SSH on Windows 10 with Fall 2017 Update!

Featured

It has come to my attention that you can now install SSH on Windows 10 version 1709 “Fall Creators Update” (OS Build 10.0.16299). To find what version of Windows 10 you are currently running, hit Windows Key + R and type winver.


windows-10-1709.png

Installing OpenSSH on Windows 10 is done inside the Optional Feature section. You simply have to type in Manage Optional Features into the Windows 10 Search. Open the result. That is a lot of manual work, but it can be done with PowerShell or CMD line, located at the bottom of this post.

2017-11-28 14_03_09-.png

Once the window is open click on Add a Feature. Here you will see OpenSSH Client (Beta) and OpenSSh Server (Beta). Select the OpenSSH Client (Beta). It will install in a matter of seconds.

You will need to do a reboot, but soon as you are back into your system you can simply open up PowerShell or the Command Prompt and type ssh. This is because openSSH client binaries have been appended to the System Environment Variables PATH.

OpenSSH is still in beta and therefore has limitations, but this is still a great feature to have on Windows 10. Working with a lot of Linux distributions in the Public Cloud offerings use to be a hassle. No more PuTTY, PSEXEC or WinRM!

You can simply do it with PowerShell as well:

get-windowsoptionalfeature -online //This list all optional features
get-WindowsOptionalFeature -Online -FeatureName "*OpenSSH*" //This only find the feature with OpenSSH
Enable-WindowsOptionalFeature -Online -FeatureName "*OpenSSH*Client*" -All //This install OpenSSH Client

//Disable the Optional Feature by
Disable-WindowsOptionalFeature -Online -FeatureName "*OpenSSH*"

Or with command-line

<span data-mce-type="bookmark" style="display: inline-block; width: 0px; overflow: hidden; line-height: 0;" class="mce_SELRES_start"></span>
dism /online /get-capabilities | findstr /i "OpenSSH.Client"
Advertisements

AWS FARGATE – Bringing Servless to Microservices

Microservices architecture has been a key focus for a lot of organizations in the past few years. Organizations around the world are changing from the traditional monolithic architecture – to a faster time-to-market, automated, and deployable microservices architecture. Microservices architecture approach has its number of benefits, but the two that come up the most are how the software is deployed and how it is managed throughout its lifecycle.

Screen Shot 2018-02-15 at 09.59.21.png

Let’s look at a real-world scenario, Pokémon Go. We wouldn’t have Pokémon Go if it wasn’t for Niantic Labs and Google’s Kubernetes. For those of you who played this once addictive game back in the summer of 2016, you know all about the technical issues they had. It was the microservice approach of using Kubernetes that allowed Pokémon Go to fix technical issues in a matter of hours, rather than weeks. This was due to the fact that each microservice was able to be updated with a new patch, and thousands of containers to be created during peak times within seconds.

When it comes to microservices and using the popular container engine like docker with a container orchestration software like Kubernetes (K8’s), With a microservice architecture everything in the website server is broken down into its own individual API’s. Giving microservices more agility, flexible scaling, and the freedom to pick what programming language or version is used for that one API instead of all of them.

It is can be defined more ways than one, but it is commonly used to deploy well-defined API’s and to help make delivery and deployment streamlined.

 

Screen Shot 2018-02-15 at 09.52.38.png

 

Some experts believe that serverless will be the next big thing. Serverless doesn’t mean there is no servers, but it does mean that the management and capacity planning are hidden from the DevOps teams. Maybe you have heard about FaaS (Functions as a Service) or AWS Lambda. FaaS is not for everyone, but what if we could bring some of the serverless architecture along with the microservice architecture.

This is why back in November at the AWS re:Invent 2017 (see the deep dive here), AWS announced a new service called AWS Fargate. AWS Fargate is a container service that allows you to provision containers without the need to worry about the underlying infrastructure (VM/Container/Nodes instances). AWS Fargate will control ECS (Elastic Container Service) and EKS (Elastic Kubernetes Service). Currently only available in the us-east-1 in Preview Mode.

