def _configure(self) -> None:
# We can't use broad 0.0.0.0 IP address to make it possible to run
# multiple hax instances at the same machine (i.e. in failover
# situation).
# Instead, every hax will use a private IP only.
node_address = self._get_my_hostname()
# Note that bq-delivered mechanism must use a unique node name rather
# than broad '0.0.0.0' that doesn't identify the node from outside.
inbox_filter = InboxFilter(
OffsetStorage(node_address,
key_prefix='bq-delivered',
kv=self.consul_util.kv))
conf_obj = ConfObjUtil(self.consul_util)
planner = self.planner
herald = self.herald
consul_util = self.consul_util
app = self._create_server()
app.add_routes([
web.get('/', hello_reply),
web.post('/', process_ha_states(planner, consul_util)),
web.post(
'/watcher/bq',
process_bq_update(inbox_filter,
BQProcessor(planner, herald, conf_obj))),
web.post('/api/v1/sns/{operation}',
process_sns_operation(planner)),
web.get('/api/v1/sns/repair-status',
get_sns_status(planner, SnsRepairStatus)),
web.get('/api/v1/sns/rebalance-status',
get_sns_status(planner, SnsRebalanceStatus)),
])
self.app = app
def run_server(
queue: Queue,
herald: DeliveryHerald,
consul_util: ConsulUtil,
threads_to_wait: List[StoppableThread] = [],
port=8008,
):
node_address = consul_util.get_hax_ip_address()
# We can't use broad 0.0.0.0 IP address to make it possible to run
# multiple hax instances at the same machine (i.e. in failover situation).
# Instead, every hax will use a private IP only.
web_address = node_address
# Note that bq-delivered mechanism must use a unique node name rather than
# broad '0.0.0.0' that doesn't identify the node from outside.
inbox_filter = InboxFilter(
OffsetStorage(node_address, key_prefix='bq-delivered'))
conf_obj = ConfObjUtil(consul_util)
app = web.Application(middlewares=[encode_exception])
app.add_routes([
web.get('/', hello_reply),
web.post('/', process_ha_states(queue, consul_util)),
web.post(
'/watcher/bq',
process_bq_update(inbox_filter,
BQProcessor(queue, herald, conf_obj))),
web.post('/api/v1/sns/{operation}', process_sns_operation(queue)),
web.get('/api/v1/sns/repair-status',
get_sns_status(queue, SnsRepairStatus)),
web.get('/api/v1/sns/rebalance-status',
get_sns_status(queue, SnsRebalanceStatus)),
])
LOG.info(f'Starting HTTP server at {web_address}:{port} ...')
try:
web.run_app(app, host=web_address, port=port)
LOG.debug('Server stopped normally')
finally:
LOG.debug('Stopping the threads')
for thread in threads_to_wait:
thread.stop()
for thread in threads_to_wait:
thread.join()
LOG.info('The http server has stopped')