def test_guess_same_word(self):
table_id, user = self.setup_quiz(p_min=5, p_max=15, length=8)
wwg = WordwallsGame()
with transaction.atomic():
wwg.start_quiz(table_id, user)
def guess_fn(w, user):
with closing(connection):
with transaction.atomic():
wwg.guess(w, table_id, user, sleep=1)
user_1 = User.objects.get(username='******')
user_2 = User.objects.get(username='******')
threads = []
word = 'ELATIONS'
threads.append(threading.Thread(target=guess_fn, args=(word, user)))
threads.append(threading.Thread(target=guess_fn, args=(word, user_1)))
threads.append(threading.Thread(target=guess_fn, args=(word, user_2)))
for t in threads:
t.start()
for t in threads:
t.join()
st = wwg.state(table_id)
self.assertFalse(word in st['answerHash'])
self.assertTrue(word in st['originalAnswerHash'])
self.assertTrue(word in st['solvers'])
self.assertTrue(
st['solvers'][word] in ['cesar', 'user_4738', 'user_131'])
def challenge_submit(user, post):
"""
Called when a challenge is submitted.
"""
lexForm = LexiconForm(post)
dcForm = DailyChallengesForm(post)
if not(lexForm.is_valid() and dcForm.is_valid()):
return response({'success': False,
'error': _('No challenge was selected.')})
lex = Lexicon.objects.get(
lexiconName=lexForm.cleaned_data['lexicon'])
wwg = WordwallsGame()
challengeName = DailyChallengeName.objects.get(
name=dcForm.cleaned_data['challenge'])
chDate = dcForm.cleaned_data['challengeDate']
logger.debug('Selected in form: %s, %s, %s',
dcForm.cleaned_data['challenge'],
dcForm.cleaned_data['challengeDate'],
lexForm.cleaned_data['lexicon'])
if not chDate or chDate > date.today():
chDate = date.today()
tablenum = wwg.initialize_daily_challenge(user, lex, challengeName, chDate)
if tablenum == 0:
return response({'success': False,
'error': _('Challenge does not exist.')})
return response(
{'url': reverse('wordwalls_table',
args=(tablenum,)),
'success': True})
def test_continue_unfinished_list(self):
LIST_NAME = "i live in a giant bucket"
word_list = WordList.objects.get(name=LIST_NAME)
# Continue the list.
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.CONTINUE_LIST_CHOICE,
240)
word_list = WordList.objects.get(name=LIST_NAME)
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 11,
'numFirstMissed': 0, 'numMissed': 3, 'goneThruOnce': False,
'questionIndex': 10, 'is_temporary': False, 'name': LIST_NAME
})
# Start the quiz; we should only get one question.
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 1)
self.assertEqual(params['questions'][0]['a'], 'AEIORSTU')
# Miss it.
gave_up = wwg.give_up(self.user, table_id)
self.assertTrue(gave_up)
word_list = WordList.objects.get(name=LIST_NAME)
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 11,
'numFirstMissed': 4, 'numMissed': 4, 'goneThruOnce': True,
'questionIndex': 15, 'is_temporary': False, 'name': LIST_NAME,
})
self.assertEqual(set([0, 2, 3, 10]),
set(json.loads(word_list.firstMissed)))
def test_continue_unfinished_list(self):
LIST_NAME = "i live in a giant bucket"
word_list = WordList.objects.get(name=LIST_NAME)
# Continue the list.
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.CONTINUE_LIST_CHOICE,
240)
word_list = WordList.objects.get(name=LIST_NAME)
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 11,
'numFirstMissed': 0, 'numMissed': 3, 'goneThruOnce': False,
'questionIndex': 10, 'is_temporary': False, 'name': LIST_NAME
})
# Start the quiz; we should only get one question.
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 1)
self.assertEqual(params['questions'][0]['a'], 'AEIORSTU')
# Miss it.
gave_up = wwg.give_up(self.user, table_id)
self.assertTrue(gave_up)
word_list = WordList.objects.get(name=LIST_NAME)
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 11,
'numFirstMissed': 4, 'numMissed': 4, 'goneThruOnce': True,
'questionIndex': 15, 'is_temporary': False, 'name': LIST_NAME,
})
self.assertEqual(set([0, 2, 3, 10]),
set(json.loads(word_list.firstMissed)))
def test_cant_overwrite_list(self):
table_id, user = self.setup_quiz(p_min=5, p_max=15, length=8)
wwg = WordwallsGame()
# Try saving the word list.
LIST_NAME = 'This is my NWL list.'
resp = wwg.save(user, table_id, LIST_NAME)
self.assertFalse(resp['success'])
def search_params_submit(user, post):
"""
Called when user submits a search params query.
"""
lexForm = LexiconForm(post)
timeForm = TimeForm(post)
fwForm = FindWordsForm(post)
num_q_form = NumQuestionsForm(post)
# form bound to the POST data
if not (lexForm.is_valid() and timeForm.is_valid() and fwForm.is_valid()
and num_q_form.is_valid()):
return response({'success': False,
'error': _('There was something wrong with your '
'search parameters or time selection.')})
lex = Lexicon.objects.get(
lexiconName=lexForm.cleaned_data['lexicon'])
quiz_time = int(round(timeForm.cleaned_data['quizTime'] * 60))
questions_per_round = num_q_form.cleaned_data['num_questions']
search = searchForAlphagrams(fwForm.cleaned_data, lex)
wwg = WordwallsGame()
tablenum = wwg.initialize_by_search_params(user, search, quiz_time,
questions_per_round)
return response({'url': reverse('wordwalls_table', args=(tablenum,)),
'success': True})
def named_lists_submit(user, post):
lexForm = LexiconForm(post)
timeForm = TimeForm(post)
nlForm = NamedListForm(post)
if not (lexForm.is_valid() and timeForm.is_valid() and nlForm.is_valid()):
return response({
'success':
False,
'error':
'Please check that you have selected a '
'list and that your quiz time is greater '
'than 1 minute.'
})
lex = Lexicon.objects.get(lexiconName=lexForm.cleaned_data['lexicon'])
quizTime = int(round(timeForm.cleaned_data['quizTime'] * 60))
wwg = WordwallsGame()
tablenum = wwg.initializeByNamedList(lex, user,
nlForm.cleaned_data['namedList'],
quizTime)
if tablenum == 0:
raise Http404
return response({
'url': reverse('wordwalls_table', args=(tablenum, )),
'success': True
})
def named_lists_submit(user, post):
lexForm = LexiconForm(post)
timeForm = TimeForm(post)
nlForm = NamedListForm(post)
num_q_form = NumQuestionsForm(post)
if not (lexForm.is_valid() and timeForm.is_valid() and nlForm.is_valid()
and num_q_form.is_valid()):
return response({'success': False,
'error': _('Please check that you have selected a '
'list and that your quiz time is greater '
'than 1 minute.')})
lex = Lexicon.objects.get(
lexiconName=lexForm.cleaned_data['lexicon'])
quizTime = int(
round(timeForm.cleaned_data['quizTime'] * 60))
wwg = WordwallsGame()
questions_per_round = num_q_form.cleaned_data['num_questions']
tablenum = wwg.initialize_by_named_list(
lex, user, nlForm.cleaned_data['namedList'],
quizTime, questions_per_round)
if tablenum == 0:
raise Http404
return response({'url': reverse('wordwalls_table',
args=(tablenum,)),
'success': True})
def test_cant_overwrite_list(self):
table_id, user = self.setup_quiz(p_min=5, p_max=15, length=8)
wwg = WordwallsGame()
# Try saving the word list.
LIST_NAME = u'This is my list.'
