nphyx

commit fdf95587884d38743234a4ff227ac608cb40e5e8
Author: Justen Robertson <[email protected]>
Date:   Sat Aug 21 00:56:56 2021 -0700

    [UPDATE] 0.51.2

diff --git a/PKGBUILD b/PKGBUILD
index 8784e1f..6a09041 100644
--- a/PKGBUILD
+++ b/PKGBUILD

nphyx

#!/bin/bash
# Transmission address binding & port configurator for transmission-gtk (does not apply to transmission daemon)
# 
# This script relies on my other script, piaport: https://gist.github.com/nphyx/e24c5349469f8dbca627761fafd57fbe
# It also requires gawk, and assumes it's in /usr/bin/gawk. If it's somewhere else for you change it.
#
# It must be run manually whenever VPN goes down and up again.
#
# You should already have bind-address-ipv4 and bind-address-ipv6 configured in your transmission settings.json!
#

nphyx

#! /bin/bash
#
# Enable port forwarding
#
# Based on another script found somewhere else, but this one gets user/pass automatically and requires sudo.
#
# Usage:
#  $ sudo piaport

port_forward_assignment( )

nphyx

// I don't know if this is the "right" way to do this, or even a "not stupid" way to do this, but I couldn't
// find an idiomatic approach and I'm a noob at Vulkan and graphics programming in general, so I came up with this
// the only reason it was difficult is that I first had to learn how Rust likes doing timing, using Duration and Instant
// rather than just using a ms/ns timestamp integer as one might expect
fn main() {
    // [...] all your vulkan initialization stuff
    
    // this is the target FPS
    let fps = 60u32;
    // set up a Duration representing the frame interval

nphyx

if(typeof(ArrayBuffer.prototype.transfer) === "undefined") {
	ArrayBuffer.prototype.transfer = function transfer(old) {
		var dva, dvb, i, mod;
		dva = new DataView(this);
		dvb = new DataView(old);
		mod = this.byteLength%8+1;
		for(i = 0; i <= old.byteLength-mod; i+=8) dva.setFloat64(i, dvb.getFloat64(i));
		mod = this.byteLength%4+1;
		if(i < old.byteLength-mod) {
			dva.setUint32(i, dvb.getUint32(i));

nphyx

# Only directory, time & git are covered here
BULLETTRAIN_TIME_BG=000
BULLETTRAIN_TIME_FG=008
BULLETTRAIN_DIR_BG=001
BULLETTRAIN_DIR_FG=007
BULLETTRAIN_GIT_BG=000
BULLETTRAIN_GIT_FG=008
BULLETTRAIN_GIT_COLORIZE_DIRTY_BG_COLOR=000
BULLETTRAIN_GIT_MODIFIED=" %F{006}✹%F{black}"

nphyx

# BULLET-TRAIN CONFIG
BULLETTRAIN_TIME_BG=000
BULLETTRAIN_TIME_FG=008
BULLETTRAIN_DIR_BG=001
BULLETTRAIN_DIR_FG=007
BULLETTRAIN_GIT_BG=000
BULLETTRAIN_GIT_FG=008
BULLETTRAIN_GIT_COLORIZE_DIRTY_BG_COLOR=000
BULLETTRAIN_GIT_MODIFIED=" %F{006}✹%F{black}"

nphyx

const should = require("should");
should.Assertion.add("nearly", function(arr, delta) {
	try {
		for(let i = 0, len = arr.length; i < len; i++) {
			this.obj[i].should.be.approximately(arr[i], delta);
		}
	}
	catch(e) {
		throw new Error("expected ["+this.obj.toString()+"] to be approximately ["+arr.toString()+"] ± "+delta);
	}

nphyx

describe("DataView", function() {
	it("should implement Uint24 accessors", function() {
		var i, n, buf, dv;
		buf = new ArrayBuffer(3);
		dv = new DataView(buf);
		n = Math.pow(2, 24);
		// this should give us decent coverage without trying every single number, which takes forever
		for(i = 1; i < n; i += 111) {
			dv.setUint24(0, i);
			dv.getUint24(0).should.equal(i);

nphyx

/**
 * Provide a 24 bit int implementation for DataViews. Note this
 * causes two reads/writes per call, meaning it's going to be
 * around half as fast as the native implementations.
 */
DataView.prototype.getUint24 = function(pos) {
	return (this.getUint16(pos) << 8) + this.getUint8(pos+2);
}

DataView.prototype.setUint24 = function(pos, val) {