| 1 | = Details on BOS GRAM Rack Installation and Configuration = |
| 2 | |
| 3 | {{{ |
| 4 | #!html |
| 5 | <h1 style="text-align: left; color: red">This is an internal development rack. Not for public use.</h1> |
| 6 | }}} |
| 7 | |
| 8 | [[PageOutline(2-100,Table of Contents,inline,unnumbered)]] |
| 9 | |
| 10 | == Hardware Configuration == |
| 11 | |
| 12 | BOS is a rack consisting of the following hardware components: |
| 13 | |
| 14 | * 5 Dell !PowerEdge R510 server hosts. Of these, we have configured |
| 15 | * 1 as the !OpenStack control node (boscontroller.gpolab.bbn.com) |
| 16 | * 3 as !OpenStack compute nodes (boscompute1.gpolab.bbn.com, boscompute2.gpolab.bbn.com, boscompute4.gpolab.bbn.com). |
| 17 | * 1 that is currently unused (it is not configured with enough NICs) |
| 18 | * 1 Cisco 2901 Integrated Services Route for access to the external internet through the GENI lab [attachment:Cisco2901ISRsoftware_configuration.pdf SW Config Manual] [attachment:Cisco2901ISRgeshwic_cfg.pdf GigEthernet Config] |
| 19 | * 1 HP !ProCurve 6600-48G-4Xg !OpenFlow switch. [http://www.hp.com/rnd/support/manuals/6600dc.htm Manuals] |
| 20 | |
| 21 | == Network Configuration == |
| 22 | |
| 23 | We have established the following addresses for the different servers, and connected them to the following ports on the switch and router: |
| 24 | |
| 25 | |
| 26 | ||'''Host'''||'''Control Plane Address'''||'''Router Port (Control Plane)'''||'''External Address'''||'''Router Port (External Plane)'''||'''Management Address'''||'''Router Port (Management Plane)'''||'''Data Plane Address'''||'''Switch Port (Data Plane)'''|| |
| 27 | ||boscontroller||1010.8.100||3/6||128.89.91.170||1/1||10.10.6.100||3/0||10.10.5.100||16|| |
| 28 | ||boscompute1||10.10.8.101||3/5||128.89.91.171||1/3||10.10.6.101||3/1||10.10.5.101||8|| |
| 29 | ||boscompute2||10.10.8.102||3/4||128.89.91.172||1/2||10.10.6.102||3/3||10.10.5.102||34|| |
| 30 | ||boscompute4||10.10.8.104||3/2||128.89.91.174||1/5||10.10.6.104||1/4||10.10.5.104||24|| |
| 31 | |
| 32 | The external gateway from the rack is at 128.89.91.162. |
| 33 | |
| 34 | The ports on the HP !ProCurve switch used for transporting data plane traffic (8, 16, 24, 34) are configured as tagged VLAN's 1000-1010. |
| 35 | {{{ |
| 36 | vlan 1000 |
| 37 | name "vlan1000" |
| 38 | tagged 8,16,24,34 |
| 39 | no ip address |
| 40 | exit |
| 41 | vlan 1001 |
| 42 | name "vlan1001" |
| 43 | tagged 8,16,24,34 |
| 44 | no ip address |
| 45 | exit |
| 46 | vlan 1002 |
| 47 | name "vlan1002" |
| 48 | tagged 8,16,24,34 |
| 49 | no ip address |
| 50 | exit |
| 51 | vlan 1003 |
| 52 | name "vlan1003" |
| 53 | tagged 8,16,24,34 |
| 54 | no ip address |
| 55 | exit |
| 56 | vlan 1004 |
| 57 | name "vlan1004" |
| 58 | tagged 8,16,24,34 |
| 59 | no ip address |
| 60 | exit |
| 61 | vlan 1005 |
| 62 | name "vlan1005" |
| 63 | tagged 8,16,24,34 |
| 64 | no ip address |
| 65 | exit |
| 66 | vlan 1006 |
| 67 | name "vlan1006" |
| 68 | tagged 8,16,24,34 |
| 69 | no ip address |
| 70 | exit |
| 71 | vlan 1007 |
| 72 | name "vlan1007" |
| 73 | tagged 8,16,24,34 |
| 74 | no ip address |
| 75 | exit |
| 76 | vlan 1008 |
| 77 | name "vlan1008" |
| 78 | tagged 8,16,24,34 |
| 79 | no ip address |
| 80 | exit |
| 81 | vlan 1009 |
| 82 | name "vlan1009" |
| 83 | tagged 8,16,24,34 |
| 84 | no ip address |
| 85 | exit |
| 86 | vlan 1010 |
| 87 | name "vlan1010" |
| 88 | tagged 8,16,24,34 |
| 89 | no ip address |
| 90 | exit |
| 91 | }}} |
| 92 | |
| 93 | |
| 94 | == Software Configuration == |
| 95 | |
| 96 | BOS has a standard GRAM configuration, with one compute host (boscontroller) and three compute nodes (boscompute1, boscompute2 and boscompute3). The configuration file (/etc/gram/config.json) represent this configuration the the external and control plane addresses and VLAN ranges described above. |