def no_fonts(
pq
): # yuk - lxml etree and PyQuery objs get confused - nested ones arent removed, this goes only 2 levels
raise Exception, "yuk - it's a mess, use tidy!"
pq = PyQuery(pq)
#print fonts.__class__.__name__
for font in pq('font'):
font = PyQuery(font)
#font ('a').remove()
#print font.__class__.__name__
#print len (font), font [0]
#print dir (font)
#import sys
#sys.exit()
#inner = innerhtml (font) # .text() #.replace (':','').strip()
#print 'Replacing font with:', font.html()
font.replaceWith(font.html())
#font.getparent().replace (font, PyQuery (inner))
print 'font replaced:', font[:60]
#font = no_fonts (font)
for font in pq('font'):
font = PyQuery(font)
font.replaceWith(font.html())
print 'font 2 replaced:', font[:60]
return pq
def no_fonts (pq): # yuk - lxml etree and PyQuery objs get confused - nested ones arent removed, this goes only 2 levels
raise Exception, "yuk - it's a mess, use tidy!"
pq = PyQuery (pq)
#print fonts.__class__.__name__
for font in pq ('font'):
font = PyQuery (font)
#font ('a').remove()
#print font.__class__.__name__
#print len (font), font [0]
#print dir (font)
#import sys
#sys.exit()
#inner = innerhtml (font) # .text() #.replace (':','').strip()
#print 'Replacing font with:', font.html()
font.replaceWith (font.html())
#font.getparent().replace (font, PyQuery (inner))
print 'font replaced:', font [:60]
#font = no_fonts (font)
for font in pq ('font'):
font = PyQuery (font)
font.replaceWith (font.html())
print 'font 2 replaced:', font [:60]
return pq
def __processInstagramTag(self, i, e):
obj = PyQuery(e)
url = obj('a').attr('href')
shortCode = re.match("http://.*/p/(.*)/", url).group(1)
imageUrl = self.getInstagramImageUrl(shortCode)
newObj = PyQuery("<img />")
newObj.attr('src', imageUrl)
obj.replaceWith(newObj)
def __processInstagramTag(self, i, e):
obj = PyQuery(e)
url = obj('a').attr('href')
shortCode = re.match("http://.*/p/(.*)/", url).group(1)
imageUrl = self.getInstagramImageUrl(shortCode)
newObj = PyQuery("<img />")
newObj.attr('src', imageUrl)
obj.replaceWith(newObj)
def __processImageTag(self, i, e):
obj = PyQuery(e)
style = obj.attr('style')
if style != None and style.find('display: none') != -1:
obj.remove()
return
newObj = PyQuery("<img />")
newObj.attr('src', obj.attr('rel:bf_image_src'))
newObj.attr('style', obj.attr('style'))
newObj.width(obj.width())
newObj.height(obj.height())
obj.replaceWith(newObj)
def __processImageTag(self, i, e):
obj = PyQuery(e)
style = obj.attr('style')
if style != None and style.find('display: none') != -1:
obj.remove()
return
newObj = PyQuery("<img />")
newObj.attr('src', obj.attr('rel:bf_image_src'))
newObj.attr('style', obj.attr('style'))
newObj.width(obj.width())
newObj.height(obj.height())
obj.replaceWith(newObj)
def clean_body(body):
site = Site.objects.get_current()
html = PyQuery('<body>' + body + '</body>')
for p in html('p'):
p = PyQuery(p)
p.replaceWith('\n\n%s\n\n' % p.html())
html('.alignright').addClass('pull-right').removeClass('alignright')
html('.alignleft').addClass('pull-left').removeClass('alignleft')
html('[style="float: left;"]').removeAttr('style').addClass('alignleft')
html('[style="float: right;"]').removeAttr('style').addClass('alignright')
while '\n\n\n' in body:
body = body.replace('\n\n\n', '\n\n')
while '\r\r\r' in body:
body = body.replace('\r\r\r', '\r\r')
body = html.html()
body = body.replace('<br />', ' \n')
body = body.replace('<br/>', ' \n')
body = body.replace('<br>', ' \n')
body = body.replace('\r\n', '\n')
body = body.replace('\n\r', '\n')
while body.find('\n\n\n') > -1:
body = body.replace('\n\n\n', '\n\n')
while body.startswith('\n'):
body = body[1:]
while body.endswith('\n'):
body = body[:-1]
while body.startswith('\r'):
body = body[1:]
while body.endswith('\r'):
body = body[:-1]
while body.startswith('\t'):
body = body[1:]
return body
def clean_body(body):
site = Site.objects.get_current()
html = PyQuery('<body>' + body + '</body>')
for p in html('p'):
p = PyQuery(p)
p.replaceWith('\n\n%s\n\n' % p.html())
html('.alignright').addClass('pull-right').removeClass('alignright')
html('.alignleft').addClass('pull-left').removeClass('alignleft')
