def finish(self, intermediate=False):
self.remove_last(2) # remove trailing ,\n
if not intermediate:
if self.samples:
self.file.write('], "stackFrames": {\n')
for (id, frame) in iteritems(self.frames):
self.file.write('"%s": %s,\n' % (id, json.dumps(frame)))
if self.frames: # deleting last two symbols from the file as we can't leave comma at the end due to json restrictions
self.remove_last(2)
self.file.write('\n}, "samples": [\n')
for sample in self.samples:
self.file.write(json.dumps(sample) + ',\n')
if self.samples: # deleting last two symbols from the file as we can't leave comma at the end due to json restrictions
self.remove_last(2)
self.samples = []
self.frames = {}
if self.metadata:
self.file.write('\n],\n')
for (key, value) in iteritems(self.metadata):
self.file.write(
'"%s": %s,\n' %
(key,
json.dumps(value[0] if len(value) == 1 else value)))
self.remove_last(2) # remove trailing ,\n
self.file.write('\n}')
self.file.close()
return
self.file.write('\n]}')
self.file.close()
def finalize(self):
for (tid, (name, pid)) in iteritems(self.thread_names):
for callback in self.callbacks.callbacks:
thread_name = name.replace('\\"', '').replace('"', '')
callback(
"metadata_add", {
'domain': 'IntelSEAPI',
'str': '__thread__',
'pid': pid,
'tid': tid,
'data': '%s (%d)' % (thread_name, tid)
})
for (pid, name) in iteritems(self.pid_names):
self.callbacks.set_process_name(pid, name)
self.callbacks.set_process_name(-pid, 'Sampling: ' + name)
for (context, name) in iteritems(self.contexts):
self.callbacks.set_thread_name(-1, int(context, 16), name)
for (pid, proc) in iteritems(self.callbacks.processes):
name = None
for (tid, thread) in iteritems(proc.threads):
if tid in self.pid_names:
name = self.pid_names[tid]
break
if name:
self.callbacks.set_process_name(pid, name)
self.callbacks.set_process_name(-pid, 'Sampling: ' + name)
def finish(self):
self.handle_event()
self.current = {}
for callback in self.callbacks.callbacks:
for (pid, proc_data) in iteritems(self.proc_map):
proc_name = proc_data['name'].replace('\\"',
'').replace('"', '')
callback(
"metadata_add", {
'domain': 'IntelSEAPI',
'str': '__process__',
'pid': pid,
'tid': -1,
'data': proc_name
})
for (tid, thread_data) in iteritems(proc_data['threads']):
thread_name = thread_data['name'].replace('\\"',
'').replace(
'"', '')
callback(
"metadata_add", {
'domain': 'IntelSEAPI',
'str': '__thread__',
'pid': pid,
'tid': tid,
'data': '%s (tid %d)' % (thread_name, tid)
})
def finish(self):
GraphCombiner.finish(self)
for (domain, data) in iteritems(self.per_domain):
for (task_name, task_data) in iteritems(data['tasks']):
time = task_data['time']
self.file.write(
'%s,%s,%s,%s,%s,%d\n' %
(cgi.escape(domain), cgi.escape(task_name), min(time),
max(time), sum(time) / len(time), len(time)))
self.file.close()
def complete_stage(self, ring_type, channel, latest_stamp, data):
stamps = self.event_tracker.setdefault((ring_type, channel), {})
latest_stamp = int(latest_stamp, 16)
to_del = set(stamp for stamp in stamps if stamp <= latest_stamp)
if len(
to_del
) < 100: # in old driver the CompleteExecute might be called so rare that it is not reliable at all
for (stamp, stages) in iteritems(stamps):
if stamp <= latest_stamp:
verbose = ['%s(%s) %d:' % (ring_type, channel, stamp)]
ctx_type = None
old_ctx_id = None
changed_context = False
for stage in stages:
verbose.append(stage['cmd'])
if 'ctx_id' in stage:
changed_context = old_ctx_id and old_ctx_id != stage[
'ctx_id']
verbose.append('(%s)' %
(('!' if changed_context else '') +
stage['ctx_id']))
old_ctx_id = stage['ctx_id']
if 'ctx_type' in stage:
assert ctx_type == stage[
'ctx_type'] or not ctx_type or changed_context
ctx_type = stage['ctx_type']
if not ctx_type and old_ctx_id:
ctx_type = self.contexts[
old_ctx_id] if old_ctx_id in self.contexts else None
if ctx_type:
verbose.append('%s - %s' % (data['cmd'], ctx_type))
else:
verbose.append(data['cmd'])
if self.args.verbose:
print('verbose:', ' '.join(verbose))
if not changed_context: # not sure what TODO with it yet
task = self.complete_gpu(stages[-1], data, ctx_type,
