#!/usr/bin/python
# -*- coding: UTF-8 -*-
# Bot Script to substitute:
# transcluded {{tl|cite pmid}} and {{tl|cite doi}} with in-line {{tl|cite journal}} and
# {{tl|cite isbn}} with {{tl|cite book}} templates.
# If the predominate citation template style is horizontal (template on one line),
# script will replace any vertically formatted templates (template on many lines) with
# horizontally formatted templates.
import codecs
import re
import urllib
import mwparserfromhell
import wikipedia
from stdnum import ean
from stdnum.exceptions import *
from stdnum.util import clean
import subprocess
import sys
from Bio import Entrez
# compiled regular expression
user = "BogBot"
regexp_ab = re.compile(r'\{\{(nobots|bots\|(allow=none|deny=.*?' + user + r'.*?|optout=all|deny=all))\}\}')
regexp_passed_parameter = re.compile(r"\{\{\{\s*(?P<PKEY>\S*)\s*\|\s*(?P<PVALUE>\S*)\s*\}\}\}")
regexp_redirect = re.compile(r"#REDIRECT\[\[(?P<RDIRECT>.*?)\]\]")
def Allowbots(text):
if (regexp_ab.search(text)):
return False
return True
def savepage(page, text, summary = '', minor = False, log_string = ""):
"""Save text to a page and log exceptions."""
if summary != '':
wikipedia.setAction(summary)
try:
page.put(text, minorEdit = minor)
wikipedia.output('%s \03{green}saving %s' % (log_string, page.title()) )
return ''
except wikipedia.LockedPage:
wikipedia.output('%s \03{red}cannot save %s because it is locked\03{default}' % (log_string, page.title()) )
return '# %s: page was locked\n' % page.aslink()
except wikipedia.EditConflict:
wikipedia.output('%s \03{red}cannot save %s because of edit conflict\03{default}' % (log_string, page.title()) )
return '# %s: edit conflict occurred\n' % page.aslink()
except wikipedia.SpamfilterError, error:
wikipedia.output('%s \03{red}cannot save %s because of spam blacklist entry %s\03{default}' % ((log_string, page.title(), error.url)) )
return '# %s: spam blacklist entry\n' % page.aslink()
except:
wikipedia.output('%s \03{red}unknown error on saving %s\03{default}' % (log_string, page.title()) )
return '# %s: unknown error occurred\n' % page.aslink()
# isbn.py - functions for handling ISBNs
#
# Copyright (C) 2010, 2011, 2012, 2013 Arthur de Jong
#
# This library is free software; you can redistribute it and/or
# modify it under the terms of the GNU Lesser General Public
# License as published by the Free Software Foundation; either
# version 2.1 of the License, or (at your option) any later version.
#
# This library is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
# Lesser General Public License for more details.
#
# You should have received a copy of the GNU Lesser General Public
# License along with this library; if not, write to the Free Software
# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA
# 02110-1301 USA
"""ISBN (International Standard Book Number).
The ISBN is the International Standard Book Number, used to identify
publications. This module supports both numbers in ISBN-10 (10-digit) and
ISBN-13 (13-digit) format.
>>> validate('978-9024538270')
'9789024538270'
>>> validate('978-9024538271')
Traceback (most recent call last):
...
InvalidChecksum: ...
>>> compact('1-85798-218-5')
'1857982185'
>>> format('9780471117094')
'978-0-471-11709-4'
>>> format('1857982185')
'1-85798-218-5'
>>> isbn_type('1-85798-218-5')
'ISBN10'
>>> isbn_type('978-0-471-11709-4')
'ISBN13'
>>> to_isbn13('1-85798-218-5')
'978-1-85798-218-3'
>>> to_isbn10('978-1-85798-218-3')
'1-85798-218-5'
"""
def compact(number, convert=False):
"""Convert the ISBN to the minimal representation. This strips the number
of any valid ISBN separators and removes surrounding whitespace. If the
covert parameter is True the number is also converted to ISBN-13
format."""
number = clean(number, ' -').strip().upper()
if len(number) == 9:
number = '0' + number
if convert:
return to_isbn13(number)
return number
def _calc_isbn10_check_digit(number):
"""Calculate the ISBN check digit for 10-digit numbers. The number passed
should not have the check bit included."""
