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# Copyright 2010 Canonical Ltd. This software is licensed under the
# GNU Affero General Public License version 3 (see the file LICENSE).
"""Test for the exclude_conjoined_tasks param for BugTaskSearchParams."""
__metaclass__ = type
__all__ = []
from storm.store import Store
from testtools.matchers import Equals
from zope.component import getUtility
from canonical.testing.layers import DatabaseFunctionalLayer
from lp.app.interfaces.launchpad import ILaunchpadCelebrities
from lp.bugs.interfaces.bugtask import (
BugTaskSearchParams,
BugTaskStatus,
IBugTaskSet,
)
from lp.registry.interfaces.series import SeriesStatus
from lp.testing import (
person_logged_in,
StormStatementRecorder,
TestCaseWithFactory,
)
from lp.testing.matchers import HasQueryCount
class TestSearchBase(TestCaseWithFactory):
"""Tests of exclude_conjoined_tasks param."""
def makeBug(self, milestone):
bug = self.factory.makeBug(
product=milestone.product, distribution=milestone.distribution)
with person_logged_in(milestone.target.owner):
bug.default_bugtask.transitionToMilestone(
milestone, milestone.target.owner)
return bug
class TestProjectExcludeConjoinedMasterSearch(TestSearchBase):
"""Tests of exclude_conjoined_tasks param for project milestones."""
layer = DatabaseFunctionalLayer
def setUp(self):
super(TestProjectExcludeConjoinedMasterSearch, self).setUp()
self.bugtask_set = getUtility(IBugTaskSet)
self.product = self.factory.makeProduct()
self.milestone = self.factory.makeMilestone(
product=self.product, name='foo')
self.bug_count = 2
self.bugs = [
self.makeBug(self.milestone)
for i in range(self.bug_count)]
self.params = BugTaskSearchParams(
user=None, milestone=self.milestone, exclude_conjoined_tasks=True)
def test_search_results_count_simple(self):
# Verify number of results with no conjoined masters.
self.assertEqual(
self.bug_count,
self.bugtask_set.search(self.params).count())
def test_search_query_count(self):
# Verify query count.
Store.of(self.milestone).flush()
with StormStatementRecorder() as recorder:
list(self.bugtask_set.search(self.params))
# 1 query for the tasks, 1 query for the product (target) eager
# loading.
self.assertThat(recorder, HasQueryCount(Equals(2)))
def test_search_results_count_with_other_productseries_tasks(self):
# Test with zero conjoined masters and bugtasks targeted to
# productseries that are not the development focus.
productseries = self.factory.makeProductSeries(product=self.product)
extra_bugtasks = 0
for bug in self.bugs:
extra_bugtasks += 1
bugtask = self.factory.makeBugTask(bug=bug, target=productseries)
with person_logged_in(self.product.owner):
bugtask.transitionToMilestone(
self.milestone, self.product.owner)
self.assertEqual(
self.bug_count + extra_bugtasks,
self.bugtask_set.search(self.params).count())
def test_search_results_count_with_conjoined_masters(self):
# Test with increasing numbers of conjoined masters.
# The conjoined masters will exclude the conjoined slaves from
# the results.
tasks = list(self.bugtask_set.search(self.params))
for bug in self.bugs:
# The product bugtask is in the results before the conjoined
# master is added.
self.assertIn(
(bug.id, self.product),
[(task.bug.id, task.product) for task in tasks])
bugtask = self.factory.makeBugTask(
bug=bug, target=self.product.development_focus)
tasks = list(self.bugtask_set.search(self.params))
# The product bugtask is excluded from the results.
self.assertEqual(self.bug_count, len(tasks))
self.assertNotIn(
(bug.id, self.product),
[(task.bug.id, task.product) for task in tasks])
def test_search_results_count_with_wontfix_conjoined_masters(self):
# Test that conjoined master bugtasks in the WONTFIX status
# don't cause the bug to be excluded.
masters = [
self.factory.makeBugTask(
bug=bug, target=self.product.development_focus)
for bug in self.bugs]
tasks = list(self.bugtask_set.search(self.params))
wontfix_masters_count = 0
for bugtask in masters:
wontfix_masters_count += 1
self.assertNotIn(
(bugtask.bug.id, self.product),
[(task.bug.id, task.product) for task in tasks])
with person_logged_in(self.product.owner):
bugtask.transitionToStatus(
BugTaskStatus.WONTFIX, self.product.owner)
tasks = list(self.bugtask_set.search(self.params))
self.assertEqual(self.bug_count + wontfix_masters_count,
len(tasks))
self.assertIn(
(bugtask.bug.id, self.product),
[(task.bug.id, task.product) for task in tasks])
class TestProjectGroupExcludeConjoinedMasterSearch(TestSearchBase):
"""Tests of exclude_conjoined_tasks param for project group milestones."""
