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... self.items = [] | ... self.items = {} ... self.next_id = 1 | ... def __init__(self): |
... self.items.append(MockBooking(**kwargs)) | ... booking_id = str(self.next_id) ... self.next_id += 1 ... self.items[booking_id] = MockBooking(**kwargs) ... return booking_id | ... def invokeFactory(self, type, **kwargs): |
... return [x.id for x in self.items] | ... return self.items.keys() ... def get(self, id): ... return self.items.get(id) | ... def objectIds(self): |
>>> booking = context.items[0] | >>> booking = context.get('1') | ... def objectIds(self): |
>>> booking = context.items[-1] | >>> booking = context.get('2') | ... def objectIds(self): |
>>> booking = context.items[-1] | >>> booking = context.get('3') | ... def objectIds(self): |
>>> booking = context.items[-1] | >>> booking = context.get('4') | ... def objectIds(self): |
context.invokeFactory('Booking', id=str(idx), title=title, hours=hours, minutes=minutes, description=description, bookingDate=day) | booking_id = context.invokeFactory( 'Booking', id=str(idx), title=title, hours=hours, minutes=minutes, description=description, bookingDate=day) obj = context.get(booking_id) obj.unmarkCreationFlag() | ... def objectIds(self): |
u = User.objects.get(id=int(id)) | try: u = User.objects.get(id=int(id)) except User.DoesNotExist: continue | def member_list(request, eid=None): if 'event' in request.REQUEST: return HttpResponseRedirect('/member_list/%s/' % request.REQUEST['event']) if request.method == 'POST': if not request.user.profile.is_admin: message(request, 'Error: you are not an administrator!') return HttpResponseRedirect('/member_list') action = request.POST['action'] if request.POST.get('eid','') != "-1": e = Event.objects.get(id=int(request.POST['eid'])) if e.is_team: t = Team(event=e, chapter=request.chapter) new_members = [] message(request, 'A new %s team was created.' % e.name) else: e = None for key, val in request.POST.items(): if key.startswith('id_'): # For each id field, check to see if the id has changed, and save if it has trash, id = key.split('_') u = User.objects.get(id=int(id)) if u.profile.indi_id != val: u.profile.indi_id = val u.profile.save() if key.startswith('edit_'): # For user checkboxes, perform the action selected on the selected users trash, id = key.split('_') u = User.objects.get(id=int(id)) if action == 'promote': u.profile.is_admin = True u.profile.is_member = True u.profile.save() message(request, '%s promoted to administrator.' % name(u)) log(request, 'user_edit', '%s promoted %s to an administrator.' % (name(request.user), name(u)), u) elif action == 'demote': if u == request.user: message(request, 'Error: you cannot demote yourself.') return HttpResponseRedirect('/member_list') u.profile.is_admin = False u.profile.is_member = True u.profile.save() message(request, '%s changed to normal member.' % name(u)) log(request, 'user_edit', '%s changed %s to a regular member.' % (name(request.user), name(u)), u) elif action == 'advisor': u.profile.is_admin = True u.profile.is_member = False u.profile.save() message(request, '%s changed to advisor.' % name(u)) log(request, 'user_edit', '%s changed %s to an advisor.' % (name(request.user), name(u)), u) elif action == 'delete': if u == request.user: message(request, 'Error: you cannot delete yourself.') return HttpResponseRedirect('/member_list') message(request, '%s deleted.' % name(u)) log(request, 'user_delete', "%s deleted %s's account." % (name(request.user), name(u))) u.delete() elif request.POST.get('eid','') != "-1": #u = User.objects.get(id=int(request.GET['uid'])) #e = Event.objects.get(id=int(request.POST['eid'])) if e.is_team: new_members.append(u) message(request, '%s was added to the new team.' % name(u)) else: u.events.add(e) message(request, '%s has been added to %s\'s events.' % (e.name, name(u))) log(request, 'event_add', '%s added %s to %s\'s events.' % (name(request.user), e.name, name(u)), affected=u) else: pass if e and e.is_team == True: t.captain = new_members[0] message(request, '%s was selected to be the team captain.' % name(t.captain)) t.save() for member in new_members: t.members.add(member) if request.GET.get('action') and request.user.profile.is_admin: action = request.GET.get('action') if action == 'remove_event': u = User.objects.get(id=int(request.GET['uid'])) e = Event.objects.get(id=int(request.GET['eid'])) u.events.remove(e) message(request, '%s has been removed from %s\'s events.' % (e.name, name(u))) log(request, 'event_remove', '%s removed %s from %s\'s events.' % (name(request.user), e.name, name(u)), affected=u) if eid is not None: e = Event.objects.get(id=eid) members = e.entrants else: members = User.objects.all() members = members.filter(profile__chapter=request.chapter, is_superuser=False) members = members.order_by('-profile__is_member', '-profile__is_admin', 'last_name') return render_template('member_list.mako',request, members=members, selected_event = eid, events=request.chapter.get_events(), ) |
return render_template('errors/404.mako', request, parent='../base.mako' if request.user else '../layout.mako') | return render_template('errors/404.mako', request, parent='../base.mako' if request.user.is_authenticated() else '../layout.mako') | def custom404(request): print request.user return render_template('errors/404.mako', request, parent='../base.mako' if request.user else '../layout.mako') |
return render_template('errors/500.mako', request, parent='../base.mako' if request.user else '../layout.mako') | return render_template('errors/500.mako', request, parent='../base.mako' if request.user.is_authenticated() else '../layout.mako') | def custom500(request): return render_template('errors/500.mako', request, parent='../base.mako' if request.user else '../layout.mako') |
for event in chapter.calendar_events.filter(date__gte=datetime.date.today()): | for event in (chapter.link or chapter).calendar_events.filter(date__gte=datetime.date.today()): | def calendar(request): if 'chapter' not in request.GET: return HttpResponse('No chapter specified.') chapter = Chapter.objects.get(id=int(request.GET['chapter'])) if 'key' not in request.GET or chapter.calendar_key != request.GET['key']: return HttpResponse('Invalid key specified.') cal = vobject.iCalendar() cal.add('method').value = 'PUBLISH' # IE/Outlook needs this for event in chapter.calendar_events.filter(date__gte=datetime.date.today()): vevent = cal.add('vevent') vevent.add('summary').value = event.name vevent.add('dtstart').value = event.date icalstream = cal.serialize() response = HttpResponse(icalstream)#, mimetype='text/calendar') response['Filename'] = 'calendar.ics' # IE needs this response['Content-Disposition'] = 'attachment; filename=calendar.ics' return response |
confirm_password = request.POST['password'] | confirm_password = request.POST['confirm_password'] | def reset_password(request): if request.method == 'POST': if 'username' in request.POST: try: user = User.objects.get(Q(username=request.POST['username']) | Q(email=request.POST['username'])) except User.DoesNotExist: return render_template('registration/request_reset.mako', request, error_msg='Unknown username or email address') t = get_template('email/reset_password.mako') body = t.render(name=user.first_name, chapter=user.profile.chapter.name, uid=user.id, token=get_token(user)) try: send_mail('TSAEvents Password Reset', body, '%s TSA <[email protected]>' % user.profile.chapter.name, [user.email], fail_silently=False) except SMTPException: return render_template('registration/request_reset.mako', request, error_msg='Unable to send email. Contact server administrator.') return render_template('registration/request_reset.mako', request, success_msg='Further instructions have been sent to your email address.') if 'password' in request.POST: uid = int(request.POST['user']) auth = request.POST.get('auth','') user = User.objects.get(id=uid) if not verify_token(user, auth): return render_template('registration/request_reset.mako', request, error_msg='Invalid authentication token. Try re-sending the email.') password = request.POST['password'] confirm_password = request.POST['password'] if password != confirm_password: return render_template('registration/perform_reset.mako', reques, user=uid, auth=auth , error_msg='Error: passwords do not match.') user.set_password(password) user = authenticate(username=user.username, password=password) login(request, user) message(request, 'New password set. You have been automatically logged in.') return HttpResponseRedirect('/') elif 'user' in request.GET: uid = int(request.GET['user']) auth = request.GET.get('auth','') user = User.objects.get(id=uid) if verify_token(user, auth): return render_template('registration/perform_reset.mako', request, uid=uid, auth=auth ) else: return render_template('registration/request_reset.mako', request, error_msg='Invalid authentication token. Try re-sending the email.') return render_template('registration/request_reset.mako', request) |
