opentype-shaping-documents VS quickjs

> The tangent in (1) on how they contradict unicode could have been skipped as well

Not only because confusables already exist, but also (as I already said[1] the previous time this was posted) covering all ligatures used in all typographical styles is very much a non-goal of Unicode. The official position is that the font shaping layer[2] sits atop Unicode’s semantic representation and is free to ligate, spindle, or mutilate it for display however it prefers (at least for Latin, Greek, and Cyrillic it’s a preference; other scripts can’t be rendered at all without doing it, such as Arabic—barring the legacy presentational forms—or Burmese[3]).

The only reason Unicode even has those ligatures is that some IBM encodings (which were more presentational in nature) encoded them, and IBM employees wrote a large part of the early standard (based on the decades of i18n experience they had at that point) and wanted roundtripping.

[1] https://news.ycombinator.com/item?id=29639966

[2] https://github.com/n8willis/opentype-shaping-documents

[3] https://r12a.github.io/scripts/mymr/my.html#combiningV

Considering the extremes of prolific developers gives interesting contrast to dogmas such as "functions/files should never be above x lines", where `quickjs.c` is 50k lines and has functions that are hundreds of lines long:

https://github.com/bellard/quickjs/blob/master/quickjs.c

(Obviously different approaches suites different circumstances.)

And some lightweight alternatives like Bellard's QuickJS (https://bellard.org/quickjs/) in C and Kiesel (https://kiesel.dev/) in Zig.

Built on a highly optimized JavaScript runtime powered by QuickJS, Query offers fast startup times and efficient execution. Its built-in caching mechanism further enhances performance by storing function responses, reducing database load and latency. This focus on speed makes Query a standout choice for server-side rendering, especially in applications with many components.

Where the previous SDK was built on top of the QuickJS JavaScript engine and the Javy runtime, the new SDK is built on top of the Firefox browser’s SpiderMonkey engine, and the Bytecode Alliance’s StarlingMonkey runtime and ComponentizeJS WIT bindings generator.

I'm currently using Bellard's QuickJS engine on a new TypeScript project.

You may be familiar, but I just wanted to show how it is available in many C implementations and is used, for example, in QuickJS: https://github.com/bellard/quickjs/blob/0c8fecab2392387d76a4...