size_t CopiedSpace::capacity()
{
size_t calculatedCapacity = 0;
for (CopiedBlock* block = static_cast<CopiedBlock*>(m_toSpace->head()); block; block = static_cast<CopiedBlock*>(block->next()))
calculatedCapacity += block->capacity();
for (CopiedBlock* block = static_cast<CopiedBlock*>(m_fromSpace->head()); block; block = static_cast<CopiedBlock*>(block->next()))
calculatedCapacity += block->capacity();
for (CopiedBlock* block = static_cast<CopiedBlock*>(m_oversizeBlocks.head()); block; block = static_cast<CopiedBlock*>(block->next()))
calculatedCapacity += block->capacity();
return calculatedCapacity;
}
CheckedBoolean CopiedSpace::tryAllocateOversize(size_t bytes, void** outPtr)
{
ASSERT(isOversize(bytes));
CopiedBlock* block = CopiedBlock::create(*m_heap, WTF::roundUpToMultipleOf<sizeof(double)>(sizeof(CopiedBlock) + bytes));
m_newGen.oversizeBlocks.push(block);
m_newGen.blockFilter.add(reinterpret_cast<Bits>(block));
m_blockSet.add(block);
ASSERT(!block->isOld());
CopiedAllocator allocator;
allocator.setCurrentBlock(block);
*outPtr = allocator.forceAllocate(bytes);
allocator.resetCurrentBlock();
m_heap->didAllocate(block->capacity());
return true;
}
size_t CopiedSpace::capacity()
{
size_t calculatedCapacity = 0;
for (CopiedBlock* block = m_oldGen.toSpace->head(); block; block = block->next())
calculatedCapacity += block->capacity();
for (CopiedBlock* block = m_oldGen.fromSpace->head(); block; block = block->next())
calculatedCapacity += block->capacity();
for (CopiedBlock* block = m_oldGen.oversizeBlocks.head(); block; block = block->next())
calculatedCapacity += block->capacity();
for (CopiedBlock* block = m_newGen.toSpace->head(); block; block = block->next())
calculatedCapacity += block->capacity();
for (CopiedBlock* block = m_newGen.fromSpace->head(); block; block = block->next())
calculatedCapacity += block->capacity();
for (CopiedBlock* block = m_newGen.oversizeBlocks.head(); block; block = block->next())
calculatedCapacity += block->capacity();
return calculatedCapacity;
}
