I recently wrote 3 blog posts on different Producer/Consumer (Job Queues) implementations. In this article, we will compare performance of all the approaches, including…
How many times did you use a desktop application to end up with a frozen unresponsive window? This article is about what we are to do when our .NET application freezes. We’re going to explore tools and debugging techniques to see where the program is stuck and to find the core cause of the issue.
Memory leaks are sneakily bad creatures. It’s easy to ignore them for a very long time, while they slowly destroy the application. With memory leaks, your memory consumption grows, creating GC pressure and performance problems. Finally, the program will just crash on an out-of-memory exception.
In this article, we’ll see how to implement Job Queues with TPL Dataflow, including implementations of several of the said variations. We will dive into the Dataflow mindset along the way, figuring out this awesome library.
Let’s consider a simple programming challenge: Summing all items of a large array. Now it stands to reason that this can be easily optimized by using parallelism…
In the last article we talked about what are Job Queues in C#. We saw several great implementation using BlockingCollection and the thread-pool. In part 2, we’ll see a couple of great ones including…
One of the most powerful tools in programming is the Job Queue. It’s a simple concept that stands in the core of many software solutions. It’s also a pretty interesting programming challenge, especially in a versatile language like C#.
In this article, we’ll see what exactly are dump files, why they are so helpful and how to use them correctly. You will see all the ways to create Dump files, to properly match them with symbols and source files and finally how to debug them to solve the problem.
In LINQ, there are 2 syntax flavors: query-syntax and method-syntax. While Method-Syntax is more popular, it isn’t always better. There are several cases where query syntax is better, and this is what this article is all about. By better, I mean it makes more readable code.
Welcome to the 3rd and final part of the Deadlocks-in-Depth series. In this part, I’ll show you 2 additional techniques to debug deadlocks: Working with Tracepoints and using the notorious WinDbg to automatically detect deadlocks.