def build_book(env, status_callback=None, progress_range=None):
book = parser.Book()
if status_callback is not None:
progress = progress_range[0]
num_articles = float(len(metabook.get_item_list(env.metabook,
filter_type='article',
)))
if num_articles > 0:
progress_step = int(
(progress_range[1] - progress_range[0])/num_articles
)
for item in metabook.get_item_list(env.metabook):
if item['type'] == 'chapter':
book.children.append(parser.Chapter(item['title'].strip()))
elif item['type'] == 'article':
if status_callback is not None:
status_callback(
status='parsing',
progress=progress,
article=item['title'],
)
progress += progress_step
a = env.wiki.getParsedArticle(
title=item['title'],
revision=item.get('revision'),
)
if a is not None:
if "displaytitle" in item:
a.caption = item['displaytitle']
url = env.wiki.getURL(item['title'], item.get('revision'))
a.url = unicode(urllib.unquote(url.encode('utf-8')), 'utf-8')
a.authors = env.wiki.getAuthors(item['title'], revision=item.get('revision'))
book.children.append(a)
else:
log.warn('No such article: %r' % item['title'])
if status_callback is not None:
status_callback(status='parsing', progress=progress, article='')
return book
def make_zip_file(
output,
env,
status=None,
num_threads=10,
imagesize=800,
):
if status is None:
status = lambda **kwargs: None
if output is None:
fd, output = tempfile.mkstemp(suffix='.zip')
os.close(fd)
fd, tmpzip = tempfile.mkstemp(suffix='.zip', dir=os.path.dirname(output))
os.close(fd)
zf = zipfile.ZipFile(tmpzip, 'w')
try:
articles = metabook.get_item_list(env.metabook, filter_type='article')
if num_threads > 0:
z = ThreadedZipCreator(
zf,
imagesize=imagesize,
num_threads=num_threads,
status=status,
num_articles=len(articles),
)
else:
z = ZipCreator(
zf,
imagesize=imagesize,
status=status,
num_articles=len(articles),
)
# if articles:
# class IncProgress(object):
# inc = 100./len(articles)
# p = 0
# def __call__(self, title):
# self.p += self.inc
# status(progress=int(self.p), article=title)
# inc_progress = IncProgress()
# else:
# inc_progress = None
for item in articles:
d = mwapidb.parse_article_url(item['title'].encode('utf-8'))
if d is not None:
item['title'] = d['title']
item['revision'] = d['revision']
wikidb = mwapidb.WikiDB(api_helper=d['api_helper'])
imagedb = mwapidb.ImageDB(api_helper=d['api_helper'])
else:
wikidb = env.wiki
imagedb = env.images
z.addArticle(
item['title'],
revision=item.get('revision', None),
wikidb=wikidb,
imagedb=imagedb,
)
for license in env.get_licenses():
z.parseArticle(
title=license['title'],
raw=license['wikitext'],
wikidb=env.wiki,
imagedb=env.images,
)
z.join()
z.addObject('metabook.json', json.dumps(env.metabook))
zf.close()
if os.path.exists(output): # Windows...
os.unlink(output)
os.rename(tmpzip, output)
if env.images and hasattr(env.images, 'clear'):
env.images.clear()
status(progress=100)
return output
finally:
if os.path.exists(tmpzip):
utils.safe_unlink(tmpzip)
def make_zip_file(output, env,
status=None,
num_threads=10,
imagesize=800,
):
if status is None:
status = lambda **kwargs: None
if output is None:
fd, output = tempfile.mkstemp(suffix='.zip')
os.close(fd)
fd, tmpzip = tempfile.mkstemp(suffix='.zip', dir=os.path.dirname(output))
os.close(fd)
zf = zipfile.ZipFile(tmpzip, 'w')
try:
articles = metabook.get_item_list(env.metabook, filter_type='article')
if num_threads > 0:
z = ThreadedZipCreator(zf,
imagesize=imagesize,
num_threads=num_threads,
status=status,
num_articles=len(articles),
)
else:
z = ZipCreator(zf,
imagesize=imagesize,
status=status,
num_articles=len(articles),
)
# if articles:
# class IncProgress(object):
# inc = 100./len(articles)
# p = 0
# def __call__(self, title):
# self.p += self.inc
# status(progress=int(self.p), article=title)
# inc_progress = IncProgress()
# else:
# inc_progress = None
for item in articles:
d = mwapidb.parse_article_url(item['title'].encode('utf-8'))
if d is not None:
item['title'] = d['title']
item['revision'] = d['revision']
wikidb = mwapidb.WikiDB(api_helper=d['api_helper'])
imagedb = mwapidb.ImageDB(api_helper=d['api_helper'])
else:
wikidb = env.wiki
imagedb = env.images
z.addArticle(item['title'],
revision=item.get('revision', None),
wikidb=wikidb,
imagedb=imagedb,
)
for license in env.get_licenses():
z.parseArticle(
title=license['title'],
raw=license['wikitext'],
wikidb=env.wiki,
imagedb=env.images,
)
z.join()
z.addObject('metabook.json', json.dumps(env.metabook))
zf.close()
if os.path.exists(output): # Windows...
os.unlink(output)
os.rename(tmpzip, output)
if env.images and hasattr(env.images, 'clear'):
env.images.clear()
status(progress=100)
return output
finally:
if os.path.exists(tmpzip):
utils.safe_unlink(tmpzip)
def make_zip_file(output, env,
status=None,
num_threads=10,
imagesize=800,
):
if output is None:
fd, output = tempfile.mkstemp(suffix='.zip')
os.close(fd)
fd, tmpzip = tempfile.mkstemp(suffix='.zip', dir=os.path.dirname(output))
os.close(fd)
zf = zipfile.ZipFile(tmpzip, 'w')
try:
articles = metabook.get_item_list(env.metabook, filter_type='article')
z = ZipCreator(zf,
imagesize=imagesize,
num_threads=num_threads,
status=status,
num_articles=len(articles),
)
for item in articles:
d = mwapidb.parse_article_url(item['title'].encode('utf-8'))
if d is not None:
item['title'] = d['title']
item['revision'] = d['revision']
wikidb = mwapidb.WikiDB(api_helper=d['api_helper'])
imagedb = mwapidb.ImageDB(api_helper=d['api_helper'])
else:
wikidb = env.wiki
imagedb = env.images
z.addArticle(item['title'],
revision=item.get('revision', None),
wikidb=wikidb,
imagedb=imagedb,
)
for license in env.get_licenses():
z.parseArticle(
title=license['title'],
raw=license['wikitext'],
wikidb=env.wiki,
imagedb=env.images,
)
z.join()
# using check() is a bit rigorous: sometimes articles just cannot be
# fetched -- PDFs should be generated nevertheless
#z.check(articles)
z.addObject('metabook.json', json.dumps(env.metabook))
# add stats for later analysis
z.node_stats["Chapter"] = len(metabook.get_item_list(env.metabook, filter_type='chapter'))
z.addObject('node_stats.json', json.dumps(z.node_stats))
zf.close()
if os.path.exists(output): # Windows...
os.unlink(output)
os.rename(tmpzip, output)
if env.images and hasattr(env.images, 'clear'):
env.images.clear()
if status is not None:
status(progress=100)
return output
finally:
if os.path.exists(tmpzip):
utils.safe_unlink(tmpzip)
