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Location: kallithea/scripts/docs-headings.py - annotation
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login: assert that the validated user actually is found
Due to another bug, it was possible that authentication succeeded but the user
object couldn't be obtained. This was for example noticed when the LDAP auth
module did not correctly parse the email attribute, and a login via email
was attempted. In this case, the user was retrieved from email address and LDAP
found the user, but the email attribute in the Kallithea database was then
changed incorrectly and a subsequent retrieval based on the same original email
address would not find the user.
Such problem would lead to an assert in Kallithea:
File ".../kallithea/controllers/login.py", line 104, in index
auth_user = log_in_user(user, c.form_result['remember'], is_external_auth=False, ip_addr=request.ip_addr)
File ".../kallithea/lib/base.py", line 122, in log_in_user
assert not user.is_default_user, user
AttributeError: 'NoneType' object has no attribute 'is_default_user'
This assert cought the problem but is not a spot-on indicator of the real
problem. Instead, we can catch this problem sooner by adding an assert already
in the login controller.
Due to another bug, it was possible that authentication succeeded but the user
object couldn't be obtained. This was for example noticed when the LDAP auth
module did not correctly parse the email attribute, and a login via email
was attempted. In this case, the user was retrieved from email address and LDAP
found the user, but the email attribute in the Kallithea database was then
changed incorrectly and a subsequent retrieval based on the same original email
address would not find the user.
Such problem would lead to an assert in Kallithea:
File ".../kallithea/controllers/login.py", line 104, in index
auth_user = log_in_user(user, c.form_result['remember'], is_external_auth=False, ip_addr=request.ip_addr)
File ".../kallithea/lib/base.py", line 122, in log_in_user
assert not user.is_default_user, user
AttributeError: 'NoneType' object has no attribute 'is_default_user'
This assert cought the problem but is not a spot-on indicator of the real
problem. Instead, we can catch this problem sooner by adding an assert already
in the login controller.
aa6f17a53b49 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 0a277465fddf f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 ed2fb6e84a02 ed2fb6e84a02 ed2fb6e84a02 ed2fb6e84a02 ed2fb6e84a02 ed2fb6e84a02 ed2fb6e84a02 ed2fb6e84a02 ed2fb6e84a02 ed2fb6e84a02 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 a188803df37e a188803df37e 01aca0a4f876 a8e6bb9ee9ea 665dfa112f2c f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 a8e6bb9ee9ea f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 a8e6bb9ee9ea f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 ed2fb6e84a02 ed2fb6e84a02 ed2fb6e84a02 ed2fb6e84a02 ed2fb6e84a02 ed2fb6e84a02 ed2fb6e84a02 ed2fb6e84a02 ed2fb6e84a02 ed2fb6e84a02 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 665dfa112f2c a188803df37e a8e6bb9ee9ea f38b50f8a6a6 f38b50f8a6a6 f38b50f8a6a6 | #!/usr/bin/env python3
"""
Consistent formatting of rst section titles
"""
import re
import subprocess
spaces = [
(0, 1), # we assume this is a over-and-underlined header
(2, 1),
(1, 1),
(1, 0),
(1, 0),
]
# http://sphinx-doc.org/rest.html :
# for the Python documentation, this convention is used which you may follow:
# # with overline, for parts
# * with overline, for chapters
# =, for sections
# -, for subsections
# ^, for subsubsections
# ", for paragraphs
pystyles = ['#', '*', '=', '-', '^', '"']
# match on a header line underlined with one of the valid characters
headermatch = re.compile(r'''\n*(.+)\n([][!"#$%&'()*+,./:;<=>?@\\^_`{|}~-])\2{2,}\n+''', flags=re.MULTILINE)
def main():
filenames = subprocess.check_output(['hg', 'loc', 'set:**.rst+kallithea/i18n/how_to']).splitlines()
for fn in filenames:
fn = fn.decode()
print('processing %s' % fn)
s = open(fn).read()
# find levels and their styles
lastpos = 0
styles = []
for markup in headermatch.findall(s):
style = markup[1]
if style in styles:
stylepos = styles.index(style)
if stylepos > lastpos + 1:
print('bad style %r with level %s - was at %s' % (style, stylepos, lastpos))
else:
stylepos = len(styles)
if stylepos > lastpos + 1:
print('bad new style %r - expected %r' % (style, styles[lastpos + 1]))
else:
styles.append(style)
lastpos = stylepos
# remove superfluous spacing (may however be restored by header spacing)
s = re.sub(r'''(\n\n)\n*''', r'\1', s, flags=re.MULTILINE)
if styles:
newstyles = pystyles[pystyles.index(styles[0]):]
def subf(m):
title, style = m.groups()
level = styles.index(style)
before, after = spaces[level]
newstyle = newstyles[level]
return '\n' * (before + 1) + title + '\n' + newstyle * len(title) + '\n' * (after + 1)
s = headermatch.sub(subf, s)
# remove superfluous spacing when headers are adjacent
s = re.sub(r'''(\n.+\n([][!"#$%&'()*+,./:;<=>?@\\^_`{|}~-])\2{2,}\n\n\n)\n*''', r'\1', s, flags=re.MULTILINE)
# fix trailing space and spacing before link sections
s = s.strip() + '\n'
s = re.sub(r'''\n+((?:\.\. _[^\n]*\n)+)$''', r'\n\n\n\1', s)
open(fn, 'w').write(s)
print(subprocess.check_output(['hg', 'diff'] + filenames))
if __name__ == '__main__':
main()
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