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"You really ought to, ya know..." suggestions = [ "Um, might I suggest working now", "Get to work", ( "Between the coffee break, the smoking break, the lunch break, " "the tea break, the bagel break, and the water cooler break, " "may I suggest a work break. It’s when you do some work" ), "Work fa...
def gettowork(channel, nick, rest)
You really ought to, ya know...
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6.68408
1.166132
"It really is, ya know..." rest = rest.strip() if rest: karma.Karma.store.change(rest, -1) else: karma.Karma.store.change(channel, -1) rest = "foo'" advice = 'Quiet bitching is useless, %s. Do something about it.' % rest return advice
def bitchingisuseless(channel, rest)
It really is, ya know...
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"Curse the day!" if rest: cursee = rest else: cursee = 'the day' karma.Karma.store.change(cursee, -1) return "/me curses %s!" % cursee
def curse(rest)
Curse the day!
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"Stab, shank or shiv some(one|thing)!" if rest: stabee = rest else: stabee = 'wildly at anything' if random.random() < 0.9: karma.Karma.store.change(stabee, -1) weapon = random.choice(phrases.weapon_opts) weaponadj = random.choice(phrases.weapon_adjs) violentact = random.choice(phrases.violent_acts) r...
def stab(nick, rest)
Stab, shank or shiv some(one|thing)!
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"Disembowel some(one|thing)!" if rest: stabee = rest karma.Karma.store.change(stabee, -1) else: stabee = "someone nearby" return ( "/me takes %s, brings them down to the basement, ties them to a " "leaky pipe, and once bored of playing with them mercifully " "ritually disembowels them..." % stabee)
def disembowel(rest)
Disembowel some(one|thing)!
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"Embowel some(one|thing)!" if rest: stabee = rest karma.Karma.store.change(stabee, 1) else: stabee = "someone nearby" return ( "/me (wearing a bright pink cape and yellow tights) swoops in " "through an open window, snatches %s, races out of the basement, " "takes them to the hospital with entrails on i...
def embowel(rest)
Embowel some(one|thing)!
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"Chain some(one|thing) down." chainee = rest or "someone nearby" if chainee == 'cperry': tmpl = "/me ties the chains extra tight around {chainee}" elif random.random() < .9: tmpl = ( "/me chains {chainee} to the nearest desk. " "you ain't going home, buddy." ) else: karma.Karma.store.change(nick, -1)...
def chain(rest, nick)
Chain some(one|thing) down.
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"Bless the day!" if rest: blesse = rest else: blesse = 'the day' karma.Karma.store.change(blesse, 1) return "/me blesses %s!" % blesse
def bless(rest)
Bless the day!
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"Pass the buck!" if rest: blamee = rest else: blamee = channel karma.Karma.store.change(nick, -1) if random.randint(1, 10) == 1: yield "/me jumps atop the chair and points back at %s." % nick yield ( "stop blaming the world for your problems, you bitter, " "two-faced sissified monkey!" ) else: y...
def blame(channel, rest, nick)
Pass the buck!
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1.139346
"Perform a basic calculation" mo = calc_exp.match(rest) if mo: try: return str(eval(rest)) except Exception: return "eval failed... check your syntax" else: return "misformatted arithmetic!"
def calc(rest)
Perform a basic calculation
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"Define a word" word = rest.strip() res = util.lookup(word) fmt = ( '{lookup.provider} says: {res}' if res else "{lookup.provider} does not have a definition for that.") return fmt.format(**dict(locals(), lookup=util.lookup))
def define(rest)
Define a word
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"Define a word with Urban Dictionary" word = rest.strip() definition = util.urban_lookup(word) if not definition: return "Arg! I didn't find a definition for that." return 'Urban Dictionary says {word}: {definition}'.format(**locals())
def urbandict(rest)
Define a word with Urban Dictionary
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"Look up an acronym" word = rest.strip() res = util.lookup_acronym(word) if res is None: return "Arg! I couldn't expand that..." else: return ' | '.join(res)
def acit(rest)
Look up an acronym
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"Pit two sworn enemies against each other (separate with 'vs.')" if rest: vtype = random.choice(phrases.fight_victories) fdesc = random.choice(phrases.fight_descriptions) # valid separators are vs., v., and vs pattern = re.compile('(.*) (?:vs[.]?|v[.]) (.*)') matcher = pattern.match(rest) if not matcher: ...
def fight(nick, rest)
Pit two sworn enemies against each other (separate with 'vs.')
