// Scenario 1: Player is idle and gets suspended -- no other players in game
static void doScenario1(GamePair &gamePair)
{
ClientGame *clientGame = gamePair.getClient(0);
ServerGame *serverGame = gamePair.server;
// Idle for a while -- ship should become spawn delayed. GameConnection::SPAWN_DELAY_TIME is measured in ms.
gamePair.idle(10, GameConnection::SPAWN_DELAY_TIME / 10);
ASSERT_TRUE(serverGame->getClientInfo(0)->isPlayerInactive()); // No input from player, should be flagged as inactive
// Note that spawn delay does not get set until the delayed ship tries to spawn, even if player is marked as inactive
// Kill the ship again -- should be delayed when it tries to respawn because client has been inactive
fillVector.clear();
serverGame->getLevel()->findObjects(PlayerShipTypeNumber, fillVector);
EXPECT_EQ(1, fillVector.size()); // Should only be one ship
Ship *ship = static_cast<Ship *>(fillVector[0]); // Server's copy of the ship
killShip(ship);
gamePair.idle(10, GameType::RespawnDelay / 10 + 5);
// Since server has received no input from client for GameConnection::SPAWN_DELAY_TIME ms, and ship has attempted to respawn, should be spawn-delayed
ASSERT_TRUE(serverGame->getClientInfo(0)->isSpawnDelayed());
ASSERT_TRUE(clientGame->isSpawnDelayed()); // Status should have propagated to client by now
// At this point, client and server are both aware that the spawn is delayed due to player inactivity
gamePair.idle(10, 10); // Idle 10x
// If spawn were not delayed, ship would have respawned. Check for it on the server.
// (Dead ship may linger on client while exploding, so we won't check there.)
fillVector.clear();
serverGame->getLevel()->findObjects(PlayerShipTypeNumber, fillVector);
ASSERT_EQ(0, fillVector.size()); // Ship is spawn delayed and won't spawn... hence no ships
ASSERT_EQ(0, serverGame->getClientInfo(0)->getReturnToGameTime()); // No returnToGamePenalty in this scenario
ASSERT_EQ(0, clientGame->getReturnToGameDelay());
ASSERT_FALSE(static_cast<FullClientInfo *>(serverGame->getClientInfo(0))->hasReturnToGamePenalty()); // No penalty in the works
// Undelay spawn
clientGame->undelaySpawn(); // This is what gets run when player presses a key
gamePair.idle(10, 5); // Idle 5x; give things time to propagate
ASSERT_FALSE(serverGame->getClientInfo(0)->isSpawnDelayed()); // Player should no longer be spawn delayed
ASSERT_FALSE(clientGame->inReturnToGameCountdown());
fillVector.clear();
serverGame->getLevel()->findObjects(PlayerShipTypeNumber, fillVector);
ASSERT_EQ(1, fillVector.size()); // Ship should have spawned and be available on client and server
fillVector.clear();
clientGame->getLevel()->findObjects(PlayerShipTypeNumber, fillVector);
ASSERT_EQ(1, fillVector.size()); // Ship should have spawned and be available on client and server
}
// Scenario 3, 4 -- Player enters /idle command, no other players, so server suspends itself
// In this case, no returnToGame penalty should be levied
// In this scenario 3, player un-idles during the suspend game timer countdown (there is a 2 second delay after all players are idle)
// In scenario 4, player enters full suspend mode before unidling
static void doScenario34(GamePair &gamePair, bool letGameSlipIntoFullSuspendMode)
{
ClientGame *clientGame = gamePair.getClient(0);
ServerGame *serverGame = gamePair.server;
// Make sure we start off in a "normal" state
ASSERT_FALSE(serverGame->isOrIsAboutToBeSuspended());
ASSERT_FALSE(clientGame->isSpawnDelayed());
gamePair.idle(Ship::KillDeleteDelay / 15, 20); // Idle; give things time to propagate
fillVector.clear();
serverGame->getLevel()->findObjects(PlayerShipTypeNumber, fillVector);
ASSERT_EQ(1, fillVector.size()); // Now that player 2 has left, should only be one ship
fillVector.clear();
clientGame->getLevel()->findObjects(PlayerShipTypeNumber, fillVector);
ASSERT_EQ(1, fillVector.size());
Vector<string> words;
ChatCommands::idleHandler(clientGame, words);
gamePair.idle(10, 10); // Idle; give things time to propagate, timers to time out, etc.
