Author: Adam Bertram

Mailgun is an email sending service that provides logging and an API to send emails. PowerShell is particularly strong in its ability to use REST API's. There are many use cases for needing to send emails, but one of the most common is that of sending emails when scripts are completed. This may be for status updates or failures.

Just like Windows, Linux has many running services that need proper management. With the advent of PowerShell 7 and it's cross-platform ability, the idea of using PowerShell to manage Linux systems becomes more attractive.

If you haven't heard of Posh-GIT, it is a great module for assisting in managing your GIT repositories from within PowerShell. There is so much functionality in GIT that it can be hard, especially in a PowerShell oriented way, to use that functionality effectively. Using Posh-GIT, you are able to interact easily with GIT using… Read More

PowerShell 7 has introduced a number of new abilities for the language. One of those abilities is the oft-requested pipeline chain operator. The PowerShell pipeline is a cornerstone of the language. Easily passing entire objects from one command to another is exceptionally useful.

Microsoft Teams is up and coming in the world of business chat and collaboration clients. Much like Slack, Microsoft Teams offers many of the same tools and integration abilities; a key selling point of business-oriented chat clients is the interoperability that the clients offer.

With PowerShell 7 being cross-platform, the question often comes up of how logging works on Linux systems. Most PowerShell administrators are used to working in the Windows world and using the EventLog. Likewise, most Linux system administrators are used to Syslog and log files in general.

Much like Unix, PowerShell has the concept of streams. It’s important to understand how the flow of data output works within PowerShell. By leveraging the power of streams and their capabilities, you will be able to create better troubleshooting and more useful output.

PowerShell has been the default configuration tool for Windows since it’s release in 2006, but since being open-sourced in 2016, administrators can use it for Linux and macOS as well. However, there are some significant differences in how to manage a Windows operating system over a Linux operating system.

Built-in PowerShell 7 module NetTCPIP, on Windows, offers a range of functionality to update and manage your network interfaces. Many of the traditional IT administration tasks, such as setting a static IP address or DNS Server settings, are trivial using the functions within the NetTCPIP module.

How Error Handling Works in PowerShell 7 Among the many exciting features being introduced by PowerShell 7, there is a lot of new error display functionality as well! PowerShell already has a robust error handling capability and with these new features, it makes troubleshooting that much easier. Understanding Errors within PowerShell First, it helps to… Read More

Since Microsoft open-sourced PowerShell in 2016, running it on Linux has become not only easier but a core part of the PowerShell roadmap. With PowerShell 7 in development, the stated goal is to make PowerShell accessible from not only Windows but Mac and Linux.

PowerShell on its own is a robust and versatile language that can help you accomplish any task at hand. Combine it with the ability to run remotely on other computers and it becomes unparalleled as a scripting language

PowerShell jobs are an integral part of PowerShell. This handy feature allows administrators to run commands asynchronously. Asynchronous commands allow for parallel execution cutting down on time and fully leveraging compute power.

PowerShell 7.0 introduces a familiar mainstay of most programming languages, the Ternary Operator. Using a much shorter syntax for if/then logic, it makes defining conditional values for properties much more concise and easy to read.

Loops are one of those crucial logic components that every programming language uses extensively and PowerShell is by no means any different. A loop allows you to iterate through a collection of objects performing one or more operations on each.