unsafe void TestFail(string username, string password, ALRReason expectedFailReason) { using (MockClient client = new MockClient(45, TestUserIP)) { Assert.AreEqual(0u, client.SocketDataLength, "Data length should be zero"); MockClient_80_Login packetIn = new MockClient_80_Login(client.Socket, username, password); client.Enqueue(packetIn); Assert.AreEqual(packetIn.Length, client.SocketDataLength, "Socket should contain packet, datalength should equal packet length."); try { Packet80_LoginRequest packetOut = client.ProcessAndCheck(packetIn) as Packet80_LoginRequest; } catch (VerificationException ex) { Assert.Fail(ex.Message); } Assert.AreEqual(0u, client.SocketDataLength, "Packet should have been removed."); MockServer_82_LoginDenied expectedPacketResponse = new MockServer_82_LoginDenied(expectedFailReason); string responce = ((MockPacketEngine)Server.PacketEngine).VerifySent(client, expectedPacketResponse.PacketData); Assert.IsTrue(string.IsNullOrEmpty(responce), "Failed to verify reject packet: {0}", responce); } }
unsafe public void Test_SocketObject_RemoveFirstPacket() { MockClient client = new MockClient(42, TestUserIP); string testusername1 = "foo"; string testusername2 = "bar"; string testpass = "******"; Assert.AreEqual(0u, client.SocketDataLength, "Data length should be zero after socket creation."); MockClient_80_Login packet1 = new MockClient_80_Login(client.Socket, testusername1, testpass); client.Enqueue(packet1); Assert.AreEqual(packet1.Length, client.SocketDataLength, "Socket should contain packet, datalength should equal packet length."); MockClient_80_Login packet2 = new MockClient_80_Login(client.Socket, testusername2, testpass); client.Enqueue(packet2); Assert.AreEqual(packet1.Length + packet2.Length, client.SocketDataLength, "Socket should contain 2 packet, datalength should equal sum of packet lengths."); Server.PacketEngine.SocketObject_RemoveFirstPacket(client.Socket, packet1.Length); Assert.AreEqual(packet2.Length, client.SocketDataLength, "Data length should be length of packet2 after packet1 removal."); Packet80_LoginRequest packetOut = client.ProcessOnly(packet2) as Packet80_LoginRequest; Assert.AreEqual(testusername2, packetOut.Username, "Couldn't verify username for packet2."); Server.PacketEngine.SocketObject_RemoveFirstPacket(client.Socket, packet2.Length); Assert.AreEqual(0u, client.SocketDataLength, "Data length should be zero after both packets removed."); }
unsafe int TestSuccess(string username) { using (MockClient client = new MockClient(42, TestUserIP)) { Assert.AreEqual(0u, client.SocketDataLength, "Data length should be zero"); MockClient_80_Login packetIn = new MockClient_80_Login(client.Socket, username, TestUserPass); client.Enqueue(packetIn); Assert.AreEqual(packetIn.Length, client.SocketDataLength, "Socket should contain packet, datalength should equal packet length."); Packet80_LoginRequest packetOut = null; try { packetOut = client.ProcessAndCheck(packetIn) as Packet80_LoginRequest; } catch (VerificationException ex) { Assert.Fail(ex.Message); } Assert.AreEqual(packetIn.Length, client.SocketDataLength, "Socket should still contain packet, as login should have been accepted."); int accountID; bool UsernameIsAccountID = int.TryParse(packetOut.Username, out accountID); Assert.IsTrue(UsernameIsAccountID, "Expected username to be an account id."); Assert.IsTrue(string.IsNullOrEmpty(packetOut.Password), "Password should be empty."); Account account = Accounting.Get(accountID); Assert.AreEqual(username, account.Username); bool passwordIsCorrect = account.Login(TestUserPass, TestUserIP); Assert.IsTrue(passwordIsCorrect, "Password didn't work."); return(accountID); } }