def toString(self):
"""Human readable print."""
print "@@@@@@@@@@@@@@@@@@@@@@@ INPUT @@@@@@@@@@@@@@@@@@@@@@@@@@@"
print "Transaction Hash: " + binaryRead.strToHex(self.transactionHash)
print "Transaction Index: " + binaryRead.uIntToStr(self.transactionIndex)
print "Varint: " + ''.join(str(self.varInt).encode('hex'))
print "Script Length: " + str(self.scriptLength)
print "Script Data Encoded: " + binaryRead.strToHex(self.scriptData)
print "Script Data Decoded: " + self.scriptData
print "Coinbase: " + str(self.isCoinbase)
print "Sequence Number: " + binaryRead.uIntToStr(self.sequenceNumber)
print "@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@"
def toString(self): """Human readable print.""" print "###################BLOCK HEADER ###################" print "Magic ID: " + binaryRead.strToHex(self.magicID) print "Bloc Length: " + binaryRead.uIntToStr(self.length) + " bytes" print "Version: " + binaryRead.uIntToStr(self.version) print "Previous Block Hash: " + binaryRead.strToHex(self.previousBlockHash) print "Merkle Root: " + binaryRead.strToHex(self.merkleRoot) print "Time Stamp: " + binaryRead.binaryToTime(self.timestamp) print "Target Difficulty: " + binaryRead.strToHex(self.targetDifficulty) print "Nonce: " + binaryRead.uIntToStr(self.nonce) print "Block Hash: " + self.blockHash print "###################################################"
def toString(self):
"""Human readable print."""
print "@@@@@@@@@@@@@@@@@@@@@@@ INPUT @@@@@@@@@@@@@@@@@@@@@@@@@@@"
print "Transaction Hash: " + binaryRead.strToHex(self.transactionHash)
print "Transaction Index: " + binaryRead.uIntToStr(
self.transactionIndex)
print "Varint: " + ''.join(str(self.varInt).encode('hex'))
print "Script Length: " + str(self.scriptLength)
print "Script Data Encoded: " + binaryRead.strToHex(self.scriptData)
print "Script Data Decoded: " + self.scriptData
print "Coinbase: " + str(self.isCoinbase)
print "Sequence Number: " + binaryRead.uIntToStr(self.sequenceNumber)
print "@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@"
def toString(self):
"""Human readable print."""
print "###################BLOCK HEADER ###################"
print "Magic ID: " + binaryRead.strToHex(self.magicID)
print "Bloc Length: " + binaryRead.uIntToStr(self.length) + " bytes"
print "Version: " + binaryRead.uIntToStr(self.version)
print "Previous Block Hash: " + binaryRead.strToHex(self.previousBlockHash)
print "Merkle Root: " + binaryRead.strToHex(self.merkleRoot)
print "Time Stamp: " + binaryRead.binaryToTime(self.timestamp)
print "Target Difficulty: " + binaryRead.strToHex(self.targetDifficulty)
print "Nonce: " + binaryRead.uIntToStr(self.nonce)
print "Block Hash: " + self.blockHash
print "###################################################"
def toString(self):
"""Humand readable print."""
print "----------------------- TRANSACTION----------------------------"
print "Transaction Version: " + binaryRead.uIntToStr(self.transactionVersion)
print "Input Varint: " + ''.join(str(self.inputVarInt).encode('hex'))
print "Input Count: " + str(self.inputCount)
for i in self.inputList:
print i.toString()
print "Output Varint: " + ''.join(str(self.outputVarInt).encode('hex'))
print "Output Count: " + str(self.outputCount)
for i in self.outputList:
print i.toString()
print "Transaction LockTime: " + binaryRead.uIntToStr(self.lockTime)
print "---------------------------------------------------------------"
def setCoinbase(self, transactionHash): """Sets coinbase state.""" coinbaseCode = binaryRead.uIntToStr(transactionHash) if (coinbaseCode == '4294967295'): self.isCoinbase = True else: self.isCoinbase = False
def setCoinbase(self, transactionHash):
"""Sets coinbase state."""
coinbaseCode = binaryRead.uIntToStr(transactionHash)
if (coinbaseCode == '4294967295'):
self.isCoinbase = True
else:
self.isCoinbase = False