resp = wwg.save(user, table_id, LIST_NAME)
self.assertFalse(resp['success'])
def table_rpc(request, tableid):
body = json.loads(request.body)
req_id = body.get('id', 0)
if body.get('jsonrpc') != '2.0':
return bad_rpc_response(req_id, 'Wrong RPC version')
method = body.get('method')
params = body.get('params')
if not method:
return bad_rpc_response(req_id, 'Bad RPC method')
wwg = WordwallsGame()
permitted = wwg.allow_access(request.user, tableid)
if not permitted:
return bad_rpc_response(req_id,
'No access to table {}'.format(tableid))
handler = method_lookup(method)
if not handler:
return bad_rpc_response(req_id,
'RPC method {} does not exist.'.format(method))
try:
ret = handler(request.user, tableid, params)
except RPCError as e:
return bad_rpc_response(req_id, str(e))
return rpc_response(req_id, ret)
def challenge_submit(user, post):
"""
Called when a challenge is submitted.
"""
lexForm = LexiconForm(post)
dcForm = DailyChallengesForm(post)
if not (lexForm.is_valid() and dcForm.is_valid()):
return response({
'success': False,
'error': 'No challenge was selected.'
})
lex = Lexicon.objects.get(lexiconName=lexForm.cleaned_data['lexicon'])
wwg = WordwallsGame()
challengeName = DailyChallengeName.objects.get(
name=dcForm.cleaned_data['challenge'])
chDate = dcForm.cleaned_data['challengeDate']
if not chDate or chDate > date.today():
chDate = date.today()
tablenum = wwg.initializeByDailyChallenge(user, lex, challengeName, chDate)
if tablenum == 0:
return response({
'success': False,
'error': 'Challenge does not exist.'
})
return response({
'url': reverse('wordwalls_table', args=(tablenum, )),
'success': True
})
def search_params_submit(user, post):
"""
Called when user submits a search params query.
"""
lexForm = LexiconForm(post)
timeForm = TimeForm(post)
fwForm = FindWordsForm(post)
# form bound to the POST data
if not (lexForm.is_valid() and timeForm.is_valid() and fwForm.is_valid()):
return response({
'success':
False,
'error':
'There was something wrong with your '
'search parameters or time selection.'
})
lex = Lexicon.objects.get(lexiconName=lexForm.cleaned_data['lexicon'])
quizTime = int(round(timeForm.cleaned_data['quizTime'] * 60))
alphasSearchDescription = searchForAlphagrams(fwForm.cleaned_data, lex)
wwg = WordwallsGame()
tablenum = wwg.initializeBySearchParams(user, alphasSearchDescription,
quizTime)
return response({
'url': reverse('wordwalls_table', args=(tablenum, )),
'success': True
})
def table(request, tableid=None):
if request.method == 'POST':
return handle_table_post(request, tableid)
# Otherwise, it's a GET
wwg = WordwallsGame()
if tableid:
# Check if the user is allowed to enter this table.
permitted = wwg.allow_access(request.user, tableid)
if gargoyle.is_active('disable_games', request):
permitted = False
if not permitted:
return render(request, 'wordwalls/notPermitted.html',
{'tablenum': tableid})
params = wwg.get_add_params(tableid)
# Add styling params from user's profile (for styling table
# tiles, backgrounds, etc)
profile = request.user.aerolithprofile
style = profile.customWordwallsStyle
if style != "":
params['style'] = style
meta_info = get_create_meta_info()
usermeta = get_user_meta_info(request.user)
wgm = None
if tableid:
wgm = wwg.get_wgm(tableid, False)
return render(
request,
'wordwalls/table.html',
{
'tablenum':
tableid if tableid else 0,
'current_host':
wgm.host.username if wgm else '',
'multiplayer': (json.dumps(wgm.playerType == WordwallsGameModel.
MULTIPLAYER_GAME if wgm else False)),
'user':
json.dumps(usermeta),
'addParams':
json.dumps(params),
'avatarUrl':
profile.avatarUrl,
'lexicon':
wgm.lexicon.lexiconName if wgm else None,
'default_lexicon':
profile.defaultLexicon.pk,
'challenge_info':
json.dumps(meta_info['challenge_info']),
'available_lexica':
json.dumps(meta_info['lexica']),
'intercom_app_id':
settings.INTERCOM_APP_ID,
# Use the webpack server if DEBUG is on. XXX This might not actually
# be a good test; consider using an IS_PRODUCTION flag.
'STATIC_SRV':
(settings.WEBPACK_DEV_SERVER_URL if
(settings.USE_WEBPACK_DEV_SERVER and settings.DEBUG) else '')
})
def start(user, tableid, params):
wwg = WordwallsGame()
quiz_params = wwg.start_quiz(tableid, user)
if 'error' in quiz_params:
raise RPCError(quiz_params['error'])
# If this is a multiplayer game, should broadcast to group.
# if wwg.is_multiplayer(tableid):
# broadcast_to_table(tableid, BroadcastTypes.GAME_PAYLOAD, quiz_params)
return quiz_params
def setup_quiz(self, p_min=10, p_max=90, length=8):
"""
A helper function to start a quiz.
"""
wwg = WordwallsGame()
user = User.objects.get(username='******')
lex = Lexicon.objects.get(lexiconName='America')
search = SearchDescription.probability_range(p_min, p_max, length, lex)
table_id = wwg.initialize_by_search_params(user, search, 240)
return table_id, user
def api_answers(request):
if request.method != "GET":
return bad_request("Must use GET.")
tablenum = request.GET.get("tablenum")
wwg = WordwallsGame()
answer_list = wwg.answer_list(tablenum)
if answer_list:
return response(answer_list)
return bad_request("Could not fetch answer list")
def access_to_table(tablenum, user):
"""Return whether user has access to table. For now we just use
the wordwalls game model. We should fix the logic for multiplayer
afterwards."""
if tablenum == 0:
# A table num of 0 implies that the user is not currently in a
# table. Return true to allow the logic to proceed.
return True
game = WordwallsGame()
return game.allow_access(user, tablenum)
def start_game(request, id):
if gargoyle.is_active('disable_games', request):
return response(
{'serverMsg': _(
'The Aerolith server is currently undergoing '
'maintenance. Please try again in a few minutes.')})
wwg = WordwallsGame()
quiz_params = wwg.start_quiz(id, request.user)
if 'error' in quiz_params:
return response(quiz_params, StatusCode.BAD_REQUEST)
return response(quiz_params)
def test_continue_finished_list(self):
""" Continue a list that is tested through all the way."""
LIST_NAME = u'This is my list.'
word_list = WordList.objects.get(name=LIST_NAME)
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.CONTINUE_LIST_CHOICE,
240)
self.assertNotEqual(table_id, 0)
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertTrue('quiz is done' in params['error'])
def test_continue_finished_list(self):
""" Continue a list that is tested through all the way."""
