def vectorize(start, stop):
"""
Master function
:return: None
"""
sets = eld("sets")
extracted = eld("extracted2")[start:stop]
td = get_tuple_dict(sets)
outdir = "tag-vectors"
if not exists(outdir):
mkdir(outdir)
for fil in extracted:
try:
group_by_tags(fil, td, outdir)
except (TypeError, ValueError, OverflowError):
continue
def vectorize(start, stop):
"""
Master function
:return: None
"""
sets = eld("sets")
extracted = eld("extracted2")[start:stop]
td = get_tuple_dict(sets)
outdir = "tag-vectors"
if not exists(outdir):
mkdir(outdir)
for fil in extracted:
try:
group_by_tags(fil, td, outdir)
except (TypeError, ValueError, OverflowError):
continue
def get_hashtags():
master_vectors = eld('master_vectors')
tag_lists = []
for vector_list in master_vectors:
with gzip.open(vector_list) as f:
js = json.load(f)
hashtags = js.get('hashtags')
if len(hashtags) > 2:
tag_lists.append(set(hashtags))
return tag_lists
def fix_all(directory):
exclude = [os.path.join(directory, fil) for fil in os.listdir(OUT_DIR)]
def fil_is_valid(fil):
return fil not in exclude and bool(re.match(r'[\w]+\.json', os.path.split(fil)[-1]))
fils = filter(fil_is_valid, eld(directory))
num_fils = len(fils)
for idx, fil in enumerate(fils):
print "fixing {} ({} of {})".format(fil, idx, num_fils)
fix_js(fil)
def master_nonvectorize():
"""
Equivalent of master_vectorize for get_master_nonvectors: calls get_master_nonvectors
for all files in tag_values
:return: None (writes to master_values)
"""
outdir = "master_values"
if not exists(outdir):
mkdir(outdir)
clustered_values = eld("tag_values")
for fil in clustered_values:
get_master_nonvectors(fil, join(outdir, split(fil)[1]))
def master_nonvectorize():
"""
Equivalent of master_vectorize for get_master_nonvectors: calls get_master_nonvectors
for all files in tag_values
:return: None (writes to master_values)
"""
outdir = "master_values"
if not exists(outdir):
mkdir(outdir)
clustered_values = eld("tag_values")
for fil in clustered_values:
get_master_nonvectors(fil, join(outdir, split(fil)[1]))
def extract_folder(val, folder, outfile, user=False):
"""
Calls extractor on every file in a folder
:param val: the value to extract
:type val: string
:param folder: the path to the folder
:type folder: string (path to folder)
:param outfile: the file to write to
:type outfile: string (file name)
:return: None (writes to outfile)
"""
for f in eld(folder):
extractor(val, f, outfile, user)
def fix_all(directory):
exclude = [os.path.join(directory, fil) for fil in os.listdir(OUT_DIR)]
def fil_is_valid(fil):
return fil not in exclude and bool(
re.match(r'[\w]+\.json',
os.path.split(fil)[-1]))
fils = filter(fil_is_valid, eld(directory))
num_fils = len(fils)
for idx, fil in enumerate(fils):
print "fixing {} ({} of {})".format(fil, idx, num_fils)
fix_js(fil)
def process_all(outfile='arff_data.txt', dry_run=False):
fils = eld('master_vectors')
s = ''
for fil in fils:
entry = process_entry(fil)
if not entry:
print """WARNING: No corresponding value file found for {fil}""".format(fil=fil)
else:
s += process_entry(fil)
if dry_run:
print s
else:
with open(outfile, 'w') as f:
f.write(s)
def non_vectorize(start, stop):
"""
vectorize equivalent for non-vector values
:return: None
"""
extracted = eld("extracted2")[start:stop]
outdir = "tag_values"
if not exists(outdir):
mkdir(outdir)
for fil in extracted:
try:
group_non_vectors(fil, outdir)
except (TypeError, ValueError, OverflowError):
continue
def non_vectorize(start, stop):
"""
vectorize equivalent for non-vector values
:return: None
"""
extracted = eld("extracted2")[start:stop]
outdir = "tag_values"
if not exists(outdir):
mkdir(outdir)
for fil in extracted:
try:
group_non_vectors(fil, outdir)
except (TypeError, ValueError, OverflowError):
continue
def __init__(self, fnames=None, folder=None):
"""
:param fnames: list of JSON files to process
:type fnames: list of strings (file names)
:param folder: path to a folder containing JSON files to process
:type folder: string
"""
self.fnames = []
if fnames:
self.fnames += fnames
if folder:
self.fnames += eld(folder)
self.domain_pat = re.compile(r"https?://([\w\d\.\-]+\.\w{2,3})")
self.clean_pat = re.compile(r"(@|#|http)\S+")
self.parsed = []
self.tweets = []
def __init__(self, fnames=None, folder=None):
"""
:param fnames: list of JSON files to process
:type fnames: list of strings (file names)
:param folder: path to a folder containing JSON files to process
:type folder: string
"""
self.fnames = []
if fnames:
self.fnames += fnames
if folder:
self.fnames += eld(folder)
self.domain_pat = re.compile(r'https?://([\w\d\.\-]+\.\w{2,3})')
self.clean_pat = re.compile(r'(@|#|http)\S+')
self.parsed = []
self.tweets = []
def process_dir(directory, use_testdb=False, show_sql=True):
"""
Process a whole directory.
:param directory: the directory to process
:type directory: str (path to a directory)
:param test: whether to make the Inserter instance use the test db/cache settings
:param test: bool
:return: None
"""
inserter = Inserter(use_testdb, show_sql)
try:
fils = eld(directory)
for fil in fils:
process_fil(fil, inserter)
print "Processed {fil}".format(fil=fil)
finally:
inserter.DB.commit()
def process_dir(directory, use_testdb=False, show_sql=True):
"""
Process a whole directory.
:param directory: the directory to process
:type directory: str (path to a directory)
:param test: whether to make the Inserter instance use the test db/cache settings
:param test: bool
:return: None
"""
inserter = Inserter(use_testdb, show_sql)
try:
fils = eld(directory)
for fil in fils:
process_fil(fil, inserter)
print "Processed {fil}".format(fil=fil)
finally:
inserter.DB.commit()
