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qt-creator/src/plugins/languageclient/languageclientmanager.cpp

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Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
/****************************************************************************
**
** Copyright (C) 2018 The Qt Company Ltd.
** Contact: https://www.qt.io/licensing/
**
** This file is part of Qt Creator.
**
** Commercial License Usage
** Licensees holding valid commercial Qt licenses may use this file in
** accordance with the commercial license agreement provided with the
** Software or, alternatively, in accordance with the terms contained in
** a written agreement between you and The Qt Company. For licensing terms
** and conditions see https://www.qt.io/terms-conditions. For further
** information use the contact form at https://www.qt.io/contact-us.
**
** GNU General Public License Usage
** Alternatively, this file may be used under the terms of the GNU
** General Public License version 3 as published by the Free Software
** Foundation with exceptions as appearing in the file LICENSE.GPL3-EXCEPT
** included in the packaging of this file. Please review the following
** information to ensure the GNU General Public License requirements will
** be met: https://www.gnu.org/licenses/gpl-3.0.html.
**
****************************************************************************/
#include "languageclientmanager.h"
#include "languageclientplugin.h"
#include "languageclientutils.h"
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
#include <coreplugin/editormanager/editormanager.h>
#include <coreplugin/editormanager/ieditor.h>
#include <coreplugin/find/searchresultwindow.h>
#include <coreplugin/icore.h>
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
#include <languageserverprotocol/messages.h>
#include <languageserverprotocol/progresssupport.h>
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
#include <projectexplorer/project.h>
#include <projectexplorer/projectexplorer.h>
#include <projectexplorer/session.h>
#include <texteditor/textdocument.h>
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
#include <texteditor/texteditor.h>
#include <texteditor/textmark.h>
#include <utils/algorithm.h>
#include <utils/executeondestruction.h>
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
#include <utils/mimetypes/mimedatabase.h>
#include <utils/theme/theme.h>
#include <utils/utilsicons.h>
#include <QTextBlock>
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
#include <QTimer>
using namespace LanguageServerProtocol;
namespace LanguageClient {
static Q_LOGGING_CATEGORY(Log, "qtc.languageclient.manager", QtWarningMsg)
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
static LanguageClientManager *managerInstance = nullptr;
LanguageClientManager::LanguageClientManager(QObject *parent)
: QObject (parent)
{
using namespace Core;
using namespace ProjectExplorer;
JsonRpcMessageHandler::registerMessageProvider<PublishDiagnosticsNotification>();
JsonRpcMessageHandler::registerMessageProvider<ApplyWorkspaceEditRequest>();
JsonRpcMessageHandler::registerMessageProvider<LogMessageNotification>();
JsonRpcMessageHandler::registerMessageProvider<ShowMessageRequest>();
JsonRpcMessageHandler::registerMessageProvider<ShowMessageNotification>();
JsonRpcMessageHandler::registerMessageProvider<WorkSpaceFolderRequest>();
JsonRpcMessageHandler::registerMessageProvider<RegisterCapabilityRequest>();
JsonRpcMessageHandler::registerMessageProvider<UnregisterCapabilityRequest>();
JsonRpcMessageHandler::registerMessageProvider<WorkDoneProgressCreateRequest>();
JsonRpcMessageHandler::registerMessageProvider<ProgressNotification>();
JsonRpcMessageHandler::registerMessageProvider<SemanticTokensRefreshRequest>();
connect(EditorManager::instance(), &EditorManager::editorOpened,
this, &LanguageClientManager::editorOpened);
connect(EditorManager::instance(), &EditorManager::documentOpened,
this, &LanguageClientManager::documentOpened);
connect(EditorManager::instance(), &EditorManager::documentClosed,
