def pack(self):
assert len(self.outputs) == len(self.amounts), "Outputs count must match amounts count"
raw = self.input
raw += Serializer.write_u32(self.number)
raw += Serializer.write_u8(len(self.outputs))
for output in self.outputs:
raw += output
for amount in self.amounts:
raw += Serializer.write_u32(amount)
return raw
def pack(self):
raw_block = Serializer.write_u32(self.timestamp)
raw_block += Serializer.write_u16(len(self.prev_hashes))
for prev_hash in self.prev_hashes:
raw_block += prev_hash
raw_block += Serializer.write_u8(len(self.system_txs))
for tx in self.system_txs:
raw_block += TransactionParser.pack(tx)
raw_block += Serializer.write_u8(len(self.payment_txs))
for tx in self.payment_txs:
raw_block += TransactionParser.pack(tx)
return raw_block
def pack(self):
raw = Serializer.write_signature(self.signature)
raw += Serializer.write_u32(self.pubkey_index)
raw += self.pack_pieces()
return raw
def pack(self):
return self.generated_pubkey + Serializer.write_u32(
self.pubkey_index) + Serializer.write_signature(self.signature)
def pack_unsigned(self):
raw = self.generated_pubkey
raw += Serializer.write_u32(self.pubkey_index)
return raw
def pack(self):
raw_block = self.block.pack()
raw_signed_block = Serializer.write_signature(self.signature)
raw_signed_block += Serializer.write_u32(len(raw_block))
raw_signed_block += raw_block
return raw_signed_block
def get_signing_hash(self, epoch_hash):
return sha256(self.rand + Serializer.write_u32(self.pubkey_index) +
epoch_hash).digest()
def pack(self):
return Serializer.write_encrypted_data(self.rand) + \
Serializer.write_u32(self.pubkey_index) + \
Serializer.write_signature(self.signature)
def pack_fields(self):
return self.pubkey + \
Serializer.write_timestamp(self.timestamp) + \
Serializer.write_u32(self.number_of_block)