def _get_best_match(self, company_name, df):
similar = difflib.get_close_matches(company_name,
[name for name in df.company_name])
if len(similar) and process.extract(company_name, similar)[0][1] > 80:
zoominfo_profile_name = process.extract(company_name, similar)[0][0]
for i, zoominfo_profile in df.iterrows():
if zoominfo_profile['company_name'] == zoominfo_profile_name:
return zoominfo_profile.to_dict()
return "not found"
def findSongsInMyCollection(reference_file, matched_store, toCheck):
'''
reference_file : the good-file prepared by dump_mp3_songs_info()
matched_store : json file having already mapped results
toCheck : json containing list of [{'TIT2','TALB'}] dicts
returns (found/notfound) containing ({'TIT2','TALB'},path)
path is a single result in found
and a list(empty too) in not-found
'''
with open(matched_store,'r') as fd:
matched_store_info = json.load(fd)
reference_info = load_good_file_info(reference_file)
all_reference_titles = reference_info['TIT2'].keys()
all_reference_albums = reference_info['TALB'].keys()
found = []
notfound = []
count = 0
for track in toCheck:
count += 1
title = track['TIT2']
album = track['TALB']
if album in matched_store_info:
if title in matched_store_info[album]:
print ("{}. {}, {} is already matched".format(count, title, album))
continue
title_results = process.extract(title, all_reference_titles)
albums_results = process.extract(album, all_reference_albums)
title_results = [ i[0] for i in title_results if i[1] > 80 ]
albums_results = [ i[0] for i in albums_results if i[1] > 80 ]
all_paths = collections.defaultdict(int)
for i in title_results:
for path in reference_info['TIT2'][i]:
all_paths[path] += 1
for i in albums_results:
for path in reference_info['TALB'][i]:
all_paths[path] += 1
if not all_paths:
notfound.append((track, []))
continue
max_occurance = max(all_paths.values())
max_keys = [ k for k in all_paths if all_paths[k] == max_occurance]
if len(max_keys) == 1:
print("{}. {},{} matched to {}".format(count, title, album, max_keys[0]))
found.append((track,max_keys[0]))
else:
print("{}. {},{} didn't to {}".format(count, title, album, max_keys[0]))
notfound.append((track, max_keys))
return found,notfound
def extract_matches(site_description_only, site_name_only2):
choices1 = site_description_only
choices2 = site_name_only2
#change the string to change the search criteria
extractstring = "Javorski"
print choices1
print choices2
print
print
fuzz_items1 = process.extract(extractstring, choices1, limit=2)
fuzz_items2 = process.extract(extractstring, choices2, limit=1)
print fuzz_items1[0]
print fuzz_items2[0]
def nameVars(dat, name=None, numMatch=25):
'''
Get variants on a name by Levenshtein distance.
dat = name data set
name = name string
numMatch = number of variants to return
'''
name = name[0].upper() + name[1:len(name)].lower()
names = dat.Name.unique()
ndf = process.extract(name, names, limit = numMatch)
ndf = pd.DataFrame(data = ndf, columns = ['Name', 'Sim'])
nsum = dat.groupby(['Name','Gender'])['Count'].sum()
dat = df.sort_values(['Name', 'Count'], ascending = [1, 0])
dat = dat.groupby(['Name','Gender']).first()
dat.drop('Id', axis=1, inplace=True)
dat.columns = ['max_year', 'max_year_count']
dat['total_count'] = nsum
dat.reset_index(inplace=True)
ndf = pd.merge(ndf, dat, on = 'Name', how= 'inner')
return ndf
def get(self, input_statement, statement_list, current_conversation=None):
"""
Takes a statement string and a list of statement strings.
Returns the closest matching statement from the list.
"""
# Check if the list is empty
if not statement_list:
raise EmptyDatasetException
# Get the text of each statement
text_of_all_statements = []
for statement in statement_list:
text_of_all_statements.append(statement.text)
# Check if an exact match exists
if input_statement.text in text_of_all_statements:
return input_statement
# Get the closest matching statement from the database
closest_match = process.extract(
input_statement.text,
text_of_all_statements,
limit=1
)[0][0]
return next((s for s in statement_list if s.text == closest_match), None)
def fuzzy(self, tag, threshold=80):
"""Get a tuple of existing tags that fuzzily match a given one.
Parameters
----------
tags : str or list
Tag or tags to get fuzzy matches for.
threshold : int
Lowest match score to return. Setting to 0 will return every tag,
while setting to 100 will return only exact matches.
Returns
-------
matches : tuple
Tuple of tags that match.
"""
if isinstance(tag, string_types):
tags = [tag]
else:
tags = tag
matches = []
for tag in tags:
matches += [i[0] for i in process.extract(tag, self, limit=None)
if i[1] > threshold]
return tuple(matches)
def get(self, input_statement, statement_list=None):
"""
Takes a statement string and a list of statement strings.
Returns the closest matching statement from the list.
"""
statement_list = self.get_available_statements(statement_list)
if not statement_list:
if self.has_storage_context:
# Use a randomly picked statement
return 0, self.context.storage.get_random()
else:
raise EmptyDatasetException
# Get the text of each statement
text_of_all_statements = []
for statement in statement_list:
text_of_all_statements.append(statement.text)
# Check if an exact match exists
if input_statement.text in text_of_all_statements:
return 1, input_statement
# Get the closest matching statement from the database
closest_match, confidence = process.extract(
input_statement.text,
text_of_all_statements,
limit=1
)[0]
return confidence, next(
(s for s in statement_list if s.text == closest_match), None
)
def fuzzy_dropbox(project):
directory_listing = os.listdir(dropbox_path)
dir_temp = process.extract(project,directory_listing,limit=1)
dropbox_output_directory = dir_temp[0]
dropbox_output_directory = dropbox_output_directory[0]
print 'This is the Dropbox directory name for that post share: ' + dropbox_output_directory
return dropbox_output_directory
def fuzzy_project(project):
directory_listing = os.listdir(server_directory)
dir_temp = process.extract(project,directory_listing,limit=1)
server_directory_exact = dir_temp[0]
server_directory_exact = server_directory_exact[0]
print 'This is the server directory name for that project: ' + server_directory_exact
return server_directory_exact
def speech(self, message):
responses = {
"Hello": ["Hi there!", "Hi!", "Welcome!", "Hello, {name}!"],
"Hi there": ["Hello!", "Hello, {name}!", "Hi!", "Welcome!"],
"Hi!": ["Hi there!", "Hello, {name}!", "Welcome!", "Hello!"],
"Welcome": ["Hi there!", "Hi!", "Hello!", "Hello, {name}!", ],
"How are you?": ["I'm fine!", "Status: Working...",
"I'm doing great."],
"Good bye": ["Bye, {name}!"],
"What time is it?": ["Adventure Time!", "{date} UTC"],
}
stickers = {
"adventure_time": "BQADAgADeAcAAlOx9wOjY2jpAAHq9DUC",
}
leven = process.extract(message.get("text", ""),
responses.keys(), limit=1)[0]
if leven[1] < 75:
self.send(text="I can not understand you")
else:
response = choice(responses[leven[0]]).format(
name=message['chat'].get("first_name", ""),
date=time.ctime(int(message.get("date")))
)
if response == "Adventure Time!":
self.send(sticker=stickers['adventure_time'])
else:
self.send(text=response)
def findEligibleStops(self,searchTerm):
possibleStops = []
# Number matching
if len(searchTerm) <= 4 and searchTerm.isdigit():
stopID = "0" * (4 - len(searchTerm)) + str(searchTerm)
if stopID in self.application.stopIDs:
shortAddress = self.application.stopIDs[stopID]["Description"]
possibleStops.append({"value":shortAddress,"id": stopID})
print("number exists")
else:
print("Number doesnt exist")
else:
# Fuzzy matching
fuzzySearchResults = process.extract(searchTerm, self.application.humanAddressList,limit=7)
for humanAddress in fuzzySearchResults:
stopObject = self.application.humanAddressDictionary[humanAddress[0]] # Takes the first element (second is match value)
stopID = stopObject["Stop"]
shortAddress = self.application.stopIDs[stopID]["Description"]
possibleStops.append({"value":shortAddress,"id": stopID})
if len(possibleStops) == 0:
possibleStops.append({"value":"No stops found","id": "0000"})
return possibleStops
def main():
#get file names as inputs here later
file = xlrd.open_workbook("WSnotof.xls")
sheet = file.sheets()[0]
WSnotof = sheet.col_values(2, 1)
file = xlrd.open_workbook("Catalog.xlsx")
sheet = file.sheets()[0]
WScatalog = sheet.col_values(2, 1)
new_dict = OrderedDict()
#new_dict = dict()
for ws in WSnotof:
if not ws in new_dict:
matchList = process.extract(ws, WScatalog, limit=3)
new_dict[ws] = matchList
file = Workbook()
sheet = file.add_sheet('Map')
row = 0
for short_WS, matchList in new_dict.items():
col = 1
sheet.write(row, 0, short_WS)
for match in matchList:
sheet.write(row, col, match[0])
col = col + 1
sheet.write(row, col, str(match[1]))
col = col + 1
row = row + 1
file.save('final_choices.xls')
print("Finished!")
