BoghdadyJR/codesearch_python · Datasets at Hugging Face

text stringlengths 75 104k
def _get_stream_metadata(self, use_cached): """Retrieve metadata about this stream from Device Cloud""" if self._cached_data is None or not use_cached: try: self._cached_data = self._conn.get_json("/ws/DataStream/%s" % self._stream_id)["items"][0] except DeviceClo...
def get_data_type(self, use_cached=True): """Get the data type of this stream if it exists The data type is the type of data stored in this data stream. Valid types include: * INTEGER - data can be represented with a network (= big-endian) 32-bit two's-complement integer. Data with ...
def get_data_ttl(self, use_cached=True): """Retrieve the dataTTL for this stream The dataTtl is the time to live (TTL) in seconds for data points stored in the data stream. A data point expires after the configured amount of time and is automatically deleted. :param bool use_cached: If...
def get_rollup_ttl(self, use_cached=True): """Retrieve the rollupTtl for this stream The rollupTtl is the time to live (TTL) in seconds for the aggregate roll-ups of data points stored in the stream. A roll-up expires after the configured amount of time and is automatically deleted. ...
def get_current_value(self, use_cached=False): """Return the most recent DataPoint value written to a stream The current value is the last recorded data point for this stream. :param bool use_cached: If False, the function will always request the latest from Device Cloud. If True, ...
def delete(self): """Delete this stream from Device Cloud along with its history This call will return None on success and raise an exception in the event of an error performing the deletion. :raises devicecloud.DeviceCloudHttpException: in the case of an unexpected http error ...
def delete_datapoint(self, datapoint): """Delete the provided datapoint from this stream :raises devicecloud.DeviceCloudHttpException: in the case of an unexpected http error """ datapoint = validate_type(datapoint, DataPoint) self._conn.delete("/ws/DataPoint/{stream_id}/{datap...
def delete_datapoints_in_time_range(self, start_dt=None, end_dt=None): """Delete datapoints from this stream between the provided start and end times If neither a start or end time is specified, all data points in the stream will be deleted. :param start_dt: The datetime after which da...
def write(self, datapoint): """Write some raw data to a stream using the DataPoint API This method will mutate the datapoint provided to populate it with information available from the stream as it is available (but without making any new HTTP requests). For instance, we will add in in...
def read(self, start_time=None, end_time=None, use_client_timeline=True, newest_first=True, rollup_interval=None, rollup_method=None, timezone=None, page_size=1000): """Read one or more DataPoints from a stream .. warning:: The data points from Device Cloud is a paged data set. ...
def _quoted(value): """Return a single-quoted and escaped (percent-encoded) version of value This function will also perform transforms of known data types to a representation that will be handled by Device Cloud. For instance, datetime objects will be converted to ISO8601. """ if isinstance(...
def compile(self): """Compile this expression into a query string""" return "{lhs}{sep}{rhs}".format( lhs=self.lhs.compile(), sep=self.sep, rhs=self.rhs.compile(), )
def compile(self): """Compile this expression into a query string""" return "{attribute}{sep}{value}".format( attribute=self.attribute, sep=self.sep, value=_quoted(self.value) )
def _read_msg_header(session): """ Perform a read on input socket to consume headers and then return a tuple of message type, message length. :param session: Push Session to read data for. Returns response type (i.e. PUBLISH_MESSAGE) if header was completely read, otherwise None if header was ...
def _read_msg(session): """ Perform a read on input socket to consume message and then return the payload and block_id in a tuple. :param session: Push Session to read data for. """ if len(session.data) == session.message_length: # Data Already completely read. Return return Tr...
def send_connection_request(self): """ Sends a ConnectionRequest to the iDigi server using the credentials established with the id of the monitor as defined in the monitor member. """ try: self.log.info("Sending ConnectionRequest for Monitor %s." ...
def start(self): """Creates a TCP connection to Device Cloud and sends a ConnectionRequest message""" self.log.info("Starting Insecure Session for Monitor %s" % self.monitor_id) if self.socket is not None: raise Exception("Socket already established for %s." % self) try: ...
def stop(self): """Stop/Close this session Close the socket associated with this session and puts Session into a state such that it can be re-established later. """ if self.socket is not None: self.socket.close() self.socket = None self.data =...
def start(self): """ Creates a SSL connection to the iDigi Server and sends a ConnectionRequest message. """ self.log.info("Starting SSL Session for Monitor %s." % self.monitor_id) if self.socket is not None: raise Exception("Socket alrea...
def _consume_queue(self): """ Continually blocks until data is on the internal queue, then calls the session's registered callback and sends a PublishMessageReceived if callback returned True. """ while True: session, block_id, raw_data = self._queue.get() ...
def queue_callback(self, session, block_id, data): """ Queues up a callback event to occur for a session with the given payload data. Will block if the queue is full. :param session: the session with a defined callback function to call. :param block_id: the block_id of the mess...
def _restart_session(self, session): """Restarts and re-establishes session :param session: The session to restart """ # remove old session key, if socket is None, that means the # session was closed by user and there is no need to restart. if session.socket is not None:...
def _writer(self): """ Indefinitely checks the writer queue for data to write to socket. """ while not self.closed: try: sock, data = self._write_queue.get(timeout=0.1) self._write_queue.task_done() sock.send(data) ...
def _clean_dead_sessions(self): """ Traverses sessions to determine if any sockets were removed (indicates a stopped session). In these cases, remove the session. """ for sck in list(self.sessions.keys()): session = self.sessions[sck] if session.so...
