canterberry

Keybase proof

I hereby claim:

• I am canterberry on github.
• I am twuni (https://keybase.io/twuni) on keybase.
• I have a public key whose fingerprint is FEE1 981E 7627 A2DB 6685 93DE A727 720A 403C FF61

To claim this, I am signing this object:

canterberry

var i,x,y,f,k=[],v=[];for(i in h){k.push(i);v.push(h[i]);}h={};for(i in v){x=v[i];y=k[i];f=(a,b)=>{b=h[a];h[a]=(b?b.map?b.concat([y]):[b,y]:y)};x.map?x.map(f):f(x);}

canterberry

#!/usr/bin/env bash
# ============================================================================ #
# This CLI tool is a working reference implementation for generating TLS
# private keys, certificate signing requests (CSRs), and self-signed
# certificates. The benefits of using this tool vs OpenSSL directly are as
# follows:
#
#  * Significantly easier to use than OpenSSL.
#
#  * Strong keys by default (ECC with secp384r1 curve).

canterberry

// (Buffer is available in Node.js as a global, but we require it this way for compatibility)
// See: https://nodejs.org/api/buffer.html#buffer_buffer
const { Buffer } = require('buffer');
const crypto = require('crypto');

const keyPair = crypto.createECDH('secp256k1');

keyPair.generateKeys();

// Print the PEM-encoded private key

canterberry

Keybase proof

I hereby claim:

• I am canterberry on github.
• I am canterberry (https://keybase.io/canterberry) on keybase.
• I have a public key whose fingerprint is 8BE0 8D64 2839 89A6 F2A3 8D02 7B35 80B9 FAA1 2E7E

To claim this, I am signing this object:

canterberry

const { Buffer } = require('buffer');

const arcadePoster     = Buffer.from('2BFC8E2B3561C04FBBC73FA43D5D96540D0AA008B30924CE47DA0EC67530D3', 'hex');
const arcadeGraffiti   = Buffer.from('9E1CE2C2F6FBFE198637E6F10B957DDD50A7874177A51E', 'hex');
const humanoidNote     = Buffer.from('FEEDB0B0DEADBEEF', 'hex');
const noteThenGraffiti = Buffer.from('FEEDB0B0DEADBEEF9E1CE2C2F6FBFE198637E6F10B957DDD50A7874177A51E', 'hex');
const graffitiThenNote = Buffer.from('9E1CE2C2F6FBFE198637E6F10B957DDD50A7874177A51EFEEDB0B0DEADBEEF', 'hex');

const merge = (A, B, f) => Buffer.from(Array.from(A).map((n, index) => f(n, B[index % B.length])));

canterberry

		<Organizer-10 hotbag="1099616085">
			<item id="7981" />
			<item id="7982" />
			<item id="7983" />
			<item id="7984" />
			<item id="7985" />
			<item id="7986" />
			<item id="7987" />
			<item id="7988" />
		</Organizer-10>

canterberry

		<Restock-3 hotbag="0">
		  <item id="7981" amount="1" />
		  <item id="7982" amount="1" />
		  <item id="7983" amount="1" />
		  <item id="7984" amount="1" />
		  <item id="7985" amount="1" />
		  <item id="7986" amount="1" />
		  <item id="7987" amount="1" />
		  <item id="7988" amount="1" />
		  <item id="7989" amount="1" />

canterberry

const link = (options = {}) => {
  const {
    baseUrl = 'https://api.block.mason.link',
    clientId,
    clientSecret
  } = options;

  if (!clientId || !clientSecret) {
    throw new Error('Missing options.clientId or options.clientSecret');
  }

canterberry

{
  "username": "",
  "password": "",
  "ip": "login.uorenaissance.com",
  "port": 2593,
  "ultimaonlinedirectory": "C:/Program Files (x86)/Electronic Arts/Ultima Online Renaissance",
  "clientversion": "5.0.8.3",
  "lastcharactername": "",
  "cliloc": "Cliloc.enu",
  "lastservernum": 1,