private void FixVoidReturns(TLSchema schema)
{
foreach (var method in schema.Methods.Where(method => !schema.Types.Contains(method.Type)))
{
method.Type = _tlTypesCache["void"];
}
}
private void SetBuiltInTypeNames(TLSchema schema)
{
foreach (TLCombinatorParameter parameter in schema.Constructors.SelectMany(constructor => constructor.Parameters))
{
FixType(parameter.Type, schema);
}
}
public static string CompileFromJson(string json, string defaultNamespace)
{
var compiler = new TLSchemaCompiler(defaultNamespace);
TLSchema schema = compiler.GetTLSchemaFromJson(json);
return(compiler.Compile(schema));
}
public static string CompileFromTL(string tl, string defaultNamespace)
{
var compiler = new TLSchemaCompiler(defaultNamespace);
TLSchema schema = compiler.GetTLSchemaFromTL(tl);
return(compiler.Compile(schema));
}
protected string Compile(TLSchema schema)
{
SetBuiltInTypeNames(schema);
FixVoidReturns(schema);
var template = new SharpTLDefaultTemplate(new TemplateVars {
Schema = schema, Namespace = _defaultNamespace
});
return(template.TransformText());
}
public TLSchema GetTLSchemaFromJson(string json)
{
JsonObject tlSchemaJsonObject = JsonObject.Parse(json);
List <TLCombinator> constructors = CreateConstructorsFromJsonArrayObjects(tlSchemaJsonObject.ArrayObjects("constructors"));
List <TLCombinator> methods = CreateMethodsFromJsonArrayObjects(tlSchemaJsonObject.ArrayObjects("methods"));
List <TLType> types = UpdateAndGetTLTypes(constructors);
var schema = new TLSchema {
Constructors = constructors, Methods = methods, Types = types
};
return(schema);
}
public static string CompileFromJson(string json, CompilationParams compilationParams)
{
TLSchema schema = FromJson(json);
return(schema.Compile(compilationParams));
}
private void FixType(TLType type, TLSchema schema)
{
List <TLCombinator> constructors = schema.Constructors;
string typeName = type.OriginalName;
// Vector.
Match match = VectorRegex.Match(typeName);
if (match.Success)
{
TLType itemsType = GetTLType(match.Groups["ItemsType"].Value);
FixType(itemsType, schema);
type.Name = string.Format("System.Collections.Generic.List<{0}>", itemsType.Name);
if (match.Groups["Bare"].Success)
{
type.SerializationModeOverride = TLSerializationMode.Bare;
}
return;
}
// int.
match = Int32Regex.Match(typeName);
if (match.Success)
{
type.Name = typeof(UInt32).FullName;
return;
}
// long.
match = Int64Regex.Match(typeName);
if (match.Success)
{
type.Name = typeof(UInt64).FullName;
return;
}
// int128.
match = Int128Regex.Match(typeName);
if (match.Success)
{
type.Name = typeof(Int128).FullName;
return;
}
// int256.
match = Int256Regex.Match(typeName);
if (match.Success)
{
type.Name = typeof(Int256).FullName;
return;
}
// bytes.
match = TLBytesRegex.Match(typeName);
if (match.Success)
{
type.Name = typeof(byte[]).FullName;
return;
}
// % bare types.
match = BareTypeRegex.Match(typeName);
if (match.Success)
{
typeName = match.Groups["Type"].Value;
type.Name = constructors.Where(combinator => combinator.Type.Name == typeName).Select(combinator => combinator.Name).SingleOrDefault() ?? typeName;
type.SerializationModeOverride = TLSerializationMode.Bare;
}
}
public static string CompileFromTL(string tlSchemaText, CompilationParams compilationParams)
{
TLSchema schema = FromTL(tlSchemaText);
return(schema.Compile(compilationParams));
}