def _select(self): """ While the client is not marked as closed, performs a socket select on all PushSession sockets. If any data is received, parses and forwards it on to the callback function. If the callback is successful, a PublishMessageReceived message is sent. ""...
def _init_threads(self): """Initializes the IO and Writer threads""" if self._io_thread is None: self._io_thread = Thread(target=self._select) self._io_thread.start() if self._writer_thread is None: self._writer_thread = Thread(target=self._writer) ...
def create_session(self, callback, monitor_id): """ Creates and Returns a PushSession instance based on the input monitor and callback. When data is received, callback will be invoked. If neither monitor or monitor_id are specified, throws an Exception. :param callback: Callbac...
def stop(self): """Stops all session activity. Blocks until io and writer thread dies """ if self._io_thread is not None: self.log.info("Waiting for I/O thread to stop...") self.closed = True self._io_thread.join() if self._writer_thread is n...
def plotF0(fromTuple, toTuple, mergeTupleList, fnFullPath): ''' Plots the original data in a graph above the plot of the dtw'ed data ''' _matplotlibCheck() plt.hold(True) fig, (ax0) = plt.subplots(nrows=1) # Old data plot1 = ax0.plot(fromTuple[0], fromTuple[1], color='red', ...
def getPitchForIntervals(data, tgFN, tierName): ''' Preps data for use in f0Morph ''' tg = tgio.openTextgrid(tgFN) data = tg.tierDict[tierName].getValuesInIntervals(data) data = [dataList for _, dataList in data] return data
def f0Morph(fromWavFN, pitchPath, stepList, outputName, doPlotPitchSteps, fromPitchData, toPitchData, outputMinPitch, outputMaxPitch, praatEXE, keepPitchRange=False, keepAveragePitch=False, sourcePitchDataList=None, minIntervalLength=0.3): ''' Resynthesizes the pi...
def decode(s): """ Converts text in the numbering format of pinyin ("ni3hao3") to text with the appropriate tone marks ("nǐhǎo"). """ s = s.lower() r = "" t = "" for c in s: if c >= 'a' and c <= 'z': t += c elif c == ':': try: if ...
def adjustPeakHeight(self, heightAmount): ''' Adjust peak height The foot of the accent is left unchanged and intermediate values are linearly scaled ''' if heightAmount == 0: return pitchList = [f0V for _, f0V in self.pointList] ...
def addPlateau(self, plateauAmount, pitchSampFreq=None): ''' Add a plateau A negative plateauAmount will move the peak backwards. A positive plateauAmount will move the peak forwards. All points on the side of the peak growth will also get moved. i.e. th...
def shiftAccent(self, shiftAmount): ''' Move the whole accent earlier or later ''' if shiftAmount == 0: return self.pointList = [(time + shiftAmount, pitch) for time, pitch in self.pointList] # Update shift amounts ...
def deleteOverlapping(self, targetList): ''' Erase points from another list that overlap with points in this list ''' start = self.pointList[0][0] stop = self.pointList[-1][0] if self.netLeftShift < 0: start += self.netLeftShift i...
def reintegrate(self, fullPointList): ''' Integrates the pitch values of the accent into a larger pitch contour ''' # Erase the original region of the accent fullPointList = _deletePoints(fullPointList, self.minT, self.maxT) # Erase the new region of the accent ...
def convert(filename, new_filename=None, overwrite=False, to_encoding='utf-8', force=True): """ Convert file with crappy encoding to a new proper encoding (or vice versa if you wish). filename -- the name, partial path or full path of the file you want to encode to a new encoding new_filename -- (optional)...
def detect(filename, include_confidence=False): """ Detect the encoding of a file. Returns only the predicted current encoding as a string. If `include_confidence` is True, Returns tuple containing: (str encoding, float confidence) """ f = open(filename) detection = chardet.detect(f.r...
def download(url, localFileName=None, localDirName=None): """ Utility function for downloading files from the web and retaining the same filename. """ localName = url2name(url) req = Request(url) r = urlopen(req) if r.info().has_key('Content-Disposition'): # If the response has ...
def _t(unistr, charset_from, charset_to): """ This is a unexposed function, is responsibility for translation internal. """ # if type(unistr) is str: # try: # unistr = unistr.decode('utf-8') # # Python 3 returns AttributeError when .decode() is called on a str # #...
def identify(text): """Identify whether a string is simplified or traditional Chinese. Returns: None: if there are no recognizd Chinese characters. EITHER: if the test is inconclusive. TRAD: if the text is traditional. SIMP: if the text is simplified. BOTH: the text has ...
def makeSequenceRelative(absVSequence): ''' Puts every value in a list on a continuum between 0 and 1 Also returns the min and max values (to reverse the process) ''' if len(absVSequence) < 2 or len(set(absVSequence)) == 1: raise RelativizeSequenceException(absVSequence) minV = min(ab...
def makeSequenceAbsolute(relVSequence, minV, maxV): ''' Makes every value in a sequence absolute ''' return [(value * (maxV - minV)) + minV for value in relVSequence]
def _makeTimingRelative(absoluteDataList): ''' Given normal pitch tier data, puts the times on a scale from 0 to 1 Input is a list of tuples of the form ([(time1, pitch1), (time2, pitch2),...] Also returns the start and end time so that the process can be reversed ''' timingSeq = [row[0] ...
def _makeTimingAbsolute(relativeDataList, startTime, endTime): ''' Maps values from 0 to 1 to the provided start and end time Input is a list of tuples of the form ([(time1, pitch1), (time2, pitch2),...] ''' timingSeq = [row[0] for row in relativeDataList] valueSeq = [list(row[1:]) for row...
def _getSmallestDifference(inputList, targetVal): ''' Returns the value in inputList that is closest to targetVal Iteratively splits the dataset in two, so it should be pretty fast ''' targetList = inputList[:] retVal = None while True: # If we're down to one value, stop iterati...
def _getNearestMappingIndexList(fromValList, toValList): ''' Finds the indicies for data points that are closest to each other. The inputs should be in relative time, scaled from 0 to 1 e.g. if you have [0, .1, .5., .9] and [0, .1, .2, 1] will output [0, 1, 1, 2] ''' indexList = [] for...
def morphDataLists(fromList, toList, stepList): ''' Iteratively morph fromList into toList using the values 0 to 1 in stepList stepList: a value of 0 means no change and a value of 1 means a complete change to the other value ''' # If there are more than 1 pitch value, then we align the da...
