* Copyright (c) 2025-2026 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 "convertors-napi.h"
#include "ir/astNode.h"
#include "lsp/include/api.h"
#include "lsp.h"
#include "common.h"
#include "panda_types.h"
#include "public/es2panda_lib.h"
#include "lsp/include/refactors/refactor_types.h"
#include "lsp/include/formatting/formatting_settings.h"
#include "lsp/include/formatting/formatting.h"
#include "lsp/include/user_preferences.h"
#include <cstddef>
#include <string>
namespace {
using ark::es2panda::lsp::ClassHierarchy;
using ark::es2panda::lsp::ClassHierarchyInfo;
using ark::es2panda::lsp::ClassHierarchyItem;
using ark::es2panda::lsp::ClassMethodItem;
using ark::es2panda::lsp::ClassPropertyItem;
}
KNativePointer impl_getCurrentTokenValue(KNativePointer context, KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
return new std::string(
ctx->getCurrentTokenValue(reinterpret_cast<es2panda_Context *>(context), static_cast<std::size_t>(position)));
}
TS_INTEROP_2(getCurrentTokenValue, KNativePointer, KNativePointer, KInt)
KNativePointer impl_getSemanticDiagnostics(KNativePointer context)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *ptrDiag =
new DiagnosticReferences(ctx->getSemanticDiagnostics(reinterpret_cast<es2panda_Context *>(context)));
return ptrDiag;
}
TS_INTEROP_1(getSemanticDiagnostics, KNativePointer, KNativePointer)
KNativePointer impl_getClassPropertyInfo(KNativePointer context, KInt position, KBoolean shouldCollectInherited)
{
LSPAPI const *ctx = GetLspApiImpl();
auto info = ctx->getClassPropertyInfo(reinterpret_cast<es2panda_Context *>(context),
static_cast<std::size_t>(position), shouldCollectInherited != 0);
return new std::vector<FieldsInfo>(info);
}
TS_INTEROP_3(getClassPropertyInfo, KNativePointer, KNativePointer, KInt, KBoolean)
KNativePointer impl_getRenameLocationFileName(KNativePointer renameLocationPtr)
{
auto *renameLocationRef = reinterpret_cast<ark::es2panda::lsp::RenameLocation *>(renameLocationPtr);
return new std::string(renameLocationRef->fileName);
}
TS_INTEROP_1(getRenameLocationFileName, KNativePointer, KNativePointer)
KBoolean impl_renameLocationHasPrefixText(KNativePointer renameLocationPtr)
{
auto *renameLocationRef = reinterpret_cast<ark::es2panda::lsp::RenameLocation *>(renameLocationPtr);
return renameLocationRef->prefixText.has_value() ? 1 : 0;
}
TS_INTEROP_1(renameLocationHasPrefixText, KBoolean, KNativePointer)
KNativePointer impl_getRenameLocationPrefixText(KNativePointer renameLocationPtr)
{
auto *renameLocationRef = reinterpret_cast<ark::es2panda::lsp::RenameLocation *>(renameLocationPtr);
return new std::string(renameLocationRef->prefixText.has_value() ? renameLocationRef->prefixText.value() : "");
}
TS_INTEROP_1(getRenameLocationPrefixText, KNativePointer, KNativePointer)
KBoolean impl_renameLocationHasSuffixText(KNativePointer renameLocationPtr)
{
auto *renameLocationRef = reinterpret_cast<ark::es2panda::lsp::RenameLocation *>(renameLocationPtr);
return renameLocationRef->suffixText.has_value() ? 1 : 0;
}
TS_INTEROP_1(renameLocationHasSuffixText, KBoolean, KNativePointer)
KNativePointer impl_getRenameLocationSuffixText(KNativePointer renameLocationPtr)
{
auto *renameLocationRef = reinterpret_cast<ark::es2panda::lsp::RenameLocation *>(renameLocationPtr);
return new std::string(renameLocationRef->suffixText.has_value() ? renameLocationRef->suffixText.value() : "");
}
TS_INTEROP_1(getRenameLocationSuffixText, KNativePointer, KNativePointer)
KInt impl_getRenameLocationStart(KNativePointer renameLocationPtr)
{
auto *renameLocationRef = reinterpret_cast<ark::es2panda::lsp::RenameLocation *>(renameLocationPtr);
return renameLocationRef->start;
}
TS_INTEROP_1(getRenameLocationStart, KInt, KNativePointer)
KInt impl_getRenameLocationEnd(KNativePointer renameLocationPtr)
{
auto *renameLocationRef = reinterpret_cast<ark::es2panda::lsp::RenameLocation *>(renameLocationPtr);
return renameLocationRef->end;
}
TS_INTEROP_1(getRenameLocationEnd, KInt, KNativePointer)
KInt impl_getRenameLocationLine(KNativePointer renameLocationPtr)
{
auto *renameLocationRef = reinterpret_cast<ark::es2panda::lsp::RenameLocation *>(renameLocationPtr);
return renameLocationRef->line;
}
TS_INTEROP_1(getRenameLocationLine, KInt, KNativePointer)
inline KUInt UnpackUInt(const KByte *bytes)
{
return (bytes[0] | (bytes[1] << 8U) | (bytes[2U] << 16U) | (bytes[3U] << 24U));
}
* Parses an array of pointers from a KStringArray.
* format:
* | header(4 bytes) | strLen(4 bytes) | strData(strLen bytes) | strLen(4 bytes) | strData(strLen bytes) | ...
*/
static std::vector<void *> ParsePointerArray(KInt argc, KStringArray pointerArrayPtr)
{
const std::size_t headerLen = 4;
auto bigintPtrs = std::vector<void *>();
bigintPtrs.reserve(static_cast<std::size_t>(argc));
std::size_t offset = headerLen;
std::size_t strLen = 0;
for (std::size_t i = 0; i < static_cast<std::size_t>(argc); ++i) {
strLen = UnpackUInt(pointerArrayPtr + offset);
offset += headerLen;
std::string bigintStr(reinterpret_cast<const char *>(pointerArrayPtr + offset), strLen);
offset += strLen;
uintptr_t ptrValue = 0;
const size_t prefixLen = 2;
const size_t hex = 16;
const size_t decimal = 10;
if (bigintStr.substr(0, prefixLen) == "0x" || bigintStr.substr(0, prefixLen) == "0X") {
ptrValue = std::stoull(bigintStr, nullptr, hex);
} else {
ptrValue = std::stoull(bigintStr, nullptr, decimal);
}
bigintPtrs.push_back(reinterpret_cast<void *>(ptrValue));
}
return bigintPtrs;
}
KNativePointer impl_findRenameLocations(KInt argc, KStringArray pointerArrayPtr, KNativePointer context, KInt position)
{
auto pointerArray = ParsePointerArray(argc, pointerArrayPtr);
auto fileContexts = std::vector<es2panda_Context *> {};
fileContexts.reserve(argc);
for (std::size_t i = 0; i < static_cast<std::size_t>(argc); ++i) {
auto contextPtr = reinterpret_cast<es2panda_Context *>(pointerArray[i]);
if (contextPtr != nullptr) {
fileContexts.push_back(contextPtr);
}
}
LSPAPI const *ctx = GetLspApiImpl();
auto result = ctx->findRenameLocations(fileContexts, reinterpret_cast<es2panda_Context *>(context),
static_cast<std::size_t>(position));
auto ptrs = std::make_unique<std::vector<void *>>();
ptrs->reserve(result.size());
for (auto &el : result) {
ptrs->push_back(new ark::es2panda::lsp::RenameLocation(std::move(el)));
}
return ptrs.release();
}
TS_INTEROP_4(findRenameLocations, KNativePointer, KInt, KStringArray, KNativePointer, KInt)
KNativePointer impl_findRenameLocationsInCurrentFile(KNativePointer context, KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
auto result = ctx->findRenameLocationsInCurrentFile(reinterpret_cast<es2panda_Context *>(context),
static_cast<std::size_t>(position));
auto ptrs = std::make_unique<std::vector<void *>>();
ptrs->reserve(result.size());
for (auto &el : result) {
ptrs->push_back(new ark::es2panda::lsp::RenameLocation(el));
}
return ptrs.release();
}
TS_INTEROP_2(findRenameLocationsInCurrentFile, KNativePointer, KNativePointer, KInt)
KNativePointer impl_findRenameLocationsFromIndex(KNativePointer context, KInt position)
{
auto *activeContext = reinterpret_cast<es2panda_Context *>(context);
LSPAPI const *ctx = GetLspApiImpl();
auto refs = ctx->getReferencesAtPositionFromIndex(activeContext, static_cast<std::size_t>(position));
std::set<ark::es2panda::lsp::RenameLocation> locations;
auto buildRenameLocationWithLine = [ctx](const std::string &fileName, size_t start, size_t length) {
size_t line = 0;
auto source = ctx->getIndexedFileSource(fileName);
if (!source.empty()) {
line = ctx->getColAndLineByOffset(source, start).first;
}
return ark::es2panda::lsp::RenameLocation(fileName, start, start + length, line);
};
if (!refs.definitionInfo.fileName.empty()) {
locations.emplace(buildRenameLocationWithLine(refs.definitionInfo.fileName, refs.definitionInfo.start,
refs.definitionInfo.length));
}
for (const auto &ref : refs.referenceInfos) {
locations.emplace(buildRenameLocationWithLine(ref.fileName, ref.start, ref.length));
}
auto ptrs = std::make_unique<std::vector<void *>>();
ptrs->reserve(locations.size());
for (const auto &loc : locations) {
ptrs->push_back(new ark::es2panda::lsp::RenameLocation(loc));
}
return ptrs.release();
}
TS_INTEROP_2(findRenameLocationsFromIndex, KNativePointer, KNativePointer, KInt)
KBoolean impl_needsCrossFileRename(KNativePointer context, KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
auto res = ctx->needsCrossFileRename(reinterpret_cast<es2panda_Context *>(context), position);
return res ? 1 : 0;
}
TS_INTEROP_2(needsCrossFileRename, KBoolean, KNativePointer, KInt)
KNativePointer impl_getRenameSuccessFileName(KNativePointer successPtr)
{
auto successInfo = reinterpret_cast<ark::es2panda::lsp::RenameInfoSuccess *>(successPtr);
return new std::string(successInfo->GetFileToRename());
}
TS_INTEROP_1(getRenameSuccessFileName, KNativePointer, KNativePointer)
KNativePointer impl_getRenameSuccessKind(KNativePointer successPtr)
{
auto successInfo = reinterpret_cast<ark::es2panda::lsp::RenameInfoSuccess *>(successPtr);
return new std::string(successInfo->GetKind());
}
TS_INTEROP_1(getRenameSuccessKind, KNativePointer, KNativePointer)
KNativePointer impl_getRenameSuccessDisplayName(KNativePointer successPtr)
{
auto successInfo = reinterpret_cast<ark::es2panda::lsp::RenameInfoSuccess *>(successPtr);
return new std::string(successInfo->GetDisplayName());
}
TS_INTEROP_1(getRenameSuccessDisplayName, KNativePointer, KNativePointer)
KNativePointer impl_getRenameSuccessFullDisplayName(KNativePointer successPtr)
{
auto successInfo = reinterpret_cast<ark::es2panda::lsp::RenameInfoSuccess *>(successPtr);
return new std::string(successInfo->GetFullDisplayName());
}
TS_INTEROP_1(getRenameSuccessFullDisplayName, KNativePointer, KNativePointer)
KNativePointer impl_getRenameSuccessKindModifiers(KNativePointer successPtr)
{
auto successInfo = reinterpret_cast<ark::es2panda::lsp::RenameInfoSuccess *>(successPtr);
return new std::string(successInfo->GetKindModifiers());
}
TS_INTEROP_1(getRenameSuccessKindModifiers, KNativePointer, KNativePointer)
KNativePointer impl_getRenameSuccessTriggerSpan(KNativePointer successPtr)
{
auto successInfo = reinterpret_cast<ark::es2panda::lsp::RenameInfoSuccess *>(successPtr);
return new TextSpan(successInfo->GetTriggerSpan());
}
TS_INTEROP_1(getRenameSuccessTriggerSpan, KNativePointer, KNativePointer)
KNativePointer impl_getRenameFailureLocalizedErrorMessage(KNativePointer failurePtr)
{
auto failureInfo = reinterpret_cast<ark::es2panda::lsp::RenameInfoFailure *>(failurePtr);
return new std::string(failureInfo->GetLocalizedErrorMessage());
}
TS_INTEROP_1(getRenameFailureLocalizedErrorMessage, KNativePointer, KNativePointer)
KBoolean impl_getRenameInfoIsSuccess(KNativePointer renameInfoPtr)
{
auto renameInfo = reinterpret_cast<std::tuple<bool, ark::es2panda::lsp::RenameInfoType *> *>(renameInfoPtr);
return std::get<0>(*renameInfo) ? 1 : 0;
}
TS_INTEROP_1(getRenameInfoIsSuccess, KBoolean, KNativePointer)
KNativePointer impl_getRenameInfoSuccess(KNativePointer renameInfoPtr)
{
auto renameInfo = reinterpret_cast<std::tuple<bool, ark::es2panda::lsp::RenameInfoSuccess *> *>(renameInfoPtr);
auto [flag, successInfo] = *renameInfo;
return flag ? successInfo : nullptr;
}
TS_INTEROP_1(getRenameInfoSuccess, KNativePointer, KNativePointer)
KNativePointer impl_getRenameInfoFailure(KNativePointer renameInfoPtr)
{
auto renameInfo = reinterpret_cast<std::tuple<bool, ark::es2panda::lsp::RenameInfoFailure *> *>(renameInfoPtr);
auto [flag, failureInfo] = *renameInfo;
