def __init__(self, group_name, access_token,
secure=True, service_host="api.traceguide.io",
service_port=9997, debugger=None):
# Thrift runtime configuration
guid = util._generate_guid()
timestamp = util._now_micros()
self._runtime = ttypes.Runtime(guid, timestamp, group_name)
self._service_url = util._service_url_from_hostport(secure,
service_host,
service_port)
self._auth = ttypes.Auth(access_token)
self._mutex = threading.Lock()
self._log_records, self._span_records = ([] for i in range(2))
# Only establish timer-based flush if no debugger is provided
self._debugger = debugger
self._connection = conn._Connection(self._service_url)
self._connection._open()
self._event = threading.Event()
self._flush_thread = threading.Thread(target=self._timed_flush,
name=constants.FLUSH_THREAD_NAME)
self._flush_thread.daemon = True
if self._debugger is None:
self._flush_thread.start()
# Configuration for clean up & runtime disabling
register(self.shutdown)
self._disabled_runtime = False
def span(self, name):
""" Mark the start of a span operation
:param str name: the name by which the recording span can
be identified
:return: ActiveSpan that references the newly initialized span
:rtype: ActiveSpan
"""
if self._disabled_runtime:
return ActiveSpan(None, None)
span_guid = util._generate_guid()
runtime_guid = self._runtime.guid
timestamp = util._now_micros()
join_ids = []
span_record = ttypes.SpanRecord(span_guid, runtime_guid, name, join_ids,
timestamp)
return ActiveSpan(self, span_record)