def morphChunkedDataLists(fromDataList, toDataList, stepList): ''' Morph one set of data into another, in a stepwise fashion A convenience function. Given a set of paired data lists, this will morph each one individually. Returns a single list with all data combined together. ''' assert(...
def morphAveragePitch(fromDataList, toDataList): ''' Adjusts the values in fromPitchList to have the same average as toPitchList Because other manipulations can alter the average pitch, morphing the pitch is the last pitch manipulation that should be done After the morphing, the code remov...
def morphRange(fromDataList, toDataList): ''' Changes the scale of values in one distribution to that of another ie The maximum value in fromDataList will be set to the maximum value in toDataList. The 75% largest value in fromDataList will be set to the 75% largest value in toDataList, etc. ...
def quadraticInterpolation(valueList2d, numDegrees, n, startTime=None, endTime=None): ''' Generates a series of points on a smooth curve that cross the given points numDegrees - the degrees of the fitted polynomial - the curve gets weird if this value is too hi...
def getIntervals(fn, tierName, filterFunc=None, includeUnlabeledRegions=False): ''' Get information about the 'extract' tier, used by several merge scripts ''' tg = tgio.openTextgrid(fn) tier = tg.tierDict[tierName] if includeUnlabeledRegions is True: tier = tgio._...
def changeDuration(fromWavFN, durationParameters, stepList, outputName, outputMinPitch, outputMaxPitch, praatEXE): ''' Uses praat to morph duration in one file to duration in another Praat uses the PSOLA algorithm ''' rootPath = os.path.split(fromWavFN)[0] # Prep output dir...
def getMorphParameters(fromTGFN, toTGFN, tierName, filterFunc=None, useBlanks=False): ''' Get intervals for source and target audio files Use this information to find out how much to stretch/shrink each source interval. The target values are based on the contents of ...
def getManipulatedParamaters(tgFN, tierName, modFunc, filterFunc=None, useBlanks=False): ''' Get intervals for source and target audio files Use this information to find out how much to stretch/shrink each source interval. The target values are based on modfunc...
def textgridMorphDuration(fromTGFN, toTGFN): ''' A convenience function. Morphs interval durations of one tg to another. This assumes the two textgrids have the same number of segments. ''' fromTG = tgio.openTextgrid(fromTGFN) toTG = tgio.openTextgrid(toTGFN) adjustedTG = tgio.Textgrid...
def getSoundFileDuration(fn): ''' Returns the duration of a wav file (in seconds) ''' audiofile = wave.open(fn, "r") params = audiofile.getparams() framerate = params[2] nframes = params[3] duration = float(nframes) / framerate return duration
def split_text(text, include_part_of_speech=False, strip_english=False, strip_numbers=False): u""" Split Chinese text at word boundaries. include_pos: also returns the Part Of Speech for each of the words. Some of the different parts of speech are: r: pronoun v: verb ns: proper ...
def is_special_atom(cron_atom, span): """ Returns a boolean indicating whether or not the string can be parsed by parse_atom to produce a static set. In the process of examining the string, the syntax of any special character uses is also checked. """ for special_char in ('%', '#', 'L', 'W'): ...
def parse_atom(parse, minmax): """ Returns a set containing valid values for a given cron-style range of numbers. The 'minmax' arguments is a two element iterable containing the inclusive upper and lower limits of the expression. Examples: >>> parse_atom("1-5",(0,6)) set([1, 2, 3, 4, 5]) ...
def compute_numtab(self): """ Recomputes the sets for the static ranges of the trigger time. This method should only be called by the user if the string_tab member is modified. """ self.numerical_tab = [] for field_str, span in zip(self.string_tab, FIELD_RANGES)...
def check_trigger(self, date_tuple, utc_offset=0): """ Returns boolean indicating if the trigger is active at the given time. The date tuple should be in the local time. Unless periodicities are used, utc_offset does not need to be specified. If periodicities are used, specifical...
def show(self): """Show the structure of self.rules_list, only for debug.""" for rule in self.rules_list: result = ", ".join([str(check) for check, deny in rule]) print(result)
def run(self): """Run self.rules_list. Return True if one rule channel has been passed. Otherwise return False and the deny() method of the last failed rule. """ failed_result = None for rule in self.rules_list: for check, deny in rule: if not...
def set_fraction(self, value): """Set the meter indicator. Value should be between 0 and 1.""" if value < 0: value = -1 value = min(value, 1) if self.horizontal: width = int(self.width value) height = self.height else: width = se...
def update_status(self): """Update status informations in tkinter window.""" try: # all this may fail if the connection to the fritzbox is down self.update_connection_status() self.max_stream_rate.set(self.get_stream_rate_str()) self.ip.set(self.status.ext...
def format_num(num, unit='bytes'): """ Returns a human readable string of a byte-value. If 'num' is bits, set unit='bits'. """ if unit == 'bytes': extension = 'B' else: # if it's not bytes, it's bits extension = 'Bit' for dimension in (unit, 'K', 'M', 'G', 'T'): ...
def parse_headers(content_disposition, location=None, relaxed=False): """Build a ContentDisposition from header values. """ LOGGER.debug( 'Content-Disposition %r, Location %r', content_disposition, location) if content_disposition is None: return ContentDisposition(location=location) ...
def parse_requests_response(response, kwargs): """Build a ContentDisposition from a requests (PyPI) response. """ return parse_headers( response.headers.get('content-disposition'), response.url, kwargs)
def build_header( filename, disposition='attachment', filename_compat=None ): """Generate a Content-Disposition header for a given filename. For legacy clients that don't understand the filename* parameter, a filename_compat value may be given. It should either be ascii-only (recommended) or iso-88...
def filename_unsafe(self): """The filename from the Content-Disposition header. If a location was passed at instanciation, the basename from that may be used as a fallback. Otherwise, this may be the None value. On safety: This property records the intent of the sen...
def filename_sanitized(self, extension, default_filename='file'): """Returns a filename that is safer to use on the filesystem. The filename will not contain a slash (nor the path separator for the current platform, if different), it will not start with a dot, and it will have the expec...
