@Test public void createTrue() throws Exception { System.out.println(u.getTask()); Statement stmt = f.createPrint(f.createTrue(null), null); runStatementFor(u, stmt, 0.1); System.out.println("The above test should print 'true'"); }
@Test public void createPositionOf() throws Exception { Expression<Unit> unit = f.createThis(null); Expression<Vector> pos = f.createPositionOf(unit, null); Statement stmt = f.createPrint(pos, null); runStatementFor(u, stmt, 0.1); System.out.println("The above test should print" + u.getPosition()); }
@Test public void testUnitName() { unit1.setName(UNIT_NAME); unit2.setName(UNIT_NAME); int result = comparator.compare(unit1, unit2); assertEquals(0, result); }
@Test public void createAssignment() throws Exception { Statement a = f.createAssignment("assignment", new True(), null); runStatementFor(u, a, 0.2); // No exceptions // Check whether task successfully finished assertEquals(null, u.getTask()); assertEquals(0, u.getFaction().getScheduler().getNbTasks()); }
@Test public void testEmptyHealthcareTypes() { unit1.setHealthcareTypes(new ArrayList<HealthcareType>()); unit2.setHealthcareTypes(new ArrayList<HealthcareType>()); unit1.setName(UNIT_NAME); unit2.setName(UNIT_NAME); int result = comparator.compare(unit1, unit2); assertEquals(0, result); }
@Test public void testSameHealthcareType() { List<HealthcareType> healthcareTypes = new ArrayList<HealthcareType>(); healthcareTypes.add(healthcareType1); unit1.setHealthcareTypes(healthcareTypes); unit2.setHealthcareTypes(healthcareTypes); int result = comparator.compare(unit1, unit2); assertEquals(0, result); }
@Test public void createNextToPosition() throws Exception { Statement p = new Print(f.createNextToPosition(new PositionOfUnit(new This()), null)); runStatementFor(u, p, 0.2); System.out.println("The above should print (0,0,0)"); // Check whether task successfully finished assertEquals(null, u.getTask()); assertEquals(0, u.getFaction().getScheduler().getNbTasks()); }
@Test public void createPrint() throws Exception { Statement print = f.createPrint(new True(), null); runStatementFor(u, print, 0.2); System.out.println("True should be printed."); // Check whether task successfully finished assertEquals(null, u.getTask()); assertEquals(0, u.getFaction().getScheduler().getNbTasks()); }
@Test public void createSequence() throws Exception { Statement sequence = f.createSequence(Arrays.asList(new Print(new True()), new Print(new False())), null); runStatementFor(u, sequence, 0.2); System.out.println("The above should print True, False."); // Check whether task successfully finished assertEquals(null, u.getTask()); assertEquals(0, u.getFaction().getScheduler().getNbTasks()); }
@Test public void createBoulderPosition() throws Exception { Statement p = new Print(f.createBoulderPosition(null)); new Boulder(w, w.getCube(new Vector(1, 0, 0))); runStatementFor(u, p, 0.2); System.out.println("The above should print (1,0,0)"); // Check whether task successfully finished assertEquals(null, u.getTask()); assertEquals(0, u.getFaction().getScheduler().getNbTasks()); }
@Test public void createCarriesItem() throws Exception { Unit test = w.spawnUnit(false); Statement p = new Print( f.createCarriesItem( new Expression<Unit>(Unit.class) { @Override public Unit evaluate() throws NullPointerException { return test; } }, null)); runStatementFor(u, p, 0.2); System.out.println("The above should print False"); // Check whether task successfully finished assertEquals(null, u.getTask()); assertEquals(0, u.getFaction().getScheduler().getNbTasks()); new Boulder(w, test); advanceTimeFor(w, 0.2); runStatementFor(u, p, 0.2); System.out.println("The above should print True"); // Check whether task successfully finished assertEquals(null, u.getTask()); assertEquals(0, u.getFaction().getScheduler().getNbTasks()); }
@Test public void createReadVariable() throws Exception { Statement stmt = f.createSequence( Arrays.asList( f.createAssignment("w", new True(), null), new Print(f.createReadVariable("w", null))), null); runStatementFor(u, stmt, 0.2); System.out.println("The above should print True"); // Check whether task successfully finished assertEquals(null, u.getTask()); assertEquals(0, u.getFaction().getScheduler().getNbTasks()); }
@Test public void createWork() throws Exception { Statement work = f.createWork(new LiteralPosition(1, 0, 0), null); new Boulder(w, w.getCube(new Vector(1, 0, 0))); runStatementFor(u, work, 1 + 500 / u.getStrength()); // Check whether task successfully finished assertEquals(null, u.getTask()); assertEquals(0, u.getFaction().getScheduler().getNbTasks()); assertTrue(u.isCarryingBoulder()); }