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"Display the progress of something: start|end|percent" if rest: left, right, amount = [piece.strip() for piece in rest.split('|')] ticks = min(int(round(float(amount) / 10)), 10) bar = "=" * ticks return "%s [%-10s] %s" % (left, bar, right)
def progress(rest)
Display the progress of something: start|end|percent
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recipient = "" if rest: recipient = rest.strip() karma.Karma.store.change(recipient, -1) return util.passagg(recipient, nick.lower())
def nastygram(nick, rest)
A random passive-agressive comment, optionally directed toward some(one|thing).
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"Sincerely apologize" if rest: rest = rest.strip() if rest: return random.choice(phrases.direct_apologies) % dict(a=nick, b=rest) else: return random.choice(phrases.apologies) % dict(a=nick)
def meaculpa(nick, rest)
Sincerely apologize
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"Get the version of pmxbot or one of its plugins" pkg = rest.strip() or 'pmxbot' if pkg.lower() == 'python': return sys.version.split()[0] return importlib_metadata.version(pkg)
def version(rest)
Get the version of pmxbot or one of its plugins
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if ' in ' in rest: dstr, tzname = rest.split(' in ', 1) else: dstr, tzname = rest, 'UTC' tzobj = TZINFOS[tzname.strip()] dt = dateutil.parser.parse(dstr, tzinfos=TZINFOS) if dt.tzinfo is None: dt = pytz.UTC.localize(dt) res = dt.astimezone(tzobj) return '{} {} -> {} {}'.format( dt.strftime('%H:%M'), ...
def timezone(rest)
Convert date between timezones. Example: > !tz 11:00am UTC in PDT 11:00 UTC -> 4:00 PDT UTC is implicit > !tz 11:00am in PDT 11:00 UTC -> 4:00 PDT > !tz 11:00am PDT 11:00 PDT -> 18:00 UTC
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"Delete the various persistence objects" for finalizer in cls._finalizers: try: finalizer() except Exception: log.exception("Error in finalizer %s", finalizer)
def finalize(cls)
Delete the various persistence objects
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rs = rest.strip() if rs: # give help for matching commands for handler in Handler._registry: if handler.name == rs.lower(): yield '!%s: %s' % (handler.name, handler.doc) break else: yield "command not found" return # give help for all commands def mk_entries(): handlers = ( handler ...
def help(rest)
Help (this command)
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year, month = month.split('-') return '{month_name}, {year}'.format( month_name=calendar.month_name[int(month)], year=year, )
def pmon(month)
P the month >>> print(pmon('2012-08')) August, 2012
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year, month, day = map(int, dayfmt.split('-')) return '{day} the {number}'.format( day=calendar.day_name[calendar.weekday(year, month, day)], number=inflect.engine().ordinal(day), )
def pday(dayfmt)
P the day >>> print(pday('2012-08-24')) Friday the 24th
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if 'web_host' in config: config['host'] = config.pop('web_host') if 'web_port' in config: config['port'] = config.pop('web_port')
def patch_compat(config)
Support older config values.
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path = importlib_resources.path('pmxbot.web.templates', filename) return str(mgr.enter_context(path))
def resolve_file(mgr, filename)
Given a file manager (ExitStack), load the filename and set the exit stack to clean up. See https://importlib-resources.readthedocs.io/en/latest/migration.html#pkg-resources-resource-filename for more details.
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month, year = month_string.split(',') month_ord = cls.month_ordinal[month] return year, month_ord
def date_key(cls, month_string)
Return a key suitable for sorting by month. >>> k1 = ChannelPage.date_key('September, 2012') >>> k2 = ChannelPage.date_key('August, 2013') >>> k2 > k1 True
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time_s, sep, nick = fragment.rpartition('.') time = datetime.datetime.strptime(time_s, '%H.%M.%S') date = datetime.datetime.strptime(date_s, '%Y-%m-%d') dt = datetime.datetime.combine(date, time.time()) loc_dt = self.timezone.localize(dt) utc_dt = loc_dt.astimezone(pytz.utc) url_tmpl = '/day/{channel}/...
def forward(self, channel, date_s, fragment)
Given an HREF in the legacy timezone, redirect to an href for UTC.
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"Parse a date from sqlite. Assumes the date is in US/Pacific time zone." dt = record.pop('datetime') fmts = [ '%Y-%m-%d %H:%M:%S.%f', '%Y-%m-%d %H:%M:%S', ] for fmt in fmts: try: dt = datetime.datetime.strptime(dt, fmt) break except ValueError: pass else: raise tz = pytz.timezone('US/Pacific')...
def parse_date(record)
Parse a date from sqlite. Assumes the date is in US/Pacific time zone.
