def gen_8092_pkt():
SRC='08:11:96:50:3a:1c';
DST='08:11:96:50:3a:1c';
# Craft ethernet packet
pkt = Ether();
pkt.src=SRC;
pkt.dst=DST;
pkt.type=0x8092;
# Generate prbs9
gen = PCAPReader.prbs9()
data = b'\x00'+b'\x00'+b'\x00'+b'\x01'; # Will hold 996 bytes prbs9 data
# Start off with the 4 bytes of sequence number
# Only want 996 bytes of prbs9
i=1;
for d in gen:
if i > 996:
break;
data += struct.pack('>B', d);
i += 1;
b = pkt/data
#print len(b);
#hexdump(b);
return b;
def main():
# Test 0x8091 packet processing
# Test 0x8092 packet processing
print "Begin 0x8092 Good Test";
pkt = gen_8092_pkt();
values = PCAPReader.parse_8092_packet(pkt);
print "Number of bit errors: " + str(values[0]);
print "Bit error positions: ", values[1];
print "Begin 0x8092 Bad Test";
pkt = gen_bad_8092_pkt();
values = PCAPReader.parse_8092_packet(pkt);
print "Number of bit errors: " + str(values[0]);
print "Bit error positions: ", values[1];
def main():
# Test 0x8091 packet processing
# Test 0x8092 packet processing
print "Begin 0x8092 Good Test";
pkt = gen_8092_pkt();
values = PCAPReader.parse_8092_packet(pkt);
print "Number of bit errors: " + str(values[0]);
print "Bit error positions: ", values[1];
print "Begin 0x8092 Bad Test";
pkt = gen_bad_8092_pkt();
values = PCAPReader.parse_8092_packet(pkt);
print "Number of bit errors: " + str(values[0]);
print "Bit error positions: ", values[1];
"""
print "Begin Output to file test";
dataContainer = PCAPReader.DataContainer();
dataContainer.fillPktInfo_8091(PCAPReader.parse_8091_packet(gen_8091_pkt()));
dataContainer.fillPktInfo_8092(PCAPReader.parse_8092_packet(gen_bad_8092_pkt()));
dataContainer.writeToFile('Iteration1.csv');
print "Done."
"""
#PCAPReader.RunPCAPRead(filename);
PCAPReader.RunTrial(1000, 'eth7', "Iteration1.pcap");
