Golang- How to build bitcoin blockchain with go programing

Golang: How to build bitcoin blockchain with go programing, available at $54.99, with 110 lectures, and has 19 subscribers.

You will learn about Comprehensive Understanding of Bitcoin Architecture:you will gain a deep understanding of the fundamental components of the Bitcoin network Proficiency in Go Programming Language for Blockchain Development: learners will enhance their proficiency in Go for blockchain development Expertise in Cryptographic Techniques for Blockchain Security:will delve into the realm of elliptic curve cryptography (ECC) and the SEC format Practical Application of Blockchain Concepts:By the end of the course, students will have the skills and knowledge to develop their own Bitcoin library in Go This course is ideal for individuals who are software Developers Interested in Blockchain Technology or Cryptocurrency Enthusiasts or product Managers in Blockchain Industry or students and Academics It is particularly useful for software Developers Interested in Blockchain Technology or Cryptocurrency Enthusiasts or product Managers in Blockchain Industry or students and Academics.

Enroll now: Golang: How to build bitcoin blockchain with go programing

Summary

Title: Golang: How to build bitcoin blockchain with go programing

Price: $54.99

Number of Lectures: 110

Number of Published Lectures: 110

Number of Curriculum Items: 110

Number of Published Curriculum Objects: 110

Original Price: $39.99

Quality Status: approved

Status: Live

What You Will Learn

Comprehensive Understanding of Bitcoin Architecture:you will gain a deep understanding of the fundamental components of the Bitcoin network

Proficiency in Go Programming Language for Blockchain Development: learners will enhance their proficiency in Go for blockchain development

Expertise in Cryptographic Techniques for Blockchain Security:will delve into the realm of elliptic curve cryptography (ECC) and the SEC format

Practical Application of Blockchain Concepts:By the end of the course, students will have the skills and knowledge to develop their own Bitcoin library in Go

Who Should Attend

software Developers Interested in Blockchain Technology

Cryptocurrency Enthusiasts

product Managers in Blockchain Industry

students and Academics

Target Audiences

software Developers Interested in Blockchain Technology

Cryptocurrency Enthusiasts

product Managers in Blockchain Industry

students and Academics

Welcome to the ultimate journey into the heart of Bitcoin development! In this comprehensive course, you will delve deep into the world of blockchain technology and cryptocurrency by harnessing the power of Go programming language.

Bitcoin, the revolutionary digital currency, has captured the imagination of developers worldwide. Now, it’s your turn to join the ranks of elite blockchain engineers by mastering every aspect of Bitcoin development with Go.

What You’ll Learn:

1. Elliptic Curve Cryptography: Understand the mathematics behind Bitcoin’s security model and implement it using Go.

2. SEC Format: Learn how to encode and decode keys and signatures using the Standards for Efficient Cryptography (SEC) format.

3. Transaction Essentials: Dive into the intricacies of Bitcoin transactions, including input and output scripts, pay-to-public-key (P2PK) and pay-to-public-key-hash (P2PKH) transactions.

4. Scripting Language: Explore Bitcoin’s powerful scripting language and unleash its capabilities in your own applications.

5. Transaction Validation and Creation: Master the art of crafting and validating Bitcoin transactions, ensuring the integrity of the blockchain.

6. Pay-to-Script-Hash (P2SH): Implement P2SH addresses and transactions, adding another layer of flexibility to Bitcoin transactions.

7. Blockchain Basics: Build your own blockchain from scratch, including blocks, proof-of-work, and the Merkle tree structure.

8. Segregated Witness (SegWit): Explore the SegWit protocol upgrade and its impact on transaction malleability and scalability.

Why This Course?

Hands-On Learning: Get your hands dirty with real-world coding exercises and projects designed to reinforce your understanding of Bitcoin development.

Expert Instruction: Learn from an experienced Bitcoin developer and product manager with years of industry experience.

Career Advancement: Unlock new career opportunities as a blockchain developer or engineer with in-depth knowledge of Bitcoin development.

Lifetime Access: Enjoy all time access to all course materials such as  codes, articles.

Who Is This Course For?

Software developers interested in blockchain technology.

Cryptocurrency enthusiasts eager to understand the inner workings of Bitcoin.

Product managers looking to deepen their knowledge of blockchain technology.

Prerequisites:

Basic knowledge of Go programming language.

Familiarity with cryptographic concepts is helpful but not required.

Don’t miss this opportunity to become a master Bitcoin developer with Go! Enroll now and start building your own Bitcoin library from scratch.

