The previous part of this series covered how-to setup JSCover, add test instrumentation, and run some manual tests.
Within this blog, I would like to automate the instrumentation injection step as part of the build process using Gulp.
The previous part of this series covered how-to setup JSCover, add test instrumentation, and run some manual tests.
Within this blog, I would like to automate the instrumentation injection step as part of the build process using Gulp.
In this post, I will cover the required steps for enabling Gulp inside any existing ASP.NET MVC solution. This will also resolve some of the issues related to tasks not showing up within Task Runner Explorer.
This post is part one of a series of posts in which I’m covering the basics when it comes to setting up code coverage for JavaScript. There are a lot of intimidating manuals, guides, and confusing blog posts out there, but don’t worry! We will walk through all basics, from installation to automation.
I was running into some weird ffi_c (LoadError) issues when running Ruby on Windows 10. Yes, a bad idea, I know. There was no escape, it had to be done and of course encountered some problems. Just to save a brave soul some time, I’m sharing the details right here.
Within part 2 of this series (click here for part 1), I would like to cover some of the available configuration options of the Azure API SQL Server connector. The connector simply enables you to connect with a SQL Server (as well as on-premises instances) or Azure SQL Database and perform various actions. This includes; executing stored Procedures, Poll data (triggers) and the option to retrieve, create, update and delete database table entries without having to write SQL.
Within this series (well just two posts) I want to cover some of the available configuration options of the Azure API SQL Server connector. The connector simply enables you to connect with a SQL Server (as well as on-premises instances) or Azure SQL Database and perform various actions. This includes; executing stored Procedures, Poll data (triggers) and the option to retrieve, create, update and delete database table entries without having to write SQL.
This is just a very short post explaining how to add conditions within your Azure Logic App. The most common case would probably handle a scenario where it’s required to execute different follow-up actions based on the execution status of the preceding action (success or failure). And therefore I will be using this case as an example. But let’s go over some of the details first.
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