def controllAuthification():
user_type = "None"
checkOk = False
olympics = sqlite3.connect('olympic.db')
user = str(request.get_cookie("user"))
key = str(request.get_cookie("key"))
print "user: "******", key: " + key
query = "SELECT SECURITY_KEY FROM BENUTZER WHERE BENUTZERNAME = '" + user + "'"
controll_key = olympics.execute(query).fetchone()
print controll_key
if controll_key == None or controll_key == "":
logout()
else:
controll_key = str(controll_key[0])
if key == controll_key:
checkOk = True
key = str(int(random.random()*1000000000))
query = "UPDATE BENUTZER SET SECURITY_KEY = " + key + " WHERE BENUTZERNAME = '" + user + "'"
olympics.execute(query)
olympics.commit()
result = olympics.execute("SELECT USER_TYPE FROM BENUTZER WHERE BENUTZERNAME = '" + user + "'").fetchone()
response.set_cookie("key", key,path='/')
if result != None:
user_type = str(result[0])
else:
user_type = "None"
print "user: "******", key: " + key + ", user_type: " + user_type
else:
logout()
print "user: "******"None" + ", key: " + "None"
olympics.close()
return user_type
def twittear():
if request.get_cookie("access_token", secret='some-secret-key'):
TOKENS["access_token"]=request.get_cookie("access_token", secret='some-secret-key')
TOKENS["access_token_secret"]=request.get_cookie("access_token_secret", secret='some-secret-key')
return template('twittear.tpl')
else:
redirect('/menu')
def check_session(*args, **kwargs):
# NOTE needs to be SSL since secure cookie.
user = fetch_user( request.get_cookie('username') )
session_id = request.get_cookie('session', secret=user.cookie_secret)
if session_id != user.session_id:
return 'IMPOSTER!!!' # and ask them to login
return func(*args, **kwargs)
def get_week_cost_details(date):
_format = '%Y%m%d'
username = request.get_cookie('username')
uid = request.get_cookie('uid', secret='somekey')
start_time, end_time = get_week_range(date)
prev = date + datetime.timedelta(-7)
_next = date + datetime.timedelta(7)
columns_charts_data = get_columns_chart_data(uid, start_time, end_time)
line_charts_data, line_charts_url = get_line_chart_data(uid, start_time, end_time)
pie_charts_data, pie_charts_name = get_pie_chart_data(uid, start_time, end_time)
config_map = {
'start_time': start_time.strftime('%Y年%m月%d日'),
'end_time': end_time.strftime('%Y年%m月%d日'),
'prev': prev.strftime(_format),
'next': _next.strftime(_format),
'username': username,
'categories': get_week_dayname_lst(),
'lineChartsName': u"'当日合计'",
'lineChartsData': line_charts_data,
'pieChartsName': pie_charts_name,
'pieChartsData': pie_charts_data,
'columnChartsData': columns_charts_data,
'lineChartsDataUrl': line_charts_url,
'columnChartsNames': get_type_name_map(),
}
return template('index.tpl', **config_map)
def incmon():
checkCookieResult = Database.checkSession(request.get_cookie('userID'), request.get_cookie('sessionID'))
if (checkCookieResult[0]):
return noCacheStaticFileReponse('IncrementalMoney.htm')
else:
response.set_cookie('lastError', checkCookieResult[1])
redirect(redirectFix('/Login.htm'))
def notify_on_close(d):
""" sends notification msg to Slack room"""
# put auth key on scratch server
with open('slack_config.private') as fp:
settings = json.load(fp)
auth_token = settings['auth_token']
slack = Slacker(auth_token)
room = '#datascience-robots'
user = d['owner']
if request.get_cookie("user"):
user = request.get_cookie("user")
attachments = [{
"fallback": "Build Failure closed",
"pretext": ' ',
"title": "%s failure on %s resolved by %s" % (d['job'], d['host'], user),
"text": 'resolution: %s' % d['resolution'],
"color": "good"
}]
data = json.dumps(attachments)
try:
# notify room
slack.chat.post_message(room, ' ', attachments=data, username='******')
except:
print "Failed to Nofity Slack room on event close"
def login(cls):
username = request.POST.get("username")
password = request.POST.get("password")
beaker_session = request.environ["beaker.session"]
if checkUser(username, password) == True:
beaker_session["cookies_value"] = username
if request.get_cookie("cookies_value_client", username):
if username == request.get_cookie("cookies_value_client", username):
beaker_session.save()
response.set_cookie("cookies_value_client", username)
return {"username": username}
else:
beaker_session.save()
response.set_cookie("cookies_value_client", username)
return {"username": username}
# return template( 'static/view/index.html', username=username)
else:
beaker_session.save()
response.set_cookie("cookies_value_client", username)
return {"username": username}
# return template('static/view/index.html', username=username)
else:
beaker_session = request.environ["beaker.session"]
beaker_session.delete()
return "no user"
def viewPrestamo(prestamoId=0):
if not request.get_cookie("userId"):
response.set_cookie('err', 'Por favor, introduce tus datos para entrar')
response.set_cookie('userId', '', expires=0)
redirect("/logout")
loans = prestamo.getLoanById(prestamoId)
if len(loans) == 0:
response.set_cookie('err', 'Prestamo no encontrado')
redirect('/prestamos')
return 0
loan = loans[0]
viewData = {'userType': 'logged',
'title': 'Prestamo',
'err': '',
'succ': '',
'prestamo': loan}
if request.get_cookie("err"):
viewData["err"] = request.get_cookie("err")
response.set_cookie('err', '')
if request.get_cookie("succ"):
viewData["succ"] = request.get_cookie("succ")
response.set_cookie('succ', '')
return template('prestamo', data=viewData)
def prestamos():
if not request.get_cookie("userId"):
response.set_cookie('err', 'Por favor, introduce tus datos para entrar')
response.set_cookie('userId', '', expires=0)
redirect("/logout")
loans = prestamo.searchAllLoan()
games = juego.searchAllGame()
viewData = {'userType': 'logged',
'title': 'Prestamos',
'err': '',
'succ': '',
'prestamos': loans,
'juegos': games}
if request.get_cookie("err"):
viewData["err"] = request.get_cookie("err")
response.set_cookie('err', '')
if request.get_cookie("succ"):
viewData["succ"] = request.get_cookie("succ")
response.set_cookie('succ', '')
return template('prestamos', data=viewData)
def get_cookie(name, value):
"""Get a cookie or return the value. Expires the cookie if used"""
if request.get_cookie(name):
response.set_cookie(name, "", expires=0)
return request.get_cookie(name)
else:
return value
def search(ext: str=''):
""" Search the bible and return a list of verses in the requested range.
