bugged stringlengths 4 228k | fixed stringlengths 0 96.3M | __index_level_0__ int64 0 481k |
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def browse(self, url): """Extract urls from a webpage and add them to the list of urls to browse if they aren't in the exclusion list""" # return an empty dictionnary => won't be logged | def browse(self, url): """Extract urls from a webpage and add them to the list of urls to browse if they aren't in the exclusion list""" # return an empty dictionnary => won't be logged | 457,600 |
def __init__(self, action_info, filename=None, filtersdef=None): """Create and return a GTK FileChooserDialog with basic support: | def __init__(self, action_info, filename=None, filtersdef=None): """Create and return a GTK FileChooserDialog with basic support: | 457,601 |
def on_terminate(signum, frame, server, pidfile): """Called when the process is asked to terminate.""" logging.debug("on_terminate: signum=%s, frame=%s" % (signum, frame)) if pidfile and os.path.isfile(pidfile): logging.info("deleting pidfile: %s" % pidfile) os.remove(pidfile) logging.info("clearing all X grabs") serve... | def on_terminate(server, pidfile, signum, frame): """Called when the process is asked to terminate.""" logging.debug("on_terminate: signum=%s, frame=%s" % (signum, frame)) if pidfile and os.path.isfile(pidfile): logging.info("deleting pidfile: %s" % pidfile) os.remove(pidfile) logging.info("clearing all X grabs") serve... | 457,602 |
def render_game_window(self): """ Game may either be in state - over: display game over screen - won: display winner screen - waiting for other players: display waiting screen - in progress: display game """ if self.game_model.gameover: self.render_game_over_screen() elif self.game_model.victorious: self.render_winner... | def render_game_window(self): """ Game may either be in state - over: display game over screen - won: display winner screen - waiting for other players: display waiting screen - in progress: display game """ if self.game_model.gameover: if not self.last_frame_before_death_rendered: self.render_game() self.last_frame_... | 457,603 |
def render_status_window(self): """ Render the status window depending on game type. """ if self.game_model.listener: self.status_window.renderMultiPlayerScreen(self.game_model.listener.game_id, self.game_model.listener.players) else: self.status_window.renderSinglePlayerScreen() | def render_status_window(self): """ Render the status window depending on game type. """ if self.game_model.listener: self.status_window.renderMultiPlayerScreen(self.game_model.listener.game_id, self.game_model.listener.players) else: self.status_window.renderSinglePlayerScreen() | 457,604 |
def update_players_list(self): try: self.connection.request("GET", "/status?game_id=%s" % self.game_id) status_string = self.connection.getresponse().read() # TODO: Parse status report and put it into a GameStatus object status, players, size = status_string.split('|')[:3] self.players = players.split(",") print "Statu... | def update_players_list(self): try: self.connection.request("GET", "/status?game_id=%s" % self.game_id) status_string = self.connection.getresponse().read() # TODO: Parse status report and put it into a GameStatus object status, players, size = status_string.split('|')[:3] self.players = players.split(",") self.game_si... | 457,605 |
def __init__(self): self.loader = Loader() self.desk = self.loader.load_image("back.png") self.back = self.desk.copy() | def __init__(self): self.loader = Loader() self.desk = self.loader.load_image("back.png") self.back = self.desk.copy() | 457,606 |
def render_gameover(self,result): self.back.blit(self.desk,(0,0)) y = 275 x = 300 t = ["Empate!","Ganaste!","Perdiste!"] self._title(t[result],y,x); y+=50 self._text("Pulsa el raton para volver a jugar!",y,x) | def render_gameover(self,result): self.back.blit(self.desk,(0,0)) y = 275 x = 300 t = ["Empate!","Jugador Uno!","Jugador Dos!"] if t[result] != t[0]: self._title('Bien',y - 80,x) self._title(t[result],y,x); y+=50 self._text("Pulsa el raton para volver a jugar!",y,x) | 457,607 |
def __init__(self): self.screen = pygame.display.set_mode((800, 600),1) pygame.display.set_caption("Guaduelo v0.1") self.loader = Loader() self.game_board = GameBoard() self.side_panel = SidePanel() self.robot_mouse = RobotMouse() self.ai_player = AIPlayer(3) self.side_panel.ai_level = self.ai_player.level self.side... | def __init__(self): self.screen = pygame.display.set_mode((800, 600),1) pygame.display.set_caption("Guaduelo v0.1") self.loader = Loader() self.game_board = GameBoard() self.side_panel = SidePanel() self.robot_mouse = RobotMouse() self.ai_player = AIPlayer(3) self.side_panel.ai_level = self.ai_player.level self.side... | 457,608 |
def __init__(self): self.screen = pygame.display.set_mode((800, 600),1) pygame.display.set_caption("Guaduelo v0.1") self.loader = Loader() self.game_board = GameBoard() self.side_panel = SidePanel() self.robot_mouse = RobotMouse() self.ai_player = AIPlayer(3) self.side_panel.ai_level = self.ai_player.level self.side... | def __init__(self): self.screen = pygame.display.set_mode((800, 600),1) pygame.display.set_caption("Guaduelo v0.1") self.loader = Loader() self.game_board = GameBoard() self.side_panel = SidePanel() self.robot_mouse = RobotMouse() self.ai_player = AIPlayer(3) self.side_panel.ai_level = self.ai_player.level self.side... | 457,609 |
