def topup(user_details, text_body):
print('Found topup request')
components = text_body.split(" ")
cardcode = str.upper(components[1])
account = nano.get_address(user_details.id + 1, str(wallet_seed))
current_time = int(time.time())
print('User request: ', account, '\nTime: ', current_time)
#check card code valid
card_valid = TopupCards.get_or_none(TopupCards.cardcode == cardcode)
if card_valid == None:
print("Card code error " + cardcode)
resp = MessagingResponse()
resp.message("Error: Invalid Topup voucher code")
return resp
if card_valid.claimed == True:
print("Card already claimed " + cardcode)
resp = MessagingResponse()
resp.message("Card has already been claimed")
return resp
topupadd = nano.get_address(1, str(wallet_seed))
previous = nano.get_previous(str(topupadd))
topupadd_bal = int(nano.get_balance(previous))
card_val = card_valid.cardvalue / 10 #DELETE AFTER ALPHA TOP UP CARDS ARE DEPLETED
card_val = card_val * 1000000000000000000000000000000 #Card value in RAW
if topupadd_bal < card_val:
print(f'Insufficient Balance\n'
f'Address Balance: {topupadd_bal} \nCard request: {card_val}')
else:
nano.send_xrb(account, card_val, topupadd, 1, str(wallet_seed))
previous = nano.get_previous(str(account))
print("Testing previous: ", previous)
print("Len previous", len(previous))
if len(previous) == 0:
balance = 0
else:
balance = int(nano.get_balance(previous))/ \
1000000000000000000000000000000
balance = balance
resp = MessagingResponse()
resp.message(f'Topup success!\n'
f'Your new account balance is approx {balance}\n')
print(f'Success topup to {account} from topup address\n'
f'Address Balance {topupadd_bal-card_val}')
card_valid.claimed = True
card_valid.save()
return resp
def dispatch_client(self):
try:
while True:
line = yield self.stream.read_until(b'\n')
self.log('got |%s|' % line.decode('utf-8').strip())
print("{} {}".format(time.strftime("%d/%m/%Y %H:%M:%S"), line))
split_data = line.rstrip().decode('utf8').split(",")
if split_data[0] == "shutdown":
print("Shutdown Socket Server and Exit")
tornado.ioloop.IOLoop.instance().stop()
sys.exit()
elif split_data[0] == "pay_server":
print("Pay Nano to Server")
dest_account = 'xrb_' + split_data[1]
amount = str(server_payin)
previous = nano.get_previous(self.account)
current_balance = nano.get_balance(previous)
if int(current_balance) >= server_payin:
return_block = nano.send_xrb(dest_account, int(amount),
self.account,
int(self.index),
self.wallet_seed)
return_string = "Block: {}".format(return_block)
yield self.stream.write(return_string.encode('ascii'))
else:
print("Error - insufficient funds")
return_string = "Error insufficent funds"
yield self.stream.write(return_string.encode('ascii'))
elif split_data[0] == "balance":
print("Nano Balance")
new_balance = 'Empty'
try:
previous = nano.get_previous(self.account)
current_balance = nano.get_balance(previous)
new_balance = float(current_balance) / raw_in_xrb
except:
pass
print("Balance: {}".format(new_balance))
return_string = "{} Nano".format(new_balance)
yield self.stream.write(return_string.encode('ascii'))
elif split_data[0] == "rates":
print("Nano Rates")
return_string = "Rates {}".format("0")
yield self.stream.write(return_string.encode('ascii'))
except tornado.iostream.StreamClosedError:
pass
def claim(user_details, text_body):
faucet = nano.get_address(0, str(wallet_seed))
print("Found faucet claim")
account = nano.get_address(user_details.id + 1, str(wallet_seed))
current_time = int(time.time())
if int(user_details.claim_last) == 0:
print("They can claim")
# Check faucet balance
previous = nano.get_previous(str(faucet))
faucet_bal = int(nano.get_balance(previous))/ \
1000000000000000000000000000000
claim = faucet_bal * 0.01
print("Faucet claim: ", claim, "\nFaucet balance: ", faucet_bal)
nano.send_xrb(account, claim, faucet, 0, str(wallet_seed))
user_details.claim_last = 1
user_details.save()
resp = MessagingResponse()
resp.message(f'Claim Success {claim}\n'
f'Send balance to check your balance'
f'AD1: Place your ad here!\n'
f'AD2: Place your ad here!\n')
print(f'{claim} sent to {account} from faucet\n'
f'Faucet funds remaining {faucet_bal-claim}')
return resp
else:
print('User has already claimed')
resp = MessagingResponse()
resp.message("This number has already made a claim")
