def test_only_get_new_messages(): test_iid = test_utils.make_instance() mtype = 'test' contents = ['quack', 'duck'] test_utils.send_new_message(test_iid, mtype, [firstpid], contents) response = test_utils.get_messages(test_iid, mtype, '', 1) date = response[0]['mtime'] assert date response = test_utils.get_messages(test_iid, mtype, date, 1) assert len(response) == 0 test_utils.send_new_message(test_iid, mtype, [firstpid], contents) response = test_utils.get_messages(test_iid, mtype, date, 1) assert len(response) == 1
def test_send_message_to_multiple_people(): test_iid = test_utils.make_instance() mtype = 'test' contents = ['quack', 'duck'] player2 = '*****@*****.**' test_utils.add_player(test_iid, player2) test_utils.send_new_message(test_iid, 'type1', [firstpid, player2], contents) test_utils.send_new_message(test_iid, 'type2', [firstpid, player2], contents) response = test_utils.get_messages(test_iid, '', '', 2) assert response[0]['type'] == 'type1' assert response[1]['type'] == 'type2' response = test_utils.get_messages(test_iid, '', '', 2, pid = player2) assert response[0]['type'] == 'type1' assert response[1]['type'] == 'type2'
def test_only_get_new_messages():
test_iid = test_utils.make_instance()
mtype = 'test'
contents = ['quack', 'duck']
test_utils.send_new_message(test_iid, mtype, [firstpid], contents)
response = test_utils.get_messages(test_iid, mtype, '', 1)
date = response[0]['mtime']
assert date
response = test_utils.get_messages(test_iid, mtype, date, 1)
assert len(response) == 0
test_utils.send_new_message(test_iid, mtype, [firstpid], contents)
response = test_utils.get_messages(test_iid, mtype, date, 1)
assert len(response) == 1
def test_send_message_to_multiple_people():
test_iid = test_utils.make_instance()
mtype = 'test'
contents = ['quack', 'duck']
player2 = '*****@*****.**'
test_utils.add_player(test_iid, player2)
test_utils.send_new_message(test_iid, 'type1', [firstpid, player2],
contents)
test_utils.send_new_message(test_iid, 'type2', [firstpid, player2],
contents)
response = test_utils.get_messages(test_iid, '', '', 2)
assert response[0]['type'] == 'type1'
assert response[1]['type'] == 'type2'
response = test_utils.get_messages(test_iid, '', '', 2, pid=player2)
assert response[0]['type'] == 'type1'
assert response[1]['type'] == 'type2'
def test_get_all_types(): test_iid = test_utils.make_instance() mtype = 'test' contents = ['quack', 'duck'] test_utils.send_new_message(test_iid, 'type1', [firstpid], contents) test_utils.send_new_message(test_iid, 'type2', [firstpid], contents) response = test_utils.get_messages(test_iid, '', '', 2) assert response[0]['type'] == 'type1' assert response[1]['type'] == 'type2'
def test_send_message_to_empty(): test_iid = test_utils.make_instance() mtype = 'test' contents = ['quack', 'duck'] test_utils.send_new_message(test_iid, mtype, '', contents) response = test_utils.get_messages(test_iid, mtype, '', 1) assert response[0]['type'] == mtype assert response[0]['contents'] == ['quack', 'duck']
def test_get_all_types():
test_iid = test_utils.make_instance()
mtype = 'test'
contents = ['quack', 'duck']
test_utils.send_new_message(test_iid, 'type1', [firstpid], contents)
test_utils.send_new_message(test_iid, 'type2', [firstpid], contents)
response = test_utils.get_messages(test_iid, '', '', 2)
assert response[0]['type'] == 'type1'
assert response[1]['type'] == 'type2'
def test_send_message_to_empty():
test_iid = test_utils.make_instance()
mtype = 'test'
contents = ['quack', 'duck']
test_utils.send_new_message(test_iid, mtype, '', contents)
response = test_utils.get_messages(test_iid, mtype, '', 1)
assert response[0]['type'] == mtype
assert response[0]['contents'] == ['quack', 'duck']
def test_messages_email_strip():
test_iid = test_utils.make_instance()
mtype = 'test'
contents = ['quack', 'duck']
recipient = ['"Bob Jones" <*****@*****.**>']
test_utils.send_new_message(test_iid, mtype, recipient, contents,
pid = '"Frank Lloyd" <*****@*****.**>')
response = test_utils.get_messages(test_iid, mtype, '', 1,
pid = '"Bob Johnson" <*****@*****.**>')
assert response[0]['type'] == mtype
def test_player_left():
iid = test_utils.make_instance()
for player in init_players:
test_utils.add_player(iid, player)
# Start the game
current_round = 1
response = test_utils.post_server_command(iid, 'ata_new_game', [])
instance = test_utils.get_instance_model(iid)
noun_cards_left = card_game.cards_left(instance)
assert instance.ata_round == current_round
# Get the cards
for player in players:
hand = test_utils.get_messages(iid, 'crd_hand', '', 1, pid=player)[0]
