def finish_deploy(ctx, _acct):
if 'mintforuser' in ctx['deployedcontracts'][_acct.address].keys():
mintforuser_txhash = ctx['deployedcontracts'][_acct.address]['mintforuser']
Printer.ppln(DEPLOY_SUCCESS_CELEBRATION)
return bytes.fromhex(mintforuser_txhash.split("0x")[1])
else:
exit(0)
def run(ctx):
token = input("[-]input your token: ")
token = token.strip()
try:
data = validate_then_decrypt(token, AES_KEY, HMAC_KEY)
except Exception as err:
print("[!]bad token")
sys.exit(0)
if len(data) != 74:
#print(Printer.in_fg_color("[-]wrong token", r.red4))
print("[!]wrong token")
sys.exit(0)
acct = validate_game_account(ctx, data)
if not balancecheck(ctx, acct):
print(
"[!]game account balance not enough, should >={} ETH, please send more..."
.format(est_gas / 10**18))
sys.exit(0)
montagy_address = deployer.run(ctx, acct)
# generate new token
data = acct.address.encode() + acct.key + montagy_address.encode()
new_token = encrypt_then_mac(data, AES_KEY, HMAC_KEY)
Printer.ppln(
Printer.in_fg_color("[+]new token: {}".format(new_token), r.white1))
Printer.ppln(
"[+]Your goal is to empty the Montagy contract's ETH balance.")
def run(ctx):
token = input("[-]input your token: ")
token = token.strip()
data = validate_then_decrypt(token, AES_KEY, HMAC_KEY)
if len(data) != 74:
print(Printer.in_fg_color("[+]wrong token", r.red4))
sys.exit(0)
acct = validate_game_account(ctx, data)
if not is_account_exist(ctx, acct.address):
print(Printer.in_fg_color("[+]wrong token", r.red4))
sys.exit(0)
transfer_txhash = input(
"[-]input your transaction hash of transfer enough ETH to deployer: ")
if not transfercheck(ctx, acct, transfer_txhash):
print(Printer.in_fg_color("[+]wrong transaction hash", r.red4))
sys.exit(0)
tx_hash = deployer.run(ctx, acct)
# generate new token
data = acct.address.encode() + acct.key + tx_hash
new_token = encrypt_then_mac(data, AES_KEY, HMAC_KEY)
Printer.ppln(
Printer.in_fg_color("[+]new token: {}".format(new_token), r.white1))
Printer.ppln("[+]Your goal is to convert 1wei Chaitin into 80 Flag")
def newPuzzle2(ctx, _contract, _p2bytes, _acct, _acc_nonce):
#p.ppln("[*] calling newPuzzle2...")
err, txhash = setNewPuzzle2(ctx, _contract, _p2bytes, _acct, _acc_nonce)
if err:
p.ppln(p.in_fg_color(("[!] " + str(err)), r.red5))
exit(0)
else:
return None, txhash.hex()
def register2(ctx, _contract, _bytecode, _acct, _acc_nonce):
#p.ppln("[*] calling registerCode2...")
err, txhash = registerCode2(ctx, _contract, _bytecode, _acct, _acc_nonce)
if err:
p.ppln(p.in_fg_color(("[!] " + str(err)), r.red5))
exit(0)
else:
return None, txhash.hex()
def run(ctx):
new_token = input("[-]input your new token: ")
new_token = new_token.strip()
try:
data = validate_then_decrypt(new_token, AES_KEY, HMAC_KEY)
except Exception as err:
print("[!]bad token")
sys.exit(0)
if len(data) != 114:
print("[!]wrong token")
sys.exit(0)
data, msg = data[:-40], data[-40:]
acct = validate_game_account(ctx, data)
res = check_if_has_topic(ctx, acct, "0x" + msg.decode())
if res:
flag = getflag()
p.ppln(p.in_fg_color("[+] Congratulation! Here's the flag:", white1))
p.ppln(p.in_fg_color(flag, red1))
else:
p.ppln(
p.in_fg_color("[!] It seems that you didn't solve the puzzle.",
white1))
p.ppln(
p.in_fg_color(
"[!] Note that it may take time for ethereum to update, so please try 1 min latter if you feel necessary.",
white1))
#mov2(PANIC_INFO, SORRY_INFO, sz_col, sz_row)
def register2_review(ctx, _acct, _txhash):
w3 = ctx['web3instance']
#p.ppln("[*] Checking for registerCode2 status... ")
try:
tx_receipt = w3.eth.waitForTransactionReceipt(_txhash, timeout=720)
except Exception as err:
p.ppln(str(err))
exit(0)
addr = tx_receipt['transactionHash'].hex()
if not addr:
p.pln(p.in_fg_color("[!] registerCode Broken down", r.red5))
else:
p.ppln("[+] registerCode " + p.in_fg_color("success", r.green1) + ", transaction hash: " + p.in_fg_color(addr, r.blue1))
def deploy(ctx, _acct, _acc_nonce):
if 'chaitintoken' not in ctx['deployedcontracts'][_acct.address].keys():
p.ppln("[-] try to deploy chaitintoken contracts...")
