@Test
public void removing_all_items_from_a_location_removes_TakeAnItem_action_from_action_list() {
final Item takeableItem = mockery.mock(Item.class);
final ActionFactory actionFactory = mockery.mock(ActionFactory.class);
final Location l = new Location("", "", null, actionFactory);
mockery.checking(
new Expectations() {
{
allowing(takeableItem).visible();
will(returnValue(true));
allowing(takeableItem).takeable();
will(returnValue(true));
ignoring(takeableItem);
never(actionFactory)
.createTakeAnItemAction(
with(any(List.class)),
with(any(UserInventory.class)),
with(any(ModelLocation.class)));
ignoring(actionFactory);
}
});
l.addItem(takeableItem);
l.removeItem(takeableItem);
l.actions();
}
@Test
public void passes_UserInventory_to_created_object() {
final UserInventory inventory = mockery.mock(UserInventory.class);
Location l = (Location) new LocationFactory(inventory, null).create();
assertEquals(inventory, l.inventory());
}
@Test
public void location_contextual_text_does_not_contain_first_entry_text_after_being_left() {
Location l = createLocation();
l.setTextForFirstEntry("first entry");
l.exited();
assertEquals("", l.contextualText());
}
@Test
public void available_items_text_includes_only_visible_items() {
final Item visibleItem = mockery.mock(Item.class, "visible item");
final Item invisibleItem = mockery.mock(Item.class, "invisible item");
mockery.checking(
new Expectations() {
{
allowing(visibleItem).visible();
will(returnValue(true));
allowing(visibleItem).countableNounPrefix();
will(returnValue("a"));
allowing(visibleItem).midSentenceCasedName();
will(returnValue("visible item"));
ignoring(visibleItem);
allowing(invisibleItem).visible();
will(returnValue(false));
allowing(invisibleItem).midSentenceCasedName();
will(returnValue("invisible item"));
ignoring(invisibleItem);
}
});
Location l = new Location("", "Location description.", null, null);
l.addItem(visibleItem);
l.addItem(invisibleItem);
assertEquals("There is a visible item here.\n", l.availableItemsText());
}
@Test
public void actions_uses_action_factory_to_create_ExamineAnItem_action_for_all_visible_items() {
final Item visibleItem = mockery.mock(Item.class, "visible item");
final Item invisibleItem = mockery.mock(Item.class, "invisible item");
final ActionFactory actionFactory = mockery.mock(ActionFactory.class);
final Action examineAnItemAction = mockery.mock(Action.class);
final List<Item> visibleItems = new ArrayList<Item>();
visibleItems.add(visibleItem);
mockery.checking(
new Expectations() {
{
allowing(visibleItem).visible();
will(returnValue(true));
ignoring(visibleItem);
allowing(invisibleItem).visible();
will(returnValue(false));
ignoring(invisibleItem);
oneOf(actionFactory).createExamineAnItemAction(with(equal(visibleItems)));
will(returnValue(examineAnItemAction));
ignoring(actionFactory);
}
});
Location l = new Location("", "", null, actionFactory);
l.addItem(visibleItem);
l.addItem(invisibleItem);
List<Action> actions = l.actions();
assertTrue(actions.size() > 0);
assertThat(actions.get(0), is(examineAnItemAction));
}
@Test
public void all_valid_exits_are_retrieveable() {
final Exit exit1 = mockery.mock(Exit.class, "exit1");
final Exit exit2 = mockery.mock(Exit.class, "exit2");
mockery.checking(
new Expectations() {
{
allowing(exit1).visible();
will(returnValue(true));
ignoring(exit1);
allowing(exit2).visible();
will(returnValue(true));
ignoring(exit2);
}
});
List<Exit> exits = new ArrayList<Exit>();
exits.add(exit1);
exits.add(exit2);
Location l = createLocation();
l.addExit(exit1);
l.addExit(exit2);
assertEquals(exits, l.visibleExits());
}
@Test
public void location_coordinates_can_be_set() {
Location l = createLocation();
l.setX(5);
l.setY(10);
assertEquals(5, l.x());
assertEquals(10, l.y());
}
@Test
public void names_without_a_countable_noun_prefix_have_no_prefix_added() {
Location l = new Location("", "Location description.", null, null);
Item item = makeMockItem("Elvis");
when(item.countableNounPrefix()).thenReturn("");
l.addItem(item);
assertThat(l.availableItemsText(), containsString("is Elvis here"));
}
@Test
public void added_items_are_added_to_available_items_text() {
Location l = new Location("", "Location description.", null, null);
l.addItem(makeMockItem("name"));
l.addItem(makeMockItem("name2"));
l.addItem(makeMockItem("name3"));
assertEquals("There is a name, a name2 and a name3 here.\n", l.availableItemsText());
}
@Test
public void added_items_are_retrieveable() {
Item item = mock(Item.class);
Location l = createLocation();
l.addItem(item);
assertThat(l.items(), equalTo(list(item)));
}
@Test
public void when_first_item_in_list_plural_use_There_are() {
Location l = new Location("", "Location description.", null, null);
Item item1 = makeMockItem("names");
