tools/distchanges/distcompare.py

   1 import argparse
   2 from changes import Changes
   3
   4 # assumes that the new/current and older distributions are unzipped in /tmp/distro_new and
   5 # /tmp_distro_old respectively
   6
   7
   8 class DistCompare(object):
   9
  10     def __init__(self, remote_url):
  11
  12         self.remote_url = remote_url
  13
  14     @staticmethod
  15     def get_project_names():
  16         # TODO: when autorelease starts publishing the dependencies.log artifact, this function (or the consumer
  17         # of this tool) can take the latest dependencies.log from jenkins lastSuccessfulArtifacts and put it
  18         # in /tmp/ For now the functionality to read the projects from that file are commented.
  19
  20         """
  21         projects = []
  22         with open("/tmp/dependencies.log") as dep_file:
  23             for line in dep_file:
  24                 if line != "\n":
  25                     projects.append(line.split(":")[0])
  26
  27         return projects
  28         """
  29         # this hard coded list of projects was taken from a Carbon dependencies.log - late January 2017
  30         return ['eman', 'integration/distribution', 'snbi', 'mdsal', 'alto', 'sfc', 'sdninterfaceapp', 'topoprocessing',
  31                 'usc', 'ovsdb', 'lispflowmapping', 'groupbasedpolicy', 'usecplugin', 'snmp4sdn', 'capwap', 'aaa',
  32                 'honeycomb/vbd', 'atrium', 'next', 'nic', 'vtn', 'lacp', 'openflowplugin', 'faas', 'ttp', 'of-config',
  33                 'packetcable', 'genius', 'yangtools', 'natapp', 'didm', 'infrautils', 'netide', 'netvirt', 'neutron',
  34                 'cardinal', 'snmp', 'bgpcep', 'nemo', 'netconf', 'yang-push', 'iotdm', 'tsdr', 'sxp', 'centinel',
  35                 'odlparent', 'l2switch', 'unimgr', 'openflowjava', 'ocpplugin', 'dlux', 'controller']
  36
  37     def run_cmd(self):
  38         query_limit = 100
  39         num_to_display = 50
  40         branch = 'master'
  41         project_names = self.get_project_names()
  42         extracted_distro_locations = {'new': '/tmp/distro_new', 'old': '/tmp/distro_old'}
  43
  44         new_changes = Changes(branch, extracted_distro_locations['new'], num_to_display,
  45                               query_limit, project_names, self.remote_url)
  46
  47         new_projects = new_changes.run_cmd()
  48         new_changes.pretty_print_projects(new_projects)
  49
  50         old_changes = Changes(branch, extracted_distro_locations['old'], num_to_display,
  51                               query_limit, project_names, self.remote_url)
  52
  53         old_projects = old_changes.run_cmd()
  54         old_changes.pretty_print_projects(old_projects)
  55
  56         patchset_diff = []
  57         print("\nPatch differences:\n------------------")
  58         for project_name, values in new_projects.items():
  59             new_gerrits = values['includes']
  60             for gerrit in new_gerrits:
  61                 if gerrit not in old_projects[project_name]['includes']:
  62                     patchset_diff.append(gerrit)
  63                     print('{:<20}{}\t{}'.format(project_name, gerrit['url'], gerrit['subject']))
  64
  65         print("\n%s different patches between the two distros." % len(patchset_diff))
  66
  67
  68 def main():
  69
  70     parser = argparse.ArgumentParser(description='Returns the list of patches found in the unzipped distribution at '
  71                                                  '/tmp/distro_new that are not found in the distribution at '
  72                                                  '/tmp/distro_old. This should result in a listing of what new changes '
  73                                                  'were made between the two distributions.')
  74     parser.add_argument("-r", "--remote", dest="remote_url", default=Changes.REMOTE_URL,
  75                         help="git remote url to use for gerrit")
  76     options = parser.parse_args()
  77
  78     distc = DistCompare(options.remote_url)
  79     distc.run_cmd()
  80
  81
  82 if __name__ == "__main__":
  83     main()