ExecuteAutomation YouTube channel is there for close to 2 years and 6 months now with over 16,000+ subscribers from across the globe. We have video series for different types of tools and technologies such as
In our last post we discussed running console application with .Net core 2. In this post we will extend the concept even further by running an ASP.Net MVC application on Raspberry Pi 3 with .Net Core 2
You can see we will run an full blow ASP.Net application on Windows 10 IoT core, which is really awesome !
Here is the complete video discussing the concept
Make sure you don’t forget to turn off <MvcRazorCompileOnPublish>false</MvcRazorCompileOnPublish>
Here is the complete project in GitHub of ExecuteAutomation
Thanks for reading the post and watching the video!!!
Please leave your comments and let me know if there is anything I should update in this post.
In this post we are going to discuss about running Chrome in headless mode with Selenium C#
Headless Chrome is a way to run Chrome browser without the actual browser UI being spawned. Essentially its running Chrome without chrome! It brings all modern web platform features provided by Chromium and the Blink rendering engine to the command line and automation testing tool such as Selenium in our case
Where is it useful ?
A headless browser is a great tool for automated testing and server environments where you don’t need a visible UI shell.
And again its not a completely new technology, since there are other big players in this area such as
So when is Chrome Headless available ?
Chrome Headless is supported from Chrome 59.x and above.
The current stable version for Windows 10 is Chrome 60.x
ChromeDriver v2.30 and above supports headless mode
What changes should I make in my Existing Selenium test ?
Here is the complete video of the above discussion Read more
In our last video in YouTube channel of ExecuteAutomation we discussed how to install Windows 10 IoT on RaspberryPi 3 and access it via Powershell and device portal, in this post we will discuss how to run an simple C# console application on RaspberryPi 3 with .Net Core 2.0 framework.
Getting stage ready for .Net core 2.0 app
Before we start writing console application, first we need to have following pre-requisite environment setup
Installing .Net Core 2.0 SDK in Windows 10 host machine, which you can see from here
Should have at least VS code or VS 2017 community edition (to edit C# code)
Here is the simple code written to execute on RaspberryPi 3 running Windows 10 IoT
Connect with Raspberry Pi 3 via power shell and enable FTP service to transfer file from host machine to Raspberry Pi 3
I know this post has nothing to do with automation nor does it help anyone who have anything to do with India, but India is in its brink of water scarcity and its getting worse every year.
I am from southern part of India and my native is Madurai and last month while I traveled to India for holiday, I got completely distressed with the way people are living their day to day life, the underground water in most of the areas are completely depleted and most of the people that too living in the heart of city are waiting for drinking water supply from corporation. The bad news is, the water supply happening from corporation is now extended from 3 days once to weekly once and even worse there is NO water in Vaigai river which is the only source of drinking water for people in and around Madurai.
The above statement is applicable for year 2017, but if we dont save water or merge all the rivers now (which is the only hope we got, since we have cut almost all the trees and made complete deforestation) the statement will be something like this
People in Madurai forgot what ground water is and madurai corporation is planning to supply drinking water monthly once.
Sadhguru, in fact my Guru is conducting an great rally named “Rally for Rivers” which is mainly done by Sadhguru with only one motivation, SAVE THE NATION AND HUMANITY.
I support the effort of Sadhguru, hats off Guru ji
Lets all support for the great moment which is going to happen on September 2017
One of TypeScript’s core principles is that type-checking focuses on the shape that values have. This is sometimes called “duck typing” or “structural subtyping”. In TypeScript, interfaces fill the role of naming these types, and are a powerful way of defining contracts within your code as well as contracts with code outside of your project.
Type interference to actual types
Now our existing function we discussed in previous post will become from this