def setUp(self):
super(_TestPathDispatcherBase, self).setUp()
self.dispatcher = PathDispatcher()
self.handlers = {
"delete": {},
"set": {},
}
self.register("/")
self.register("/a")
self.register("/a/<b>")
self.register("/a/<b>/c")
self.register("/a/<b>/d")
self.register("/a/<b>/d/<e>")
def __init__(self, config, etcd_api, status_reporter, hosts_ipset):
super(_FelixEtcdWatcher, self).__init__()
self._config = config
self._etcd_api = etcd_api
self._status_reporter = status_reporter
self.hosts_ipset = hosts_ipset
# Whether we've been in sync with etcd at some point.
self._been_in_sync = False
# Keep track of the config loaded from etcd so we can spot if it
# changes.
self.last_global_config = None
self.last_host_config = None
self.my_config_dir = dir_for_per_host_config(self._config.HOSTNAME)
# Events triggered by the EtcdAPI Actor to tell us to load the config
# and start polling. These are one-way flags.
self.load_config = Event()
self.begin_polling = Event()
# Event that we trigger once the config is loaded.
self.configured = Event()
# Polling state initialized at poll start time.
self.splitter = None
# Next-hop IP addresses of our hosts, if populated in etcd.
self.ipv4_by_hostname = {}
# Forces a resync after the current poll if set. Safe to set from
# another thread. Automatically reset to False after the resync is
# triggered.
self.resync_requested = False
self.dispatcher = PathDispatcher()
# The Popen object for the driver.
self._driver_process = None
# Stats.
self.read_count = 0
self.msgs_processed = 0
self.last_rate_log_time = monotonic_time()
# Register for events when values change.
self._register_paths()
self._usage_report_greenlet = gevent.Greenlet(
self._periodically_usage_report)
def __init__(self, config, hosts_ipset):
super(_EtcdWatcher, self).__init__()
self.config = config
self.hosts_ipset = hosts_ipset
# Events triggered by the EtcdAPI Actor to tell us to load the config
# and start polling. These are one-way flags.
self.load_config = Event()
self.begin_polling = Event()
# Flag used to trigger a resync. this is modified from other
# greenlets, which is safe in Python.
self.resync_after_current_poll = False
# Event that we trigger once the config is loaded.
self.configured = Event()
# Etcd client, initialised lazily.
self.client = None
self.my_config_dir = dir_for_per_host_config(self.config.HOSTNAME)
# Polling state initialized at poll start time.
self.splitter = None
self.next_etcd_index = None
# Cache of known endpoints, used to resolve deletions of whole
# directory trees.
self.endpoint_ids_per_host = defaultdict(set)
# Next-hop IP addresses of our hosts, if populated in etcd.
self.ipv4_by_hostname = {}
# Program the dispatcher with the paths we care about. Since etcd
# gives us a single event for a recursive directory deletion, we have
# to handle deletes for lots of directories that we otherwise wouldn't
# care about.
self.dispatcher = PathDispatcher()
reg = self.dispatcher.register
# Top-level directories etc. If these go away, stop polling and
# resync.
for key in RESYNC_KEYS:
reg(key, on_del=self._resync)
reg(READY_KEY, on_set=self.on_ready_flag_set, on_del=self._resync)
# Profiles and their contents.
reg(PER_PROFILE_DIR, on_del=self.on_profile_delete)
reg(TAGS_KEY, on_set=self.on_tags_set, on_del=self.on_tags_delete)
reg(RULES_KEY, on_set=self.on_rules_set, on_del=self.on_rules_delete)
# Hosts, workloads and endpoints.
reg(PER_HOST_DIR, on_del=self.on_host_delete)
reg(HOST_IP_KEY,
on_set=self.on_host_ip_set,
on_del=self.on_host_ip_delete)
reg(WORKLOAD_DIR, on_del=self.on_host_delete)
reg(PER_ORCH_DIR, on_del=self.on_orch_delete)
reg(PER_WORKLOAD_DIR, on_del=self.on_workload_delete)
reg(ENDPOINT_DIR, on_del=self.on_workload_delete)
reg(PER_ENDPOINT_KEY,
on_set=self.on_endpoint_set,
on_del=self.on_endpoint_delete)
reg(CIDR_V4_KEY,
on_set=self.on_ipam_v4_pool_set,
on_del=self.on_ipam_v4_pool_delete)
