Immutable X Mining: What is Cryptocurrency Mining?
Immutable X mining is the method of creating fresh Immutable X by solving Calculation/puzzles. It consists of computing systems prepared with dedicated chips challenging to solve mathematical,Physics puzzles.
The 1st Cryptocurrency Immutable X miner, as these systems are called, to solve the Problem/puzzle is pleased (Reward) with Immutable X Cryptocurrency coinmarketcap, Stock, News, Wallet, calculator, Power mining bit Software Website.
How does Immutable X Cryptocurrency make money?
By Crypto Immutable X mining, you can make Immutable X without having to deposit down money for it. Immutable X miners collect Crypto Currency as a reward for finishing “blocks” of verified transactions, which are supplementary to the blockchain Gpu Rig Process.
What Is Immutable X Crypto Currency?
Immutable X CryptoCurrency is a decentralized digital currency that you can Online buy, sell Crypto and exchange directly In Local Currency, without an intermediary like a Exchange Office, bank, Airport Exchange
Read – Flow Crypto Mining Coinmarketcap, News, Wallet, calculator
Is Immutable X crypto currency safe and Profitable?
Yes, Immutable X cryptocurrency is Safe, Profitable and authorized By Many Countries Govt. And legally Use In Many Countries Today Immutable X Price USD, Inr in India. Immutable X Mining Profitable or Worth it in 2022.
How Does Immutable X Mining Work?
Immutable X crypto currency mining is the method of adding Fresh/new Complete transactions to the Crypto Currency blockchain cloud.
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More CryptoCurrencies Price, News, CoinMarketcap
Best crypto to invest in 2021-22
1. Ethereum (ETH) Market cap: Over $479,164,217,340
2. Bitcoin (BTC) Market cap: Over $912,372,381,963
3. Tether (USDT) Market cap: Over $75,613,360,577
4. Binance Coin (BNB) Market cap: Over $92,967,793,140
5. Solana (SOL) Market cap: Over $55,714,439,025
6. Cardano (ADA) Market cap: Over $43,451,872,759
welcome Visitor in this blog post Build a Mine CryptoCurrency Using Python 3 Script on Command Line with hashlib Library Complete Source Code crypto mining Calculater.
create app.py and follow this code.
app.py
import hashlib
from time import sleep
def hash_256(string):
return hashlib.sha256(string.encode('utf-8')).hexdigest()
class TransactionGenerator:
def __init__(self):
self.random_seed = 0
def generate_transaction(self):
transaction_payload = 'This is a transaction between A and B. ' \
'We add a random seed here {} to make its hash unique'.format(self.random_seed)
transaction_hash = hash_256(transaction_payload)
self.random_seed += 1
return transaction_hash
# a block is a set of transactions and contains information of the previous blocks.
# https://bitcoin.stackexchange.com/questions/8031/what-are-bitcoin-miners-really-solving
class Block:
def __init__(self, hash_prev_block, target):
self.transactions = []
self.hash_prev_block = hash_prev_block # hash of the all previous blocks. used to maintain integrity.
self.hash_merkle_block = None
self.target = target
self.nounce = 0
def add_transaction(self, new_transac):
if not self.is_block_full():
self.transactions.append(new_transac)
self.hash_merkle_block = hash_256(str('-'.join(self.transactions)))
def is_block_full(self):
# blocks cannot go above 1Mb. Here let's say we cannot go above 1000 transactions.
return len(self.transactions) >= 1000
def is_block_ready_to_mine(self):
return self.is_block_full()
def __str__(self):
return '-'.join([self.hash_merkle_block, str(self.nounce)])
def apply_mining_step(self):
current_block_hash = hash_256(self.__str__())
print('CURRENT_BLOCK_HASH = {}, TARGET = {}'.format(current_block_hash, self.target))
if int(current_block_hash, 16) < int(self.target, 16):
print('Block was successfully mined! You will get a reward of x BTC!')
print('It took {} steps to mine it.'.format(self.nounce))
return True
else:
# Incrementing the nounce to change current_block_hash to hope to be below the target.
self.nounce += 1
return False
class BlockChain:
def __init__(self):
self.block_chain = []
def push(self, block):
self.block_chain.append(block)
def notify_everybody(self):
print('-' * 80)
print('TO ALL THE NODES OF THE NETWORK, THIS BLOCK HAS BEEN ADDED:')
print('[block #{}] : {}'.format(len(self.block_chain), self.get_last_block()))
print('-' * 80)
def get_last_block(self):
return self.block_chain[-1]
def my_first_miner():
last_block_header = '0e0fb2e3ae9bd2a0fa8b6999bfe6ab7df197a494d4a02885783a697ac74940d9'
last_block_target = '000ddddddddddddddddddddddddddddddddddddddddddddddddddddddddddddd'
# init the block chains
block_chain = BlockChain()
transaction_generator = TransactionGenerator()
# fills a block with transactions. We have 1500 pending transactions.
# Sorry 500 transactions will have to wait for the next block!
block = Block(last_block_header, last_block_target)
for i in range(1500):
block.add_transaction(transaction_generator.generate_transaction())
assert block.is_block_full()
assert block.is_block_ready_to_mine()
# now that our block is full, we can start to mine it.
while not block.apply_mining_step():
continue
block_chain.push(block)
block_chain.notify_everybody()
sleep(5)
# Difficulty is updated every 2016 blocks.
# Objective is one block generated every 10 minutes.
# If during the last two weeks, blocks are generated every 5 minutes, then difficulty is multiplied by 2.
last_block_header = hash_256(str(block_chain.get_last_block()))
block_2 = Block(last_block_header, last_block_target)
for i in range(1232):
block_2.add_transaction(transaction_generator.generate_transaction())
assert block_2.is_block_full()
assert block_2.is_block_ready_to_mine()
# now that our block is full, we can start to mine it.
while not block_2.apply_mining_step():
continue
block_chain.push(block_2)
block_chain.notify_everybody()
sleep(5)
# now let's increase the difficulty.
# we have now 4 zeros at the beginning instead of 3.
last_block_target = '0000dddddddddddddddddddddddddddddddddddddddddddddddddddddddddddd'
last_block_header = hash_256(str(block_chain.get_last_block()))
block_3 = Block(last_block_header, last_block_target)
for i in range(1876):
block_3.add_transaction(transaction_generator.generate_transaction())
assert block_3.is_block_full()
assert block_3.is_block_ready_to_mine()
# now that our block is full, we can start to mine it.
while not block_3.apply_mining_step():
continue
block_chain.push(block_3)
block_chain.notify_everybody()
sleep(5)
print('')
print('SUMMARY')
print('')
for i, block_added in enumerate(block_chain.block_chain):
print('Block #{} was added. It took {} steps to find it.'.format(i, block_added.nounce))
print('Difficulty was increased for the last block!')
if __name__ == '__main__':
my_first_miner()