keyle

/**
 * logt() - extremely simple `console.log` by topic
 * instead `logt('topic', something)`;
 * to turn on, `localStorage.topic=1` in chrome console
 * to turn off, `delete localStorage.topic`
 * @param {string} topic
 * @param args
 */
let logt = (topic, ...args) => {
    if (localStorage[topic]) {

keyle

background: repeating-linear-gradient(
    -45deg,
    #ffcd11,
    #ffcd11 10px,
    #333 10px,
    #333 20px
);

keyle

//
//  NSImageViewFill.swift
//  NSImageView with Fill Aspect Ratio
//  Swift 4.0+
//
//  Written by (source) https://stackoverflow.com/a/46262418/200041
//  I take no credit in this but it's too awesome not to gist.
//

import Cocoa

keyle

# docker ps, find the hash, e.g. b1d085e45f39
docker update --restart=always $1

keyle

Conventions

• A = [xA, yA] is a point on the 2D plane. Same for B, C, ...
• lengths are in any unit (ex: pixels)
• code snippets are in JavaScript

Degrees to radians

angleRad = angleDeg * Math.PI / 180;

keyle

# werp.py :: toy programming language, lispish and concise.

tokenize = lambda chars: chars.replace('(', ' ( ').replace(')', ' ) ').split()

def read_from_tokens(tokens):
		if len(tokens) == 0:
			raise SyntaxError('Unexpected EOF')
		token = tokens.pop(0)
		if token == "(":
			L = []

keyle

# option 1
let x = stdin.readAll
echo "^ " & x

# option 2
while not endoffile(stdin): 
    let x = stdin.readLine
    echo "^ " & x

keyle

import macros

macro eval(s: string): expr =
  result = parseStmt($s)

eval("echo 5")

keyle

import irc, asyncdispatch, strutils, os, threadpool

proc onIrcEvent(client: PAsyncIrc, event: TIrcEvent) {.async.} =
    case event.typ
    of EvConnected:
        discard
    of EvDisconnected, EvTimeout:
        await client.reconnect()
    of EvMsg:
        if event.cmd == MPrivMsg:

keyle

package game
{
    import flare.basic.Scene3D;
    import flare.basic.Viewer3D;
    import flare.core.Camera3D;
    import flare.core.Mesh3D;
    import flare.core.Pivot3D;
    import flare.core.Texture3D;
    import flare.flsl.FLSLMaterial;
    import flare.physics.colliders.SphereCollider;