return flag ? nullptr : failureInfo;
}
TS_INTEROP_1(getRenameInfoFailure, KNativePointer, KNativePointer)
KNativePointer impl_getRenameInfo(KNativePointer context, KInt position, KStringPtr &pandaLibPath)
{
LSPAPI const *ctx = GetLspApiImpl();
auto result = ctx->getRenameInfo(reinterpret_cast<es2panda_Context *>(context), static_cast<std::size_t>(position),
GetStringCopy(pandaLibPath));
if (std::holds_alternative<ark::es2panda::lsp::RenameInfoSuccess>(result)) {
auto &successInfo = std::get<ark::es2panda::lsp::RenameInfoSuccess>(result);
return new std::tuple(true, new ark::es2panda::lsp::RenameInfoSuccess(std::move(successInfo)));
}
auto &failureInfo = std::get<ark::es2panda::lsp::RenameInfoFailure>(result);
return new std::tuple(false, new ark::es2panda::lsp::RenameInfoFailure(std::move(failureInfo)));
}
TS_INTEROP_3(getRenameInfo, KNativePointer, KNativePointer, KInt, KStringPtr)
KNativePointer impl_getFieldsInfoFromPropertyInfo(KNativePointer infoPtr)
{
auto info = reinterpret_cast<std::vector<FieldsInfo> *>(infoPtr);
std::vector<void *> ptrs;
for (auto &el : *info) {
ptrs.push_back(new FieldsInfo(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getFieldsInfoFromPropertyInfo, KNativePointer, KNativePointer)
KNativePointer impl_getNameFromPropertyInfo(KNativePointer infoPtr)
{
auto info = reinterpret_cast<FieldsInfo *>(infoPtr);
return new std::string(info->name);
}
TS_INTEROP_1(getNameFromPropertyInfo, KNativePointer, KNativePointer)
KNativePointer impl_getFieldListPropertyFromPropertyInfo(KNativePointer infoPtr)
{
auto info = reinterpret_cast<FieldsInfo *>(infoPtr);
std::vector<void *> ptrs;
for (auto &el : info->properties) {
ptrs.push_back(new FieldListProperty(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getFieldListPropertyFromPropertyInfo, KNativePointer, KNativePointer)
KNativePointer impl_getKindFromPropertyInfo(KNativePointer infoPtr)
{
auto info = reinterpret_cast<FieldListProperty *>(infoPtr);
return new std::string(info->kind);
}
TS_INTEROP_1(getKindFromPropertyInfo, KNativePointer, KNativePointer)
KNativePointer impl_getModifierKindsFromPropertyInfo(KNativePointer infoPtr)
{
auto info = reinterpret_cast<FieldListProperty *>(infoPtr);
std::vector<void *> ptrs;
for (auto &el : info->modifierKinds.value()) {
ptrs.push_back(new std::string(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getModifierKindsFromPropertyInfo, KNativePointer, KNativePointer)
KNativePointer impl_getDisplayNameFromPropertyInfo(KNativePointer infoPtr)
{
auto info = reinterpret_cast<FieldListProperty *>(infoPtr);
return new std::string(info->displayName);
}
TS_INTEROP_1(getDisplayNameFromPropertyInfo, KNativePointer, KNativePointer)
KInt impl_getStartFromPropertyInfo(KNativePointer infoPtr)
{
auto info = reinterpret_cast<FieldListProperty *>(infoPtr);
return info->start;
}
TS_INTEROP_1(getStartFromPropertyInfo, KInt, KNativePointer)
KInt impl_getEndFromPropertyInfo(KNativePointer infoPtr)
{
auto info = reinterpret_cast<FieldListProperty *>(infoPtr);
return info->end;
}
TS_INTEROP_1(getEndFromPropertyInfo, KInt, KNativePointer)
KNativePointer impl_getSyntacticDiagnostics(KNativePointer context)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *ptrDiag =
new DiagnosticReferences(ctx->getSyntacticDiagnostics(reinterpret_cast<es2panda_Context *>(context)));
return ptrDiag;
}
TS_INTEROP_1(getSyntacticDiagnostics, KNativePointer, KNativePointer)
KNativePointer impl_getDiags(KNativePointer diagRefsPtr)
{
auto *diagRefs = reinterpret_cast<DiagnosticReferences *>(diagRefsPtr);
std::vector<void *> ptrs;
for (auto &el : diagRefs->diagnostic) {
ptrs.push_back(new Diagnostic(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getDiags, KNativePointer, KNativePointer)
KNativePointer impl_getDiagMsg(KNativePointer diagRefPtr)
{
auto *diagRef = reinterpret_cast<Diagnostic *>(diagRefPtr);
return new std::string(diagRef->message_);
}
TS_INTEROP_1(getDiagMsg, KNativePointer, KNativePointer)
KNativePointer impl_getDiagRange(KNativePointer diagRefPtr)
{
auto *diagRef = reinterpret_cast<Diagnostic *>(diagRefPtr);
return &diagRef->range_;
}
TS_INTEROP_1(getDiagRange, KNativePointer, KNativePointer)
KNativePointer impl_getRangeEnd(KNativePointer rangePtr)
{
auto *range = reinterpret_cast<Range *>(rangePtr);
return &range->end;
}
TS_INTEROP_1(getRangeEnd, KNativePointer, KNativePointer)
KNativePointer impl_getRangeStart(KNativePointer rangePtr)
{
auto *range = reinterpret_cast<Range *>(rangePtr);
return &range->start;
}
TS_INTEROP_1(getRangeStart, KNativePointer, KNativePointer)
KInt impl_getPosLine(KNativePointer posPtr)
{
auto *pos = reinterpret_cast<Position *>(posPtr);
return pos->line_;
}
TS_INTEROP_1(getPosLine, KInt, KNativePointer)
KInt impl_getPosChar(KNativePointer posPtr)
{
auto *pos = reinterpret_cast<Position *>(posPtr);
return pos->character_;
}
TS_INTEROP_1(getPosChar, KInt, KNativePointer)
KInt impl_getDiagSeverity(KNativePointer diagRefPtr)
{
auto *diagRef = reinterpret_cast<Diagnostic *>(diagRefPtr);
return static_cast<size_t>(diagRef->severity_);
}
TS_INTEROP_1(getDiagSeverity, KInt, KNativePointer)
KNativePointer impl_getDiagCode(KNativePointer diagRefPtr)
{
auto *diagRef = reinterpret_cast<Diagnostic *>(diagRefPtr);
return &diagRef->code_;
}
TS_INTEROP_1(getDiagCode, KNativePointer, KNativePointer)
KNativePointer impl_getDiagCodeDescription(KNativePointer diagRefPtr)
{
auto *diagRef = reinterpret_cast<Diagnostic *>(diagRefPtr);
return &diagRef->codeDescription_;
}
TS_INTEROP_1(getDiagCodeDescription, KNativePointer, KNativePointer)
KNativePointer impl_getCodeDescriptionHref(KNativePointer codeDescrRefPtr)
{
auto *codeDescrRef = reinterpret_cast<CodeDescription *>(codeDescrRefPtr);
return new std::string(codeDescrRef->href_);
}
TS_INTEROP_1(getCodeDescriptionHref, KNativePointer, KNativePointer)
KNativePointer impl_getDiagTags(KNativePointer diagRefPtr)
{
auto *diagRef = reinterpret_cast<Diagnostic *>(diagRefPtr);
std::vector<void *> ptrs;
for (auto el : diagRef->tags_) {
auto castedEl = static_cast<size_t>(el);
ptrs.push_back(&castedEl);
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getDiagTags, KNativePointer, KNativePointer)
KNativePointer impl_getDiagData(KNativePointer diagRefPtr)
{
auto *diagRef = reinterpret_cast<Diagnostic *>(diagRefPtr);
return &diagRef->data_;
}
TS_INTEROP_1(getDiagData, KNativePointer, KNativePointer)
KNativePointer impl_getDiagRelatedInfo(KNativePointer diagRefPtr)
{
auto *diagRef = reinterpret_cast<Diagnostic *>(diagRefPtr);
std::vector<void *> ptrs;
for (auto el : diagRef->relatedInformation_) {
ptrs.push_back(&el);
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getDiagRelatedInfo, KNativePointer, KNativePointer)
KNativePointer impl_getRelatedInfoMsg(KNativePointer relatedInfoPtr)
{
auto *relatedInfoRef = reinterpret_cast<DiagnosticRelatedInformation *>(relatedInfoPtr);
return new std::string(relatedInfoRef->message_);
}
TS_INTEROP_1(getRelatedInfoMsg, KNativePointer, KNativePointer)
KNativePointer impl_getRelatedInfoLoc(KNativePointer relatedInfoPtr)
{
auto *relatedInfoRef = reinterpret_cast<DiagnosticRelatedInformation *>(relatedInfoPtr);
return &relatedInfoRef->location_;
}
TS_INTEROP_1(getRelatedInfoLoc, KNativePointer, KNativePointer)
KNativePointer impl_getLocUri(KNativePointer locPtr)
{
auto *locRef = reinterpret_cast<Location *>(locPtr);
return new std::string(locRef->uri_);
}
TS_INTEROP_1(getLocUri, KNativePointer, KNativePointer)
KNativePointer impl_getLocRange(KNativePointer locPtr)
{
auto *locRef = reinterpret_cast<Location *>(locPtr);
return &locRef->range_;
}
TS_INTEROP_1(getLocRange, KNativePointer, KNativePointer)
KNativePointer impl_getDiagSource(KNativePointer diagRefPtr)
{
auto *diagRef = reinterpret_cast<Diagnostic *>(diagRefPtr);
return new std::string(diagRef->source_);
}
TS_INTEROP_1(getDiagSource, KNativePointer, KNativePointer)
KBoolean impl_isPackageModule(KNativePointer context)
{
LSPAPI const *ctx = GetLspApiImpl();
return static_cast<KBoolean>(ctx->isPackageModule(reinterpret_cast<es2panda_Context *>(context)));
}
TS_INTEROP_1(isPackageModule, KBoolean, KNativePointer)
KNativePointer impl_getFileReferences(KStringPtr &filenamePtr, KNativePointer context, KBoolean isPackageModule)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *ref = new References(ctx->getFileReferences(
GetStringCopy(filenamePtr), reinterpret_cast<es2panda_Context *>(context), isPackageModule != 0));
return ref;
}
TS_INTEROP_3(getFileReferences, KNativePointer, KStringPtr, KNativePointer, KBoolean)
KNativePointer impl_getDeclInfo(KNativePointer context, KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *declInfo = new DeclInfo(
ctx->getDeclInfo(reinterpret_cast<es2panda_Context *>(context), static_cast<std::size_t>(position)));
return declInfo;
}
TS_INTEROP_2(getDeclInfo, KNativePointer, KNativePointer, KInt)
KNativePointer impl_getClassConstructorInfo(KNativePointer context, KInt position, KStringArray strArrayPtr)
{
std::vector<std::string> properties;
for (const auto &el : MakeStringVector(strArrayPtr)) {
properties.emplace_back(GetStringCopy(const_cast<KStringPtr &>(el)));
}
LSPAPI const *ctx = GetLspApiImpl();
auto *info = new ark::es2panda::lsp::RefactorEditInfo(ctx->getClassConstructorInfo(
reinterpret_cast<es2panda_Context *>(context), static_cast<std::size_t>(position), properties));
return info;
}
TS_INTEROP_3(getClassConstructorInfo, KNativePointer, KNativePointer, KInt, KStringArray)
KNativePointer impl_getFileTextChangesFromConstructorInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<ark::es2panda::lsp::RefactorEditInfo *>(infoPtr);
std::vector<void *> ptrs;
for (auto &el : info->GetFileTextChanges()) {
ptrs.push_back(new FileTextChanges(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getFileTextChangesFromConstructorInfo, KNativePointer, KNativePointer)
KNativePointer impl_getFileNameFromConstructorInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<FileTextChanges *>(infoPtr);
return new std::string(info->fileName);
}
TS_INTEROP_1(getFileNameFromConstructorInfo, KNativePointer, KNativePointer)
KNativePointer impl_getTextChangeFromConstructorInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<FileTextChanges *>(infoPtr);
std::vector<void *> ptrs;
for (auto &el : info->textChanges) {
ptrs.push_back(new TextChange(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getTextChangeFromConstructorInfo, KNativePointer, KNativePointer)
KNativePointer impl_getNewTextFromConstructorInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<TextChange *>(infoPtr);
return new std::string(info->newText);
}
TS_INTEROP_1(getNewTextFromConstructorInfo, KNativePointer, KNativePointer)
KNativePointer impl_getTextSpanFromConstructorInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<TextChange *>(infoPtr);
return new TextSpan(info->span);
}
TS_INTEROP_1(getTextSpanFromConstructorInfo, KNativePointer, KNativePointer)
KNativePointer impl_getCompletionEntryDetailsSymbolDisplayPart(KNativePointer completionEntryDetailsPtr)
{
auto *completionEntryDetails = reinterpret_cast<CompletionEntryDetails *>(completionEntryDetailsPtr);
std::vector<void *> ptrs;
for (auto &el : completionEntryDetails->GetDisplayParts()) {
ptrs.push_back(new SymbolDisplayPart(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getCompletionEntryDetailsSymbolDisplayPart, KNativePointer, KNativePointer)
KNativePointer impl_getCompletionEntryDetailsKind(KNativePointer completionEntryDetailsPtr)
{
auto *completionEntryDetails = reinterpret_cast<CompletionEntryDetails *>(completionEntryDetailsPtr);