return resp
def balance(user_details, text_body):
print('Found balance')
account = nano.get_address(user_details.id + 1, str(wallet_seed))
faucet = nano.get_address(0, str(wallet_seed))
print(account)
previous = nano.get_previous(str(account))
print(previous)
print(len(previous))
pending = nano.get_pending(str(account))
if (len(previous) == 0):
print("Opening Account: ", account)
nano.send_xrb(account, 1, faucet, 0, str(wallet_seed))
nano.open_xrb(int(user_details.id + 1), account, str(wallet_seed))
print("Rx Pending: ", pending)
pending = nano.get_pending(str(account))
print(f'Pending Len: {len(pending)}')
while len(pending) > 0:
pending = nano.get_pending(str(account))
print(len(pending))
nano.receive_xrb(int(user_details.id + 1), account, str(wallet_seed))
if len(previous) == 0:
balance = "Empty"
else:
previous = nano.get_previous(str(account))
balance = int(nano.get_balance(previous))/ \
1000000000000000000000000000000
print("User balance", str(balance))
# Start our response
resp = MessagingResponse()
# Add a message
resp.message(f'Balance: {balance} Nano')
return resp
def sms_ahoy_reply():
print(request.values)
from_number = request.values.get('From')
from_country = request.values.get('FromCountry')
user_details = user_table.find_one(number=from_number)
print(user_details)
if user_details == None:
authcode = (random.SystemRandom().randint(1000, 9999))
user_table.insert(
dict(number=from_number,
time=int(time.time()),
count=1,
authcode=authcode,
claim_last=0))
user_details = user_table.find_one(number=from_number)
else:
user_table.update(
dict(number=from_number,
time=int(time.time()),
count=(int(user_details['count']) + 1)), ['number'])
text_body = request.values.get('Body')
text_body = text_body.lower()
new_authcode = (random.SystemRandom().randint(1000, 9999))
if 'register' in text_body:
print('Found register')
account = nano.get_address(user_details['id'])
# Start our response
resp = MessagingResponse()
# Add a message
resp.message("Welcome to NanoSMS, your address:\n" + account +
", Code: " + str(new_authcode))
elif 'details' in text_body:
print('Found help')
resp = MessagingResponse()
resp.message(
"balance - get your balance\n send - send Nano\n address - your nano address"
+ ", Code: " + str(new_authcode))
elif 'address' in text_body:
print('Found address')
account = nano.get_address(user_details['id'])
resp = MessagingResponse()
resp.message(account + ", Code: " + str(new_authcode))
elif 'history' in text_body:
print('Found address')
account = nano.get_address(user_details['id'])
resp = MessagingResponse()
resp.message("https://www.nanode.co/account/" + account + ", Code: " +
str(new_authcode))
elif 'balance' in text_body:
print('Found balance')
account = nano.get_address(user_details['id'])
print(account)
previous = nano.get_previous(str(account))
print(previous)
print(len(previous))
pending = nano.get_pending(str(account))
if (len(previous) == 0) and (len(pending) > 0):
print("Opening Account")
nano.open_xrb(int(user_details['id']), account)
print("Rx Pending: ", pending)
pending = nano.get_pending(str(account))
print("Pending Len:" + str(len(pending)))
while len(pending) > 0:
pending = nano.get_pending(str(account))
print(len(pending))
nano.receive_xrb(int(user_details['id']), account)
if len(previous) == 0:
balance = "Empty"
else:
previous = nano.get_previous(str(account))
balance = int(
nano.get_balance(previous)) / 1000000000000000000000000
print(balance)
# Start our response
resp = MessagingResponse()
# Add a message
resp.message("Balance: " + str(balance) + " nanos" + ", Code: " +
str(new_authcode))
elif 'send' in text_body:
print('Found send')
account = nano.get_address(user_details['id'])
components = text_body.split(" ")
# Check amount is real
try:
amount = int(components[1]) * 1000000000000000000000000
except:
resp = MessagingResponse()
resp.message("Error: Incorrect Amount")
return str(resp)
destination = components[2]
destination = destination.replace("\u202d", "")
destination = destination.replace("\u202c", "")
authcode = int(components[3])
if authcode == int(user_details['authcode']):
if destination[0] == "x":
print("xrb addresses")
nano.send_xrb(destination, amount, account, user_details['id'])
resp = MessagingResponse()
resp.message("Sent!" + ", Code: " + str(new_authcode))
