////////////////////////////////////////////////////////////////////////////////
// Searches the class [atsSearch] to see if it contains a method which is
// sufficient to implement [mwt]. Does not search base classes. [mwt] is
// typically a method in some interface. We may be implementing this interface
// at some particular type, e.g. IList<String>, and so the required signature is
// the instantiation (i.e. substitution) of [mwt] for that instance. Similarly,
// the implementation may be provided by some base class that exists via
// polymorphic inheritance, e.g. Foo : List<String>, and so we must instantiate
// the parameters for each potential implementation. [atsSearch] may thus be an
// instantiated type.
//
// If fOverride is true, this checks for a method with swtSlot set to the
// particular method.
public void SubmitError(CParameterizedError error)
{
CError pError = GetErrorContext().RealizeError(error);
if (pError == null)
{
return;
}
pController.SubmitError(pError);
}
////////////////////////////////////////////////////////////////////////////////
// Searches the class [atsSearch] to see if it contains a method which is
// sufficient to implement [mwt]. Does not search base classes. [mwt] is
// typically a method in some interface. We may be implementing this interface
// at some particular type, e.g. IList<String>, and so the required signature is
// the instantiation (i.e. substitution) of [mwt] for that instance. Similarly,
// the implementation may be provided by some base class that exists via
// polymorphic inheritance, e.g. Foo : List<String>, and so we must instantiate
// the parameters for each potential implementation. [atsSearch] may thus be an
// instantiated type.
//
// If fOverride is true, this checks for a method with swtSlot set to the
// particular method.
public void SubmitError(CParameterizedError error)
{
_pController.SubmitError(GetErrorContext().RealizeError(error));
}
