#! /usr/bin/env python3 # # BitBake Toaster Implementation # # SPDX-License-Identifier: GPL-2.0-only # # Copyright (C) 2013-2016 Intel Corporation # from django.urls import reverse from django.utils import timezone from tests.browser.selenium_helpers import SeleniumTestCase from tests.browser.selenium_helpers_base import Wait from orm.models import Project, Build, Task, Recipe, Layer, Layer_Version from bldcontrol.models import BuildRequest class TestMostRecentBuildsStates(SeleniumTestCase): """ Test states update correctly in most recent builds area """ def _create_build_request(self): project = Project.objects.get_or_create_default_project() now = timezone.now() build = Build.objects.create(project=project, build_name='fakebuild', started_on=now, completed_on=now) return BuildRequest.objects.create(build=build, project=project, state=BuildRequest.REQ_QUEUED) def _create_recipe(self): """ Add a recipe to the database and return it """ layer = Layer.objects.create() layer_version = Layer_Version.objects.create(layer=layer) return Recipe.objects.create(name='foo', layer_version=layer_version) def _check_build_states(self, build_request): recipes_to_parse = 10 url = reverse('all-builds') self.get(url) build = build_request.build base_selector = '[data-latest-build-result="%s"] ' % build.id # build queued; check shown as queued selector = base_selector + '[data-build-state="Queued"]' element = self.wait_until_visible(selector) self.assertRegexpMatches(element.get_attribute('innerHTML'), 'Build queued', 'build should show queued status') # waiting for recipes to be parsed build.outcome = Build.IN_PROGRESS build.recipes_to_parse = recipes_to_parse build.recipes_parsed = 0 build_request.state = BuildRequest.REQ_INPROGRESS build_request.save() self.get(url) selector = base_selector + '[data-build-state="Parsing"]' element = self.wait_until_visible(selector) bar_selector = '#recipes-parsed-percentage-bar-%s' % build.id bar_element = element.find_element_by_css_selector(bar_selector) self.assertEqual(bar_element.value_of_css_property('width'), '0px', 'recipe parse progress should be at 0') # recipes being parsed; check parse progress build.recipes_parsed = 5 build.save() self.get(url) element = self.wait_until_visible(selector) bar_element = element.find_element_by_css_selector(bar_selector) recipe_bar_updated = lambda driver: \ bar_element.get_attribute('style') == 'width: 50%;' msg = 'recipe parse progress bar should update to 50%' element = Wait(self.driver).until(recipe_bar_updated, msg) # all recipes parsed, task started, waiting for first task to finish; # check status is shown as "Tasks starting..." build.recipes_parsed = recipes_to_parse build.save() recipe = self._create_recipe() task1 = Task.objects.create(build=build, recipe=recipe, task_name='Lionel') task2 = Task.objects.create(build=build, recipe=recipe, task_name='Jeffries') self.get(url) selector = base_selector + '[data-build-state="Starting"]' element = self.wait_until_visible(selector) self.assertRegexpMatches(element.get_attribute('innerHTML'), 'Tasks starting', 'build should show "tasks starting" status') # first task finished; check tasks progress bar task1.order = 1 task1.save() self.get(url) selector = base_selector + '[data-build-state="In Progress"]' element = self.wait_until_visible(selector) bar_selector = '#build-pc-done-bar-%s' % build.id bar_element = element.find_element_by_css_selector(bar_selector) task_bar_updated = lambda driver: \ bar_element.get_attribute('style') == 'width: 50%;' msg = 'tasks progress bar should update to 50%' element = Wait(self.driver).until(task_bar_updated, msg) # last task finished; check tasks progress bar updates task2.order = 2 task2.save() self.get(url) element = self.wait_until_visible(selector) bar_element = element.find_element_by_css_selector(bar_selector) task_bar_updated = lambda driver: \ bar_element.get_attribute('style') == 'width: 100%;' msg = 'tasks progress bar should update to 100%' element = Wait(self.driver).until(task_bar_updated, msg) def test_states_to_success(self): """ Test state transitions in the recent builds area for a build which completes successfully. """ build_request = self._create_build_request() self._check_build_states(build_request) # all tasks complete and build succeeded; check success state shown build = build_request.build build.outcome = Build.SUCCEEDED build.save() selector = '[data-latest-build-result="%s"] ' \ '[data-build-state="Succeeded"]' % build.id element = self.wait_until_visible(selector) def test_states_to_failure(self): """ Test state transitions in the recent builds area for a build which completes in a failure. """ build_request = self._create_build_request() self._check_build_states(build_request) # all tasks complete and build succeeded; check fail state shown build = build_request.build build.outcome = Build.FAILED build.save() selector = '[data-latest-build-result="%s"] ' \ '[data-build-state="Failed"]' % build.id element = self.wait_until_visible(selector) def test_states_cancelling(self): """ Test that most recent build area updates correctly for a build which is cancelled. """ url = reverse('all-builds') build_request = self._create_build_request() build = build_request.build # cancel the build build_request.state = BuildRequest.REQ_CANCELLING build_request.save() self.get(url) # check cancelling state selector = '[data-latest-build-result="%s"] ' \ '[data-build-state="Cancelling"]' % build.id element = self.wait_until_visible(selector) self.assertRegexpMatches(element.get_attribute('innerHTML'), 'Cancelling the build', 'build should show "cancelling" status') # check cancelled state build.outcome = Build.CANCELLED build.save() self.get(url) selector = '[data-latest-build-result="%s"] ' \ '[data-build-state="Cancelled"]' % build.id element = self.wait_until_visible(selector) self.assertRegexpMatches(element.get_attribute('innerHTML'), 'Build cancelled', 'build should show "cancelled" status')