31     auto &Seg = Segments[{Sec.getMemProt(), Sec.getMemDeallocPolicy()}];  in BasicLayout()  local
34         Seg.ContentBlocks.push_back(B);  in BasicLayout()
36         Seg.ZeroFillBlocks.push_back(B);  in BasicLayout()
51     auto &Seg = KV.second;  in BasicLayout()  local
53     llvm::sort(Seg.ContentBlocks, CompareBlocks);  in BasicLayout()
54     llvm::sort(Seg.ZeroFillBlocks, CompareBlocks);  in BasicLayout()
56     for (auto *B : Seg.ContentBlocks) {  in BasicLayout()
57       Seg.ContentSize = alignToBlock(Seg.ContentSize, *B);  in BasicLayout()
58       Seg.ContentSize += B->getSize();  in BasicLayout()
59       Seg.Alignment = std::max(Seg.Alignment, Align(B->getAlignment()));  in BasicLayout()
62     uint64_t SegEndOffset = Seg.ContentSize;  in BasicLayout()
63     for (auto *B : Seg.ZeroFillBlocks) {  in BasicLayout()
66       Seg.Alignment = std::max(Seg.Alignment, Align(B->getAlignment()));  in BasicLayout()
68     Seg.ZeroFillSize = SegEndOffset - Seg.ContentSize;  in BasicLayout()
72              << ": content-size=" << formatv("{0:x}", Seg.ContentSize)  in BasicLayout()
73              << ", zero-fill-size=" << formatv("{0:x}", Seg.ZeroFillSize)  in BasicLayout()
74              << ", align=" << formatv("{0:x}", Seg.Alignment.value()) << "\n";  in BasicLayout()
85     auto &Seg = KV.second;  in getContiguousPageBasedLayoutSizes()  local
87     if (Seg.Alignment > PageSize)  in getContiguousPageBasedLayoutSizes()
91     uint64_t SegSize = alignTo(Seg.ContentSize + Seg.ZeroFillSize, PageSize);  in getContiguousPageBasedLayoutSizes()
103     auto &Seg = KV.second;  in apply()  local
105     assert(!(Seg.ContentBlocks.empty() && Seg.ZeroFillBlocks.empty()) &&  in apply()
108     for (auto *B : Seg.ContentBlocks) {  in apply()
110       Seg.Addr = alignToBlock(Seg.Addr, *B);  in apply()
111       Seg.NextWorkingMemOffset = alignToBlock(Seg.NextWorkingMemOffset, *B);  in apply()
114       B->setAddress(Seg.Addr);  in apply()
115       Seg.Addr += B->getSize();  in apply()
119       memcpy(Seg.WorkingMem + Seg.NextWorkingMemOffset, B->getContent().data(),  in apply()
122           {Seg.WorkingMem + Seg.NextWorkingMemOffset, B->getSize()});  in apply()
123       Seg.NextWorkingMemOffset += B->getSize();  in apply()
126     for (auto *B : Seg.ZeroFillBlocks) {  in apply()
128       Seg.Addr = alignToBlock(Seg.Addr, *B);  in apply()
130       B->setAddress(Seg.Addr);  in apply()
131       Seg.Addr += B->getSize();  in apply()
134     Seg.ContentBlocks.clear();  in apply()
135     Seg.ZeroFillBlocks.clear();  in apply()
164     auto &Seg = KV.second;  in Create()  local
173     if (Seg.ContentSize != 0) {  in Create()
175           orc::ExecutorAddr(alignTo(NextAddr.getValue(), Seg.ContentAlign));  in Create()
177           G->createMutableContentBlock(Sec, G->allocateBuffer(Seg.ContentSize),  in Create()
178                                        NextAddr, Seg.ContentAlign.value(), 0);  in Create()
180       NextAddr += Seg.ContentSize;  in Create()
280       auto &Seg = KV.second;  in applyProtections()  local
285           alignTo(Seg.ContentSize + Seg.ZeroFillSize, MemMgr.PageSize);  in applyProtections()
286       sys::MemoryBlock MB(Seg.WorkingMem, SegSize);  in applyProtections()
395     auto &Seg = KV.second;  in allocate()  local
401     Seg.WorkingMem = SegAddr.toPtr<char *>();  in allocate()
402     Seg.Addr = SegAddr;  in allocate()
404     SegAddr += alignTo(Seg.ContentSize + Seg.ZeroFillSize, PageSize);  in allocate()