Snippet from CameraComponent.ngAfterViewInit. We then set our camera stream to the video element on our CameraComponent. See Angular Http with RxJS Observables for more details on the HttpClient from Angular. When application loads, we first hit the api/image/options endpoint вЂ“ getting our client settings from the server. This is the state machine of the overlay for the user workflow вЂ“ it toggles various templates into and out of viewДЄ numeric entry markup, which outputs the user input Wraps the, and elements, and orchestrates communications between them At the time of writing, we had the following components: ComponentД®ncapsulates the ability to bind src audio files and invoke async play() functionality We have an that makes HTTP calls out to our Web API. Since itвЂ™s Angular weвЂ™ll look at some TypeScript. It contains the user interactions and workflow. The Angular application is where a lot of the logic lives. => Json(await imageProcessor.ProcessImagesAsync( => Json(imageProcessor.GetImageOptions()) Public class ImageController : Controller If youвЂ™re eager to learn more, I published an article with details on ASP.NET Core Web API Attributes. We have an endpoint that returns various configuration options to the client app, and then a more interesting api/image/generate endpoint. Our application has only one controller with a few actions on it. See ASP.NET Core - Configuration Tips for more details.

These also become available to us later from the perspective of DI. Likewise, we map over some sections from our appsettings.json configuration to C# classes. Later, our controllers can ask for these interfaces and expect the corresponding implementations. We have some unique services being added to our dependency injection (DI) service collection. Snippet from Startup.ConfigureServices // Map servicesД¬onfiguration.GetSection(nameof(ImageProcessingOptions))) Д¬onfiguration.GetSection(nameof(ImageCaptureOptions))) Д¬onfiguration.GetSection(nameof(ImageRepositoryOptions))) Д¬onfiguration.GetSection(nameof(TwilioOptions))) This too, has common conventions and things to look for, such as components, services, modules, pipes, etc. As I mentioned, this is an ASP.NET Core application вЂ“ so weвЂ™ll see a Program.cs, Startup.cs and a Controllers directory for our ASP.NET Core Web API. Now the weвЂ™ve familiarized ourselves with what we need to do, letвЂ™s take a look at how we can approach it. The application is up on GitHub here: IEvangelist.PhotoBooth. Send SMS text message with URL of animated. Additionally, IвЂ™m leveraging the following: TechnologyД¬onvert several. This application is built using the Angular ASP.NET Core SPA template. There are plenty of opportunities for вЂњphoto bombingвЂќ! Technologies Used This ends up sparking a chain reaction where others take notice and join in. Pressing the вЂњstartвЂќ button leads to more excitement as theyвЂ™re presented with a count down timerвЂ¦ 3, 2, 1вЂ¦ (Flash, Snap)! Their picture is taken, this continues a few more times.

The hope is that their curiosity will entice them enough to press the вЂњstartвЂќ button. Anyone walking by will more than likely see themselves and naturally become curious. ThatвЂ™s pretty simple, right?! While the application is idle, weвЂ™ll provide the live camera view with some branding and a вЂњstartвЂќ button.

We need to reset the state of the app after sharing is complete.

We need to allow the user to send them to themselves for sharing.

We need to create an animated image from these pictures.

We need to capture several pictures upon user initiation.

Simple booth app