def get_filter_link(link_choice,goal=None,min_score=None,max_limit=4,type=0):
"""
To get relevent link from list of link
"""
if min_score:
min_score = int(min_score)
else:
min_score = 60
scored_link_list = []
scored_link_list_raw = process.extract(goal,link_choice,limit=max_limit)
logger.info("Score details for goal {0} with statistics {1}. minimum score {2}".format(goal,scored_link_list_raw,min_score))
try:
if scored_link_list_raw:
for i in list(scored_link_list_raw):
link = i[0]
if int(type) != 1:
score = i[1]
if int(score) >= min_score:
scored_link_list.append(link)
logger.info("PARTIAL MATCH : Final score is {0} of url {1} for goal {2}".format(score,link,goal))
else:
score = fuzz.token_set_ratio(goal,link)
logger.info("EXACT MATCH : Final score is {0} of url {1} for goal {2}".format(score,link,goal))
if int(score) >= min_score:
scored_link_list.append(link)
except:
logger.exception("Error occure in get_filter_link() function")
return scored_link_list
def landmark_check(self):
tmp = self.item.strip()
# Name standardization:
tmp_list = re.sub('[' + string.punctuation + ']', '', tmp).split()
std = StandardName(tmp_list, False).output
# Don't match on 'the' if first word
try:
tmp = ' '.join(std[1:]) if std[0].upper() in ('THE', 'TEH') else ' '.join(std)
except:
tmp = tmp.upper()
# Fuzzy matching:
try:
first_letter = tmp[0]
except:
first_letter = ''
landmark_dict = self.list_landmarks(first_letter)
landmark_list = [x for x in landmark_dict.keys()]
results = process.extract(tmp, landmark_list, limit=3)
results = sorted(results, key=lambda r: r[1], reverse=True)
try:
results = [] if results[0][1] == results[1][1] else results
lname = results[0][0]
landmark_addresses = landmark_dict[lname]
# Currently only handle uniquely named landmarks
# landmark_address = landmark_addresses[0] if results[0][1] > 89 and len(landmark_addresses) == 1 else ''
landmark_address = landmark_addresses[0] if results[0][1] > 89 else ''
self.is_landmark = True if landmark_address else False
self.landmark_address = landmark_address
self.landmark_name = lname
except:
pass
def results():
if request.method == 'POST':
qry = request.json["query"]
print qry
dbresults = []
dbresults = filestable.query.filter_by(ownerhostel = current_user.hostel).search(unicode(qry)).all()
i = 0
print 'HELLO ' + str(dbresults)
if len(dbresults) < 15:
print "Inside"
much = 15 - len(dbresults)
dbresults += filestable.query.search(unicode(qry)).limit(much).all()
print len(dbresults)
if len(dbresults) > 0:
print 'dbresults is : ' + str(type(dbresults))
print 'Type of dbresults[0] is : ' + str(type(dbresults[0]))
dbresultsname = []
print 'AND NOW ' + str(dbresults[0].ownerhostel)
for i in xrange(0, len(dbresults)):
print str(type(dbresults[i]))
dbresultsname.append(str(dbresults[i].name.replace("_"," ")))
i = i + 1
fuzzyResults = process.extract(unicode(qry),dbresultsname,limit=5)
print 'AND HI ' + str(fuzzyResults)
else:
fuzzyResults = ""
print "Sorry No results"
return jsonify(result = fuzzyResults)
else:
return redirect(url_for('search'))
def search(s_term='', s_users=False, s_groups=False, s_lists=False):
# Get all user, group and list objects
# Merge all user, group and list objects into one list
all_search_obj = []
if s_users:
all_users = object_manager.allUsers()
all_search_obj.extend(all_users)
if s_groups:
all_groups = object_manager.allPublicGroups()
all_search_obj.extend(all_groups)
if s_lists:
all_lists = object_manager.getAllExerciseLists()
all_search_obj.extend(all_lists)
# Make a dict of the object with its seachString
all_search = {obj: obj.searchString() for obj in all_search_obj}
if s_term:
# Fuzzy search
results = process.extract(s_term, all_search, limit=10)
# Search results have to have at least a 50% match
filtered = [r[2] for r in reversed(sorted(results, key=lambda e: e[1])) if r[1] >= 80]
return filtered
else:
return sorted(all_search_obj, key=lambda e: e.name())
def fuzzy_post_share(project,server_path):
directory_listing = os.listdir(server_path)
dir_temp = process.extract(project,directory_listing,limit=1)
post_share_exact = dir_temp[0]
post_share_exact = post_share_exact[0]
print 'This is the server post share directory name for that project: ' + post_share_exact
return post_share_exact
def fuzzy(project):
direct_list = os.listdir(dropbox_path)
dir_temp = process.extract(project,direct_list,limit=1)
directory = dir_temp[0]
directory = directory[0]
print directory
return directory
def matchHeard(heard, results, lookingFor='label'):
located = None
heard_minus_the = remove_the(heard)
print 'Trying to match: ' + heard
sys.stdout.flush()
heard_list = set([x for x in heard.split() if x not in STOPWORDS])
for result in results:
# Strip out non-ascii symbols and lowercase it
ascii_name = result[lookingFor].encode('ascii', 'replace')
result_name = str(ascii_name).lower().translate(None, string.punctuation)
# Direct comparison
if heard == result_name:
print 'Simple match on direct comparison'
located = result
break
# Remove 'the'
if remove_the(result_name) == heard_minus_the:
print 'Simple match minus "the"'
located = result
break
# Remove parentheses
removed_paren = re.sub(r'\([^)]*\)', '', ascii_name).rstrip().lower().translate(None, string.punctuation)
if heard == removed_paren:
print 'Simple match minus parentheses'
located = result
break
if not located:
print 'Simple match failed, trying fuzzy match...'
sys.stdout.flush()
fuzzy_result = process.extract(str(heard), [d[lookingFor] for d in results], limit=1, scorer=fuzz.QRatio)
if fuzzy_result[0][1] > 75:
print 'Fuzzy match %s%%' % (fuzzy_result[0][1])
located = (item for item in results if item[lookingFor] == fuzzy_result[0][0]).next()
else:
heard = replaceDigits(heard)
fuzzy_result = process.extract(str(heard), [d[lookingFor] for d in results], limit=1, scorer=fuzz.QRatio)
if fuzzy_result[0][1] > 75:
print 'Fuzzy match %s%%' % (fuzzy_result[0][1])
located = (item for item in results if item[lookingFor] == fuzzy_result[0][0]).next()
return located
def give(user, amount, reason):
app = _application_init()
fullname = lambda u: " ".join([u[x] for x in ('first_name', 'last_name')])
found = process.extract(user, app.settings.user_cache, processor=fullname)
top= found[0][0]
email = top['email']
fullname = "%s %s" % (top['first_name'], top['last_name'])
click.echo("Giving %s %s, is this correct?" % (fullname, amount))
def busca(self, query):
query = normaliza_string(query)
amostra = self.cria_amostra()
scorer = seleciona_scorer(query)
resultado = process.extractBests(query, amostra, limit=10, scorer=scorer, score_cutoff=65)
if scorer == fuzz.token_set_ratio:
resultado = process.extract(query, lapida_extracao(resultado), limit=20, scorer=fuzz.partial_ratio)
return lapida_extracao(resultado)
def closest_locstrings(self, query, threshold=90, max_results=5):
# list everything matching location
with open(self.locstrings_filename) as csvfile:
r = csv.reader(csvfile)
result = process.extract(query, r,
processor=lambda x: x[0],
limit=max_results)
return [(x[0][1], x[1]) for x in result if x[1] > threshold]
def match_functions_argument_name(self):
""" This function populates self.matched_functions_name with tuples of (stub_functions, match_ratio)
ordered by match_ratio
:return: None
"""
self.matched_functions_name = \
process.extract(self.task_comment, self.functions.keys(), limit=len(self.functions.keys()))
def work_on_entry(final, toLook, refList, refMainDict):
if toLook:
results = process.extract(toLook,refList)
results = [ i[0] for i in results if i[1] > 70 ]
for i in results:
for path in refMainDict[i]:
final[path] += 1
return None
def main():
switch = 1
while(switch == 1):
usercommand = input()
choices = ["wash dishes", "making bed", "taking out trash", "vacuuming", "cooking food", "doing laundry", "dusting", "lawn mowing"]
print(process.extract(usercommand, choices, limit=8))
results = process.extract(usercommand, choices, limit=8)
match = results[0]
print("\n")
print("Your input matches this command:")
print(match[0])
print("\n" + "Exit program? (y / n)")
userexit = raw_input()
if userexit == "y":
switch = 0
return
def get_closest_possible_matches(input_arg):
VALID_MATCH_PERCENTAGE = 60
MATCH_PERCENTAGE_INDEX = 1
MATCH_FUNC_INDEX = 0
available_matches = dispatch_func.keys()
possible_matches = process.extract(input_arg, available_matches)
indexed_matches_dict = {index + 1: entry[MATCH_FUNC_INDEX] for index, entry in enumerate(possible_matches) if entry[MATCH_PERCENTAGE_INDEX] > VALID_MATCH_PERCENTAGE}
return indexed_matches_dict
def items(self, name):
"""
Bla bla bla, get all items
"""
data = process.extract(
name,
self._items.keys()
)
return data
def find_movie(self, query):
"""
Find the movie in the library that best matches the given query.