layer = DatabaseFunctionalLayer
def setUp(self):
super(TestProjectGroupExcludeConjoinedMasterSearch, self).setUp()
self.bugtask_set = getUtility(IBugTaskSet)
self.projectgroup = self.factory.makeProject()
self.bug_count = 2
self.bug_products = {}
for i in range(self.bug_count):
product = self.factory.makeProduct(project=self.projectgroup)
product_milestone = self.factory.makeMilestone(
product=product, name='foo')
bug = self.makeBug(product_milestone)
self.bug_products[bug] = product
self.milestone = self.projectgroup.getMilestone('foo')
self.params = BugTaskSearchParams(
user=None, milestone=self.milestone, exclude_conjoined_tasks=True)
def test_search_results_count_simple(self):
# Verify number of results with no conjoined masters.
self.assertEqual(
self.bug_count,
self.bugtask_set.search(self.params).count())
def test_search_query_count(self):
# Verify query count.
Store.of(self.projectgroup).flush()
with StormStatementRecorder() as recorder:
list(self.bugtask_set.search(self.params))
# 1 query for the tasks, 1 query for the product (target) eager
# loading.
self.assertThat(recorder, HasQueryCount(Equals(2)))
def test_search_results_count_with_other_productseries_tasks(self):
# Test with zero conjoined masters and bugtasks targeted to
# productseries that are not the development focus.
extra_bugtasks = 0
for bug, product in self.bug_products.items():
extra_bugtasks += 1
productseries = self.factory.makeProductSeries(product=product)
bugtask = self.factory.makeBugTask(bug=bug, target=productseries)
with person_logged_in(product.owner):
bugtask.transitionToMilestone(
product.getMilestone(self.milestone.name), product.owner)
self.assertEqual(
self.bug_count + extra_bugtasks,
self.bugtask_set.search(self.params).count())
def test_search_results_count_with_conjoined_masters(self):
# Test with increasing numbers of conjoined masters.
tasks = list(self.bugtask_set.search(self.params))
for bug, product in self.bug_products.items():
self.assertIn(
(bug.id, product),
[(task.bug.id, task.product) for task in tasks])
self.factory.makeBugTask(
bug=bug, target=product.development_focus)
tasks = list(self.bugtask_set.search(self.params))
self.assertEqual(
self.bug_count,
self.bugtask_set.search(self.params).count())
self.assertNotIn(
(bug.id, product),
[(task.bug.id, task.product) for task in tasks])
def test_search_results_count_with_irrelevant_conjoined_masters(self):
# Verify that a conjoined master in one project of the project
# group doesn't cause a bugtask on another project in the group
# to be excluded from the project group milestone's bugs.
extra_bugtasks = 0
for bug, product in self.bug_products.items():
extra_bugtasks += 1
other_product = self.factory.makeProduct(
project=self.projectgroup)
# Create a new milestone with the same name.
other_product_milestone = self.factory.makeMilestone(
product=other_product,
name=bug.default_bugtask.milestone.name)
# Add bugtask on the new product and select the milestone.
other_product_bugtask = self.factory.makeBugTask(
bug=bug, target=other_product)
with person_logged_in(other_product.owner):
other_product_bugtask.transitionToMilestone(
other_product_milestone, other_product.owner)
# Add conjoined master for the milestone on the new product.
self.factory.makeBugTask(
bug=bug, target=other_product.development_focus)
# The bug count should not change, since we are just adding
# bugtasks on existing bugs.
self.assertEqual(
self.bug_count + extra_bugtasks,
self.bugtask_set.search(self.params).count())
def test_search_results_count_with_wontfix_conjoined_masters(self):
