Curated articles, resources, tips and trends from the DevOps World.
Serverless computing represents a paradigm shift in how we build, deploy and scale cloud applications. By decoupling infrastructure and server management from code development, developers are free to put a single focus on fine-tuning code in app development.
Think of a tool that simplifies application monitoring and helps developers and staff trace, collect logs and measure performance metrics. That is what OpenTelemetry Python provides.
File manipulation is an incredibly common programming task with endless applications. It has two main sides: reading and writing. This post will focus on the “reading” bit, so if you’ve just googled “C# read file” and ended up here, search no more—we have the guide you need!
Monitoring and observing application performance is a cornerstone for maintaining robust and efficient systems in the ever-evolving development landscape. One key player in this domain is OpenTelemetry.
If you’ve been writing code for any reasonable amount of time, then it’s virtually impossible that you haven’t handled logging in any way, since it’s one of the most essential parts of modern, “real life” app development. If you’re a .
The C# delegate is an essential “construct” in the C# programming language. Delegates are essential for event handling, LINQ queries, asynchronous programming and more. And you can, of course, make use of delegates to make your code simpler and more concise.
The advent of Machine Learning (ML) has unlocked new possibilities in various domains, including full lifecycle Application Performance Monitoring (APM). Maintaining peak performance and seamless user experiences poses significant challenges with the diversity of modern applications.
Ah, the sweet allure of a well-rested application. No, I’m not talking about kicking back and letting your software take a nap. I’m diving deep into C# and its Sleep method. Have you ever wondered, “Is there a Sleep function in C#?” We’ve got answers.
What are PodAffinity & PodAntiAffinity? Pod affinity is a feature that allows you to specify rules for how pods should be scheduled onto topologies (e.g. a node or an availability zone) within a Kubernetes cluster based on the presence or characteristics of other pods.
Why outsource this management? Four main reasons encourage companies to seek this expertise: At Padok, we handle a wide range of clients and strive to simplify this process. For example, by avoiding the implementation of a specific monitoring system for each client.
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