def critique(self, id):
load_user()
self.load_matches(id)
act = meta.Session.query(Activity).get(id)
if c.user and self._can_comment(c.user.id, c.service_matches):
rt = Rating()
# raise Exception('inserting rating by user %s of user %s'%(c.user.id,act.user.id))
rt.by_user = c.user
# rt.by_user_id = c.user.id
# c.user.ratings_by.append(rt)
rt.of_user = act.user
# rt.of_user_id = act.user.id
act.user.ratings_of.append(rt)
rt.rating = self.form_result.get("rating")
rt.comment = self.form_result.get("comment")
meta.Session.add(rt)
meta.Session.commit()
sess = facebook.check_session()
if sess:
facebook.notifications.send(
[act.user.fb_uid],
_(
u' נתן ציון לשירותך באתר <a href="http://www.greenie.co.il/">השליחים הירוקים</a> - <a href="http://www.greenie.co.il%s">%s</a>'
)
% (url.current(controller=act.activity_type, action="index", id=act.id), act),
)
redirect(url.current(action="index", id=id))
else:
raise Exception("permission denied to comment for this user here")
def submit(self):
"""
Verify username and password
"""
# Both fields filled?
form_username = str(request.params.get('username'))
form_password = str(request.params.get('password'))
m = hashlib.md5()
m.update(form_password)
passhash = m.hexdigest()
# Get user data from database
if app_globals.rpcservice.check_admin(form_username, passhash):
# Mark admin as logged in
session['user'] = form_username
session['passhash'] = passhash
session.save()
return redirect(url(controller='syncuser', action='index'))
if app_globals.rpcservice.check_user(form_username, passhash):
# Mark user as logged in
session['user'] = form_username
session['passhash'] = passhash
session.save()
return redirect(url.current(controller='account', action='index'))
return redirect(url.current(action = 'invalid'))
def submit(self):
"""
Verify username and password
"""
# Both fields filled?
form_username = str(request.params.get('username'))
form_password = str(request.params.get('password'))
m = hashlib.md5()
m.update(form_password)
passhash = m.hexdigest()
# Get user data from database
if app_globals.rpcservice.check_admin(form_username, passhash):
# Mark admin as logged in
session['user'] = form_username
session['passhash'] = passhash
session.save()
return redirect(url(controller='syncuser', action='index'))
if app_globals.rpcservice.check_user(form_username, passhash):
# Mark user as logged in
session['user'] = form_username
session['passhash'] = passhash
session.save()
return redirect(url.current(controller='account', action='index'))
return redirect(url.current(action='invalid'))
def delete(self, id=None):
""" Delete an existing excavation record."""
excavation = Session.query(Excavation).get(id)
if excavation:
Session.delete(excavation)
Session.commit()
flash_message(_("Excavation record deleted"), 'success')
return redirect(url.current(action='index'))
else:
flash_message(_("This record did not exist"), 'warning')
return redirect(url.current(action='index', id=None))
def create(self, id, tags):
if not hasattr(self, 'form_result'):
redirect(url.current(action='add'))
location = LocationTag.get(tags)
subject = Subject.get(location, id)
page = Page(self.form_result['page_title'],
self.form_result['page_content'])
subject.pages.append(page)
meta.Session.add(page)
meta.Session.commit()
redirect(url.current(action='index', page_id=page.id))
def __before__(self):
if self.requires_auth and not session.get('logged_in'):
if session.get('after_login') is None:
session.clear()
if url.current() != url(controller='auth/login', action='index'):
session['after_login'] = url.current()
else:
session['after_login'] = url('/')
session.save()
redirect(url(controller='auth/login', action='index'))
def delete(self, id=None):
""" Delete an existing address record."""
address = Session.query(Address).get(id)
if address:
Session.delete(address)
Session.commit()
flash_message(_("Address record deleted"), 'success')
return redirect(url.current(action='index'))
else:
flash_message(_("This record did not exist"), 'warning')
return redirect(url.current(action='index', id=None))
def award_medal(self, user):
try:
medal_type = request.GET['medal_type']
except KeyError:
abort(404)
if medal_type not in Medal.available_medal_types():
abort(404)
if medal_type in [m.medal_type for m in user.medals]:
redirect(url.current(action='medals')) # Medal already granted.
m = Medal(user, medal_type)
meta.Session.add(m)
meta.Session.commit()
redirect(url.current(action='medals'))
def update(self, id=None):
""" Update an existing address record."""
address = Session.query(Address).get(id)
if address:
# update record attributes
for key, value in self.form_result.items():
setattr(address, key, value)
Session.commit()
flash_message(_("Address record updated"), 'success')
return redirect(url.current(action='show', id=address.address_id))
else:
flash_message(_("This record did not exist"), 'warning')
return redirect(url.current(action='index', id=None))
def take_away_medal(self, user):
try:
medal_id = int(request.GET['medal_id'])
except KeyError:
abort(404)
try:
medal = meta.Session.query(Medal).filter_by(id=medal_id).one()
except NoResultFound:
redirect(url.current(action='medals')) # Medal has been already taken away.
if medal.user is not user:
abort(404)
meta.Session.delete(medal)
meta.Session.commit()
redirect(url.current(action='medals'))
def post_login(self):
""" Post login action.
If the credentials are good the user is connected and redirect to the
main index page . If they are wrong the user his resend to login.
"""
credentials = request.environ.get('repoze.what.credentials', False)
if credentials:
userid = credentials['repoze.what.userid']
flash_message(_("Successful login, %s!") % userid)
redirect(url.current(action='index'))
else:
flash_message(_("Wrong credentials"), 'warning')
redirect(url.current(action='login'))
def update(self, id=None):
""" Update an existing person record."""
person = Session.query(Person).get(id)
if person:
# check first for a duplicate entry
self._check_duplicate(self.form_result, person.person_id)
# update record attributes
for key, value in self.form_result.items():
setattr(person, key, value)
Session.commit()
flash_message(_("Person record updated"), 'success')
return redirect(url.current(action='show', id=person.person_id))
else:
flash_message(_("This record did not exist"), 'warning')
return redirect(url.current(action='index', id=None))
def login(self):
""" Render the login page."""
credentials = request.environ.get('repoze.what.credentials', False)
if credentials:
redirect(url.current(action='index'))
else:
return render('login.mako')
def index(self):
""" Render the main index page."""
credentials = request.environ.get('repoze.what.credentials', False)
if credentials:
return render('index.mako')
else:
redirect(url.current(action='login'))
def gravatar_url(email_address, size=30):
from pylons import url ## doh, we need to re-import url to mock it later
if(str2bool(config['app_conf'].get('use_gravatar')) and
config['app_conf'].get('alternative_gravatar_url')):
tmpl = config['app_conf'].get('alternative_gravatar_url', '')
parsed_url = urlparse.urlparse(url.current(qualified=True))
tmpl = tmpl.replace('{email}', email_address)\
.replace('{md5email}', hashlib.md5(email_address.lower()).hexdigest()) \
.replace('{netloc}', parsed_url.netloc)\
.replace('{scheme}', parsed_url.scheme)\
.replace('{size}', str(size))
return tmpl
if (not str2bool(config['app_conf'].get('use_gravatar')) or
not email_address or email_address == '*****@*****.**'):
f = lambda a, l: min(l, key=lambda x: abs(x - a))
return url("/images/user%s.png" % f(size, [14, 16, 20, 24, 30]))
ssl_enabled = 'https' == request.environ.get('wsgi.url_scheme')
default = 'identicon'
baseurl_nossl = "http://www.gravatar.com/avatar/"
baseurl_ssl = "https://secure.gravatar.com/avatar/"
baseurl = baseurl_ssl if ssl_enabled else baseurl_nossl
if isinstance(email_address, unicode):
#hashlib crashes on unicode items
email_address = safe_str(email_address)
# construct the url
gravatar_url = baseurl + hashlib.md5(email_address.lower()).hexdigest() + "?"
gravatar_url += urllib.urlencode({'d': default, 's': str(size)})
return gravatar_url
def create_comparison_link(target, replace_with=None, move=0):
u"""Manipulates the list of Pokémon before creating a link.