def str_uptime(self): """uptime in human readable format.""" mins, secs = divmod(self.uptime, 60) hours, mins = divmod(mins, 60) return '%02d:%02d:%02d' % (hours, mins, secs)
def transmission_rate(self): """ Returns the upstream, downstream values as a tuple in bytes per second. Use this for periodical calling. """ sent = self.bytes_sent received = self.bytes_received traffic_call = time.time() time_delta = traffic_call - self....
def str_transmission_rate(self): """Returns a tuple of human readable transmission rates in bytes.""" upstream, downstream = self.transmission_rate return ( fritztools.format_num(upstream), fritztools.format_num(downstream) )
def max_bit_rate(self): """ Returns a tuple with the maximun upstream- and downstream-rate of the given connection. The rate is given in bits/sec. """ status = self.fc.call_action('WANCommonInterfaceConfig', 'GetCommonLinkProperties') ...
def str_max_bit_rate(self): """ Returns a human readable maximun upstream- and downstream-rate of the given connection. The rate is given in bits/sec. """ upstream, downstream = self.max_bit_rate return ( fritztools.format_rate(upstream, unit='bits'), ...
def _body_builder(self, kwargs): """ Helper method to construct the appropriate SOAP-body to call a FritzBox-Service. """ p = { 'action_name': self.name, 'service_type': self.service_type, 'arguments': '', } if kwargs: ...
def execute(self, **kwargs): """ Calls the FritzBox action and returns a dictionary with the arguments. """ headers = self.header.copy() headers['soapaction'] = '%s#%s' % (self.service_type, self.name) data = self.envelope.strip() % self._body_builder(kwargs) url ...
def parse_response(self, response): """ Evaluates the action-call response from a FritzBox. The response is a xml byte-string. Returns a dictionary with the received arguments-value pairs. The values are converted according to the given data_types. TODO: boolean and signe...
def get_modelname(self): """Returns the FritzBox model name.""" xpath = '%s/%s' % (self.nodename('device'), self.nodename('modelName')) return self.root.find(xpath).text
def get_services(self): """Returns a list of FritzService-objects.""" result = [] nodes = self.root.iterfind( './/ns:service', namespaces={'ns': self.namespace}) for node in nodes: result.append(FritzService( node.find(self.nodename('serviceType'))...
def _read_state_variables(self): """ Reads the stateVariable information from the xml-file. The information we like to extract are name and dataType so we can assign them later on to FritzActionArgument-instances. Returns a dictionary: key:value = name:dataType """ ...
def get_actions(self): """Returns a list of FritzAction instances.""" self._read_state_variables() actions = [] nodes = self.root.iterfind( './/ns:action', namespaces={'ns': self.namespace}) for node in nodes: action = FritzAction(self.service.service_type...
def _get_arguments(self, action_node): """ Returns a dictionary of arguments for the given action_node. """ arguments = {} argument_nodes = action_node.iterfind( r'./ns:argumentList/ns:argument', namespaces={'ns': self.namespace}) for argument_node in argument...
def _get_argument(self, argument_node): """ Returns a FritzActionArgument instance for the given argument_node. """ argument = FritzActionArgument() argument.name = argument_node.find(self.nodename('name')).text argument.direction = argument_node.find(self.nodename('direc...
def _read_descriptions(self, password): """ Read and evaluate the igddesc.xml file and the tr64desc.xml file if a password is given. """ descfiles = [FRITZ_IGD_DESC_FILE] if password: descfiles.append(FRITZ_TR64_DESC_FILE) for descfile in descfiles: ...
def _read_services(self, services): """Get actions from services.""" for service in services: parser = FritzSCDPParser(self.address, self.port, service) actions = parser.get_actions() service.actions = {action.name: action for action in actions} self.servi...
def actionnames(self): """ Returns a alphabetical sorted list of tuples with all known service- and action-names. """ actions = [] for service_name in sorted(self.services.keys()): action_names = self.services[service_name].actions.keys() for actio...
def get_action_arguments(self, service_name, action_name): """ Returns a list of tuples with all known arguments for the given service- and action-name combination. The tuples contain the argument-name, direction and data_type. """ return self.services[service_name].actio...
def call_action(self, service_name, action_name, kwargs): """Executes the given action. Raise a KeyError on unkown actions.""" action = self.services[service_name].actions[action_name] return action.execute(kwargs)
def get_hosts_info(self): """ Returns a list of dicts with information about the known hosts. The dict-keys are: 'ip', 'name', 'mac', 'status' """ result = [] index = 0 while index < self.host_numbers: host = self.get_generic_host_entry(index) ...
def find_executable(executable): ''' Finds executable in PATH Returns: string or None ''' logger = logging.getLogger(__name__) logger.debug("Checking executable '%s'...", executable) executable_path = _find_executable(executable) found = executable_path is not None if found:...
def check_network_connection(server, port): ''' Checks if jasper can connect a network server. Arguments: server -- (optional) the server to connect with (Default: "www.google.com") Returns: True or False ''' logger = logging.getLogger(__name__) logger.debug...
def check_python_import(package_or_module): ''' Checks if a python package or module is importable. Arguments: package_or_module -- the package or module name to check Returns: True or False ''' logger = logging.getLogger(__name__) logger.debug("Checking python import '%s'......
def inject(self): """ Recursively inject aXe into all iframes and the top level document. :param script_url: location of the axe-core script. :type script_url: string """ with open(self.script_url, "r", encoding="utf8") as f: self.selenium.execute_script(f.re...
def run(self, context=None, options=None): """ Run axe against the current page. :param context: which page part(s) to analyze and/or what to exclude. :param options: dictionary of aXe options. """ template = ( "var callback = arguments[arguments.length - 1];...
def report(self, violations): """ Return readable report of accessibility violations found. :param violations: Dictionary of violations. :type violations: dict :return report: Readable report of violations. :rtype: string """ string = "" string +=...