"""
# Get the search query and the min and max ranges.
search_terms = request.query.get('search', '').strip()
# Don't even search if there is nothing to search for.
if not search_terms:
return {'html': ''}
# Get cookie values as fallbacks.
min_range = json.loads(request.get_cookie('min_range', '"Genesis"'))
max_range = json.loads(request.get_cookie('max_range', '"Revelation"'))
# Get the other query strings.
min_range = request.query.get('min_range', min_range).strip()
max_range = request.query.get('max_range', max_range).strip()
# Set the range cookies.
response.set_cookie('min_range', json.dumps(min_range),
path='/biblesearch')
response.set_cookie('max_range', json.dumps(max_range),
path='/biblesearch')
# Get a list of verses.
sorted_verse_list = do_search(search_terms, min_range, max_range)
if ext == '.json':
return {'references': sorted_verse_list}
else:
return build_page(sorted_verse_list, search_terms)
def speaker():
idx = {
k.split('_')[-1]: k for k in request.cookies
if k.startswith(options.discuz_cookiepre)
}
if not ('auth' in idx and 'saltkey' in idx):
response.status = 403
return
auth = unquote(request.get_cookie(idx['auth']))
saltkey = unquote(request.get_cookie(idx['saltkey']))
uid, pwd = Account.decode_cookie(auth, saltkey)
user = Account.find(uid)
if not user:
return 'false'
if user.jiecao < 0:
return 'false'
message = request.forms.get('message').decode('utf-8', 'ignore')
username = user.username.decode('utf-8', 'ignore')
interconnect.publish('speaker', [username, message])
return 'true'
def cookie():
r = """<html>\n"""
r += """\t<head>\n"""
r += '<script>\n'
r += """var un = '""" + request.get_cookie('username','', secret='the sercet') + """';\n"""
r += '</script>\n'
r += """\t<script src='/js/google.js'></script>\n"""
r += css()
r += """\t</head>\n"""
r += """\t<body>\n"""
r += menu()
r += '<a href="/counter_plaintext" >Counter Plain Text</a> | '
r += '<a href="/delete_plaintext" >Delete Plain Text</a> | '
counter_plaintext = request.get_cookie('counter_plaintext', '0')
r += counter_plaintext + '<br>'
r += '<a href="/counter_sercet" >Counter Sercet</a> | '
r += '<a href="/delete_sercet" >Delete Sercet</a> | '
counter_sercet = request.get_cookie('counter_sercet', '0', secret=secret)
r += counter_sercet + '<br>'
r += """ <p>[email protected]</p>\n """
r += """ Log In """
r += """<form action='http://""" + wwwport + """/do_login' method='post' >\n"""
r += """Name: <input type='text' name='username' value=""><br>\n"""
r += """Password: <input type='password' name='password' value=""><br>\n"""
r += """<input type='submit' value='Submit'>\n"""
r += """</form>\n"""
r += '<a href="/username" >Counter Username</a> | '
r += '<a href="/delete_username" >Delete Username</a> |'
u = request.get_cookie('username', '0', secret=secret)
r += u + '<br>'
r += '\t</body>\n'
r += '</html>'
return r
def index():
user = request.get_cookie('account', secret='somekey')
conn = sqlite3.connect(stories)
cc=conn.cursor()
cc.execute("SELECT title, main FROM chains WHERE count=?", (0,))
ALL = cc.fetchall()
conn.commit()
temallstory = root+'/allstory')
output = template(temallstory, userid = user, rows = ALL, information='')
if request.GET.get('save'):
user = request.get_cookie('account',secret='somekey')
if not users:
output = template(temallstory, userid=user, rows = ALL, information='请登录')
else:
newtitle = unicode(request.GET.get('title'))
conn = sqlite3.connect(stories)
cc = conn.cursor()
cc.execute("SELECT title FROM chains")
AllTitle = cc.fetchall()
conn.commit()
if checkdup(AllTitle, newtitle):
output = template(temallstory, userid=user, rows = ALL, information='重名，请重新输入')
return output
else:
newurl='/'+newtitle
redirect (newurl)
if request.GET.get('exit'):
__exit()
return output
def index():
"""Main page with random kanji"""
lock = request.get_cookie("lock", secret="secret")
session = request.environ.get("beaker.session")
if lock:
kanji = Peon(db).get(lock)
else:
kanji = Peon(db).random()
favorites = request.get_cookie("favorites", secret="secret")
fav = False
if favorites:
favorites = json.loads(favorites)
if kanji.value in favorites:
fav = True
radicals = store.get_radicals(kanji.value)
return render(
"home",
kanji=kanji,
radicals=radicals,
rad_info=store.get_info_for_all(radicals),
lock=session.get("toggled", False),
rolled=lock,
fav=fav,
single_item=False,
)
def speaker():
idx = {
k.split('_')[-1]: k for k in request.cookies
if k.startswith(options.discuz_cookiepre)
}
if not ('auth' in idx and 'saltkey' in idx):
response.status = 403
return
auth = unquote(request.get_cookie(idx['auth']))
saltkey = unquote(request.get_cookie(idx['saltkey']))
member = member_service.validate_by_cookie(auth, saltkey)
if not member:
return 'false'
if member['credits'] < 10:
return 'false'
message = request.forms.get('message').decode('utf-8', 'ignore')
username = member['username'].decode('utf-8', 'ignore')
member_service.add_credit(member['uid'], 'credits', -10)
Interconnect.publish('speaker', [username, message])
return 'true'
def lookup(ext=""):
""" Lookup the verse reference and return the verse text and the verse text
for all the verses in the requested context.
