def test_qualified_re_split(self):
self.assertEqual(re.split(":", ":a:b::c", 2), ['', 'a', 'b::c'])
self.assertEqual(re.split(':', 'a:b:c:d', 2), ['a', 'b', 'c:d'])
self.assertEqual(re.split("(:)", ":a:b::c", 2),
['', ':', 'a', ':', 'b::c'])
self.assertEqual(re.split("(:*)", ":a:b::c", 2),
['', ':', 'a', ':', 'b::c'])
def test_qualified_re_split(self):
self.assertEqual(re.split(":", ":a:b::c", 2), ['', 'a', 'b::c'])
self.assertEqual(re.split(':', 'a:b:c:d', 2), ['a', 'b', 'c:d'])
self.assertEqual(re.split("(:)", ":a:b::c", 2),
['', ':', 'a', ':', 'b::c'])
self.assertEqual(re.split("(:*)", ":a:b::c", 2),
['', ':', 'a', ':', 'b::c'])
def toNumber(self, lang, s):
if lang == "en":
try:
if s[-1] in ["a", "b"]:
amud = s[-1]
daf = int(s[:-1])
else:
amud = "a"
daf = int(s)
except ValueError:
raise InputError(u"Couldn't parse Talmud reference: {}".format(s))
if self.length and daf > self.length:
#todo: Catch this above and put the book name on it. Proably change Exception type.
raise InputError(u"{} exceeds max of {} dafs.".format(daf, self.length))
indx = daf * 2
if amud == "a":
indx -= 1
return indx
elif lang == "he":
num = re.split("[.:,\s]", s)[0]
daf = decode_hebrew_numeral(num) * 2
if s[-1] == ":" or (
s[-1] == u"\u05d1" #bet
and
((len(s) > 2 and s[-2] in ", ") # simple bet
or (len(s) > 4 and s[-3] == u'\u05e2') # ayin"bet
or (len(s) > 5 and s[-4] == u"\u05e2") # ayin''bet
)
):
return daf # amud B
return daf - 1
def add_to_whitelist(logins):
logins = re.split(r'[\s@,]+', logins.strip(' \t@'))
added = []
already = []
denied = []
not_found = []
for login in logins:
try:
if users.add_to_whitelist(login):
added.append(login)
else:
already.append(login)
except SubscribeError:
denied.append(login)
except UserNotFound:
not_found.append(login)
except AlreadySubscribed:
already.append(login)
return xmpp_template('wl_updated',
added=added,
already=already,
denied=denied,
not_found=not_found)
def pipe(self, key, value):
doc = value
for i, elm in enumerate(doc.content_html.elements):
build_blobs(elm, doc, [i])
for blob in doc.blobs:
tokenized = nltk.word_tokenize(blob.text)
pos_tagged = ((t, convert_pos(p))
for t, p in nltk.pos_tag(tokenized))
pos_filtered = ((t, p) for t, p in pos_tagged
if p in self.pos_tags)
lemmatized = (self.wordnet.lemmatize(t, convert_pos(p))
for t, p in pos_filtered)
normalized = (t.lower() for s in lemmatized
for t in re2.split(r"\W+", s) if t)
enumerated = ((i, t) for i, t in enumerate(normalized)
if not t.isdigit())
filtered = ((i, t) for i, t in enumerated
if t not in self.stopwords)
for index, text in filtered:
blob.words.add(index=index, text=text)
if not self.debug:
doc.ClearField("raw_html")
doc.ClearField("parsed_html")
doc.ClearField("content_html")
yield key, doc
def add_post():
text = env.request.args('text', '').strip()
tags = env.request.args('tags', '').strip(' \t*,;')
if isinstance(tags, str):
tags = tags.decode('utf-8')
tags = [t.replace(u"\xa0", " ") for t in re.split(r'\s*[,;*]\s*', tags)]
private = bool(env.request.args('private'))
m = re.search(r'^\s*(?P<to>(?:@[a-z0-9_-]+[,\s]*)+)', text)
to = parse_logins(m.group('to')) if m else []
files = _files([])
sess = Session()
sess['clear_post_input'] = True
sess.save()
try:
id = posts.add_post(text, tags=tags, to=to, private=private, files=files)
except PostTextError:
return render('/post-error.html')
return Response(redirect='%s://%s.%s/%s' % \
(env.request.protocol,
env.user.login, settings.domain, id))
def findRelations(sentence, relex):
''' iterate through words in a sentence and extract all relations '''
relations = set()
for word in filter(None, re.split('[ ,.]', sentence)):
if word in relex:
relations.add(word)
return relations
def calculateManaPerms(manaCost):
"""Calculate the possible mana permutations of cards.