def __init__(self): self.screen = pygame.display.set_mode((800, 600),1) pygame.display.set_caption("Guaduelo v0.1") self.loader = Loader() self.game_board = GameBoard() self.side_panel = SidePanel() self.robot_mouse = RobotMouse() self.ai_player = AIPlayer(3) self.side_panel.ai_level = self.ai_player.level self.side... | def __init__(self): self.screen = pygame.display.set_mode((800, 600),1) pygame.display.set_caption("Guaduelo v0.1") self.loader = Loader() self.game_board = GameBoard() self.side_panel = SidePanel() self.robot_mouse = RobotMouse() self.ai_player = AIPlayer(3) self.side_panel.ai_level = self.ai_player.level self.side... | 457,610 |
def main_loop(self): clock = pygame.time.Clock() | def main_loop(self): clock = pygame.time.Clock() | 457,611 |
def main_loop(self): clock = pygame.time.Clock() | def main_loop(self): clock = pygame.time.Clock() | 457,612 |
def main_loop(self): clock = pygame.time.Clock() | def main_loop(self): clock = pygame.time.Clock() | 457,613 |
def main_loop(self): clock = pygame.time.Clock() | def main_loop(self): clock = pygame.time.Clock() | 457,614 |
def main_loop(self): clock = pygame.time.Clock() | def main_loop(self): clock = pygame.time.Clock() | 457,615 |
def main_loop(self): clock = pygame.time.Clock() | def main_loop(self): clock = pygame.time.Clock() | 457,616 |
def main_loop(self): clock = pygame.time.Clock() | def main_loop(self): clock = pygame.time.Clock() | 457,617 |
def main_loop(self): clock = pygame.time.Clock() | def elif event.key == K_F11: pygame.display.toggle_fullscreen() main_loop(self): elif event.key == K_F11: pygame.display.toggle_fullscreen() clock elif event.key == K_F11: pygame.display.toggle_fullscreen() = elif event.key == K_F11: pygame.display.toggle_fullscreen() pygame.time.Clock() | 457,618 |
def main_loop(self): clock = pygame.time.Clock() | def main_loop(self): clock = pygame.time.Clock() | 457,619 |
def __init__(self): """ Constructor """ gtk.StatusIcon.__init__(self) | def __init__(self): """ Constructor """ gtk.StatusIcon.__init__(self) | 457,620 |
def show(self, icon, message, duration, volume): """ Show the notification """ body = self.format(message, volume) hints = {"urgency": dbus.Byte(0), "desktop-entry": dbus.String("volti")} if self.main.notify_position and self.server_capable: hints["x"], hints["y"] = self.get_position() self.last_id = self.notify.Notify... | def show(self, icon, message, duration, volume): """ Show the notification """ body = self.format(message, volume) hints = {"urgency": dbus.Byte(0), "desktop-entry": dbus.String("volti")} if self.main.notify_position and self.server_capable: hints["x"], hints["y"] = self.get_position() self.last_id = self.notify.Notify... | 457,621 |
def find_term(self): term = os.getenv("TERM") if term == "linux": if which("gconftool-2"): term = Popen(["gconftool-2", "-g", "/desktop/gnome/applications/terminal/exec"], stdout=PIPE).communicate()[0].strip() else: term = 'xterm' else: if term == "rxvt" and not which(term): term = "urxvt" return term | def find_term(self): term = os.getenv("TERM") if term == "linux" or "": if which("gconftool-2"): term = Popen(["gconftool-2", "-g", "/desktop/gnome/applications/terminal/exec"], stdout=PIPE).communicate()[0].strip() else: term = 'xterm' else: if term == "rxvt" and not which(term): term = "urxvt" return term | 457,622 |
def clamp(value, min, max): if value > max: return max if value < min: return min return int(value) | def clamp(value, min, max): if value > max: return max if value < min: return min return int(value) | 457,623 |
def line_message(self, x1,y1,x2,y2): x1+=random()*self.MaxNoise-self.MaxNoise/2 y1+=random()*self.MaxNoise-self.MaxNoise/2 x2+=random()*self.MaxNoise-self.MaxNoise/2 y2+=random()*self.MaxNoise-self.MaxNoise/2 x1,y1 = apply_context_transforms(x1,y1) x2,y2 = apply_context_transforms(x2,y2) | def line_message(self, x1,y1,x2,y2): x1+=random()*self.MaxNoise-self.MaxNoise/2 y1+=random()*self.MaxNoise-self.MaxNoise/2 x2+=random()*self.MaxNoise-self.MaxNoise/2 y2+=random()*self.MaxNoise-self.MaxNoise/2 x1,y1 = apply_context_transforms(x1,y1) x2,y2 = apply_context_transforms(x2,y2) | 457,624 |
def __init__(self, config=None): self.localDevice = True self.remoteDevice = None if config: if "server" in config: if not "port" in config: config["port"]=50000 | defself.ReplayInitLog() __init__(self,self.ReplayInitLog() config=None):self.ReplayInitLog() self.localDeviceself.ReplayInitLog() =self.ReplayInitLog() Trueself.ReplayInitLog() self.remoteDeviceself.ReplayInitLog() =self.ReplayInitLog() Noneself.ReplayInitLog() ifself.ReplayInitLog() config:self.ReplayInitLog() ifself.... | 457,625 |
def ReplayInitLog(self): # find our device self.usbdev=None for bus in usb.busses(): for dev in bus.devices: if dev.idVendor == 0x3333: self.usbdev = dev # was it found? if self.usbdev is None: raise ValueError('Device (3333:5555) not found') | def ReplayInitLog(self): # find our device self.usbdev=None for bus in usb.busses(): for dev in bus.devices: if dev.idVendor == 0x3333: self.usbdev = dev # was it found? if self.usbdev is None: raise ValueError('Device (3333:5555) not found') | 457,626 |