check = sum((i + 1) * int(n)
for i, n in enumerate(number)) % 11
return 'X' if check == 10 else str(check)
def validate(number, convert=False):
"""Checks to see if the number provided is a valid ISBN (either a legacy
10-digit one or a 13-digit one). This checks the length and the check
bit but does not check if the group and publisher are valid (use split()
for that)."""
number = compact(number, convert=False)
if not number[:-1].isdigit():
raise InvalidFormat()
if len(number) == 10:
if _calc_isbn10_check_digit(number[:-1]) != number[-1]:
raise InvalidChecksum()
elif len(number) == 13:
ean.validate(number)
else:
raise InvalidLength()
if convert:
number = to_isbn13(number)
return number
def isbn_type(number):
"""Check the passed number and returns 'ISBN13', 'ISBN10' or None (for
invalid) for checking the type of number passed."""
try:
number = validate(number, convert=False)
except ValidationError:
return None
if len(number) == 10:
return 'ISBN10'
elif len(number) == 13:
return 'ISBN13'
def is_valid(number):
"""Checks to see if the number provided is a valid ISBN (either a legacy
10-digit one or a 13-digit one). This checks the length and the check
bit but does not check if the group and publisher are valid (use split()
for that)."""
try:
return bool(validate(number))
except ValidationError:
return False
def to_isbn13(number):
"""Convert the number to ISBN-13 format."""
number = number.strip()
min_number = compact(number, convert=False)
if len(min_number) == 13:
return number # nothing to do, already ISBN-13
# put new check digit in place
number = number[:-1] + ean.calc_check_digit('978' + min_number[:-1])
# add prefix
if ' ' in number:
return '978 ' + number
elif '-' in number:
return '978-' + number
else:
return '978' + number
def to_isbn10(number):
"""Convert the number to ISBN-10 format."""
number = number.strip()
min_number = compact(number, convert=False)
if len(min_number) == 10:
return number # nothing to do, already ISBN-13
elif isbn_type(min_number) != 'ISBN13':
raise InvalidFormat('Not a valid ISBN13.')
elif not number.startswith('978'):
raise InvalidFormat('Does not use 978 Bookland prefix.')
# strip EAN prefix
number = number[3:-1].strip().strip('-')
digit = _calc_isbn10_check_digit(min_number[3:-1])
# append the new check digit
if ' ' in number:
return number + ' ' + digit
elif '-' in number:
return number + '-' + digit
else:
return number + digit
def split(number, convert=False):
"""Split the specified ISBN into an EAN.UCC prefix, a group prefix, a
registrant, an item number and a check-digit. If the number is in ISBN-10
format the returned EAN.UCC prefix is '978'. If the covert parameter is
True the number is converted to ISBN-13 format first."""
from stdnum import numdb
# clean up number
number = compact(number, convert)
# get Bookland prefix if any
delprefix = False
if len(number) == 10:
number = '978' + number
delprefix = True
# split the number
result = numdb.get('isbn').split(number[:-1])
itemnr = result.pop() if result else ''
prefix = result.pop(0) if result else ''
group = result.pop(0) if result else ''
publisher = result.pop(0) if result else ''
# return results
return ('' if delprefix else prefix, group, publisher, itemnr, number[-1])
def format(number, separator='-', convert=False):
"""Reformat the passed number to the standard format with the EAN.UCC
prefix (if any), the group prefix, the registrant, the item number and
the check-digit separated (if possible) by the specified separator.
Passing an empty separator should equal compact() though this is less
efficient. If the covert parameter is True the number is converted to
ISBN-13 format first."""