Used for hybrid cards when comparing mana costs)
Input: Mana Cost of Card as a string (i.e {4}{U/G}{R/G})
Output: Array of unique different mana cost combinations (i.e [4UR, 4UG, 4GR, 4GG])
"""
manacost_permutes = []
manacost_statics = []
totalmanaoptions = []
manacost_split = re.split("\{(.*?)\}+?", manaCost)
for manaitem in manacost_split:
if manaitem != '':
if "/" in manaitem:
manacost_permutes.append(manaitem.replace("/", ""))
else:
manacost_statics.append(manaitem)
if manacost_permutes == []:
totalmanaoptions.append("".join(manacost_statics))
else:
for x in product(*manacost_permutes):
v = "".join(manacost_statics) + "".join(x)
totalmanaoptions.append(''.join(sorted(v)))
return dedupe(totalmanaoptions)
def add_post():
text = env.request.args('text', '').strip()
tags = env.request.args('tags', '').strip(' \t*,;')
if isinstance(tags, str):
tags = tags.decode('utf-8')
tags = [t.replace(u"\xa0", " ") for t in re.split(r'\s*[,;*]\s*', tags)]
private = bool(env.request.args('private'))
m = re.search(r'^\s*(?P<to>(?:@[a-z0-9_-]+[,\s]*)+)', text)
to = parse_logins(m.group('to')) if m else []
files = _files([])
try:
id = posts.add_post(text,
tags=tags,
to=to,
private=private,
files=files)
except PostTextError:
return render('/post-error.html')
return Response(redirect='%s://%s.%s/%s' % \
(env.request.protocol,
env.user.login, settings.domain, id))
def findRelations(sentence, relex):
''' iterate through words in a sentence and extract all relations '''
relations = set()
for word in filter(None, re.split('[ ,.]', sentence)):
if word in relex:
relations.add(word)
return relations
def toNumber(self, lang, s):
if lang == "en":
try:
if s[-1] in ["a", "b"]:
amud = s[-1]
daf = int(s[:-1])
else:
amud = "a"
daf = int(s)
except ValueError:
raise InputError(
u"Couldn't parse Talmud reference: {}".format(s))
if self.length and daf > self.length:
#todo: Catch this above and put the book name on it. Proably change Exception type.
raise InputError(u"{} exceeds max of {} dafs.".format(
daf, self.length))
indx = daf * 2
if amud == "a":
indx -= 1
return indx
elif lang == "he":
num = re.split("[.:,\s]", s)[0]
daf = decode_hebrew_numeral(num) * 2
if s[-1] == ":" or (
s[-1] == u"\u05d1" #bet
and ((len(s) > 2 and s[-2] in ", ") # simple bet
or (len(s) > 4 and s[-3] == u'\u05e2') # ayin"bet
or (len(s) > 5 and s[-4] == u"\u05e2") # ayin''bet
)):
return daf # amud B
return daf - 1
def get_word_counts(string):
out = {}
for word in re2.split(r"\W", string):
if word in out:
out[word] += 1
else:
out[word] = 1
return out
def isReference(sentence, authors):
''' checks if a sentence is a reference - use a hashed author database to check each word'''
score = 0
for word in re.split('[ ,;]', sentence):
if word in authors:
score += 1
if score > 3:
return True
return False
def isReference(sentence, authors):
''' checks if a sentence is a reference - use a hashed author database to check each word'''
score = 0
for word in re.split('[ ,;]', sentence):
if word in authors:
score += 1
if score > 3:
return True
return False
def diff_ratio(str1, str2):
if not isinstance(str1, unicode):
str1 = str1.decode('utf-8')
str1 = ' '.join(re.split(r'[\s\.]+', str1)).lower()
if not isinstance(str2, unicode):
str2 = str2.decode('utf-8')
str2 = ' '.join(re.split(r'[\s\.]+', str2)).lower()
d = distance(str1, str2)
if d <= 1:
return True
if settings.edit_distance > 0 and d > settings.edit_distance:
return False
r = ratio(str1, str2)
if r < settings.edit_ratio:
return False
return True
def diff_ratio(str1, str2):
if not isinstance(str1, unicode):
str1 = str1.decode("utf-8")
str1 = " ".join(re.split(r"[\s\.]+", str1)).lower()
if not isinstance(str2, unicode):
str2 = str2.decode("utf-8")
str2 = " ".join(re.split(r"[\s\.]+", str2)).lower()
d = distance(str1, str2)
if d <= 1:
return True
if settings.edit_distance > 0 and d > settings.edit_distance:
return False
r = ratio(str1, str2)
if r < settings.edit_ratio:
return False
return True
def test_re_split(self):
self.assertEqual(re.split(":", ":a:b::c"), ['', 'a', 'b', '', 'c'])
self.assertEqual(re.split(":*", ":a:b::c"), ['', 'a', 'b', 'c'])
self.assertEqual(re.split("(:*)", ":a:b::c"),
['', ':', 'a', ':', 'b', '::', 'c'])
self.assertEqual(re.split("(?::*)", ":a:b::c"), ['', 'a', 'b', 'c'])
self.assertEqual(re.split("(:)*", ":a:b::c"),
['', ':', 'a', ':', 'b', ':', 'c'])
self.assertEqual(re.split("([b:]+)", ":a:b::c"),
['', ':', 'a', ':b::', 'c'])
self.assertEqual(re.split("(b)|(:+)", ":a:b::c"),
['', None, ':', 'a', None, ':', '', 'b', None, '',
None, '::', 'c'])
self.assertEqual(re.split("(?:b)|(?::+)", ":a:b::c"),
['', 'a', '', '', 'c'])
def test_re_split(self):
self.assertEqual(re.split(":", ":a:b::c"), ['', 'a', 'b', '', 'c'])
self.assertEqual(re.split(":*", ":a:b::c"), ['', 'a', 'b', 'c'])
self.assertEqual(re.split("(:*)", ":a:b::c"),
['', ':', 'a', ':', 'b', '::', 'c'])
