public MethodCallExpression(string name, CsType csType)
{
this.name = name;
this.caller = csType;
IsStaticMethodCall = true;
parameters = new List<Expression>();
genericArgumentTypes = new List<CsType>();
}
public ConstructorStatement(CsType type, BlockStatement block)
{
AccessModifier = AccessModifier.Public;
this.type = type;
body = block;
parameterList = new ParameterListStatement();
baseParameters = new List<Expression>();
}
public static CastExpression CastTo(this Expression expression, CsType type)
{
return new CastExpression(expression, type);
}
public static DeclarationStatement OfType(this DeclarationStatement declarationStatement, CsType type)
{
declarationStatement.Type = type;
return declarationStatement;
}
public static ConstructorStatement Param(this ConstructorStatement constructorStatement, string name, CsType type)
{
constructorStatement.AddParam(new ParameterStatement(name, type));
return constructorStatement;
}
public static ClassStatement Inherits(this ClassStatement classStatement, CsType baseType)
{
classStatement.Base = baseType;
return classStatement;
}
public static FieldStatement OfType(this FieldStatement fieldStatement, CsType type)
{
fieldStatement.FieldType = type;
return fieldStatement;
}
public AttributeStatement(CsType type)
{
this.type = type;
parameters = new List<Expression>();
}
public CastExpression(Expression castedExpression, CsType type)
{
this.castedExpression = castedExpression;
this.type = type;
}
public static MethodStatement Param(this MethodStatement methodStatement, string name, CsType type)
{
methodStatement.AddParam(new ParameterStatement(name, type));
return methodStatement;
}
public static MethodStatement OfType(this MethodStatement methodStatement, CsType type)
{
methodStatement.ReturnType = type;
return methodStatement;
}
public static PropertyStatement OfType(this PropertyStatement propertyStatement, CsType type)
{
propertyStatement.ReturnType = type;
return propertyStatement;
}
public DictionaryType(CsType keyType, CsType valueType)
: base("IDictionary", keyType, valueType)
{
}
public void AddGenericArgument(CsType argument)
{
genericArgumentTypes.Add(argument);
}
public static CsType List(CsType type)
{
return new ListType(type);
}
public NullableType(CsType genericArgumentType)
: base("Nullable", genericArgumentType)
{
GenericArgumentType = genericArgumentType;
}
public static ParameterStatement Param(string name, CsType type)
{
return new ParameterStatement(name, type);
}
public void AddInterface(CsType type)
{
interfaces.Add(type);
}
public ParameterStatement(string name, CsType type)
: base(new ReferenceExpression(name), type)
{
attributes = new List<AttributeStatement>();
}
public TypeOfExpression(CsType type)
{
this.type = type;
}
public ListType(CsType genericArgumentType)
: base("IList", genericArgumentType)
{
}
public static TypeOfExpression TypeOf(CsType type)
{
return new TypeOfExpression(type);
}
public static ClassStatement Implements(this ClassStatement classStatement, CsType interfaceType)
{
classStatement.AddInterface(interfaceType);
return classStatement;
}
public static DefaultExpression Default(CsType type)
{
return new DefaultExpression(type);
}
public IEnumerableType(CsType genericArgumentType)
: base("IEnumerable", genericArgumentType)
{
}
public static CsType Dictionary(CsType keyType, CsType valueType)
{
return new DictionaryType(keyType, valueType);
}
public NewExpression(CsType type)
{
this.type = type;
parameters = new List<Expression>();
initializer = new CollectionInitializerExpression();
}
public static GenericType IEnumerableOf(CsType argumentType)
{
return new IEnumerableType(argumentType);
}
public DeclarationStatement(ReferenceExpression name, CsType type)
{
declaredVar = name;
Type = type;
}
public DefaultExpression(CsType type)
{
this.type = type;
}