this, &LanguageClientManager::documentClosed);
connect(EditorManager::instance(), &EditorManager::saved,
this, &LanguageClientManager::documentContentsSaved);
connect(EditorManager::instance(), &EditorManager::aboutToSave,
this, &LanguageClientManager::documentWillSave);
connect(SessionManager::instance(), &SessionManager::projectAdded,
this, &LanguageClientManager::projectAdded);
connect(SessionManager::instance(), &SessionManager::projectRemoved,
this, &LanguageClientManager::projectRemoved);
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
}
LanguageClientManager::~LanguageClientManager()
{
QTC_ASSERT(m_clients.isEmpty(), qDeleteAll(m_clients));
qDeleteAll(m_currentSettings);
managerInstance = nullptr;
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
}
void LanguageClientManager::init()
{
if (managerInstance)
return;
QTC_ASSERT(LanguageClientPlugin::instance(), return);
managerInstance = new LanguageClientManager(LanguageClientPlugin::instance());
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
}
void LanguageClient::LanguageClientManager::addClient(Client *client)
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
{
QTC_ASSERT(managerInstance, return);
QTC_ASSERT(client, return);
if (managerInstance->m_clients.contains(client))
return;
qCDebug(Log) << "add client: " << client->name() << client;
managerInstance->m_clients << client;
connect(client, &Client::finished, managerInstance, [client]() { clientFinished(client); });
connect(client,
&Client::initialized,
managerInstance,
[client](const LanguageServerProtocol::ServerCapabilities &capabilities) {
managerInstance->m_currentDocumentLocatorFilter.updateCurrentClient();
managerInstance->m_inspector.clientInitialized(client->name(), capabilities);
});
connect(client,
&Client::capabilitiesChanged,
managerInstance,
[client](const DynamicCapabilities &capabilities) {
managerInstance->m_inspector.updateCapabilities(client->name(), capabilities);
});
}
void LanguageClientManager::clientStarted(Client *client)
{
qCDebug(Log) << "client started: " << client->name() << client;
QTC_ASSERT(managerInstance, return);
QTC_ASSERT(client, return);
if (managerInstance->m_shuttingDown) {
clientFinished(client);
return;
}
client->initialize();
const QList<TextEditor::TextDocument *> &clientDocs
= managerInstance->m_clientForDocument.keys(client);
for (TextEditor::TextDocument *document : clientDocs)
client->openDocument(document);
}
void LanguageClientManager::clientFinished(Client *client)
{
QTC_ASSERT(managerInstance, return);
constexpr int restartTimeoutS = 5;
const bool unexpectedFinish = client->state() != Client::Shutdown
&& client->state() != Client::ShutdownRequested;
if (unexpectedFinish) {
if (!managerInstance->m_shuttingDown) {
const QList<TextEditor::TextDocument *> &clientDocs
= managerInstance->m_clientForDocument.keys(client);
if (client->reset()) {
qCDebug(Log) << "restart unexpectedly finished client: " << client->name() << client;
client->disconnect(managerInstance);
client->log(
tr("Unexpectedly finished. Restarting in %1 seconds.").arg(restartTimeoutS));
QTimer::singleShot(restartTimeoutS * 1000, client, [client]() { client->start(); });
for (TextEditor::TextDocument *document : clientDocs)
client->deactivateDocument(document);
return;
}
qCDebug(Log) << "client finished unexpectedly: " << client->name() << client;
client->log(tr("Unexpectedly finished."));
for (TextEditor::TextDocument *document : clientDocs)
managerInstance->m_clientForDocument.remove(document);
}
}
deleteClient(client);
if (managerInstance->m_shuttingDown && managerInstance->m_clients.isEmpty())
emit managerInstance->shutdownFinished();
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
}
Client *LanguageClientManager::startClient(BaseSettings *setting, ProjectExplorer::Project *project)
{
QTC_ASSERT(managerInstance, return nullptr);
QTC_ASSERT(setting, return nullptr);
QTC_ASSERT(setting->isValid(), return nullptr);
Client *client = setting->createClient(project);
qCDebug(Log) << "start client: " << client->name() << client;
QTC_ASSERT(client, return nullptr);
client->start();
