def main(sc):
"""Get information about when the samples were sequenced.
INPUT: The times to search for in a list. The folders containing the books, also in a list.
FUNCTION: main()
OUTPUT: Around 10 seconds per book for an obscure time."""
from get_times import get_times
times_to_get = ['04:25', '11:29']
to_lookup = {}
all_times = []
for time in times_to_get:
some_times = get_times(time)
for item in some_times:
to_lookup[item] = time
all_times = all_times + some_times
import time
start_time = time.time()
with open('time_results.tsv', 'wb') as f:
for i in ['books/']:
lines = sc.wholeTextFiles(str(i) + '/*.txt')
print i, (time.time() - start_time)
noon = lines.filter(lambda a: any(x in a[1] for x in all_times))
a = noon.collectAsMap()
for key in a:
uemp = str(key)
temp = uemp.split('/')
semp = temp[-1].split('.txt')
remp = semp[0].split(' - ')
pemp = remp[-1].split('[')
oemp = pemp[0].split('(')
title = oemp[0]
if ',' in remp[-1]:
qemp = remp[0].split(', ')
author = qemp[-1] + ' ' + qemp[0]
else:
author = remp[0]
to_parallel = a[key]
sentences = sc.parallelize(to_parallel.split('. '))
midday = sentences.filter(lambda a: any(x in a for x in all_times))
for sentence in midday.collect():
new_sentence = sentence.replace('\r\n', ' ')
new_sentence = new_sentence.replace('\n', ' ')
new_sentence = new_sentence.replace('\t', ' ')
contained = [x for x in all_times if x in new_sentence]
new_title = title.replace('_', ':')
new_author = author.replace('_', '.')
f.write(to_lookup[contained[0]] + '\t' + new_sentence.encode('utf8') + '.\t' + new_title + '\t' + new_author + '\n')
to_parallel = []
def get_chart(chart_type, project_root, request_tups = None):
parallel_curl = pyparallelcurl.ParallelCurl(MAX_REQUESTS, CURL_OPTIONS)
if request_tups==None:
request_tups = get_times.get_times()
total_request_tups = len(request_tups)*10
current_request_no = 1
for request_tup in request_tups:
for page_no in range(1,11):
filename = project_root + "raw_downloaded/" + chart_type + "/"+request_tup[0]+"/"+request_tup[1]+"/" + str(request_tup[2]) + "-" + str(request_tup[3]) + "_page-" + str(page_no) + ".json"
if not os.path.isfile(filename):
print filename + "does not exist"
if chart_type == "top_tracks":
api_method = "geo.getmetrotrackchart"
elif chart_type == "top_artists":
api_method = "geo.getmetroartistchart"
else:
raise Exception, "Valid scrape types are: top_tracks, top_artists"
try:
params = tuple([api_method] + list(request_tup))
request = "http://ws.audioscrobbler.com/2.0/?method=%s&format=json&country=%s&metro=%s&start=%d&end=%d" % params
except:
print params
raise Exception
request = request + "&api_key="+API_KEY + "&page=" + str(page_no)
print str(current_request_no) + "/" + str(total_request_tups) + ": " + request
cookie = {"country": request_tup[0],
"city": request_tup[1],
"start": request_tup[2],
"end": request_tup[3],
"page": page_no,
"type": chart_type,
"project_root": project_root}
try:
parallel_curl.startrequest(request, on_request_done_save, cookie)
except TypeError:
parallel_curl.startrequest(request.encode("utf-8"), on_request_done_save, cookie)
else:
pass
if (current_request_no % 5000) == 0:
print str(current_request_no) + " of " + str(total_request_tups) + " complete."
current_request_no += 1
def main(project_root):
request_tups = get_times.get_times(project_root)
scrape_metros.scrape_all_charts(project_root, request_tups)
write_metros(request_tups, project_root)
tags_charts = scrape_tags.scrape_tags_charts(project_root)