Introduction

This is my seed repository for any HTML 5 project I start. This file describes some of the core features of the stack and should give you everything you need to know to start coding.

Besides the core project structure, I added a couple of pages that all implement a simple a+b=c functionality in a number of different ways. This should give you a first hands-on example on core AngularJS concepts.

If you are new to AngularJS, you might want to clone https://github.com/AGoliath/webstack/tree/0.1 This is the basic version of the stack

The current master branch adds an example on how to interact with REST services, and uses some more advanced topics.

Prerequisites

Required

You will need npm, the node.js package manager. If you haven´t installed it already, grab it from http://nodejs.org

Optional

a decent IDE (I prefer IntelliJ IDEA or PHPStorm)
a good language file editor if you´d like to go into translating your app into multiple languages. I use www.poedit.net

Getting Started

Clone the repository
Edit the package.json file and fill in the "name" at the very top of the file (the other "tbd"s are optional) Note: This is the name of your app and might end in file paths, urls, and so on, so don´t use whitespace or characters invalid in urls.
Open a elevated / sudo'ed terminal, go to the directory where this readme file lives (we´ll call it the "project dir" from now on), and run

npm install && npm install -g grunt-cli

and all dependencies will be installed.

Note: You´ll only need the elevated terminal if grunt-cli is not already installed. Otherwise, a non-priviledged terminal will do.

From a terminal at the project dir, run

grunt generateIndex deploy

If everything is set up correctly, the grunt job will run without errors and you´re now all set to start coding!

A few tips on where to go from here...

For development, you can go ahead and make your changes within the app/ folder. There is no need to run any grunt targets while working within app/, except for the index.html and translations.js files.

To update your translations.js, see the Translations section below.

Never edit the app/index.html file directly. Please make your changes to index.template.html and run grunt generateIndex. That makes sure you don´t miss out on any JS includes. You only need to run grunt generateIndex if you need to include JS files you freshly created

Never edit any files within dist/. These files are auto-generated by grunt deploy.

For debugging purpose it is recommend to have your IDE spawn a webserver and browser instance. However if you want to fire up a simple HTTP server run "grunt start". You may also open the app/index.html directly from your filesystem in your browser (via file:///yourpath/app/index.html) but this won´t work in all browsers, so just use grunt start instead.

grunt Tasks

Run grunt (without parameters) in the project folder to see a list of all relevant grunt tasks and a short description.

You can daisychain targets, e.g.

grunt generateIndex deploy test e2etest start

grunt deploy magic

The grunt deploy task creates a dist version out of your app folder. Here is a short overview on what it does exactly (check the gruntfile for details)

Please note: By design it does not execute the grunt generateIndex task. I expect the dist version to behave exactly like the app version, I don´t want any other stuff to be added when I deploy (except for language file updates) On the other hand: if you do not run grunt generateIndex at least once before grunt deploy, you might end up without an dist/index.html file...

clean (as in: delete!) the .tmp and dist folder
re-compile the language files
compiles your LESS to CSS and changes the references in your code accordingly
Removes the dependency on less.js
uses ngmin to make your AngularJS Dependency Injections minify-safe (You can use the shortcut notification function($scope,$route) in your app sources, ngmin will convert it to the safe ["$scope","$route",function($scope,$route)] version for you
concats all JS and CSS files to one (using the marker comments in the index.html)
uglifies and minifies your JS and CSS
create a source map for the minified JS

Files and Folders

Edit source files in app/, translations in po/, and testcases in test/.

Below app/ there are

app/js where your JS files live. app/js/libs contain all third-party code.
app/partials contain all HTML partials (sub-pages as well as directives) of your app
app/css contains your LESS source files (both, your custom files directly under app/css as well as a subfolder for bootstraps LESS)
app/img and app/fonts should be self-explanatory
app/index.template.html that contains the template for grunt generateIndex
app/index.html - once again - never edit it by hand! make your changes to the template and then run grunt generateIndex

after grunt deploy, there are also

dist/ containing a self-contained, ready-to-distribute version of the app (css and js minified, LESS compiled to CSS, etc...)
dist_maps/ contains the source map files for the uglifiyed JS and CSS
node_modules/ where npm installs it´s dependencies
.tmp/ just ignore, intermediate files generated during grunt deploy (e.g. combined-but-not-jet-minified CSS and JS files)

Files you should never edit by hand

app/index.html - edit app/index.template.html, then run grunt generateIndex to update index.html
app/js/translations.js - use grunt lang to update this file based on your translations in po/ (see section 'Translations' below)
everything within dist/ and dist_map

Testing

The stack supports unit tests as well as end-to-end tests. For examples see the test/ folder.

All test cases use the Jasmine framework (http://jasmine.github.io/2.0/introduction.html) Unit tests use "vanilla" Jasmine, while e2e tests make use of the WebDriver and Protractor extensions for Jasmine (https://github.com/angular/protractor/blob/master/docs/api.md)

Unittests

Currently, all unittests run on the dist folder only.

Run unit tests via grunt test (one time) or grunt watchTests (spawns a browser to constantly monitor your tests as you code them) Unit test configuration is done by test/karma.conf.js

Unittests do not test (or rely on) browser renderings, that´s what end-to-end tests are for.

End-to-End (e2e) Tests

Run end-to-end tests via grunt e2etest. This will spawn a webserver (by default at http://127.0.0.1:18181/) for your app folder, and executes the testcases against that base URL. E2e test configuration is done by test/protractor.conf.js

Test Browsers

Karma is currently configured to run tests in Chrome, Firefox and IE. For this to work you need to set a corresponding ENV variable for every browser binary, please see http://karma-runner.github.io/0.8/config/browsers.html for details.

If you want to remove a specific browser (e.g. on Linux without IE), adapt the browsers array in test/karma.conf.js

Protractor currently uses Chrome only (simply because I haven´t configured other browsers yet)

Translations

After running grunt lang, there will be a file po/template.pot you can use to create new and update existing translation (*.po) files. The name of the translation file must match the parameter in the setLanguage() API, e.g. a in partials/header.html requires an en.po file compiled via grunt lang. As stated before, I use www.poedit.net to generate my translations.

Currently included Frameworks/Tools

(see package.json for used versions; angularjs and boostrap versions can be found in their source trees below app/js/lib/)

Grunt as Buildtool
AngularJS as MVC Framework (based on full jQuery, not jQLite)
Bootstrap (full version, not angular-ui.bootstrap) as UI Framework
LESS as CSS precompiler
Karma as Unit-Testcase runner
Protractor as End-to-End Testcase runner (based on WebDriver and Selenium)
Language Support via ng-gettext
A number of grunt plugins for creating the 'dist' version, see gruntfile for details

AGoliath/webstack

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