return new std::string(completionEntryDetails->GetKind());
}
TS_INTEROP_1(getCompletionEntryDetailsKind, KNativePointer, KNativePointer)
KNativePointer impl_getCompletionEntryDetailsKindModifier(KNativePointer ref)
{
auto *refPtr = reinterpret_cast<CompletionEntryDetails *>(ref);
return new std::string(refPtr->GetKindModifiers());
}
TS_INTEROP_1(getCompletionEntryDetailsKindModifier, KNativePointer, KNativePointer)
KNativePointer impl_getCompletionEntryDetailsFileName(KNativePointer ref)
{
auto *refPtr = reinterpret_cast<CompletionEntryDetails *>(ref);
return new std::string(refPtr->GetFileName());
}
TS_INTEROP_1(getCompletionEntryDetailsFileName, KNativePointer, KNativePointer)
KNativePointer impl_getCompletionEntryDetailsEntryName(KNativePointer ref)
{
auto *refPtr = reinterpret_cast<CompletionEntryDetails *>(ref);
return new std::string(refPtr->GetName());
}
TS_INTEROP_1(getCompletionEntryDetailsEntryName, KNativePointer, KNativePointer)
KNativePointer impl_findSafeDeleteLocation(KNativePointer context, KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *result = new std::vector<SafeDeleteLocation>(
ctx->FindSafeDeleteLocation(reinterpret_cast<es2panda_Context *>(context), static_cast<std::size_t>(position)));
return result;
}
TS_INTEROP_2(findSafeDeleteLocation, KNativePointer, KNativePointer, KInt)
KNativePointer impl_getSafeDeleteLocations(KNativePointer safeDeleteLocationsPtr)
{
auto *locations = reinterpret_cast<std::vector<SafeDeleteLocation> *>(safeDeleteLocationsPtr);
std::vector<void *> ptrs;
for (auto &loc : *locations) {
ptrs.push_back(new SafeDeleteLocation(loc));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getSafeDeleteLocations, KNativePointer, KNativePointer)
KNativePointer impl_getSafeDeleteLocationUri(KNativePointer locationPtr)
{
auto *location = reinterpret_cast<SafeDeleteLocation *>(locationPtr);
return new std::string(location->uri);
}
TS_INTEROP_1(getSafeDeleteLocationUri, KNativePointer, KNativePointer)
KInt impl_getSafeDeleteLocationStart(KNativePointer locationPtr)
{
auto *location = reinterpret_cast<SafeDeleteLocation *>(locationPtr);
return static_cast<KInt>(location->start);
}
TS_INTEROP_1(getSafeDeleteLocationStart, KInt, KNativePointer)
KInt impl_getSafeDeleteLocationLength(KNativePointer locationPtr)
{
auto *location = reinterpret_cast<SafeDeleteLocation *>(locationPtr);
return static_cast<KInt>(location->length);
}
TS_INTEROP_1(getSafeDeleteLocationLength, KInt, KNativePointer)
KNativePointer impl_getReferencesAtPosition(KNativePointer context, KNativePointer declInfo)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *ref = new References(ctx->getReferencesAtPosition(reinterpret_cast<es2panda_Context *>(context),
reinterpret_cast<DeclInfo *>(declInfo)));
return ref;
}
TS_INTEROP_2(getReferencesAtPosition, KNativePointer, KNativePointer, KNativePointer)
KInt impl_initSymbolReferenceIndex()
{
LSPAPI const *ctx = GetLspApiImpl();
ctx->initSymbolReferenceIndex();
return 0;
}
TS_INTEROP_0(initSymbolReferenceIndex, KInt)
KInt impl_clearSymbolReferenceIndex()
{
LSPAPI const *ctx = GetLspApiImpl();
ctx->clearSymbolReferenceIndex();
return 0;
}
TS_INTEROP_0(clearSymbolReferenceIndex, KInt)
KBoolean impl_buildSymbolReferenceIndexForContext(KNativePointer context)
{
LSPAPI const *ctx = GetLspApiImpl();
auto ok = ctx->buildSymbolReferenceIndexForContext(reinterpret_cast<es2panda_Context *>(context));
return ok ? 1 : 0;
}
TS_INTEROP_1(buildSymbolReferenceIndexForContext, KBoolean, KNativePointer)
KBoolean impl_buildSymbolReferenceIndexForContextWithExternal(KNativePointer context)
{
LSPAPI const *ctx = GetLspApiImpl();
auto ok = ctx->buildSymbolReferenceIndexForContextWithExternal(reinterpret_cast<es2panda_Context *>(context));
return ok ? 1 : 0;
}
TS_INTEROP_1(buildSymbolReferenceIndexForContextWithExternal, KBoolean, KNativePointer)
KBoolean impl_removeSymbolReferenceIndexForFile(KStringPtr &fileNamePtr)
{
LSPAPI const *ctx = GetLspApiImpl();
auto ok = ctx->removeSymbolReferenceIndexForFile(GetStringCopy(fileNamePtr));
return ok ? 1 : 0;
}
TS_INTEROP_1(removeSymbolReferenceIndexForFile, KBoolean, KStringPtr)
KNativePointer impl_getReferencesAtPositionFromIndex(KNativePointer context, KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
auto ref = new References(ctx->getReferencesAtPositionFromIndex(reinterpret_cast<es2panda_Context *>(context),
static_cast<std::size_t>(position)));
return ref;
}
TS_INTEROP_2(getReferencesAtPositionFromIndex, KNativePointer, KNativePointer, KInt)
KNativePointer impl_getReferenceInfos(KNativePointer refs)
{
auto *refsPtr = reinterpret_cast<References *>(refs);
std::vector<void *> ptrs;
for (auto &el : refsPtr->referenceInfos) {
ptrs.push_back(new ReferenceInfo(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getReferenceInfos, KNativePointer, KNativePointer)
KInt impl_getReferenceStart(KNativePointer ref)
{
auto *refPtr = reinterpret_cast<ReferenceInfo *>(ref);
return refPtr->start;
}
TS_INTEROP_1(getReferenceStart, KInt, KNativePointer)
KInt impl_getReferenceLength(KNativePointer ref)
{
auto *refPtr = reinterpret_cast<ReferenceInfo *>(ref);
return refPtr->length;
}
TS_INTEROP_1(getReferenceLength, KInt, KNativePointer)
KNativePointer impl_getReferenceFileName(KNativePointer ref)
{
auto *refPtr = reinterpret_cast<ReferenceInfo *>(ref);
return new std::string(refPtr->fileName);
}
TS_INTEROP_1(getReferenceFileName, KNativePointer, KNativePointer)
KNativePointer impl_getDeclInfoFileName(KNativePointer declInfo)
{
auto *declInfoPtr = reinterpret_cast<DeclInfo *>(declInfo);
return new std::string(declInfoPtr->fileName);
}
TS_INTEROP_1(getDeclInfoFileName, KNativePointer, KNativePointer)
KNativePointer impl_getDeclInfoFileText(KNativePointer declInfo)
{
auto *declInfoPtr = reinterpret_cast<DeclInfo *>(declInfo);
return new std::string(declInfoPtr->fileText);
}
TS_INTEROP_1(getDeclInfoFileText, KNativePointer, KNativePointer)
KNativePointer impl_getQuickInfoAtPosition(KStringPtr &filenamePtr, KNativePointer context, KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *qi = new QuickInfo(ctx->getQuickInfoAtPosition(GetStringCopy(filenamePtr),
reinterpret_cast<es2panda_Context *>(context), position));
return qi;
}
TS_INTEROP_3(getQuickInfoAtPosition, KNativePointer, KStringPtr, KNativePointer, KInt)
KNativePointer impl_getCompletionAtPosition(KNativePointer context, KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *ci = new ark::es2panda::lsp::CompletionInfo(
ctx->getCompletionsAtPosition(reinterpret_cast<es2panda_Context *>(context), position));
return ci;
}
TS_INTEROP_2(getCompletionAtPosition, KNativePointer, KNativePointer, KInt)
KNativePointer impl_organizeImports(KNativePointer context, KStringPtr &filenamePtr)
{
LSPAPI const *ctx = GetLspApiImpl();
auto result = ctx->OrganizeImportsImpl(reinterpret_cast<es2panda_Context *>(context), GetStringCopy(filenamePtr));
return new std::vector<FileTextChanges>(result);
}
TS_INTEROP_2(organizeImports, KNativePointer, KNativePointer, KStringPtr)
KNativePointer impl_getFileTextChanges(KNativePointer fileTextChangesVecPtr)
{
auto *vec = reinterpret_cast<std::vector<FileTextChanges> *>(fileTextChangesVecPtr);
std::vector<void *> ptrs;
for (auto &el : *vec) {
ptrs.push_back(new FileTextChanges(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getFileTextChanges, KNativePointer, KNativePointer)
KNativePointer impl_getFileNameFromFileTextChanges(KNativePointer fileTextChangesPtr)
{
auto *ftc = reinterpret_cast<FileTextChanges *>(fileTextChangesPtr);
return new std::string(ftc->fileName);
}
TS_INTEROP_1(getFileNameFromFileTextChanges, KNativePointer, KNativePointer)
KNativePointer impl_getTextChangesFromFileTextChanges(KNativePointer fileTextChangesPtr)
{
auto *ftc = reinterpret_cast<FileTextChanges *>(fileTextChangesPtr);
std::vector<void *> ptrs;
for (auto &el : ftc->textChanges) {
ptrs.push_back(new TextChange(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getTextChangesFromFileTextChanges, KNativePointer, KNativePointer)
KNativePointer impl_getTextSpanFromTextChange(KNativePointer textChangePtr)
{
auto *tc = reinterpret_cast<TextChange *>(textChangePtr);
return new TextSpan(tc->span);
}
TS_INTEROP_1(getTextSpanFromTextChange, KNativePointer, KNativePointer)
KNativePointer impl_getNewTextFromTextChange(KNativePointer textChangePtr)
{
auto *tc = reinterpret_cast<TextChange *>(textChangePtr);
return new std::string(tc->newText);
}
TS_INTEROP_1(getNewTextFromTextChange, KNativePointer, KNativePointer)
KNativePointer impl_getCompletionEntryDetails(KStringPtr &entrynamePtr, KStringPtr &filenamePtr, KNativePointer context,
KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *ci = new CompletionEntryDetails(
ctx->getCompletionEntryDetails(GetStringCopy(entrynamePtr), GetStringCopy(filenamePtr),
reinterpret_cast<es2panda_Context *>(context), position));
return ci;
}
TS_INTEROP_4(getCompletionEntryDetails, KNativePointer, KStringPtr, KStringPtr, KNativePointer, KInt)
KNativePointer impl_getImplementationAtPosition(KNativePointer context, KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *defInfo = new DefinitionInfo(ctx->getImplementationAtPosition(reinterpret_cast<es2panda_Context *>(context),
static_cast<std::size_t>(position)));
return defInfo;
}
TS_INTEROP_2(getImplementationAtPosition, KNativePointer, KNativePointer, KInt)
KNativePointer impl_getDefinitionAtPosition(KNativePointer context, KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *defInfo = new DefinitionInfo(ctx->getDefinitionAtPosition(reinterpret_cast<es2panda_Context *>(context),
static_cast<std::size_t>(position)));
return defInfo;
}
TS_INTEROP_2(getDefinitionAtPosition, KNativePointer, KNativePointer, KInt)
KNativePointer impl_GetFileNameFromDef(KNativePointer defPtr)
{
auto *defInfo = reinterpret_cast<DefinitionInfo *>(defPtr);
return new std::string(defInfo->fileName);
}
TS_INTEROP_1(GetFileNameFromDef, KNativePointer, KNativePointer)
KInt impl_GetStartFromDef(KNativePointer defPtr)
{
auto *defInfo = reinterpret_cast<DefinitionInfo *>(defPtr);
return defInfo->start;
}
TS_INTEROP_1(GetStartFromDef, KInt, KNativePointer)
KInt impl_getLengthFromDef(KNativePointer defPtr)
{
auto *defInfo = reinterpret_cast<DefinitionInfo *>(defPtr);
return defInfo->length;
}
TS_INTEROP_1(getLengthFromDef, KInt, KNativePointer)
KNativePointer impl_getDocumentHighlights(KNativePointer context, KInt pos)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *docs = new DocumentHighlightsReferences(
ctx->getDocumentHighlights(reinterpret_cast<es2panda_Context *>(context), pos));
return docs;
}
TS_INTEROP_2(getDocumentHighlights, KNativePointer, KNativePointer, KInt)
KNativePointer impl_getDocumentHighs(KNativePointer doc)
{
auto *dhr = reinterpret_cast<DocumentHighlightsReferences *>(doc);
std::vector<void *> ptrs;
for (auto &el : dhr->documentHighlights_) {
ptrs.push_back(new DocumentHighlights(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getDocumentHighs, KNativePointer, KNativePointer)
KNativePointer impl_getSuggestionDiagnostics(KNativePointer context)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *ptrDiag =
new DiagnosticReferences(ctx->getSuggestionDiagnostics(reinterpret_cast<es2panda_Context *>(context)));
return ptrDiag;
}
TS_INTEROP_1(getSuggestionDiagnostics, KNativePointer, KNativePointer)
KNativePointer impl_getDisplayPartsText(KNativePointer ref)
{
auto *refPtr = reinterpret_cast<SymbolDisplayPart *>(ref);
return new std::string(refPtr->GetText());