def ReplayInitLog(self): # find our device self.usbdev=None for bus in usb.busses(): for dev in bus.devices: if dev.idVendor == 0x3333: self.usbdev = dev # was it found? if self.usbdev is None: raise ValueError('Device (3333:5555) not found') | def ReplayInitLog(self): # find our device self.usbdev=None for bus in usb.busses(): for dev in bus.devices: if dev.idVendor == 0x3333: self.usbdev = dev # was it found? if self.usbdev is None: raise ValueError('Device (3333:5555) not found') | 457,627 |
def __init__(self, data, *args, **kwargs): content = None; if isinstance(data, QuerySet): content = serialize('json', object) else: content = json.dumps(data, indent=2, cls=json.DjangoJSONEdncoder, ensure_ascii=False) super(JsonResponse, self).__init__(content, *args, content_type='application/json', **kwargs) | def __init__(self, data, *args, **kwargs): content = None; if isinstance(data, QuerySet): content = serialize('json', data) else: content = json.dumps(data, indent=2, cls=json.DjangoJSONEdncoder, ensure_ascii=False) super(JsonResponse, self).__init__(content, *args, content_type='application/json', **kwargs) | 457,628 |
def __init__(self, data, *args, **kwargs): content = None; if isinstance(data, QuerySet): content = serialize('json', data) else: content = json.dumps(data, indent=2, cls=json.DjangoJSONEdncoder, ensure_ascii=False) kwargs['content_type'] = 'application/json' super(JsonResponse, self).__init__(content, *args, **kwargs) | def __init__(self, data, *args, **kwargs): content = None; if isinstance(data, QuerySet): content = serialize('json', data) else: content = simplejson.dumps(data, indent=2, cls=json.DjangoJSONEncoder, ensure_ascii=False) kwargs['content_type'] = 'application/json' super(JsonResponse, self).__init__(content, *args, **kw... | 457,629 |
def edit_transaction(request, transaction=None): load_from_database = True if transaction == None: transaction = Transaction(date=datetime.date.today(), auto_generated=False) load_from_database = False else: transaction = get_object_or_404(Transaction, id=int(transaction)) splits = [] commit = True # Is... | def edit_transaction(request, transaction=None): load_from_database = True if transaction == None: transaction = Transaction(date=datetime.date.today(), auto_generated=False) load_from_database = False else: transaction = get_object_or_404(Transaction, id=int(transaction)) splits = [] commit = True # Is... | 457,630 |
def edit_transaction(request, transaction=None): load_from_database = True if transaction == None: transaction = Transaction(date=datetime.date.today(), auto_generated=False) load_from_database = False else: transaction = get_object_or_404(Transaction, id=int(transaction)) splits = [] commit = True # Is... | def edit_transaction(request, transaction=None): load_from_database = True if transaction == None: transaction = Transaction(date=datetime.date.today(), auto_generated=False) load_from_database = False else: transaction = get_object_or_404(Transaction, id=int(transaction)) splits = [] commit = True # Is... | 457,631 |
def ledger(request, account=None): if account: account = Account.objects.get(id=account) title = account.name else: title = "General Ledger" transactions = [] transaction_filter = {} include_auto = True if account is None and not request.GET.has_key('all'): include_auto = False if not include_auto: transaction_filt... | def ledger(request, account=None): if account: account = Account.objects.get(id=account) title = account.name else: title = "General Ledger" transactions = [] transaction_filter = {} include_auto = True if account is None: include_auto = False if request.GET.has_key('all'): if request.GET['all'] != '0': include_au... | 457,632 |
def redirect(request): return HttpResponseRedirect('/finance/accounts/') | def redirect(request): return HttpResponseRedirect(reverse('chezbob.finance.views.account_list')) | 457,633 |
def edit_transaction(request, transaction=None): load_from_database = True if transaction == None: transaction = Transaction(date=datetime.date.today(), auto_generated=False) load_from_database = False else: transaction = get_object_or_404(Transaction, id=int(transaction)) splits = [] commit = True # Is... | def edit_transaction(request, transaction=None): load_from_database = True if transaction == None: transaction = Transaction(date=datetime.date.today(), auto_generated=False) load_from_database = False else: transaction = get_object_or_404(Transaction, id=int(transaction)) splits = [] commit = True # Is... | 457,634 |
def edit_transaction(request, transaction=None): load_from_database = True if transaction == None: transaction = Transaction(date=datetime.date.today(), auto_generated=False) load_from_database = False else: transaction = get_object_or_404(Transaction, id=int(transaction)) splits = [] commit = True # Is... | def edit_transaction(request, transaction=None): load_from_database = True if transaction == None: transaction = Transaction(date=datetime.date.today(), auto_generated=False) load_from_database = False else: transaction = get_object_or_404(Transaction, id=int(transaction)) splits = [] commit = True # Is... | 457,635 |
