void PooledPointTable::reset()
{
BinaryPointTable table(m_schema);
pdal::PointRef pointRef(table, 0);
assert(m_cellNodes.size() >= outstanding());
Cell::PooledStack cells(m_cellNodes.pop(outstanding()));
for (auto& cell : cells)
{
auto data(m_dataNodes.popOne());
table.setPoint(*data);
if (m_origin != invalidOrigin)
{
pointRef.setField(pdal::Dimension::Id::PointId, m_index);
pointRef.setField(pdal::Dimension::Id::OriginId, m_origin);
++m_index;
}
cell.set(pointRef, std::move(data));
}
cells = m_process(std::move(cells));
for (auto& cell : cells) m_dataNodes.push(cell.acquire());
m_cellNodes.push(std::move(cells));
allocate();
}
uval
MemDescBits::checkSanity(uval page)
{
uval sane = 1;
if (KernelInfo::ControlFlagIsSet(KernelInfo::NO_ALLOC_SANITY_CHECK)) {
return sane;
}
uval freeBlocks = countFreeBlocks(page);
uval numBlocks = ALLOC_PAGE_SIZE / AllocPool::MallocIDToSize(mallocID());
// code this way to make added more checks easier
sane = sane && (freeBlocks == (numBlocks - outstanding()));
tassertWrn(sane, "MDB: %lx - %ld != (%ld - %ld)\n", page,
freeBlocks, numBlocks, outstanding());
return sane;
}