def setUp(self):
super(ProcessSearchQueueTestCase, self).setUp()
# Nuke the queue.
queues.delete_queue(get_queue_name())
# Nuke the index.
call_command('clear_index', interactive=False, verbosity=0)
# Get a queue connection so we can poke at it.
self.queue = queues.Queue(get_queue_name())
# Clear out and capture log messages.
AssertableHandler.stowed_messages = []
self.psqc = ProcessSearchQueueCommand()
def setUp(self):
super(ProcessSearchQueueTestCase, self).setUp()
# Nuke the queue.
queues.delete_queue(get_queue_name())
# Nuke the index.
call_command('clear_index', interactive=False, verbosity=0)
# Get a queue connection so we can poke at it.
self.queue = queues.Queue(get_queue_name())
# Clear out and capture log messages.
AssertableHandler.stowed_messages = []
self.psqc = ProcessSearchQueueCommand()
def setUp(self):
super(ProcessSearchQueueTestCase, self).setUp()
# Nuke the queue.
queues.delete_queue(get_queue_name())
# Nuke the index.
back = backend.SearchBackend()
back.clear()
# Get a queue connection so we can poke at it.
self.queue = queues.Queue(get_queue_name())
# Clear out and capture log messages.
AssertableHandler.stowed_messages = []
self.psqc = ProcessSearchQueueCommand()
def setUp(self):
super(ProcessSearchQueueTestCase, self).setUp()
# Nuke the queue.
queues.delete_queue(get_queue_name())
# Nuke the index.
back = backend.SearchBackend()
back.clear()
# Get a queue connection so we can poke at it.
self.queue = queues.Queue(get_queue_name())
# Clear out and capture log messages.
AssertableHandler.stowed_messages = []
self.psqc = ProcessSearchQueueCommand()
class ProcessSearchQueueTestCase(TestCase):
def setUp(self):
super(ProcessSearchQueueTestCase, self).setUp()
# Nuke the queue.
queues.delete_queue(get_queue_name())
# Nuke the index.
call_command('clear_index', interactive=False, verbosity=0)
# Get a queue connection so we can poke at it.
self.queue = queues.Queue(get_queue_name())
# Clear out and capture log messages.
AssertableHandler.stowed_messages = []
self.psqc = ProcessSearchQueueCommand()
def test_process_mesage(self):
self.assertEqual(self.psqc.actions, {'update': set([]), 'delete': set([])})
self.psqc.process_message('update:tests.note.1')
self.assertEqual(self.psqc.actions, {'update': set(['tests.note.1']), 'delete': set([])})
self.psqc.process_message('delete:tests.note.2')
self.assertEqual(self.psqc.actions, {'update': set(['tests.note.1']), 'delete': set(['tests.note.2'])})
self.psqc.process_message('update:tests.note.2')
self.assertEqual(self.psqc.actions, {'update': set(['tests.note.1', 'tests.note.2']), 'delete': set([])})
self.psqc.process_message('delete:tests.note.1')
self.assertEqual(self.psqc.actions, {'update': set(['tests.note.2']), 'delete': set(['tests.note.1'])})
self.psqc.process_message('wtfmate:tests.note.1')
self.assertEqual(self.psqc.actions, {'update': set(['tests.note.2']), 'delete': set(['tests.note.1'])})
self.psqc.process_message('just plain wrong')
self.assertEqual(self.psqc.actions, {'update': set(['tests.note.2']), 'delete': set(['tests.note.1'])})
def test_split_obj_identifier(self):
self.assertEqual(self.psqc.split_obj_identifier('tests.note.1'), ('tests.note', '1'))
self.assertEqual(self.psqc.split_obj_identifier('myproject.tests.note.73'), ('myproject.tests.note', '73'))
self.assertEqual(self.psqc.split_obj_identifier('wtfmate.1'), ('wtfmate', '1'))
self.assertEqual(self.psqc.split_obj_identifier('wtfmate'), (None, None))
def test_processing(self):
self.assertEqual(len(self.queue), 0)
note1 = Note.objects.create(
title='A test note',
content='Because everyone loves test data.',
author='Daniel'
)
self.assertEqual(len(self.queue), 1)
note2 = Note.objects.create(
title='Another test note',
content='More test data.',
author='Daniel'
)
self.assertEqual(len(self.queue), 2)
note1.delete()
self.assertEqual(len(self.queue), 3)
note3 = Note.objects.create(
title='Final test note',
content='The test data. All done.',
author='Joe'
)
self.assertEqual(len(self.queue), 4)
note3.title = 'Final test note FOR REAL'
note3.save()
self.assertEqual(len(self.queue), 5)
note3.delete()
self.assertEqual(len(self.queue), 6)
self.assertEqual(AssertableHandler.stowed_messages, [])
