def main():
try:
global ACC
if nargs < 2:
print "\n\rUSAGE : ResultSummary <Result Summary Config File> \n\r Result Summary Config File : See Sample Config File - WTS-ResultSummary.conf"
return
f = ReadMapFile(sys.argv[1], "OUTPUT_FILE", "=")
if not f.endswith(".xml"):
f = "%s.xml" % f
sm = ReadMapFile(sys.argv[1], "M_CHECK", '=')
log_path = ReadMapFile(sys.argv[1], "LOG_PATH", '=')
if not log_path.endswith("/"):
log_path = "%s/" % log_path
prog_name = ReadMapFile(sys.argv[1], "PROG_NAME", '=')
UID = ReadMapFile(sys.argv[1], "UID", '=')
test_criteria = ReadMapFile(sys.argv[1], "TEST_CRITERIA_FILE", '=')
format_style = ReadMapFile(sys.argv[1], "FORMAT_STYLE", '=')
init_logging("debug-log-result-summary.txt")
logging.info(
"LOG_PATH [%s] PROG_NAME [%s] UID [%s] OUTPUT_FILE [%s] TEST_CRITERIA_FILE [%s] FORMAT_STYLE [%s]"
% (log_path, prog_name, UID, f, test_criteria, format_style))
if prog_name == '60G':
prog_name = "_" + prog_name
rSummary = ResultSummary(f, test_criteria, prog_name, UID, log_path,
sm, format_style)
signVerification = ReadMapFile(sys.argv[1], "SIGN_VERIFICATION", '=')
# Enable Signature verification - by default it is disabled
if signVerification == "1":
setattr(rSummary, "SignVerification", 1)
acc_ip = ReadMapFile(sys.argv[1], "ACC_IP_ADDR", '=')
acc_port = ReadMapFile(sys.argv[1], "ACC_IP_PORT", '=')
ACC = ACCClient(acc_ip, acc_port)
#unit test with hard coded file name
rSummary.generateSummary()
rSummary.writeXML()
except StandardError:
err = sys.exc_info()
logging.error("End %s" % err[1])
def main():
try:
global ACC
if nargs < 2:
print "\n\rUSAGE : ResultSummary <Result Summary Config File> \n\r Result Summary Config File : See Sample Config File - WTS-ResultSummary.conf"
return
f = ReadMapFile(sys.argv[1], "OUTPUT_FILE", "=")
if not f.endswith(".xml"):
f = "%s.xml" % f
sm = ReadMapFile(sys.argv[1], "M_CHECK", '=')
log_path = ReadMapFile(sys.argv[1], "LOG_PATH", '=')
if not log_path.endswith("/"):
log_path = "%s/" % log_path
prog_name = ReadMapFile(sys.argv[1], "PROG_NAME", '=')
UID = ReadMapFile(sys.argv[1], "UID", '=')
test_criteria = ReadMapFile(sys.argv[1], "TEST_CRITERIA_FILE", '=')
format_style = ReadMapFile(sys.argv[1], "FORMAT_STYLE", '=')
init_logging("debug-log-result-summary.txt")
logging.info("LOG_PATH [%s] PROG_NAME [%s] UID [%s] OUTPUT_FILE [%s] TEST_CRITERIA_FILE [%s] FORMAT_STYLE [%s]" % (log_path, prog_name, UID, f, test_criteria, format_style))
rSummary = ResultSummary(f, test_criteria, prog_name, UID, log_path, sm, format_style)
signVerification = ReadMapFile(sys.argv[1], "SIGN_VERIFICATION", '=')
# Enable Signature verification - by default it is disabled
if signVerification == "1":
setattr(rSummary, "SignVerification", 1)
acc_ip = ReadMapFile(sys.argv[1], "ACC_IP_ADDR", '=')
acc_port = ReadMapFile(sys.argv[1], "ACC_IP_PORT", '=')
ACC = ACCClient(acc_ip, acc_port)
#unit test with hard coded file name
rSummary.generateSummary()
rSummary.writeXML()
except StandardError:
err = sys.exc_info()
logging.error("End %s" % err[1])
optimizer = optim.Adam(model.parameters(), lr=args.lr)
if amp is not None:
model, optimizer = amp.initialize(model, optimizer, opt_level=args.amp)
model = nn.DataParallel(model)
model = model.to(device)
scheduler = None
if args.sched == 'cycle':
scheduler = CycleScheduler(optimizer,
args.lr,
n_iter=len(loader) * args.epoch,
momentum=None)
logging = init_logging('log')
log = logging.log
writer = SummaryWriter('log/board')
for i in range(args.epoch):
log('--' * 50)
train(args, i, loader, model, optimizer, scheduler, device, log,
writer)
log('--' * 50)
test(args, i, loader, model, device, log, writer)
torch.save(
{
'model': model.module.state_dict(),
'args': args
},
f'checkpoint/pixelsnail_{args.hier}_{str(i + 1).zfill(3)}.pt',
)
def runTestCase(testListFile, testID, grp=0):
global U
print "\n*** Running Test - %s *** \n" % testID
initFile = ReadMapFile(testListFile, testID, "!")