}
TS_INTEROP_1(getDisplayPartsText, KNativePointer, KNativePointer)
KNativePointer impl_getDisplayPartsKind(KNativePointer ref)
{
auto *refPtr = reinterpret_cast<SymbolDisplayPart *>(ref);
return new std::string(refPtr->GetKind());
}
TS_INTEROP_1(getDisplayPartsKind, KNativePointer, KNativePointer)
KInt impl_getDisplayPartsIndex(KNativePointer ref)
{
auto *refPtr = reinterpret_cast<SymbolDisplayPart *>(ref);
return static_cast<KInt>(refPtr->GetIndex());
}
TS_INTEROP_1(getDisplayPartsIndex, KInt, KNativePointer)
KNativePointer impl_getQuickInfoKind(KNativePointer quickInfoPtr)
{
auto *quickInfo = reinterpret_cast<QuickInfo *>(quickInfoPtr);
return new std::string(quickInfo->GetKind());
}
TS_INTEROP_1(getQuickInfoKind, KNativePointer, KNativePointer)
KNativePointer impl_getQuickInfoKindModifier(KNativePointer ref)
{
auto *refPtr = reinterpret_cast<QuickInfo *>(ref);
return new std::string(refPtr->GetKindModifiers());
}
TS_INTEROP_1(getQuickInfoKindModifier, KNativePointer, KNativePointer)
KNativePointer impl_getQuickInfoFileName(KNativePointer ref)
{
auto *refPtr = reinterpret_cast<QuickInfo *>(ref);
if (refPtr == nullptr) {
return nullptr;
}
return new std::string(refPtr->GetFileName());
}
TS_INTEROP_1(getQuickInfoFileName, KNativePointer, KNativePointer)
KNativePointer impl_getClassHierarchyInfo(KNativePointer context, KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
if (ctx == nullptr) {
return nullptr;
}
auto *classHierarchyPtr =
new ClassHierarchy(ctx->getClassHierarchyInfo(reinterpret_cast<es2panda_Context *>(context), position));
return classHierarchyPtr;
}
TS_INTEROP_2(getClassHierarchyInfo, KNativePointer, KNativePointer, KInt)
KNativePointer impl_castToClassHierarchyInfos(KNativePointer infos)
{
auto *infosPtr = reinterpret_cast<ClassHierarchy *>(infos);
if (infosPtr == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (const auto &element : *infosPtr) {
ptrs.push_back(new ClassHierarchyInfo(element));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(castToClassHierarchyInfos, KNativePointer, KNativePointer)
KNativePointer impl_getClassNameFromClassHierarchyInfo(KNativePointer info)
{
auto *infoPtr = reinterpret_cast<ClassHierarchyInfo *>(info);
if (infoPtr == nullptr) {
return nullptr;
}
return new std::string(infoPtr->GetName());
}
TS_INTEROP_1(getClassNameFromClassHierarchyInfo, KNativePointer, KNativePointer)
KNativePointer impl_getMethodItemsFromClassHierarchyInfo(KNativePointer info)
{
auto *infoPtr = reinterpret_cast<ClassHierarchyInfo *>(info);
if (infoPtr == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (const auto &element : infoPtr->GetMethodItemList()) {
if (element.second == nullptr) {
continue;
}
ptrs.push_back(new ClassMethodItem(*(element.second)));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getMethodItemsFromClassHierarchyInfo, KNativePointer, KNativePointer)
KNativePointer impl_getPropertyItemsFromClassHierarchyInfo(KNativePointer info)
{
auto *infoPtr = reinterpret_cast<ClassHierarchyInfo *>(info);
if (infoPtr == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (const auto &element : infoPtr->GetPropertyItemList()) {
if (element.second == nullptr) {
continue;
}
ptrs.push_back(new ClassPropertyItem(*(element.second)));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getPropertyItemsFromClassHierarchyInfo, KNativePointer, KNativePointer)
KNativePointer impl_getDetailFromClassHierarchyItem(KNativePointer item)
{
auto *itemPtr = reinterpret_cast<ClassHierarchyItem *>(item);
if (itemPtr == nullptr) {
return nullptr;
}
return new std::string(itemPtr->GetDetail());
}
TS_INTEROP_1(getDetailFromClassHierarchyItem, KNativePointer, KNativePointer)
KInt impl_getSetterStyleFromClassMethodItem(KNativePointer item)
{
auto *itemPtr = reinterpret_cast<ClassMethodItem *>(item);
if (itemPtr == nullptr) {
return 0;
}
return static_cast<size_t>(itemPtr->GetSetterStyle());
}
TS_INTEROP_1(getSetterStyleFromClassMethodItem, KInt, KNativePointer)
KInt impl_getAccessModifierStyleFromClassHierarchyItem(KNativePointer item)
{
auto *itemPtr = reinterpret_cast<ClassHierarchyItem *>(item);
if (itemPtr == nullptr) {
return 0;
}
return static_cast<size_t>(itemPtr->GetAccessModifierStyle());
}
TS_INTEROP_1(getAccessModifierStyleFromClassHierarchyItem, KInt, KNativePointer)
KInt impl_getAliasScriptElementKind(KNativePointer context, KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
if (ctx == nullptr) {
return 1;
}
auto kind =
static_cast<KInt>(ctx->getAliasScriptElementKind(reinterpret_cast<es2panda_Context *>(context), position));
return kind;
}
TS_INTEROP_2(getAliasScriptElementKind, KInt, KNativePointer, KInt)
KNativePointer impl_pushBackToNativeContextVector(KNativePointer context, KNativePointer contextList, KBoolean isNew)
{
auto contextPtr = reinterpret_cast<es2panda_Context *>(context);
if (isNew != 0) {
auto *newVector = new std::vector<es2panda_Context *>();
newVector->push_back(contextPtr);
return newVector;
}
auto contextVector = reinterpret_cast<std::vector<es2panda_Context *> *>(contextList);
if (contextVector == nullptr) {
return nullptr;
}
contextVector->push_back(contextPtr);
return contextVector;
}
TS_INTEROP_3(pushBackToNativeContextVector, KNativePointer, KNativePointer, KNativePointer, KBoolean)
KNativePointer impl_getClassHierarchies(KNativePointer context, KStringPtr &fileNamePtr, KInt pos)
{
LSPAPI const *ctx = GetLspApiImpl();
if (ctx == nullptr) {
return nullptr;
}
auto *contextlist = reinterpret_cast<std::vector<es2panda_Context *> *>(context);
auto infos = ctx->getClassHierarchiesImpl(contextlist, GetStringCopy(fileNamePtr), pos);
std::vector<void *> ptrs;
ptrs.reserve(infos.size());
for (auto &info : infos) {
ptrs.push_back(new ark::es2panda::lsp::ClassHierarchyItemInfo(info));
}
return new std::vector<void *>(std::move(ptrs));
}
TS_INTEROP_3(getClassHierarchies, KNativePointer, KNativePointer, KStringPtr, KInt)
KNativePointer impl_getApplicableRefactors(KNativePointer context, KStringPtr &kindPtr, KInt startPos, KInt endPos)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *result = new std::vector<ark::es2panda::lsp::ApplicableRefactorInfo>(
ctx->getApplicableRefactors(reinterpret_cast<es2panda_Context *>(context), GetStringCopy(kindPtr),
static_cast<std::size_t>(startPos), static_cast<std::size_t>(endPos)));
return result;
}
TS_INTEROP_4(getApplicableRefactors, KNativePointer, KNativePointer, KStringPtr, KInt, KInt)
static TextChangesContext *ResolveTextChangesContext(KNativePointer userPrefsPtr, KNativePointer formattingSettingsPtr)
{
if (userPrefsPtr != nullptr) {
return reinterpret_cast<TextChangesContext *>(userPrefsPtr);
}
LSPAPI const *ctx = GetLspApiImpl();
static auto prefs = ark::es2panda::lsp::UserPreferences::GetDefaultUserPreferences();
auto settings = formattingSettingsPtr != nullptr
? *reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(formattingSettingsPtr)
: ctx->getDefaultFormatCodeSettings(ark::es2panda::lsp::DEFAULT_NEWLINE_CHARACTER);
auto fmt = ctx->getFormatContext(settings);
static LanguageServiceHost host;
static TextChangesContext defaultTextChangesContext {host, fmt, prefs};
return &defaultTextChangesContext;
}
KNativePointer impl_getEditsForRefactor(KNativePointer context, KStringPtr &refactorNamePtr, KStringPtr &actionNamePtr,
KInt startPos, KInt endPos, KNativePointer userPrefsPtr,
KNativePointer formattingSettingsPtr)
{
LSPAPI const *ctx = GetLspApiImpl();
if (ctx == nullptr) {
return nullptr;
}
ark::es2panda::lsp::RefactorContext refactorContext;
refactorContext.context = reinterpret_cast<es2panda_Context *>(context);
refactorContext.span.pos = static_cast<size_t>(startPos);
refactorContext.span.end = static_cast<size_t>(endPos);
refactorContext.textChangesContext = ResolveTextChangesContext(userPrefsPtr, formattingSettingsPtr);
std::string refactorName(refactorNamePtr.Data());
std::string actionName(actionNamePtr.Data());
auto edits = ctx->getEditsForRefactor(refactorContext, refactorName, actionName);
return edits.release();
}
TS_INTEROP_7(getEditsForRefactor,
KNativePointer,
KNativePointer,
KStringPtr,
KStringPtr,
KInt,
KInt,
KNativePointer,
KNativePointer)
KNativePointer impl_getApplicableRefactorInfoList(KNativePointer infosPtr)
{
auto *infos = reinterpret_cast<std::vector<ark::es2panda::lsp::ApplicableRefactorInfo> *>(infosPtr);
if (infos == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &info : *infos) {
ptrs.push_back(new ark::es2panda::lsp::ApplicableRefactorInfo(info));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getApplicableRefactorInfoList, KNativePointer, KNativePointer)
KNativePointer impl_getRefactorActionName(KNativePointer refactorActionPtr)
{
auto *refactorAction = reinterpret_cast<ark::es2panda::lsp::RefactorAction *>(refactorActionPtr);
if (refactorAction == nullptr) {
return nullptr;
}
return new std::string(refactorAction->name);
}
TS_INTEROP_1(getRefactorActionName, KNativePointer, KNativePointer)
KNativePointer impl_getRefactorActionDescription(KNativePointer refactorActionPtr)
{
auto *refactorAction = reinterpret_cast<ark::es2panda::lsp::RefactorAction *>(refactorActionPtr);
if (refactorAction == nullptr) {
return nullptr;
}
return new std::string(refactorAction->description);
}
TS_INTEROP_1(getRefactorActionDescription, KNativePointer, KNativePointer)
KNativePointer impl_getRefactorActionKind(KNativePointer refactorActionPtr)
{
auto *refactorAction = reinterpret_cast<ark::es2panda::lsp::RefactorAction *>(refactorActionPtr);
if (refactorAction == nullptr) {
return nullptr;
}
return new std::string(refactorAction->kind);
}
TS_INTEROP_1(getRefactorActionKind, KNativePointer, KNativePointer)
KNativePointer impl_getApplicableRefactorName(KNativePointer applRefsPtr)
{
auto *applRefsInfo = reinterpret_cast<ark::es2panda::lsp::ApplicableRefactorInfo *>(applRefsPtr);
if (applRefsInfo == nullptr) {
return nullptr;
}
return new std::string(applRefsInfo->name);
}
TS_INTEROP_1(getApplicableRefactorName, KNativePointer, KNativePointer)
KNativePointer impl_getApplicableRefactorDescription(KNativePointer applRefsPtr)
{
auto *applRefsInfo = reinterpret_cast<ark::es2panda::lsp::ApplicableRefactorInfo *>(applRefsPtr);
if (applRefsInfo == nullptr) {
return nullptr;
}
return new std::string(applRefsInfo->description);
}
TS_INTEROP_1(getApplicableRefactorDescription, KNativePointer, KNativePointer)
KNativePointer impl_getApplicableRefactorAction(KNativePointer applRefsPtr)
{
auto *applRefsInfo = reinterpret_cast<ark::es2panda::lsp::ApplicableRefactorInfo *>(applRefsPtr);
if (applRefsInfo == nullptr) {
return nullptr;
}
return new ark::es2panda::lsp::RefactorAction(applRefsInfo->action);
}
TS_INTEROP_1(getApplicableRefactorAction, KNativePointer, KNativePointer)
KNativePointer impl_getClassHierarchyList(KNativePointer infosPtr)
{
auto *infos = reinterpret_cast<std::vector<ark::es2panda::lsp::ClassHierarchyItemInfo *> *>(infosPtr);
if (infos == nullptr) {
return nullptr;
}
std::vector<void *> infoPtrList;
for (auto &info : *infos) {
infoPtrList.push_back(info);
}
return new std::vector<void *>(infoPtrList);
}
TS_INTEROP_1(getClassHierarchyList, KNativePointer, KNativePointer)
KInt impl_getPosFromClassHierarchyItemInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<ark::es2panda::lsp::ClassHierarchyItemInfo *>(infoPtr);
return static_cast<KInt>(info->pos);
}
TS_INTEROP_1(getPosFromClassHierarchyItemInfo, KInt, KNativePointer)
KInt impl_getKindFromClassHierarchyItemInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<ark::es2panda::lsp::ClassHierarchyItemInfo *>(infoPtr);
