marvhus

#import "Math";
#import "Simp";
#import "Basic";
#import "Input";
#import "Window_Creation";

window_width      : s32  = 1280;
window_height     : s32  =  720;
quit              : bool = false;
the_window        : Window_Type;

marvhus

#!/usr/bin/env python3

import os

# settings
src_dir = "src"
bin_dir = "bin"
target_name = "exe"

file = open("build.ninja", "wt")

marvhus

[6]  # Version number. Do not delete.

[[workspace]]
/home/mvh/source/marvhus/example
/home/mvh/opt/jai

[ignore]
/home/mvh/source/marvhus/example/.git/**

marvhus

Player :: enum {
    ONE;
    TWO;
}
player_colors :: #run -> []Color {
    colors: [#run enum_max_value(type_info(Player)) + 1]Color;
    colors[Player.ONE] = .{1, 0, 0};
    colors[Player.TWO] = .{0, 1, 0};
    return colors;
};

marvhus

# write is for writing N newlines to a file.
# count is from counting the newlines in a file.
CC := gcc

CFLAGS := -Wall -Wextra -Werror \
		  -std=c11 -pedantic

TARGETS := count \
		   write

marvhus

Ref

A small Jai library for making it easy to share pointers/references to the same data, while making it easy to get rid of the pointer/reference when it is no longer needed.

How to use

Creating a Ref variable

You just create a variable using with the Ref(T) type, where you replace T with your type. For example Ref(int).

Initializing

Then you initialize it with init(*ref_variable) where ref_variable is your variable,

marvhus

Floating Point Precision in x86-64 Assembly

The lack of precison you get with floating point numbers isn't a language problem, it's a problem with floating point nubers themselves, so it even shows up as low as x86-64 assembly.

The assembly in the file bellow is the code I have written to showcase this.

To compile it you have to do this:

$ nasm floats.asm -o floats.o -f elf64

marvhus

Connecting emacs and Protonmail Bridge

This guide will cover the basics on how to integrate emacs with protonmail-bridge using

• mu4e
• mbsync
• smtpmail
• protonmail-bridge

Configuring mbsync

marvhus

getPairs :: [Int] -> [(Int, Int)]
getPairs [] = []
getPairs [_] = []
getPairs (x:y:xs) = (x,y) : getPairs (y:xs)

getDiff :: [(Int, Int)] -> [Int]
getDiff [] = []
getDiff ((x1, x2):xs) = (x2 - x1) : getDiff xs

generate :: [Int] -> [[Int]]

marvhus

#!/usr/bin/bash
setxkbmap -option caps:ctrl_modifier no &

do_dwm ()
{
    slstatus &

    picom -b &
    nitrogen --restore &
    dunst -font "iosveka" &