old_ctx_id)
found_submit = False
for stage in stages:
if stage['cmd'] in [
'SubmitQueueKMD', 'WriteStamp'
]:
found_submit = True
task = self.complete_cpu(
stage, data, ctx_type, old_ctx_id, task)
if stages[0]['cmd'] == 'PrepareQueueKMD':
self.complete_prepare(
stages[0], stage, ctx_type, old_ctx_id,
task)
break
if not found_submit:
self.complete_cpu(stages[0], data, ctx_type,
old_ctx_id, task)
for stamp in to_del:
del stamps[stamp]
def write_footer(self, file):
file.write('</profilerDataModel><noteData>\n')
for note in self.notes:
args = "\n".join([
str(key) + " = " + str(val).replace("{", "").replace("}", "")
for (key, val) in iteritems(note[3])
])
file.write(
'<note startTime="%d" duration="%d" eventIndex="%d">%s</note>\n'
% (note[0], note[1], note[2], cgi.escape(args)))
file.write('</noteData><v8profile totalTime="0"/></trace>\n')
def start_new_trace(self):
self.targets.append("%s-%d.json" %
(self.args.output, self.trace_number))
self.trace_number += 1
self.file = codecs.open(self.targets[-1], "wb+", 'utf-8')
self.file.write(
'{\n"traceEvents": [\n\n'
) # second \n is for the rare case when there are no events, and finish cuts last two symbols
for (key, value) in iteritems(self.tree["threads"]):
pid_tid = key.split(',')
self.file.write(
'{"name": "thread_name", "ph":"M", "pid":%s, "tid":%s, "args": {"name":"%s(%s)"}},\n'
% (pid_tid[0], pid_tid[1], value, pid_tid[1]))
def finalize(self):
for (target, receiver) in iteritems(self.tcpip):
self.end_receiver(receiver)
packets = receiver['packets']
if packets:
if 'pid' in receiver:
pid = receiver['pid']
now = self.parser.convert_time(
max(packet['time'] for packet in packets)) + 1000
packet = receiver['packets'][
0] # all packets to this target are considered to be from the same source
self.on_receive(0, now, pid, target, packet['source'])
self.end_receiver(receiver)
else:
pass # not sure what to do with these remnants yet...
def convert_numbers(obj):
if isinstance(obj, dict):
for (k, v) in iteritems(obj):
obj[k] = convert_numbers(v)
elif isinstance(obj, list):
new = [convert_numbers(v) for v in obj]
del obj[:]
obj.extend(new)
elif hasattr(obj, '__iter__'):
for v in obj:
convert_numbers(v)
elif isinstance(obj, basestring):
if obj.isdigit():
return int(obj)
return obj
def format_args(
self, arg
): # this function must add quotes if value is string, and not number/float, do this recursively for dictionary
if type(arg) == type({}):
return dict([(key, self.format_args(value))
for (key, value) in iteritems(arg)])
try:
val = float(arg)
if float('inf') != val:
if val.is_integer():
return int(val)
else:
return val
except:
pass
return arg.strip()
def format_value(
self, arg
): # this function must add quotes if value is string, and not number/float, do this recursively for dictionary
if type(arg) == type({}):
return "{" + ", ".join([
'"%s":%s' % (key, self.format_value(value))
for (key, value) in iteritems(arg)
]) + "}"
try:
val = float(arg)
if float('inf') != val:
if val.is_integer():
return int(val)
else:
return val
except:
pass
return '"%s"' % unicode(arg).encode('ascii', 'ignore').strip().replace(
"\\", "\\\\").replace('"', '\\"').replace('\n', '\\n')
def format_task(self, phase, type, begin, end):
res = []
res.append('{"ph":"%s"' % phase)
res.append(', "pid":%(pid)d' % begin)
if 'tid' in begin:
res.append(', "tid":%(tid)d' % begin)
if GT_FLOAT_TIME:
res.append(', "ts":%.3f' % (self.convert_time(begin['time'])))
else:
res.append(', "ts":%d' % (self.convert_time(begin['time'])))
if "counter" == type: # workaround of chrome issue with forgetting the last counter value
self.counters.setdefault(
begin['domain'],
{})[begin['str']] = begin # remember the last counter value
if "marker" == type:
name = begin['str']
res.append(', "s":"%s"' % (GoogleTrace.Markers[begin['data']]))
elif "object_" in type:
if 'str' in begin:
name = begin['str']
else:
name = ""
elif "frame" == type:
if 'str' in begin:
name = begin['str']
else:
name = begin['domain']
else:
if type not in ["counter", "task", "overlapped"]:
name = type + ":"
else:
name = ""