"""
# Get the search_terms cookie as a fallback
search_terms = json.loads(request.get_cookie("search_terms", '""'))
# Get the context cookie as a fallback.
context = json.loads(request.get_cookie("context", "0"))
# Get the search terms, verse references, and context.
search_terms = request.query.get("terms", search_terms).strip()
verse_refs = request.query.get("verse_refs", "").strip()
context = request.query.get("context", context, type=int)
verse_refs = verse_refs.replace("+", " ")
# Set the context cookie.
response.set_cookie("context", json.dumps(context), path="/biblesearch")
if ext == ".json":
# Lookup the verses in verse_refs.
lines = lookup_verses(verse_refs, search_terms, context)
# Generate the result html.
result_str = template("verses", output=lines)
# Return json data to the javascript.
return {"html": result_str}
else:
return build_page(make_valid(verse_refs), search_terms, context)
def restricted_area():
username = request.get_cookie("username")
username = request.get_cookie("account", secret=create_key(username))
if username:
return template(change(), username=username)
else:
return "You are not logged in. Access denied."
def main():
username = request.get_cookie("username", settings.cookie_secret)
password = request.get_cookie("password", settings.cookie_secret)
ok = api.check(username, password)
if not ok:
redirect("/login")
meeting_list = api.meeting_list()
owners = []
for meeting in meeting_list:
if username.lower() in settings.admins or username.lower() in meeting.get("moderator_users"):
owners.append(meeting)
is_running = api.is_running(meeting.get("id"))
if is_running:
meeting["status"] = "running"
else:
meeting["status"] = "stopped"
if username.lower() in settings.admins:
is_admin = True
users = api.suggest("")
else:
is_admin = users = None
message = request.params.get("message")
return jinja2_template(
"main.html",
message=message,
is_admin=is_admin,
owners=owners,
meeting_list=meeting_list,
username=username,
users=users,
)
def search(ext=""):
""" Search the bible and return a list of verses in the requested range.
"""
# Get the search query and the min and max ranges.
search_terms = request.query.get("search", "").strip()
# Don't even search if there is nothing to search for.
if not search_terms:
return {"html": ""}
# Get cookie values as fallbacks.
min_range = json.loads(request.get_cookie("min_range", '"Genesis"'))
max_range = json.loads(request.get_cookie("max_range", '"Revelation"'))
# Get the other query strings.
min_range = request.query.get("min_range", min_range).strip()
max_range = request.query.get("max_range", max_range).strip()
# Set the range cookies.
response.set_cookie("min_range", json.dumps(min_range), path="/biblesearch")
response.set_cookie("max_range", json.dumps(max_range), path="/biblesearch")
# Get a list of verses.
sorted_verse_list = do_search(search_terms, min_range, max_range)
if ext == ".json":
return {"references": sorted_verse_list}
else:
return build_page(sorted_verse_list, search_terms)
def chess_new(email = -1):
r = ''
r += '<html>\n'
r += '<head>\n'
r += '<script>\n'
r += """var un = '""" + request.get_cookie('username','', secret='the sercet') + """';\n"""
r += '</script>\n'
r += '<script src="/js/google.js"></script>\n'
r += '</head>\n'
r += '<body>\n'
if(email == 'error'):
print('chess_new error')
return 'chess_new error'
else:
r += """<form action='/chess/white/""" + email + """' >\n"""
r += email +"""<button >White</button>"""
r += """</form>\n"""
u = request.get_cookie('username','', secret='the sercet')
r += """<form action='/chess/black/""" + email + """' >\n"""
r += u + """<button>Black</button>"""
r += """</form>\n"""
r += '</body>\n'
r += '</html>'
return r
def index():
username = request.get_cookie('U', secret=secret())
password = request.get_cookie('P', secret=secret())
if check_user(username, password):
return template('todo')
else:
return template('login', error=None)
def badge_submit():
if(request.get_cookie('loggedin')):
useremail = request.get_cookie('loggedin', secret='applesauce')
userbadges = m3.get_users_badges(pcrDB, useremail)
issuers = m3.get_issuers(pcrDB)
image_path = "/home/ubuntu/pythonproject/images"
available_images = os.listdir(image_path)
## return args
name = request.params.name
if(m3.find_badge(pcrDB, name) != None):
return template('base.tpl', title='PCR Hero', email= useremail) + '''\
<h1>Welcome to PCR Hero's Admin Menu - {}</h1>
<h2 style="color:red">A badge with that name already exists!</h2>
'''.format(useremail) + template('admin-badge.tpl', badges=userbadges, issuers=issuers, images=available_images) + "</body>"
else:
description = request.params.description
image = request.params.image
criteria = request.params.criteria
tags = request.params.tags
issuer = request.params.issuer
newBadge = m3.OpenBadge(name, description, image, criteria, tags, issuer)
newBadge.establish_here()
newBadge.add_badge(pcrDB)
return template('base.tpl', title='PCR Hero', email= useremail) + '''\
<h1>Welcome to PCR Hero's Admin Menu - {}</h1>
<h2 style="color:blue">Your badge was successfully created!</h2>
'''.format(useremail) + template('admin-badge.tpl', badges=userbadges, issuers=issuers, images=available_images) + "</body>"
else:
redirect("/login")
def badge_award_submit():
if(request.get_cookie('loggedin')):
useremail = request.get_cookie('loggedin', secret='applesauce')
badge_list = m3.get_badges(pcrDB) # list of all badges
user_list = m3.get_users(pcrDB) # list of all users
current_user = request.params.user
current_user_badges = m3.get_users_badges(pcrDB, current_user)
