def preProcess(column):
"""
Do a little bit of data cleaning with the help of [AsciiDammit](https://github.com/tnajdek/ASCII--Dammit)
and Regex. Things like casing, extra spaces, quotes and new lines can be ignored.
"""
column = AsciiDammit.asciiDammit(column)
column = re.sub(' +', ' ', column)
column = re.sub('\n', ' ', column)
column = column.strip().strip('"').strip("'").lower().strip()
return column
def preProcess(column):
"""
Do a little bit of data cleaning with the help of [AsciiDammit](https://github.com/tnajdek/ASCII--Dammit)
and Regex. Things like casing, extra spaces, quotes and new lines can be ignored.
"""
column = AsciiDammit.asciiDammit(column)
column = re.sub(' +', ' ', column)
column = re.sub('\n', ' ', column)
column = column.strip().strip('"').strip("'").lower().strip()
return column
def preProcess(column):
"""
Our goal here is to find meaningful duplicates, so things like
casing, extra spaces, quotes and new lines can be
ignored. `preProcess` removes these.
"""
column = AsciiDammit.asciiDammit(column)
column = re.sub(' +', ' ', column)
column = re.sub('\n', ' ', column)
column = column.strip().strip('"').strip("'").lower().strip()
return column
def fetch(page=1, page_size=DEFAULT_PAGE_SIZE):
"""Loops through all purchased music tracks in the ITunes library,
performs a YouTube search on all song titles and artist names,
and returns a list of Entry objects indexed by video id"""
tracks = get_itunes_tracks()
num_tracks = len(tracks)
results_per_track = len(TRACK_SEARCH_FIELDS) * RESULTS_PER_QUERY
abs_track_index = int((page_size * (page-1)) / results_per_track)
track_index = abs_track_index % num_tracks
query_index = (int((abs_track_index+1) / num_tracks)*RESULTS_PER_QUERY) + 1
query_index %= 1000 - RESULTS_PER_QUERY
# cycle through the tracks
tracks = itertools.islice(itertools.cycle(tracks), track_index, None)
results = {}
search_terms_used = []
for track in tracks:
for field in TRACK_SEARCH_FIELDS:
search_term = track.get(field, None)
if search_term is not None:
# asciify search term and put it in quotes and lower case
search_term = (AsciiDammit.asciiDammit(search_term)
.encode("ascii", "ignore")
.lower())
search_term = '"%s"' % search_term.replace("\"", "'")
# don't search for same term twice
if not (field,search_term) in search_terms_used:
# skim first n items off search
max_results = min(RESULTS_PER_QUERY,
page_size - len(results))
if max_results == 0:
break
entries = youtube_search([search_term],
max_results=max_results,
start_index=query_index)
search_terms_used.append((field,search_term))
# index results by id
for entry in entries:
id = entry.id.text.split('/')[-1]
logging.info("%s | %s" % (id, entry.media.title.text))
if id not in results:
results[id] = entry
if len(results) >= page_size:
break
return results
def preProcess(column):
"""
Do a little bit of data cleaning with the help of
[AsciiDammit](https://github.com/tnajdek/ASCII--Dammit) and
Regex. Things like casing, extra spaces, quotes and new lines can
be ignored.
