Understand the implementation of the signature of Bitcoin Message: Comparison Python and Electric
Bitcoin’s decentralized and over the book is a built on a complex cryptographic syntem, largely relying on safe encoding tracts. In this article, we will give the differences between .
Background: Bitcoin Message Signature
Wen sende on the Bitcoin network, the miners we . To achieve that, they a public key associated with each private in ther ther walet. This procer involves spraying a message (transactions) with a private kying a SHA-256 and that coded it to the sender.
Implementation in Python: bit
In Python, Bitcoin’s Cryptograph Library (Bit) provides a simple and safe to handle private private private. Thekey ‘object is a private key in the WIF format, that functionVerify_sig takes hash and signature as an entry and the check.
`Python
from the Key to import
WIF_PRIVE_KEY = 'KXB19KFRRQRMT79BVG4TNKGPIBVCGPACVJKVJKP1IBGJNH39QG'
Create a new privatekey ubject with WIF private key
Private_KEY = Key.from_wif (Wif_private_KEY)
Get the sender's public address using a private key
Public_address = Private_KEY.GET_PUBLIC ()
Hash transaction with a private Key and get a signature
Transaction_hash = Private_KEY.hash_transation (Public_address, 0.0001)
Signature = Private_KEY.SIGN (transaction_hash)
Check signature against hash
result = VERIFY_SIG (Private_key, transaction_hash, signature)
Print (result)
Implementation in Electric: ECDSA
In contrast, the implementation of the Electrian wallet iss the algorithm of This library provides a safer and more effactive to handle private keys and signatures.
Python
from the Key to import
WIF_PRIVE_KEY = 'KXB19KFRRQRMT79BVG4TNKGPIBVCGPACVJKVJKP1IBGJNH39QG'
Create a new privatekey ubject with WIF private key
Private_KEY = Key.from_wif (Wif_private_KEY)
Get the sender's public address using a private key
Public_address = Private_KEY.GET_PUBLIC ()
Hash transaction with a private Key and get a signature
Transaction_hash = Private_KEY.hash_transation (Public_address, 0.0001)
Signature = Private_KEY.SIGN (transaction_hash)
Check the signature against hash
result = VERIFY_SIG (Private_key, transaction_hash, signature)
Print (result)
`
differences in results
After billing both implementation with the same WIF private Key and identical transactions, we can dom of soar deviations:
- The result of implementationbit
print a different message about an error or exception to implementation.
- Generalally, the implementation of “Electrom’s” can produce more cryptic outputs or warnings related to eliptic curves.
- Some differences in generalated code and error removal information will be occur due to variations between and ECDSA implementation.
In conclusion, it is the both implication of the similar goals, the results of the signature of Bitcoin messages are performed different to Wallet. Understanding the difference is crucia for a safe and reliable of the cryptocurrency.
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