current_badge = request.params.badge
## check that the user doesn't already have the badge
# if so, send back to the menu
if(current_badge in current_user_badges):
return template('base.tpl', title='PCR Hero', email= useremail) + '''\
<h1>Welcome to PCR Hero's Admin Menu - {}</h1>
<h2 style="color:red;">That user already has that badge!</h2>
'''.format(useremail) + template('admin-award.tpl', badges=badge_list, users=user_list) + "</body>"
# if not, award the badge
## awarding badge magic
else:
m3.award_badge_to_user(pcrDB, current_badge, current_user)
return template('base.tpl', title='PCR Hero', email= useremail) + '''\
<h1>Welcome to PCR Hero's Admin Menu - {}</h1>
<h2 style="color:blue;">Badge successfully awarded!<h2>
'''.format(useremail) + template('admin-award.tpl', badges=badge_list, users=user_list) + "</body>"
else:
redirect("/login")
def update(lang):
out = "Accept-Language: " + request.headers['Accept-Language'] + "\n"
if request.get_cookie('lang'):
out += "Cookie: " + request.get_cookie('lang') + "\n"
out += "Chosen languages: " + (",".join(lang)) + "\n"
response.content_type = "text/plain; charset=utf-8"
return out
def get_language(self):
lang = [None]
# Remove old no longer used cookie 'lang'
if request.get_cookie('lang'):
response.delete_cookie('lang', path="/")
if len(request.script_name) > 3:
lang = [request.script_name[-3:-1], self.allowed_languages[0]]
if lang[0] not in self.allowed_languages:
lang = [None]
else:
return (lang, False)
if not lang[0] and request.get_cookie('lang'):
lang = [request.get_cookie('lang')]
if lang[0] not in self.allowed_languages:
lang = [None]
if not lang[0] and request.get_header('Accept-Language'):
lang = request.get_header('Accept-Language')
lang = lang.split(',')
lang = [x.split(";")[0] for x in lang]
lang = [x.split("-")[0] for x in lang]
lang = [x for x in lang if x in self.allowed_languages]
if len(lang) > 0 and lang[0]:
lang.append(self.allowed_languages[0])
res = []
for l in lang:
if not l in res:
res.append(l)
return (res, True)
else:
return (self.allowed_languages, True)
def is_mobile():
if request.get_cookie("mobile"):
if request.get_cookie("mobile") == "True":
return True
else:
return False
mobile_ua = request.headers.get('User-Agent', '').lower()
if mobile_ua.find('opera mini') > 0:
return True
if mobile_ua.find('windows') > 0:
return False
if request.headers.get('Accept', '').lower().find('application/vnd.wap.xhtml+xml') > 0:
return True
if re.search('(up.browser|up.link|mmp|symbian|smartphone|midp|wap|phone|android)', mobile_ua) is not None:
return True
mobile_ua = mobile_ua[:4]
mobile_agents = ['w3c ', 'acs-', 'alav', 'alca', 'amoi', 'audi', 'avan', 'benq', 'bird', 'blac', 'blaz', 'brew',
'cell', 'cldc', 'cmd-',
'dang', 'doco', 'eric', 'hipt', 'inno', 'ipaq', 'java', 'jigs', 'kddi', 'keji', 'leno', 'lg-c',
'lg-d', 'lg-g', 'lge-',
'maui', 'maxo', 'midp', 'mits', 'mmef', 'mobi', 'mot-', 'moto', 'mwbp', 'nec-', 'newt', 'noki',
'palm', 'pana', 'pant',
'phil', 'play', 'port', 'prox', 'qwap', 'sage', 'sams', 'sany', 'sch-', 'sec-', 'send', 'seri',
'sgh-', 'shar', 'sie-',
'siem', 'smal', 'smar', 'sony', 'sph-', 'symb', 't-mo', 'teli', 'tim-', 'tosh', 'tsm-', 'upg1',
'upsi', 'vk-v', 'voda',
'wap-', 'wapa', 'wapi', 'wapp', 'wapr', 'webc', 'winw', 'winw', 'xda ', 'xda-']
if mobile_ua in mobile_agents:
return True
return False
def lookup(ext: str=''):
""" Lookup the verse reference and return the verse text and the verse text
for all the verses in the requested context.
"""
# Get the search_terms cookie as a fallback
search_terms = json.loads(request.get_cookie('search_terms', '""'))
# Get the context cookie as a fallback.
context = json.loads(request.get_cookie('context', '0'))
# Get the search terms, verse references, and context.
search_terms = request.query.get('terms', search_terms).strip()
verse_refs = request.query.get('verse_refs', '').strip()
context = request.query.get('context', context, type=int)
verse_refs = verse_refs.replace('+', ' ')
# Set the context cookie.
response.set_cookie('context', json.dumps(context), path='/biblesearch')
if ext == '.json':
# Lookup the verses in verse_refs.
lines = lookup_verses(verse_refs, search_terms, context)
# Generate the result html.
result_str = template('verses', output=lines)
# Return json data to the javascript.
return {'html': result_str}
else:
return build_page(make_valid(verse_refs), search_terms, context)
def viewGame(gameId=1):
if not request.get_cookie("userId"):
response.set_cookie('err', 'Por favor, introduce tus datos para entrar')
response.set_cookie('userId', '', expires=0)
redirect("/logout")
return 0
game = juego.getGameById(gameId)
if len(game) == 0:
response.set_cookie('err', 'Juego no encontrado')
redirect('/juegos')
return 0
loans= prestamo.getLoansByGameId(gameId)
viewData = {'userType': 'logged',
'title': game[0]["nombre"],
'err': '',
'succ': '',
'juego': game,
'prestamos': loans}
if request.get_cookie("err"):
viewData["err"] = request.get_cookie("err")
response.set_cookie('err', '')
if request.get_cookie("succ"):
viewData["succ"] = request.get_cookie("succ")
response.set_cookie('succ', '')
return template("juego", data=viewData)
def calc_response(user_message):
user_message = user_message.lower()
# make punctuation separate from the word, to assist with parsing
user_message = user_message.replace("?", " ?")
# convert the string into a list of words to assist with parsing
words_in_message = user_message.split(" ")
# check for curse words
if set(CURSE_WORDS).intersection(words_in_message):
return "no", "Please do not curse in front of me."