`target` is the FoundPokemon to be operated upon. It can be either
replaced with a new string or moved left/right.
"""
new_found_pokemon = c.found_pokemon[:]
# Do the swapping first
if move:
idx1 = new_found_pokemon.index(target)
idx2 = (idx1 + move) % len(new_found_pokemon)
new_found_pokemon[idx1], new_found_pokemon[idx2] = \
new_found_pokemon[idx2], new_found_pokemon[idx1]
# Construct a new query
query_pokemon = []
for found_pokemon in new_found_pokemon:
if found_pokemon is None:
# Empty slot
query_pokemon.append(u'')
elif found_pokemon is target and replace_with != None:
# Substitute a new Pokémon
query_pokemon.append(replace_with)
else:
# Keep what we have now
query_pokemon.append(found_pokemon.input)
short_params = self._shorten_compare_pokemon(query_pokemon)
return url.current(**short_params)
def build_url(self, request, facet_values):
'''
Build an url from the *request* and the *facet_value*
'''
params = self.build_params(request, facet_values)
url_base = url.current(qualified=True)
return url_base + "?" + urllib.urlencode(params)
def __wrapper(self, func, *fargs, **fkwargs):
cls = fargs[0]
user = cls.rhodecode_user
loc = "%s:%s" % (cls.__class__.__name__, func.__name__)
#check IP
ip_access_ok = True
if not user.ip_allowed:
from rhodecode.lib import helpers as h
h.flash(h.literal(_('IP %s not allowed' % (user.ip_addr))),
category='warning')
ip_access_ok = False
api_access_ok = False
if self.api_access:
log.debug('Checking API KEY access for %s' % cls)
if user.api_key == request.GET.get('api_key'):
api_access_ok = True
else:
log.debug("API KEY token not valid")
log.debug('Checking if %s is authenticated @ %s' %
(user.username, loc))
if (user.is_authenticated or api_access_ok) and ip_access_ok:
reason = 'RegularAuth' if user.is_authenticated else 'APIAuth'
log.info('user %s is authenticated and granted access to %s '
'using %s' % (user.username, loc, reason))
return func(*fargs, **fkwargs)
else:
log.warn('user %s NOT authenticated on func: %s' % (user, loc))
p = url.current()
log.debug('redirecting to login page with %s' % p)
return redirect(url('login_home', came_from=p))
def create_comparison_link(target, replace_with=None, move=0):
u"""Manipulates the list of Pokémon before creating a link.
`target` is the FoundPokemon to be operated upon. It can be either
replaced with a new string or moved left/right.
"""
new_found_pokemon = c.found_pokemon[:]
# Do the swapping first
if move:
idx1 = new_found_pokemon.index(target)
idx2 = (idx1 + move) % len(new_found_pokemon)
new_found_pokemon[idx1], new_found_pokemon[idx2] = \
new_found_pokemon[idx2], new_found_pokemon[idx1]
# Construct a new query
query_pokemon = []
for found_pokemon in new_found_pokemon:
if found_pokemon is None:
# Empty slot
query_pokemon.append(u'')
elif found_pokemon is target and replace_with != None:
# Substitute a new Pokémon
query_pokemon.append(replace_with)
else:
# Keep what we have now
query_pokemon.append(found_pokemon.input)
short_params = self._shorten_compare_pokemon(query_pokemon)
return url.current(**short_params)
def build_url(self, request, facet_values):
'''
Build an url from the *request* and the *facet_value*
'''
params = self.build_params(request, facet_values)
url_base = url.current(qualified=True)
return url_base + "?" + urllib.urlencode(params)
def create(self):
report = m.Report()
for t,p in reports.tokenize_report(c.text):
if t == reports.Map:
# just ignore this for now, it will resolve itself up there ^
pass
elif t == reports.Hash:
hash = m.Hash.by_name(p).first()
if not hash:
hash = m.Hash()
hash.name = p
m.Session.add(hash)
hash.reports.append(report)
report.solarSystemID=c.solarSystem.solarSystemID
report.title=c.title
report.text=c.text
report.priority=c.priority
m.Session.add(report)
m.Session.commit()
return redirect(url.current())
def gravatar_url(email_address, size=30, ssl_enabled=True):
from pylons import url # doh, we need to re-import url to mock it later
from rhodecode import CONFIG
_def = '*****@*****.**' # default gravatar
use_gravatar = str2bool(CONFIG.get('use_gravatar'))
alternative_gravatar_url = CONFIG.get('alternative_gravatar_url', '')
email_address = email_address or _def
if not use_gravatar or not email_address or email_address == _def:
f = lambda a, l: min(l, key=lambda x: abs(x - a))
return url("/images/user%s.png" % f(size, [14, 16, 20, 24, 30]))
if use_gravatar and alternative_gravatar_url:
tmpl = alternative_gravatar_url
parsed_url = urlparse.urlparse(url.current(qualified=True))
tmpl = tmpl.replace('{email}', email_address)\
.replace('{md5email}', hashlib.md5(email_address.lower()).hexdigest()) \
.replace('{netloc}', parsed_url.netloc)\
.replace('{scheme}', parsed_url.scheme)\
.replace('{size}', str(size))
return tmpl
default = 'identicon'
baseurl_nossl = "http://www.gravatar.com/avatar/"
baseurl_ssl = "https://secure.gravatar.com/avatar/"
baseurl = baseurl_ssl if ssl_enabled else baseurl_nossl
if isinstance(email_address, unicode):
#hashlib crashes on unicode items
email_address = safe_str(email_address)
# construct the url
gravatar_url = baseurl + hashlib.md5(email_address.lower()).hexdigest() + "?"
