/*teLevel
*Initializes all data structures required for level
*/
void initLevel(int level) {
createKeywordQueue();
switch(level) {
case 0:
readLevelSettingsFile(TUTORIAL_LEVEL);
break;
case 1:
readLevelSettingsFile(HARD_LEVEL);
break;
case 2:
readLevelSettingsFile(EASY_LEVEL);
break;
default:
break;
}
createLevelPaths();
createTowerGroup();
createActionQueue();
createGame();
createLevelClocks();
createEnemyGroup();
createTowerPos();
initialQueueReader();
createProjectileList();
createExplosionList();
initialiseParser();
init_abilities();
destroyCommandList();
}
void testReadLevelSettingsFile() {
iprint(countKeywords());
sput_fail_unless(countKeywords() == 9,"9 Keywords Should Exist in the level settings queue");
initialQueueReader(); //! Removing set up commands
sput_fail_unless(countKeywords() == 3,"Valid: 3 Keywords Should Exist in the level settings queue");
sput_fail_unless(getNumberOfPaths() == 1,"Valid: Number of paths that have been set is 1");
sput_fail_unless(getNumOfTowerPositions() == 4,"Valid: Number of tower positions that have been created is 4");
sput_fail_unless(getTowerPositionX(1) == scaleTowerPos(10,SCREEN_WIDTH_GLOBAL,MAX_TOWER_X),"Valid: Tower position 1 x value is as expected after scaling");
sput_fail_unless(getTowerPositionY(1) == scaleTowerPos(500,SCREEN_HEIGHT_GLOBAL,MAX_TOWER_Y),"Valid: Tower position 1 y value is as expected after scaling");
sput_fail_unless(getTotalWaveNo() == 3,"Valid: Total Waves set to three");
setCurrWaveNum(1);
sput_fail_unless(returnPropertyValueFromQueue(1,waveID) == 1,"Valid: First keyword has waveID 1");
sput_fail_unless(returnPropertyValueFromQueue(2,waveID) == 2,"Valid: Second keyword has waveID 2");
sput_fail_unless(returnPropertyValueFromQueue(3,waveID) == 3,"Valid: Third keyword has waveID 3");
sput_fail_unless(waveCreatorCommand(getKeywordFromQueue(1)) ==3,"Valid: Three enemy commands should be placed in the queue");
sput_fail_unless(getKeywordTypeFromQueue(3) == wave,"Valid: Third command is queue should be wave");
sput_fail_unless(getKeywordTypeFromQueue(4) == makeEnemy,"Valid: Fourth command is queue should be makeEnemy");
sput_fail_unless(createEnemyCommand(getKeywordFromQueue(4)) == 0,"Invalid:Cooldown for single enemy creation not yet ready");
delayGame(10);
sput_fail_unless(createEnemyCommand(getKeywordFromQueue(4)) == 1,"Valid: Cooldown for single enemy creation is ready");
sput_fail_unless(getKeywordTypeFromQueue(7) == delay,"Valid: Seventh Keyword in queue is delay");
sput_fail_unless(setCreateEnemyGroupDelay(returnPropertyValue(getKeywordFromQueue(7),dTime)) == 30, "group delay is 30");
sput_fail_unless(createEnemyCommand(getKeywordFromQueue(4)) == 0,"Invalid: Cooldown for enemy group creation is not ready");
delayGame(30);
sput_fail_unless(createEnemyCommand(getKeywordFromQueue(4)) == 1,"Valid: Cooldown for enemy group creation is ready");
sput_fail_unless(waveCreatorCommand(getKeywordFromQueue(2)) ==10,"Valid: Ten enemy commands should be placed in the queue");
sput_fail_unless(createEnemyCommand(getKeywordFromQueue(9)) == 0,"Invalid: Enemy has wave ID for next wave");
setCurrWaveNum(2);
delayGame(ENEMYSPAWNCOOLDOWN);
sput_fail_unless(createEnemyCommand(getKeywordFromQueue(9)) == 1,"Valid: Enemy has wave ID for current wave");
//levelQueueReader();
}
/*
*Initializes all data structures required for level
*/
void initLevel(int level) {
createKeywordQueue();
switch(level) {
case 0:
readLevelSettingsFile("../data/tutorial.txt");
break;
case 1:
createLevel();
break;
default:
break;
}
createLevelPaths();
createTowerGroup();
createActionQueue();
createGame();
createLevelClocks();
createEnemyGroup();
createTowerPos();
initialQueueReader();
createProjectileList();
initialiseParser();
init_abilities();
}