return render_template('registration/perform_reset.mako', reques, user=uid, auth=auth , error_msg='Error: passwords do not match.') | return render_template('registration/perform_reset.mako', request, user=uid, auth=auth , error_msg='Error: passwords do not match.') | def reset_password(request): if request.method == 'POST': if 'username' in request.POST: try: user = User.objects.get(Q(username=request.POST['username']) | Q(email=request.POST['username'])) except User.DoesNotExist: return render_template('registration/request_reset.mako', request, error_msg='Unknown username or email address') t = get_template('email/reset_password.mako') body = t.render(name=user.first_name, chapter=user.profile.chapter.name, uid=user.id, token=get_token(user)) try: send_mail('TSAEvents Password Reset', body, '%s TSA <[email protected]>' % user.profile.chapter.name, [user.email], fail_silently=False) except SMTPException: return render_template('registration/request_reset.mako', request, error_msg='Unable to send email. Contact server administrator.') return render_template('registration/request_reset.mako', request, success_msg='Further instructions have been sent to your email address.') if 'password' in request.POST: uid = int(request.POST['user']) auth = request.POST.get('auth','') user = User.objects.get(id=uid) if not verify_token(user, auth): return render_template('registration/request_reset.mako', request, error_msg='Invalid authentication token. Try re-sending the email.') password = request.POST['password'] confirm_password = request.POST['password'] if password != confirm_password: return render_template('registration/perform_reset.mako', reques, user=uid, auth=auth , error_msg='Error: passwords do not match.') user.set_password(password) user = authenticate(username=user.username, password=password) login(request, user) message(request, 'New password set. You have been automatically logged in.') return HttpResponseRedirect('/') elif 'user' in request.GET: uid = int(request.GET['user']) auth = request.GET.get('auth','') user = User.objects.get(id=uid) if verify_token(user, auth): return render_template('registration/perform_reset.mako', request, uid=uid, auth=auth ) else: return render_template('registration/request_reset.mako', request, error_msg='Invalid authentication token. Try re-sending the email.') return render_template('registration/request_reset.mako', request) |
return render_template('registration/perform_reset.mako', request, user=uid, auth=auth ) | return render_template('registration/perform_reset.mako', request, uid=uid, auth=auth ) | def reset_password(request): if request.method == 'POST': if 'username' in request.POST: try: user = User.objects.get(Q(username=request.POST['username']) | Q(email=request.POST['username'])) except User.DoesNotExist: return render_template('registration/request_reset.mako', request, error_msg='Unknown username or email address') t = get_template('email/reset_password.mako') body = t.render(name=user.first_name, chapter=user.profile.chapter.name, uid=user.id, token=get_token(user)) try: send_mail('TSAEvents Password Reset', body, '%s TSA <[email protected]>' % user.profile.chapter.name, [user.email], fail_silently=False) except SMTPException: return render_template('registration/request_reset.mako', request, error_msg='Unable to send email. Contact server administrator.') return render_template('registration/request_reset.mako', request, success_msg='Further instructions have been sent to your email address.') if 'password' in request.POST: uid = int(request.POST['user']) auth = request.POST.get('auth','') user = User.objects.get(id=uid) if not verify_token(user, auth): return render_template('registration/request_reset.mako', request, error_msg='Invalid authentication token. Try re-sending the email.') password = request.POST['password'] confirm_password = request.POST['password'] if password != confirm_password: return render_template('registration/perform_reset.mako', reques, user=uid, auth=auth , error_msg='Error: passwords do not match.') user.set_password(password) user = authenticate(username=user.username, password=password) login(request, user) message(request, 'New password set. You have been automatically logged in.') return HttpResponseRedirect('/') elif 'user' in request.GET: uid = int(request.GET['user']) auth = request.GET.get('auth','') user = User.objects.get(id=uid) if verify_token(user, auth): return render_template('registration/perform_reset.mako', request, user=uid, auth=auth ) else: return render_template('registration/request_reset.mako', request, error_msg='Invalid authentication token. Try re-sending the email.') return render_template('registration/request_reset.mako', request) |
gtk.main() | if _main_loop: _main_loop.run() else: gtk.main() | def run(self): self.success = False self._timeout_count = 0 |
if gtk.main_level(): gtk.main_quit() | if _main_loop: _main_loop.quit() else: if gtk.main_level(): gtk.main_quit() | def _timeout_cb(self): if self.success: # dispose of previous waiters. return False self._timeout_count += 1 self.poll() if self._timeout_count >= self.timeout or self.success: try: if gtk.main_level(): gtk.main_quit() except RuntimeError: # In Mandriva RuntimeError exception is thrown # If, gtk.main was already quit pass return False return True |
if gtk.main_level(): gtk.main_quit() | if _main_loop: _main_loop.quit() else: if gtk.main_level(): gtk.main_quit() | def _event_cb(self, event): self.event_cb(event) if self.success: try: if gtk.main_level(): gtk.main_quit() except RuntimeError: # In Mandriva RuntimeError exception is thrown # If, gtk.main was already quit pass |
''' | """ | def generatemouseevent(self, x, y, eventType = 'b1c'): ''' Generate mouse event on x, y co-ordinates. @param window_name: Window name to look for, either full name, LDTP's name convention, or a Unix glob. @type window_name: int @param object_name: Object name to look for, either full name, LDTP's name convention, or a Unix glob. Or menu heirarchy @type object_name: int |
''' | """ | def mouseleftclick(self, window_name, object_name): ''' Mouse left click on an object. @param window_name: Window name to look for, either full name, LDTP's name convention, or a Unix glob. @type window_name: string @param object_name: Object name to look for, either full name, LDTP's name convention, or a Unix glob. Or menu heirarchy @type object_name: string |
''' | """ | def mousemove(self, window_name, object_name): ''' Mouse move on an object. @param window_name: Window name to look for, either full name, LDTP's name convention, or a Unix glob. @type window_name: string @param object_name: Object name to look for, either full name, LDTP's name convention, or a Unix glob. Or menu heirarchy @type object_name: string |
''' | """ | def mouserightclick(self, window_name, object_name): ''' Mouse right click on an object. @param window_name: Window name to look for, either full name, LDTP's name convention, or a Unix glob. @type window_name: string @param object_name: Object name to look for, either full name, LDTP's name convention, or a Unix glob. Or menu heirarchy @type object_name: string |
''' | """ | def doubleclick(self, window_name, object_name): ''' Double click on the object @param window_name: Window name to look for, either full name, LDTP's name convention, or a Unix glob. @type window_name: string @param object_name: Object name to look for, either full name, LDTP's name convention, or a Unix glob. Or menu heirarchy @type object_name: string |
if cls._isRemoteMethod(d[attr]) and cls._isRelevant(d[attr]): | if cls._isRemoteMethod(d[attr]): | def __new__(cls, *args, **kwargs): if not cls._generated: cls._generated = True d = ldtp.__dict__ cls._wrapped_methods =[] for attr in d: if cls._isRemoteMethod(d[attr]) and cls._isRelevant(d[attr]): setted = attr if hasattr(cls, attr): setted = "_remote_"+setted cls._wrapped_methods.append(setted) setattr(cls, setted, d[attr]) return object.__new__(cls) |
def getchild(self, child_name='', role=''): matches = self._remote_getchild(child_name, role, True) if matches: if role: return [Component(self._window_name, matches[0])] else: return Component(self._window_name, matches[0]) else: return None | def getchild(self, child_name='', role=''): # TODO: Bad API choice. Inconsistent, should return object or list, # not both. UPDATE: Only returns first match. matches = self._remote_getchild(child_name, role, True) if matches: if role: return [Component(self._window_name, matches[0])] else: return Component(self._window_name, matches[0]) else: return None |
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self._callback = {} | def __init__(self): lazy_load = True self._states = {} self._state_names = {} self._callback = {} self._window_uptime = {} self._callback_event = [] self._get_all_state_names() self._handle_table_cell = False self._desktop = pyatspi.Registry.getDesktop(0) if Utils.cached_apps is None: pyatspi.Registry.registerEventListener( self._on_window_event, 'window') Utils.cached_apps = list() if lazy_load: for app in self._desktop: if app is None: continue self.cached_apps.append(app) |