return static_cast<KInt>(info->kind);
}
TS_INTEROP_1(getKindFromClassHierarchyItemInfo, KInt, KNativePointer)
KNativePointer impl_getDescriptionFromClassHierarchyItemInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<ark::es2panda::lsp::ClassHierarchyItemInfo *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
auto description = info->description;
return new std::string(description);
}
TS_INTEROP_1(getDescriptionFromClassHierarchyItemInfo, KNativePointer, KNativePointer)
KNativePointer impl_getOverriddenFromClassHierarchyItemInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<ark::es2panda::lsp::ClassHierarchyItemInfo *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
auto &overridden = info->overridden;
std::vector<void *> overriddenPtrList;
overriddenPtrList.reserve(overridden.size());
for (auto &details : overridden) {
overriddenPtrList.push_back(new ark::es2panda::lsp::ClassRelationDetails(details));
}
return new std::vector<void *>(std::move(overriddenPtrList));
}
TS_INTEROP_1(getOverriddenFromClassHierarchyItemInfo, KNativePointer, KNativePointer)
KNativePointer impl_getOverridingFromClassHierarchyItemInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<ark::es2panda::lsp::ClassHierarchyItemInfo *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
auto &overriding = info->overriding;
std::vector<void *> overridingPtrList;
overridingPtrList.reserve(overriding.size());
for (auto &details : overriding) {
overridingPtrList.push_back(new ark::es2panda::lsp::ClassRelationDetails(details));
}
return new std::vector<void *>(std::move(overridingPtrList));
}
TS_INTEROP_1(getOverridingFromClassHierarchyItemInfo, KNativePointer, KNativePointer)
KNativePointer impl_getImplementedFromClassHierarchyItemInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<ark::es2panda::lsp::ClassHierarchyItemInfo *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
auto implemented = info->implemented;
std::vector<void *> implementedPtrList;
implementedPtrList.reserve(implemented.size());
for (auto &details : implemented) {
implementedPtrList.push_back(new ark::es2panda::lsp::ClassRelationDetails(details));
}
return new std::vector<void *>(std::move(implementedPtrList));
}
TS_INTEROP_1(getImplementedFromClassHierarchyItemInfo, KNativePointer, KNativePointer)
KNativePointer impl_getImplementingFromClassHierarchyItemInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<ark::es2panda::lsp::ClassHierarchyItemInfo *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
auto implementing = info->implementing;
std::vector<void *> implementingPtrList;
implementingPtrList.reserve(implementing.size());
for (auto &details : implementing) {
implementingPtrList.push_back(new ark::es2panda::lsp::ClassRelationDetails(details));
}
return new std::vector<void *>(std::move(implementingPtrList));
}
TS_INTEROP_1(getImplementingFromClassHierarchyItemInfo, KNativePointer, KNativePointer)
KNativePointer impl_getFileNameFromClassRelationDetails(KNativePointer detailsPtr)
{
auto *details = reinterpret_cast<ark::es2panda::lsp::ClassRelationDetails *>(detailsPtr);
if (details == nullptr) {
return nullptr;
}
return new std::string(details->fileName);
}
TS_INTEROP_1(getFileNameFromClassRelationDetails, KNativePointer, KNativePointer)
KInt impl_getPosFromClassRelationDetails(KNativePointer detailsPtr)
{
auto *details = reinterpret_cast<ark::es2panda::lsp::ClassRelationDetails *>(detailsPtr);
return static_cast<KInt>(details->pos);
}
TS_INTEROP_1(getPosFromClassRelationDetails, KInt, KNativePointer)
KInt impl_getKindFromClassRelationDetails(KNativePointer detailsPtr)
{
auto *details = reinterpret_cast<ark::es2panda::lsp::ClassRelationDetails *>(detailsPtr);
return static_cast<KInt>(details->kind);
}
TS_INTEROP_1(getKindFromClassRelationDetails, KInt, KNativePointer)
KNativePointer impl_getSymbolDisplayPart(KNativePointer quickInfoPtr)
{
auto *quickInfo = reinterpret_cast<QuickInfo *>(quickInfoPtr);
if (quickInfo == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : quickInfo->GetDisplayParts()) {
ptrs.push_back(new SymbolDisplayPart(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getSymbolDisplayPart, KNativePointer, KNativePointer)
KNativePointer impl_getQuickInfoDocument(KNativePointer quickInfoPtr)
{
auto *quickInfo = reinterpret_cast<QuickInfo *>(quickInfoPtr);
if (quickInfo == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : quickInfo->GetDocument()) {
ptrs.push_back(new SymbolDisplayPart(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getQuickInfoDocument, KNativePointer, KNativePointer)
KNativePointer impl_getQuickInfoTags(KNativePointer quickInfoPtr)
{
auto *quickInfo = reinterpret_cast<QuickInfo *>(quickInfoPtr);
if (quickInfo == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : quickInfo->GetTags()) {
ptrs.push_back(new DocTagInfo(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getQuickInfoTags, KNativePointer, KNativePointer)
KNativePointer impl_getDocTagName(KNativePointer docTagInfoPtr)
{
auto *docTagInfo = reinterpret_cast<DocTagInfo *>(docTagInfoPtr);
if (docTagInfo == nullptr) {
return nullptr;
}
return new std::string(docTagInfo->GetName());
}
TS_INTEROP_1(getDocTagName, KNativePointer, KNativePointer)
KNativePointer impl_getDocTagText(KNativePointer docTagInfoPtr)
{
auto *docTagInfo = reinterpret_cast<DocTagInfo *>(docTagInfoPtr);
if (docTagInfo == nullptr) {
return nullptr;
}
return new std::string(docTagInfo->GetText());
}
TS_INTEROP_1(getDocTagText, KNativePointer, KNativePointer)
KInt impl_getDocTagIndex(KNativePointer docTagInfoPtr)
{
auto *docTagInfo = reinterpret_cast<DocTagInfo *>(docTagInfoPtr);
return static_cast<KInt>(docTagInfo->GetIndex());
}
TS_INTEROP_1(getDocTagIndex, KInt, KNativePointer)
KInt impl_getTextSpanStart(KNativePointer textSpanPtr)
{
auto *textSpan = reinterpret_cast<TextSpan *>(textSpanPtr);
return textSpan->start;
}
TS_INTEROP_1(getTextSpanStart, KInt, KNativePointer)
KInt impl_getTextSpanLength(KNativePointer textSpanPtr)
{
auto *textSpan = reinterpret_cast<TextSpan *>(textSpanPtr);
return textSpan->length;
}
TS_INTEROP_1(getTextSpanLength, KInt, KNativePointer)
KNativePointer impl_getTextSpan(KNativePointer quickInfoPtr)
{
auto *quickInfo = reinterpret_cast<QuickInfo *>(quickInfoPtr);
if (quickInfo == nullptr) {
return nullptr;
}
return new TextSpan(quickInfo->GetTextSpan());
}
TS_INTEROP_1(getTextSpan, KNativePointer, KNativePointer)
KNativePointer impl_createTextSpan(KInt start, KInt length)
{
return new TextSpan(start, length);
}
TS_INTEROP_2(createTextSpan, KNativePointer, KInt, KInt)
KNativePointer impl_getHighlightTextSpan(KNativePointer highlightPtr)
{
auto *highlight = reinterpret_cast<HighlightSpan *>(highlightPtr);
if (highlight == nullptr) {
return nullptr;
}
return new TextSpan(highlight->textSpan_);
}
TS_INTEROP_1(getHighlightTextSpan, KNativePointer, KNativePointer)
KNativePointer impl_getHighlightContextSpan(KNativePointer highlightPtr)
{
auto *highlight = reinterpret_cast<HighlightSpan *>(highlightPtr);
if (highlight == nullptr) {
return nullptr;
}
return new TextSpan(highlight->contextSpan_);
}
TS_INTEROP_1(getHighlightContextSpan, KNativePointer, KNativePointer)
KNativePointer impl_getHighlightFileName(KNativePointer highlightPtr)
{
auto *highlight = reinterpret_cast<HighlightSpan *>(highlightPtr);
if (highlight == nullptr) {
return nullptr;
}
return new std::string(highlight->fileName_);
}
TS_INTEROP_1(getHighlightFileName, KNativePointer, KNativePointer)
KInt impl_getHighlightIsInString(KNativePointer highlightPtr)
{
auto *highlight = reinterpret_cast<HighlightSpan *>(highlightPtr);
return static_cast<int>(highlight->isInString_);
}
TS_INTEROP_1(getHighlightIsInString, KInt, KNativePointer)
KInt impl_getHighlightKind(KNativePointer highlightPtr)
{
auto *highlight = reinterpret_cast<HighlightSpan *>(highlightPtr);
return static_cast<size_t>(highlight->kind_);
}
TS_INTEROP_1(getHighlightKind, KInt, KNativePointer)
KNativePointer impl_getHighlightSpanFromHighlights(KNativePointer documentHighlightsPtr)
{
auto *documentHighlights = reinterpret_cast<DocumentHighlights *>(documentHighlightsPtr);
if (documentHighlights == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : documentHighlights->highlightSpans_) {
ptrs.push_back(new HighlightSpan(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getHighlightSpanFromHighlights, KNativePointer, KNativePointer)
KNativePointer impl_getDocumentHighlightsFromRef(KNativePointer documentHighlightsReferencesPtr)
{
auto *documentHighlightsReferences =
reinterpret_cast<DocumentHighlightsReferences *>(documentHighlightsReferencesPtr);
if (documentHighlightsReferences == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : documentHighlightsReferences->documentHighlights_) {
ptrs.push_back(new DocumentHighlights(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getDocumentHighlightsFromRef, KNativePointer, KNativePointer)
KNativePointer impl_getFileNameFromEntryData(KNativePointer entryDataPtr)
{
auto *entryData = reinterpret_cast<ark::es2panda::lsp::CompletionEntryData *>(entryDataPtr);
if (entryData == nullptr) {
return nullptr;
}
return new std::string(entryData->GetFileName());
}
TS_INTEROP_1(getFileNameFromEntryData, KNativePointer, KNativePointer)
KNativePointer impl_getNamedExportFromEntryData(KNativePointer entryDataPtr)
{
auto *entryData = reinterpret_cast<ark::es2panda::lsp::CompletionEntryData *>(entryDataPtr);
if (entryData == nullptr) {
return nullptr;
}
return new std::string(entryData->GetNamedExport());
}
TS_INTEROP_1(getNamedExportFromEntryData, KNativePointer, KNativePointer)
KNativePointer impl_getImportDeclarationFromEntryData(KNativePointer entryDataPtr)
{
auto *entryData = reinterpret_cast<ark::es2panda::lsp::CompletionEntryData *>(entryDataPtr);
if (entryData == nullptr) {
return nullptr;
}
return new std::string(entryData->GetImportDeclaration());
}
TS_INTEROP_1(getImportDeclarationFromEntryData, KNativePointer, KNativePointer)
KInt impl_getStatusFromEntryData(KNativePointer entryDataPtr)
{
auto *entryData = reinterpret_cast<ark::es2panda::lsp::CompletionEntryData *>(entryDataPtr);
return static_cast<size_t>(entryData->GetStatus());
}
TS_INTEROP_1(getStatusFromEntryData, KInt, KNativePointer)
KNativePointer impl_getNameFromEntry(KNativePointer entryPtr)
{
auto *entry = reinterpret_cast<ark::es2panda::lsp::CompletionEntry *>(entryPtr);
if (entry == nullptr) {
return nullptr;
}
return new std::string(entry->GetName());
}
TS_INTEROP_1(getNameFromEntry, KNativePointer, KNativePointer)
KNativePointer impl_getSortTextFromEntry(KNativePointer entryPtr)
{
auto *entry = reinterpret_cast<ark::es2panda::lsp::CompletionEntry *>(entryPtr);
if (entry == nullptr) {
return nullptr;
}
return new std::string(entry->GetSortText());
}
TS_INTEROP_1(getSortTextFromEntry, KNativePointer, KNativePointer)
KNativePointer impl_getInsertTextFromEntry(KNativePointer entryPtr)
{
auto *entry = reinterpret_cast<ark::es2panda::lsp::CompletionEntry *>(entryPtr);
if (entry == nullptr) {
return nullptr;
}
return new std::string(entry->GetInsertText());
}
TS_INTEROP_1(getInsertTextFromEntry, KNativePointer, KNativePointer)
KInt impl_getKindFromEntry(KNativePointer entryPtr)
{
auto *entry = reinterpret_cast<ark::es2panda::lsp::CompletionEntry *>(entryPtr);
return static_cast<size_t>(entry->GetCompletionKind());
}
TS_INTEROP_1(getKindFromEntry, KInt, KNativePointer)
KBoolean impl_getHasActionFromEntry(KNativePointer entryPtr)
{
auto *entry = reinterpret_cast<ark::es2panda::lsp::CompletionEntry *>(entryPtr);
