Moved to https://github.com/fjahr/debugging_bitcoin to allow for better collaboration.
This document is currently optimized for MacOS. If you would like to help me add Linux equivalent commands, please let me know.
This guide is designed to give beginners of C++ development and/or people new to the bitcoin core code base an overview of the tools available for debugging issues as well as giving hints where issues may trip you up.
| use bitcoin::blockdata::{opcodes, script}; | |
| use miniscript::{Descriptor, Miniscript, Policy}; | |
| use std::str::FromStr; | |
| use secp256k1; | |
| fn key_from_secret_key(sk: secp256k1::SecretKey, secp: &secp256k1::Secp256k1<secp256k1::All>) -> bitcoin::PublicKey { | |
| bitcoin::PublicKey { | |
| key: secp256k1::PublicKey::from_secret_key( |
| prog :=xnixperms | |
| debug ?= | |
| $(info debug is $(debug)) | |
| ifdef debug | |
| release := | |
| target :=debug | |
| extension :=debug |
Moved to https://bitcoincore.reviews
| use std::env; | |
| use std::process; | |
| fn main() { | |
| // HOST=myserver | |
| // PORT=8080 | |
| let host_key = "HOST"; | |
| let port_key = "PORT"; | |
| let default_port = 8080; |
| # FILE LOCATION: <project_root>/docs/Makefile | |
| # Minimal makefile for Sphinx documentation | |
| # | |
| # You can set these variables from the command line. | |
| SPHINXOPTS = | |
| SPHINXBUILD = sphinx-build | |
| SOURCEDIR = source | |
| BUILDDIR = build |
Described here is a variant of what has previously been published under the name "P2EP" or Pay-to-endpoint, in which A pays B but B contributes utxos, i.e. it's a coinjoin-payment.
I'm using the term "payjoin" here to refer to using that idea, but not including a URI/endpoint specific to B, and not allowing (as a merchant would) arbitrary payments, which opens up certain problems around snooping attackers (more on this below). So payjoin just means "A pays B but B actively participates and passes across utxos as extra inputs".
I'll defer a more features-focused and non-tech friendly description of what this means to a later blogpost.
| // All credits go to CMoody for the original Idea... | |
| // THE MTFRSI is an extension of his original script to now encorporate 3RSI's on one panel | |
| study(title="TraderX0 3-RSI MTF", shorttitle="X0_3_RSI_MTF", precision=0) | |
| //candle source | |
| src = close | |
| //rsi setup | |
| //first RSI inputs | |
| firstRsiTimeframe = input(title="Select 1st RSI Timeframe", type=resolution, defval="60") |
| const noise = require('noise-peer') | |
| const network = require('@hyperswarm/network') | |
| const jsonStream = require('duplex-json-stream') | |
| const hypercore = require('hypercore') | |
| const pump = require('pump') | |
| const swarm = network() | |
| const hyperswarm = network() | |
| const publicKey = Buffer.from(process.argv[2], 'hex') |
