public TypescriptType GetTypeFor(Type type, TypescriptModel model)
{
var isEnumerable = typeof(IEnumerable).IsAssignableFrom(type);
return(type.Match()
.With(typeMatch => typeMatch.IsGenericParameter, typeMatch => NewGenericParameter(typeMatch))
.With(typeMatch => primitiveTypes.ContainsKey(typeMatch), typeMatch => NewPrimitiveType(typeMatch))
.With(typeMatch => typeMatch.IsClass, typeMatch => classCreator.GetTypeFor(typeMatch, model))
.With(typeMatch => typeMatch.IsEnum, typeMatch => enumCreator.GetTypeFor(typeMatch, model))
.With(typeMatch => typeMatch.IsInterface, typeMatch => interfaceCreator.GetTypeFor(typeMatch, model))
.Else(typeMatch => { throw new ArgumentOutOfRangeException($"unknown type {type.Name}"); }));
}
// TODO create interface for this?
public TypescriptModel CreateTypescriptModelFor(IEnumerable <Type> types, bool IncludeDependencies = true)
{
// TODO: maybe change the way this currently works and return the types throughout the chain without actually adding them to the model.
if (IncludeDependencies == false)
{
throw new NotImplementedException();
}
var model = new TypescriptModel();
types.ToList().ForEach(x => GetTypeFor(x, model));
return(model);
}
public TypescriptType GetTypeFor(Type type, TypescriptModel model)
{
var isEnumerable = typeof(IEnumerable).IsAssignableFrom(type);
return(type.Match()
.With(IsGenericNullable, typeMatch => GetTypeForInnerType(typeMatch, model))
.With(IsEnumerable, CreateCollection)
.With(typeMatch => StandardMappings.ContainsKey(typeMatch), typeMatch => StandardMappings[typeMatch])
.With(typeMatch => typeMatch.IsGenericParameter, typeMatch => typeMatch.ToTypescriptGenericParameter())
.With(typeMatch => typeMatch.IsTypescriptPrimitiveType(), typeMatch => typeMatch.ToTypescriptPrimitiveType())
.With(typeMatch => typeMatch.IsClass, typeMatch => typeMatch.ClassTypeToTypescriptInterface(this, model))
.With(typeMatch => typeMatch.IsEnum, typeMatch => typeMatch.EnumTypeToTypescriptEnum())
.With(typeMatch => typeMatch.IsInterface, typeMatch => typeMatch.InterfaceTypeToTypescriptInterface(this, model))
.Else(typeMatch => { throw new ArgumentOutOfRangeException($"unknown type {type?.Name}"); }));
}
public TypescriptType GetTypeFor(Type type, TypescriptModel model)
{
if (model.knownTypes.ContainsKey(type))
{
return(model.knownTypes[type]);
}
else
{
var newInterface = new TypescriptInterface
{
Name = NameWithoutGeneric(type)
};
model.knownTypes.Add(type, newInterface.ToTypescriptType());
// TODO: implement inherrited interfaces. newInterface. = GetBaseClassFor(type.BaseType, model);
newInterface.Content = new TypescriptInterfaceContentList(GetInterfaceContent(type, model));
newInterface.GenricTypeParameters = TypescriptTypeCreatorBase.GetGenericTypeParametersFor(type);
return(newInterface.ToTypescriptType());
}
}
public static TypescriptGenericTypeArguments GetGenericTypeArgumentsFor(ITypescriptTypeCreator typeCreator, Type baseType, TypescriptModel model)
{
var result = new TypescriptGenericTypeArguments();
foreach (var genericTypeArgument in baseType.GetGenericArguments())
{
var tsType = typeCreator.GetTypeFor(genericTypeArgument, model);
tsType.Match(
primitive => result.Add(primitive),
tsClass => result.Add(tsClass),
tsInterface => result.Add(tsInterface),
tsEnumerable => { throw new Exception("enum cannot be a generic type parameter"); },
genericTypeParameter => result.Add(genericTypeParameter));
}
return(result);
}
public static IOption <TypescriptBaseClass> ToTypescriptBaseClass(this Type baseType, TypescriptModel model)
{
return(baseType.Match()
.With <IOption <TypescriptBaseClass> >(typeof(Object), new None <TypescriptBaseClass>())
.Else(NewTypescriptBaseClass));
}
public static IEnumerable <TypescriptProperty> GetTypescriptProperties(this Type type, ITypescriptTypeCreator typeCreator, TypescriptModel model)
{
return(type.GetProperties(BindingFlags.DeclaredOnly | BindingFlags.Instance | BindingFlags.Public).Select(property => new TypescriptProperty
{
Name = property.Name,
Accesability = TypescriptAccesModifier.@public,
DefaultValue = new None <String>(),
Type = typeCreator.GetTypeFor(property.PropertyType, model)
}));
}
public static TypescriptType ClassTypeToTypescriptClass(this Type type, ITypescriptTypeCreator typeCreator, TypescriptModel model)
{
// TODO Check if type is indeed a class..
