Python settings.settings函数代码示例

    def test_setters_and_signals(self):
        """
        Checks the singleton properties of settings as well as setters,
        signals and save behavior.
        """
        s = settings.settings()
        s2 = settings.settings()

        changed = defaultdict(lambda: False)

        def track_changed(onwhat, name):
            def slot():
                changed[name] = True

            getattr(onwhat, name + "_changed").connect(slot)

        track_changed(s, "main_window_geometry")
        track_changed(s, "main_window_state")

        s.main_window_geometry = QtCore.QByteArray("hi")
        self.assertTrue(changed["main_window_geometry"])
        self.assertEqual(s2.main_window_geometry, QtCore.QByteArray("hi"))

        s.main_window_state = QtCore.QByteArray("there")
        self.assertTrue(changed["main_window_state"])
        self.assertEqual(s2.main_window_state, QtCore.QByteArray("there"))

        s.save()
        self.assertEqual(self.settings_mock.values["main_window_geometry"],
                         QtCore.QByteArray("hi"))
        self.assertEqual(self.settings_mock.values["main_window_state"],
                         QtCore.QByteArray("there"))

 def __init__(self,s3conn=None,bucket=None):
     if not s3conn:
         s3conn = S3.AWSAuthConnection(settings('AWS_ACCESS_KEY_ID'),settings('AWS_SECRET_ACCESS_KEY'))
     self.s3conn = s3conn
     if not bucket:
         bucket = settings('APP_BUCKET')
     self.bucket = bucket

 def nereden(self):
     dosya = QFileDialog.getOpenFileName(self, "", settings().value("Genel/Yol").toString())
     if dosya == "":
         pass
     elif QFile.exists(dosya):
         from os.path import abspath, dirname
         settings().setValue("Genel/Yol", abspath(dirname(str(dosya))))
         self.neredenEdit.setText(dosya)
     else:
         QMessageBox.warning(self, self.trUtf8("Hata!"), self.trUtf8("Böyle bir dosya mevcut değil!"))

 def nereye(self):
     dosya = QFileDialog.getSaveFileName(self, "", settings().value("Genel/Yol").toString())
     if not dosya == "":
         if dosya[-3:] == "001":
             self.nereyeEdit.setText(dosya)
             from os.path import abspath, dirname
             settings().setValue("Genel/Yol", abspath(dirname(str(dosya))))
             return
         self.nereyeEdit.setText(dosya+".001")
         from os.path import abspath, dirname
         settings().setValue("Genel/Yol", abspath(dirname(str(dosya))))

def FormatChangeLog(changelog, name, connection):
	
	localsettings = settings.settings(False)
	localsettings.GetSettings()
	
	output = name + "\n\n"
	
	count = 0
	
	for a in changelog.split("$$$"):
		
		date = a.split("%%%")[0]
		userid = a.split("%%%")[1]
		
		try:
			action = "SELECT Name FROM user WHERE ID = " + str(userid)
			results = db.SendSQL(action, connection)
			username = results[0][0]
		except:
			username = localsettings.dictionary["userdeleted"][localsettings.language]
		
		output = output + date + " - " + username + "\n"
		
		count = count + 1
		
		if count == 10:
			break
	
	return output.strip()

 def __init__(self):
     self.config = settings()
     pathToData = self.config.users_token
     self.connection = sqlite3.connect(pathToData, check_same_thread=False)
     self.cursor = self.connection.cursor()
     self.cursor.execute('''CREATE TABLE if not exists users (chatID COUNTER CONSTRAINT PrimaryKey PRIMARY KEY,
                                                              token Text(100) NOT NULL)''')