return static_cast<KBoolean>(entry->GetHasAction());
}
TS_INTEROP_1(getHasActionFromEntry, KBoolean, KNativePointer)
KNativePointer impl_getDataFromEntry(KNativePointer entryPtr)
{
auto *entry = reinterpret_cast<ark::es2panda::lsp::CompletionEntry *>(entryPtr);
if (entry == nullptr) {
return nullptr;
}
auto data = entry->GetCompletionEntryData();
if (data.has_value()) {
return new ark::es2panda::lsp::CompletionEntryData(data.value());
}
return nullptr;
}
TS_INTEROP_1(getDataFromEntry, KNativePointer, KNativePointer)
KNativePointer impl_getEntriesFromCompletionInfo(KNativePointer completionInfoPtr)
{
auto *completionInfo = reinterpret_cast<ark::es2panda::lsp::CompletionInfo *>(completionInfoPtr);
if (completionInfo == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : completionInfo->GetEntries()) {
ptrs.push_back(new ark::es2panda::lsp::CompletionEntry(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getEntriesFromCompletionInfo, KNativePointer, KNativePointer)
KNativePointer impl_getUriFromLocation(KNativePointer locPtr)
{
auto *loc = reinterpret_cast<ReferenceLocation *>(locPtr);
if (loc == nullptr) {
return nullptr;
}
return new std::string(loc->uri);
}
TS_INTEROP_1(getUriFromLocation, KNativePointer, KNativePointer)
KInt impl_getStartFromLocation(KNativePointer locPtr)
{
auto *loc = reinterpret_cast<ReferenceLocation *>(locPtr);
return loc->start;
}
TS_INTEROP_1(getStartFromLocation, KInt, KNativePointer)
KInt impl_getEndFromLocation(KNativePointer locPtr)
{
auto *loc = reinterpret_cast<ReferenceLocation *>(locPtr);
return loc->end;
}
TS_INTEROP_1(getEndFromLocation, KInt, KNativePointer)
KBoolean impl_getIsDefinitionFromLocation(KNativePointer locPtr)
{
auto *loc = reinterpret_cast<ReferenceLocation *>(locPtr);
return static_cast<KBoolean>(loc->isDefinition);
}
TS_INTEROP_1(getIsDefinitionFromLocation, KBoolean, KNativePointer)
KBoolean impl_getIsImportFromLocation(KNativePointer locPtr)
{
auto *loc = reinterpret_cast<ReferenceLocation *>(locPtr);
return static_cast<KBoolean>(loc->isImport);
}
TS_INTEROP_1(getIsImportFromLocation, KBoolean, KNativePointer)
KInt impl_getAccessKindFromLocation(KNativePointer locPtr)
{
auto *loc = reinterpret_cast<ReferenceLocation *>(locPtr);
return static_cast<size_t>(loc->accessKind);
}
KNativePointer impl_getRenameFileName(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<ark::es2panda::lsp::RefactorEditInfo *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
return new std::string(info->GetRenameFileName().value_or(""));
}
TS_INTEROP_1(getRenameFileName, KNativePointer, KNativePointer)
KInt impl_getRenameLocation(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<ark::es2panda::lsp::RefactorEditInfo *>(infoPtr);
return static_cast<KInt>(info->GetRenameLocation().value_or(0));
}
TS_INTEROP_1(getRenameLocation, KInt, KNativePointer)
TS_INTEROP_1(getAccessKindFromLocation, KInt, KNativePointer)
KNativePointer impl_getLocationFromList(KNativePointer listPtr)
{
auto *list = reinterpret_cast<ReferenceLocationList *>(listPtr);
if (list == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : list->referenceLocation) {
ptrs.push_back(new ReferenceLocation(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getLocationFromList, KNativePointer, KNativePointer)
KBoolean impl_getSafeDeleteInfo(KNativePointer context, KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
return static_cast<KBoolean>(ctx->getSafeDeleteInfo(reinterpret_cast<es2panda_Context *>(context), position));
}
TS_INTEROP_2(getSafeDeleteInfo, KBoolean, KNativePointer, KInt)
KNativePointer impl_toLineColumnOffset(KNativePointer context, KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *ptrDiag = new ark::es2panda::lsp::LineAndCharacter(
ctx->toLineColumnOffset(reinterpret_cast<es2panda_Context *>(context), position));
return ptrDiag;
}
TS_INTEROP_2(toLineColumnOffset, KNativePointer, KNativePointer, KInt)
KInt impl_getLine(KNativePointer locPtr)
{
auto *loc = reinterpret_cast<ark::es2panda::lsp::LineAndCharacter *>(locPtr);
return loc->GetLine();
}
TS_INTEROP_1(getLine, KInt, KNativePointer)
KInt impl_getChar(KNativePointer locPtr)
{
auto *loc = reinterpret_cast<ark::es2panda::lsp::LineAndCharacter *>(locPtr);
return loc->GetCharacter();
}
TS_INTEROP_1(getChar, KInt, KNativePointer)
KNativePointer impl_getTypeHierarchies(KNativePointer searchContext, KNativePointer context, KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *info = new TypeHierarchiesInfo(ctx->getTypeHierarchies(reinterpret_cast<es2panda_Context *>(searchContext),
reinterpret_cast<es2panda_Context *>(context),
static_cast<std::size_t>(position)));
return info;
}
TS_INTEROP_3(getTypeHierarchies, KNativePointer, KNativePointer, KNativePointer, KInt)
KNativePointer impl_getFileNameFromTypeHierarchiesInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<TypeHierarchiesInfo *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
return new std::string(info->fileName);
}
TS_INTEROP_1(getFileNameFromTypeHierarchiesInfo, KNativePointer, KNativePointer)
KNativePointer impl_getNameFromTypeHierarchiesInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<TypeHierarchiesInfo *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
return new std::string(info->name);
}
TS_INTEROP_1(getNameFromTypeHierarchiesInfo, KNativePointer, KNativePointer)
KInt impl_getTypeFromTypeHierarchiesInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<TypeHierarchiesInfo *>(infoPtr);
return static_cast<size_t>(info->type);
}
TS_INTEROP_1(getTypeFromTypeHierarchiesInfo, KInt, KNativePointer)
KInt impl_getPositionFromTypeHierarchiesInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<TypeHierarchiesInfo *>(infoPtr);
return static_cast<size_t>(info->pos);
}
TS_INTEROP_1(getPositionFromTypeHierarchiesInfo, KInt, KNativePointer)
KNativePointer impl_getSuperFromTypeHierarchiesInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<TypeHierarchiesInfo *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
return new TypeHierarchies(info->superHierarchies);
}
TS_INTEROP_1(getSuperFromTypeHierarchiesInfo, KNativePointer, KNativePointer)
KNativePointer impl_getSubFromTypeHierarchiesInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<TypeHierarchiesInfo *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
return new TypeHierarchies(info->subHierarchies);
}
TS_INTEROP_1(getSubFromTypeHierarchiesInfo, KNativePointer, KNativePointer)
KNativePointer impl_getFileNameFromTypeHierarchies(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<TypeHierarchies *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
return new std::string(info->fileName);
}
TS_INTEROP_1(getFileNameFromTypeHierarchies, KNativePointer, KNativePointer)
KNativePointer impl_getNameFromTypeHierarchies(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<TypeHierarchies *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
return new std::string(info->name);
}
TS_INTEROP_1(getNameFromTypeHierarchies, KNativePointer, KNativePointer)
KInt impl_getPosFromTypeHierarchies(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<TypeHierarchies *>(infoPtr);
return static_cast<size_t>(info->pos);
}
TS_INTEROP_1(getPosFromTypeHierarchies, KInt, KNativePointer)
KNativePointer impl_getSubOrSuper(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<TypeHierarchies *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : info->subOrSuper) {
ptrs.push_back(new TypeHierarchies(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getSubOrSuper, KNativePointer, KNativePointer)
KInt impl_getTypeFromTypeHierarchies(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<TypeHierarchies *>(infoPtr);
return static_cast<size_t>(info->type);
}
TS_INTEROP_1(getTypeFromTypeHierarchies, KInt, KNativePointer)
KNativePointer impl_getCodeFixesAtPosition(KNativePointer context, KInt startPosition, KInt endPosition,
KInt *errorCodesPtr, KInt codeLength)
{
CodeFixOptions emptyOptions;
std::vector<int> errorCodesInt;
if (errorCodesPtr != nullptr && codeLength > 0) {
errorCodesInt = std::vector<int>(reinterpret_cast<int *>(errorCodesPtr),
reinterpret_cast<int *>(errorCodesPtr) + codeLength);
}
LSPAPI const *ctx = GetLspApiImpl();
auto autofix = ctx->getCodeFixesAtPosition(reinterpret_cast<es2panda_Context *>(context), startPosition,
endPosition, errorCodesInt, emptyOptions);
return new std::vector<CodeFixActionInfo>(autofix);
}
TS_INTEROP_5(getCodeFixesAtPosition, KNativePointer, KNativePointer, KInt, KInt, KInt *, KInt)
KNativePointer impl_getCodeFixActionInfos(KNativePointer codeFixActionInfosPtr)
{
auto *codeFixActionInfos = reinterpret_cast<std::vector<CodeFixActionInfo> *>(codeFixActionInfosPtr);
if (codeFixActionInfos == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : *codeFixActionInfos) {
ptrs.push_back(new CodeFixActionInfo(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getCodeFixActionInfos, KNativePointer, KNativePointer)
KNativePointer impl_getFileTextChangesFromCodeActionInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<CodeActionInfo *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : info->changes_) {
ptrs.push_back(new FileTextChanges(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getFileTextChangesFromCodeActionInfo, KNativePointer, KNativePointer)
KNativePointer impl_getDescriptionFromCodeActionInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<CodeActionInfo *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
return new std::string(info->description_);
}
TS_INTEROP_1(getDescriptionFromCodeActionInfo, KNativePointer, KNativePointer)
KNativePointer impl_getFixNameFromCodeFixActionInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<CodeFixActionInfo *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
return new std::string(info->fixName_);
}
TS_INTEROP_1(getFixNameFromCodeFixActionInfo, KNativePointer, KNativePointer)
KNativePointer impl_getFixIdFromCodeFixActionInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<CodeFixActionInfo *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
return new std::string(info->fixId_);
}
TS_INTEROP_1(getFixIdFromCodeFixActionInfo, KNativePointer, KNativePointer)
KNativePointer impl_getFixAllDescriptionFromCodeFixActionInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<CodeFixActionInfo *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
return new std::string(info->fixAllDescription_);
}
TS_INTEROP_1(getFixAllDescriptionFromCodeFixActionInfo, KNativePointer, KNativePointer)
KNativePointer impl_getFixAdditionalMessageFromCodeFixActionInfo(KNativePointer infoPtr)
{
auto *info = reinterpret_cast<CodeFixActionInfo *>(infoPtr);
if (info == nullptr) {
return nullptr;
}
return new std::string(info->additionalMessage_);
}
TS_INTEROP_1(getFixAdditionalMessageFromCodeFixActionInfo, KNativePointer, KNativePointer)
KNativePointer impl_getSpanOfEnclosingComment(KNativePointer context, KInt position, KBoolean onlyMultiLine)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *textSpan = new TextSpan(
ctx->getSpanOfEnclosingComment(reinterpret_cast<es2panda_Context *>(context), position, onlyMultiLine != 0));
return textSpan;
}
TS_INTEROP_3(getSpanOfEnclosingComment, KNativePointer, KNativePointer, KInt, KBoolean)
KNativePointer impl_getInlayHintText(KNativePointer hintPtr)
{
auto *hint = reinterpret_cast<InlayHint *>(hintPtr);
if (hint == nullptr) {
return nullptr;
}
return new std::string(hint->text);
}
TS_INTEROP_1(getInlayHintText, KNativePointer, KNativePointer)