LIST_NAME = 'This is my list.'
word_list = WordList.objects.get(name=LIST_NAME)
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.CONTINUE_LIST_CHOICE,
240)
self.assertNotEqual(table_id, 0)
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertTrue('quiz is done' in params['error'])
def test_quiz_params_correct(self):
table_id, user = self.setup_quiz()
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, user)
self.assertEqual(len(params['questions']), 50)
self.assertEqual(params['time'], 240)
self.assertEqual(params['gameType'], 'regular')
self.assertEqual(params['serverMsg'],
'These are questions 1 through 50 of 81.')
guess_state = wwg.guess('CATS', table_id, user)
self.assertTrue(guess_state['going'])
self.assertEqual(guess_state['alphagram'], '')
def start_game(request, id):
if gargoyle.is_active('disable_games', request):
return response(
{'serverMsg': 'Unable to start game as this is temporarily '
'disabled. Please try again in a few minutes.'})
wwg = WordwallsGame()
gameReady = wwg.startRequest(request.user, id)
if not gameReady:
return response({"serverMsg": request.user.username})
else:
quizParams = wwg.startQuiz(id, request.user)
return response(quizParams)
def api_challengers_by_tablenum(request):
if request.method != "GET":
return bad_request("Must use GET.")
tablenum = request.GET.get("tablenum")
tiebreaker = request.GET.get("tiebreaker", "errors")
wwg = WordwallsGame()
dc_id = wwg.get_dc_id(tablenum)
if dc_id > 0:
dc = DailyChallenge.objects.get(pk=dc_id)
leaderboard_data = get_leaderboard_data_for_dc_instance(dc, tiebreaker)
return response(leaderboard_data)
return bad_request("No such daily challenge.")
def test_missed_behavior(self):
wwg = WordwallsGame()
table_id, user = self.round_1()
wgm = wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 11,
'numFirstMissed': 6, 'numMissed': 6, 'goneThruOnce': True,
'questionIndex': 15, 'is_temporary': True
})
qs = json.loads(word_list.origQuestions)
self.assertEqual(len(qs), 11)
# Now start the quiz again. Should get missed words.
self.round_2(table_id, user)
wgm = wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 6,
'numFirstMissed': 6, 'numMissed': 2, 'goneThruOnce': True,
'questionIndex': 10, 'is_temporary': True
})
qs = json.loads(word_list.origQuestions)
self.assertEqual(len(qs), 11)
# Finally, let's solve the final two alphagrams.
self.round_3(table_id, user)
wgm = wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 2,
'numFirstMissed': 6, 'numMissed': 0, 'goneThruOnce': True,
'questionIndex': 5, 'is_temporary': True
})
# And try to start the quiz again.
params = wwg.start_quiz(table_id, user)
self.assertTrue('quiz is done' in params['error'])
wgm = wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 0,
'numFirstMissed': 6, 'numMissed': 0, 'goneThruOnce': True,
'questionIndex': 0, 'is_temporary': True
})
# Try saving the word list.
LIST_NAME = 'my cool lišt'
resp = wwg.save(user, table_id, LIST_NAME)
self.assertTrue(resp['success'])
self.assertEqual(resp['listname'], LIST_NAME)
wgm = wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 0,
'numFirstMissed': 6, 'numMissed': 0, 'goneThruOnce': True,
'questionIndex': 0, 'is_temporary': False, 'name': LIST_NAME
})
def test_quiz_ends_after_time(self, timer_ran_out):
# Mock timer running out by the time the guess comes in.
timer_ran_out.return_value = True
table_id, user = self.setup_quiz()
wwg = WordwallsGame()
wwg.start_quiz(table_id, user)
guess_state = wwg.guess('CATS', table_id, user)
self.assertFalse(guess_state['going'])
self.assertEqual(guess_state['alphagram'], '')
wgm = wwg.get_wgm(table_id)
state = json.loads(wgm.currentGameState)
self.assertFalse(state['quizGoing'])
def test_quiz_params_correct(self):
table_id, user = self.setup_quiz()
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, user)
self.assertEqual(len(params['questions']), 50)
self.assertEqual(params['time'], 240)
self.assertEqual(params['gameType'], 'regular')
self.assertEqual(params['serverMsg'],
'These are questions 1 through 50 of 81.')
guess_state = wwg.guess('CATS', table_id, user)
self.assertTrue(guess_state['going'])
self.assertEqual(guess_state['alphagram'], '')
def test_firstmissed_allowed(self):
LIST_NAME = u'list the sécond'
word_list = WordList.objects.get(name=LIST_NAME)
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.FIRST_MISSED_CHOICE,
240)
self.assertNotEqual(table_id, 0)
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 6)
self.assertEqual(
set([q['a'] for q in params['questions']]),
set(['AEEILORT', 'AEEILNRT', 'ADEINOST', 'ADEINORS', 'AEILNOST',
'ADEILORT']))
def start_game(request, id):
if gargoyle.is_active('disable_games', request):
return response({
'serverMsg':
'Unable to start game as this is temporarily '
'disabled. Please try again in a few minutes.'
})
wwg = WordwallsGame()
gameReady = wwg.startRequest(request.user, id)
if not gameReady:
return response({"serverMsg": request.user.username})
else:
quizParams = wwg.startQuiz(id, request.user)
return response(quizParams)
def test_firstmissed_allowed(self):
LIST_NAME = 'list the sécond'
word_list = WordList.objects.get(name=LIST_NAME)
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.FIRST_MISSED_CHOICE,
240)
self.assertNotEqual(table_id, 0)
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 6)
self.assertEqual(
set([q['a'] for q in params['questions']]),
set(['AEEILORT', 'AEEILNRT', 'ADEINOST', 'ADEINORS', 'AEILNOST',
'ADEILORT']))
def setup_quiz(self, p_min=10, p_max=90, length=8):
"""
A helper function to start a quiz.
"""
wwg = WordwallsGame()
user = User.objects.get(username='******')
lex = Lexicon.objects.get(lexiconName='NWL18')
search = [
SearchDescription.lexicon(lex),
SearchDescription.length(length, length),
SearchDescription.probability_range(p_min, p_max)
]
logger.debug('In setup_quiz, word lists: %s', WordList.objects.all())
table_id = wwg.initialize_by_search_params(user, search, 240)
return table_id, user
def test_can_save_loaded_list(self):
""" Can we save a list we just loaded? """
LIST_NAME = u'list the sécond'
num_lists_before = WordList.objects.filter(user=self.user).count()
word_list = WordList.objects.get(name=LIST_NAME)
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.CONTINUE_LIST_CHOICE,
240)
self.assertNotEqual(table_id, 0)
wwg = WordwallsGame()
resp = wwg.save(self.user, table_id, LIST_NAME)
self.assertTrue(resp['success'])
self.assertEqual(resp['listname'], LIST_NAME)
self.assertEqual(num_lists_before,
WordList.objects.filter(user=self.user).count())
def test_can_save_loaded_list(self):
""" Can we save a list we just loaded? """
LIST_NAME = 'list the sécond'
num_lists_before = WordList.objects.filter(user=self.user).count()
word_list = WordList.objects.get(name=LIST_NAME)
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.CONTINUE_LIST_CHOICE,
240)
self.assertNotEqual(table_id, 0)
wwg = WordwallsGame()
resp = wwg.save(self.user, table_id, LIST_NAME)
self.assertTrue(resp['success'])
self.assertEqual(resp['listname'], LIST_NAME)
self.assertEqual(num_lists_before,
WordList.objects.filter(user=self.user).count())
def test_missed_behavior(self):
wwg = WordwallsGame()
table_id, user = self.round_1()
wgm = wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 11,
'numFirstMissed': 6, 'numMissed': 6, 'goneThruOnce': True,
'questionIndex': 15, 'is_temporary': True
})
qs = json.loads(word_list.origQuestions)
self.assertEqual(len(qs), 11)
