def _parseSummary((data, headers)):
"""
Extract the plot summary.
"""
tree = parseHTML(data)
for p in tree.findall('//p'):
if p.get('class') == 'plotpar':
return p.text.strip()
def _parseSummary((data, headers)):
"""
Extract the plot summary.
"""
tree = parseHTML(data)
for p in tree.findall('//p'):
if p.get('class') == 'plotpar':
return p.text.strip()
def test_parseHTML(self):
"""
L{eridanusstd.util.parseHTML} will use the newer html5lib API if
available and parse HTML content into an LXML element tree.
"""
if not hasattr(html5lib, 'parse'):
raise SkipTest('html5lib is too old')
tree = util.parseHTML(self.path.sibling('index.html').open())
self.assertIdentical(type(tree), type(etree.ElementTree()))
def _parsePoster((data, headers)):
"""
Extract the URL for the poster image.
"""
tree = parseHTML(data)
for table in tree.findall('//table'):
if table.get('id') == 'principal':
img = table.find('.//img')
if img is not None:
return IMDB_URL.click(img.get('src'))
return None
def _parsePoster((data, headers)):
"""
Extract the URL for the poster image.
"""
tree = parseHTML(data)
for table in tree.findall('//table'):
if table.get('id') == 'principal':
img = table.find('.//img')
if img is not None:
return IMDB_URL.click(img.get('src'))
return None
def qdbUS(quoteID):
url = QDB_US_URL.child(quoteID)
def extractQuote(tree):
quote = tree.find('//form/table/tbody')
header = unicode(''.join(quote.find('tr/td').itertext())).strip()
text = unicode(''.join(quote.find('tr/td/p').itertext())).strip()
yield u'%s -- %s' % (header, url)
for line in text.splitlines():
yield line
return util.PerseverantDownloader(url).go().addCallback(
lambda (data, headers): parseHTML(data)).addErrback(
handleBadQuoteID, quoteID).addCallback(extractQuote)
def qdbUS(quoteID):
url = QDB_US_URL.child(quoteID)
def extractQuote(tree):
quote = tree.find('//form/table/tbody')
header = unicode(''.join(quote.find('tr/td').itertext())).strip()
text = unicode(''.join(quote.find('tr/td/p').itertext())).strip()
yield u'%s -- %s' % (header, url)
for line in text.splitlines():
yield line
return util.PerseverantDownloader(url).go(
).addCallback(lambda (data, headers): parseHTML(data)
).addErrback(handleBadQuoteID, quoteID
).addCallback(extractQuote)
def bash(quoteID):
url = BASH_URL.add(quoteID)
def extractQuote(tree):
header = (t for t in tree.find('//p[@class="quote"]').itertext()
if t not in ('+', '-', '[X]'))
header = unicode(''.join(header), 'ascii').strip()
text = unicode(''.join(
tree.find('//p[@class="qt"]').itertext())).strip()
yield u'%s -- %s' % (header, url)
for line in text.splitlines():
yield line
return util.PerseverantDownloader(url).go().addCallback(
lambda (data, headers): parseHTML(data)).addErrback(
handleBadQuoteID, quoteID).addCallback(extractQuote)
def bash(quoteID):
url = BASH_URL.add(quoteID)
def extractQuote(tree):
header = (t for t in tree.find('//p[@class="quote"]').itertext()
if t not in ('+', '-', '[X]'))
header = unicode(''.join(header), 'ascii').strip()
text = unicode(''.join(tree.find('//p[@class="qt"]').itertext())).strip()
yield u'%s -- %s' % (header, url)
for line in text.splitlines():
yield line
return util.PerseverantDownloader(url).go(
).addCallback(lambda (data, headers): parseHTML(data)
).addErrback(handleBadQuoteID, quoteID
).addCallback(extractQuote)
def _parseSearchResults((data, headers)):
"""
Parse search result HTML into an iterable of C{(name, url, id)}.