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for app in list(self.cached_apps): | for app in self.cached_apps: | def _list_apps(self): for app in list(self.cached_apps): if not app: continue yield app |
for app in list(self.cached_apps): | for app in self.cached_apps: | def _list_guis(self): for app in list(self.cached_apps): if not app: continue try: for gui in app: if not gui: continue yield gui except LookupError: self.cached_apps.remove(app) |
try: if acc.name == name: | if acc.name == name: return 1 _ldtpize_accessible_name = self._ldtpize_accessible(acc) _object_name = u'%s%s' % (_ldtpize_accessible_name[0], _ldtpize_accessible_name[1]) if _object_name == name: return 1 if self._glob_match(name, acc.name): return 1 if self._glob_match(name, _object_name): return 1 role = acc.getRole() if role == pyatspi.ROLE_FRAME or role == pyatspi.ROLE_DIALOG or \ role == pyatspi.ROLE_WINDOW or \ role == pyatspi.ROLE_FONT_CHOOSER or \ role == pyatspi.ROLE_FILE_CHOOSER or \ role == pyatspi.ROLE_ALERT or \ role == pyatspi.ROLE_COLOR_CHOOSER: strip = '( |\n)' else: strip = '( |:|\.|_|\n)' _tmp_name = re.sub(strip, '', name) if self._glob_match(_tmp_name, _object_name): return 1 if self._glob_match(_tmp_name, _ldtpize_accessible_name[1]): return 1 return 0 def _match_name_to_appmap(self, name, acc): if self._glob_match(name, acc['key']): return 1 if self._glob_match(name, acc['obj_index']): return 1 if self._glob_match(name, acc['label_by']): return 1 if self._glob_match(name, acc['label']): return 1 obj_name = u'%s' % re.sub(' ', '', name) role = acc['class'] if role == 'frame' or role == 'dialog' or \ role == 'window' or \ role == 'font_chooser' or \ role == 'file_chooser' or \ role == 'alert' or \ role == 'color_chooser': strip = '( |\n)' else: strip = '( |:|\.|_|\n)' obj_name = re.sub(strip, '', name) if acc['label_by']: _tmp_name = re.sub(strip, '', acc['label_by']) if self._glob_match(obj_name, _tmp_name): | def _match_name_to_acc(self, name, acc): try: if acc.name == name: return 1 _ldtpize_accessible_name = self._ldtpize_accessible(acc) _object_name = u'%s%s' % (_ldtpize_accessible_name[0], _ldtpize_accessible_name[1]) if _object_name == name: return 1 if self._glob_match(name, acc.name): return 1 if self._glob_match(name, _object_name): return 1 role = acc.getRole() if role == pyatspi.ROLE_FRAME or role == pyatspi.ROLE_DIALOG or \ role == pyatspi.ROLE_WINDOW or \ role == pyatspi.ROLE_FONT_CHOOSER or \ role == pyatspi.ROLE_FILE_CHOOSER or \ role == pyatspi.ROLE_ALERT or \ role == pyatspi.ROLE_COLOR_CHOOSER: strip = '( |\n)' else: strip = '( |:|\.|_|\n)' _tmp_name = re.sub(strip, '', name) if self._glob_match(_tmp_name, _object_name): return 1 if self._glob_match(_tmp_name, _ldtpize_accessible_name[1]): return 1 except: pass return 0 |
_ldtpize_accessible_name = self._ldtpize_accessible(acc) _object_name = u'%s%s' % (_ldtpize_accessible_name[0], _ldtpize_accessible_name[1]) if _object_name == name: | if acc['label']: _tmp_name = re.sub(strip, '', acc['label']) if self._glob_match(obj_name, _tmp_name): | def _match_name_to_acc(self, name, acc): try: if acc.name == name: return 1 _ldtpize_accessible_name = self._ldtpize_accessible(acc) _object_name = u'%s%s' % (_ldtpize_accessible_name[0], _ldtpize_accessible_name[1]) if _object_name == name: return 1 if self._glob_match(name, acc.name): return 1 if self._glob_match(name, _object_name): return 1 role = acc.getRole() if role == pyatspi.ROLE_FRAME or role == pyatspi.ROLE_DIALOG or \ role == pyatspi.ROLE_WINDOW or \ role == pyatspi.ROLE_FONT_CHOOSER or \ role == pyatspi.ROLE_FILE_CHOOSER or \ role == pyatspi.ROLE_ALERT or \ role == pyatspi.ROLE_COLOR_CHOOSER: strip = '( |\n)' else: strip = '( |:|\.|_|\n)' _tmp_name = re.sub(strip, '', name) if self._glob_match(_tmp_name, _object_name): return 1 if self._glob_match(_tmp_name, _ldtpize_accessible_name[1]): return 1 except: pass return 0 |
if self._glob_match(name, acc.name): return 1 if self._glob_match(name, _object_name): return 1 role = acc.getRole() if role == pyatspi.ROLE_FRAME or role == pyatspi.ROLE_DIALOG or \ role == pyatspi.ROLE_WINDOW or \ role == pyatspi.ROLE_FONT_CHOOSER or \ role == pyatspi.ROLE_FILE_CHOOSER or \ role == pyatspi.ROLE_ALERT or \ role == pyatspi.ROLE_COLOR_CHOOSER: strip = '( |\n)' else: strip = '( |:|\.|_|\n)' _tmp_name = re.sub(strip, '', name) if self._glob_match(_tmp_name, _object_name): return 1 if self._glob_match(_tmp_name, _ldtpize_accessible_name[1]): return 1 except: pass return 0 def _match_name_to_appmap(self, name, appmap_name): """ Required when object name has empty label """ if name == appmap_name: return 1 if self._glob_match(name, appmap_name): | if self._glob_match(obj_name, acc['key']): | def _match_name_to_acc(self, name, acc): try: if acc.name == name: return 1 _ldtpize_accessible_name = self._ldtpize_accessible(acc) _object_name = u'%s%s' % (_ldtpize_accessible_name[0], _ldtpize_accessible_name[1]) if _object_name == name: return 1 if self._glob_match(name, acc.name): return 1 if self._glob_match(name, _object_name): return 1 role = acc.getRole() if role == pyatspi.ROLE_FRAME or role == pyatspi.ROLE_DIALOG or \ role == pyatspi.ROLE_WINDOW or \ role == pyatspi.ROLE_FONT_CHOOSER or \ role == pyatspi.ROLE_FILE_CHOOSER or \ role == pyatspi.ROLE_ALERT or \ role == pyatspi.ROLE_COLOR_CHOOSER: strip = '( |\n)' else: strip = '( |:|\.|_|\n)' _tmp_name = re.sub(strip, '', name) if self._glob_match(_tmp_name, _object_name): return 1 if self._glob_match(_tmp_name, _ldtpize_accessible_name[1]): return 1 except: pass return 0 |
if child and child.getRole() == pyatspi.ROLE_TABLE_CELL and \ | if child.getRole() == pyatspi.ROLE_TABLE_CELL and \ | def _list_objects(self, obj): if obj: yield obj for child in obj: if child and child.getRole() == pyatspi.ROLE_TABLE_CELL and \ not self._handle_table_cell: # In OO.o navigating table cells consumes more time # and resource break for c in self._list_objects(child): yield c |
try: if obj: for child in obj: if not child: continue if child.childCount > 0: child_obj = self._get_combo_child_object_type(child) if child_obj: return child_obj if child.getRole() == pyatspi.ROLE_LIST: return child elif child.getRole() == pyatspi.ROLE_MENU: return child except: pass return None | if obj: for child in obj: if not child: continue if child.childCount > 0: child_obj = self._get_combo_child_object_type(child) if child_obj: return child_obj if child.getRole() == pyatspi.ROLE_LIST: return child elif child.getRole() == pyatspi.ROLE_MENU: return child | def _get_combo_child_object_type(self, obj): """ This function will check for all levels and returns the first matching LIST / MENU type """ try: if obj: for child in obj: if not child: continue if child.childCount > 0: child_obj = self._get_combo_child_object_type(child) if child_obj: return child_obj if child.getRole() == pyatspi.ROLE_LIST: return child elif child.getRole() == pyatspi.ROLE_MENU: return child except: pass return None |
try: if obj and role_type: for child in obj: if not child: continue if child.childCount > 0: child_obj = self._get_child_object_type(child, role_type) if child_obj: return child_obj if child.getRole() == role_type: return child except: pass return None def _appmap_pairs(self, gui): ldtpized_list = [] ldtpized_obj_index = {} for obj in self._list_objects(gui): abbrev_role, abbrev_name = self._ldtpize_accessible(obj) if abbrev_role in ldtpized_obj_index: ldtpized_obj_index[abbrev_role] += 1 else: ldtpized_obj_index[abbrev_role] = 0 if abbrev_name == '': ldtpized_name_base = abbrev_role ldtpized_name = u'%s%d' % (ldtpized_name_base, ldtpized_obj_index[abbrev_role]) else: ldtpized_name_base = u'%s%s' % (abbrev_role, abbrev_name) ldtpized_name = ldtpized_name_base i = 1 while ldtpized_name in ldtpized_list: ldtpized_name = u'%s%d' % (ldtpized_name_base, i) i += 1 ldtpized_list.append(ldtpized_name) yield ldtpized_name, obj, u'%s ldtpized_obj_index[abbrev_role]) | if obj and role_type: for child in obj: if not child: continue if child.childCount > 0: child_obj = self._get_child_object_type(child, role_type) if child_obj: return child_obj if child.getRole() == role_type: return child def _add_appmap_data(self, obj, parent): abbrev_role, abbrev_name = self._ldtpize_accessible(obj) if abbrev_role in self.ldtpized_obj_index: self.ldtpized_obj_index[abbrev_role] += 1 else: self.ldtpized_obj_index[abbrev_role] = 0 if abbrev_name == '': ldtpized_name_base = abbrev_role ldtpized_name = u'%s%d' % (ldtpized_name_base, self.ldtpized_obj_index[abbrev_role]) else: ldtpized_name_base = u'%s%s' % (abbrev_role, abbrev_name) ldtpized_name = ldtpized_name_base i = 0 while ldtpized_name in self.ldtpized_list: i += 1 ldtpized_name = u'%s%d' % (ldtpized_name_base, i) if parent in self.ldtpized_list: self.ldtpized_list[parent]['children'].append(ldtpized_name) self.ldtpized_list[ldtpized_name] = {'key' : ldtpized_name, 'parent' : parent, 'class' : obj.getRoleName().replace(' ', '_'), 'child_index' : obj.getIndexInParent(), 'children' : [], 'obj_index' : '%s self.ldtpized_obj_index[abbrev_role]), 'label' : obj.name, 'label_by' : '', 'description' : obj.description } return ldtpized_name def _populate_appmap(self, obj, parent, child_index): if obj: if child_index != -1: parent = self._add_appmap_data(obj, parent) for child in obj: if not child: continue if child.getRole() == pyatspi.ROLE_TABLE_CELL: break self._populate_appmap(child, parent, child.getIndexInParent()) def _appmap_pairs(self, gui, force_remap = False): self.ldtpized_list = {} self.ldtpized_obj_index = {} if not force_remap: for key in self._appmap.keys(): if self._match_name_to_acc(key, gui): return self._appmap[key] abbrev_role, abbrev_name = self._ldtpize_accessible(gui) _window_name = u'%s%s' % (abbrev_role, abbrev_name) abbrev_role, abbrev_name = self._ldtpize_accessible(gui.parent) _parent = abbrev_name self._populate_appmap(gui, _parent, gui.getIndexInParent()) self._appmap[_window_name] = self.ldtpized_list return self.ldtpized_list | def _get_child_object_type(self, obj, role_type): """ This function will check for all levels and returns the first matching role_type """ try: if obj and role_type: for child in obj: if not child: continue if child.childCount > 0: child_obj = self._get_child_object_type(child, role_type) if child_obj: return child_obj if child.getRole() == role_type: return child except: pass return None |