return separator.join(x for x in split(number, convert) if x)
def to_unicode(obj, encoding='utf-8'):
if isinstance(obj, basestring):
if not isinstance(obj, unicode):
obj = unicode(obj, encoding)
return obj
def substitute(wikicode, template, replacement_template, type, pass_through_params):
# print "pass_through_params: ", pass_through_params
Entrez.email = '[email protected]'
templatecode = mwparserfromhell.parse(replacement_template)
replacement_template_code = templatecode.filter_templates()[0]
params = replacement_template_code.params
dict = {}
pt_dict = {}
new_template = to_unicode("{{")
new_template = new_template + type + " "
for param in params:
(key, value) = param.split("=",1)
dict[key.strip()] = value.strip()
for param in pass_through_params:
(key, value) = param.split("=",1)
pt_dict[key.strip()] = value.strip()
if 'author' in dict.keys():
author = dict['author']
del dict['author']
new_template = new_template + " | author = " + to_unicode(author)
if 'authors' in dict.keys():
authors = dict['authors']
del dict['authors']
new_template = new_template + " | authors = " + to_unicode(authors)
first = {}
last = {}
for key, value in dict.iteritems(): # iter on both keys and values
if key.startswith('first'):
index = key[5:]
first[index] = to_unicode(value)
if key.startswith('last'):
index = key[4:]
last[index] = to_unicode(value)
if last:
n_authors = int(max(last.iterkeys())) + 1
else:
n_authors = 0
for i in range(1,n_authors):
lastn = "last" + unicode(i)
firstn = "first" + unicode(i)
new_template = new_template + " | " + lastn + " = " + last[unicode(i)]
del dict[lastn]
try:
new_template = new_template + " | " + firstn + " = " + first[unicode(i)]
del dict[firstn]
except:
new_template = new_template + " | " + firstn + " = "
if 'title' in dict.keys():
title = dict['title']
del dict['title']
new_template = new_template + " | title = " + to_unicode(title)
if 'language' in dict.keys():
language = dict['language']
del dict['language']
new_template = new_template + " | language = " + to_unicode(language)
if 'journal' in dict.keys():
journal = dict['journal']
del dict['journal']
new_template = new_template + " | journal = " + to_unicode(journal)
if 'volume' in dict.keys():
volume = dict['volume']
del dict['volume']
new_template = new_template + " | volume = " + to_unicode(volume)
if 'issue' in dict.keys():
issue = dict['issue']
del dict['issue']
new_template = new_template + " | issue = " + to_unicode(issue)
if 'pages' in dict.keys():
pages = dict['pages']
result = regexp_passed_parameter.search(pages)
if result:
pages = result.group('PVALUE')
del dict['pages']
if pages and not 'pages' in pt_dict:
new_template = new_template + to_unicode(" | pages = " + pages)
if 'page' in dict.keys():
page = dict['page']
result = regexp_passed_parameter.search(page)
if result:
page = result.group('PVALUE')
del dict['page']
if page and not 'page' in pt_dict:
new_template = new_template + to_unicode(" | page = " + page)
if 'year' in dict.keys():
year = dict['year']
result = regexp_passed_parameter.search(year)
if result:
year = result.group('PVALUE')
del dict['year']
if year and not 'year' in pt_dict:
new_template = new_template + " | year = " + to_unicode(year)
if 'date' in dict.keys():
date = dict['date']
del dict['date']
if date:
new_template = new_template + " | date = " + to_unicode(date)
if ('doi' in dict.keys() and'pmid' not in dict.keys()):
try:
doi = dict['doi']
handle = Entrez.esearch("pubmed", term=doi, field = "doi")
record = Entrez.read(handle)
pmid = record["IdList"][0]
dict['pmid'] = pmid
except:
pass
if 'pmid' in dict.keys():
pmid = dict['pmid']
del dict['pmid']
new_template = new_template + " | pmid = " + to_unicode(pmid)
if 'pmc' in dict.keys():
pmc = dict['pmc']
del dict['pmc']
new_template = new_template + " | pmc = " + to_unicode(pmc)
if 'doi' in dict.keys():
doi = dict['doi']
del dict['doi']
new_template = new_template + " | doi = " + to_unicode(doi)
if 'url' in dict.keys():
url = dict['url']
del dict['url']
new_template = new_template + " | url = " + to_unicode(url)
if 'ref' in dict.keys():
ref = dict['ref']
result = regexp_passed_parameter.search(ref)
if result:
ref = result.group('PVALUE')
del dict['ref']
if ref and not 'ref' in pt_dict:
new_template = new_template + " | ref = " + to_unicode(ref)
for key, value in dict.iteritems():
new_template = new_template + " | " + to_unicode(key) + " = " + to_unicode(value)