# Now start the quiz again. Should get missed words.
self.round_2(table_id, user)
wgm = wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 6,
'numFirstMissed': 6, 'numMissed': 2, 'goneThruOnce': True,
'questionIndex': 10, 'is_temporary': True
})
qs = json.loads(word_list.origQuestions)
self.assertEqual(len(qs), 11)
# Finally, let's solve the final two alphagrams.
self.round_3(table_id, user)
wgm = wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 2,
'numFirstMissed': 6, 'numMissed': 0, 'goneThruOnce': True,
'questionIndex': 5, 'is_temporary': True
})
# And try to start the quiz again.
params = wwg.start_quiz(table_id, user)
self.assertTrue('quiz is done' in params['error'])
wgm = wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 0,
'numFirstMissed': 6, 'numMissed': 0, 'goneThruOnce': True,
'questionIndex': 0, 'is_temporary': True
})
# Try saving the word list.
LIST_NAME = u'my cool lišt'
resp = wwg.save(user, table_id, LIST_NAME)
self.assertTrue(resp['success'])
self.assertEqual(resp['listname'], LIST_NAME)
wgm = wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 0,
'numFirstMissed': 6, 'numMissed': 0, 'goneThruOnce': True,
'questionIndex': 0, 'is_temporary': False, 'name': LIST_NAME
})
def round_1(self):
table_id, user = self.setup_quiz(p_min=5, p_max=15, length=8)
wwg = WordwallsGame()
# Let's guess some of the words from the 5-15 range
words_to_guess = [
'ABCDEFGH', # miss AEROLITE
'IDOLATER', # miss TAILORED
'OUTRAISE', 'SAUTOIRE',
'ALIENORS', 'AILERONS',
'', # miss ANEROIDS/ANODISER
'SEDATION', # miss ASTONIED
'DELATION',
'', # miss all of the AEILNOST words.
'ASTEROID',
'ELATERIN', # miss ENTAILER and TREENAIL
'DETAINER', 'RETAINED'
]
# Guess all the words 3 times. (5, 5 and 1)
for i in range(3):
params = wwg.start_quiz(table_id, user)
if i != 2:
self.assertEqual(len(params['questions']), 5)
else:
self.assertEqual(len(params['questions']), 1)
for w in words_to_guess:
wwg.guess(w, table_id, user)
wwg.give_up(user, table_id)
return table_id, user
def test_range_list_long(self):
table_id = self.wwg.initialize_by_named_list(
self.lex, self.user, NamedList.objects.get(pk=3099), 240)
self.assertNotEqual(table_id, 0)
wgm = self.wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 21063, 'numCurAlphagrams': 21063,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': True
})
orig_questions = set(json.dumps(q)
for q in json.loads(word_list.origQuestions))
self.assertEqual(len(orig_questions), 21063)
# Start the quiz.
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 50)
def test_range_list_long(self):
table_id = self.wwg.initialize_by_named_list(
self.lex, self.user, NamedList.objects.get(pk=3099), 240)
self.assertNotEqual(table_id, 0)
wgm = self.wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 21063, 'numCurAlphagrams': 21063,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': True
})
orig_questions = set(json.dumps(q)
for q in json.loads(word_list.origQuestions))
self.assertEqual(len(orig_questions), 21063)
# Start the quiz.
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 50)
def test_word_list_created(self):
table_id, user = self.setup_quiz()
wwg = WordwallsGame()
wgm = wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'version': 2,
'lexicon': Lexicon.objects.get(lexiconName='America'),
'user': user, 'numAlphagrams': 81, 'numCurAlphagrams': 81,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': True
})
# The name should be a random uuid.
self.assertEqual(len(word_list.name), 32)
qs = json.loads(word_list.origQuestions)
self.assertEqual(len(qs), 81)
# Search for one in particular
self.assertTrue({'q': 'AEEINRSU', 'a': ['UNEASIER']} in qs)
def guess(user, tableid, params):
g = params['guess']
wrong_answers = params.get('wrongAnswers', 0)
wwg = WordwallsGame()
state = wwg.guess(g.strip(), tableid, user, wrong_answers=wrong_answers)
if state is None:
raise RPCError('Quiz is already over.')
game_packet = {
'g': state['going'],
'C': state['alphagram'],
'w': state['word'],
'a': state['already_solved'],
's': state['solver']
}
# If this is a multiplayer game, should broadcast to group.
# if wwg.is_multiplayer(tableid):
# broadcast_to_table(tableid, BroadcastTypes.GUESS_RESPONSE, game_packet)
return game_packet
def log(request):
body = json.loads(request.body)
if body['type'] == 'nothost':
tablenum = body['tablenum']
current_host = body['currentHost']
username = body['username']
multiplayer = body['tableIsMultiplayer']
wgm = None
if tablenum:
wwg = WordwallsGame()
wgm = wwg.get_wgm(tablenum, False)
actual_host = wgm.host.username if wgm.host else None
players_in = ', '.join([u.username for u in wgm.inTable.all()])
logger.info(
'[event=nothost] tablenum=%s current_host=%s username=%s '
'multiplayer=%s actual_host=%s players_in="%s"', tablenum,
current_host, username, multiplayer, actual_host, players_in)
return response('OK')
def test_word_list_created(self):
logger.debug('In test_word_list_created')
table_id, user = self.setup_quiz()
wwg = WordwallsGame()
wgm = wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'version': 2,
'lexicon': Lexicon.objects.get(lexiconName='NWL18'),
'user': user, 'numAlphagrams': 81, 'numCurAlphagrams': 81,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': True
})
# The name should be a random uuid.
self.assertEqual(len(word_list.name), 32)
qs = json.loads(word_list.origQuestions)
self.assertEqual(len(qs), 81)
# Search for one in particular
self.assertTrue({'q': 'AEEINRSU', 'a': ['UNEASIER']} in qs)
def test_continue_gonethru_list(self):
LIST_NAME = u'list the sécond'
word_list = WordList.objects.get(name=LIST_NAME)
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.CONTINUE_LIST_CHOICE,
240)
self.assertNotEqual(table_id, 0)
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 1)
self.assertEqual(params['questions'][0]['a'], 'ADEILORT')
# Miss it.
gave_up = wwg.give_up(self.user, table_id)
self.assertTrue(gave_up)
word_list = WordList.objects.get(name=LIST_NAME)
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 6,
'numFirstMissed': 6, 'numMissed': 1, 'goneThruOnce': True,
'questionIndex': 10, 'is_temporary': False, 'name': LIST_NAME
})
def test_continue_gonethru_list(self):
LIST_NAME = 'list the sécond'
word_list = WordList.objects.get(name=LIST_NAME)
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.CONTINUE_LIST_CHOICE,
240)
self.assertNotEqual(table_id, 0)
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 1)
self.assertEqual(params['questions'][0]['a'], 'ADEILORT')
# Miss it.
gave_up = wwg.give_up(self.user, table_id)
self.assertTrue(gave_up)
word_list = WordList.objects.get(name=LIST_NAME)
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 6,
'numFirstMissed': 6, 'numMissed': 1, 'goneThruOnce': True,
'questionIndex': 10, 'is_temporary': False, 'name': LIST_NAME
})
def test_individual_alphas(self):
table_id = self.wwg.initialize_by_named_list(
self.lex, self.user, NamedList.objects.get(pk=3092), 240)
self.assertNotEqual(table_id, 0)
wgm = self.wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 691, 'numCurAlphagrams': 691,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': True
})
orig_questions = set(json.dumps(q)
for q in json.loads(word_list.origQuestions))
self.assertEqual(len(orig_questions), 691)
