private void findTasks(
Project project,
Map<String, LaunchableGradleTaskSelector> taskSelectors,
Collection<String> visibleTasks) {
for (Project child : project.getChildProjects().values()) {
findTasks(child, taskSelectors, visibleTasks);
}
for (Task task : taskLister.listProjectTasks(project)) {
// in the map, store a minimally populated LaunchableGradleTaskSelector that contains just the
// description and the path
// replace the LaunchableGradleTaskSelector stored in the map iff we come across a task with
// the same name whose path has a smaller ordering
// this way, for each task selector, its description will be the one from the selected task
// with the 'smallest' path
if (!taskSelectors.containsKey(task.getName())) {
LaunchableGradleTaskSelector taskSelector =
new LaunchableGradleTaskSelector()
.setDescription(task.getDescription())
.setPath(task.getPath());
taskSelectors.put(task.getName(), taskSelector);
} else {
LaunchableGradleTaskSelector taskSelector = taskSelectors.get(task.getName());
if (hasPathWithLowerOrdering(task, taskSelector)) {
taskSelector.setDescription(task.getDescription()).setPath(task.getPath());
}
}
// visible tasks are specified as those that have a non-empty group
if (PublicTaskSpecification.INSTANCE.isSatisfiedBy(task)) {
visibleTasks.add(task.getName());
}
}
}
private static List<LaunchableGradleTask> tasks(
DefaultGradleProject owner, TaskContainerInternal tasks) {
tasks.discoverTasks();
SortedSet<String> taskNames = tasks.getNames();
List<LaunchableGradleTask> out = new ArrayList<LaunchableGradleTask>(taskNames.size());
for (String taskName : taskNames) {
Task t = tasks.findByName(taskName);
if (t != null) {
out.add(
new LaunchableGradleProjectTask()
.setProject(owner)
.setPath(t.getPath())
.setName(t.getName())
.setDisplayName(t.toString())
.setDescription(t.getDescription())
.setPublic(PublicTaskSpecification.INSTANCE.isSatisfiedBy(t)));
}
}
return out;
}