def repairEntities(brokenText): fixedText = brokenText replacements = [(r'î','î'), (r'é','é'), (r'’','’'), (r'“','‘'), (r'”','’'), (r'¢','¢'), (r'Â’','’'), (r' & ',' & ') ] for subSearch, subReplace in replacements: fixedText = re.subn(subSearch, subReplace, fixedText)[0] return unicode(fixedText, 'utf-8')
def subfile(inputfile, findreplace):
outtext = inputfile
if inputfile is None:
return outtext
for counter, pattern_replace in enumerate(findreplace):
try:
outtext, subs = re.subn(pattern_replace[0], pattern_replace[1], outtext)
if _DEBUG and subs > 0:
print pattern_replace[0].pattern
print pattern_replace[1]
print "=" * 30
except KeyboardInterrupt:
print counter, ' substituted: ', subs
print pattern_replace[0], "||||", pattern_replace[1], outtext
return outtext
def test_re_subn(self):
self.assertEqual(re.subn("(?i)b+", "x", "bbbb BBBB"), ('x x', 2))
self.assertEqual(re.subn("b+", "x", "bbbb BBBB"), ('x BBBB', 1))
self.assertEqual(re.subn("b+", "x", "xyz"), ('xyz', 0))
self.assertEqual(re.subn("b*", "x", "xyz"), ('xxxyxzx', 4))
self.assertEqual(re.subn("b*", "x", "xyz", 2), ('xxxyz', 2))
def test_re_subn(self):
self.assertEqual(re.subn("(?i)b+", "x", "bbbb BBBB"), ('x x', 2))
self.assertEqual(re.subn("b+", "x", "bbbb BBBB"), ('x BBBB', 1))
self.assertEqual(re.subn("b+", "x", "xyz"), ('xyz', 0))
self.assertEqual(re.subn("b*", "x", "xyz"), ('xxxyxzx', 4))
self.assertEqual(re.subn("b*", "x", "xyz", 2), ('xxxyz', 2))
def classify(self):
super(ClassifiedEvent, self).classify()
# Running real_tokenize() on a rule replaces it with the name of the high-level rule.
# Instead, let's grab the contents of the rule, which will assume is an Any(), and run on each of the Any()
manual_dancer = rules.MANUAL_DANCER[grammar.STRONG]
assert isinstance(manual_dancer, grammar.Name)
assert isinstance(manual_dancer, grammar.Name)
assert len(manual_dancer.children()) == 1
assert isinstance(manual_dancer.children()[0], rules.Any)
manual_dancer_children = manual_dancer.children()[0].children()
for rule in manual_dancer_children:
self.processed_text.real_tokenize(rule)
self.processed_text.real_tokenize(keywords.GOOD_INSTANCE_OF_BAD_CLUB)
#TODO(lambert): These grab things that are good, and keep them good, so they can't be stolen by other things.
# Removing them appears to drop us from 9132 true positives down to 9108 true positives.
# Maybe we can investigate exactly what's going on, and reduce the number of real_tokenize calls needed?
self.processed_text.real_tokenize(keywords.DANCE)
self.processed_text.real_tokenize(keywords.STYLE_BREAK)
self.processed_text.real_tokenize(keywords.STYLE_ROCK)
self.processed_text.real_tokenize(keywords.STYLE_POP)
self.processed_text.real_tokenize(keywords.STYLE_LOCK)
self.processed_text.real_tokenize(keywords.STYLE_WAACK)
self.processed_text.real_tokenize(keywords.STYLE_HIPHOP)
self.processed_text.real_tokenize(keywords.STYLE_HOUSE)
self.processed_text.real_tokenize(keywords.STYLE_DANCEHALL)
self.processed_text.real_tokenize(keywords.STYLE_KRUMP)
self.processed_text.real_tokenize(keywords.STYLE_TURF)
self.processed_text.real_tokenize(keywords.STYLE_LITEFEET)
self.processed_text.real_tokenize(keywords.STYLE_FLEX)
self.processed_text.real_tokenize(keywords.STYLE_BEBOP)
self.processed_text.real_tokenize(keywords.STYLE_ALLSTYLE)
search_text = self.processed_text.get_tokenized_text()
# Or if there are bad keywords, lets see if we can find good keywords on a short line
short_lines = [
line for line in search_text.split('\n') if len(line) < 500
]
self.processed_short_lines = grammar_matcher.StringProcessor(
'\n'.join(short_lines), self.boundaries)
#if not self.processed_text.get_tokens(rules.ANY_GOOD):
