OpenHarmony-v5.1.0-Release/s

/*
 * Copyright (c) 2021-2024 Huawei Device Co., Ltd.
 * Licensed under the Apache License, Version 2.0 (the "License");
 * you may not use this file except in compliance with the License.
 * You may obtain a copy of the License at
 *
 * http://www.apache.org/licenses/LICENSE-2.0
 *
 * Unless required by applicable law or agreed to in writing, software
 * distributed under the License is distributed on an "AS IS" BASIS,
 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 * See the License for the specific language governing permissions and
 * limitations under the License.
 */

#include "etsObjectType.h"

#include "checker/ETSchecker.h"
#include "checker/ets/conversion.h"
#include "checker/types/ts/objectType.h"
#include "checker/types/typeFlag.h"
#include "checker/types/typeRelation.h"
#include "checker/types/globalTypesHolder.h"
#include "ir/base/scriptFunction.h"
#include "ir/expressions/identifier.h"

namespace ark::es2panda::checker {

void ETSObjectType::Iterate(const PropertyTraverser &cb) const
{
    for (const auto *prop : GetAllProperties()) {
        cb(prop);
    }

    if (superType_ != nullptr) {
        superType_->Iterate(cb);
    }

    for (const auto *interface : interfaces_) {
        interface->Iterate(cb);
    }
}

varbinder::LocalVariable *ETSObjectType::SearchFieldsDecls(const util::StringView &name,
                                                           PropertySearchFlags flags) const
{
    varbinder::LocalVariable *res {};
    if ((flags & PropertySearchFlags::SEARCH_INSTANCE_FIELD) != 0) {
        res = GetOwnProperty<PropertyType::INSTANCE_FIELD>(name);
    }

    if (res == nullptr && ((flags & PropertySearchFlags::SEARCH_STATIC_FIELD) != 0)) {
        res = GetOwnProperty<PropertyType::STATIC_FIELD>(name);
    }

    if (res == nullptr && ((flags & PropertySearchFlags::SEARCH_INSTANCE_DECL) != 0)) {
        res = GetOwnProperty<PropertyType::INSTANCE_DECL>(name);
    }

    if (res == nullptr && ((flags & PropertySearchFlags::SEARCH_STATIC_DECL) != 0)) {
        res = GetOwnProperty<PropertyType::STATIC_DECL>(name);
    }
    return res;
}

varbinder::LocalVariable *ETSObjectType::GetProperty(const util::StringView &name, PropertySearchFlags flags) const
{
    varbinder::LocalVariable *res = SearchFieldsDecls(name, flags);
    if (res == nullptr && (flags & PropertySearchFlags::SEARCH_METHOD) != 0) {
        if ((flags & PropertySearchFlags::DISALLOW_SYNTHETIC_METHOD_CREATION) != 0) {
            if ((flags & PropertySearchFlags::SEARCH_INSTANCE_METHOD) != 0) {
                res = GetOwnProperty<PropertyType::INSTANCE_METHOD>(name);
            }

            if (res == nullptr && ((flags & PropertySearchFlags::SEARCH_STATIC_METHOD) != 0)) {
                res = GetOwnProperty<PropertyType::STATIC_METHOD>(name);
            }
        } else {
            res = CreateSyntheticVarFromEverySignature(name, flags);
        }
    }

    if (res == nullptr && (flags & PropertySearchFlags::SEARCH_IN_INTERFACES) != 0) {
        for (auto *interface : interfaces_) {
            res = interface->GetProperty(name, flags);
            if (res != nullptr) {
                return res;
            }
        }
    }

    if (res == nullptr && superType_ != nullptr && ((flags & PropertySearchFlags::SEARCH_IN_BASE) != 0)) {
        res = superType_->GetProperty(name, flags);
    }

    return res;
}

bool ETSObjectType::IsPropertyInherited(const varbinder::Variable *var)
{
    if (var->HasFlag(varbinder::VariableFlags::PRIVATE)) {
        return GetProperty(var->Name(), PropertySearchFlags::SEARCH_FIELD | PropertySearchFlags::SEARCH_DECL) == var;
    }

    if (var->HasFlag(varbinder::VariableFlags::PROTECTED)) {
        return (GetProperty(var->Name(), PropertySearchFlags::SEARCH_FIELD | PropertySearchFlags::SEARCH_DECL) ==
                var) ||
               this->IsPropertyOfAscendant(var);
    }

    return true;
}

bool ETSObjectType::IsPropertyOfAscendant(const varbinder::Variable *var) const
{
    if (this->SuperType() == nullptr) {
        return false;
    }

    if (this->SuperType()->GetProperty(var->Name(),
                                       PropertySearchFlags::SEARCH_FIELD | PropertySearchFlags::SEARCH_DECL) == var) {
        return true;
    }

    return this->SuperType()->IsPropertyOfAscendant(var);
}

bool ETSObjectType::IsSignatureInherited(Signature *signature)
{
    if (signature->HasSignatureFlag(SignatureFlags::PRIVATE)) {
        return signature->Owner() == this;
    }

    if (signature->HasSignatureFlag(SignatureFlags::PROTECTED)) {
        return signature->Owner() == this || this->IsDescendantOf(signature->Owner());
    }

    return true;
}

bool ETSObjectType::IsDescendantOf(const ETSObjectType *ascendant) const
{
    if (this->SuperType() == nullptr) {
        return false;
    }

    if (this->SuperType() == ascendant) {
        return true;
    }

    return this->SuperType()->IsDescendantOf(ascendant);
}

varbinder::LocalVariable *ETSObjectType::CreateSyntheticVarFromEverySignature(const util::StringView &name,
                                                                              PropertySearchFlags flags) const
{
    varbinder::LocalVariable *res = allocator_->New<varbinder::LocalVariable>(varbinder::VariableFlags::SYNTHETIC |
                                                                              varbinder::VariableFlags::METHOD);
    ETSFunctionType *funcType = CreateETSFunctionType(name);

    varbinder::LocalVariable *functionalInterface = CollectSignaturesForSyntheticType(funcType, name, flags);

