7.2 KiB
- Preparation for the Beaglebone Black
- Checklist
- GPG Keys
- Interactive Setup
- Non-Interactive Setup
- Post-Setup
Preparation for the Beaglebone Black
This section is specific to the Beaglebone Black hardware. If you're not using that hardware then just skip to the next section.
To get started you will need:
- A Beaglebone Black
- A MicroSD card
- Ethernet cable
- Optionally a 5V 2A power supply for the Beaglebone Black
- Access to the internet via a router with ethernet sockets
- USB thumb drive (for backups or storing media)
- One or more domains available via a dynamic DNS provider, such as https://freedns.afraid.org
- A purchased domain name and SSL certificate (only needed for Red Matrix)
- A laptop or desktop machine with the ability to write to a microSD card (might need an adaptor)
You will also need to know, or find out, the IP address of your internet router and have a suitable static IP address for the Beaglebone on your local network. The router should allow you to forward ports to the Beaglebone (often this is under firewall or "advanced" settings).
You can either install from a debian package or manually as follows:
sudo apt-get install git
git clone https://github.com/bashrc/freedombone
cd freedombone
sudo make installPlug the microSD card into your laptop/desktop and then run the freedombone-prep command. For example:
freedombone-prep -d /dev/sdX --ip freedombone_IP_address --iprouter router_IP_addresswhere /dev/sdX is the device name for the microSD card. Often it's /dev/sdb or /dev/sdc, depending upon how many drives there are on your system. The script will download the Debian installer and update the microSD card. It can take a while, so be patient.
When the initial setup is done follow the instructions on screen to run the main freedombone command.
Checklist
Before running the freedombone command you will need a few things.
- Have some domains, or subdomains, registered with a dynamic DNS service
- System with a new installation of Debian Jessie
- Ethernet connection to an internet router
- It is possible to forward ports from the internet router to the system
- If you want to set up a social network or microblog then you will need SSL certificates corresponding to those domains
- Have ssh access to the system
GPG Keys
If you have existing GPG keys then copy the .gnupg directory onto the system.
scp -r ~/.gnupg username@freedombone_IP_address:/home/usernameInteractive Setup
The interactive server configuration setup is recommended for most users. On the system where freedombone is to be installed create a configuration file.
ssh username@freedombone_IP_address
su
apt-get install git
git clone https://github.com/bashrc/freedombone
cd freedombone
make installNow the easiest way to install the system is via the interactive setup.
freedombone menuconfigYou can select which variant you wish to install and then enter the details as requested.
Non-Interactive Setup
If you don't want to install interactively then it's possible to manually create a configuration file as follows:
On the system where freedombone is to be installed create a configuration file.
ssh username@freedombone_IP_address
su
apt-get install git
git clone https://github.com/bashrc/freedombone
cd freedombone
make install
nano /home/username/freedombone/freedombone.cfgAdd the following, and set the values as needed.
MY_EMAIL_ADDRESS=
MY_NAME=
MY_BLOG_TITLE=
MY_BLOG_SUBTITLE=
FULLBLOG_DOMAIN_NAME=
MICROBLOG_DOMAIN_NAME=
REDMATRIX_DOMAIN_NAME=
OWNCLOUD_DOMAIN_NAME=
WIKI_DOMAIN_NAME=
WIKI_TITLE=
ENABLE_CJDNS=no
LOCAL_NETWORK_STATIC_IP_ADDRESS=
ROUTER_IP_ADDRESS=Both of the IP addresses are local IP addresses, typically of the form 192.168.x.x, with one being for the system and the other being for the internet router.
If you are using FreeDNS as a dynamic DNS provider then you can add the following to your configuration file, setting the subdomain codes as appropriate. You can find the codes on the FreeDNS site under "Dynamic DNS" followed by "quick cron example" then look for the code on the last line between the ? and = characters.
FULLBLOG_FREEDNS_SUBDOMAIN_CODE=
REDMATRIX_FREEDNS_SUBDOMAIN_CODE=
MICROBLOG_FREEDNS_SUBDOMAIN_CODE=
OWNCLOUD_FREEDNS_SUBDOMAIN_CODE=
WIKI_FREEDNS_SUBDOMAIN_CODE=Save the configuration file and exit from your editor.
Now you can begin the installation. If you are doing this on a Beaglebone Black:
freedombone --bbb -d [default domain name] -u [username] --ddns [dynamic DNS provider domain] --ddnsuser [dynamic DNS username] --ddnspass [dynamic DNS password]Or on any other system don't include the –bbb option.
freedombone -d [default domain name] -u [username] --ddns [dynamic DNS provider domain] --ddnsuser [dynamic DNS username] --ddnspass [dynamic DNS password]The above command should be run in the same directory in which your configuration file exists. You can use any of your domains as the default one, but typically the default domain is the same as the one for your wiki. If you are using FreeDNS as the dynamic DNS provider then also add the -c option to specify the code corresponding to the subdomain.
Also see the manpage for additional options which can be used instead of a configuration file. If you don't specify a variant type with the final option then everything will be installed. If you have a freedombone.cfg file then it should be in the same directory from which the freedombone command is run.
Post-Setup
Setup of the server and installation of all the relevant packages is not quick, and depends upon which variant you choose and your internet bandwidth. Allow about three hours for a full installation on the Beaglebone Black. On the Beaglebone installation is in two parts, since a reboot is needed to enable the hardware random number generator and zram.
When done you can ssh into the Freedombone with:
ssh username@domain -p 2222Any manual post-installation setup instructions or passwords can be found in /home/username/README. You should remove any passwords from that file and store them within a password manager such as KeepassX.
On your internet router, typically under firewall settings, open the following ports and forward them to your server.
| Service | Ports |
|---|---|
| HTTP | 80 |
| HTTPS | 443 |
| SSH | 2222 |
| DLNA | 1900 |
| DLNA | 8200 |
| XMPP | 5222..5223 |
| XMPP | 5269 |
| XMPP | 5280..5281 |
| IRC | 6697 |
| IRC | 9999 |
| Git | 9418 |
| 25 | |
| 587 | |
| 465 | |
| 993 |