gourmet/platform

Platform for CakePHP 3 web applications

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Type:project

v0.2.0 2015-04-04 01:30 UTC

README

A skeleton to quickly cook some gourmet CakePHP web apps.

NOTE: Platform is in beta, still missing a couple more packages but ready to help you quickly get started with your CakePHP 3 application.

But Why?

Put simply, the official app skeleton is very basic (and rightfully so).

Platform, while replicating the official app skeleton as much as possible, distinguishes itself by a few structural changes, some pre-installed/configured libraries/plugins and some 'best practices'.

Pre-installed packages

PHP packages

Development dependencies

CSS/JS assets

Assets are installed using robloach/component-installer:

Get started

It is assumed that you have the following installed globally:

If (or once) you have them all installed, run:

composer create-project -s dev gourmet/platform [app_name]

This will create the app_name project folder and download all dependencies.

Configure

Platform's configuration is broken into 'scopes':

  • application
  • asset_compress
  • cache
  • database
  • dispatcher
  • email
  • error
  • log
  • paths
  • plugin
  • routes
  • security
  • session

This makes configuration a little more organized (compared to a single file) and easily accessible using your IDE's fuzzy finder (try typing 'log' in the fuzzy finder, the first matching file should the log config file).

To reduce the # of requires, a build process should concatenate all these and use the resulting file in production. It has yet to be implemented.

Quick Tips

To enable debug mode without having to modify any file:

touch .debug

or use the DEBUG environment variable.

Provisioning

To keep things DRY and not re-invent the wheel, ansible-galaxy (the Ansible package manager) is used. To install the roles:

ansible-galaxy install --role-file ansible/requirements.yml --force

For more, read [Ansible's official documentation].

Local development

A Vagrantfile is included to make it easy to start a local VM using the Ansible provisioner. Modify it to suit your needs, but the defaults should be a good start in most cases. They assume:

Box: trusty64
Box Url:
Memory: 512MB
CPUs: 1
Synced Folders: ./ -> /vagrant (using NFS)

The ansible provisioner is the preferred method but if you don't have it installed locally, no worries. A shell provisioner will install Ansible on the VM and run the playbook.

All you need to do is:

vagrant up

To manually run the playbook (after an initial vagrant up):

ansible-playbook ansible/provision.yml \
--private-key=.vagrant/machines/default/virtualbox/private_key \
-i .vagrant/provisioners/ansible/inventory/vagrant_ansible_inventory \
-u root

Sometimes, running the above command will trigger the following error:

fatal: [default] => SSH Error: Host key verification failed.

In those cases, just make sure that your ~/.ssh/known_hosts

TODO

Versioning

Platform uses semantic versioning:

Given a version number MAJOR.MINOR.PATCH, increment the:

  • MAJOR version when you make incompatible API changes,
  • MINOR version when you add functionality in a backwards-compatible manner, and
  • PATCH version when you make backwards-compatible bug fixes.

Additional labels for pre-release and build metadata are available as extensions to the MAJOR.MINOR.PATCH format.

License

Copyright (c) 2015, Jad Bitar and licensed under The MIT License.