require 'foreman_tasks_test_helper'

class TasksTest < ActiveSupport::TestCase
  describe 'filtering by current user' do
    before do
      @original_current_user = User.current
      @user_one = FactoryBot.create(:user)
      @user_two = FactoryBot.create(:user)

      @task_one = FactoryBot.create(:some_task, :set_owner => @user_one)
      FactoryBot.create(:some_task, :set_owner => @user_two)

      User.current = @user_one
    end
    after { User.current = @original_current_user }

    test 'can search the tasks by current_user' do
      assert_equal [@task_one], ForemanTasks::Task.search_for('owner.id = current_user')
    end

    test 'can search the tasks by current_user in combination with implicit search' do
      assert_equal [@task_one], ForemanTasks::Task.search_for("owner.id = current_user AND #{@task_one.label}")
    end

    test 'can search the tasks by user' do
      assert_equal [@task_one], ForemanTasks::Task.search_for("user = #{@user_one.login}")
    end

    test 'can search the tasks by user\'s id' do
      assert_equal [@task_one], ForemanTasks::Task.search_for("user.id = #{@user_one.id}")
      assert_equal [@task_one], ForemanTasks::Task.search_for("owner.id = #{@user_one.id}")
    end

    test 'can search the tasks by user with wildcards' do
      glob = '*' + @user_one.login[1..-1] # search for '*ser1' if login is 'user1'
      assert_equal [@task_one], ForemanTasks::Task.search_for("user ~ #{glob}")
    end

    test 'can search the tasks by array' do
      assert_equal [@task_one], ForemanTasks::Task.search_for("user ^ (this_user, #{@user_one.login}, that_user)")
    end
  end

  describe 'authorization filtering' do
    it 'can filter by the task subject' do
      user_role  = FactoryBot.create(:user_user_role)
      user       = user_role.owner
      role       = user_role.role
      permission = FactoryBot.build(:permission)
      permission.resource_type = 'ForemanTasks::Task'
      permission.save!
      FactoryBot.create(:filter, :role => role, :permissions => [permission])

      User.current = user
      task = FactoryBot.create(:dynflow_task)

      auth = Authorizer.new(user)
      assert auth.can?(permission.name.to_sym, task)
    end
  end

  describe 'consistency check' do
    let(:consistent_task) { FactoryBot.create(:dynflow_task, :sync_with_dynflow => true) }
    let(:inconsistent_task) { FactoryBot.create(:dynflow_task, :inconsistent_dynflow_task) }

    it 'ensures the tasks marked as running are really running in Dynflow' do
      consistent_task.state.must_equal 'planned'
      inconsistent_task.state.must_equal 'running'

      ForemanTasks::Task::DynflowTask.consistency_check

      consistent_task.reload.state.must_equal 'planned'
      inconsistent_task.reload.state.must_equal 'planned'
    end
  end

  describe 'active job task' do
    it 'when scheduled to the future, the label and action is set properly' do
      job = Support::DummyActiveJob.set(:wait => 12.hours).perform_later
      task = ForemanTasks::Task.find_by!(:external_id => job.provider_job_id)
      task.action.must_equal "Dummy action"
      task.label.must_equal "Support::DummyActiveJob"
    end
  end

  describe 'task without valid execution plan' do
    let(:missing_task_uuid) { '11111111-2222-3333-4444-555555555555' }

    let(:task) do
      task = FactoryBot.create(:dynflow_task).tap do |task|
        task.external_id = missing_task_uuid
        task.save
      end
      ForemanTasks::Task.find(task.id)
    end

    it 'handles the error while loading the task and does not propagate errors unless necessary' do
      task.cancellable?
      task.resumable?
      task.main_action
      assert_equal 'Support::DummyDynflowAction', task.get_humanized(:humanized_name)
      assert_equal 0, task.progress
      assert_raises(KeyError) { task.cancel }
    end
  end

  describe 'subtask count querying' do
    let(:result_base) do
      {
        :error     => 0,
        :warning   => 0,
        :total     => 0,
        :success   => 0,
        :cancelled => 0,
        :pending   => 0
      }
    end
    let(:task) { FactoryBot.create(:dynflow_task) }

    describe 'without sub tasks' do
      it 'calculates the progress report correctly' do
        task.sub_tasks_counts.must_equal result_base
      end
    end

    describe 'with sub tasks' do
      let(:failed) { FactoryBot.create(:dynflow_task).tap { |t| t.result = :error } }
      let(:success) { FactoryBot.create(:dynflow_task).tap { |t| t.result = :success } }
      before { task.sub_tasks = [success, failed] }

      it 'calculate the progress report correctly' do
        expected_result = result_base.merge(:success => 1, :error => 1, :total => 2)
        task.sub_tasks_counts.must_equal expected_result
      end

      it 'calculates the progress report correctly when using batch planning' do
        result_base = self.result_base.merge(:success => 1, :error => 1, :total => 25)
        fake_action = OpenStruct.new(:total_count => 25)
        task.stubs(:main_action).returns(fake_action)

        task.state = 'stopped'
        expected_result = result_base.merge(:cancelled => 23)
        task.sub_tasks_counts.must_equal expected_result

        task.state = 'pending'
        expected_result = result_base.merge(:pending => 23)
        task.sub_tasks_counts.must_equal expected_result
      end
    end
  end

  describe 'recurring task' do
    let(:logic) { FactoryBot.build(:recurring_logic) }
    let(:task) { FactoryBot.create(:dynflow_task) }

    it 'can indicate it is recurring' do
      assert_not task.recurring?
      task.add_missing_task_groups(logic.task_group)
      task.reload
      assert task.recurring?
    end
  end

  describe 'delayed task' do
    let(:task) { FactoryBot.create(:some_task) }

    it 'can indicate it is delayed' do
      assert_not task.delayed?
      task.execution_type.must_equal 'Immediate'
      task.start_at = Time.now.utc + 100
      assert task.delayed?
      task.execution_type.must_equal 'Delayed'
    end
  end
end