class CloudManagerManagedLeaseForWrite( object ): def __init__( self, hostname ): self._cmr = CloudManagerResolver() self._hostname = hostname self._l_fd = self._cmr.get_all_saving_lease_filefd( hostname = self._hostname ) self._l_f = [] def __enter__( self ): for fd in self._l_fd: afs = fd.value[ 'fd' ].__enter__() self._l_f.append( afs.open( fd.value[ 'saved_leases_filepath' ], 'w' ) ) return self def __exit__( self, t, v, tr ): if t: print tr for f in self._l_f: f.close() self._l_f.remove( f ) for fd in self._l_fd: fd.value[ 'fd' ].__exit__( t, v, tr ) def write( self, l ): for f in self._l_f: f.write( l )
def __init__(self, resolvers=None):
if hasattr(resolvers, '_resolver'):
self._resolver = resolvers._resolver
else:
self._resolver = CloudManagerResolver()
if hasattr(resolvers, '_appcode_resolver'):
self._appcode_resolver = resolvers._appcode_resolver
else:
self._appcode_resolver = CloudManagerAppcodeResolver()
if hasattr(resolvers, '_appcomp_resolver'):
self._appcomp_resolver = resolvers._appcomp_resolver
else:
self._appcomp_resolver = CloudManagerAppCompResolver()
if hasattr(resolvers, '_env_resolver'):
self._env_resolver = resolvers._env_resolver
else:
self._env_resolver = CloudManagerEnvResolver()
if hasattr(resolvers, '_aera_resolver'):
self._aera_resolver = resolvers._aera_resolver
else:
self._aera_resolver = CloudManagerAeraResolver()
if hasattr(resolvers, '_cloudmap_resolver'):
self._cloudmap_resolver = resolvers.cloudmap_resolver
else:
self._cloudmap_resolver = CloudManagerCloudMapResolver()
class CloudManagerManagedLeaseForWrite(object):
def __init__(self, hostname):
self._cmr = CloudManagerResolver()
self._hostname = hostname
self._l_fd = self._cmr.get_all_saving_lease_filefd(
hostname=self._hostname)
self._l_f = []
def __enter__(self):
for fd in self._l_fd:
afs = fd.value['fd'].__enter__()
self._l_f.append(afs.open(fd.value['saved_leases_filepath'], 'w'))
return self
def __exit__(self, t, v, tr):
if t:
print tr
for f in self._l_f:
f.close()
self._l_f.remove(f)
for fd in self._l_fd:
fd.value['fd'].__exit__(t, v, tr)
def write(self, l):
for f in self._l_f:
f.write(l)
class CloudManagerManageDHCPForWrite( object ): def __init__( self, hostname ): self._cmr = CloudManagerResolver() self._hostname = hostname self._dhcp_filepath = self._cmr.get_dhcp_filepath( hostname = self._hostname ) self._f = None def __enter__( self ): self._f = open( self._dhcp_filepath, 'w' ) return self._f def __exit__( self, t, v, tr ): self._f.close() self._f = None
def action_add( *args ):
# Analyse des paramètres
hardaddr = args[0]
ip = args[1]
hostname = args[2]
lease_expires = os.environ[ 'DNSMASQ_LEASE_EXPIRES' ]
cmr = CloudManagerResolver()
with CloudManagerManagedLeaseForWrite( hostname ) as cml:
cml.write( '%s %s %s %s *\n' % ( lease_expires, hardaddr, ip, hostname ) )
with CloudManagerManagedActiveHostsForWrite( hostname ) as cmah:
if not domainname:
cmah.write( '%s\t\t%s\t# %s\n' % ( ip, hostname, cloudmgr_tags ) )
else:
cmah.write( '%s\t\t%s.%s %s\t# %s\n' % ( ip, hostname, domainname, hostname, cloudmgr_tags ) )
def __init__( self, hostname ): self._cmr = CloudManagerResolver() self._hostname = hostname self._l_fd = self._cmr.get_all_saving_lease_filefd( hostname = self._hostname ) self._l_f = []
def __init__( self ):
self._cmr = CloudManagerResolver()
self._cached_cloudmap = {}
self._ref_count = 0
def __init__(self, hostname):
self._cmr = CloudManagerResolver()
self._hostname = hostname
self._l_fd = self._cmr.get_all_saving_lease_filefd(
hostname=self._hostname)
self._l_f = []
def __init__( self, hostname ): self._cmr = CloudManagerResolver() self._hostname = hostname self._dhcp_filepath = self._cmr.get_dhcp_filepath( hostname = self._hostname ) self._f = None