public static RubyMethod/*!*/ Bind(UnboundMethod/*!*/ self, object target) {
RubyContext ec = self._targetConstraint.Context;
if (!ec.GetClassOf(target).HasAncestor(self._targetConstraint)) {
throw RubyExceptions.CreateTypeError(
String.Format("bind argument must be an instance of {0}", self._targetConstraint.Name)
);
}
return new RubyMethod(target, self._info, self._name);
}
public static RubyMethod/*!*/ Bind(UnboundMethod/*!*/ self, object target) {
RubyContext context = self._targetConstraint.Context;
if (!context.IsKindOf(target, self._targetConstraint)) {
throw RubyExceptions.CreateTypeError(
String.Format("bind argument must be an instance of {0}", self._targetConstraint.GetName(context))
);
}
return new RubyMethod(target, self._info, self._name);
}
public static RubyMethod /*!*/ Bind(UnboundMethod /*!*/ self, object target)
{
RubyContext ec = self._targetConstraint.Context;
if (!ec.GetClassOf(target).HasAncestor(self._targetConstraint))
{
throw RubyExceptions.CreateTypeError(
String.Format("bind argument must be an instance of {0}", self._targetConstraint.Name)
);
}
return(new RubyMethod(target, self._info, self._name));
}
public static RubyMethod /*!*/ Bind(UnboundMethod /*!*/ self, object target)
{
RubyContext context = self._targetConstraint.Context;
if (!context.IsKindOf(target, self._targetConstraint))
{
throw RubyExceptions.CreateTypeError(
"bind argument must be an instance of {0}", self._targetConstraint.GetName(context)
);
}
return(new RubyMethod(target, self._info, self._name));
}
public static bool Equal(UnboundMethod/*!*/ self, object other)
{
return false;
}
public static bool Equal(UnboundMethod/*!*/ self, [NotNull]UnboundMethod/*!*/ other)
{
return ReferenceEquals(self.Info, other.Info);
}
public static UnboundMethod /*!*/ SelectOverload(RubyContext /*!*/ context, UnboundMethod /*!*/ self, [NotNullItems] params object /*!*/[] /*!*/ parameterTypes)
{
return(new UnboundMethod(self.TargetConstraint, self.Name, MethodOps.SelectOverload(context, self.Info, self.Name, parameterTypes)));
}
public static UnboundMethod /*!*/ DefineMethod(RubyScope /*!*/ scope, RubyModule /*!*/ self,
[NotNull] ClrName /*!*/ methodName, [NotNull] UnboundMethod /*!*/ method)
{
var result = DefineMethod(scope, self, methodName.MangledName, method);
if (methodName.HasMangledName)
{
self.AddMethodAlias(methodName.ActualName, methodName.MangledName);
}
return(result);
}
public static MutableString /*!*/ ToS(RubyContext /*!*/ context, RubyMethod /*!*/ self)
{
return(UnboundMethod.ToS(context, self.Name, self.Info.DeclaringModule, self.GetTargetClass(), "Method"));
}
public static UnboundMethod SelectOverload(RubyContext/*!*/ context, UnboundMethod/*!*/ self, [NotNullItems]params object/*!*/[]/*!*/ parameterTypes)
{
return new UnboundMethod(self.TargetConstraint, self.Name, MethodOps.SelectOverload(context, self.Info, self.Name, parameterTypes));
}
public static RubyArray GetParameters(UnboundMethod/*!*/ self)
{
return self.Info.GetRubyParameterArray();
}
public static int GetArity(UnboundMethod /*!*/ self)
{
return(self.Info.GetArity());
}
public static bool Equal(UnboundMethod /*!*/ self, [NotNull] UnboundMethod /*!*/ other)
{
return(ReferenceEquals(self.Info, other.Info));
}
public static bool Equal(UnboundMethod /*!*/ self, object other)
{
return(false);
}
public static RubyArray /*!*/ GetParameters(UnboundMethod /*!*/ self)
{
return(self.Info.GetRubyParameterArray());
}
public static RubyArray GetSourceLocation(UnboundMethod /*!*/ self)
{
return(GetSourceLocation(self.Info));
}
public static RubyArray /*!*/ GetClrMembers(UnboundMethod /*!*/ self)
{
return(new RubyArray(self.Info.GetMembers()));
}
public static int GetArity(UnboundMethod/*!*/ self)
{
return self.Info.GetArity();
}
public static UnboundMethod /*!*/ Clone(UnboundMethod /*!*/ self)
{
return(new UnboundMethod(self._targetConstraint, self._name, self._info));
}
public static RubyArray GetClrMembers(UnboundMethod/*!*/ self)
{
return new RubyArray(self.Info.GetMembers());
}
public static MutableString /*!*/ ToS(RubyContext /*!*/ context, UnboundMethod /*!*/ self)
{
return(ToS(context, self.Name, self._info.DeclaringModule, self._targetConstraint, "UnboundMethod"));
}
public static RubyArray GetSourceLocation(UnboundMethod/*!*/ self)
{
return GetSourceLocation(self.Info);
}
public static MutableString/*!*/ ToS(UnboundMethod/*!*/ self) {
return ToS(self.Name, self._info.DeclaringModule, self._targetConstraint, "UnboundMethod");
}
public static MutableString ToS(RubyContext/*!*/ context, UnboundMethod/*!*/ self)
{
return ToS(context, self.Name, self._info.DeclaringModule, self._targetConstraint, "UnboundMethod");
}
public static UnboundMethod BingGenericParameters(RubyContext/*!*/ context, UnboundMethod/*!*/ self, [NotNullItems]params object/*!*/[]/*!*/ typeArgs)
{
return new UnboundMethod(self.TargetConstraint, self.Name, MethodOps.BindGenericParameters(context, self.Info, self.Name, typeArgs));
}
public static UnboundMethod /*!*/ DefineMethod(RubyScope /*!*/ scope, RubyModule /*!*/ self,
[DefaultProtocol, NotNull] string /*!*/ methodName, [NotNull] UnboundMethod /*!*/ method)
{
DefineMethod(scope, self, methodName, method.Info, method.TargetConstraint);
return(method);
}
public static UnboundMethod Clone(UnboundMethod/*!*/ self)
{
return new UnboundMethod(self._targetConstraint, self._name, self._info);
}
public static UnboundMethod /*!*/ DefineMethod(RubyModule /*!*/ self,
[DefaultProtocol] string /*!*/ methodName, [NotNull] UnboundMethod /*!*/ method)
{
// MRI 1.8 does the check when the method is called, 1.9 checks it upfront as we do:
if (!self.HasAncestor(method.TargetConstraint))
{
throw RubyExceptions.CreateTypeError(
String.Format("bind argument must be a subclass of {0}", method.TargetConstraint.Name)
);
}
self.AddDefinedMethod(methodName, method.Info);
return(method);
}
public static UnboundMethod /*!*/ BingGenericParameters(RubyContext /*!*/ context, UnboundMethod /*!*/ self, [NotNullItems] params object /*!*/[] /*!*/ typeArgs)
{
return(new UnboundMethod(self.TargetConstraint, self.Name, MethodOps.BindGenericParameters(context, self.Info, self.Name, typeArgs)));
}