# check if user wants a joke
if set(["joke", "jokes"]).intersection(words_in_message):
return "giggling", "I have a joke!\n" + funny_jokes[random.randint(0, len(funny_jokes) - 1)]
if "name" in words_in_message and user_message.endswith("?"):
return "laughing", "My name is Boto!"
if user_message.endswith("?"):
return "confused", parse_question(words_in_message)
if "name" in words_in_message and "is" in words_in_message[words_in_message.index("name"):]:
output = ""
# assume the user name is right after the word "is", only if "is" follows "name"
# this differentiates between "My name is Liron" and "What is your name?"
user_name = words_in_message[words_in_message.index("is") + 1]
response.set_cookie("user_name", user_name)
add_to_stored_cookie_keys("user_name")
if request.get_cookie("user_name"):
output += "Your old username was: " + request.get_cookie("user_name") + ".\n"
return "excited", output + "Welcome " + user_name
elif user_message.endswith("!"):
return "excited", "You sound excited, please tell me more."
else:
return "confused", "I'm sorry, I did not understand you."
def start():
currentPlayer = request.get_cookie("player")
if currentPlayer:
redirect("/games")
return
return {"version": utils.getVersion()}
def play(game_id):
currentPlayer = request.get_cookie("player")
if not currentPlayer or not controller.gameExists(game_id):
redirect("/start")
return
return {"version": utils.getVersion()}
def games():
currentPlayer = request.get_cookie("player")
if not currentPlayer:
redirect("/start")
return
return {"version": utils.getVersion(), "games": controller.listGames()}
def do_logout():
session_uuid = request.get_cookie(SESSION_COOKIE_NAME)
dEngine.delete_session(session_uuid)
return fEngine.load_and_render("message",
message="You have successfully logged out.")
def create():
controller.createGame(request.forms.get("name"), request.get_cookie("player"))
redirect("/games")
def hello_again():
if request.get_cookie("visited"):
return "Welcome back! Nice to see you again"
else:
response.set_cookie("visited", "yes")
return "Hello there! Nice to meet you"
def logout():
cardnumber = request.get_cookie("account", secret=COOKIESECRET)
response.set_cookie("account", cardnumber, secret='')
return '<meta http-equiv="refresh" content="2;url=/" />'
def status(game_id):
currentPlayerName = request.get_cookie("player")
currentPlayerAvatar = db.getAvatar(currentPlayerName)
print(currentPlayerAvatar['avatar'])
gameStatus = controller.generateGameStatus(game_id, currentPlayerName, currentPlayerAvatar)
return utils.jsonResponse(response, gameStatus)
def app_html():
token = request.get_cookie("login_token")
if token not in login_tokens.keys():
redirect("/login")
return
return static_file("index.html", os.getcwd() + "/frontend/")
def delete(id):
author = request.get_cookie("logged-in", secret=config.kargs['secretKey'])
if ((author != "Guest") and categorydb.check(author)):
categorydb.delete(id)
redirect('/category')
def logout():
sid = request.get_cookie("user")
delete_cookie(sid)
return template("views/logout.html")
def get_logged_in_user():
token = request.get_cookie('token', secret=secret)
if token is not None:
return logged_in_users.get(token)
return None
def get_cookie(self):
uid_cookie = request.get_cookie(self.cookie_name)
return uid_cookie
def wrapper(*args, **kwargs):
username = request.get_cookie("account", secret=SUPER_SECRET)
if username == USER:
return callback(*args, **kwargs)
redirect('/login')
def isloggedin():
cookie = request.get_cookie('sessionid', secret='password')
return False if cookie is None else True
def wrong():
if request.get_cookie("wronged"):
return "you have wronged twice. no redirect for you."
response.set_cookie("wronged", "yes")
redirect("/hello/errorer/2")
def index():
if request.get_cookie("is_admin", "0") == "0":
response.set_cookie("is_admin", "0")
return NOFLAG
return FLAG
def wrapper(*args, **kwargs):
uid = request.get_cookie('uid', secret=db.secret)
if uid is None:
return redirect(self.loginpage)
kwargs[self.keyword] = User(uid)
return callback(*args, **kwargs)
def settings():
if check_passwd(request.get_cookie("mdp")) == False:
return template('authentification', get_url=app.get_url)
return {'get_url': app.get_url}
def handle_GET(self, path):
# First check auth
if self.DEGRADE_IMAGES:
isAuthed = request.get_cookie("loggedin", secret="abc-123-!@#")
authToken = request.headers.get('Authorization', '')
hasToken = len(authToken) > 0
else:
isAuthed = True
hasToken = True
degraded = False
# http://{server}{/prefix} /{identifier}/{region}/{size}/{rotation}/{quality}{.format}
bits = path.split('/')
response['Access-Control-Allow-Origin'] = '*'
# Nasty but useful debugging hack
if len(bits) == 1 and bits[0] == "list":
return self.send(repr(self.identifiers), status=200, ct="text/plain");
if bits:
identifier = bits.pop(0)
if identifier.endswith('-degraded'):
undegraded = identifier.replace('-degraded', '')
degraded = True
else:
undegraded = identifier
if self.idRe.match(identifier) == None:
return self.error_msg("identifier", "Identifier invalid: %r" % identifier, status=400)
else:
# Check []?#@ (will never find / )
if self.badcharRe.match(identifier):
return self.error_msg('identifier', 'Unescaped Characters', status=400)
identifier = urllib.unquote(identifier)
infoId = urllib.quote(identifier, '')
filename = self.get_image_file(undegraded)
if not filename:
return self.error_msg('identifier', 'Not found: %s' % identifier, status=404)
else:
return self.error_msg("identifier", "Identifier unspecified", status=400)
response['Link'] = '<%s>;rel="profile"' % self.compliance
# Early cache check here
fp = path
if fp == identifier or fp == "%s/" % identifier:
response.status = 303
response['location'] = "%s%s/info.json" % (self.BASEPREF, infoId)
return ""
elif len(fp) > 9 and fp[-9:] == "info.json":
# Check request headers for application/ld+json
inacc = request.headers.get('Accept', '')
if inacc.find('ld+json'):
mimetype = "application/ld+json"
else:
mimetype = "application/json"
elif len(fp) > 4 and fp[-4] == '.':
try:
mimetype = self.extensions[fp[-3:]]
except:
# no such format, early break
return self.error_msg('format', 'Unsupported format', status=400)
if identifier.find('-degraded') == -1:
if mimetype.endswith('json'):
if not hasToken:
if self.DEGRADED_NOACCESS:
# No access is special degraded
return self.send_file(fp, mimetype, status=401)
# self.error_msg('auth', 'auth test', status=401)
# redirect('%sno-access/info.json' % BASEPREF)
else:
# Or restrict size to max edge of 400 as degradation
redirect('%s%s-degraded/info.json' % (self.BASEPREF, identifier))
elif not isAuthed:
# Block access to images
return self.error_msg('auth', 'Not authenticated', status=401)
if os.path.exists(self.CACHEDIR + fp):
# Will only ever be canonical, otherwise would redirect
response['Link'] += ', <%s%s>;rel="canonical"' % (self.BASEPREF, fp)
return self.send_file(fp, mimetype)
if bits:
region = bits.pop(0)
if self.regionRe.match(region) == None:
# test for info.json
if region == "info.json":
# build and return info
if inacc.find('ld+json'):
mt = "application/ld+json"
else:
mt = "application/json"
if not os.path.exists(infoId +'/'+region):
image = Image.open(filename)
self.make_info(infoId, image)
try:
image.close()
except:
pass
return self.send_file(infoId +'/' + region, mt)
else:
return self.error_msg("region", "Region invalid: %r" % region, status = 400)
# else is caught by checking identifier in early cache check
if bits:
size = bits.pop(0)
if self.sizeRe.match(size) == None:
return self.error_msg("size", "Size invalid: %r" % size, status = 400)
else:
return self.error_msg("size", "Size unspecified", status=400)
if bits:
rotation = bits.pop(0)
rotation = rotation.replace("%21", '!')