def _get_stream_metadata(self, use_cached): """Retrieve metadata about this stream from Device Cloud""" if self._cached_data is None or not use_cached: try: self._cached_data = self._conn.get_json("/ws/DataStream/%s" % self._stream_id)["items"][0] except DeviceClo...

def get_data_type(self, use_cached=True): """Get the data type of this stream if it exists The data type is the type of data stored in this data stream. Valid types include: * INTEGER - data can be represented with a network (= big-endian) 32-bit two's-complement integer. Data with ...

def get_data_ttl(self, use_cached=True): """Retrieve the dataTTL for this stream The dataTtl is the time to live (TTL) in seconds for data points stored in the data stream. A data point expires after the configured amount of time and is automatically deleted. :param bool use_cached: If...

def get_rollup_ttl(self, use_cached=True): """Retrieve the rollupTtl for this stream The rollupTtl is the time to live (TTL) in seconds for the aggregate roll-ups of data points stored in the stream. A roll-up expires after the configured amount of time and is automatically deleted. ...

def get_current_value(self, use_cached=False): """Return the most recent DataPoint value written to a stream The current value is the last recorded data point for this stream. :param bool use_cached: If False, the function will always request the latest from Device Cloud. If True, ...

def delete(self): """Delete this stream from Device Cloud along with its history This call will return None on success and raise an exception in the event of an error performing the deletion. :raises devicecloud.DeviceCloudHttpException: in the case of an unexpected http error ...

def delete_datapoint(self, datapoint): """Delete the provided datapoint from this stream :raises devicecloud.DeviceCloudHttpException: in the case of an unexpected http error """ datapoint = validate_type(datapoint, DataPoint) self._conn.delete("/ws/DataPoint/{stream_id}/{datap...

def delete_datapoints_in_time_range(self, start_dt=None, end_dt=None): """Delete datapoints from this stream between the provided start and end times If neither a start or end time is specified, all data points in the stream will be deleted. :param start_dt: The datetime after which da...

def write(self, datapoint): """Write some raw data to a stream using the DataPoint API This method will mutate the datapoint provided to populate it with information available from the stream as it is available (but without making any new HTTP requests). For instance, we will add in in...

def read(self, start_time=None, end_time=None, use_client_timeline=True, newest_first=True, rollup_interval=None, rollup_method=None, timezone=None, page_size=1000): """Read one or more DataPoints from a stream .. warning:: The data points from Device Cloud is a paged data set. ...

def _quoted(value): """Return a single-quoted and escaped (percent-encoded) version of value This function will also perform transforms of known data types to a representation that will be handled by Device Cloud. For instance, datetime objects will be converted to ISO8601. """ if isinstance(...

def compile(self): """Compile this expression into a query string""" return "{lhs}{sep}{rhs}".format( lhs=self.lhs.compile(), sep=self.sep, rhs=self.rhs.compile(), )

def compile(self): """Compile this expression into a query string""" return "{attribute}{sep}{value}".format( attribute=self.attribute, sep=self.sep, value=_quoted(self.value) )

def _read_msg_header(session): """ Perform a read on input socket to consume headers and then return a tuple of message type, message length. :param session: Push Session to read data for. Returns response type (i.e. PUBLISH_MESSAGE) if header was completely read, otherwise None if header was ...

def _read_msg(session): """ Perform a read on input socket to consume message and then return the payload and block_id in a tuple. :param session: Push Session to read data for. """ if len(session.data) == session.message_length: # Data Already completely read. Return return Tr...

def send_connection_request(self): """ Sends a ConnectionRequest to the iDigi server using the credentials established with the id of the monitor as defined in the monitor member. """ try: self.log.info("Sending ConnectionRequest for Monitor %s." ...

def start(self): """Creates a TCP connection to Device Cloud and sends a ConnectionRequest message""" self.log.info("Starting Insecure Session for Monitor %s" % self.monitor_id) if self.socket is not None: raise Exception("Socket already established for %s." % self) try: ...

def stop(self): """Stop/Close this session Close the socket associated with this session and puts Session into a state such that it can be re-established later. """ if self.socket is not None: self.socket.close() self.socket = None self.data =...

def start(self): """ Creates a SSL connection to the iDigi Server and sends a ConnectionRequest message. """ self.log.info("Starting SSL Session for Monitor %s." % self.monitor_id) if self.socket is not None: raise Exception("Socket alrea...

def _consume_queue(self): """ Continually blocks until data is on the internal queue, then calls the session's registered callback and sends a PublishMessageReceived if callback returned True. """ while True: session, block_id, raw_data = self._queue.get() ...

def queue_callback(self, session, block_id, data): """ Queues up a callback event to occur for a session with the given payload data. Will block if the queue is full. :param session: the session with a defined callback function to call. :param block_id: the block_id of the mess...

def _restart_session(self, session): """Restarts and re-establishes session :param session: The session to restart """ # remove old session key, if socket is None, that means the # session was closed by user and there is no need to restart. if session.socket is not None:...

def _writer(self): """ Indefinitely checks the writer queue for data to write to socket. """ while not self.closed: try: sock, data = self._write_queue.get(timeout=0.1) self._write_queue.task_done() sock.send(data) ...

def _clean_dead_sessions(self): """ Traverses sessions to determine if any sockets were removed (indicates a stopped session). In these cases, remove the session. """ for sck in list(self.sessions.keys()): session = self.sessions[sck] if session.so...

def _select(self): """ While the client is not marked as closed, performs a socket select on all PushSession sockets. If any data is received, parses and forwards it on to the callback function. If the callback is successful, a PublishMessageReceived message is sent. ""...

def _init_threads(self): """Initializes the IO and Writer threads""" if self._io_thread is None: self._io_thread = Thread(target=self._select) self._io_thread.start() if self._writer_thread is None: self._writer_thread = Thread(target=self._writer) ...

