This is a Drupal installation profile for B-Translator Server.

What is B-Translator

The codename B-Translator can be decoded like Bee Translator, since it aims at collecting very small translation contributions from a wide crowd of people and to dilute them into something useful.

It can also be decoded like Be Translator, as an invitation to anybody to give his small contribution for translating programs or making their translations better.

For more detailed information see: http://info.btranslator.org

Installation

Installation is done inside a Docker container. For instructions about installing Docker see: https://docs.docker.com/installation/

• Create a working directory:

  mkdir workdir/
      

• Link the docker directory inside the working directory:

  cd workdir/
  ln -s ../btr_server/docker .
      

• Modify and customize the settings:

  cp docker/settings.sh .
  vim settings.sh
      

• Build a Docker image:

  docker/build.sh settings.sh
  tail -f logs/nohup-btr_server-master-20150929.out
  less -r logs/nohup-btr_server-master-20150929.out
      

  This will create a docker image, named btr_server:master with a minimal ubuntu system and everything that is needed for the normal work of the Drupal application.

• Create a Docker container like this:

  docker/create.sh
      

  It will create a container with port forwarding like this: -p 80:80 -p 443:443 -p 2201:2201. If you don’t like the default port forwarding, edit config and modify it.

• Now you can start and stop the container with docker/start.sh and docker/stop.sh, enter the shell of the container with docker/enter.sh, etc.
• If development=true is set on the settings, then the code of the application inside the container will be linked to the directories btr_server/ and btr_client/ inside the workdir, so that you can edit and work on it easily.
• If it is installed on a local machine (for testing or development), add the domain names btr.example.org and l10n.example.org on /etc/hosts, like this:

  127.0.0.1 btr.example.org
  127.0.0.1 l10n.example.org
      

  This way it can be accessed by typing https://btr.example.org and https://l10n.example.org on the browser location.

Quick install

An easier way to install is by using the script utils/docker-install.sh which automates the steps above, with certain conventions for directory names etc.

vim utils/docker-install.sh
utils/docker-install.sh --bcl_domain=test.example.org
or
utils/docker-install.sh $(pwd)/settings.sh \
    --git_branch=test --bcl_domain=test.example.org

This script also installs wsproxy, which allows to run more that one containers with ports 80/443. For this to work, the variable ports on config is set to empty, so that docker does not forward the ports 80 and 443 to the containers. The HTTP request forward to the correct website container is handled by the wsproxy container, based on the domain name.

NOTE: Although utils/docker-install.sh is handy for making a quick installation, it is highly recommended to read and understand this script, because this will be helpful for maintaining the installation. It is not so long and it is easy to understand.

Change configuration

To change the configuration of the server after it has been built, or in case of using a pre-built image, run:

docker/exec.sh install/config.sh

and give the new settings interactively.

Another option is to edit the configuration settings file and give it as a argument to the script:

docker/enter.sh
cp install/settings.sh .
vim settings.sh
install/config.sh settings.sh

It is also possible to run configuration scripts individually, to change only certain configurations. For example:

docker/exec.sh install/config/domain.sh
docker/exec.sh install/config/languages.sh

These scripts can be found on install/config/.

Import projects

There is a list of FOSS projects, like GNOME, KDE, LibreOffice, etc. that can be automatically imported by scripts (there is a script for each project). They can be imported like this:

docker/enter.sh

/var/www/data/get.sh
tail -f /var/www/data/nohup-get.out
less -r /var/www/data/nohup-get.out

/var/www/data/import.sh
tail -f /var/www/data/nohup-import.out
less -r /var/www/data/nohup-import.out

It is done from inside the Docker container. First we download all of them, and then they are imported. Downloading can take some time, and importing even more (many hours, and maybe days), so it is run with nohup and the output can be checked from the log file.

We can also do it from outside the container (in case we want to build outomation scripts etc.) like this:

docker/exec.sh /var/www/data/get.sh
docker/exec.sh tail -f /var/www/data/nohup-get.out

docker/exec.sh /var/www/data/import.sh
docker/exec.sh tail -f /var/www/data/nohup-import.out

Importing a single project can also be done from the web UI and with the drush commands btr-project-add and btr-project-import. For more details see: /var/www/data/README.org

Contacts

• Email: info@btranslator.org
• Follow on Twitter: https://twitter.com/b_translator
• Discussion group/forum
  • Email: btranslator@googlegroups.com
  • Web: https://groups.google.com/forum/?fromgroups&hl=en#!forum/btranslator
  • Google+ Community: https://plus.google.com/u/0/communities/109327047119841706609
• Chat/IRC: #btranslator on irc.freenode.net
• Misc
  • Homepage: http://info.btranslator.org
  • Wiki: https://github.com/B-Translator/btr_server/wiki
  • Issues: https://github.com/B-Translator/btr_server/issues

Sites

Sites using B-Translator:

• https://l10n.org.al - Albanian translations.

To install and setup your site you would need some basic skills on Ubuntu server administration and Drupal administration.