return str(resp)
else:
try:
phonenum = phonenumbers.parse(destination, from_country)
dest_address = phonenumbers.format_number(
phonenum, phonenumbers.PhoneNumberFormat.E164)
except phonenumbers.phonenumberutil.NumberParseException:
print("Error")
resp = MessagingResponse()
resp.message("Error: Incorrect destination address/number")
return str(resp)
if not phonenumbers.is_possible_number(phonenum):
resp = MessagingResponse()
resp.message("Error: Incorrect destination")
return str(resp)
dest_user_details = user_table.find_one(number=dest_address)
print(dest_user_details)
if dest_user_details == None:
user_table.insert(
dict(number=dest_address,
time=0,
count=0,
authcode=0,
claim_last=0))
dest_user_details = user_table.find_one(number=dest_address)
nano.send_xrb(nano.get_address(dest_user_details['id']), amount,
account, user_details['id'])
resp = MessagingResponse()
resp.message("Sent!" + ", Code: " + str(new_authcode))
else:
resp = MessagingResponse()
resp.message("Error: Incorrect Auth Code")
return str(resp)
elif 'claim' in text_body:
print("Found claim")
account = nano.get_address(user_details['id'])
current_time = int(time.time())
if current_time > (int(user_details['claim_last']) + 86400):
print("They can claim")
amount = 10000000000000000000000000
nano.send_xrb(account, amount, nano.get_address(10), 10)
user_table.update(
dict(number=from_number, claim_last=int(time.time())),
['number'])
resp = MessagingResponse()
resp.message(
"Claim Success (10 nanos)\nAD1: check out localnanos to exchange nano/VEF\nAD2: Cerveza Polar 6 for 1Nano at JeffMart, 424 Caracas\n"
+ "Code: " + str(new_authcode))
else:
resp = MessagingResponse()
resp.message("Error: Claim too soon")
return str(resp)
elif 'trust' in text_body:
# Only works with local numbers. Do not supply country code.
print("Found trust")
components = text_body.split(" ")
authcode = int(components[2])
if authcode == int(user_details['authcode']):
if "x" in components[1][0]:
try:
if nano.xrb_account(components[1]):
xrb_trust = components[1]
resp = MessagingResponse()
resp.message("Trust address set to " + components[1] +
" Code:" + str(new_authcode))
user_table.update(
dict(trust_address=xrb_trust, trust_number=0),
['id'])
else:
print("Invalid address")
resp = MessagingResponse()
resp.message("Invalid address" + str(new_authcode))
except KeyError:
print("Invalid address")
resp = MessagingResponse()
resp.message("Invalid address" + str(new_authcode))
elif components[1].isdigit():
trust_number = components[1]
resp = MessagingResponse()
resp.message("Trust address set to " + components[1] +
" Code: " + str(new_authcode))
user_table.update(
dict(trust_address="", trust_number=trust_number), ['id'])
else:
print("No valid trust")
resp = MessagingResponse()
resp.message("No valid trust" + str(new_authcode))
else:
resp = MessagingResponse()
resp.message("Error: Incorrect Auth Code")
return str(resp)
else:
print('Error')
# Start our response
resp = MessagingResponse()
# Add a message
resp.message("Error")
user_table.update(dict(number=from_number, authcode=new_authcode),
['number'])
return str(resp)
def send(user_details, text_body):
print('Found send')
account = nano.get_address(user_details.id + 1, str(wallet_seed))
components = text_body.split(" ")
previous = nano.get_previous(str(account))
balance = int(nano.get_balance(previous))
# Check amount is real
try:
print("Sending: ",
Decimal(components[1]) * 1000000000000000000000000000000)
amount = int(Decimal(components[1]) * 1000000000000000000000000000000)
print('Amount to send: ', amount)
authcode = int(components[3])
except:
resp = MessagingResponse()
resp.message(
"Error: Incorrect Amount please use the following format\nsend 10 +1234567890 1001"
)
return str(resp)
print('Error with send')
destination = components[2]
destination = destination.replace("\u202d", "")
destination = destination.replace("\u202c", "")
authcode = int(components[3])
#Test Number validity
regex = "(\d{3}[-\.\s]??\d{3}[-\.\s]??\d{4}|\(\d{3}\)\s*\d{3}[-\.\s]??\d{4}|\d{3}[-\.\s]??\d{4})"
if re.search(regex, destination):
valid_num = "Yes"
else:
valid_num = "No"
print(f'Destination: {destination}\nValid Number: {valid_num}')
if authcode == int(user_details.authcode):
print('Authcode valid!')
