def check_all_redeem_script():
print("-----------TEST-----------")
# get the redeem script
signing_key = [
ecdsa.SigningKey.generate(curve=ecdsa.SECP256k1)
for i in range(Params.P2SH_PUBLIC_KEY)
]
verifying_key = [
signing_key[i].get_verifying_key().to_string()
for i in range(Params.P2SH_PUBLIC_KEY)
]
redeem_script = scriptBuild.get_redeem_script(verifying_key)
to_address = pubkey_to_address(verifying_key)
print(to_address)
print("----------GET THE ADDR AND REDEEM SCRIPT-----------")
pk_script = scriptBuild.get_pk_script(to_address)
# print(script.Tokenizer(pk_script)) # get the tokens of pk_script
outpoint = OutPoint(
txid='c47852b74825cc2bbd39faafb588b50243de9bb453dd9f48167d12bb360848cc',
txout_idx=0)
txouts = [
TxOut(value=110,
pk_script=scriptBuild.get_pk_script(
'1NY36FKZqM97oEobfCewhUpHsbzAUSifzo')),
TxOut(value=4999999890,
pk_script=scriptBuild.get_pk_script(
'1BP9KYivYyhPEbg2WDFTf83i8wnyFYuRGH'))
]
sequence = 0
sign_a = signing_key[0].sign(
build_spend_message(outpoint, verifying_key[0], sequence, txouts))
sign_b = signing_key[1].sign(
build_spend_message(outpoint, verifying_key[1], sequence, txouts))
aa = ecdsa.SigningKey.generate(curve=ecdsa.SECP256k1)
bb = aa.get_verifying_key().to_string()
sign_c = aa.sign(build_spend_message(outpoint, bb, sequence, txouts))
sign = [sign_a, sign_c]
signature = scriptBuild.get_signature_script_without_hashtype(
sign, redeem_script)
valid = script.Script(b'', b'').process(signature, pk_script, b'', 0)
print(valid)
print("----------DONE-----------")
def rm_from_utxo(self, txid, txout_idx):
del self.utxoSet[OutPoint(txid, txout_idx)]
def outpoint(self):
return OutPoint(self.txid, self.txout_idx)