when(item1.countableNounPrefix()).thenReturn("some");
when(item1.plural()).thenReturn(true);
l.addItem(item1);
l.addItem(makeMockItem("name2"));
assertEquals("There are some names and a name2 here.\n", l.availableItemsText());
}
@Test
public void exits_that_havent_been_added_are_not_exitable() {
final Exit exit = mockery.mock(Exit.class);
mockery.checking(
new Expectations() {
{
ignoring(exit);
}
});
Location l = createLocation();
assertFalse(l.exitable(exit));
}
@Test
public void exit_destination_is_retrievable() {
final Exit exit = mockery.mock(Exit.class);
mockery.checking(
new Expectations() {
{
allowing(exit).destination();
will(returnValue("destination"));
ignoring(exit);
}
});
Location l = createLocation();
assertEquals("destination", l.exitDestinationFor(exit));
}
@Test
public void added_exit_makes_the_exit_exitable() {
final Exit exit = mockery.mock(Exit.class);
mockery.checking(
new Expectations() {
{
allowing(exit).visible();
will(returnValue(true));
ignoring(exit);
}
});
Location l = createLocation();
l.addExit(exit);
assertTrue(l.exitable(exit));
}
@Test
public void item_must_be_visible_to_effect_choice_of_There_are() {
Location l = new Location("", "Location description.", null, null);
Item invisibleSingularItem = makeMockItem("invisible singular item");
when(invisibleSingularItem.visible()).thenReturn(false);
when(invisibleSingularItem.plural()).thenReturn(false);
l.addItem(invisibleSingularItem);
Item pluralItem = makeMockItem("plural items");
when(pluralItem.countableNounPrefix()).thenReturn("some");
when(pluralItem.visible()).thenReturn(true);
when(pluralItem.plural()).thenReturn(true);
l.addItem(pluralItem);
assertThat(l.availableItemsText(), containsString("There are "));
}
@Test
public void non_visible_exits_are_not_exitable() {
final Exit exit = mockery.mock(Exit.class);
mockery.checking(
new Expectations() {
{
allowing(exit).visible();
will(returnValue(false));
ignoring(exit);
}
});
Location l = createLocation();
l.addExit(exit);
assertFalse(l.exitable(exit));
}
@Test
public void non_visible_exits_are_not_in_the_exits_list() {
final Exit exit = mockery.mock(Exit.class);
mockery.checking(
new Expectations() {
{
allowing(exit).visible();
will(returnValue(false));
ignoring(exit);
}
});
Location l = createLocation();
l.addExit(exit);
assertEquals(0, l.visibleExits().size());
}
// Testing the drive method by mocking the location class three times, stubbing the getCon1 and
// getCon2 methods of the first location to return the second and third locations.
// Calling drive() with the first location and 0 as arguments should return the second location
// and with the first location and 1 as arguments drive should return the third location.
@Test
public void testDrive() {
City myCity = new City();
Location mockLoc1 = Mockito.mock(Location.class);
Location mockLoc2 = Mockito.mock(Location.class);
Location mockLoc3 = Mockito.mock(Location.class);
Mockito.when(mockLoc1.getCon1()).thenReturn(mockLoc2);
Mockito.when(mockLoc1.getCon2()).thenReturn(mockLoc3);
assertEquals(mockLoc2, myCity.drive(mockLoc1, 0));
assertEquals(mockLoc3, myCity.drive(mockLoc1, 1));
}
private static Class<?> type(Location location) {
try {
return Class.forName(location.getClassName());
} catch (Exception e) {
throw new RuntimeException(e);
}
}
@Test
public void a_location_without_items_does_not_need_a_TakeAnItem_action() {
final ActionFactory actionFactory = mockery.mock(ActionFactory.class);
final Location l = new Location("", "", null, actionFactory);
mockery.checking(
new Expectations() {
{
never(actionFactory)
.createTakeAnItemAction(
with(any(List.class)),
with(any(UserInventory.class)),
with(any(ModelLocation.class)));
ignoring(actionFactory);
}
});
l.actions();
}
@Test
public void only_visible_items_can_be_spoken_to() {
Item visibleItem = mock(Item.class);
when(visibleItem.canTalkTo()).thenReturn(true);
when(visibleItem.visible()).thenReturn(true);
Item notVisibleItem = mock(Item.class);
when(notVisibleItem.canTalkTo()).thenReturn(true);
when(notVisibleItem.visible()).thenReturn(false);
TalkToAction talkToAction = mock(TalkToAction.class);
ActionFactory actionFactory = mock(ActionFactory.class);
when(actionFactory.createTalkToAction(visibleItem)).thenReturn(talkToAction);
Location l = new Location("", "", null, actionFactory);
l.addItem(visibleItem);
l.addItem(notVisibleItem);
assertThat(l.actions(), hasItem(talkToAction));
verify(actionFactory, never()).createTalkToAction(notVisibleItem);
}
@Test
public void actions_uses_action_factory_to_create_TalkTo_action_for_all_canTalkTo_items() {
Item talkableItem = mock(Item.class);
when(talkableItem.canTalkTo()).thenReturn(true);
when(talkableItem.visible()).thenReturn(true);
Item notTalkPhraseSourceItem = mock(Item.class);
