def ns_get_proxy(nsid, defaultnsgroup=_MARKER, nshost=None):
"""
if nshost is None, the nameserver is found by a broadcast.
"""
# resolve the Pyro object
nsgroup, nsid = ns_group_and_id(nsid, defaultnsgroup)
try:
nsd = locate_ns(nshost)
pyrouri = nsd.resolve('%s.%s' % (nsgroup, nsid))
except errors.ProtocolError as ex:
raise errors.PyroError(
'Could not connect to the Pyro name server (host: %s)' % nshost)
except errors.NamingError:
raise errors.PyroError(
'Could not get proxy for %s (not registered in Pyro), '
'you may have to restart your server-side application' % nsid)
return core.getProxyForURI(pyrouri)
def ns_get_proxy(nsid, defaultnsgroup=_MARKER, nshost=None):
nsgroup, nsid = ns_group_and_id(nsid, defaultnsgroup)
# resolve the Pyro object
try:
nsd = locate_ns(nshost)
pyrouri = nsd.resolve('%s.%s' % (nsgroup, nsid))
except errors.ProtocolError, ex:
raise errors.PyroError(
'Could not connect to the Pyro name server (host: %s)' % nshost)
_LOGGER.error('can\'t locate pyro name server: %s', ex)
else:
try:
nsd.unregister('%s.%s' % (nsgroup, nsid))
_LOGGER.info('%s unregistered from pyro name server', nsid)
except errors.NamingError:
_LOGGER.warning('%s not registered in pyro name server', nsid)
def ns_get_proxy(nsid, defaultnsgroup=_MARKER, nshost=None):
nsgroup, nsid = ns_group_and_id(nsid, defaultnsgroup)
# resolve the Pyro object
try:
nsd = locate_ns(nshost)
pyrouri = nsd.resolve('%s.%s' % (nsgroup, nsid))
except errors.ProtocolError, ex:
raise errors.PyroError(
'Could not connect to the Pyro name server (host: %s)' % nshost)
except errors.NamingError:
raise errors.PyroError(
'Could not get proxy for %s (not registered in Pyro), '
'you may have to restart your server-side application' % nsid)
return core.getProxyForURI(pyrouri)
def set_pyro_log_threshold(level):
pyrologger = logging.getLogger('Pyro.%s' % str(id(util.Log)))
# remove handlers so only the root handler is used
pyrologger.handlers = []
pyrologger.setLevel(level)