:param query: Query to search for in the library
:return: The name of the movie whose title best matches the given query
:rtype: str
"""
results = process.extract(query, self.list_movies(), limit=1)
return results[0][0]
def get_instructors(search_string):
instructor_names = [instructor.name for instructor in Instructor.query.all()]
instructors = [
instructor for instructor in process.extract(search_string, instructor_names, limit=100) if instructor[1] > 60
]
instructor_data = [
get_less_instructor_json(Instructor.query.filter_by(name=instructor[0]).first()) for instructor in instructors
]
return json_response({"status": "success", "data": instructor_data}, 200)
def username_lookup(username):
if not wf.cached_data_fresh('usernameList', max_age=UPDATE_INTERVAL) or wf.cached_data('hostIdList') is None:
main.update_caches()
match_found = localCache.get(str(username))
if match_found < 1:
results = process.extract(username, localCache.keys(), limit=3)
fuzzy_match(results, username)
else:
exact_match(match_found, username)
#print(delimitedlocation[authors][location])
countrytext = delimitedlocation[authors][location]
if countrytext == 'NA':
countrydata.append('NA')
citystatedata.append('NA')
break
if '(United States)' in countrytext:
country = 'United States'
citystate = countrytext.replace('(United States)', '')
citystate = citystate.replace(',', '')
elif '(France)' in countrytext:
country = 'France'
citystate = countrytext.replace('(France)', '')
citystate = citystate.replace(',', '')
else:
country1, score, index = process.extract(
delimitedlocation[authors][location], countrylist, limit=1)[0]
if country1 in delimitedlocation[authors][location]:
country = country1
else:
country = 'No Country'
citystate = countrytext.replace(country1, '')
countrycap = country1.upper()
citystate = citystate.replace(countrycap, '')
citystate = citystate.replace(',', '')
citystate = citystate.replace('-', '')
citystate = citystate.lower()
citystate = citystate.title()
#data = process.extract(delimitedlocation[authors][location], combinedcitystatelist, limit=5)
#citystates = []
#for i in range(5):
# citystates.append(data[i][0])
ROM 2
"""
fileName = "stringMatch"
df = pd.read_csv("./data/" + fileName + ".txt", sep='\t', header=0)
df["strlen"] = df["str"].str.len()
df = df[df["strlen"] > 1]
dftopList = df[
df["counts"] >
4] # If you don't have a count of the words then you can comment this line
dftopListWords = dftopList["str"].tolist()
words = df["str"].tolist()
i = 0
matchAnalysis = []
for word in dftopListWords:
for matchWord, matchval in process.extract(word, words, limit=20):
if word != matchWord:
levnDist = jellyfish.levenshtein_distance(word, matchWord)
seqMatch = round(
SequenceMatcher(None, word, matchWord).ratio() * 100)
# fuzz.token_sort_ratio
matchAnalysis.append(
[word, matchWord, matchval, levnDist, seqMatch,
len(word)])
# if i == 2:
# break
# else:
# i += 1
else:
dfMatch = pd.DataFrame.from_records(matchAnalysis,
import os
os.environ.setdefault("DJANGO_SETTINGS_MODULE", "geonode.settings")
# start of fuzzy look up
from geodb.models import AfgPplp, Glofasintegrated
from fuzzywuzzy import process
import datetime
# f = AfgPplp.objects.all().filter(dist_na_en='Qala-e-Naw').values('name_en','dist_na_en','prov_na_en')
f = AfgPplp.objects.all().values('name_en', 'dist_na_en', 'prov_na_en')
choices = []
for i in f:
choices.append(i['name_en'].lstrip() + ';' + i['dist_na_en'] + ';' +
i['prov_na_en'])
x = process.extract("BAGHBAN HA;Qala-I- Naw;Badghis", choices)
t = 1
for i in x:
print t, i
t = t + 1
# end of fuzzy look up
def fetch_youtube_results(searchterm):
# searchterm = request.args.get('searchterm')
matches = [a for a, b in process.extract(searchterm, yt['title'].tolist())]
results = yt.loc[yt['title'].isin(matches)]
return results.reset_index(drop=True).T.to_dict()
def get_matches(query, choices, limit = 1): results = process.extract(query, choices, limit=limit) return results
def _email_search(self, email, api_key=""):
try:
person = clearbit.Person.find(email=email, stream=True)
except:
person = None
data = {
"pattern": None,
"name": None,
"email": email,
"domain": email.split("@")[-1],
"crawl_source": "email_hunter"
}
if person:
pattern = EmailGuessHelper()._find_email_pattern(
person["name"]["fullName"], email)
if pattern:
data = {
"pattern": pattern,
"name": person["name"]["fullName"],
"email": email,
"domain": email.split("@")[-1],
"crawl_source": "email_hunter"
}
elif not person or not pattern:
person = FullContact()._person_from_email(email)
print person
try:
person = person["contactInfo"]["fullName"]
fullcontact_person = True
except:
fullcontact_person = False
if fullcontact_person:
person = person["contactInfo"]["fullName"]
pattern = EmailGuessHelper()._find_email_pattern(person, email)
data = {
"pattern": pattern,
"name": person,
"email": email,
"domain": email.split("@")[-1],
"crawl_source": "email_hunter"
}
print pattern
else:
_email = email.replace(".",
" ").replace("-",
" ").replace("_", " ")
_email = _email.replace("@", " ")
g = Google().search("{0} site:linkedin.com/pub".format(_email))
g1 = Google().search("{0} site:linkedin.com/pub".format(
_email.split(" "[0])))
g2 = Google().search(
"{0} site:linkedin.com/pub".format(_email).split(" ")[-1])
g = pd.concat([g, g1, g2])
choices = [i.split(" |")[0] for i in g.link_text]
person = process.extract(_email, choices, limit=1)
try:
person = person[0][0]
except:
''' '''
pattern = EmailGuessHelper()._find_email_pattern(person, email)
print "google search pattern", pattern
if pattern:
data = {
"pattern": pattern,
"name": person,
"email": email,
"domain": email.split("@")[-1],
"crawl_source": "email_hunter"
}
else:
data = {
"pattern": None,
"name": None,
"email": email,
"domain": email.split("@")[-1],
"crawl_source": "email_hunter"
}
#data = pd.DataFrame([data])
conn = r.connect(host="localhost", port=28015, db="triggeriq")
r.table('email_pattern_crawls').insert(data).run(conn)
#CompanyEmailPatternCrawl()._persist(data, "emailhunter", api_key)
# persist to rethinkdb
print "person", person
def movie_bot_final(title):
form = SearchForm(request.form)
# IDENTIFY THE TITLE THAT WAS PASSED IN
titleloc = movies.loc[movies['tmdbId'] == int(title)]
movieTitle = titleloc['title'].iloc[0]
# GET THE DESCRIPTION OF THE MOVIE THAT WAS PASSED IN
tmdb_desc = requests.get(f'https://api.themoviedb.org/3/movie/{title}?api_key={api_key}')
desc_data = tmdb_desc.json()
if desc_data.get("overview") != None:
description = desc_data['overview']
else:
pass
# GET THE YOUTUBE TRAILER LINK FOR THE ID THAT WAS PASSED IN
tmdb_trailer = requests.get(f'https://api.themoviedb.org/3/movie/{title}/videos?api_key={api_key}')
trailer_response = tmdb_trailer.json()['results']
if not trailer_response:
trailer_url = 'None'
else:
trailer_data = trailer_response[0].get('key')
trailer_path = trailer_data
trailer_url = (f'https://www.youtube.com/watch?v={trailer_path}')
# FORM SUBMISSION
if request.method == 'POST':
form_cont = form.autocomp.data
str2Match = form_cont
strOptions = movie_list
Ratios = process.extract(str2Match,strOptions)
highest = process.extractOne(str2Match,strOptions)
fuzzyresult = highest[0]
movie_index = movies.loc[movies['title'] == fuzzyresult]
movieID = str(movie_index['tmdbId'].iloc[0])
# IF THE STRING IS AN EXACT MATCH, THERE IS NO NEED TO GO TO THE SEARCH PAGE. IF INPUT IS NOT GREATER THAN 1, DO NOTHING.
