37     auto *Image = Request.add_images();  in loadTargetBinaryDescription()  local
39     Image->set_binary(CurImage->ImageStart, Size);  in loadTargetBinaryDescription()
48       auto *NewEntry = Image->add_entries();  in loadTargetBinaryDescription()
95   for (auto Image : Request->images()) {  in unloadTargetBinaryDescription()  local
105     for (size_t I = 0; I < Image.entries_size(); I++) {  in unloadTargetBinaryDescription()
116         copyOffloadEntry(Image.entries()[I], CurEntry);  in unloadTargetBinaryDescription()
123     CurImage->ImageStart = new uint8_t[Image.binary().size()];  in unloadTargetBinaryDescription()
125            static_cast<const void *>(Image.binary().data()),  in unloadTargetBinaryDescription()
126            Image.binary().size());  in unloadTargetBinaryDescription()
128         (void *)((char *)CurImage->ImageStart + Image.binary().size());  in unloadTargetBinaryDescription()
160                      __tgt_device_image *Image) {  in loadTargetTable()  argument
161   auto *ImageEntry = Image->EntriesBegin;  in loadTargetTable()
282 void dump(__tgt_device_image *Image) {  in dump()  argument
283   dump(Image->ImageStart, Image->ImageEnd);  in dump()
284   __tgt_offload_entry *EntryItr = Image->EntriesBegin;  in dump()
285   for (; EntryItr != Image->EntriesEnd; EntryItr++)  in dump()