Chris Troutner christroutner

Radicle Grant Application - Package Manager

Project Name: Package Manager Research
Team Name: Chris Troutner
Payment Address: 0x4fdcEcf844B578d0190AFe267c498B2a0253A084
Level: 🌱-Seed

Project Overview 📄

The scope of this project is to conduct research into package management systems. The goal is to evaluate the work necessary to create an embedded package registry system within Radicle, similar to the GitHub Packages.

Reducing BCH Infrastructure Costs with IPFS

This gist contains notes on the presentation give at the BCH22 conference in St. Kitts on 11/12/22. A YouTube version of the presentation will be uploaded a few days after the event, and a link will be posted here when that happens.

About the Speaker

Organizations

FullStack.cash - Web 2 infrastructure for scaling BCH apps
Developer discussion Telegram channel

CoinJoin Flipstarter Status

This page is used to post updates about the CoinJoin Flipstarter campaign. The campaign was fully funded by the BCH community in November of 2022, and work will take place from January through March of 2023.

Useful Links

bch-js Telegram Channel - Used to discuss the project and ask technical questions.
bch-coinjoin GitHub Group - Where the code repositories for this project live.
CoinJoin Flowchart

Development Status

Overview

Users of Bitcoin Cash value their financial privacy. The community has built a powerful tool in the form of CashFusion, which coordinates CoinJoin transactions, in order to restore financial privacy. But over the last few months, the following problems have arisen with CashFusion:

Many users are reporting a lack of fusion transactions. They are doing everything right, but the transaction formation is consistently failing. Despite many brilliant minds discussing it, there appears to be no clear solution.
The protocol is complex. Despite many brilliant and well funded people making the attempt, it's only been incorporated into two wallets: Electron Cash and Pokket. And Pokket is no longer maintained.
There is only a single server for coordinating fusions. More than one server is undesirable because that creates liquidity issues. And server hosting, in light of the recent OFAC listing of Tornado Cash, has

Links to information presented in the video:

OpenSea
POAP
troutnfts.com
NFT explanation and code examples
wallet.fullstack.cash web wallet
PSF How-To Videos
bch-js-examples code examples
slp-mutable-data JavaScript library
dex.fullstack.cash decentralized exchange for buying and selling NFTs

This is my attempt to use the bitcore-lib-cash examples to construct a P2SH multisig transaction.

There are two files:

multisig01.js generates a 2-of-3 P2SH address.
multisig02.js spends the 2,000 sats in the address.

	github.com/ipfs/[email protected]/internal/peermanager/peermanager.go:158 +0x35
	github.com/ipfs/go-bitswap/internal/sessionmanager.(*SessionManager).cancelWants(0xc0a16e0, {0x4153cb40, 0x0, 0xa})
	github.com/ipfs/[email protected]/internal/sessionmanager/sessionmanager.go:188 +0x73
	github.com/ipfs/go-bitswap/internal/sessionmanager.(*SessionManager).CancelSessionWants(0xc0a16e0, 0x3a7e, {0x1d492080, 0xa, 0x10})
	github.com/ipfs/[email protected]/internal/sessionmanager/sessionmanager.go:177 +0x70
	github.com/ipfs/go-bitswap/internal/session.(*sessionWantSender).onChange(0x112397b8, {0x2244df44, 0x1, 0x1})
	github.com/ipfs/[email protected]/internal/session/sessionwantsender.go:300 +0x219
	github.com/ipfs/go-bitswap/internal/session.(*sessionWantSender).Run(0x112397b8)
	github.com/ipfs/[email protected]/internal/session/sessionwantsender.go:188 +0x7d
	created by github.com/ipfs/go-bitswap/internal/session.(*Session).run

	{
	"consumerApis": [
	{
	"name": "wa-usa-xec-consumer.fullstackcash.nl",
	"ipfsId": "12D3KooWCTwdBFz7rWYPav54qgKVjPzNNzC46Qdg1w14iSU2mQJo",
	"url": "http://wa-usa-xec-consumer.fullstackcash.nl"
	},
	{
	"name": "xec-consumer-or1-usa.fullstackcash.nl",
	"ipfsId": "12D3KooWJNjbzJuF6suDXdC4eDarTR8Maf8H3fxZEvaTqpiBr7Ma",

	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,

	{
	"browser": [
	{
	"name": "p2wdb-cr-wss.fullstack.cash",
	"multiaddr": "/dns4/p2wdb-cr-wss.fullstack.cash/tcp/443/wss/ipfs/12D3KooWKNuBjaMgEDN2tGqzmdfM2bmd22VEuboC4X7x8ua4DvUg",
	"ipfsId": "12D3KooWKNuBjaMgEDN2tGqzmdfM2bmd22VEuboC4X7x8ua4DvUg"
	},
	{
	"name": "ipfs-cr.fullstackslp.nl",
	"multiaddr": "/dns4/ipfs-cr.fullstackslp.nl/tcp/443/wss/ipfs/12D3KooWJyc54njjeZGbLew4D8u1ghrmZTTPyh3QpBF7dxtd3zGY",