def __init__(self, data, *args, **kwargs): content = None; if isinstance(data, QuerySet): content = serialize('json', object) else: content = json.dumps(data, indent=2, cls=json.DjangoJSONEdncoder, ensure_ascii=False) super(JsonResponse, self).__init__(content, *args, content_type='application/json', **kwargs) | def __init__(self, data, *args, **kwargs): content = None; if isinstance(data, QuerySet): content = serialize('json', object) else: content = json.dumps(data, indent=2, cls=json.DjangoJSONEdncoder, ensure_ascii=False) super(JsonResponse, self).__init__(content, *args, content_type='application/json', **kwargs) | 457,636 |
def error(m): return render_to_response('chezbob/bob_message.html', m) | def error(m): return render_to_response('chezbob/base.html', m) | 457,637 |
def take_inventory(request, date): date = parse_date(date) show_all= request.GET.has_key('all') # If a POST request was submitted, apply any updates to the inventory data # in the database before rendering the response. if request.method == 'POST': if request.POST.get('session_key') != get_session_key(request): raise... | def take_inventory(request, date): date = parse_date(date) show_all= request.GET.has_key('all') # If a POST request was submitted, apply any updates to the inventory data # in the database before rendering the response. if request.method == 'POST': if request.POST.get('session_key') != get_session_key(request): raise... | 457,638 |
def translateAttributes(attrs): if not attrs: return tags = {} #tags on all paths tags.update({'source':'lukr', 'source:date':'2010-09-18'}) tags.update({'lukr:raw':str(attrs).replace("&apos", "")}) #all lukr original tags, including the unique ObjectId. tags.update({'lukr:highway':'footway'}) #remove the lukr: prefi... | def translateAttributes(attrs): if not attrs: return tags = {} #tags on all paths tags.update({'source':'lukr', 'source:date':'2010-09-17'}) tags.update({'lukr:raw':str(attrs).replace("&apos", "")}) #all lukr original tags, including the unique ObjectId. tags.update({'lukr:highway':'footway'}) #remove the lukr: prefi... | 457,639 |
def translateAttributes(attrs): if not attrs: return tags = {} #tags on all paths tags.update({'source':'lukr', 'source:date':'2010-09-18'}) tags.update({'lukr:raw':str(attrs).replace("&apos", "")}) #all lukr original tags, including the unique ObjectId. tags.update({'lukr:highway':'footway'}) #remove the lukr: prefi... | def translateAttributes(attrs): if not attrs: return tags = {} #tags on all paths tags.update({'source':'lukr', 'source:date':'2010-09-18'}) tags.update({'lukr:raw':str(attrs).replace("&apos", "")}) #all lukr original tags, including the unique ObjectId. tags.update({'lukr:highway':'footway'}) #remove the lukr: prefi... | 457,640 |
def train_aux_classifiers(self, ds, auxtasks, classifier_trainer, inverted_index=None): dim = ds.dim w_data = [] row = [] col = [] original_instances = ds.instances[ds._idx] print "Run joblib.Parallel" res = Parallel(n_jobs=-1, verbose=1)( delayed(_train_aux_classifier)(i, auxtask, original_instances, dim, classifier_t... | def train_aux_classifiers(self, ds, auxtasks, classifier_trainer, inverted_index=None): dim = ds.dim w_data = [] row = [] col = [] original_instances = ds.instances[ds._idx] print "Run joblib.Parallel" res = Parallel(n_jobs=-1, verbose=1)( delayed(_train_aux_classifier)(i, auxtask, original_instances, dim, classifier_t... | 457,641 |
def _train_aux_classifier(i, auxtask, original_instances, dim, classifier_trainer, inverted_index=None): """Trains a single auxiliary classifier. Parameters ---------- i : int The index of the auxiliary task. auxtask : tuple of ints The auxiliary task. original_instances : array, dtype=bolt.sparsedtype The unlabeled i... | def _train_aux_classifier(i, auxtask, original_instances, dim, classifier_trainer, occurances=None): """Trains a single auxiliary classifier. Parameters ---------- i : int The index of the auxiliary task. auxtask : tuple of ints The auxiliary task. original_instances : array, dtype=bolt.sparsedtype The unlabeled insta... | 457,642 |
def _train_aux_classifier(i, auxtask, original_instances, dim, classifier_trainer, inverted_index=None): """Trains a single auxiliary classifier. Parameters ---------- i : int The index of the auxiliary task. auxtask : tuple of ints The auxiliary task. original_instances : array, dtype=bolt.sparsedtype The unlabeled i... | def _train_aux_classifier(i, auxtask, original_instances, dim, classifier_trainer, inverted_index=None): """Trains a single auxiliary classifier. Parameters ---------- i : int The index of the auxiliary task. auxtask : tuple of ints The auxiliary task. original_instances : array, dtype=bolt.sparsedtype The unlabeled i... | 457,643 |
def _train_aux_classifier(i, auxtask, original_instances, dim, classifier_trainer, inverted_index=None): """Trains a single auxiliary classifier. Parameters ---------- i : int The index of the auxiliary task. auxtask : tuple of ints The auxiliary task. original_instances : array, dtype=bolt.sparsedtype The unlabeled i... | def _train_aux_classifier(i, auxtask, original_instances, dim, classifier_trainer, inverted_index=None): """Trains a single auxiliary classifier. Parameters ---------- i : int The index of the auxiliary task. auxtask : tuple of ints The auxiliary task. original_instances : array, dtype=bolt.sparsedtype The unlabeled i... | 457,644 |