def create_session(self, callback, monitor_id): """ Creates and Returns a PushSession instance based on the input monitor and callback. When data is received, callback will be invoked. If neither monitor or monitor_id are specified, throws an Exception. :param callback: Callbac...

def stop(self): """Stops all session activity. Blocks until io and writer thread dies """ if self._io_thread is not None: self.log.info("Waiting for I/O thread to stop...") self.closed = True self._io_thread.join() if self._writer_thread is n...

def plotF0(fromTuple, toTuple, mergeTupleList, fnFullPath): ''' Plots the original data in a graph above the plot of the dtw'ed data ''' _matplotlibCheck() plt.hold(True) fig, (ax0) = plt.subplots(nrows=1) # Old data plot1 = ax0.plot(fromTuple[0], fromTuple[1], color='red', ...

def getPitchForIntervals(data, tgFN, tierName): ''' Preps data for use in f0Morph ''' tg = tgio.openTextgrid(tgFN) data = tg.tierDict[tierName].getValuesInIntervals(data) data = [dataList for _, dataList in data] return data

def f0Morph(fromWavFN, pitchPath, stepList, outputName, doPlotPitchSteps, fromPitchData, toPitchData, outputMinPitch, outputMaxPitch, praatEXE, keepPitchRange=False, keepAveragePitch=False, sourcePitchDataList=None, minIntervalLength=0.3): ''' Resynthesizes the pi...

def decode(s): """ Converts text in the numbering format of pinyin ("ni3hao3") to text with the appropriate tone marks ("nǐhǎo"). """ s = s.lower() r = "" t = "" for c in s: if c >= 'a' and c <= 'z': t += c elif c == ':': try: if ...

def adjustPeakHeight(self, heightAmount): ''' Adjust peak height The foot of the accent is left unchanged and intermediate values are linearly scaled ''' if heightAmount == 0: return pitchList = [f0V for _, f0V in self.pointList] ...

def addPlateau(self, plateauAmount, pitchSampFreq=None): ''' Add a plateau A negative plateauAmount will move the peak backwards. A positive plateauAmount will move the peak forwards. All points on the side of the peak growth will also get moved. i.e. th...

def shiftAccent(self, shiftAmount): ''' Move the whole accent earlier or later ''' if shiftAmount == 0: return self.pointList = [(time + shiftAmount, pitch) for time, pitch in self.pointList] # Update shift amounts ...

def deleteOverlapping(self, targetList): ''' Erase points from another list that overlap with points in this list ''' start = self.pointList[0][0] stop = self.pointList[-1][0] if self.netLeftShift < 0: start += self.netLeftShift i...

def reintegrate(self, fullPointList): ''' Integrates the pitch values of the accent into a larger pitch contour ''' # Erase the original region of the accent fullPointList = _deletePoints(fullPointList, self.minT, self.maxT) # Erase the new region of the accent ...

def convert(filename, new_filename=None, overwrite=False, to_encoding='utf-8', force=True): """ Convert file with crappy encoding to a new proper encoding (or vice versa if you wish). filename -- the name, partial path or full path of the file you want to encode to a new encoding new_filename -- (optional)...

def detect(filename, include_confidence=False): """ Detect the encoding of a file. Returns only the predicted current encoding as a string. If `include_confidence` is True, Returns tuple containing: (str encoding, float confidence) """ f = open(filename) detection = chardet.detect(f.r...

def download(url, localFileName=None, localDirName=None): """ Utility function for downloading files from the web and retaining the same filename. """ localName = url2name(url) req = Request(url) r = urlopen(req) if r.info().has_key('Content-Disposition'): # If the response has ...

def _t(unistr, charset_from, charset_to): """ This is a unexposed function, is responsibility for translation internal. """ # if type(unistr) is str: # try: # unistr = unistr.decode('utf-8') # # Python 3 returns AttributeError when .decode() is called on a str # #...

def identify(text): """Identify whether a string is simplified or traditional Chinese. Returns: None: if there are no recognizd Chinese characters. EITHER: if the test is inconclusive. TRAD: if the text is traditional. SIMP: if the text is simplified. BOTH: the text has ...

def makeSequenceRelative(absVSequence): ''' Puts every value in a list on a continuum between 0 and 1 Also returns the min and max values (to reverse the process) ''' if len(absVSequence) < 2 or len(set(absVSequence)) == 1: raise RelativizeSequenceException(absVSequence) minV = min(ab...

def makeSequenceAbsolute(relVSequence, minV, maxV): ''' Makes every value in a sequence absolute ''' return [(value * (maxV - minV)) + minV for value in relVSequence]

def _makeTimingRelative(absoluteDataList): ''' Given normal pitch tier data, puts the times on a scale from 0 to 1 Input is a list of tuples of the form ([(time1, pitch1), (time2, pitch2),...] Also returns the start and end time so that the process can be reversed ''' timingSeq = [row[0] ...

def _makeTimingAbsolute(relativeDataList, startTime, endTime): ''' Maps values from 0 to 1 to the provided start and end time Input is a list of tuples of the form ([(time1, pitch1), (time2, pitch2),...] ''' timingSeq = [row[0] for row in relativeDataList] valueSeq = [list(row[1:]) for row...

def _getSmallestDifference(inputList, targetVal): ''' Returns the value in inputList that is closest to targetVal Iteratively splits the dataset in two, so it should be pretty fast ''' targetList = inputList[:] retVal = None while True: # If we're down to one value, stop iterati...

def _getNearestMappingIndexList(fromValList, toValList): ''' Finds the indicies for data points that are closest to each other. The inputs should be in relative time, scaled from 0 to 1 e.g. if you have [0, .1, .5., .9] and [0, .1, .2, 1] will output [0, 1, 1, 2] ''' indexList = [] for...

def morphDataLists(fromList, toList, stepList): ''' Iteratively morph fromList into toList using the values 0 to 1 in stepList stepList: a value of 0 means no change and a value of 1 means a complete change to the other value ''' # If there are more than 1 pitch value, then we align the da...

