break;
}
}
return(FullyQualifiedName(node));
}
if (type.Union == Schema.Type.Unions.list)
{
string el = Format(type.list.elementType);
if (!string.IsNullOrWhiteSpace(el))
{
return("global::" + typeof(FixedSizeList <>).Namespace + ".FixedSizeList<" + el + ">");
}
}
return(null);
}
public override CodeWriter WriteEnumLiteral(Schema.Type type, ushort value)
{
return(Write("(").Write(type).Write(")").Write(value));
}
public virtual CodeWriter Write(Schema.Type type)
{
return(Write(Format(type)));
}
public abstract CodeWriter WriteEnumLiteral(Schema.Type type, ushort value);
public abstract string Format(Schema.Type type, bool nullable = false);
public abstract CodeWriter WriteStruct(Schema.Type structType, Pointer @struct);
