@Test
public void shouldCreateNewGameWhenNotAllowed() {
Table table = tableWithPhase(GameFinished, 6L);
when(wallet.getTable()).thenReturn(table);
GameInitialiser.GameInitialisationContext context = defaultEventContext();
context.setAllowedToMoveToNextGame(false);
underTest.initialiseGame(context);
assertEquals(Long.valueOf(6), table.getGameId());
}
@Test
public void shouldntRunPreprocessorsIfFlagSet() {
Table table = tableWithPhase(Playing, 100L);
when(wallet.getTable()).thenReturn(table);
GameInitialiser.GameInitialisationContext context = defaultEventContext();
context.setRunPreProcessors(false);
EventPreprocessor processor = mockEventPreprocessor(true);
underTest.setEventPreInitialisationProcessors(toList(processor));
underTest.initialiseGame(context);
verifyZeroInteractions(processor);
}
@Test
public void shouldntRunPostProcessorsWhenDisabledAndNewGameCreated() {
Table table = tableWithPhase(null, 100L);
when(wallet.getTable()).thenReturn(table);
GameInitialiser.GameInitialisationContext context = defaultEventContext();
context.setRunPostProcessors(false);
Postprocessor processor = mockPostProcessor();
underTest.setPostInitialisationProcessors(toList(processor));
underTest.initialiseGame(context);
assertEquals(Long.valueOf(1), table.getGameId());
verifyZeroInteractions(processor);
}
@Test
public void shouldntRunPostProcessorsWhenDisabledAndNextGameCreated() {
Table table = tableWithPhase(GameFinished, 6L);
when(wallet.getTable()).thenReturn(table);
GameInitialiser.GameInitialisationContext context = defaultEventContext();
context.setAllowedToMoveToNextGame(true);
context.setRunPostProcessors(false);
when(gameRules.isComplete(table.getCurrentGame())).thenReturn(true);
underTest.setPostInitialisationProcessors(toList(postprocessor));
underTest.initialiseGame(context);
assertEquals(Long.valueOf(7), table.getGameId());
verifyZeroInteractions(postprocessor);
}
@Test
public void shouldRunPostProcessorsWhenNewGameCreated() {
Table table = tableWithPhase(null, 100L);
when(wallet.getTable()).thenReturn(table);
GameInitialiser.GameInitialisationContext context = defaultEventContext();
Postprocessor processor = mockPostProcessor();
underTest.setPostInitialisationProcessors(toList(processor));
underTest.initialiseGame(context);
verify(processor)
.postProcess(
any(com.yazino.game.api.ExecutionResult.class),
any(com.yazino.game.api.Command.class),
eq(table),
eq("TEST"),
anyList(),
any(BigDecimal.class));
}
@SuppressWarnings({"unchecked"})
@Test
public void shouldUpdateGameIdWhenNewGameCreatedAndNotifyPostProcessors() {
Table table = tableWithPhase(null, 100L);
when(wallet.getTable()).thenReturn(table);
GameInitialiser.GameInitialisationContext context = defaultEventContext();
Postprocessor processor = mockPostProcessor();
underTest.setPostInitialisationProcessors(toList(processor));
underTest.initialiseGame(context);
assertEquals(Long.valueOf(1), table.getGameId());
verify(processor)
.postProcess(
any(com.yazino.game.api.ExecutionResult.class),
any(com.yazino.game.api.Command.class),
eq(table),
anyString(),
anyList(),
eq(context.getPlayerId()));
}
@Test
public void shouldIncrementGameIdWhenCreatedNextGameAndNotifyPostProcessors() {
Table table = tableWithPhase(GameFinished, 6L);
when(wallet.getTable()).thenReturn(table);
GameInitialiser.GameInitialisationContext context = defaultEventContext();
context.setAllowedToMoveToNextGame(true);
when(gameRules.isComplete(table.getCurrentGame())).thenReturn(true);
underTest.setPostInitialisationProcessors(toList(postprocessor));
underTest.initialiseGame(context);
assertEquals(Long.valueOf(7), table.getGameId());
verify(postprocessor)
.postProcess(
any(com.yazino.game.api.ExecutionResult.class),
any(com.yazino.game.api.Command.class),
eq(table),
anyString(),
anyList(),
eq(context.getPlayerId()));
}