self.assertEqual(re.split("(?::*)", ":a:b::c"), ['', 'a', 'b', 'c'])
self.assertEqual(re.split("(:)*", ":a:b::c"),
['', ':', 'a', ':', 'b', ':', 'c'])
self.assertEqual(re.split("([b:]+)", ":a:b::c"),
['', ':', 'a', ':b::', 'c'])
self.assertEqual(re.split("(b)|(:+)", ":a:b::c"), [
'', None, ':', 'a', None, ':', '', 'b', None, '', None, '::', 'c'
])
self.assertEqual(re.split("(?:b)|(?::+)", ":a:b::c"),
['', 'a', '', '', 'c'])
def save(post):
text = env.request.args('text', '').strip()
tags = env.request.args('tags', '').strip(' \t*,;')
if isinstance(tags, str):
tags = tags.decode('utf-8')
tags = [t.replace(u"\xa0", " ") for t in re.split(r'\s*[,;*]\s*', tags)]
private = bool(env.request.args('private'))
posts.edit_post(post, text=text, tags=tags, private=private, files=files)
return Response(redirect='%s://%s.%s/%s' % \
(env.request.protocol,
env.user.login, settings.domain, post.id))
def parse_tags(tags):
if tags:
tags = tags.strip(" \r\n\t*")
if isinstance(tags, str):
tags = tags.decode("utf-8")
# tags = re.findall(r'[^\s*]+', tags)
tags = filter(
None, [t.replace(u"\xa0", " ").strip()[:64] for t in uniqify(re.split(r"(?<!\\)[\*,]", tags)[:10])]
)
if not tags:
tags = None
else:
tags = []
return map(lambda t: re.sub(r"\\,", ",", t), tags)
def save(post):
text = env.request.args('text', '').strip()
tags = env.request.args('tags', '').strip(' \t*,;')
if isinstance(tags, str):
tags = tags.decode('utf-8')
tags = [t.replace(u"\xa0", " ") for t in re.split(r'\s*[,;*]\s*', tags)]
private = bool(env.request.args('private'))
posts.edit_post(post, text=text, tags=tags, private=private, files=files)
return Response(redirect='%s://%s.%s/%s' % \
(env.request.protocol,
env.user.login, settings.domain, post.id))
def parse_tags(tags):
if tags:
tags = tags.strip(' \r\n\t*')
if isinstance(tags, str):
tags = tags.decode('utf-8')
#tags = re.findall(r'[^\s*]+', tags)
tags = filter(None,
[t.replace(u"\xa0", " ").strip()[:64] for t in \
uniqify(re.split(r'(?<!\\)[\*,]', tags)[:10])])
if not tags:
tags = None
else:
tags = []
return map(lambda t: re.sub(r'\\,', ',', t), tags)
def parse_macro(macro):
opts = {}
vb_vars = {}
result = {}
cleaned = ""
strings = set()
iocs = []
macro = normalize_code(macro)
enc_func_name, enc_type = find_enc_function(macro)
if not enc_func_name:
enc_func_name, enc_type = r"xor\w+", "xor"
decrypt_func = DECRYPTORS.get(enc_type)
opts = {
"enc_func_name": enc_func_name,
"decrypt_func": decrypt_func,
"vb_vars": vb_vars
}
for line in macro.splitlines():
line = line.strip()
if line.startswith("'"):
continue
substituted = handle_techniques(line, **opts)
# Look for variable assignments
split = [
part for part in re.split(r"^(\w+)\s*=\s*", line, maxsplit=1)[1:]
if part
]
# Basic variable data find/replace.
if len(split) == 2:
name, val = split
vb_vars[name] = substituted
# Walk the deobfuscated macro and check for any IOCs
for string in substituted.splitlines():
ioc = extract_iocs(string)
if ioc:
iocs.append(ioc)
# Dedup IOCs
result = sorted(set(iocs), key=lambda p: p[0])
return result
def del_from_blacklist(logins):
logins = re.split(r'[\s@,]+', logins.strip(' \t@'))
deleted = []
not_deleted = []
not_found = []
for login in logins:
try:
if users.del_from_blacklist(login):
deleted.append(login)
else:
not_deleted.append(login)
except UserNotFound:
not_found.append(login)
return xmpp_template('bl_updated', deleted=deleted,
not_deleted=not_deleted,
not_found=not_found)
def add_to_blacklist(logins):
logins = re.split(r'[\s@,]+', logins.strip(' \t@'))
added = []
already = []
not_found = []
for login in logins:
try:
if users.add_to_blacklist(login):
added.append(login)
else:
already.append(login)
except SubscribeError:
pass
except UserNotFound:
not_found.append(login)
return xmpp_template('bl_updated', added=added, already=already,
not_found=not_found)
def del_from_blacklist(logins):
logins = re.split(r'[\s@,]+', logins.strip(' \t@'))
deleted = []
not_deleted = []
not_found = []
for login in logins:
try:
if users.del_from_blacklist(login):
deleted.append(login)
else:
not_deleted.append(login)
except UserNotFound:
not_found.append(login)
return xmpp_template('bl_updated',
deleted=deleted,
not_deleted=not_deleted,
not_found=not_found)
def parse_macro(macro):
opts = {}
vb_vars = {}
result = {}
cleaned = ""
strings = set()
iocs = []
macro = normalize_code(macro)
enc_func_name, enc_type = find_enc_function(macro)
if not enc_func_name:
enc_func_name, enc_type = r"xor\w+", "xor"
decrypt_func = DECRYPTORS.get(enc_type)
opts = {"enc_func_name": enc_func_name, "decrypt_func": decrypt_func, "vb_vars": vb_vars}
for line in macro.splitlines():
line = line.strip()
if line.startswith("'"):
continue
substituted = handle_techniques(line, **opts)
# Look for variable assignments
split = [part for part in re.split(r"^(\w+)\s*=\s*", line, maxsplit=1)[1:] if part]