gravatar_url += urllib.urlencode({'d': default, 's': str(size)})
return gravatar_url
def authenticate(self):
form_username = str(request.params.get('username'))
form_password = str(request.params.get('password'))
# Get user data from database
user = Session.query(User).filter(User.name==form_username).first()
if user is None: # User does not exist
return render('/login.mako')
# Wrong password? (MD5 hashes used here)
#if user.password != md5.md5(form_password).hexdigest():
if user.password != form_password:
return "Bad authentication." #render('login.mako')
# Mark user as logged in
session['user'] = form_username
session.save()
if user.name == "admin":
return redirect(url(controller='admin/menu', action='index'))
else:
return redirect(url.current(action='index'))
"""
def build_url(self,
page=None,
size=None,
sort=None,
facets=tuple(),
unselect_facets=tuple(),
**kwargs):
'''
b/w compat
'''
query = MultiDict(request.params.items())
query.update(kwargs)
query[self.page_param] = page if page else 1
query[self.size_param] = size if size else self.size
query[self.sort_param] = sort if sort else self.selected_sort
# sanitize the the query arguments
query_items = ([(str(key), unicode(value).encode('utf-8'))
for (key, value) in query.items()])
url_base = url.current(qualified=True)
protocol = config.get('adhocracy.protocol', 'http').strip()
if ', ' in url_base:
# hard coded fix for enquetebeteiligung.de
url_base = '%s://%s' % (protocol, url_base.split(', ')[1])
else:
url_base = '%s://%s' % (protocol, url_base.split('://')[1])
return url_base + "?" + urllib.urlencode(query_items)
def generate_header_link(self, column_number, column, label_text):
""" This handles generation of link and then decides to call
self.default_header_ordered_column_format
or
self.default_header_column_format
based on if current column is the one that is used for sorting or not
"""
from pylons import url
# this will handle possible URL generation
request_copy = dict(self.request.copy().GET)
self.order_column = request_copy.pop("order_col", None)
self.order_dir = request_copy.pop("order_dir", None)
if column == self.order_column and self.order_dir == "asc":
new_order_dir = "dsc"
else:
new_order_dir = "asc"
url_href = url.current(order_col=column,
order_dir=new_order_dir,
**request_copy)
label_text = HTML.tag("a", href=url_href, c=label_text)
# Is the current column the one we're ordering on?
if column == self.order_column:
return self.default_header_ordered_column_format(
column_number, column, label_text)
else:
return self.default_header_column_format(column_number, column,
label_text)
def generate_header_link(self, column_number, column, label_text):
""" This handles generation of link and then decides to call
self.default_header_ordered_column_format
or
self.default_header_column_format
based on if current column is the one that is used for sorting or not
"""
from pylons import url
# this will handle possible URL generation
request_copy = dict(self.request.copy().GET)
self.order_column = request_copy.pop("order_col", None)
self.order_dir = request_copy.pop("order_dir", None)
if column == self.order_column and self.order_dir == "asc":
new_order_dir = "dsc"
else:
new_order_dir = "asc"
url_href = url.current(order_col=column, order_dir=new_order_dir,
**request_copy)
label_text = HTML.tag("a", href=url_href, c=label_text)
# Is the current column the one we're ordering on?
if column == self.order_column:
return self.default_header_ordered_column_format(column_number,
column,
label_text)
else:
return self.default_header_column_format(column_number, column,
label_text)
def __wrapper(self, func, *fargs, **fkwargs):
cls = fargs[0]
self.user = cls.rhodecode_user
self.user_perms = self.user.permissions
log.debug('checking %s permissions %s for %s %s',
self.__class__.__name__, self.required_perms, cls, self.user)
if self.check_permissions():
log.debug('Permission granted for %s %s' % (cls, self.user))
return func(*fargs, **fkwargs)
else:
log.debug('Permission denied for %s %s' % (cls, self.user))
anonymous = self.user.username == 'default'
if anonymous:
p = url.current()
import rhodecode.lib.helpers as h
h.flash(_('You need to be a signed in to '
'view this page'),
category='warning')
return redirect(url('login_home', came_from=p))
else:
# redirect with forbidden ret code
return abort(403)
def _getIndexActionURL(self):
"""
Uses the pylons config to build a url for the index action of this contoller.
"""
indexURL = url.current(qualified=True, action='index')
return indexURL
def save(self, id=None):
log.debug('save: id %s params %s', id, str(request.params))
user = dict()
if id is None:
user['name'] = request.params['name']
else:
user['name'] = id
for f in ('email', 'server', 'hwkey', 'comment'):
user[f] = request.params[f]
user['sync'] = self._get_selected_bases(request)
if request.params['exp'] == 'date':
user['expired'] = request.params['expired']
else:
user['expired'] = '-1'
if id is None:
try:
password = app_globals.rpcservice.add_user(session['user'], session['passhash'], user)
msg = _("Your SZARP Synchronization account has been created.\n\nYour login: %s\nYour password: %s\nVisist %s to change your password and view your settings.\n\nSZARP Synchronization Server\n") % (user['name'], password, url('home', qualified = True))
send_email(user['email'], _("SZARP sync new account"), msg)
except Exception, e:
log.error(str(e))
raise e
return redirect(url.current(action='edit', id=user['name']))
def gravatar_url(email_address, size=30):
from pylons import url # doh, we need to re-import url to mock it later
_def = '*****@*****.**'
use_gravatar = str2bool(config['app_conf'].get('use_gravatar'))
email_address = email_address or _def
if (not use_gravatar or not email_address or email_address == _def):
f = lambda a, l: min(l, key=lambda x: abs(x - a))
return url("/images/user%s.png" % f(size, [14, 16, 20, 24, 30]))
if use_gravatar and config['app_conf'].get('alternative_gravatar_url'):
tmpl = config['app_conf'].get('alternative_gravatar_url', '')
parsed_url = urlparse.urlparse(url.current(qualified=True))
tmpl = tmpl.replace('{email}', email_address)\
.replace('{md5email}', hashlib.md5(email_address.lower()).hexdigest()) \
.replace('{netloc}', parsed_url.netloc)\
.replace('{scheme}', parsed_url.scheme)\
.replace('{size}', str(size))
return tmpl
ssl_enabled = 'https' == request.environ.get('wsgi.url_scheme')
default = 'identicon'
baseurl_nossl = "http://www.gravatar.com/avatar/"
baseurl_ssl = "https://secure.gravatar.com/avatar/"
baseurl = baseurl_ssl if ssl_enabled else baseurl_nossl
if isinstance(email_address, unicode):
#hashlib crashes on unicode items
email_address = safe_str(email_address)
# construct the url
gravatar_url = baseurl + hashlib.md5(
email_address.lower()).hexdigest() + "?"
