def test_verify_txmbr(self):
pr = Mock()
tx = Mock()
tx.po = 'openssl'
cb = RPMCallback(pr)
# test
cb.verify_txmbr(None, tx, 10)
# validation
pr.set_action.assert_called_with('Verifying', tx.po)
def test_errorlog(self):
pr = ProgressReport()
pr._updated = Mock()
# test
cb = RPMCallback(pr)
message = 'Something bad happened'
cb.errorlog(message)
# validation
self.assertEqual(pr.details['error'], message)
self.assertEqual(len(pr.steps), 0)
def test_filelog(self):
pr = ProgressReport()
pr._updated = Mock()
# test and validation
cb = RPMCallback(pr)
for action in sorted(cb.fileaction.keys()):
package = '%s_package' % action
cb.filelog(package, action)
self.assertEqual(pr.details['action'], cb.fileaction[action])
self.assertEqual(pr.details['package'], package)
self.assertEqual(len(pr.steps), 0)
def test_event(self):
package = 'openssl'
pr = Mock()
# test and validation
cb = RPMCallback(pr)
expected_actions = set()
for action, description in cb.action.items():
cb.event(package, action)
cb.event(package, action) # test 2nd (dup) ignored
expected_actions.add((package, action))
self.assertEqual(cb.events, expected_actions)
pr.set_action.assert_called_with(description, package)
def test_filelog_invalid_action(self):
pr = ProgressReport()
pr._updated = Mock()
# test
cb = RPMCallback(pr)
package = 'openssl'
action = 12345678
cb.filelog(package, action)
# validation
self.assertEqual(pr.details['action'], str(action))
self.assertEqual(pr.details['package'], package)
self.assertEqual(len(pr.steps), 0)