# Basic variable data find/replace.
if len(split) == 2:
name, val = split
vb_vars[name] = substituted
# Walk the deobfuscated macro and check for any IOCs
for string in substituted.splitlines():
ioc = extract_iocs(string)
if ioc:
iocs.append(ioc)
# Dedup IOCs
result = sorted(set(iocs), key=lambda p: p[0])
return result
def _get_shortcut_url_map(self, pat, lines, shortcut_size):
shortcut_url_map = {}
secondary_lines = []
total_rules = 0
total_comments = 0
total_shortcuts = 0
for line in lines:
line.strip()
if line[0] == '!':
total_comments += 1
continue
total_rules += 1
url = re2.split(r'\$+', line)[0]
searches = pat.findall(url)
flag = 0
if searches:
total_shortcuts += 1
else:
secondary_lines.append(line)
continue
min_count = -1
for s in searches:
for i in xrange(len(s) - shortcut_size+1):
cur_s = s[i:i+shortcut_size]
if cur_s not in shortcut_url_map:
shortcut_url_map[cur_s] = [line]
flag = 1
break
if (min_count == -1 or
len(shortcut_url_map[cur_s]) < min_count):
min_count = len(shortcut_url_map[cur_s])
min_s = cur_s
if flag == 1:
break
if flag == 0:
shortcut_url_map[min_s].append(line)
if self.print_maps:
self._print_statistics_of_map(
shortcut_size, total_rules, total_comments,
total_shortcuts, len(secondary_lines), shortcut_url_map)
return shortcut_url_map, secondary_lines
def _generate_login(self):
name = unidecode(self.get_info('name')).lower()
if not name:
name = re.sub(r'^\w+:/+', '', self._url.lower())
name = re.sub('^\W+|\W+$', '', name)
words = re.split(r'\W+', name)
name = ''
br = False
for w in words[:]:
if not name:
_name = w
else:
_name = "%s-%s" % (name, w)
if len(_name) <= 16:
name = _name
else:
name = _name[:16]
br = True
break
if br:
try:
ri = name.rindex('-')
except ValueError:
ri = 16
if ri > 6:
name = name[:ri]
i = 0
while True:
login = '******' % (name, i or '')
try:
User('login', login)
except UserNotFound:
return login
i += 1
def _generate_login(self):
name = unidecode(self.get_info('name')).lower()
if not name:
name = re.sub(r'^\w+:/+', '', self._url.lower())
name = re.sub('^\W+|\W+$', '', name)
words = re.split(r'\W+', name)
name = ''
br = False
for w in words[:]:
if not name:
_name = w
else:
_name = "%s-%s" % (name, w)
if len(_name) <= 16:
name = _name
else:
name = _name[:16]
br = True
break
if br:
try:
ri = name.rindex('-')
except ValueError:
ri = 16
if ri > 6:
name = name[:ri]
i = 0
while True:
login = '******' % (name, i or '')
try:
User('login', login)
except UserNotFound:
return login
i += 1
def GetValues(string):
parts = (s for s in re2.split(r"\(.*\)", string) if s)
return set(Normalize(s) for part in parts for s in part.split(','))
def nl2br(environ, text):
return ''.join(['<p>%s</p>' % escape(s) for s in re.split(_nl_re, text)])
def dispatch_message(message, raw_message, channel):
"""For a message, figure out how to handle it and return the text to reply with.
INPUT: message = Message string
INPUT: channel = TRUE if message came from a main channel, FALSE if came from PM
OUTPUT: (optional: list of) tuple of (reply_message, pm_override)
OUTPUT: pm_override is TRUE if the reply should go through PM regardless
If they give us "<string> extend", assume that it's "<cardname extend>".
If they give us "<string>*", assume that it's "<cardname*>"
"""
logging.debug("Dispatching message: {} (Raw text {})".format(message, raw_message))
if message == "help":
return (help(), True)
elif message == "helpsearch":
return (helpsearch(), True)
elif message.startswith("url "):
return (url(message[4:]), False)
elif message.startswith("printsets"):
c.execute('SELECT DISTINCT(name), code, releaseDate FROM sets ORDER BY ' + ('releaseDate' if message.endswith("inorder") else 'name') + ' ASC')
message_out = ""
for name, code, date in [(x[0], x[1], x[2]) for x in c.fetchall()]:
message_out += name + " (" + code + ")" + " [" + date + "]" + "\n"
return (message_out, True)
elif message == "random":
cards = cardSearch(c, ['en:' + random.choice(allCardNames)])
if not cards:
return ("No cards found :(", False)
return (printCard(c, cards[0], quick=False, slackChannel=channel), False)
elif message.endswith("extend"):
cards = cardSearch(c, ['en:' + message[:-6].rstrip()])
if not cards:
return ("", False)
return (printCard(c, cards[0], extend=2, quick=False), True)
elif message.endswith("*"):
cards = cardSearch(c, ['n:' + message[:-1]])
if not cards:
return ("", False)
if len(cards) > 20:
return ("Too many cards to print! ({} > 20). Please narrow search".format(len(cards)), False)
if channel:
# If we've asked for some cards in a channel
if len(cards) == 1:
# One card is fine, show them
return (printCard(c, cards[0], quick=False, slackChannel=channel), False)
elif len(cards) <= 5:
# 2 - 5 cards is fine, but only show name and mana cost
return ("\n".join([printCard(c, card, quick=True, slackChannel=channel) for card in cards]), False)
else:
# > 5 is only showing name and mana cost and forced to PM
return [("{} results sent to PM".format(len(cards)), False), ("\n".join([printCard(c, card, quick=True, slackChannel=channel) for card in cards]), True)]
else:
return ("\n".join([printCard(c, card, quick=False, slackChannel=channel) for card in cards] + ["{} result/s".format(len(cards))]), False)
elif raw_message.startswith("!s ") or raw_message.startswith("!qs "):
logging.debug("Advanced Search!")