for key, value in pt_dict.iteritems():
new_template = new_template + " | " + to_unicode(key) + " = " + to_unicode(value)
new_template = new_template + " }}"
new_template = to_unicode(new_template)
templatecode = mwparserfromhell.parse(new_template)
new_template = templatecode.filter_templates()[0]
# print template
# print replacement_template
# print new_template
wikicode.replace(template, new_template, recursive=True)
return (wikicode, new_template)
def v2h(wikicode, template):
params = template.params
new_template = to_unicode("{{")
new_template = new_template + template.name.strip()
for param in params:
(key, value) = param.split("=",1)
new_template = new_template + " | " + key.strip() + " = " + value.strip()
new_template = new_template + " }}"
new_template = to_unicode(new_template)
templatecode = mwparserfromhell.parse(new_template)
new_template = templatecode.filter_templates()[0]
wikicode.replace(template, new_template, recursive=True)
return (wikicode, new_template)
def replace_coauthor(wikicode, template):
Entrez.email = '[email protected]'
new_template = template
try:
pmid = new_template.get("pmid").value.strip()
except ValueError:
pmid = ""
try:
new_template.remove("author")
except:
pass
try:
new_template.remove("authors")
except:
pass
try:
new_template.remove("coauthors")
except:
pass
try:
new_template.remove("first")
except:
pass
try:
new_template.remove("last")
except:
pass
forever = True
index = 1
while forever:
lastn = "last" + str(index)
try:
new_template.remove(lastn)
index += 1
except:
forever = False
forever = True
index = 1
while forever:
firstn = "first" + str(index)
try:
new_template.remove(firstn)
index += 1
except:
forever = False
forever = True
index = 1
while forever:
authorn = "author" + str(index)
try:
new_template.remove(authorn)
index += 1
except:
forever = False
Vancouver_authors = ""
authors = ""
if pmid:
print "pmid: ", pmid
handle = Entrez.efetch("pubmed", id=str(pmid), retmode="xml")
records = Entrez.parse(handle)
for record in records:
try:
authors = record['MedlineCitation']['Article']['AuthorList']
for author in authors:
try:
Vancouver_authors = Vancouver_authors + author['LastName'] + " " + author['Initials'] + ", "
except:
pass
authors = Vancouver_authors.strip(', ') + " "
except:
pass
new_template.add("author", to_unicode(authors))
params = new_template.params
dict = {}
type = "cite journal"
new_template = to_unicode("{{")
new_template = new_template + type + " "
for param in params:
(key, value) = param.split("=",1)
dict[key.strip()] = value.strip()
type = "cite journal"
new_template = to_unicode("{{")
new_template = new_template + type + " "
if 'author' in dict.keys():
author = dict['author']
del dict['author']
new_template = new_template + " | author = " + to_unicode(author)
if 'authors' in dict.keys():
authors = dict['authors']
del dict['authors']
new_template = new_template + " | authors = " + to_unicode(authors)
if 'title' in dict.keys():
title = dict['title']
del dict['title']
new_template = new_template + " | title = " + to_unicode(title)
if 'language' in dict.keys():
language = dict['language']
del dict['language']
new_template = new_template + " | language = " + to_unicode(language)
if 'journal' in dict.keys():
journal = dict['journal']
del dict['journal']
new_template = new_template + " | journal = " + to_unicode(journal)
if 'volume' in dict.keys():
volume = dict['volume']
del dict['volume']
new_template = new_template + " | volume = " + to_unicode(volume)
if 'issue' in dict.keys():
issue = dict['issue']
del dict['issue']
new_template = new_template + " | issue = " + to_unicode(issue)
if 'pages' in dict.keys():
pages = dict['pages']
result = regexp_passed_parameter.search(pages)
if result:
pages = result.group('PVALUE')
del dict['pages']
if pages:
new_template = new_template + to_unicode(" | pages = " + pages)
if 'page' in dict.keys():
page = dict['page']
result = regexp_passed_parameter.search(page)
if result:
page = result.group('PVALUE')
del dict['page']
if page:
new_template = new_template + to_unicode(" | page = " + page)
if 'year' in dict.keys():
year = dict['year']
result = regexp_passed_parameter.search(year)
if result:
year = result.group('PVALUE')
del dict['year']
if year:
new_template = new_template + " | year = " + to_unicode(year)
if 'date' in dict.keys():
date = dict['date']
del dict['date']
if date:
new_template = new_template + " | date = " + to_unicode(date)