 def load_channels_from_settings(self):
     try:
         common.dbg_log('channel_list::load_channels_from_settings', 'enter_function')
         self.Data = []
         set = settings.settings()
         xmldoc = set.parse()
         if xmldoc != None:               
             category = xmldoc.getElementsByTagName('category')
             for node_cat in category:
                 setting = node_cat.getElementsByTagName('setting')
                 for node_set in setting :
                     if 'id' in node_set.attributes.keys() and not node_set.getAttribute('id').find('channel_sep_'):
                         offset = len('channel_sep_')
                         index = node_set.getAttribute('id')[offset:]
                         enabled = common.__addon__.getSetting('channel_enable_'+index)
                         if enabled == 'true':                            
                             oname = node_set.getAttribute('label')
                             uname = common.__addon__.getSetting('channel_name_'+index)
                             icon = common.__addon__.getSetting('channel_icon_'+index)
                             chn = channel(index, oname, uname, icon, common.correction)
                             self.Data.append(chn)
                             common.dbg_log('channel_list::load_channels_from_settings', oname.encode('utf-8') + '(' + index + ')')
         common.dbg_log('channel_list::load_channels_from_settings', 'exit_function')
     except Exception, e:
         common.dbg_log('channel_list::load_channels_from_settings', 'ERROR: (' + repr(e) + ')', common.logErorr)

    def rekonfiguruj(self):
        # metoda do zmiany ustawien w programie
        self.ust.p_sr = self.ust.p_pr
        self.ust.p_w = self.ust.p_pr
        self.ust.headers = []
        self.ust.ostat_zapis = self.ust.p_pr
        self.sett = settings(self.ust)

        # wylacz niepotrzebne ustawienia
        self.sett.g_ref_lineEdit.setEnabled(False)
        self.sett.g_working_lineEdit.setEnabled(False)
        self.sett.g_headers.clear()
        self.sett.g_headers.setEnabled(False)
        przyciski = [
                     self.sett.g_toHeaders,
                     self.sett.g_upHeader,
                     self.sett.g_downHeader,
                     self.sett.g_delHeader,
                     self.sett.g_firstHeader,
                     self.sett.g_lastHeader,
                     self.sett.g_working_choose,
                     self.sett.g_ref_choose,
                     ]
        for przycisk in przyciski:
            przycisk.setEnabled(False)

        self.sett.exec_()

        if self.sett.restart:
            self.defpol = [';'.join([x, self.ust.defpol[x]])
                           for x in self.ust.defpol_index]
            self.resetujMetadane()

    def __init__(self, basepath, username, project, *args, **kwargs):
        
        self._xmlparser = ET.XMLParser(load_dtd = True)
        self._xmlparser.resolvers.add(PrefixResolver())
        self._htmlparser = ET.HTMLParser(encoding='utf-8')

        try:
            self._app_config = settings()
            self._appdir = os.path.join(self._app_config['InstallSettings']['installdir'],"kolekti")
        except :
            self._app_config = {'InstallSettings':{'installdir':os.path.realpath( __file__), 'kolektiversion':"0.7"}}
            self._appdir = os.path.dirname(os.path.realpath( __file__ ))

        if basepath is not None:
            if basepath[-1]==os.path.sep:
                basepath = basepath[:-1]
                
        self._basepath = basepath
        self._username = username
        self._project = project
        
        self._path = os.path.join(basepath, username, project)
        
        self.project_settings = self.get_project_config(self._path)

        self._version = self.project_settings.get('version')

	def __init__(self, city):
		self.urlPath = "http://www.flickr.com/map?place_id="
		