AWS Fargate, simplifies the complex management of microservices, by allowing developers to focus on the main task of creating API’s. You will still need to worry about the memory and CPU that is required for the API’s or application, but the beauty of AWS Fargate is that you never have to worry about provisioning servers or clusters. This is because AWS Fargate will autoscale for you. This is where microservices and Serverless meet.

Microsoft Azure Mobile App – Simple Guide to Access – Azure Resources

Maybe you have already heard about the Azure Mobile App at the Build Conference last year in May 2017, but the app has since matured. Therefore, I think it is time for me to write about it. The Azure Mobile App lets you stay connected to Azure resources when you are on the constant move.

Getting Started:

The app is available for Android and for IOS. I am currently using a Samsung S8+, and will be showing you how to install and do some basic things within the app.

First thing first is to go to the Play Store or App Store and search for Microsoft Azure.

Figure 1: Play Store - Microsoft Azure App
Figure 2: App Store - Microsoft Azure App

If you do not have an Azure account that is, OK, because Microsoft Azure will give you $200 in Azure Credits to be used within the first 30 days of sign-up and 12 months of select free services. You can activate your free Azure account and read more about it here.

If you already have an Azure Account get logged into the Azure App by providing your credentials.



Figure 3: Microsoft Azure App - Login Screen

Once you have logged into the Azure App, it is now time to begin exploring the mobile experience. The first screen you will notice is the Dashboard, this screen allows you to find all your resources, but do keep in mind to use the handy Filter option to organize what resource you are looking for.



Figure 4: Microsoft Azure App - Dashboard Screen

The number one reason to download the Microsoft Azure app is to be able to control the resources with a few clicks. We are able to click on the VM of choice and see everything about it.



Figure 5: Microsoft Azure App - VM Screen

As you can see in the image or even on your own phone that you can actually Start the VM. Let’s start the VM and see what happens.



Figure 6: Microsoft Azure App - VM Start Screen

As you can see the app will give you a warning/verification to make sure that you really want to Start this virtual machine.



Figure 7: Microsoft Azure App - Running VM Screen

Next time someone calls you telling you that the CPU is high on X machine, you can simply check its health on the mobile app and Stop or Restart the VM.

But wait, there’s more. What if I told you that you are able to connect to the Windows VM from your phone. You will first have to down Microsoft Remote Desktop App


Figure 8: Microsoft Remote Desktop

You simply click on the Connect icon and provide your credentials. Now you are connected to the VM of choice.



Figure 9: Microsoft Azure - VM Screen -Connect Figure 10: Microsoft Remote Desktop - Credentials
 
Figure 11: Microsoft Remote Desktop - RDP

This is definitely not the greatest option when compared to using a bigger screen, but it does allow you to quickly connect to a resource and fix or see the issue until you can get to another device.

Cloud Shell:

Another great feature I like is the ability to execute code with the mobile app using Cloud Shell. Using Cloud Shell we are now able to execute Bash and PowerShell to take full control of the Azure Resources. The scripts are stored on CloudDrive to use across the app and the portal. You will have to go back to the Dashboard screen and locate the Cloud Shell icon on the bottom right of the screen.



Figure 12: Microsoft Azure App - Dashboard Screen

You simply click on the icon and you will be presented with the Cloud Shell – PowerShell screen at first, but you can click the icon above to switch to bash if needed. Depending on how your VM is configured, you can control your resources with predefined scripts that are located in the CloudDrive.



Figure 13: Figure 14: Cloud Shell - PowerShell Figure 14: Cloud Shell - BASH

What else can you currently do with the Azure Mobile App?

Favorites tab allows you to star the most important resources across subscriptions and use the Favorite tab for easy access in the future.

Resource Sharing is another feature that allows you to quickly send screenshots to your coworkers.

Azure Health Tracking allows you to scan the QR code on the portal and track the incidents on your phone.

 

Summary:

The mobile app doesn’t replace the Portal, but it does provide another key tool to quickly identify issues with any Azure Resources. Test it out for yourself and let me know what you think.