def __init__(self, node_index, geometry_handler):
self.geom_handler = geometry_handler
self.idx = node_index
super(OSMHandler, self).__init__()
self.counters = Counters()
self.mp_cache = PendingMultipolyCache()
self.receive_rels = True
def __init__(self, run, targets, masks):
self._run = run
self._targets = targets
self._masks = masks
self.__adapter_t_rc = 0
self.uses_tags = False
self.counters = Counters(self._run)
self._match_mask = self._match_mask_optimized if (run.masks[0] == 'RRRY' and run.masks[1] == 'YYYR') else self._match_mask_general
if self._match_mask != self._match_mask_optimized:
print("Warning: not using optimized mask match.")
run.apply_config_restrictions()
self.prepare()
def create_new_counter():
if request.method == 'POST':
name = request.form['name']
counter = Counters(name=name)
db.session.add(counter)
db.session.commit()
return redirect('/counters_list')
return render_template('new_counter.html')
def __init__(self, run, targets, masks):
self._run = run
self._targets = targets
self._masks = masks
self.__adapter_t_rc = 0
self.uses_tags = False
self.counters = Counters(self._run)
self._match_mask = self._match_mask_optimized if (run.masks[0] == 'RRRY' and run.masks[1] == 'YYYR') else self._match_mask_general
if self._match_mask != self._match_mask_optimized:
print("Warning: not using optimized mask match.")
run.apply_config_restrictions()
self.prepare()
def reset_counts(self):
self.counters = Counters(self._run)
class PairProcessor(object):
def __init__(self, run, targets, masks):
self._run = run
self._targets = targets
self._masks = masks
self.__adapter_t_rc = 0
self.uses_tags = False
self.counters = Counters(self._run)
self._match_mask = self._match_mask_optimized if (run.masks[0] == 'RRRY' and run.masks[1] == 'YYYR') else self._match_mask_general
if self._match_mask != self._match_mask_optimized:
print("Warning: not using optimized mask match.")
run.apply_config_restrictions()
self.prepare()
def exists(self):
return True
def reset_counts(self):
self.counters = Counters(self._run)
@property
def _adapter_t_rc(self):
if not self.__adapter_t_rc:
self.__adapter_t_rc = reverse_complement(self._run.adapter_t)
return self.__adapter_t_rc
def _match_mask_general(self, pair):
if pair.mask:
self.counters.increment_mask(pair.mask, pair.multiplicity)
return True
seq = pair.r1.original_seq
for mask in self._masks:
if mask.matches(seq):
pair.set_mask(mask)
self.counters.increment_mask(mask, pair.multiplicity)
return True
self.counters.mask_failure += pair.multiplicity
pair.failure = Failures.mask
return False
# optimized version for RRRY/YYYR
def _match_mask_optimized(self, pair):
if pair.mask:
self.counters.increment_mask(pair.mask, pair.multiplicity)
return True
mask = match_mask_optimized(pair.r1.original_seq, self._masks)
if mask:
pair.set_mask(mask)
self.counters.increment_mask(mask, pair.multiplicity)
return True
else:
self.counters.mask_failure += pair.multiplicity
pair.failure = Failures.mask
return False
def _check_indeterminate(self, pair):
if not self._run.allow_indeterminate and not pair.is_determinate():
pair.failure = Failures.indeterminate
self.counters.indeterminate += pair.multiplicity
return False
return True
def prepare(self):
raise Exception("subclasses must override")
def process_pair(self, pair):
raise Exception("subclasses must override")
def fromxml(hier_dir, root_node):
cls_id = int(root_node.get('id'))
name = str(root_node.get('name'))
idf = Counters.import_idf(path.join(hier_dir, "%d.idf" % cls_id))
trashhold = float(root_node.get('treshold'))
return DocClass(cls_id, name, idf, trashhold)
class OSMHandler(o.SimpleHandler):
@staticmethod
def run(osm_file, geometry_handler, index_type = 'sparse_mem_array'):
idx = o.index.create_map(index_type)
lh = o.NodeLocationsForWays(idx)
# lh.ignore_errors()
handler = OSMHandler(idx, geometry_handler)
relations_pass_reader = o.io.Reader(osm_file, o.osm.osm_entity_bits.RELATION)
o.apply(relations_pass_reader, lh, handler)
relations_pass_reader.close()
print('**** REL PASS COMPLETE ****')
handler.receive_rels = False # Hack for not being able to specify entity bits properly
full_pass_reader = o.io.Reader(osm_file, o.osm.osm_entity_bits.ALL)
o.apply(full_pass_reader, lh, handler)
full_pass_reader.close()
handler.geom_handler.run_complete()
return handler
def __init__(self, node_index, geometry_handler):
self.geom_handler = geometry_handler
self.idx = node_index
super(OSMHandler, self).__init__()
self.counters = Counters()