if form_cont == fuzzyresult:
return redirect('../rec/' + movieID)
elif len(form_cont) > 1:
return redirect('../results/' + form_cont)
else:
pass
titles = movies['title']
indices = pd.Series(movies.index, index=movies['title'])
idx = indices[movieTitle]
# -----------------------------
# ML BASED ON THE MOVIE GENRE
# -----------------------------
genre_sim_scores = list(enumerate(genre_cosine_sim[idx]))
genre_sim_scores = sorted(genre_sim_scores, key=lambda x: x[1], reverse=True)
genre_sim_scores = genre_sim_scores[1:21]
genre_movie_indices = [i[0] for i in genre_sim_scores]
# RETURNS THE 12 MOST SIMILAR MOVIES BY GENRE
genre_df = titles.iloc[genre_movie_indices].head(13).to_frame()
# ----------------------------
# ML BASED ON THE MOVIE CAST
# ----------------------------
cast_sim_scores = list(enumerate(cast_cosine_sim[idx]))
cast_sim_scores = sorted(cast_sim_scores, key=lambda x: x[1], reverse=True)
cast_sim_scores = cast_sim_scores[1:21]
cast_movie_indices = [i[0] for i in cast_sim_scores]
# RETURNS THE 12 MOST SIMILAR MOVIES BY CAST
cast_df = titles.iloc[cast_movie_indices].head(13).to_frame()
# -----------------------------------
# ML BASED ON THE MOVIE DESCRIPTION
# -----------------------------------
desc_sim_scores = list(enumerate(desc_cosine_sim[idx]))
desc_sim_scores = sorted(desc_sim_scores, key=lambda x: x[1], reverse=True)
desc_sim_scores = desc_sim_scores[1:21]
desc_movie_indices = [i[0] for i in desc_sim_scores]
# RETURNS THE 12 MOST SIMILAR MOVIES BY DESCRIPTION
desc_df = titles.iloc[desc_movie_indices].head(13).to_frame()
# ------------------------------------------------------------------
# REMOVING SEARCH TITLE FROM RESULTS AND RETURNING 12 RECS
# ------------------------------------------------------------------
genre_df = genre_df[genre_df.title != movieTitle]
genre_df = genre_df.head(12)
cast_df = cast_df[cast_df.title != movieTitle]
cast_df = cast_df.head(12)
desc_df = desc_df[desc_df.title != movieTitle]
desc_df = desc_df.head(12)
# ------------------------------------------------------------------
# PROSESSING RESULTS AND CREATING ONE LARGE DATAFRAME
# ------------------------------------------------------------------
mv = pd.concat([genre_df,cast_df,desc_df]).reset_index(drop=True)
cols = ['title']
temp_df = mv.join(movies.set_index(cols), on=cols)
# GETTING MOVIE INFORMATION
moviename = []
url1 = []
movCastin = titleloc['cast'].iloc[0]
movCastOut = movCastin.replace("'","").strip("][").split(', ')
topCast = []
for x in range(3):
topCast.append(movCastOut[x])
# PULLS THE IMAGE URL FROM THE MOVIES DF AND APPENDS THEM TO THE URL PREFIX FOR THE MOVIE POSTERS
# PASSES THE MOVIE POSTER URL INTO THE RECS.HTML PAGE
titleurl = str("https://image.tmdb.org/t/p/original/" + titleloc['poster_path'].iloc[0])
backdropPath = str(desc_data['backdrop_path'])
bgurl = ("https://image.tmdb.org/t/p/original/" + backdropPath)
runtime = str(desc_data['runtime'])
for film in temp_df.tmdbId:
moviename.append(film)
for poster in temp_df.poster_path:
url1.append("http://image.tmdb.org/t/p/w185" + str(poster))
return render_template('recs.html', moviename=moviename, url1=url1, topCast=topCast, movieTitle=movieTitle, titleurl=titleurl, bgurl=bgurl, form=form, description=description, runtime=runtime, trailer_url=trailer_url)
def golden_source_merge(df_list, key, threshold=80, limit=1):
"""
"""
# create null match columns
matching_dict = {}
df_1 = df_list.pop(0)
df_1 = df_1[key] # drop all other columns
df_1.drop_duplicates(subset=key, inplace=True) # drop duplicates
for df_2 in df_list:
df_2 = df_2[key] # drop all other columns
df_1['match_key'] = ''
df_2['match_key'] = ''
df_2.drop_duplicates(subset=key, inplace=True) # drop duplicates
# combines the list of column inputs into a single string for matching
for value in key:
df_1['match_key'] = df_1['match_key'].map(
str) + ' ' + df_1[value].map(str)
for value in key:
df_2['match_key'] = df_2['match_key'].map(
str) + ' ' + df_2[value].map(str)
# remove periods for abreviated names
df_1['match_key'] = df_1['match_key'].map(lambda x: x.strip(".,!"))
df_2['match_key'] = df_2['match_key'].map(lambda x: x.strip(".,!"))
# applies lower case and removes common words like "college" and "the"
df_1['match_key'] = df_1['match_key'].apply(format_match_string)
df_2['match_key'] = df_2['match_key'].apply(format_match_string)
# the match process-creates the match keys to a list, matches, then saves them in the match column
r = df_1['match_key'].tolist()
s = df_2['match_key'].tolist()
m = df_1['match_key'].apply(lambda x: process.extract(
x, s, limit=limit, scorer=fuzzywuzzy.fuzz.token_sort_ratio))
df_1['match'] = m
df_2_matches = df_2['match_key'].apply(lambda x:
process.extract(x, r, limit=limit, scorer=fuzzywuzzy.fuzz.token_sort_ratio))\
.apply(lambda x: [i[1] for i in x if i[1] < threshold])\
.apply(lambda x: 1 if x else 0) # 0 if empty list
df_2 = df_2.merge(df_2_matches.rename('not_matched'),
left_index=True,
right_index=True)
matching_dict.update(
return_matching_dictionary(df_2, df_1, key, threshold))
df_2 = df_2.loc[df_2['not_matched'] == 1]
# drop the score value and only keep the match words
m2 = df_1['match'].apply(
lambda x: ', '.join([i[0] for i in x if i[1] >= threshold]))
df_1['match'] = m2
# merge based on the matches, suffixes to drop the columns later
temp_df = df_1.merge(df_2,
left_on='match',
right_on='match_key',
suffixes=['', '_y'])
# add back in df1 values that were dropped
df_1 = pd.concat([df_1, temp_df]).drop_duplicates(key)
# add in df2 values that weren't matched
df_1 = pd.concat([df_1, df_2]).drop_duplicates(key)
# drop the matching name columns since this is a left join
df_1 = df_1[df_1.columns.drop(list(df_1.filter(regex='_y')))]
df_1 = df_1[key]
df_1.reset_index(drop=True, inplace=True)
return df_1, matching_dict
def get_matches(query,choices):
results = process.extract(query,choices)
return results
def get_best_plugin_name_match(self, plugin_name):
choices = [p.replace('_', ' ') for p in self.bot.get_plugins_names()]
plugin_name = plugin_name.replace('_', ' ')
result = process.extract(plugin_name, choices, scorer=fuzz.token_sort_ratio)
result = [(r[0].replace(' ', '_'), r[1]) for r in result]
return result[0][0] if result[0][1] > 65 else None
# Append deduplicated census_b to census_a
full_census = census_a.append(unique_b)
# end timer
end = time.time()
### fuzzywuzzy
# Minimum Edit Distance (MED) is the least possible amount of steps needed to transition from one string to another. MED is calculated using only 4 operations, Insertion, Deletion, Substitution, Replacing consecutive characters
from fuzzywuzzy import fuzz
# The output returns a percentage between 0 and 100, 0 being not similar at all and 100 being identical:
fuzz.WRatio('Python', 'Cython')
# there are 4 other functions to compute string similarity:
fuzz.ratio
fuzz.partial_ratio
fuzz.token_sort_ratio
fuzz.token_set_ratio
# Extract Best Matches to a String from a List of Options
from fuzzywuzzy import process
string_to_match = 'Mercedez-Benz'
options = ['Ford', 'Mustang', 'mersedez benz', 'MAZDA', 'Mercedez']
process.extract(
query=string_to_match, choices=options,
limit=3) # can adjust scoring methods by setting scorer=fuzz.ratio
from fuzzywuzzy import process
cities = ['Karachi', 'Lahore', 'Islamabad', 'Rawalpindi', 'Quetta', 'Peshawar', 'Gawadar', 'Multan', 'Hyderabad', 'Faisalabad'
, 'Gujranwala', 'Rahim Yar Khan']
# limit = 3
result = process.extract('hk', cities, limit=3)
print(result)
file_glossary = "glossary.txt"
file_compare=sys.argv[1]
comparision_results={}
# For now we just do fuzzywuzzy compare and report highest score for each word in file_compare
with open(file_glossary) as filedata_glossary:
lines_glossary = [line.rstrip('.md\n') for line in filedata_glossary]
with open(file_compare) as filedata_compare:
lines_compare = [line.rstrip('\n') for line in filedata_compare]
for item_in_compare in lines_compare:
comparision_results = process.extract(item_in_compare, lines_glossary)
print(comparision_results)
# Workflow: turn document into a list of words and word count (data.csv)
# Compare to glossary, results.csv with word, count of word in document, then top 3 matches?
# have a cut off percentage?
#
# How to handle:
# 1) exact matches (100) of primary file and long term of alias
# 2) really close matches (perentage? additional string compares? do a simple poor mans test as well?) of primary file and long term of alias
# 3) stuff with no match of primary file and long term of alias?
# 4) how to handle the stop list, we'll need to put that data in as well
#
# We'll generate a CSV output file with the file_compare entries and then:
names=['c', 'n'],
index_col='c',
)
## Construct dictionary for country/region names
c_names = df_results.to_dict(
)['n'] #http://pandas.pydata.org/pandas-docs/stable/generated/pandas.DataFrame.to_dict.html
c_names_inv = {v: k for k, v in c_names.items()}
## Country names fuzzy match
from fuzzywuzzy import process
choice = []
for i, c_name_Web in enumerate(list_country_names_Web):
#found_candidates = [x for x in c_names_inv.keys() if fuzzy_match(x,c_name_Web)==True]
found_candidate = process.extract(c_name_Web, c_names_inv.keys(), limit=1)
found_candidate_c = c_names_inv[found_candidate[0][0]]
choice_item = [i, c_name_Web, found_candidate, found_candidate_c]
#print (choice_item)
choice.append(choice_item)
import ast
done = False
while not (done):
try:
# Note: Python 2.x users should use raw_input, the equivalent of 3.x's input
prn = [repr(x) for x in choice]
print("\n\r".join(prn))
i = int(input("Please enter your corrections: Serial no (-1:None): "))
if i == -1:
print("Done!")