quick = False
if message == "qs":
quick = True
card_name = raw_message[4:].lower()
else:
card_name = raw_message[3:].lower()
logging.debug("Searching for {}".format(card_name))
output = []
try:
parsed_data = super_total.parseString(card_name)
logging.debug("Parsed it as: {}".format(parsed_data))
except (ParseException, ParseFatalException) as e:
return ("Unable to parse search terms\n{}".format(e), False)
last_was_s = False
for idx, x in enumerate(parsed_data.asList()):
if x in ["and", "or", "not"]:
output.append(x)
last_was_s = False
elif x == "(":
if last_was_s:
output.append("AND")
output.append("(")
last_was_s = False
elif x == ")":
output.append(")")
last_was_s = False
else:
if last_was_s:
output.append("AND")
output.append(x)
last_was_s = True
logging.debug("Advanced search final terms: {}".format(output))
cards = cardSearch(c, output)
if not cards:
return ("No cards found", False)
if len(cards) > 20:
return ("Too many cards to print! ({} > 20). Please narrow search".format(len(cards)), False)
if channel:
# If we've asked for some cards in a channel
# If they're quick, <= 10 is fine
if quick and len(cards) <= 10:
return ("\n".join([printCard(c, card, quick=quick, slackChannel=channel) for card in cards]), False)
if len(cards) <= 5:
# 1 - 5 cards is fine
return ("\n".join([printCard(c, card, quick=quick, slackChannel=channel) for card in cards]), False)
else:
# > 5 is only showing name and mana cost and forced to PM
return [("{} results sent to PM".format(len(cards)), False), ("\n".join([printCard(c, card, quick=True, slackChannel=channel) for card in cards]), True)]
else:
return ("\n".join([printCard(c, card, quick=quick, slackChannel=channel) for card in cards] + ["{} result/s".format(len(cards))]), False)
elif raw_message.startswith("!r ") or rule_regexp.match(raw_message):
logging.debug("Rules query!")
if message == "r":
message = raw_message[3:]
return (ruleSearch(all_rules, message), False)
else:
logging.debug("Trying to figure out card name")
logging.debug("Maybe we get extremely lucky")
if message in allCardNames:
logging.debug("We do!")
cards = cardSearch(c, ['en:' + message])
return (printCard(c, cards[0], quick=False, slackChannel=channel), False)
logging.debug("We don't")
# Handle !card1 !card2
# Handle !card1&!card2
# Handle Blah !card1 blah !card2
# Don't forget if it's a PM we'll have stripped the possible initial ! so let's
# use the raw message
# TODO: Do it backwards, so longest matches are better
command_list = bot_command_regex.findall(raw_message)
logging.debug("Command list: {}".format(command_list))
cards_found = []
for card in command_list:
if card in allCardNames:
logging.debug("Bailing early due to exact match")
cards_found.append('en:"%s"' % card)
continue
card_tokens = re.split(' |&', raw_message[raw_message.find(card):])
logging.debug("Tokenising: {}".format(card_tokens))
backup = []
real = False
for i in xrange(1, len(card_tokens) + 1):
card_name = " ".join(card_tokens[:i])
if card_tokens[i - 1].startswith("!"):
break
if not backup:
backup.extend([x for x in allCardNames if difflib.SequenceMatcher(None, x.split(", ")[0].lower(), card_name.lower()).ratio() >= 0.8])
real = difflib.get_close_matches(card_name, allCardNames, cutoff=0.8)
if len(real):
cards_found.append('en:"%s"' % real[0])
real = True
break
if not real:
if backup:
cards_found.append('en:"%s"' % backup[0])
logging.debug("Finally, the cards: {}".format(cards_found))
if cards_found:
terms = list(intersperse("OR", cards_found))
logging.debug("Searching for {}".format(terms))
cards = cardSearch(c, terms)
logging.debug("Found {} cards".format(len(cards)))
if len(cards) > 20:
return ("Too many cards to print! ({} > 20). Please narrow search".format(len(cards)), False)
if len(cards) <= 5:
return ("\n".join([printCard(c, card, quick=False, slackChannel=channel) for card in cards]), False)
else:
return [("{} results sent to PM".format(len(cards)), False), ("\n".join([printCard(c, card, quick=False, slackChannel=channel) for card in cards]), True)]
else:
logging.debug("I didn't understand the command")
return ("", False)
def do_command(self, e, cmd, nick, target, reply, dm):
c = self.connection
emoticontable = {
':)': '☺',
# Some lines commented out due to lack of widespread font support
# ':D': '😃',
# '^^': '😄',
# '^_^':'😄',
# ':|': '😑',
':(': '☹',
# ':/': '😕',
# ':\\':'😕',
# '-.-':'😒',
# ':P' :'😛',
# ';P' :'😜',
# 'xP' :'😝',
# ';)' :'😉',
# ':?' :'😖',
# '>:(':'😠',
# 'D:' :'😦',
# ':o' :'😯',
# ':O' :'😮',
# 'B)' :'😎'
}
for emoticon, uchar in emoticontable.items():
if re.findall('(^|\W)'+re.escape(emoticon)+'(\W|$)', cmd) and random() < 0.333:
reply('Did you mean {} (U+{:x}) with “{}”?'.format(uchar, ord(uchar), emoticon))
break
def replyopen():
if self.lastopen:
reply('Space was last marked {} by {} on {}.'.format(*self.lastopen))
else:
reply("I don't know when was the last time the space was open.")