# Start the quiz.
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 50)
logger.debug(params['questions'])
self.assertNotEqual(re.search(r'[JQXZ]', params['questions'][0]['a']),
None)
def test_individual_alphas(self):
table_id = self.wwg.initialize_by_named_list(
self.lex, self.user, NamedList.objects.get(pk=3092), 240)
self.assertNotEqual(table_id, 0)
wgm = self.wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 691, 'numCurAlphagrams': 691,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': True
})
orig_questions = set(json.dumps(q)
for q in json.loads(word_list.origQuestions))
self.assertEqual(len(orig_questions), 691)
# Start the quiz.
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 50)
logger.debug(params['questions'])
self.assertNotEqual(re.search(r'[JQXZ]', params['questions'][0]['a']),
None)
def round_1(self):
table_id, user = self.setup_quiz(p_min=5, p_max=15, length=8)
wwg = WordwallsGame()
# Let's guess some of the words from the 5-15 range
words_to_guess = [
'ABCDEFGH', # miss AEROLITE
'IDOLATER', # miss TAILORED
'OUTRAISE', 'SAUTOIRE',
'ALIENORS', 'AILERONS',
'', # miss ANEROIDS/ANODISER
'SEDATION', # miss ASTONIED
'DELATION',
'', # miss all of the AEILNOST words.
'ASTEROID',
'ELATERIN', # miss ENTAILER and TREENAIL
'DETAINER', 'RETAINED'
]
# Guess all the words 3 times. (5, 5 and 1)
for i in range(3):
params = wwg.start_quiz(table_id, user)
if i != 2:
self.assertEqual(len(params['questions']), 5)
else:
self.assertEqual(len(params['questions']), 1)
for w in words_to_guess:
wwg.guess(w, table_id, user)
wwg.give_up(user, table_id)
return table_id, user
def table_response(tablenum):
game = WordwallsGame()
addl_params = game.get_add_params(tablenum)
wgm = game.get_wgm(tablenum, lock=False)
# Sometimes, 'tempListName' will not be in addl_params, when this
# is loading an already existing saved list. Instead, get from saveName.
if addl_params.get("saveName"):
autosave = True
list_name = addl_params["saveName"]
else:
autosave = False
list_name = addl_params["tempListName"]
return response(
{
"tablenum": tablenum,
"list_name": list_name,
"lexicon": wgm.lexicon.lexiconName,
"autosave": autosave,
"multiplayer": addl_params.get("multiplayer", False),
}
)
def test_restart_unfinished_list(self):
LIST_NAME = "i live in a giant bucket"
word_list = WordList.objects.get(name=LIST_NAME)
questions = set(json.dumps(q)
for q in json.loads(word_list.origQuestions))
# Try restarting the list.
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.RESTART_LIST_CHOICE,
240)
word_list = WordList.objects.get(name=LIST_NAME)
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 11,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': False, 'name': LIST_NAME
})
orig_questions = set(json.dumps(q)
for q in json.loads(word_list.origQuestions))
# Make sure old questions == new questions
self.assertEqual(orig_questions, questions)
# Start the quiz and make sure we got all 11 questions
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 11)
def test_restart_unfinished_list(self):
LIST_NAME = "i live in a giant bucket"
word_list = WordList.objects.get(name=LIST_NAME)
questions = set(json.dumps(q)
for q in json.loads(word_list.origQuestions))
# Try restarting the list.
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.RESTART_LIST_CHOICE,
240)
word_list = WordList.objects.get(name=LIST_NAME)
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 11,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': False, 'name': LIST_NAME
})
orig_questions = set(json.dumps(q)
for q in json.loads(word_list.origQuestions))
# Make sure old questions == new questions
self.assertEqual(orig_questions, questions)
# Start the quiz and make sure we got all 11 questions
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 11)
def load_raw_questions(request, parsed_req_body):
try:
tablenum = WordwallsGame().initialize_by_raw_questions(
parsed_req_body["lexicon"],
request.user,
parsed_req_body["raw_questions"],
parsed_req_body["quiz_time_secs"],
parsed_req_body["questions_per_round"],
use_table=parsed_req_body["tablenum"],
multiplayer=parsed_req_body["multiplayer"],
)
except GameInitException as e:
return bad_request(str(e))
return table_response(tablenum)
def saved_lists_submit(user, post):
lexForm = LexiconForm(post)
timeForm = TimeForm(post)
slForm = SavedListForm(post)
if not (lexForm.is_valid() and timeForm.is_valid() and slForm.is_valid()):
return response({'success': False,
'error': 'Please check that you have selected '
'a word list and a time greater than '
'1 minute.'})
lex = Lexicon.objects.get(
lexiconName=lexForm.cleaned_data['lexicon'])
quizTime = int(
round(timeForm.cleaned_data['quizTime'] * 60))
wwg = WordwallsGame()
tablenum = wwg.initializeBySavedList(
lex, user, slForm.cleaned_data['wordList'],
slForm.cleaned_data['listOption'], quizTime)
if tablenum == 0:
raise Http404
return response({'url': reverse('wordwalls_table',
args=(tablenum,)),
'success': True})
def test_continue_list_multiplayer(self):
# Fist load a new challenge, to create a table.
result = self.client.post('/wordwalls/api/new_challenge/',
data=json.dumps({
'lexicon': 7,
'challenge': 14,
'tablenum': 0,
'date': '2013-11-29'
}),
content_type='application/json')
self.assertEqual(result.status_code, 200)
content = json.loads(result.content)
tablenum = content['tablenum']
# Now try to continue a saved list in multiplayer mode.
result = self.client.post('/wordwalls/api/load_saved_list/',
data=json.dumps({
'lexicon': 7,
'desiredTime': 5,
'questionsPerRound': 50,
'selectedList': 2,
'tablenum': tablenum,
'listOption': 'continue',
'multiplayer': True
}),
content_type='application/json')
logger.debug(result.content)
self.assertEqual(result.status_code, 200)