abi = ctx['compiledcontracts']['chaitintoken']['abi']
bin = ctx['compiledcontracts']['chaitintoken']['bin']
w3 = ctx['web3instance']
err, txhash = chaitintoken(w3, abi, bin, _acct, _acc_nonce)
if err:
p.ppln(p.in_fg_color(("[!] " + str(err)), r.red5))
exit(0)
else:
return None, txhash
else:
txhash = ctx['deployedcontracts'][_acct.address]['chaitintoken']
return None, txhash
def mint(ctx, _contract, _to_address, _amount, _acct, _acc_nonce):
if 'mintflagtoken' not in ctx['deployedcontracts'][_acct.address].keys():
p.ppln("[-] try to mintflagtoken to deployer...")
err, txhash = mintflagtoken(ctx, _contract, _to_address, _amount,
_acct, _acc_nonce)
if err:
p.ppln(p.in_fg_color(("[!] " + str(err)), r.red5))
exit(0)
else:
update_user_deploy_contracts(ctx, _acct.address, 'mintflagtoken',
txhash.hex())
return None, txhash.hex()
else:
txhash = ctx['deployedcontracts'][_acct.address]['mintflagtoken']
return None, txhash
def deploy(ctx, _acct, _acc_nonce):
#p.ppln("[*] trying to deploy montagy contracts...")
abi = ctx['compiledcontracts']['montagy']['abi']
bin = ctx['compiledcontracts']['montagy']['bin']
w3 = ctx['web3instance']
bin = re.sub('a265627a7a72315820.{64}64736f6c634300050b0032',
'a265627a7a72315820' + randhex(64) + '64736f6c634300050b0032',
bin)
#bin.repalce("627a7a72315820f044b77d8376499313d5239e6881baadb3dec8e7f36eca97638fed329186930964736f6c634300050b0032","627a7a" + ''.join(random.sample(string.hexdigits, 10)).lower()*9 + "0032")
err, txhash = montagy(w3, abi, bin, _acct, _acc_nonce)
if err:
p.ppln(p.in_fg_color(("[!] " + str(err)), r.red5))
exit(0)
else:
return None, txhash
def review(ctx, _acct, _txhash):
w3 = ctx['web3instance']
#p.ppln("[*] checking deployment statue... ")
try:
tx_receipt = w3.eth.waitForTransactionReceipt(_txhash, timeout=720)
except Exception as err:
p.p(str(err))
exit(0)
addr = tx_receipt['contractAddress']
if not addr:
p.pln(p.in_fg_color("[!] contract montagy deploy Broken down", r.red5))
exit(0)
else:
p.ppln("[+] contract Montagy deploy " +
p.in_fg_color("success", r.green1) + ", address: " +
p.in_fg_color(addr, r.blue1))
return addr
def addliquidity(ctx, _contract, _tokenA, _tokenB, _amountA, _amountB,
_to_address, _acct, _acc_nonce):
if 'addliquiditychaitinrouter' not in ctx['deployedcontracts'][
_acct.address].keys():
p.ppln("[-] try to addliquiditychaitinrouter to deployer...")
err, txhash = addliquiditychaitinrouter(ctx, _contract, _to_address,
_tokenA, _tokenB, _amountA,
_amountB, _acct, _acc_nonce)
if err:
p.ppln(p.in_fg_color(("[!] " + str(err)), r.red5))
exit(0)
else:
update_user_deploy_contracts(ctx, _acct.address,
'addliquiditychaitinrouter',
txhash.hex())
return None, txhash.hex()
else:
txhash = ctx['deployedcontracts'][
_acct.address]['addliquiditychaitinrouter']
return None, txhash
def allpairs(ctx, _contract, _acct):
if 'allpairschaitinfactory' not in ctx['deployedcontracts'][
_acct.address].keys():
p.ppln("[-] try to allpairschaitinfactory...")
