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‎address/core.go‎

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// Package address provides utilities for working with Bitcoin address types.
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//
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// Bitcoin uses different address types, such as Pay-to-Public-Key-Hash (P2PKH),
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// Pay-to-Script-Hash (P2SH), and Segregated Witness (SegWit) addresses. This package
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// offers functions for creating, parsing, and validating addresses of these types.
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//
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// Usage:
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// - Use the functions in this package to generate Bitcoin addresses.
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// - Parse Bitcoin addresses to extract information.
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// - Validate Bitcoin addresses to ensure they adhere to the correct format.
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// - Create address from scripts p2wsh, p2tr, tapleaf, ....
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//
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// Example:
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// package main
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//
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// import (
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// "fmt"
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// "github.com/mrtnetwork/bitcoin/address"
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// )
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//
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// func main() {
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// P2PKH ADDRESS
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// address in testnet: myVMJgRi6arv4hLbeUcJYKUJWmFnpjtVme
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// address in mainnet: 1JyQ1dLjHZRfHaryvudviQFyemf5vjbmUf
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// exampleAddr1, _ := address.P2PKHAddressFromAddress("myVMJgRi6arv4hLbeUcJYKUJWmFnpjtVme")
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// fmt.Println("address in testnet: ", exampleAddr1.Show(address.TestnetNetwork))
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// fmt.Println("address in mainnet: ", exampleAddr1.Show(address.MainnetNetwork))
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// P2TR ADDRESS
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// address in testnet: tb1pyhmqwlcrws4dxcgalt4mrffgnys879vs59xf6sve4hazyvmhecxq3e6sc0
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// address in mainnet: bc1pyhmqwlcrws4dxcgalt4mrffgnys879vs59xf6sve4hazyvmhecxqx3vlzq
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// exampleAddr2, _ := address.P2TRAddressFromAddress("tb1pyhmqwlcrws4dxcgalt4mrffgnys879vs59xf6sve4hazyvmhecxq3e6sc0")
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// fmt.Println("address in testnet: ", exampleAddr2.Show(address.TestnetNetwork))
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// fmt.Println("address in mainnet: ", exampleAddr2.Show(address.MainnetNetwork))
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// P2SH(P2PKH) ADDRESS
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// address in testnet: 2N2yqygBJRvDzLzvPe91qKfSYnK5utGckJX
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// address in mainnet: 3BRduwFGpTie9DHqy1PxhiTHZxsk7jpr9x
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// exampleAddr3, _ := address.P2SHAddressFromAddress("2N2yqygBJRvDzLzvPe91qKfSYnK5utGckJX", address.P2PKHInP2SH)
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// fmt.Println("address in testnet: ", exampleAddr3.Show(address.TestnetNetwork))
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// fmt.Println("address in mainnet: ", exampleAddr3.Show(address.MainnetNetwork))
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// P2PKH ADDRESS
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// address in testnet: mzUzciYUGsNxLCaaHwou27F4RbnDTzKomV
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// address in mainnet: 1Ky3KfTVTqwhZ66xaNqXCC2jZcBWZD6ppQ
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// exampleAddr4, _ := address.P2PKHAddressFromAddress("mzUzciYUGsNxLCaaHwou27F4RbnDTzKomV")
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// fmt.Println("address in testnet: ", exampleAddr4.Show(address.TestnetNetwork))
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// fmt.Println("address in mainnet: ", exampleAddr4.Show(address.MainnetNetwork))
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// P2SH(P2PKH) ADDRESS
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// address in testnet: 2MzibgEeJYCN8mjJsZTg79AH7au4PCkHXHo
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// address in mainnet: 39APcViGvjrnZwgKtL4EXDHrNYrDT9YuCQ
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// exampleAddr5, _ := address.P2SHAddressFromAddress("2MzibgEeJYCN8mjJsZTg79AH7au4PCkHXHo", address.P2PKHInP2SH)
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// fmt.Println("address in testnet: ", exampleAddr5.Show(address.TestnetNetwork))
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// fmt.Println("address in mainnet: ", exampleAddr5.Show(address.MainnetNetwork))
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// P2SH(P2WSH) ADDRESS
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// address in testnet: 2N7bNV1WPwCVHfoqqRhvtmbAfktazfjHEW2
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// address in mainnet: 3G3ARGaNKjywU2DHkaK29eBQYYNppD2xDE
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// exampleAddr6, _ := address.P2SHAddressFromAddress("2N7bNV1WPwCVHfoqqRhvtmbAfktazfjHEW2", address.P2WSHInP2SH)
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// fmt.Println("address in testnet: ", exampleAddr6.Show(address.TestnetNetwork))
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// fmt.Println("address in mainnet: ", exampleAddr6.Show(address.MainnetNetwork))
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// P2SH(P2WPKH) ADDRESS
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// address in testnet: 2N38S8G9q6qyEjPWmicqxrVwjq4QiTbcyf4
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// address in mainnet: 3BaE4XDoVPTtXbtE3VE6EYxUciCYd5rspb
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// exampleAddr7, _ := address.P2SHAddressFromAddress("2N38S8G9q6qyEjPWmicqxrVwjq4QiTbcyf4", address.P2WPKHInP2SH)
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// fmt.Println("address in testnet: ", exampleAddr7.Show(address.TestnetNetwork))
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// fmt.Println("address in mainnet: ", exampleAddr7.Show(address.MainnetNetwork))
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// P2SH(P2PK) ADDRESS
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// address in testnet: 2MugsNcgzLJ1HosnZyC2CfZVmgbMPK1XubR
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// address in mainnet: 348fJskxiqVwc6A2J4QL3cWWUF9DbWjTni
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// exampleAddr8, _ := address.P2SHAddressFromAddress("2MugsNcgzLJ1HosnZyC2CfZVmgbMPK1XubR", address.P2PKInP2SH)
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// fmt.Println("address in testnet: ", exampleAddr8.Show(address.TestnetNetwork))
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// fmt.Println("address in mainnet: ", exampleAddr8.Show(address.MainnetNetwork))
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// P2WPKH ADDRESS
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// address in testnet: tb1q6q9halaazasd42gzsc2cvv5xls295w7kawkhxy
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// address in mainnet: bc1q6q9halaazasd42gzsc2cvv5xls295w7khgdyah
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// exampleAddr9, _ := address.P2WPKHAddresssFromAddress("tb1q6q9halaazasd42gzsc2cvv5xls295w7kawkhxy")
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// fmt.Println("address in testnet: ", exampleAddr9.Show(address.TestnetNetwork))
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// fmt.Println("address in mainnet: ", exampleAddr9.Show(address.MainnetNetwork))
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// }
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//
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// This package aims to simplify Bitcoin address handling and make it easier to work
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// with different Bitcoin address formats.
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// Implementation of various Bitcoin address types, including P2PKH, P2SH, and SegWit
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package address
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import "github.com/mrtnetwork/bitcoin/scripts"

