bool checkpoint_sync_unsigned::decode(data_buffer & buffer)
{
m_version = buffer.read_int32();
m_hash_checkpoint = buffer.read_sha256();
return true;
}
bool incentive_collaterals::decode(data_buffer & buffer)
{
/**
* Decode the version.
*/
m_version = buffer.read_uint32();
assert(m_version == current_version);
/**
* Read the number of collateral entries.
*/
auto count = buffer.read_var_int();
/**
* Read each collateral entry.
*/
for (auto i = 0; i < count; i++)
{
address_manager::recent_endpoint_t collateral;
/**
* Read the address.
*/
collateral.addr = buffer.read_network_address(false, true);
auto len = buffer.read_var_int();
collateral.wallet_address.resize(len);
/**
* Read the wallet address.
*/
buffer.read_bytes(
const_cast<char *> (collateral.wallet_address.data()),
collateral.wallet_address.size()
);
/**
* Read the public key.
*/
collateral.public_key.decode(buffer);
/**
* Read the transaction_in.
*/
collateral.tx_in.decode(buffer);
/**
* Read the time.
*/
collateral.time = buffer.read_uint64();
/**
* Read the protocol version.
*/
collateral.protocol_version = buffer.read_uint32();
/**
* Read the protocol version user agent length.
*/
len = buffer.read_var_int();
collateral.protocol_version_user_agent.resize(len);
/**
* Read the protocol version user agent.
*/
buffer.read_bytes(
const_cast<char *> (collateral.protocol_version_user_agent.data()),
collateral.protocol_version_user_agent.size()
);
/**
* Read the protocol version services.
*/
collateral.protocol_version_services = buffer.read_uint64();
/**
* Read the protocol version start height.
*/
collateral.protocol_version_start_height = buffer.read_int32();
m_collaterals.insert(collateral);
}
return true;
}