gravatar_url += urllib.urlencode({'d': default, 's': str(size)})
return gravatar_url
def __wrapper(self, func, *fargs, **fkwargs):
cls = fargs[0]
self.user = cls.rhodecode_user
self.user_perms = self.user.permissions
log.debug('checking %s permissions %s for %s %s',
self.__class__.__name__, self.required_perms, cls,
self.user)
if self.check_permissions():
log.debug('Permission granted for %s %s', cls, self.user)
return func(*fargs, **fkwargs)
else:
log.warning('Permission denied for %s %s', cls, self.user)
anonymous = self.user.username == 'default'
if anonymous:
p = url.current()
import rhodecode.lib.helpers as h
h.flash(_('You need to be a signed in to '
'view this page'),
category='warning')
return redirect(url('login_home', came_from=p))
else:
#redirect with forbidden ret code
return abort(403)
def index(self):
""" Feed with the last images """
feed = Atom1Feed(
title="troppotardi.com Image Feed",
link=url.current(qualified=True),
description="The last 10 entries from troppotardi.com",
language="en",
)
images = Image.by_day(self.db,
startkey=day_to_str(datetime.utcnow()),
descending=True,
limit=10)
for image in images:
feed.add_item(title=image.author + ", " + day_to_str(image.day),
link=url(controller='images',
action='show',
day=day_to_str(image.day),
qualified=True),
description="Image of the day by " + (image.author_url and ("<a href=\"" + image.author_url + "\">" + image.author + "</a>") or image.author),
date=image.day,
)
response.content_type = 'application/atom+xml'
return feed.writeString('utf-8')
def __wrapper(self, func, *fargs, **fkwargs):
cls = fargs[0]
user = cls.rhodecode_user
api_access_ok = False
if self.api_access:
log.debug('Checking API KEY access for %s' % cls)
if user.api_key == request.GET.get('api_key'):
api_access_ok = True
else:
log.debug("API KEY token not valid")
loc = "%s:%s" % (cls.__class__.__name__, func.__name__)
log.debug('Checking if %s is authenticated @ %s' % (user.username, loc))
if user.is_authenticated or api_access_ok:
log.info('user %s is authenticated and granted access to %s' % (
user.username, loc)
)
return func(*fargs, **fkwargs)
else:
log.warn('user %s NOT authenticated on func: %s' % (
user, loc)
)
p = url.current()
log.debug('redirecting to login page with %s' % p)
return redirect(url('login_home', came_from=p))
def document(self):
resp = request.environ.get('pylons.original_response')
req = request.environ.get('pylons.original_request')
c.came_from = url.current()
if resp is None:
return render("/error.mako")
c.reason = req.environ.get('ututi.access_denied_reason', None)
if resp.status_int in [403, 404]:
self.form_result = {}
self._search()
c.came_from = url('/')
if resp.status_int == 403:
return render("/access_denied.mako")
elif resp.status_int == 404:
h.flash(_("Document at %(url)s was not found, but maybe you are interested in something else?") % {
'url': req.url.encode('ascii', 'ignore')})
# if user is logged in, show search form, otherwise - login form
try:
if session['login']:
return render('/search/index.mako')
except KeyError:
return render('/login.mako')
return render("/error.mako")
def make_order(self):
username = session['user']
user = Session.query(User).filter(User.name==username).first()
dish_id = request.params['dish_id']
o = Session.query(Order).filter(Order.date==datetime.date.today()).first()
if o == None:
o = Order()
o.date = datetime.date.today()
Session.add(o)
Session.commit()
od = OrderDetail()
od.order_id = o.id
od.user_id = user.id
od.dish_id = dish_id
od.quantity = request.params['quantity']
od.notes = request.params['notes']
od.date = datetime.date.today()
Session.add(od)
Session.commit()
redirect(url.current(action='get_today_order'))
def submit(self, id=None):
if id == 'new':
usr = model.CMSUser()
else:
usr = model.find_cmsuser(int(id))
errors = []
rp = request.POST
usr.fullname = rp.get('fullname')
usr.username = rp.get('username')
if rp.get('password1') and rp.get('password1') == rp.get('password2'):
usr.password = security.hash_password(rp.get('password1'))
if id == 'new' and not usr.password:
errors.append({
'field': 'password1',
'message': "een wachtwoord is verplicht bij nieuwe gebruikers"}
)
if not usr.username:
errors.append({'field': 'username',
'message': "dit veld moet worden ingevuld"})
if errors:
session['post'] = rp
session['errors'] = errors
session.save()
redirect(url.current(action='edit'))
if id == 'new':
model.save(usr)
model.commit()
return redirect(url(controller='cmsuser', action='list'))
def delete(self, **kwargs):
if not kwargs.has_key('id'):
return redirect(url.current(action='index'))
c.id = kwargs.get('id')
c.message = "Are you sure you want to remove user %s?" % c.id
c.action = "delete_confirmed"
c.no_action = "index"
return render('/confirm.mako')
def show(self, id=None):
""" Display a person address record."""
c.address = Session.query(Address).get(id)
if c.address:
return render('/addresses/show.mako')
else:
flash_message(_("This record did not exist"), 'warning')
return redirect(url.current(action='index', id=None))
def confirm_delete(self, id=None):
""" Show an address record and ask to confirm deletion."""
c.address = Session.query(Address).get(id)
if c.address:
return render('/addresses/confirm_delete.mako')
else:
flash_message(_("This record did not exist"), 'warning')
return redirect(url.current(action='index', id=None))
def save(self):
self.form_result['owner'] = users.get_current_user()
r = Recipe(**self.form_result)
r.put()
redirect(url.current(action='view', id=r.key().id(),
message='Recipe saved.'))
def redirect_to(*args, **kargs):
if 'is_active' in dir(meta.Session):
meta.Session.flush()
# Close causes issues if we are running under a test harness
# Not ideal to change behaviour under test but can't see a way around it
if meta.Session.get_bind().url.database != 'zktest':
meta.Session.close()
return redirect(url.current(*args, **kargs))
def redirect_auth_denial(reason):
if response.status_int == 401:
message = 'You are not logged in.'
message_type = 'warning'
else:
message = 'You do not have the permissions to access this page.'
message_type = 'error'
#h.flash(message, message_type)
redirect(url('/login', came_from=url.current()))
def testdestination(self, destinationid):
"Test mail destination server"
server = self._get_server(destinationid)
if not server:
abort(404)
taskid = request.GET.get('taskid', None)
if not taskid:
to_addr = 'postmaster@%s' % server.domains.name
task = test_smtp_server.apply_async(args=[
server.address, server.port, '<>', to_addr, server.id, 3
])
taskid = task.task_id
session['taskids'].append(taskid)
session['testdest-count'] = 1
session.save()
redirect(url.current(taskid=taskid))
else:
result = AsyncResult(taskid)
if result is None or taskid not in session['taskids']:
flash(_('The connection test failed try again later'))
redirect(url('domain-detail', domainid=server.domain_id))
if result.ready():
if ('smtp' in result.result and 'ping' in result.result
and result.result['smtp'] and result.result['ping']):
flash(
_('The server: %s is up and accepting mail from us' %
server.address))
else:
if 'ping' in result.result['errors']:
errors = result.result['errors']['ping']
else:
errors = result.result['errors']['smtp']
flash(
_('The server: %s is not accepting mail from us: %s') %
(server.address, errors))
redirect(url('domain-detail', domainid=server.domain_id))
else:
session['testdest-count'] += 1
session.save()
if (session['testdest-count'] >= 10
and result.state in ['PENDING', 'RETRY', 'FAILURE']):
result.revoke()
del session['testdest-count']
session.save()
flash_alert('Failed to initialize backend,'
' try again later')
redirect(url('domain-detail', domainid=server.domain_id))
c.server = server
c.domainid = server.domain_id
c.taskid = taskid
c.finished = False
return render('/domains/testdestination.html')
def test_alternative_gravatar(self):
from rhodecode.lib.helpers import gravatar_url
_md5 = lambda s: hashlib.md5(s).hexdigest()
def fake_conf(**kwargs):
from pylons import config
config['app_conf'] = {}
config['app_conf']['use_gravatar'] = True
