/* Constructs a scalar array with all the shape field names,
* this/self/parent, classes, type accesses, and type aliases
* resolved. */
Array TypeStructure::resolve(const Class::Const& typeCns,
const Class* typeCnsCls) {
assert(typeCns.isType());
assert(typeCns.m_val.m_type == KindOfArray);
assert(typeCns.m_name);
assert(typeCnsCls);
Array arr(typeCns.m_val.m_data.parr);
return resolveTS(arr, typeCns, typeCnsCls);
}
/*
* Constructs a scalar array with all the shape field names, this/self/parent,
* classes, type accesses, and type aliases resolved.
*/
Array TypeStructure::resolve(const Class::Const& typeCns,
const Class* typeCnsCls,
bool& persistent) {
assert(typeCns.isType());
assert(isArrayType(typeCns.val.m_type));
assert(typeCns.name);
assert(typeCnsCls);
Array arr(typeCns.val.m_data.parr);
return resolveTS(arr, typeCns, typeCnsCls, Array(), persistent);
}
/* called by TypeAliasReq to get resolved TypeStructure for type aliases */
Array TypeStructure::resolve(const String& aliasName,
const Array& arr) {
// use a bogus constant to store the name
Class::Const cns;
cns.m_name = aliasName.get();
auto newarr = resolveTS(arr, cns, nullptr);
newarr.add(s_alias, Variant(aliasName));
newarr.setEvalScalar();
return newarr;
}
/*
* Called by TypeAliasReq to get resolved TypeStructure for type aliases.
*/
Array TypeStructure::resolve(const String& aliasName,
const Array& arr,
bool& persistent,
const Array& generics) {
// use a bogus constant to store the name
Class::Const cns;
cns.name = aliasName.get();
auto newarr = resolveTS(arr, cns, nullptr, generics, persistent);
newarr.add(s_alias, Variant(aliasName));
return newarr;
}
/* Constructs a scalar array with all the shape field names, 'this'
* resolved. TODO(7657500): resolve type access and generic types. */
ArrayData* TypeStructure::resolve(ArrayData* arr,
const Class* typeCnsCls) {
if (arr == nullptr) return arr;
return resolveTS(arr, typeCnsCls);
}
