view scripts/contributors.py @ 7399:deb8e7e6d66d

Skip redis tests if unable to communicate with the server. If the redis module is in the test environment, the redis tests will not be skipped. If connecting to redis during testing fails with a ConnectionError because there is no redis server at localhost, or if it fails with an AuthenticationError, you would fail a slew of tests. This causes the tests to report as skipped if either of the two errors occurs. It is very inefficient as it fails in setup() for the tests, but at least it does report skipping the tests. Also documented how to pass the redis password to the tests in the test part of the install docs. Future note: running tests needs proper docs in development.txt (including database setup) and a link left to that doc in installation.txt.
author John Rouillard <rouilj@ieee.org>
date Wed, 24 May 2023 12:52:53 -0400
parents 519cc743bf5a
children 4919435ac231
line wrap: on
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"""
Get Mercurial history data and output list of contributors with years.

Public domain work by:

  anatoly techtonik <techtonik@gmail.com>

"""

from __future__ import print_function
from subprocess import check_output

# --- output settings
contributors_by_year = True
years_for_contributors = True
verbose = True
# /--

# --- project specific configuration
ALIASES = {
  'Richard Jones <richard@mechanicalcat.net>':
      ['richard',
       'Richard Jones <richard@users.sourceforge.net>'],
  'Bernhard Reiter <bernhard@intevation.de>':
      ['Bernhard Reiter <ber@users.sourceforge.net>',
       'Bernhard Reiter <Bernhard.Reiter@intevation.de>'],
  'Ralf Schlatterbeck <rsc@runtux.com>':
      ['Ralf Schlatterbeck <schlatterbeck@users.sourceforge.net>'],
  'Stefan Seefeld <stefan@seefeld.name>':
      ['Stefan Seefeld <stefan@users.sourceforge.net>'],
  'John Rouillard <rouilj@ieee.org>':
      ['rouilj@uland', 'rouilj']

}
ROBOTS = ['No Author <no-author@users.sourceforge.net>']
# /-- 


def compress(years):
  """
  Given a list of years like [2003, 2004, 2007],
  compress it into string like '2003-2004, 2007'

  >>> compress([2002])
  '2002'
  >>> compress([2003, 2002])
  '2002-2003'
  >>> compress([2009, 2004, 2005, 2006, 2007])
  '2004-2007, 2009'
  >>> compress([2001, 2003, 2004, 2005])
  '2001, 2003-2005'
  >>> compress([2009, 2011])
  '2009, 2011'
  >>> compress([2009, 2010, 2011, 2006, 2007])
  '2006-2007, 2009-2011'
  >>> compress([2002, 2003, 2004, 2005, 2006, 2009, 2012])
  '2002-2006, 2009, 2012'
  """
  years = sorted(years)
  # compress years into string
  comma = ', '
  yearstr = ''
  for i in range(0,len(years)-1):
    if years[i+1]-years[i] == 1:
      if not yearstr or yearstr.endswith(comma):
        yearstr += '%s' % years[i]
      if yearstr.endswith('-'):
        pass
      else:
        yearstr += '-'
    else:
      yearstr += '%s, ' % years[i]

  if len(years) == 1:
    yearstr += str(years[0])
  else:
    yearstr += '%s' % years[-1]
  return yearstr


if __name__ == '__main__':

  command = 'hg log --template "{date(date,\\"%Y\\")},{author}\\n"'

  if verbose:
    print("Getting HG log...")
    print("Using: ", command)
  
  authorship = check_output(command, shell=True)
  # authorship are strings like
  # 2003,Richard Jones <richard@users.sourceforge.net>
  # ...

  if verbose:
    print("Splitting...")
  # transform to a list of tuples
  authorship = [line.split(',', 1) for line in authorship.splitlines()]

  if verbose:
    print("Sorting...")
  years = {}  # year -> set(author1, author2, ...)
  names = {}  # author -> set(years)
  for year, author in authorship:
    if author in ROBOTS:
      continue
    # process aliases
    for name, aliases in ALIASES.items():
      if author in aliases:
        author = name
        break
    author = author.replace('<', '(')
    author = author.replace('>', ')')
    # years
    if not year in years:
      years[year] = set()
    years[year].add(author)
    # names
    if not author in names:
      names[author] = set()
    names[author].add(int(year))


  if contributors_by_year:
    if verbose:
      print("Contributors by year...")
    print('')
    for year in sorted(years, reverse=True):
      print(year)
      for author in sorted(years[year]):
        print("  " + author)
    print('')

  if years_for_contributors:
    if verbose:
      print("Years for each contributor...")
    print('')
    
    def last_year(name):
      """Return year of the latest contribution for a given name"""
      return sorted(list(names[name]))[-1]

    def first_year(name):
      """Return year of the first contribution"""
      return sorted(list(names[name]))[0]

    def year_key(name):
      """
      Year key function. First sort by latest contribution year (desc).
      If it matches, compare first contribution year (asc). This ensures that
      the most recent and long-term contributors are at the top.
      """
      return (last_year(name), -first_year(name))
    
    print("Copyright (c)")
    for author in sorted(list(names), key=year_key, reverse=True):
      years = list(names[author])
      yearstr = compress(years)

      if 0: #DEBUG
        print(years, yearstr, author)
      else:
        print("    %s %s" % (yearstr, author))
    print('')

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