config['app_conf'].update(kwargs)
return config
class fake_url():
@classmethod
def current(cls, *args, **kwargs):
return 'https://server.com'
with mock.patch('pylons.url', fake_url):
fake = fake_conf(
alternative_gravatar_url='http://test.com/{email}')
with mock.patch('pylons.config', fake):
from pylons import url
assert url.current() == 'https://server.com'
grav = gravatar_url(email_address='*****@*****.**', size=24)
assert grav == 'http://test.com/[email protected]'
fake = fake_conf(
alternative_gravatar_url='http://test.com/{email}')
with mock.patch('pylons.config', fake):
grav = gravatar_url(email_address='*****@*****.**', size=24)
assert grav == 'http://test.com/[email protected]'
fake = fake_conf(
alternative_gravatar_url='http://test.com/{md5email}')
with mock.patch('pylons.config', fake):
em = '*****@*****.**'
grav = gravatar_url(email_address=em, size=24)
assert grav == 'http://test.com/%s' % (_md5(em))
fake = fake_conf(
alternative_gravatar_url='http://test.com/{md5email}/{size}')
with mock.patch('pylons.config', fake):
em = '*****@*****.**'
grav = gravatar_url(email_address=em, size=24)
assert grav == 'http://test.com/%s/%s' % (_md5(em), 24)
fake = fake_conf(
alternative_gravatar_url='{scheme}://{netloc}/{md5email}/{size}'
)
with mock.patch('pylons.config', fake):
em = '*****@*****.**'
grav = gravatar_url(email_address=em, size=24)
assert grav == 'https://server.com/%s/%s' % (_md5(em), 24)
def build_url(self, request, facet_values):
'''
Build an url from the *request* and the *facet_value*
'''
params = self.build_params(request, facet_values)
url_base = url.current(qualified=True)
protocol = config.get('adhocracy.protocol', 'http').strip()
if ', ' in url_base:
# hard coded fix for enquetebeteiligung.de
url_base = '%s://%s' % (protocol, url_base.split(', ')[1])
else:
url_base = '%s://%s' % (protocol, url_base.split('://')[1])
return url_base + "?" + urllib.urlencode(params)
def test_alternative_gravatar(self):
from kallithea.lib.helpers import gravatar_url
_md5 = lambda s: hashlib.md5(s).hexdigest()
#mock pylons.url
class fake_url(object):
@classmethod
def current(cls, *args, **kwargs):
return 'https://server.com'
#mock pylons.tmpl_context
def fake_tmpl_context(_url):
_c = AttributeDict()
_c.visual = AttributeDict()
_c.visual.use_gravatar = True
_c.visual.gravatar_url = _url
return _c
with mock.patch('pylons.url', fake_url):
fake = fake_tmpl_context(_url='http://test.com/{email}')
with mock.patch('pylons.tmpl_context', fake):
from pylons import url
assert url.current() == 'https://server.com'
grav = gravatar_url(email_address='*****@*****.**', size=24)
assert grav == 'http://test.com/[email protected]'
fake = fake_tmpl_context(_url='http://test.com/{email}')
with mock.patch('pylons.tmpl_context', fake):
grav = gravatar_url(email_address='*****@*****.**', size=24)
assert grav == 'http://test.com/[email protected]'
fake = fake_tmpl_context(_url='http://test.com/{md5email}')
with mock.patch('pylons.tmpl_context', fake):
em = '*****@*****.**'
grav = gravatar_url(email_address=em, size=24)
assert grav == 'http://test.com/%s' % (_md5(em))
fake = fake_tmpl_context(_url='http://test.com/{md5email}/{size}')
with mock.patch('pylons.tmpl_context', fake):
em = '*****@*****.**'
grav = gravatar_url(email_address=em, size=24)
assert grav == 'http://test.com/%s/%s' % (_md5(em), 24)
fake = fake_tmpl_context(_url='{scheme}://{netloc}/{md5email}/{size}')
with mock.patch('pylons.tmpl_context', fake):
em = '*****@*****.**'
grav = gravatar_url(email_address=em, size=24)
assert grav == 'https://server.com/%s/%s' % (_md5(em), 24)
def __wrapper(self, func, *fargs, **fkwargs):
cls = fargs[0]
user = cls.authuser
loc = "%s:%s" % (cls.__class__.__name__, func.__name__)
# check if our IP is allowed
ip_access_valid = True
if not user.ip_allowed:
from kallithea.lib import helpers as h
h.flash(h.literal(_('IP %s not allowed' % (user.ip_addr))),
category='warning')
ip_access_valid = False
# check if we used an APIKEY and it's a valid one
# defined whitelist of controllers which API access will be enabled
_api_key = request.GET.get('api_key', '')
api_access_valid = allowed_api_access(loc, api_key=_api_key)
# explicit controller is enabled or API is in our whitelist
if self.api_access or api_access_valid:
log.debug('Checking API KEY access for %s' % cls)
if _api_key and _api_key in user.api_keys:
api_access_valid = True
log.debug('API KEY ****%s is VALID' % _api_key[-4:])
else:
api_access_valid = False
if not _api_key:
log.debug("API KEY *NOT* present in request")
else:
log.warning("API KEY ****%s *NOT* valid" % _api_key[-4:])
log.debug('Checking if %s is authenticated @ %s' %
(user.username, loc))
reason = 'RegularAuth' if user.is_authenticated else 'APIAuth'
if ip_access_valid and (user.is_authenticated or api_access_valid):
log.info(
'user %s authenticating with:%s IS authenticated on func %s ' %
(user, reason, loc))
return func(*fargs, **fkwargs)
else:
log.warning(
'user %s authenticating with:%s NOT authenticated on func: %s: '
'IP_ACCESS:%s API_ACCESS:%s' %
(user, reason, loc, ip_access_valid, api_access_valid))
p = url.current()
log.debug('redirecting to login page with %s' % p)
return redirect(url('login_home', came_from=p))
def _validate_came_from(self, came_from):
if not came_from:
return came_from
parsed = urlparse.urlparse(came_from)
server_parsed = urlparse.urlparse(url.current())
allowed_schemes = ['http', 'https']
if parsed.scheme and parsed.scheme not in allowed_schemes:
log.error('Suspicious URL scheme detected %s for url %s' %
(parsed.scheme, parsed))
came_from = url('home')
elif server_parsed.netloc != parsed.netloc:
log.error('Suspicious NETLOC detected %s for url %s server url '
'is: %s' % (parsed.netloc, parsed, server_parsed))
came_from = url('home')
return came_from
def index(self, id=None):
if id:
record = meta.Session.query(model.Files).filter_by(id=id).first()
else:
record = model.Files()
assert record is not None, repr(id)
c.fs = Files.bind(record, data=request.POST or None)
if request.POST and c.fs.validate():
c.fs.sync()
if id:
meta.Session.merge(record)
else:
meta.Session.add(record)
meta.Session.commit()
redirect(url.current(id=record.id))
return render('/form.mako')
def __wrapper(self, func, *fargs, **fkwargs):
cls = fargs[0]
self.user = cls.rhodecode_user
log.debug('Checking if user is not anonymous @%s' % cls)
anonymous = self.user.username == 'default'
if anonymous:
p = url.current()
import rhodecode.lib.helpers as h
h.flash(_('You need to be a registered user to '
'perform this action'),
category='warning')
return redirect(url('login_home', came_from=p))
else:
return func(*fargs, **fkwargs)
def build_url(self,
page=None,
size=None,
sort=None,
facets=tuple(),
unselect_facets=tuple(),
**kwargs):
'''
b/w compat
'''
query = MultiDict(request.params.items())
query.update(kwargs)
query["%s_page" % self.name] = page if page else 1
query["%s_size" % self.name] = size if size else self.size
query["%s_sort" % self.name] = sort if sort else self.selected_sort
# sanitize the the query arguments
query_items = ([(str(key), unicode(value).encode('utf-8'))
for (key, value) in query.items()])
url_base = url.current(qualified=True)
return url_base + "?" + urllib.urlencode(query_items)
def submit(self, id=None):
if id == 'new':
usr = model.CMSUser()
else:
usr = model.find_cmsuser(int(id))
errors = []
rp = request.POST
usr.fullname = rp.get('fullname')
usr.username = rp.get('username')
if rp.get('password1') and rp.get('password1') == rp.get('password2'):
usr.password = security.hash_password(rp.get('password1'))
if id == 'new' and not usr.password:
errors.append({
'field':
'password1',
'message':
"een wachtwoord is verplicht bij nieuwe gebruikers"
})
if not usr.username:
errors.append({
'field': 'username',
'message': "dit veld moet worden ingevuld"
})
if errors:
session['post'] = rp
session['errors'] = errors
session.save()
redirect(url.current(action='edit'))
if id == 'new':
model.save(usr)
model.commit()
return redirect(url(controller='cmsuser', action='list'))
def stat_calculator(self):
"""Calculates, well, stats."""
