'Select An Option:\n1. Create User\t2. Mine Block\t3. Get Balance\t4. Create Transaction\t5. Exit\n'
))
if main_choice == 1:
name = input('Enter Name:\n')
address = input('Enter Address (Numeric):\n')
newUser = User(name, address)
users.append(newUser)
print('User Created Successfully!')
elif main_choice == 2:
address = input('Enter Your Address:\n')
for user in users:
if address == user.address:
RYCOIN.minePendingTransactions(user.address)
print('Block Mined Successfully!')
elif main_choice == 3:
address = input('Enter Your Address:\n')
for user in users:
if address == user.address:
bal = RYCOIN.getBalance(user.address)
print('Your Balance is: ' + str(bal))
elif main_choice == 4:
toAdd = input('Enter Reciever\'s Address:\n')
fAdd = input('Enter Your Address:\n')
amount = int(input('Enter Amount\n'))
newTransaction = Transaction(toAdd, fAdd, amount)
RYCOIN.createTransaction(newTransaction)
print('Transaction Made Successfully!')
elif main_choice == 5:
print(RYCOIN)
exit()
from blockchain import BlockChain
from wallet import wallet
#Robin Danz - Joris Monnet
#He-Arc - Security
if __name__ == '__main__':
firstChain = BlockChain()
firstChain.createFirstBlock()
print(firstChain)
firstWallet = wallet.create_wallet()
secondWallet = wallet.create_wallet()
print("Second Wallet values = " + str(secondWallet))
firstChain.mine(firstWallet["address"])
firstChain.mine(secondWallet["address"])
firstChain.createTransaction(firstWallet["address"],
secondWallet["address"], 5)
print(firstChain)
secondChain = BlockChain()
secondChain.createFirstBlock()
secondChain.mine(firstWallet["address"])
secondChain.mine(firstWallet["address"])
secondChain.mine(firstWallet["address"])
print(secondChain)
firstChain.replaceChain(secondChain.getChain())
print(firstChain)
