Faelo app is a full-stack system build in MEAN.js which aim is to offer a customer a range of food products to order. Then the customer can choose and order a menu build on its own.

The main features are:

• Complete guideance on the UI for the ordering proccess
• 3 different roles:
• Admin: Can administrate users, modify and delete them
• Manager: Can process the orders received in Real time, view a history, add new dishes and new snacks, assign them to dates... and more
• User: Can edit a profile used for automatically complete inputs in orders. Also view a orders history.
• Guest (not logged): Same as User, but with none of the mentioned features
• Use of Socket.io for Real time features
• Custom angularjs directives

I've stopped MEAN.io development (it was at the beginning, so lucky me) because some reasons:

• Strict and "strange" way to organise the app. You should put everything in a package
• Impossibility of configuration for developing locally and pushing to OpenShift. Just one or another (yes, I've tried almost everything)

So from now I'm using MEAN.js with the angular-fullstack yeoman generator. Since the beginning, I've found:

• Organisation more flexible and logic
• Easier and possible to make it work
• Cool scaffolding

I've just followed the steps on the example of MEAN on OpenShift

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NOTE: this development has been abandoned

Here I'll write the commands I've found out and the steps for creating the app.

Most used:

• ssh [email protected]: connect to the app

App info:

• rhc show-app APP_NAME: display info about the app
• rhc show-app APP_NAME --gears quota: display info about the quota used by the app

App debug:

• rhc tail -a APP_NAME

App management:

• rhc app tidy APP_NAME: runs a clean-up
• rhc app restart -a APP_NAME

Cartridge management:

• rhc cartridge add CARTRIDGE_NAME -a APP_NAME
• rhc cartridge restart CARTRIDGE_NAME -a APP_NAME

Install MongoDB and the Openshift command line (rhc). Of course, first create an Openshift account.

sudo brew install mongodb
gem install rhc

And run rhc setup.

Then create the MEAN.IO ready boilerplate app:

rhc app create APP_NAME nodejs-0.10 mongodb-2.4 --env NODE_ENV=production --from-code https://github.com/linnovate/mean-on-openshift.git

Adds rockmongo:

rhc cartridge add rockmongo -a mean

Now you can access the interface by going to this url:

APP_NAME-DOMAIN_NAME.rhcloud.com/rockmongo
    // In my case: mean-alextest.rhcloud.com/rockmongo

MongoDB uses preallocations, which is some kind of optimisations and security. But they take so much space.

After create the app, it takes 0.7GB out of 1GB. That's a problem because we only have 300MB left.

To gain some space, we can remove the defaults preallocations by running, on a ssh connection:

rm -rf mongodb/data/journal/*

Then from a host terminal:

rhc cartridge restart mongodb-2.4 -a APP_NAME

Now we should have around 700MB free.

Note: by default, OpenShift have disabled preallocations. There is no need to change the mongodb.conf file

• 1. Run the angular generator yo angular-fullstack YOUR_APP_NAME
• 2. Create the app on Openshift, running yo angular-fullstack:openshift YOUR_APP_NAME
• 3. If you have an existing app, replace the client and server folders, and change the appName in your Gruntfile.js, line 313
• 4. Run grunt build and grunt buildcontrol:openshift

Additionally, add the environment variables:

rhc set-env TWITTER_ID=id -a APP_NAME
rhc set-env TWITTER_SECRET=secret -a APP_NAME
rhc set-env FACEBOOK_ID=id -a APP_NAME
rhc set-env FACEBOOK_SECRET=secret -a APP_NAME
rhc set-env GOOGLE_ID=id -a APP_NAME
rhc set-env GOOGLE_SECRET=secret -a APP_NAME

For production mode, I had to change on client/components/socket/socket.service.js:

var ioSocket = io('http://fh-alextest.rhcloud.com:8000/', {...