    if (functionalInterface != nullptr) {
        return functionalInterface;
    }

    if (funcType->CallSignatures().empty()) {
        return nullptr;
    }

    res->SetTsType(funcType);
    funcType->SetVariable(res);
    return res;
}

ETSFunctionType *ETSObjectType::CreateETSFunctionType(const util::StringView &name) const
{
    return allocator_->New<ETSFunctionType>(name, allocator_);
}

varbinder::LocalVariable *ETSObjectType::CollectSignaturesForSyntheticType(ETSFunctionType *funcType,
                                                                           const util::StringView &name,
                                                                           PropertySearchFlags flags) const
{
    auto const addSignature = [funcType, flags](varbinder::LocalVariable *found) -> void {
        for (auto *it : found->TsType()->AsETSFunctionType()->CallSignatures()) {
            if (((flags & PropertySearchFlags::IGNORE_ABSTRACT) != 0) &&
                it->HasSignatureFlag(SignatureFlags::ABSTRACT)) {
                continue;
            }
            // Issue: #18720
            // NOLINTNEXTLINE(clang-analyzer-core.CallAndMessage)
            funcType->AddCallSignature(it);
        }
    };

    if ((flags & PropertySearchFlags::SEARCH_STATIC_METHOD) != 0) {
        if (auto *found = GetOwnProperty<PropertyType::STATIC_METHOD>(name); found != nullptr) {
            ASSERT(found->TsType()->IsETSFunctionType());
            addSignature(found);
        }
    }

    if ((flags & PropertySearchFlags::SEARCH_INSTANCE_METHOD) != 0) {
        if (auto *found = GetOwnProperty<PropertyType::INSTANCE_METHOD>(name); found != nullptr) {
            ASSERT(found->TsType()->IsETSFunctionType());
            addSignature(found);
        }
    }

    if (superType_ != nullptr && ((flags & PropertySearchFlags::SEARCH_IN_BASE) != 0)) {
        return superType_->CollectSignaturesForSyntheticType(funcType, name, flags);
    }

    return nullptr;
}

std::vector<varbinder::LocalVariable *> ETSObjectType::GetAllProperties() const
{
    std::vector<varbinder::LocalVariable *> allProperties;
    for (const auto &[_, prop] : InstanceFields()) {
        (void)_;
        allProperties.push_back(prop);
    }

    for (const auto &[_, prop] : StaticFields()) {
        (void)_;
        allProperties.push_back(prop);
    }

    for (const auto &[_, prop] : InstanceMethods()) {
        (void)_;
        allProperties.push_back(prop);
    }

    for (const auto &[_, prop] : StaticMethods()) {
        (void)_;
        allProperties.push_back(prop);
    }

    for (const auto &[_, prop] : InstanceDecls()) {
        (void)_;
        allProperties.push_back(prop);
    }

    for (const auto &[_, prop] : StaticDecls()) {
        (void)_;
        allProperties.push_back(prop);
    }

    return allProperties;
}

std::vector<varbinder::LocalVariable *> ETSObjectType::Methods() const
{
    std::vector<varbinder::LocalVariable *> methods;
    for (const auto &[_, prop] : InstanceMethods()) {
        (void)_;
        methods.push_back(prop);
    }

    for (const auto &[_, prop] : StaticMethods()) {
        (void)_;
        methods.push_back(prop);
    }

    return methods;
}

std::vector<varbinder::LocalVariable *> ETSObjectType::Fields() const
{
    std::vector<varbinder::LocalVariable *> fields;
    for (const auto &[_, prop] : InstanceFields()) {
        (void)_;
        fields.push_back(prop);
    }

    for (const auto &[_, prop] : StaticFields()) {
        (void)_;
        fields.push_back(prop);
    }

    return fields;
}

std::vector<const varbinder::LocalVariable *> ETSObjectType::ForeignProperties() const
{
    std::vector<const varbinder::LocalVariable *> foreignProps;
    std::unordered_set<util::StringView> ownProps;

    EnsurePropertiesInstantiated();
    ownProps.reserve(properties_.size());

    for (const auto *prop : GetAllProperties()) {
        ownProps.insert(prop->Name());
    }

    auto allProps = CollectAllProperties();
    for (const auto &[name, var] : allProps) {
        if (ownProps.find(name) == ownProps.end()) {
            foreignProps.push_back(var);
        }
    }

    return foreignProps;
}

ArenaMap<util::StringView, const varbinder::LocalVariable *> ETSObjectType::CollectAllProperties() const
{
    ArenaMap<util::StringView, const varbinder::LocalVariable *> propMap(allocator_->Adapter());
    EnsurePropertiesInstantiated();
    Iterate([&propMap](const varbinder::LocalVariable *var) { propMap.emplace(var->Name(), var); });

    return propMap;
}

void ETSObjectType::ToString(std::stringstream &ss, bool precise) const
{
    if (HasObjectFlag(ETSObjectFlags::FUNCTIONAL)) {
        GetFunctionalInterfaceInvokeType()->ToString(ss, precise);
        return;
    }

    if (IsPartial()) {
        ss << "Partial" << compiler::Signatures::GENERIC_BEGIN;
        baseType_->ToString(ss, precise);
        ss << compiler::Signatures::GENERIC_END;
        return;
    }

    const bool isReadonlyType = HasTypeFlag(TypeFlag::READONLY);
    if (isReadonlyType) {
        ss << "Readonly" << compiler::Signatures::GENERIC_BEGIN;
    }
    const bool isRequiredType = HasObjectFlag(ETSObjectFlags::REQUIRED);
    if (isRequiredType) {
        ss << "Required" << compiler::Signatures::GENERIC_BEGIN;
    }

    if (precise) {
        ss << assemblerName_;  // NOTE(gogabr): need full qualified name
    } else {
        ss << name_;
    }

    if (!typeArguments_.empty()) {
        ss << compiler::Signatures::GENERIC_BEGIN;
        for (auto arg = typeArguments_.cbegin(); arg != typeArguments_.cend(); ++arg) {
            (*arg)->ToString(ss, precise);