err, pair_addr = allpairschaitinfactory(ctx, _contract, _acct)
if err:
p.ppln(p.in_fg_color(("[!] " + str(err)), r.red5))
exit(0)
else:
update_user_deploy_contracts(ctx, _acct.address,
'allpairschaitinfactory', pair_addr)
p.ppln("[+] allpairschaitinfactory " +
p.in_fg_color("success", r.green1))
p.ppln("[!] chaitinToken-feiToken pair address is: " +
p.in_fg_color(pair_addr, r.blue1))
return None, pair_addr
else:
pair_addr = ctx['deployedcontracts'][
_acct.address]['allpairschaitinfactory']
p.ppln("[!] chaitinToken-feiToken pair address is: " +
p.in_fg_color(pair_addr, r.blue1))
return None, pair_addr
def mint_review(ctx, _acct, _txhash):
w3 = ctx['web3instance']
p.ppln("[-] Check for mintflagtoken successful... ")
try:
tx_receipt = w3.eth.waitForTransactionReceipt(_txhash, timeout=720)
except Exception as err:
p.ppln(str(err))
exit(0)
addr = tx_receipt['transactionHash'].hex()
if not addr:
p.pln(p.in_fg_color("[!] mintflagtoken Broken down", r.red5))
else:
p.ppln("[+] mintflagtoken " + p.in_fg_color("success", r.green1))
p.ppln("[!] mintflagtoken transaction hash is " +
p.in_fg_color(addr, r.blue1))
def review(ctx, _acct, _txhash):
w3 = ctx['web3instance']
p.ppln("[-] Check for feitoken contract successful deployment... ")
if 'feitoken' not in ctx['deployedcontracts'][_acct.address].keys():
try:
tx_receipt = w3.eth.waitForTransactionReceipt(_txhash, timeout=720)
except Exception as err:
p.p(str(err))
exit(0)
addr = tx_receipt['contractAddress']
update_user_deploy_contracts(ctx, _acct.address, 'feitoken', addr)
else:
addr = ctx['deployedcontracts'][_acct.address]['feitoken']
if not addr:
p.pln(p.in_fg_color("[!] contract feitoken deploy Broken down", r.red5))
else:
p.ppln("[+] contract feitoken deploy " + p.in_fg_color("success", r.green1))
p.ppln("[!] feitoken contract address is " + p.in_fg_color(addr, r.blue1))
def approveflagtoken(ctx, _contract, _to, _amount, _from, _acc_nonce):
w3 = ctx['web3instance']
store_var_contract = w3.eth.contract(
address=_contract, abi=ctx['compiledcontracts']['flagtoken']['abi'])
p.ppln(" approve transaction init success")
construct_tx = store_var_contract.functions.approve(
_to, _amount).buildTransaction({
'chainId': 3,
'from': _from.address,
'nonce': _acc_nonce[0],
'gasPrice': 60000000000,
'gas': 3000000
#'value': w3.toWei(value, 'ether'),
})
p.ppln(" approve transaction build success")
try:
signed_tx = _from.signTransaction(construct_tx)
tx_hash = w3.eth.sendRawTransaction(signed_tx.rawTransaction)
_acc_nonce[0] += 1
p.ppln(" approve transaction send success")
except Exception as err:
return err, None
return None, tx_hash
def finish_deploy(montage_address):
Printer.ppln(DEPLOY_SUCCESS_CELEBRATION)
#return bytes.fromhex(montage_address.split("0x")[1])
return montage_address.split("0x")[1]
def run(ctx, _acct):
p = Printer()
processor = Processor(150)
formator = Formator()
p.ppln(formator.in_all_left("[-] loading deploy cache..."))