self.mp_cache = PendingMultipolyCache()
self.receive_rels = True
def area(self, a):
print('got an area:')
print(a)
def node(self, n):
nodes = self.counters.inc('nodes')
if nodes % 1000000 == 0:
print("Processed %d nodes" % nodes)
def relation(self, r):
if not self.receive_rels:
return None
self.counters.inc('rels')
if self.counters.get('rels') % 1000 == 0:
print("Processed %d rels" % self.counters.get('rels'))
if self.mp_cache.consider_rel(r):
self.counters.inc('rels.multipolygon')
def geom(self, way):
return [[n.lon, n.lat] for n in way.nodes]
def inspect_nodes(self, way):
print("Way %d has %s nodes" %(way.id, len(way.nodes)))
print(self.geom(way))
def way(self, w):
count = self.counters.inc('ways')
# if count % 10000 == 0:
# print("Processed %d ways" % count)
way = WayWrapper(w)
if not way.has_valid_geometry():
return None
if way.is_building():
self.counters.inc('building_counts.' + way.tags.get('building'))
is_multipoly_member, completed_rel = self.mp_cache.consider_way(way)
if is_multipoly_member and completed_rel:
self.geom_handler.completed_entity(completed_rel.as_dict())
self.mp_cache.remove_rel(completed_rel)
elif not is_multipoly_member and way.is_building() and way.is_polygon():
self.geom_handler.completed_entity(way.as_dict())
def reset_counts(self):
self.counters = Counters(self._run)
class PairProcessor(object):
def __init__(self, run, targets, masks):
self._run = run
self._targets = targets
self._masks = masks
self.__adapter_t_rc = 0
self.uses_tags = False
self.counters = Counters(self._run)
self._match_mask = self._match_mask_optimized if (run.masks[0] == 'RRRY' and run.masks[1] == 'YYYR') else self._match_mask_general
if self._match_mask != self._match_mask_optimized:
print("Warning: not using optimized mask match.")
run.apply_config_restrictions()
self.prepare()
def exists(self):
return True
def reset_counts(self):
self.counters = Counters(self._run)
@property
def _adapter_t_rc(self):
if not self.__adapter_t_rc:
self.__adapter_t_rc = reverse_complement(self._run.adapter_t)
return self.__adapter_t_rc
def _match_mask_general(self, pair):
if pair.mask_label:
self.counters.increment_mask(pair.mask_label, pair.multiplicity)
return True
seq = pair.r1.original_seq
for mask in self._masks:
if mask.matches(seq):
pair.set_mask(mask)
self.counters.increment_mask(pair.mask_label, pair.multiplicity)
return True
self.counters.mask_failure += pair.multiplicity
pair.failure = Failures.mask
return False
# optimized version for RRRY/YYYR
def _match_mask_optimized(self, pair):
if pair.mask_label:
self.counters.increment_mask(pair.mask_label, pair.multiplicity)
return True
mask = match_mask_optimized(pair.r1.original_seq, self._masks)
if mask:
pair.set_mask(mask)
self.counters.increment_mask(pair.mask_label, pair.multiplicity)
return True
else:
self.counters.mask_failure += pair.multiplicity
pair.failure = Failures.mask
return False
def _check_indeterminate(self, pair):
if not self._run.allow_indeterminate and not pair.is_determinate():
pair.failure = Failures.indeterminate
self.counters.indeterminate += pair.multiplicity
return False
return True
def prepare(self):
raise Exception("subclasses must override")
def process_pair(self, pair):
raise Exception("subclasses must override")
def start(self,
token,
posts_file,
group_ids,
group_names,
actions,
period,
post_every,
profanity_reply=False):
self.counters = Counters(post_every)
self.filter = Filter()
self.match = Match()
self.profanity = Profanity(ignore=not profanity_reply)
self.rate_limiters = RateLimiters(actions, period)
self.replies = Replies(posts_file)
self.sleep_wake = SleepWake()
post_every_text = ""
if post_every:
post_every_text = f"- I reply to the last message every {post_every} messages posted."
chee_text = "- I respond to messages that are just '/chee'."
stats = self.replies.getStats()
self.about_text = self.about_text.format(
actions=actions,
period=period,
post_every_text=post_every_text,
chee_text=chee_text,
stats_total=stats["total"],
stats_quotes=stats["quotes"],
stats_images=stats["images"])
#print("DEBUG: ", self.about_text) # Debugging
self.allowed_group_ids = self.getAllowedIds(group_ids)
self.allowed_group_names = self.getAllowedIds(group_names)
if self.allowed_group_ids or self.allowed_group_names:
logger.info(f"Allowed Group IDs: {self.allowed_group_ids}")
logger.info(f"Allowed Group Names: {self.allowed_group_names}")
else:
logger.info(
"No Group IDs or Group Names specified, the bot is open to ALL groups!"