# Call the command.
call_command('process_search_queue')
self.assertEqual(AssertableHandler.stowed_messages, [
'Starting to process the queue.',
u"Processing message 'update:tests.note.1'...",
u"Saw 'update' on 'tests.note.1'...",
u"Added 'tests.note.1' to the update list.",
u"Processing message 'update:tests.note.2'...",
u"Saw 'update' on 'tests.note.2'...",
u"Added 'tests.note.2' to the update list.",
u"Processing message 'delete:tests.note.1'...",
u"Saw 'delete' on 'tests.note.1'...",
u"Added 'tests.note.1' to the delete list.",
u"Processing message 'update:tests.note.3'...",
u"Saw 'update' on 'tests.note.3'...",
u"Added 'tests.note.3' to the update list.",
u"Processing message 'update:tests.note.3'...",
u"Saw 'update' on 'tests.note.3'...",
u"Added 'tests.note.3' to the update list.",
u"Processing message 'delete:tests.note.3'...",
u"Saw 'delete' on 'tests.note.3'...",
u"Added 'tests.note.3' to the delete list.",
'Queue consumed.',
u'Indexing 1 tests.note.',
' indexing 1 - 1 of 1.',
u"Updated objects for 'tests.note': 2",
u"Deleted objects for 'tests.note': 1, 3",
'Processing complete.'
])
self.assertEqual(SearchQuerySet().all().count(), 1)
def test_requeuing(self):
self.assertEqual(len(self.queue), 0)
note1 = Note.objects.create(
title='A test note',
content='Because everyone loves test data.',
author='Daniel'
)
self.assertEqual(len(self.queue), 1)
# Write a failed message.
self.queue.write('update:tests.note.abc')
self.assertEqual(len(self.queue), 2)
self.assertEqual(AssertableHandler.stowed_messages, [])
try:
# Call the command, which will fail.
call_command('process_search_queue')
self.fail("The command ran successfully, which is incorrect behavior in this case.")
except:
# We don't care that it failed. We just want to examine the state
# of things afterward.
pass
self.assertEqual(len(self.queue), 2)
# Pull the whole queue.
messages = []
try:
while True:
messages.append(self.queue.read())
except QueueException:
# We're out of queued bits.
pass
self.assertEqual(messages, [u'update:tests.note.1', 'update:tests.note.abc'])
self.assertEqual(len(self.queue), 0)
self.assertEqual(AssertableHandler.stowed_messages, [
'Starting to process the queue.',
u"Processing message 'update:tests.note.1'...",
u"Saw 'update' on 'tests.note.1'...",
u"Added 'tests.note.1' to the update list.",
"Processing message 'update:tests.note.abc'...",
"Saw 'update' on 'tests.note.abc'...",
"Added 'tests.note.abc' to the update list.",
'Queue consumed.',
"Exception seen during processing: invalid literal for int() with base 10: 'abc'",
'Requeuing unprocessed messages.',
'Requeued 2 updates and 0 deletes.'
])
# Start over.
note1 = Note.objects.create(
title='A test note',
content='Because everyone loves test data.',
author='Daniel'
)
self.assertEqual(len(self.queue), 1)
note2 = Note.objects.create(
title='Another test note',
content='Because everyone loves test data.',
author='Daniel'
)
self.assertEqual(len(self.queue), 2)
# Now delete it.
note2.delete()
# Write a failed message.
self.queue.write('delete:tests.note.abc')
self.assertEqual(len(self.queue), 4)
AssertableHandler.stowed_messages = []
self.assertEqual(AssertableHandler.stowed_messages, [])
try:
# Call the command, which will fail again.
call_command('process_search_queue')
self.fail("The command ran successfully, which is incorrect behavior in this case.")
