sumonst21 / learning-bitcoin-from-the-command-line

A complete course for learning Bitcoin programming and usage from the command

Learning Bitcoin from the Command Line 2.0.1

by Christopher Allen and Shannon Appelcline

Learning Bitcoin from the Command Line is a tutorial for working with Bitcoin (and Lightning) that teaches direct interaction with the servers themselves, as the most robust and secure way to begin cryptocurrency work.

NOTE: This is a draft in progress, so that I can get some feedback from early reviewers. It is not yet ready for use.

This tutorial assumes that you have some minimal background of how to use the command line interface. If not, there are many tutorials available, and I have one for Mac users at https://github.com/ChristopherA/intro-mac-command-line.

Table of Contents

PART ONE: PREPARING FOR BITCOIN

Status: Finished. Updated for 0.20.

• 1.0: Introduction to Programming with Bitcoin Core and Lightning
  • Interlude: Introducing Bitcoin
• 2.0: Setting Up a Bitcoin-Core VPS
  • 2.1: Setting Up a Bitcoin-Core VPS with Bitcoin Standup
  • 2.2: Setting Up a Bitcoin-Core Machine via Other Means

PART TWO: USING BITCOIN-CLI

Status: Finished. Updated for 0.20.

• 3.0: Understanding Your Bitcoin Setup
  • 3.1: Verifying Your Bitcoin Setup
  • 3.2: Knowing Your Bitcoin Setup
  • 3.3: Setting Up Your Wallet
    • Interlude: Using Command-Line Variables
  • 3.4: Receiving a Transaction
  • 3.5: Understanding the Descriptor
• 4.0: Sending Bitcoin Transactions
  • 4.1: Sending Coins the Easy Way
  • 4.2: Creating a Raw Transaction
    • Interlude: Using JQ
  • 4.3: Creating a Raw Transaction with Named Arguments
  • 4.4: Sending Coins with Raw Transactions
    • Interlude: Using Curl
  • 4.5: Sending Coins with Automated Raw Transactions
  • 4.6: Creating a Segwit Transaction
• 5.0: Controlling Bitcoin Transactions
  • 5.1 Watching for Stuck Transactions
  • 5.2: Resending a Transaction with RBF
  • 5.3: Funding a Transaction with CPFP
• 6.0: Expanding Bitcoin Transactions with Multisigs
  • 6.1: Sending a Transaction with a Multsig
  • 6.2: Spending a Transaction with a Multsig
  • 6.3: Sending & Spending an Automated Multisig
• 7.0: Expanding Bitcoin Transactions with PSBTs
  • 7.1: Creating a Partially Signed Bitcoin Transaction
  • 7.2: Using a Partially Signed Bitcoin Transaction
  • 7.3: Integrating with Hardware Wallets
• 8.0: Expanding Bitcoin Transactions in Other Ways
  • 8.1: Sending a Transaction with a Locktime
  • 8.2: Sending a Transaction with Data

PART THREE: BITCOIN SCRIPTING

Status: Finished. Updated for 0.20 and btcdeb.

• 9.0: Introducing Bitcoin Scripts
  • 9.1: Understanding the Foundation of Transactions
  • 9.2: Running a Bitcoin Script
  • 9.3: Testing a Bitcoin Script
  • 9.4: Scripting a P2PKH
  • 9.5: Scripting a P2WPKH
• 10.0: Embedding Bitcoin Scripts in P2SH Transactions
  • 10.1: Understanding the Foundation of P2SH
  • 10.2: Building the Structure of P2SH
  • 10.3: Running a Bitcoin Script with P2SH
  • 10.4: Scripting a Multisig
  • 10.5: Scripting a Segwit Script
  • 10.6: Spending a P2SH Transaction
• 11.0: Empowering Timelock with Bitcoin Scripts
  • 11.1: Understanding Timelock Options
  • 11.2: Using CLTV in Scripts
  • 11.3: Using CSV in Scripts
• 12.0: Expanding Bitcoin Scripts
  • 12.1: Using Script Conditionals
  • 12.2: Using Other Script Commands
• 13.0: Designing Real Bitcoin Scripts
  • 13.1: Writing Puzzles Scripts
  • 13.2: Writing Complex Multisig Scripts
  • 13.3: Empowering Bitcoin with Scripts

PART FOUR: USING TOR

Status: Finished.

• 14.0: Using Tor
  • 14.1: Verifying Your Tor Setup
  • 14.2: Changing Your Bitcoin Hidden Services
  • 14.3: Adding SSH Hidden Services

PART FIVE: PROGRAMMING WITH RPC

Status: Finished.