if amount > balance:
print("Insufficient balance", "\nAmount to send: ",
str(amount), "\nBalance: ",
str(balance / 1000000000000000000000000000000))
resp = MessagingResponse()
resp.message(f'Insufficient balance!\nYour Balance: {balance}')
return resp
#Send to xrb address
if destination[:4] == "xrb_":
print("Destination is xrb addresses format")
nano.send_xrb(destination, amount, account, user_details.id + 1,
str(wallet_seed))
resp = MessagingResponse()
new_authcode = authcode_gen_save(user_details)
previous = nano.get_previous(str(account))
balance = int(nano.get_balance(previous))/\
1000000000000000000000000000000
resp.message(
f'Sent to {destination}!\nYour Balance approx.: {balance}\nNew Authcode: {new_authcode}'
)
return resp
#Send to Alias
if valid_num == "No":
print("Sending request to alias address ", destination)
dest_user_details = Alias.get_or_none(alias=destination)
if dest_user_details is not None:
print(dest_user_details)
dest_address = dest_user_details.address
alias = dest_user_details.alias
dest_phone = dest_user_details.phonenumber
print(f'Sending to {dest_address} \nAlias: , {alias}')
nano.send_xrb(dest_address, amount, account,
user_details.id + 1, str(wallet_seed))
new_authcode = authcode_gen_save(user_details)
previous = nano.get_previous(str(account))
balance = int(nano.get_balance(previous)) / \
1000000000000000000000000000000
resp = MessagingResponse()
resp.message(
f'Sent to {destination}!\nYour Balance approx.: {balance}\nNew Authcode: {new_authcode}'
)
return resp
bodysend = 'You have recieved nano!\nPlease send register or balance to open your block on the Nano Network'
twilionum = Config().get("twilionum")
print(f'Sending: {bodysend}'
f' to {dest_phone} from {twilionum}')
message = client.messages.create(from_=twilionum,
body=bodysend,
to=dest_phone)
print(message.sid)
else:
print("Alias not found ", destination)
resp = MessagingResponse()
resp.message(
f'Error! Unrecognized Alias\nSet an alias with - set alias myAlias'
)
return resp
#send to phonenumber
else:
try:
phonenum = phonenumbers.parse(destination,
user_details.country)
dest_phone = phonenumbers.format_number(
phonenum, phonenumbers.PhoneNumberFormat.E164)
print('Destination is phonenumber: ', dest_phone)
except phonenumbers.phonenumberutil.NumberParseException:
print("Error")
resp = MessagingResponse()
resp.message(
"Error: Incorrect destination address/number try using E164 format"
)
return resp
if not phonenumbers.is_possible_number(phonenum):
resp = MessagingResponse()
resp.message("Error: Incorrect destination")
return resp
dest_user_details = User.get_or_none(phonenumber=dest_phone)
print('\nReciepient ID: ', dest_user_details)
#Send to phonenumber, and register if not registered.
