def createRandomStateTest():
(name, isDocker) = getBaseCmd("testeth")
if isDocker:
cmd = ['docker', "run", "--rm", name]
else:
cmd = [name]
cmd.extend(["-t", "GeneralStateTests", "--", "--createRandomTest"])
outp = "".join(VMUtils.finishProc(VMUtils.startProc(cmd)))
#Validate that it's json
try:
test = json.loads(outp)
test['randomStatetest']['_info'] = {
'sourceHash':
"0000000000000000000000000000000000000000000000000000000000001337",
"comment": "x"
}
return test
except:
print("Exception generating test")
print('-' * 60)
traceback.print_exc(file=sys.stdout)
print('-' * 60)
return None
def finishProc(name, process, canonicalizer):
outp = VMUtils.finishProc(process)
logging.info("End of %s trace, processing..." % name)
canon_steps = canonicalizer(outp)
canon_text = [toText(step) for step in canon_steps]
logging.info(
"Done processing %s trace (%d steps), returning in canon format" %
(name, len(canon_text)))
return canon_text
def finishProc(name, processInfo, canonicalizer, fulltrace_filename=None):
""" Ends the process, returns the canonical trace and also writes the
full process output to a file, along with the command used to start the process"""
process = processInfo['proc']
extraTime = False
if name == "py":
extraTime = True
outp = VMUtils.finishProc(processInfo['proc'], extraTime,
processInfo['output'])
if fulltrace_filename is not None:
#logging.info("Writing %s full trace to %s" % (name, fulltrace_filename))
with open(fulltrace_filename, "w+") as f:
f.write("# command\n")
f.write("# %s\n\n" % processInfo['cmd'])
f.write("\n".join(outp))
canon_text = [VMUtils.toText(step) for step in canonicalizer(outp)]
return canon_text