if (model.knownTypes.ContainsKey(type))
{
return(model.knownTypes[type]);
}
else
{
var newClass = new TypescriptClass
{
Name = type.NameWithoutGeneric()
};
model.knownTypes.Add(type, newClass.ToTypescriptType());
newClass.BaseClass = type.BaseType.ToTypescriptBaseClass(model);
newClass.Content = type.GetTypescriptProperties(typeCreator, model).ToClassContent();
newClass.GenricTypeParameters = TypescriptTypeCreatorBase.GetGenericTypeParametersFor(type);
return(newClass.ToTypescriptType());
}
}
protected virtual IEnumerable <TypescriptProperty> GetTypescriptProperties(Type type, TypescriptModel model)
{
return(type.GetProperties().Select(property => new TypescriptProperty
{
Name = property.Name,
Accesability = TypescriptAccesModifier.@public,
DefaultValue = new None <String>(),
Type = typeCreator.GetTypeFor(property.PropertyType, model)
}));
}
protected virtual IEnumerable <TypescriptInterfaceContent> GetInterfaceContent(Type type, TypescriptModel model)
{
return(GetTypescriptProperties(type, model).Select(property => new TypescriptInterfaceContent(property)));
}
private static TypescriptInterfaceBaseTypes ClassBaseClassAndInterfacesAsBaseInterfaces(this Type classType, ITypescriptTypeCreator typeCreator, TypescriptModel model)
{
var interfaceBaseInterfaces = classType.TypescriptImplementedInterfaces();
var classBaseClassAsInterface = classType.BaseType.ClassBaseClassToTypescriptInterfaceBase(typeCreator, model);
classBaseClassAsInterface.IfNotNullDo(x => interfaceBaseInterfaces.Add(x));
return(interfaceBaseInterfaces);
}
private TypescriptType GetTypeForInnerType(Type type, TypescriptModel model)
{
return(GetTypeFor(type.GenericTypeArguments.Single(), model));
}
public static TypescriptInterfaceContentList GetInterfaceContent(this Type type, ITypescriptTypeCreator typeCreator, TypescriptModel model)
{
return(new TypescriptInterfaceContentList(type.GetTypescriptProperties(typeCreator, model).Select(x => x.ToTypescriptInterfaceContent())));
}
private static IOption <TypescriptInterfaceBaseType> ClassBaseClassToTypescriptInterfaceBase(this Type baseType, ITypescriptTypeCreator typeCreator, TypescriptModel model)
{
return(baseType.Match()
.With <IOption <TypescriptInterfaceBaseType> >(typeof(Object), new None <TypescriptInterfaceBaseType>())
.Else(NewTypescriptInterfaceBase));
}
public static TypescriptType ClassTypeToTypescriptInterface(this Type type, ITypescriptTypeCreator typeCreator, TypescriptModel model)
{
// TODO validate parameters. the input hsould be a class type...
if (model.knownTypes.ContainsKey(type))
{
return(model.knownTypes[type]);
}
else
{
var newInterface = new TypescriptInterface
{
Name = type.NameWithoutGeneric()
};
model.knownTypes.Add(type, newInterface.ToTypescriptType());
// TODO: implement inherrited interfaces. newInterface. = GetBaseClassFor(type.BaseType, model);
newInterface.BaseType = type.ClassBaseClassAndInterfacesAsBaseInterfaces(typeCreator, model);
newInterface.Content = type.GetInterfaceContent(typeCreator, model);
newInterface.GenricTypeParameters = TypescriptTypeCreatorBase.GetGenericTypeParametersFor(type);
return(newInterface.ToTypescriptType());
}
}
protected virtual IOption <TypescriptBaseClass> GetBaseClassFor(Type baseType, TypescriptModel model)
{
if (baseType == typeof(Object))
{
return(new None <TypescriptBaseClass>());
}
return(new TypescriptBaseClass
{
Name = NameWithoutGeneric(baseType),
GenericArguments = TypescriptTypeCreatorBase.GetGenericTypeArgumentsFor(typeCreator, baseType, model)
}.ToOption());
}
public static TypescriptType InterfaceTypeToTypescriptInterface(this Type type, ITypescriptTypeCreator typeCreator, TypescriptModel model)
{
// TODO Check and refactor this and method below.
if (model.knownTypes.ContainsKey(type))
{
return(model.knownTypes[type]);
}
else
{
var newInterface = new TypescriptInterface
{
Name = type.NameWithoutGeneric()
};
model.knownTypes.Add(type, newInterface.ToTypescriptType());
// TODO: implement inherrited interfaces. newInterface. = GetBaseClassFor(type.BaseType, model);
newInterface.BaseType = type.TypescriptImplementedInterfaces();
newInterface.Content = type.GetInterfaceContent(typeCreator, model);
newInterface.GenricTypeParameters = TypescriptTypeCreatorBase.GetGenericTypeParametersFor(type);
return(newInterface.ToTypescriptType());
}
}