bool Server::init(const Options &options)
{
Client::initMessages();
mIndexerThreadPool = new ThreadPool(options.threadCount);
mOptions = options;
if (options.options & ClangIncludePath) {
Path clangPath = Path::resolved(CLANG_INCLUDEPATH);
clangPath.prepend("-I");
mOptions.defaultArguments.append(clangPath);
} else {
mOptions.defaultArguments.append("-nobuiltininc");
mOptions.defaultArguments.append("-nostdinc++");
}
if (options.options & UnlimitedErrors)
mOptions.defaultArguments.append("-ferror-limit=0");
if (options.options & Wall)
mOptions.defaultArguments.append("-Wall");
if (options.options & SpellChecking)
mOptions.defaultArguments << "-fspell-checking";
mClangPath = Path::resolved(CLANG_BIN "/clang");
error() << "using args:" << String::join(mOptions.defaultArguments, " ");
if (mOptions.options & ClearProjects) {
clearProjects();
}
for (int i=0; i<10; ++i) {
mServer = new SocketServer;
if (mServer->listenUnix(mOptions.socketFile)) {
break;
}
delete mServer;
mServer = 0;
if (!i) {
enum { Timeout = 5000 };
Client client(mOptions.socketFile, Timeout, Client::DontWarnOnConnectionFailure);
QueryMessage msg(QueryMessage::Shutdown);
client.message(&msg);
}
sleep(1);
Path::rm(mOptions.socketFile);
}
if (!mServer) {
error("Unable to listen on %s", mOptions.socketFile.constData());
return false;
}
restoreFileIds();
mServer->clientConnected().connect(this, &Server::onNewConnection);
reloadProjects();
return true;
}
bool Server::init(const Options &options)
{
{
Path dir(RTAGS_BIN);
dir.resolve();
List<Path> plugins = dir.files(Path::File);
Path executableDir = Rct::executablePath().resolved().parentDir();
if (dir != executableDir)
plugins += executableDir.files(Path::File);
for (int i=0; i<plugins.size(); ++i) {
if (mPluginFactory.addPlugin(plugins.at(i))) {
error() << "Loaded plugin" << plugins.at(i);
}
}
}
RTags::initMessages();
mIndexerThreadPool = new ThreadPool(options.threadCount);
mQueryThreadPool = new ThreadPool(2);
mOptions = options;
if (options.options & NoBuiltinIncludes) {
mOptions.defaultArguments.append("-nobuiltininc");
mOptions.defaultArguments.append("-nostdinc++");
} else {
Path clangPath = Path::resolved(CLANG_INCLUDEPATH);
clangPath.prepend("-I");
mOptions.defaultArguments.append(clangPath);
}
if (options.options & UnlimitedErrors)
mOptions.defaultArguments.append("-ferror-limit=0");
if (options.options & Wall)
mOptions.defaultArguments.append("-Wall");
if (options.options & SpellChecking)
mOptions.defaultArguments << "-fspell-checking";
error() << "using args:" << String::join(mOptions.defaultArguments, " ");
if (mOptions.options & ClearProjects) {
clearProjects();
}
for (int i=0; i<10; ++i) {
mServer.reset(new SocketServer);
if (mServer->listen(mOptions.socketFile)) {
break;
}
mServer.reset();
if (!i) {
enum { Timeout = 1000 };
Connection connection;
if (connection.connectToServer(mOptions.socketFile, Timeout)) {
connection.send(QueryMessage(QueryMessage::Shutdown));
connection.disconnected().connect(std::bind([](){ EventLoop::eventLoop()->quit(); }));
connection.finished().connect(std::bind([](){ EventLoop::eventLoop()->quit(); }));
EventLoop::eventLoop()->exec(Timeout);
}
}
sleep(1);
Path::rm(mOptions.socketFile);
}
if (!mServer) {
error("Unable to listen on %s", mOptions.socketFile.constData());
return false;
}
restoreFileIds();
mServer->newConnection().connect(std::bind(&Server::onNewConnection, this));
reloadProjects();
if (!(mOptions.options & NoStartupCurrentProject)) {
Path current = Path(mOptions.dataDir + ".currentProject").readAll(1024);
if (current.size() > 1) {
current.chop(1);
if (!setCurrentProject(current)) {
error() << "Can't restore project" << current;
unlink((mOptions.dataDir + ".currentProject").constData());
}
}
}
if (mOptions.clearCompletionCacheInterval && mOptions.completionCacheSize) {
clearCompletionCache();
}
return true;
}
bool Server::init(const Options &options)
{
{
List<Path> plugins = Rct::executablePath().parentDir().files(Path::File);
for (int i=0; i<plugins.size(); ++i) {
if (mPluginFactory.addPlugin(plugins.at(i))) {
error() << "Loaded plugin" << plugins.at(i);
}
}
}
RTags::initMessages();
mIndexerThreadPool = new ThreadPool(options.threadCount, options.clangStackSize);
