def main(options):
# get availalbe defined fiels
data = req('%s/admin/luke?wt=json&show=schema&indent=true' % options.query_endpoint, **dict(show='schema'))
fields = data['schema']['fields'].keys()
if os.path.exists('term-freqs.txt') and EXISTING_TERMS_REPLACE or not os.path.exists('term-freqs.txt'):
# for each retrive the high/med/low freq terms
with csv_writer('term-freqs.txt', ['field', 'type', 'token', 'freq']) as writer:
for f in fields:
try:
print 'Getting freqs for: %s' % f
rsp = req('%s/terms' % options.query_endpoint, **{'terms.fl':f, 'terms.limit':RETRIEVE_MAX_TOKENS})
high_freq = dict(zip(rsp['terms'][f][0::2],rsp['terms'][f][1::2]))
write_terms(writer, f, 'high', high_freq)
if len(high_freq.values()) == 0:
continue
max_count = int(max(0.1, min(high_freq.values())) / 2) - 1
if max_count < 1:
continue
rsp = req('%s/terms' % options.query_endpoint, **{'terms.fl':f, 'terms.limit':RETRIEVE_MAX_TOKENS, 'terms.maxcount': max_count})
med_freq = dict(zip(rsp['terms'][f][0::2],rsp['terms'][f][1::2]))
write_terms(writer, f, 'med', med_freq)
if len(med_freq.values()) == 0:
continue
max_count = max(int(max(0.1, min(med_freq.values())) / 2) - 1, 1)
if max_count < 1:
continue
rsp = req('%s/terms' % options.query_endpoint, **{'terms.fl':f, 'terms.limit':RETRIEVE_MAX_TOKENS, 'terms.maxcount': max_count})
low_freq = dict(zip(rsp['terms'][f][0::2],rsp['terms'][f][1::2]))
write_terms(writer, f, 'low', low_freq)
except Exception, e:
print 'Error getting terms for: %s' % f
traceback.print_exc()
def main(options):
# get availalbe defined fiels
data = req('%s/admin/luke?wt=json&show=schema&indent=true' % options.query_endpoint, **dict(show='schema'))
fields = data['schema']['fields'].keys()
if os.path.exists('term-freqs.txt') and EXISTING_TERMS_REPLACE or not os.path.exists('term-freqs.txt'):
retrieve_term_freqs(options, fields)
if os.path.exists('phrase-freqs.txt.2') and EXISTING_TERMS_REPLACE \
or not os.path.exists('phrase-freqs.txt.2'):
retrieve_pseudo_collocations(options, maxlen=[2, 5], stop_after_reaching=10000,
output_name='phrase-freqs.txt')
generate_field_queries(options)
generate_wild_queries(options)
generate_phrase_queries(options, length=2, input='phrase-freqs.txt.2')
generate_phrase_queries(options, length=5, input='phrase-freqs.txt.5')
generate_fuzzy_queries(options, length=1, input='phrase-freqs.txt.2')
generate_fuzzy_queries(options, length=2, input='phrase-freqs.txt.2')
generate_near_queries(options, length=2, input='phrase-freqs.txt.5')
generate_near_queries(options, length=4, input='phrase-freqs.txt.5')
generate_boolean_queries(options, 'AND', length=5, input='phrase-freqs.txt.2')
generate_boolean_queries(options, 'AND', length=2, input='phrase-freqs.txt.2')
generate_boolean_queries(options, 'OR', length=5, input='phrase-freqs.txt.2')
generate_boolean_queries(options, 'OR', length=2, input='phrase-freqs.txt.2')
def retrieve_term_freqs(options, fields):
# for each retrive the high/med/low freq terms
fo, writer = csv_writer('term-freqs.txt', ['field', 'type', 'token', 'freq'])
for f in fields:
try:
print 'Getting freqs for: %s' % f