		self.flickrPlaces = dict()
		self.flickrPlaces["istambul"] 		= "6NGXevKbAphp2QAz"
		self.flickrPlaces["london"] 		= ".2P4je.dBZgMyQ"
		self.flickrPlaces["new+york"] 		= "hVUWVhqbBZlZSrZU"
		self.flickrPlaces["tokio"] 			= "V5QAdQebApgw_9XH"
		self.flickrPlaces["barcelona"] 		= "2HQ7FIeeBJ_vRb8"
		self.flickrPlaces["paris"] 			= "bV4EOqafAJnqoz4"
		self.flickrPlaces["berlin"] 		= "sRdiycKfApRGrrU"
		self.flickrPlaces["mexicodf"] 		= "MuLDKdiYAJo.QrA"
		self.flickrPlaces["rome"] 			= "xbTF9RCeA51vjuk"
		self.flickrPlaces["praha"] 			= "UEddssmbAZwXVqZt7g"
		self.flickrPlaces["moscou"] 		= "ZLXvFuGbAJ6JI5bc"
		self.flickrPlaces["san+francisco"] 	= "kH8dLOubBZRvX_YZ"
		self.flickrPlaces["new+delhi"] 		= "7gGxOnGbApgQ3.2i2g"
		self.flickrPlaces["vienna"] 		= "wL4AEK2cBJ0UQdc"
		self.flickrPlaces["rosario"] 		= "vzJ2RFBSUbveaB0"
		self.flickrPlaces["buenos+aires"] 	= "SG5jj75SUbqEFrc"
		self.flickrPlaces["sau+paulo"] 		= "ou6W9HJTUL1op5q6RA"
		self.flickrPlaces["adelaide"] 		= "xTgz9S9QUrMLZbpQ"
		
		#http://www.flickr.com/places/info/466862
		self.settings = settings()
		self.setCity(city)
		self.managerDB = managerDB()
		self.flickr = flickrapi.FlickrAPI(self.settings.flickr_api_key, self.settings.flickr_api_secret)
		self.lastRhythm = 0
		self.minimHistoric = 10

    def closeEvent(self, event):
        s = settings()
        # Save layout
        s.main_window_geometry = self.saveGeometry()
        s.main_window_state = self.saveState()

        event.accept()

    def authed_get_url(self,path):   
        path = path.strip('/') # Normalize path by dropping extra begin/end slashes

        auth_gen = S3.QueryStringAuthGenerator(settings('AWS_ACCESS_KEY_ID'),settings('AWS_SECRET_ACCESS_KEY'), is_secure=False) #PP_BUCKET)
        
        # if not expires:
        #    expires = datetime.datetime.now() + datetime.timedelta(0,60*10) # In 10 min
        # auth_gen.set_expires(expires)
        
        uri = auth_gen.get(self.bucket,path)
        
        # We actually want to `unquote` the `/` char to allow for prettier key URLs
        #i = uri.index('?')
        #lside = uri[:i].replace('%2F','/')
        #rside = uri[i:]
        return uri

    def __init__(self, screen):  # {{{
        ## curses options
        curses.curs_set(0)
        cui.color.setColor()
        self.stdscr = screen
        self.stdscr.keypad(1)

        self.settings = settings()
        self.initSrvlst()
        self.initMenus()
        self.focusedWidget = self.srvlst

        panel.update_panels()
        curses.doupdate()

        self.startQuery()

        ## Main Loop -- have to catch all quit events here
        while True:
            key = self.stdscr.getch()

            if key in cui.KEY_QUIT:
                self.quit()
                break

            if key in cui.KEY_LAUNCH and self.focusedWidget == self.srvlst:
                self.launch()
                self.quit()
                break

            else:
                self.handleInput(key)

            curses.doupdate()  # }}}

def main(command):
    log_proc = S3LogProcessor(settings('LOG_BUCKET'), settings('LOG_BUCKET_PREFIX'), db)
    usage_meter = UsageMeter()
    if command == 'nuke':
        print "Resetting log markers, Removing all usage events"
        db.usage_events.remove()
        log_proc.reset_log_marker()
    if command == 'nuke' or command == 'reset':
        print "resetting mapreduce markers"
        usage_meter.reset()
    if command == 'update':
        # Pull updates from S3 logs
        print "Process Amazon logs"
        log_proc.process_new_logs()
        # Update usage stats in DB
        print "Calculate usage from logs"
        usage_meter.update()

    def test_default_configuration(self):
        """
        Checks the default configuration and presence of all properties.
        """
        s = settings.settings()

        self.assertEqual(s.main_window_geometry, QtCore.QByteArray())
        self.assertEqual(s.main_window_state, QtCore.QByteArray())