def test_guess(inputs):
game = Game()
assert game.guess() == 11
assert game.guess() == 12
# as bob is a string
with pytest.raises(ValueError):
game.guess()
# as 12 was already tried
with pytest.raises(ValueError):
game.guess()
assert game.guess() == 5
# -1 is not valid
with pytest.raises(ValueError):
game.guess()
def test_is_command_validated():
map = Map(11, 7)
map.load_from_file("resources/map3.txt")
commands = [
Command("id1", "DISH-BLUEBERRIES-ICE_CREAM", 10),
Command("id2", "DISH-ICE_CREAM-CHOPPED_STRAWBERRIES", 20),
Command("id3", "DISH-CROISSANT-ICE_CREAM-CHOPPED_STRAWBERRIES", 100),
Command("id4", "DISH-BLUEBERRIES-CROISSANT", 30),
Command("id5", "DISH-CROISSANT-CHOPPED_STRAWBERRIES", 50),
Command("id6", "DISH-TART-CHOPPED_STRAWBERRIES", 300)
]
game = Game(map, 6, commands)
game.current_commands = [
Command("id1", "DISH-BLUEBERRIES-ICE_CREAM", 10),
Command("id3", "DISH-CROISSANT-ICE_CREAM-CHOPPED_STRAWBERRIES", 100),
Command("id5", "DISH-CROISSANT-CHOPPED_STRAWBERRIES", 50)
]
game.get_better_command()
assert not game.is_command_validated()
game.current_commands = [
Command("id1", "DISH-BLUEBERRIES-ICE_CREAM", 10),
Command("id5", "DISH-CROISSANT-CHOPPED_STRAWBERRIES", 50)
]
assert game.is_command_validated()
def test_make():
map = Map(11, 7)
map.load_from_file("resources/map3.txt")
commands = [
Command("id1", "DISH-BLUEBERRIES-ICE_CREAM", 10)
]
game = Game(map, 1, commands)
orders = game.make(Dessert("CROISSANT"))
assert len(orders) == 5
orders = game.make(Dessert("CHOPPED_STRAWBERRIES"))
assert len(orders) == 3
def test_get_better_command():
commands = [
Command("id1", "DISH-BLUEBERRIES-ICE_CREAM", 10),
Command("id2", "DISH-BLUEBERRIES-ICE_CREAM", 5),
Command("id3", "DISH-BLUEBERRIES-ICE_CREAM", 20),
Command("id4", "DISH-BLUEBERRIES-ICE_CREAM", 3),
Command("id5", "DISH-BLUEBERRIES-ICE_CREAM", 15),
]
game = Game(None, 5, commands)
game.current_commands = commands[0:3]
better_command = game.get_better_command()
assert better_command.id == "id3"
def setUp(self): self.WP = WikiPage() self.User = User(usersDB) ##not testing user yet self.Game = Game(self.WP, self.User) """Tests for WikiPage Class"""
def display_page(pathname):
if pathname == '/app.py':
return Game()
elif pathname == '/finish.py':
return Finish()
else:
return Home()
def addGame():
if request.method == 'POST':
title = request.form['title']
publisher = request.form['publisher']
developer = request.form['developer']
description = request.form['description']
error = None
if not title:
error = "Title is required"
elif not publisher:
error = "Publisher is required"
elif not developer:
error = "Developer is required"
elif not description:
error = "Description is required"
if error is None:
game = Game(title=title,
publisher=publisher,
developer=developer,
description=description)
db.session.add(game)
db.session.commit()
return redirect(url_for('admin.viewGames'))
return render_template('admin/game_form.html')
def game_info():
print "Getting game info"
try:
game_id = request.args.get('game_id')
return jsonify({
'data': Game.get_by_key(game_id).serialize_objectives(),
'status': 200
})
except:
return getErrorJson(sys.exc_info())
def disconnect():
player = Player.get_by_id(request.sid)
if player:
print player.name, "disconnected.", request.sid
if player.active:
game = Game.get_by_key(player.game_key)
print "Deactivating player"
game.deactivate_player(player)
else:
print "Someone disconnected", request.sid
def test_game_win(input, capfd):
game = Game()
game._answer = 6
game()
# it ran the game with every input item and afterwards checked if win had been set to true
assert game._win is True
out = capfd.readouterr()[0]
expected = [
'4 is too low', 'Number not in range', '9 is too high',
'Already guessed', '6 is correct!', 'It took you 3 guesses'
]
# remove any new lines or blank outputs
output = [line.strip() for line in out.split('\n') if line.strip()]
# zip will allow code to iterate through both lists at once so can compare both first items, second items etc with each other
for line, expected_output in zip(output, expected):
assert line == expected_output
def rank():
player = Player.get_by_id(request.sid)
print player.name, "requested its rank."
