35   __tgt_device_image *CurImage = Desc->DeviceImages;  in loadTargetBinaryDescription()  local
36   for (auto I = 0; I < Desc->NumDeviceImages; I++, CurImage++) {  in loadTargetBinaryDescription()
38     auto Size = (char *)CurImage->ImageEnd - (char *)CurImage->ImageStart;  in loadTargetBinaryDescription()
39     Image->set_binary(CurImage->ImageStart, Size);  in loadTargetBinaryDescription()
43     NewImagePtr->set_img_ptr((uint64_t)CurImage->ImageStart);  in loadTargetBinaryDescription()
46     for (auto *CurEntry = CurImage->EntriesBegin;  in loadTargetBinaryDescription()
47          CurEntry != CurImage->EntriesEnd; CurEntry++) {  in loadTargetBinaryDescription()
93   __tgt_device_image *CurImage = Desc->DeviceImages;  in unloadTargetBinaryDescription()  local
101       CurImage->EntriesBegin = nullptr;  in unloadTargetBinaryDescription()
102       CurImage->EntriesEnd = nullptr;  in unloadTargetBinaryDescription()
110           CurImage->EntriesBegin = CurEntry;  in unloadTargetBinaryDescription()
112         CurImage->EntriesEnd = CurEntry + 1;  in unloadTargetBinaryDescription()
123     CurImage->ImageStart = new uint8_t[Image.binary().size()];  in unloadTargetBinaryDescription()
124     memcpy(CurImage->ImageStart,  in unloadTargetBinaryDescription()
127     CurImage->ImageEnd =  in unloadTargetBinaryDescription()
128         (void *)((char *)CurImage->ImageStart + Image.binary().size());  in unloadTargetBinaryDescription()
130     HostToRemoteDeviceImage[(void *)ImageItr->img_ptr()] = CurImage;  in unloadTargetBinaryDescription()
131     CurImage++;  in unloadTargetBinaryDescription()
137   __tgt_device_image *CurImage = Desc->DeviceImages;  in freeTargetBinaryDescription()  local
138   for (auto I = 0; I < Desc->NumDeviceImages; I++, CurImage++)  in freeTargetBinaryDescription()
139     delete[](uint64_t *) CurImage->ImageStart;  in freeTargetBinaryDescription()