def morphChunkedDataLists(fromDataList, toDataList, stepList): ''' Morph one set of data into another, in a stepwise fashion A convenience function. Given a set of paired data lists, this will morph each one individually. Returns a single list with all data combined together. ''' assert(...

def morphAveragePitch(fromDataList, toDataList): ''' Adjusts the values in fromPitchList to have the same average as toPitchList Because other manipulations can alter the average pitch, morphing the pitch is the last pitch manipulation that should be done After the morphing, the code remov...

def morphRange(fromDataList, toDataList): ''' Changes the scale of values in one distribution to that of another ie The maximum value in fromDataList will be set to the maximum value in toDataList. The 75% largest value in fromDataList will be set to the 75% largest value in toDataList, etc. ...

def quadraticInterpolation(valueList2d, numDegrees, n, startTime=None, endTime=None): ''' Generates a series of points on a smooth curve that cross the given points numDegrees - the degrees of the fitted polynomial - the curve gets weird if this value is too hi...

def getIntervals(fn, tierName, filterFunc=None, includeUnlabeledRegions=False): ''' Get information about the 'extract' tier, used by several merge scripts ''' tg = tgio.openTextgrid(fn) tier = tg.tierDict[tierName] if includeUnlabeledRegions is True: tier = tgio._...

def changeDuration(fromWavFN, durationParameters, stepList, outputName, outputMinPitch, outputMaxPitch, praatEXE): ''' Uses praat to morph duration in one file to duration in another Praat uses the PSOLA algorithm ''' rootPath = os.path.split(fromWavFN)[0] # Prep output dir...

def getMorphParameters(fromTGFN, toTGFN, tierName, filterFunc=None, useBlanks=False): ''' Get intervals for source and target audio files Use this information to find out how much to stretch/shrink each source interval. The target values are based on the contents of ...

def getManipulatedParamaters(tgFN, tierName, modFunc, filterFunc=None, useBlanks=False): ''' Get intervals for source and target audio files Use this information to find out how much to stretch/shrink each source interval. The target values are based on modfunc...

def textgridMorphDuration(fromTGFN, toTGFN): ''' A convenience function. Morphs interval durations of one tg to another. This assumes the two textgrids have the same number of segments. ''' fromTG = tgio.openTextgrid(fromTGFN) toTG = tgio.openTextgrid(toTGFN) adjustedTG = tgio.Textgrid...

def getSoundFileDuration(fn): ''' Returns the duration of a wav file (in seconds) ''' audiofile = wave.open(fn, "r") params = audiofile.getparams() framerate = params[2] nframes = params[3] duration = float(nframes) / framerate return duration

def split_text(text, include_part_of_speech=False, strip_english=False, strip_numbers=False): u""" Split Chinese text at word boundaries. include_pos: also returns the Part Of Speech for each of the words. Some of the different parts of speech are: r: pronoun v: verb ns: proper ...

def is_special_atom(cron_atom, span): """ Returns a boolean indicating whether or not the string can be parsed by parse_atom to produce a static set. In the process of examining the string, the syntax of any special character uses is also checked. """ for special_char in ('%', '#', 'L', 'W'): ...

def parse_atom(parse, minmax): """ Returns a set containing valid values for a given cron-style range of numbers. The 'minmax' arguments is a two element iterable containing the inclusive upper and lower limits of the expression. Examples: >>> parse_atom("1-5",(0,6)) set([1, 2, 3, 4, 5]) ...

def compute_numtab(self): """ Recomputes the sets for the static ranges of the trigger time. This method should only be called by the user if the string_tab member is modified. """ self.numerical_tab = [] for field_str, span in zip(self.string_tab, FIELD_RANGES)...

def check_trigger(self, date_tuple, utc_offset=0): """ Returns boolean indicating if the trigger is active at the given time. The date tuple should be in the local time. Unless periodicities are used, utc_offset does not need to be specified. If periodicities are used, specifical...

def show(self): """Show the structure of self.rules_list, only for debug.""" for rule in self.rules_list: result = ", ".join([str(check) for check, deny in rule]) print(result)

def run(self): """Run self.rules_list. Return True if one rule channel has been passed. Otherwise return False and the deny() method of the last failed rule. """ failed_result = None for rule in self.rules_list: for check, deny in rule: if not...

def set_fraction(self, value): """Set the meter indicator. Value should be between 0 and 1.""" if value < 0: value *= -1 value = min(value, 1) if self.horizontal: width = int(self.width * value) height = self.height else: width = se...

def update_status(self): """Update status informations in tkinter window.""" try: # all this may fail if the connection to the fritzbox is down self.update_connection_status() self.max_stream_rate.set(self.get_stream_rate_str()) self.ip.set(self.status.ext...

def format_num(num, unit='bytes'): """ Returns a human readable string of a byte-value. If 'num' is bits, set unit='bits'. """ if unit == 'bytes': extension = 'B' else: # if it's not bytes, it's bits extension = 'Bit' for dimension in (unit, 'K', 'M', 'G', 'T'): ...

def parse_headers(content_disposition, location=None, relaxed=False): """Build a ContentDisposition from header values. """ LOGGER.debug( 'Content-Disposition %r, Location %r', content_disposition, location) if content_disposition is None: return ContentDisposition(location=location) ...

def parse_requests_response(response, **kwargs): """Build a ContentDisposition from a requests (PyPI) response. """ return parse_headers( response.headers.get('content-disposition'), response.url, **kwargs)

def build_header( filename, disposition='attachment', filename_compat=None ): """Generate a Content-Disposition header for a given filename. For legacy clients that don't understand the filename* parameter, a filename_compat value may be given. It should either be ascii-only (recommended) or iso-88...

def filename_unsafe(self): """The filename from the Content-Disposition header. If a location was passed at instanciation, the basename from that may be used as a fallback. Otherwise, this may be the None value. On safety: This property records the intent of the sen...

def filename_sanitized(self, extension, default_filename='file'): """Returns a filename that is safer to use on the filesystem. The filename will not contain a slash (nor the path separator for the current platform, if different), it will not start with a dot, and it will have the expec...