# We should make a new copy of the word list, instead of use
# the existing one.
game = WordwallsGame()
new_word_list = game.get_wgm(tablenum, lock=False).word_list
old_word_list = WordList.objects.get(pk=2)
self.assertEqual(new_word_list.origQuestions,
old_word_list.origQuestions)
self.assertTrue(new_word_list.is_temporary)
self.assertFalse(old_word_list.is_temporary)
def round_2(self, table_id, user):
wwg = WordwallsGame()
words_to_guess = [
'AEROLITE',
'IDOLATER', 'TAILORED',
'', # miss ANEROIDS again
'ASTONIED', 'SEDATION',
'ELATIONS', 'INSOLATE', 'TOENAILS',
'ELATERIN', 'ENTAILER' # miss TREENAIL
]
# Guess all the words 2 times. (5, 5 and 1)
for i in range(2):
params = wwg.start_quiz(table_id, user)
logger.debug('params %s', params)
if i == 0:
self.assertEqual(len(params['questions']), 5)
else:
self.assertEqual(len(params['questions']), 1)
for w in words_to_guess:
wwg.guess(w, table_id, user)
wwg.give_up(user, table_id)
class WordwallsNamedListTest(TestCase, WordListAssertMixin):
""" "Named" lists. """
fixtures = ['test/lexica.json',
'test/users.json',
'test/profiles.json',
'test/word_lists.json',
'test/named_lists.json']
def setUp(self):
self.user = User.objects.get(username='******')
self.lex = Lexicon.objects.get(lexiconName='America')
self.wwg = WordwallsGame()
def test_range_list_short(self):
table_id = self.wwg.initialize_by_named_list(
self.lex, self.user, NamedList.objects.get(pk=3143), 240)
self.assertNotEqual(table_id, 0)
wgm = self.wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 1000, 'numCurAlphagrams': 1000,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': True
})
orig_questions = set(json.dumps(q)
for q in json.loads(word_list.origQuestions))
self.assertEqual(len(orig_questions), 1000)
# Start the quiz.
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 50)
def test_range_list_long(self):
table_id = self.wwg.initialize_by_named_list(
self.lex, self.user, NamedList.objects.get(pk=3099), 240)
self.assertNotEqual(table_id, 0)
wgm = self.wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 21063, 'numCurAlphagrams': 21063,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': True
})
orig_questions = set(json.dumps(q)
for q in json.loads(word_list.origQuestions))
self.assertEqual(len(orig_questions), 21063)
# Start the quiz.
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 50)
def test_individual_alphas(self):
table_id = self.wwg.initialize_by_named_list(
self.lex, self.user, NamedList.objects.get(pk=3092), 240)
self.assertNotEqual(table_id, 0)
wgm = self.wwg.get_wgm(table_id)
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 691, 'numCurAlphagrams': 691,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': True
})
orig_questions = set(json.dumps(q)
for q in json.loads(word_list.origQuestions))
self.assertEqual(len(orig_questions), 691)
# Start the quiz.
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 50)
logger.debug(params['questions'])
self.assertNotEqual(re.search(r'[JQXZ]', params['questions'][0]['a']),
None)
def setUp(self):
self.user = User.objects.get(username='******')
self.lex = Lexicon.objects.get(lexiconName='America')
self.wwg = WordwallsGame()
def mark_missed(request, id):
wwg = WordwallsGame()
marked = wwg.mark_missed(request.POST['idx'], id, request.user)
return response({'success': marked})
def table(request, id):
if request.method == 'POST':
action = request.POST['action']
logger.debug(u'user=%s, action=%s, table=%s', request.user, action, id)
if action == "start":
return start_game(request, id)
elif action == "guess":
logger.debug(u'guess=%s', request.POST['guess'])
wwg = WordwallsGame()
state = wwg.guess(request.POST['guess'].strip(), id, request.user)
if state is None:
return response(_('Quiz is already over.'),
status=StatusCode.BAD_REQUEST)
logger.debug(u'table=%s Returning %s', id, state)
return response({'g': state['going'], 'C': state['alphagram'],
'w': state['word'],
'a': state['already_solved']})
elif action == "gameEnded":
wwg = WordwallsGame()
ret = wwg.check_game_ended(id)
# 'going' is the opposite of 'game ended'
return response({'g': not ret})
elif action == "giveUp":
wwg = WordwallsGame()
ret = wwg.give_up(request.user, id)
return response({'g': not ret})
elif action == "save":
wwg = WordwallsGame()
ret = wwg.save(request.user, id, request.POST['listname'])
return response(ret)
elif action == "giveUpAndSave":
wwg = WordwallsGame()
ret = wwg.give_up_and_save(request.user, id,
request.POST['listname'])
# this shouldn't return a response, because it's not going to be
# caught by the javascript
logger.debug("Give up and saving returned: %s" % ret)
return response(ret)
elif action == "savePrefs":
profile = request.user.aerolithprofile
profile.customWordwallsStyle = request.POST['prefs']
profile.save()
return response({'success': True})
elif action == "getDcData":
wwg = WordwallsGame()
dcId = wwg.get_dc_id(id)
if dcId > 0:
leaderboardData = getLeaderboardDataDcInstance(
DailyChallenge.objects.get(pk=dcId))
return response(leaderboardData)
else:
return response({'success': False},
status=StatusCode.BAD_REQUEST)
else: # it's a GET
wwg = WordwallsGame()
permitted = wwg.permit(request.user, id)
if gargoyle.is_active('disable_games', request):
permitted = False
if not permitted:
return render(request, 'wordwalls/notPermitted.html',
{'tablenum': id})
params = wwg.get_add_params(id)
# Add styling params from user's profile (for styling table
# tiles, backgrounds, etc)
profile = request.user.aerolithprofile
style = profile.customWordwallsStyle
if style != "":
params['style'] = style
return render(request, 'wordwalls/table.html',
{'tablenum': id,
'username': request.user.username,
'addParams': json.dumps(params),
'avatarUrl': profile.avatarUrl,
'CURRENT_VERSION': CURRENT_VERSION,
'lexicon': wwg.get_wgm(id).lexicon
})
class WordwallsSavedListModesTest(WordwallsBasicLogicTest):
"""
Test modes of saved list such as missed, first missed, continue,
restart.
"""
def setUp(self):
self.user = User.objects.get(username='******')
self.lex = Lexicon.objects.get(lexiconName='America')
self.wwg = WordwallsGame()
def test_firstmissed_not_allowed(self):
LIST_NAME = "i live in a giant bucket"
word_list = WordList.objects.get(name=LIST_NAME)
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.FIRST_MISSED_CHOICE,
240)
self.assertEqual(table_id, 0)
def test_restart_unfinished_list(self):
LIST_NAME = "i live in a giant bucket"
word_list = WordList.objects.get(name=LIST_NAME)
questions = set(json.dumps(q)
for q in json.loads(word_list.origQuestions))
# Try restarting the list.
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.RESTART_LIST_CHOICE,
240)
word_list = WordList.objects.get(name=LIST_NAME)
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 11,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': False, 'name': LIST_NAME
})
orig_questions = set(json.dumps(q)
for q in json.loads(word_list.origQuestions))
# Make sure old questions == new questions
self.assertEqual(orig_questions, questions)
# Start the quiz and make sure we got all 11 questions
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 11)
@override_settings(WORDWALLS_QUESTIONS_PER_ROUND=5)
def test_continue_unfinished_list(self):
LIST_NAME = "i live in a giant bucket"
word_list = WordList.objects.get(name=LIST_NAME)
