| # |
| # Stress test for TCP/IP protocol stack (ICMP) |
| # |
| |
| # MAX_LENGTH(65535) - IP(20) - ICMP(8) = MAX_SIZE(65507) |
| icmp4-uni-basic01 icmp-uni-basic.sh -s "10 100 1000 10000 65507" |
| # MAX_LENGTH(65535) - IP(20) - AH(24) - ICMP(8) = MAX_SIZE(65483) |
| icmp4-uni-basic02 icmp-uni-basic.sh -p ah -m transport -s "10 100 1000 10000 65483" |
| # MAX_LENGTH(65535) - IP(20) - AH(24) - Tunnel(IPv4 20) - ICMP(8) = MAX_SIZE(65463) |
| icmp4-uni-basic03 icmp-uni-basic.sh -p ah -m tunnel -s "10 100 1000 10000 65463" |
| # MAX_LENGTH(65535) - IP(20) - ESP (37) - ICMP(8) = MAX_SIZE(65470) |
| # ESP Header has pad payload, so the ESP length is variable |
| icmp4-uni-basic04 icmp-uni-basic.sh -p esp -m transport -s "10 100 1000 10000 65470" |
| # MAX_LENGTH(65535) - IP(20) - ESP (37) - Tunnel(20) - ICMP(8) = MAX_SIZE(65450) |
| icmp4-uni-basic05 icmp-uni-basic.sh -p esp -m tunnel -s "10 100 1000 10000 65450" |
| # Same message size but different content will result in different data size |
| # after compression. So we just use a large enough message size(65000) for testing |
| icmp4-uni-basic06 icmp-uni-basic.sh -p ipcomp -m transport -s "10 100 1000 10000 65000" |
| icmp4-uni-basic07 icmp-uni-basic.sh -p ipcomp -m tunnel -s "10 100 1000 10000 65000" |
| |
| # MAX_LENGTH(65535) - ICMP(8) = MAX_SIZE(65527) |
| icmp6-uni-basic01 icmp-uni-basic.sh -6 -s "10 100 1000 10000 65527" |
| # MAX_LENGTH(65535) - AH(24) - ICMP(8) = MAX_SIZE(65503) |
| icmp6-uni-basic02 icmp-uni-basic.sh -6 -p ah -m transport -s "10 100 1000 10000 65503" |
| # MAX_LENGTH(65535) - ICMP(8) = MAX_SIZE(65527) |
| # When receive, we drop the tunnel header first and only leave the inside IPv6 |
| # Header and icmp message. That's why we can have so large message size. |
| icmp6-uni-basic03 icmp-uni-basic.sh -6 -p ah -m tunnel -s "10 100 1000 10000 65527" |
| # MAX_LENGTH(65535) - ESP (33) - ICMP(8) = MAX_SIZE(65494) |
| # ESP Header has pad payload, so the ESP length is variable |
| icmp6-uni-basic04 icmp-uni-basic.sh -6 -p esp -m transport -s "10 100 1000 10000 65494" |
| # MAX_LENGTH(65535) - ICMP(8) = MAX_SIZE(65527) |
| icmp6-uni-basic05 icmp-uni-basic.sh -6 -p esp -m tunnel -s "10 100 1000 10000 65527" |
| # Same message size but different content will result in different data size |
| # after compression. So we just use a large enough message size(65000) for testing |
| icmp6-uni-basic06 icmp-uni-basic.sh -6 -p ipcomp -m transport -s "10 100 1000 10000 65000" |
| icmp6-uni-basic07 icmp-uni-basic.sh -6 -p ipcomp -m tunnel -s "10 100 1000 10000 65000" |
| |
| icmp4-multi-diffip01 icmp4-multi-diffip01 |
| icmp4-multi-diffip02 icmp4-multi-diffip02 |
| icmp4-multi-diffip03 icmp4-multi-diffip03 |
| icmp4-multi-diffip04 icmp4-multi-diffip04 |
| icmp4-multi-diffip05 icmp4-multi-diffip05 |
| icmp4-multi-diffip06 icmp4-multi-diffip06 |
| icmp4-multi-diffip07 icmp4-multi-diffip07 |
| |
| icmp6-multi-diffip01 icmp6-multi-diffip01 |
| icmp6-multi-diffip02 icmp6-multi-diffip02 |
| icmp6-multi-diffip03 icmp6-multi-diffip03 |
| icmp6-multi-diffip04 icmp6-multi-diffip04 |
| icmp6-multi-diffip05 icmp6-multi-diffip05 |
| icmp6-multi-diffip06 icmp6-multi-diffip06 |
| icmp6-multi-diffip07 icmp6-multi-diffip07 |
| |
| icmp4-multi-diffnic01 icmp4-multi-diffnic01 |
| icmp4-multi-diffnic02 icmp4-multi-diffnic02 |
| icmp4-multi-diffnic03 icmp4-multi-diffnic03 |
| icmp4-multi-diffnic04 icmp4-multi-diffnic04 |
| icmp4-multi-diffnic05 icmp4-multi-diffnic05 |
| icmp4-multi-diffnic06 icmp4-multi-diffnic06 |
| icmp4-multi-diffnic07 icmp4-multi-diffnic07 |
| |
| icmp6-multi-diffnic01 icmp6-multi-diffnic01 |
| icmp6-multi-diffnic02 icmp6-multi-diffnic02 |
| icmp6-multi-diffnic03 icmp6-multi-diffnic03 |
| icmp6-multi-diffnic04 icmp6-multi-diffnic04 |
| icmp6-multi-diffnic05 icmp6-multi-diffnic05 |
| icmp6-multi-diffnic06 icmp6-multi-diffnic06 |
| icmp6-multi-diffnic07 icmp6-multi-diffnic07 |
