Building End to-End Web Apps Using TypeScript

Nov 4, 20131 like1,843 views

The presentation introduces TypeScript as a typed superset of JavaScript that compiles to plain JavaScript. It highlights TypeScript's key features like static typing, classes and modules for code encapsulation, and tooling support. The presenter demonstrates building a simple greeting app with TypeScript to show how its features help create maintainable code. Resources for learning more about TypeScript are provided at the end.

Building End-to-End
Web Apps
Using TypeScript
Gil Fink

Senior Architect
SELA

Agenda
The Why
Introduction to TypeScript
Building a Simple App with TypeScript
Q&A
Summary

Wait! JavaScript End to End?
"JavaScript is the Assembly Language of the
Web"
- Erik Meijer
“you can write large programs in JavaScript.
You just can’t maintain them”
- Anders Hejlsberg

JavaScript Benefits
Powerful language:
Functional
Object oriented
Dynamic
Great runtimes
Huge community
Tons of libraries
Tools
But it also includes a lot of bad parts

The Alternatives
We have several alternatives:
Hard core JavaScript development
CoffeeScript – http://coffeescript.org
Dart – http://dartlang.org
Clojurescript https://github.com/clojure/clojurescript
Script# - http://scriptsharp.com/

What is TypeScript?
“TypeScript is a typed superset of JavaScript that
compiles to plain JavaScript”
~typescriptlang.org

6

TypeScript Key Features

Support
standard
JavaScript code
with static
typing

Encapsulation
through classes
and modules

Support for
constructors,
properties and
functions

Interfaces and
enums support

Lambda
support => and
generics

Intellisense and
syntax checking

8

From TypeScript to JavaScript
TypeScript Code

JavaScript Code
TypeScript
Compiler

class Greeter {
greeting: string;
constructor(message: string) {
this.greeting = message;
}

tsc

greet() {
return “Hi," + this.greeting;
}

var Greeter = (function () {
function Greeter(message) {
this.greeting = message;
}
Greeter.prototype.greet =
function () {
return “Hi," + this.greeting;
};
return Greeter;
})();

}

9

TypeScript Type Annotations
You can add type annotations to variables and
functions

var str : string = ‘hello’; // str is annotated as string

function foo(name: string) : string { // both parameter and function annotated
return ‘hello’ + name;
}

10

Classes and Interfaces
You can define classes
You can define interfaces and implement them
later
interface IGreeter {
greet(): void;
}

var Greeter = (function () {
function Greeter() {
}

class Greeter implements IGreeter{
greeting: string;

Greeter.prototype.greet = function () {
console.log(this.greeting);

greet() {
console.log(this.greeting);
}

}

};
return Greeter;

})();

Modules
You define modules to wrap classes, interfaces
and functionality
module app {
export interface IGreeter {
greet(): void;
export class Greeter implements IGreeter {
greeting: string;
greet() {

console.log(this.greeting);
}
}

(function (app) {
var Greeter = (function () {

function Greeter() {

}

}

var app;

}
Greeter.prototype.greet = function () {
console.log(this.greeting);
};
return Greeter;
})();
app.Greeter = Greeter;
})(app || (app = {}));

Building a Simple End-to-End App with TypeScript

Demo

Summary
•

•

Open source language that compiles into
JavaScript
Key features:
• Code encapsulation
• Maintainable code
• Tooling support

•

Learn TypeScript today!

Resources
Session slide deck and demos –
http://sdrv.ms/18SDF8r
TypeScript – http://www.typescriptlang.org
My Website – http://www.gilfink.net
Follow me on Twitter – @gilfink

THANK YOU
Gil Fink
Senior Architect
gilf@sela.co.il
@gilfink
http://www.gilfink.net

This document discusses building single page applications using TypeScript: - TypeScript is an open source language that compiles to JavaScript, adding support for static typing, classes, interfaces, and modules to improve code quality and maintainability. - Key features of TypeScript include code encapsulation, support for standard JavaScript as well as types, classes, interfaces, and modules. - The document demonstrates building a simple greeting card application with TypeScript, covering basic TypeScript syntax like type annotations, classes, interfaces, and modules. - Resources are provided for learning more about TypeScript and seeing it in use.

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This document discusses how Stencil can help address problems with creating custom elements and web components. Stencil is a compiler that generates standard-compliant web components from components written with JSX and TypeScript syntax. It addresses issues like verbose syntax, lack of features like virtual DOM and data binding, and interoperability with frameworks. Stencil components benefit from features like reactivity, lazy loading and efficient rendering while outputting standard JavaScript that can be used anywhere. The document provides an overview of Stencil's decorators and APIs and how it can help avoid coupling components to specific frameworks or libraries.

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This document discusses how Stencil can help solve problems with creating custom web components. Stencil is a compiler that generates standard-compliant web components from components written with features like JSX and TypeScript. It addresses issues like verbose syntax and lack of framework features by generating code that includes capabilities like virtual DOM and reactivity. Stencil works at build time so generated components can be used by any framework and are suitable for building reusable infrastructure components.

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Gil Fink gave a talk about becoming a tech speaker. He discussed how to get started as a speaker by building name recognition through blogging, open source contributions, writing articles and books. Speakers should find their niche as an expert in a specific topic rather than having general knowledge. It is important to get out of your comfort zone by learning new technologies. Gaining initial speaking experience can come from local user groups or smaller conferences. Proper preparation is key and involves practicing presentations, developing demos, and being prepared to assume challenges may occur. Conferences can be found through online directories, conference social media, and asking other speakers.

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