- About This eBook
- Title Page
- Copyright Page
- Developer’s Library
- Dedication Page
- Contents
- Acknowledgments
- About the Author
- We Want to Hear from You!
- Reader Services
- Introduction
- Who Should Read This Book
- Why You Should Read This Book
- What You Will Learn from This Book
- What Is Node.js?
- What Is MongoDB?
- What Is AngularJS?
- How This Book Is Organized
- Getting the Code Examples
- A Final Word
- 1. Introducing the Node.js-to-AngularJS Stack
- 2. JavaScript Primer
- II: Learning Node.js
- 3. Getting Started with Node.js
- 4. Using Events, Listeners, Timers, and Callbacks in Node.js
- 5. Handling Data I/O in Node.js
- 6. Accessing the File System from Node.js
- 7. Implementing HTTP Services in Node.js
- 8. Implementing Socket Services in Node.js
- Implementing TLS Servers and Clients
- Summary
- Up Next
- Understanding the process Module
- Implementing Child Processes
- Using the cluster Module
- Understanding the Worker Object
- Implementing an HTTP Cluster
- Summary
- Up Next
- 10. Using Additional Node.js Modules
- III: Learning MongoDB
- 11. Understanding NoSQL and MongoDB
- Why NoSQL?
- Understanding MongoDB
- MongoDB Data Types
- Planning Your Data Model
- Normalizing Data with Document References
- Denormalizing Data with Embedded Documents
- Using Capped Collections
- Understanding Atomic Write Operations
- Considering Document Growth
- Identifying Indexing, Sharding, and Replication Opportunities
- Large Collections Versus Large Numbers of Collections
- Deciding on Data Life Cycles
- Considering Data Usability and Performance
- Up Next
- 12. Getting Started with MongoDB
- Adding the MongoDB Driver to Node.js
- Connecting to MongoDB from Node.js
- Understanding the Db Object
- Understanding the Admin Object
- Understanding the Collection Object
- Understanding the Cursor Object
- 11. Understanding NoSQL and MongoDB
- Accessing and Manipulating Databases
- Accessing and Manipulating Collections
- Summary
- Up Next
- 14. Manipulating MongoDB Documents from Node.js
- Understanding Database Change Options
- Understanding Database Update Operators
- Adding Documents to a Collection
- Updating Documents in a Collection
- Atomically Modifying Documents in a Collection
- Saving Documents in a Collection
- Using upsert to Insert Documents in a Collection
- Deleting Documents from a Collection
- Removing a Single Document from a Collection
- Summary
- 15. Accessing MongoDB Documents from Node.js
- 16. Using Mongoose for Structured Schema and Validation
- Understanding Mongoose
- Defining a Schema
- Compiling a Model
- Understanding the Query Object
- Understanding the Document Object
- Finding Documents by Using Mongoose
- Adding Documents by Using Mongoose
- Updating Documents by Using Mongoose
- Removing Documents by Using Mongoose
- Aggregating Documents by Using Mongoose
- Using the Validation Framework
- Implementing Middleware Functions
- Summary
- Up Next
- 17. Advanced MongoDB Concepts
- IV: Using Express to Make Life Easier
- 19. Implementing Express Middleware
- V: Learning AngularJS
- 20. Getting Started with AngularJS
- Why AngularJS?
- Understanding AngularJS
- An Overview of the AngularJS Life Cycle
- Integrating AngularJS with Existing JavaScript and jQuery
- Adding AngularJS to the Node.js Environment
- Bootstrapping AngularJS in an HTML Document
- Using the Global APIs
- Creating a Basic AngularJS Application
- Summary
- Up Next
- 21. Understanding AngularJS Modules and Dependency Injection
- 22. Implementing the Scope as a Data Model
- 23. Using AngularJS Templates to Create Views
- 24. Implementing Directives in AngularJS Views
- 25. Implementing AngularJS Services in Web Applications
- 20. Getting Started with AngularJS
- VI: Building Practical Web Application Components
- Libraries Used
- Project Directory Structure
- Defining the User Model
- Creating the Server
- Implementing Routes
- Implementing the User Signup Route
- Implementing the User Login Route
- Implementing the Get User Profile Route
- Implementing the Update User Route
- Implementing the Delete User Route
- Full User Controller Code
- Implementing the User and Authentication Views
- Implementing the AngularJS Module and Controller
- Using Social Media Accounts as Authentication Sources
- Summary
- Up Next
- 27. Adding Comment Threads to Pages
- Libraries Used
- Defining the Comment, Reply, Photo, and Page Models
- Creating the Comments Server
- Implementing Routes to Support Viewing and Adding Comments
- Implementing the Model-Based Controller Routes
- Implementing Photo and Comment Views
- Implementing the AngularJS Module and Controller to Support Comment Views
- Initializing the Application
- Summary
- Up Next
- 28. Creating Your Own Shopping Cart
- Project Description
- Libraries Used
- Project Directory Structure
- Defining the Customer, Product, and Orders Models
- Creating the Shopping Cart Server
- Implementing Routes to Support Product, Cart, and Order Requests
- Implementing the Model-Based Controller Routes
- Implementing Shopping Cart and Checkout Views
- Implementing the AngularJS Module and Controller to Support Shopping Cart Views
- Initializing the Application
- Summary
- Up Next
- 29. Building Interactive Web 2.0 Application Components
- Project Description
- Libraries Used
- Project Directory Structure
- Defining the Project Model
- Creating the Application Server
- Implementing Routes to Support the Views
- Implementing a Tabbed View
- Creating the Backend Weather Service
- Defining the Weather AngularJS Controller
- Defining the Weather AngularJS View
- Styling the Weather View
- Implementing Draggable Elements
- Implementing Dynamic Data Access
- Initializing the Application
- Summary
- Index
What Is MongoDB?
MongoDB is an agile and very scalable NoSQL database. The name Mongo comes from the word “humongous,” emphasizing the scalability and performance MongoDB provides. MongoDB provides great website backend storage for high-traffic websites that need to store data such as user comments, blogs, or other items because it is quickly scalable and easy to implement.
The following are some of the reasons that MongoDB really fits well in the Node.js stack:
Document orientation: Because MongoDB is document oriented, data is stored in the database in a format that is very close to what you deal with in both server-side and client-side scripts. This eliminates the need to transfer data from rows to objects and back.
High performance: MongoDB is one of the highest-performing databases available. Especially today, with more and more people interacting with websites, it is important to have a backend that can support heavy traffic.
High availability: MongoDB’s replication model makes it very easy to maintain scalability while keeping high performance.
High scalability: MongoDB’s structure makes it easy to scale horizontally by sharding the data across multiple servers.
No SQL injection: MongoDB is not susceptible to SQL injection (that is, putting SQL statements in web forms or other input from the browser and thereby compromising database security). This is the case because objects are stored as objects, not using SQL strings.
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