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"Strike last <n> statements from the record" yield NoLog rest = rest.strip() if not rest: count = 1 else: if not rest.isdigit(): yield "Strike how many? Argument must be a positive integer." raise StopIteration count = int(rest) try: struck = Logger.store.strike(channel, nick, count) tmpl = ( ...
def strike(channel, nick, rest)
Strike last <n> statements from the record
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"When did pmxbot last see <nick> speak?" onick = rest.strip() last = Logger.store.last_seen(onick) if last: tm, chan = last tmpl = "I last saw {onick} speak at {tm} in channel #{chan}" return tmpl.format(tm=tm, chan=chan, onick=onick) else: return "Sorry! I don't have any record of %s speaking" % onick
def where(channel, nick, rest)
When did pmxbot last see <nick> speak?
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"Where can one find the logs?" default_url = 'http://' + socket.getfqdn() base = pmxbot.config.get('logs URL', default_url) logged_channel = channel in pmxbot.config.log_channels path = '/channel/' + channel.lstrip('#') if logged_channel else '/' return urllib.parse.urljoin(base, path)
def logs(channel)
Where can one find the logs?
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words = [s.lower() for s in rest.split()] if 'please' not in words: return include = 'stop' not in rest existing = set(pmxbot.config.log_channels) # add the channel if include, otherwise remove the channel op = existing.union if include else existing.difference pmxbot.config.log_channels = list(op([channel])...
def log(channel, rest)
Enable or disable logging for a channel; use 'please' to start logging and 'stop please' to stop.
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"Keep a tab on the most recent message for each channel" spec = dict(channel=doc['channel']) doc['ref'] = logged_id doc.pop('_id') self._recent.replace_one(spec, doc, upsert=True)
def _add_recent(self, doc, logged_id)
Keep a tab on the most recent message for each channel
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coll = cls._get_collection(uri) with ExceptionTrap(storage.pymongo.errors.OperationFailure) as trap: coll.create_index([('message', 'text')], background=True) return not trap
def _has_fulltext(cls, uri)
Enable full text search on the messages if possible and return True. If the full text search cannot be enabled, then return False.
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user_id = self.slacker.users.get_user_id(username) im = user_id and self.slacker.im.open(user_id).body['channel']['id'] return im and self.slack.server.channels.find(im)
def _find_user_channel(self, username)
Use slacker to resolve the username to an opened IM channel
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target = ( self.slack.server.channels.find(channel) or self._find_user_channel(username=channel) ) message = self._expand_references(message) target.send_message(message, thread=getattr(channel, 'thread', None))
def transmit(self, channel, message)
Send the message to Slack. :param channel: channel or user to whom the message should be sent. If a ``thread`` attribute is present, that thread ID is used. :param str message: message to send.
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total = sum(d.values()) target = random.random() * total # elect the first item which pushes the count over target count = 0 for word, proportion in d.items(): count += proportion if count > target: return word
def wchoice(d)
Given a dictionary of word: proportion, return a word randomly selected from the keys weighted by proportion. >>> wchoice({'a': 0, 'b': 1}) 'b' >>> choices = [wchoice({'a': 1, 'b': 2}) for x in range(1000)] Statistically speaking, choices should be .5 a:b >>> ratio = choices.count('a') / choices.count('b') >>>...
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prompt, sep, query = query.rstrip('?.!').rpartition(':') choices = query.split(',') choices[-1:] = choices[-1].split(' or ') return [choice.strip() for choice in choices if choice.strip()]
def splitem(query)
Split a query into choices >>> splitem('dog, cat') ['dog', 'cat'] Disregards trailing punctuation. >>> splitem('dogs, cats???') ['dogs', 'cats'] >>> splitem('cats!!!') ['cats'] Allow or >>> splitem('dogs, cats or prarie dogs?') ['dogs', 'cats', 'prarie dogs'] Honors serial commas >>> splitem('dogs, cat...
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''' Get a definition for a word (uses Wordnik) ''' _patch_wordnik() # Jason's key - do not abuse key = 'edc4b9b94b341eeae350e087c2e05d2f5a2a9e0478cefc6dc' client = wordnik.swagger.ApiClient(key, 'http://api.wordnik.com/v4') words = wordnik.WordApi.WordApi(client) definitions = words.getDefinitions(word, limit=...
def lookup(word)
Get a definition for a word (uses Wordnik)
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''' Return a Urban Dictionary definition for a word or None if no result was found. ''' url = "http://api.urbandictionary.com/v0/define" params = dict(term=word) resp = requests.get(url, params=params) resp.raise_for_status() res = resp.json() if not res['list']: return return res['list'][0]['definition']
def urban_lookup(word)
Return a Urban Dictionary definition for a word or None if no result was found.