if not re.search('^mnu', _menu_hierarchy[0]): _menu_hierarchy[0] = 'mnu%s' % _menu_hierarchy[0] | def _get_menu_hierarchy(self, window_name, object_name): _menu_hierarchy = re.split(';', object_name) # Get handle of menu obj = self._get_object(window_name, _menu_hierarchy[0]) # Navigate all sub-menu under a menu for _menu in _menu_hierarchy[1:]: _flag = False for _child in self._list_objects(obj): if obj == _child: # if the given object and child object matches continue if self._match_name_to_acc(_menu, _child): obj = _child _flag = True break if not _flag: raise LdtpServerException ( "Menu item %s doesn't exist in hierarchy" % _menu) return obj |
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_flag = True | def _get_menu_hierarchy(self, window_name, object_name): _menu_hierarchy = re.split(';', object_name) # Get handle of menu obj = self._get_object(window_name, _menu_hierarchy[0]) # Navigate all sub-menu under a menu for _menu in _menu_hierarchy[1:]: _flag = False for _child in self._list_objects(obj): if obj == _child: # if the given object and child object matches continue if self._match_name_to_acc(_menu, _child): obj = _child _flag = True break if not _flag: raise LdtpServerException ( "Menu item %s doesn't exist in hierarchy" % _menu) return obj |
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"Menu item %s doesn't exist in hierarchy" % _menu) | 'Menu item "%s" doesn\'t exist in hierarchy' % _menu) | def _get_menu_hierarchy(self, window_name, object_name): _menu_hierarchy = re.split(';', object_name) # Get handle of menu obj = self._get_object(window_name, _menu_hierarchy[0]) # Navigate all sub-menu under a menu for _menu in _menu_hierarchy[1:]: _flag = False for _child in self._list_objects(obj): if obj == _child: # if the given object and child object matches continue if self._match_name_to_acc(_menu, _child): obj = _child _flag = True break if not _flag: raise LdtpServerException ( "Menu item %s doesn't exist in hierarchy" % _menu) return obj |
raise LdtpServerException('Object does not have a "click" action') | raise LdtpServerException('Object does not have a "%s" action' % action) def _get_object_in_window(self, appmap, obj_name): for name in appmap.keys(): obj = appmap[name] if self._match_name_to_appmap(obj_name, obj): return obj return None | def _click_object(self, obj, action = 'click'): try: iaction = obj.queryAction() except NotImplementedError: raise LdtpServerException( 'Object does not have an Action interface') else: for i in xrange(iaction.nActions): if re.match(action, iaction.getName(i)): iaction.doAction(i) return raise LdtpServerException('Object does not have a "click" action') |
def _get_object_info(self, window_name, obj_name): | def _get_object(self, window_name, obj_name): | def _get_object_info(self, window_name, obj_name): _window_handle = self._get_window_handle(window_name) if not _window_handle: raise LdtpServerException('Unable to find window "%s"' % \ window_name) for name, obj, obj_index in self._appmap_pairs(_window_handle): if self._glob_match(obj_name, obj_index) or \ self._match_name_to_acc(obj_name, obj) or \ self._match_name_to_appmap(obj_name, name): return name, obj, obj_index raise LdtpServerException( 'Unable to find object name "%s" in application map' % obj_name) |
for name, obj, obj_index in self._appmap_pairs(_window_handle): if self._glob_match(obj_name, obj_index) or \ self._match_name_to_acc(obj_name, obj) or \ self._match_name_to_appmap(obj_name, name): return name, obj, obj_index raise LdtpServerException( 'Unable to find object name "%s" in application map' % obj_name) def _get_object(self, window_name, obj_name): name, obj, obj_index = self._get_object_info(window_name, obj_name) | appmap = self._appmap_pairs(_window_handle) obj = self._get_object_in_window(appmap, obj_name) if not obj: appmap = self._appmap_pairs(_window_handle, force_remap = True) obj = self._get_object_in_window(appmap, obj_name) if not obj: raise LdtpServerException( 'Unable to find object name "%s" in application map' % obj_name) def _traverse_parent(gui, window_name, obj, parent_list): if obj and window_name: parent = obj['parent'] if parent not in appmap: return parent_list parent_list.append(parent) if self._match_name_to_acc(parent, gui): return parent_list return _traverse_parent(gui, window_name, appmap[parent], parent_list) _parent_list = _traverse_parent(_window_handle, window_name, obj, []) if not _parent_list: raise LdtpServerException( 'Unable to find object name "%s" in application map' % obj_name) _parent_list.reverse() key = obj['key'] if key: _parent_list.append(key) obj = _window_handle for key in _parent_list[1:]: if key in appmap and obj: obj = obj.getChildAtIndex(appmap[key]['child_index']) | def _get_object_info(self, window_name, obj_name): _window_handle = self._get_window_handle(window_name) if not _window_handle: raise LdtpServerException('Unable to find window "%s"' % \ window_name) for name, obj, obj_index in self._appmap_pairs(_window_handle): if self._glob_match(obj_name, obj_index) or \ self._match_name_to_acc(obj_name, obj) or \ self._match_name_to_appmap(obj_name, name): return name, obj, obj_index raise LdtpServerException( 'Unable to find object name "%s" in application map' % obj_name) |
else: self._ldtp_debug = None | def __init__(self): lazy_load = True self._states = {} self._appmap = {} self._callback = {} self._state_names = {} self._window_uptime = {} self._callback_event = [] self._get_all_state_names() self._handle_table_cell = False self._desktop = pyatspi.Registry.getDesktop(0) if Utils.cached_apps is None: pyatspi.Registry.registerEventListener( self._on_window_event, 'window') # Above window event doesn't get called for # 'window:destroy', so registering it individually pyatspi.Registry.registerEventListener( self._on_window_event, 'window:destroy') # Notify on any changes in all windows, based on this info, # its decided, whether force_remap is required or not pyatspi.Registry.registerEventListener(self._obj_changed, 'object:children-changed') pyatspi.Registry.registerEventListener( self._obj_changed, 'object:property-change:accessible-name') |
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@param cmdline: Command line string to execute. @type cmdline: string | @param cmd: Command line string to execute. @type cmd: string | def launchapp(self, cmd, args = [], delay = 0, env = 1): ''' Launch application. |
print 'obj', obj | def _get_menu_hierarchy(self, window_name, object_name): _menu_hierarchy = re.split(';', object_name) if not re.search('^mnu', _menu_hierarchy[0]): _menu_hierarchy[0] = 'mnu%s' % _menu_hierarchy[0] obj = self._get_object(window_name, _menu_hierarchy[0]) for _menu in _menu_hierarchy[1:]: _flag = False print 'obj', obj for _child in self._list_objects(obj): print '_child', _child if obj == _child: # if the given object and child object matches continue if self._match_name_to_acc(_menu, _child): _flag = True obj = _child break if not _flag: raise LdtpServerException ( 'Menu item "%s" doesn\'t exist in hierarchy' % _menu) return obj |
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print '_child', _child | def _get_menu_hierarchy(self, window_name, object_name): _menu_hierarchy = re.split(';', object_name) if not re.search('^mnu', _menu_hierarchy[0]): _menu_hierarchy[0] = 'mnu%s' % _menu_hierarchy[0] obj = self._get_object(window_name, _menu_hierarchy[0]) for _menu in _menu_hierarchy[1:]: _flag = False print 'obj', obj for _child in self._list_objects(obj): print '_child', _child if obj == _child: # if the given object and child object matches continue if self._match_name_to_acc(_menu, _child): _flag = True obj = _child break if not _flag: raise LdtpServerException ( 'Menu item "%s" doesn\'t exist in hierarchy' % _menu) return obj |
