def _init_from_body_ack(self, body):
# N2H
# Process the last update time
try:
self.ack_lu_time = strptime(body['last update time'])
except KeyError:
# No such key, ignore
pass
# Process the progress
if 'restore' in body:
self.ack_restore_progress = \
map(HeartbeatMessage.deserialize_restore_progress,
body['restore'])
if 'msgs' in body:
self.inbox_update = HeartbeatMessage.deserialize_inbox_update(
body['msgs'])
logger.verbose('Host received inbox_update: %s', self.inbox_update)
if 'auth_tokens' in body:
self.auth_tokens = [AuthToken.from_json(t)()
for t in body['auth_tokens']]
assert consists_of(self.auth_tokens, AuthToken), \
repr(self.auth_tokens)
logger.verbose('Host receives auth_tokens: %s',
self.auth_tokens)
def _init_from_body(self, body):
# H2N
if 'settings' in body:
self.settings_getter = \
lambda: {name: (value, strptime(time_str))
for name, (value, time_str)
in body['settings'].iteritems()}
if 'revive' in body:
assert not body['revive']
self.revive = bool(body['revive']) # AbstractMessage
self.revive_getter = lambda: self.revive
if 'msgs' in body:
self.inbox_update = HeartbeatMessage.deserialize_inbox_update(
body['msgs'])
logger.verbose('Node receives inbox_update: %s',
self.inbox_update)
if 'last_auth_token_sync_ts' in body:
self.last_auth_token_sync_ts = \
ts_to_dt(body['last_auth_token_sync_ts'])
logger.verbose('Node receives last_auth_token_sync_ts: %s',
self.last_auth_token_sync_ts)
def _init_from_body(self, body):
# N2H
assert isinstance(body, dict), repr(body)
self.settings = {
name: (base64.b64decode(value), strptime(time))
for name, (value, time) in body['settings'].iteritems()
}
def _init_from_body_ack(self, body):
# N2H
# Process the last update time
try:
self.ack_lu_time = strptime(body['last update time'])
except KeyError:
# No such key, ignore
pass
# Process the progress
if 'restore' in body:
self.ack_restore_progress = \
map(HeartbeatMessage.deserialize_restore_progress,
body['restore'])
if 'msgs' in body:
self.inbox_update = HeartbeatMessage.deserialize_inbox_update(
body['msgs'])
logger.verbose('Host received inbox_update: %s', self.inbox_update)
if 'auth_tokens' in body:
self.auth_tokens = [
AuthToken.from_json(t)() for t in body['auth_tokens']
]
assert consists_of(self.auth_tokens, AuthToken), \
repr(self.auth_tokens)
logger.verbose('Host receives auth_tokens: %s', self.auth_tokens)
def _init_from_body(self, body):
# H2N
if 'settings' in body:
self.settings_getter = \
lambda: {name: (value, strptime(time_str))
for name, (value, time_str)
in body['settings'].iteritems()}
if 'revive' in body:
assert not body['revive']
self.revive = bool(body['revive']) # AbstractMessage
self.revive_getter = lambda: self.revive
if 'msgs' in body:
self.inbox_update = HeartbeatMessage.deserialize_inbox_update(
body['msgs'])
logger.verbose('Node receives inbox_update: %s', self.inbox_update)
if 'last_auth_token_sync_ts' in body:
self.last_auth_token_sync_ts = \
ts_to_dt(body['last_auth_token_sync_ts'])
logger.verbose('Node receives last_auth_token_sync_ts: %s',
self.last_auth_token_sync_ts)
def _init_from_body(self, body):
# N2H
assert isinstance(body, dict), repr(body)
self.settings = {name: (base64.b64decode(value), strptime(time))
for name, (value, time)
in body['settings'].iteritems()}
