def serialize(self, withTimeField=True):
bp = BinaryPacker()
if withTimeField:
bp.put(UINT32, self.time)
bp.put(UINT64, bitset_to_int(self.services))
bp.put(BINARY_CHUNK, quad_to_binary(self.addrQuad).rjust(16,'\x00'))
bp.put(UINT16, self.port, endianness=NETWORKENDIAN)
return bp.getBinaryString()
def serialize(self):
bp = BinaryPacker()
bp.put(BINARY_CHUNK, self.header.serialize())
bp.put(VAR_INT, len(self.headerList))
for header in self.headerList:
bp.put(BINARY_CHUNK, header.serialize())
bp.put(VAR_INT, 0)
return bp.getBinaryString()
def serialize(self):
bp = BinaryPacker()
bp.put(BINARY_CHUNK, self.magic, width= 4)
bp.put(BINARY_CHUNK, self.cmd.ljust(12, '\x00'), width=12)
payloadBin = self.payload.serialize()
bp.put(UINT32, len(payloadBin))
bp.put(BINARY_CHUNK, hash256(payloadBin)[:4], width= 4)
bp.put(BINARY_CHUNK, payloadBin)
return bp.getBinaryString()
def serialize(self):
nhash = len(self.hashList)
bp = BinaryPacker()
bp.put(UINT32, self.version)
bp.put(VAR_INT, nhash)
for i in range(nhash):
bp.put(BINARY_CHUNK, self.hashList[i], width=32)
bp.put(BINARY_CHUNK, self.hashList, width=32)
return bp.getBinaryString()
def serialize(self):
bp = BinaryPacker()
bp.put(BINARY_CHUNK, self.header.serialize())
bp.put(VAR_INT, len(self.txList))
for tx in self.txList:
bp.put(BINARY_CHUNK, tx.serialize())
return bp.getBinaryString()
def serialize(self):
bp = BinaryPacker()
bp.put(VAR_INT, len(self.invList))
for inv in self.invList:
bp.put(UINT32, inv[0])
bp.put(BINARY_CHUNK, inv[1], width=32)
return bp.getBinaryString()
def serialize(self):
bp = BinaryPacker()
bp.put(VAR_INT, len(self.invList))
for inv in self.invList:
bp.put(UINT32, inv[0])
bp.put(BINARY_CHUNK, inv[1], width=32)
return bp.getBinaryString()
def serialize(self):
if self.numTx == UNINITIALIZED:
raise UnitializedBlockDataError, 'PyBlockData object not initialized!'
binOut = BinaryPacker()
binOut.put(VAR_INT, self.numTx)
for tx in self.txList:
binOut.put(BINARY_CHUNK, tx.serialize())
return binOut.getBinaryString()
def serialize(self):
if self.numTx == UNINITIALIZED:
raise UnitializedBlockDataError, 'PyBlockData object not initialized!'
binOut = BinaryPacker()
binOut.put(VAR_INT, self.numTx)
for tx in self.txList:
binOut.put(BINARY_CHUNK, tx.serialize())
return binOut.getBinaryString()
def serialize(self):
bp = BinaryPacker()
return bp.getBinaryString()
def serialize(self):
if self.version == UNINITIALIZED:
raise UnitializedBlockDataError, 'PyBlockHeader object not initialized!'
binOut = BinaryPacker()
binOut.put(UINT32, self.version)
binOut.put(BINARY_CHUNK, self.prevBlkHash)
binOut.put(BINARY_CHUNK, self.merkleRoot)
binOut.put(UINT32, self.timestamp)
binOut.put(BINARY_CHUNK, self.diffBits)
binOut.put(UINT32, self.nonce)
return binOut.getBinaryString()
def serialize(self):
bp = BinaryPacker()
return bp.getBinaryString()
def serialize(self):
bp = BinaryPacker()
bp.put(INT32, self.version )
bp.put(UINT64, bitset_to_int(self.services))
bp.put(INT64, self.time ) # todo, should this really be int64?
