def do_new_hdkey(self, msg):
'make hd_key, [-m] - from mnemonic phrase'
msg = msg.split()
testnet = True if self.net == 0x6f else False
if (len(msg) == 0):
try:
e = secrets.token_bytes(32)
self.hd_key = bip32.bip32_key.from_entropy(entropy=e,testnet= testnet)
print (f'mnemonic phrase:\n{bip39.mnemonic_from_entropy(e)}')
priv_key = self.hd_key.Prv_key()[1:]
self.key_pair = k_box(priv_key.hex())
with open(_program_dir + "/address", 'a') as f:
f.write(f"{self.key_pair.get_address()}\n")
print(f"key pair generated")
print(f"Private key(WIF): {wallet.to_WIF(self.key_pair.get_secret_key().hex())}")
print(f"Address : {self.key_pair.get_address()}")
except Exception as e:
print (f'Error [{e}]')
return False
elif msg[0] == "-m":
mnemonic = " ".join(msg[1:])
try:
e = bip39.entropy_from_mnemonic(mnemonic)
self.hd_key = bip32.bip32_key.from_entropy(entropy= e ,testnet=testnet)
print (f'mnemonic phrase:\n{bip39.mnemonic_from_entropy(e)}')
priv_key = self.hd_key.Prv_key()[1:]
self.key_pair = k_box(priv_key.hex())
with open(_program_dir + "/address", 'a') as f:
f.write(f"{self.key_pair.get_address()}\n")
print(f"key pair generated")
print(f"Private key(WIF): {wallet.to_WIF(self.key_pair.get_secret_key().hex())}")
print(f"Address : {self.key_pair.get_address()}")
except Exception as e:
print (f'Error [{e}]')
return False
def do_import_hd_key(self, inp):
try:
self.hd_key = bip32.bip32_key.from_xpub(inp)
priv_key = self.hd_key.Prv_key()[1:]
self.key_pair = k_box(priv_key.hex())
with open(_program_dir + "/address", 'a') as f:
f.write(f"{self.key_pair.get_address()}\n")
print(f"Private key(WIF): {wallet.to_WIF(self.key_pair.get_secret_key().hex())}")
print(f"Address : {self.key_pair.get_address()}")
except Exception as e:
print(f'Error [{e}]')
return False
def do_new(self, inp):
'Make new key pair'
if self.key_pair != 0:
print(
"Already there is key pair, if continue it would be deleted. Continue ? (n/y):"
)
if input() == "n":
return False
print(f"key pair generated")
self.key_pair = k_box()
print(
f"Private key(WIF): {wallet.to_WIF(self.key_pair.get_secret_key().hex())}"
)
print(f"Address : {self.key_pair.get_address()}")
def do_chain(self, inp):
if self.hd_key == 0:
print(" Haven`t hd key")
return False
try:
tmp = bip32.chain(inp, self.hd_key)
self.hd_key = tmp
priv_key = self.hd_key.Prv_key()[1:]
self.key_pair = k_box(priv_key.hex())
with open(_program_dir + "/address", 'a') as f:
f.write(f"{self.key_pair.get_address()}\n")
print(f"key pair generated")
print(f"extended_format")
print(f"Private key(WIF): {wallet.to_WIF(self.key_pair.get_secret_key().hex())}")
print(f"Address : {self.key_pair.get_address()}")
except Exception as e:
print(f"Error [{e}]")
def do_new(self, inp):
'Make new key pair'
if self.key_pair != 0:
print("Already there is key pair, if continue it would be deleted. Continue ? (n/y):")
if input() == "n":
return False
try:
self.key_pair = k_box(net = self.net)
with open(_program_dir + "/address", 'a') as f:
f.write(f"{self.key_pair.get_address()}\n")
print(f"key pair generated")
print(f"Private key(WIF): {wallet.to_WIF(self.key_pair.get_secret_key().hex())}")
print(f"Address : {self.key_pair.get_address()}")
return False
except Exception as e:
print (f'Error: [{e}]')
return False