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@ 6c3bda995a88
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Location: kallithea/scripts/logformat.py - annotation
6c3bda995a88
1.7 KiB
text/x-python
js: use ajax requests for select2 autocomplete
When you have a big user base, with thousends of users, always using the whole
dataset makes the UI slow.
This will replace kallithea/model/repo.py get_users_js and get_user_groups_js
which were used to inline the full list of users and groups in the document.
Instead, it will expose a json service for doing the completion.
When using the autocomplete, there might be multiple ajax requests, but tests
with a userbase > 9000 showed no problems.
And keep in mind, that although we now make multiple requests (one for every
character) that
- the autocomplete is not used that often
- the requests are quite cheap
- most importanly, we no longer need to calculate the user list/group list if
the user doesn't use the autocomplete
Users and groups are still passed as parameters to the javascript functions -
they will be removed later.
When you have a big user base, with thousends of users, always using the whole
dataset makes the UI slow.
This will replace kallithea/model/repo.py get_users_js and get_user_groups_js
which were used to inline the full list of users and groups in the document.
Instead, it will expose a json service for doing the completion.
When using the autocomplete, there might be multiple ajax requests, but tests
with a userbase > 9000 showed no problems.
And keep in mind, that although we now make multiple requests (one for every
character) that
- the autocomplete is not used that often
- the requests are quite cheap
- most importanly, we no longer need to calculate the user list/group list if
the user doesn't use the autocomplete
Users and groups are still passed as parameters to the javascript functions -
they will be removed later.
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import re
import sys
if len(sys.argv) < 2:
print 'Cleanup of superfluous % formatting of log statements.'
print 'Usage:'
print ''' hg revert `hg loc '*.py'|grep -v logformat.py` && scripts/logformat.py `hg loc '*.py'` && hg diff'''
raise SystemExit(1)
logre = r'''
(log\.(?:error|info|warning|debug)
[(][ \n]*
)
%s
(
[ \n]*[)]
)
'''
res = [
# handle % () - keeping spaces around the old %
(re.compile(logre % r'''("[^"]*"|'[^']*') ([\n ]*) % ([\n ]*) \( ( (?:[^()]|\n)* (?: \( (?:[^()]|\n)* \) (?:[^()]|\n)* )* ) \) ''', flags=re.MULTILINE|re.VERBOSE), r'\1\2,\3\4\5\6'),
# handle % without () - keeping spaces around the old %
(re.compile(logre % r'''("[^"]*"|'[^']*') ([\n ]*) % ([\n ]*) ( (?:[^()]|\n)* (?: \( (?:[^()]|\n)* \) (?:[^()]|\n)* )* ) ''', flags=re.MULTILINE|re.VERBOSE), r'\1\2,\3\4\5\6'),
# remove extra space if it is on next line
(re.compile(logre % r'''("[^"]*"|'[^']*') , (\n [ ]) ([ ][\n ]*) ( (?:[^()]|\n)* (?: \( (?:[^()]|\n)* \) (?:[^()]|\n)* )* ) ''', flags=re.MULTILINE|re.VERBOSE), r'\1\2,\3\4\5\6'),
# remove extra space if it is on same line
(re.compile(logre % r'''("[^"]*"|'[^']*') , [ ]+ () ( [\n ]+) ( (?:[^()]|\n)* (?: \( (?:[^()]|\n)* \) (?:[^()]|\n)* )* ) ''', flags=re.MULTILINE|re.VERBOSE), r'\1\2,\3\4\5\6'),
# remove trailing , and space
(re.compile(logre % r'''("[^"]*"|'[^']*') , () ( [\n ]*) ( (?:[^()]|\n)* (?: \( (?:[^()]|\n)* \) (?:[^()]|\n)* )* [^(), \n] ) [ ,]*''', flags=re.MULTILINE|re.VERBOSE), r'\1\2,\3\4\5\6'),
]
for f in sys.argv[1:]:
s = open(f).read()
for r, t in res:
s = r.sub(t, s)
open(f, 'w').write(s)
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