def str_uptime(self): """uptime in human readable format.""" mins, secs = divmod(self.uptime, 60) hours, mins = divmod(mins, 60) return '%02d:%02d:%02d' % (hours, mins, secs)

def transmission_rate(self): """ Returns the upstream, downstream values as a tuple in bytes per second. Use this for periodical calling. """ sent = self.bytes_sent received = self.bytes_received traffic_call = time.time() time_delta = traffic_call - self....

def str_transmission_rate(self): """Returns a tuple of human readable transmission rates in bytes.""" upstream, downstream = self.transmission_rate return ( fritztools.format_num(upstream), fritztools.format_num(downstream) )

def max_bit_rate(self): """ Returns a tuple with the maximun upstream- and downstream-rate of the given connection. The rate is given in bits/sec. """ status = self.fc.call_action('WANCommonInterfaceConfig', 'GetCommonLinkProperties') ...

def str_max_bit_rate(self): """ Returns a human readable maximun upstream- and downstream-rate of the given connection. The rate is given in bits/sec. """ upstream, downstream = self.max_bit_rate return ( fritztools.format_rate(upstream, unit='bits'), ...

def _body_builder(self, kwargs): """ Helper method to construct the appropriate SOAP-body to call a FritzBox-Service. """ p = { 'action_name': self.name, 'service_type': self.service_type, 'arguments': '', } if kwargs: ...

def execute(self, **kwargs): """ Calls the FritzBox action and returns a dictionary with the arguments. """ headers = self.header.copy() headers['soapaction'] = '%s#%s' % (self.service_type, self.name) data = self.envelope.strip() % self._body_builder(kwargs) url ...

def parse_response(self, response): """ Evaluates the action-call response from a FritzBox. The response is a xml byte-string. Returns a dictionary with the received arguments-value pairs. The values are converted according to the given data_types. TODO: boolean and signe...

def get_modelname(self): """Returns the FritzBox model name.""" xpath = '%s/%s' % (self.nodename('device'), self.nodename('modelName')) return self.root.find(xpath).text

def get_services(self): """Returns a list of FritzService-objects.""" result = [] nodes = self.root.iterfind( './/ns:service', namespaces={'ns': self.namespace}) for node in nodes: result.append(FritzService( node.find(self.nodename('serviceType'))...

def _read_state_variables(self): """ Reads the stateVariable information from the xml-file. The information we like to extract are name and dataType so we can assign them later on to FritzActionArgument-instances. Returns a dictionary: key:value = name:dataType """ ...

def get_actions(self): """Returns a list of FritzAction instances.""" self._read_state_variables() actions = [] nodes = self.root.iterfind( './/ns:action', namespaces={'ns': self.namespace}) for node in nodes: action = FritzAction(self.service.service_type...

def _get_arguments(self, action_node): """ Returns a dictionary of arguments for the given action_node. """ arguments = {} argument_nodes = action_node.iterfind( r'./ns:argumentList/ns:argument', namespaces={'ns': self.namespace}) for argument_node in argument...

def _get_argument(self, argument_node): """ Returns a FritzActionArgument instance for the given argument_node. """ argument = FritzActionArgument() argument.name = argument_node.find(self.nodename('name')).text argument.direction = argument_node.find(self.nodename('direc...

def _read_descriptions(self, password): """ Read and evaluate the igddesc.xml file and the tr64desc.xml file if a password is given. """ descfiles = [FRITZ_IGD_DESC_FILE] if password: descfiles.append(FRITZ_TR64_DESC_FILE) for descfile in descfiles: ...

def _read_services(self, services): """Get actions from services.""" for service in services: parser = FritzSCDPParser(self.address, self.port, service) actions = parser.get_actions() service.actions = {action.name: action for action in actions} self.servi...

def actionnames(self): """ Returns a alphabetical sorted list of tuples with all known service- and action-names. """ actions = [] for service_name in sorted(self.services.keys()): action_names = self.services[service_name].actions.keys() for actio...

def get_action_arguments(self, service_name, action_name): """ Returns a list of tuples with all known arguments for the given service- and action-name combination. The tuples contain the argument-name, direction and data_type. """ return self.services[service_name].actio...

def call_action(self, service_name, action_name, **kwargs): """Executes the given action. Raise a KeyError on unkown actions.""" action = self.services[service_name].actions[action_name] return action.execute(**kwargs)

def get_hosts_info(self): """ Returns a list of dicts with information about the known hosts. The dict-keys are: 'ip', 'name', 'mac', 'status' """ result = [] index = 0 while index < self.host_numbers: host = self.get_generic_host_entry(index) ...

def find_executable(executable): ''' Finds executable in PATH Returns: string or None ''' logger = logging.getLogger(__name__) logger.debug("Checking executable '%s'...", executable) executable_path = _find_executable(executable) found = executable_path is not None if found:...

def check_network_connection(server, port): ''' Checks if jasper can connect a network server. Arguments: server -- (optional) the server to connect with (Default: "www.google.com") Returns: True or False ''' logger = logging.getLogger(__name__) logger.debug...

def check_python_import(package_or_module): ''' Checks if a python package or module is importable. Arguments: package_or_module -- the package or module name to check Returns: True or False ''' logger = logging.getLogger(__name__) logger.debug("Checking python import '%s'......

def inject(self): """ Recursively inject aXe into all iframes and the top level document. :param script_url: location of the axe-core script. :type script_url: string """ with open(self.script_url, "r", encoding="utf8") as f: self.selenium.execute_script(f.re...

def run(self, context=None, options=None): """ Run axe against the current page. :param context: which page part(s) to analyze and/or what to exclude. :param options: dictionary of aXe options. """ template = ( "var callback = arguments[arguments.length - 1];...

def report(self, violations): """ Return readable report of accessibility violations found. :param violations: Dictionary of violations. :type violations: dict :return report: Readable report of violations. :rtype: string """ string = "" string +=...