19                                  TargetBinaryDescription &Request) {  in loadTargetBinaryDescription()  argument
26     auto *NewEntry = Request.add_entries();  in loadTargetBinaryDescription()
30     Request.add_entry_ptrs((uint64_t)CurEntry);  in loadTargetBinaryDescription()
37     auto *Image = Request.add_images();  in loadTargetBinaryDescription()
42     auto *NewImagePtr = Request.add_image_ptrs();  in loadTargetBinaryDescription()
67     const TargetBinaryDescription *Request, __tgt_bin_desc *Desc,  in unloadTargetBinaryDescription()  argument
71   Desc->NumDeviceImages = Request->images_size();  in unloadTargetBinaryDescription()
74   if (Request->entries_size())  in unloadTargetBinaryDescription()
75     Desc->HostEntriesBegin = new __tgt_offload_entry[Request->entries_size()];  in unloadTargetBinaryDescription()
84   for (auto &Entry : Request->entries()) {  in unloadTargetBinaryDescription()
86     CopiedOffloadEntries[(void *)Request->entry_ptrs()[I]] = CurEntry;  in unloadTargetBinaryDescription()
94   auto ImageItr = Request->image_ptrs().begin();  in unloadTargetBinaryDescription()
95   for (auto Image : Request->images()) {  in unloadTargetBinaryDescription()
107           CopiedOffloadEntries.find((void *)Request->entry_ptrs()[I]);  in unloadTargetBinaryDescription()
117         CopiedOffloadEntries[(void *)(Request->entry_ptrs()[I])] = CurEntry;  in unloadTargetBinaryDescription()