m = self.rotationRe.match(rotation)
if m == None:
return self.error_msg("rotation", "Rotation invalid: %r" % rotation, status = 400)
else:
mirror, rotation = m.groups()
else:
return self.error_msg("rotation", "Rotation unspecified", status=400)
if bits:
quality = bits.pop(0)
dotidx = quality.rfind('.')
if dotidx > -1:
format = quality[dotidx+1:]
quality = quality[:dotidx]
else:
return self.error_msg("format", "Format not specified but mandatory", status=400)
if self.qualityRe.match(quality) == None:
return self.error_msg("quality", "Quality invalid: %r" % quality, status = 400)
elif self.formatRe.match(format) == None:
return self.error_msg("format", "Format invalid: %r" % format, status = 400)
else:
return self.error_msg("quality", "Quality unspecified", status=400)
# MUCH quicker to load JSON than the image to find h/w
# Does json already exist?
if os.path.exists(self.CACHEDIR+infoId):
# load JSON info file or image?
fh = file(self.CACHEDIR + infoId +'/info.json')
info = json.load(fh)
fh.close()
image = None
else:
# Need to load it up for the first time!
image = Image.open(filename)
info = self.make_info(infoId, image)
imageW = info['width']
imageH = info['height']
# Check region
if region == 'full':
# full size of image
x=0;y=0;w=imageW;h=imageH
else:
try:
(x,y,w,h)=region.split(',')
except:
return self.error_msg('region', 'unable to parse region: %r' % region, status=400)
if x.startswith('pct:'):
x = x[4:]
# convert pct into px
try:
x = float(x) ; y = float(y) ; w = float(w) ; h = float(h)
x = int(x / 100.0 * imageW)
y = int(y / 100.0 * imageH)
w = int(w / 100.0 * imageW)
h = int(h / 100.0 * imageH)
except:
return self.error_msg('region', 'unable to parse region: %r' % region, status=400)
else:
try:
x = int(x) ; y = int(y) ; w = int(w) ; h = int(h)
except:
return self.error_msg('region', 'unable to parse region: %r' % region, status=400)
if (x > imageW):
return self.error_msg("region", "X coordinate is outside image", status=400)
elif (y > imageH):
return self.error_msg("region", "Y coordinate is outside image", status=400)
elif w < 1:
return self.error_msg("region", "Region width is zero", status=400)
elif h < 1:
return self.error_msg("region", "Region height is zero", status=400)
# PIL will create whitespace outside, so constrain
# Need this info for next step anyway
if x+w > imageW:
w = imageW-x
if y+h > imageH:
h = imageH-y
# Output Size
if size == 'full':
sizeW = w ; sizeH = h
else:
try:
if size[0] == '!': # !w,h
# Must fit inside w and h
(maxSizeW, maxSizeH) = size[1:].split(',')
# calculate both ratios and pick smaller
if not maxSizeH:
maxSizeH = maxSizeW
ratioW = float(maxSizeW) / w
ratioH = float(maxSizeH) / h
ratio = min(ratioW, ratioH)
sizeW = int(w * ratio)
sizeH = int(h * ratio)
elif size[0] == '^': # ^w,[h]
# EXPERIMENTAL 2.1 FEATURE
sizeW, sizeH = size[1:].split(',')
if not sizeH:
sizeH = sizeW
sizeW = float(sizeW)
sizeH = float(sizeH)
rw = w / sizeW
rh = h / sizeH
multiplier = min(rw, rh)
minSizeW = sizeW * multiplier
minSizeH = sizeH * multiplier
x = int(((w-minSizeW)/2)+x)
y = int(((h-minSizeH)/2)+y)
w = int(minSizeW)
h = int(minSizeH)
sizeW = int(sizeW)
sizeH = int(sizeH)
ratio = 1
elif size[-1] == ',': # w,
# constrain width to w, and calculate appropriate h
sizeW = int(size[:-1])
ratio = sizeW/float(w)
sizeH = int(h * ratio)
elif size[0] == ',': # ,h
# constrain height to h, and calculate appropriate w
sizeH = int(size[1:])
ratio = sizeH/float(h)
sizeW = int(w * ratio)
elif size.startswith('pct:'): #pct: n
# n percent of size
ratio = float(size[4:])/100
sizeW = int(w * ratio)
sizeH = int(h * ratio)
if sizeW < 1:
sizeW = 1
if sizeH < 1:
sizeH = 1
else: # w,h or invalid
(sw,sh) = size.split(',')
# exactly w and h, deforming aspect (if necessary)
sizeW = int(sw)
sizeH = int(sh)
# Nasty hack to get the right canonical URI
ratioW = sizeW/float(w)
tempSizeH = int(sizeH / ratioW)
if tempSizeH in [h, h-1, h+1]:
ratio = 1
else:
ratio = 0
except:
return self.error_msg('size', 'Size unparseable: %r' % size, status=400)
# Process rotation
try:
if '.' in rotation:
rot = float(rotation)
if rot == int(rot):
rot = int(rot)
else:
rot = int(rotation)
except:
return self.error_msg('rotation', 'Rotation unparseable: %r' % rotation, status=400)
if rot < 0 or rot > 360:
return self.error_msg('rotation', 'Rotation must be 0-359.99: %r' % rotation, status=400)
# 360 --> 0
rot = rot % 360
quals = info['profile'][1]['qualities']
quals.extend(["default","bitonal"])
if not quality in quals:
return self.error_msg('quality', 'Quality not supported for this image: %r not in %r' % (quality, quals), status=501)
if quality == quals[0]:
quality = "default"
nformat = format.upper()
if nformat == 'JPG':
nformat = 'JPEG'
elif nformat == "TIF":
nformat = "TIFF"
try:
mimetype = self.formats[nformat]
except:
return self.error_msg('format', 'Unsupported format', status=415)
# Check if URI is not canonical, if so redirect to canonical URI
# Check disk cache and maybe redirect
if x == 0 and y == 0 and w == imageW and h == imageH:
c_region = "full"
else:
c_region = "%s,%s,%s,%s" % (x,y,w,h)