async def newquotes(ctx, phrase, source):
titre = "Recherche en cours veuillez patienter"
msg = await ctx.send(titre)
if len(source) >= 5000:
list_s = split_dict_to_multiple(source, round(len(source) / 10))
else:
list_s = [source]
results = {}
i = 1
full = "█"
empty = "░"
for x in list_s:
Ratios = process.extract(phrase, list(x))
print(f"{i}/{len(list_s)}")
if i % 2 == 0:
await msg.edit(
content=f"{titre}\n{full*i*2}{empty*((len(list_s)-i)*2)}")
for r in Ratios:
if r[1] < 87:
break
results[r[0]] = r[1]
i += 1
results = list(
dict(sorted(results.items(), key=lambda item: item[1], reverse=True)))
print(results)
answer = ""
if len(results) != 1:
txt = "**__LISTE DES QUOTES TROUVEE__**\n"
emoji = [
"1️⃣", "2️⃣", "3️⃣", "4️⃣", "5️⃣", "6️⃣", "7️⃣", "8️⃣", "9️⃣", "🔟"
]
used = {}
i = 0
for x in results:
txt += f"{emoji[i]} {x} -> {source[x]['title']}, à {source[x]['time']}s\n" # ({dict[x]['ep']}&t={dict[x]['time']})
used[emoji[i]] = i
i += 1
await msg.edit(content=f"{txt}")
for x in used:
await msg.add_reaction(x)
def check(reaction, user):
return user == ctx.author and str(reaction.emoji) in used
try:
reaction, user = await bot.wait_for('reaction_add',
timeout=40,
check=check)
except asyncio.TimeoutError:
await msg.edit(content=f"Temps écoulé pour \"{phrase}\"")
try:
for x in used:
await msg.clear_reaction(x)
except:
print("pas les bons role")
return
answer = results[used[reaction.emoji]]
else:
answer = results[0]
await msg.edit(content=f"{source[answer]['ep']}&t={source[answer]['time']}"
)
try:
for x in used:
await msg.clear_reaction(x)
except:
print("pas les bons role")
def get_phone_name(self, phone_name):
return process.extract(phone_name, self.phone_list, limit=1)[0]
def handleQuery(query) -> list:
"""Hook that is called by albert with *every new keypress*.""" # noqa
results = []
if query.isTriggered:
try:
# be backwards compatible with v0.2
if "disableSort" in dir(query):
query.disableSort()
results_setup = setup(query)
if results_setup:
return results_setup
query_str = query.string
# new behavior
tokens = query_str.split()
if len(tokens) >= 1 and tokens[0] == "new":
if len(tokens) > 1:
name = tokens[1]
else:
name = ""
if len(tokens) > 2:
desc = " ".join(tokens[2:])
else:
desc = ""
results.append(
v0.Item(
id=__prettyname__,
icon=icon_path,
text=f"New abbreviation: {name}",
subtext=f"Description: {desc}",
actions=[
v0.FuncAction(
f"Save abbreviation to file",
lambda name=name, desc=desc: save_abbr(
name, desc),
)
],
))
return results
curr_hash = hash_file(abbreviations_path)
global abbr_latest_hash, abbr_latest_d, abbr_latest_d_bi
if abbr_latest_hash != curr_hash:
abbr_latest_hash = curr_hash
with open(abbreviations_path) as f:
conts = f.readlines()
abbr_latest_d = make_latest_dict(conts)
abbr_latest_d_bi = abbr_latest_d.copy()
abbr_latest_d_bi.update(
{v: k
for k, v in abbr_latest_d.items()})
if not abbr_latest_d:
results.append(
v0.Item(
id=__prettyname__,
icon=icon_path,
text=
f'No lines split by "{split_at}" in the file provided',
actions=[
v0.ClipAction(
f"Copy provided filename",
str(abbreviations_path),
)
],
))
return results
# do fuzzy search on both the abbreviations and their description
matched = process.extract(query_str,
abbr_latest_d_bi.keys(),
limit=10)
for m in [elem[0] for elem in matched]:
if m in abbr_latest_d.keys():
results.append(get_abbr_as_item((m, abbr_latest_d[m])))
else:
results.append(get_abbr_as_item((abbr_latest_d_bi[m], m)))
except Exception: # user to report error
if dev_mode: # let exceptions fly!
print(traceback.format_exc())
raise
results.insert(
0,
v0.Item(
id=__prettyname__,
icon=icon_path,
text=
"Something went wrong! Press [ENTER] to copy error and report it",
actions=[
v0.ClipAction(
f"Copy error - report it to {__homepage__[8:]}",
f"{traceback.format_exc()}",
)
],
),
)
return results
def create_entity_node_relationships(df,
entity_name,
global_id_counter,
levenshtein_thresh=None):
raw_entity_df = get_entity_df(df, entity_name.upper())
entity_counts = raw_entity_df.name.str.lower().value_counts()
if "" in entity_counts:
del entity_counts[""]
if levenshtein_thresh:
most_common = entity_counts[:levenshtein_thresh]
most_common_set = set(most_common.index)
raw_to_resolved = {}
resolved_entity_counts = defaultdict(int)
for name in most_common.index:
resolved_entity_counts[name] += most_common[name]
for name in entity_counts.index:
if name in most_common_set:
continue
(candidate_name,
candidate_score), = process.extract(name,
most_common_set,
limit=1,
scorer=fuzz.ratio)
if candidate_score > 89:
raw_to_resolved[name] = candidate_name
resolved_entity_counts[candidate_name] += entity_counts[name]
else:
resolved_entity_counts[name] += entity_counts[name]
else:
raw_to_resolved = {}
resolved_entity_counts = entity_counts
resolved_entity_count_df = pd.DataFrame(
{"mentions": resolved_entity_counts})
resolved_entity_count_df["id"] = [
str(next(global_id_counter))
for _ in range(len(resolved_entity_count_df))
]
resolved_entity_count_df["name"] = resolved_entity_count_df.index
resolved_entity_count_df = resolved_entity_count_df.set_index("id",
drop=False)
entity_df_n4j = pd.DataFrame({
"entity{entity}Id:ID".format(entity=entity_name.capitalize()):
resolved_entity_count_df.id,
"name":
resolved_entity_count_df.name,
"mentions:int":
resolved_entity_count_df.mentions,
":LABEL":
"Entity_{entity}".format(entity=entity_name.capitalize())
})
save_node = "neo4j-csv/entity_{entity}.csv".format(entity=entity_name)
entity_df_n4j.to_csv(save_node, index=False)
raw_entity_df = raw_entity_df.drop_duplicates()
raw_entity_df["name_format"] = raw_entity_df.name
raw_entity_df["name_lower"] = raw_entity_df.name.str.lower()
raw_entity_df["name"] = raw_entity_df.name.str.lower().apply(
lambda n: raw_to_resolved[n] if n in raw_to_resolved else n)
relationship_df = pd.merge(resolved_entity_count_df,
raw_entity_df,
on='name')
mentions_n4j = pd.DataFrame({
":START_ID": relationship_df.emailId,
":END_ID": relationship_df.id,
"as": relationship_df.name_format,
":TYPE": "MENTION"
})
save_relationship = "neo4j-csv/mentions_{entity}.csv".format(
entity=entity_name)
mentions_n4j.to_csv(save_relationship, index=False)
def search(list_to_search: list,
value,
key,
cutoff=5,
return_key=False,
strict=False):
"""Fuzzy searches a list for an object
result can be either an object or list of objects
:param list_to_search: The list to search.
:param value: The value to search for.
:param key: A function defining what to search for.
:param cutoff: The scorer cutoff value for fuzzy searching.
:param return_key: Whether to return the key of the object that matched or the object itself.
:param strict: If True, will only search for exact matches.