mOptions = options;
if (options.options & NoBuiltinIncludes) {
mOptions.defaultArguments.append("-nobuiltininc");
mOptions.defaultArguments.append("-nostdinc++");
} else {
Path clangPath = Path::resolved(CLANG_INCLUDEPATH);
clangPath.prepend("-I");
mOptions.defaultArguments.append(clangPath);
}
if (options.options & UnlimitedErrors)
mOptions.defaultArguments.append("-ferror-limit=0");
if (options.options & Wall)
mOptions.defaultArguments.append("-Wall");
if (options.options & SpellChecking)
mOptions.defaultArguments << "-fspell-checking";
error() << "using args:" << String::join(mOptions.defaultArguments, " ");
if (mOptions.options & ClearProjects) {
clearProjects();
}
for (int i=0; i<10; ++i) {
mServer = new SocketServer;
if (mServer->listenUnix(mOptions.socketFile)) {
break;
}
delete mServer;
mServer = 0;
if (!i) {
enum { Timeout = 1000 };
Client client;
if (client.connectToServer(mOptions.socketFile, Timeout)) {
QueryMessage msg(QueryMessage::Shutdown);
client.send(&msg, Timeout);
}
}
sleep(1);
Path::rm(mOptions.socketFile);
}
if (!mServer) {
error("Unable to listen on %s", mOptions.socketFile.constData());
return false;
}
restoreFileIds();
mServer->clientConnected().connect(this, &Server::onNewConnection);
reloadProjects();
if (!(mOptions.options & NoStartupCurrentProject)) {
Path current = Path(mOptions.dataDir + ".currentProject").readAll(1024);
if (current.size() > 1) {
current.chop(1);
if (!setCurrentProject(current)) {
error() << "Can't restore project" << current;
unlink((mOptions.dataDir + ".currentProject").constData());
}
}
}
return true;
}
bool Server::init(const Options &options)
{
RTags::initMessages();
mOptions = options;
mSuspended = (options.options & StartSuspended);
Path clangPath = Path::resolved(CLANG_INCLUDEPATH_STR);
mOptions.includePaths.append(clangPath);
#ifdef OS_Darwin
if (clangPath.exists()) {
Path cppClangPath = clangPath + "../../../c++/v1/";
cppClangPath.resolve();
if (cppClangPath.isDir()) {
mOptions.includePaths.append(cppClangPath);
} else {
cppClangPath = clangPath + "../../../../include/c++/v1/";
cppClangPath.resolve();
if (cppClangPath.isDir()) {
mOptions.includePaths.append(cppClangPath);
} else {
error("Unable to find libc++ include path (.../c++/v1) near " CLANG_INCLUDEPATH_STR );
return false;
}
}
// this seems to be the only way we get things like cstdint
}
#endif
if (!(options.options & NoUnlimitedErrors))
mOptions.defaultArguments << "-ferror-limit=0";
if (options.options & Wall)
mOptions.defaultArguments << "-Wall";
if (options.options & SpellChecking)
mOptions.defaultArguments << "-fspell-checking";
if (!(options.options & NoNoUnknownWarningsOption))
mOptions.defaultArguments.append("-Wno-unknown-warning-option");
Log l(Error);
l << "Running with" << mOptions.jobCount << "jobs, using args:"
<< String::join(mOptions.defaultArguments, ' ') << '\n';
l << "Includepaths:" << String::join(mOptions.includePaths, ' ');
if (mOptions.options & ClearProjects) {
clearProjects();
}
for (int i=0; i<10; ++i) {
mUnixServer.reset(new SocketServer);
if (mUnixServer->listen(mOptions.socketFile)) {
break;
}
mUnixServer.reset();
if (!i) {
enum { Timeout = 1000 };
Connection connection;
if (connection.connectUnix(mOptions.socketFile, Timeout)) {
connection.send(QueryMessage(QueryMessage::Shutdown));
connection.disconnected().connect(std::bind([](){ EventLoop::eventLoop()->quit(); }));
connection.finished().connect(std::bind([](){ EventLoop::eventLoop()->quit(); }));
EventLoop::eventLoop()->exec(Timeout);
}
} else {
sleep(1);
}
Path::rm(mOptions.socketFile);
}
if (!mUnixServer) {
error("Unable to listen on %s", mOptions.socketFile.constData());
return false;
}
restoreFileIds();
mUnixServer->newConnection().connect(std::bind(&Server::onNewConnection, this, std::placeholders::_1));
reloadProjects();
if (!(mOptions.options & NoStartupCurrentProject)) {
Path current = Path(mOptions.dataDir + ".currentProject").readAll(1024);
if (current.size() > 1) {
current.chop(1);
const auto project = mProjects.value(current);
if (!project) {
error() << "Can't restore project" << current;
unlink((mOptions.dataDir + ".currentProject").constData());
} else {
setCurrentProject(project);
}
}
}
return true;
}