def train(): maxlines = 50000 argv = sys.argv[1:] slang = argv[0] tlang = argv[1] fname_s_train = argv[2] fname_s_unlabeled = argv[3] fname_t_unlabeled = argv[4] fname_dict = argv[5] s_voc = vocabulary(fname_s_train, fname_s_unlabeled, mindf = 2, maxlines = maxlines) t_voc = vocabulary(fname_t_unlabeled, mindf = 2, ... | def train(): maxlines = 50000 argv = sys.argv[1:] slang = argv[0] tlang = argv[1] fname_s_train = argv[2] fname_s_unlabeled = argv[3] fname_t_unlabeled = argv[4] fname_dict = argv[5] s_voc = vocabulary(fname_s_train, fname_s_unlabeled, mindf = 2, maxlines = maxlines) t_voc = vocabulary(fname_t_unlabeled, mindf = 2, ... | 457,645 |
def select_pivots(self, m, phi): | def select_pivots(self, m, phi): | 457,646 |
def train(self, m, phi, k): | def train(self, m, phi, k): | 457,647 |
def train(): maxlines = 50000 argv = sys.argv[1:] slang = argv[0] tlang = argv[1] fname_s_train = argv[2] fname_s_unlabeled = argv[3] fname_t_unlabeled = argv[4] fname_dict = argv[5] s_voc = vocabulary(fname_s_train, fname_s_unlabeled, mindf = 2, maxlines = maxlines) t_voc = vocabulary(fname_t_unlabeled, mindf = 2, ... | def train(): maxlines = 50000 argv = sys.argv[1:] slang = argv[0] tlang = argv[1] fname_s_train = argv[2] fname_s_unlabeled = argv[3] fname_t_unlabeled = argv[4] fname_dict = argv[5] s_voc = vocabulary(fname_s_train, fname_s_unlabeled, mindf = 2, maxlines = maxlines) t_voc = vocabulary(fname_t_unlabeled, mindf = 2, ... | 457,648 |
def test_ascii(self): for n in range(0,128): t = chr(n) | deftest_ascii(self):forninrange(0,128):t=chr(n) | 457,649 |
def test_bmp(self): for n in range(0,0x10000): # Just check that it doesn't throw an exception t = unichr(n) unidecode(t) | def test_bmp(self): for n in range(0,0x10000): # Just check that it doesn't throw an exception t = chr(n) unidecode(t) | 457,650 |
def test_specific(self): | def test_specific(self): | 457,651 |
def test_specific(self): | def test_specific(self): | 457,652 |
def _solve(self, error_func, job_server=None): """ Optimize the parameters of the function. """ | def _solve(self, error_func, job_server=None): """ Optimize the parameters of the function. """ | 457,653 |
def _solve(self, error_func, job_server=None): """ Optimize the parameters of the function. """ | def _solve(self, error_func, job_server=None): """ Optimize the parameters of the function. """ | 457,654 |
def _solve(self, error_func, job_server=None): """ Optimize the parameters of the function. """ | def _solve(self, error_func, job_server=None): """ Optimize the parameters of the function. """ | 457,655 |
def _solve(self, error_func, job_server=None): """ Optimize the parameters of the function. """ | def _solve(self, error_func, job_server=None): """ Optimize the parameters of the function. """ | 457,656 |
def parseFormquery(self, formquery): if not formquery: return {} reg = getUtility(IRegistry) # make sure the things in formquery are dicts, not crazy things formquery = map(dict, formquery) formquery = deepcopy(formquery) query = {} for row in formquery: | def parseFormquery(self, formquery): if not formquery: return {} reg = getUtility(IRegistry) # make sure the things in formquery are dicts, not crazy things formquery = map(dict, formquery) formquery = deepcopy(formquery) query = {} for row in formquery: | 457,657 |
def parseFormquery(self, formquery): if not formquery: return {} reg = getUtility(IRegistry) # make sure the things in formquery are dicts, not crazy things formquery = map(dict, formquery) formquery = deepcopy(formquery) query = {} for row in formquery: | def parseFormquery(self, formquery): if not formquery: return {} reg = getUtility(IRegistry) # make sure the things in formquery are dicts, not crazy things formquery = map(dict, formquery) formquery = deepcopy(formquery) query = {} for row in formquery: | 457,658 |
def _equal(context, row): return {row.index: {'query': row.values, }} | def _equal(context, row): return {row.index: {'query': row.values, }} | 457,659 |
def _between(context, row): tmp = {row.index: { 'query': row.values, 'range': 'minmax', }, } return tmp | def _between(context, row): tmp = {row.index: { 'query': row.values, 'range': 'minmax', }, } return tmp | 457,660 |
def _largerThan(context, row): tmp = {row.index: { 'query': row.values, 'range': 'min', }, } return tmp | def _largerThan(context, row): tmp = {row.index: { 'query': row.values, 'range': 'min', }, } return tmp | 457,661 |
def _lessThan(context, row): tmp = {row.index: { 'query': row.values, 'range': 'max', }, } return tmp | def _lessThan(context, row): tmp = {row.index: { 'query': row.values, 'range': 'max', }, } return tmp | 457,662 |
def _currentUser(context, row): tmp = {row.index: { 'query': getCurrentUsername(context), }, } return tmp | def _currentUser(context, row): mt = getToolByName(context, 'portal_membership') user = mt.getAuthenticatedMember() username = 'Anonymous User' if user: username = user.getUserName() return {row.index: { 'query': username, }, } return tmp | 457,663 |
def _currentUser(context, row): tmp = {row.index: { 'query': getCurrentUsername(context), }, } return tmp | def _currentUser(context, row): tmp = {row.index: { 'query': getCurrentUsername(context), }, } | 457,664 |
def _currentUser(context, row): tmp = {row.index: { 'query': getCurrentUsername(context), }, } return tmp | def _currentUser(context, row): tmp = {row.index: { 'query': getCurrentUsername(context), }, } return tmp | 457,665 |