:returns: A two-tuple (result, strict)"""
# there is nothing to search
if len(list_to_search) == 0:
return [], False
# full match, return result
exact_matches = [
a for a in list_to_search if value.lower() == key(a).lower()
]
if not (exact_matches or strict):
partial_matches = [
a for a in list_to_search if value.lower() in key(a).lower()
]
if len(partial_matches) > 1 or not partial_matches:
names = [key(d).lower() for d in list_to_search]
fuzzy_map = {key(d).lower(): d for d in list_to_search}
fuzzy_results = [
r for r in process.extract(
value.lower(), names, scorer=fuzz.ratio) if r[1] >= cutoff
]
fuzzy_sum = sum(r[1] for r in fuzzy_results)
fuzzy_matches_and_confidences = [
(fuzzy_map[r[0]], r[1] / fuzzy_sum) for r in fuzzy_results
]
# display the results in order of confidence
weighted_results = []
weighted_results.extend(
(match, confidence)
for match, confidence in fuzzy_matches_and_confidences)
weighted_results.extend((match, len(value) / len(key(match)))
for match in partial_matches)
sorted_weighted = sorted(weighted_results,
key=lambda e: e[1],
reverse=True)
# build results list, unique
results = []
for r in sorted_weighted:
if r[0] not in results:
results.append(r[0])
else:
results = partial_matches
else:
results = exact_matches
if len(results) > 1:
if return_key:
return [key(r) for r in results], False
else:
return results, False
elif not results:
return [], False
else:
if return_key:
return key(results[0]), True
else:
return results[0], True
def scrape():
browser = init_browser()
receivingURL = 'https://nextgenstats.nfl.com/stats/receiving#yards'
browser.visit(receivingURL)
html = browser.html
soup = bs(html, 'html.parser')
receivingtable=pd.read_html(str(soup.find_all('table')))
recdf= pd.DataFrame(receivingtable[1])
reccolumnlist = receivingtable[0].values.tolist()[0]
reccolumnlist.pop()
recdf.columns = reccolumnlist
recdf = recdf.rename(index=str, columns={"+/-Avg .YAC Above Expectation":"+/-Avg YAC Above Expectation"})
recdf_dict = recdf.to_dict(orient='records')
rushingURL = 'https://nextgenstats.nfl.com/stats/rushing#yards'
browser.visit(rushingURL)
html = browser.html
soup = bs(html, 'html.parser')
rushingtable=pd.read_html(str(soup.find_all('table')))
rushdf= pd.DataFrame(rushingtable[1])
rushcolumnlist = rushingtable[0].values.tolist()[0]
rushcolumnlist.pop()
rushdf.columns = rushcolumnlist
rushdf_dict = rushdf.to_dict(orient='records')
passingURL = 'https://nextgenstats.nfl.com/stats/passing#yards'
browser.visit(passingURL)
html = browser.html
soup = bs(html, 'html.parser')
passingtable=pd.read_html(str(soup.find_all('table')))
passdf= pd.DataFrame(passingtable[1])
passcolumnlist = passingtable[0].values.tolist()[0]
passcolumnlist.pop()
passdf.columns = passcolumnlist
passdf_dict = passdf.to_dict(orient='records')
# List of each week number
weeks = list(range(1,18))
# Api Url
base_url = "http://api.fantasy.nfl.com/v1/players/stats?statType=weekStats&season=2018&week={}&form=json"
temp_final_df = pd.DataFrame()
for week in weeks:
target_url = base_url.format(week)
temp = requests.get(target_url).json()['players']
temp_df = pd.DataFrame(temp)
temp_df = temp_df.drop(columns = 'stats')
temp_df['week'] = week
temp_final_df = temp_final_df.append(temp_df)
team_names = temp_final_df.teamAbbr.unique()
temp_dict = temp_final_df.to_dict(orient='records')
data = pd.read_csv(r'C:\\Users\\rirvi\Documents\\NFLETL\\2018_Schedule_City.csv')
data['away_abrev'] = data['Away'].str[0:4]
data['home_abrev'] = data['Home'].str[0:4]
away_abrev = []
for awy in data['away_abrev']:
away_abrev.append(process.extract(awy,team_names)[0][0])
home_abrev = []
for hme in data['home_abrev']:
home_abrev.append(process.extract(hme,team_names)[0][0])
data['away_abrev'] = away_abrev
data['home_abrev'] = home_abrev
schedule_dict = data.to_dict(orient='records')
return passdf_dict, rushdf_dict, recdf_dict, temp_dict, schedule_dict
def albertson_main(file, pages):
temp_directory = tempfile.TemporaryDirectory(dir=document_location)
input_pdf_location = f'{temp_directory.name}/input_pdf.pdf'
final_dict = {}
overall_content_list = []
input_pdf = get_smb_or_local(file, input_pdf_location)
pages = pages
pdfplumber_pdf = pdfplumber.open(input_pdf)
for page in pages.split(','):
print(f'{page}')
if int(page) - 1 in range(len(pdfplumber_pdf.pages)):
page_dict = {}
tables = camelot.read_pdf(input_pdf,
pages=page,
flavor='stream',
row_tol=12,
edge_tol=500)
no_of_tables = len(tables)
chunked_df = {}
for table_no in range(no_of_tables):
chunk_index_list = []
chunk = {}
df = tables[table_no].df
rows, columns = df.shape
for column in range(columns):
for row in range(rows):
search_query = df[column][row]
for title, regex_pattern in title_card_dict.items():
if re.search(r"{}".format(regex_pattern),
search_query, re.I):
# print(search_query)
chunk_index_list.append({
'title': title,
'index': row
})
else:
chunk_index_list.append({
'title': 'NO TITLE',
'index': 0
})
# chunk_index_list = sorted(chunk_index_list,key = lambda x: x['index'])
chunk_index_list = sorted(list({
frozenset(list_element.items()): list_element
for list_element in chunk_index_list
}.values()),
key=lambda d: d['index'])
for index, title_index_dict in enumerate(chunk_index_list):
# print(title_index_dict)
try:
chunk[title_index_dict['title']] = [
title_index_dict['index'],
chunk_index_list[index + 1]['index']
]
except:
chunk[title_index_dict['title']] = [
title_index_dict['index']
]
for title, chunk_list in chunk.items():
# print(chunk_list)
try:
temp_df = df.loc[chunk_list[0]:chunk_list[1] - 1]
temp_df = temp_df.reset_index(drop=True)
rows, columns = temp_df.shape
if columns > 2:
out = is_certification_or_nutrition(temp_df)
# print('output---------->', out)
if out not in ['None']:
title = out
else:
pass
chunked_df[title] = temp_df
except:
temp_df = df.loc[chunk_list[0]:]
temp_df = temp_df.reset_index(drop=True)
rows, columns = temp_df.shape
if columns > 2:
out = is_certification_or_nutrition(temp_df)
# print('output---------->', out)
if out not in ['None']:
title = out
else:
pass
# temp_df = temp_df.drop([0],axis='columns')
# temp_df.columns = range(temp_df.shape[1])
chunked_df[title] = temp_df
for df_title, dataframe in chunked_df.items():
if df_title not in [
"COMPANY CONTACT INFORMATION", "NUTRITION",
"NUTRITION_SERVING", "CERTIFICATIONS"
]:
rows, columns = dataframe.shape
if columns >= 2 and rows > 1:
# dataframe preprocessing
df_pro = dataframe.applymap(cleaning_unwanted_titles)
df_pro = cleaning_unwanted_headers(df_pro)
df_pro = noise_removal_1(df_pro)
df_pro = df_pro.applymap(cleaning_sub_texts)
df_pro = noise_removal_2(df_pro)
df_pro = df_pro.applymap(check_nan)
df_pro = df_pro.dropna(axis=1, how='all')
df_pro = df_pro.dropna(axis=0, how='all')
df_pro.columns = range(df_pro.shape[1])
df_pro = df_pro.reset_index(drop=True)
df_pro = ffill_block_strategy(df_pro)
df_pro[0].fillna(method='ffill', axis=0, inplace=True)
df_pro = df_pro.applymap(convert_for_bfill_strategy)
df_pro[0].fillna(method='bfill', axis=0, inplace=True)
df_pro[0].fillna(method='ffill', axis=0, inplace=True)
df_pro.fillna('', inplace=True)
content_dict, content_list = normal_content_processing(
df_pro)
overall_content_list.extend(content_list)
if page != '1':
plumber_content_list = get_overall_content(
input_pdf, page)
plumber_content_list = list(
set(plumber_content_list))
unmapped_element = []
for plumber_content in plumber_content_list:
_, plumb_score = process.extract(
plumber_content.lower(),
overall_content_list,
scorer=fuzz.partial_token_set_ratio)[0]
_, plumb_score1 = process.extract(
plumber_content.lower(),
overall_content_list,
scorer=fuzz.ratio)[0]
# print(plumber_content,plumb_score)
if (plumb_score < 90) or (plumb_score > 90 and
plumb_score1 < 70):
unmapped_element.append(plumber_content)
# unmapped_element = list(set(plumber_content_list)-set(content_list))
for content in unmapped_element:
output = base(
'general',
model_location).prediction(content)
print(output)
