Updates will be kept to every 2 weeks at a maximum
I’ve always enjoyed Heroku but there are plenty of reasons both monetary and practical not to use it. I always liked the deployment method through Git though.
I found the installation rather tedious and as this was a hackathon I decided to create something simpler.
Dokkufy is a Ruby gem that makes it super simple to set up your own mini-Heroku on your own server.
Simply install with a swift
gem install dokkufy and you’re ready to “dokkufy” both your server and your app.
Dokku only works with Ubuntu 12.04 and 14.04 server, so go get one of those images and boot up a server.
Then on your local machine run:
1 2 3 4 5 dokkufy server > Server hostname or IP: ppd.io > Username on server: cbetta > Desired root domain (e.g. example.com): ppd.io > ...
As you can see this will ask you for a few details: server name or IP, username, and the eventual server domain to run all apps under. After a few minutes, depending on your broadband speeds, you will have a Dokku server ready do go.
Open up your server’s domain or IP in a browser and voila!
Now that we have a Dokku server ready to go it’s time to prepare your app.
I used the Heroku Node JS sample app for my example.
1 2 3 4 5 6 7 8 cd node-js-sample dokkufy app > Server hostname or IP: ppd.io > Dokku username on server [dokku]: > Using firstname.lastname@example.org:node-js-sample > Setting git remote > Writing .dokkurc > You can now push your app using `git push dokku master`
As you can see this simply asks for the details of your server and then adds a Git remote and writes a
.dokkurc file to your app.
Now do a
git push dokku master and you will see your app deployed.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 git push dokku master > Counting objects: 4, done. > Delta compression using up to 8 threads. > Compressing objects: 100% (2/2), done. > Writing objects: 100% (3/3), 307 bytes | 0 bytes/s, done. > Total 3 (delta 1), reused 0 (delta 0) > -----> Cleaning up ... > remote: Cloning into '/tmp/tmp.mTjJcRME5f'... > -----> Building node-js-sample ... > remote: done. > remote: HEAD is now at 961aa4a... Adds dokkurc file > Node.js app detected > -----> Requested node range: 0.10.x > -----> Resolved node version: 0.10.30 > -----> Downloading and installing node > -----> Restoring node_modules directory from cache > -----> Pruning cached dependencies not specified in package.json > -----> Writing a custom .npmrc to circumvent npm bugs > -----> Installing dependencies > -----> Caching node_modules directory for future builds > -----> Cleaning up node-gyp and npm artifacts > -----> No Procfile found; Adding npm start to new Procfile > -----> Building runtime environment > -----> Discovering process types > Procfile declares types -> web > -----> Releasing node-js-sample ... > -----> Deploying node-js-sample ... > =====> Application deployed: > http://node-js-sample.ppd.io > > To email@example.com:node-js-sample > 97a7c5c..961aa4a master -> master
Dokku will automatically create your project for you on first push and deploy your app to a subdomain of your chosen domain. In this case we deployed our app to http://node-js-sample.ppd.io.
When you install Dokku on your server it gives you some handy commands. Sadly to run those from your local machine you need to perform some ssh-fu.
So to make this easier Dokkufy also comes with a local
dokku command. You can use this command in any dokkufied app that has a
.dokkurc file. It will automatically use that file to infer the remote server details and your app name.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 dokku help > backup:export [file] Export dokku configuration files > backup:import [file] Import dokku configuration files > config display the config vars for an app > config:get KEY display a config value for an app > config:set KEY1=VALUE1 [KEY2=VALUE2 ...] set one or more config vars > config:unset KEY1 [KEY2 ...] unset one or more config vars > delete Delete an application > help Print the list of commands > logs [-t] Show the last logs for an application (-t follows) > plugins-install Install active plugins > plugins Print active plugins > run <cmd> Run a command in the environment of an application > url Show the URL for an application > version Print dokku's version
That’s it for Dokkufy. I recommend running
dokkufy help to see how you can explore and install plugins to install things like Postgres, Redis, and other features on your machine.