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Table of Contents
Adding information about your switch, power controller, and serial lines to the database
Setting up your Switch
Location for Setup
All the configuration on this page takes place on the boss node. Boss hosts the MySQL database that the testbed uses and the default database name is tbdb. You should be able to connect to the database simply by logging into boss and doing:
[deterbuild@boss ~]$ mysql tbdb Reading table information for completion of table and column names You can turn off this feature to get a quicker startup with -A Welcome to the MySQL monitor. Commands end with ; or \g. Your MySQL connection id is 58266 Server version: 5.5.29-log Source distribution Copyright (c) 2000, 2012, Oracle and/or its affiliates. All rights reserved. Oracle is a registered trademark of Oracle Corporation and/or its affiliates. Other names may be trademarks of their respective owners. Type 'help;' or '\h' for help. Type '\c' to clear the current input statement. mysql>
Creating switch node and interface types
In order to add our switch to the database, we need to setup node and interface types for them.
We provide some SQL to make this easy. The script switch-types-create defines the following:
- Node types for hp5412 (which included hp5406), hp2810, and nortel5510 switch types.
- Interfaces for generic inter-switch trunks (if your site has more than one switch) named "trunk_100MbE", "trunk_1GbE", and "trunk_10GbE".
For other switch types, please refer to the Emulab Documentation.
These are loaded by boss-install script, but if you need to load them by hand:
mysql tbdb < ~<builduser>/testbed/sql/interface-types-create.sql mysql tbdb < ~<builduser>/testbed/sql/node-types-create.sql
Adding your switch to DNS
Your switch needs a name that resolves. You must add it either to /etc/hosts or to the name server running on boss.
To add it to the name server, add it into /etc/namedb/<yoursitename>.internal.db.head. You then refresh the DNS server by running /usr/testbed/sbin/named_setup.
For example, on mini-isi.deterlab.net we have our switch that we will name hp1 at 192.168.254.1 on the HARDWARE_CONTROL network. So we add it to DNS as follows:
[jhickey@boss ~]$ sudo su - boss# echo "hp1 IN A 192.168.254.1" >> /etc/namedb/mini-isi.deterlab.net.internal.db.head boss# logout [jhickey@boss ~]$ /usr/testbed/sbin/named_setup [jhickey@boss ~]$ ping -c 1 hp1 PING hp1.mini-isi.deterlab.net (192.168.254.1): 56 data bytes 64 bytes from 192.168.254.1: icmp_seq=0 ttl=63 time=3.496 ms --- hp1.mini-isi.deterlab.net ping statistics --- 1 packets transmitted, 1 packets received, 0.0% packet loss round-trip min/avg/max/stddev = 3.496/3.496/3.496/0.000 ms [jhickey@boss ~]$
Adding in your switches to the database
Using the hostname you have given your switch, insert a line in the the nodes table in the database. If you are adding a dedicated control network switch, use ctrlswitch as the role. Otherwise, the role is testswitch.
insert into nodes set node_id='hp1',phys_nodeid='hp1',type='hp2180',role='testswitch';
Switch Interconnects
If your installation has more than one switch, we need to tell the database about it so that vlan trunking can be enabled and so that it doesn't try to oversubscribe the link. We created interface types earlier in this document. Let's say we have hp1 and hp2 which are connected by a single 1GbE link. hp2 module A, port 5 is connected to hp1 module B, port 23. We need to add two lines to the interfaces table (note that current_speed is in Mbits now):
insert into interfaces set
node_id='hp1',card=2,port=23,mac='000000000000',iface='B/23',role='other',
current_speed='1000',interface_type='trunk_1GbE',uuid=UUID();
insert into interfaces set
node_id='hp2',card=1,port=5,mac='000000000000',iface='A/5',role='other',
current_speed='1000',interface_type='trunk_1GbE',uuid=UUID();
We also need to add an entry to the wires table for these two switches:
insert into wires set
node_id1='hp1',card1=2,port1=23,
node_id2='hp2',card2=1,port2=5,
type='Trunk';
Also, make sure to set the interface state to up and trunked:
insert into interface_state set
node_id='hp1', card=2, port=23,
iface='B/23', enabled=1, tagged=1;
insert into interface_state set
node_id='hp2', card=1, port=5,
iface='A/5', enabled=1, tagged=1;
Note: For switches that are not modular, set card to 1. For Ethernet interfaces, card starts at (and typically is) 0.
Setting up Switch Stacks
The idea of switch stacks comes from sites that run separate control and experimental networks. In this scenario, it does not make sense to create experimental vlans on switches that function only as control network switches and vice versa. The typical DETER deployment scenario will be a switch that handles both. In this case, we add the same switch to the two different stacks ('Experiment' and 'Control' which we also have to setup in switch_stack_types). We also make sure that is_primary is set to 1 for the Experimental stack line and 0 for the Control stack line (I assume so that we only try creating vlans once per switch).
