@Test
public void test_getUsersForGroupOrUser_oneUserExistsAndIsNotDeactivated_success() {
when(mockUserAccessor.getGroup(SOME_USER1.getName())).thenReturn(null);
when(mockUserAccessor.getUser(SOME_USER1.getName())).thenReturn(SOME_USER1);
when(mockUserAccessor.isDeactivated(SOME_USER1)).thenReturn(false);
final List<User> result = classUnderTest.getActiveUsersForGroupOrUser(SOME_USER1.getName());
assertThat(result, containsInAnyOrder(SOME_USER1));
}
@Test
public void test_getUsersForGroupOrUser_oneUserExistsButIsDeactivated_success() {
when(mockUserAccessor.getGroup(SOME_USER1.getName())).thenReturn(null);
when(mockUserAccessor.getUser(SOME_USER1.getName())).thenReturn(SOME_USER1);
when(mockUserAccessor.isDeactivated(SOME_USER1)).thenReturn(true);
final List<User> result = classUnderTest.getActiveUsersForGroupOrUser(SOME_USER1.getName());
assertThat(result, hasSize(0));
}
@Test
public void test_getUsersForGroupOrUser_oneGroupReturnsTwoUsersButOneIsDeactivated_success() {
final DefaultGroup group1 = new DefaultGroup("group1");
when(mockUserAccessor.getGroup(group1.getName())).thenReturn(group1);
when(mockUserAccessor.getMemberNamesAsList(group1))
.thenReturn(newArrayList(SOME_USER1.getName(), SOME_USER2.getName()));
when(mockUserAccessor.getUser(SOME_USER1.getName())).thenReturn(SOME_USER1);
when(mockUserAccessor.getUser(SOME_USER2.getName())).thenReturn(SOME_USER2);
when(mockUserAccessor.isDeactivated(SOME_USER1)).thenReturn(true);
final List<User> result = classUnderTest.getActiveUsersForGroupOrUser(group1.getName());
assertThat(result, containsInAnyOrder(SOME_USER2));
}