)
bot = telegram.Bot(token=token)
logger.info(f"Successfully authenticated! {bot.get_me()}")
self.my_username = bot.get_me().username
self.my_id = bot.get_me().id
logger.info(f"My usernamne: {self.my_username}, My ID: {self.my_id}")
updater = Updater(token=token)
dispatcher = updater.dispatcher
#
# Catch errors
#
dispatcher.add_error_handler(self.errorHandler)
#
# We're just gonna reply to everything.
#
echo_handler = MessageHandler(Filters.all, self.echo)
dispatcher.add_handler(echo_handler)
updater.start_polling()
class CheetahBot():
counters = None
filter = None
match = None
profanity = None
rate_limiters = None
replies = None
sleep_wake = None
about_text = ""
about_text = """I am Cheetah Bot -- a cybernetic organism: living spots and fur over a metal endoskeleton.\n
My mission is to chirp at you. Add me to a Telegram group for cheetah sounds and pictures.\n
My directives are as follows:\n
{chee_text}
- I notice profanity and respond to it.
- If you @ me, I respond with cheetah pictures and noises.
- I have a quota of sending {actions} messages per {period} seconds.
{post_every_text}
- I can say {stats_total} different things, choosing from {stats_quotes} quotes and {stats_images} pictures.
@ me with 'help' to see this message again.
Made with 🙀 by Leopards.
"""
def __init__(self):
pass
#
# Our main entry point to start bot. This function will never exit.
#
def start(self,
token,
posts_file,
group_ids,
group_names,
actions,
period,
post_every,
profanity_reply=False):
self.counters = Counters(post_every)
self.filter = Filter()
self.match = Match()
self.profanity = Profanity(ignore=not profanity_reply)
self.rate_limiters = RateLimiters(actions, period)
self.replies = Replies(posts_file)
self.sleep_wake = SleepWake()
post_every_text = ""
if post_every:
post_every_text = f"- I reply to the last message every {post_every} messages posted."
chee_text = "- I respond to messages that are just '/chee'."
stats = self.replies.getStats()
self.about_text = self.about_text.format(
actions=actions,
period=period,
post_every_text=post_every_text,
chee_text=chee_text,
stats_total=stats["total"],
stats_quotes=stats["quotes"],
stats_images=stats["images"])
#print("DEBUG: ", self.about_text) # Debugging
self.allowed_group_ids = self.getAllowedIds(group_ids)
self.allowed_group_names = self.getAllowedIds(group_names)
if self.allowed_group_ids or self.allowed_group_names:
logger.info(f"Allowed Group IDs: {self.allowed_group_ids}")
logger.info(f"Allowed Group Names: {self.allowed_group_names}")
else:
logger.info(
"No Group IDs or Group Names specified, the bot is open to ALL groups!"
)
bot = telegram.Bot(token=token)
logger.info(f"Successfully authenticated! {bot.get_me()}")
self.my_username = bot.get_me().username
self.my_id = bot.get_me().id
logger.info(f"My usernamne: {self.my_username}, My ID: {self.my_id}")
updater = Updater(token=token)
dispatcher = updater.dispatcher
#
# Catch errors
#
dispatcher.add_error_handler(self.errorHandler)
#
# We're just gonna reply to everything.
#
echo_handler = MessageHandler(Filters.all, self.echo)
dispatcher.add_handler(echo_handler)
updater.start_polling()
#
# Our handler that is fired when a message comes in
#
def echo(self, update, context):
results = self.echoParseMessage(update, context)
if not results:
return (None)
(message, text, chat_id) = results[0], results[1], results[2]
try:
self.echoComposeReply(context, update, message, text, chat_id)
except telegram.error.BadRequest as e:
if "Have no rights to send a message" in str(e):
logger.warning(
f"echo(): Unable to send message to chat_id={chat_id}: {str(e)}"
)
else:
raise (e)
#
# Parse our message and figure out if we should reply.
#
def echoParseMessage(self, update, context):
# Set some defaults
reply = ""
# Filter newlines out of our message for logging and matching purposes
message = update.message
text = ""
if update.message.text:
text = update.message.text.replace("\r", " ").replace("\n", " ")
# How old is the message?
age = time.time() - message.date.timestamp()
logger.info(
f"New Message: age={age:.3f}, chat_id={update.effective_chat.id}, chat_name='{update.effective_chat.title}', text={text[0:30]}..."
