def test_exportToBranches_handles_unpushed_branches(self):
# bzrlib raises NotBranchError when accessing a nonexistent
# branch. The exporter deals with that by calling
# _handleUnpushedBranch.
exporter = ExportTranslationsToBranch(test_args=[])
exporter.logger = BufferLogger()
productseries = self.factory.makeProductSeries()
productseries.translations_branch = self.factory.makeBranch()
self.becomeDbUser('translationstobranch')
# _handleUnpushedBranch is called if _exportToBranch raises
# NotBranchError.
exporter._handleUnpushedBranch = FakeMethod()
exporter._exportToBranch = FakeMethod(failure=NotBranchError("No!"))
exporter._exportToBranches([productseries])
self.assertEqual(1, exporter._handleUnpushedBranch.call_count)
# This does not happen if the export succeeds.
exporter._handleUnpushedBranch = FakeMethod()
exporter._exportToBranch = FakeMethod()
exporter._exportToBranches([productseries])
self.assertEqual(0, exporter._handleUnpushedBranch.call_count)
# Nor does it happen if the export fails in some other way.
exporter._handleUnpushedBranch = FakeMethod()
exporter._exportToBranch = FakeMethod(failure=IndexError("Ayyeee!"))
exporter._exportToBranches([productseries])
self.assertEqual(0, exporter._handleUnpushedBranch.call_count)
def test_exportToBranches_handles_unpushed_branches(self):
# bzrlib raises NotBranchError when accessing a nonexistent
# branch. The exporter deals with that by calling
# _handleUnpushedBranch.
exporter = ExportTranslationsToBranch(test_args=[])
exporter.logger = BufferLogger()
productseries = self.factory.makeProductSeries()
productseries.translations_branch = self.factory.makeBranch()
self.becomeDbUser('translationstobranch')
# _handleUnpushedBranch is called if _exportToBranch raises
# NotBranchError.
exporter._handleUnpushedBranch = FakeMethod()
exporter._exportToBranch = FakeMethod(failure=NotBranchError("No!"))
exporter._exportToBranches([productseries])
self.assertEqual(1, exporter._handleUnpushedBranch.call_count)
# This does not happen if the export succeeds.
exporter._handleUnpushedBranch = FakeMethod()
exporter._exportToBranch = FakeMethod()
exporter._exportToBranches([productseries])
self.assertEqual(0, exporter._handleUnpushedBranch.call_count)
# Nor does it happen if the export fails in some other way.
exporter._handleUnpushedBranch = FakeMethod()
exporter._exportToBranch = FakeMethod(failure=IndexError("Ayyeee!"))
exporter._exportToBranches([productseries])
self.assertEqual(0, exporter._handleUnpushedBranch.call_count)
def test_handleUnpushedBranch_has_required_privileges(self):
# Dealing with an unpushed branch is a special code path that
# was not exercised by the full-script test. Ensure that it has
# the database privileges that it requires.
exporter = ExportTranslationsToBranch(test_args=[])
exporter.logger = BufferLogger()
productseries = self.factory.makeProductSeries()
email = self.factory.getUniqueEmailAddress()
branch_owner = self.factory.makePerson(email=email)
productseries.translations_branch = self.factory.makeBranch(
owner=branch_owner)
exporter._exportToBranch = FakeMethod(failure=NotBranchError("Ow"))
self.becomeDbUser('translationstobranch')
exporter._handleUnpushedBranch(productseries)
# _handleUnpushedBranch completes successfully. There are no
# database changes still pending in the ORM that are going to
# fail either.
transaction.commit()
def test_handleUnpushedBranch_has_required_privileges(self):
# Dealing with an unpushed branch is a special code path that
# was not exercised by the full-script test. Ensure that it has
# the database privileges that it requires.
exporter = ExportTranslationsToBranch(test_args=[])
exporter.logger = BufferLogger()
productseries = self.factory.makeProductSeries()
email = self.factory.getUniqueEmailAddress()
branch_owner = self.factory.makePerson(email=email)
productseries.translations_branch = self.factory.makeBranch(
owner=branch_owner)
exporter._exportToBranch = FakeMethod(failure=NotBranchError("Ow"))
self.becomeDbUser('translationstobranch')
exporter._handleUnpushedBranch(productseries)
# _handleUnpushedBranch completes successfully. There are no
# database changes still pending in the ORM that are going to
# fail either.
transaction.commit()
def test_handleUnpushedBranch_is_privileged_to_contact_team(self):
# Notifying a branch owner that is a team can require other
# database privileges. The script also has these privileges.
exporter = ExportTranslationsToBranch(test_args=[])
exporter.logger = BufferLogger()
productseries = self.factory.makeProductSeries()
email = self.factory.getUniqueEmailAddress()
team_member = self.factory.makePerson(email=email)
branch_owner = self.factory.makeTeam()
getUtility(ITeamMembershipSet).new(team_member, branch_owner,
TeamMembershipStatus.APPROVED,
branch_owner.teamowner)
productseries.translations_branch = self.factory.makeBranch(
owner=branch_owner)
exporter._exportToBranch = FakeMethod(failure=NotBranchError("Ow"))
self.becomeDbUser('translationstobranch')
exporter._handleUnpushedBranch(productseries)
# _handleUnpushedBranch completes successfully. There are no
# database changes still pending in the ORM that are going to
# fail either.
transaction.commit()
def test_handleUnpushedBranch_is_privileged_to_contact_team(self):
# Notifying a branch owner that is a team can require other
# database privileges. The script also has these privileges.
exporter = ExportTranslationsToBranch(test_args=[])
exporter.logger = BufferLogger()
productseries = self.factory.makeProductSeries()
email = self.factory.getUniqueEmailAddress()
team_member = self.factory.makePerson(email=email)
branch_owner = self.factory.makeTeam()
getUtility(ITeamMembershipSet).new(
team_member, branch_owner, TeamMembershipStatus.APPROVED,
branch_owner.teamowner)
productseries.translations_branch = self.factory.makeBranch(
owner=branch_owner)
exporter._exportToBranch = FakeMethod(failure=NotBranchError("Ow"))
self.becomeDbUser('translationstobranch')
exporter._handleUnpushedBranch(productseries)
# _handleUnpushedBranch completes successfully. There are no
# database changes still pending in the ORM that are going to
# fail either.
transaction.commit()
