pprintScript(binScript)
print ''
print '*' * 80
print '\n\nScanning Blockchain for transactions...',
addrStr1 = hex_to_binary("abda0c878dd7b4197daa9622d96704a606d2cd14")
addrStr2 = hex_to_binary("11b366edfc0a8b66feebae5c2e25a7b6a5d1cf31")
addrStr3 = hex_to_binary("f62242a747ec1cb02afd56aac978faf05b90462e")
addrStr4 = hex_to_binary("baa72d8650baec634cdc439c1b84a982b2e596b2")
addrStr5 = hex_to_binary("6300bf4c5c2a724c280b893807afb976ec78a92b")
addrStr6 = hex_to_binary('0e0aec36fe2545fb31a41164fb6954adcd96b342')
# The _1_ methods are to avoid quirks with SWIG related using overloaded methods
# requiring arguments that were typemap'd (BinaryData, in this case)
cppWallet = Cpp.BtcWallet()
cppWallet.addAddress_1_(addrStr1)
cppWallet.addAddress_1_(addrStr2)
cppWallet.addAddress_1_(addrStr3)
bdm.scanBlockchainForTx_FromScratch(cppWallet)
print 'Done!'
print 'Wallet addresses: ', cppWallet.getNumAddr()
for i in range(cppWallet.getNumAddr()):
addr = cppWallet.getAddrByIndex(i)
print '\t', hash160_to_addrStr(addr.getAddrStr20()),
print '\tBalance:', coin2str(addr.getBalance())
print 'Getting Ledger for addresses:'
ledger1 = cppWallet.getTxLedger()
for i, l in enumerate(ledger1):
def addAddress(self,
addrData,
pubKeyStr='',
firstSeenData=[],
lastSeenData=[]):
"""
There are a plethora of ways to add your key/address/wallet data to a
PyBtcWallet object:
- PubKeyHash160 (only the 20-byte address)
- Public Key (which computes address)
- Private Key (which computes public key and address)
- Private and Public key (assumes they match, skips verification)
- Existing PyBtcAddress object
Scanning the blockchain for transactions is remarkably faster when you
have information about the first and last time we've seen data in the
blockchain. That way, we can skip over parts of the chain where wallet
data couldn't possibly exist.
"""
print 'Adding new address to wallet: ',
addr160 = None
if isinstance(addrData, PyBtcAddress) and addrData.isInitialized():
addr160 = addrData.getAddr160()
self.addrMap[addr160] = addrData
elif isinstance(addrData, str):
if len(addrData) == 20:
addr160 = addrData
self.addrMap[addr160] = PyBtcAddress(
).createFromPublicKeyHash160(addr160)
elif 64 <= len(addrData) <= 65:
addr160 = hash160(addrData.rjust(65, '\x04'))
self.addrMap[addr160] = PyBtcAddress().createFromPublicKey(
pubKeyStr)
elif len(addrData) == 32:
newPrivAddr = PyBtcAddress()
if len(pubKeyStr) > 0:
newPrivAddr.createFromKeyData(addrData, pubKeyStr, False)
else:
newPrivAddr.createFromPrivateKey(addrData)
addr160 = newPrivAddr.getAddr160()
self.addrMap[addr160] = newPrivAddr
else:
print '<ERROR>'
raise BadAddressError, 'Improper address supplied to "addAddress()"'
print binary_to_hex(addr160)
# Now make sure the C++ wallet is sync'd
addrObj = self.addrMap[addr160]
cppAddr = Cpp.BtcAddress()
cppAddr.setAddrStr20(addr160)
if addrObj.hasPubKey():
cppAddr.setPubKey65(addrObj.pubKey_serialize())
if addrObj.hasPrivKey():
cppAddr.setPrivKey32(addrObj.privKey_serialize())
if len(firstSeenData) > 0: cppAddr.setFirstTimestamp(firstSeenData[0])
if len(firstSeenData) > 1: cppAddr.setFirstBlockNum(firstSeenData[1])
if len(lastSeenData) > 0: cppAddr.setLastTimestamp(lastSeenData[0])
if len(lastSeenData) > 1: cppAddr.setLastBlockNum(lastSeenData[1])
if not self.cppWallet:
self.cppWallet = Cpp.BtcWallet()
self.cppWallet.addAddress_BtcAddress_(cppAddr)