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Location: kallithea/scripts/generate-ini.py

domruf
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.
#!/usr/bin/env python2
"""
Based on kallithea/lib/paster_commands/template.ini.mako, generate
  development.ini
  kallithea/tests/test.ini
"""

import re

from kallithea.lib import inifile

# files to be generated from the mako template
ini_files = [
    ('development.ini',
        {
            '[server:main]': {
                'host': '0.0.0.0',
            },
            '[app:main]': {
                'initial_repo_scan': 'true',
                'debug': 'true',
                'app_instance_uuid': 'development-not-secret',
                'beaker.session.secret': 'development-not-secret',
            },
            '[handler_console]': {
                'formatter': 'color_formatter',
            },
            '[handler_console_sql]': {
                'formatter': 'color_formatter_sql',
            },
        },
    ),
]


def main():
    # make sure all mako lines starting with '#' (the '##' comments) are marked up as <text>
    makofile = inifile.template_file
    print 'reading:', makofile
    mako_org = open(makofile).read()
    mako_no_text_markup = re.sub(r'</?%text>', '', mako_org)
    mako_marked_up = re.sub(r'\n(##.*)', r'\n<%text>\1</%text>', mako_no_text_markup, flags=re.MULTILINE)
    if mako_marked_up != mako_org:
        print 'writing:', makofile
        open(makofile, 'w').write(mako_marked_up)

    # create ini files
    for fn, settings in ini_files:
        print 'updating:', fn
        inifile.create(fn, None, settings)


if __name__ == '__main__':
    main()