void FunctionDeclaration::setPrototypeContext(KDevelop::DUContext* context)
{
DUCHAIN_D_DYNAMIC(FunctionDeclaration);
d->m_prototypeContext = KDevelop::IndexedDUContext(context);
// HACK: Also set the internal function context of this function to "context",
// so that importing functions work (DUContext::Import::context(), when
// given a FunctionDeclaration, returns its internalFunctionContext)
if (context->type() == KDevelop::DUContext::Function) {
// NOTE: type != Function when the internal context of an object is assigned
// to one of its members. Skipping this hack is not a problem in that
// case because one never writes:
// o.member = function(){}; var v = new o.member();
setInternalFunctionContext(context);
}
}
void VariableDeclaration::setSuperglobal(bool superglobal)
{
DUCHAIN_D_DYNAMIC(VariableDeclaration);
d->m_isSuperglobal = superglobal;
}
void VariableDeclaration::setVariadic(bool variadic)
{
DUCHAIN_D_DYNAMIC(VariableDeclaration);
d->m_isVariadic = variadic;
}