html('[style="float: left;"]').removeAttr('style').addClass('alignleft')
html('[style="float: right;"]').removeAttr('style').addClass('alignright')
while '\n\n\n' in body:
body = body.replace('\n\n\n', '\n\n')
while '\r\r\r' in body:
body = body.replace('\r\r\r', '\r\r')
body = html.html()
body = body.replace('<br />', ' \n')
body = body.replace('<br/>', ' \n')
body = body.replace('<br>', ' \n')
body = body.replace('\r\n', '\n')
body = body.replace('\n\r', '\n')
while body.find('\n\n\n') > -1:
body = body.replace('\n\n\n', '\n\n')
while body.startswith('\n'):
body = body[1:]
while body.endswith('\n'):
body = body[:-1]
while body.startswith('\r'):
body = body[1:]
while body.endswith('\r'):
body = body[:-1]
while body.startswith('\t'):
body = body[1:]
return body
def sanitise(self, text, markdown = True):
if markdown:
text = md(text)
dom = PyQuery(text)
for a in dom.find('a[href^="javascript:"]'):
a = PyQuery(a)
a.replaceWith(a.text())
for obj in UNCLEAN_TAGS:
dom.find(obj).remove()
for attr in UNCLEAN_ATTRS:
dom.find('[%s]' % attr).removeAttr(attr)
text = dom.outerHtml()
if markdown:
dom = HTML2Text()
text = dom.handle(text)
return text
def sanitise(text, markdown=False):
if markdown:
text = md(text)
dom = PyQuery(text)
for a in dom.find('a[href^="javascript:"]'):
a = PyQuery(a)
a.replaceWith(a.text())
for obj in UNCLEAN_TAGS:
dom.find(obj).remove()
for attr in UNCLEAN_ATTRS:
dom.find('[%s]' % attr).removeAttr(attr)
text = dom.outerHtml()
if markdown:
dom = HTML2Text()
text = dom.handle(text)
return text
def remove_link(index, node):
node = PyQuery(node)
node.replaceWith(node.text())
return node
def remove_link(index, node):
node = PyQuery(node)
node.replaceWith(node.text())
return node
def handle(self, *args, **options):
xml = ElementTree.parse(open(args[0], 'r'))
channel = xml.find('channel')
def node_text(node, namespace = None, parent = None):
if namespace:
item = (parent or channel).find(ns(namespace, node))
else:
item = (parent or channel).find(node)
if not item is None:
return item.text
return None
def ns(n, o):
return '{%s}%s' % (XML_NS[n], o)
if channel is None:
raise CommandError('Cannot find <channel> tag')
title = node_text('title')
if title:
print(u'Blog title: %s' % title)
link = node_text('link')
if link:
print(u'Blog URL: %s' % link)
description = node_text('description')
if description:
print(u'Blog description: %s' % description)
mappings = {
'users': {},
'posts': {},
'categories': {},
'comments': {}
}
content_type = ContentType.objects.get_for_model(Post)
site = Site.objects.get_current()
postmeta = {}
print
with transaction.commit_manually():
try:
for author in channel.findall(ns('wp', 'wp_author')):
username = node_text('author_login', 'wp', author)
email = node_text('author_email', 'wp', author)
display_name = node_text('author_display_name', 'wp', author)
user = None
if not username:
continue
if display_name:
display_name = '%s (%s)' % (username, display_name)
else:
display_name = username
try:
user = User.objects.get(username__iexact = username)
except User.DoesNotExist:
if email:
try:
user = User.objects.get(email__iexact = email)
except:
pass
if not user:
new_username = raw_input('Map old user %s to a user in your database: ' % display_name)
if not new_username:
continue
while True:
try:
user = User.objects.get(username__iexact = new_username)
break
except User.DoesNotExist:
new_username = raw_input('User not found. Please try again ,or press Enter to ignore: ')
if not new_username:
print 'Ignoring user %s' % username
break
if user:
mappings['users'][username] = user
print 'Mapping user %s to %s' % (
username, user.get_full_name() or user.username
)
for item in channel.findall('item'):
id = node_text('post_id', 'wp', item)
title = node_text('title', parent = item)
url = node_text('link', parent = item)
kind = node_text('post_type', 'wp', item)
parent = node_text('post_parent', 'wp', item)
published = node_text('status', 'wp', item) == 'publish'
author = node_text('creator', 'dc', item)
date = node_text('post_date_gmt', 'wp', item)
body = node_text('encoded', 'content', item) or u''
try:
id = int(id)
except ValueError:
continue
if not date:
continue
try:
date = datetime.strptime(date,