if cmd.startswith('open'):
if '?' in cmd or '‽' in cmd:
if cmd.count('?') >= 5:
self.sendchan('afrabot: open?')
return
replyopen()
else:
if cmd.count('!') > 5:
reply('u mad bro?')
return
self.set_open(True, nick)
return
if cmd.startswith('closed'):
if '?' in cmd or '‽' in cmd:
replyopen()
else:
if cmd.count('!') > 5:
reply('u mad bro?')
return
dm('Please remember to follow the shutdown protocol.')
self.set_open(False, nick)
return
if re.match('^ *genug +pleniert[.!]{,5}$', cmd) or re.match('^plenum[?!‽.]{,5}$', cmd):
cs = self.chaossternchen
if 'genug' in cmd:
self.chaossternchen = []
reply('Plenum beendet.')
else:
reply('Aye! So far, there are {} Chaos-☆'.format(len(cs)) + ('.' if len(cs) == 0 else ':'))
for entry in enumerate(cs):
reply('Chaos-☆ {}: {}'.format(*entry))
return
csmatch = re.match('^ *(delete|remove) +chaos-?([☆★☼☀*]|sternchen) *([0-9]+)[.!]{,5}$', cmd)
if csmatch:
try:
num = int(csmatch.group(3))
del self.chaossternchen[num]
reply('Chaos-☆ {} deleted.'.format(num))
except:
reply('wut?')
return
if re.match('^help[?!‽.]*$', cmd):
helptext = """open|closed? - query whether space is open
open|closed - set space open/closed
chaos*: [foobar] - add plenum topic
delete chaos* [num] - delete plenum topic number [n]
shutdown - list things to do when closing the space
plenum - list plenum topics
... and many more, doc urgently needed. Please submit PRs on github: https://github.com/afra/afrab0t
"""
for line in helptext.splitlines():
reply(line)
return
if re.match('^shutdown[?‽]*$', cmd):
helptext = """* Fenster schließen (Beim rechten Fenster muss ein Hebel unten am Fenster betätigt werden. Bitte stellt sicher, dass beide Fenster dicht geschlossen sind.)
* Tische aufräumen und bei Bedarf kurz abwischen
* Geschirr spülen
* Kühlschrank auffüllen
* Heizung auf eine angemessene Stufe stellen (Winter: 2-3)
* Lampen, Computer, Boxen, Beamer, Kochplatte, Ofen, *Wasserkocher*, Laser abschalten
* Gucken, ob ralisi noch Geschirr abwäscht
* Müll mit runter nehmen
* Raum-, Aufgangs- und Haustür verschließen
"""
for line in helptext.splitlines():
reply(line)
return
if cmd == 'ponies?':
reply('yes please!')
return
if re.match('^ *tell +afrab[o0]t +', cmd):
reply('what is your problem?')
return
if cmd.rstrip('?') in ('where', 'location', 'wo'):
reply('AfRA e.V. is located at Herzbergstr. 55, 10365 Berlin, 2.HH/Aufgang B, 3. floor on the'
'left (Rm 3.08). Public transport: Tram M8, 21, 37 & Bus 256, N56, N50 → Herzbergstr./Siegfriedstr.'
'Door closed? Try +49-176-29769254 !')
return
if cmd.rstrip('?') in ('tel', 'telefon', 'telephone', 'phone', 'handy', 'fon'):
reply("Locked out? Wanna know what's up at AfRA? Try +49-176-29769254 !")
return
if cmd.rstrip('?!.') in ('cats', 'katzen', 'kittens', 'kätzchen'):
try:
submissions = self.reddit.get_subreddit('cats').get_hot(limit=50)
index, item = next((i,s) for i,s in enumerate(submissions) if s.url not in self.catpiccache and not s.stickied and not s.is_self)
self.catpiccache.append(item.url)
if index != 5:
reply('Got some cats for you: '+item.url)
else:
reply("Gee, you really like those cat things, don't you? You know, I could use some love, too: https://github.com/afra/afrab0t")
except StopIteration:
reply('The intertubes are empty.')
return
if cmd.rstrip('?!.') == 'catspam':
def catspam():
try:
submissions = self.reddit.get_subreddit('cats').get_hot(limit=32)
for s in submissions:
if s.url not in self.nickcatpiccache[nick] and s.url not in self.catpiccache and not s.stickied and not s.is_self:
self.nickcatpiccache[nick].append(s.url)
dm(s.url)
time.sleep(3)
except Exception as e:
log('Catspam problem:', e)
reply('The intertubes are empty.')
thr = Thread(target=catspam)
thr.start()
return
if cmd.rstrip('?!.') in ('answer', 'antworte', 'antwort'):
reply('42')
return
# ETA handling
if cmd.rstrip('?') in ('etas', 'who', 'da'):
with self.db as db:
db.execute("DELETE FROM etas WHERE timestamp < DATETIME('now', '-1 day')")
etas = ', '.join(nick+': '+eta for nick,eta in db.execute("SELECT nick, eta FROM etas").fetchall())
if etas:
reply('Current ETAs: '+etas)
else:
reply('No ETAs have been announced yet.')