game = Game.get_by_key(player.game_key)
rank = game.get_player_rank(player)
emit('rank',
{'data': {
'rank': rank,
'num players': len(game.player_list())
}})
def start_game():
print 'Starting game'
try:
data = json.loads(request.data)
print data
name = data['game_id']
game = Game.get_by_key(game_id)
game.start()
return jsonify({'status': 200})
except:
return getErrorJson(sys.exc_info())
def create_game():
print 'Creating game'
try:
data = json.loads(request.data)
print data
name = data['name']
description = data['description'] if 'description' in data else ''
game = Game(name, description)
return jsonify({'status': 200, 'game_key': game.key})
except:
return getErrorJson(sys.exc_info())
def end_game():
print "Ending game"
try:
data = json.loads(request.data)
print data
name = data['game_id']
game = Game.get_by_key(game_id)
game.end()
return jsonify({'status': 200})
except:
return getErrorJson(sys.exc_info())
def delete_objective():
print "Deleting objective"
try:
data = json.loads(request.data)
print data
game_id = data['game_id']
game = Game.get_by_key(game_id)
game.delete_objective(data['objective_id'])
return jsonify({'status': 200})
except:
return getErrorJson(sys.exc_info())
def test_find_or_make():
map = Map(11, 7)
map.load_from_file("resources/map3.txt")
commands = [
Command("id1", "DISH-BLUEBERRIES-ICE_CREAM-CROISSANT", 10),
Command("id5", "DISH-CROISSANT-CHOPPED_STRAWBERRIES", 50)
]
game = Game(map, 1, commands)
game.oven = Oven(12, "NONE")
game.current_commands = [
Command("id5", "DISH-CROISSANT-CHOPPED_STRAWBERRIES", 50)
]
game.get_better_command()
orders = game.find_or_make(Dessert("CROISSANT"))
assert len(orders) == 5
game.oven = Oven(12, "CROISSANT")
orders = game.find_or_make(Dessert("CROISSANT"))
assert len(orders) == 0
assert game.current_command.desserts_state["CROISSANT"]
def add_objective():
print 'Adding objective'
try:
data = json.loads(request.data)
print data
game_id = data['game_id']
game = Game.get_by_key(game_id)
name = data['objective']['name']
description = data['objective']['description']
location = data['objective']['location']
objective = game.add_objective(location, name, description)
return jsonify({'status': 200, 'id': objective.id})
except:
return getErrorJson(sys.exc_info())
def rank(message):
player = Player.get_by_id(request.sid)
print player.name, "completed an objective: ", message
game = Game.get_by_key(player.game_key)
print "game:", game.name
objective = Objective.get_by_id(message['data']['objectiveId'])
print "completing: ", objective.name
if player.id in objective.players_completed:
print "Player ", player.name, "is trying to complete objective", objective.name, "twice!"
return
time = message['data']['time']
pic_url = message['data']['url']
game.player_complete_objective(player, objective, time, pic_url)
print "Process completed objective"
def test_validate_guess(capfd):
game = Game()
game._answer = 2
assert not game._validate_guess(1)
# unpacks capfd return
out, _ = capfd.readouterr()
assert out == '1 is too low\n'
assert not game._validate_guess(3)
out, _ = capfd.readouterr()
assert out == '3 is too high\n'
assert game._validate_guess(2)
out, _ = capfd.readouterr()
assert out == '2 is correct!\n'
def game_stats():
print "Getting game stats"
try:
data = json.loads(request.data)
print data
game_id = data['game_id']
game = Game.get_by_key(game_id)
objective_stats = []
for objective in game.objective_list():
players_complete = [{
'id': player_id,
'name': Player.get_by_id(player_id).name
} for player_id in objective.players_completed]
objective_stats.append({
'id': objective.id,
'name': objective.name,
'players_complete': players_complete
})
player_stats = []
for player in game.player_list():
player_info = player.serialize()
player_info['rank'] = game.get_player_rank(player)
player_stats.append(player_info)
return jsonify({
'data': {
'objective_stats': objective_stats,
'player_stats': player_stats
},
'status': 200
})
except:
return getErrorJson(sys.exc_info())
def test_game_lose(input, capfd):
game = Game()
game._answer = 12
game()
assert game._win is False
class TestWikiGolf(unittest.TestCase):
def setUp(self):
self.WP = WikiPage()
self.User = User(usersDB) ##not testing user yet
self.Game = Game(self.WP, self.User)
"""Tests for WikiPage Class"""
def testRandomWiki(self):
"""Tests that a Wikipedia page is succesfully loaded"""
randomPage = self.WP.loadRandWikiPage()
self.assertTrue(randomPage)
def testGivenPagePass(self):
"""Tests that a specific Wikipedia page is succesfully loaded"""
givenPage = self.WP.loadGivenWikiPage('Vegetarian_bacon')
self.assertEqual(givenPage[1], 'Vegetarian bacon')
self.assertEqual(self.WP.pageCon, baconHTML)
def testGivenPageFail(self):
"""Tests that an ambiguos page returns the proper HTML informing
the user that something has gone wrong"""
givenPage = self.WP.loadGivenWikiPage('Italian')
self.assertEqual(givenPage[1], "Unavailable")
self.assertEqual(self.WP.pageCon, unavailable)
def testContentWithLinks(self):
"""Tests to make sure that the html is having all the href's changed for backbone
and having the right tags left out."""
