Seattle Times News App Template

What is it?

This template for grunt-init contains all the setup required to start building a flat-file news application (It may be useful for dynamic apps as well). The goal is to have a set of sensible defaults and automatic tasks similar to those provided by Tarbell, but optimized for a NodeJS workflow. Among other things, app built on this scaffolding will automatically parse CSV and JSON for your HTML templates, import data from Google Drive, build LESS into CSS, browserify JavaScript from CommonJS modules, and set up a local development server with watch tasks and live reload to make rapid development easy as pie.

Executive summary: Provides everything you need to start building a news app for the Seattle Times (or anywhere else).

Installation

Before you begin, you'll need to have the following installed:

• NodeJS/NPM
• The Grunt command line utility (grunt-cli, installed globally)
• Grunt project scaffolding (grunt-init, installed globally)

Find your .grunt-init folder and clone this repo into it using the following command:

git clone git@github.com:seattletimes/newsapp-template newsapp

(We want to clone into the "newsapp" folder so that we can run grunt-init newsapp and not grunt-init newsapp-template.)

That's it! Now let's start a sample project to see how it all works.

Getting Started

For our first project, we'll do something pretty simple. Make a new folder for your project, open a shell there, and type:

grunt-init newsapp

The scaffolding wizard will ask you to fill in some information, such as your name, the name of the project, a description. Once that's done, it'll set up some folders and source files for you, and install the NPM modules needed for this project. After it hands you back to the prompt, type grunt at the command line to compile the project and start a local development server at http://localhost:8000.

This is all well and good, but the page itself isn't very exciting at the start, because there's nothing in it. There are three default files that are created for you to start your project:

• /src/index.html - The primary HTML file for the project
• /src/js/main.js - The entry point for all JavaScript on the page
• /src/css/seed.less - The bootstrap file for LESS compilation into CSS

If you open up src/index.html, and edit it while Grunt is running, the watch task will see your changes and re-run the relevant task. Likewise, editing seed.less (or any other LESS file in the src/css directory) will cause the LESS compiler to recompile your CSS, and editing any JavaScript files in the src/js file will cause the browserify to rebuild /build/app.js based on your dependencies from src/js/main.js. These changes are baked out into the build folder for publishing, but also served up via the local development server on port 8000.

Data and Templating

The index.html template (and any other templates you choose to add to the project) are processed using Grunt's built in Lo-dash templating (HTML files starting with an _ will be ignored). If you have any CSV files located in your data directory, these will be parsed and made available to your templates via the csv object (likewise, JSON files in the data directory will be loaded to the json object, keyed by their filename). For example, maybe you have a CSV file located at data/ceoData.csv containing columns of data named "company", "name", "age", "gender", and "salary". We could write the following template in our index.html file to output this as an HTML table:

<table>
  <thead>
    <tr>
      <th>Name
      <th>Company
      <th>Salary
  <tbody>
    <% csv.ceoData.forEach(function(ceo) { %>
    <tr>
      <td><%= ceo.name %>
      <td><%= ceo.company %>
      <td><%= t.formatMoney(ceo.salary) %>
    <% }); %>
</table>

In addition to on-disk data, you can set the template to import data from Google Sheets. This is a great option for collaborating with other newsroom staff, who may find Google Drive easier than Excel (especially when it comes to sharing files). To configure your project for import, open the project.json file and add your workbook key to the sheets array found there. You'll also need to use the "Publish to Web" menu item in the Sheets UI (under file) to open up API access. Once both of those conditions are met, running grunt sheets will download the data from Google and cache it as JSON (one file per worksheet). As with CSV, the data will be stored as an array unless one of your columns is named "key," in which case it'll be stored as a hash table.

When placing data into your HTML via Lo-dash, there are some helper functions that are also made available via t, as seen above with t.formatMoney(). These are defined in tasks/build.js, but you should feel free to add your own. One that may prove useful is t.include(), which will import another file into the template for processing. For example, we might import a header and footer with the following template:

<%= t.include("_head.html") %>
This space intentionally left blank.
<%= t.include("_foot.html") %>

Client-side Code

Note: This template previously used RequireJS to build from AMD modules, but has switched over to CommonJS and Browserify in order to support asynchronous build processes. If you have old projects that you update to a new version of the template, you will need to either bring over the old amd task (located in tasks/require.js) or convert to the new CommonJS module style.