# XXX this form handling is all pretty bad. consider ripping it out
# and really thinking about how this ought to work.
# possible TODO:
# - more better error checking
# - track effort gained on the fly (as well as exp for auto level up?)
# - track evolutions?
# - graphs of potential stats?
# - given a pokemon and its genes and effort, graph all stats by level
# - given a pokemon and its gene results, graph approximate stats by level...?
# - given a pokemon, graph its min and max possible calc'd stats...
# - this logic is pretty hairy; use a state object?
# Add the stat-based fields
stat_query = (db.pokedex_session.query(
tables.Stat).filter(tables.Stat.is_battle_only == False))
c.stats = (stat_query.order_by(tables.Stat.id).all())
hidden_power_stats = (stat_query.order_by(
tables.Stat.game_index).all())
# Make sure there are the same number of level, stat, and effort
# fields. Add an extra one (for more data), as long as we're not about
# to shorten
num_dupes = c.num_data_points = len(request.GET.getall('level'))
if not request.GET.get('shorten', False):
num_dupes += 1
class F(StatCalculatorForm):
level = DuplicateField(
fields.IntegerField(
u'Level',
default=100,
validators=[wtforms.validators.NumberRange(1, 100)]),
min_entries=num_dupes,
)
stat = DuplicateField(
StatField(
c.stats,
fields.IntegerField(default=0,
validators=[
wtforms.validators.NumberRange(
min=0, max=700)
])),
min_entries=num_dupes,
)
effort = DuplicateField(
StatField(
c.stats,
fields.IntegerField(default=0,
validators=[
wtforms.validators.NumberRange(
min=0, max=255)
])),
min_entries=num_dupes,
)
### Parse form and so forth
c.form = F(request.GET)
c.results = None # XXX shim
if not request.GET or not c.form.validate():
return render('/pokedex/gadgets/stat_calculator.mako')
if not c.num_data_points:
# Zero? How did you manage that?
# XXX this doesn't actually appear in the page :D
c.form.level.errors.append(u"Please enter at least one level")
return render('/pokedex/gadgets/stat_calculator.mako')
# Possible shorten and redirect
if c.form.needs_shortening:
# This is stupid, but update_params doesn't understand unicode
kwargs = c.form.short_formdata
for key, vals in kwargs.iteritems():
kwargs[key] = [unicode(val).encode('utf8') for val in vals]
redirect(h.update_params(url.current(), **kwargs))
def filter_genes(genes, f):
"""Teeny helper function to only keep possible genes that fit the
given lambda.
"""
genes &= set(gene for gene in genes if f(gene))
# Okay, do some work!
# Dumb method for now -- XXX change this to do a binary search.
# Run through every possible value for each stat, see if it matches
# input, and give the green light if so.
pokemon = c.pokemon = c.form.pokemon.data
nature = c.form.nature.data
if nature and nature.is_neutral:
# Neutral nature is equivalent to none at all
nature = None
# Start with lists of possibly valid genes and cut down from there
c.valid_range = defaultdict(dict) # stat => level => (min, max)
valid_genes = {}
# Stuff for finding the next useful level
level_indices = sorted(range(c.num_data_points),
key=lambda i: c.form.level[i].data)
max_level_index = level_indices[-1]
max_given_level = c.form.level[max_level_index].data
c.next_useful_level = 100
for stat in c.stats:
### Bunch of setup, per stat
# XXX let me stop typing this, christ
if stat.identifier == u'hp':
func = pokedex.formulae.calculated_hp
else:
func = pokedex.formulae.calculated_stat
base_stat = pokemon.base_stat(stat, 0)
if not base_stat:
valid_genes[stat] = set(range(32))
continue
nature_mod = 1.0
if not nature:
pass
elif nature.increased_stat == stat:
nature_mod = 1.1
elif nature.decreased_stat == stat:
nature_mod = 0.9
meta_calculate_stat = functools.partial(func,
base_stat=base_stat,
nature=nature_mod)
# Start out with everything being considered valid
valid_genes[stat] = set(range(32))
for i in range(c.num_data_points):
stat_in = c.form.stat[i][stat].data
effort_in = c.form.effort[i][stat].data
level = c.form.level[i].data
calculate_stat = functools.partial(meta_calculate_stat,
effort=effort_in,
level=level)
c.valid_range[stat][level] = min_stat, max_stat = \
calculate_stat(iv=0), calculate_stat(iv=31)
### Actual work!
# Quick simple check: if the input is totally outside the valid
# range, no need to calculate anything
if not min_stat <= stat_in <= max_stat:
valid_genes[stat] = set()
if not valid_genes[stat]:
continue
# Run through and maybe invalidate each gene
filter_genes(valid_genes[stat],
lambda gene: calculate_stat(iv=gene) == stat_in)
# Find the next "useful" level. This is the lowest level at which
# at least two possible genes give different stats, given how much
# effort the Pokémon has now.
# TODO should this show the *highest* level necessary to get exact?
if valid_genes[stat]:
min_gene = min(valid_genes[stat])
max_gene = max(valid_genes[stat])
max_effort = c.form.effort[max_level_index][stat].data
while level < c.next_useful_level and \
meta_calculate_stat(level=level, effort=max_effort, iv=min_gene) == \
meta_calculate_stat(level=level, effort=max_effort, iv=max_gene):
level += 1
c.next_useful_level = level
c.form.level[-1].data = c.next_useful_level
# Hidden Power type
if c.form.hp_type.data:
# Shift the type id to make Fighting (id=2) #0
hp_type = c.form.hp_type.data.id - 2
# See below for how this is calculated.
# We know x * 15 // 63 == hp_type, and want a range for x.
# hp_type * 63 / 15 is the LOWER bound, though you need to ceil()
# it to find the lower integral bound.
# The same thing for (hp_type + 1) is the lower bound for the next
# type, which is one more than our upper bound. Cool.
min_x = int(math.ceil(hp_type * 63 / 15))
max_x = int(math.ceil((hp_type + 1) * 63 / 15) - 1)
# Now we need to find how many bits from the left will stay the
# same throughout this x-range, so we know that those bits must
# belong to the corresponding stats. Easy if you note that, if
# min_x and max_x have the same leftmost n bits, so will every
# integer between them.
first_good_bit = None
for n in range(6):
# Convert "3" to 0b111000
# 3 -> 0b1000 -> 0b111 -> 0b111000
mask = 63 ^ ((1 << n) - 1)
if min_x & mask == max_x & mask:
first_good_bit = n
break
if first_good_bit is not None:
# OK, cool! Now we know some number of stats are either
# definitely odd or definitely even.
for stat_id in range(first_good_bit, 6):
bit = (min_x >> stat_id) & 1
stat = hidden_power_stats[stat_id]
filter_genes(valid_genes[stat],
lambda gene: gene & 1 == bit)
# Characteristic; needs to be last since it imposes a maximum
hint = c.form.hint.data
if hint:
# Knock out everything that doesn't match its mod-5
filter_genes(valid_genes[hint.stat],
lambda gene: gene % 5 == hint.gene_mod_5)
# Also, the characteristic is only shown for the highest gene. So,
# no other stat can be higher than the new maximum for the hinted
# stat. (Need the extra -1 in case there are actually no valid
# genes left; max() dies with an empty sequence.)
max_gene = max(itertools.chain(valid_genes[hint.stat], (-1, )))
for genes in valid_genes.values():
filter_genes(genes, lambda gene: gene <= max_gene)
# Possibly calculate Hidden Power's type and power, if the results are
# exact
c.exact = all(len(genes) == 1 for genes in valid_genes.values())
if c.exact:
