This post introduces a new Web Assembly (WASM) based web interface to visualize logreduce's reports.

In three parts, I present:

• The logreduce report format.
• WASM and Web APIs.
• HTML macro examples.

This blog post explains the reasons we integrated an effect system in Monocle. This post aims to be beginner friendly. We understand that some concepts sound intimidating and we hope that this post demystifies them a bit.

First …

This article demonstrates different strategies to update kubernetes resources.

This article presents a plan for running Software Factory on OpenShift.

I am happy to announce that the logreduce-rust project now implements a minimum viable product. It can be used to compare two remote directories like this: logreduce diff build-log-url1 build-log-url2. This article introduces the latest features.

In this post I will write about:

• My choices regarding user input processing.
• Data …

The BytesLines iterator's goal is to provide an API for processing logs line by line. It processes logs by:

• Splitting sub line to treat cmd output embedded as a long oneliner.
• Working with Read objects, such as file decompressors or network endpoints.
• Using zero copy slices to optimize memory usage …

This article is a follow-up on the previous post about Improving logreduce with Rust. With the new tokenizer in place, the next step is to implement the nearest neighbors model.

In this post you will learn the following about the core algorithm of logreduce:

• Why vectorization is necessary.
• Cosine similarity …

This article introduces logreduce-tokenizer which leverages the Rust programing language to improve logreduce performance and reporting capabilities.

In this post you will learn:

• What logreduce is.
• How it works.
• Why we need this new function.
• What the upcoming roadmap is.

This post presents a few practical projects in which we used Haskell succesfully.

After using Python type annotations, and then the OCaml type system, a colleague and I started to use Haskell to better define our program. We …

This year, I continued my journey through computer science by learning functional programming. I started using functional programming (FP) through emacs lisp, then scheme with the SICP book, until I discovered Haskell, which is arguably the best language to learn FP concepts. There I discovered software designs that provide elegant …