The evias/blockchain-cli Package aims to be an easy to use command line interface and API utility Software built around Bitcoin, Colored Coins and NEM blockchain features.
- php>=7.1 : for laravel-zero/laravel-zero Package
- php7.1-gmp : for Bit-Wasp/bitcoin-php Package
- php7.1-bcmath : for Bit-Wasp/bitcoin-php Package
- php7.1-intl : for UTF-8 encoded passphrases
- php7.1-xml : for PHPUnit
- php7.1-mbstring : for PHPUnit
- php7.1-curl
# Get list of available commands
$ php application list
# Get Simple HD Address from BIP32 Extended Public Key
$ php application wallet:hd-from-xpub --xpub="xpub123456"
# Get Multisig HD Address from BIP32 Extended Public Keys of cosigners
$ php application wallet:hd-from-xpub --xpubs="xpub123456,xpub1234332,xpub493554" --mincount 2
# Get BIP39 Seed from Mnemonic as well as BIP32 Root Key :
$ php application wallet:derive --mnemonic="abandon abandon abandon"
# Get BIP44 Addresses, Public Keys and Private Keys
$ php application wallet:derive --mnemonic="abandon abandon abandon" --path="m/44'/0'/0'/0"
# Get BIP32 Addresses protected by password (Bitcoin Core) :
$ php application wallet:derive --mnemonic="abandon abandon abandon" --password="mySecurePassword" --path="m/0'/0'"
# Parse a OP_RETURN colored coin hexadecimal payload (Omnilayer or any other OP_RETURN content)
$ php application script:op-return --asm="OP_RETURN 6f6d6e69000000000000001f000000002faf0800 OP_EQUAL"I have proceeded to a recovery of 8 USDT from a CoPay Multisig Wallet to a Bittrex wallet which you can see in details on the following links :
The created transaction uses 2 Inputs because I needed an address from which I would pay the Bitcoin Fee for processing the transaction. Following are details about HD Key derivation paths needed to sign those 2 inputs. Because both inputs are different Bitcoin Addresses we will need different public/private key Pairs for each Input we need to sign.
In my case, the first input was located in the third address of the CoPay wallet. Which turns out to be at derivation path m/44'/0'/0'/0/2.
The second input was located in the first change address of the CoPay wallet. Which turns out to be at derivation path m/44'/0'/0'/1/0.
After gathering the right data about those inputs, I then ran the following command providing --input1 and --input2 are transaction IDs of the transaction in which your inputs are the outputs. (Inputs are always Outputs in a previous transaction)
The magic:
$ php application omni:copay-recovery --input1="9141346500a45fb588e2ee2908583d9d2b0484b1941dcb0e50fbf9bf1e4e5b51" \
--vindex1="1" \
--path-sign1="m/44'/0'/0'/0/2" \
--input2="517a0ad4bf4cc423ce578f043a13e98d405902c08b1bfcac92b199ba3fd2cc39" \
--vindex2="1" \
--path-sign2="m/44'/0'/0'/1/0" \
--cosig1="this is not the right mnemonic" \
--cosig2="nor is this one because crazy" \
--cosig3="this third mnemonic is optional" \
--destination "1Ajqkh2foqMGLRAe9YkS7mwMgsAEiAx3aM" \
--change "143f5QPkc5mJurEr2kGPPoecJqkhvaQ2u2" \
--min 2 \
--bitcoin 75000 \
--fee 40000 \
--colored-op="6f6d6e69000000000000001f000000002faf0800"Using your cosigner wallet's mnemonics, it is possible to recover the Copay Multisig Wallet produced at derivation path X. For this, I added a command which will display the Wallet Address as well as the Redeem Script and Output Script in human readable format.
Running this command, you can test a lot of derivation paths as to find the exact derivation path of the address you need to recover.
Example derivation paths include:
- CoPay Multisig First Address: m/44'/0'/0'/0/0
- CoPay Multisig 19th Address: m/44'/0'/0'/0/18
- CoPay Multisig First Change Address: m/44'/0'/0'/1/0
- CoPay Cosigners Base Derivation Path: m/44'/0'/0'.
- XPUBs of the cosigners are derived with the base derivation path.
- Multibit HD First Address: m/0'/0/0.
- BIP44 First Address: m/44'/0'/0'/0/0.
- BIP49 First Address: m/49'/0'/0'/0/0.
- BIP141 (Segregated Witness) First Address: m/0/0
- Bitcoin Core BIP32 First Address: m/0'/0'/0'
- Always Hardened!
- Blockchain.info BIP32 First Address: m/44'/0'/0'/0
The command to create multisig wallets and display their informations such as Address, Redeem Script and Output Script, can be run with the following:
# Get Multisig Address at derivation m/44'/0'/0'/0/0 (first CoPay Wallet address) with 2 of 3 configuration
php application wallet:multisig --cosig1="this is not the right mnemonic" \
--cosig2="nor is this one because crazy" \
--cosig3="this third mnemonic is optional" \
--count 2 \
--path="m/44'/0'/0'/0/0"
# Get Multisig Address at derivation m/44'/0'/0'/0/0 (first CoPay Wallet address) with 1 of 2 configuration
php application wallet:multisig --cosig1="this is not the right mnemonic" \
--cosig2="nor is this one because crazy" \
--count 1 \
--path="m/44'/0'/0'/0/0"
# Get Multisig Address at derivation m/44'/0'/0'/0/1 (second CoPay Wallet address) with 2 of 3 configuration
php application wallet:multisig --cosig1="this is not the right mnemonic" \
--cosig2="nor is this one because crazy" \
--cosig3="this third mnemonic is optional" \
--count 2 \
--path="m/44'/0'/0'/0/1"If you like the initiative, and for the sake of good mood, I recommend you take a few minutes to Donate a beer or Three [because belgians like that] by sending some Coins (I'm open to any Network :P) to my Wallet:
- NEM/XEM:
NCK34K5LIXL4OMPDLVGPTWPZMGFTDRZQEBRS5Q2S - Bitcoin:
38dGUttcaiVg3fTFacMevaWWmC9deuaQc5 - Ethereum:
0x4C5dda72140A73605dA3E535801a103Be42E99c0 - Litecoin:
LdoNqbeN9jtMhL1HBicvnoq5RH9eycWQo8 - IOTA:
PSXGQLYRSSYUPRYPW9VWCMXFUFDMTCUXGYIKJGONXUZEXTYGIJM9MIYCKPYPCEHWQRSX9BKCFQKLYYL9GPFCDFOFJX
- Author: Grégory Saive, View on Github
The blockchain-cli Package is open-sourced software licensed under the MIT license