bp.put(BINARY_CHUNK, self.addrRecv.serialize(withTimeField=False))
bp.put(BINARY_CHUNK, self.addrFrom.serialize(withTimeField=False))
bp.put(UINT64, self.nonce )
bp.put(VAR_STR, self.subver )
bp.put(INT32, self.height0 )
return bp.getBinaryString()
def serialize(self):
bp = BinaryPacker()
bp.put(VAR_INT, len(self.addrList))
for netaddr in self.addrList:
bp.put(BINARY_CHUNK, netaddr.serialize(), width=30)
return bp.getBinaryString()
def serialize(self):
bp = BinaryPacker()
bp.put(INT8, self.nonSigLength)
bp.put(UINT32, self.version)
bp.put(UINT64, self.expiration)
bp.put(UINT64, self.relayUntil)
bp.put(UINT32, self.uniqueID)
bp.put(UINT32, self.cancelVal)
bp.put(INT8, len(self.cancelSet))
for cancel in self.cancelSet:
bp.put(UINT32, cancel)
bp.put(UINT32, self.minVersion)
bp.put(UINT32, self.maxVersion)
bp.put(INT8, len(self.subVerSet))
for subVer in self.subVerSet:
bp.put(VAR_STR, subVer)
bp.put(UINT32, self.priority)
bp.put(VAR_STR, self.comment)
bp.put(VAR_STR, self.statusBar)
bp.put(VAR_STR, self.reserved)
bp.put(VAR_STR, self.signature)
return bp.getBinaryString()
def serialize(self):
bp = BinaryPacker()
bp.put(BINARY_CHUNK, self.magic, width=4)
bp.put(BINARY_CHUNK, self.cmd.ljust(12, '\x00'), width=12)
payloadBin = self.payload.serialize()
bp.put(UINT32, len(payloadBin))
bp.put(BINARY_CHUNK, hash256(payloadBin)[:4], width=4)
bp.put(BINARY_CHUNK, payloadBin)
return bp.getBinaryString()
def serialize(self):
bp = BinaryPacker()
bp.put(INT8, self.nonSigLength)
bp.put(UINT32, self.version)
bp.put(UINT64, self.expiration)
bp.put(UINT64, self.relayUntil)
bp.put(UINT32, self.uniqueID)
bp.put(UINT32, self.cancelVal)
bp.put(INT8, len(self.cancelSet))
for cancel in self.cancelSet:
bp.put(UINT32, cancel)
bp.put(UINT32, self.minVersion)
bp.put(UINT32, self.maxVersion)
bp.put(INT8, len(self.subVerSet))
for subVer in self.subVerSet:
bp.put(VAR_STR, subVer)
bp.put(UINT32, self.priority)
bp.put(VAR_STR, self.comment)
bp.put(VAR_STR, self.statusBar)
bp.put(VAR_STR, self.reserved)
bp.put(VAR_STR, self.signature)
return bp.getBinaryString()
def serialize(self):
if self.version == UNINITIALIZED:
raise UnitializedBlockDataError, 'PyBlockHeader object not initialized!'
binOut = BinaryPacker()
binOut.put(UINT32, self.version)
binOut.put(BINARY_CHUNK, self.prevBlkHash)
binOut.put(BINARY_CHUNK, self.merkleRoot)
binOut.put(UINT32, self.timestamp)
binOut.put(BINARY_CHUNK, self.diffBits)
binOut.put(UINT32, self.nonce)
return binOut.getBinaryString()
def serialize(self):
assert( not self.blockHeader == UNINITIALIZED )
binOut = BinaryPacker()
binOut.put(BINARY_CHUNK, self.blockHeader.serialize())
binOut.put(BINARY_CHUNK, self.blockData.serialize())
return binOut.getBinaryString()
def serialize(self):
assert (not self.blockHeader == UNINITIALIZED)
binOut = BinaryPacker()
binOut.put(BINARY_CHUNK, self.blockHeader.serialize())
binOut.put(BINARY_CHUNK, self.blockData.serialize())
return binOut.getBinaryString()
def serialize(self, withTimeField=True):
bp = BinaryPacker()
if withTimeField:
bp.put(UINT32, self.time)
bp.put(UINT64, bitset_to_int(self.services))
bp.put(BINARY_CHUNK, quad_to_binary(self.addrQuad).rjust(16, '\x00'))
bp.put(UINT16, self.port, endianness=NETWORKENDIAN)
return bp.getBinaryString()
def serialize(self):
nhash = len(self.hashList)
bp = BinaryPacker()
bp.put(UINT32, self.version)
bp.put(VAR_INT, nhash)
for i in range(nhash):
bp.put(BINARY_CHUNK, self.hashList[i], width=32)
bp.put(BINARY_CHUNK, self.hashList, width=32)
return bp.getBinaryString()
def serialize(self):
bp = BinaryPacker()
bp.put(VAR_INT, len(self.addrList))
for netaddr in self.addrList:
bp.put(BINARY_CHUNK, netaddr.serialize(), width=30)
return bp.getBinaryString()
def serialize(self):
bp = BinaryPacker()
bp.put(INT32, self.version)
bp.put(UINT64, bitset_to_int(self.services))
bp.put(INT64, self.time) # todo, should this really be int64?
bp.put(BINARY_CHUNK, self.addrRecv.serialize(withTimeField=False))
bp.put(BINARY_CHUNK, self.addrFrom.serialize(withTimeField=False))
bp.put(UINT64, self.nonce)
bp.put(VAR_STR, self.subver)
bp.put(INT32, self.height0)
return bp.getBinaryString()
