def clock_sync(sync_id, issue_ts=None):
time_stamp = time.time()
args_to_log = {'sync_id': sync_id}
if issue_ts: # Issuer if issue_ts is set, else reciever.
assert issue_ts <= time_stamp
# Convert to right units for ts.
args_to_log['issue_ts'] = issue_ts * 1000000
trace_event_impl.add_trace_event(
"c", time_stamp, "python", "clock_sync", args_to_log)
def clock_sync(sync_id, issue_ts=None):
'''
Add a clock sync event to the trace log.
Args:
sync_id: ID of clock sync event.
issue_ts: Time at which clock sync was issued, in microseconds.
'''
time_stamp = trace_time.Now()
args_to_log = {'sync_id': sync_id}
if issue_ts: # Issuer if issue_ts is set, else reciever.
assert issue_ts <= time_stamp
args_to_log['issue_ts'] = issue_ts
trace_event_impl.add_trace_event(
"c", time_stamp, "python", "clock_sync", args_to_log)
def trace_end(name):
trace_event_impl.add_trace_event("E", time.time(), "python", name)
def trace_begin(name, **kwargs):
args_to_log = {key: repr(value) for key, value in kwargs.iteritems()}
trace_event_impl.add_trace_event("B", time.time(), "python", name, args_to_log)
def trace_begin(name, **kwargs):
args_to_log = {key: repr(value) for key, value in kwargs.iteritems()}
trace_event_impl.add_trace_event("B", trace_time.Now(), "python", name,
args_to_log)
def trace_end(name):
trace_event_impl.add_trace_event("E", trace_time.Now(), "python", name)
def trace_set_thread_name(thread_name):
trace_event_impl.add_trace_event("M", trace_time.Now(), "__metadata",
"thread_name", {"name": thread_name})
def trace_set_thread_name(thread_name):
trace_event_impl.add_trace_event("M", trace_time.Now(), "__metadata",
"thread_name", {"name": thread_name})