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def _click_object(self, obj, action = 'click'): | def _click_object(self, obj, action = '(click|press|activate)'): | def _click_object(self, obj, action = 'click'): try: iaction = obj.queryAction() except NotImplementedError: raise LdtpServerException( 'Object does not have an Action interface') else: for i in xrange(iaction.nActions): if re.match(action, iaction.getName(i)): iaction.doAction(i) return raise LdtpServerException('Object does not have a "%s" action' % action) |
''' | """ | def imagecapture(self, window_name = None, x = 0, y = 0, width = None, height = None): ''' Captures screenshot of the whole desktop or given window @param window_name: Window name to look for, either full name, LDTP's name convention, or a Unix glob. @type window_name: string @param x: x co-ordinate value @type x: int @param y: y co-ordinate value @type y: int @param width: width co-ordinate value @type width: int @param height: height co-ordinate value @type height: int |
def _ebRender(self, failure): '''Custom error render method (used by our XMLRPC objects)''' if isinstance(failure.value, xmlrpclib.Fault): return failure.value | if not _ldtp_debug: def _ebRender(self, failure): '''Custom error render method (used by our XMLRPC objects)''' if isinstance(failure.value, xmlrpclib.Fault): return failure.value | def _ebRender(self, failure): '''Custom error render method (used by our XMLRPC objects)''' if isinstance(failure.value, xmlrpclib.Fault): return failure.value |
x, y, resolution2, resolution1 = bb.x, bb.y, bb.height, bb.width | x, y, height, width = bb.x, bb.y, bb.height, bb.width | def imagecapture(self, window_name = None, x = 0, y = 0, width = None, height = None): ''' Captures screenshot of the whole desktop or given window @param window_name: Window name to look for, either full name, LDTP's name convention, or a Unix glob. @type window_name: string @param x: x co-ordinate value @type x: int @param y: y co-ordinate value @type y: int @param width: width co-ordinate value @type width: int @param height: height co-ordinate value @type height: int |
@return: list of integers on success. | @return: list of string on success | def getallstates(self, window_name, object_name): ''' Get all states of given object @param window_name: Window name to look for, either full name, LDTP's name convention, or a Unix glob. @type window_name: string @param object_name: Object name to look for, either full name, LDTP's name convention, or a Unix glob. @type object_name: string |
_obj_states.append(state.real) | _obj_states.append(self._state_names[state.real]) | def getallstates(self, window_name, object_name): ''' Get all states of given object @param window_name: Window name to look for, either full name, LDTP's name convention, or a Unix glob. @type window_name: string @param object_name: Object name to look for, either full name, LDTP's name convention, or a Unix glob. @type object_name: string |
_state = obj.getState() _obj_state = _state.getStates() | _state_inst = obj.getState() _obj_state = _state_inst.getStates() | def hasstate(self, window_name, object_name, state): ''' has state @param window_name: Window name to look for, either full name, LDTP's name convention, or a Unix glob. @type window_name: string @param object_name: Object name to look for, either full name, LDTP's name convention, or a Unix glob. @type object_name: string |
print "ldtpd exited!" | if _ldtp_debug: print "ldtpd exited!" | def _handle_signal(self, signum, frame): if os.environ.has_key('LDTP_DEBUG'): if signum == signal.SIGCHLD: print "ldtpd exited!" elif signum == signal.SIGUSR1: print "SIGUSR1 received. ldtpd ready for requests." elif signum == signal.SIGALRM: print "SIGALRM received. Timeout waiting for SIGUSR1." |
print "SIGUSR1 received. ldtpd ready for requests." | if _ldtp_debug: print "SIGUSR1 received. ldtpd ready for requests." | def _handle_signal(self, signum, frame): if os.environ.has_key('LDTP_DEBUG'): if signum == signal.SIGCHLD: print "ldtpd exited!" elif signum == signal.SIGUSR1: print "SIGUSR1 received. ldtpd ready for requests." elif signum == signal.SIGALRM: print "SIGALRM received. Timeout waiting for SIGUSR1." |
print "SIGALRM received. Timeout waiting for SIGUSR1." | if _ldtp_debug: print "SIGALRM received. Timeout waiting for SIGUSR1." | def _handle_signal(self, signum, frame): if os.environ.has_key('LDTP_DEBUG'): if signum == signal.SIGCHLD: print "ldtpd exited!" elif signum == signal.SIGUSR1: print "SIGUSR1 received. ldtpd ready for requests." elif signum == signal.SIGALRM: print "SIGALRM received. Timeout waiting for SIGUSR1." |
self._daemon = subprocess.Popen( ['python', '-c', 'import ldtpd; ldtpd.main()'], close_fds = True) | self._daemon = os.spawnlp(os.P_NOWAIT, 'python', 'python', '-c', 'import ldtpd; ldtpd.main()') | def _spawn_daemon(self): self._daemon = subprocess.Popen( ['python', '-c', 'import ldtpd; ldtpd.main()'], close_fds = True) |
self._daemon.kill() | os.kill(self._daemon, 9) | def kill_daemon(self): try: self._daemon.kill() except AttributeError: pass |
raise LdtpServerException('Could not find a child.') | if child_name: _name = 'name "%s" ' % child_name if role: _role = 'role "%s" ' % role if parent: _parent = 'parent "%s"' % parent exception = 'Could not find a child %s%s%s' % (_name, _role, _parent) raise LdtpServerException(exception) | def _get_all_children_under_obj(obj, child_list): if role and obj['class'] == role: child_list.append(obj['key']) elif child_name and self._match_name_to_appmap(child_name, obj): child_list.append(obj['key']) if obj: children = obj['children'] if not children: return child_list for child in children: return _get_all_children_under_obj( \ appmap[child], child_list) |
@rtype: string | @rtype: list | def getcpustat(self, process_name): """ get CPU stat for the give process name |
'`' : 49, '\\' : 51, ' :' : 59, | '`' : 49, '\\' : 51, ',' : 59, | def _get_key_value(self, keyval): # A - Z / a - z _char_key = {'a' : 38, 'b' : 56, 'c' : 54, 'd' : 40, 'e' : 26, 'f' : 41, 'g' : 42, 'h' : 43, 'i' : 31, 'j' : 44, 'k' : 45, 'l' : 46, 'm' : 58, 'n' : 57, 'o' : 32, 'p' : 33, 'q' : 24, 'r' : 27, 's' : 39, 't' : 28, 'u' : 30, 'v' : 55, 'w' : 25, 'x' : 53, 'y' : 29, 'z' : 52} # 0 - 9 _digit_key = {'0' : 19, '1' : 10, '2' : 11, '3' : 12, '4' : 13, '5' : 14, '6' : 15, '7' : 16, '8' : 17, '9' : 18} # Symbols _symbol_key_val = {'-' : 20, '=' : 21, '[' : 34, ']' : 35, ';' : 47, '\'' : 48, '`' : 49, '\\' : 51, ' :' : 59, '.' : 60, '/' : 61, ' ' : 65} _symbol_shift_key_val = {'!' : 10, '@' : 11, '#' : 12, '$' : 13, '%' : 14, '^' : 15, '&' : 16, '*' : 17, '(' : 18, ')' : 19, '_' : 20, '+' : 21, '{' : 34, '}' : 35, ':' : 47, '"' :48, '~' : 49, '|' : 51, '<' : 59, '>' : 60, '?' : 61} |
return HttpResponse(json.dumps(response), | return HttpResponse(json.dumps(response, indent=2), | def geotag(request): """ accepts a block of text, extracts addresses, locations and places and geocodes them. """ # XXX this is very brutal and wacky looking... # it re-uses as much of the existing way of doing things # as possible without regard to time costs or instanity of # interface. Once this has a more clear form, a more # optimized way of attacking this could be devised if needed. text = request.REQUEST.get('q', '').strip() pre = '<geotagger:location>' post = '</geotagger:location>' text = tag_addresses(text, pre=pre, post=post) text = location_tagger(pre=pre, post=post)(text) text = place_tagger(pre=pre, post=post)(text) all_pat = re.compile('%s(.*?)%s' % (pre, post)) results = [] all_locations = [] for loc in all_pat.findall(text): try: all_locations.append(loc) results += _build_geocoder_results(loc) except DoesNotExist: pass response = {'locations': results, 'searched': all_locations} return HttpResponse(json.dumps(response), mimetype="application/json") |
Block.objects.exclude(right_city=SHORT_NAME.upper()).exclude(left_city=SHORT_NAME.upper()).delete() | Block.objects.exclude(right_city=settings.SHORT_NAME.upper()).exclude(left_city=settings.SHORT_NAME.upper()).delete() | def update_block_numbers(): Block.objects.exclude(right_city=SHORT_NAME.upper()).exclude(left_city=SHORT_NAME.upper()).delete() for b in Block.objects.all(): (from_num, to_num) = make_block_numbers(b.left_from_num, b.left_to_num, b.right_from_num, b.right_to_num) if b.from_num != from_num and b.to_num != to_num: b.from_num = from_num b.to_num = to_num b.save() |
item.location_name = e['x-calconnect-street'] item.item_date = datetime.datetime.strptime(e.dtstart, "%Y-%m-%d %H:%M:%S +0000") | item.item_date = datetime.datetime(*e.updated_parsed[:6]) | def main(argv=None): url = 'http://calendar.boston.com/search?acat=&cat=&commit=Search&new=n&rss=1&search=true&sort=0&srad=20&srss=50&ssrss=5&st=event&st_select=any&svt=text&swhat=&swhen=today&swhere=&trim=1' schema = 'events' try: schema = Schema.objects.get(slug=schema) except Schema.DoesNotExist: print "Schema (%s): DoesNotExist" % schema sys.exit(0) f = feedparser.parse(url) geocoder = SmartGeocoder() for e in f.entries: try: item = NewsItem.objects.get(title=e.title, description=e.description) except NewsItem.DoesNotExist: item = NewsItem() item.schema = schema item.title = e.title item.description = e.description item.url = e.link item.location_name = e['x-calconnect-street'] item.item_date = datetime.datetime.strptime(e.dtstart, "%Y-%m-%d %H:%M:%S +0000") item.pub_date = datetime.datetime(*e.updated_parsed[:6]) try: add = geocoder.geocode(item.location_name) item.location = add['point'] item.block = add['block'] except: pass item.save() print "Added: %s" % item.title |