dest_user_details = User.get_or_none(phonenumber=dest_phone)
if dest_user_details is None:
dest_authcode = random.SystemRandom().randint(1000, 9999)
rec_word = ''.join(
random.sample(open("english.txt").read().split(), 5))
x = phonenumbers.parse(dest_phone, None)
region = phonenumbers.region_code_for_number(x)
print("Destination region: ", region)
dest_user_details = User.create(phonenumber=dest_phone,
country=region,
time=datetime.now(),
count=1,
authcode=dest_authcode,
claim_last=0,
rec_word=rec_word)
print("User created", dest_phone)
dest_user_details = User.get_or_none(phonenumber=dest_phone)
dest_address = nano.get_address(dest_user_details.id + 1,
str(wallet_seed))
print("Sending to: " + dest_address)
nano.send_xrb(dest_address, amount, account, user_details.id + 1,
str(wallet_seed))
previous = nano.get_previous(str(account))
balance = int(nano.get_balance(previous))/ \
1000000000000000000000000000000
bodysend = 'You have recieved nano!\nPlease send register or balance to open your block on the Nano Network'
twilionum = Config().get("twilionum")
print(f'Sending: {bodysend}' f' to {dest_phone} from {twilionum}')
message = client.messages.create(from_=twilionum,
body=bodysend,
to=dest_phone)
print(message.sid)
resp = MessagingResponse()
new_authcode = authcode_gen_save(user_details)
resp.message(
f'Sent to {destination}!\nYour Balance approx.: {balance} \nNew Authcode: {new_authcode}'
)
return resp
else:
print('Invalid authcode! \nAuthcode submitted: ', authcode)
new_authcode = authcode_gen_save(user_details)
print('Authcode required: ', new_authcode)
resp = MessagingResponse()
resp.message("Error: Incorrect Auth Code try: " + str(new_authcode))
return resp
if __name__ == "__main__":
# Check twilio information
print('Twilio client: ', client)
print('Twilio number: ', Config().get("twilionum"))
# Check faucet address on boot to make sure we are up to date
account = nano.get_address(0, str(wallet_seed))
print("Faucet Address: ", account)
previous = nano.get_previous(str(account))
print("Previous Hash: ", previous)
print("Hash Length: ", len(previous))
# Check faucet and topup address balance
topupacc = nano.get_address(1, str(wallet_seed))
faucbal = int(nano.get_balance(nano.get_previous(account)))
topupbal = int(nano.get_balance(nano.get_previous(topupacc)))
print("\nFaucet Balance [RAW]: ", faucbal, "\nTopup Balance [RAW]: ",
topupbal)
print("\nFaucet Balance: ", faucbal / 1000000000000000000000000000000,
"\nTopup Balance: ", topupbal / 1000000000000000000000000000000)
pending = nano.get_pending(str(account))
if (len(previous) == 0) and (len(pending) > 0):
print("Opening Account")
nano.open_xrb(int(0), account, str(wallet_seed))
print(f'Rx Pending: {pending}')
pending = nano.get_pending(str(account))
print(f'Pending Len: {len(pending)}')
def main():
print("Starting NanoQuake2...")
print()
parser = ConfigParser()
config_files = parser.read('config.ini')
while True:
password = prompt('Enter password: '******'Confirm password: '******'seed.txt', wallet_seed)
cfgfile = open("config.ini", 'w')
parser.add_section('wallet')
priv_key, pub_key = nano.seed_account(str(wallet_seed), 0)
public_key = str(binascii.hexlify(pub_key), 'ascii')
print("Public Key: ", str(public_key))
account = nano.account_xrb(str(public_key))
print("Account Address: ", account)
parser.set('wallet', 'account', account)
parser.set('wallet', 'index', '0')
parser.write(cfgfile)
cfgfile.close()
index = 0
seed = wallet_seed
else:
print()
print("Config file found")
print("Decoding wallet seed with your password")
try:
wallet_seed = read_encrypted(password, 'seed.txt', string=True)
priv_key, pub_key = nano.seed_account(str(wallet_seed), 0)
public_key = str(binascii.hexlify(pub_key), 'ascii')
print("Public Key: ", str(public_key))
account = nano.account_xrb(str(public_key))
print("Account Address: ", account)
except:
print('\nError decoding seed, check password and try again')
sys.exit()
index = 0
previous = nano.get_previous(str(account))
print()
print("This is your game account address: {}".format(account))
if previous != "":
current_balance = Decimal(
nano.get_balance(previous)) / Decimal(raw_in_xrb)
print("Your balance is {:.5} Nano".format(
print_decimal(current_balance)))
else:
current_balance = 0
print("Your balance is 0 Nano")
r = nano.get_rates()
print()
print("NANO Rates")
print("- $:", r.json()['NANO']['USD'])
print("- £:", r.json()['NANO']['GBP'])
print("- €:", r.json()['NANO']['EUR'])
while True:
print()
print("--------------")
print("NanoQuake Menu")
print("--------------")
print("1. Start Game - Lets Get REKT...")
