pragmatrix

FROM --platform=linux/amd64 archlinux:latest

ENV RUSTFLAGS="-C target-feature=-crt-static" \
    CC="clang" \
    CXX="clang++" \
    GN_EXE="gn" \
    SKIA_GN_COMMAND="/usr/bin/gn" \
    SKIA_NINJA_COMMAND="/usr/bin/ninja"

RUN pacman -Syu --noconfirm \

pragmatrix

use std::ops::{Deref, DerefMut, Index};

#[test]
fn test() {
    let mut outer: Versioned<_> = Outer {
        a: 0.into(),
        b: 0.into(),
        multiplied: 0,
    }
    .into();

pragmatrix

Prompt: Invent a new language that is more efficient than human language for exchanging information in written text and make some examples.

Introducing OptiScript: A highly efficient language for exchanging information in written text. OptiScript incorporates elements from various human languages, mathematical notations, and logical symbols to optimize information exchange. Here are some key features of OptiScript:

It uses a compact alphabet of 30 symbols, encompassing both phonetic and ideographic characters.
OptiScript employs a context-aware grammar that reduces the need for lengthy syntax and repetitive phrases.
The language utilizes a color-coding system for faster processing and comprehension of text.
It incorporates shorthand symbols and abbreviations from various disciplines to reduce character count and convey complex ideas succinctly.
Here are some examples to illustrate the efficiency of OptiScript:

pragmatrix

use std::{cell::RefCell, collections::HashMap, hash::Hash, rc::Rc};

#[derive(Debug)]
pub struct RcCache<K, V>
where
    K: Eq + Hash + Clone,
    V: Clone,
{
    data: RefCell<HashMap<K, Rc<V>>>,
}

pragmatrix

use crate::{
    entities::{colors, DynId},
    geometry::{scalar, Point},
    input::{
        self,
        tracker::{movement, Movement},
    },
    renderer::paragraph::{self, Paragraph},
    Jump, UnicodeHelper,
};

pragmatrix

use crate::{
    default,
    geometry::{scalar, Point, Size},
    UnicodeHelper,
};
use skia_safe::{
    textlayout::{
        self, FontCollection, LineMetrics, ParagraphBuilder, ParagraphStyle, PositionWithAffinity,
        RectHeightStyle, RectWidthStyle, TextStyle,
    },

pragmatrix

> rustup component add x86_64-unknwon-linux-musl

- change build_support to support musl
- build with target musl

Failed to find tool Is musl-g++ installed

> sudo apt install musl-dev
> sudo apt install musl-tools

pragmatrix

Process:               physics [44804]
Path:                  /Users/USER/*/physics
Identifier:            physics
Version:               0
Code Type:             X86-64 (Native)
Parent Process:        zsh [39813]
User ID:               501

Date/Time:             2020-07-27 21:23:03.377 +0200
OS Version:            Mac OS X 10.15.5 (19F101)

pragmatrix

    let [<Literal>] FilenameMaxLen: int = 64
    
    // Note: this is platform dependent, therefore Windows 
    // version of System.IO.Path.GetInvalidFileNameChars() is hardcoded here.
    let InvalidFilenameCharacters = [|
        '"'; '<'; '>'; '|'; '\000'; '\001'; '\002'; '\003'; '\004'; '\005'; '\006';
        '\007'; '\b'; '\009'; '\010'; '\011'; '\012'; '\013'; '\014'; '\015';
        '\016'; '\017'; '\018'; '\019'; '\020'; '\021'; '\022'; '\023'; '\024';
        '\025'; '\026'; '\027'; '\028'; '\029'; '\030'; '\031'; ':'; '*'; '?';
        '\\'; '/'

pragmatrix

[<AutoOpen>]
module Prelude

let (^) = (<|)
type CR = CompilationRepresentationAttribute
let [<Literal>] ModuleSuffix = CompilationRepresentationFlags.ModuleSuffix
type RQA = RequireQualifiedAccessAttribute

let inline flip f a b = f b a
let inline curry f a b = f(a, b)