A fast and most simplest block parser would be one  that extracts HASH160 values from Bitcoin transactions can and be useful for specific applications. Here's a simple Python script that demonstrates how to achieve this using the bitcoinlib library, which provides a convenient way to work with Bitcoin data:

from bitcoinlib.blocks import get_block
from bitcoinlib.transactions import read_hex, parse_signed_hex

# Replace with the block height or block hash you want to parse
block_hash_or_height = "block_hash_or_height_here"

# Get the block data
block = get_block(block_hash_or_height)

# Iterate through the transactions in the block
for tx in block.transactions:
    # Iterate through the outputs of each transaction
    for output in tx.outputs:
        # Check if the output script is of type HASH160
        if output.script.is_hash160:
            # Get the HASH160 value as a hexadecimal string
            hash160_hex = output.script.address()
            print(f"HASH160: {hash160_hex}")

Make sure to install the bitcoinlib library using pip (pip install bitcoinlib) before running this script. Also, replace "block_hash_or_height_here" with the actual block hash or height you want to parse.

This script fetches the block data and iterates through its transactions and outputs, checking if each output's script is of type HASH160. If so, it extracts the HASH160 value as a hexadecimal string and prints it.

Keep in mind that this is a basic example, and depending on your specific needs, you may want to add error handling and additional features.

Guys, Recovering the order of your 12 mnemonic words can be challenging, but it's important to approach this with caution, especially if you have a small amount of Bitcoin involved. Here's a basic Python script that you can use to generate permutations of your mnemonic words and check them against a Bitcoin wallet to see if they are valid:

from itertools import permutations
from hashlib import sha256
import hmac
import binascii

# List of your 12 mnemonic words
mnemonic_words = ["word1", "word2", ...]  # Replace with your actual words

# Your Bitcoin address and the checksum
bitcoin_address = "your_bitcoin_address"
checksum = "your_checksum_word"  # The last word in the list

# Function to check if a permutation is valid
def is_valid_permutation(permuted_words):
    # Recreate the mnemonic phrase with the current permutation
    phrase = " ".join(permuted_words)
   
    # Calculate the seed from the phrase (with or without the checksum word)
    seed = binascii.hexlify(hmac.new(phrase.encode(), b"mnemonic", sha256).digest()).decode()

    # Derive the Bitcoin address from the seed
    # Replace the following line with your Bitcoin wallet derivation logic
    derived_address = derive_address_from_seed(seed)

    # Compare the derived address with your actual Bitcoin address
    return derived_address == bitcoin_address

# Function to derive a Bitcoin address from a seed (you need to implement this)
def derive_address_from_seed(seed):
    # Implement your Bitcoin address derivation logic here
    # This would depend on the specific wallet software you used

# Generate all permutations of your mnemonic words
word_permutations = permutations(mnemonic_words)

# Iterate through permutations and check if they are valid
for permuted_words in word_permutations:
    if is_valid_permutation(permuted_words):
        print("Valid order found:", " ".join(permuted_words))
        break

You need to replace "word1", "word2", etc., with your actual mnemonic words and implement the derive_address_from_seed function according to the wallet software you used.

This script generates permutations and checks each one. With 12 words, there are indeed 479,001,600 possible permutations, so this method could be time-consuming.

The BIP39 checksum is used to detect errors in the mnemonic phrase, but it won't help you recover the correct word order.

Be cautious with your Bitcoin wallet and private keys, and consider seeking professional assistance if you're not comfortable with this process, especially given the potential loss of funds.

Bitcoin is often referred to as "digital gold" and is designed to have a limited supply, with a maximum cap of 21 million coins. This scarcity is one of its primary selling points and is intended to protect it from the effects of inflation that traditional fiat currencies can experience when central banks increase the money supply.

However, Bitcoin's price can still be influenced by various economic factors, including inflation expectations. If there is a widespread belief that traditional currencies are losing value due to inflation, some investors may turn to Bitcoin as a store of value, potentially driving up its price.

So, while Bitcoin itself isn't subject to inflation in the way that fiat currencies are, it can still be influenced by inflationary pressures in the broader economy. It's important to note that Bitcoin's price can be highly volatile and is influenced by a wide range of factors beyond just inflation.