pageContent = self.WP.contentWithLinks('Vegetarian_bacon')
self.assertTrue(pageContent)
"""Tests for Game class"""
def testStartGameRandom(self):
"""Ensures that the HTML for a random course is added to the courseHTML list
when method is called"""
self.Game.startGame(Random = True)
self.assertTrue(self.Game.courseHTML[0])
self.assertTrue(self.Game.startPage)
self.assertTrue(self.Game.endPage)
def testStartGamenotRandom(self):
"""Ensures that the HTML for a course loaded from Mongo is added to the courseHTML list
when method is called"""
self.Game.startGame(Random = False, par = 3)
self.assertTrue(self.Game.courseHTML[0])
self.assertTrue(self.Game.startPage)
self.assertTrue(self.Game.endPage)
def testCheckWinnerTrue(self):
"""Tests if the current path is the same as the end path. If so, return True"""
self.Game.title = 'Vegetarian bacon'
self.Game.endPage = 'Vegetarian bacon'
gameState = self.Game.checkWinner()
self.assertTrue(gameState)
def testMakeWikiObjectsRandom(self):
"""Test that the wikiObject for a Random page that is sent to the client is created and formatted properly"""
self.Game.startPage = 'Vegetarian_bacon'
self.Game.startLinks = ["homestarrunner.com"]
objects = self.Game.makeWikiObjects(random=True)
self.assertEqual(objects[0]['id'], 1)
self.assertEqual(objects[0]['startPage'], 'Vegetarian_bacon')
self.assertEqual(objects[0]['endPage'], None)
self.assertEqual(objects[0]['gameOver'], False)
self.assertEqual(objects[0]['coursePath'], [])
self.assertTrue(objects[0]['courseContent'])
def testMakeWikiObjectsNotRandom(self):
"""Test that the wikiObject for a given page that is sent to the client is created and formatted properly"""
self.Game.courseHTML = ['Vegetarian_bacon']
self.Game.startPage = 'Vegetarian_bacon'
objects = self.Game.makeWikiObjects(random=True)
self.assertEqual(objects[0]['id'], 1)
self.assertEqual(objects[0]['startPage'], 'Vegetarian_bacon')
self.assertEqual(objects[0]['endPage'], None)
self.assertEqual(objects[0]['gameOver'], False)
self.assertEqual(objects[0]['coursePath'], ['Vegetarian_bacon'])
self.assertTrue(objects[0]['courseContent'])
def testClearGame(self):
"""Makes sure that the function clears the strokes, coursePath and courseHtml"""
self.User.strokes = 10
self.Game.coursePath = ['oh', 'hai', 'there']
self.Game.courseHtml = '<html> My awesome website </html>'
self.Game.clearGame()
self.assertEqual(self.User.strokes, 0)
self.assertEqual(self.Game.coursePath, None)
self.assertEqual(self.Game.courseHTML, [])
import datetime
import json
from flask import request
from flask_socketio import emit
from app import app, socketio, Game, Objective, Player
# Fake data
game1 = Game('game1')
print game1.key
game1.add_player('Yan', '')
game1.add_player('Sas', '')
game1.add_objective({
"lat": 40.633388,
"long": -73.931379
}, "TEST_OBJECTIVE_1", "description1")
game1.add_objective({
"lat": 40.632397,
"long": -73.931349
}, "TEST_OBJECTIVE_2", "description2")
game1.add_objective({
"lat": 40.632377,
"long": -73.931364
}, "TEST_OBJECTIVE_3", "description3")
for o in game1.objective_list():
print o.id
@socketio.on('connect')
def gameFunctions(fs):
returnObj = {}
if 'id' in fs:
# id tells what sub function to perform
if fs['id'] in ['random', 'All', 'CategoryOnly', 'RandomQuestion']:
# counter = 0 indicates first time submitting params
if fs['counter'] == '0':
returnObj = Game(fs).addToQueue()
else:
# counter > 0 indicates checking for game
# get players from queue
data = Game(fs).getGame()
# send return data
returnObj = data