# self.dance_event = False
# return
a = time.time()
b = time.time()
self.manual_dance_keywords_matches = self.processed_text.get_tokens(
rules.MANUAL_DANCE[grammar.STRONG])
self.times['manual_regex'] = time.time() - b
self.real_dance_matches = self.processed_text.get_tokens(
rules.GOOD_DANCE)
if self.processed_text.get_tokens(dance_keywords.ROMANCE):
event_matches = self.processed_text.get_tokens(
rules.EVENT_WITH_ROMANCE_EVENT)
else:
event_matches = self.processed_text.get_tokens(rules.EVENT)
club_and_event_matches = self.processed_text.get_tokens(
dance_keywords.PRACTICE, dance_keywords.PERFORMANCE,
dance_keywords.CONTEST)
self.times['all_regexes'] = time.time() - a
self.found_dance_matches = self.real_dance_matches + self.processed_text.get_tokens(
dance_keywords.EASY_DANCE, keywords.AMBIGUOUS_DANCE_MUSIC,
dance_keywords.EASY_CHOREO, keywords.HOUSE,
keywords.TOO_EASY_VOGUE,
keywords.EASY_VOGUE) + self.manual_dance_keywords_matches
self.found_event_matches = event_matches + self.processed_text.get_tokens(
keywords.EASY_EVENT, keywords.JAM) + club_and_event_matches
self.found_wrong_matches = self.processed_text.get_tokens(
all_styles.DANCE_WRONG_STYLE) + self.processed_text.get_tokens(
keywords.CLUB_ONLY)
title_wrong_style_matches = self.processed_title.get_tokens(
all_styles.DANCE_WRONG_STYLE_TITLE)
title_good_matches = self.processed_title.get_tokens(rules.ANY_GOOD)
combined_matches_string = ' '.join(self.found_dance_matches +
self.found_event_matches)
dummy, combined_matches = re.subn(r'\w+', '', combined_matches_string)
dummy, words = re.subn(r'\w+', '',
re.sub(r'\bhttp.*?\s', '', search_text))
fraction_matched = 1.0 * (combined_matches + 1) / (words + 1)
if not fraction_matched:
self.calc_inverse_keyword_density = 100
else:
self.calc_inverse_keyword_density = -math.log(fraction_matched, 2)
#print self.processed_text.count_tokens(dance_keywords.EASY_DANCE)
#print len(club_and_event_matches)
#print self.processed_text.count_tokens(all_styles.DANCE_WRONG_STYLE)
#print self.processed_text.count_tokens(keywords.CLUB_ONLY)
#strong = 0
#for line in search_text.split('\n'):
# proc_line = f(line)
# matches = proc_line.get_tokens(rules.ANY_GOOD)
# good_parts = sum(len(x) for x in matches)
# if 1.0 * good_parts / len(line) > 0.1:
# # strong!
# strong += 1
music_or_dance_keywords = self.processed_text.count_tokens(
keywords.AMBIGUOUS_DANCE_MUSIC) + self.processed_text.count_tokens(
keywords.HOUSE)
if len(self.manual_dance_keywords_matches) >= 1:
self.dance_event = 'obvious dancer or dance crew or battle'
# one critical dance keyword
elif len(self.real_dance_matches) >= 1:
self.dance_event = 'obvious dance style'
# If the title has a bad-style and no good-styles, mark it bad
elif (
title_wrong_style_matches
and not (self.processed_title.get_tokens(
keywords.AMBIGUOUS_DANCE_MUSIC)
or self.manual_dance_keywords_matches
or self.real_dance_matches)
): # these two are implied by the above, but do it here just in case future clause re-ordering occurs
self.dance_event = False
elif music_or_dance_keywords >= 1 and (
len(event_matches) +
self.processed_text.count_tokens(dance_keywords.EASY_CHOREO)
) >= 1 and self.calc_inverse_keyword_density < 5 and not (
title_wrong_style_matches and not title_good_matches):
self.dance_event = 'hiphop/funk and good event type'
# one critical event and a basic dance keyword and not a wrong-dance-style and not a generic-club
elif self.processed_text.count_tokens(
dance_keywords.EASY_DANCE) >= 1 and (
len(event_matches) + self.processed_text.count_tokens(
dance_keywords.EASY_CHOREO)
) >= 1 and not self.processed_text.count_tokens(
all_styles.DANCE_WRONG_STYLE
