def main(args):
def load_format_file(format_file):
if format_file.endswith('.py'):
format_file = format_file[:-3].replace("/", ".")
config = __import__(format_file, globals(), locals(), ["*"])
return config
if args.format_file is not None:
format_def = load_format_file(args.format_file)
else:
format_def = object()
dp_trace = None
if args.dp_trace_path is not None:
dp_trace = Trace(args.dp_trace_path).dataplane_trace
if hasattr(format_def, "fields"):
fields = format_def.fields
else:
fields = default_fields
for field in fields:
if field not in field_formatters:
raise ValueError("unknown field %s" % field)
if hasattr(format_def, "filtered_classes"):
filtered_classes = format_def.filtered_classes
else:
filtered_classes = default_filtered_classes
stats = Stats()
# all events are printed with a fixed number of lines, and (optionally)
# separated by delimiter lines of the form:
# ----------------------------------
with open(args.input) as input_file:
trace = parse(input_file)
for event in trace:
if type(event) not in filtered_classes:
if dp_trace is not None and type(
event) == replay_events.TrafficInjection:
event.dp_event = dp_trace.pop(0)
for field in fields:
field_formatters[field](event)
stats.update(event)
if check_for_violation_signature(trace, args.violation_signature):
print "Violation occurs at end of trace: %s" % args.violation_signature
elif args.violation_signature is not None:
print("Violation does not occur at end of trace: %s",
args.violation_signature)
print
if args.stats:
print "Stats: %s" % stats
def main(args):
def load_format_file(format_file):
if format_file.endswith('.py'):
format_file = format_file[:-3].replace("/", ".")
config = __import__(format_file, globals(), locals(), ["*"])
return config
if args.format_file is not None:
format_def = load_format_file(args.format_file)
else:
format_def = object()
dp_trace = None
if args.dp_trace_path is not None:
dp_trace = Trace(args.dp_trace_path).dataplane_trace
if hasattr(format_def, "fields"):
fields = format_def.fields
else:
fields = default_fields
for field in fields:
if field not in field_formatters:
raise ValueError("unknown field %s" % field)
if hasattr(format_def, "filtered_classes"):
filtered_classes = format_def.filtered_classes
else:
filtered_classes = default_filtered_classes
stats = Stats()
# all events are printed with a fixed number of lines, and (optionally)
# separated by delimiter lines of the form:
# ----------------------------------
with open(args.input) as input_file:
trace = parse(input_file)
for event in trace:
if type(event) not in filtered_classes:
if dp_trace is not None and type(event) == replay_events.TrafficInjection:
event.dp_event = dp_trace.pop(0)
for field in fields:
field_formatters[field](event)
stats.update(event)
if check_for_violation_signature(trace, args.violation_signature):
print "Violation occurs at end of trace: %s" % args.violation_signature
elif args.violation_signature is not None:
print ("Violation does not occur at end of trace: %s",
args.violation_signature)
print
if args.stats:
print "Stats: %s" % stats
def main(args):
trace1 = parse_event_trace(args.trace1)
trace2 = parse_event_trace(args.trace2)
if args.ignore_inputs:
filtered_classes = set(replay_events.all_input_events)
else:
filtered_classes = set()
print "Events in trace1, not in trace2"
print "================================="
t1_t2_stats = Stats()
for e in l_minus_r(trace1, trace2):
if type(e) not in filtered_classes:
t1_t2_stats.update(e)
for field in default_fields:
field_formatters[field](e)
print str(t1_t2_stats)
print "Events in trace2, not in trace1"
print "================================="
t2_t1_stats = Stats()
for e in l_minus_r(trace2, trace1):
if type(e) not in filtered_classes:
t2_t1_stats.update(e)
for field in default_fields:
field_formatters[field](e)
print str(t2_t1_stats)