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In this guide, you will learn how to:
- Create a Kubernetes-based environment in Azure that is optimized for development - a dev space.
- Iteratively develop code in containers using VS Code and the command line.
- Productively develop and test your code in a team environment.
Note
If you get stuck at any time, see the Troubleshooting section.
Install the Azure CLI
Azure Dev Spaces requires minimal local machine setup. Most of your dev space's configuration gets stored in the cloud, and is shareable with other users. Start by downloading and running the Azure CLI.
Sign in to Azure CLI
Sign in to Azure. Type the following command in a terminal window:
Note
If you don't have an Azure subscription, you can create a free account.
If you have multiple Azure subscriptions..
You can view your subscriptions by running:
Locate the subscription which has True for IsDefault.If this isn't the subscription you want to use, you can change the default subscription:
Create a Kubernetes cluster enabled for Azure Dev Spaces
At the command prompt, create the resource group in a region that supports Azure Dev Spaces.
Create a Kubernetes cluster with the following command:
It takes a few minutes to create the cluster.
Configure your AKS cluster to use Azure Dev Spaces
Enter the following Azure CLI command, using the resource group that contains your AKS cluster, and your AKS cluster name. The command configures your cluster with support for Azure Dev Spaces.
Important
The Azure Dev Spaces configuration process will remove the
azds
namespace in the cluster, if it exists.Get Kubernetes debugging for VS Code
Rich features like Kubernetes debugging are available for .NET Core and Node.js developers using VS Code.
- If you don't have it, install VS Code.
- Download and install the VS Azure Dev Spaces and C# extensions. For each extension, click install on the extension's Marketplace page, and again in VS Code.
Create a web app running in a container
In this section, you'll create an ASP.NET Core web app and get it running in a container in Kubernetes.
Create an ASP.NET Core web app
Clone or download the Azure Dev Spaces sample application. This article uses the code in the samples/dotnetcore/getting-started/webfrontend directory.
Preparing code for Docker and Kubernetes development
So far, you have a basic web app that can run locally. You'll now containerize it by creating assets that define the app's container and how it will deploy to Kubernetes. This task is easy to do with Azure Dev Spaces:
- Launch VS Code and open the
webfrontend
folder. (You can ignore any default prompts to add debug assets or restore the project.) - Open the Integrated Terminal in VS Code (using the View > Integrated Terminal menu).
- Run this command (be sure that webfrontend is your current folder):
The Azure CLI's
azds prep
command generates Docker and Kubernetes assets with default settings:./Dockerfile
describes the app's container image, and how the source code is built and runs within the container.- A Helm chart under
./charts/webfrontend
describes how to deploy the container to Kubernetes.
Tip
The Dockerfile and Helm chart for your project is used by Azure Dev Spaces to build and run your code, but you can modify these files if you want to change how the project is built and ran.
For now, it isn't necessary to understand the full content of these files. It's worth pointing out, however, that the same Kubernetes and Docker configuration-as-code assets can be used from development through to production, thus providing better consistency across different environments.
A file named
./azds.yaml
is also generated by the prep
command, and it is the configuration file for Azure Dev Spaces. It complements the Docker and Kubernetes artifacts with additional configuration that enables an iterative development experience in Azure.Build and run code in Kubernetes
Let's run our code! In the terminal window, run this command from the root code folder, webfrontend:
Keep an eye on the command's output, you'll notice several things as it progresses:
- Source code is synced to the dev space in Azure.
- A container image is built in Azure, as specified by the Docker assets in your code folder.
- Kubernetes objects are created that utilize the container image as specified by the Helm chart in your code folder.
- Information about the container's endpoint(s) is displayed. In our case, we're expecting a public HTTP URL.
- Assuming the above stages complete successfully, you should begin to see
stdout
(andstderr
) output as the container starts up.
C Web Api 2 Check For Dev Test Pod Full
Note
These steps will take longer the first time the
up
command is run, but subsequent runs should be quicker.Test the web app
Scan the console output for the Application started message, confirming that the
up
command has completed:Identify the public URL for the service in the output from the
up
command. It ends in .azds.io
. In the above example, the public URL is http://webfrontend.1234567890abcdef1234.eus.azds.io/
.To see your web app, open the public URL in a browser. Also, notice
stdout
and stderr
output is streamed to the azds trace terminal window as you interact with your web app. You'll also see tracking information for HTTP requests as they go through the system. This makes it easier for you to track complex multi-service calls during development. The instrumentation added by Dev Spaces provides this request tracking.Note Karmafx reverb vst download.