when(notTalkPhraseSourceItem.canTalkTo()).thenReturn(false);
when(notTalkPhraseSourceItem.visible()).thenReturn(true);
TalkToAction talkToAction = mock(TalkToAction.class);
ActionFactory actionFactory = mock(ActionFactory.class);
when(actionFactory.createTalkToAction(talkableItem)).thenReturn(talkToAction);
Location l = new Location("", "", null, actionFactory);
l.addItem(talkableItem);
l.addItem(notTalkPhraseSourceItem);
assertThat(l.actions(), hasItem(talkToAction));
verify(actionFactory, never()).createTalkToAction(notTalkPhraseSourceItem);
}
// Testing the start method by creating an ArrayList of mocked location objects and
// stubbing the getName method of the locations to return the names of the first third and
// last locations in the Locations ArrayList. Then call the start method three times with
// arguments 0, 2, and 4 and make sure they match the getName of the mocked locations
@Test
public void testStart() {
City myCity = new City();
Location mockLoc1 = Mockito.mock(Location.class);
Mockito.when(mockLoc1.getName()).thenReturn("Mall");
Location mockLoc2 = Mockito.mock(Location.class);
Mockito.when(mockLoc2.getName()).thenReturn("University");
Location mockLoc3 = Mockito.mock(Location.class);
Mockito.when(mockLoc3.getName()).thenReturn("Outside City");
ArrayList<Location> list = new ArrayList<Location>();
list.add(mockLoc1);
list.add(mockLoc2);
list.add(mockLoc3);
assertEquals(mockLoc1.getName(), myCity.start(0).getName());
assertEquals(mockLoc2.getName(), myCity.start(2).getName());
assertEquals(mockLoc3.getName(), myCity.start(4).getName());
}
@Test
public void location_action_to_take_an_item_is_not_included_if_only_untakeable_items_available() {
final Item untakeableItem = mockery.mock(Item.class, "untakeable item");
final ActionFactory actionFactory = mockery.mock(ActionFactory.class);
final Location l = new Location("", "", null, actionFactory);
mockery.checking(
new Expectations() {
{
allowing(untakeableItem).visible();
will(returnValue(true));
allowing(untakeableItem).takeable();
will(returnValue(false));
ignoring(untakeableItem);
never(actionFactory)
.createTakeAnItemAction(
with(any(List.class)),
with(any(UserInventory.class)),
with(any(ModelLocation.class)));
ignoring(actionFactory);
}
});
l.addItem(untakeableItem);
l.actions();
}
/**
* Initializes the test.
*
* @throws Exception if some errors were occurred
*/
@Before
public void setUp() throws Exception {
packager = new VolatilePackager();
FlowCompilerConfiguration config = new FlowCompilerConfiguration();
config.setBatchId("batch");
config.setFlowId("flow");
config.setFactory(Models.getModelFactory());
config.setProcessors(new SpiFlowElementProcessorRepository());
config.setExternals(new SpiExternalIoDescriptionProcessorRepository());
config.setDataClasses(new SpiDataClassRepository());
config.setGraphRewriters(new SpiFlowGraphRewriterRepository());
config.setPackager(packager);
config.setRootPackageName("com.example");
config.setRootLocation(Location.fromPath("com/example", '/'));
config.setServiceClassLoader(getClass().getClassLoader());
config.setOptions(new FlowCompilerOptions());
environment = new FlowCompilingEnvironment(config);
environment.bless();
}
// Testing the getDriveString method by mocking a location instance and stubbing the
// getName, getCon1, getCon2, getSt1, and getSt2 methods to be able to test with
// seed arguments 0 and 1 and make sure they return the correct string.
@Test
public void testGetDriveString() {
City myCity = new City();
int d = 3;
Location mockLoc = Mockito.mock(Location.class);
Mockito.when(mockLoc.getName()).thenReturn("University");
Mockito.when(mockLoc.getCon1Name()).thenReturn("Con1");
Mockito.when(mockLoc.getCon2Name()).thenReturn("Con2");
Mockito.when(mockLoc.getSt1()).thenReturn("St1");
Mockito.when(mockLoc.getSt2()).thenReturn("St2");
int seed = 0;
assertEquals(
"Driver 3 heading from University to Con1 via St1",
myCity.getDriveString(d, mockLoc, seed));
seed = 1;
assertEquals(
"Driver 3 heading from University to Con2 via St2",
myCity.getDriveString(d, mockLoc, seed));
}
@Test
public void available_items_text_is_empty_on_construction() {
Location l = new Location("", "", null, null);
assertEquals("", l.availableItemsText());
}
@Test
public void location_area_id_can_be_set_and_retrieved() {
Location l = new Location("", "", null, null);
l.setAreaID("area id");
assertEquals("area id", l.areaID());
}
@Test
public void location_contextual_text_contains_first_entry_text() {
Location l = createLocation();
l.setTextForFirstEntry("first entry");
assertEquals("first entry", l.contextualText());
}
@Test
public void location_contextual_text_is_blank_by_default() {
Location l = createLocation();
assertEquals("", l.contextualText());
}