@Test(expectedExceptions = ConflictException.class)
public void shouldNotUpdateStackIfNewNameIsReserved() throws Exception {
final StackImpl stack = stacks[0];
stack.setName(stacks[1].getName());
stackDao.update(stack);
}
@Test(dependsOnMethods = "shouldGetById")
public void shouldCreateStack() throws Exception {
final StackImpl stack = createStack("new-stack", "new-stack-name");
stackDao.create(stack);
assertEquals(stackDao.getById(stack.getId()), stack);
}
@Test
public void shouldReturnAllStacksWhenSearchingWithoutTags() throws Exception {
final List<StackImpl> found = stackDao.searchStacks(null, null, 0, 0);
found.forEach(s -> Collections.sort(s.getTags()));
for (StackImpl stack : stacks) {
Collections.sort(stack.getTags());
}
assertEquals(new HashSet<>(found), new HashSet<>(asList(stacks)));
}
@Test(
expectedExceptions = NotFoundException.class,
dependsOnMethods = "shouldThrowNotFoundExceptionWhenGettingNonExistingStack")
public void shouldRemoveStack() throws Exception {
final StackImpl stack = stacks[0];
stackDao.remove(stack.getId());
// Should throw an exception
stackDao.getById(stack.getId());
}
@Test(dependsOnMethods = "shouldUpdateStack")
public void shouldFindStacksWithSpecifiedTags() throws Exception {
stacks[0].getTags().addAll(asList("search-tag1", "search-tag2"));
stacks[1].getTags().addAll(asList("search-tag1", "non-search-tag"));
stacks[2].getTags().addAll(asList("non-search-tag", "search-tag2"));
stacks[3].getTags().addAll(asList("search-tag1", "search-tag2", "another-tag"));
updateAll();
final List<StackImpl> found =
stackDao.searchStacks(null, asList("search-tag1", "search-tag2"), 0, 0);
found.forEach(s -> Collections.sort(s.getTags()));
for (StackImpl stack : stacks) {
Collections.sort(stack.getTags());
}
assertEquals(new HashSet<>(found), new HashSet<>(asList(stacks[0], stacks[3])));
}
private static StackImpl createStack(String id, String name) {
return StackImpl.builder()
.setId(id)
.setName(name)
.setCreator("user123")
.setDescription(id + "-description")
.setScope(id + "-scope")
.setWorkspaceConfig(createWorkspaceConfig("test"))
.setTags(asList(id + "-tag1", id + "-tag2"))
.setComponents(
asList(
new StackComponentImpl(id + "-component1", id + "-component1-version"),
new StackComponentImpl(id + "-component2", id + "-component2-version")))
.setSource(new StackSourceImpl(id + "-type", id + "-origin"))
.setStackIcon(
new StackIcon(id + "-icon", id + "-media-type", "0x1234567890abcdef".getBytes()))
.build();
}
@Test
public void shouldGetById() throws Exception {
final StackImpl stack = stacks[0];
assertEquals(stackDao.getById(stack.getId()), stack);
}
@Test(dependsOnMethods = "shouldGetById")
public void shouldUpdateStack() throws Exception {
final StackImpl stack = stacks[0];
stack.setName("new-name");
stack.setCreator("new-creator");
stack.setDescription("new-description");
stack.setScope("new-scope");
stack.getTags().clear();
stack.getTags().add("new-tag");
// Remove an existing component
stack.getComponents().remove(1);
// Add a new component
stack.getComponents().add(new StackComponentImpl("component3", "component3-version"));
// Update an existing component
final StackComponentImpl component = stack.getComponents().get(0);
component.setName("new-name");
component.setVersion("new-version");
// Updating source
final StackSourceImpl source = stack.getSource();
source.setType("new-type");
source.setOrigin("new-source");
// Set a new icon
stack.setStackIcon(new StackIcon("new-name", "new-media", "new-data".getBytes()));
stackDao.update(stack);
assertEquals(stackDao.getById(stack.getId()), new StackImpl(stack));
}