            if (next(arg) != typeArguments_.cend()) {
                ss << lexer::TokenToString(lexer::TokenType::PUNCTUATOR_COMMA);
            }
        }
        ss << compiler::Signatures::GENERIC_END;
    }

    if (isRequiredType) {
        ss << compiler::Signatures::GENERIC_END;
    }
    if (isReadonlyType) {
        ss << compiler::Signatures::GENERIC_END;
    }
}

void ETSObjectType::SubstitutePartialTypes(TypeRelation *relation, Type *other)
{
    ASSERT(IsPartial());

    if ((baseType_->IsGeneric() || baseType_->IsETSTypeParameter()) && effectiveSubstitution_ != nullptr) {
        if (auto *newBaseType = baseType_->Substitute(relation, effectiveSubstitution_);
            newBaseType->IsETSObjectType() && !relation->IsIdenticalTo(newBaseType, baseType_)) {
            baseType_ = newBaseType->AsETSObjectType();
        }
    }

    if (other->IsETSObjectType() && other->AsETSObjectType()->IsPartial()) {
        auto *otherPartial = other->AsETSObjectType();
        if ((otherPartial->baseType_->IsGeneric() || otherPartial->baseType_->IsETSTypeParameter()) &&
            otherPartial->effectiveSubstitution_ != nullptr) {
            if (auto *newBaseType = otherPartial->baseType_->Substitute(relation, otherPartial->effectiveSubstitution_);
                newBaseType->IsETSObjectType() && !relation->IsIdenticalTo(newBaseType, otherPartial->baseType_)) {
                otherPartial->baseType_ = newBaseType->AsETSObjectType();
            }
        }
    }
}

void ETSObjectType::IdenticalUptoTypeArguments(TypeRelation *relation, Type *other)
{
    relation->Result(false);

    if (IsPartial()) {
        SubstitutePartialTypes(relation, other);
    }

    if (!other->IsETSObjectType() || !CheckIdenticalFlags(other->AsETSObjectType())) {
        return;
    }

    // NOTE: (DZ) only both Partial types can be compatible.
    if (static_cast<bool>(static_cast<std::byte>(IsPartial()) ^
                          static_cast<std::byte>(other->AsETSObjectType()->IsPartial()))) {
        return;
    }

    auto *thisBase = GetOriginalBaseType();
    auto *otherBase = other->AsETSObjectType()->GetOriginalBaseType();
    if (thisBase->Variable() != otherBase->Variable()) {
        return;
    }

    if ((relation->IgnoreTypeParameters() && !HasObjectFlag(ETSObjectFlags::FUNCTIONAL)) || (this == other)) {
        relation->Result(true);
        return;
    }

    auto const sourceTypeArguments = other->AsETSObjectType()->TypeArguments();
    if (typeArguments_.empty() != sourceTypeArguments.empty()) {
        return;
    }

    relation->Result(true);
}

void ETSObjectType::Identical(TypeRelation *relation, Type *other)
{
    IdenticalUptoTypeArguments(relation, other);

    if (!relation->IsTrue() || !HasTypeFlag(TypeFlag::GENERIC) || !other->IsETSObjectType()) {
        return;
    }

    auto const otherTypeArguments = other->AsETSObjectType()->TypeArguments();

    auto const argsNumber = typeArguments_.size();
    if (argsNumber != otherTypeArguments.size()) {
        relation->Result(false);
        return;
    }

    for (size_t idx = 0U; idx < argsNumber; ++idx) {
        if (typeArguments_[idx]->IsWildcardType() || otherTypeArguments[idx]->IsWildcardType()) {
            continue;
        }
        if (!relation->IsIdenticalTo(typeArguments_[idx], otherTypeArguments[idx])) {
            return;
        }
    }

    relation->Result(true);
}

bool ETSObjectType::CheckIdenticalFlags(ETSObjectType *other) const
{
    constexpr auto FLAGS_TO_REMOVE = ETSObjectFlags::INCOMPLETE_INSTANTIATION |
                                     ETSObjectFlags::CHECKED_COMPATIBLE_ABSTRACTS |
                                     ETSObjectFlags::CHECKED_INVOKE_LEGITIMACY;

    auto cleanedTargetFlags = other->ObjectFlags();
    cleanedTargetFlags &= ~FLAGS_TO_REMOVE;

    auto cleanedSelfFlags = ObjectFlags();
    cleanedSelfFlags &= ~FLAGS_TO_REMOVE;

    return cleanedSelfFlags == cleanedTargetFlags;
}

bool ETSObjectType::AssignmentSource(TypeRelation *const relation, [[maybe_unused]] Type *const target)
{
    return relation->Result(false);
}

void ETSObjectType::AssignmentTarget(TypeRelation *const relation, Type *source)
{
    if (source->HasTypeFlag(TypeFlag::READONLY)) {
        relation->Result(false);
        return;
    }

    if (HasObjectFlag(ETSObjectFlags::FUNCTIONAL) && source->IsETSFunctionType()) {
        EnsurePropertiesInstantiated();
        auto found = properties_[static_cast<size_t>(PropertyType::INSTANCE_METHOD)].find(
            FUNCTIONAL_INTERFACE_INVOKE_METHOD_NAME);
        ASSERT(found != properties_[static_cast<size_t>(PropertyType::INSTANCE_METHOD)].end());
        source = source->AsETSFunctionType()->BoxPrimitives(relation->GetChecker()->AsETSChecker());
        relation->IsAssignableTo(source, found->second->TsType());
        return;
    }

    relation->IsSupertypeOf(this, source);
}

bool ETSObjectType::CastWideningNarrowing(TypeRelation *const relation, Type *const target, TypeFlag unboxFlags,
                                          TypeFlag wideningFlags, TypeFlag narrowingFlags)
{
    if (target->HasTypeFlag(unboxFlags)) {
        conversion::Unboxing(relation, this);
        return true;
    }
    if (target->HasTypeFlag(wideningFlags)) {
        conversion::UnboxingWideningPrimitive(relation, this, target);
        return true;
    }
    if (target->HasTypeFlag(narrowingFlags)) {
        conversion::UnboxingNarrowingPrimitive(relation, this, target);
        return true;
    }
    return false;
}