‎base58/base58.go‎

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// / Base58 and base58Check implement
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// Base58 and base58Check implement
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package base58
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import (
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"bytes"
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"fmt"
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"github.com/mrtnetwork/bitcoin/digest"
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"math/big"
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"github.com/mrtnetwork/bitcoin/digest"
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)
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const (

‎bech32/bech32.go‎

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// Reference implementation for Bech32/Bech32m and segwit addresses.
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// Bech32 implementation for Bitcoin addresses.
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package bech32
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import (

‎bip39/bip39.go‎

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// Package bip39_example demonstrates the usage of the bip39 package to work with BIP-39 mnemonic phrases,
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// entropy generation, and mnemonic conversion. BIP-39 is a widely used standard for creating human-readable
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// representations of cryptographic keys.
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//
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// This example script showcases how to generate a new BIP-39 mnemonic, derive its entropy, and convert it back
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// to a mnemonic. It also includes error handling and helpful comments to guide you through the process.
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//
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// For more information on BIP-39, refer to the official specification: https://github.com/github.com/mrtnetwork/bitcoin/bips/blob/master/bip-0039.mediawiki
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// "BIP39 multi-language support implementation for mnemonic phrases.
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package bip39
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‎constant/constant.go‎

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// Bitcoin's op codes and constants
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package constant
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// Bitcoin's op codes. Complete list at: https://en.bitcoin.it/wiki/Script

‎digest/digest.go‎

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// Implementation of Bitcoin-specific hash functions, including SHA-256, RIPEMD-160 (Hash160), and TaggedHash.
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package digest
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import (

‎ecc/ecc.go‎

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// Implementation of Bitcoin signing algorithms (ECDSA, Schnorr)
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package ecc
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// Copyright 2010 The Go Authors. All rights reserved.

‎formating/bitcoin_op.go‎

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// Tools for handling byte manipulation, number encoding, and string conversion in the context of Bitcoin.
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package formating
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import (

‎hd_wallet/hd_wallet.go‎

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// Implementation of Hierarchical Deterministic (HD) wallet functionality following the BIP32 standard for Bitcoin and other cryptocurrencies
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package hdwallet
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import (
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"bytes"
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"encoding/binary"
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"fmt"
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"regexp"
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"strconv"
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"strings"
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"github.com/mrtnetwork/bitcoin/address"
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"github.com/mrtnetwork/bitcoin/base58"
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"github.com/mrtnetwork/bitcoin/bip39"
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"github.com/mrtnetwork/bitcoin/digest"
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"github.com/mrtnetwork/bitcoin/ecc"
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"github.com/mrtnetwork/bitcoin/formating"
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"github.com/mrtnetwork/bitcoin/keypair"
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"regexp"
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"strconv"
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"strings"
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)
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// HdWallet represents an HD Wallet.

‎keypair/private_key.go‎

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// keypair management for private and public keys.
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package keypair
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import (

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