if ('doi' in dict.keys() and'pmid' not in dict.keys()):
try:
doi = dict['doi']
handle = Entrez.esearch("pubmed", term=doi, field = "doi")
record = Entrez.read(handle)
pmid = record["IdList"][0]
dict['pmid'] = pmid
except:
pass
if 'pmid' in dict.keys():
pmid = dict['pmid']
del dict['pmid']
new_template = new_template + " | pmid = " + to_unicode(pmid)
if 'pmc' in dict.keys():
pmc = dict['pmc']
del dict['pmc']
new_template = new_template + " | pmc = " + to_unicode(pmc)
if 'doi' in dict.keys():
doi = dict['doi']
del dict['doi']
new_template = new_template + " | doi = " + to_unicode(doi)
if 'url' in dict.keys():
url = dict['url']
del dict['url']
new_template = new_template + " | url = " + to_unicode(url)
if 'ref' in dict.keys():
ref = dict['ref']
result = regexp_passed_parameter.search(ref)
if result:
ref = result.group('PVALUE')
del dict['ref']
if ref:
new_template = new_template + " | ref = " + to_unicode(ref)
for key, value in dict.iteritems():
new_template = new_template + " | " + to_unicode(key) + " = " + to_unicode(value)
new_template = new_template + " }}"
new_template = to_unicode(new_template)
templatecode = mwparserfromhell.parse(new_template)
new_template = templatecode.filter_templates()[0]
wikicode.replace(template, new_template, recursive=True)
return (wikicode, new_template)
def predominate(wikicode):
# check if in-line and horizontally formatted templates predominate
cite_journal = 0
cite_book = 0
cite_pmid = 0
cite_doi = 0
cite_isbn = 0
cite_journal_h = 0
cite_book_h = 0
cite_journal_v = 0
cite_book_v = 0
vanc = 0
templates = wikicode.filter_templates()
for template in templates:
if (template.name.strip() == "cite journal" or template.name == "Cite journal"):
cite_journal += 1
if not template.count('\n'): cite_journal_h += 1
params = template.params
for param in params:
(key, value) = param.split("=",1)
key = key.strip()
if key == "author":
vanc += 1
continue
if (template.name.strip() == "cite book" or template.name == "Cite book"):
cite_book += 1
if not template.count('\n'): cite_book_h += 1
if (template.name.strip() == "cite pmid" or template.name == "Cite pmid"):
cite_pmid += 1
if (template.name.strip() == "cite doi" or template.name == "Cite doi"):
cite_doi += 1
if (template.name.strip() == "cite isbn" or template.name == "Cite isbn"):
cite_isbn += 1
if (cite_journal + cite_book > cite_pmid + cite_doi + cite_isbn):
in_line = True
else:
in_line = False
cite_journal_v = cite_journal - cite_journal_h
cite_book_v = cite_book - cite_book_h
cite_h = cite_journal_h + cite_book_h
cite_v = cite_journal_v + cite_book_v
# print "journal: ", cite_journal, cite_journal_h, cite_journal_v
# print "book: ", cite_book, cite_book_h, cite_book_v
# print "total: ", cite_h, cite_v
if (cite_h > cite_v):
horizontal = True
else:
horizontal = False
print vanc, cite_journal
if (vanc/float(cite_journal) > 0.5):
vanc_authors = True
else:
vanc_authors = False
return (in_line, horizontal, vanc_authors)
def savepage(page, text, summary = '', minor = False, log_string = ""):
"""Save text to a page and log exceptions."""
if summary != '':
wikipedia.setAction(summary)
try:
page.put(text, minorEdit = minor)
wikipedia.output('%s \03{green}saving %s' % (log_string, page.title()) )
return ''
except wikipedia.LockedPage:
wikipedia.output('%s \03{red}cannot save %s because it is locked\03{default}' % (log_string, page.title()) )
return '# %s: page was locked\n' % page.aslink()
except wikipedia.EditConflict:
wikipedia.output('%s \03{red}cannot save %s because of edit conflict\03{default}' % (log_string, page.title()) )
return '# %s: edit conflict occurred\n' % page.aslink()
except wikipedia.SpamfilterError, error:
wikipedia.output('%s \03{red}cannot save %s because of spam blacklist entry %s\03{default}' % ((log_string, page.title(), error.url)) )
return '# %s: spam blacklist entry\n' % page.aslink()
except:
wikipedia.output('%s \03{red}unknown error on saving %s\03{default}' % (log_string, page.title()) )
return '# %s: unknown error occurred\n' % page.aslink()
def run():
articles = []
# articles = codecs.open('/boghog/progs/compat/top_1500_med_articles.txt', mode = 'r', encoding='utf-8')
articles = ['User:Boghog/Sandbox9']
for article in articles:
article = article.rstrip('\n')
log_string = "* [[" + article + "]], "
encoding = 'utf-8'
if isinstance(article, basestring):
if not isinstance(article, unicode):
article = unicode(article, encoding)
site = wikipedia.getSite()
