def show_address(self): f = Tk() label = Label(f, text='PyCoin Address') label.pack() k = SHA.new(KeyStore.getPublicKey().exportKey()).hexdigest() key = Text(f, width=42, height=1) key.insert(INSERT, k) key.pack()
def initApp(self):
#Connect Here
self.client = P2PClientManager.getClient(port=random.randint(40000, 60000))
self.client.subscribe(Message.NEW_TRANSACTION, self.update_balance)
self.client.subscribe_to_info(self.update_status)
t = threading.Thread(target=self.start_miner)
t.start()
if not self.db.hasRanBefore():
c = CoinBase(owner=KeyStore.getPrivateKey(), amt=100)
c.finish_transaction()
self.db.setRanBefore()
#messagebox.showinfo('Welcome', 'This is your first time running the app. You get to start off with 100 PyCoins!')
#Get balance, Save to variable below
self.coin_balance.set(str(KeyStore.get_balance()))
print('PyCoin Address: ', SHA.new(KeyStore.getPublicKey().exportKey()).hexdigest())
log.debug("GUI created")
def __init__(self, host, port=None):
if port:
P2PClient.CLIENT_PORT = port
else:
P2PClient.CLIENT_PORT = 65000
log.debug('Creating client on port... %d', self.CLIENT_PORT)
self.p2pserver = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
log.debug('Connecting to host...')
self.p2pserver.connect((host, P2PClient.PORT))
self.myIP = self.p2pserver.getsockname()[0] # the ip of this machine
self.myPublicKey = KeyStore.getPublicKey().exportKey()
self.trans_queue = []
self.received_trans = []
self.received_blocks = []
self.peer_list = []
self.trans_listeners = []
self.block_listeners = []
self.keyTable = {}
def __init__(self, host, port=None):
if port:
P2PClient.CLIENT_PORT = port
else:
P2PClient.CLIENT_PORT = 65000
log.debug('Creating client on port... %d', self.CLIENT_PORT)
self.p2pserver = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
log.debug('Connecting to host...')
self.p2pserver.connect((host, P2PClient.PORT))
self.myIP = self.p2pserver.getsockname()[0] # the ip of this machine
self.myPublicKey = KeyStore.getPublicKey().exportKey()
self.trans_queue = []
self.received_trans = []
self.received_blocks = []
self.peer_list = []
self.trans_listeners = []
self.block_listeners = []
self.keyTable = {}
peer_list = pickle.loads(port)
log.debug('peer list: %s', peer_list)
client.update_peer_list(peer_list)
client.broadcast_info('New peer added')
if __name__ == '__main__':
import sys
from keystore import KeyStore
from TransactionManager.transaction import Transaction
port = sys.argv[1]
P2PClient.CLIENT_PORT = int(port)
trans = Transaction()
trans.add_input(Transaction.Input(20, b'FFFFFFFF'))
trans.add_output(Transaction.Output(10, KeyStore.getPublicKey())) # just pay to ourselves for now
trans.add_input(Transaction.Input(5, b'FFFFFFFF'))
s = trans.build_struct()
c = P2PClient()
c.send_message(Message.add)
c.send_message(Message.NEW_TRANSACTION, s)
import time
time.sleep(5)
trans = Transaction()
trans.add_input(Transaction.Input(100, b'FFFFFFFF'))
trans.add_output(Transaction.Output(55, KeyStore.getPublicKey())) # just pay to ourselves for now
trans.add_input(Transaction.Input(4, b'FFFFFFFF'))
s = trans.build_struct()
return P2PClientManager.p2p
def deleteClient():
log.info('Deleting client...')
P2PClientManager.p2p.stop()
P2PClientManager.p2p = None
if __name__ == '__main__':
import sys
from keystore import KeyStore
port = sys.argv[1]
P2PClient.CLIENT_PORT = int(port)
trans = Transaction()
trans.add_input(Transaction.Input(20, b'FFFFFFFF', 0))
trans.add_output(Transaction.Output(10, KeyStore.getPublicKey())) # just pay to ourselves for now
trans.add_input(Transaction.Input(5, b'FFFFFFFF', 0))
s = trans.build_struct()
c = P2PClient()
c.send_message(Message.add)
c.send_message(Message.NEW_TRANSACTION, s)
import time
time.sleep(5)
trans = Transaction()
trans.add_input(Transaction.Input(100, b'FFFFFFFF', 0))
trans.add_output(Transaction.Output(55, KeyStore.getPublicKey())) # just pay to ourselves for now
trans.add_input(Transaction.Input(4, b'FFFFFFFF', 0))
s = trans.build_struct()
peer_list = pickle.loads(port)
log.debug('peer list: %s', peer_list)
client.update_peer_list(peer_list)
client.broadcast_info('New peer added')
if __name__ == '__main__':
import sys
from keystore import KeyStore
from TransactionManager.transaction import Transaction
port = sys.argv[1]
P2PClient.CLIENT_PORT = int(port)
trans = Transaction()
trans.add_input(Transaction.Input(20, b'FFFFFFFF'))
trans.add_output(Transaction.Output(
10, KeyStore.getPublicKey())) # just pay to ourselves for now
trans.add_input(Transaction.Input(5, b'FFFFFFFF'))
s = trans.build_struct()
c = P2PClient()
c.send_message(Message.add)
c.send_message(Message.NEW_TRANSACTION, s)
import time
time.sleep(5)
trans = Transaction()
trans.add_input(Transaction.Input(100, b'FFFFFFFF'))
trans.add_output(Transaction.Output(
55, KeyStore.getPublicKey())) # just pay to ourselves for now
trans.add_input(Transaction.Input(4, b'FFFFFFFF'))