print("2. Top-up Game Balance")
print("3. Withdraw Funds")
print("4. Display Seed")
print("5. Check Balance")
print("6. Exit")
print()
menu1 = 0
try:
menu1 = int(input("Please select an option: "))
except:
pass
if menu1 == 6:
print("Exiting NanoQuake")
sys.exit()
elif menu1 == 5:
previous = nano.get_previous(str(account))
current_balance = nano.get_balance(previous)
if current_balance == "":
current_balance = 0
if int(current_balance) < server_payin:
print()
print("Insufficient funds - please deposit at least 0.1 Nano")
print("{} Raw Detected...".format(current_balance))
#Scan for new blocks, wait for pending
pending = nano.get_pending(str(account))
if len(pending) > 0:
print()
print(
"This account has pending transactions. Follow option 2 to process..."
.format(current_balance))
print("\nBalance: {:.5} Nano\n".format(
Decimal(current_balance) / Decimal(raw_in_xrb)))
elif menu1 == 4:
print("\nSeed: {}\n".format(wallet_seed))
elif menu1 == 3:
print("Withdraw Funds")
withdraw_dest = input("Destination Address: ")
previous = nano.get_previous(str(account))
current_balance = nano.get_balance(previous)
nano.send_xrb(withdraw_dest, int(current_balance), account,
int(index), wallet_seed)
elif menu1 == 2:
display_qr(account)
previous = nano.get_previous(str(account))
pending = nano.get_pending(str(account))
#Scan for new blocks, wait for pending
if len(pending) == 0:
print("Waiting for funds...")
wait_for_reply(account)
# Process any pending blocks
pending = nano.get_pending(str(account))
if len(pending) > 0:
print("Processing...")
while len(pending) > 0:
pending = nano.get_pending(str(account))
if len(previous) == 0:
print("Opening Account")
nano.open_xrb(int(index), account, wallet_seed)
#We get previous after opening the account to switch it to receive rather than open
time.sleep(
2) #Just to make sure that the block as been recorded
previous = nano.get_previous(str(account))
else:
nano.receive_xrb(int(index), account, wallet_seed)
print('.', end='', flush=True)
time.sleep(
2) #give it chance so we down display message twice
previous = nano.get_previous(str(account))
current_balance = nano.get_balance(previous)
if int(current_balance) < server_payin:
print()
print("Insufficient funds - please deposit at least 0.1 Nano")
print("({} Raw Detected)".format(current_balance))
else:
print()
print("Sufficient Funds - Lets Go!")