if (sizeW == imageW and sizeH == imageH) or (w == sizeW and h == sizeH):
c_size = "full"
elif ratio:
c_size = "%s," % (sizeW)
else:
c_size = "%s,%s" % (sizeW, sizeH)
c_rot = "!%s" % rot if mirror else str(rot)
c_qual = "%s.%s" % (quality, format.lower())
paths = [infoId, c_region, c_size, c_rot, c_qual]
fn = os.path.join(*paths)
new_url = self.BASEPREF + fn
response['Link'] += ', <%s>;rel="canonical"' % new_url
if fn != path:
response['Location'] = new_url
return self.send("", status=301)
# Won't regenerate needlessly as earlier cache check would have found it
# if we're canonical already
# And finally, process the image!
if image == None:
try:
image = Image.open(filename)
except IOError:
return self.error_msg('identifier', 'Unsupported format for base image', status=501)
if identifier.endswith('-degraded'):
if self.DEGRADED_SIZE > 0:
# resize max size
image = image.resize((info['width'], info['height']))
if self.DEGRADED_QUALITY:
nquality = {'gray':'L','bitonal':'1'}[self.DEGRADED_QUALITY]
image = image.convert(nquality)
if (w != info['width'] or h != info['height']):
box = (x,y,x+w,y+h)
image = image.crop(box)
if sizeW != w or sizeH != h:
image = image.resize((sizeW, sizeH))
if mirror:
image = image.transpose(Image.FLIP_LEFT_RIGHT)
if rot != 0:
# NB Rotation in PIL can introduce extra pixels on edges, even for square
# PIL is counter-clockwise, so need to reverse
rot = 360 - rot
try:
image = image.rotate(rot, expand=1)
except:
# old version of PIL without expand
segx = image.size[0]
segy = image.size[1]
angle = radians(rot)
rx = abs(segx*cos(angle)) + abs(segy*sin(angle))
ry = abs(segy*cos(angle)) + abs(segx*sin(angle))
bg = Image.new("RGB", (rx,ry), (0,0,0))
tx = int((rx-segx)/2)
ty = int((ry-segy)/2)
bg.paste(image, (tx,ty,tx+segx,ty+segy))
image = bg.rotate(rot)
if quality != 'default':
nquality = {'color':'RGB','gray':'L','bitonal':'1'}[quality]
image = image.convert(nquality)
output = StringIO.StringIO()
try:
image.save(output,format=nformat, quality=self.jpegQuality)
except SystemError:
return self.error_msg('size', 'Unsupported size... tile cannot extend outside image', status=501)
except IOError:
return self.error_msg('format', 'Unsupported format for format', status=501)
contents = output.getvalue()
output.close()
# Write to disk cache
for p in range(1,len(paths)):
pth = os.path.join(self.CACHEDIR, *paths[:p])
if not os.path.exists(pth):
os.mkdir(pth, 0775)
fh = file(self.CACHEDIR + fn, 'w')
fh.write(contents)
fh.close()
return self.send(contents, ct=mimetype)
def ajax():
if check_passwd(request.get_cookie("mdp")) == False:
return template('authentification', get_url=app.get_url)
reader = codecs.getreader("utf-8")
query = json.load(reader(request.body))
############### calculs de proba / utility assessment page #################################################
if query['type'] == "question":
if query['method'] == 'PE':
return methods.PE(float(query['min_interval']),
float(query['max_interval']),
float(query['proba']), int(query['choice']),
str(query['mode']))
elif query['method'] == 'LE':
return methods.LE(float(query['min_interval']),
float(query['max_interval']),
float(query['proba']), int(query['choice']),
str(query['mode']))
elif query['method'] == 'CE_Constant_Prob':
return methods.CE(float(query['min_interval']),
float(query['max_interval']),
float(query['gain']), int(query['choice']),
str(query['mode']))
else:
return query['method']
elif query['type'] == "calc_util":
return fit.regressions(query['points'])
elif query['type'] == "calc_util_multi":
return fit.multipoints(query['points'])
elif query['type'] == "k_calculus":
if query['number'] == 2:
return kcalc.calculk2(query['k']['k1'], query['k']['k2'])
elif query['number'] == 3:
return kcalc.calculk3(query['k']['k1'], query['k']['k2'],
query['k']['k3'])
elif query['number'] == 4:
return kcalc.calculk4(query['k']['k1'], query['k']['k2'],
query['k']['k3'], query['k']['k4'])
elif query['number'] == 5:
return kcalc.calculk5(query['k']['k1'], query['k']['k2'],
query['k']['k3'], query['k']['k4'],
query['k']['k5'])
elif query['number'] == 6:
return kcalc.calculk6(query['k']['k1'], query['k']['k2'],
query['k']['k3'], query['k']['k4'],
query['k']['k5'], query['k']['k6'])
elif query['type'] == "utility_calculus_multiplicative":
return kcalc.calculUtilityMultiplicative(query['k'], query['utility'])
elif query['type'] == "utility_calculus_multilinear":
return kcalc.calculUtilityMultilinear(query['k'], query['utility'])
elif query['type'] == "svg":
dictionary = query['data']
min = query['min']
max = query['max']
liste_cord = query['liste_cord']
width = query['width']
return plot.generate_svg_plot(dictionary, min, max, liste_cord, width)
elif query['type'] == "svg_QUALI":
dictionary = query['data']
list_names = query['list_names']
width = query['width']
return plot.generate_svg_plot_QUALI(dictionary, list_names, width)
elif query['type'] == "pie_chart":
names = query['names']
probas = query['probas']
return plot.pie_chart(names, probas)
elif query['type'] == "export_xlsx":
return export_xlsx.generate_fichier(query['data'])
elif query['type'] == "export_xlsx_option":