page = wikipedia.Page(site, article)
text = page.get(get_redirect = True)
if not Allowbots(text):
continue
wikicode = mwparserfromhell.parse(text)
templates = wikicode.filter_templates()
in_line = False
horizontal = False
(in_line, horizontal, vanc_authors) = predominate(wikicode)
print in_line, horizontal, vanc_authors
if not in_line:
log_string += " skipped because in-line not predominate"
continue
for template in templates:
if (template.name.strip() == "cite pmid" or template.name.strip() == "Cite pmid"):
pass_through_params = template.params[1:]
pmid = template.get(1).value
template_name = "Template:Cite pmid/" + str(pmid)
replacement_template = wikipedia.Page(site, template_name)
try:
replacement_template = replacement_template.get(get_redirect = True)
except:
print "could not open: ", replacement_template
continue
result = regexp_redirect.search(replacement_template)
if result:
replacement_template = result.group('RDIRECT')
replacement_template = wikipedia.Page(site, replacement_template)
try:
replacement_template = replacement_template.get(get_redirect = True)
except:
print "could not open: ", replacement_template
continue
type = "cite journal"
(wikicode, template) = substitute(wikicode, template, replacement_template, type, pass_through_params)
if (vanc_authors and template.count('pmid')):
(wikicode, template) = replace_coauthor(wikicode, template)
continue
if (template.name.strip() == "cite doi" or template.name.strip() == "Cite doi"):
pass_through_params = template.params[1:]
doi = str(template.get(1).value)
template_name = urllib.quote(doi)
template_name = re.sub('%', '.', template_name)
template_name = re.sub('/', '.2F', template_name)
replacement_template = "Template:Cite doi/" + str(template_name)
replacement_template = wikipedia.Page(site, replacement_template)
try:
replacement_template = replacement_template.get(get_redirect = True)
except:
print "could not open: ", replacement_template
continue
result = regexp_redirect.search(replacement_template)
if result:
replacement_template = result.group('RDIRECT')
replacement_template = wikipedia.Page(site, replacement_template)
try:
replacement_template = replacement_template.get(get_redirect = True)
except:
print "could not open: ", replacement_template
continue
type = "cite journal"
(wikicode, template) = substitute(wikicode, template, replacement_template, type, pass_through_params)
if (vanc_authors and template.count('pmid')):
(wikicode, template) = replace_coauthor(wikicode, template)
continue
if (template.name.strip() == "cite isbn" or template.name.strip() == "Cite isbn"):
pass_through_params = template.params[1:]
isbn = template.get(1).value
isbn = str(compact(isbn, convert=True))
isbn = isbn[:-1]
template_name = "Template:Cite isbn/" + isbn
replacement_template = wikipedia.Page(site, template_name)
try:
replacement_template = replacement_template.get(get_redirect = True)
except:
print "could not open: ", replacement_template
continue
result = regexp_redirect.search(replacement_template)
if result:
replacement_template = result.group('RDIRECT')
replacement_template = wikipedia.Page(site, replacement_template)
try:
replacement_template = replacement_template.get(get_redirect = True)
except:
print "could not open: ", replacement_template
continue
type = "cite book"
(wikicode, template) = substitute(wikicode, template, replacement_template, type, pass_through_params)
if (template.name.strip() == "cite journal" or template.name.strip() == "Cite journal"):
# print "vertical: ", template.count('\n'), horizontal
if (template.count('\n') and horizontal):
print "v2h"
(wikicode, template) = v2h(wikicode, template)
if ((template.count('coauthors') or vanc_authors) and template.count('pmid')):
(wikicode, template) = replace_coauthor(wikicode, template)
if (template.name.strip() == "cite book" or template.name.strip() == "Cite book"):
# print "vertical: ", template.count('\n'), horizontal
if (template.count('\n') and horizontal):
print "v2h"
(wikicode, template) = v2h(wikicode, template)
# print wikicode
if wikicode:
comment='substitute transcluded cite templates with in-line equivalents and replace vertical with horizontally formatted citation templates per [[Wikipedia:Bots/Requests for approval/BogBot 5]]. Report errors and suggestions to [[User_talk:BogBot]]'
status = savepage(page, wikicode, comment, False, log_string)
else:
print ", page not updated"
wikipedia.stopme()
run()