KInt impl_getInlayHintNumber(KNativePointer hintPtr)
{
auto *hint = reinterpret_cast<InlayHint *>(hintPtr);
return hint->number;
}
TS_INTEROP_1(getInlayHintNumber, KInt, KNativePointer)
KInt impl_getInlayHintKind(KNativePointer hintPtr)
{
auto *hint = reinterpret_cast<InlayHint *>(hintPtr);
return static_cast<size_t>(hint->kind);
}
TS_INTEROP_1(getInlayHintKind, KInt, KNativePointer)
KBoolean impl_getInlayHintWhitespaceBefore(KNativePointer hintPtr)
{
auto *hint = reinterpret_cast<InlayHint *>(hintPtr);
return hint->whitespaceBefore ? 1 : 0;
}
TS_INTEROP_1(getInlayHintWhitespaceBefore, KBoolean, KNativePointer)
KBoolean impl_getInlayHintWhitespaceAfter(KNativePointer hintPtr)
{
auto *hint = reinterpret_cast<InlayHint *>(hintPtr);
return hint->whitespaceAfter ? 1 : 0;
}
TS_INTEROP_1(getInlayHintWhitespaceAfter, KBoolean, KNativePointer)
KNativePointer impl_getInlayHints(KNativePointer inlayHintListPtr)
{
auto *inlayHintList = reinterpret_cast<InlayHintList *>(inlayHintListPtr);
if (inlayHintList == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : inlayHintList->hints) {
ptrs.push_back(new InlayHint(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getInlayHints, KNativePointer, KNativePointer)
KNativePointer impl_getInlayHintList(KNativePointer context, KNativePointer span)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *inlayHints = new InlayHintList(
ctx->provideInlayHints(reinterpret_cast<es2panda_Context *>(context), reinterpret_cast<TextSpan *>(span)));
return inlayHints;
}
TS_INTEROP_2(getInlayHintList, KNativePointer, KNativePointer, KNativePointer)
KNativePointer impl_getSignatureHelpParameterName(KNativePointer parameterPtr)
{
auto *parameterRef = reinterpret_cast<SignatureHelpParameter *>(parameterPtr);
if (parameterRef == nullptr) {
return nullptr;
}
return new std::string(parameterRef->GetName());
}
TS_INTEROP_1(getSignatureHelpParameterName, KNativePointer, KNativePointer)
KNativePointer impl_getSignatureHelpParameterDocumentation(KNativePointer parameterPtr)
{
auto *parameterRef = reinterpret_cast<SignatureHelpParameter *>(parameterPtr);
if (parameterRef == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : parameterRef->GetDocumentation()) {
ptrs.push_back(new SymbolDisplayPart(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getSignatureHelpParameterDocumentation, KNativePointer, KNativePointer)
KNativePointer impl_getSignatureHelpParameterDisplayParts(KNativePointer parameterPtr)
{
auto *parameterRef = reinterpret_cast<SignatureHelpParameter *>(parameterPtr);
if (parameterRef == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : parameterRef->GetDisplayParts()) {
ptrs.push_back(new SymbolDisplayPart(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getSignatureHelpParameterDisplayParts, KNativePointer, KNativePointer)
KNativePointer impl_getSignatureHelpItemPrefix(KNativePointer itemPtr)
{
auto *itemRef = reinterpret_cast<SignatureHelpItem *>(itemPtr);
if (itemRef == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : itemRef->GetPrefixDisplayParts()) {
ptrs.push_back(new SymbolDisplayPart(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getSignatureHelpItemPrefix, KNativePointer, KNativePointer)
KNativePointer impl_getSignatureHelpItemSuffix(KNativePointer itemPtr)
{
auto *itemRef = reinterpret_cast<SignatureHelpItem *>(itemPtr);
if (itemRef == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : itemRef->GetSuffixDisplayParts()) {
ptrs.push_back(new SymbolDisplayPart(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getSignatureHelpItemSuffix, KNativePointer, KNativePointer)
KNativePointer impl_getSignatureHelpItemSeparator(KNativePointer itemPtr)
{
auto *itemRef = reinterpret_cast<SignatureHelpItem *>(itemPtr);
if (itemRef == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : itemRef->GetSeparatorDisplayParts()) {
ptrs.push_back(new SymbolDisplayPart(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getSignatureHelpItemSeparator, KNativePointer, KNativePointer)
KNativePointer impl_getSignatureHelpItemParameter(KNativePointer itemPtr)
{
auto *itemRef = reinterpret_cast<SignatureHelpItem *>(itemPtr);
if (itemRef == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : itemRef->GetParameters()) {
ptrs.push_back(new SignatureHelpParameter(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getSignatureHelpItemParameter, KNativePointer, KNativePointer)
KNativePointer impl_getSignatureHelpItemDocumentation(KNativePointer itemPtr)
{
auto *itemRef = reinterpret_cast<SignatureHelpItem *>(itemPtr);
if (itemRef == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : itemRef->GetDocumentation()) {
ptrs.push_back(new SymbolDisplayPart(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getSignatureHelpItemDocumentation, KNativePointer, KNativePointer)
KNativePointer impl_getSignatureHelpItem(KNativePointer itemsPtr)
{
auto *itemsRef = reinterpret_cast<SignatureHelpItems *>(itemsPtr);
if (itemsRef == nullptr) {
return nullptr;
}
std::vector<void *> ptrs;
for (auto &el : itemsRef->GetItems()) {
ptrs.push_back(new SignatureHelpItem(el));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_1(getSignatureHelpItem, KNativePointer, KNativePointer)
KNativePointer impl_getApplicableSpan(KNativePointer itemsPtr)
{
auto *itemsRef = reinterpret_cast<SignatureHelpItems *>(itemsPtr);
if (itemsRef == nullptr) {
return nullptr;
}
return new TextSpan(itemsRef->GetApplicableSpan());
}
TS_INTEROP_1(getApplicableSpan, KNativePointer, KNativePointer)
KInt impl_getSelectedItemIndex(KNativePointer itemsPtr)
{
auto *itemsRef = reinterpret_cast<SignatureHelpItems *>(itemsPtr);
return itemsRef->GetSelectedItemIndex();
}
TS_INTEROP_1(getSelectedItemIndex, KInt, KNativePointer)
KInt impl_getArgumentIndex(KNativePointer itemsPtr)
{
auto *itemsRef = reinterpret_cast<SignatureHelpItems *>(itemsPtr);
return itemsRef->GetArgumentIndex();
}
TS_INTEROP_1(getArgumentIndex, KInt, KNativePointer)
KInt impl_getArgumentCount(KNativePointer itemsPtr)
{
auto *itemsRef = reinterpret_cast<SignatureHelpItems *>(itemsPtr);
return itemsRef->GetArgumentCount();
}
TS_INTEROP_1(getArgumentCount, KInt, KNativePointer)
KNativePointer impl_getSignatureHelpItems(KNativePointer context, KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
auto *textSpan =
new SignatureHelpItems(ctx->getSignatureHelpItems(reinterpret_cast<es2panda_Context *>(context), position));
return textSpan;
}
TS_INTEROP_2(getSignatureHelpItems, KNativePointer, KNativePointer, KInt)
KInt impl_getOffsetByColAndLine(KStringPtr &sourceCodePtr, KInt line, KInt column)
{
LSPAPI const *impl = GetLspApiImpl();
return impl->getOffsetByColAndLine(sourceCodePtr.Data(), line, column);
}
TS_INTEROP_3(getOffsetByColAndLine, KInt, KStringPtr, KInt, KInt)
KNativePointer impl_getClassDefinition(KNativePointer astNodePtr, KStringPtr &nodeNamePtr)
{
auto ast = reinterpret_cast<es2panda_AstNode *>(astNodePtr);
LSPAPI const *impl = GetLspApiImpl();
return impl->getClassDefinition(ast, nodeNamePtr.Data());
}
TS_INTEROP_2(getClassDefinition, KNativePointer, KNativePointer, KStringPtr)
KNativePointer impl_getIdentifier(KNativePointer astNodePtr, KStringPtr &nodeNamePtr)
{
auto ast = reinterpret_cast<es2panda_AstNode *>(astNodePtr);
LSPAPI const *impl = GetLspApiImpl();
return impl->getIdentifier(ast, nodeNamePtr.Data());
}
TS_INTEROP_2(getIdentifier, KNativePointer, KNativePointer, KStringPtr)
KNativePointer impl_getProgramAst(KNativePointer contextPtr)
{
auto context = reinterpret_cast<es2panda_Context *>(contextPtr);
LSPAPI const *impl = GetLspApiImpl();
return impl->getProgramAst(context);
}
TS_INTEROP_1(getProgramAst, KNativePointer, KNativePointer)
KNativePointer impl_getNodeInfosByDefinitionData(KNativePointer context, KStringPtr &fileName, KInt position)
{
auto ctx = reinterpret_cast<es2panda_Context *>(context);
LSPAPI const *impl = GetLspApiImpl();
std::vector<void *> ptrs;
for (auto &item : impl->getNodeInfosByDefinitionData(ctx, fileName.Data(), position)) {
ptrs.push_back(new NodeInfo(item));
}
return new std::vector<void *>(ptrs);
}
TS_INTEROP_3(getNodeInfosByDefinitionData, KNativePointer, KNativePointer, KStringPtr, KInt)
KNativePointer impl_getNameByNodeInfo(KNativePointer nodeInfo)
{
auto *info = reinterpret_cast<NodeInfo *>(nodeInfo);
if (info == nullptr) {
return nullptr;
}
return new std::string(info->name);
}
TS_INTEROP_1(getNameByNodeInfo, KNativePointer, KNativePointer)
KNativePointer impl_CreateNodeInfoPtr(KStringPtr &nodeName, KInt nodeKind)
{
return new NodeInfo(nodeName.Data(), ark::es2panda::ir::AstNodeType(nodeKind));
}
TS_INTEROP_2(CreateNodeInfoPtr, KNativePointer, KStringPtr, KInt)
KNativePointer impl_getDefinitionDataFromNode(KNativePointer context, KStringArray pointerArrayPtr, KInt arraySize)
{
auto pointerArray = ParsePointerArray(arraySize, pointerArrayPtr);
auto nodeInfos = std::vector<NodeInfo *> {};
nodeInfos.reserve(arraySize);
for (std::size_t i = 0; i < static_cast<std::size_t>(arraySize); ++i) {
auto contextPtr = reinterpret_cast<NodeInfo *>(pointerArray[i]);
if (contextPtr != nullptr) {
nodeInfos.push_back(contextPtr);
}
}
auto ctx = reinterpret_cast<es2panda_Context *>(context);
LSPAPI const *impl = GetLspApiImpl();
return new DefinitionInfo(impl->getDefinitionDataFromNode(ctx, nodeInfos));
}
TS_INTEROP_3(getDefinitionDataFromNode, KNativePointer, KNativePointer, KStringArray, KInt)
KNativePointer impl_findRenameLocationsFromNode(KNativePointer context, KStringArray pointerArrayPtr, KInt arraySize)
{
auto pointerArray = ParsePointerArray(arraySize, pointerArrayPtr);
auto nodeInfos = std::vector<NodeInfo *> {};
nodeInfos.reserve(arraySize);
for (std::size_t i = 0; i < static_cast<std::size_t>(arraySize); ++i) {
auto contextPtr = reinterpret_cast<NodeInfo *>(pointerArray[i]);
if (contextPtr != nullptr) {
nodeInfos.push_back(contextPtr);
}
}
auto ctx = reinterpret_cast<es2panda_Context *>(context);
LSPAPI const *impl = GetLspApiImpl();
return new ark::es2panda::lsp::RenameLocation(impl->findRenameLocationsFromNode(ctx, nodeInfos));
}
TS_INTEROP_3(findRenameLocationsFromNode, KNativePointer, KNativePointer, KStringArray, KInt)
KInt impl_getSourceLocationLine(KNativePointer locationPtr)
{
auto *location = reinterpret_cast<std::pair<size_t, size_t> *>(locationPtr);
return location->first;
}
TS_INTEROP_1(getSourceLocationLine, KInt, KNativePointer)
KInt impl_getSourceLocationColumn(KNativePointer locationPtr)
{
auto *location = reinterpret_cast<std::pair<size_t, size_t> *>(locationPtr);
return location->second;
}
TS_INTEROP_1(getSourceLocationColumn, KInt, KNativePointer)
KNativePointer impl_getColAndLineByOffset(KStringPtr &sourceCodePtr, KInt offset)
{
LSPAPI const *impl = GetLspApiImpl();
return new std::pair<size_t, size_t>(impl->getColAndLineByOffset(sourceCodePtr.Data(), offset));
}
TS_INTEROP_2(getColAndLineByOffset, KNativePointer, KStringPtr, KInt)
KNativePointer impl_getTokenTypes(KNativePointer context, KInt position)
{
LSPAPI const *ctx = GetLspApiImpl();
return new TokenTypeInfo(
ctx->getTokenTypes(reinterpret_cast<es2panda_Context *>(context), static_cast<std::size_t>(position)));
}
TS_INTEROP_2(getTokenTypes, KNativePointer, KNativePointer, KInt)
KNativePointer impl_GetNameFromTypeInfo(KNativePointer typePtr)
{
auto *typeInfo = reinterpret_cast<TokenTypeInfo *>(typePtr);
if (typeInfo == nullptr) {
return nullptr;
}
return new std::string(typeInfo->name);
}
TS_INTEROP_1(GetNameFromTypeInfo, KNativePointer, KNativePointer)
KNativePointer impl_GetTypeFromTypeInfo(KNativePointer typePtr)
