| | 1 | = sw-dmz-top = |
| | 2 | This is the DMZ switch for ORBIT. This switch was added to offset the load to sw-top. |
| | 3 | |
| | 4 | '''Access :''' 172.16.0.21 |
| | 5 | |
| | 6 | == Testbed switch layout == |
| | 7 | ''overview of port configurations. list down how many ports go to what. Below is an example from sw-sb-01:'' |
| | 8 | |
| | 9 | ''No final configs yet.'' |
| | 10 | |
| | 11 | == VLANs == |
| | 12 | ''list of VLANs on switch, and what they are for, in a table or terminal capture of command `show vlan list` (given VLANs are described there). Another example from sw-sb-01:'' |
| | 13 | |
| | 14 | ''pending'' |
| | 15 | |
| | 16 | {{{ |
| | 17 | ID Status Fwd/Up /Cfg Name Type Protocol Ext. IP |
| | 18 | 1 Up 1/ 1/ 9 network Port - - - - 4 |
| | 19 | 3 Up 1/ 1/ 7 cm Port - - - - - |
| | 20 | 5 Up 7/ 7/ 9 instrumentatio.. Port - - - - - |
| | 21 | 6 Up 19/ 19/ 21 dmz Port - - - - - |
| | 22 | 29 Up 1/ 1/ 17 outdoor-co Port - - - - - |
| | 23 | 30 Up 1/ 1/ 8 outdoor-da Port - - - - - |
| | 24 | 127 Down 0/ 0/ 8 test_vlan Port - - - - - |
| | 25 | 256 Down 0/ 0/ 0 test_case_2 Port - - - - - |
| | 26 | 512 Down 0/ 0/ 0 test_case_3 Port - - - - - |
| | 27 | 901 Down 0/ 0/ 9 OpenFlow DataP.. Port - - - - - |
| | 28 | }}} |
| | 29 | == Port Assignments == |
| | 30 | ''switch diagram, followed by output of command `show port vlan`. template for the diagram can be found as attachment below.'' |
| | 31 | |
| | 32 | {{{ |
| | 33 | Port Name Status Type VLAN |
| | 34 | 0/ 1 geth0/1 down Access 901 (OpenFlow DataPath for GEC8 Demo) |
| | 35 | 0/ 2 geth0/2 down Trunk 29,127,901 |
| | 36 | 0/ 3 geth0/3 down Trunk 29,127,901 |
| | 37 | 0/ 4 geth0/4 down Access 30 (outdoor-da) |
| | 38 | 0/ 5 geth0/5 down Access 29 (outdoor-co) |
| | 39 | 0/ 6 geth0/6 down Access 29 (outdoor-co) |
| | 40 | 0/ 7 geth0/7 down Access 29 (outdoor-co) |
| | 41 | 0/ 8 geth0/8 down Access 29 (outdoor-co) |
| | 42 | 0/ 9 geth0/9 down Access 29 (outdoor-co) |
| | 43 | 0/10 geth0/10 down Access 29 (outdoor-co) |
| | 44 | 0/11 geth0/11 down Trunk 1,3,29-30,127,901 |
| | 45 | 0/12 geth0/12 down Trunk 1,3,29-30,127,901 |
| | 46 | 0/13 geth0/13 down Trunk 1,3,29-30,127,901 |
| | 47 | 0/14 geth0/14 down Trunk 1,3,29-30,127,901 |
| | 48 | 0/15 geth0/15 down Trunk 1,3,29-30,127,901 |
| | 49 | 0/16 geth0/16 down Trunk 1,3,29-30,127,901 |
| | 50 | 0/17 geth0/17 down Access 5 (instrumentation) |
| | 51 | 0/18 geth0/18 up Access 5 (instrumentation) |
| | 52 | 0/19 geth0/19 up Access 5 (instrumentation) |
| | 53 | 0/20 geth0/20 up Access 5 (instrumentation) |
| | 54 | 0/21 geth0/21 up Access 5 (instrumentation) |
| | 55 | 0/22 geth0/22 up Access 5 (instrumentation) |
| | 56 | 0/23 geth0/23 up Access 5 (instrumentation) |
| | 57 | 0/24 geth0/24 down Access 5 (instrumentation) |
| | 58 | 0/25 geth0/25 down Access 29 (outdoor-co) |
| | 59 | 0/26 geth0/26 down Access 29 (outdoor-co) |
| | 60 | 0/27 geth0/27 up Access 6 (dmz) |
| | 61 | 0/28 geth0/28 up Access 6 (dmz) |
| | 62 | 0/29 geth0/29 up Access 6 (dmz) |