# HP uses bit 0 of each gene for the type, and bit 1 for the power.
# These bits are used to make new six-bit numbers, where HP goes to
# bit 0, Attack to bit 1, etc.
type_det = 0
power_det = 0
for i, stat in enumerate(hidden_power_stats):
stat_value, = valid_genes[stat]
type_det += (stat_value & 0x01) << i
power_det += (stat_value & 0x02) >> 1 << i
# Our types are also in the correct order, except that we start
# from 1 rather than 0, and HP skips Normal
c.hidden_power_type = db.pokedex_session.query(tables.Type) \
.get(type_det * 15 // 63 + 2)
c.hidden_power_power = power_det * 40 // 63 + 30
# Used for a link
c.hidden_power = db.pokedex_session.query(tables.Move) \
.filter_by(identifier='hidden-power').one()
# Turn those results into something more readable.
# Template still needs valid_genes for drawing the graph
c.results = {}
c.valid_genes = valid_genes
for stat in c.stats:
# 1, 2, 3, 5 => "1-3, 5"
# Find consecutive ranges of numbers and turn them into strings.
# nb: The final dummy iteration with n = None is to more easily add
# the last range to the parts list
left_endpoint = None
parts = []
elements = sorted(valid_genes[stat])
for last_n, n in zip([None] + elements, elements + [None]):
if (n is None and left_endpoint is not None) or \
(last_n is not None and last_n + 1 < n):
# End of a subrange; break off what we have
if left_endpoint == last_n:
parts.append(u"{0}".format(last_n))
else:
parts.append(u"{0}–{1}".format(left_endpoint, last_n))
if left_endpoint is None or last_n + 1 < n:
# Starting a new subrange; remember the new left end
left_endpoint = n
c.results[stat] = u', '.join(parts)
c.stat_graph_chunk_color = stat_graph_chunk_color
c.prompt_for_more = (not c.exact
and c.next_useful_level > max_given_level)
return render('/pokedex/gadgets/stat_calculator.mako')
def compare_pokemon(self):
u"""Pokémon comparison. Takes up to eight Pokémon and shows a page
that lists their stats, moves, etc. side-by-side.
"""
# Note that this gadget doesn't use wtforms at all, since there're only
# two fields and the major one is handled very specially.
c.did_anything = False
# Form controls use version group
# We join with VGPMM to filter out version groups which we lack move
# data for. *coughxycough*
c.version_groups = db.pokedex_session.query(tables.VersionGroup) \
.join(tables.VersionGroupPokemonMoveMethod) \
.order_by(tables.VersionGroup.order.asc()) \
.options(eagerload('versions')) \
.all()
# Grab the version to use for moves, defaulting to the most current
try:
c.version_group = db.pokedex_session.query(tables.VersionGroup) \
.get(request.params['version_group'])
except (KeyError, NoResultFound):
c.version_group = c.version_groups[-1]
# Some manual URL shortening, if necessary...
if request.params.get('shorten', False):
short_params = self._shorten_compare_pokemon(
request.params.getall('pokemon'))
redirect(url.current(**short_params))
FoundPokemon = namedtuple('FoundPokemon',
['pokemon', 'form', 'suggestions', 'input'])
# The Pokémon themselves go into c.pokemon. This list should always
# have eight FoundPokemon elements
c.found_pokemon = [None] * self.NUM_COMPARED_POKEMON
# Run through the list, ensuring at least 8 Pokémon are entered
pokemon_input = request.params.getall('pokemon') \
+ [u''] * self.NUM_COMPARED_POKEMON
for i in range(self.NUM_COMPARED_POKEMON):
raw_pokemon = pokemon_input[i].strip()
if not raw_pokemon:
# Use a junk placeholder tuple
c.found_pokemon[i] = FoundPokemon(pokemon=None,
form=None,
suggestions=None,
input=u'')
continue
results = db.pokedex_lookup.lookup(
raw_pokemon, valid_types=['pokemon_species', 'pokemon_form'])
# Two separate things to do here.
# 1: Use the first result as the actual Pokémon
pokemon = None
form = None
if results:
result = results[0].object
c.did_anything = True
# 1.5: Deal with form matches
if isinstance(result, tables.PokemonForm):
pokemon = result.pokemon
form = result
else:
pokemon = result.default_pokemon
form = pokemon.default_form
# 2: Use the other results as suggestions. Doing this informs the
# template that this was a multi-match
suggestions = None
if len(results) == 1 and results[0].exact:
# Don't do anything for exact single matches
pass
else:
# OK, extract options. But no more than, say, three.
# Remember both the language and the Pokémon, in the case of
# foreign matches
suggestions = [(_.name, _.iso3166) for _ in results[1:4]]
# Construct a tuple and slap that bitch in there
c.found_pokemon[i] = FoundPokemon(pokemon, form, suggestions,
raw_pokemon)
# There are a lot of links to similar incarnations of this page.
# Provide a closure for constructing the links easily
def create_comparison_link(target, replace_with=None, move=0):
u"""Manipulates the list of Pokémon before creating a link.
`target` is the FoundPokemon to be operated upon. It can be either
replaced with a new string or moved left/right.
