def _header (self, content, header, body, neighbor,message_type=None):
peer = '"host" : "%s", ' % socket.gethostname()
pid = '"pid" : %s, ' % os.getpid()
ppid = '"ppid" : %s, ' % os.getppid()
counter = '"counter": %s, ' % self._counter(neighbor) if neighbor is not None else ''
header = '"header": "%s", ' % hexstring(header) if header else ''
body = '"body": "%s", ' % hexstring(body) if body else ''
mtype = '"type": "%s", ' % message_type if message_type else 'default'
return \
'{ '\
'"exabgp": "%s", '\
'"time": %s, ' \
'%s%s%s%s%s%s%s%s ' \
'}' % (
self.version,
self.time(time.time()),
peer,
pid,
ppid,
counter,
mtype,
header,
body,
content
)
def _header(self, content, header, body, neighbor, message_type=None):
peer = '"host" : "%s", ' % socket.gethostname()
pid = '"pid" : %s, ' % os.getpid()
ppid = '"ppid" : %s, ' % os.getppid()
counter = '"counter": %s, ' % self._counter(
neighbor) if neighbor is not None else ''
header = '"header": "%s", ' % hexstring(header) if header else ''
body = '"body": "%s", ' % hexstring(body) if body else ''
mtype = '"type": "%s", ' % message_type if message_type else 'default'
return \
'{ '\
'"exabgp": "%s", '\
'"time": %s, ' \
'%s%s%s%s%s%s%s%s ' \
'}' % (
self.version,
self.time(time.time()),
peer,
pid,
ppid,
counter,
mtype,
header,
body,
content
)
def _header_body(self, header, body):
header = " header %s" % hexstring(header) if header else ""
body = " body %s" % hexstring(body) if body else ""
total_string = header + body if body else header
return total_string
def _header_body (self, header, body): header = ' header %s' % hexstring(header) if header else '' body = ' body %s' % hexstring(body) if body else '' total_string = header+body if body else header return total_string
def packets (self, neighbor, direction, category, header, body):
return self._header(self._neighbor(neighbor,direction,self._kv({
'message': '{ %s } ' % self._kv({
'category': category,
'header': hexstring(header),
'body': hexstring(body),
})
})),'','',neighbor,message_type=Message.string(category))
def packets (self, neighbor, direction, category, header, body):
return self._header(self._neighbor(neighbor,direction,self._kv({
'message': '{ %s } ' % self._kv({
'category': category,
'header': hexstring(header),
'body': hexstring(body),
})
})),'','',neighbor,message_type=Message.string(category))
def unpack_message(cls, data, negotiated): # pylint: disable=W0613
# This can not happen at decode time as we check the length of the KEEPALIVE message
# But could happen when calling the function programmatically
if data:
raise Notify('Keepalive can not have any payload but contains %s',
hexstring(data))
return cls()
def notification (self, neighbor, direction, message, header, body):
return self._header(self._neighbor(neighbor,direction,self._kv({
'notification': '{ %s } ' % self._kv({
'code': message.code,
'subcode': message.subcode,
'data': hexstring(message.data),
})
})),header,body,neighbor,message_type='notification')
def notification (self, neighbor, direction, message, header, body):
return self._header(self._neighbor(neighbor,direction,self._kv({
'notification': '{ %s } ' % self._kv({
'code': message.code,
'subcode': message.subcode,
'data': hexstring(message.data),
})
})),header,body,neighbor,message_type='notification')
def notification(self, neighbor, direction, message, header, body):
return "neighbor %s %s notification code %d subcode %d data %s%s\n" % (
neighbor.peer_address,
direction,
message.code,
message.subcode,
hexstring(message.data),
self._header_body(header, body),
)
def notification (self, neighbor, direction, message, header, body): return 'neighbor %s %s notification code %d subcode %d data %s%s\n' % ( neighbor.peer_address, direction, message.code, message.subcode, hexstring(message.data), self._header_body(header,body) )
def unpack_message (cls, data, negotiated): # pylint: disable=W0613
# This can not happen at decode time as we check the length of the KEEPALIVE message
# But could happen when calling the function programmatically
if data:
raise Notify('Keepalive can not have any payload but contains %s', hexstring(data))
return cls()
