Games

Here are rules for a new game. Here is how it compares to some old games and some of the benefits and drawbacks. Here is why you should play and other similar games that you might like.

If you try to change the rules then existing players will treat you with extreme prejudice and strongly (potentially violently) recommend you play some other game.

All games are inherently mutable and meta-games are what keep them “stable”. Somewhat unsurprisingly, no one understands the meta-game logic and all players follow meta-game rules implicitly. Meta-game rules are only ever broken by accident. Cosmic bit flips, if you will, are inevitable.

There is strong suspicion there is more than one meta-game.

There is also strong suspicion meta-game rules are immutable so changing meta-games requires simultaneously changing all the rules which makes it a much bigger discontinuous change than just changing a single rule in a regular game.

In the presence of rigid meta-games it’s easy to imagine why regular games would be an obvious way to experiment with potential meta-game swaps. Meta-players would want reasonable assurance their game changes were “beneficial” to them according to some metric.

Most reasonable game players eventually conclude meta-games and meta-players must exist but it’s hard to know for sure because some reasonable players are willing to admit meta-games without meta-players.

Functions aren’t ready for Assembly

Inspired by https://drewdevault.com/2019/02/18/Generics-arent-ready-for-Go.html.

In the distance, a gradual roar begins to grow in volume. A dust cloud is visible over the horizon. As it nears, the shouts of the oncoming angry mob can be heard. Suddenly, it stops, and a brief silence ensues. Then the air is filled with the clacking of hundreds of keyboards, angrily typing the owner’s opinion about functions, calling conventions, and Assembly. The clans of Algol, Cobol, Fortan, C, Forth, Lisp, and more – usually mortal enemies – have combined forces to fight in what may become one of the greatest flamewars of our time. And none of them read more than the title of this article before writing their comment.

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Modelling Rolling Deployments in Alloy

Introduction

This post has a few goals. One is to outline how to think about a simple imperative process in a declarative language/system like Alloy. Another is to make a case for why this kind of formalization is a worthwhile exercise for software engineers.

Disclaimer: To get the most out of this post you need some familiarity with Alloy syntax otherwise most of it will probably not make much sense. I’ll try to explain things as I go along but promise no mind blowing revelations. As some old person used to say, “There are no royal roads”.

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Individual Comfort

This is a response to

By being declarative and deterministic, and rendered in ordinary plain text, HTML and CSS conceal no surprises, which is likely why they are not considered “real programming” by “real” programmers. This property, however, makes them especially easy to learn. Moreover, they are all you need to learn in order to achieve a great many useful results in an open Web.

https://doriantaylor.com/googles-long-march

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