entry bdecode(span<char const> buffer)
{
entry e;
bool err = false;
auto it = buffer.begin();
detail::bdecode_recursive(it, buffer.end(), e, err, 0);
TORRENT_ASSERT(e.m_type_queried == false);
if (err) return entry();
return e;
}
void disk_buffer_pool::free_multiple_buffers(span<char*> bufvec)
{
// sort the pointers in order to maximize cache hits
std::sort(bufvec.begin(), bufvec.end());
std::unique_lock<std::mutex> l(m_pool_mutex);
for (char* buf : bufvec)
{
TORRENT_ASSERT(is_disk_buffer(buf, l));
free_buffer_impl(buf, l);
remove_buffer_in_use(buf);
}
check_buffer_level(l);
}
void ShGcInt::reveal(span<u64> pIdxs)
{
ShGc::OutputItem out;
out.mLabels.reset(new std::vector<block>(bitCount()));
if (std::find(pIdxs.begin(), pIdxs.end(), mRt.mPartyIdx) != pIdxs.end())
{
out.mOutputProm.reset(new std::promise<BitVector>());
mFutr = out.mOutputProm->get_future();
}
else if (mFutr.valid())
{
mFutr = std::future<BitVector>();
}
out.mOutPartyIdxs.assign(pIdxs.begin(), pIdxs.end());
ShGc::CircuitItem cc;
cc.mLabels.resize(2);
cc.mLabels[0] = mLabels;
cc.mLabels[1] = out.mLabels;
mRt.enqueue(std::move(out));
mRt.enqueue(std::move(cc));
}