"""
if column.find('LatLong') == 0:
try:
vals = column[8:-1].split(',')
column = (float(vals[0]), float(vals[1]))
except ValueError:
column = (0.0,0.0)
else:
column = AsciiDammit.asciiDammit(column)
column = re.sub(' +', ' ', column)
column = re.sub('\n', ' ', column)
column = column.strip().strip('"').strip("'").lower().strip()
return column
#speaker_events_dict[speakernosp] = []
tracks = [] # list of tracks
tracksdict = {} # for use in creating a dictionary of tracks with no space in their name
rooms = []
roomsdict = {}
speakerdict = {}
hourslist = {}
speaker_events_dict = {}
# go through the schedule row by row
for index, x in enumerate(pconsched.schedule):
# (re)initialize a session dictionary object
session = {}
# for each field grab the data and put it in the session dictionary
for field in fields:
# bring the field info into a variable to help keep the code clean
fieldtext = AsciiDammit.asciiDammit(pconsched.schedule[index][pconsched.headerdict[field]])
# separate the time and day into different variables
session['input'] = x
session['index'] = index
##start day and time assignments
if (field == "Start Date"):
session['startday'] = fieldtext
if (fieldtext == friday_date):
session['dayheader'] = friday_header
if (fieldtext == saturday_date):
session['dayheader'] = saturday_header
if (fieldtext == sunday_date):
session['dayheader'] = sunday_header
if (fieldtext == ''):
trackdict = {}
logging.debug("schedule in list form: \n%s", build)
for line in build:
logging.debug("line: %s", line)
logging.debug(len(line))
atrac = line[5].split(',')[0]
for currenttrac in trackinfo:
if currenttrac.keys()[0][0:3] == atrac[0:3].upper():
logging.debug("track: %s", atrac[0:3].upper())
logging.debug("current track: %s", currenttrac.keys()[0])
logging.debug("line[6] %s", line[6])
trackcontent = [
AsciiDammit.asciiDammit(
line[6]
), # .decode('unicode_escape').encode('ascii', 'ignore'),
AsciiDammit.asciiDammit(line[8]),
AsciiDammit.asciiDammit(line[7]),
] # .decode('unicode_escape').encode('ascii', 'ignore')]
if currenttrac.keys()[0] not in trackdict.keys():
trackdict[currenttrac.keys()[0]] = [trackcontent]
else:
if trackcontent not in trackdict[currenttrac.keys()[0]]:
trackdict[currenttrac.keys()[0]].append(trackcontent)
logging.debug(line)
for track in trackdict:
trackdict[track].sort()
logging.debug("sorted dict's list\n\n")
logging.debug("track dictionary: %s", trackdict)
# speaker_events_dict[speakernosp] = []
tracks = [] # list of tracks
tracksdict = {} # for use in creating a dictionary of tracks with no space in their name
rooms = []
roomsdict = {}
speakerdict = {}
hourslist = {}
speaker_events_dict = {}
# go through the schedule row by row
for index, x in enumerate(pconsched.schedule):
# (re)initialize a session dictionary object
session = {}
# for each field grab the data and put it in the session dictionary
for field in fields:
# bring the field info into a variable to help keep the code clean
fieldtext = AsciiDammit.asciiDammit(
pconsched.schedule[index][pconsched.headerdict[field]])
# separate the time and day into different variables
session['input'] = x
session['index'] = index
session['All Day Event'] = ''
session['private'] = "PUBLIC"
session['avneeds'] = ""
session['alldayorder'] = "3"
# start day and time assignments
# separate the time and day into different variables
if (field == "event_start"):
logging.debug(fieldtext[:len(fieldtext)-fieldtext.find(" ") + 1])
dashdate = fieldtext[:len(fieldtext)-fieldtext.find(" ") + 1]
slashdate = "{}/{}/{}".format(dashdate[6:7],
build = list(reader)
trackdict = {}
logging.debug("schedule in list form: \n%s", build)
for line in build:
logging.debug("line: %s", line)
logging.debug(len(line))
atrac = line[5].split(',')[0]
for currenttrac in trackinfo:
if currenttrac.keys()[0][0:3] == atrac[0:3].upper():
logging.debug("track: %s", atrac[0:3].upper())
logging.debug("current track: %s", currenttrac.keys()[0])
logging.debug("line[6] %s", line[6])
trackcontent = [AsciiDammit.asciiDammit(line[6]), # .decode('unicode_escape').encode('ascii', 'ignore'),
AsciiDammit.asciiDammit(line[8]),
AsciiDammit.asciiDammit(line[7]), ] # .decode('unicode_escape').encode('ascii', 'ignore')]
if currenttrac.keys()[0] not in trackdict.keys():
trackdict[currenttrac.keys()[0]] = [trackcontent]
else:
if trackcontent not in trackdict[currenttrac.keys()[0]]:
trackdict[currenttrac.keys()[0]].append(trackcontent)
logging.debug(line)
for track in trackdict:
trackdict[track].sort()
logging.debug("sorted dict's list\n\n")
logging.debug("track dictionary: %s", trackdict)
env = jinja2.Environment(loader=jinja2.FileSystemLoader('templates'))