managerInstance->m_clientsForSetting[setting->m_id].append(client);
return client;
}
QVector<Client *> LanguageClientManager::clients()
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
{
QTC_ASSERT(managerInstance, return {});
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
return managerInstance->m_clients;
}
void LanguageClientManager::addExclusiveRequest(const MessageId &id, Client *client)
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
{
QTC_ASSERT(managerInstance, return);
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
managerInstance->m_exclusiveRequests[id] << client;
}
void LanguageClientManager::reportFinished(const MessageId &id, Client *byClient)
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
{
QTC_ASSERT(managerInstance, return);
for (Client *client : qAsConst(managerInstance->m_exclusiveRequests[id])) {
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
if (client != byClient)
client->cancelRequest(id);
}
managerInstance->m_exclusiveRequests.remove(id);
}
void LanguageClientManager::shutdownClient(Client *client)
{
if (!client)
return;
qCDebug(Log) << "request client shutdown: " << client->name() << client;
// reset the documents for that client already when requesting the shutdown so they can get
// reassigned to another server right after this request to another server
for (TextEditor::TextDocument *document : managerInstance->m_clientForDocument.keys(client))
managerInstance->m_clientForDocument.remove(document);
if (client->reachable())
client->shutdown();
else if (client->state() != Client::Shutdown && client->state() != Client::ShutdownRequested)
deleteClient(client);
}
void LanguageClientManager::deleteClient(Client *client)
{
QTC_ASSERT(managerInstance, return);
QTC_ASSERT(client, return);
qCDebug(Log) << "delete client: " << client->name() << client;
client->disconnect();
managerInstance->m_clients.removeAll(client);
for (QVector<Client *> &clients : managerInstance->m_clientsForSetting)
clients.removeAll(client);
if (managerInstance->m_shuttingDown) {
delete client;
} else {
client->deleteLater();
emit instance()->clientRemoved(client);
}
}
void LanguageClientManager::shutdown()
{
QTC_ASSERT(managerInstance, return);
if (managerInstance->m_shuttingDown)
return;
qCDebug(Log) << "shutdown manager";
managerInstance->m_shuttingDown = true;
for (Client *client : qAsConst(managerInstance->m_clients))
shutdownClient(client);
QTimer::singleShot(3000, managerInstance, [](){
for (Client *client : qAsConst(managerInstance->m_clients))
deleteClient(client);
emit managerInstance->shutdownFinished();
});
}
LanguageClientManager *LanguageClientManager::instance()
{
return managerInstance;
}
QList<Client *> LanguageClientManager::clientsSupportingDocument(const TextEditor::TextDocument *doc)
{
QTC_ASSERT(managerInstance, return {});
QTC_ASSERT(doc, return {};);
return Utils::filtered(managerInstance->reachableClients(), [doc](Client *client) {
return client->isSupportedDocument(doc);
}).toList();
}
void LanguageClientManager::applySettings()
{
QTC_ASSERT(managerInstance, return);
qDeleteAll(managerInstance->m_currentSettings);
managerInstance->m_currentSettings
= Utils::transform(LanguageClientSettings::pageSettings(), &BaseSettings::copy);
const QList<BaseSettings *> restarts = LanguageClientSettings::changedSettings();
LanguageClientSettings::toSettings(Core::ICore::settings(), managerInstance->m_currentSettings);
for (BaseSettings *setting : restarts) {
QList<TextEditor::TextDocument *> documents;
const QVector<Client *> currentClients = clientForSetting(setting);
for (Client *client : currentClients) {
documents << managerInstance->m_clientForDocument.keys(client);
shutdownClient(client);
}
for (auto document : qAsConst(documents))
managerInstance->m_clientForDocument.remove(document);
if (!setting->isValid() || !setting->m_enabled)
continue;
switch (setting->m_startBehavior) {
case BaseSettings::AlwaysOn: {
Client *client = startClient(setting);
for (TextEditor::TextDocument *document : qAsConst(documents))
managerInstance->m_clientForDocument[document] = client;
