Manually writing code to keep the view and model synchronized

angular.js must be loaded before the browser processes ng-app

ng-app must always sit inside the <head> tag

angular.js must be loaded only after ng-app fires an event

Stops AngularJS from compiling and binding the content inside that element

Disables all click events registered on the element

By calling angular.bootstrap() in JavaScript

By calling angular.init() from the browser console

A reference to a property on the current scope

An array listing the names of other modules it depends on

A callback function that renders the application's HTML

The id of the DOM element the module should attach to

Provider setup code that runs before any service instances are created

To run a callback function whenever a specified scope value changes

To permanently lock a scope variable so it cannot change

To trigger an HTTP request as soon as the controller loads

It can be written as a regular function and then referenced by name in ng-controller

It must always be written directly inline inside the ng-controller attribute

It cannot receive services through dependency injection

By injecting the $filter service and invoking it as a function

By assigning the filter name to a plain $scope.filter property

Filters cannot be used anywhere except inside HTML templates

Converts every letter in the string to uppercase

Capitalizes only the first letter of the string

A factory runs a function to build the service object, while a value directly supplies a fixed object

A value can receive injected dependencies but a factory cannot

There is no real difference; the two are interchangeable syntax for the same thing

It creates the service once, lazily, the first time it is injected, and reuses that instance

It creates a brand-new instance every single time the service is injected

The developer must manually instantiate it with the new keyword each time

Repeatedly calls a function after a specified delay, similar to setInterval

Cancels every pending $http request in the application

Measures how long a controller took to finish loading

It tells AngularJS how to uniquely identify each row so existing DOM elements are reused instead of rebuilt

It sorts the table rows into alphabetical order automatically

It hides any duplicate rows from being displayed

That the field's current value fails one or more validation rules

That the field has not yet been touched by the user

That the surrounding form has already been submitted

To validate that the entered text length falls within a specified range

To fix the visible pixel width of the input box

To limit how many times the value can be edited by the user

Runs an expression when the element is double-clicked

Runs an expression the second time the page is loaded

Prevents any click behavior on the element entirely

Runs an expression when the input loses focus

Runs an expression when the input first gains focus

It explicitly lists dependency names as an alternative to array-syntax annotation

It disables dependency injection for that particular controller

It automatically downloads external JavaScript libraries at runtime

They are prefixed with a dollar sign, such as $http and $log

They are always written in all uppercase letters

They always end with the word Service, such as HttpService

It adds an ng-hide class that sets the element's display to none

It adds an ng-invalid class to mark the element as broken

It adds an ng-active class to highlight the element

A brief flash of unrendered {{ }} template tags before AngularJS finishes compiling the page

Users being able to copy text out of the page

Search engines indexing the page's content

By calling the module's .directive() method

By adding a new HTML attribute without writing any JavaScript

By extending the built-in ng-app directive directly

AngularJS is a full MVC-style framework for structuring apps, while jQuery mainly offers DOM manipulation utilities

AngularJS Quiz