)
#logger.info(f"Update: {update}") # Debugging
#logger.info(f"Message: {message}") # Debugging
#logger.info(f"Effective chat: {update.effective_chat}") # Debugging
# Bail if the message is too old, otherwise we risk spamming groups after a hiatus
if age > 10:
logger.info(f"Message is {age} > 10 seconds old, ignoring.")
return (None)
# Was this a bot add/remove?
if self.filter.messageIsIgnorable(update, message, self.my_id):
return (None)
# Was this a DM?
if self.filter.messageIsDm(update):
logger.info(
"This is a DM, talk about ourself and bail out (for now...)")
context.bot.send_message(chat_id=update.effective_chat.id,
text=self.about_text)
return (None)
#
# Bail out if we're not in an allowed group
#
chat_id = update.effective_chat.id
chat_name = update.effective_chat.title
if not self.match.doesGroupMatch(self.allowed_group_ids,
self.allowed_group_names, chat_id,
chat_name):
return (None)
return ([message, text, chat_id])
#
# Compose our reply
#
def echoComposeReply(self, context, update, message, text, chat_id):
reply = ""
message_to_me = False
if self.match.doesUserMatch(self.my_id, self.my_username,
update.message, text):
message_to_me = True
#
# Announce ourself it added to a group
#
#if self.filter.botWasAddedToGroup(update, message, self.my_id):
# logger.info(f"I was added to the chat '{chat_name}' ({chat_id}), let's say hi!")
# reply = self.about_text
#
# Get our rate limiter for this chat
#
limiter = self.rate_limiters.getRateLimiter(chat_id)
#
# Did the user ask us for help?
#
if message_to_me:
#
# Did the user ask us for help?
#
if self.filter.messageContainsHelp(text):
logger.info("User asked us for help, give it.")
reply = self.about_text
elif self.filter.messageContainsStats(text):
logger.info("User wants to know the bot stats")
reply = self.getStats(limiter)
#
# See if anyone in the chat said "/chee"
#
if self.filter.messageIsChee(text):
reply = "chee"
logger.info("String '/chee' is exact match.")
#
# I'm not thrilled about calling checkForFoulLanguage() twice, but Python
# doesn't let me do "if (value = func())" syntax like other languages do.
# Once this goes into a class, I can have the function just set a classwide value instead.
#
if self.profanity.hasFoulLanguage(update, text):
reply = self.profanity.getReply()
logger.info("Profanity detected")
#
# If the message wasn't to the bot, and we're not replying to a user, stop.
#
if not reply:
if not message_to_me:
#
# See if we should reply and do so.
#
should_post = self.counters.update(chat_id)
if should_post:
delay = 10
#delay = 1 # Debugging
threading.Timer(delay,
self.sendRandomMessageFromThread,
args=(
context.bot,
limiter,
chat_id,
)).start()
logger.info(
f"We hit our num message threshold for posting, scheduled group post in {delay} seconds..."
)
return (None)
#
# If we made it here, we're sending SOME kind of reply.
#
#
# If we already have a reply, then send it out.
# Otherwise, we have no idea what the user is talking about, so let's just
# grab a random string of text or URL.
#
if reply:
self.sendMessage(context.bot,
limiter,
chat_id,
reply=reply,
message_id=message.message_id)
else:
self.sendRandomReply(context.bot,
limiter,
chat_id,
message_id=message.message_id)
#
# Handle our errors
#
def errorHandler(self, update: object, context: CallbackContext):
error_string = str(context.error)
if "terminated by other getUpdates request" in error_string:
logger.warning(
"Looks like another instance of this bot is running. Stop doing that."
)
else:
logger.error(msg="Exception while handling an update:",
exc_info=context.error)
#
# Based on an example at
# https://github.com/python-telegram-bot/python-telegram-bot/blob/master/examples/errorhandlerbot.py#L30
#
#errors = traceback.format_exception(None, context.error, context.error.__traceback__)
#error= ''.join(errors)
#logger.info(error)
#
# Split up our comma-delimited list of IDs, and filter out empty strings.
#
def getAllowedIds(self, group_ids):
retval = [id for id in group_ids if id != ""]
return (retval)
#
# Figure out which reply function to use, get a reply, and send it off!
#
def sendRandomReply(self, bot, limiter, chat_id, message_id):
reply = self.replies.getRandomMessage()
if "url" in reply:
caption = ""
if "caption" in reply:
caption = reply["caption"]
self.sendMessage(bot,
limiter,
chat_id,
image_url=reply["url"],
caption=caption,
message_id=message_id)
elif "caption" in reply:
self.sendMessage(bot,
limiter,
chat_id,
reply=reply["caption"],
message_id=message_id)
else:
logger.warn(
f"Reply '{reply}' has neither caption not URL. Probably a blank line! I warned you at startup!"