except:
# We don't care that it failed. We just want to examine the state
# of things afterward.
pass
# Everything but the bad bit of data should have processed.
self.assertEqual(len(self.queue), 1)
# Pull the whole queue.
messages = []
try:
while True:
messages.append(self.queue.read())
except QueueException:
# We're out of queued bits.
pass
self.assertEqual(messages, ['delete:tests.note.abc'])
self.assertEqual(len(self.queue), 0)
self.assertEqual(AssertableHandler.stowed_messages, [
'Starting to process the queue.',
u"Processing message 'update:tests.note.2'...",
u"Saw 'update' on 'tests.note.2'...",
u"Added 'tests.note.2' to the update list.",
u"Processing message 'update:tests.note.3'...",
u"Saw 'update' on 'tests.note.3'...",
u"Added 'tests.note.3' to the update list.",
u"Processing message 'delete:tests.note.3'...",
u"Saw 'delete' on 'tests.note.3'...",
u"Added 'tests.note.3' to the delete list.",
"Processing message 'delete:tests.note.abc'...",
"Saw 'delete' on 'tests.note.abc'...",
"Added 'tests.note.abc' to the delete list.",
'Queue consumed.',
u'Indexing 1 tests.note.',
' indexing 1 - 1 of 1.',
u"Updated objects for 'tests.note': 2",
"Exception seen during processing: Provided string 'tests.note.abc' is not a valid identifier.",
'Requeuing unprocessed messages.',
'Requeued 0 updates and 1 deletes.'
])
class ProcessSearchQueueTestCase(TestCase):
def setUp(self):
super(ProcessSearchQueueTestCase, self).setUp()
# Nuke the queue.
queues.delete_queue(get_queue_name())
# Nuke the index.
call_command('clear_index', interactive=False, verbosity=0)
# Get a queue connection so we can poke at it.
self.queue = queues.Queue(get_queue_name())
# Clear out and capture log messages.
AssertableHandler.stowed_messages = []
self.psqc = ProcessSearchQueueCommand()
def test_process_mesage(self):
self.assertEqual(self.psqc.actions, {
'update': set([]),
'delete': set([])
})
self.psqc.process_message('update:notes.note.1')
self.assertEqual(self.psqc.actions, {
'update': set(['notes.note.1']),
'delete': set([])
})
self.psqc.process_message('delete:notes.note.2')
self.assertEqual(self.psqc.actions, {
'update': set(['notes.note.1']),
'delete': set(['notes.note.2'])
})
self.psqc.process_message('update:notes.note.2')
self.assertEqual(self.psqc.actions, {
'update': set(['notes.note.1', 'notes.note.2']),
'delete': set([])
})
self.psqc.process_message('delete:notes.note.1')
self.assertEqual(self.psqc.actions, {
'update': set(['notes.note.2']),
'delete': set(['notes.note.1'])
})
self.psqc.process_message('wtfmate:notes.note.1')
self.assertEqual(self.psqc.actions, {
'update': set(['notes.note.2']),
'delete': set(['notes.note.1'])
})
self.psqc.process_message('just plain wrong')
self.assertEqual(self.psqc.actions, {
'update': set(['notes.note.2']),
'delete': set(['notes.note.1'])
})
def test_split_obj_identifier(self):
self.assertEqual(self.psqc.split_obj_identifier('notes.note.1'),
('notes.note', '1'))
self.assertEqual(
self.psqc.split_obj_identifier('myproject.notes.note.73'),
('myproject.notes.note', '73'))
self.assertEqual(self.psqc.split_obj_identifier('wtfmate.1'),
('wtfmate', '1'))
self.assertEqual(self.psqc.split_obj_identifier('wtfmate'),
(None, None))
def test_processing(self):
self.assertEqual(len(self.queue), 0)
note1 = Note.objects.create(
title='A test note',
content='Because everyone loves test data.',
author='Daniel')
self.assertEqual(len(self.queue), 1)
note2 = Note.objects.create(title='Another test note',
content='More test data.',
author='Daniel')
self.assertEqual(len(self.queue), 2)
note1.delete()
self.assertEqual(len(self.queue), 3)
note3 = Note.objects.create(title='Final test note',
content='The test data. All done.',
author='Joe')
self.assertEqual(len(self.queue), 4)
note3.title = 'Final test note FOR REAL'
note3.save()
self.assertEqual(len(self.queue), 5)
note3.delete()
self.assertEqual(len(self.queue), 6)
self.assertEqual(AssertableHandler.stowed_messages, [])
# Call the command.
call_command('process_search_queue')
self.assertEqual(AssertableHandler.stowed_messages, [
'Starting to process the queue.',
u"Processing message 'update:notes.note.1'...",
u"Saw 'update' on 'notes.note.1'...",
u"Added 'notes.note.1' to the update list.",
u"Processing message 'update:notes.note.2'...",
u"Saw 'update' on 'notes.note.2'...",
u"Added 'notes.note.2' to the update list.",
u"Processing message 'delete:notes.note.1'...",
u"Saw 'delete' on 'notes.note.1'...",
u"Added 'notes.note.1' to the delete list.",
u"Processing message 'update:notes.note.3'...",
u"Saw 'update' on 'notes.note.3'...",
u"Added 'notes.note.3' to the update list.",
u"Processing message 'update:notes.note.3'...",
u"Saw 'update' on 'notes.note.3'...",
u"Added 'notes.note.3' to the update list.",
u"Processing message 'delete:notes.note.3'...",
u"Saw 'delete' on 'notes.note.3'...",
u"Added 'notes.note.3' to the delete list.", 'Queue consumed.',
u'Indexing 1 notes.note.', ' indexing 1 - 1 of 1.',
u"Updated objects for 'notes.note': 2",
u"Deleted objects for 'notes.note': 1, 3", 'Processing complete.'
