funcdef.hxx

#pragma once
#include "funcdef.h"


namespace ny {


inline Funcdef::Funcdef(const AnyString& name)
    : name(name) {
}


inline bool Funcdef::hasReturnType() const {
    return not rettype.isVoid();
}


inline bool Funcdef::hasParameters() const {
    return not parameters.empty();
}


inline void Funcdef::resetReturnTypeToVoid() {
    rettype.reclassToVoid();
}


inline void Funcdef::resetReturnType(const CLID& clid) {
    rettype = clid;
}


inline void Funcdef::appendParameter(const CLID& clid) {
    assert(not clid.isVoid() and "invalid classdef id");
    parameters.push_back(std::make_pair(AnyString(), clid));
}


inline void Funcdef::appendParameter(const AnyString& name, const CLID& clid) {
    assert(not clid.isVoid() and "invalid classdef id");
    parameters.push_back(std::make_pair(name, clid));
}


inline bool Funcdef::isOperator() const {
    assert(not name.empty() and "invalid funcdef name");
    return (not name.empty()) and name[0] == '@';
}

inline bool Funcdef::isFunc() const {
    assert(not name.empty() and "invalid funcdef name");
    return (not name.empty()) and name[0] != '@';
}


inline bool Funcdef::isPartiallyResolved() const {
    return (atom != nullptr) or (not overloads.empty());
}


inline bool Funcdef::isFullyResolved() const {
    return (atom != nullptr);
}


} // namespace ny