break;
}
case BaseSettings::RequiresFile: {
const QList<Core::IDocument *> &openedDocuments = Core::DocumentModel::openedDocuments();
for (Core::IDocument *document : openedDocuments) {
if (auto textDocument = qobject_cast<TextEditor::TextDocument *>(document)) {
if (setting->m_languageFilter.isSupported(document))
documents << textDocument;
}
}
if (!documents.isEmpty()) {
Client *client = startClient(setting);
for (TextEditor::TextDocument *document : qAsConst(documents))
client->openDocument(document);
}
break;
}
case BaseSettings::RequiresProject: {
const QList<Core::IDocument *> &openedDocuments = Core::DocumentModel::openedDocuments();
QHash<ProjectExplorer::Project *, Client *> clientForProject;
for (Core::IDocument *document : openedDocuments) {
auto textDocument = qobject_cast<TextEditor::TextDocument *>(document);
if (!textDocument || !setting->m_languageFilter.isSupported(textDocument))
continue;
const Utils::FilePath filePath = textDocument->filePath();
for (ProjectExplorer::Project *project :
ProjectExplorer::SessionManager::projects()) {
if (project->isKnownFile(filePath)) {
Client *client = clientForProject[project];
if (!client) {
client = startClient(setting, project);
if (!client)
continue;
clientForProject[project] = client;
}
client->openDocument(textDocument);
}
}
}
break;
}
default:
break;
}
}
}
QList<BaseSettings *> LanguageClientManager::currentSettings()
{
QTC_ASSERT(managerInstance, return {});
return managerInstance->m_currentSettings;
}
void LanguageClientManager::registerClientSettings(BaseSettings *settings)
{
QTC_ASSERT(managerInstance, return);
LanguageClientSettings::addSettings(settings);
managerInstance->applySettings();
}
void LanguageClientManager::enableClientSettings(const QString &settingsId)
{
QTC_ASSERT(managerInstance, return);
LanguageClientSettings::enableSettings(settingsId);
managerInstance->applySettings();
}
QVector<Client *> LanguageClientManager::clientForSetting(const BaseSettings *setting)
{
QTC_ASSERT(managerInstance, return {});
auto instance = managerInstance;
return instance->m_clientsForSetting.value(setting->m_id);
}
const BaseSettings *LanguageClientManager::settingForClient(Client *client)
{
QTC_ASSERT(managerInstance, return nullptr);
for (auto it = managerInstance->m_clientsForSetting.cbegin();
it != managerInstance->m_clientsForSetting.cend(); ++it) {
const QString &id = it.key();
for (const Client *settingClient : it.value()) {
if (settingClient == client) {
return Utils::findOrDefault(managerInstance->m_currentSettings,
[id](BaseSettings *setting) {
return setting->m_id == id;
});
}
}
}
return nullptr;
}
Client *LanguageClientManager::clientForDocument(TextEditor::TextDocument *document)
{
QTC_ASSERT(managerInstance, return nullptr);
return document == nullptr ? nullptr
: managerInstance->m_clientForDocument.value(document).data();
}
Client *LanguageClientManager::clientForFilePath(const Utils::FilePath &filePath)
{
return clientForDocument(TextEditor::TextDocument::textDocumentForFilePath(filePath));
}
Client *LanguageClientManager::clientForUri(const DocumentUri &uri)
{
return clientForFilePath(uri.toFilePath());
}
const QList<Client *> LanguageClientManager::clientsForProject(
const ProjectExplorer::Project *project)
{
return Utils::filtered(managerInstance->m_clients, [project](const Client *c) {
return c->project() == project;
}).toList();
}
void LanguageClientManager::openDocumentWithClient(TextEditor::TextDocument *document, Client *client)
{
if (!document)
return;
Client *currentClient = clientForDocument(document);
if (client == currentClient)
return;
if (currentClient)
currentClient->deactivateDocument(document);
managerInstance->m_clientForDocument[document] = client;
if (client) {
qCDebug(Log) << "open" << document->filePath() << "with" << client->name() << client;
if (!client->documentOpen(document))
client->openDocument(document);
else
client->activateDocument(document);
}
TextEditor::IOutlineWidgetFactory::updateOutline();
}
void LanguageClientManager::logBaseMessage(const LspLogMessage::MessageSender sender,