ASSERT_TRUE(serverGame->getClientInfo(0)->isSpawnDelayed());
ASSERT_TRUE(serverGame->isOrIsAboutToBeSuspended());
EXPECT_FALSE(serverGame->isSuspended());
ASSERT_TRUE(clientGame->isSpawnDelayed()); // Status should have propagated to client by now
EXPECT_FALSE(clientGame->isSuspended());
fillVector.clear();
serverGame->getLevel()->findObjects(PlayerShipTypeNumber, fillVector);
ASSERT_EQ(0, fillVector.size()); // No ships remaining in game -- don't check client as it may have exploding ship there
fillVector.clear();
// ReturnToGame penalty has been set, but won't start to count down until ship attempts to spawn
ASSERT_FALSE(clientGame->inReturnToGameCountdown());
ASSERT_TRUE(static_cast<FullClientInfo *>(serverGame->getClientInfo(0))->hasReturnToGamePenalty()); // Penalty has been primed
ASSERT_EQ(0, serverGame->getClientInfo(0)->getReturnToGameTime());
if(letGameSlipIntoFullSuspendMode)
gamePair.idle(ServerGame::PreSuspendSettlingPeriod / 20, 25);
// Player presses a key to rejoin the game; since game was suspended, player can resume without penalty
ASSERT_TRUE(serverGame->isOrIsAboutToBeSuspended()) << "Game should be suspended";
if(letGameSlipIntoFullSuspendMode)
{
// In here, game is suspended
EXPECT_TRUE(serverGame->isSuspended());
EXPECT_TRUE(clientGame->isSuspended());
// Check if server clocks are still counting down... should be stopped
S32 snow = serverGame->getGameType()->getRemainingGameTimeInMs();
S32 cnow = clientGame->getGameType()->getRemainingGameTimeInMs();
gamePair.idle(10, 10);
S32 slater = serverGame->getGameType()->getRemainingGameTimeInMs();
S32 clater = clientGame->getGameType()->getRemainingGameTimeInMs();
EXPECT_EQ(snow, slater) << "Looks like server clock is still running (should be stopped)!";
EXPECT_EQ(cnow, clater) << "Looks like client clock is still running (should be stopped)!";
}
else
{
// In here, game is not (yet) suspended, but is in the 2 second cooldown period that comes after
// all players have left or are idle, but before full suspension
EXPECT_FALSE(serverGame->isSuspended());
EXPECT_FALSE(clientGame->isSuspended());
// Check if clocks are still counting down... should be still running
S32 snow = serverGame->getGameType()->getRemainingGameTimeInMs();
S32 cnow = clientGame->getGameType()->getRemainingGameTimeInMs();
gamePair.idle(10, 10);
S32 slater = serverGame->getGameType()->getRemainingGameTimeInMs();
S32 clater = clientGame->getGameType()->getRemainingGameTimeInMs();
EXPECT_NE(snow, slater) << "Looks like server clock is stopped (should be running)!";
EXPECT_NE(cnow, clater) << "Looks like client clock is stopped (should be running)!";
}
clientGame->undelaySpawn(); // Simulate effects of key press
gamePair.idle(10, 5); // Idle; give things time to propagate
ASSERT_FALSE(serverGame->isOrIsAboutToBeSuspended());
ASSERT_EQ(0, serverGame->getClientInfo(0)->getReturnToGameTime()); // No returnToGame penalty
ASSERT_FALSE(clientGame->inReturnToGameCountdown());
gamePair.idle(Ship::KillDeleteDelay / 15, 20); // Idle; give dead ships time to be cleaned up
// Check to ensure ship spawned
fillVector.clear();
serverGame->getLevel()->findObjects(PlayerShipTypeNumber, fillVector);
ASSERT_EQ(1, fillVector.size());
fillVector.clear();
clientGame->getLevel()->findObjects(PlayerShipTypeNumber, fillVector);
ASSERT_EQ(1, fillVector.size());
ASSERT_FALSE(serverGame->isOrIsAboutToBeSuspended());
ASSERT_FALSE(clientGame->isSpawnDelayed());
}
