void AsyncMcClientImpl::attemptConnection() {
assert(connectionState_ == ConnectionState::DOWN);
connectionState_ = ConnectionState::CONNECTING;
if (connectionOptions_.noNetwork) {
socket_.reset(new MockMcClientTransport(eventBase_));
connectSuccess();
return;
}
if (connectionOptions_.sslContextProvider) {
auto sslContext = connectionOptions_.sslContextProvider();
if (!sslContext) {
LOG_FAILURE("AsyncMcClient", failure::Category::kBadEnvironment,
"SSLContext provider returned nullptr, check SSL certificates. Any "
"further request to {} will fail.",
connectionOptions_.accessPoint.toHostPortString());
connectErr(folly::AsyncSocketException(
folly::AsyncSocketException::SSL_ERROR, ""));
return;
}
socket_.reset(new folly::AsyncSSLSocket(
sslContext, &eventBase_));
} else {
socket_.reset(new folly::AsyncSocket(&eventBase_));
}
auto& socket = dynamic_cast<folly::AsyncSocket&>(*socket_);
folly::SocketAddress address;
try {
address = folly::SocketAddress(
connectionOptions_.accessPoint.getHost(),
connectionOptions_.accessPoint.getPort(),
/* allowNameLookup */ true);
} catch (const std::system_error& e) {
LOG_FAILURE("AsyncMcClient", failure::Category::kBadEnvironment,
"{}", e.what());
connectErr(folly::AsyncSocketException(
folly::AsyncSocketException::NOT_OPEN, ""));
return;
}
auto socketOptions = createSocketOptions(address, connectionOptions_);
socket.setSendTimeout(connectionOptions_.writeTimeout.count());
socket.connect(this, address, connectionOptions_.writeTimeout.count(),
socketOptions);
// If AsyncSocket::connect() fails, socket_ may have been reset
if (socket_ && connectionOptions_.enableQoS) {
checkWhetherQoSIsApplied(address, socket.getFd(), connectionOptions_);
}
}
apache::thrift::async::TAsyncTransport::UniquePtr
ThriftTransportBase::getConnectingSocket() {
return folly::fibers::runInMainContext([this] {
// TODO(@aap): Replace with createSocket() once Thrift works with
// AsyncTransportWrapper.
apache::thrift::async::TAsyncTransport::UniquePtr socket(
new apache::thrift::async::TAsyncSocket(&eventBase_));
socket->setSendTimeout(connectionOptions_.writeTimeout.count());
auto sockAddressExpected = getSocketAddress(connectionOptions_);
if (sockAddressExpected.hasError()) {
const auto& ex = sockAddressExpected.error();
LOG_FAILURE(
"ThriftTransport",
failure::Category::kBadEnvironment,
"{}",
ex.what());
return apache::thrift::async::TAsyncTransport::UniquePtr{};
}
folly::SocketAddress address = std::move(sockAddressExpected).value();
auto socketOptions = createSocketOptions(address, connectionOptions_);
const auto mech = connectionOptions_.accessPoint->getSecurityMech();
connectionState_ = ConnectionState::Connecting;
if (mech == SecurityMech::TLS13_FIZZ) {
auto fizzClient = socket->getUnderlyingTransport<McFizzClient>();
fizzClient->connect(
this,
address,
connectionOptions_.connectTimeout.count(),
socketOptions);
} else {
auto asyncSock = socket->getUnderlyingTransport<folly::AsyncSocket>();
asyncSock->connect(
this,
address,
connectionOptions_.connectTimeout.count(),
socketOptions);
}
return socket;
});
}
