Angular Material-Start (Tutorials)

This branch contains the tutorial steps and processes used to implement the start-app shown below:

Above is a snaphot of the Starter-App with a Master-Detail layout: showing a list of users (left) and a user detail view (right).

Also shown is the user experience that will be displayed for smaller device sizes. The responsive layout reveals the menu button that can be used to hide the user list and a share button that can be used to show the Share bottom sheet view.

This Starter app demonstrates how:

Angular Material layout and flex options can easily configure HTML containers
Angular Material components <md-toolbar>, <md-sidenav>, <md-icon> can be quickly used
Custom controllers can use and show <md-bottomsheet> with HTML templates
Custom controller can easily, programmatically open & close the SideNav component.
Responsive breakpoints and $mdMedia are used
Theming can be altered/configured using $mdThemingProvider

This sample application is purposed as both a learning tool and a skeleton application for a typical AngularJS Material web app: comprised of a Side navigation area and a content area. You can use it to quickly bootstrap your angular webapp projects and dev environment for these projects.

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"How to build an App"

Here are some generalized steps that may be used to conceptualize the application implementation process:

Plan your layout and the components you want to use; preferrably with a site UX design document.
Use hard-coded HTML and mock content to make sure the components render as desired
Integrate UI components to your custom application logic

Use the seamless integration possible with Angular directives and controllers
This integration assumes that you have unit tested your app logic

Add Adaptive breakpoints
Add Theming support
Confirm ARIA compliance
Write e2e Tests

It is important to validate your app logic with Angular Material UI components.

ES5 Tutorials

These tutorials assume that you have already cloned the repository and executed the npm install command.

You will notice html Tutorials #0 thru #8: these will be used to guide you through the development process. By following these tutorials stages, you will be very quickly introduced to the powerful features of Angular Material.

Each tutorial presents the resulting changes for that stage. It is recommended, however, that you start with the preceding tutorial and manually make the changes requested. The effort you invest to implement these changes will highlight specific concepts at each Tutorial stage.

At each tutorial stage, you should use a web-server to view the that tutorial page. Open the dev console to see any warnings and browser the elements. Or just open the JSBin Demo link to see the lession application running live online.

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Step #1: Load Libraries

Here will modified the shell application [available in tutorial_0.html] to use Angular-Material.

Use NPM to install angular-material with npm install
In the HTML, load the CSS and JS modules:
Configure the app dependency on 'ngMaterial'

  <head>
    <link href="../node_modules/angular-material/angular-material.css" rel="stylesheet" />
  </head>

  <body>
    <script src="../node_modules/angular/angular.js" type="text/javascript" ></script>
    <script src="../node_modules/angular-animate/angular-animate.js" type="text/javascript" ></script>
    <script src="../node_modules/angular-aria/angular-aria.js" type="text/javascript" ></script>
    <script src="../node_modules/angular-material/angular-material.js" type="text/javascript" ></script>

	<script>
		// Include the dependency upon ngMaterial - important !!
		angular.module('starterApp', ['ngMaterial']);
	</script>
  </body>

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JSBin Demo for Step #1

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Step #2: Container Layouts

###### Wirefame

The illustration below shows how we planned the layout and identified the primary components that will be used in the Starter application:

![plancomponents2](https://cloud.githubusercontent.com/assets/210413/6444676/c247c8f8-c0c4-11e4-8206-208f55cbceee.png)

Note that container #2 (above) is a simple <div> container and not an Angular Material component.

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Add the <md-toolbar>, <md-sidenav>, <md-content> containers. [The md-sidenav is the container for the Users list view and the md-content is the container for the selected User details view.
Add the layout and flex attributes to configure the container layouts and sizing aspects.
Use md-locked-open to lock the sidenav open on the left
Use the md-whiteframe-z2 to add a shadow the the sidenav

  <body ng-app="starterApp" layout="column">

	<!-- Container #1 (see wireframe) -->
    <md-toolbar layout="row" >
      <h1>Angular Material - Starter App</h1>
    </md-toolbar>

	<!-- Container #2 -->
    <div flex layout="row">

		<!-- Container #3 -->
        <md-sidenav md-is-locked-open="true" class="md-whiteframe-z2"></md-sidenav>

		<!-- Container #4 -->
        <md-content flex id="content"></md-content>

    </div>
	
  </body>

Here you used the wireframe planning and layout to identify the components and attributes needed. Then use the Angular Material Layout api to layout your containers and responsively adjust their sizes.

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JSBin Demo for: Step #2

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Step #3: Hard-Coded HTML

Here you will use hard-coded elements and Angular Material UI componetns to render and layout each container's children elements.

Show a list of Users in the md-sideNav container
- Use the md-list, md-button, and md-icon components with mock data
Show mock user details in the md-content container

Note: that the md-sidenav is the container for the master Users List view, and the md-content is the container for the detail User Detail view.