# Continue the list.
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.CONTINUE_LIST_CHOICE,
240)
word_list = WordList.objects.get(name=LIST_NAME)
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 11,
'numFirstMissed': 0, 'numMissed': 3, 'goneThruOnce': False,
'questionIndex': 10, 'is_temporary': False, 'name': LIST_NAME
})
# Start the quiz; we should only get one question.
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 1)
self.assertEqual(params['questions'][0]['a'], 'AEIORSTU')
# Miss it.
gave_up = wwg.give_up(self.user, table_id)
self.assertTrue(gave_up)
word_list = WordList.objects.get(name=LIST_NAME)
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 11,
'numFirstMissed': 4, 'numMissed': 4, 'goneThruOnce': True,
'questionIndex': 15, 'is_temporary': False, 'name': LIST_NAME,
})
self.assertEqual(set([0, 2, 3, 10]),
set(json.loads(word_list.firstMissed)))
def test_firstmissed_allowed(self):
LIST_NAME = u'list the sécond'
word_list = WordList.objects.get(name=LIST_NAME)
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.FIRST_MISSED_CHOICE,
240)
self.assertNotEqual(table_id, 0)
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 6)
self.assertEqual(
set([q['a'] for q in params['questions']]),
set(['AEEILORT', 'AEEILNRT', 'ADEINOST', 'ADEINORS', 'AEILNOST',
'ADEILORT']))
@override_settings(WORDWALLS_QUESTIONS_PER_ROUND=5)
def test_continue_gonethru_list(self):
LIST_NAME = u'list the sécond'
word_list = WordList.objects.get(name=LIST_NAME)
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.CONTINUE_LIST_CHOICE,
240)
self.assertNotEqual(table_id, 0)
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 1)
self.assertEqual(params['questions'][0]['a'], 'ADEILORT')
# Miss it.
gave_up = wwg.give_up(self.user, table_id)
self.assertTrue(gave_up)
word_list = WordList.objects.get(name=LIST_NAME)
self.assert_wl(word_list, {
'numAlphagrams': 11, 'numCurAlphagrams': 6,
'numFirstMissed': 6, 'numMissed': 1, 'goneThruOnce': True,
'questionIndex': 10, 'is_temporary': False, 'name': LIST_NAME
})
def test_continue_finished_list(self):
""" Continue a list that is tested through all the way."""
LIST_NAME = u'This is my list.'
word_list = WordList.objects.get(name=LIST_NAME)
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.CONTINUE_LIST_CHOICE,
240)
self.assertNotEqual(table_id, 0)
wwg = WordwallsGame()
params = wwg.start_quiz(table_id, self.user)
self.assertTrue('quiz is done' in params['error'])
def test_can_save_loaded_list(self):
""" Can we save a list we just loaded? """
LIST_NAME = u'list the sécond'
num_lists_before = WordList.objects.filter(user=self.user).count()
word_list = WordList.objects.get(name=LIST_NAME)
table_id = self.wwg.initialize_by_saved_list(
self.lex, self.user, word_list, SavedListForm.CONTINUE_LIST_CHOICE,
240)
self.assertNotEqual(table_id, 0)
wwg = WordwallsGame()
resp = wwg.save(self.user, table_id, LIST_NAME)
self.assertTrue(resp['success'])
self.assertEqual(resp['listname'], LIST_NAME)
self.assertEqual(num_lists_before,
WordList.objects.filter(user=self.user).count())
class WordwallsMissedBingosTest(WordwallsBasicLogicTest):
"""
Missed bingos.
We have one basic case here. It is easiest to test given a good text
editor; we can search for "board": {some integer} in the leaderboard
entry json, for example, to quickly find the total number of people
who did that challenge, etc.
The answers below are a little bit off from the count, because
we throw away leaderboard entries where "qualifyForAward" is false.
For this case, we got Monday, Tuesday, Wednesday, Thursday. We throw
away the first two (Monday 7s and 8s) since the "missed bingo"
challenge week starts on Tuesday.
challenge 40256, leaderboard 40079, answers: 54 Tues 7s
challenge 40260, leaderboard 40082, answers: 34 Tues 8s
challenge 40279, leaderboard 40106, answers: 47 Wed 7s
challenge 40287, leaderboard 40108, answers: 34 Wed 8s
challenge 40307, leaderboard 40128, answers: 58 Thurs 7s
challenge 40313, leaderboard 40134, answers: 33 Thurs 8s
"""
fixtures = ['test/lexica.json',
# Eventually get rid of these two, because they are
# replaced by sqlite, but for now we test for backwards
# compatibility, since we are doing an in-place
# migration.
'test/users.json',
'test/profiles.json',
'dcNames.json',
'test/daily_challenge.json',
'test/daily_challenge_leaderboard.json',
'test/daily_challenge_leaderboard_entry.json',
'test/daily_challenge_missed_bingos.json']
expected_missed_bingos = set([
'ADEEIKKS', 'DEIILMMS', 'ACIORRTT', 'ACELOPRT', 'AFIIMNPR',
'ALMOOPRS', 'AACEOSST', 'BDEEILNR', 'HIMORSST', 'EHOORSST',
'AGHNORST', 'ACCILRSY', 'ACCDEILY', 'ACIIRSTT', 'DEHKLNOU',
'AADGMNOP', 'AEORRRST', 'CIILNOPS', 'AAGIMNOS', 'ADILMOSY',
'ADEIMSTY', 'DEELLORW', 'EGIILNRS', 'AACEEHRT', 'EEILNOSV',
'AABLLOR', 'FIOPRST', 'AEHIMSS', 'ACCDHIL', 'ACEHRRX',
'CEHNOSU', 'ACHHIRS', 'AEGILNR', 'EIMORST', 'EGMORSU',
'ACCEIST', 'AELMMSY', 'EEINSTV', 'LLOSTUY', 'ACEIRTT',
'AAAKLMY', 'BIMNOSU', 'AALOPRS', 'CIKNPSY', 'BDNOORU',
'AEHMPTY', 'ACCILST', 'AEGIKPR', 'ENNORSU', 'ACIRTUY'
])
def setUp(self):
self.user = User.objects.get(username='******')
self.lex = Lexicon.objects.get(lexiconName='America')
self.wwg = WordwallsGame()
def test_load_missed_bingos(self):
challenge = DailyChallengeName.objects.get(
name="Week's Bingo Toughies")
table_id = self.wwg.initialize_daily_challenge(
self.user, self.lex, challenge, date(2015, 10, 20))
wgm = self.wwg.get_wgm(table_id)
state = json.loads(wgm.currentGameState)
# This test is run more than a week afterwards, for all time,
# so it does not qualify for an award anymore. We should maybe
# mock time to make it clear it's at least a week after 2015/10/19
self.assertFalse(state['qualifyForAward'])
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 50, 'numCurAlphagrams': 50,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': True
})
questions = json.loads(word_list.origQuestions)
# logger.debug('Questions: %s', questions)
self.assertEqual(set([q['q'] for q in questions]),
self.expected_missed_bingos)
def table(request, id):
logger.info("request: %s", request.method)
if request.method == 'POST':
action = request.POST['action']
logger.info('action %s', action)
if action == "start":
return start_game(request, id)
elif action == "guess":
logger.info('%s: guess %s, table %s', request.user.username,
request.POST['guess'], id)
wwg = WordwallsGame()
state = wwg.guess(request.POST['guess'].strip(), id, request.user)
return response({'g': state[0], 'C': state[1]})
elif action == "gameEnded":
wwg = WordwallsGame()
ret = wwg.checkGameEnded(id)
# 'going' is the opposite of 'game ended'
return response({'g': not ret})
elif action == "giveUp":
wwg = WordwallsGame()
ret = wwg.giveUp(request.user, id)
return response({'g': not ret})
elif action == "save":
wwg = WordwallsGame()
ret = wwg.save(request.user, id, request.POST['listname'])
return response(ret)
elif action == "giveUpAndSave":
wwg = WordwallsGame()
ret = wwg.giveUpAndSave(request.user, id, request.POST['listname'])
# this shouldn't return a response, because it's not going to be
# caught by the javascript
logger.debug("Give up and saving returned: %s" % ret)
return response(ret)
elif action == "savePrefs":
profile = request.user.get_profile()
profile.customWordwallsStyle = request.POST['prefs']
profile.save()
return response({'success': True})
elif action == "getDcData":
wwg = WordwallsGame()
dcId = wwg.getDcId(id)
if dcId > 0:
leaderboardData = getLeaderboardDataDcInstance(
DailyChallenge.objects.get(pk=dcId))
return response(leaderboardData)
else: # it's a GET
wwg = WordwallsGame()
permitted = wwg.permit(request.user, id)
if gargoyle.is_active('disable_games', request):
permitted = False
if permitted:
params = wwg.getAddParams(id)
# Add styling params from user's profile (for styling table
# tiles, backgrounds, etc)
try:
profile = request.user.get_profile()
style = profile.customWordwallsStyle
if style != "":
params['style'] = style
except:
pass
return render_to_response('wordwalls/table.html',
{'tablenum': id,
'username': request.user.username,
'addParams': json.dumps(params),
'avatarUrl': profile.avatarUrl,
'CURRENT_VERSION': CURRENT_VERSION
},
context_instance=RequestContext(request))
else:
return render_to_response('wordwalls/notPermitted.html',
{'tablenum': id},
context_instance=RequestContext(request))
class WordwallsChallengeBehaviorTest(WordwallsBasicLogicTest):
"""
Test challenge behavior. Create challenges, quiz on them, leaderboards,
etc.