ctx = comp(ctx)
processor.update(3)
acc_nonce = get_acc_nonce(ctx, _acct)
processor.update(2)
# 1 stage contracts deploy
err, chaitintoken_deploy_txhash = ChaitinToken.deploy(ctx, _acct, acc_nonce)
processor.update(5)
err, feitoken_deploy_txhash = FeiToken.deploy(ctx, _acct, acc_nonce)
processor.update(5)
err, flagtoken_deploy_txhash = FlagToken.deploy(ctx, _acct, acc_nonce)
processor.update(5)
err, weth9_deploy_txhash = WETH9.deploy(ctx, _acct, acc_nonce)
processor.update(5)
err, factory_deploy_txhash = Factory.deploy(ctx, _acct, acc_nonce)
processor.update(5)
ChaitinToken.review(ctx, _acct, chaitintoken_deploy_txhash)
processor.update(5)
FeiToken.review(ctx, _acct, feitoken_deploy_txhash)
processor.update(5)
FlagToken.review(ctx, _acct, flagtoken_deploy_txhash)
processor.update(5)
WETH9.review(ctx, _acct, weth9_deploy_txhash)
processor.update(5)
Factory.review(ctx, _acct, factory_deploy_txhash)
processor.update(5)
# 2 stage contracts deploy
factory_addr = ctx['deployedcontracts'][_acct.address]['chaitinfactory']
weth9_addr = ctx['deployedcontracts'][_acct.address]['weth9']
chaitintoken_addr = ctx['deployedcontracts'][_acct.address]['chaitintoken']
err, router_deploy_txhash = Router.deploy(ctx, _acct, acc_nonce, factory_addr, weth9_addr, chaitintoken_addr)
processor.update(5)
Router.review(ctx, _acct, router_deploy_txhash)
processor.update(5)
# 3 stage mint approve and add liquidity
chaitinrouter_addr = ctx['deployedcontracts'][_acct.address]['chaitinrouter']
err, chaitintoken_mint_txhash = IChaitinToken.mint(ctx, chaitintoken_addr, _acct.address, ONEHUNDRED, _acct, acc_nonce)
processor.update(5)
err, chaitintoken_approve_txhash = IChaitinToken.approve(ctx, chaitintoken_addr, chaitinrouter_addr, ONEHUNDRED, _acct, acc_nonce)
processor.update(5)
IChaitinToken.mint_review(ctx, _acct, chaitintoken_mint_txhash)
processor.update(5)
IChaitinToken.approve_review(ctx, _acct, chaitintoken_approve_txhash)
processor.update(5)
feitoken_addr = ctx['deployedcontracts'][_acct.address]['feitoken']
err, feitoken_mint_txhash = IFeiToken.mint(ctx, feitoken_addr, _acct.address, ONEHUNDRED, _acct,
acc_nonce)
processor.update(5)
err, feitoken_approve_txhash = IFeiToken.approve(ctx, feitoken_addr, chaitinrouter_addr, ONEHUNDRED, _acct,
acc_nonce)
processor.update(5)
IFeiToken.mint_review(ctx, _acct, feitoken_mint_txhash)
processor.update(5)
IFeiToken.approve_review(ctx, _acct, feitoken_approve_txhash)
processor.update(5)
err, chaitinrouter_addliquidity_txhash = IChaitinRouter.addliquidity(ctx,
chaitinrouter_addr,
chaitintoken_addr,
feitoken_addr,
ONEHUNDRED,
ONEHUNDRED,
_acct.address,
_acct,
acc_nonce)
processor.update(5)
IChaitinRouter.addliquidity_review(ctx, _acct, chaitinrouter_addliquidity_txhash)
processor.update(5)
# 4 stage get pair and deploy bank
flagtoken_addr = ctx['deployedcontracts'][_acct.address]['flagtoken']
err, pair_addr = IChaitinFactory.allpairs(ctx, factory_addr, _acct)
processor.update(5)
err, bank_deploy_txhash = ChaitinBank.deploy(ctx,
feitoken_addr,
_acct.address,
flagtoken_addr,
pair_addr,
chaitinrouter_addr,
_acct,
acc_nonce)
processor.update(5)
ChaitinBank.review(ctx, _acct, bank_deploy_txhash)
processor.update(5)
# 5 stage Mint Flag to ChaitinBank
chaitinbank_addr = ctx['deployedcontracts'][_acct.address]['chaitinbank']
err, flagtoken_mint_txhash = IFlagToken.mint(ctx, flagtoken_addr, chaitinbank_addr, ONEHUNDRED, _acct, acc_nonce)
processor.update(5)
IFlagToken.mint_review(ctx, _acct, flagtoken_mint_txhash)
processor.update(5)
# 6 stage get Gamer address and Mint ChaitinToken to him
gamer_address = ctx['deployedcontracts'][_acct.address]['transfercheck']
err, gamer_mint_txhash = IChaitinToken.mintforuser(ctx, chaitintoken_addr, gamer_address, 1, _acct,
acc_nonce)
processor.update(5)
IChaitinToken.mintforuser_review(ctx, _acct, gamer_mint_txhash)
processor.update(5)
# finish deployer
return finish_deploy(ctx, _acct)
