vtest "A reg test for stickiness with srvkey addr" feature ignore_unknown_macro # The aim of this test is to check that "stick on" rules # do the job they are supposed to do. # If we remove one of the "stick on" rule, this script fails. #REQUIRE_VERSION=2.4 server s_not_used_1 {} server s_not_used_2 {} server s_not_used_3 {} server s_not_used_4 {} server s_not_used_5 {} server s_not_used_6 {} server s_not_used_7 {} server s_not_used_8 {} server s_not_used_9 {} server s_not_used_10 {} server s_not_used_11 {} server s_not_used_12 {} # h1/be1 servers server s1 { rxreq txresp -hdr "Server: s1" } -repeat 8 -start server s2 { rxreq txresp -hdr "Server: s2" } -repeat 8 -start haproxy h1 -arg "-L A" -conf { defaults mode http timeout server 1s timeout connect 1s timeout client 1s log stdout format raw local0 debug peers mypeers bind "fd@${A}" server A server B ${h2_B_addr}:${h2_B_port} table mytable type string size 10m srvkey addr backend be1 balance roundrobin stick on urlp(client) table mypeers/mytable server srv1 ${s1_addr}:${s1_port} server srv2 ${s2_addr}:${s2_port} backend be2 balance roundrobin stick on urlp(client) table mypeers/mytable server s_not_used_1 ${s_not_used_1_addr}:${s_not_used_1_port} server s_not_used_2 ${s_not_used_2_addr}:${s_not_used_2_port} server s_not_used_3 ${s_not_used_3_addr}:${s_not_used_3_port} server srv2_2 ${s2_addr}:${s2_port} server s_not_used_4 ${s_not_used_4_addr}:${s_not_used_4_port} server s_not_used_5 ${s_not_used_5_addr}:${s_not_used_5_port} server s_not_used_6 ${s_not_used_6_addr}:${s_not_used_6_port} server srv1_2 ${s1_addr}:${s1_port} server s_no_addr_1 unresolvable1.addr.local init-addr none frontend fe acl acl_be1 path_beg /be1 acl acl_be2 path_beg /be2 use_backend be1 if acl_be1 use_backend be2 if acl_be2 bind "fd@${fe}" } -start haproxy h2 -arg "-L B" -conf { defaults mode http timeout server 1s timeout connect 1s timeout client 1s peers mypeers bind "fd@${B}" server A ${h1_A_addr}:${h1_A_port} server B table mytable type string size 10m srvkey addr backend be1 balance roundrobin stick on urlp(client) table mypeers/mytable server s_not_used_7 ${s_not_used_7_addr}:${s_not_used_7_port} server s_not_used_8 ${s_not_used_8_addr}:${s_not_used_8_port} server s_not_used_9 ${s_not_used_9_addr}:${s_not_used_9_port} server srv1_h2_1 ${s1_addr}:${s1_port} server s_not_used_10 ${s_not_used_10_addr}:${s_not_used_10_port} server s_not_used_11 ${s_not_used_11_addr}:${s_not_used_11_port} server s_not_used_12 ${s_not_used_12_addr}:${s_not_used_12_port} server srv2_h2_1 ${s2_addr}:${s2_port} server s_no_addr_1 unresolvable1.addr.local init-addr none backend be2 balance roundrobin stick on urlp(client) table mypeers/mytable server s_not_used_1 ${s_not_used_1_addr}:${s_not_used_1_port} server s_not_used_2 ${s_not_used_2_addr}:${s_not_used_2_port} server s_not_used_3 ${s_not_used_3_addr}:${s_not_used_3_port} server s_not_used_4 ${s_not_used_4_addr}:${s_not_used_4_port} server s_not_used_5 ${s_not_used_5_addr}:${s_not_used_5_port} server s_not_used_6 ${s_not_used_6_addr}:${s_not_used_6_port} server srv1_h2_2 ${s1_addr}:${s1_port} server srv2_h2_2 ${s2_addr}:${s2_port} server s_no_addr_2 unresolvable2.addr.local init-addr none frontend fe acl acl_be1 path_beg /be1 acl acl_be2 path_beg /be2 use_backend be1 if acl_be1 use_backend be2 if acl_be2 bind "fd@${fe}" } -start delay 0.2 client cx -connect ${h1_fe_sock} { txreq -url "/be1?client=c1" rxresp expect resp.status == 200 expect resp.http.Server ~ s1 } -repeat 2 -run haproxy h1 -cli { send "show table mypeers/mytable" expect ~ .* } haproxy h2 -cli { send "show table mypeers/mytable" expect ~ .* } client cy -connect ${h1_fe_sock} { txreq -url "/be2?client=c1" rxresp expect resp.status == 200 expect resp.http.Server ~ s1 } -repeat 2 -run haproxy h1 -cli { send "show table mypeers/mytable" expect ~ .* } haproxy h2 -cli { send "show table mypeers/mytable" expect ~ .* } client cx -connect ${h2_fe_sock} { txreq -url "/be1?client=c1" rxresp expect resp.status == 200 expect resp.http.Server ~ s1 } -repeat 2 -run haproxy h1 -cli { send "show table mypeers/mytable" expect ~ .* } haproxy h2 -cli { send "show table mypeers/mytable" expect ~ .* } client cy -connect ${h2_fe_sock} { txreq -url "/be2?client=c1" rxresp expect resp.status == 200 expect resp.http.Server ~ s1 } -repeat 2 -run haproxy h1 -cli { send "show table mypeers/mytable" expect ~ .* } haproxy h2 -cli { send "show table mypeers/mytable" expect ~ .* } client cX -connect ${h1_fe_sock} { txreq -url "/be1?client=c2" rxresp expect resp.status == 200 expect resp.http.Server ~ s2 } -repeat 2 -run haproxy h1 -cli { send "show table mypeers/mytable" expect ~ .* } haproxy h2 -cli { send "show table mypeers/mytable" expect ~ .* } client cY -connect ${h1_fe_sock} { txreq -url "/be2?client=c2" rxresp expect resp.status == 200 expect resp.http.Server ~ s2 } -repeat 2 -run haproxy h1 -cli { send "show table mypeers/mytable" expect ~ .* } haproxy h2 -cli { send "show table mypeers/mytable" expect ~ .* } client cX -connect ${h2_fe_sock} { txreq -url "/be1?client=c2" rxresp expect resp.status == 200 expect resp.http.Server ~ s2 } -repeat 2 -run haproxy h1 -cli { send "show table mypeers/mytable" expect ~ .* } haproxy h2 -cli { send "show table mypeers/mytable" expect ~ .* } client cY -connect ${h2_fe_sock} { txreq -url "/be2?client=c2" rxresp expect resp.status == 200 expect resp.http.Server ~ s2 } -repeat 2 -run haproxy h1 -cli { send "show table mypeers/mytable" expect ~ .* } haproxy h2 -cli { send "show table mypeers/mytable" expect ~ .* }