Imouto is a collection of automation scripts for building an instance of Tatoeba using ansible. This is the preferred way for developers to setup a local development environment.

Here are the basic requirements of the machine you’re using imouto from.

• A machine with a 64-bit CPU (32-bit should be possible too but we do not support it)
• GNU/Linux, MacOS or Windows
• Git (Windows users can use Git for Windows)
• VirtualBox 4.0 or later (via package manager or generic binaries)
• Vagrant 1.7 or later (via package manager or generic binaries)

• Install the requirements above.

• Open a terminal. Windows users can run Git Bash (which comes with Git for Windows). In the terminal, clone Imouto’s repository and go inside by running the following commands:

git clone https://github.com/Tatoeba/imouto
cd imouto

• If you need to use a proxy, follow the instructions in README.proxy.md.

• If you have less than 8GB or RAM, edit the file Vagrantfile to reduce value of v.memory, the amount of RAM allocated to the virtual machine. It is recommended that you allocate no more than 1/4 of your actual RAM.

   v.memory = 1024 # only allocate 1GB of RAM to the VM

• Run this command to download and start up the Tatoeba VM. Please be patient, it takes a while.

vagrant up

• Once it completed, you should be able to access your local instance of Tatoeba at http://localhost:8080/

• You can log in using one of these accounts: admin, corpus_maintainer, advanced_contributor, contributor, inactive and spammer. For all of them the password is 123456.

The source code is inside the VM. While you can edit it using vagrant ssh and console editors, you might want to access the code directory from your machine so that you can edit it with your favorite editor or IDE. There are several ways to do this.

If you’re using GNU/Linux or MacOS, we recommend NFS because it’s fast and allows to run git without noticeable delay. The source code is served over NFS by the VM. Add the following line to your /etc/fstab:

# Change /your/path/to/imouto/Tatoeba/ to the actual path of Imouto
localhost:/home/vagrant/Tatoeba /your/path/to/imouto/Tatoeba/ nfs noauto,user,exec,port=8049,soft,timeo=10

Now you should be able to run mount Tatoeba/ and access the source code there.

If you’re using Windows, the source code is served as a Windows share. Open Run from the Start menu, the search or by pressing Win+R. In the Run prompt, type \\172.19.119.178\tatoeba. This should open the source code of Tatoeba in the file explorer.

If for some reason the above options do not work for you, you can use the script mount.sh:

./mount.sh -M ./Tatoeba /home/vagrant/Tatoeba/

We recommend that you create your own fork of Tatoeba on Github. Because of this, you will have to change the remote URL to point it to your fork:

# Change <username> with your Github username
git remote set-url origin [email protected]:<username>/tatoeba2.git

To Windows users: you may see unwanted changes when running git diff, such as:

$ git diff
diff --git a/bin/cake b/bin/cake
old mode 100755
new mode 100644

You can avoid this problem either by running git config core.fileMode false, or by creating a file named .gitconfig in the repository containing:

[core]
	fileMode = false

Development tools are all run from the command line. Windows users can run Git Bash (which comes with Git for Windows) while Unix and MacOS users have to open a terminal. From there, cd to Imouto’s directory and run vagrant ssh to ssh into the VM. Then, run cd Tatoeba to enter the code. From there, you can execute development tools such as:

phpunit # runs the whole test suite (takes a while)
phpunit tests/TestCase/Model/Table/SentencesTableTest.php # only a specific file

cake # gives help
cake migrations create MyNewMigration # creates a new migration
sudo -u www-data bin/cake queue runworker # execute queued jobs (background jobs)

mysql tatoeba

    MariaDB [tatoeba]> SELECT * FROM users;
    ...

sudo mysql tatoeba # for operations requiring root privileges

sudo systemctl start manticore # starts the search engine

sudo bin/cake sphinx_indexes # starts reindexation

sphinxql # runs the SphinxQL console

    sphinxQL> SELECT id FROM eng_main_index WHERE MATCH('hello');
    ...