return
# key handling
keycmd = re.match('key ([\w]+) to ([\w]+)( *: *.*)?', cmd)
if keycmd:
with self.db as db:
keystate, = db.execute("SELECT keystate FROM keylog ORDER BY timestamp DESC LIMIT 1").fetchone()
keystatelist = keystate.split(', ')
fromnick, tonick, comment = keycmd.groups()
if not fromnick in keystatelist:
reply('According to my information, as of now {} does not have a key. Current key'
'holders are {}.'.format(fromnick, keystate))
return
keystatelist[keystatelist.index(fromnick)] = tonick
keystate = ', '.join(keystatelist)
db.execute("INSERT INTO keylog VALUES (DATETIME('now'),?,?,?,?)", (fromnick, tonick, keystate, comment))
self.sendchan('Key transfer: {}→{}. Current key holders: {}'.format(fromnick, tonick, keystate))
return
if cmd.rstrip('?') == 'progress':
t = datetime.datetime.now().time()
p = 0
if t.hour > 6 and t.hour < 18:
p = ((t.hour-6)*3600+t.minute*60+t.second)/(3600*11)
foo = round(67*p)
bar = '='*foo
space = ' '*(67-foo)
reply('['+bar+'>'+space+'] ({:.2f}%)'.format(p*100))
return
if cmd.startswith('keystate '):
keystate = re.split('[,;/: ]*', cmd)[1:]
self.db.execute("INSERT INTO keylog VALUES (DATETIME('now'),'','',?,'')", (', '.join(keystate),))
self.sendchan('Key status set. Current key holders: {}'.format(', '.join(keystate)))
return
keylog = re.match('keylog *([0-9]*)', cmd)
if keylog:
num = max(50, int(keylog.group(1) or 8))
dm('The latest {} key log entries:'.format(num))
loglines = self.db.execute("SELECT * FROM keylog ORDER BY timestamp DESC LIMIT ?", (num,))
for timestamp, fromnick, tonick, keystate, comment in reversed(loglines):
dm('{}: {}→{}; Key holders {}; Comment: "{}"'.format(
timestamp, fromnick, tonick, keystate, comment))
dm('EOL')
return
if cmd.startswith("f**k you"):
reply('F*****g is entirely unnecessary: I can reproduce via copy-and-paste!')
return
if cmd.startswith("geh kacken"):
reply('Command "kacken" not implemented. You are welcome to submit a pull request on github at https://github.com/afra/afrab0t')
return
# fall-through
c.notice(nick, 'I don\'t know what you mean with "{}"'.format(cmd))
def get_data(files, expect_labels=True, tokenize=False, verbose=False, files_already_opened=False):
"""
load text from files, returning an instance of the Doc class
doc.frag is the first frag, and each points to the next
"""
if type(files) == type(''): files = [files]
frag_list = None
word_index = 0
frag_index = 0
curr_words = []
lower_words, non_abbrs = sbd_util.Counter(), sbd_util.Counter()
for file in files:
sys.stderr.write('reading [%s]\n' %file)
#fh = open(file)
if files_already_opened:
fh = file
else:
fh = open(file)
for line in fh:
## deal with blank lines
if (not line.strip()) and frag_list:
if not curr_words: frag.ends_seg = True
else:
frag = Frag(' '.join(curr_words))
frag.ends_seg = True
if expect_labels: frag.label = True
prev.next = frag
if tokenize:
tokens = word_tokenize.tokenize(frag.orig)
frag.tokenized = tokens
frag_index += 1
prev = frag
curr_words = []
for word in line.split():
curr_words.append(word)
if is_sbd_hyp(word):
#if True: # hypothesize all words
frag = Frag(' '.join(curr_words))
if not frag_list: frag_list = frag
else: prev.next = frag
## get label; tokenize
if expect_labels: frag.label = int('<S>' in word)
if tokenize:
tokens = word_tokenize.tokenize(frag.orig)
# BJD possible hack, but pretty sure this is needed
tmp_tokens = tokens.split()
tokens = ' '.join(tmp_tokens[:-1] + re.split(r'([.?!]+["\')\]]*)$', tmp_tokens[-1]))
else: tokens = frag.orig
tokens = re.sub('(<A>)|(<E>)|(<S>)', '', tokens)
frag.tokenized = tokens
frag_index += 1
prev = frag
curr_words = []
word_index += 1
if files_already_opened:
pass
else:
fh.close()
#fh.close()
## last frag
frag = Frag(' '.join(curr_words))
if not frag_list: frag_list = frag
else: prev.next = frag
if expect_labels: frag.label = int('<S>' in word)
if tokenize:
tokens = word_tokenize.tokenize(frag.orig)
else: tokens = frag.orig
tokens = re.sub('(<A>)|(<E>)|(<S>)', '', tokens)
frag.tokenized = tokens
frag.ends_seg = True
frag_index += 1
if verbose: sys.stderr.write(' words [%d] sbd hyps [%d]\n' %(word_index, frag_index))
## create a Doc object to hold all this information
doc = Doc(frag_list)
return doc
def _parse_response(self, response):
if response == b"":
logging.info("[SPAM ASSASSIN] Empty response")
return None
match = divider_pattern.match(response)
if not match:
logging.error("[SPAM ASSASSIN] Response error:")
logging.error(response)
return None
first_line = match.group(1)
headers = match.group(2)
body = response[match.end(0) :]
# Checking response is good
match = first_line_pattern.match(first_line)
if not match:
logging.error("[SPAM ASSASSIN] invalid response:")
logging.error(first_line)
return None
report_list = [
s.strip() for s in body.decode("utf-8", errors="ignore").strip().split("\n")
]
linebreak_num = report_list.index([s for s in report_list if "---" in s][0])
tablelists = [s for s in report_list[linebreak_num + 1 :]]
self.report_fulltext = "\n".join(report_list)
# join line when current one is only wrap of previous
tablelists_temp = []
if tablelists:
for _, tablelist in enumerate(tablelists):
if len(tablelist) > 1:
if (tablelist[0].isnumeric() or tablelist[0] == "-") and (
tablelist[1].isnumeric() or tablelist[1] == "."