testFile = ReadMapFile(testListFile, testID, "!", 2)
if initFile == -1 or testFile == -1:
print "Invalid test case - %s" % testID
exit(1)
setattr(U, "initFile", initFile)
#init Logging
init_logging(U.testID, 1, grp)
tmsPacket.ProgramName = U.progName
logging.info("\n Test Info %s" % U)
uccPath = U.cmdPath
if uccPath.endswith('\\') == 0:
uccPath = uccPath + '\\'
setUCCPath(uccPath)
initFile = uccPath + initFile
testFile = uccPath + testFile
# Run Init Env
if not re.search("WMM-", testID):
if U.qual:
InitTestEnv(U.testID, U.cmdPath, U.progName, U.initFile, U.TBFile,
U.qual, U.TB_QUAL_AP, U.TB_QUAL_STA)
else:
InitTestEnv(U.testID, U.cmdPath, U.progName, U.initFile, U.TBFile)
#Run UCC Core
if os.path.exists(initFile) == 0:
logging.error("Invalid file name - %s" % initFile)
wfa_print_result("1")
if os.path.exists(testFile) == 0:
logging.error("Invalid file name - %s" % testFile)
wfa_print_result("1")
logging.info("\n %7s Testcase Init File = %s \n" % ("", initFile))
logging.info("\n %7s Testcase Command File = %s \n" % ("", testFile))
if U.qual:
fileW = open("%s\DUTParam.txt" % (U.cmdPath), 'w')
print "- DUT NAME [%s]" % U.DUT_NAME.lower()
dut_ca = ReadMapFile(initFile,
"wfa_control_agent_%s" % U.DUT_NAME.lower(), "!")
# Following assumes that $Channel is the first parmater in InitEnv.txt
channel = ReadMapFile("%s\InitEnv.txt" % U.cmdPath, "define", "!", 2)
band = "24G"
if int(channel) > 35:
band = "5G"
fileW.write("wfa_control_agent_dut!%s!\n" % dut_ca)
fileW.write("define!$DUT_Name!%s!\n" % (U.DUT_NAME))
fileW.write("define!$DutMacAddress!$%sMACAddress_%s!\n" %
(U.DUT_NAME, band))
fileW.write("define!$APUT_uname!%sUserName!\n" % (U.DUT_NAME))
fileW.write("define!$APUT_pword!%sAPPassword!\n" % (U.DUT_NAME))
fileW.write("define!$APUT_hostname!%sHostName!\n" % (U.DUT_NAME))
fileW.close()
logging.info("START: TEST CASE [%s] " % testID)
try:
expt_msg = ""
fileInit = open(initFile)
print "\n-------------------\n"
scanner(fileInit, firstword)
print "\n-------------------\n"
process_cmdfile(testFile)
except Exception:
expt_msg = "%s" % sys.exc_info()[1]
finally:
if expt_msg != "":
wfa_print_result(0, expt_msg)
else:
wfa_print_result(1)
logging.info("END: TEST CASE [%s] " % testID)
fileInit.close()
reset()
cap = skvideo.io.vreader(Video_source)
# skip 500 frames to train bg subtractor
train_bg_subtractor(bg_subtractor, cap, num=500)
_frame_number = -1
frame_number = -1
for frame in cap:
if not frame.any():
log.error("frame capture failed, stopping...")
break
# real frame number
_frame_number += 1
#skipping every 2nd frame to speed up processing
if _frame_number % 2 != 0:
continue
frame_number += 1
pipeline.set_context({'frame': frame, 'frame_number': frame_number})
pipeline.run()
# we check if the out image directory exists or not and call main function
if __name__ == "__main__":
log = myutils.init_logging()
if not os.path.exists(Image_dir):
log.debug("Creating image directory '%s'....", Image_dir)
os.makedirs(Image_dir)
main()
def runTestCase(testListFile, testID, grp=0):
global U, starttime
print "\n*** Running Test - %s *** \n" % testID
initFile = ReadMapFile(testListFile, testID, "!")