bool ETSObjectType::TryCastByte(TypeRelation *const relation, Type *const target)
{
    if (target->HasTypeFlag(TypeFlag::BYTE)) {
        conversion::Unboxing(relation, this);
        return true;
    }
    if (target->HasTypeFlag(TypeFlag::SHORT | TypeFlag::INT | TypeFlag::LONG | TypeFlag::FLOAT | TypeFlag::DOUBLE)) {
        conversion::UnboxingWideningPrimitive(relation, this, target);
        return true;
    }
    if (target->HasTypeFlag(TypeFlag::CHAR)) {
        conversion::UnboxingWideningNarrowingPrimitive(relation, this, target);
        return true;
    }
    return false;
}

bool ETSObjectType::TryCastIntegral(TypeRelation *const relation, Type *const target)
{
    if (this->HasObjectFlag(ETSObjectFlags::BUILTIN_BYTE) && TryCastByte(relation, target)) {
        return true;
    }
    if (this->HasObjectFlag(ETSObjectFlags::BUILTIN_SHORT) &&
        CastWideningNarrowing(relation, target, TypeFlag::SHORT,
                              TypeFlag::INT | TypeFlag::LONG | TypeFlag::FLOAT | TypeFlag::DOUBLE,
                              TypeFlag::BYTE | TypeFlag::CHAR)) {
        return true;
    }
    if (this->HasObjectFlag(ETSObjectFlags::BUILTIN_CHAR) &&
        CastWideningNarrowing(relation, target, TypeFlag::CHAR,
                              TypeFlag::INT | TypeFlag::LONG | TypeFlag::FLOAT | TypeFlag::DOUBLE,
                              TypeFlag::BYTE | TypeFlag::SHORT)) {
        return true;
    }
    if (this->HasObjectFlag(ETSObjectFlags::BUILTIN_INT) &&
        CastWideningNarrowing(relation, target, TypeFlag::INT, TypeFlag::LONG | TypeFlag::FLOAT | TypeFlag::DOUBLE,
                              TypeFlag::BYTE | TypeFlag::SHORT | TypeFlag::CHAR)) {
        return true;
    }
    if (this->HasObjectFlag(ETSObjectFlags::BUILTIN_LONG) &&
        CastWideningNarrowing(relation, target, TypeFlag::LONG, TypeFlag::FLOAT | TypeFlag::DOUBLE,
                              TypeFlag::BYTE | TypeFlag::SHORT | TypeFlag::CHAR | TypeFlag::INT)) {
        return true;
    }
    return false;
}

bool ETSObjectType::TryCastFloating(TypeRelation *const relation, Type *const target)
{
    if (this->HasObjectFlag(ETSObjectFlags::BUILTIN_FLOAT) &&
        CastWideningNarrowing(relation, target, TypeFlag::FLOAT, TypeFlag::DOUBLE,
                              TypeFlag::BYTE | TypeFlag::SHORT | TypeFlag::CHAR | TypeFlag::INT | TypeFlag::LONG)) {
        return true;
    }
    if (auto narrowingFlags =
            TypeFlag::BYTE | TypeFlag::SHORT | TypeFlag::CHAR | TypeFlag::INT | TypeFlag::LONG | TypeFlag::FLOAT;
        this->HasObjectFlag(ETSObjectFlags::BUILTIN_DOUBLE) &&
        CastWideningNarrowing(relation, target, TypeFlag::DOUBLE, TypeFlag::NONE, narrowingFlags)) {
        return true;
    }
    return false;
}

bool ETSObjectType::TryCastUnboxable(TypeRelation *const relation, Type *const target)
{
    if (target->HasTypeFlag(TypeFlag::ETS_OBJECT)) {
        if (!target->IsETSUnboxableObject()) {
            conversion::WideningReference(relation, this, target->AsETSObjectType());
            return true;
        }
        auto unboxedTarget = relation->GetChecker()->AsETSChecker()->MaybeUnboxInRelation(target);
        CastNumericObject(relation, unboxedTarget);
        if (relation->IsTrue()) {
            conversion::Boxing(relation, unboxedTarget);
            return true;
        }
        conversion::WideningReference(relation, this, target->AsETSObjectType());
        return true;
    }
    conversion::Forbidden(relation);
    return true;
}

bool ETSObjectType::CastNumericObject(TypeRelation *const relation, Type *const target)
{
    if (!target->IsETSPrimitiveType()) {
        return false;
    }
    if (relation->IsIdenticalTo(this, target)) {
        return true;
    }
    if (TryCastIntegral(relation, target)) {
        return true;
    }
    if (TryCastFloating(relation, target)) {
        return true;
    }
    if (this->HasObjectFlag(ETSObjectFlags::BOXED_ENUM) && target->HasTypeFlag(TypeFlag::ETS_ENUM)) {
        conversion::Unboxing(relation, this);
        return true;
    }
    if (this->HasObjectFlag(ETSObjectFlags::BUILTIN_BOOLEAN) && target->HasTypeFlag(TypeFlag::ETS_BOOLEAN)) {
        conversion::Unboxing(relation, this);
        return true;
    }
    if (this->IsETSUnboxableObject()) {
        return TryCastUnboxable(relation, target);
    }
    if (target->IsETSPrimitiveType()) {
        conversion::NarrowingReferenceUnboxing(relation, this, target);
        return true;
    }
    return false;
}

void ETSObjectType::Cast(TypeRelation *const relation, Type *const target)
{
    conversion::Identity(relation, this, target);
    if (relation->IsTrue()) {
        return;
    }

    if (CastNumericObject(relation, target)) {
        return;
    }

    if (target->HasTypeFlag(TypeFlag::ETS_ARRAY)) {
        conversion::NarrowingReference(relation, this, target->AsETSArrayType());
        return;
    }

    if (target->HasTypeFlag(TypeFlag::ETS_OBJECT)) {
        conversion::WideningReference(relation, this, target->AsETSObjectType());
        if (relation->IsTrue()) {
            return;
        }

        conversion::NarrowingReference(relation, this, target->AsETSObjectType());
        if (relation->IsTrue()) {
            return;
        }
    }

