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Go’s runtime C to Go rewrite, by the numbers
The start of September brings a close to the Go 1.4 merge window . From now until the release in December, only bug fixes and tweaks will be accepted.
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Improve Your Python: Metaclasses and Dynamic Classes With Type
Socolive TV phát sóng trực tiếp bóng đá hôm nay, link xem SocoliveTV sắc nét chuẩn HD. Cập nhật Lịch thi đấu, BXH, Highlight, Kết quả bóng đá mới nhất!
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My Experience at JuliaCon
Introduction Link to heading I just got home from JuliaCon, the first conference dedicated entirely to Julia. It was a great pleasure to spend two full days listening to talks about a language that I started advocating for just a little more than two years ago. What follows is a very brief review of the talks that…
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Lisp: More is less
There’s recently been a resurgence of interest in Lisp (specifically, Clojure) in my neighborhood. I have some kind of a fondness for Lisp, but I think some of its characteristics make it poorly suited for use in large programming efforts. Indeed many of the unique properties that Lisp devotees (myself once included)…
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Learning Racket #2: Macros, Macros and a Bit of Modules
https://web.archive.org/web/20201121162125/https://artyom.me/learning-racket-2
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An underrated feature in Python 3
Short praise about exception handling in Python 3 — Note There's a nice video version of this article. Courtesy of Webucator (they do Python training). One of my pet peeves in Python is about...
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How Swift could potentially be faster than Objective-C
Since the introduction of Swift, speed has been a key selling point. Indeed, it's right in the name of the language. It's said to be faster than dynamic languages like Python or JavaScript, potentially faster than Objective-C, and even claimed to be faster than C for certain cases. But how exactly does it do it?
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Chicken Scheme internals: the garbage collector
Hi, I'm Peter Bex, a Scheme and free software enthusiast from the Netherlands. See my user page on the CHICKEN wiki or my git server for some of my projects.
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Rust for C++ programmers – part 5: borrowed references
In the last post I introduced unique pointers. This time I will talk about another kind of pointer which is much more common in most Rust p...
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The R language, for programmers
Some things about the R programming language that programmers coming from other languages are likely to trip over.
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D’s Garbage Collector Problem
One of the biggest issues with Higgs, the JIT compiler I’m working on, is that the compilation times are too slow. The performance of the compiled machine code that Higgs produces is now fair…
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Your language sucks
As a result of work I've been doing for illumos , I've recently gotten re-engaged with internationalization, and the support for this in li...
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Compiler Design in C
Compiler Design in C Download a copy! My book Compiler Design in C is now, unfortunately, out of print. You can download a complete copy, with the above button (pdf 19.1Mb OCR/Searchable—thanks to Marvin Hernández for adding the OCR). If you don’t want to print it out (the book is 984 pages long), you can…
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Clojure 2013 Year in Review
This is my third Clojure year-in-review post. In 2011 I was excited about Clojure 1.3, ClojureScript, and the second Clojure/conj. By 2012 I was blown away by four Clojure conferences, two O’Reilly books, reducers, Datomic, Immutant, and a partridge in a pear tree.
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Rust for C++ programmers – Part 8: destructuring
First an update on progress. You probably noticed this post took quite a while to come out. Fear not, I have not given up (yet). I have bee...
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OCaml on iOS 7 Released
Pansophical reader, with your bafflingly good mobile OCaml project, I’m ready at last to release an OCaml compiler for iOS 7. It works for all my projects, and I hope it works for yours.
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Typographic Programming Language
Allow me to present a simple thought experiment. Suppose we didn’t need to store our code as ASCII text on disk. Could we change the way we write – and more importantly read – symbolic code? Let’s assume we have a magic code editor which can read, edit, and write anything we can imagine. Furthermore, assume we have a…
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What is type safety?
Type safety is the property of a programming language, ensuring its programs are well defined and creating a foundation for reasoning.