122     std::atomic<const JITCodeEntry*> next_;  // Atomic to guarantee consistency after crash.
123     const JITCodeEntry* prev_ = nullptr;     // For linked list deletion. Unused in readers.
133   struct JITCodeEntry : public JITCodeEntryPublic {  struct
149     const JITCodeEntry* relevant_entry_ = nullptr;    // The entry affected by the action.
150     std::atomic<const JITCodeEntry*> head_{nullptr};  // Head of link list of all entries.
163     const JITCodeEntry* tail_ = nullptr;          // Tail of link list of all live entries.
164     const JITCodeEntry* free_entries_ = nullptr;  // List of deleted entries ready for reuse.
167     const JITCodeEntry* zygote_head_entry_ = nullptr;
168     JITCodeEntry application_tail_entry_{};
249 ArrayRef<const uint8_t> GetJITCodeEntrySymFile(const JITCodeEntry* entry) {  in GetJITCodeEntrySymFile()
278 static void InsertNewEntry(const JITCodeEntry* entry, const JITCodeEntry* next) {  in InsertNewEntry()
281   const JITCodeEntry* prev = (next != nullptr ? next->prev_ : descriptor.tail_);  in InsertNewEntry()
282   JITCodeEntry* writable = NativeInfo::Writable(entry);  in InsertNewEntry()
302 static const JITCodeEntry* CreateJITCodeEntryInternal(  in CreateJITCodeEntryInternal()
311     const void* memory = NativeInfo::Alloc(sizeof(JITCodeEntry));  in CreateJITCodeEntryInternal()
316     new (NativeInfo::Writable(memory)) JITCodeEntry();  in CreateJITCodeEntryInternal()
317     descriptor.free_entries_ = reinterpret_cast<const JITCodeEntry*>(memory);  in CreateJITCodeEntryInternal()
334   const JITCodeEntry* next = descriptor.head_.load(kNonRacingRelaxed);  // Insert at the head.  in CreateJITCodeEntryInternal()
340   const JITCodeEntry* entry = descriptor.free_entries_;  in CreateJITCodeEntryInternal()
344   JITCodeEntry* writable_entry = NativeInfo::Writable(entry);  in CreateJITCodeEntryInternal()
366 static void DeleteJITCodeEntryInternal(const JITCodeEntry* entry) {  in DeleteJITCodeEntryInternal()
372   const JITCodeEntry* next = entry->next_.load(kNonRacingRelaxed);  in DeleteJITCodeEntryInternal()
373   const JITCodeEntry* prev = entry->prev_;  in DeleteJITCodeEntryInternal()
392   JITCodeEntry* writable_entry = NativeInfo::Writable(entry);  in DeleteJITCodeEntryInternal()
423   for (const JITCodeEntry* entry = __dex_debug_descriptor.head_; entry != nullptr; ) {  in RemoveNativeDebugInfoForDex()
424     const JITCodeEntry* next = entry->next_;  // Save next pointer before we free the memory.  in RemoveNativeDebugInfoForDex()
464   const JITCodeEntry* zygote_head =  in NativeDebugInfoPreFork()
465     reinterpret_cast<const JITCodeEntry*>(JitNativeInfo::Alloc(sizeof(JITCodeEntry)));  in NativeDebugInfoPreFork()
467   new (JitNativeInfo::Writable(zygote_head)) JITCodeEntry();  // Initialize.  in NativeDebugInfoPreFork()
496   std::vector<const JITCodeEntry*> entries;  in RepackEntries()
498   for (const JITCodeEntry* it = descriptor.head_; it != nullptr; it = it->next_) {  in RepackEntries()
509   auto cmp = [](const JITCodeEntry* l, const JITCodeEntry* r) { return l->addr_ < r->addr_; };  in RepackEntries()
521     ArrayRef<const JITCodeEntry*> elfs(&*begin, end - begin);  in RepackEntries()
621   for (const JITCodeEntry* it = __jit_debug_descriptor.head_; it != nullptr;) {  in RepackNativeDebugInfoForJitLocked()
622     const JITCodeEntry* next = it->next_;  in RepackNativeDebugInfoForJitLocked()
641   for (const JITCodeEntry* it = __jit_debug_descriptor.head_; it != nullptr; it = it->next_) {  in GetJitMiniDebugInfoMemUsage()
642     size += sizeof(JITCodeEntry) + it->symfile_size_;  in GetJitMiniDebugInfoMemUsage()
654   for (const JITCodeEntry* it = __jit_debug_descriptor.head_; it != nullptr; it = it->next_) {  in ForEachNativeDebugSymbol()