def _lessThanRelativeDate(context, row): values = int(row.values) now = DateTime() my_date = now + values my_date = my_date.earliestTime() row.values = my_date return _lessThan(context, row) | def _lessThanRelativeDate(context, row): values = int(row.values) now = DateTime() my_date = now + values my_date = my_date.earliestTime() row = Row(index=row.index, operator=row.operator, values=my_date) return _lessThan(context, row) | 457,666 |
def _lessThanRelativeDate(context, row): values = int(row.values) now = DateTime() my_date = now + values my_date = my_date.earliestTime() row.values = my_date return _lessThan(context, row) | def _lessThanRelativeDate(context, row): values = int(row.values) now = DateTime() my_date = now + values my_date = my_date.earliestTime() row.values = my_date return _lessThan(context, row) | 457,667 |
def _moreThanRelativeDate(context, row): values = int(row.values) now = DateTime() my_date = now + values my_date = my_date.latestTime() row.values = my_date return _largerThan(context, row) | def _moreThanRelativeDate(context, row): values = int(row.values) now = DateTime() my_date = now + values my_date = my_date.latestTime() row = Row(index=row.index, operator=row.operator, values=my_date) return _largerThan(context, row) | 457,668 |
def _moreThanRelativeDate(context, row): values = int(row.values) now = DateTime() my_date = now + values my_date = my_date.latestTime() row.values = my_date return _largerThan(context, row) | def _moreThanRelativeDate(context, row): values = int(row.values) now = DateTime() my_date = now + values my_date = my_date.latestTime() row.values = my_date return _largerThan(context, row) | 457,669 |
def _path(context, row): values = row.values # UID if not '/' in values: values = getPathByUID(context, values) tmp = {row.index: {'query': values, }} depth = getattr(row, 'depth', None) if depth is not None: # could be 0 tmp[row.index]['depth'] = int(depth) return tmp | def _path(context, row): values = row.values # UID if not '/' in values: values = getPathByUID(context, values) tmp = {row.index: {'query': values, }} depth = getattr(row, 'depth', None) if depth is not None: # could be 0 tmp[row.index]['depth'] = int(depth) return tmp | 457,670 |
def _relativePath(context, row): t = len([x for x in row.values.split('/') if x]) obj = context for x in xrange(t): obj = aq_parent(obj) if obj and hasattr(obj, 'getPhysicalPath'): row.values = '/'.join(obj.getPhysicalPath()) return _path(context, row) row.values = '/'.join(obj.getPhysicalPath()) return _path(contex... | def _relativePath(context, row): t = len([x for x in row.values.split('/') if x]) obj = context for x in xrange(t): obj = aq_parent(obj) row = Row(index=row.index, operator=row.operator, values='/'.join(obj.getPhysicalPath())) row.values = '/'.join(obj.getPhysicalPath()) return _path(context, row) | 457,671 |
def _relativePath(context, row): t = len([x for x in row.values.split('/') if x]) obj = context for x in xrange(t): obj = aq_parent(obj) if obj and hasattr(obj, 'getPhysicalPath'): row.values = '/'.join(obj.getPhysicalPath()) return _path(context, row) row.values = '/'.join(obj.getPhysicalPath()) return _path(contex... | def _relativePath(context, row): t = len([x for x in row.values.split('/') if x]) obj = context for x in xrange(t): obj = aq_parent(obj) if obj and hasattr(obj, 'getPhysicalPath'): return _path(context, row) return _path(context, row) | 457,672 |
def _relativePath(context, row): t = len([x for x in row.values.split('/') if x]) obj = context for x in xrange(t): obj = aq_parent(obj) if obj and hasattr(obj, 'getPhysicalPath'): row.values = '/'.join(obj.getPhysicalPath()) return _path(context, row) row.values = '/'.join(obj.getPhysicalPath()) return _path(contex... | def _relativePath(context, row): t = len([x for x in row.values.split('/') if x]) obj = context for x in xrange(t): obj = aq_parent(obj) if obj and hasattr(obj, 'getPhysicalPath'): row.values = '/'.join(obj.getPhysicalPath()) return _path(context, row) row.values = '/'.join(obj.getPhysicalPath()) return _path(contex... | 457,673 |
def process_form(self, instance, field, form, empty_marker=None, emptyReturnsMarker=False, validating=True): """A custom implementation for the widget form processing.""" value = form.get(field.getName()) # check if form.button.addcriteria is in request, # this only happends when javascript is disabled if 'form.button... | def process_form(self, instance, field, form, empty_marker=None, emptyReturnsMarker=False, validating=True): """A custom implementation for the widget form processing.""" value = form.get(field.getName()) # check if form.button.addcriteria is in request, # this only happends when javascript is disabled if 'form.button... | 457,674 |
def process_form(self, instance, field, form, empty_marker=None, emptyReturnsMarker=False, validating=True): """A custom implementation for the widget form processing.""" value = form.get(field.getName()) # check if form.button.addcriteria is in request, # this only happends when javascript is disabled if 'form.button... | defprocess_form(self,instance,field,form,empty_marker=None,emptyReturnsMarker=False,validating=True):"""Acustomimplementationforthewidgetformprocessing."""value=form.get(field.getName())#checkifform.button.addcriteriaisinrequest,#thisonlyhappendswhenjavascriptisdisabledif'form.button.addcriteria'or'removecriteria'infor... | 457,675 |