if data['game_id']:
# if queue properly populated
returnObj['status'] = 'complete'
else:
# if queue not properly populated
returnObj['status'] = 'pending'
elif fs['id'] == 'commentPoll':
# get comments from players from game
data = Game(fs).getComments()
totPlayers = Game(fs).getTotalPlayers()
# send return data
returnObj['users'] = data
returnObj['pending'] = totPlayers - len(data)
if not data or len(data) < totPlayers: # if no data returned
# if queue not properly populated
returnObj['status'] = 'pending'
else:
# if queue properly populated
returnObj['status'] = 'complete'
elif fs['id'] == 'votePoll':
# total number of players in the game
totPlayers = Game(fs).getTotalPlayers()
# get votes from players from game
data = Game(fs).getVotes()
# send return data
returnObj['users'] = data
returnObj['pending'] = totPlayers - len(data)
if not data or len(data) < totPlayers: # if no data returned
# if queue not properly populated
returnObj['status'] = 'pending'
else:
# if queue properly populated
returnObj['status'] = 'complete'
# end game
Game(fs).endGame()
elif fs['id'] == 'debateVote':
# submit vote
returnObj = Game(fs).submitVote()
elif fs['id'] in ['getMetaData']:
returnObj = Game(fs).getMetaData()
elif fs['id'] in ['cancelGame']:
# cancel game search
returnObj = Game(fs).removeFromQueue()
elif fs['id'] in ['gameUI']:
# submit game
returnObj = Game(fs).submitThoughts()
returnJson(returnObj)
from app import Game
from app import Board
if __name__ == "__main__":
game = Game("hudson","tyler")
game.run_game()
def serve_layout():
if flask.has_request_context():
return layout1
return html.Div([layout1, Home(), Game()])
TIMELIMIT = int(TIMELIMIT)
if not 100 <= TIMELIMIT <= 30000:
TIMELIMIT = DEFAULT_TIMELIMIT
except:
TIMELIMIT = DEFAULT_TIMELIMIT
try:
ISRED = ISRED.lower()[0] == "t"
except:
ISRED = DEFAULT_ISRED
if (MODE not in ["PvP", "Min", "Loc", "EvE"]):
MODE = DEFAULT_MODE
with open("settings.json", "w") as settings:
# settings.write(json.dumps({'BOARD_SIZE' : BOARD_SIZE, 'TIMELIMIT' : TIMELIMIT, 'ISRED' : ISRED, 'TARGETS' : None}))
settings.write(
json.dumps({
'BOARD_SIZE': BOARD_SIZE,
'TIMELIMIT': TIMELIMIT,
'ISRED': ISRED
}))
atexit.register(remove_temporary_settings)
from app import Game
game = Game(board_size=BOARD_SIZE,
timelimit=TIMELIMIT,
is_red=ISRED,
mode=MODE)
game.run()
def setUp(self):
self.WP = WikiPage()
self.User = User(usersDB) ##not testing user yet
self.Game = Game(self.WP, self.User)
"""Tests for WikiPage Class"""
class TestWikiGolf(unittest.TestCase):
def setUp(self):
self.WP = WikiPage()
self.User = User(usersDB) ##not testing user yet
self.Game = Game(self.WP, self.User)
"""Tests for WikiPage Class"""
def testRandomWiki(self):
"""Tests that a Wikipedia page is succesfully loaded"""
randomPage = self.WP.loadRandWikiPage()
self.assertTrue(randomPage)
def testGivenPagePass(self):
"""Tests that a specific Wikipedia page is succesfully loaded"""
givenPage = self.WP.loadGivenWikiPage('Vegetarian_bacon')
self.assertEqual(givenPage[1], 'Vegetarian bacon')
self.assertEqual(self.WP.pageCon, baconHTML)
def testGivenPageFail(self):
"""Tests that an ambiguos page returns the proper HTML informing
the user that something has gone wrong"""
givenPage = self.WP.loadGivenWikiPage('Italian')
self.assertEqual(givenPage[1], "Unavailable")
self.assertEqual(self.WP.pageCon, unavailable)
def testContentWithLinks(self):
"""Tests to make sure that the html is having all the href's changed for backbone
and having the right tags left out."""
