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import SECP256k1
import Point
import sha256
import Int
import ripemd160
import boost.multiprecision.cpp_int as cpp_int
import gmpy2 as mpz
import math
import time
import threading
import os

START_VALUE = 576565752303423488
END_VALUE = 900000000000000000
INCREMENT = 1

# Define a range of factors
MIN_FACTOR = 64.0
MAX_FACTOR = 1028.0
FACTOR_INCREMENT = 1.00

currentValue = mpz.mpz(START_VALUE)
totalKeys = 0
printMutex = threading.Lock()
resultMutex = threading.Lock()
ripemd160Hashes = []

startTime = None
matchFound = False
currentHexPrivateKey = ""

def loadRIPEMD160Hashes():
    with open("wallets.txt", "r") as file:
        for line in file:
            hexHash = line.strip()
            if len(hexHash) != 40:
                print(f"Invalid RIPEMD160 hash length: {len(hexHash)}")
                continue

            hash = bytearray.fromhex(hexHash)
            ripemd160Hashes.append(hash)

        print(f"Loaded {len(ripemd160Hashes)} RIPEMD160 hashes from file.")

def hexBytesToHexString(bytes):
    return "".join([format(b, "02x") for b in bytes])

def hasMinimumMatchingCharacters(hash):
    for loadedHash in ripemd160Hashes:
        isMatch = True
        for j in range(19): # Loop through the first 5 bytes (40 bits)
            if hash[j] != loadedHash[j]:
                isMatch = False
                break # If any character doesn't match, stop checking
        
        if isMatch:
            return True
    
    return False

def printProgress():
    global startTime
    startTime = time.time()

    while not matchFound:
        elapsed = time.time() - startTime
        keysPerSecond = totalKeys / elapsed if elapsed != 0 else 0

        with resultMutex:
            print(f"\rTime: {int(elapsed)}s, Keys: {totalKeys}, Keys/s: {round(keysPerSecond, 5)}, Current: {currentValue}, Priv Key: {currentHexPrivateKey}", end="")
        time.sleep(5)


def counterWorker(threadId, secp256k1, numThreads):
    global currentHexPrivateKey, matchFound, startTime, totalKeys, currentValue
    current = mpz.mpz(START_VALUE + threadId * INCREMENT)

    while current <= END_VALUE:
        for factor in range(int(MIN_FACTOR), int(MAX_FACTOR) + 1, int(FACTOR_INCREMENT)):
            result = current * int(factor)
            hexPrivateKey = format(int(result), "x") # Get hex representation directly
            currentHexPrivateKey = hexPrivateKey

            privateKey = Int.Int(0)
            privateKey.SetBase16(hexPrivateKey)

            publicKey = secp256k1.ComputePublicKey(privateKey)

            compressedPublicKey = bytearray(secp256k1.GetPublicKeyRaw(True, publicKey))
            publicKeyHash = sha256.sha256(compressedPublicKey)

            ripemd160Hash = ripemd160.ripemd160(publicKeyHash)

            if hasMinimumMatchingCharacters(ripemd160Hash):
                matchedPrivateKey = hexPrivateKey # Store the private key for printing
                matchedRipemd160 = hexBytesToHexString(ripemd160Hash) # Convert RIPEMD160 to hex string

                with printMutex:
                    print(f"\nMatching RIPEMD160 hash found. Private Key: {matchedPrivateKey}, RIPEMD160: {matchedRipemd160}")

                with open("found.txt", "a") as foundFile:
                    foundFile.write(f"Matched Private Key: {matchedPrivateKey}, RIPEMD160: {matchedRipemd160}\n")

                matchFound = True
                break
        
        totalKeys += 1

        # Update the currentValue atomically
        with resultMutex:
            currentValue = current

        current = current + (INCREMENT * numThreads)

    # Signal that this thread has completed its work
    with resultMutex:
        matchFound = True

def main():
    global matchFound, totalKeys, currentValue

    loadRIPEMD160Hashes()

    secp256k1 = SECP256k1.SECP256k1()
    secp256k1.Init()

    threads = []
    numThreads = os.cpu_count()

    # Start the progress printing thread
    progressThread = threading.Thread(target=printProgress)
    progressThread.start()

    for i in range(numThreads):
        threads.append(threading.Thread(target=counterWorker, args=(i, secp256k1, numThreads)))
    
    for thread in threads:
        thread.start()

    for thread in threads:
        thread.join()

    # Wait for the progress thread to complete
    progressThread.join()

    print()

if __name__ == "__main__":
    main()