# Test that conjoined master bugtasks in the WONTFIX status
# don't cause the bug to be excluded.
masters = [
self.factory.makeBugTask(
bug=bug, target=product.development_focus)
for bug, product in self.bug_products.items()]
unexcluded_count = 0
for bugtask in masters:
unexcluded_count += 1
with person_logged_in(product.owner):
bugtask.transitionToStatus(
BugTaskStatus.WONTFIX, bugtask.target.owner)
self.assertEqual(
self.bug_count + unexcluded_count,
self.bugtask_set.search(self.params).count())
class TestDistributionExcludeConjoinedMasterSearch(TestSearchBase):
"""Tests of exclude_conjoined_tasks param for distribution milestones."""
layer = DatabaseFunctionalLayer
def setUp(self):
super(TestDistributionExcludeConjoinedMasterSearch, self).setUp()
self.bugtask_set = getUtility(IBugTaskSet)
self.distro = getUtility(ILaunchpadCelebrities).ubuntu
self.milestone = self.factory.makeMilestone(
distribution=self.distro, name='foo')
self.bug_count = 2
self.bugs = [
self.makeBug(self.milestone)
for i in range(self.bug_count)]
self.params = BugTaskSearchParams(
user=None, milestone=self.milestone, exclude_conjoined_tasks=True)
def test_search_results_count_simple(self):
# Verify number of results with no conjoined masters.
self.assertEqual(
self.bug_count,
self.bugtask_set.search(self.params).count())
def test_search_query_count(self):
# Verify query count.
# 1. Query all the distroseries to determine the distro's
# currentseries.
# 2. Query the bugtasks.
Store.of(self.milestone).flush()
with StormStatementRecorder() as recorder:
list(self.bugtask_set.search(self.params))
self.assertThat(recorder, HasQueryCount(Equals(2)))
def test_search_results_count_with_other_productseries_tasks(self):
# Test with zero conjoined masters and bugtasks targeted to
# productseries that are not the development focus.
distroseries = self.factory.makeDistroSeries(
distribution=self.distro, status=SeriesStatus.SUPPORTED)
extra_bugtasks = 0
for bug in self.bugs:
extra_bugtasks += 1
bugtask = self.factory.makeBugTask(bug=bug, target=distroseries)
with person_logged_in(self.distro.owner):
bugtask.transitionToMilestone(
self.milestone, self.distro.owner)
self.assertEqual(
self.bug_count + extra_bugtasks,
self.bugtask_set.search(self.params).count())
def test_search_results_count_with_conjoined_masters(self):
# Test with increasing numbers of conjoined masters.
tasks = list(self.bugtask_set.search(self.params))
for bug in self.bugs:
# The distro bugtask is in the results before the conjoined
# master is added.
self.assertIn(
(bug.id, self.distro),
[(task.bug.id, task.distribution) for task in tasks])
self.factory.makeBugTask(
bug=bug, target=self.distro.currentseries)
tasks = list(self.bugtask_set.search(self.params))
# The product bugtask is excluded from the results.
self.assertEqual(self.bug_count, len(tasks))
self.assertNotIn(
(bug.id, self.distro),
[(task.bug.id, task.distribution) for task in tasks])
def test_search_results_count_with_wontfix_conjoined_masters(self):
# Test that conjoined master bugtasks in the WONTFIX status
# don't cause the bug to be excluded.
masters = [
self.factory.makeBugTask(
bug=bug, target=self.distro.currentseries)
for bug in self.bugs]
wontfix_masters_count = 0
tasks = list(self.bugtask_set.search(self.params))
for bugtask in masters:
wontfix_masters_count += 1
# The distro bugtask is still excluded by the conjoined
# master.
self.assertNotIn(
(bugtask.bug.id, self.distro),
[(task.bug.id, task.distribution) for task in tasks])
with person_logged_in(self.distro.owner):
bugtask.transitionToStatus(
BugTaskStatus.WONTFIX, self.distro.owner)
tasks = list(self.bugtask_set.search(self.params))
self.assertEqual(
self.bug_count + wontfix_masters_count,
self.bugtask_set.search(self.params).count())
# The distro bugtask is no longer excluded by the conjoined
# master, since its status is WONTFIX.
self.assertIn(
(bugtask.bug.id, self.distro),
[(task.bug.id, task.distribution) for task in tasks])
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