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adj = random.choice(pmxbot.phrases.adjs) if random.choice([False, True]): # address the recipient last lead = "" trail = recipient if not recipient else ", %s" % recipient else: # address the recipient first lead = recipient if not recipient else "%s, " % recipient trail = "" body = random.choice(pmxb...
def passagg(recipient, sender)
Generate a passive-aggressive statement to recipient from sender.
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"Change the running config, something like a=b or a+=b or a-=b" pattern = re.compile(r'(?P<key>\w+)\s*(?P<op>[+-]?=)\s*(?P<value>.*)$') match = pattern.match(rest) if not match: return "Command not recognized" res = match.groupdict() key = res['key'] op = res['op'] value = yaml.safe_load(res['value']) if op ...
def config(client, event, channel, nick, rest)
Change the running config, something like a=b or a+=b or a-=b
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try: for result in results: yield result except exceptions as exc: for result in always_iterable(handler(exc)): yield result
def trap_exceptions(results, handler, exceptions=Exception)
Iterate through the results, but if an exception occurs, stop processing the results and instead replace the results with the output from the exception handler.
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rest = rest.strip() if rest.startswith('add: ') or rest.startswith('add '): quote_to_add = rest.split(' ', 1)[1] Quotes.store.add(quote_to_add) qt = False return 'Quote added!' if rest.startswith('del: ') or rest.startswith('del '): cmd, sep, lookup = rest.partition(' ') Quotes.store.delete(lookup) r...
def quote(rest)
If passed with nothing then get a random quote. If passed with some string then search for that. If prepended with "add:" then add it to the db, eg "!quote add: drivers: I only work here because of pmxbot!". Delete an individual quote by prepending "del:" and passing a search matching exactly one query.
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lookup, num = self.split_num(lookup) if num: result = self.find_matches(lookup)[num - 1] else: result, = self.find_matches(lookup) self.db.delete_one(result)
def delete(self, lookup)
If exactly one quote matches, delete it. Otherwise, raise a ValueError.
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indices = [] if index is None: return indices for atom in index.split(","): atom = atom.strip() if not atom: continue if ( (atom.startswith("'") and atom.endswith("'")) or (atom.startswith('"') and atom.endswith('"')) ): ...
def parse_index(index, items)
Return a list of 0-based index numbers from a (1-based) `index` str. * A single item index, like `[3]`. Negative indices count backward from the bottom; that is, the bottom-most item in a 3-item stack can be identified by `[3]` or `[-1]`. * A slice, shorthand for the entire inclusive range between ...
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'Manage short lists in pmxbot. See !stack help for more info' atoms = [atom.strip() for atom in rest.split(' ', 1) if atom.strip()] if len(atoms) == 0: subcommand = "show" rest = "" elif len(atoms) == 1: subcommand = atoms[0] rest = "" else: subcommand, rest =...
def stack(nick, rest)
Manage short lists in pmxbot. See !stack help for more info
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if not pmxbot.config.get('use_ssl', False): return lambda x: x return importlib.import_module('ssl').wrap_socket
def _get_wrapper()
Get a socket wrapper based on SSL config.
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r is_action, msg = self.action_pattern.match(msg).groups() func = self._conn.action if is_action else self._conn.privmsg try: func(channel, msg) return msg except irc.client.MessageTooLong: # some msgs will fail because they're too long log.warning("Long message could not be transmitted: %s", msg)...
def transmit(self, channel, msg)
r""" Transmit the message (or action) and return what was transmitted. >>> ap = LoggingCommandBot.action_pattern >>> ap.match('foo').groups() (None, 'foo') >>> ap.match('foo\nbar\n').group(2) 'foo\nbar\n' >>> is_action, msg = ap.match('/me is feeling fine today').groups() >>> bool(is_action) True ...