)
#
# Send a random message to the group.
#
def sendRandomMessage(self, bot, limiter, chat_id):
reply = self.replies.getRandomMessage()
if "url" in reply:
self.sendMessage(bot,
limiter,
chat_id,
image_url=reply["url"],
caption=reply["caption"])
else:
self.sendMessage(bot, limiter, chat_id, reply=reply["caption"])
#
# Callback to send a random message from a thread, where there was a delay.
#
def sendRandomMessageFromThread(self, bot, limiter, chat_id):
self.sendRandomMessage(bot, limiter, chat_id)
#
# Return the current stats for the bot in the current channel.
#
def getStats(self, limiter):
stats = self.replies.getStats()
retval = (
f"I can send {limiter.actions} messages every {limiter.period} seconds."
+
f"I have {limiter.getQuota()-1:.1f} more messages left in my quota.\n\n"
+
f"I can say {stats['total']} different things, choosing from {stats['quotes']} quotes and {stats['images']} pictures."
)
return (retval)
#
# Send a message in a way that honors our rate limiter's quota.
# All messages are either a reply or an image.
#
def sendMessage(self,
bot,
limiter,
chat_id,
reply=None,
image_url=None,
caption=None,
message_id=None):
if self.sleep_wake.isAsleep(chat_id):
logger.info(
f"We're asleep, not sending reply to chat {chat_id}...")
return (None)
if limiter.action():
if reply:
logger.info(
f"Sending reply: {reply[0:40]}..., reply_to={message_id} quota_left={limiter.getQuota():.3f}"
)
if not message_id:
bot.send_message(chat_id=chat_id, text=reply)
else:
bot.send_message(chat_id=chat_id,
text=reply,
reply_to_message_id=message_id)
elif image_url:
newline = "\n"
if not message_id:
bot.send_photo(chat_id=chat_id,
photo=image_url,
caption=caption)
logger.info(
f"Sending image: {image_url}, caption: {caption.replace(newline, ' ')[0:20]}... quota_left={limiter.getQuota():.3f}"
)
else:
logger.info(
f"Sending image: {image_url}, caption: {caption.replace(newline, ' ')[0:20]}... reply_to={message_id} quota_left={limiter.getQuota():.3f}"
)
bot.send_photo(chat_id=chat_id,
photo=image_url,
caption=caption,
reply_to_message_id=message_id)
else:
raise Exception(
f"Not sure what to send with a message that is not a reply and doesn't have a URL"
)
#
# Let the group know that we've gone over our quota.
# Yes, this will only work with one group, even if we are listening in multiple groups.
#
if limiter.isQuotaExhausted():
self.sleep_wake.goToSleep(bot, limiter, chat_id)
else:
logger.info(
f"Not sending message, quota currently exhausted. quota_left={limiter.getQuota():.3f}"
)
def import_tfs(dirname):
return [(f, Counters.import_weights(path.join(dirname, f), weights.tf)) for f in os.listdir(dirname)]
def import_idfs(dirname):
return [Counters.import_weights(path.join(dirname, f), weights.idf) for f in os.listdir(dirname)]
from os import path
from counters import Counters
from rating import RIC
from loader import Loader
import matplotlib.pyplot as plt
import weights
sets_dir = '/home/rsuvorov/projects/dcfs/data'
white_set = 'en_var_1'
black_set = 'en_porno_1'
white_dir = path.join(sets_dir, white_set)
black_dir = path.join(sets_dir, black_set)
white_docs = Loader.import_tfs(path.join(white_dir, 'tf'))
white_idf = Counters.import_weights(path.join(white_dir, white_set + '.idf'), weights.idf)
black_docs = Loader.import_tfs(path.join(black_dir, 'tf'))
black_idf = Counters.import_weights(path.join(black_dir, black_set + '.idf'), weights.idf)
rater = RIC(black_idf, white_idf)
white_ratings = [(fname, rater(tf)) for (fname, tf) in white_docs]
black_ratings = [(fname, rater(tf)) for (fname, tf) in black_docs]
white_dat = open(path.join(white_dir, "ratings.csv"), 'w')
for (fname, r) in white_ratings:
print >> white_dat, fname, r
black_dat = open(path.join(black_dir, "ratings.csv"), 'w')
for (fname, r) in black_ratings:
print >> black_dat, fname, r