pageContent = self.WP.contentWithLinks('Vegetarian_bacon')
self.assertTrue(pageContent)
"""Tests for Game class"""
def testStartGameRandom(self):
"""Ensures that the HTML for a random course is added to the courseHTML list
when method is called"""
self.Game.startGame(Random=True)
self.assertTrue(self.Game.courseHTML[0])
self.assertTrue(self.Game.startPage)
self.assertTrue(self.Game.endPage)
def testStartGamenotRandom(self):
"""Ensures that the HTML for a course loaded from Mongo is added to the courseHTML list
when method is called"""
self.Game.startGame(Random=False, par=3)
self.assertTrue(self.Game.courseHTML[0])
self.assertTrue(self.Game.startPage)
self.assertTrue(self.Game.endPage)
def testCheckWinnerTrue(self):
"""Tests if the current path is the same as the end path. If so, return True"""
self.Game.title = 'Vegetarian bacon'
self.Game.endPage = 'Vegetarian bacon'
gameState = self.Game.checkWinner()
self.assertTrue(gameState)
def testMakeWikiObjectsRandom(self):
"""Test that the wikiObject for a Random page that is sent to the client is created and formatted properly"""
self.Game.startPage = 'Vegetarian_bacon'
self.Game.startLinks = ["homestarrunner.com"]
objects = self.Game.makeWikiObjects(random=True)
self.assertEqual(objects[0]['id'], 1)
self.assertEqual(objects[0]['startPage'], 'Vegetarian_bacon')
self.assertEqual(objects[0]['endPage'], None)
self.assertEqual(objects[0]['gameOver'], False)
self.assertEqual(objects[0]['coursePath'], [])
self.assertTrue(objects[0]['courseContent'])
def testMakeWikiObjectsNotRandom(self):
"""Test that the wikiObject for a given page that is sent to the client is created and formatted properly"""
self.Game.courseHTML = ['Vegetarian_bacon']
self.Game.startPage = 'Vegetarian_bacon'
objects = self.Game.makeWikiObjects(random=True)
self.assertEqual(objects[0]['id'], 1)
self.assertEqual(objects[0]['startPage'], 'Vegetarian_bacon')
self.assertEqual(objects[0]['endPage'], None)
self.assertEqual(objects[0]['gameOver'], False)
self.assertEqual(objects[0]['coursePath'], ['Vegetarian_bacon'])
self.assertTrue(objects[0]['courseContent'])
def testClearGame(self):
"""Makes sure that the function clears the strokes, coursePath and courseHtml"""
self.User.strokes = 10
self.Game.coursePath = ['oh', 'hai', 'there']
self.Game.courseHtml = '<html> My awesome website </html>'
self.Game.clearGame()
self.assertEqual(self.User.strokes, 0)
self.assertEqual(self.Game.coursePath, None)
self.assertEqual(self.Game.courseHTML, [])
"name": "Tennis",
"score_type": 1 # 1 stands for more is better
},
{
"name": "Golf",
"score_type": 2 # 1 stands for less is better
},
{
"name": "Running",
"score_type": 2 # 1 stands for more is better
},
]
for game in games:
x = Game(
name=game["name"],
score_type=game["score_type"],
)
db.session.add(x)
db.session.commit()
matches = [
{
"game": 1,
"player1_id": 1,
"player2_id": 2,
"player1_score": 10,
"player2_score": 20,
},
{
"game": 2,
"player1_id": 3,
def error(message):
print pcol.bold(pcol.red(message))
exit(1)
def query(question):
return raw_input(pcol.bold(pcol.yellow(question)))
info("Welcome to SlackJack!")
name = query("What's your name?")
play = True
while play:
bet = query("How much would you like to bet?")
if not bet.isdigit():
error("{} is an invalid bet amount.".format(bet))
player = Player(name, bet, info)
game = Game.create([player])
while not game.can_make_move(player):
sleep(0.1)
while game.can_make_move(player):
move_raw = query("What would you like to do? [H = Hit, S = Stand]")
move = Move.from_raw(move_raw, player, game)
Game.move(move)
play = str(query("Play again? [Y/N]")).lower() == 'y'
def get_game_instance(cls):
game_data = cls.game.get("data")
if not game_data:
return game_data
return Game.from_json(game_data)