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if 'status' in self._response.keys(): if (self._response['status'] is not None) and ('code' in self._response['status'].keys()) and (self._response['status']['code'] is not None): return self._response['status']['code'] else: return None ...
def getStatusCode(self)
Returns the code of the status or None if it does not exist :return: Status code of the response
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if 'status' in self._response.keys(): if (self._response['status'] is not None) and ('msg' in self._response['status'].keys()) and (self._response['status']['msg'] is not None): return self._response['status']['msg'] else: return ''
def getStatusMsg(self)
Returns the message of the status or an empty string if it does not exist :return: Status message of the response
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if 'status' in self._response.keys(): if (self._response['status'] is not None) and ('credits' in self._response['status'].keys()): if self._response['status']['credits'] is not None: return self._response['status']['credits'] else: ...
def getConsumedCredits(self)
Returns the credit consumed by the request made :return: String with the number of credits consumed
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if 'status' in self._response.keys(): if (self._response['status'] is not None) and ('remaining_credits' in self._response['status'].keys()): if self._response['status']['remaining_credits'] is not None: return self._response['status']['remaining_credits...
def getRemainingCredits(self)
Returns the remaining credits for the license key used after the request was made :return: String with remaining credits
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results = self._response.copy() if 'status' in self._response.keys(): if results['status'] is not None: del results['status'] return results else: return None
def getResults(self)
Returns the results from the API without the status of the request :return: Dictionary with the results
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forces = [] for f in self.service.request('GET', 'forces'): forces.append(Force(self, id=f['id'], name=f['name'])) return forces
def get_forces(self)
Get a list of all police forces. Uses the forces_ API call. .. _forces: https://data.police.uk/docs/method/forces/ :rtype: list :return: A list of :class:`forces.Force` objects (one for each police force represented in the API)
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if not isinstance(force, Force): force = Force(self, id=force) neighbourhoods = [] for n in self.service.request('GET', '%s/neighbourhoods' % force.id): neighbourhoods.append( Neighbourhood(self, force=force, id=n['id'], name=n['name'])) ...
def get_neighbourhoods(self, force)
Get a list of all neighbourhoods for a force. Uses the neighbourhoods_ API call. .. _neighbourhoods: https://data.police.uk/docs/method/neighbourhoods/ :param force: The force to get neighbourhoods for (either by ID or :class:`forces.Force` object) :type force: st...
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if not isinstance(force, Force): force = Force(self, id=force, **attrs) return Neighbourhood(self, force=force, id=id, **attrs)
def get_neighbourhood(self, force, id, **attrs)
Get a specific neighbourhood. Uses the neighbourhood_ API call. .. _neighbourhood: https://data.police.uk/docs/method/neighbourhood/ :param force: The force within which the neighbourhood resides (either by ID or :class:`forces.Force` object) :type force: str or Force ...
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method = 'locate-neighbourhood' q = '%s,%s' % (lat, lng) try: result = self.service.request('GET', method, q=q) return self.get_neighbourhood(result['force'], result['neighbourhood']) except APIError: ...
def locate_neighbourhood(self, lat, lng)
Find a neighbourhood by location. Uses the locate-neighbourhood_ API call. .. _locate-neighbourhood: https://data.police.uk/docs/method/neighbourhood-locate/ :param lat: The latitude of the location. :type lat: float or str :param lng: The longitude of the location....
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return sorted(self._get_crime_categories(date=date).values(), key=lambda c: c.name)
def get_crime_categories(self, date=None)
Get a list of crime categories, valid for a particular date. Uses the crime-categories_ API call. .. _crime-categories: https://data.police.uk/docs/method/crime-categories/ :rtype: list :param date: The date of the crime categories to get. :type date: str or None ...
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try: return self._get_crime_categories(date=date)[id] except KeyError: raise InvalidCategoryException( 'Category %s not found for %s' % (id, date))
def get_crime_category(self, id, date=None)
Get a particular crime category by ID, valid at a particular date. Uses the crime-categories_ API call. :rtype: CrimeCategory :param str id: The ID of the crime category to get. :param date: The date that the given crime category is valid for (the latest date is use...
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0.884565
method = 'outcomes-for-crime/%s' % persistent_id response = self.service.request('GET', method) crime = Crime(self, data=response['crime']) crime._outcomes = [] outcomes = response['outcomes'] if outcomes is not None: for o in outcomes: ...
def get_crime(self, persistent_id)
Get a particular crime by persistent ID. Uses the outcomes-for-crime_ API call. .. _outcomes-for-crime: https://data.police.uk/docs/method/outcomes-for-crime/ :rtype: Crime :param str persistent_id: The persistent ID of the crime to get. :return: The ``Crime`` with ...
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if isinstance(category, CrimeCategory): category = category.id method = 'crimes-street/%s' % (category or 'all-crime') kwargs = { 'lat': lat, 'lng': lng, } crimes = [] if date is not None: kwargs['date'] = date ...
def get_crimes_point(self, lat, lng, date=None, category=None)
Get crimes within a 1-mile radius of a location. Uses the crime-street_ API call. .. _crime-street: https//data.police.uk/docs/method/crime-street/ :rtype: list :param lat: The latitude of the location. :type lat: float or str :param lng: The longitude of the location. ...