• 15.0: Talking to Bitcoind with C
  • 15.1: Accessing Bitcoind in C with RPC Libraries
  • 15.2: Programming Bitcoind in C with RPC Libraries
  • 15.3: Receiving Notifications in C with ZMQ Libraries
• 16.0: Programming Bitcoin with Libwally
  • 16.1: Setting Up Libwally
  • 16.2: Using BIP39 in Libwally
  • 16.3: Using BIP32 in Libwally
  • 16.4: Using PSBTs in Libwally
  • 16.5: Using Scripts in Libwally
  • 16.6: Using Other Functions in Libwally
  • 16.7: Integrating Libwally and Bitcoin-CLI
• 17.0: Talking to Bitcoind with Other Languages
  • 17.1: Accessing Bitcoind with Go
  • 17.2: Accessing Bitcoind with Java
  • 17.3: Accessing Bitcoind with Node JS
  • 17.4: Accessing Bitcoind with Python
  • 17.5: Accessing Bitcoind with Rust
  • 17.6: Accessing Bitcoind with Swift

PART SIX: USING LIGHTNING-CLI

Status: Finished.

• 18.0: Understanding Your Lightning Setup
  • 18.1: Verifying Your c-lightning Setup
  • 18.2: Knowing Your c-lightning Setup
    • Interlude: Accessing a Second Lightning Node
  • 18.3: Creating a Lightning Channel
• 19.0: Using Lightning
  • 19.1: Generating a Payment Request
  • 19.2: Paying an Invoice
  • 19.3: Closing a Lighnting Channel
  • 19.4: Expanding the Lightning Network

APPENDICES

Status: Finished.

• Appendices
  • Appendix I: Understanding Bitcoin Standup
  • Appendix II: Compiling Bitcoin from Source
  • Appendix III: Using Bitcoin Regtest

Status - Beta

v2.0.1 of Learning Bitcoin from the Command Line is feature complete. It may still be undergoing third-party review or editing, but it can be used for learning.

We are also tentatively considering what we could include in a v3.0 of the course. If you'd like to support work of that sort, become a GitHub Sponsor or support us at our BTCPay Server, and let us know that Learning Bitcoin was the reason why.

Origin, Authors, Copyright & Licenses

Unless otherwise noted (either in this /README.md or in the file's header comments) the contents of this repository are Copyright © 2020 by Blockchain Commons, LLC, and are licensed under CC-BY.

Financial Support

Learning Bitcoin from the Command Line is a project of Blockchain Commons. We are proudly a "not-for-profit" social benefit corporation committed to open source & open development. Our work is funded entirely by donations and collaborative partnerships with people like you. Every contribution will be spent on building open tools, technologies, and techniques that sustain and advance blockchain and internet security infrastructure and promote an open web.

To financially support further development of $projectname and other projects, please consider becoming a Patron of Blockchain Commons through ongoing monthly patronage as a GitHub Sponsor. You can also support Blockchain Commons with bitcoins at our BTCPay Server.

Contributing

We encourage public contributions through issues and pull requests! Please review CONTRIBUTING.md for details on our development process. All contributions to this repository require a GPG signed Contributor License Agreement.

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Credits

The following people directly contributed to this repository. You can add your name here by getting involved. The first step is learning how to contribute from our CONTRIBUTING.md documentation.

Name	Role	Github	Email	GPG Fingerprint
Christopher Allen	Lead Author	@ChristopherA	<[email protected]>	FDFE 14A5 4ECB 30FC 5D22 74EF F8D3 6C91 3574 05ED
Shannon Appelcline	Lead Author	@shannona	<[email protected]>	7EC6 B928 606F 27AD

Additional contributions are listed below:

Role	Names
Contributors:	gg2001 (Go, Node.js sections), gorazdko (Rust section), Javier Vargas (C, Java, Lightning, Tor sections), jodobear (Appendix: Compiling Bitcoin, Python section)
Reviewers:	Glen Willem @gwillem
Sponsors:	Blockstream Corporation

Responsible Disclosure

We want to keep all of our software safe for everyone. If you have discovered a security vulnerability, we appreciate your help in disclosing it to us in a responsible manner. We are unfortunately not able to offer bug bounties at this time.

We do ask that you offer us good faith and use best efforts not to leak information or harm any user, their data, or our developer community. Please give us a reasonable amount of time to fix the issue before you publish it. Do not defraud our users or us in the process of discovery. We promise not to bring legal action against researchers who point out a problem provided they do their best to follow the these guidelines.

Reporting a Vulnerability

Please report suspected security vulnerabilities in private via email to [email protected] (do not use this email for support). Please do NOT create publicly viewable issues for suspected security vulnerabilities.

The following keys may be used to communicate sensitive information to developers:

Name	Fingerprint
Christopher Allen	FDFE 14A5 4ECB 30FC 5D22 74EF F8D3 6C91 3574 05ED

You can import a key by running the following command with that individual’s fingerprint: gpg --recv-keys "<fingerprint>" Ensure that you put quotes around fingerprints that contain spaces.