try: add = geocoder.geocode(item.location_name) item.location = add['point'] item.block = add['block'] except: pass item.save() print "Added: %s" % item.title | def main(argv=None): url = 'http://calendar.boston.com/search?acat=&cat=&commit=Search&new=n&rss=1&search=true&sort=0&srad=20&srss=50&ssrss=5&st=event&st_select=any&svt=text&swhat=&swhen=today&swhere=&trim=1' schema = 'events' try: schema = Schema.objects.get(slug=schema) except Schema.DoesNotExist: print "Schema (%s): DoesNotExist" % schema sys.exit(0) f = feedparser.parse(url) geocoder = SmartGeocoder() for e in f.entries: try: item = NewsItem.objects.get(title=e.title, description=e.description) except NewsItem.DoesNotExist: item = NewsItem() item.schema = schema item.title = e.title item.description = e.description item.url = e.link item.location_name = e['x-calconnect-street'] item.item_date = datetime.datetime.strptime(e.dtstart, "%Y-%m-%d %H:%M:%S +0000") item.pub_date = datetime.datetime(*e.updated_parsed[:6]) try: add = geocoder.geocode(item.location_name) item.location = add['point'] item.block = add['block'] except: pass item.save() print "Added: %s" % item.title |
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status = "Updated" | status = "updated" | def main(): """ Download Calendar RSS feed and update database """ logger.info("Starting add_events") url = """http://calendar.boston.com/search?acat=&cat=&commit=Search\ |
status = "Added" | status = "added" | def main(): """ Download Calendar RSS feed and update database """ logger.info("Starting add_events") url = """http://calendar.boston.com/search?acat=&cat=&commit=Search\ |
summary_detail = list_record['summary_detail']['value'] content = list_record['summary'] content = content.replace(summary_detail, '') import re address_re = re.compile(r'Address: (.*?)<br />') addr = address_re.search(summary_detail) if addr: addr = addr.group(1) location_name = ', '.join([part.strip() for part in addr.split(',')]) else: location_name = u'' | def save(self, old_record, list_record, detail_record): kwargs = self.pk_fields(list_record) summary_detail = list_record['summary_detail']['value'] content = list_record['summary'] # remove address and rating from content, i guess. content = content.replace(summary_detail, '') import re address_re = re.compile(r'Address: (.*?)<br />') addr = address_re.search(summary_detail) if addr: addr = addr.group(1) location_name = ', '.join([part.strip() for part in addr.split(',')]) else: location_name = u'' |
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kwargs.update(dict( description=list_record['summary_detail']['value'], location_name=location_name, location=location, )) | summary_detail = list_record['summary_detail']['value'] content = list_record['summary'] content = address_re.sub('', content) content = rating_re.sub('', content) kwargs.update(dict(description=content, location=location, )) | def save(self, old_record, list_record, detail_record): kwargs = self.pk_fields(list_record) summary_detail = list_record['summary_detail']['value'] content = list_record['summary'] # remove address and rating from content, i guess. content = content.replace(summary_detail, '') import re address_re = re.compile(r'Address: (.*?)<br />') addr = address_re.search(summary_detail) if addr: addr = addr.group(1) location_name = ', '.join([part.strip() for part in addr.split(',')]) else: location_name = u'' |
block = location = None if 'location' not in kwargs: | block = kwargs.get('block') location = kwargs.get('location') location_name = kwargs.get('location_name') assert location or location_name, "At least one of location or location_name must be provided" if location is None: | def create_newsitem(self, attributes, **kwargs): """ Creates and saves a NewsItem with the given kwargs. Returns the new NewsItem. |
location=kwargs.get('location', location), location_name=kwargs['location_name'], | location=location, location_name=location_name, | def create_newsitem(self, attributes, **kwargs): """ Creates and saves a NewsItem with the given kwargs. Returns the new NewsItem. |
block=kwargs.get('block', block), | block=block, | def create_newsitem(self, attributes, **kwargs): """ Creates and saves a NewsItem with the given kwargs. Returns the new NewsItem. |
def __init__(self, shapefile, city=None, layer_id=0): | def __init__(self, shapefile, city=None, layer_id=0, encoding='utf8', verbose=False): self.verbose = verbose self.encoding = encoding | def __init__(self, shapefile, city=None, layer_id=0): ds = DataSource(shapefile) self.layer = ds[layer_id] self.city = city and city or Metro.objects.get_current().name self.fcc_pat = re.compile('^(' + '|'.join(VALID_FCC_PREFIXES) + ')\d$') |
response = TileResponse(render_tile(layername, z, x, y, extension=extension)) | response = TileResponse(render_tile(layername, z, x, y, extension='png')) | def get_tile(request, version, layername, z, x, y, extension='png'): 'Returns a map tile in the requested format' z, x, y = int(z), int(x), int(y) response = TileResponse(render_tile(layername, z, x, y, extension=extension)) return response(extension) |
self.params['is_multi'] = False geom_type = value.geom_type.upper() | def render(self, name, value, attrs=None): # Update the template parameters with any attributes passed in. if attrs: self.params.update(attrs) |
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self.params['geom_type'] = OGRGeomType(value.geom_type) if geom_type == 'LINESTRING': self.params['is_linestring'] = True elif geom_type == 'POLYGON': self.params['is_polygon'] = True elif geom_type == 'MULTIPOLYGON': self.params['is_polygon'] = True self.params['is_multi'] = False elif geom_type == 'POINT': self.params['is_point'] = True elif geom_type in ('MULTIPOINT', 'MULTILINESTRING', 'GEOMETRYCOLLECTION'): self.params['is_collection']=True if value.geom_type.upper() == 'GEOMETRYCOLLECTION': self.params['collection_type'] = 'Any' else: self.params['collection_type'] = OGRGeomType(value.geom_type.upper().replace('MULTI', '')) | self.params['geom_type'] = OGRGeomType(value.geom_type) if value.geom_type.upper() in ('LINESTRING', 'MULTILINESTRING'): self.params['is_linestring'] = True elif value.geom_type.upper() in ('POLYGON', 'MULTIPOLYGON'): self.params['is_polygon'] = True elif value.geom_type.upper() in ('POINT', 'MULTIPOINT'): self.params['is_point'] = True if value.geom_type.upper() in ('MULTIPOINT', 'MULTILINESTRING', 'MULTIPOLYGON', 'GEOMETRYCOLLECTION'): self.params['is_collection']=True if value.geom_type.upper() == 'GEOMETRYCOLLECTION': self.params['collection_type'] = 'Any' else: self.params['collection_type'] = OGRGeomType(value.geom_type.upper().replace('MULTI', '')) | def render(self, name, value, attrs=None): # Update the template parameters with any attributes passed in. if attrs: self.params.update(attrs) |
user_settings_module = '%s.settings' % (options.app, options.user_settings) | user_settings_module = '%s.settings' % options.app | def get_app_settings(options): settings_module = '%s.settings_default' % options.app user_settings_module = '%s.settings' % (options.app, options.user_settings) try: __import__(settings_module) except: exit_with_traceback("Problem with %s or %s, see above" % (settings_module, user_settings_module)) return sys.modules[settings_module] |
__import__(settings_module) | __import__(user_settings_module) | def get_app_settings(options): settings_module = '%s.settings_default' % options.app user_settings_module = '%s.settings' % (options.app, options.user_settings) try: __import__(settings_module) except: exit_with_traceback("Problem with %s or %s, see above" % (settings_module, user_settings_module)) return sys.modules[settings_module] |
return sys.modules[settings_module] | return sys.modules[user_settings_module] | def get_app_settings(options): settings_module = '%s.settings_default' % options.app user_settings_module = '%s.settings' % (options.app, options.user_settings) try: __import__(settings_module) except: exit_with_traceback("Problem with %s or %s, see above" % (settings_module, user_settings_module)) return sys.modules[settings_module] |