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if isinstance(category, CrimeCategory): category = category.id method = 'crimes-street/%s' % (category or 'all-crime') kwargs = { 'poly': encode_polygon(points), } crimes = [] if date is not None: kwargs['date'] = date ...
def get_crimes_area(self, points, date=None, category=None)
Get crimes within a custom area. Uses the crime-street_ API call. .. _crime-street: https//data.police.uk/docs/method/crime-street/ :rtype: list :param list points: A ``list`` of ``(lat, lng)`` tuples. :param date: The month in which the crimes were reported in the format ...
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kwargs = { 'location_id': location_id, } crimes = [] if date is not None: kwargs['date'] = date for c in self.service.request('GET', 'crimes-at-location', **kwargs): crimes.append(Crime(self, data=c)) return crimes
def get_crimes_location(self, location_id, date=None)
Get crimes at a particular snap-point location. Uses the crimes-at-location_ API call. .. _crimes-at-location: https://data.police.uk/docs/method/crimes-at-location/ :rtype: list :param int location_id: The ID of the location to get crimes for. :param date: The mont...
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if not isinstance(force, Force): force = Force(self, id=force) if isinstance(category, CrimeCategory): category = category.id kwargs = { 'force': force.id, 'category': category or 'all-crime', } crimes = [] if da...
def get_crimes_no_location(self, force, date=None, category=None)
Get crimes with no location for a force. Uses the crimes-no-location_ API call. .. _crimes-no-location: https://data.police.uk/docs/method/crimes-no-location/ :rtype: list :param force: The force to get no-location crimes for. :type force: str or Force :para...
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scoreTagToString = "" if scoreTag == "P+": scoreTagToString = 'strong positive' elif scoreTag == "P": scoreTagToString = 'positive' elif scoreTag == "NEU": scoreTagToString = 'neutral' elif scoreTag == "N": scoreTagToStrin...
def scoreTagToString(self, scoreTag)
:param scoreTag: :return:
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env = RetroWrapper.retro_make_func(game, **kwargs) # Sit around on the queue, waiting for calls from RetroWrapper while True: attr, args, kwargs = rx.get() # First, handle special case where the wrapper is asking if attr is callable. # In this case, we actually have RetroWrapp...
def _retrocom(rx, tx, game, kwargs)
This function is the target for RetroWrapper's internal process and does all the work of communicating with the environment.
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self._tx.put((RetroWrapper.symbol, attr, {})) return self._rx.get()
def _ask_if_attr_is_callable(self, attr)
Returns whether or not the attribute is a callable.
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if "_tx" in self.__dict__ and "_proc" in self.__dict__: self._tx.put(("close", (), {})) self._proc.join()
def close(self)
Shutdown the environment.
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if not paramName: raise ValueError('paramName cannot be empty') self._params[paramName] = paramValue
def addParam(self, paramName, paramValue)
Add a parameter to the request :param paramName: Name of the parameter :param paramValue: Value of the parameter
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if type_ in [self.CONTENT_TYPE_TXT, self.CONTENT_TYPE_URL, self.CONTENT_TYPE_FILE]: if type_ == self.CONTENT_TYPE_FILE: self._file = {} self._file = {'doc': open(value, 'rb')} else: self.addParam(type_, value)
def setContent(self, type_, value)
Sets the content that's going to be sent to analyze according to its type :param type_: Type of the content (text, file or url) :param value: Value of the content
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self.addParam('src', 'mc-python') params = urlencode(self._params) url = self._url if 'doc' in self._file.keys(): headers = {} if (extraHeaders is not None) and (extraHeaders is dict): headers = headers.update(extraHeaders) ...
def sendRequest(self, extraHeaders="")
Sends a request to the URL specified and returns a response only if the HTTP code returned is OK :param extraHeaders: Allows to configure additional headers in the request :return: Response object set to None if there is an error
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leaves = self._getTreeLeaves() lemmas = {} for leaf in leaves: analyses = [] if 'analysis_list' in leaf.keys(): for analysis in leaf['analysis_list']: analyses.append({ 'lemma': analysis['lemma'], ...