) and self.calc_inverse_keyword_density < 5:
self.dance_event = 'dance event thats not a bad-style'
elif self.processed_text.count_tokens(
dance_keywords.EASY_DANCE) >= 1 and len(
self.found_event_matches
) >= 1 and not self.processed_text.count_tokens(
all_styles.DANCE_WRONG_STYLE
) and self.processed_text.count_tokens(
keywords.CLUB_ONLY) == 0:
self.dance_event = 'dance show thats not a club'
elif music_or_dance_keywords >= 1 and self.processed_text.count_tokens(
dance_keywords.EASY_DANCE) >= 1:
self.dance_event = 'good music and dance keyword'
else:
self.dance_event = False
self.times['all_match'] = time.time() - a
def classify(self):
#self.language not in ['ja', 'ko', 'zh-CN', 'zh-TW', 'th']:
if cjk_detect.cjk_regex.search(self.search_text):
cjk_chars = len(cjk_detect.cjk_regex.findall(self.search_text))
if 1.0 * cjk_chars / len(self.search_text) > 0.05:
self.boundaries = regex_keywords.NO_WORD_BOUNDARIES
else:
self.boundaries = regex_keywords.WORD_BOUNDARIES
else:
self.boundaries = regex_keywords.WORD_BOUNDARIES
self.processed_text = StringProcessor(self.search_text, self.boundaries)
# This must be first, to remove the fake keywords
self.processed_text.real_tokenize(keywords.PREPROCESS_REMOVAL)
# Running real_tokenize() on a rule replaces it with the name of the high-level rule.
# Instead, let's grab the contents of the rule, which will assume is an Any(), and run on each of the Any()
manual_dancer = rules.MANUAL_DANCER[grammar.STRONG]
assert isinstance(manual_dancer, grammar.Name)
assert isinstance(manual_dancer, grammar.Name)
assert len(manual_dancer.children()) == 1
assert isinstance(manual_dancer.children()[0], rules.Any)
manual_dancer_children = manual_dancer.children()[0].children()
for rule in manual_dancer_children:
self.processed_text.real_tokenize(rule)
self.processed_text.real_tokenize(keywords.GOOD_INSTANCE_OF_BAD_CLUB)
#TODO(lambert): These grab things that are good, and keep them good, so they can't be stolen by other things.
# Removing them appears to drop us from 9132 true positives down to 9108 true positives.
# Maybe we can investigate exactly what's going on, and reduce the number of real_tokenize calls needed?
self.processed_text.real_tokenize(keywords.DANCE)
self.processed_text.real_tokenize(keywords.STYLE_BREAK)
self.processed_text.real_tokenize(keywords.STYLE_ROCK)
self.processed_text.real_tokenize(keywords.STYLE_POP)
self.processed_text.real_tokenize(keywords.STYLE_LOCK)
self.processed_text.real_tokenize(keywords.STYLE_WAACK)
self.processed_text.real_tokenize(keywords.STYLE_HIPHOP)
self.processed_text.real_tokenize(keywords.STYLE_HOUSE)
self.processed_text.real_tokenize(keywords.STYLE_DANCEHALL)
self.processed_text.real_tokenize(keywords.STYLE_KRUMP)
self.processed_text.real_tokenize(keywords.STYLE_TURF)
self.processed_text.real_tokenize(keywords.STYLE_LITEFEET)
self.processed_text.real_tokenize(keywords.STYLE_FLEX)
self.processed_text.real_tokenize(keywords.STYLE_BEBOP)
self.processed_text.real_tokenize(keywords.STYLE_ALLSTYLE)
self.final_search_text = self.processed_text.get_tokenized_text()
search_text = self.final_search_text
self.processed_title = StringProcessor(self.title, self.boundaries)
self.processed_title.real_tokenize(keywords.PREPROCESS_REMOVAL)
self.final_title = self.processed_title.get_tokenized_text()
#if not self.processed_text.get_tokens(rules.ANY_GOOD):
# self.dance_event = False
# return
a = time.time()
b = time.time()
self.manual_dance_keywords_matches = self.processed_text.get_tokens(rules.MANUAL_DANCE[grammar.STRONG])
self.times['manual_regex'] = time.time() - b
self.real_dance_matches = self.processed_text.get_tokens(rules.GOOD_DANCE)
