std::vector<uint256> ThinBlockBuilder::getHashes(const CMerkleBlock& m) const {
std::vector<uint256> txHashes;
// FIXME: Calculate a sane number of max
// transactions here, or skip the check.
uint256 merkleRoot = CMerkleBlock(m).txn.ExtractMatches(txHashes);
if (m.header.hashMerkleRoot != merkleRoot)
throw thinblock_error("Failed to match Merkle root or bad tree in thin block");
return txHashes;
}
std::vector<ThinTx> ThinBloomStub::allTransactions() const {
std::vector<uint256> txHashes;
// Has a side effect of validating the MerkeleBlock hash
// and can throw a thinblock_error
uint256 merkleRoot = CMerkleBlock(merkleblock).txn.ExtractMatches(txHashes);
if (merkleblock.header.hashMerkleRoot != merkleRoot)
throw thinblock_error("Failed to match Merkle root or bad tree in thin block");
return std::vector<ThinTx>(txHashes.begin(), txHashes.end());
}
MerkleblockSetup() :
mstream(SER_NETWORK, PROTOCOL_VERSION),
tmgr(std::unique_ptr<ThinBlockFinishedCallb>(new DummyFinishedCallb),
std::unique_ptr<InFlightEraser>(new DummyInFlightEraser))
{
CBloomFilter emptyFilter;
mblock = CMerkleBlock(TestBlock2(), emptyFilter);
mstream << mblock;
// test assert when pushing ping to pfrom if consensus params
// are not set.
SelectParams(CBaseChainParams::MAIN);
// asserts if fPrintToDebugLog is true
fPrintToDebugLog = false;
}