Let's install jQuery and add it to our JavaScript bundle. From the project folder, run the following command:

npm install jquery --save

By default, we would prefer to use NPM for dependencies, but Bower is also configured in the template. All libraries installed by Bower are placed in src/js/lib by default, although this can be changed by editing the .bowerrc file in the project folder root. Now we'll change src/js/main.js to load jQuery:

//by default, the template loads our sharing and ad modules
require("./lib/social");
require("./lib/ads");

var $ = require("jquery"); //load jQuery from an NPM module
console.log($, path);

When we restart our dev server by running the grunt command, the bundle task will scan the dependencies it finds, starting in src/js/main.js, and build those into a single file at build/app.js (which is already included in the default HTML template). Browserify plugins for loading text files (with extensions .txt and .html) and LESS files (for creating web components) are included with the template.

In a similar fashion, to add more CSS to our project, we would create a new LESS file in src/css, then update our src/css/seed.less file to import it like so:

@import "variables"; //import src/css/variables.less
@import "base"; //import src/css/base.less
@import "project"; //import src/css/project.less

From this point, we can continue adding new HTML templates, new JavaScript files, and new LESS imports, just by following these conventions. Our page will be regenerated as we make changes as long as the default Grunt task is running, and the built-in live reload server will even refresh the page for us!

What else does it do?

The default Grunt task built into the template will run all the build processes, start the dev server, and set up watches for the various source files. Of course, you can also run these as individual tasks, including some tasks that do not run as a part of the normal build. Remember that you can use grunt --help to list all tasks included in the project.

• csv - Load CSV files into the grunt.data.csv object for templating
• json - Load JSON files onto grunt.data.json
• sheets - Download data from Google Sheets and save as JSON files
• template - Load data files and process HTML templates
• less - Compile LESS files into CSS
• bundle - Compile JS into the app.js file
• publish - Push files to S3 or other endpoints
• auth - Create an auth.json file from the AWS environment variables
• connect - Start the dev server
• watch - Watch various directories and perform partial builds when they change
• static - Run all generation tasks, but do not start the watches or dev server

The publish task deserves a little more attention. When you run grunt publish, it will read your AWS credentials from the standard AWS environment variables (AWS_ACCESS_KEY_ID and AWS_SECRET_ACCESS_KEY), falling back on keys found in auth.json (useful for Windows users without admin access). The bucket configuration is loaded from project.json. The task will then push the contents of the build folder up to the stage bucket. If you want to publish to live, you should run grunt publish:live. Make sure your files have been rebuilt first, either by running the default task or by running the static task (grunt static publish will do both).

Where does everything go?

├── auth.json - authentication information for S3 and other endpoints
├── build
│   ├── assets
│   ├── app.js
│   ├── index.html
│   └── style.css
├── data - folder for all JSON/CSV data files
├── Gruntfile.js
├── package.json - Node dependencies and metadata
├── project.json - various project configuration
├── src
│   ├── assets - files will be automatically copied to /build
│   ├── css
│   │   └── seed.less
│   ├── index.html
│   ├── partials - directory containing Seattle Times boilerplate
│   └── js
│       ├── main.js
│       └── lib - directory for Bower, ST site modules
└── tasks - All Grunt tasks
    ├── build.js
    ├── bundle.js
    ├── checklist.txt
    ├── clean.js
    ├── connect.js
    ├── copyAssets.js
    ├── cron.js
    ├── less.js
    ├── loadCSV.js
    ├── loadJSON.js
    ├── loadSheets.js
    ├── markdown.js
    ├── publish.js
    ├── state.js
    └── watch.js

How do I extend the template?

The news app template is just a starting place for projects, and should not be seen as a complete end-to-end solution. As you work on a project, you may need to extend it with tasks to do specialized build steps, copy extra files, or load network resources. Here are a few tips on how to go about extending the scaffolding on a per-project basis:

• Any .js files located in tasks will be loaded automatically by Grunt. Try to keep new tasks relatively self-contained, instead of ending up with a sprawling Gruntfile. Each task can add its own config to the overall configuration with grunt.config.merge, as the existing tasks do.
• As with Tarbell, CSV files can be loaded in one of two ways. By default, they will use the columns as the keys, and appear to the HTML template as an array of objects. However, if one of your columns is named "key", the result will be an object mapping the key value to the row data. This is useful for localization, among other purposes.
• The setup process will install the ShellJS module in your project, which is used by several of the built-in tasks for file management and setup. In addition to UNIX file operations like cp and mv, ShellJS also provides cross-platform implementations of sed, grep, and ln, as well as easy access to environment variables. Using ShellJS means you don't have to resort to Bash scripting for basic make-like tasks.