print("Your balance is {:.5} Nano".format(
Decimal(current_balance) / Decimal(raw_in_xrb)))
elif menu1 == 1:
previous = nano.get_previous(str(account))
current_balance = nano.get_balance(previous)
#try:
current_dir = os.getcwd()
print(current_dir)
#os.remove('~/.yq2/baseq2/config.cfg')
#except OSError:
# pass
print("Starting Quake2")
#game_args = "+set nano_address {} +set vid_fullscreen 0".format(account[4:])
game_args = "+set vid_fullscreen 0 &"
print(game_args)
if platform.system() == 'Windows':
full_command = "start quake2 " + game_args
else:
full_command = "release/quake2 " + game_args
print(full_command)
process = subprocess.run(full_command, shell=True)
# tcp server
server = SimpleTcpServer(account, wallet_seed, index)
server.listen(PORT, HOST)
print("Listening on %s:%d..." % (HOST, PORT))
#
pc = tornado.ioloop.PeriodicCallback(
lambda: check_account(account, wallet_seed, index), 20000)
pc.start()
# infinite loop
tornado.ioloop.IOLoop.instance().start()
else:
print("Error, incorrect option selected")
sys.exit()
def dispatch_client(self):
try:
while True:
line = yield self.stream.read_until(b'\n')
self.log('got |%s|' % line.decode('utf-8').strip())
print("{} {}".format(time.strftime("%d/%m/%Y %H:%M:%S"), line))
split_data = line.rstrip().decode('utf8').split(",")
if split_data[0] == "shutdown":
print("Shutdown Socket Server and Exit")
tornado.ioloop.IOLoop.instance().stop()
sys.exit()
elif split_data[0] == "pay_server":
print("Pay Nano to Server")
global last_pay_time
dest_account = 'xrb_' + split_data[1]
amount = str(server_payin)
current_balance = 'Empty'
time_difference = time.time() - last_pay_time
print(time_difference)
if time_difference > 30:
try:
previous = nano.get_previous(self.account)
current_balance = nano.get_balance(previous)
except:
pass
if current_balance == 'Empty' or current_balance == '':
return_string = "Error empty balance"
yield self.stream.write(
return_string.encode('ascii'))
if int(current_balance) >= server_payin:
return_block = nano.send_xrb(
dest_account, int(amount), self.account,
int(self.index), self.wallet_seed)
last_pay_time = time.time()
return_string = "Block: {}".format(return_block)
yield self.stream.write(
return_string.encode('ascii'))
else:
print("Error - insufficient funds")
return_string = "Error insufficent funds"
yield self.stream.write(
return_string.encode('ascii'))
else:
print("Last pay in less that 30 seconds ago")
return_string = "Last pay in less that 30 seconds ago"
yield self.stream.write(return_string.encode('ascii'))
elif split_data[0] == "balance":
print("Nano Balance")
new_balance = 'Empty'
try:
previous = nano.get_previous(self.account)
current_balance = nano.get_balance(previous)
new_balance = Decimal(current_balance) / Decimal(
raw_in_xrb)
except:
pass
if new_balance != 'Empty':
print("Balance: {:.3}".format(new_balance))
#print("- $:",Decimal(r.json()['NANO']['USD'])*new_balance)
#print("- £:",Decimal(r.json()['NANO']['GBP'])*new_balance)
#print("- €:",Decimal(r.json()['NANO']['EUR'])*new_balance)
return_string = "{:.5} Nano".format(new_balance)
yield self.stream.write(return_string.encode('ascii'))
elif split_data[0] == "nano_address":
return_string = "{}".format(self.account[4:])
yield self.stream.write(return_string.encode('ascii'))
elif split_data[0] == "rates":
try:
r = nano.get_rates()
except:
pass
return_string = "USD:" + str(
r.json()['NANO']['USD']) + " - GBP:" + str(
r.json()['NANO']['GBP']) + " - EURO:" + str(
r.json()['NANO']['EUR'])
yield self.stream.write(return_string.encode('ascii'))
except tornado.iostream.StreamClosedError:
pass
pending = nano.get_pending(str(account))
if (len(previous) == 0) and (len(pending) > 0):
print("Opening Account")
nano.open_xrb(int(index), account, wallet_seed)
pending = nano.get_pending(str(account))
while len(pending) > 0:
pending = nano.get_pending(str(account))
nano.receive_xrb(int(index), account, wallet_seed)
print("Account Address: ", account)
#Check Balance
balance = int(nano.get_balance(nano.get_previous(account)))
if balance < 10000:
print("Please send 0.1 Nano to this address")
else:
print('You have ' + str(balance) + ' to send emojis')
host = int(input("To open channel press 1, else [Enter] to join existing: "))
target_account = input("Enter recieving account address: ")
if host == 1:
print()
print('Channel Opened')
nano.send_xrb(target_account, 1, account, 0, wallet_seed)
else:
print("Waiting for host...")
