@Test
public void shouldGiveCorrectTerrainFactors() {
// plains have multiplier 1
assertEquals(1, Utility.getTerrainFactor(game, new Position(0, 1)));
// hills have multiplier 2
assertEquals(2, Utility.getTerrainFactor(game, new Position(1, 0)));
// forest have multiplier 2
assertEquals(2, Utility.getTerrainFactor(game, new Position(0, 0)));
// cities have multiplier 3
assertEquals(3, Utility.getTerrainFactor(game, new Position(1, 1)));
}
@Test
public void shouldGiveSum0ForBlueAtP2_4() {
assertEquals(
"Blue unit at (2,4) should get +0 support",
+0,
Utility.getFriendlySupport(game, new Position(2, 4), Player.BLUE));
}
@Test
public void shouldGiveSum1ForBlueAtP5_5() {
assertEquals(
"Blue unit at (5,5) should get +1 support",
+1,
Utility.getFriendlySupport(game, new Position(5, 5), Player.BLUE));
}
@Test
public void shouldGiveSum3ForRedAtP2_2() {
assertEquals(
"Red unit at (2,2) should get +3 support",
+3,
Utility.getFriendlySupport(game, new Position(2, 2), Player.RED));
}
@Test
public void shouldGiveSum2ForRedAtP2_4() {
assertEquals(
"Red unit at (2,4) should get +2 support",
+2,
Utility.getFriendlySupport(game, new Position(2, 4), Player.RED));
}
@Test
public void shouldGive3PositionsForP15_15() {
center = new Position(15, 15);
iter = Utility.get8NeighborhoodIterator(center);
neighborhood = convertIteration2List(iter);
assertTrue("Must contain (14,15)", neighborhood.contains(new Position(14, 15)));
assertTrue("Must contain (14,14)", neighborhood.contains(new Position(14, 14)));
assertTrue("Must contain (15,14)", neighborhood.contains(new Position(15, 14)));
assertEquals("Should be 3 positions in the iterator", 3, neighborhood.size());
}
@Test
public void shouldGive8PositionsForP8_8() {
center = new Position(8, 8);
iter = Utility.get8NeighborhoodIterator(center);
neighborhood = convertIteration2List(iter);
assertTrue("Must contain (7,7)", neighborhood.contains(new Position(7, 7)));
assertTrue("Must contain (9,9)", neighborhood.contains(new Position(9, 9)));
assertTrue("Must contain (7,9)", neighborhood.contains(new Position(7, 9)));
assertTrue("Must contain (8,7)", neighborhood.contains(new Position(8, 7)));
assertFalse("Must not contain center position", neighborhood.contains(center));
assertFalse("Must not contain (5,5) position", neighborhood.contains(new Position(5, 5)));
assertEquals("Should be 8 positions in the iterator", 8, neighborhood.size());
}