Chris Troutner christroutner

## Escrow.cash
contract Escrow(
  bytes20 sellerPHK, // Hash160 of seller's public key
  bytes20 buyerPKH, // Hash160 of buyer's public key
  bytes20 arbitratorPKH, // Hash160 of arbitrator's public key
  bytes escrowKey // Nonce (just some unimportant random bytes unique per exchange)
) {
  function spend(
    sig spenderSig,
    pubkey spenderPK,
    datasig oracleSig,

## ipfs-circuit-relays-monitor.html
<!DOCTYPE html>

<!--
  This HTML creates a web page that loads an IPFS node. You can interact with it by opening a browser console and interacting
with the 'node' variable.
-->

<html lang="en">

<head>

## hydrated-utxos.js
const axios = require('axios').default

const bchAddress = 'bitcoincash:qpnty9t0w93fez04h7yzevujpv8pun204qv6yfuahk'

const SERVER = process.env.SERVER

// Get hydrated UTXOs from an address
const hydrateSLP = async (address) => {
  try {
    if (!address || typeof address !== 'string') {

## bcash-calls.js
const axios = require('axios').default

const bchAddress = 'bitcoincash:qpnty9t0w93fez04h7yzevujpv8pun204qv6yfuahk'

const SERVER = process.env.SERVER

// Get SLP balance of an address
const slpBalances = async (address) => {
  try {
    if (!address || typeof address !== 'string') {

## avax-colaborative-tx.js
const createHash = require('create-hash')
const { Avalanche, BinTools, BN } = require('avalanche')
const { KeyChain } = require('avalanche/dist/apis/evm')
const avm = require('avalanche/dist/apis/avm')
const { Signature } = require('avalanche/dist/common/credentials')

const ava = new Avalanche('api.avax.network', 443, 'https')
const bintools = BinTools.getInstance()
const xchain = ava.XChain()

## create-new-blockchain.ts
// 1. Create Subnet
//    1. Create Users
//    2. Generate Conrol Keys
//    3. Export/Import User
// 2. Adding a Validator to a Subnet
//    1. Add a Validator to the Default Subnet
//    2. Add a Validator to a Non-default Subnet
// 3. Create a New Blockchain
//    1. Create the Genesis Data
//    2. Interact With the New Blockchain

## ipfs.service
[Unit]
Description=IPFS daemon
After=network.target

[Service]
### Uncomment the following line for custom ipfs datastore location
# Environment=IPFS_PATH=/path/to/your/ipfs/datastore
ExecStart=/usr/local/bin/ipfs daemon
Restart=on-failure

## ipfs.service
[Unit]
Description=IPFS daemon
After=network-online.target

[Service]
ExecStart=/home/ipfs/.nix-profile/bin/ipfs daemon
User=ipfs
LimitNice=10
MemoryHigh=4G
# OOM-killer

## updating-a-fork.md

      
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                christroutner
                / updating-a-fork.md
            
            
              Last active
              April 18, 2022 18:13
                — forked from CristinaSolana/gist:1885435
            
              
                Keeping a forked repository up to date
              
          
    1. Clone your fork:

git clone git@github.com:YOUR-USERNAME/YOUR-FORKED-REPO.git

2. Add remote from original repository in your forked repository:

cd into/cloned/fork-repo
git remote add upstream git://github.com/ORIGINAL-DEV-USERNAME/REPO-YOU-FORKED-FROM.git
git fetch upstream


## output.js
[
  {
    owner: 'bcoe',
    repo: 'top-npm-users',
    description: ':star: Generate a list of top npm users by based on monthly downloads.',
    language: 'JavaScript',
    isFork: false,
    stargazers: 27,
    watchers: 27
  }
	contract Escrow(
	bytes20 sellerPHK, // Hash160 of seller's public key
	bytes20 buyerPKH, // Hash160 of buyer's public key
	bytes20 arbitratorPKH, // Hash160 of arbitrator's public key
	bytes escrowKey // Nonce (just some unimportant random bytes unique per exchange)
	) {
	function spend(
	sig spenderSig,
	pubkey spenderPK,
	datasig oracleSig,
	<!DOCTYPE html>

	<!--
	This HTML creates a web page that loads an IPFS node. You can interact with it by opening a browser console and interacting
	with the 'node' variable.
	-->

	<html lang="en">

	<head>
	const axios = require('axios').default

	const bchAddress = 'bitcoincash:qpnty9t0w93fez04h7yzevujpv8pun204qv6yfuahk'

	const SERVER = process.env.SERVER

	// Get hydrated UTXOs from an address
	const hydrateSLP = async (address) => {
	try {
	if (!address \|\| typeof address !== 'string') {
	const createHash = require('create-hash')
	const { Avalanche, BinTools, BN } = require('avalanche')
	const { KeyChain } = require('avalanche/dist/apis/evm')
	const avm = require('avalanche/dist/apis/avm')
	const { Signature } = require('avalanche/dist/common/credentials')

	const ava = new Avalanche('api.avax.network', 443, 'https')
	const bintools = BinTools.getInstance()
	const xchain = ava.XChain()
	// 1. Create Subnet
	// 1. Create Users
	// 2. Generate Conrol Keys
	// 3. Export/Import User
	// 2. Adding a Validator to a Subnet
	// 1. Add a Validator to the Default Subnet
	// 2. Add a Validator to a Non-default Subnet
	// 3. Create a New Blockchain
	// 1. Create the Genesis Data
	// 2. Interact With the New Blockchain
	[Unit]
	Description=IPFS daemon
	After=network.target

	[Service]
	### Uncomment the following line for custom ipfs datastore location
	# Environment=IPFS_PATH=/path/to/your/ipfs/datastore
	ExecStart=/usr/local/bin/ipfs daemon
	Restart=on-failure
	[Unit]
	Description=IPFS daemon
	After=network-online.target

	[Service]
	ExecStart=/home/ipfs/.nix-profile/bin/ipfs daemon
	User=ipfs
	LimitNice=10
	MemoryHigh=4G
	# OOM-killer
	[
	{
	owner: 'bcoe',
	repo: 'top-npm-users',
	description: ':star: Generate a list of top npm users by based on monthly downloads.',
	language: 'JavaScript',
	isFork: false,
	stargazers: 27,
	watchers: 27
	}