"""
new_found_pokemon = c.found_pokemon[:]
# Do the swapping first
if move:
idx1 = new_found_pokemon.index(target)
idx2 = (idx1 + move) % len(new_found_pokemon)
new_found_pokemon[idx1], new_found_pokemon[idx2] = \
new_found_pokemon[idx2], new_found_pokemon[idx1]
# Construct a new query
query_pokemon = []
for found_pokemon in new_found_pokemon:
if found_pokemon is None:
# Empty slot
query_pokemon.append(u'')
elif found_pokemon is target and replace_with != None:
# Substitute a new Pokémon
query_pokemon.append(replace_with)
else:
# Keep what we have now
query_pokemon.append(found_pokemon.input)
short_params = self._shorten_compare_pokemon(query_pokemon)
return url.current(**short_params)
c.create_comparison_link = create_comparison_link
# Setup only done if the page is actually showing
if c.did_anything:
c.stats = db.pokedex_session.query(tables.Stat) \
.filter(~ tables.Stat.is_battle_only) \
.all()
# Relative numbers -- breeding and stats
# Construct a nested dictionary of label => pokemon => (value, pct)
# `pct` is percentage from the minimum to maximum value
c.relatives = dict()
# Use the label from the page as the key, because why not
relative_things = [
(u'Base EXP', lambda pokemon: pokemon.base_experience),
(u'Base happiness',
lambda pokemon: pokemon.species.base_happiness),
(u'Capture rate',
lambda pokemon: pokemon.species.capture_rate),
]
def relative_stat_factory(local_stat):
return lambda pokemon: pokemon.base_stat(local_stat, 0)
for stat in c.stats:
relative_things.append(
(stat.name, relative_stat_factory(stat)))
relative_things.append((u'Base stat total', lambda pokemon: sum(
pokemon.base_stat(stat, 0) for stat in c.stats)))
# Assemble the data
unique_pokemon = set(fp.pokemon for fp in c.found_pokemon
if fp.pokemon)
for label, getter in relative_things:
c.relatives[label] = dict()
# Get all the values at once; need to get min and max to figure
# out relative position
numbers = dict()
for pokemon in unique_pokemon:
numbers[pokemon] = getter(pokemon)
min_number = min(numbers.values())
max_number = max(numbers.values())
# Rig a little function to figure out the percentage, making
# sure to avoid division by zero
if min_number == max_number:
calc = lambda n: 1.0
else:
calc = lambda n: 1.0 * (n - min_number) \
/ (max_number - min_number)
for pokemon in unique_pokemon:
c.relatives[label][pokemon] \
= numbers[pokemon], calc(numbers[pokemon])
### Relative sizes
raw_heights = dict(
enumerate(fp.pokemon.height if fp and fp.pokemon else 0
for fp in c.found_pokemon))
raw_heights['trainer'] = pokedex_helpers.trainer_height
c.heights = pokedex_helpers.scale_sizes(raw_heights)
raw_weights = dict(
enumerate(fp.pokemon.weight if fp and fp.pokemon else 0
for fp in c.found_pokemon))
raw_weights['trainer'] = pokedex_helpers.trainer_weight
c.weights = pokedex_helpers.scale_sizes(raw_weights, dimensions=2)
### Moves
# Constructs a table like the pokemon-moves table, except each row
# is a move and it indicates which Pokémon learn it. Still broken
# up by method.
# So, need a dict of method => move => pokemons.
c.moves = defaultdict(lambda: defaultdict(set))
# And similarly for level moves, level => pokemon => moves
c.level_moves = defaultdict(lambda: defaultdict(list))
q = db.pokedex_session.query(tables.PokemonMove) \
.filter(tables.PokemonMove.version_group == c.version_group) \
.filter(tables.PokemonMove.pokemon_id.in_(
_.id for _ in unique_pokemon)) \
.options(
eagerload('move'),
eagerload('method'),
)
for pokemon_move in q:
c.moves[pokemon_move.method][pokemon_move.move].add(
pokemon_move.pokemon)
if pokemon_move.level:
c.level_moves[pokemon_move.level] \
[pokemon_move.pokemon].append(pokemon_move.move)
# Get TM/HM numbers for display purposes
c.machines = dict((machine.move, machine.machine_number)
for machine in c.version_group.machines)
return render('/pokedex/gadgets/compare_pokemon.mako')
def delete_confirmed(self, id): app_globals.rpcservice.remove_user(session['user'], session['passhash'], id) return redirect(url.current(action='index'))
def turnoff_key(self, id): app_globals.rpcservice.turnoff_key(session['user'], session['passhash'], id) return redirect(url.current(action='edit'))
def index(self, repo_name):
c.dbrepo = dbrepo = c.rhodecode_db_repo
c.following = self.scm_model.is_following_repo(
repo_name, self.rhodecode_user.user_id)
def url_generator(**kw):
return url('shortlog_home', repo_name=repo_name, size=10, **kw)
c.repo_changesets = RepoPage(c.rhodecode_repo,
page=1,
items_per_page=10,
url=url_generator)
if self.rhodecode_user.username == 'default':
# for default(anonymous) user we don't need to pass credentials
username = ''
password = ''
else:
username = str(self.rhodecode_user.username)
password = '******'
parsed_url = urlparse(url.current(qualified=True))
default_clone_uri = '{scheme}://{user}{pass}{netloc}{path}'
uri_tmpl = config.get('clone_uri', default_clone_uri)
uri_tmpl = uri_tmpl.replace('{', '%(').replace('}', ')s')
decoded_path = safe_unicode(urllib.unquote(parsed_url.path))
uri_dict = {
'user': username,
'pass': password,
'scheme': parsed_url.scheme,
'netloc': parsed_url.netloc,
'path': decoded_path
}
uri = uri_tmpl % uri_dict
# generate another clone url by id
uri_dict.update({
'path':
decoded_path.replace(repo_name, '_%s' % c.dbrepo.repo_id)
})
uri_id = uri_tmpl % uri_dict
c.clone_repo_url = uri
c.clone_repo_url_id = uri_id
c.repo_tags = OrderedDict()
for name, hash_ in c.rhodecode_repo.tags.items()[:10]:
try:
c.repo_tags[name] = c.rhodecode_repo.get_changeset(hash_)
except ChangesetError:
c.repo_tags[name] = EmptyChangeset(hash_)
c.repo_branches = OrderedDict()
for name, hash_ in c.rhodecode_repo.branches.items()[:10]:
try:
c.repo_branches[name] = c.rhodecode_repo.get_changeset(hash_)
except ChangesetError:
c.repo_branches[name] = EmptyChangeset(hash_)
td = date.today() + timedelta(days=1)
td_1m = td - timedelta(days=calendar.mdays[td.month])
td_1y = td - timedelta(days=365)
ts_min_m = mktime(td_1m.timetuple())
ts_min_y = mktime(td_1y.timetuple())
ts_max_y = mktime(td.timetuple())
if dbrepo.enable_statistics:
c.show_stats = True
c.no_data_msg = _('No data loaded yet')
run_task(get_commits_stats, c.dbrepo.repo_name, ts_min_y, ts_max_y)
else:
c.show_stats = False
c.no_data_msg = _('Statistics are disabled for this repository')
c.ts_min = ts_min_m
c.ts_max = ts_max_y
stats = self.sa.query(Statistics)\
.filter(Statistics.repository == dbrepo)\
.scalar()
c.stats_percentage = 0
if stats and stats.languages:
c.no_data = False is dbrepo.enable_statistics
lang_stats_d = json.loads(stats.languages)
c.commit_data = stats.commit_activity
c.overview_data = stats.commit_activity_combined
lang_stats = ((x, {
"count": y,
"desc": LANGUAGES_EXTENSIONS_MAP.get(x)
}) for x, y in lang_stats_d.items())
c.trending_languages = json.dumps(
sorted(lang_stats, reverse=True, key=lambda k: k[1])[:10])
last_rev = stats.stat_on_revision + 1
c.repo_last_rev = c.rhodecode_repo.count()\
if c.rhodecode_repo.revisions else 0
if last_rev == 0 or c.repo_last_rev == 0:
pass
else:
c.stats_percentage = '%.2f' % ((float(
(last_rev)) / c.repo_last_rev) * 100)
else:
c.commit_data = json.dumps({})
c.overview_data = json.dumps([[ts_min_y, 0], [ts_max_y, 10]])
c.trending_languages = json.dumps({})
c.no_data = True
c.enable_downloads = dbrepo.enable_downloads
if c.enable_downloads:
c.download_options = self._get_download_links(c.rhodecode_repo)
c.readme_data, c.readme_file = self.__get_readme_data(
c.rhodecode_db_repo.repo_name, c.rhodecode_repo)
return render('summary/summary.html')
def url_generator(**kw):
return url.current(filter=c.search_term, **kw)