    //  #16485: Probably temporary solution for generic bridges realization. Allows casting of generic classes
    //          in the form C<T> as C<U> (where U extends T) or C<T> as D (where D extends C<U>)
    if ((relation->GetChecker()->Context().Status() & CheckerStatus::IN_BRIDGE_TEST) != 0U) {
        SavedTypeRelationFlagsContext const savedFlags(relation, relation->GetTypeRelationFlags() |
                                                                     TypeRelationFlag::IGNORE_TYPE_PARAMETERS);
        relation->IsSupertypeOf(this, target);
        return;
    }

    conversion::Forbidden(relation);
}

bool ETSObjectType::DefaultObjectTypeChecks(const ETSChecker *const etsChecker, TypeRelation *const relation,
                                            Type *const source)
{
    relation->Result(false);

    // 3.8.3 Subtyping among Array Types
    auto const *const base = GetConstOriginalBaseType();
    if (base == etsChecker->GlobalETSObjectType() && source->IsETSArrayType()) {
        relation->Result(true);
        return true;
    }

    if (!source->IsETSObjectType() ||
        !source->AsETSObjectType()->HasObjectFlag(ETSObjectFlags::CLASS | ETSObjectFlags::INTERFACE)) {
        return true;
    }

    // All classes and interfaces are subtypes of Object
    if (base == etsChecker->GlobalETSObjectType()) {
        relation->Result(true);
        return true;
    }

    IdenticalUptoTypeArguments(relation, source);
    if (relation->IsTrue() && HasTypeFlag(TypeFlag::GENERIC) && !relation->IgnoreTypeParameters()) {
        IsGenericSupertypeOf(relation, source);
    }
    return relation->IsTrue();
}

void ETSObjectType::IsSupertypeOf(TypeRelation *relation, Type *source)
{
    relation->Result(false);
    auto *const etsChecker = relation->GetChecker()->AsETSChecker();

    if (IsPartial()) {
        if (!source->IsETSObjectType() || !source->AsETSObjectType()->IsPartial()) {
            return;
        }
        relation->IsSupertypeOf(GetBaseType(), source->AsETSObjectType()->GetBaseType());
        return;
    }

    if (DefaultObjectTypeChecks(etsChecker, relation, source)) {
        return;
    }

    //  #16485: special case for generic bridges processing.
    //          We need only to check if the type is immediate supertype of processing class.
    auto const &checkerContext = relation->GetChecker()->Context();
    if ((checkerContext.Status() & CheckerStatus::IN_BRIDGE_TEST) != 0U && relation->IsBridgeCheck()) {
        if (source->Variable() == checkerContext.ContainingClass()->SuperType()->Variable()) {
            return;
        }
    }

    ETSObjectType *sourceObj = source->AsETSObjectType();
    if (auto *sourceSuper = sourceObj->SuperType(); sourceSuper != nullptr) {
        if (relation->IsSupertypeOf(this, sourceSuper)) {
            return;
        }
    }

    if (HasObjectFlag(ETSObjectFlags::INTERFACE)) {
        for (auto *itf : sourceObj->Interfaces()) {
            if (relation->IsSupertypeOf(this, itf)) {
                return;
            }
        }
    }
}

void ETSObjectType::IsGenericSupertypeOf(TypeRelation *relation, Type *source)
{
    ASSERT(HasTypeFlag(TypeFlag::GENERIC));

    auto *sourceType = source->AsETSObjectType();
    auto const &sourceTypeArguments = sourceType->TypeArguments();
    auto const typeArgumentsNumber = typeArguments_.size();
    if (typeArgumentsNumber > sourceTypeArguments.size()) {
        relation->Result(false);
        return;
    }

    ASSERT(declNode_ == sourceType->GetDeclNode());

    auto *typeParamsDecl = GetTypeParams();
    ASSERT(typeParamsDecl != nullptr || typeArguments_.empty());

    if (typeParamsDecl == nullptr) {
        return;
    }

    auto &typeParams = typeParamsDecl->Params();
    ASSERT(typeParams.size() == typeArgumentsNumber);

    for (size_t idx = 0U; idx < typeArgumentsNumber; ++idx) {
        auto *typeArg = typeArguments_[idx];
        auto *sourceTypeArg = sourceTypeArguments[idx];
        auto *typeParam = typeParams[idx];

        relation->Result(false);
        if (typeArg->IsWildcardType() || sourceTypeArg->IsWildcardType()) {
            continue;
        }
        if (typeParam->IsOut()) {
            relation->IsSupertypeOf(typeArg, sourceTypeArg);
        } else if (typeParam->IsIn()) {
            relation->IsSupertypeOf(sourceTypeArg, typeArg);
        } else {
            relation->IsIdenticalTo(typeArg, sourceTypeArg);
        }

        if (!relation->IsTrue()) {
            return;
        }
    }

    relation->Result(true);
}

Type *ETSObjectType::AsSuper(Checker *checker, varbinder::Variable *sourceVar)
{
    if (sourceVar == nullptr) {
        return nullptr;
    }

    if (variable_ == sourceVar) {
        return this;
    }

    if (HasObjectFlag(ETSObjectFlags::INTERFACE)) {
        Type *res = nullptr;
        for (auto *const it : checker->AsETSChecker()->GetInterfaces(this)) {
            res = it->AsSuper(checker, sourceVar);
            if (res != nullptr) {
                return res;
            }
        }
        return checker->GetGlobalTypesHolder()->GlobalETSObjectType()->AsSuper(checker, sourceVar);
    }

