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brrt-to-the-future.blogspot.com | ||
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www.cesarsotovalero.net
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| | | | | The web is (arguably) the only tech platform that has been continuously transformed and evolved at a global scale over the last 30 years. How was this possible? What can we learn from the past technical mistakes and successes? Over the years, I have witnesses the emergence of various web technologies. Some were revolutionary, while others didn't pass the test of time. In this article, I dive into the evolution of web technologies from the 1990s to the present. My focus is on the engineering paradigms tha... | |
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ashvardanian.com
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| | | | | Experienced devs may want to skip the intro or jump immediately to the conclusions. The backbone of many foundational software systems - from compilers and interpreters to math libraries, operating systems, and database management systems - is often implemented in C and C++. These systems frequently offer Software Development Kits (SDKs) for high-level languages like Python, JavaScript, GoLang, C#, Java, and Rust, enabling broader accessibility. But there is a catch. | |
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sookocheff.com
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| | | | | Writing correct programs is hard; writing correct concurrent programs is harder. Java Concurrency in Practice. So, why bother with concurrency? A number of reasons: Concurrency provides a natural method for composing asynchronous code. Concurrency allows your program to avoid blocking user operations. Concurrency provides one of the easiest ways take advantage of multi core systems. As processor counts increase, exploiting concurrency will be an even more important facet of high performance systems. | |
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joeprevite.com
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| | | My notes and thoughts on Writing an Interpreter in Go by Thorsten Ball | ||
