blob: fee24daaa7d4e2f069d6eb55bb251444dd03af86 [file] [log] [blame]
// Copyright (c) 2013, the Dart project authors. Please see the AUTHORS file
// for details. All rights reserved. Use of this source code is governed by a
// BSD-style license that can be found in the LICENSE file.
//
// This test tests TLS session resume, by making multiple client connections
// on the same port to the same server, with a delay of 200 ms between them.
// The unmodified secure_server_test creates all sessions simultaneously,
// which means that no handshake completes and caches its keys in the session
// cache in time for other connections to use it.
//
// Session resume is currently disabled - see issue
// https://code.google.com/p/dart/issues/detail?id=7230
//
// VMOptions=
// VMOptions=--short_socket_read
// VMOptions=--short_socket_write
// VMOptions=--short_socket_read --short_socket_write
// OtherResources=certificates/server_chain.pem
// OtherResources=certificates/server_key.pem
// OtherResources=certificates/trusted_certs.pem
// @dart = 2.9
import "dart:async";
import "dart:io";
import "dart:isolate";
import "package:expect/expect.dart";
import "package:async_helper/async_helper.dart";
InternetAddress HOST;
String localFile(path) => Platform.script.resolve(path).toFilePath();
SecurityContext serverContext = new SecurityContext()
..useCertificateChain(localFile('certificates/server_chain.pem'))
..usePrivateKey(localFile('certificates/server_key.pem'),
password: 'dartdart');
SecurityContext clientContext = new SecurityContext()
..setTrustedCertificates(localFile('certificates/trusted_certs.pem'));
Future<SecureServerSocket> startServer() {
return SecureServerSocket.bind(HOST, 0, serverContext).then((server) {
server.listen((SecureSocket client) {
client.fold(<int>[], (message, data) => message..addAll(data)).then(
(message) {
String received = new String.fromCharCodes(message);
Expect.isTrue(received.contains("Hello from client "));
String name = received.substring(received.indexOf("client ") + 7);
client.write("Welcome, client $name");
client.close();
});
});
return server;
});
}
Future testClient(server, name) {
return SecureSocket
.connect(HOST, server.port, context: clientContext)
.then((socket) {
socket.write("Hello from client $name");
socket.close();
return socket.fold(<int>[], (message, data) => message..addAll(data)).then(
(message) {
Expect.listEquals("Welcome, client $name".codeUnits, message);
return server;
});
});
}
void main() {
asyncStart();
InternetAddress.lookup("localhost").then((hosts) {
HOST = hosts.first;
runTests().then((_) => asyncEnd());
});
}
Future runTests() {
Duration delay = const Duration(milliseconds: 0);
Duration delay_between_connections = const Duration(milliseconds: 300);
return startServer()
.then((server) => Future
.wait(['able', 'baker', 'charlie', 'dozen', 'elapse'].map((name) {
delay += delay_between_connections;
return new Future.delayed(delay, () => server)
.then((server) => testClient(server, name));
})))
.then((servers) => servers.first.close());
}