'%Y-%m-%d %H:%M:%S'
).replace(
tzinfo = get_current_timezone()
)
except:
continue
try:
parent = int(parent)
except ValueError:
continue
if parent:
continue
if not author:
continue
if not mappings['users'].has_key(author):
continue
author = mappings['users'][author]
if not kind in ('post', 'page'):
continue
if kind == 'post':
try:
post = Post.objects.get(title = title, date = date)
print 'Updating %s "%s"' % (kind, title)
except Post.DoesNotExist:
post = Post(
title = title,
slug = title and slugify(title) or None,
date = date,
published = published,
broadcast = True,
author = author
)
print 'Creating %s "%s"' % (kind, title)
else:
continue
post.body = body
post.save()
mappings['posts'][id] = post
for category in item.findall('category'):
domain = category.get('domain')
slug = category.get('nicename')
if not category.text:
continue
if domain == 'category':
if not mappings['categories'].has_key(slug):
mappings['categories'][slug], created = Category.objects.get_or_create(
name = category.text,
slug = slugify(category.text)
)
if created:
print '- Created category "%s"' % category.text
post.categories.add(
mappings['categories'][slug]
)
elif domain == 'post_tag':
if category.text.startswith('"') and category.text.endswith('"'):
post.tags.add(category.text[1:-1])
else:
post.tags.add(category.text)
for comment in item.findall(ns('wp', 'comment')):
comment_id = node_text('comment_id', 'wp', comment)
comment_name = node_text('comment_author', 'wp', comment)
comment_email = node_text('comment_author_email', 'wp', comment)
comment_url = node_text('comment_author_url', 'wp', comment)
comment_date = node_text('comment_date_gmt', 'wp', comment)
comment_type = node_text('comment_type', 'wp', comment)
comment_body = node_text('comment_content', 'wp', comment)
comment_parent = node_text('comment_parent', 'wp', comment)
comment_approved = node_text('comment_approved', 'wp', comment) == '1'
try:
comment_id = int(comment_id)
except ValueError:
continue
try:
comment_parent = int(comment_parent)
except ValueError:
comment_parent = 0
try:
comment_date = datetime.strptime(
comment_date, '%Y-%m-%d %H:%M:%S'
).replace(
tzinfo = get_current_timezone()
)
except:
continue
if not comment_name:
continue
if not comment_type or comment_type == 'comment':
try:
comment = post.comments.get(
name = comment_name,
sent = comment_date
)
except Comment.DoesNotExist:
comment = Comment(
name = comment_name,
website = comment_url,
email = comment_email or '',
sent = comment_date,
approved = comment_approved,
body = comment_body,
content_type = content_type,
object_id = post.pk
)
print '- Comment by %s' % comment_name
comment.save(notify = False)
mappings['comments'][comment_id] = comment
postmeta[id] = {}
for meta in item.findall(ns('wp', 'postmeta')):
meta_key = node_text('meta_key', 'wp', meta)
meta_value = node_text('meta_value', 'wp', meta)
postmeta[id][meta_key] = meta_value
ai = 1
for subitem in channel.findall('item'):
subid = node_text('post_id', 'wp', subitem)
subparent_id = node_text('post_parent', 'wp', subitem)
subtitle = node_text('title', parent = subitem)
suburl = node_text('link', parent = subitem)
subkind = node_text('post_type', 'wp', subitem)
suburl = node_text('attachment_url', 'wp', subitem)
try:
subparent_id = int(subparent_id)
except ValueError:
continue
if not suburl:
continue
if subkind != 'attachment' or subparent_id != id:
continue
s, d, p, a, q, f = urlparse(suburl)
d, s, filename = p.rpartition('/')
try:
attachment = post.attachments.get(
title = subtitle or filename
)
except Attachment.DoesNotExist:
print '- Downloading %s' % filename
response = requests.get(suburl)
handle, tmp = mkstemp(
path.splitext(filename)[-1]
)
write(handle, response.content)
close(handle)
attachment = Attachment(
title = subtitle or filename,
file = File(open(tmp, 'r'), name = filename),
content_type = content_type,
object_id = post.pk
)
if '_thumbnail_id' in postmeta[id]:
if unicode(postmeta[id]['_thumbnail_id']) == unicode(subid):
attachment.featured = True
attachment.save()
remove(tmp)
if post.body:
html = PyQuery('<body>' + post.body + '</body>')
for a in html(
'a[href="%(url)s"], [src="%(url)s"]' % {