):
tablelists_temp.append(tablelist)
else:
if tablelists_temp:
tablelists_temp[-1] += " " + tablelist
tablelists = tablelists_temp
# create final json
self.report_json = dict()
for tablelist in tablelists:
wordlist = re.split(r"\s+", tablelist)
try:
self.report_json[wordlist[1]] = {
"partscore": float(wordlist[0]),
"description": " ".join(wordlist[1:]),
}
except ValueError:
LOG.w("Cannot parse %s %s", wordlist[0], wordlist)
headers = (
headers.decode("utf-8")
.replace(" ", "")
.replace(":", ";")
.replace("/", ";")
.split(";")
)
self.score = float(headers[2])
def __init__(self, input_date):
self.input = input_date
self.min = None
self.max = None
self.compare = None
# possible values:
# 1. absolute date
# 2. relative date
# 3. range (relative or absolute)
# for absolute:
# parse
# create max and min
# for relative:
# create a timedelta
# subtract that from now
# no need for max and min, subtraction is precise
# for range:
# create a DateRange for each
# select max and min from both to create largest possible range
# first let's handle the range
if ".." in self.input:
self.input = self.input.split("..")
if len(self.input) != 2:
raise CommandError("Date ranges must have 2 dates.")
# if the date is a manual range, convert to a DateRange
self.max = []
self.min = []
for date in self.input:
date = DateRange(date)
self.max.append(date.max)
self.min.append(date.min)
# max and min are now both lists of possible dates
# pick max and min to yield the biggest date
# max: None is always Now
# min: None is alwyas The Beginning of Time
# for 2 absolute dates this is easy, just pick biggest diff
# for 2 relative dates, pick both of whichever is not None
# for 1:1, pick not None of relative then ->largest of absolute
# filter None from lists
self.max = [i for i in self.max if i]
self.min = [i for i in self.min if i]
# special case for 2 relative dates - both will only have max
if len(self.max) == 2 and len(self.min) == 0:
self.min = min(self.max)
self.max = max(self.max)
return
diffs = []
for i, minimum in enumerate(self.min):
for j, maximum in enumerate(self.max):
diffs.append(
{
'i': i,
'j': j,
'diff': self.min[i].diff(self.max[j]).in_seconds(),
}
)
diffs = max(diffs, key=lambda x: x['diff'])
self.max = self.max[diffs['j']]
self.min = self.min[diffs['i']]
# do other stuff
return
# strip the comparison
match = re.match(r"([>=<]{1,2})(.*)", self.input)
if match:
self.compare = match.group(1)
self.input = match.group(2)
if self.date_is_absolute():
# the date is absolute
# minimise the date
minimum = pd.datetime(*self.date.lower_strict()[:6])
minimum = minimum.set(hour=0, minute=0, second=0)
# maximise the date
maximum = pd.datetime(*self.date.upper_strict()[:6])
maximum = maximum.set(hour=23, minute=59, second=59)
if self.compare == "<":
self.max = minimum
elif self.compare == "<=":
self.max = maximum
elif self.compare == ">":
self.min = maximum
elif self.compare == ">=":
self.min = minimum
elif self.compare in ["=", None]:
# = means between maximum and minimum
self.min = minimum
self.max = maximum
else:
raise CommandError(
"Unknown operator in absolute date "
"comparison ({}).".format(self.compare)
)
elif re.match(r"([0-9]+[A-Za-z])+$", self.input):
# the date is relative
sel = [i for i in re.split(r"([0-9]+)", self.input) if i]
# sel is now a number-letter-repeat list
# convert list to dict via pairwise
sel = DateRange.reverse_pairwise(sel)
# convert all numbers to int
sel = dict([a, int(x)] for a, x in sel.items())
self.date = pd.now()
# check time units
for key in sel:
if key not in 'smhdwMy':
raise CommandError(
"'{}' isn't a valid unit of time in a relative date. "
"Valid units are s, m, h, d, w, M, and y.".format(key)
)
self.date = pd.now().subtract(
years=sel.get('y', 0),
months=sel.get('M', 0),
weeks=sel.get('w', 0),
days=sel.get('d', 0),
hours=sel.get('h', 0),
minutes=sel.get('m', 0),
seconds=sel.get('s', 0),
)
if self.compare in ["<", "<="]:
self.min = self.date
elif self.compare in [">", ">=", None]:
self.max = self.date
elif self.compare == "=":
self.max = self.date
self.min = self.date
else:
raise CommandError(
"Unknown operator in relative date "
"comparison ({}).".format(self.compare)
)
else:
raise CommandError(
"'{}' isn't a valid absolute or relative date "
"type.".format(self.input)
)
def natural_sort_key(s, _nsre=re.compile('([0-9]+)')):
return [int(text) if text.isdigit() else text.lower()
for text
in re.split(_nsre, s)]