if output['output'] in ['ingredients']:
if 'INGREDIENTS_DECLARATION' in content_dict:
content_dict[
'INGREDIENTS_DECLARATION'].append(
{'en': content})
else:
content_dict[
'INGREDIENTS_DECLARATION'] = [{
'en':
content
}]
else:
if 'unmapped' in content_dict:
content_dict['unmapped'].append(
{'en': content})
else:
content_dict['unmapped'] = [{
'en':
content
}]
# print('****' * 5)
# print('unmapped element----->',unmapped_element)
# print('content list----->',content_list)
# print('plumber content list-------->',plumber_content_list)
# print('*******' * 6)
page_dict = {**page_dict, **content_dict}
else:
pass
else:
rows, columns = dataframe.shape
if columns >= 2 and rows >= 1:
# if df_title == "NUTRITION":
if "NUTRITION" in df_title:
nutrition_data = nutrition_processing(dataframe)
try:
if 'serving size' in page_dict:
page_dict['serving size'].append({
'en':
nutrition_data['serving size'][0]
})
else:
page_dict['serving size'] = [{
'en':
nutrition_data['serving size'][0]
}]
nutrition_data.pop('serving size', None)
except:
pass
try:
if 'varied' in page_dict:
page_dict['varied'].append(
{'en': nutrition_data['varied'][0]})
else:
page_dict['varied'] = [{
'en':
nutrition_data['varied'][0]
}]
nutrition_data.pop('varied', None)
except:
pass
if nutrition_data:
if 'NUTRITION_FACTS' in page_dict:
page_dict['NUTRITION_FACTS'].append(
nutrition_data)
else:
page_dict['NUTRITION_FACTS'] = [
nutrition_data
]
# print(nutrition_data)
elif df_title == "CERTIFICATIONS":
# print('inside certification')
df_pro = dataframe.applymap(
cleaning_unwanted_titles)
df_pro = cleaning_unwanted_headers(df_pro)
df_pro = noise_removal_1(df_pro)
df_pro = df_pro.applymap(cleaning_sub_texts)
df_pro = noise_removal_2(df_pro)
df_pro = df_pro.applymap(check_nan)
df_pro = df_pro.dropna(axis=1, how='all')
df_pro = df_pro.dropna(axis=0, how='all')
df_pro.columns = range(df_pro.shape[1])
df_pro = df_pro.reset_index(drop=True)
df_pro[0].fillna(method='ffill',
axis=0,
inplace=True)
df_pro[0].fillna(method='bfill',
axis=0,
inplace=True)
df_pro.fillna('', inplace=True)
certification_data = certifications_processing(
df_pro)
page_dict = {**page_dict, **certification_data}
final_dict[page] = page_dict
try:
temp_directory.cleanup()
except:
pass
return final_dict
def search_columns(self, colname, limit=5):
from fuzzywuzzy import process
extracted = process.extract(colname,
self.all_columns.keys(),
limit=limit)
return [x[0] for x in extracted]
correct_with_rating = []
#initial csvs are read in here, madris dataframe is the one most likely to be altered
df_madris = pd.read_csv("madris.csv")
df_harvard = pd.read_csv("my_harvard.csv")
df_madris['DEGREE DESCR'] = 'X' + df_madris['DEGREE DESCR'].astype(str)
df_madris['DEGREE DESCR'] = df_madris['DEGREE DESCR'].str.upper()
df_temp_madris = df_madris['DEGREE DESCR'].values
df_temp_harvard = df_harvard['Degree'].values
#using extract rather than extractone shows first and second best fit to the tested data
for row in df_temp_madris:
x = process.extract(row, df_temp_harvard, limit=2)
correct_with_rating.append({
"Correct_Degree_1(my.harvard)": x[0],
"Tested_Degree(madris)": row.strip(" "),
"Correct_Degree_2(my.harvard)": x[1],
"Rating_best_fit": x[0][1]
})
df_processed_data = pd.DataFrame(correct_with_rating)
df_processed_data = df_processed_data.sort_values(by="Rating_best_fit",
ascending=False)
# columnsTitles=["Correct_Degree(my.harvard)","Tested_Degree(madris)","Rating"]
# df_processed_data=df_processed_data.reindex(columns=columnsTitles)
print(df_processed_data)
for key in pdk45_csv.keys():
if key != "name":
layers45.append(key.split('LAYER')[0])
layers15 = []
for key in pdk15_csv.keys():
if key != "name":
layers15.append(key.split('LAYER')[0])
final_pairs = []
list1 = layers45
list2 = layers15
while True:
pairs = []
for key in list1:
result = process.extract(key, list2, limit=2, scorer=scorer)
match = result[0][0]
score = result[0][1]
pairs.append((key, match, score))
# print(key, ':', match, score)
max_score = 50
perfect_match = False
best_pair = []
for pair in pairs:
key, match, score = pair
if score == 100:
perfect_match = True
list1.remove(key)
list2.remove(match)
print("matching", key, match, score)
def company_name(content_and_scores):
content = content_and_scores[0]
sentiment = content_and_scores[1]
wordtoke = nltk.word_tokenize(content)
wordtag = nltk.pos_tag(wordtoke)
nouns = findtags("NN", wordtag)
main_noun = nouns['NNP'][0][0]
#print(main_noun)
poscomp = []
pronouns = nouns['NNP']
try:
pronouns_s = nouns['NNPS']
for pronoun in pronouns:
#print(pronoun[0])
poscomp.append(pronoun[0])
for p in pronouns_s:
poscomp.append(p[0])
#print(pronouns)
except:
for pronoun in pronouns:
#print(pronoun[0])
poscomp.append(pronoun[0])
#print(poscomp)
path1 = "/Users/Master Soe/webscrap/Stock Companies/A-Z_companies.csv"
f = open(path1, newline='')
reader = csv.reader(f)
data = [row for row in reader]
path2 = "/Users/Master Soe/webscrap/Stock Companies/companynames.txt"
k = open(path2, newline='')
text = k.read()
k.close()
company = poscomp
badwordlist = [
"Corporation", "Co.", "Incorporated", "Inc.", "Company",
"Communications"
"Fund", "Trust", "Investment", "Associates", "NYSE", "NASDAQ", "Stock",
"Securities", "Bloomberg"
]
#try:
#for comp in poscomp:
#if re.search(comp, text):
#company.append(comp)
#print(company)
#raise StopIteration
#else:
#pass
#print("No company found and Sam is f****t")
#except StopIteration:
#pass
#print(company)
scores1 = []
companylist = []
TICKERlist = []
# Gets data from data lol
for companydetails in data:
#print(companydetails[1])
companylist.append(companydetails[1])
TICKERlist.append(companydetails[0])
# Checks if there are any common words in the list
for badword in badwordlist:
for fx in company:
if re.search(fx, badword):
company.remove(fx)
else:
pass
# Removes \\ words
for x in company:
if re.search('\\\\', x):
company.remove(x)
else:
pass
for x in company:
if re.search('\\\\', x):
company.remove(x)
else:
pass
print("SENTIMENT SCORE", sentiment)
print("List of possible companies")
print(company)
# Makes permutations for the word
#for l in data:
# companylist.append(l[1])
#_gen = (itertools.permutations(company, i + 1) for i in range(len(company)))
#all_permutations_gen = itertools.chain(*_gen)
#results = [x for x in all_permutations_gen]
#k = []
# Arranges the combinations into a readable array
#for x in results:
# j = ""
# for y in x:
# j = j + y + " "
# k.append(j)
#scores2 = [""]
#print(k)
# Checks the match score of word to a company
for x in company:
#print(x)
if re.search('[a-z]+', x) is None:
possible_company_score = process.extract(x, TICKERlist, limit=3)
else:
possible_company_score = process.extract(x, companylist, limit=3)
#print(possible_company_score)
#print(companylistx)
for x in possible_company_score:
scores1.append(x)
#print(scores1)
c = Counter(scores1)
guess_company = c.most_common()
#print(guess_company)
i = []
for g in guess_company:
i.append(g[0])
print(" ")
def custom_sort(t):
return t[1]
i.sort(key=custom_sort, reverse=True)
#print(i)
print("The stock company(s) is", i[0:5])
#except:
#pass
return guess_company
def fuzzy_wuzzy(m):
movie_title = process.extract(m, movie_titles)[0][0]
return movie_title
def didyoumean(input_command):
return process.extract(input_command,
command_lib.keys(),
scorer=fuzz.partial_ratio,
limit=1)[0][0]
cou2 = country.sort_values('country_txt')
# 原数据中名称字符分隔符删除
cou2['country_txt'] = cou2['country_txt'].str.replace(' ', '')
cou = pd.merge(cou1,
cou2,
left_on=['国家'],
right_on=['country_txt'],
how='outer')
# 将不能匹配的进行模糊匹配
a = cou[cou.isnull().any(axis=1)]
a1 = a['国家'].dropna().values.tolist()
a2 = a['country_txt'].dropna().values.tolist()
dic = dict()
for t in a2:
x = process.extract(t, a1, limit=2)
if (x[0][1] >= 68 or x[0][1] == 50) and (x[0][1] != 72):
dic[t] = x[0][0]
t = [a for a, b in enumerate(cou['country_txt']) if b in dic]
cou.iloc[t, 0] = list(dic.values())
cou = cou.iloc[:, :2].dropna()
cou['country'] = cou['country'].astype(int)