const QString &clientName,
const BaseMessage &message)
{
instance()->m_inspector.log(sender, clientName, message);
}
void LanguageClientManager::showInspector()
{
QString clientName;
if (Client *client = clientForDocument(TextEditor::TextDocument::currentTextDocument()))
clientName = client->name();
QWidget *inspectorWidget = instance()->m_inspector.createWidget(clientName);
inspectorWidget->setAttribute(Qt::WA_DeleteOnClose);
inspectorWidget->show();
}
QVector<Client *> LanguageClientManager::reachableClients()
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
{
return Utils::filtered(m_clients, &Client::reachable);
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
}
void LanguageClientManager::editorOpened(Core::IEditor *editor)
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
{
using namespace TextEditor;
if (auto *textEditor = qobject_cast<BaseTextEditor *>(editor)) {
if (TextEditorWidget *widget = textEditor->editorWidget()) {
connect(widget, &TextEditorWidget::requestLinkAt, this,
[document = textEditor->textDocument()]
(const QTextCursor &cursor, Utils::ProcessLinkCallback &callback, bool resolveTarget) {
if (auto client = clientForDocument(document))
client->symbolSupport().findLinkAt(document, cursor, callback, resolveTarget);
});
connect(widget, &TextEditorWidget::requestUsages, this,
[document = textEditor->textDocument()](const QTextCursor &cursor) {
if (auto client = clientForDocument(document))
client->symbolSupport().findUsages(document, cursor);
});
connect(widget, &TextEditorWidget::requestRename, this,
[document = textEditor->textDocument()](const QTextCursor &cursor) {
if (auto client = clientForDocument(document))
client->symbolSupport().renameSymbol(document, cursor);
});
connect(widget, &TextEditorWidget::cursorPositionChanged, this, [widget]() {
if (Client *client = clientForDocument(widget->textDocument()))
if (client->reachable())
client->cursorPositionChanged(widget);
});
updateEditorToolBar(editor);
if (TextEditor::TextDocument *document = textEditor->textDocument()) {
if (Client *client = m_clientForDocument[document])
widget->addHoverHandler(client->hoverHandler());
}
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
}
}
}
void LanguageClientManager::documentOpened(Core::IDocument *document)
{
auto textDocument = qobject_cast<TextEditor::TextDocument *>(document);
if (!textDocument)
return;
// check whether we have to start servers for this document
const QList<BaseSettings *> settings = currentSettings();
for (BaseSettings *setting : settings) {
if (setting->isValid() && setting->m_enabled
&& setting->m_languageFilter.isSupported(document)) {
QVector<Client *> clients = clientForSetting(setting);
if (setting->m_startBehavior == BaseSettings::RequiresProject) {
const Utils::FilePath &filePath = document->filePath();
for (ProjectExplorer::Project *project :
ProjectExplorer::SessionManager::projects()) {
// check whether file is part of this project
if (!project->isKnownFile(filePath))
continue;
// check whether we already have a client running for this project
Client *clientForProject = Utils::findOrDefault(clients,
[project](Client *client) {
return client->project()
== project;
});
if (!clientForProject)
clientForProject = startClient(setting, project);
QTC_ASSERT(clientForProject, continue);
openDocumentWithClient(textDocument, clientForProject);
// Since we already opened the document in this client we remove the client
// from the list of clients that receive the openDocument call
clients.removeAll(clientForProject);
}
} else if (setting->m_startBehavior == BaseSettings::RequiresFile && clients.isEmpty()) {
clients << startClient(setting);
}
for (auto client : qAsConst(clients))
client->openDocument(textDocument);
}
}
}
void LanguageClientManager::documentClosed(Core::IDocument *document)
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
{
if (auto textDocument = qobject_cast<TextEditor::TextDocument *>(document)) {
for (Client *client : qAsConst(m_clients))
client->closeDocument(textDocument);
m_clientForDocument.remove(textDocument);
}
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