testFile = ReadMapFile(testListFile, testID, "!", 2)
if initFile == -1 or testFile == -1:
print "Invalid test case - %s" % testID
exit(1)
setattr(U, "initFile", initFile)
#init Logging
init_logging(U.testID, 1, grp)
tmsPacket.ProgramName = U.progName
tmsPacket.TestResult = "FAIL"
tmsPrint()
logging.info("\n Test Info %s" % U)
uccPath = U.cmdPath
if uccPath.endswith('\\') == 0:
uccPath = uccPath + '\\'
setUCCPath(uccPath)
initFile = uccPath + initFile
testFile = uccPath + testFile
# Run Init Env
if not re.search("WMM-", testID):
if U.qual:
InitTestEnv(U.testID, U.cmdPath, U.progName, U.initFile, U.TBFile, U.qual, U.TB_QUAL_AP, U.TB_QUAL_STA)
else:
InitTestEnv(U.testID, U.cmdPath, U.progName, U.initFile, U.TBFile)
#Run UCC Core
if os.path.exists(initFile) == 0:
logging.error("Invalid file name - %s" % initFile)
wfa_print_result("1")
if os.path.exists(testFile) == 0:
logging.error("Invalid file name - %s" % testFile)
wfa_print_result("1")
logging.info("\n %7s Testcase Init File = %s \n" % ("", initFile))
logging.info("\n %7s Testcase Command File = %s \n" % ("", testFile))
if U.qual:
fileW = open("%s\DUTParam.txt" % (U.cmdPath), 'w')
print "- DUT NAME [%s]" % U.DUT_NAME.lower()
dut_ca = ReadMapFile(initFile, "wfa_control_agent_%s" % U.DUT_NAME.lower(), "!")
# Following assumes that $Channel is the first parmater in InitEnv.txt
channel = ReadMapFile("%s\InitEnv.txt" % U.cmdPath, "define", "!", 2)
band = "24G"
if int(channel) > 35:
band = "5G"
fileW.write("wfa_control_agent_dut!%s!\n" % dut_ca)
fileW.write("define!$DUT_Name!%s!\n" % (U.DUT_NAME))
fileW.write("define!$DutMacAddress!$%sMACAddress_%s!\n" % (U.DUT_NAME, band))
fileW.write("define!$APUT_uname!%sUserName!\n" % (U.DUT_NAME))
fileW.write("define!$APUT_pword!%sAPPassword!\n" % (U.DUT_NAME))
fileW.write("define!$APUT_hostname!%sHostName!\n" % (U.DUT_NAME))
fileW.close()
logging.info("START: TEST CASE [%s] " % testID)
try:
expt_msg = ""
fileInit = open(initFile)
print "\n-------------------\n"
scanner(fileInit, firstword)
print "\n-------------------\n"
process_cmdfile(testFile)
except Exception:
expt_msg = "%s" % sys.exc_info()[1]
finally:
if expt_msg != "":
if re.search("r_info", expt_msg):
wfa_print_result(1)
else:
wfa_print_result(0, expt_msg)
else:
wfa_print_result(1)
if tmsPacket.TestResult != "PASS" and re.search("60G", U.testID):
logging.info("#####Resetting the devices to their 60GHz defaults.....#####")
resetFile = get_reset_default_file()
if resetFile is None:
logging.info("Reset file not found, skip resetting.....")
else:
resetFile= uccPath + resetFile
process_cmdfile(resetFile)
logging.info("END: TEST CASE [%s] " % testID)
elapsed = (time.time() - starttime)
logging.info("END: TEST CASE [%s] Execution Time [%s] seconds" % (testID, round(elapsed,2)))
fileInit.close()
reset()
device = 'cuda'
transform = transforms.Compose([
transforms.Resize(args.size),
transforms.CenterCrop(args.size),
transforms.ToTensor(),
transforms.Normalize([0.5, 0.5, 0.5], [0.5, 0.5, 0.5]),
])
dataset = datasets.ImageFolder(args.path, transform=transform)
loader = DataLoader(dataset, batch_size=128, shuffle=True, num_workers=4)
model = nn.DataParallel(VQVAE()).to(device)
optimizer = optim.Adam(model.parameters(), lr=args.lr)
scheduler = None
if args.sched == 'cycle':
scheduler = CycleScheduler(
optimizer,
args.lr,
n_iter=len(loader) * args.epoch,
momentum=None # len(loader)=batch size
)
log = init_logging(logging) # log函数
for i in range(args.epoch):
train(i, loader, model, optimizer, scheduler, device, log)
torch.save(model.module.state_dict(),
f'checkpoint/vqvae_{str(i + 1).zfill(3)}.pt')