])
self.assertEqual(SearchQuerySet().all().count(), 1)
def test_requeuing(self):
self.assertEqual(len(self.queue), 0)
note1 = Note.objects.create(
title='A test note',
content='Because everyone loves test data.',
author='Daniel')
self.assertEqual(len(self.queue), 1)
# Write a failed message.
self.queue.write('update:notes.note.abc')
self.assertEqual(len(self.queue), 2)
self.assertEqual(AssertableHandler.stowed_messages, [])
try:
# Call the command, which will fail.
call_command('process_search_queue')
self.fail(
"The command ran successfully, which is incorrect behavior in this case."
)
except:
# We don't care that it failed. We just want to examine the state
# of things afterward.
pass
self.assertEqual(len(self.queue), 2)
# Pull the whole queue.
messages = []
try:
while True:
messages.append(self.queue.read())
except QueueException:
# We're out of queued bits.
pass
self.assertEqual(messages,
[u'update:notes.note.1', 'update:notes.note.abc'])
self.assertEqual(len(self.queue), 0)
self.assertEqual(AssertableHandler.stowed_messages, [
'Starting to process the queue.',
u"Processing message 'update:notes.note.1'...",
u"Saw 'update' on 'notes.note.1'...",
u"Added 'notes.note.1' to the update list.",
"Processing message 'update:notes.note.abc'...",
"Saw 'update' on 'notes.note.abc'...",
"Added 'notes.note.abc' to the update list.", 'Queue consumed.',
"Exception seen during processing: invalid literal for int() with base 10: 'abc'",
'Requeuing unprocessed messages.',
'Requeued 2 updates and 0 deletes.'
])
# Start over.
note1 = Note.objects.create(
title='A test note',
content='Because everyone loves test data.',
author='Daniel')
self.assertEqual(len(self.queue), 1)
note2 = Note.objects.create(
title='Another test note',
content='Because everyone loves test data.',
author='Daniel')
self.assertEqual(len(self.queue), 2)
# Now delete it.
note2.delete()
# Write a failed message.
self.queue.write('delete:notes.note.abc')
self.assertEqual(len(self.queue), 4)
AssertableHandler.stowed_messages = []
self.assertEqual(AssertableHandler.stowed_messages, [])
try:
# Call the command, which will fail again.
call_command('process_search_queue')
self.fail(
"The command ran successfully, which is incorrect behavior in this case."
)
except:
# We don't care that it failed. We just want to examine the state
# of things afterward.
pass
# Everything but the bad bit of data should have processed.
self.assertEqual(len(self.queue), 1)
# Pull the whole queue.
messages = []
try:
while True:
messages.append(self.queue.read())
except QueueException:
# We're out of queued bits.
pass
self.assertEqual(messages, ['delete:notes.note.abc'])
self.assertEqual(len(self.queue), 0)
self.assertEqual(AssertableHandler.stowed_messages, [
'Starting to process the queue.',
u"Processing message 'update:notes.note.2'...",
u"Saw 'update' on 'notes.note.2'...",
u"Added 'notes.note.2' to the update list.",
u"Processing message 'update:notes.note.3'...",
u"Saw 'update' on 'notes.note.3'...",
u"Added 'notes.note.3' to the update list.",
u"Processing message 'delete:notes.note.3'...",
u"Saw 'delete' on 'notes.note.3'...",
u"Added 'notes.note.3' to the delete list.",
"Processing message 'delete:notes.note.abc'...",
"Saw 'delete' on 'notes.note.abc'...",
"Added 'notes.note.abc' to the delete list.", 'Queue consumed.',
u'Indexing 1 notes.note.', ' indexing 1 - 1 of 1.',
u"Updated objects for 'notes.note': 2",
"Exception seen during processing: Provided string 'notes.note.abc' is not a valid identifier.",
'Requeuing unprocessed messages.',
'Requeued 0 updates and 1 deletes.'
])
