def nftest_finish(total_errors = 0):
nftest_barrier()
# write out the sent/expected pcaps for easy viewing
if not os.path.isdir("./source_pcaps"):
os.mkdir("./source_pcaps")
for iface in ifaceArray:
if len(sent_phy[iface]) > 0:
scapy.wrpcap("./source_pcaps/%s_sent_phy.pcap"%iface,
sent_phy[iface])
if len(sent_dma[iface]) > 0:
scapy.wrpcap("./source_pcaps/%s_sent_dma.pcap"%iface,
sent_dma[iface])
if len(expected_phy[iface]) > 0:
scapy.wrpcap("./source_pcaps/%s_expected_phy.pcap"%iface,
expected_phy[iface])
if len(expected_dma[iface]) > 0:
scapy.wrpcap("./source_pcaps/%s_expected_dma.pcap"%iface,
expected_dma[iface])
if sim:
simLib.close()
return 0
else:
total_errors += hwPktLib.finish()
if total_errors == 0:
print 'SUCCESS!'
sys.exit(0)
else:
print 'FAIL: ' + str(total_errors) + ' errors'
sys.exit(1)
def nftest_finish(total_errors = 0):
nftest_barrier()
# write out the sent/expected pcaps for easy viewing
if not os.path.isdir("./source_pcaps"):
os.mkdir("./source_pcaps")
for iface in ifaceArray:
if len(sent_phy[iface]) > 0:
scapy.wrpcap("./source_pcaps/%s_sent_phy.pcap"%iface,
sent_phy[iface])
if len(sent_dma[iface]) > 0:
scapy.wrpcap("./source_pcaps/%s_sent_dma.pcap"%iface,
sent_dma[iface])
if len(expected_phy[iface]) > 0:
scapy.wrpcap("./source_pcaps/%s_expected_phy.pcap"%iface,
expected_phy[iface])
if len(expected_dma[iface]) > 0:
scapy.wrpcap("./source_pcaps/%s_expected_dma.pcap"%iface,
expected_dma[iface])
if sim:
simLib.close()
return 0
else:
total_errors += hwPktLib.finish()
if total_errors == 0:
print 'SUCCESS!'
sys.exit(0)
else:
print 'FAIL: ' + str(total_errors) + ' errors'
sys.exit(1)
def nftest_finish(reg_list):
total_errors = 0
nftest_barrier()
reg_errors = 0
reg_status = 0
if sim:
simLib.close()
return 0
else:
# write out the sent/expected pcaps for easy viewing
if not os.path.isdir("./source_pcaps"):
os.mkdir("./source_pcaps")
for iface in ifaceArray:
if len(sent_phy[iface]) > 0:
scapy.wrpcap("./source_pcaps/%s_sent_phy.pcap"%iface,
sent_phy[iface])
if len(sent_dma[iface]) > 0:
scapy.wrpcap("./source_pcaps/%s_sent_dma.pcap"%iface,
sent_dma[iface])
if len(expected_phy[iface]) > 0:
scapy.wrpcap("./source_pcaps/%s_expected_phy.pcap"%iface,
expected_phy[iface])
if len(expected_dma[iface]) > 0:
scapy.wrpcap("./source_pcaps/%s_expected_dma.pcap"%iface,
expected_dma[iface])
total_errors += hwPktLib.finish()
for i in range(len(reg_list)):
if(reg_list[i]==0):
reg_errors += 1
reg_status = reg_read_result(reg_list)
print'\n'+'*****************'
print'HW Test results'
print'*****************'
if total_errors == 0 and reg_status == 1:
print 'Test status : SUCCESS!'
sys.exit(0)
else:
#print 'FAIL: ' + str(total_errors) + ' errors'
print '\n'+'Test status : FAIL'
print 'packet_missed errors : '+str(total_errors)
print 'register_read errors : '+str(reg_errors)
sys.exit(1)