    Type *const superType = checker->AsETSChecker()->GetSuperType(this);

    if (superType == nullptr) {
        return nullptr;
    }

    if (!superType->IsETSObjectType()) {
        return nullptr;
    }

    if (ETSObjectType *const superObj = superType->AsETSObjectType(); superObj->HasObjectFlag(ETSObjectFlags::CLASS)) {
        Type *const res = superObj->AsSuper(checker, sourceVar);
        if (res != nullptr) {
            return res;
        }
    }

    if (sourceVar->TsType()->IsETSObjectType() &&
        sourceVar->TsType()->AsETSObjectType()->HasObjectFlag(ETSObjectFlags::INTERFACE)) {
        for (auto *const it : checker->AsETSChecker()->GetInterfaces(this)) {
            Type *const res = it->AsSuper(checker, sourceVar);
            if (res != nullptr) {
                return res;
            }
        }
    }

    return nullptr;
}

varbinder::LocalVariable *ETSObjectType::CopyProperty(varbinder::LocalVariable *prop, ArenaAllocator *allocator,
                                                      TypeRelation *relation, GlobalTypesHolder *globalTypes)
{
    auto *const copiedProp = prop->Copy(allocator, prop->Declaration());
    auto *const copiedPropType = ETSChecker::TryToInstantiate(
        relation->GetChecker()->AsETSChecker()->GetTypeOfVariable(prop), allocator, relation, globalTypes);
    // NOTE: don't change type variable if it differs from copying one!
    if (copiedPropType->Variable() == prop) {
        copiedPropType->SetVariable(copiedProp);
    }
    copiedProp->SetTsType(copiedPropType);
    return copiedProp;
}

Type *ETSObjectType::Instantiate(ArenaAllocator *const allocator, TypeRelation *const relation,
                                 GlobalTypesHolder *const globalTypes)
{
    auto *const checker = relation->GetChecker()->AsETSChecker();
    std::lock_guard guard {*checker->Mutex()};
    auto *const base = GetOriginalBaseType();

    if (!relation->IsAtTypeDepthLimit(base)) {
        return this;
    }
    relation->IncreaseTypeRecursionCount(base);

    auto *const copiedType = checker->CreateNewETSObjectType(name_, declNode_, flags_);
    copiedType->typeFlags_ = typeFlags_;
    copiedType->RemoveObjectFlag(ETSObjectFlags::CHECKED_COMPATIBLE_ABSTRACTS |
                                 ETSObjectFlags::INCOMPLETE_INSTANTIATION | ETSObjectFlags::CHECKED_INVOKE_LEGITIMACY);
    copiedType->SetAssemblerName(assemblerName_);
    copiedType->SetVariable(variable_);
    copiedType->SetSuperType(superType_);

    for (auto *const it : interfaces_) {
        copiedType->AddInterface(it);
    }

    ArenaVector<Type *> typeArgs(allocator->Adapter());
    for (auto *const typeArgument : TypeArguments()) {
        typeArgs.emplace_back(typeArgument->Instantiate(allocator, relation, globalTypes));
    }
    copiedType->SetTypeArguments(std::move(typeArgs));
    copiedType->SetBaseType(this);
    copiedType->propertiesInstantiated_ = false;
    copiedType->relation_ = relation;
    copiedType->effectiveSubstitution_ = nullptr;

    relation->DecreaseTypeRecursionCount(base);

    return copiedType;
}

static Type *SubstituteVariableType(TypeRelation *relation, const Substitution *substitution, Type *const varType)
{
    auto *substitutedType = varType->Substitute(relation, substitution);

    if (varType->HasTypeFlag(TypeFlag::ETS_REQUIRED_TYPE_PARAMETER)) {
        substitutedType = relation->GetChecker()->AsETSChecker()->HandleRequiredType(substitutedType);
    }

    return substitutedType;
}

static varbinder::LocalVariable *CopyPropertyWithTypeArguments(varbinder::LocalVariable *prop, TypeRelation *relation,
                                                               const Substitution *substitution)
{
    auto *const checker = relation->GetChecker()->AsETSChecker();
    auto *const varType = ETSChecker::IsVariableGetterSetter(prop) ? prop->TsType() : checker->GetTypeOfVariable(prop);
    auto *const copiedPropType = SubstituteVariableType(relation, substitution, varType);
    auto *const copiedProp = prop->Copy(checker->Allocator(), prop->Declaration());
    copiedPropType->SetVariable(copiedProp);
    copiedProp->SetTsType(copiedPropType);
    return copiedProp;
}

ETSObjectType const *ETSObjectType::GetConstOriginalBaseType() const noexcept
{
    if (auto *baseIter = GetBaseType(); baseIter != nullptr) {
        auto *baseIterNext = baseIter->GetBaseType();
        while (baseIterNext != nullptr && baseIterNext != baseIter) {
            baseIter = baseIterNext;
            baseIterNext = baseIter->GetBaseType();
        }
        return baseIter;
    }
    return this;
}

bool ETSObjectType::SubstituteTypeArgs(TypeRelation *const relation, ArenaVector<Type *> &newTypeArgs,
                                       const Substitution *const substitution)
{
    bool anyChange = false;
    newTypeArgs.reserve(typeArguments_.size());

    for (auto *const arg : typeArguments_) {
        auto *const newArg = arg->Substitute(relation, substitution);
        newTypeArgs.push_back(newArg);
        anyChange = anyChange || (newArg != arg);
    }

    return anyChange;
}

static Substitution *ComputeEffectiveSubstitution(TypeRelation *const relation,
                                                  const ArenaVector<Type *> &baseTypeParams,
                                                  ArenaVector<Type *> &newTypeArgs)
{
    ASSERT(baseTypeParams.size() == newTypeArgs.size());
    auto *const checker = relation->GetChecker()->AsETSChecker();
    auto *effectiveSubstitution = checker->NewSubstitution();

    for (size_t ix = 0; ix < baseTypeParams.size(); ix++) {
        ETSChecker::EmplaceSubstituted(effectiveSubstitution, baseTypeParams[ix]->AsETSTypeParameter(),
                                       newTypeArgs[ix]);
    }