if 'parent' in begin:
name += to_hex(begin['parent']) + "->"
if 'str' in begin:
name += begin['str'] + ":"
if 'pointer' in begin:
name += "func<" + to_hex(begin['pointer']) + ">:"
else:
name = name.rstrip(":")
assert (name or "object_" in type)
res.append(', "name":"%s"' % name)
res.append(', "cat":"%s"' % (begin['domain']))
if 'id' in begin:
res.append(', "id":"%s"' % str(begin['id']))
if type in ['task']:
dur = self.convert_time(end['time']) - self.convert_time(
begin['time'])
if dur < self.args.min_dur:
return []
if GT_FLOAT_TIME:
res.append(', "dur":%.3f' % dur)
else:
res.append(', "dur":%d' % dur)
args = {}
if 'args' in begin:
args = begin['args'].copy()
if 'args' in end:
args.update(end['args'])
if '__file__' in begin:
args["__file__"] = begin["__file__"]
args["__line__"] = begin["__line__"]
if 'counter' == type:
if 'delta' in begin: # multi-counter is passed as named sub-counters dict
args[name] = begin['delta']
if 'memory' in begin:
total = 0
breakdown = {}
children = 0
for (size, values) in iteritems(begin['memory']):
if size is None: # special case for children attribution
children = values
else:
all = sum(values)
total += size * all
if all:
breakdown[size] = all
breakdown['TOTAL'] = total
breakdown['CHILDREN'] = children
args['CRT:Memory(size,count)'] = breakdown
if args:
res.append(', "args":')
res.append(json.dumps(self.format_args(args), ensure_ascii=False))
res.append('}')
return res
def preprocess(self, profile):
'''
postDecode takes the unexported fields populated by decode (with
suffix X) and populates the corresponding exported fields.
The unexported fields are cleared up to facilitate testing.
:param profile: protobuf generated pprof_profile.Profile
:return:
'''
self.period = profile.Period
mappings = {}
for maping in profile.Mapping:
maping.File = self.get_string(profile.stringTable, maping.fileX)
maping.BuildID = self.get_string(profile.stringTable,
maping.buildIDX)
mappings[maping.ID] = maping
functions = {}
for function in profile.Function:
function.Name = self.get_string(profile.stringTable,
function.nameX)
function.SystemName = self.get_string(profile.stringTable,
function.systemNameX)
function.Filename = self.get_string(profile.stringTable,
function.filenameX)
functions[function.ID] = function
locations = {}
for location in profile.Location:
if mappings.get(location.mappingIDX) is not None:
location.Mapping.CopyFrom(mappings.get(location.mappingIDX))
location.mappingIDX = 0
for i in range(0, len(location.Line)):
line = location.Line[i]
uid = line.functionIDX
if uid != 0:
if functions.get(uid) is not None:
location.Line[i].Function.CopyFrom(functions.get(uid))
if location.Line[i].Function is None:
raise Exception("Function ID %d not found", uid)
location.Line[i].functionIDX = 0
locations[location.ID] = location
for sample_type in profile.SampleType:
sample_type.Type = self.get_string(profile.stringTable,
sample_type.typeX)
sample_type.Unit = self.get_string(profile.stringTable,
sample_type.unitX)
for sample in profile.Sample:
labels = {}
num_labels = {}
for label in sample.labelX:
key = self.get_string(profile.stringTable, label.keyX)
if label.strX != 0:
value = self.get_string(profile.stringTable, label.strX)
if key not in labels:
labels[key] = []
labels[key].append(value)
else:
if key not in num_labels:
num_labels[key] = []
num_labels[key].append(label.numX)
if len(labels) > 0:
for (key, value) in iteritems(labels):
label = sample.Label.add()
label.key = key
for val in value:
label.value.append(val)
if len(num_labels) > 0:
for (key, value) in iteritems(num_labels):
label = sample.NumLabel.add()
label.key = key
for val in value:
label.value.append(val)
for location_id in sample.locationIDX:
if locations.get(location_id) is not None:
location = sample.Location.add()
location.CopyFrom(locations.get(location_id))
period_type = profile.PeriodType
if period_type is None:
profile.PeriodType = profile.ValueType()
else:
period_type.Type = self.get_string(profile.stringTable,
period_type.typeX)
period_type.Unit = self.get_string(profile.stringTable,
period_type.unitX)
