Rasmus Lerdorf rlerdorf

rlerdorf / README.multi_socket

Created January 5, 2021 18:49

	Implementation of the curl_multi_socket API

	The main ideas of the new API are simply:

	1 - The application can use whatever event system it likes as it gets info
	from libcurl about what file descriptors libcurl waits for what action
	on. (The previous API returns fd_sets which is very select()-centric).

	2 - When the application discovers action on a single socket, it calls
	libcurl and informs that there was action on this particular socket and

rlerdorf / o

Created January 5, 2021 18:37

rlerdorf / o

Created January 5, 2021 18:36

rlerdorf / kc

Created December 21, 2020 16:47

	#!/usr/bin/env php
	<?php
	function rgb($hex) {
	$r = substr($hex,0,2);
	$g = substr($hex,2,2);
	$b = substr($hex,4,2);
	return [hexdec($r), hexdec($g), hexdec($b)];
	}

	function preview($str, $cols) {

rlerdorf / 5years.txt

Created June 16, 2020 17:28

rlerdorf / renew.txt

Created June 16, 2020 17:15

rlerdorf / reg.txt

Created June 16, 2020 17:15

rlerdorf / remote_manage.txt

Created February 24, 2020 15:28

	The setup I use to manage machines remotely is all based on each machine
	maintaining an ssh connection to a central server sitting in a colo in
	San Jose. If you only want to manage machines that don't move around and
	are behind a router you control, it probably makes more sense to set up
	port forwarding on your router. Forward ports 22 (ssh), 5900 (vnc) and
	3282 (ARD).

	I use the proxy approach because I also manage laptops that may be
	connected from anywhere. Like in a coffeeshop behind NAT where I have
	no way to port forward from the router.

rlerdorf / c

Created February 17, 2020 15:58

	processor : 0
	vendor_id : AuthenticAMD
	cpu family : 23
	model : 113
	model name : AMD Ryzen 9 3950X 16-Core Processor
	stepping : 0
	microcode : 0x8701013
	cpu MHz : 2199.325
	cache size : 512 KB
	physical id : 0

rlerdorf / gist:8ebbd3eb704e0d7582b72663374868f3

Created February 17, 2020 15:58

	Architecture: x86_64
	CPU op-mode(s): 32-bit, 64-bit
	Byte Order: Little Endian
	Address sizes: 43 bits physical, 48 bits virtual
	CPU(s): 32
	On-line CPU(s) list: 0-31
	Thread(s) per core: 2
	Core(s) per socket: 16
	Socket(s): 1
	NUMA node(s): 1