@Test public void createFriend() throws Exception { Faction fact = u.getFaction(); Unit u2 = new Unit(w); while (fact != u2.getFaction()) u2 = new Unit(w); Expression<Unit> unit = f.createFriend(null); Statement stmt = f.createPrint(unit, null); runStatementFor(u, stmt, 0.1); System.out.println("The above test should print" + u2); }
@Test public void createMoveTo() throws Exception { Statement move = f.createMoveTo(new LiteralPosition(0, 1, 0), null); runStatementFor(u, move, 2); // Check whether task successfully finished assertEquals(null, u.getTask()); assertEquals(0, u.getFaction().getScheduler().getNbTasks()); assertEquals(new Vector(0, 1, 0), u.getPosition().getCubeCoordinates()); }
@Test public void createBreak() throws Exception { Expression<Boolean> condition = f.createTrue(null); Statement body = f.createIf(new CarriesItem(new This()), f.createBreak(null), null, null); Statement stmt = f.createWhile(condition, body, null); runStatementFor(u, stmt, 0.2); // Task is still running: assertTrue(u.getTask() != null); assertEquals(1, u.getFaction().getScheduler().getNbTasks()); new Boulder(w, u); advanceTimeFor(w, 0.2); // Check whether task successfully finished assertEquals(null, u.getTask()); assertEquals(0, u.getFaction().getScheduler().getNbTasks()); }
@Test public void createIsPassable() throws Exception { Expression<Boolean> condition = f.createIsPassable(new LiteralPosition(1, 0, 0), null); Statement ifBody = new MoveTo(new LiteralPosition(1, 0, 0)); Statement stmt = f.createIf(condition, ifBody, null, null); runStatementFor(u, stmt, 2); // Check whether task successfully finished assertEquals(null, u.getTask()); assertEquals(0, u.getFaction().getScheduler().getNbTasks()); assertEquals(new Vector(1, 0, 0), u.getPosition().getCubeCoordinates()); }
@Test public void createFollow() throws Exception { Statement follow = f.createFollow(new Any(), null); Unit test = new Unit(w, "Test", new Vector(2, 2, 0)); runStatementFor(u, follow, 6); // Check whether task successfully finished assertEquals(null, u.getTask()); assertEquals(0, u.getFaction().getScheduler().getNbTasks()); assertTrue( w.getNeighbouringCubesPositions(u.getPosition().getCubeCoordinates()) .contains(new Vector(2, 2, 0))); }
@Test public void createAttack() throws Exception { Statement attack = f.createAttack(new Any(), null); Unit defender = new Unit(w, "Defender", new Vector(1, 0, 0)); runStatementFor(u, attack, 0.1, 0.1); assertTrue(u.isAttacking()); advanceTimeFor(w, 1.2); // Check whether task successfully finished assertEquals(null, u.getTask()); assertEquals(0, u.getFaction().getScheduler().getNbTasks()); }
@Test public void createWhile() throws Exception { // new While(new HerePosition(),new Print(new True()));// Dit lukt niet new While(new False(), new Print(new False())); Expression<Boolean> condition = f.createIsAlive(f.createAny(null), null); Statement body = f.createPrint(new LiteralPosition(0, 0, 0), null); Statement whileStmt = f.createWhile(condition, body, null); Unit test = w.spawnUnit(false); runStatementFor(u, whileStmt, 0.1, 0.01); // No exceptions // Task is still running: assertTrue(u.getTask() != null); assertEquals(1, u.getFaction().getScheduler().getNbTasks()); test.terminate(); advanceTimeFor(w, 0.1, 0.01); // Check whether task successfully finished assertEquals(null, u.getTask()); assertEquals(0, u.getFaction().getScheduler().getNbTasks()); }
@Test public void createIf() throws Exception { Expression<Boolean> condition = f.createCarriesItem(f.createThis(null), null); Statement ifBody = f.createWork(new LiteralPosition(1, 0, 0), null); Statement elseBody = f.createMoveTo(new LiteralPosition(0, 1, 0), null); Statement stmt = f.createIf(condition, ifBody, elseBody, null); new Boulder(w, u); runStatementFor(u, stmt, 1 + 500 / u.getStrength()); // Check whether ifBody is executed: assertEquals(new Vector(0, 0, 0), u.getPosition().getCubeCoordinates()); assertFalse(u.isCarryingBoulder()); // Check whether task successfully finished assertEquals(null, u.getTask()); assertEquals(0, u.getFaction().getScheduler().getNbTasks()); u.stopDefaultBehaviour(); runStatementFor(u, stmt, 2); // Check whether elseBody is executed: assertEquals(new Vector(0, 1, 0), u.getPosition().getCubeCoordinates()); assertFalse(u.isCarryingBoulder()); // Check whether task successfully finished assertEquals(null, u.getTask()); assertEquals(0, u.getFaction().getScheduler().getNbTasks()); }