wait_for_reply(account)
def main():
print("Starting Nanoquake2")
parser = ConfigParser()
config_files = parser.read('config.ini')
while True:
password = prompt('Enter password: '******'Confirm password: '******'seed.txt', wallet_seed)
cfgfile = open("config.ini", 'w')
parser.add_section('wallet')
priv_key, pub_key = nano.seed_account(str(wallet_seed), 0)
public_key = str(binascii.hexlify(pub_key), 'ascii')
print("Public Key: ", str(public_key))
account = nano.account_xrb(str(public_key))
print("Account Address: ", account)
parser.set('wallet', 'account', account)
parser.set('wallet', 'index', '0')
parser.write(cfgfile)
cfgfile.close()
index = 0
seed = wallet_seed
else:
print("Config file found")
print("Decoding wallet seed with your password")
try:
wallet_seed = read_encrypted(password, 'seed.txt', string=True)
except:
print('\nError decoding seed, check password and try again')
sys.exit()
account = parser.get('wallet', 'account')
index = int(parser.get('wallet', 'index'))
previous = nano.get_previous(str(account))
if previous != "":
current_balance = float(nano.get_balance(previous)) / raw_in_xrb
else:
current_balance = 0
print("This is your game account address: {}, your balance is {} Nano".
format(account, current_balance))
while True:
print("Nanoquake Menu")
print("1. Start the Game")
print("2. TopUp Your Game Balance")
print("3. Withdraw Funds")
print("4. Display Seed")
print("5. Exit")
menu1 = 0
try:
menu1 = int(input("Please select an option: "))
except:
pass
if menu1 == 5:
print("Exiting Nanoquake")
sys.exit()
elif menu1 == 4:
print("\nSeed: {}\n".format(wallet_seed))
elif menu1 == 3:
print("Withdraw Funds")
withdraw_dest = input("Destination Address: ")
previous = nano.get_previous(str(account))
current_balance = nano.get_balance(previous)
nano.send_xrb(withdraw_dest, int(current_balance), account,
int(index), wallet_seed)
elif menu1 == 2:
display_qr(account)
previous = nano.get_previous(str(account))
pending = nano.get_pending(str(account))
#print(previous)
if (len(previous) == 0) and (len(pending) == 0):
print("Please send at least 0.1Nano to this account")
print("Waiting for funds...")
wait_for_reply(account)
pending = nano.get_pending(str(account))
if (len(previous) == 0) and (len(pending) > 0):
print("Opening Account")
nano.open_xrb(int(index), account, wallet_seed)
#print("Rx Pending: ", pending)
pending = nano.get_pending(str(account))
#print("Pending Len:" + str(len(pending)))
while len(pending) > 0:
pending = nano.get_pending(str(account))
print(len(pending))
nano.receive_xrb(int(index), account, wallet_seed)
previous = nano.get_previous(str(account))
current_balance = nano.get_balance(previous)
while int(current_balance) < server_payin:
print("Insufficient funds - please deposit at least 0.1 Nano")
wait_for_reply(account)
while len(pending) > 0:
pending = nano.get_pending(str(account))
print(len(pending))
nano.receive_xrb(int(index), account, wallet_seed)
else:
print("Sufficient Funds - Lets Go!")
print("Your Balance: {}".format(current_balance))
elif menu1 == 1:
previous = nano.get_previous(str(account))
current_balance = nano.get_balance(previous)
print("Starting Quake2")
#game_args = "+set nano_address {} +set vid_fullscreen 0".format(account[4:])
game_args = "+set nano_address {} +set vid_fullscreen 0 &".format(
account[4:])
print(game_args)
if platform.system() == 'Windows':
full_command = "start quake2 " + game_args
else:
full_command = "release/quake2 " + game_args
print(full_command)
process = subprocess.run(full_command, shell=True)
# tcp server
server = SimpleTcpServer(account, wallet_seed, index)
server.listen(PORT, HOST)
print("Listening on %s:%d..." % (HOST, PORT))
#
pc = tornado.ioloop.PeriodicCallback(
lambda: check_account(account, wallet_seed, index), 10000)
pc.start()
# infinite loop
tornado.ioloop.IOLoop.instance().start()
else:
print("Error, incorret option selected")
sys.exit()