"""
tree = parseHTML(data)
# XXX: Maybe do something a little more less shot-in-the-darkish, like
# finding the first `ol` after an `h1`.
for li in tree.find('//ol').findall('li'):
a = li.find('a')
url = IMDB_URL.click(a.get('href'))
name = unicode(a.text)
# Skip video games, this should be part of the "I want movies,
# I want TV series" criteria stuff.
if not name.endswith(u'(VG)'):
pathList = url.pathList()
id = pathList[-1] or pathList[-2]
yield name, url, id
def _parseSearchResults((data, headers)):
"""
Parse search result HTML into an iterable of C{(name, url, id)}.
"""
tree = parseHTML(data)
# XXX: Maybe do something a little more less shot-in-the-darkish, like
# finding the first `ol` after an `h1`.
for li in tree.find('//ol').findall('li'):
a = li.find('a')
url = IMDB_URL.click(a.get('href'))
name = unicode(a.text)
# Skip video games, this should be part of the "I want movies,
# I want TV series" criteria stuff.
if not name.endswith(u'(VG)'):
pathList = url.pathList()
id = pathList[-1] or pathList[-2]
yield name, url, id
def _extractTitle(data):
def sanitizeTitle(title):
return _whitespace.sub(u' ', title.strip())
if data:
try:
tree = parseHTML(data)
results = tree.xpath(
'//xhtml:title',
namespaces={'xhtml': 'http://www.w3.org/1999/xhtml'})
results = filter(
None, (sanitizeTitle(unicode(e.text)) for e in results))
if results:
return u';'.join(results)
except:
log.msg('Extracting title failed:')
log.err()
return None
class Calculator(object):
"""
Primitive screen-scraping interface to Google's calculator.
"""
_resultFormatting = {'sup': u'^'}
def _formatResult(self, elem):
"""
Gracefully downgrade HTML markup in calculator results.
"""
def _format():
yield elem.text
for child in elem.iterchildren():
tag = child.tag.split('}')[-1]
extra = self._resultFormatting.get(tag)
if extra is not None:
yield extra
yield child.text
yield child.tail
return filter(None, _format())
def _extractResult(self, (data, headers), expn):
"""
Extract the calculator result from a Google search.
@rtype: C{(unicode, unicode)}
@return: A pair of C{(expn, result)}.
"""
tree = parseHTML(data)
results = tree.xpath(
'//xhtml:h2[@class="r"]/xhtml:b',
namespaces={'xhtml': 'http://www.w3.org/1999/xhtml'})
if results:
return u''.join(self._formatResult(results[0]))
raise errors.InvalidExpression(expn)
_infoParsers = {
u'director': _hyperlinkedText(u'director'),
u'genre': _genre,
u'release date': _releaseDate,
}
def _parseTitleInfo((data, headers), url):
"""
Parse an IMDB HTML document into structured information.
The resulting dictionary contains keys that map roughly to the relevant
IMDB fields of the same name.
@rtype: Deferred firing with a C{dict}
"""
tree = parseHTML(data)
info = {}
info['title'] = tree.find('//h1').text.strip()
# Scan all the `<div class="info">` tags for information that we know how
# to parse.
infoElems = (e for e in tree.findall('//div') if e.get('class') == 'info')
for elem in infoElems:
h5 = elem.find('h5')
if h5 is None:
continue
infoName = h5.text
if infoName is None:
continue
u'director': _hyperlinkedText(u'director'),
u'genre': _genre,
u'release date': _releaseDate,
}
def _parseTitleInfo((data, headers), url):
"""
Parse an IMDB HTML document into structured information.
The resulting dictionary contains keys that map roughly to the relevant
IMDB fields of the same name.
@rtype: Deferred firing with a C{dict}
"""
tree = parseHTML(data)
info = {}
info['title'] = tree.find('//h1').text.strip()
# Scan all the `<div class="info">` tags for information that we know how
# to parse.
infoElems = (e for e in tree.findall('//div') if e.get('class') == 'info')
for elem in infoElems:
h5 = elem.find('h5')
if h5 is None:
continue
infoName = h5.text
if infoName is None:
continue