In addition to the public URL, you can use the alternative
http://localhost:<portnumber>
URL that is displayed in the console output. If you use the localhost URL, it may seem like the container is running locally, but actually it is running in AKS. Azure Dev Spaces uses Kubernetes port-forward functionality to map the localhost port to the container running in AKS. This facilitates interacting with the service from your local machine.Update a content file
Azure Dev Spaces isn't just about getting code running in Kubernetes - it's about enabling you to quickly and iteratively see your code changes take effect in a Kubernetes environment in the cloud.
- Locate the file
./Views/Home/Index.cshtml
and make an edit to the HTML. For example, change line 73 that reads<h2>Application uses</h2>
to something like: - Save the file. Moments later, in the Terminal window you'll see a message saying a file in the running container was updated.
- Go to your browser and refresh the page. You should see the web page display the updated HTML.
What happened? Edits to content files, like HTML and CSS, don't require recompilation in a .NET Core web app, so an active
azds up
command automatically syncs any modified content files into the running container in Azure, so you can see your content edits right away.Update a code file
Updating code files requires a little more work, because a .NET Core app needs to rebuild and produce updated application binaries.
- In the terminal window, press
Ctrl+C
(to stopazds up
). - Open the code file named
Controllers/HomeController.cs
, and edit the message that the About page will display:ViewData['Message'] = 'Your application description page.';
- Save the file.
- Run
azds up
in the terminal window.
This command rebuilds the container image and redeploys the Helm chart. To see your code changes take effect in the running application, go to the About menu in the web app.
But there is an even faster method for developing code, which you'll explore in the next section.
Debug a container in Kubernetes
In this section, you'll use VS Code to directly debug our container running in Azure. You'll also learn how to get a faster edit-run-test loop.
Note
If you get stuck at any time, see the Troubleshooting section, or post a comment on this page.
Initialize debug assets with the VS Code extension
You first need to configure your code project so VS Code will communicate with our dev space in Azure. The VS Code extension for Azure Dev Spaces provides a helper command to set up debug configuration.
Open the Command Palette (using the View | Command Palette menu), and use auto-complete to type and select this command:
Azure Dev Spaces: Prepare configuration files for Azure Dev Spaces
.This adds debug configuration for Azure Dev Spaces under the
.vscode
folder. This command is not to be confused with the azds prep
command, which configures the project for deployment.Select the AZDS debug configuration
- To open the Debug view, click on the Debug icon in the Activity Bar on the side of VS Code.
- Select .NET Core Launch (AZDS) as the active debug configuration.
Note
If you don't see any Azure Dev Spaces commands in the Command Palette, ensure you have installed the VS Code extension for Azure Dev Spaces. Be sure the workspace you opened in VS Code is the folder that contains azds.yaml.
Debug the container in Kubernetes
Hit F5 to debug your code in Kubernetes.
As with the
up
command, code is synced to the dev space, and a container is built and deployed to Kubernetes. This time, of course, the debugger is attached to the remote container.Tip
The VS Code status bar will turn orange, indicating that the debugger is attached. It will also display a clickable URL, which you can use to open your site.
Set a breakpoint in a server-side code file, for example within the
About()
function in the Controllers/HomeController.cs
source file. Refreshing the browser page causes the breakpoint to hit.You have full access to debug information just like you would if the code was executing locally, such as the call stack, local variables, exception information, etc.
Edit code and refresh
With the debugger active, make a code edit. For example, modify the About page's message in
Controllers/HomeController.cs
.Save the file, and in the Debug actions pane, click the Restart button.
Instead of rebuilding and redeploying a new container image each time code edits are made, which will often take considerable time, Azure Dev Spaces will incrementally recompile code within the existing container to provide a faster edit/debug loop.
Refresh the web app in the browser, and go to the About page. You should see your custom message appear in the UI.
Now you have a method for rapidly iterating on code and debugging directly in Kubernetes! Next, you'll see how you can create and call a second container.