Course Curriculum

Chapter 1: Finite Field basics for elliptic curve of bitcoin

Lecture 1: About me

Lecture 2: Introduction to finite field

Lecture 3: Struct definition for Finite field element

Lecture 4: Implement Add and Negate methods for Finite field element

Lecture 5: Implement Subtract method for

Lecture 6: Add multiply and power method to field element

Lecture 7: Solve filed element multiply with scalar problem

Lecture 8: Change value field in FieldElement to BigInt

Lecture 9: Test BigInt value in FieldElement

Lecture 10: Solve Problem for field element with power to order minus 1

Lecture 11: Talk about division in finite field

Lecture 12: Code implementation for division of finite field

Chapter 2: Elliptic Curve

Lecture 1: Introduce to elliptic curve

Lecture 2: Code to implement points on elliptic curve

Lecture 3: Check points on given elliptic curve or not

Lecture 4: Introduce to addition for points on elliptic curve

Lecture 5: Code to implement point addition with identity

Lecture 6: Derivation for A+B when neither A nor B is identity point

Lecture 7: Code implementation for point addition

Lecture 8: Slope computation for tangent line on elliptic curve

Lecture 9: Code implementation for A+B when A=B

Chapter 3: Elliptic curve cryptography

Lecture 1: Elliptic curve point base on finite field element

Lecture 2: Algorithm for Elliptic curve point scalar multiplication

Lecture 3: Bitcoin elliptic curve parameters setting

Lecture 4: Group property for bitcoin elliptic curve points

Lecture 5: Introduce to ECSDA algorithm

Lecture 6: Code implementation for signature verify

Lecture 7: code implementation for signing process

Chapter 4: Encoding And Decoding

Lecture 1: SEC uncompressed encoding

Lecture 2: Sqrt operation for field element

Lecture 3: SEC compressed encoding

Lecture 4: Parsing SEC format data

Lecture 5: Introduce to DER encoding scheme for signature

Lecture 6: Code implementation of DER encoding

Lecture 7: Implementation of Base58 encoding

Lecture 8: Create wallet address from public key

Lecture 9: Conversion between big endian and little endian

Chapter 5: Transaction

Lecture 1: Introduction to bitcoin transaction

Lecture 2: Parsing transaction input count

Lecture 3: Code implementation for parsing input count in transaction

Lecture 4: Structure for transaction input

Lecture 5: Code implementation for parsing transaction input raw data

Lecture 6: Framework code for parsing output

Lecture 7: Query transaction raw data by RPC provider

Lecture 8: Introduce to the structure of script

Lecture 9: Code implementation for script parsing

Lecture 10: Serialize Script object into raw binary data

Chapter 6: Execute bitcoin script

Lecture 1: Introduce to twos complement

Lecture 2: Code implementation of twos complement

Lecture 3: Parse DER binary raw data into signature object

Lecture 4: Initialization of bitcoin operation code

Lecture 5: code implementation for bitcoin operation of OP_CHECKSIG

Lecture 6: Evaluation of bitcoin script for operation OP_CHECKSIG

Lecture 7: Introudce to p2pkh script

Lecture 8: construct p2pk script by code

Lecture 9: Code for execution of p2pk script

Lecture 10: Debugging the evaluation for p2pk script

Lecture 11: Construct script from current and previous transaction

Lecture 12: Debugging evaluation of combined script

Chapter 7: Transaction validation and creation

Lecture 1: Validate inputs in transaction is more than output

Lecture 2: Construct signature message for script evaluation

Lecture 3: Validate the whole transaction

Lecture 4: Create transaction:generate wallet address and receiving bitcoin for testnet

Lecture 5: transaction creation:decode base58 encoding

Lecture 6: Transaction creation: generate transaction input

Lecture 7: Transaction creation:generate transaction output

Lecture 8: Transaction creation: generate transaction instance

Lecture 9: Transaction creation: broadcast transaction

Chapter 8: P2sh transaction

Lecture 1: Problems for p2pk transaction

Lecture 2: Verify process for p2pk with multiple public keys

Lecture 3: Code for OP_CHECKMULTISIG command

Lecture 4: P2sh transaction verification process

Lecture 5: Some bugs fixing

Lecture 6: code implementation of p2sh transaction verification

Lecture 7: Construct verification signature message

Lecture 8: Debugging p2sh verification process

Chapter 9: Block of BlockChain

Lecture 1: Introduce to coinbase transaction

Lecture 2: Introduce to block header

Lecture 3: Parsing block header

Lecture 4: Introduce to proof of work

Lecture 5: Compute target value for proof of work

Lecture 6: compute difficulty of proof of work

Chapter 10: P2P networking

Lecture 1: Introduce to bitcoin network packet

Lecture 2: Parsing network packet raw data

Lecture 3: Introduce to payload of version command

Lecture 4: Create and serialize version command payload

Lecture 5: Code implementation for hand shaking process for two bitcoin nodes

Lecture 6: introduce to get headers command

Lecture 7: code implementation for get headers command

Lecture 8: Parsing response data for get headers command

Instructors

Tylor Chen
Coding Disney

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