return export_xlsx.generate_fichier_with_specification(query['data'])
elif query['type'] == "latex_render":
return latex_render.render(query['formula'])
elif query['type'] == "tree":
return draw_tree.draw(query['gain'], query['upper_label'],
query['bottom_label'], query['upper_proba'],
query['bottom_proba'], query['assess_type'])
def export(path):
if check_passwd(request.get_cookie("mdp")) == False:
return template('authentification', get_url=app.get_url)
val = static_file('fichier' + path + '.xlsx', root='')
os.remove('fichier' + path + '.xlsx')
return val
def add_calendar_form() -> str:
DbSessions(db)\
.user(request.get_cookie('token', 'guest'))\
.calendars()\
.add(request.forms['url'], request.forms['name'])
return redirect('/dashboard')
def get_cookie(self, name):
return request.get_cookie(md5(name).hexdigest(), secret=self.secret)
def restricted():
username = request.get_cookie('account', secret = 'MySuperSecretSignedCookie')
if username:
return 'Welcome: {} to the restricted area!'.format(username)
else:
return 'You are not authorized'
def logout():
if request.get_cookie("session_id"):
response.set_cookie("session_id", '', expires=0)
redirect('/login')
def playerReadyHandler(game_id):
playerName = request.get_cookie("player")
result = controller.markPlayerReady(game_id, playerName)
return utils.jsonResponse(response, {"result":result})
def check_session(request):
session_id = request.get_cookie("session_id")
if session_id is None:
raise AuthenticationException("You need to log in!")
def turnHandler(game_id):
playerName = request.get_cookie("player")
color = utils.reqBody(request.body, "color")
result = controller.playTurn(game_id, playerName, color)
return utils.jsonResponse(response, {"result":result})
async def search(**kwargs):
user = asyncio.ensure_future(getcurrentuser(request))
slug = kwargs.get('slug')
is_json = kwargs.get('is_json', '')
query = slug.replace('-', ' ') if slug else request.query.q
if not query:
if is_json:
return {'error': 'No query provided.'}
return redirect('/')
elif query == 'random':
index = await store.srandmember('items:indexes')
return redirect('/{}{}'.format(index, is_json))
itemnames = await store.hgetall('items:names')
if query in itemnames:
return redirect('/{}'.format(itemnames[query]))
t0 = time.time()
classes = set()
tags = set()
priceviz = False
if query == 'all':
items = store.Hashes(
[getitemkey(k.decode()) for k in await store.sort('items')])
results = [tf2search.getsearchresult(items=items)]
else:
sources = ('backpack.tf', 'trade.tf')
pricesource = request.get_cookie('price_source')
if pricesource not in sources:
pricesource = sources[0]
items = {
item['index']: item
async for item in store.Hashes([
getitemkey(143), # Earbuds
getitemkey(5021), # Key
getitemkey(5002), # Refined
getitemkey(5001), # Reclaimed
getitemkey(5000), # Scrap
getitemkey(0) # Weapon
])
}
results = tf2search.visualizeprice(query, items, pricesource)
input_ = tf2search.parseinput(query)
classes = input_['classes']
tags = input_['tags']
if results is not None:
if len(results) != 0:
priceviz = True
if not is_json:
items = []
for item in results[0]['items']:
items.extend([item['item']] * item['count'])
results[0]['items'] = items
elif classes or tags:
results = await getresults(classes, tags)
else:
itemsdict = await store.SearchHashSet(
'items', getitemkey,
('index', 'name', 'image', 'classes', 'tags', 'marketprice'),
int)
itemsets = await store.get('items:sets')
bundles = await store.get('items:bundles')
results = tf2search.search(query, itemsdict, itemnames, itemsets,
bundles, pricesource)
for result in results:
result['items'] = store.Hashes(
[h.key for h in result['items']])
t1 = time.time()
count = sum(len(result['items']) for result in results)
all_classes = list(tf2api.getallclasses().keys())
classes_text = getlistastext(sorted(classes, key=all_classes.index))
tags_text = getlistastext(sorted(tags))
if query == 'all':
description = f'A list of all {count:,} items in TF2.'
elif classes and tags:
description = (
f'A list of the {count:,} {tags_text} items for {classes_text}'
' in TF2.')
elif classes:
description = (
f'A list of the {count:,} items for {classes_text} in TF2.')
elif tags:
description = f'A list of the {count:,} {tags_text} items in TF2.'
elif priceviz:
from_, equals, to = results[0]['title'].partition(' = ')
to = getlistastext(to.split(' + '))
description = (f'{from_} is the same as {to} in TF2.'
if equals else f'A list of {from_} items in TF2.')
elif results and ':' in results[0]['title']:
title = results[0]['title'].replace(':', '')
description = f'{count:,} {title} items in TF2.'
else:
description = f'Search results for "{query}" items in TF2.'
qualities = defaultdict(set)
user = await user
if user:
for item in user.get('backpack', {}).get('items', []):
qualities[item['defindex']].add(item['quality'])
if is_json:
for result in results:
result['items'] = [item async for item in result['items']]
return tojson(results)
else:
return await render('search.html',
query=query,
description=description,
results=results,
qualities=qualities,
count=count,
time=round(t1 - t0, 3))