  <body ng-app="starterApp" layout="column">

	<md-sidenav md-is-locked-open="true" class="md-whiteframe-z2">
	  <md-list>

		<!-- List item #1 -->
		<md-list-item >
			<md-button>
			  <md-icon md-svg-src="./assets/svg/avatar-1.svg" class="avatar"></md-icon>
			  Lia Luogo
			</md-button>
		</md-list-item>

		<!-- List item #2 -->
		<md-list-item >
			<md-button>
			 <md-icon md-svg-src="./assets/svg/avatar-4.svg" class="avatar"></md-icon>
			  Lawrence Ray
			</md-button>
		</md-list-item>

	  </md-list>
	</md-sidenav>

	<md-content flex id="content">
	  <!-- User details sample -->

	  <md-icon md-svg-src="./assets/svg/avatar-1.svg" class="avatar"></md-icon>
	  <h2>Lia Luogo</h2>
	  <p>
		I love cheese...
	  </p>
	</md-content>

  </body>

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JSBin Demo for: Step #3

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Step #4: Dynamic, Mock Data

Here you will replace the hard-coded HTML with dynamic, mock user data. Let's do this in 2 stages:

Build custom application logic for load the mock user data
Build the HTML markup to render the dynamic, mock data

Then you integrate your custom, application logic.

Define a Angular module 'users' for your custom code
Define your data services, models, and controllers
Load your custom code using script tags
Configure your 'starterApp' to require (have a dependency upon) both 'ngMaterial' and 'users'.

<script src="./src/users/Users.js"></script>
<script src="./src/users/UsersListController.js"></script>
<script src="./src/users/UsersDataservice.js"></script>

<script type="text/javascript">

  angular.module('starterApp', ['ngMaterial', 'users']);

</script>

Now replace the hardcoded HTML with dynamic markup using Angular directives (eg ng-repeat) and the standard Angular {{ }} interpolation markup.

Use dynamic HTML that will be compiled and rendered by Angular
Register a set of custom avatar icons; since each 'user' references an avatar ID.

 <!-- Wireframe Container #2 -->
 <div flex layout="row">
 	<!-- Wireframe Container #3 -->
	<md-sidenav md-is-locked-open="true" class="md-whiteframe-4dp">
	  <md-list>
		<md-list-item ng-repeat="u in ul.users">
			<md-button ng-click="ul.selectUser(it)" ng-class="{'selected' : u === ul.selected }">
			  <md-icon md-svg-icon="{{u.avatar}}" class="avatar"></md-icon>
			  {{it.name}}
			</md-button>
		</md-list-item>
	  </md-list>
	</md-sidenav>

	<!-- Wireframe Container #4 -->
	<md-content flex id="content">
	  <md-icon md-svg-icon="{{ul.selected.avatar}}" class="avatar"></md-icon>
	  <h2>{{ul.selected.name}}</h2>
	  <p>{{ul.selected.content}}</p>
	</md-content>
	
 </div>


 <script type="text/javascript">
  angular
	  .module('starterApp', ['ngMaterial', 'users'])
	  .config(function( $mdIconProvider ){

		  // Register the user `avatar` icons
		  $mdIconProvider
				  .defaultIconSet("./assets/svg/avatars.svg", 128);
	  });
 </script>

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JSBin Demo for: Step #4

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Step #5: Use the BottomSheet

In this step, you will use a dynamic, mbBottomSheet component at the bottom of the user details area. This contact sheet will be used to display user contact options available for each user.

create a "Share" button in the upper right of the user details view
create a User Contact view and controller to show in the bottom sheet
programmatically configure and load the bottomsheet using the $mdBottomSheet service
register icons that will be used inside the user ContactSheet

Add the share button to the UI:

<md-content flex id="content">
  <md-icon md-svg-icon="{{ul.selected.avatar}}" class="avatar"></md-icon>
  <h2>{{ul.selected.name}}</h2>
  <p>{{ul.selected.content}}</p>

  <md-button class="share" md-no-ink ng-click="ul.makeContact(ul.selected)">
	<md-icon md-svg-icon="share"></md-icon>
  </md-button>
</md-content>

<script type="text/javascript">

  angular
	  .module('starterApp', ['ngMaterial', 'users'])
	  .config(function($mdIconProvider){

		  $mdIconProvider.icon("share", "./assets/svg/share.svg", 24);
	  });

</script>

Add the makeContact() function to the controller:

/**
 * Show the bottom sheet
 */
function share(selectedUser) {

	$mdBottomSheet.show({
	  controllerAs     : "vm",
	  controller       : [ '$mdBottomSheet', ContactSheetController],
	  templateUrl      : './src/users/view/contactSheet.html',
	  parent           : angular.element(document.getElementById('content'))
	});

	 function ContactSheetController( $mdBottomSheet ) {
	   this.user = selectedUser;
	   this.items = [
		 { name: 'Phone'       , icon: 'phone'       , icon_url: 'assets/svg/phone.svg'},
		 { name: 'Twitter'     , icon: 'twitter'     , icon_url: 'assets/svg/twitter.svg'},
		 { name: 'Google+'     , icon: 'google_plus' , icon_url: 'assets/svg/google_plus.svg'},
		 { name: 'Hangout'     , icon: 'hangouts'    , icon_url: 'assets/svg/hangouts.svg'}
	   ];
	   this.contactUser = function(action) {
		 // The actually contact process has not been implemented...
		 // so just hide the bottomSheet

