Table of Contents #

Setup #

Install TypeScript

If your version of Visual Studio does not already have TypeScript, you can install it for Visual Studio 2015 or Visual Studio 2013. This quickstart uses Visual Studio 2015.

Create a new project

  1. Choose File

  2. Choose New Project

  3. Choose Visual C#

  4. Choose ASP.NET Web Application

    Create new ASP.NET project

  5. Choose MVC

    I unchecked "Host in the cloud" since this will be a local demo. Use MVC template

Run the application and make sure that it works.

Add TypeScript #

The next step is to add a folder for TypeScript.

Create new folder

We'll just call it src.

src folder

Add TypeScript code

Right click on src and click New Item. Then choose TypeScript File and name the file app.ts.

New item

Add example code

Type the following code into app.ts.

function sayHello() {
    const compiler = (document.getElementById("compiler") as HTMLInputElement).value;
    const framework = (document.getElementById("framework") as HTMLInputElement).value;
    return `Hello from ${compiler} and ${framework}!`;

Set up the build

Right click on the project and click New Item. Then choose TypeScript Configuration File and use the default name tsconfig.json.

Create tsconfig.json

Replace the default tsconfig.json with the following:

  "compilerOptions": {
    "noImplicitAny": true,
    "noEmitOnError": true,
    "sourceMap": true,
    "target": "es5",
    "outDir": "./Scripts/App"
  "files": [
  "compileOnSave": true

This is similar to the default, with the following differences:

  1. It sets "noImplicitAny": true.
  2. It specifies that "outDir": "./Scripts/App".
  3. It explicitly lists "files" instead of relying on "excludes".
  4. It sets "compileOnSave": true.

"noImplicitAny" is good idea whenever you're writing new code — you can make sure that you don't write any untyped code by mistake. "compileOnSave" makes it easy to update your code in a running web app. See the tsconfig.json documentation for more information.

Call the script from a view

  1. In the Solution Explorer, open Views | Home | Index.cshtml.

    Open Index.cshtml

  2. Change the code to be the following:

       ViewBag.Title = "Home Page";
    <script src="~/Scripts/App/app.js"></script>
    <div id="message"></div>
       Compiler: <input id="compiler" value="TypeScript" onkeyup="document.getElementById('message').innerText = sayHello()" /><br />
       Framework: <input id="framework" value="ASP.NET" onkeyup="document.getElementById('message').innerText = sayHello()" />


  1. Run the project.
  2. You should see a message when you type in the input boxes:

Picture of running demo


  1. In Edge, press F12 and click the Debugger tab.
  2. Look in the first localhost folder, then src/app.ts
  3. Put a breakpoint on the line with return.
  4. Type in the boxes and confirm that the breakpoint hits in TypeScript code and that inspection works correctly.

Demo paused on breakpoint

That's all you need to know to include basic TypeScript in your ASP.NET project. Next we'll include Angular and write a simple Angular app.

Add Angular 2 #

Download packages from NPM

  1. Install PackageInstaller.

  2. Use PackageInstaller to install Angular 2, systemjs and Typings.

    Right-click on the project, then click on Quick Install Package.

    Use PackageInstaller to install angular2 Use PackageInstaller to install systemjs Use PackageInstaller to install Typings

  3. Use PackageInstaller to install typings for es6-shim.

    Angular 2 includes es6-shim for Promise support, but TypeScript still needs the types. In PackageInstaller, choose Typing instead of npm. Then type "es6-shim":

    Use PackageInstaller to install es6-shim typings

Update tsconfig.json

Now that Angular 2 and its dependencies are installed, we need to enable TypeScript's experimental support for decorators and include the es6-shim typings. In the future decorators and ES6 will be the default and these settings will not be needed. Add "experimentalDecorators": true, "emitDecoratorMetadata": true to the "compilerOptions" section, and add "./typings/index.d.ts" to the "files" section. Finally, we need to add a new entry in "files" for another file, "./src/model.ts", that we will create. Our tsconfig.json should now look like this:

  "compilerOptions": {
    "noImplicitAny": false,
    "noEmitOnError": true,
    "sourceMap": true,
    "target": "es5",
    "experimentalDecorators": true,
    "emitDecoratorMetadata": true,
    "outDir": "./Scripts/App"
  "files": [

Add a CopyFiles target to the build

Finally, we need to make sure that the Angular files are copied as part of the build. To do this, edit the project by right-clicking 'Unload' and then 'Edit csproj'. After the TypeScript configuration PropertyGroup, add a new ItemGroup and Target to copy the angular files.



Now right-click on the project and reload it. You should now see node_modules in the Solution Explorer.

Write a simple Angular app in TypeScript

First, change the code in app.ts to:

import {Component} from "angular2/core"
import {MyModel} from "./model"

    selector: `my-app`,
    template: `
Hello from
class MyApp {
    model = new MyModel();
    getCompiler() {
        return this.model.compiler;

Then add another TypeScript file in src named model.ts:

export class MyModel {
    compiler = "TypeScript";

And then another TypeScript file in src named main.ts:

import {bootstrap} from "angular2/platform/browser";
import {MyApp} from "./app";

Finally, change the code in Views/Home/Index.cshtml to the following:

    ViewBag.Title = "Home Page";


This loads the app. When you run the ASP.NET application you should see a div that says "Loading..." and then updates to say "Hello from TypeScript".

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