def getLemmatization(self, fullPOSTag=False)
This function obtains the lemmas and PoS for the text sent :param fullPOSTag: Set to true to obtain the complete PoS tag :return: Dictionary of tokens from the syntactic tree with their lemmas and PoS
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lastNode = "" if type_ and (type(type_) is not list) and (type(type_) is not dict): aType = type_.split('>') lastNode = aType[len(aType) - 1] return lastNode
def getTypeLastNode(self, type_)
Obtains the last node or leaf of the type specified :param type_: Type we want to analize (sementity, semtheme) :return: Last node of the type
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if state == KazooState.CONNECTED: self.__online = True if not self.__connected: self.__connected = True self._logger.info("Connected to ZooKeeper") self._queue.enqueue(self.on_first_connection) else: sel...
def __conn_listener(self, state)
Connection event listener :param state: The new connection state
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self.__stop = False self._queue.start() self._zk.start()
def start(self)
Starts the connection
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self.__stop = True self._queue.stop() self._zk.stop()
def stop(self)
Stops the connection
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if path.startswith(self.__prefix): return path return "{}{}".format(self.__prefix, path)
def __path(self, path)
Adds the prefix to the given path :param path: Z-Path :return: Prefixed Z-Path
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return self._zk.create( self.__path(path), data, ephemeral=ephemeral, sequence=sequence )
def create(self, path, data, ephemeral=False, sequence=False)
Creates a ZooKeeper node :param path: Z-Path :param data: Node Content :param ephemeral: Ephemeral flag :param sequence: Sequential flag
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return self._zk.get(self.__path(path), watch=watch)
def get(self, path, watch=None)
Gets the content of a ZooKeeper node :param path: Z-Path :param watch: Watch method
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return self._zk.get_children(self.__path(path), watch=watch)
def get_children(self, path, watch=None)
Gets the list of children of a node :param path: Z-Path :param watch: Watch method
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return self._zk.set(self.__path(path), data)
def set(self, path, data)
Sets the content of a ZooKeeper node :param path: Z-Path :param data: New content
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# type: (BundleContext) -> Optional[Tuple[ServiceReference, Any]] # Look after the service ref = bundle_context.get_service_reference(SERVICE_IPOPO) if ref is None: return None try: # Get it svc = bundle_context.get_service(ref) except BundleException: # Ser...
def get_ipopo_svc_ref(bundle_context)
Retrieves a tuple containing the service reference to iPOPO and the service itself :param bundle_context: The calling bundle context :return: The reference to the iPOPO service and the service itself, None if not available
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# type: (BundleContext) -> Any # Get the service and its reference ref_svc = get_ipopo_svc_ref(bundle_context) if ref_svc is None: raise BundleException("No iPOPO service available") try: # Give the service yield ref_svc[1] finally: try: # Releas...
def use_ipopo(bundle_context)
Utility context to use the iPOPO service safely in a "with" block. It looks after the the iPOPO service and releases its reference when exiting the context. :param bundle_context: The calling bundle context :return: The iPOPO service :raise BundleException: Service not found
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# type: (BundleContext) -> Any # Get the service and its reference ref = bundle_context.get_service_reference(SERVICE_IPOPO_WAITING_LIST) if ref is None: raise BundleException("No iPOPO waiting list service available") try: # Give the service yield bundle_context.get_se...
def use_waiting_list(bundle_context)
Utility context to use the iPOPO waiting list safely in a "with" block. It looks after the the iPOPO waiting list service and releases its reference when exiting the context. :param bundle_context: The calling bundle context :return: The iPOPO waiting list service :raise BundleException: Service no...
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# It's not a standard type, so it needs __jsonclass__ module_name = inspect.getmodule(obj).__name__ json_class = obj.__class__.__name__ if module_name not in ("", "__main__"): json_class = "{0}.{1}".format(module_name, json_class) return [json_class, []]
def _compute_jsonclass(obj)
Compute the content of the __jsonclass__ field for the given object :param obj: An object :return: The content of the __jsonclass__ field
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module_ = inspect.getmodule(obj) if module_ in (None, builtins): return True return module_.__name__ in ("", "__main__")
def _is_builtin(obj)
Checks if the type of the given object is a built-in one or not :param obj: An object :return: True if the object is of a built-in type
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if not java_class: return False return ( JAVA_MAPS_PATTERN.match(java_class) is not None or JAVA_LISTS_PATTERN.match(java_class) is not None or JAVA_SETS_PATTERN.match(java_class) is not None )
def _is_converted_class(java_class)
Checks if the given Java class is one we *might* have set up
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# None ? if value is None: return None # Map ? elif isinstance(value, dict): if JAVA_CLASS in value or JSON_CLASS in value: if not _is_converted_class(value.get(JAVA_CLASS)): # Bean representation converted_result = {} fo...