}
void LanguageClientManager::documentContentsSaved(Core::IDocument *document)
{
if (auto textDocument = qobject_cast<TextEditor::TextDocument *>(document)) {
const QVector<Client *> &clients = reachableClients();
for (Client *client : clients)
client->documentContentsSaved(textDocument);
}
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
}
void LanguageClientManager::documentWillSave(Core::IDocument *document)
{
if (auto textDocument = qobject_cast<TextEditor::TextDocument *>(document)) {
const QVector<Client *> &clients = reachableClients();
for (Client *client : clients)
client->documentWillSave(textDocument);
}
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
}
void LanguageClientManager::updateProject(ProjectExplorer::Project *project)
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
{
for (BaseSettings *setting : qAsConst(m_currentSettings)) {
if (setting->isValid()
&& setting->m_enabled
&& setting->m_startBehavior == BaseSettings::RequiresProject) {
if (Utils::findOrDefault(clientForSetting(setting),
[project](const QPointer<Client> &client) {
return client->project() == project;
})
== nullptr) {
Client *newClient = nullptr;
const QList<Core::IDocument *> &openedDocuments = Core::DocumentModel::openedDocuments();
for (Core::IDocument *doc : openedDocuments) {
if (setting->m_languageFilter.isSupported(doc)
&& project->isKnownFile(doc->filePath())) {
if (auto textDoc = qobject_cast<TextEditor::TextDocument *>(doc)) {
if (!newClient)
newClient = startClient(setting, project);
if (!newClient)
break;
newClient->openDocument(textDoc);
}
}
}
}
}
}
const QVector<Client *> &clients = reachableClients();
for (Client *client : clients)
client->projectOpened(project);
}
void LanguageClientManager::projectAdded(ProjectExplorer::Project *project)
{
connect(project, &ProjectExplorer::Project::fileListChanged, this, [this, project]() {
updateProject(project);
});
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
}
void LanguageClientManager::projectRemoved(ProjectExplorer::Project *project)
{
project->disconnect(this);
for (Client *client : qAsConst(m_clients))
client->projectClosed(project);
Introduce a basic client for the language server protocol The language server protocol is used to transport language specific information needed to efficiently edit source files. For example completion, go to operations and symbol information. These information are transferred via JSON-RPC. The complete definition can be found under https://microsoft.github.io/language-server-protocol/specification. This language server protocol support consists of two major parts, the C++ representation of the language server protocol, and the client part for the communication with an external language server. The TypeScript definitions of the protocol interfaces are transferred to C++ classes. Those classes have getter and setter for every interface value. Optional values from the protocol are represented by Utils::optional<ValueType>. The JSON objects that are used to transfer the data between client and server are hidden by a specialized JsonObject class derived from QJsonObject. Additionally this JsonObject provides a validity check that is capable of creating a detailed error message for malformed, or at least unexpected JSON representation of the protocol. The client is the interface between Qt Creator and language server functionality, like completion, diagnostics, document and workspace synchronization. The base client converts the data that is sent from/to the server between the raw byte array and the corresponding C++ objects. The transportat layer is defined in a specialized base client (this initial change will only support stdio language server). The running clients are handled inside the language client manager, which is also used to connect global and exclusive Qt Creator functionality to the clients. Task-number: QTCREATORBUG-20284 Change-Id: I8e123e20c3f14ff7055c505319696d5096fe1704 Reviewed-by: Eike Ziller <eike.ziller@qt.io>
2018-07-13 12:33:46 +02:00
}
} // namespace LanguageClient