def test__between(self): data = { 'index': 'modified', 'values': ['2009/08/12', '2009/08/14'], } parsed = queryparser._between(None, data) expected = {'modified': {'query': ['2009/08/12', '2009/08/14'], 'range': 'minmax'}} self.assertEqual(parsed, expected) | def test__between(self): data = Row(index='modified', operator='_between', values=['2009/08/12', '2009/08/14']) parsed = queryparser._between(None, data) expected = {'modified': {'query': ['2009/08/12', '2009/08/14'], 'range': 'minmax'}} self.assertEqual(parsed, expected) | 457,676 |
def test_string_equality(self): registry = self.portal.portal_registry prefix = "plone.app.collection.operation.string.is" import pdb; pdb.set_trace( ) assert prefix+'.title' in registry self.assertEqual(registry[prefix+".title"], "equals") self.assertEqual(registry[prefix+".description"], 'Tip: you can use * to autoc... | def test_string_equality(self): registry = self.portal.portal_registry prefix = "plone.app.collection.operation.string.is" assert prefix+'.title' in registry self.assertEqual(registry[prefix+".title"], "equals") self.assertEqual(registry[prefix+".description"], 'Tip: you can use * to autocomplete.') self.assertEqual(r... | 457,677 |
def test_map_operations_missing(self): """tests if nonexisting referenced operations are properly skipped""" registry = self.createRegistry(td.minimal_missing_operator_xml) reader = ICollectionRegistryReader(registry) result = reader.parseRegistry() result = reader.mapOperations(result) operators = result.get('plone.ap... | def test_map_operations_missing(self): """tests if nonexisting referenced operations are properly skipped""" registry = self.createRegistry(td.minimal_missing_operator_xml) reader = ICollectionRegistryReader(registry) result = reader.parseRegistry() result = reader.mapOperations(result) operators = result.get('plone.ap... | 457,678 |
def test_sortable_indexes(self): registry = self.createRegistry(td.minimal_missing_operator_xml) reader = ICollectionRegistryReader(registry) result = reader.parseRegistry() result = reader.mapOperations(result) result = reader.mapSortableIndexes(result) sortables = result.get('plone.app.collection.field') | def test_sortable_indexes(self): registry = self.createRegistry(td.minimal_missing_operator_xml) reader = ICollectionRegistryReader(registry) result = reader.parseRegistry() result = reader.mapOperations(result) result = reader.mapSortableIndexes(result) sortables = result.get('plone.app.collection.field') | 457,679 |
def test_sortable_indexes(self): registry = self.createRegistry(td.minimal_missing_operator_xml) reader = ICollectionRegistryReader(registry) result = reader.parseRegistry() result = reader.mapOperations(result) result = reader.mapSortableIndexes(result) sortables = result.get('plone.app.collection.field') | def test_sortable_indexes(self): registry = self.createRegistry(td.minimal_missing_operator_xml) reader = ICollectionRegistryReader(registry) result = reader.parseRegistry() result = reader.mapOperations(result) result = reader.mapSortableIndexes(result) sortables = result.get('plone.app.collection.field') | 457,680 |
def test_sortable_indexes(self): registry = self.createRegistry(td.minimal_missing_operator_xml) reader = ICollectionRegistryReader(registry) result = reader.parseRegistry() result = reader.mapOperations(result) result = reader.mapSortableIndexes(result) sortables = result.get('plone.app.collection.field') | def test_sortable_indexes(self): registry = self.createRegistry(td.minimal_missing_operator_xml) reader = ICollectionRegistryReader(registry) result = reader.parseRegistry() result = reader.mapOperations(result) result = reader.mapSortableIndexes(result) sortables = result.get('plone.app.collection.field') | 457,681 |
def setUp(self): super(TestQueryParserBase, self).setUp() | def setUp(self): super(TestQueryParserBase, self).setUp() | 457,682 |
def process_form(self, instance, field, form, empty_marker=None, emptyReturnsMarker=False, validating=True): """A custom implementation for the widget form processing.""" value = form.get(field.getName()) print 'value = %s' % value self.value = value #if 'form.button.addcriteria' in form: if value: return value, {} | def process_form(self, instance, field, form, empty_marker=None, emptyReturnsMarker=False, validating=True): """A custom implementation for the widget form processing.""" value = form.get(field.getName()) self.value = value #if 'form.button.addcriteria' in form: if value: return value, {} | 457,683 |
def __call__(self, **kw): return self.index(**kw) | def __call__(self, **kw): return self.index(**kw) | 457,684 |
def html_results(self, query): options = dict(original_context=self.context) return getMultiAdapter((self(query), self.request), name='display_query_results')( **options) | def html_results(self, query): options = dict(original_context=self.context) return getMultiAdapter((self(query), self.request), name='display_query_results')( **options) | 457,685 |
