void Manifest::merge(const Manifest& other)
{
if (size() != other.size()) error("Invalid manifest sizes for merging.");
FileStats fileStats;
for (std::size_t i(0); i < size(); ++i)
{
FileInfo& ours(m_fileInfo[i]);
const FileInfo& theirs(other.m_fileInfo[i]);
if (ours.path() != theirs.path()) error("Invalid manifest paths");
if (
ours.status() == FileInfo::Status::Outstanding &&
theirs.status() != FileInfo::Status::Outstanding)
{
ours.status(theirs.status());
switch (theirs.status())
{
case FileInfo::Status::Inserted: fileStats.addInsert(); break;
case FileInfo::Status::Omitted: fileStats.addOmit(); break;
case FileInfo::Status::Error: fileStats.addError(); break;
default: throw std::runtime_error("Invalid file status");
}
}
ours.pointStats().add(theirs.pointStats());
}
m_pointStats.add(other.pointStats());
m_fileStats.add(fileStats);
}
int main(int argc, char *argv[])
{
std::istream &in = input_file(argv[1]);
unsigned int blocknum, overhead;
txmap block;
std::unordered_map<bitcoin_txid, tx *> knowns;
while (read_blockline(in, &blocknum, &overhead, &block, &knowns, NULL)) {
u64 seed;
size_t ibltslices;
raw_iblt *theirs = read_iblt(in, &ibltslices, &seed);
txmap mempool;
std::string peername;
while (read_mempool(in, &peername, &mempool, &knowns, NULL)) {
if (!theirs) {
std::cout << blocknum << "," << overhead << ",0,"
<< peername << ","
<< true
<< std::endl;
} else {
// Create our equivalent iblt.
raw_iblt ours(theirs->size(), seed, mempool);
std::cout << blocknum << "," << overhead << "," << ibltslices
<< "," << peername << ","
<< recover_block(*theirs, ours, seed, mempool, block)
<< std::endl;
}
}
}
}
