Command '['/usr/local/bin/hg', 'add', u'example.com/100.168.192.in-addr.arpa']' returned non-zero exit status 255
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File: /usr/local/lib/python2.7/subprocess.py (Line: 511)
Function: check_call
  504         check_call(["ls", "-l"])
  505         """
  506         retcode = call(*popenargs, **kwargs)
  507         if retcode:
  508             cmd = kwargs.get("args")
  509             if cmd is None:
  510                 cmd = popenargs[0]
  511 ==>         raise CalledProcessError(retcode, cmd)
  512         return 0
  513
  514
  515     def check_output(*popenargs, **kwargs):
  516         r"""Run command with arguments and return its output as a byte string.
  517
Variables:
                 cmd = ['/usr/local/bin/hg', 'add', u'example.com/100.168.192.in-addr.arpa']
             retcode = 255
           popenargs = (['/usr/local/bin/hg', 'add', u'example.com/100.168.192.in-addr.arpa'],)
              kwargs = {'cwd': '/var/repo/dns'}
------------------------------------------------------------------------
File: /opt/noc/cm/vcs/__init__.py (Line: 81)
Function: cmd
   74             self.cmd(["commit",self.option_commit_message,message,path])
   75         #
   76         # Execute VCS command.
   77         # cmd is a list of arguments
   78         def cmd(self,cmd,check=True):
   79             if check:
   80                 self.check_repository()
   81 ==>         subprocess.check_call([config.get("cm","vcs_path")]+cmd,cwd=self.repo)
   82         # Returns an output of cmd
   83         def cmd_out(self,cmd,check=True):
   84             if check:
   85                 self.check_repository()
   86             p=subprocess.Popen([config.get("cm","vcs_path")]+cmd,stdout=subprocess.PIPE,cwd=self.repo)
   87             d=p.stdout.read()
Variables:
                self = <noc.cm.vcs.hg.VCS object at 0x808bbf850>
                 cmd = ['add', u'example.com/100.168.192.in-addr.arpa']
               check = True
------------------------------------------------------------------------
File: /opt/noc/cm/vcs/__init__.py (Line: 60)
Function: add
   53             self.repo=repo
   54         # Check wrether repository exists and create when necessary
   55         def check_repository(self):
   56             if not os.path.exists(self.repo):
   57                 os.makedirs(self.repo)
   58         # Add file to repository
   59         def add(self,path):
   60 ==>         self.cmd(["add",path])
   61         # Remove file from repository
   62         def rm(self,path):
   63             self.cmd(["remove",path])
   64             self.commit(path,"rm")
   65         # Move file to a new location
   66         # Dumb emulation
Variables:
                path = u'example.com/100.168.192.in-addr.arpa'
                self = <noc.cm.vcs.hg.VCS object at 0x808bbf850>
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File: /opt/noc/cm/models.py (Line: 136)
Function: write
  129             if not in_dir(path, self.repo):
  130                 raise Exception("Attempting to write outside of repo")
  131             is_new = not os.path.exists(path)
  132             now = datetime.datetime.now()
  133             if rewrite_when_differ(self.path, data):
  134                 vcs = self.vcs
  135                 if is_new:
  136 ==>                 vcs.add(self.repo_path)
  137                 vcs.commit(self.repo_path)
  138                 self.last_modified = now
  139                 self.on_object_changed()
  140             self.last_pull = now
  141             self.save()
  142
Variables:
                self = <DNS: dns/example.com/100.168.192.in-addr.arpa>
              is_new = True
                 vcs = <noc.cm.vcs.hg.VCS object at 0x808bbf850>
                path = u'/var/repo/dns/example.com/100.168.192.in-addr.arpa'
                 now = datetime.datetime(2012, 8, 10, 10, 4, 31, 771917)
                data = u';;\n;; "..."
------------------------------------------------------------------------
File: /opt/noc/cm/models.py (Line: 550)
Function: global_pull
  543             for z in changed:
  544                 logging.debug("DNS.global_pull: Zone %s changed" % z.name)
  545                 z.serial = z.next_serial
  546                 z.save()
  547                 for ns in z.profile.masters.all():
  548                     path = os.path.join(ns.name, z.name)
  549                     o = DNS.objects.get(repo_path=path)
  550 ==>                 o.write(z.zonedata(ns))
  551             for ns in DNSServer.objects.all():
  552                 logging.debug(
  553                     "DNSHandler.global_pull: Includes for %s rebuilt" % ns.name)
  554                 g = ns.generator_class()
  555                 path = os.path.join(ns.name, "autozones.conf")
  556                 try:
Variables:
                   z = <DNSZone: 100.168.192.in-addr.arpa>
           DNSServer = <class 'noc.dns.models.DNSServer'>
             DNSZone = <class 'noc.dns.models.DNSZone'>
             changed = {<DNSZone: ... None}
                   o = <DNS: dns/example.com/100.168.192.in-addr.arpa>
             objects = {}
                path = u'example.com/100.168.192.in-addr.arpa'
                  ns = <DNSServer: example.com>
                 cls = <class 'noc.cm.models.DNS'>
------------------------------------------------------------------------
File: /opt/noc/cm/periodics/dns_pull.py (Line: 16)
Function: execute
    9
   10     class Task(noc.lib.periodic.Task):
   11         name="cm.dns_pull"
   12         description=""
   13         wait_for=["cm.dns_push"]
   14         def execute(self):
   15             from noc.cm.models import DNS
   16 ==>         DNS.global_pull()
   17             return True
   18
Variables:
                self = <noc.cm.periodics.dns_pull.Task object at 0x806eea410>
                 DNS = <class 'noc.cm.models.DNS'>
------------------------------------------------------------------------
File: /opt/noc/main/scheduler.py (Line: 72)
Function: task_wrapper
   65             t = datetime.datetime.now()
   66             cwd = os.getcwd()
   67             try:
   68                 if task.periodic_name.startswith("pyrule:"):
   69                     status = PyRule.call(task.periodic_name[7:],
   70                                          timeout=task.timeout)
   71                 else:
   72 ==>                 status = task.periodic(task.timeout).execute()
   73             except:
   74                 error_report()
   75                 status = False
   76             logging.info(u"Periodic task=%s status=%s" % (unicode(task),
   77                                             "completed" if status else "failed"))
   78             # Current path may be implicitly changed by periodic. Restore old value
Variables:
                self = <noc.main.scheduler.Scheduler object at 0x8011b9510>
                task = <Schedule: cm.dns_pull:Any>
                 cwd = '/opt/noc'
                   t = datetime.datetime(2012, 8, 10, 10, 4, 16, 608012)
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