def _makequery(self, query=None): parsedquery = queryparser.parseFormquery(self.context, query) if not parsedquery: return IContentListing([]) return getMultiAdapter((self.context, self.request), name='searchResults')(query=parsedquery) | def _makequery(self, query=None): parsedquery = queryparser.parseFormquery(self.context, query) if not parsedquery: return IContentListing([]) return getMultiAdapter((self.context, self.request), name='searchResults')(query=parsedquery) | 457,686 |
def number_of_results(self, query): return "%s %s" % (len(self(query)), _("item(s) match your search term")) | def number_of_results(self, query): return "%s %s" % (len(self(query)), _("item(s) match your search term")) | 457,687 |
def __call__(self): return json.dumps(ICollectionRegistryReader(getUtility(IRegistry))()) | def __call__(self): return json.dumps(ICollectionRegistryReader(getUtility(IRegistry))()) | 457,688 |
def compute_tensorial_kernel(X, Y=None, sigma2=1.0): """Compute tensorial RBF kernel between two datasets. """ if Y is None: projection_frobenius_norm_matrix = compute_projection_frobenius_norm_train(X) else: projection_frobenius_norm_matrix = compute_projection_frobenius_norm_test(X, Y) return np.exp(-1.0/sigma2 * pro... | def compute_tensorial_kernel(X, Y=None, sigma2=1.0): """Compute tensorial RBF kernel between two datasets. """ if Y is None: projection_frobenius_norm_matrix = compute_projection_frobenius_norm_train(X) else: projection_frobenius_norm_matrix = compute_projection_frobenius_norm_test(X, Y) return np.exp(-1.0/sigma2 * pro... | 457,689 |
def compute_projection_frobenius_norm(U_s_Vh_list_X, U_s_Vh_list_Y): """Compute the projection Frobenius norm between two tensors. """ projection_frobenius_norm = 0.0 for i in range(len(U_s_Vh_list_X)): U_X, s_X, Vh_X = U_s_Vh_list_X[i] U_Y, s_Y, Vh_Y = U_s_Vh_list_Y[i] if U_X.shape[0] > Vh_X.shape[1]: W_X = U_X W_Y = ... | def compute_projection_frobenius_norm(U_s_Vh_list_X, U_s_Vh_list_Y): """Compute the projection Frobenius norm between two tensors. """ projection_frobenius_norm = 0.0 for i in range(len(U_s_Vh_list_X)): U_X, s_X, Vh_X = U_s_Vh_list_X[i] U_Y, s_Y, Vh_Y = U_s_Vh_list_Y[i] if U_X.shape[0] > Vh_X.shape[1]: W_X = U_X W_Y = ... | 457,690 |
def ndim_meshgrid(*arrs): """n-dimensional analogue to numpy.meshgrid""" arrs = tuple(reversed(arrs)) #edit lens = map(len, arrs) dim = len(arrs) sz = 1 for s in lens: sz*=s ans = [] for i, arr in enumerate(arrs): slc = [1]*dim slc[i] = lens[i] arr2 = asarray(arr).reshape(slc) for j, sz in enumerate(lens): if j!=i: ... | def ndim_meshgrid(*arrs): """n-dimensional analogue to numpy.meshgrid""" arrs = tuple(reversed(arrs)) #edit lens = map(len, arrs) dim = len(arrs) sz = 1 for s in lens: sz*=s ans = [] for i, arr in enumerate(arrs): slc = [1]*dim slc[i] = lens[i] arr2 = asarray(arr).reshape(slc) for j, sz in enumerate(lens): if j!=i: ... | 457,691 |
def gridpts(q): """ | def gridpts(q): """ | 457,692 |
def gridpts(q): """ | def gridpts(q): """ | 457,693 |
def best_dimensions(n): "get the 'best' dimensions (n x m) for arranging plots" allfactors = list(factor(n)) from numpy import product cand = [1] + [product(allfactors[:i+1]) for i in range(len(allfactors))] if len(cand)%2: return cand[len(cand)/2], cand[len(cand)/2] return cand[len(cand)/2], cand[len(cand)/2 - 1] | def best_dimensions(n): "get the 'best' dimensions (n x m) for arranging plots" allfactors = list(factor(n)) from numpy import product cand = [1] + [product(allfactors[:i+1]) for i in range(len(allfactors))] best = [cand[len(cand)/2], n/cand[len(cand)/2]] best.sort(reverse=True) return tuple(best) | 457,694 |
def function(self,coeffs): """evaluates n-dimensional Rosenbrock function for a list of coeffs | def function(self,coeffs): """evaluates n-dimensional Rosenbrock function for a list of coeffs | 457,695 |
def function(self,coeffs): """evaluates n-dimensional Rosenbrock function for a list of coeffs | def function(self,coeffs): """evaluates n-dimensional Rosenbrock function for a list of coeffs | 457,696 |
# def forward(self,pts): | # def derivative(self,coeffs): """evaluates n-dimensional Rosenbrock derivative for a list of coeffs minimum is f'(x)=[0.0]*n at x=[1.0]*n; x must have len >= 2""" l = len(coeffs) x = [0]*l x[:l]=coeffs x = asarray(x) xm = x[1:-1] xm_m1 = x[:-2] xm_p1 = x[2:] der = zeros_like(x) der[1:-1] = 200*(xm-xm_m1**2) - 400... | 457,697 |
def load_post_syncdb_signals(): """ This is a duplicate from Django syncdb management command. This code imports any module named 'management' in INSTALLED_APPS. The 'management' module is the preferred way of listening to post_syncdb signals. """ unload_post_syncdb_signals() # If south is available, we should reload... | def load_post_syncdb_signals(): """ This is a duplicate from Django syncdb management command. This code imports any module named 'management' in INSTALLED_APPS. The 'management' module is the preferred way of listening to post_syncdb signals. """ unload_post_syncdb_signals() # If south is available, we should reload... | 457,698 |
def usage(): print "Usage:", sys.argv[0], print "[-p pin][--pin=pin]", print "[-c lib][--lib=lib]", print "[-S][--sign]", print "[-d][--decrypt]", print "[-h][--help]", | def usage(): print "Usage:", sys.argv[0], print "[-p pin][--pin=pin]", print "[-c lib][--lib=lib]", print "[-S][--sign]", print "[-d][--decrypt]", print "[-h][--help]", | 457,699 |
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