    return effectiveSubstitution;
}

void ETSObjectType::SetCopiedTypeProperties(TypeRelation *const relation, ETSObjectType *const copiedType,
                                            ArenaVector<Type *> &&newTypeArgs, ETSObjectType *base)
{
    copiedType->typeFlags_ = typeFlags_;
    copiedType->RemoveObjectFlag(ETSObjectFlags::CHECKED_COMPATIBLE_ABSTRACTS |
                                 ETSObjectFlags::INCOMPLETE_INSTANTIATION | ETSObjectFlags::CHECKED_INVOKE_LEGITIMACY);
    copiedType->SetVariable(variable_);
    copiedType->SetBaseType(base);

    auto const &baseTypeParams = base->TypeArguments();
    copiedType->effectiveSubstitution_ = ComputeEffectiveSubstitution(relation, baseTypeParams, newTypeArgs);

    copiedType->SetTypeArguments(std::move(newTypeArgs));
    copiedType->relation_ = relation;
}

void ETSObjectType::UpdateTypeProperty(checker::ETSChecker *checker, varbinder::LocalVariable *const prop,
                                       PropertyType fieldType, PropertyProcesser const &func)
{
    auto *const propType = prop->Declaration()->Node()->Check(checker);

    auto *const propCopy = func(prop, propType);
    if (fieldType == PropertyType::INSTANCE_FIELD) {
        RemoveProperty<PropertyType::INSTANCE_FIELD>(prop);
        AddProperty<PropertyType::INSTANCE_FIELD>(propCopy);
    } else {
        RemoveProperty<PropertyType::STATIC_FIELD>(prop);
        AddProperty<PropertyType::STATIC_FIELD>(propCopy);
    }
}

void ETSObjectType::UpdateTypeProperties(checker::ETSChecker *checker, PropertyProcesser const &func)
{
    AddTypeFlag(TypeFlag::READONLY);
    for (auto const &prop : InstanceFields()) {
        UpdateTypeProperty(checker, prop.second, PropertyType::INSTANCE_FIELD, func);
    }

    for (auto const &prop : StaticFields()) {
        UpdateTypeProperty(checker, prop.second, PropertyType::STATIC_FIELD, func);
    }

    if (SuperType() != nullptr) {
        auto *const superProp = SuperType()->Clone(checker)->AsETSObjectType();
        superProp->UpdateTypeProperties(checker, func);
        SetSuperType(superProp);
    }
}

ETSObjectType *ETSObjectType::Substitute(TypeRelation *relation, const Substitution *substitution, bool cache)
{
    if (substitution == nullptr || substitution->empty()) {
        return this;
    }

    auto *const checker = relation->GetChecker()->AsETSChecker();
    auto *base = GetOriginalBaseType();

    ArenaVector<Type *> newTypeArgs {checker->Allocator()->Adapter()};
    const bool anyChange = SubstituteTypeArgs(relation, newTypeArgs, substitution);
    // Lambda types can capture type params in their bodies, normal classes cannot.
    // NOTE: gogabr. determine precise conditions where we do not need to copy.
    // Perhaps keep track of captured type parameters for each type.
    if (!anyChange && !HasObjectFlag(ETSObjectFlags::FUNCTIONAL)) {
        return this;
    }

    const util::StringView hash = checker->GetHashFromSubstitution(substitution);
    if (cache) {
        if (auto *inst = GetInstantiatedType(hash); inst != nullptr) {
            return inst;
        }
    }

    if (!relation->IsAtTypeDepthLimit(base)) {
        return this;
    }
    relation->IncreaseTypeRecursionCount(base);

    auto *const copiedType = checker->CreateNewETSObjectType(name_, declNode_, flags_);
    SetCopiedTypeProperties(relation, copiedType, std::move(newTypeArgs), base);

    if (cache) {
        GetInstantiationMap().try_emplace(hash, copiedType);
    }

    if (superType_ != nullptr) {
        copiedType->SetSuperType(superType_->Substitute(relation, substitution)->AsETSObjectType());
    }
    for (auto *itf : interfaces_) {
        auto *newItf = itf->Substitute(relation, substitution)->AsETSObjectType();
        copiedType->AddInterface(newItf);
    }

    relation->DecreaseTypeRecursionCount(base);

    return copiedType;
}

ETSObjectType *ETSObjectType::Substitute(TypeRelation *relation, const Substitution *substitution)
{
    return Substitute(relation, substitution, true);
}

ETSObjectType *ETSObjectType::SubstituteArguments(TypeRelation *relation, ArenaVector<Type *> const &arguments)
{
    if (arguments.empty()) {
        return this;
    }

    auto *checker = relation->GetChecker()->AsETSChecker();
    auto *substitution = checker->NewSubstitution();

    ASSERT(baseType_ == nullptr);
    ASSERT(typeArguments_.size() == arguments.size());

    for (size_t ix = 0; ix < typeArguments_.size(); ix++) {
        substitution->emplace(typeArguments_[ix]->AsETSTypeParameter(), checker->MaybeBoxType(arguments[ix]));
    }

    return Substitute(relation, substitution);
}

void ETSObjectType::InstantiateProperties() const
{
    ASSERT(relation_ != nullptr);
    auto *checker = relation_->GetChecker()->AsETSChecker();

    if (baseType_ == nullptr || baseType_ == this) {
        checker->ResolveDeclaredMembersOfObject(this);
        return;
    }