'url': suburl
}
):
a = PyQuery(a)
a.replaceWith('\n\n[attachment %d]\n\n' % ai)
post.body = html.html()
ai += 1
if post.body:
html = PyQuery('<body>' + post.body + '</body>')
for a in html('a[href]'):
href = a.get('href')
if href.startswith(link):
href = href.replace(link, 'http://%s' % site.domain)
a = PyQuery(a)
for p in html('p'):
p = PyQuery(p)
p.replaceWith('\n\n%s\n\n' % p.html())
html('.alignright').addClass('pull-right').removeClass('alignright')
html('.alignleft').addClass('pull-left').removeClass('alignleft')
while '\n\n\n' in post.body:
post.body = post.body.replace('\n\n\n', '\n\n')
while '\r\r\r' in post.body:
post.body = post.body.replace('\r\r\r', '\r\r')
post.body = html.html()
post.body = post.body.replace('<br />', ' \n')
post.body = post.body.replace('<br/>', ' \n')
post.body = post.body.replace('<br>', ' \n')
while post.body.startswith('\n'):
post.body = post.body[1:]
while post.body.endswith('\n'):
post.body = post.body[:-1]
while post.body.startswith('\r'):
post.body = post.body[1:]
while post.body.endswith('\r'):
post.body = post.body[:-1]
while post.body.startswith('\t'):
post.body = post.body[1:]
post.body = post.body.strip()
post.save()
transaction.commit()
except:
transaction.rollback()
raise
def search(self, word):
response = requests.get(self.URL.format(word=word), headers=headers)
text = response.text
# たまにhtmlに「𥝱」があって、処理はエラーが発生する
text = text.replace('𥝱', '')
doc = PyQuery(text)
results = []
normal_dict = doc("div.NetDicHead")
if normal_dict:
for head in normal_dict:
result = {'word': word, 'type': 'normal'}
head = PyQuery(head)
# 括弧（【】）がある場合、漢字か外来語は入ってる
match_kakko = re.compile(r"【(.*)】").search(head.text())
if match_kakko:
kakko = match_kakko.group(1)
match_gairaigo = re.compile(r"[a-zA-Z]").search(kakko)
if match_gairaigo:
result['gogen'] = kakko
result['kana'] = word
else:
result['kanji'] = kakko
result['kana'] = head('b').text().replace(' ',
'').replace(
'・', '')
for accent in head('span'):
accent = PyQuery(accent)
match_accent = re.compile(r"［([0-9]*)］").search(
accent.text())
if match_accent:
result['accent'] = result.get(
'accent', '') + match_accent.group(1) + ','
if 'accent' in result:
result['accent'] = result['accent'][:-1]
body = head.next()
for a in body('a'):
a = PyQuery(a)
a.replaceWith(a.html())
result['meaning'] = body.html()
# 単語自体は仮名のみの場合
if 'kana' not in result:
result['kana'] = word
results.append(result)
Jitsu_dict = doc("div.Jtnhj")
if Jitsu_dict:
result = {'word': word, 'type': 'Jitsu'}
match = re.compile(
r"読み方：<!--\/AVOID_CROSSLINK-->(.*)<br/?><!--AVOID_CROSSLINK-->別表記"
).search(Jitsu_dict.html())
if match:
result['kana'] = match.group(1)
if result['kana'].find('<a') != -1:
result['kana'] = PyQuery(result['kana']).text()
else:
match = re.compile(
r"読み方：<!--\/AVOID_CROSSLINK-->(.*)<br/?>").search(
Jitsu_dict.html())
if match:
result['kana'] = match.group(1)
if result['kana'].find('<a') != -1:
result['kana'] = PyQuery(result['kana']).text()
if Jitsu_dict('.AM'):
meaning = PyQuery('<div>')
meaning.html(Jitsu_dict('.AM').nextAll())
else:
meaning = Jitsu_dict
for a in meaning('a'):
a = PyQuery(a)
a.replaceWith(a.html())
result['meaning'] = meaning.text()
results.append(result)
IT_dict = doc('div.Binit')
if IT_dict:
result = {'word': word, 'type': 'IT'}
a = IT_dict('a').eq(0)
if a.text().find('読み方') != -1:
kana_tag = a.next('a').eq(0)
result['kana'] = kana_tag.text().replace(' ', "")
else:
result['kana'] = word
if IT_dict.text().find('【') != -1:
result['gogen'] = a.eq(0).text()
for p in IT_dict('p'):
p = PyQuery(p)
for a in p('a'):
a = PyQuery(a)
a.replaceWith(a.html())
if not p.html():
continue
result['meaning'] = result.get('meaning',
'') + "<p>" + p.html() + "</p>"
result['kanji'] = IT_dict.prev("h2.midashigo").text()
results.append(result)
WIKI = doc('div.Wkpja')
if WIKI:
result = {'word': word, 'type': 'WIKI'}
p = WIKI('p').not_(".WkpjaTs")
for a in p('a'):
a = PyQuery(a)
a.replaceWith(a.html())
result['meaning'] = p.html()
result['kanji'] = WIKI.prev("h2.midashigo").text()
results.append(result)
if results:
return {"status": 'success', "results": results}
else:
return {"status": 'error', "error_detail": "Nothing found."}