rsp = req('%s/terms' % options.query_endpoint, **{'terms.fl':f, 'terms.limit':RETRIEVE_MAX_TOKENS})
high_freq = dict(zip(rsp['terms'][f][0::2],rsp['terms'][f][1::2]))
write_terms(writer, f, 'high', high_freq)
if len(high_freq.values()) == 0:
continue
max_count = int(max(0.1, min(high_freq.values())) / 2) - 1
if max_count < 1:
continue
rsp = req('%s/terms' % options.query_endpoint, **{'terms.fl':f, 'terms.limit':RETRIEVE_MAX_TOKENS, 'terms.maxcount': max_count})
med_freq = dict(zip(rsp['terms'][f][0::2],rsp['terms'][f][1::2]))
write_terms(writer, f, 'med', med_freq)
if len(med_freq.values()) == 0:
continue
max_count = max(int(max(0.1, min(med_freq.values())) / 2) - 1, 1)
if max_count < 1:
continue
rsp = req('%s/terms' % options.query_endpoint, **{'terms.fl':f, 'terms.limit':RETRIEVE_MAX_TOKENS, 'terms.maxcount': max_count})
low_freq = dict(zip(rsp['terms'][f][0::2],rsp['terms'][f][1::2]))
write_terms(writer, f, 'low', low_freq)
except Exception, e:
print 'Error getting terms for: %s' % f
traceback.print_exc()
def main(options):
# get availalbe defined fiels
data = req('%s/admin/luke?wt=json&show=schema&indent=true' % options.query_endpoint, **dict(show='schema'))
fields = data['schema']['fields'].keys()
if os.path.exists('term-freqs.txt') and EXISTING_TERMS_REPLACE or not os.path.exists('term-freqs.txt'):
retrieve_term_freqs(options, fields)
if os.path.exists('phrase-freqs.txt') and EXISTING_TERMS_REPLACE \
or not os.path.exists('phrase-freqs.txt'):
retrieve_pseudo_collocations(options, maxlen=2, stop_after_reaching=100000,
output_name='phrase-freqs.txt')
if os.path.exists('phrase5-freqs.txt') and EXISTING_TERMS_REPLACE \
or not os.path.exists('phrase5-freqs.txt'):
retrieve_pseudo_collocations(options, maxlen=5, stop_after_reaching=100000,
output_name='phrase5-freqs.txt')
generate_field_queries(options)
generate_wild_queries(options)
generate_phrase_queries(options, length=2, input='phrase-freqs.txt')
generate_phrase_queries(options, length=5, input='phrase5-freqs.txt')
generate_fuzzy_queries(options, length=1, input='phrase-freqs.txt')
generate_fuzzy_queries(options, length=2, input='phrase-freqs.txt')
generate_near_queries(options, length=2, input='phrase5-freqs.txt')
generate_near_queries(options, length=4, input='phrase5-freqs.txt')
generate_boolean_queries(options, 'AND', length=5, input='phrase5-freqs.txt')
generate_boolean_queries(options, 'AND', length=2, input='phrase5-freqs.txt')
generate_boolean_queries(options, 'OR', length=5, input='phrase5-freqs.txt')
generate_boolean_queries(options, 'OR', length=2, input='phrase5-freqs.txt')
def retrieve_pseudo_collocations(options, max_time=600,
maxlen=3, stop_after_reaching=100000,
max_clauses=2,
upper_limit='1.0',
lower_limit='0.97',
output_name='collocations-freqs.txt'):
fo, writer = csv_writer(output_name, ['field', 'type', 'token', 'freq'])
terms = {}
for fn in DISCOVER_PHRASES_FIELDS:
terms[fn] = []
for term in csv_reader('term-freqs.txt', generic=True):
if len(term) != 4:
continue
if term[1] == 'high' and term[0] in DISCOVER_PHRASES_FIELDS:
terms[term[0]].append(term[2])
jobs = {}
for fn in DISCOVER_PHRASES_FIELDS:
if fn not in terms:
'skipping: %s as we have no data for it' % fn
continue
# register job
rsp = req("%s/batch" % options.query_endpoint,
command="find-freq-phrases",
maxlen=maxlen,
upperLimit=upper_limit,
lowerLimit=lower_limit,
fields=fn,
maxClauses=max_clauses,
stopAfterReaching=stop_after_reaching,
)
jobs[fn] = rsp['jobid']
# first write terms to disk
fi, tmpfile = tempfile.mkstemp()
fd = open(tmpfile, 'w')
fd.write("\n".join(terms[fn]))
fd.close()
kwdata = dict(endpoint = options.query_endpoint, jobid=rsp['jobid'], tmpfile=tmpfile)
run_cmd(["curl '%(endpoint)s/batch?command=receive-data&jobid=%(jobid)s' --data-binary @%(tmpfile)s -H 'Content-type:text/txt; charset=utf-8'"
% kwdata])
# start processing
rsp = req("%s/batch" % options.query_endpoint,
command="start")
some_future = time.time() + max_time
jobs_finished = {}
while time.time() < some_future:
if len(jobs) == 0:
break
for k, v in jobs.items():
rsp = req("%s/batch" % options.query_endpoint,
command="status",
jobid=v)
if rsp['job-status'] == 'failed':
error("Failed executing: %s - %s" % (k,v))
elif rsp['job-status'] == 'finished':
print 'finished: %s' % k
del jobs[k]
jobs_finished[k] = v
else:
time.sleep(3)
for k,v in jobs_finished.items():
run_cmd(["curl -o %s '%s/batch?command=get-results&jobid=%s'"
% ('collocations.%s.freq' % k, options.query_endpoint, v)
])
with open('collocations.%s.freq' % k, 'r') as c_file:
for line in c_file:
data = line.strip().split('\t')
if len(data) > 1:
writer.writerow([k, 'high', data[0], data[1]])
os.remove('collocations.%s.freq' % k)
fo.close()
def retrieve_pseudo_collocations(options,
maxlen=[3],
stop_after_reaching=100000,
max_clauses=2,
output_name='collocations-freqs.txt'):
maxlen = maxlen[:]
terms = {}
for fn in DISCOVER_PHRASES_FIELDS:
terms[fn] = []
fields = set()
for term in csv_reader('term-freqs.txt', generic=True):
if len(term) != 4:
continue
if term[1] == 'high' and term[0] in DISCOVER_PHRASES_FIELDS:
terms[term[0]].append(term[2])
fields.add(term[0])
tally = {}
freqs = {}
for x in maxlen:
tally[x] = 0
freqs[x] = {}
for f in fields:
freqs[x][f] = defaultdict(lambda: 0)
for field, terms in terms.items():
if len(maxlen) == 0:
break
for term in terms:
rsp = req('%s/query' % options.query_endpoint, **{
'q' : '{}:"{}"'.format(field, term),
'wt': 'json',
'hl': 'true',
'hl.fl': field,
'hl.requireFieldMatch': 'true',
'hl.simple.re': '<em>',
'hl.simple.post': '</em>',
})
if rsp['response'].get('numFound', 0) > 0:
hls = extract_highlights(term, rsp['highlighting'])
for f in maxlen:
for left in hls.get_all_left(f):
freqs[f][field][left] += 1
tally[f] += 1
for right in hls.get_all_right(f):
freqs[f][field][right] += 1
tally[f] += 1
if tally[f] >= stop_after_reaching:
maxlen.pop(maxlen.index(f))
for maxlen, freqx in freqs.items():
fo, writer = csv_writer('{}.{}'.format(output_name, maxlen), ['field', 'type', 'token', 'freq'])
for field, vals in freqx.items():
vs = sorted(vals.items(), key=lambda x: x[1], reverse=True)
for v, freq in vs:
try:
writer.writerow([field, 'high', v, freq])
except UnicodeEncodeError:
try:
writer.writerow([field, 'high', v.encode('utf8'), freq])
except UnicodeEncodeError:
pass
fo.close()