# 将国家编号并入eco经济数据集
eco1 = pd.merge(eco, cou, on=['国家'], how='right')
eco1.rename(columns={'年份': 'iyear'}, inplace=True)
eco1 = eco1.drop('国家', axis=1)
#将经济数据按照 国家编号、年份汇入 恐怖袭击 表格
eco1 = eco1.sort_values(['iyear', 'country'])
data4 = pd.merge(data3, eco1, on=['country', 'iyear'], how='left')
def search():
if request.method == "OPTIONS": # CORS preflight
return _build_cors_prelight_response()
elif request.method == 'GET':
totalpages = 0
content = request.get_json()
print(content)
Filename = "./contractCollection.csv"
df = pd.read_csv(Filename, error_bad_lines=False)
df = df.fillna("False")
result = []
clause_category = ""
tag = ""
cont_type = ""
text = ""
pages = 0
try:
print("try")
cont_type = content["cont_type"]
clause_category = content["clause_category"]
tag = content["tag"]
text = content["text"]
pages = content["page"]
except:
return _corsify_actual_response(jsonify("parameters error"))
if cont_type != "" and clause_category != "":
contain_values = df[df['name'].str.contains(cont_type)]
result = contain_values[df['ClausesCategories'].str.contains(
clause_category)]
if (len(result)) == 0:
result = [1, 2]
elif cont_type != "":
result = df[df['name'].str.contains(cont_type)]
if (len(result)) == 0:
result = [1, 2]
elif clause_category != "":
result = df[df['ClausesCategories'].str.contains(clause_category)]
if (len(result)) == 0:
result = [1, 2]
else:
result = [1, 2]
#print ("result",len(result))
if len(result) > 0:
Filename = "./ClausesCategoriesCollection.csv"
df2 = pd.read_csv(Filename, error_bad_lines=False)
df2 = df2.fillna("False")
claid = df2["_id"].tolist()
claname = df2["name"].tolist()
if clause_category != "": #########if category is empty
contain_values = df2[df2['name'].str.contains(
clause_category)] ##if caluse category exist
if len(contain_values) > 0:
ids = int(contain_values["_id"])
Filename = "./ClauseCollection.csv"
df3 = pd.read_csv(Filename, error_bad_lines=False)
df3 = df3.fillna("False")
#df3['clauseID']=pd.to_numeric(df3['clauseID'])
rows = df3.loc[(df3['tags'] == tag)
& (df3['clauseID'] == ids)]
data = []
totalpages = math.ceil(len(rows) / 10)
print("pages", len(rows), totalpages)
rows = rows.iloc[pages:]
for index, row in rows.iterrows():
if (len(data) < 10):
print("row", row["_id"])
#data.append({"name":row["name"],"description":row["description"]})
data.append({
"description":
row["description"],
"clause_type":
row["name"],
"category":
claname[claid.index(row["clauseID"])],
"tag":
row["tags"]
})
#print("data",data)
if len(data) == 0:
rows = df3.loc[(df3['clauseID'] == ids)]
data = []
totalpages = math.ceil(len(rows) / 10)
print("pages", len(rows), totalpages)
rows = rows.iloc[pages:]
for index, row in rows.iterrows():
if (len(data) < 10):
print("row", row["_id"])
print("calid", claid.index(row["clauseID"]))
print("claname",
claname[claid.index(row["clauseID"])])
#data.append({"name":row["name"],"description":row["description"]})
data.append({
"description":
row["description"],
"clause_type":
row["name"],
"category":
claname[claid.index(row["clauseID"])],
"tag":
row["tags"]
})
array2 = []
array2.append({"pages": totalpages})
array2.append({"data": data})
return _corsify_actual_response(jsonify(array2))
array2 = []
array2.append({"pages": totalpages})
array2.append({"data": data})
return _corsify_actual_response(jsonify(array2))
####return data
#print("rows",rows,df3.dtypes)
elif tag != "": ####################if category does not exist in records but tag exist
#ids=int(contain_values["_id"])
Filename = "./ClauseCollection.csv"
df3 = pd.read_csv(Filename, error_bad_lines=False)
df3 = df3.fillna("False")
#df3['clauseID']=pd.to_numeric(df3['clauseID'])
rows = df3.loc[(df3['tags'] == tag)]
data = []
totalpages = math.ceil(len(rows) / 10)
print("pages", len(rows), totalpages)
rows = rows.iloc[pages:]
for index, row in rows.iterrows():
if (len(data) < 10):
print("calid", claid.index(row["clauseID"]))
print("claname",
claname[claid.index(row["clauseID"])])
#print("row",row["_id"])
#data.append({"name":row["name"],"description":row["description"]})
data.append({
"description":
row["description"],
"clause_type":
row["name"],
"category":
claname[claid.index(row["clauseID"])],
"tag":
row["tags"]
})
else:
break
#print("data tag exist",data)
array2 = []
array2.append({"pages": totalpages})
array2.append({"data": data})
return _corsify_actual_response(jsonify(array2))
####return data
elif text != "": #########tag does not exist but text exist
Filename = "./ClauseCollection.csv"
df3 = pd.read_csv(Filename, error_bad_lines=False)
df3 = df3.fillna("False")
entities = df3['name'].tolist()
descriptions = df3['description'].tolist()
tagss = df3['tags'].tolist()
claidss = df3['clauseID'].tolist()
results = process.extract(text,
descriptions,
scorer=fuzz.token_sort_ratio)
#print(results)
data = []
print(results[0][0], results[0][1])
import random
n = random.randint(1, 10)
totalpages = 1
print("pages", totalpages)
for x in results:
if (len(data) < n):
#data.append({"name":entities[descriptions.index(x[0])],"description":x[0]})
data.append({
"description":
descriptions[claid.index(x[1])],
"clause_type":
entities[claid.index(x[1])],
"category":
claname[claidss[claid.index(x[1])]],
"tag":
tagss[claid.index(x[1])]
})
else:
break
#print("data",data)
array2 = []
array2.append({"pages": totalpages})
array2.append({"data": data})
return _corsify_actual_response(jsonify(array2))
else: ############if text not exist
#print("g aya no")
return _corsify_actual_response(jsonify({}))
elif tag != "": ############if clause category does not exist but tag exist
Filename = "./ClauseCollection.csv"
df3 = pd.read_csv(Filename, error_bad_lines=False)
df3 = df3.fillna("False")
#df3['clauseID']=pd.to_numeric(df3['clauseID'])
rows = df3.loc[(df3['tags'] == tag)]
data = []
totalpages = math.ceil(len(rows) / 10)
print("pages", len(rows), totalpages)
rows = rows.iloc[pages:]
for index, row in rows.iterrows():
if (len(data) < 10):
print("row", row["_id"])
print("calid", claid.index(row["clauseID"]))
print("claname", claname[claid.index(row["clauseID"])])
#data.append({"name":row["name"],"description":row["description"]})
data.append({
"description":
row["description"],
"clause_type":
row["name"],
"category":
claname[claid.index(row["clauseID"])],
"tag":
row["tags"]
})
#print("data if tag exist only",len(data))
array2 = []
array2.append({"pages": totalpages})
array2.append({"data": data})
return _corsify_actual_response(jsonify(array2))
elif text != "": #########tag does not exist but text exist
Filename = "./ClauseCollection.csv"
df3 = pd.read_csv(Filename, error_bad_lines=False)
df3 = df3.fillna("False")
entities = df3['name'].tolist()
descriptions = df3['description'].tolist()
tagss = df3['tags'].tolist()
claidss = df3['clauseID'].tolist()
results = process.extract(text,
descriptions,
scorer=fuzz.token_sort_ratio)
#print(results)
data = []
import random
n = random.randint(1, 10)
totalpages = 1
print("pages", totalpages)
#print(results[0][0],results[0][1])
for x in results:
if (len(data) < 10):
print("results", results)
print("calid", claid.index(x[1]))
print("claname", claname[claid.index(x[1])])
#data.append({"name":entities[descriptions.index(x[0])],"description":x[0]})
data.append({
"description":
descriptions[claid.index(x[1])],
"clause_type":
entities[claid.index(x[1])],
"category":
claname[claidss[claid.index(x[1])]],
"tag":
tagss[claid.index(x[1])]
})
else:
break
#print("data",data)
array2 = []
array2.append({"pages": totalpages})
array2.append({"data": data})
return _corsify_actual_response(jsonify(array2))
else: ############if text not exist
return _corsify_actual_response(jsonify({}))
#print(clause_category)
#data = request.values
#print("coming",request.form["id"])
#id=str(request.form["id"])
#print(id,type(id))
#response=model.recommendation(id)
else:
return _corsify_actual_response(jsonify("error"))
def _get_matches(self, name, match_limit):
return process.extract(name,
self.friends,
scorer=fuzz.UWRatio,
limit=match_limit)