| | 63 | 0/30 geth0/30 up Access 6 (dmz) |
| | 64 | 0/31 geth0/31 up Access 6 (dmz) |
| | 65 | 0/32 geth0/32 up Access 6 (dmz) |
| | 66 | 0/33 geth0/33 up Access 6 (dmz) |
| | 67 | 0/34 geth0/34 up Access 6 (dmz) |
| | 68 | 0/35 geth0/35 up Access 6 (dmz) |
| | 69 | 0/36 geth0/36 up Access 6 (dmz) |
| | 70 | 0/37 geth0/37 up Access 6 (dmz) |
| | 71 | 0/38 geth0/38 up Access 6 (dmz) |
| | 72 | 0/39 geth0/39 up Access 6 (dmz) |
| | 73 | 0/40 geth0/40 up Access 6 (dmz) |
| | 74 | 0/41 geth0/41 up Access 6 (dmz) |
| | 75 | 0/42 geth0/42 up Access 6 (dmz) |
| | 76 | 0/43 geth0/43 up Access 6 (dmz) |
| | 77 | 0/44 geth0/44 up Access 6 (dmz) |
| | 78 | 0/45 geth0/45 down Access 6 (dmz) |
| | 79 | 0/46 geth0/46 down Access 6 (dmz) |
| | 80 | 0/47 geth0/47 up Trunk 1,3,5-6 |
| | 81 | 0/48 geth0/48 up Trunk 29-30 |
| | 82 | }}} |
| | 83 | == Legacy Configurations == |
| | 84 | ''Any notable CLI configurations should be noted here.'' |
| | 85 | |
| | 86 | == !OpenFlow configurations == |
| | 87 | Each VLAN is its own virtual switch. The following is the contents of openflow.conf. |
| | 88 | {{{ |
| | 89 | vlan ports secure channel |
| | 90 | ---- ----- -------------- |
| | 91 | 901 1, 2.901, 3.901, 11.901, 12.901, 13.901, 14.901 connected |
| | 92 | 15.901, 16.901 |
| | 93 | |
| | 94 | sw-dmz-top> showswitch 901 detail |
| | 95 | Virtual switch 901 |
| | 96 | Datapath ID : 81113173919(0x12e2b8cf9f) |
| | 97 | Datapath name: sw-dmz-top.orbit-lab.org |
| | 98 | Port : gigabitethernet 0/1 (link down) |
| | 99 | gigabitethernet 0/2.901 (link down) |
| | 100 | gigabitethernet 0/3.901 (link down) |
| | 101 | gigabitethernet 0/11.901 (link down) |
| | 102 | gigabitethernet 0/12.901 (link down) |
| | 103 | gigabitethernet 0/13.901 (link down) |
| | 104 | gigabitethernet 0/14.901 (link down) |
| | 105 | gigabitethernet 0/15.901 (link down) |
| | 106 | gigabitethernet 0/16.901 (link down) |
| | 107 | Conn mode : tcp |
| | 108 | Controller : 172.16.0.4:6633 (connected) |
| | 109 | Exact match : 01-24, 49-50 hw 0 / hw max 1306 |
| | 110 | 25-48 hw 0 / hw max 1306 |
| | 111 | Wildcard : 01-24, 49-50 hw 0 / hw max 25 |
| | 112 | 25-48 hw 0 / hw max 25 |
| | 113 | Exact match : sw 0 / sw max 131072 |
| | 114 | Wildcard : sw 1 / sw max 25 |
| | 115 | Emerg : sw 0 / sw max 25 |
| | 116 | Packet buff : 256 packets / 4294967295 MB |
| | 117 | Miss sendlen : 128 bytes |
| | 118 | Wcard mode : Fix |
| | 119 | Counter type : Packet Counter |
| | 120 | MAC learning : On |
| | 121 | Min EQ : 0 |
| | 122 | Max EQ : 7 |
| | 123 | Default EQ : 4 |
| | 124 | VSI Enable : yes |
| | 125 | }}} |
| | 126 | {{{ |
| | 127 | double-wide-mode |
| | 128 | watchdog 98 120 |
| | 129 | wildcard fixed 200 |
| | 130 | max-defaultentry 30 |
| | 131 | #setvsi 901 1,2.901,3.901,4-6 tcp 171.64.74.149:6633 dpid 0x0012e2b8cf9f max-backoff 15 wildcardlimit 25 |
| | 132 | setvsi 901 1,2.901,3.901,11.901,12.901,13.901,14.901,15.901,16.901 tcp 172.16.0.4:6633 dpid 0x0012e2b8cf9f max-backoff 15 wildcardlimit 25 |
| | 133 | }}} |
| | 134 | |
