Method ScanRoot

IDEHelper/HotScanner.cpp:292–346

}

void DbgHotScanner::ScanRoot(addr_target rootPtr, int memKind)
{
	mDebugger->ReadMemory(rootPtr, sizeof(mRoot), &mRoot);

#ifdef BF_DBG_32
	for (int rootIdx = 0; rootIdx < PageHeap::PageMap::ROOT_LENGTH; rootIdx++)
	{
		addr_target nodeAddr = mRoot.ptrs[rootIdx];
		if (nodeAddr == 0)
			continue;
		mDebugger->ReadMemory(nodeAddr, sizeof(mNode), &mNode);
		for (int leafIdx = 0; leafIdx < PageHeap::PageMap::LEAF_LENGTH; leafIdx++)
		{
			addr_target spanAddr = mNode.ptrs[leafIdx];
			if (spanAddr == 0)
				continue;

			int expectedStartPage = (rootIdx * PageHeap::PageMap::LEAF_LENGTH) + leafIdx;
			TCFake::Span span;
			mDebugger->ReadMemory(spanAddr, sizeof(span), &span);
			ScanSpan(&span, expectedStartPage, memKind);
		}
	}
#else
	int bits = PageHeap::PageMap::BITS;
	int interiorLen = PageHeap::PageMap::INTERIOR_LENGTH;
	int leafLen = PageHeap::PageMap::LEAF_LENGTH;

	for (int pageIdx1 = 0; pageIdx1 < PageHeap::PageMap::INTERIOR_LENGTH; pageIdx1++)
	{
		addr_target node1Addr = mRoot.ptrs[pageIdx1];
		if (node1Addr == 0)
			continue;
		mDebugger->ReadMemory(node1Addr, sizeof(mNode1), &mNode1);
		for (int pageIdx2 = 0; pageIdx2 < PageHeap::PageMap::INTERIOR_LENGTH; pageIdx2++)
		{
			addr_target node2Addr = mNode1.ptrs[pageIdx2];
			if (node2Addr == 0)
				continue;
			mDebugger->ReadMemory(node2Addr, sizeof(mNode2), &mNode2);
			for (int pageIdx3 = 0; pageIdx3 < PageHeap::PageMap::LEAF_LENGTH; pageIdx3++)
			{
				addr_target spanAddr = mNode2.ptrs[pageIdx3];
				if (spanAddr == 0)
					continue;

				int expectedStartPage = ((pageIdx1 * PageHeap::PageMap::INTERIOR_LENGTH) + pageIdx2) * PageHeap::PageMap::LEAF_LENGTH + pageIdx3;
				TCFake::Span span;
				mDebugger->ReadMemory(spanAddr, sizeof(span), &span);
				ScanSpan(&span, expectedStartPage, memKind);
			}
		}
	}
#endif
}

void DbgHotScanner::Scan(DbgHotResolveFlags flags)
{