In BRU 2, you have 3 tools to use. These include:
To get started, open the BRU Server Config application from the components that come with your software (or that you downloaded from the BRU website). First you will be asked to provide an administrative password to BRU. Provide the password and then click on Save.
Next, the server components will be copied to /usr/local/bru-server. The system will also perform a hardware scan of your server, looking for tape drives and libraries (you can always rerun this process later if need be).
Once the processes are complete the BRU Server Configuration Tool will open and you can configure the server. To do so, first click Start to start the daemon. If you need to restart it at a later date you can simply click on the Stop or Restart buttons here. Then, if like most, you would like for the server to start at boot, check the box for Server daemon starts at boot. Here, you can also use the Backup and Restore buttons to backup and restore server configurations or the Modify button to enter a new password for the server.
To then start the server, run it with no arguments:
Or to set the password, you would use (go figure) the –password option:
You can also perform some options not exposed in the Configuration Tool GUI, such as running it on a custom port using the –port option followed by the port number:
Finally, you can check the version and license information using the –version and –license options respectively.
Once you are satisfied with your configuration of the server component, you will then close the tool and move on to installing the Agent(s). Each machine that will get backed up will need an agent installed. Configure the options for the BRU Agent using the BRU Server Agent Config application. Simply open the application from your installer. On first open, the agent will copy /usr/local/bru-server to your machine (if you installed the server it will just copy the agent portions of BRU), which will contain the agent. You will also then see a b icon in the menu bar. Click on the b icon in the menu bar and then click on Agent Configuration to bring up a screen similar to the following.
Here, click on the Start button to configure the agent. You will typically want the agent to start automatically when you install a system, so click on the check box for Agent daemon starts automatically. You will then need to provide a server that the agent can communicate with. To do so, click on the plus sign (+) on the screen and then provide the server that the agent can communicate with and the credentials to do so. Once complete, you will then be able to see the client system in the Server Console.
You can also configure it from the command line, fairly easily. To do so, run the agent, located in /usr/local/bru-server, along with the –config option:
The BRU Server Agent Configuration will then enter into the interactive mode and you will see any BRU Server Console’s that the agent is configured to communicate with. Here, type N and then you will be prompted for the hostname of your BRU Server. Here, provide the name or an IP address for the server and then hit the enter key. When prompted, provide a password to enter into the Console. The server will then be assigned a unique number. Entering that at the interactive prompt will then remove the server again. Once the agent has been started, it can be stopped by running the agent command with the –kill option:
Note: For Windows, the configuration command line tool is located in C:Program FilesBRU Server Agent Configuration.
Now that you have configured the agent and the server, it’s time to actually setup jobs and schedules. To get started, open the BRU Server Console application. The console components will then be copied into /usr/local/bru-server.
Disk-to-Disk backups in BRU are mostly considered a staging area, where data is stored while waiting to be shuttled to tape. To set the staging area, click on the BRU Server Console menu and then click on Preferences…
In the Stage Path field, provide a path that the stage files will be stored in. You can also set the maximum age of the staging data and the number of jobs to be stored in the history. When you’re satisfied with your settings, click on the Save button.
Back at the Console screen, you will click on the plus sign (+) to add a new backup job, which will bring up the screen you see here.
The backup job will include the following options:
Once you have configured a job as you see fit, click on OK and you will be taken back to the BRU Server Console screen. For each job you will still need to configure a schedule for the job as well as what source directories/files to be backed up. To set the schedule, click on the job name to be scheduled and then click on the Schedule… button. At the Job Scheduler screen, set the frequency and starting times that your job should run at and then click on the Save button.
You will then need to configure the source directories for your backups. Back at the Console screen, click on the name of the job and then click on each directory to be backed up. Clicking on a directory will cycle through color codes. The colors indicate whether or not the directory will be backed up:
When you are satisfied with your backup job, click Save. You will then configure an incremental or differential job for each base job and finally a job that is specifically for upstaging data to tape, or completing the disk-to-disk-to-tape sequence. When you are finished configuring each of your jobs you can run them manually to test by clicking on the Run Now while the job is selected from the console. When running, you can monitor each job using the Tools icon in the side bar and then the Job Monitor option in the Tools drop-down menu. To stop a job that is running, you can click on the Kill command here.
You can also run jobs from the command line, using the backup option for the bru-server.cmd command located in /usr/local/bru-server. The command can be run using the -j option (name of job), followed by the name of the job to be run, followed by the -t option (type of job), followed by the type of job being run (ie – Full, Incremental or Differental), followed by -Z (enable compression) and -v (enable verification), followed by the paths (starting with server names) to be backed up in brackets. For example, to run our test job:
backup -j “test” -t “Full” -Z -v [“/krypted//Volumes/Installers”]
This allows you to somewhat seamlessly integrate the backup of files that are archived with Final Cut Server, by calling up the backup command as a post-flight action for any automations kicked off by Final Cut Server. You can also backup data using the bru-server.cmd command in /usr/local/bru-server. You can then restore files that are backed up using the bru-server.cmd command’s restore option. In order to use the restore option, you’ll need to know which archive the file is stored in. In order to find that you will also need to script the search option (search for the appropriate file and then craft your restore to pull data back to the restore path for fcsvr_client using the correct archive that the file is stored on). To search through the archives for the appropriate file:
search “my file.mov”
You can also provide archives as part of the search, but we likely wouldn’t be searching here if we knew which ones to use.
Note: The BRU commands are based on python. When the python environment on a machine has been customized the results for BRU can be unexpected.
krypted June 9th, 2010