item = NewsItem.objects.get(schema__id=schema.id, title=entry.title, description=entry.description) | item = NewsItem.objects.get(schema__id=schema.id, url=entry.link) | def main(argv=None): logger.info("Starting add_news") if argv: url = argv[0] else: url = 'http://search.boston.com/search/api?q=*&sort=-articleprintpublicationdate&subject=massachusetts&scope=bonzai' schema_slug = 'local-news' try: schema = Schema.objects.get(slug=schema_slug) except Schema.DoesNotExist: print "Schema (%s): DoesNotExist" % schema_slug sys.exit(1) f = feedparser.parse(url) for entry in f.entries: try: item = NewsItem.objects.get(schema__id=schema.id, title=entry.title, description=entry.description) print "Already have %r (id %d)" % (item.title, item.id) except NewsItem.DoesNotExist: item = NewsItem() try: item.schema = schema item.title = convert_entities(entry.title) item.description = convert_entities(entry.description) item.url = entry.link item.location_name = entry.get('x-calconnect-street') or entry.get('georss_featurename') item.item_date = datetime.datetime(*entry.updated_parsed[:6]) item.pub_date = datetime.datetime(*entry.updated_parsed[:6]) # feedparser bug: depending on which parser it magically uses, # we either get the xml namespace in the key name, or we don't. point = entry.get('georss_point') or entry.get('point') if point: x, y = point.split(' ') else: # Fall back on geocoding. text = item.title + ' ' + item.description try: x, y = quick_dirty_fallback_geocode(text, parse=True) except GeocodingException: logger.debug("Geocoding exception on %r:" % text) log_exception(level=logging.DEBUG) continue if None in (x, y): logger.debug("couldn't geocode '%s...'" % item.title[:30]) continue item.location = Point((float(y), float(x))) if item.location.x == 0.0 and item.location.y == 0.0: # There's a lot of these. Maybe attempt to # parse and geocode if we haven't already? logger.info("Skipping %r as it has bad location 0,0" % item.title) continue if not item.location_name: # Fall back to reverse-geocoding. from ebpub.geocoder import reverse try: block, distance = reverse.reverse_geocode(item.location) logger.debug(" Reverse-geocoded point to %r" % block.pretty_name) item.location_name = block.pretty_name except reverse.ReverseGeocodeError: logger.debug(" Failed to reverse geocode %s for %r" % (item.location.wkt, item.title)) item.location_name = u'' item.save() logger.info("Saved: %s" % item.title) except: logger.error("Warning: couldn't save %r. Traceback:" % item.title) log_exception() logger.info("Finished add_news") |
addcount = updatecount = 0 | def main(): """ Download Calendar RSS feed and update database """ logger.info("Starting add_events") url = """http://calendar.boston.com/search?acat=&cat=&commit=Search\ |
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item = NewsItem.objects.get(title=entry.title, description=entry.description) | item = NewsItem.objects.get(title=title, schema=schema) | def main(): """ Download Calendar RSS feed and update database """ logger.info("Starting add_events") url = """http://calendar.boston.com/search?acat=&cat=&commit=Search\ |
addcount += 1 except NewsItem.MultipleObjectsReturned: logger.warn("Multiple entries matched title %r, event titles are not unique?" % title) continue | def main(): """ Download Calendar RSS feed and update database """ logger.info("Starting add_events") url = """http://calendar.boston.com/search?acat=&cat=&commit=Search\ |
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item.title = convert_entities(entry.title) | item.title = title | def main(): """ Download Calendar RSS feed and update database """ logger.info("Starting add_events") url = """http://calendar.boston.com/search?acat=&cat=&commit=Search\ |
logger.info("add_events finished") | logger.info("add_events finished: %d added, %d updated" % (addcount, updatecount)) | def main(): """ Download Calendar RSS feed and update database """ logger.info("Starting add_events") url = """http://calendar.boston.com/search?acat=&cat=&commit=Search\ |
return self.schema.slug | return (self.schema.slug,) | def natural_key(self): return self.schema.slug |
item = NewsItem.objects.get(title=entry.title, description=entry.description) | item = NewsItem.objects.get(schema__id=schema.id, title=entry.title, description=entry.description) | def main(argv=None): logger.info("Starting add_news") if argv: url = argv[0] else: url = 'http://search.boston.com/search/api?q=*&sort=-articleprintpublicationdate&subject=massachusetts&scope=bonzai' schema_slug = 'local-news' try: schema = Schema.objects.get(slug=schema_slug) except Schema.DoesNotExist: print "Schema (%s): DoesNotExist" % schema_slug sys.exit(1) f = feedparser.parse(url) for entry in f.entries: try: item = NewsItem.objects.get(title=entry.title, description=entry.description) print "Already have %r (id %d)" % (item.title, item.id) except NewsItem.DoesNotExist: item = NewsItem() try: item.schema = schema item.title = convert_entities(entry.title) item.description = convert_entities(entry.description) item.url = entry.link item.location_name = entry.get('x-calconnect-street') or entry.get('georss_featurename') item.item_date = datetime.datetime(*entry.updated_parsed[:6]) item.pub_date = datetime.datetime(*entry.updated_parsed[:6]) # feedparser bug: depending on which parser it magically uses, # we either get the xml namespace in the key name, or we don't. if 'point' in entry: x,y = entry.point.split(' ') elif 'georss_point' in entry: x,y = entry.georss_point.split(' ') else: # Fall back on geocoding. text = item.title + ' ' + item.description try: x, y = quick_dirty_fallback_geocode(text, parse=True) except GeocodingException: logger.debug("Geocoding exception on %r:" % text) log_exception(level=logging.DEBUG) continue if None in (x, y): logger.debug("couldn't geocode '%s...'" % item.title[:30]) continue item.location = Point((float(y), float(x))) if item.location.x == 0.0 and item.location.y == 0.0: # There's a lot of these. Maybe attempt to # parse and geocode if we haven't already? logger.info("Skipping %r as it has bad location 0,0" % item.title) continue if not item.location_name: # Fall back to reverse-geocoding. from ebpub.geocoder import reverse try: block, distance = reverse.reverse_geocode(item.location) logger.debug(" Reverse-geocoded point to %r" % block.pretty_name) item.location_name = block.pretty_name except reverse.ReverseGeocodeError: logger.debug(" Failed to reverse geocode %s for %r" % (item.location.wkt, item.title)) item.location_name = u'' item.save() logger.info("Saved: %s" % item.title) except: logger.error("Warning: couldn't save %r. Traceback:" % item.title) log_exception() logger.info("Finished add_news") |
if 'point' in entry: x,y = entry.point.split(' ') elif 'georss_point' in entry: x,y = entry.georss_point.split(' ') | point = entry.get('georss_point') or entry.get('point') if point: x, y = point.split(' ') | def main(argv=None): logger.info("Starting add_news") if argv: url = argv[0] else: url = 'http://search.boston.com/search/api?q=*&sort=-articleprintpublicationdate&subject=massachusetts&scope=bonzai' schema_slug = 'local-news' try: schema = Schema.objects.get(slug=schema_slug) except Schema.DoesNotExist: print "Schema (%s): DoesNotExist" % schema_slug sys.exit(1) f = feedparser.parse(url) for entry in f.entries: try: item = NewsItem.objects.get(title=entry.title, description=entry.description) print "Already have %r (id %d)" % (item.title, item.id) except NewsItem.DoesNotExist: item = NewsItem() try: item.schema = schema item.title = convert_entities(entry.title) item.description = convert_entities(entry.description) item.url = entry.link item.location_name = entry.get('x-calconnect-street') or entry.get('georss_featurename') item.item_date = datetime.datetime(*entry.updated_parsed[:6]) item.pub_date = datetime.datetime(*entry.updated_parsed[:6]) # feedparser bug: depending on which parser it magically uses, # we either get the xml namespace in the key name, or we don't. if 'point' in entry: x,y = entry.point.split(' ') elif 'georss_point' in entry: x,y = entry.georss_point.split(' ') else: # Fall back on geocoding. text = item.title + ' ' + item.description try: x, y = quick_dirty_fallback_geocode(text, parse=True) except GeocodingException: logger.debug("Geocoding exception on %r:" % text) log_exception(level=logging.DEBUG) continue if None in (x, y): logger.debug("couldn't geocode '%s...'" % item.title[:30]) continue item.location = Point((float(y), float(x))) if item.location.x == 0.0 and item.location.y == 0.0: # There's a lot of these. Maybe attempt to # parse and geocode if we haven't already? logger.info("Skipping %r as it has bad location 0,0" % item.title) continue if not item.location_name: # Fall back to reverse-geocoding. from ebpub.geocoder import reverse try: block, distance = reverse.reverse_geocode(item.location) logger.debug(" Reverse-geocoded point to %r" % block.pretty_name) item.location_name = block.pretty_name except reverse.ReverseGeocodeError: logger.debug(" Failed to reverse geocode %s for %r" % (item.location.wkt, item.title)) item.location_name = u'' item.save() logger.info("Saved: %s" % item.title) except: logger.error("Warning: couldn't save %r. Traceback:" % item.title) log_exception() logger.info("Finished add_news") |