def to_jabsorb(value)
Adds information for Jabsorb, if needed. Converts maps and lists to a jabsorb form. Keeps tuples as is, to let them be considered as arrays. :param value: A Python result to send to Jabsorb :return: The result in a Jabsorb map format (not a JSON object)
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if isinstance(request, (tuple, set, frozenset)): # Special case : JSON arrays (Python lists) return type(request)(from_jabsorb(element) for element in request) elif isinstance(request, list): # Check if we were a list or a tuple if seems_raw: return list(from_ja...
def from_jabsorb(request, seems_raw=False)
Transforms a jabsorb request into a more Python data model (converts maps and lists) :param request: Data coming from Jabsorb :param seems_raw: Set it to True if the given data seems to already have been parsed (no Java class hint). If True, the lists will be kep...
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# type: () -> Requirement return Requirement( self.specification, self.aggregate, self.optional, self.__original_filter, self.immediate_rebind, )
def copy(self)
Returns a copy of this instance :return: A copy of this instance
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if props_filter is not None and not ( is_string(props_filter) or isinstance( props_filter, (ldapfilter.LDAPFilter, ldapfilter.LDAPCriteria) ) ): # Unknown type raise TypeError( "Invalid filter type {0}"....
def set_filter(self, props_filter)
Changes the current filter for the given one :param props_filter: The new requirement filter on service properties :raise TypeError: Unknown filter type
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if isinstance(data, dict): # Copy dictionary values return {key: self._deepcopy(value) for key, value in data.items()} elif isinstance(data, (list, tuple, set, frozenset)): # Copy sequence types values return type(data)(self._deepcopy(value) for v...
def _deepcopy(self, data)
Deep copies the given object :param data: Data to copy :return: A copy of the data, if supported, else the data itself
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# type: (bool) -> FactoryContext # Create a new factory context and duplicate its values new_context = FactoryContext() for field in self.__slots__: if not field.startswith("_"): setattr( new_context, field, self._deepcopy(getattr(...
def copy(self, inheritance=False)
Returns a deep copy of the current FactoryContext instance :param inheritance: If True, current handlers configurations are stored as inherited ones
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# type: (Iterable[str]) -> None if not excluded_handlers: excluded_handlers = tuple() for handler, configuration in self.__inherited_configuration.items(): if handler in excluded_handlers: # Excluded handler continue ...
def inherit_handlers(self, excluded_handlers)
Merges the inherited configuration with the current ones :param excluded_handlers: Excluded handlers
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# type: (str, dict) -> None if name in self.__instances: raise NameError(name) # Store properties "as-is" self.__instances[name] = properties
def add_instance(self, name, properties)
Stores the description of a component instance. The given properties are stored as is. :param name: Instance name :param properties: Instance properties :raise NameError: Already known instance name
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# type: (str, str) -> Optional[Tuple[Callable, bool]] try: return self.factory_context.field_callbacks[field][event] except KeyError: return None
def get_field_callback(self, field, event)
Retrieves the registered method for the given event. Returns None if not found :param field: Name of the dependency field :param event: A component life cycle event :return: A 2-tuple containing the callback associated to the given event and flag indicating if the callb...
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# type: () -> dict # Copy properties result = self.__hidden_properties.copy() # Destroy the field self.__hidden_properties.clear() del self.__hidden_properties return result
def grab_hidden_properties(self)
A one-shot access to hidden properties (the field is then destroyed) :return: A copy of the hidden properties dictionary on the first call :raise AttributeError: On any call after the first one
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# Local variable, to avoid messing with "self" stored_instance = self._ipopo_instance # Choose public or hidden properties # and select the method to call to notify about the property update if public_properties: properties = stored_instance.context.properti...
def _field_property_generator(self, public_properties)
Generates the methods called by the injected class properties :param public_properties: If True, create a public property accessor, else an hidden property accessor :return: getter and setter methods
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if public_properties: prefix = ipopo_constants.IPOPO_PROPERTY_PREFIX else: prefix = ipopo_constants.IPOPO_HIDDEN_PROPERTY_PREFIX return ( "{0}{1}".format(prefix, ipopo_constants.IPOPO_GETTER_SUFFIX), "{0}{1}".format(prefix, ipopo_constant...
def get_methods_names(public_properties)
Generates the names of the fields where to inject the getter and setter methods :param public_properties: If True, returns the names of public property accessors, else of hidden property ones :return: getter and a setter field names
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