Book Image

TypeScript High Performance

By : Ajinkya Kher
Book Image

TypeScript High Performance

By: Ajinkya Kher

Overview of this book

<p>In a world where a tiny decrease in frames per second impacts customer engagement greatly, writing highly scalable code is more of a necessity than a luxury. Using TypeScript you get type checking during development. This gives you the power to write optimized code quickly. This book is also a solid tool to those who’re curious to understand the impact of performance in production, and it is of the greatest aid to the proactive developers who like to be cognizant of and avoid the classic pitfalls while coding.</p> <p>The book will starts with explaining the efficient implementation of basic data Structures, data types, and flow control. You will then learn efficient use of advanced language constructs and asynchronous programming. Further, you'll learn different configurations available with TSLint to improve code quality and performance. Next, we'll introduce you to the concepts of profiling and then we deep dive into profiling JS with several tools such as firebug, chrome, fiddler. Finally, you'll learn techniques to build and deploy real world large scale TypeScript applications.</p>
Table of Contents (17 chapters)
Title Page
Credits
Foreword
About the Author
Acknowlegement
About the Reviewer
www.PacktPub.com
Customer Feedback
Preface
7
Profile Deployed JS with Developer Tools and Fiddler

Mixins


Mixins is another useful construct, not as popularly known, that can be leveraged in certain scenarios to get a job done. The basic idea is to build larger more complete classes from partial ones. Folks familiar with a similar concept in Scala may have an idea of such an operation. Folks familiar with multiple inheritance in C++ can also somewhat relate to this concept.

Before we delve into the topic of mixins, let's understand the following two tree operations, as this is the backdrop against which we will uncover this topic:

  • Inorder traversal: As already covered earlier in this chapter, this is a traversal technique in which we visit every node in a given node's left subtree, followed by the node itself, followed by every node in the node's right subtree. This definition is recursive, meaning the exact same sequence of events happens at every node we visit.

Note

Binary Search Tree (BST) is a specialized binary tree in which every node in the tree has a value greater than or equal to...