    ASSERT(!propertiesInstantiated_);
    declNode_->Check(checker);

    for (auto *const it : baseType_->ConstructSignatures()) {
        auto *newSig = it->Substitute(relation_, effectiveSubstitution_);
        constructSignatures_.push_back(newSig);
    }

    for (auto const &[_, prop] : baseType_->InstanceFields()) {
        (void)_;
        auto *copiedProp = CopyPropertyWithTypeArguments(prop, relation_, effectiveSubstitution_);
        properties_[static_cast<size_t>(PropertyType::INSTANCE_FIELD)].emplace(prop->Name(), copiedProp);
    }

    for (auto const &[_, prop] : baseType_->StaticFields()) {
        (void)_;
        auto *copiedProp = CopyPropertyWithTypeArguments(prop, relation_, effectiveSubstitution_);
        properties_[static_cast<size_t>(PropertyType::STATIC_FIELD)].emplace(prop->Name(), copiedProp);
    }

    for (auto const &[_, prop] : baseType_->InstanceMethods()) {
        (void)_;
        auto *copiedProp = CopyPropertyWithTypeArguments(prop, relation_, effectiveSubstitution_);
        properties_[static_cast<size_t>(PropertyType::INSTANCE_METHOD)].emplace(prop->Name(), copiedProp);
    }

    for (auto const &[_, prop] : baseType_->StaticMethods()) {
        (void)_;
        auto *copiedProp = CopyPropertyWithTypeArguments(prop, relation_, effectiveSubstitution_);
        properties_[static_cast<size_t>(PropertyType::STATIC_METHOD)].emplace(prop->Name(), copiedProp);
    }

    for (auto const &[_, prop] : baseType_->InstanceDecls()) {
        (void)_;
        auto *copiedProp = CopyPropertyWithTypeArguments(prop, relation_, effectiveSubstitution_);
        properties_[static_cast<size_t>(PropertyType::INSTANCE_DECL)].emplace(prop->Name(), copiedProp);
    }

    for (auto const &[_, prop] : baseType_->StaticDecls()) {
        (void)_;
        auto *copiedProp = CopyPropertyWithTypeArguments(prop, relation_, effectiveSubstitution_);
        properties_[static_cast<size_t>(PropertyType::STATIC_DECL)].emplace(prop->Name(), copiedProp);
    }
}

void ETSObjectType::DebugInfoTypeFromName(std::stringstream &ss, util::StringView asmName)
{
    ss << compiler::Signatures::CLASS_REF_BEGIN;
    auto copied = asmName.Mutf8();
    std::replace(copied.begin(), copied.end(), *compiler::Signatures::METHOD_SEPARATOR.begin(),
                 *compiler::Signatures::NAMESPACE_SEPARATOR.begin());
    ss << copied;
    ss << compiler::Signatures::MANGLE_SEPARATOR;
}

std::uint32_t ETSObjectType::GetPrecedence(checker::ETSChecker *checker, ETSObjectType const *type) noexcept
{
    ASSERT(type != nullptr);
    if (type->HasObjectFlag(ETSObjectFlags::BUILTIN_BYTE)) {
        return 1U;
    }
    if (type->HasObjectFlag(ETSObjectFlags::BUILTIN_CHAR)) {
        return 2U;
    }
    if (type->HasObjectFlag(ETSObjectFlags::BUILTIN_SHORT)) {
        return 3U;
    }
    if (type->HasObjectFlag(ETSObjectFlags::BUILTIN_INT)) {
        return 4U;
    }
    if (type->HasObjectFlag(ETSObjectFlags::BUILTIN_LONG)) {
        return 5U;
    }
    if (checker->Relation()->IsIdenticalTo(const_cast<ETSObjectType *>(type),
                                           checker->GetGlobalTypesHolder()->GlobalIntegralBuiltinType())) {
        return 5U;
    }
    if (type->HasObjectFlag(ETSObjectFlags::BUILTIN_FLOAT)) {
        return 6U;
    }
    if (type->HasObjectFlag(ETSObjectFlags::BUILTIN_DOUBLE)) {
        return 7U;
    }
    if (checker->Relation()->IsIdenticalTo(const_cast<ETSObjectType *>(type),
                                           checker->GetGlobalTypesHolder()->GlobalFloatingBuiltinType())) {
        return 7U;
    }
    if (type->HasObjectFlag(ETSObjectFlags::BUILTIN_BIGINT)) {
        return 8U;
    }
    return 0U;
}
void ETSObjectType::AddReExports(ETSObjectType *reExport)
{
    if (std::find(reExports_.begin(), reExports_.end(), reExport) == reExports_.end()) {
        reExports_.push_back(reExport);
    }
}

void ETSObjectType::AddReExportAlias(util::StringView const &value, util::StringView const &key)
{
    reExportAlias_.insert({key, value});
}

util::StringView ETSObjectType::GetReExportAliasValue(util::StringView const &key) const
{
    auto ret = reExportAlias_.find(key);
    if (reExportAlias_.end() == ret) {
        return key;
    }
    return ret->second;
}

bool ETSObjectType::IsReExportHaveAliasValue(util::StringView const &key) const
{
    return std::any_of(reExportAlias_.begin(), reExportAlias_.end(),
                       [&](const auto &val) { return val.second == key; });
}

const ArenaVector<ETSObjectType *> &ETSObjectType::ReExports() const
{
    return reExports_;
}

void ETSObjectType::ToAssemblerType([[maybe_unused]] std::stringstream &ss) const
{
    ss << assemblerName_;
}

void ETSObjectType::ToDebugInfoType(std::stringstream &ss) const
{
    DebugInfoTypeFromName(ss, assemblerName_);
}

void ETSObjectType::ToDebugInfoSignatureType(std::stringstream &ss) const
{
    ss << compiler::Signatures::GENERIC_BEGIN;
    ss << assemblerName_;
    ss << compiler::Signatures::GENERIC_END;
}

ir::TSTypeParameterDeclaration *ETSObjectType::GetTypeParams() const
{
    if (HasObjectFlag(ETSObjectFlags::ENUM) || !HasTypeFlag(TypeFlag::GENERIC)) {
        return nullptr;
    }

    if (HasObjectFlag(ETSObjectFlags::CLASS)) {
        ASSERT(declNode_->IsClassDefinition() && declNode_->AsClassDefinition()->TypeParams());
        return declNode_->AsClassDefinition()->TypeParams();
    }

    ASSERT(declNode_->IsTSInterfaceDeclaration() && declNode_->AsTSInterfaceDeclaration()->TypeParams());
    return declNode_->AsTSInterfaceDeclaration()->TypeParams();
}

}  // namespace ark::es2panda::checker