First, create our switch_stack_types. For our mini-isi setup, we have the two types:
insert into switch_stack_types (stack_id, stack_type, snmp_community, leader) values ('Control', 'generic', 'private', 'hp1');
insert into switch_stack_types (stack_id, stack_type, snmp_community, leader) values ('Experiment', 'generic', 'private', 'hp1');
So in our mini-isi example, we need to add in two entries for our switch hp1:
insert into switch_stacks (node_id,stack_id,is_primary)
values
('hp1','Experiment',1),
('hp1','Control',0);
Testing your switch stack
On boss, run wap snmpit -l -l to list all vlans. For example, your output should look something like this (right now there might be some MIB warnings):
[jhickey@boss ~]$ wap snmpit -l -l
VLAN Project/Experiment VName Members
--------------------------------------------------------------------------------
CONTROLH CONTROLHW hp1.1/3 hp1.1/4 hp1.1/5
CONTROL CONTROL hp1.1/3 hp1.1/6 hp1.1/7 hp1.1/8 hp1.1/9
hp1.1/10 hp1.1/11 hp1.1/12
INTERNET INTERNET hp1.1/1 hp1.1/2 hp1.1/3
BOSS BOSS hp1.1/3
[jhickey@boss ~]$
Setting up your power controller
Adding the power controller to DNS
This is pretty much the same as with the switch above. Technically, you can get away without this step since the IP address will also be in the database, but it is good housekeeping.
For example, on mini-isi.deterlab.net we have our switch that we will name apc23 at 192.168.254.23 on the HARDWARE_CONTROL network. So we add it to DNS as follows:
[jhickey@boss ~]$ sudo su - boss# echo "apc23 IN A 192.168.254.23" >> /etc/namedb/mini-isi.deterlab.net.internal.db.head boss# logout [jhickey@boss ~]$ /usr/testbed/sbin/named_setup [jhickey@boss ~]$ ping -c 1 apc23 PING apc23.mini-isi.deterlab.net (192.168.254.23): 56 data bytes 64 bytes from 192.168.254.23: icmp_seq=0 ttl=254 time=3.476 ms --- apc23.mini-isi.deterlab.net ping statistics --- 1 packets transmitted, 1 packets received, 0.0% packet loss round-trip min/avg/max/stddev = 3.476/3.476/3.476/0.000 ms
Adding the power controller to the database
We assume you are using an APC 7902 networked power controller. The default node_type for this is 'APC'.
Now add in a node entry for the power controller. For mini-isi, our power controller is named apc23:
insert into nodes set node_id='apc23', phys_nodeid='apc23', type='APC', role='powerctrl';
Now add a line to the interfaces table. For mini-isi, the power controller is at 192.168.254.23:
insert into interfaces set node_id='apc23',
IP='192.168.254.23', mask='255.255.255.0',
interface_type='fxp', iface='eth0', role='other';
Now, finally we need a wires table entry:
insert into wires set node_id1='apc23', card1=0, port1=1,
node_id2='hp1', card2=1, port2=4,
type='Control';
Telling the database about the power controller ports
This is jumping the gun since we have not gotten to the point of adding PC type nodes to the testbed yet, but when we do, they will go in the outlets table.
mysql> describe outlets; +------------+---------------------+------+-----+-------------------+-------+ | Field | Type | Null | Key | Default | Extra | +------------+---------------------+------+-----+-------------------+-------+ | node_id | varchar(32) | NO | PRI | | | | power_id | varchar(32) | NO | | | | | outlet | tinyint(1) unsigned | NO | | 0 | | | last_power | timestamp | NO | | CURRENT_TIMESTAMP | | +------------+---------------------+------+-----+-------------------+-------+ 4 rows in set (0.00 sec)
So to add, say pc001 which is on apc23 port 1, we would do:
insert into outlets set node_id='pc001', power_id='apc23', outlet=1;
You can add in a dummy entry and test if you like.
Setting up your serial server
This section is a work in progress. Here are some notes:
We have VMware images for both DIGI Etherlite serial boxes and IPMI based serial ports.
You will need to make sure that root from your boss node can log into the serial server. This is so that groups can be added to the group file when new projects are created.
Copy your ssh keys to the new serial server:
[jhickey@boss.isi.deterlab.net:~] > sudo scp ~root/.ssh/id_rsa.pub root@capture2digi:.ssh/authorized_keys
If you have trouble logging in automatically and you are using a CentOS VM, you may have to manually log in and issue:
restorecon -R -v /root/.ssh
Test out that you can ssh as root to the serial server VM:
[jhickey@boss.isi.deterlab.net:~] > sudo ssh capture2digi Last login: Tue Dec 18 22:07:23 2012 from 192.168.252.1 [root@capture2digi ~]#
Now add the serial server to the database:
[jhickey@boss.isi.deterlab.net:~] > mysql tbdb Reading table information for completion of table and column names You can turn off this feature to get a quicker startup with -A Welcome to the MySQL monitor. Commands end with ; or \g. Your MySQL connection id is 15870862 Server version: 5.0.92-log FreeBSD port: mysql-server-5.0.92 Type 'help;' or '\h' for help. Type '\c' to clear the current input statement. mysql> insert into tipservers set server='capture2digi';
