TEST(NetworkTest, testOpenClient)
{
Network network;
ASSERT_TRUE(network.openServer(PORT, &serverListener)) << network.getError();
ASSERT_TRUE(network.openClient(LOCALHOST, PORT, &listener)) << network.getError();
network.closeClient();
network.closeServer();
}
TEST(NetworkTest, testSendToClient)
{
Network network;
ASSERT_TRUE(network.openServer(PORT, &serverListener)) << network.getError();
ASSERT_TRUE(network.openClient(LOCALHOST, PORT, &listener)) << network.getError();
const DisconnectMessage msg;
network.update(0);
network.sendToClients(0, msg);
network.update(0);
network.closeClient();
network.closeServer();
}
TEST(NetworkTest, testSendStringList)
{
std::vector<std::string> names;
names.push_back("Test1");
names.push_back("Test2");
PlayerListMessage msgNames(names);
Network network;
ASSERT_TRUE(network.openServer(PORT, &serverListener)) << network.getError();
class NetworkNameListTestListener: public IClientCallback {
public:
NetworkNameListTestListener() :
count(0) {
}
int count;
void onData(ByteStream &data) override
{
ASSERT_EQ(protocol::PROTO_PLAYERLIST, data.readByte());
PlayerListMessage msg(data);
ASSERT_EQ("Test1", msg.getList()[0]);
ASSERT_EQ("Test2", msg.getList()[1]);
++count;
}
};
NetworkNameListTestListener nameListener;
ASSERT_TRUE(network.openClient(LOCALHOST, PORT, &nameListener)) << network.getError();
network.update(0);
network.sendToAllClients(msgNames);
network.update(5000);
network.sendToAllClients(msgNames);
network.update(5000);
network.sendToAllClients(msgNames);
network.update(5000);
ASSERT_EQ(3, nameListener.count);
network.closeClient();
network.closeServer();
}