"""
fixtures = ['test/lexica.json',
'test/users.json',
'test/profiles.json',
'dcNames.json',
'test/daily_challenge.json']
def setUp(self):
self.user = User.objects.get(username='******')
self.lex = Lexicon.objects.get(lexiconName='America')
self.wwg = WordwallsGame()
def test_length_challenge(self):
""" Test a regular challenge by word length (Today's 6s). """
num_challenges = DailyChallenge.objects.count()
challenge = DailyChallengeName.objects.get(name="Today's 6s")
table_id = self.wwg.initialize_daily_challenge(
self.user, self.lex, challenge, date.today())
# Assert that it created a challenge.
self.assertEqual(num_challenges + 1, DailyChallenge.objects.count())
wgm = self.wwg.get_wgm(table_id)
state = json.loads(wgm.currentGameState)
self.assertTrue(state['qualifyForAward'])
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 50, 'numCurAlphagrams': 50,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': True
})
questions = json.loads(word_list.origQuestions)
for q in questions:
self.assertEqual(len(q['q']), 6, msg=q)
self.assertEqual(
len(set([q['q'] for q in questions])), 50)
def test_bingo_marathon_challenge(self):
""" Test bingo marathon challenge. """
challenge = DailyChallengeName.objects.get(name='Bingo Marathon')
table_id = self.wwg.initialize_daily_challenge(
self.user, self.lex, challenge, date.today())
wgm = self.wwg.get_wgm(table_id)
state = json.loads(wgm.currentGameState)
self.assertTrue(state['qualifyForAward'])
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 100, 'numCurAlphagrams': 100,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': True
})
questions = json.loads(word_list.origQuestions)
# Check there are 50 7s and 50 8s
num_7s = 0
num_8s = 0
for q in questions:
if len(q['q']) == 7:
num_7s += 1
elif len(q['q']) == 8:
num_8s += 1
self.assertEqual(num_7s, 50)
self.assertEqual(num_8s, 50)
self.assertEqual(
len(set([q['q'] for q in questions])), 100)
params = self.wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 100)
probability = params['questions'][0]['p']
self.assertTrue(probability > 0)
@mock.patch('wordwalls.challenges.gen_blank_challenges',
side_effect=blank_bingo_generator)
def test_blank_bingos(self, mock_content):
""" Test blank bingos. (This comment is unnecessary, right?)"""
challenge = DailyChallengeName.objects.get(name='Blank Bingos')
table_id = self.wwg.initialize_daily_challenge(
self.user, self.lex, challenge, date.today())
wgm = self.wwg.get_wgm(table_id)
state = json.loads(wgm.currentGameState)
self.assertTrue(state['qualifyForAward'])
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 50, 'numCurAlphagrams': 50,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': True
})
questions = json.loads(word_list.origQuestions)
self.assertEqual(
len(set([q['q'] for q in questions])), 50)
params = self.wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 50)
# Blank bingos have no probability for their alphagram.
self.assertTrue(params['questions'][0]['p'] is None)
def test_play_old_challenge(self):
""" Play an old challenge instead of creating a new one. """
num_challenges = DailyChallenge.objects.count()
challenge = DailyChallengeName.objects.get(name="Bingo Marathon")
table_id = self.wwg.initialize_daily_challenge(
self.user, Lexicon.objects.get(lexiconName='CSW15'),
challenge, date(2015, 12, 8))
# Assert that it did not create an additional challenge.
self.assertEqual(num_challenges, DailyChallenge.objects.count())
wgm = self.wwg.get_wgm(table_id)
state = json.loads(wgm.currentGameState)
self.assertFalse(state['qualifyForAward'])
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 100, 'numCurAlphagrams': 100,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': True
})
questions = json.loads(word_list.origQuestions)
for q in questions:
self.assertTrue(len(q['q']) in (7, 8), msg=q)
self.assertEqual(
len(set([q['q'] for q in questions])), 100)
params = self.wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 100)
def test_play_old_blank_bingos(self):
"""
Play an old blank bingos challenge instead of creating a new one.
"""
num_challenges = DailyChallenge.objects.count()
challenge = DailyChallengeName.objects.get(name="Blank Bingos")
table_id = self.wwg.initialize_daily_challenge(
self.user, Lexicon.objects.get(lexiconName='America'),
challenge, date(2016, 1, 1))
# Assert that it did not create an additional challenge.
self.assertEqual(num_challenges, DailyChallenge.objects.count())
wgm = self.wwg.get_wgm(table_id)
state = json.loads(wgm.currentGameState)
self.assertFalse(state['qualifyForAward'])
word_list = wgm.word_list
self.assert_wl(word_list, {
'numAlphagrams': 50, 'numCurAlphagrams': 50,
'numFirstMissed': 0, 'numMissed': 0, 'goneThruOnce': False,
'questionIndex': 0, 'is_temporary': True
})
questions = json.loads(word_list.origQuestions)
for q in questions:
self.assertTrue(len(q['q']) in (7, 8), msg=q)
self.assertEqual(
len(set([q['q'] for q in questions])), 50)
params = self.wwg.start_quiz(table_id, self.user)
self.assertEqual(len(params['questions']), 50)