if self.processed_text.get_tokens(keywords.ROMANCE):
event_matches = self.processed_text.get_tokens(rules.EVENT_WITH_ROMANCE_EVENT)
else:
event_matches = self.processed_text.get_tokens(rules.EVENT)
club_and_event_matches = self.processed_text.get_tokens(keywords.PRACTICE, keywords.PERFORMANCE, keywords.CONTEST)
self.times['all_regexes'] = time.time() - a
self.found_dance_matches = self.real_dance_matches + self.processed_text.get_tokens(keywords.EASY_DANCE, keywords.AMBIGUOUS_DANCE_MUSIC, keywords.EASY_CHOREO, keywords.HOUSE, keywords.TOO_EASY_VOGUE, keywords.EASY_VOGUE) + self.manual_dance_keywords_matches
self.found_event_matches = event_matches + self.processed_text.get_tokens(keywords.EASY_EVENT, keywords.JAM) + club_and_event_matches
self.found_wrong_matches = self.processed_text.get_tokens(keywords.DANCE_WRONG_STYLE) + self.processed_text.get_tokens(keywords.CLUB_ONLY)
title_wrong_style_matches = self.processed_title.get_tokens(rules.DANCE_WRONG_STYLE_TITLE)
title_good_matches = self.processed_title.get_tokens(rules.ANY_GOOD)
combined_matches_string = ' '.join(self.found_dance_matches + self.found_event_matches)
dummy, combined_matches = re.subn(r'\w+', '', combined_matches_string)
dummy, words = re.subn(r'\w+', '', re.sub(r'\bhttp.*?\s', '', search_text))
fraction_matched = 1.0 * (combined_matches + 1) / (words + 1)
if not fraction_matched:
self.calc_inverse_keyword_density = 100
else:
self.calc_inverse_keyword_density = -math.log(fraction_matched, 2)
#print self.processed_text.count_tokens(keywords.EASY_DANCE)
#print len(club_and_event_matches)
#print self.processed_text.count_tokens(keywords.DANCE_WRONG_STYLE)
#print self.processed_text.count_tokens(keywords.CLUB_ONLY)
#strong = 0
#for line in search_text.split('\n'):
# proc_line = f(line)
# matches = proc_line.get_tokens(rules.ANY_GOOD)
# good_parts = sum(len(x) for x in matches)
# if 1.0 * good_parts / len(line) > 0.1:
# # strong!
# strong += 1
if len(self.manual_dance_keywords_matches) >= 1:
self.dance_event = 'obvious dancer or dance crew or battle'
# one critical dance keyword
elif len(self.real_dance_matches) >= 1:
self.dance_event = 'obvious dance style'
# If the title has a bad-style and no good-styles, mark it bad
elif (title_wrong_style_matches and
not (
self.processed_title.get_tokens(keywords.AMBIGUOUS_DANCE_MUSIC) or
self.manual_dance_keywords_matches or
self.real_dance_matches)): # these two are implied by the above, but do it here just in case future clause re-ordering occurs
self.dance_event = False
elif self.processed_text.count_tokens(keywords.AMBIGUOUS_DANCE_MUSIC) + self.processed_text.count_tokens(keywords.HOUSE) >= 1 and (len(event_matches) + self.processed_text.count_tokens(keywords.EASY_CHOREO)) >= 1 and self.calc_inverse_keyword_density < 5 and not (title_wrong_style_matches and not title_good_matches):
self.dance_event = 'hiphop/funk and good event type'
# one critical event and a basic dance keyword and not a wrong-dance-style and not a generic-club
elif self.processed_text.count_tokens(keywords.EASY_DANCE) >= 1 and (len(event_matches) + self.processed_text.count_tokens(keywords.EASY_CHOREO)) >= 1 and not self.processed_text.count_tokens(keywords.DANCE_WRONG_STYLE) and self.calc_inverse_keyword_density < 5:
self.dance_event = 'dance event thats not a bad-style'
elif self.processed_text.count_tokens(keywords.EASY_DANCE) >= 1 and len(self.found_event_matches) >= 1 and not self.processed_text.count_tokens(keywords.DANCE_WRONG_STYLE) and self.processed_text.count_tokens(keywords.CLUB_ONLY) == 0:
self.dance_event = 'dance show thats not a club'
else:
self.dance_event = False
self.times['all_match'] = time.time() - a