Next steps
-->by Mike Wasson
How to install dev c++ with complete libraries. This topic describes some specific techniques for unit testing controllers in Web API 2. Before reading this topic, you might want to read the tutorial Unit Testing ASP.NET Web API 2, which shows how to add a unit-test project to your solution.
Software versions used in the tutorial
- Web API 2
- Moq 4.5.30
Note
I used Moq, but the same idea applies to any mocking framework. Moq 4.5.30 (and later) supports Visual Studio 2017, Roslyn and .NET 4.5 and later versions.
A common pattern in unit tests is 'arrange-act-assert':
- Arrange: Set up any prerequisites for the test to run.
- Act: Perform the test.
- Assert: Verify that the test succeeded.
In the arrange step, you will often use mock or stub objects. That minimizes the number of dependencies, so the test is focused on testing one thing.
Here are some things that you should unit test in your Web API controllers:
- The action returns the correct type of response.
- Invalid parameters return the correct error response.
- The action calls the correct method on the repository or service layer.
- If the response includes a domain model, verify the model type.
These are some of the general things to test, but the specifics depend on your controller implementation. In particular, it makes a big difference whether your controller actions return HttpResponseMessage or IHttpActionResult. For more information about these result types, see Action Results in Web Api 2.
Testing Actions that Return HttpResponseMessage
Here is an example of a controller whose actions return HttpResponseMessage.
Notice the controller uses dependency injection to inject an
IProductRepository
. That makes the controller more testable, because you can inject a mock repository. The following unit test verifies that the Get
method writes a Product
to the response body. Assume that repository
is a mock IProductRepository
.It's important to set Request and Configuration on the controller. Otherwise, the test will fail with an ArgumentNullException or InvalidOperationException.
Testing Link Generation
The
Post
method calls UrlHelper.Link to create links in the response. This requires a little more setup in the unit test:The UrlHelper class needs the request URL and route data, so the test has to set values for these. Another option is mock or stub UrlHelper. With this approach, you replace the default value of ApiController.Url with a mock or stub version that returns a fixed value.
Let's rewrite the test using the Moq framework. Install the
Moq
NuGet package in the test project.In this version, you don't need to set up any route data, because the mock UrlHelper returns a constant string.
Testing Actions that Return IHttpActionResult
In Web API 2, a controller action can return IHttpActionResult, which is analogous to ActionResult in ASP.NET MVC. The IHttpActionResult interface defines a command pattern for creating HTTP responses. Instead of creating the response directly, the controller returns an IHttpActionResult. Later, the pipeline invokes the IHttpActionResult to create the response. This approach makes it easier to write unit tests, because you can skip a lot of the setup that is needed for HttpResponseMessage.
Here is an example controller whose actions return IHttpActionResult.
This example shows some common patterns using IHttpActionResult. Let's see how to unit test them.
Action returns 200 (OK) with a response body
The
Get
method calls Ok(product)
if the product is found. In the unit test, make sure the return type is OkNegotiatedContentResult and the returned product has the right ID.Notice that the unit test doesn't execute the action result. https://raphigh-power.weebly.com/mapping-reloop-beatmix-4-with-traktor-pro-3.html. You can assume the action result creates the HTTP response correctly. (That's why the Web API framework has its own unit tests!)
Action returns 404 (Not Found)
The
Get
method calls NotFound()
if the product is not found. For this case, the unit test just checks if the return type is NotFoundResult.Action returns 200 (OK) with no response body
The
Delete
method calls Ok()
to return an empty HTTP 200 response. Like the previous example, the unit test checks the return type, in this case OkResult.Action returns 201 (Created) with a Location header
The
Post
method calls CreatedAtRoute
to return an HTTP 201 response with a URI in the Location header. In the unit test, verify that the action sets the correct routing values.Action returns another 2xx with a response body
C Web Api 2 Check For Dev Test Pod Video
The
Put
method calls Content
to return an HTTP 202 (Accepted) response with a response body. This case is similar to returning 200 (OK), but the unit test should also check the status code.C Web Api 2 Check For Dev Test Pod Form
Additional Resources
C Web Api 2 Check For Dev Test Pods
- Writing tests for an ASP.NET Web API service (blog post by Youssef Moussaoui).