= sw-sb-top2 (aggregate sandbox switch 2) = access: 172.16.0.222 == Testbed switch layout == Both SB4 and SB9 are !OpenFlow SB's. For SB4, sw-sb-top will supply all ports. For SB9, the switch will provide CM, Control, and Application server links. * CM: 17 ports (2 for SB3, 8 for SB4, 7 for SB9) * SB3 control: 2 to nodes, 1 to console * SB4 control: 8 to nodes, 1 to console * SB9 control: 7 to nodes, 1 to console and application server * SB3 data: 2 ports * SB4 data: 8 ports (ideal) * SB9 data: 1 to app server Since we don't have enough ports, SB4 data will not have a full set of ports. == VLANs == VLAN 3 (CM) is consistent across all !SandBoxes. Each sb has its own Control and Data VLANs as such: ||Testbed||Control VLAN||Data VLAN|| ||SB3||15||16|| ||SB4||17||18|| ||SB9||27||28|| == Port Assignments == [[Image(sw-sb-02.jpg)]] `show port vlan` output: {{{ Port Name Status Type VLAN 0/ 1 geth0/1 down Tunnel 3 (CM) 0/ 2 geth0/2 down Tunnel 3 (CM) 0/ 3 geth0/3 down Tunnel 3 (CM) 0/ 4 geth0/4 down Tunnel 3 (CM) 0/ 5 geth0/5 down Tunnel 3 (CM) 0/ 6 geth0/6 down Tunnel 3 (CM) 0/ 7 geth0/7 down Tunnel 3 (CM) 0/ 8 geth0/8 down Tunnel 3 (CM) 0/ 9 geth0/9 up Tunnel 3 (CM) 0/10 geth0/10 down Tunnel 3 (CM) 0/11 geth0/11 down Tunnel 3 (CM) 0/12 geth0/12 down Tunnel 3 (CM) 0/13 geth0/13 down Tunnel 3 (CM) 0/14 geth0/14 down Tunnel 3 (CM) 0/15 geth0/15 down Tunnel 3 (CM) 0/16 geth0/16 down Tunnel 3 (CM) 0/17 geth0/17 down Tunnel 15 (sb3_ctrl) 0/18 geth0/18 down Tunnel 15 (sb3_ctrl) 0/19 geth0/19 down Tunnel 15 (sb3_ctrl) 0/20 geth0/20 down Tunnel 17 (sb4_ctrl) 0/21 geth0/21 down Tunnel 17 (sb4_ctrl) 0/22 geth0/22 down Tunnel 17 (sb4_ctrl) 0/23 geth0/23 down Tunnel 17 (sb4_ctrl) 0/24 geth0/24 down Tunnel 17 (sb4_ctrl) 0/25 geth0/25 down Tunnel 17 (sb4_ctrl) 0/26 geth0/26 down Tunnel 17 (sb4_ctrl) 0/27 geth0/27 down Tunnel 17 (sb4_ctrl) 0/28 geth0/28 down Tunnel 17 (sb4_ctrl) 0/29 geth0/29 down Tunnel 27 (sb9_ctrl) 0/30 geth0/30 down Tunnel 27 (sb9_ctrl) 0/31 geth0/31 down Tunnel 27 (sb9_ctrl) 0/32 geth0/32 down Tunnel 27 (sb9_ctrl) 0/33 geth0/33 down Tunnel 27 (sb9_ctrl) 0/34 geth0/34 down Tunnel 27 (sb9_ctrl) 0/35 geth0/35 down Tunnel 27 (sb9_ctrl) 0/36 geth0/36 down Tunnel 27 (sb9_ctrl) 0/37 geth0/37 down Tunnel 16 (sb3_data) 0/38 geth0/38 down Tunnel 16 (sb3_data) 0/39 geth0/39 down Tunnel 18 (sb4_data) 0/40 geth0/40 down Tunnel 18 (sb4_data) 0/41 geth0/41 down Tunnel 18 (sb4_data) 0/42 geth0/42 down Tunnel 18 (sb4_data) 0/43 geth0/43 down Tunnel 18 (sb4_data) 0/44 geth0/44 down Tunnel 18 (sb4_data) 0/45 geth0/45 down Tunnel 18 (sb4_data) 0/46 geth0/46 down Tunnel 18 (sb4_data) 0/47 geth0/47 down Tunnel 28 (sb9_data) 0/48 geth0/48 down Trunk 1,3,15-18,27 }}} == !OpenFlow configs == All data vlans are OF virtual switches. `!cat` refers to `cat /mnt/openflow.conf`. {{{ sw-sb-top2# showswitch vlan ports secure channel ---- ----- -------------- 16 39, 40, 48.16 disconnected 18 41, 42, 43, 44, 45, 46, 48.18 disconnected 28 47, 48.28 disconnected }}} {{{ sw-sb-top2# !cat setvsi 16 39,40,48.16 tcp 172.16.0.4:6633 dpid 0x001010163136 setvsi 18 41-46 tcp 172.16.0.4:6633 dpid 0x001010183138 setvsi 28 47 tcp 172.16.0.4:6633 dpid 0x001010283238 }}}