def parse_wok_page(page, qobj, callback=None):
logger = parse_wok_page.get_logger()
parser = etree.HTMLParser()
tree = etree.parse(StringIO(page), parser)
elements = tree.xpath('//td[@class="summary_data"]')
# to be returned
records = []
for element in elements:
record = {}
record['title'] = perform(element.xpath('a/value//text()'), a_join, unicode)
record['source'] = perform(element.xpath('span[contains(text(),"Source")]/following-sibling::text()')[0], unicode, unicode.strip)
record['authors'] = perform(element.xpath('span[contains(text(),"Author")]/following-sibling::text()')[0], unicode, a_split_semicolon, m_trim)
record['publish_date'] = perform(element.xpath('span[contains(text(),"Published")]/following::text()')[1], lambda x: a_find(x, r'(\d{4})'),a_int, a_date)
record['times_cited'] = perform(element.xpath('span[contains(text(),"Times Cited")]/following::text()')[1], a_trim, lambda s: s.replace(',',''), a_int)
# remove et al
record['authors'] = filter(lambda author: not author.startswith('et al'), record['authors'])
# convert name from Doe, J to J Doe
record['authors'] = map(lambda author: ' '.join(reversed(map(unicode.strip, author.split(' ')))), record['authors'])
records.append(record)
logger.warning("Got %d results for the query '%s' from isi/wok" % (len(records), qobj.query))
if callback:
return subtask(callback).delay(records=records, qobj=qobj)
else:
return records
def parse_wok_page(page, qobj, callback=None):
logger = parse_wok_page.get_logger()
parser = etree.HTMLParser()
tree = etree.parse(StringIO(page), parser)
elements = tree.xpath('//td[@class="summary_data"]')
# to be returned
records = []
for element in elements:
record = {}
record['title'] = perform(element.xpath('a/value//text()'), a_join,
unicode)
record['source'] = perform(
element.xpath(
'span[contains(text(),"Source")]/following-sibling::text()')
[0], unicode, unicode.strip)
record['authors'] = perform(
element.xpath(
'span[contains(text(),"Author")]/following-sibling::text()')
[0], unicode, a_split_semicolon, m_trim)
record['publish_date'] = perform(
element.xpath(
'span[contains(text(),"Published")]/following::text()')[1],
lambda x: a_find(x, r'(\d{4})'), a_int, a_date)
record['times_cited'] = perform(
element.xpath(
'span[contains(text(),"Times Cited")]/following::text()')[1],
a_trim, lambda s: s.replace(',', ''), a_int)
# remove et al
record['authors'] = filter(
lambda author: not author.startswith('et al'), record['authors'])
# convert name from Doe, J to J Doe
record['authors'] = map(
lambda author: ' '.join(
reversed(map(unicode.strip, author.split(' ')))),
record['authors'])
records.append(record)
logger.warning("Got %d results for the query '%s' from isi/wok" %
(len(records), qobj.query))
if callback:
return subtask(callback).delay(records=records, qobj=qobj)
else:
return records
def parse_scholar_page(url, page, qobj, callback=None):
parser = etree.HTMLParser()
tree = etree.parse(StringIO(page), parser)
elements = tree.xpath("//body/div[@class='gs_r']")
# to be returned
records = []
for element in elements:
record = {}
record['title'] = perform(element.xpath('h3[@class="gs_rt"]/a//text()'), a_join, unicode)
record['url'] = perform(element.xpath('h3[@class="gs_rt"]/a/@href'), a_join, unicode)
record['snippet'] = perform(element.xpath('div[@class="gs_rs"]//text()'), a_join, unicode)
record['source'] = perform(element.xpath('div[@class="gs_a"]//text()'), a_join, lambda x: a_find(x, r'-\s+(.+)[,|-]\s+\d{4}'), unicode)
record['authors'] = perform(element.xpath('div[@class="gs_a"]//text()'), a_join, lambda x: a_find(x, r'\A(.+?)\s+-\s+'), unicode, a_split_komma, m_trim)
record['publish_date'] = perform(element.xpath('div[@class="gs_a"]//text()'), a_join, lambda x: a_find(x, r'\s+(\d{4})\s+\-'),a_int, a_date)
records.append(record)
logger = parse_wok_page.get_logger()
logger.warning("Got %d results for the query '%s' from scholar" % (len(records), qobj.query))
if callback:
return subtask(callback).delay(records, qobj)
else:
return url, records
def parse_scholar_page(url, page, qobj, callback=None):
parser = etree.HTMLParser()
tree = etree.parse(StringIO(page), parser)
elements = tree.xpath("//body/div[@class='gs_r']")
# to be returned
records = []
for element in elements:
record = {}
record['title'] = perform(
element.xpath('h3[@class="gs_rt"]/a//text()'), a_join, unicode)
record['url'] = perform(element.xpath('h3[@class="gs_rt"]/a/@href'),
a_join, unicode)
record['snippet'] = perform(
element.xpath('div[@class="gs_rs"]//text()'), a_join, unicode)
record['source'] = perform(
element.xpath('div[@class="gs_a"]//text()'), a_join,
lambda x: a_find(x, r'-\s+(.+)[,|-]\s+\d{4}'), unicode)
record['authors'] = perform(
element.xpath('div[@class="gs_a"]//text()'), a_join,
lambda x: a_find(x, r'\A(.+?)\s+-\s+'), unicode, a_split_komma,
m_trim)
record['publish_date'] = perform(
element.xpath('div[@class="gs_a"]//text()'), a_join,
lambda x: a_find(x, r'\s+(\d{4})\s+\-'), a_int, a_date)
records.append(record)
logger = parse_wok_page.get_logger()
logger.warning("Got %d results for the query '%s' from scholar" %
(len(records), qobj.query))
if callback:
return subtask(callback).delay(records, qobj)
else:
return url, records