assert len(hand['contents']) == 7
player_cards[player] = hand['contents']
player_submissions = {}
instance = test_utils.get_instance_model(iid)
removed_player = instance.players[2]
instance.players.remove(removed_player)
instance.put()
card = player_cards[player].pop()
response = test_utils.post_server_command(iid,
'ata_submit_card',
[current_round, card],
pid=instance.players[1])
assert len(response['contents']) == 1
instance = test_utils.get_instance_model(iid)
assert removed_player in instance.invited
test_utils.add_player(iid, removed_player)
# Submit cards
for player in players:
if player != instance.leader:
card = player_cards[player].pop()
response = test_utils.post_server_command(iid,
'ata_submit_card',
[current_round, card],
pid=player)
player_cards[player] = response['contents'][2]
player_submissions[player] = card
for c in player_submissions.values():
assert c in response['contents'][1]
assert len(player_cards[player]) == 7
def test_player_left():
iid = test_utils.make_instance()
for player in init_players:
test_utils.add_player(iid, player)
# Start the game
current_round = 1
response = test_utils.post_server_command(iid, 'ata_new_game', [])
instance = test_utils.get_instance_model(iid)
noun_cards_left = card_game.cards_left(instance)
assert instance.ata_round == current_round
# Get the cards
for player in players:
hand = test_utils.get_messages(iid, 'crd_hand', '', 1, pid = player)[0]
assert len(hand['contents']) == 7
player_cards[player] = hand['contents']
player_submissions = {}
instance = test_utils.get_instance_model(iid)
removed_player = instance.players[2]
instance.players.remove(removed_player)
instance.put()
card = player_cards[player].pop()
response = test_utils.post_server_command(iid, 'ata_submit_card',
[current_round, card],
pid = instance.players[1])
assert len(response['contents']) == 1
instance = test_utils.get_instance_model(iid)
assert removed_player in instance.invited
test_utils.add_player(iid, removed_player)
# Submit cards
for player in players:
if player != instance.leader:
card = player_cards[player].pop()
response = test_utils.post_server_command(iid, 'ata_submit_card',
[current_round, card],
pid = player)
player_cards[player] = response['contents'][2]
player_submissions[player] = card
for c in player_submissions.values():
assert c in response['contents'][1]
assert len(player_cards[player]) == 7
def test_messages_email_strip():
test_iid = test_utils.make_instance()
mtype = 'test'
contents = ['quack', 'duck']
recipient = ['"Bob Jones" <*****@*****.**>']
test_utils.send_new_message(test_iid,
mtype,
recipient,
contents,
pid='"Frank Lloyd" <*****@*****.**>')
response = test_utils.get_messages(test_iid,
mtype,
'',
1,
pid='"Bob Johnson" <*****@*****.**>')
assert response[0]['type'] == mtype
def test_full_game():
iid = test_utils.make_instance()
for player in init_players:
test_utils.add_player(iid, player)
# Start the game
current_round = 1
response = test_utils.post_server_command(iid, 'ata_new_game', [])
instance = test_utils.get_instance_model(iid)
noun_cards_left = card_game.cards_left(instance)
assert instance.ata_round == current_round
# Get the cards
for player in players:
hand = test_utils.get_messages(iid, 'crd_hand', '', 1, pid = player)[0]
assert len(hand['contents']) == 7
player_cards[player] = hand['contents']
player_submissions = {}
# Submit cards
for player in players:
if player != instance.leader:
card = player_cards[player].pop()
response = test_utils.post_server_command(iid, 'ata_submit_card',
[current_round, card],
pid = player)
player_cards[player] = response['contents'][2]
player_submissions[player] = card
for c in player_submissions.values():
assert c in response['contents'][1]
assert len(player_cards[player]) == 7
instance = test_utils.get_instance_model(iid)
assert noun_cards_left - len(players) + 1 == card_game.cards_left(instance)
for player in players:
response = test_utils.get_messages(iid, 'ata_submissions', '', 1,
pid = player)[0]
for c in player_submissions.values():
assert c in response['contents'][1]
assert response['contents'][0] == current_round
# Choose a winner
winner = [x for x in players if x != instance.leader][0]
contents = test_utils.post_server_command(iid, 'ata_end_turn',
[current_round,
player_submissions[winner]],
pid = instance.leader)['contents']
assert contents[2] == 2
assert contents[3] == winner
assert contents[4] == player_submissions[winner]
assert [1, winner] in contents[1]
current_round = current_round + 1
instance = test_utils.get_instance_model(iid)
assert instance.ata_round == current_round
# Check for next round messages
for player in players:
new_round_msg = test_utils.get_messages(iid, 'ata_new_round', '',
1, pid = player)[0]['contents']
assert new_round_msg[2] == 2
assert new_round_msg[3] == winner
assert new_round_msg[4] == player_submissions[winner]
# Accelerate the game, next point wins
for player in players:
scoreboard.set_score(instance, player, 4)
instance.put()
winner = [x for x in players if x != instance.leader][0]
winning_card = player_cards[winner][0]
test_utils.post_server_command(iid, 'ata_submit_card',
[current_round, winning_card],
pid = winner)
contents = test_utils.post_server_command(iid, 'ata_end_turn',
[current_round, winning_card],
pid = instance.leader)['contents']
assert contents[0] == current_round
assert contents[1] == winning_card
assert [5, winner] in contents[2]
# Check for game over messages
for player in players:
contents = test_utils.get_messages(iid, 'ata_game_over', '',
1, pid = player)[0]['contents']
assert contents[0] == current_round
assert contents[1] == winning_card
assert [5, winner] in contents[2]
instance = test_utils.get_instance_model(iid)
assert 'ata_round' not in instance.dynamic_properties()
assert 'ata_char_card' not in instance.dynamic_properties()
assert 'ata_submissions' not in instance.dynamic_properties()
def test_full_game():
iid = test_utils.make_instance()
for player in init_players:
test_utils.add_player(iid, player)
# Start the game
current_round = 1
response = test_utils.post_server_command(iid, 'ata_new_game', [])
instance = test_utils.get_instance_model(iid)
noun_cards_left = card_game.cards_left(instance)
assert instance.ata_round == current_round
# Get the cards
for player in players:
hand = test_utils.get_messages(iid, 'crd_hand', '', 1, pid=player)[0]
assert len(hand['contents']) == 7
player_cards[player] = hand['contents']
player_submissions = {}
# Submit cards
for player in players:
if player != instance.leader:
card = player_cards[player].pop()
response = test_utils.post_server_command(iid,
'ata_submit_card',
[current_round, card],
pid=player)
player_cards[player] = response['contents'][2]
player_submissions[player] = card
for c in player_submissions.values():
assert c in response['contents'][1]
assert len(player_cards[player]) == 7
instance = test_utils.get_instance_model(iid)
assert noun_cards_left - len(players) + 1 == card_game.cards_left(instance)
for player in players:
response = test_utils.get_messages(iid,
'ata_submissions',
'',
1,
pid=player)[0]
for c in player_submissions.values():
assert c in response['contents'][1]
assert response['contents'][0] == current_round
# Choose a winner
winner = [x for x in players if x != instance.leader][0]
contents = test_utils.post_server_command(
iid,
'ata_end_turn', [current_round, player_submissions[winner]],
pid=instance.leader)['contents']
assert contents[2] == 2
assert contents[3] == winner
assert contents[4] == player_submissions[winner]
assert [1, winner] in contents[1]
current_round = current_round + 1
instance = test_utils.get_instance_model(iid)
assert instance.ata_round == current_round
# Check for next round messages
for player in players:
new_round_msg = test_utils.get_messages(iid,
'ata_new_round',
'',
1,
pid=player)[0]['contents']
assert new_round_msg[2] == 2
assert new_round_msg[3] == winner
assert new_round_msg[4] == player_submissions[winner]
# Accelerate the game, next point wins
for player in players:
scoreboard.set_score(instance, player, 4)
instance.put()
winner = [x for x in players if x != instance.leader][0]
winning_card = player_cards[winner][0]
test_utils.post_server_command(iid,
'ata_submit_card',
[current_round, winning_card],
pid=winner)
contents = test_utils.post_server_command(iid,
'ata_end_turn',
[current_round, winning_card],
pid=instance.leader)['contents']
assert contents[0] == current_round
assert contents[1] == winning_card
assert [5, winner] in contents[2]
# Check for game over messages
for player in players:
contents = test_utils.get_messages(iid,
'ata_game_over',
'',
1,
pid=player)[0]['contents']
assert contents[0] == current_round
assert contents[1] == winning_card
assert [5, winner] in contents[2]
instance = test_utils.get_instance_model(iid)
assert 'ata_round' not in instance.dynamic_properties()
assert 'ata_char_card' not in instance.dynamic_properties()
assert 'ata_submissions' not in instance.dynamic_properties()
def get_player_hand(iid, pid):
response = test_utils.get_messages(iid, 'crd_hand', '', 1, pid)
return response[0]['contents']
def get_player_hand(iid, pid): response = test_utils.get_messages(iid, 'crd_hand', '', 1, pid) return response[0]['contents']