{
auto *typeInfo = reinterpret_cast<TokenTypeInfo *>(typePtr);
if (typeInfo == nullptr) {
return nullptr;
}
return new std::string(typeInfo->type);
}
TS_INTEROP_1(GetTypeFromTypeInfo, KNativePointer, KNativePointer)
KNativePointer impl_createFormatCodeSettings()
{
return new ark::es2panda::lsp::FormatCodeSettings();
}
TS_INTEROP_0(createFormatCodeSettings, KNativePointer)
KInt impl_setFormatCodeSettingsInsertSpaceAfterCommaDelimiter(KNativePointer settingsPtr, KBoolean value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetInsertSpaceAfterCommaDelimiter(value != 0);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsInsertSpaceAfterCommaDelimiter, KInt, KNativePointer, KBoolean)
KInt impl_setFormatCodeSettingsInsertSpaceAfterSemicolonInForStatements(KNativePointer settingsPtr, KBoolean value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetInsertSpaceAfterSemicolonInForStatements(value != 0);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsInsertSpaceAfterSemicolonInForStatements, KInt, KNativePointer, KBoolean)
KInt impl_setFormatCodeSettingsInsertSpaceBeforeAndAfterBinaryOperators(KNativePointer settingsPtr, KBoolean value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetInsertSpaceBeforeAndAfterBinaryOperators(value != 0);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsInsertSpaceBeforeAndAfterBinaryOperators, KInt, KNativePointer, KBoolean)
KInt impl_setFormatCodeSettingsInsertSpaceAfterConstructor(KNativePointer settingsPtr, KBoolean value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetInsertSpaceAfterConstructor(value != 0);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsInsertSpaceAfterConstructor, KInt, KNativePointer, KBoolean)
KInt impl_setFormatCodeSettingsInsertSpaceAfterKeywordsInControlFlowStatements(KNativePointer settingsPtr,
KBoolean value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetInsertSpaceAfterKeywordsInControlFlowStatements(value != 0);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsInsertSpaceAfterKeywordsInControlFlowStatements, KInt, KNativePointer, KBoolean)
KInt impl_setFormatCodeSettingsInsertSpaceAfterOpeningAndBeforeClosingNonemptyParenthesis(KNativePointer settingsPtr,
KBoolean value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetInsertSpaceAfterOpeningAndBeforeClosingNonemptyParenthesis(value != 0);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsInsertSpaceAfterOpeningAndBeforeClosingNonemptyParenthesis, KInt, KNativePointer,
KBoolean)
KInt impl_setFormatCodeSettingsInsertSpaceAfterOpeningAndBeforeClosingNonemptyBrackets(KNativePointer settingsPtr,
KBoolean value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetInsertSpaceAfterOpeningAndBeforeClosingNonemptyBrackets(value != 0);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsInsertSpaceAfterOpeningAndBeforeClosingNonemptyBrackets, KInt, KNativePointer,
KBoolean)
KInt impl_setFormatCodeSettingsInsertSpaceAfterOpeningAndBeforeClosingNonemptyBraces(KNativePointer settingsPtr,
KBoolean value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetInsertSpaceAfterOpeningAndBeforeClosingNonemptyBraces(value != 0);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsInsertSpaceAfterOpeningAndBeforeClosingNonemptyBraces, KInt, KNativePointer, KBoolean)
KInt impl_setFormatCodeSettingsInsertSpaceAfterOpeningAndBeforeClosingEmptyBraces(KNativePointer settingsPtr,
KBoolean value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetInsertSpaceAfterOpeningAndBeforeClosingEmptyBraces(value != 0);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsInsertSpaceAfterOpeningAndBeforeClosingEmptyBraces, KInt, KNativePointer, KBoolean)
KInt impl_setFormatCodeSettingsInsertSpaceAfterTypeAssertion(KNativePointer settingsPtr, KBoolean value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetInsertSpaceAfterTypeAssertion(value != 0);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsInsertSpaceAfterTypeAssertion, KInt, KNativePointer, KBoolean)
KInt impl_setFormatCodeSettingsInsertSpaceBeforeFunctionParenthesis(KNativePointer settingsPtr, KBoolean value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetInsertSpaceBeforeFunctionParenthesis(value != 0);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsInsertSpaceBeforeFunctionParenthesis, KInt, KNativePointer, KBoolean)
KInt impl_setFormatCodeSettingsPlaceOpenBraceOnNewLineForFunctions(KNativePointer settingsPtr, KBoolean value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetPlaceOpenBraceOnNewLineForFunctions(value != 0);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsPlaceOpenBraceOnNewLineForFunctions, KInt, KNativePointer, KBoolean)
KInt impl_setFormatCodeSettingsPlaceOpenBraceOnNewLineForControlBlocks(KNativePointer settingsPtr, KBoolean value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetPlaceOpenBraceOnNewLineForControlBlocks(value != 0);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsPlaceOpenBraceOnNewLineForControlBlocks, KInt, KNativePointer, KBoolean)
KInt impl_setFormatCodeSettingsInsertSpaceBeforeTypeAnnotation(KNativePointer settingsPtr, KBoolean value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetInsertSpaceBeforeTypeAnnotation(value != 0);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsInsertSpaceBeforeTypeAnnotation, KInt, KNativePointer, KBoolean)
KInt impl_setFormatCodeSettingsIndentSize(KNativePointer settingsPtr, KInt value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetIndentSize(value);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsIndentSize, KInt, KNativePointer, KInt)
KInt impl_setFormatCodeSettingsTabSize(KNativePointer settingsPtr, KInt value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetTabSize(value);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsTabSize, KInt, KNativePointer, KInt)
KInt impl_setFormatCodeSettingsConvertTabsToSpaces(KNativePointer settingsPtr, KBoolean value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetConvertTabsToSpaces(value != 0);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsConvertTabsToSpaces, KInt, KNativePointer, KBoolean)
KInt impl_setFormatCodeSettingsBaseIndentSize(KNativePointer settingsPtr, KInt value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetBaseIndentSize(value);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsBaseIndentSize, KInt, KNativePointer, KInt)
KInt impl_setFormatCodeSettingsNewLineCharacter(KNativePointer settingsPtr, KStringPtr &value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
settings->SetNewLineCharacter(std::string(value.CStr()));
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsNewLineCharacter, KInt, KNativePointer, KStringPtr)
KInt impl_setFormatCodeSettingsIndentStyle(KNativePointer settingsPtr, KInt value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetIndentStyle(static_cast<ark::es2panda::lsp::IndentStyle>(value));
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsIndentStyle, KInt, KNativePointer, KInt)
KInt impl_setFormatCodeSettingsTrimTrailingWhitespace(KNativePointer settingsPtr, KBoolean value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetTrimTrailingWhitespace(value != 0);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsTrimTrailingWhitespace, KInt, KNativePointer, KBoolean)
KInt impl_setFormatCodeSettingsIndentMultiLineObjectLiteralBeginningOnBlankLine(KNativePointer settingsPtr,
KBoolean value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetIndentMultiLineObjectLiteralBeginningOnBlankLine(value != 0);
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsIndentMultiLineObjectLiteralBeginningOnBlankLine, KInt, KNativePointer, KBoolean)
KInt impl_setFormatCodeSettingsSemicolons(KNativePointer settingsPtr, KInt value)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
if (settings == nullptr) {
return -1;
}
settings->SetSemicolons(static_cast<ark::es2panda::lsp::SemicolonPreference>(value));
return 0;
}
TS_INTEROP_2(setFormatCodeSettingsSemicolons, KInt, KNativePointer, KInt)
KInt impl_destroyFormatCodeSettings(KNativePointer settingsPtr)
{
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
delete settings;
return 0;
}
TS_INTEROP_1(destroyFormatCodeSettings, KInt, KNativePointer)
KNativePointer impl_getFormattingEditsForDocument(KNativePointer context, KNativePointer settingsPtr)
{
LSPAPI const *impl = GetLspApiImpl();
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
auto result = impl->getFormattingEditsForDocument(reinterpret_cast<es2panda_Context *>(context), *settings);
return new std::vector<TextChange>(result);
}
TS_INTEROP_2(getFormattingEditsForDocument, KNativePointer, KNativePointer, KNativePointer)
KNativePointer impl_getFormattingEditsForRange(KNativePointer context, KNativePointer settingsPtr, KInt start,
KInt length)
{
LSPAPI const *impl = GetLspApiImpl();
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
TextSpan span(start, length);
auto result = impl->getFormattingEditsForRange(reinterpret_cast<es2panda_Context *>(context), *settings, span);
return new std::vector<TextChange>(result);
}
TS_INTEROP_4(getFormattingEditsForRange, KNativePointer, KNativePointer, KNativePointer, KInt, KInt)
KNativePointer impl_getFormattingEditsAfterKeystroke(KNativePointer context, KNativePointer settingsPtr, KInt start,
KInt length, KInt keyCode)
{
LSPAPI const *impl = GetLspApiImpl();
auto *settings = reinterpret_cast<ark::es2panda::lsp::FormatCodeSettings *>(settingsPtr);
TextSpan span(start, length);
auto result = impl->getFormattingEditsAfterKeystroke(reinterpret_cast<es2panda_Context *>(context), *settings,
static_cast<char>(keyCode), span);
return new std::vector<TextChange>(result);
}
TS_INTEROP_5(getFormattingEditsAfterKeystroke, KNativePointer, KNativePointer, KNativePointer, KInt, KInt, KInt)
KNativePointer impl_getFormattingTextChangeAt(KNativePointer textChangesVecPtr, KInt index)
{
auto *vec = reinterpret_cast<std::vector<TextChange> *>(textChangesVecPtr);
if (vec == nullptr) {
return nullptr;
}
if (index < 0 || static_cast<size_t>(index) >= vec->size()) {
return nullptr;
}
return &(*vec)[index];
}
TS_INTEROP_2(getFormattingTextChangeAt, KNativePointer, KNativePointer, KInt)
KInt impl_getFormattingTextChangesSize(KNativePointer textChangesVecPtr)
{
auto *vec = reinterpret_cast<std::vector<TextChange> *>(textChangesVecPtr);
return static_cast<KInt>(vec->size());
}
TS_INTEROP_1(getFormattingTextChangesSize, KInt, KNativePointer)
KInt impl_destroyFormattingTextChanges(KNativePointer textChangesVecPtr)
{
auto *vec = reinterpret_cast<std::vector<TextChange> *>(textChangesVecPtr);
delete vec;
return 0;
}
TS_INTEROP_1(destroyFormattingTextChanges, KInt, KNativePointer)
KInt impl_DeleteProgramForFile(KNativePointer contextPtr, KStringPtr &filenamePtr)
{
auto context = reinterpret_cast<es2panda_Context *>(contextPtr);
return GetLspApiImpl()->DeleteProgramForFile(context, filenamePtr.Data());
}
TS_INTEROP_2(DeleteProgramForFile, KInt, KNativePointer, KStringPtr)
KInt impl_DeleteDependantProgramsForFiles(KNativePointer contextPtr, KStringPtr &filenamePtr)
{
auto context = reinterpret_cast<es2panda_Context *>(contextPtr);
return GetLspApiImpl()->DeleteDependantProgramsForFiles(context, filenamePtr.Data());
}
TS_INTEROP_2(DeleteDependantProgramsForFiles, KInt, KNativePointer, KStringPtr)
KBoolean impl_collectApiInfo(KNativePointer context)
{
LSPAPI const *impl = GetLspApiImpl();
auto ok = impl->collectApiInfo(reinterpret_cast<es2panda_Context *>(context));
return ok ? 1 : 0;
}
TS_INTEROP_1(collectApiInfo, KBoolean, KNativePointer)