		 $mdBottomSheet.hide(action);
	   };
	 }
}

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JSBin Demo for: Step #5

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Step #6: Adaptive Layouts

The Angular Material Layout API uses flexbox to enable your DOM containers and elements to fluidly respond to height and width changes in the browser viewport. The Layout API also uses media queries to define specific browser width ranges that can trigger yoru application to adapt to the new viewport size. These ranges are known as breakpoints and are defined here:

But using media queries and breakpoints is too low-level for Angular Material developers. Hence the use of the

Simply append the alias to the desired Layout API to trigger that directive to work only when the breakpoint range is active.

In this lesson, you will add adaptive breakpoints so the application layout will adapt to different device display sizes.

Add a Menu button in the Toolbar
Lock the Users list open if device display is wider than > 600px; hide otherwise.
- Use the $mdMedia to help with this feature.
Hide the Toolbar menu icon button if the Users list is open.
Add click support for the menu buttons.
- Use the $mdSideNav service to toggle the sideNav
- Auto-close the sideNav after a user is selected.

<body>
	<!-- Wireframe Container #1 -->
    <md-toolbar layout="row">
	<md-button class="menu" hide-gt-sm ng-click="ul.toggleList()" >
        	<md-icon md-svg-icon="menu" ></md-icon>
    	</md-button>
    </md-toolbar>

	<!-- Wireframe Container #2 -->
	<div flex layout="row">

	 <!-- Wireframe Container #3 -->
	 <md-sidenav md-is-locked-open="$mdMedia('gt-sm')"
				 md-component-id="left"
				 ng-click="ul.toggleList()" >
	 </md-sidenav>

	 <!-- Wireframe Container #4 -->
	 <md-content flex id="content">
	  <md-button class="share" md-no-ink ng-click="ul.share(ul.selected)"></md-button>
	 </md-content>

	</div>
</body>

<script type="text/javascript">


  angular
	  .module('starterApp', ['ngMaterial', 'users'])
	  .config(function($mdIconProvider){
		  $mdIconProvider.icon("menu", "./assets/svg/menu.svg", 24);
	  });

</script>

Using the Layout API and out breakpoint aliases along with component services

hide-gt-sm and $mdMedia('gt-sm')
$mdSidenav and $mdMedia

we have quickly created an application that not only responds to size changes but also adapts to breakpoint triggers.

function UserController( userService, $mdBottomSheet, $mdSidenav ) {
  var self = this;

  self.toggleList   = toggleUsersList;

  // *********************************
  // Internal methods
  // *********************************

  /**
   * Hide or Show the 'left' sideNav area
   */
  function toggleUsersList() {
    $mdSidenav('left').toggle();
  }
}

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JSBin Demo for: Step #6

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Step #7: Theming & ARIA

Here you will configure to use a different, darker theme.

Use $mdThemingProvider to configure a different theme using primary colors from the brown color palette and accent colors from the red color palette.

<script type="text/javascript">

  angular
	  .module('starterApp', ['ngMaterial', 'users'])
	  .config(function($mdThemingProvider, $mdIconProvider){

		  $mdThemingProvider.theme('default')
			  .primaryPalette('brown')
			  .accentPalette('red');
	  });

</script>

Finally let's will fix any ARIA warnings that Angular Material may display in the Dev console.

Insert aria-label attributes for mdButton components that do not have labels.

<body>
	<!-- Wireframe Container #1 -->
    <md-toolbar layout="row">
      <md-button class="menu" aria-label="Show User List"></md-button>
    </md-toolbar>

	<!-- Wireframe Container #2 -->
	<div flex layout="row">

	 <!-- Wireframe Container #3 -->
	 <md-sidenav>...</md-sidenav>

	 <!-- Wireframe Container #4 -->
	 <md-content flex id="content">
	  <md-button class="share" aria-label="Share with {{ ul.selected.name }}"></md-button>
	 </md-content>

	</div>
</body>

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JSBin Demo for: Step #7

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Summary

With only seven (7) Tutorial Steps and a few minutes of work, we have quickly created a functional Angular Material application that is beautiful, responsive, theme'ed, accessible, and easily maintained.

Imagine doing this without Angular Material!

werzizu / angular-material-es5 Goto Github PK

angular-material-es5's Introduction

Angular Material-Start (Tutorials)

"How to build an App"

ES5 Tutorials

Step #1: Load Libraries

JSBin Demo for Step #1

Step #2: Container Layouts

JSBin Demo for: Step #2

Step #3: Hard-Coded HTML

JSBin Demo for: Step #3

Step #4: Dynamic, Mock Data

JSBin Demo for: Step #4

Step #5: Use the BottomSheet

JSBin Demo for: Step #5

Step #6: Adaptive Layouts

JSBin Demo for: Step #6

Step #7: Theming & ARIA

JSBin Demo for: Step #7

Summary

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