newsitem_qs = kwargs.get('newsitem_qs') or NewsItem.objects.all() | newsitem_qs = kwargs.get('newsitem_qs') if newsitem_qs is None: newsitem_qs = NewsItem.objects.all() | def get_place_info_for_request(request, *args, **kwargs): """ A utility function that abstracts getting commonly used location-related information: a place, its type, a queryset of intersecting NewsItems, a bbox, nearby locations, etc. """ info = dict(bbox=None, nearby_locations=[], location=None, is_block=False, block_radius=None, is_saved=False, pid='', #place_wkt = '', # Unused? cookies_to_set={}, ) saved_place_lookup={} newsitem_qs = kwargs.get('newsitem_qs') or NewsItem.objects.all() info['place'] = place = url_to_place(*args, **kwargs) nearby = Location.objects.filter(location_type__is_significant=True) nearby = nearby.select_related().exclude(id=place.id) nearby = nearby.order_by('location_type__id', 'name') if place.location is None: # No geometry. info['bbox'] = get_metro()['extent'] saved_place_lookup = {'location__id': place.id} info['newsitem_qs'] = newsitem_qs.filter( newsitemlocation__location__id=place.id) elif isinstance(place, Block): info['is_block'] = True xy_radius, block_radius, cookies_to_set = block_radius_value(request) search_buf = make_search_buffer(place.location.centroid, block_radius) info['nearby_locations'] = nearby.filter( location__bboverlaps=search_buf ) info['bbox'] = search_buf.extent saved_place_lookup = {'block__id': place.id} info['block_radius'] = block_radius info['cookies_to_set'] = cookies_to_set info['newsitem_qs'] = newsitem_qs.filter( location__bboverlaps=search_buf) info['pid'] = make_pid(place, block_radius) else: # If the location is a point, or very small, we want to expand # the area we care about via make_search_buffer(). But if # it's not, we probably want the extent of its geometry. # Let's just take the union to cover both cases. info['location'] = place saved_place_lookup = {'location__id': place.id} search_buf = make_search_buffer(place.location.centroid, 3) search_buf = search_buf.union(place.location) info['bbox'] = search_buf.extent nearby = nearby.filter(location__bboverlaps=search_buf) info['nearby_locations'] = nearby.exclude(id=place.id) info['newsitem_qs'] = newsitem_qs.filter( newsitemlocation__location__id=place.id) # TODO: place_wkt is unused? preserved from the old generic_place_page() #info['place_wkt'] = place.location.simplify(tolerance=0.001, # preserve_topology=True) info['pid'] = make_pid(place) # Determine whether this is a saved place. if not request.user.is_anonymous(): saved_place_lookup['user_id'] = request.user.id # TODO: request.user.id should not do a DB lookup info['is_saved'] = SavedPlace.objects.filter(**saved_place_lookup).count() return info |
def test_make_pid__block__not_enough_args(self): | def test_make_pid__block__default_radius(self): | def test_make_pid__block__not_enough_args(self): b = self._makeBlock() self.assertRaises(TypeError, make_pid, b) |
self.assertRaises(TypeError, make_pid, b) | self.assertEqual(make_pid(b), 'b:%d.8' % b.id) | def test_make_pid__block__not_enough_args(self): b = self._makeBlock() self.assertRaises(TypeError, make_pid, b) |
objects = models.Manager() public_objects = SchemaManager() | objects = SchemaManager() public_objects = SchemaPublicManager() | def get_query_set(self): return super(SchemaManager, self).get_query_set().filter(is_public=True) |
objects = models.GeoManager() | objects = LocationManager() | def url(self): return '/locations/%s/' % self.slug |
'b:12;1' (block ID 12, 1-block radius) | 'b:12.1' (block ID 12, 1-block radius) | def parse_pid(pid): """ Returns a tuple of (place, block_radius, xy_radius), where block_radius and xy_radius are None for Locations. PID examples: 'b:12;1' (block ID 12, 1-block radius) 'l:32' (location ID 32) """ try: place_type, place_id = pid.split(':') if place_type == 'b': place_id, block_radius = place_id.split('.') place_id = int(place_id) except (KeyError, ValueError): raise Http404('Invalid place') if place_type == 'b': try: xy_radius = BLOCK_RADIUS_CHOICES[block_radius] except KeyError: raise Http404('Invalid radius') return (get_object_or_404(Block, id=place_id), block_radius, xy_radius) elif place_type == 'l': return (get_object_or_404(Location, id=place_id), None, None) else: raise Http404 |
JSON -- expects request.GET['pid'] and request.GET['s'] (a schema ID). | JSON -- expects request.GET['pid'] (a location ID) and request.GET['s'] (a schema ID). Returns a JSON mapping containing {'bunches': {scale: [list of clusters]}, 'ids': [list of newsitem ids]} where clusters are represented as [[list of newsitem IDs], [center x, y]] NB: the list of all newsitem IDs should be the union of all IDs in all the clusters. | def ajax_place_newsitems(request): """ JSON -- expects request.GET['pid'] and request.GET['s'] (a schema ID). """ try: s = Schema.public_objects.get(id=int(request.GET['s'])) except (KeyError, ValueError, Schema.DoesNotExist): raise Http404('Invalid Schema') place, block_radius, xy_radius = parse_pid(request.GET.get('pid', '')) if isinstance(place, Block): search_buffer = make_search_buffer(place.location.centroid, block_radius) newsitem_qs = NewsItem.objects.filter(location__bboverlaps=search_buffer) else: newsitem_qs = NewsItem.objects.filter(newsitemlocation__location__id=place.id) # Make the JSON output. Note that we have to call dumps() twice because the # bunches are a special case. ni_list = list(newsitem_qs.filter(schema__id=s.id).order_by('-item_date')[:50]) bunches = simplejson.dumps(cluster_newsitems(ni_list, 26), cls=ClusterJSON) id_list = simplejson.dumps([ni.id for ni in ni_list]) return HttpResponse('{"bunches": %s, "ids": %s}' % (bunches, id_list), mimetype="application/javascript") |
place, block_radius, xy_radius = parse_pid(request.GET.get('pid', '')) | pid = request.GET.get('pid', '') place, block_radius, xy_radius = parse_pid(pid) | def ajax_place_newsitems(request): """ JSON -- expects request.GET['pid'] and request.GET['s'] (a schema ID). """ try: s = Schema.public_objects.get(id=int(request.GET['s'])) except (KeyError, ValueError, Schema.DoesNotExist): raise Http404('Invalid Schema') place, block_radius, xy_radius = parse_pid(request.GET.get('pid', '')) if isinstance(place, Block): search_buffer = make_search_buffer(place.location.centroid, block_radius) newsitem_qs = NewsItem.objects.filter(location__bboverlaps=search_buffer) else: newsitem_qs = NewsItem.objects.filter(newsitemlocation__location__id=place.id) # Make the JSON output. Note that we have to call dumps() twice because the # bunches are a special case. ni_list = list(newsitem_qs.filter(schema__id=s.id).order_by('-item_date')[:50]) bunches = simplejson.dumps(cluster_newsitems(ni_list, 26), cls=ClusterJSON) id_list = simplejson.dumps([ni.id for ni in ni_list]) return HttpResponse('{"bunches": %s, "ids": %s}' % (bunches, id_list), mimetype="application/javascript") |
sh("django-admin.py dbshell --settings=%s < ../../ebpub/ebpub/db/sql/location.sql" % settings_mod) | def sync_all(options): """Use django-admin to initialize all our databases. """ settings_mod = "%s.settings" % options.app settings = get_app_settings(options) for dbname in settings.DATABASE_SYNC_ORDER: sh("django-admin.py syncdb --settings=%s --database=%s --noinput" % (settings_mod, dbname)) for dbname in settings.DATABASES.keys(): if dbname not in settings.DATABASE_SYNC_ORDER: sh("django-admin.py syncdb --settings=%s --database=%s --noinput" % (settings_mod, dbname)) # Need workaround here for # http://developer.openblockproject.org/ticket/74 because geometry # columns don't exist yet at the time that Django loads an app's # custom sql. Maybe just re-run the sqlcustom stuff and ignore # errors? |
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yield self.get_html(self.url) | max_per_page = 1000 max_pages = 10 delta = datetime.datetime.now() - self.last_updated_time() hours_ago = math.ceil((delta.seconds / 3600.0) + (delta.days * 24)) for page in range(1, max_pages + 1): url = LIST_URL + '&start=%d&page=%d&num_results=%d' % ( hours_ago, page, max_per_page) yield self.get_html(url) | def list_pages(self): yield self.get_html(self.url) |
unique_fields = self.unique_fields(list_record) qs = NewsItem.objects.filter(schema__id=self.schema.id, **unique_fields) | qs = NewsItem.objects.filter(schema__id=self.schema.id) qs = qs.by_attribute(self.schema_fields['guid'], list_record['id']) | def existing_record(self, list_record): unique_fields = self.unique_fields(list_record) qs = NewsItem.objects.filter(schema__id=self.schema.id, **unique_fields) try: return qs[0] except IndexError: return None |
kwargs = self.unique_fields(list_record) | if old_record is not None: self.logger.info("Stopping, we've already seen %s" % old_record) raise StopScraping() | def save(self, old_record, list_record, detail_record): kwargs = self.unique_fields(list_record) |
location = Point((float(list_record['geo_long']), float(list_record['geo_lat']))) | kwargs = get_unique_fields(list_record) location = self.get_location(list_record) | def save(self, old_record, list_record, detail_record): kwargs = self.unique_fields(list_record) |
print "skipping %r as it has bad location 0,0" % list_record['title'] | self.logger.warn("skipping %r as it has bad location 0,0" % list_record['title']) | def save(self, old_record, list_record, detail_record): kwargs = self.unique_fields(list_record) |
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