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// Protocol Buffers - Google's data interchange format // Copyright 2023 Google LLC. All rights reserved. // // Use of this source code is governed by a BSD-style // license that can be found in the LICENSE file or at // https://developers.google.com/open-source/licenses/bsd /* ** Our memory representation for parsing tables and messages themselves. ** Functions in this file are used by generated code and possibly reflection. ** ** The definitions in this file are internal to upb. **/ #ifndef UPB_MESSAGE_INTERNAL_MESSAGE_H_ #define UPB_MESSAGE_INTERNAL_MESSAGE_H_ #include #include #include #include "upb/base/string_view.h" #include "upb/mem/arena.h" #include "upb/message/internal/extension.h" #include "upb/message/internal/types.h" #include "upb/mini_table/extension.h" #include "upb/mini_table/internal/message.h" #include "upb/mini_table/message.h" // Must be last. #include "upb/port/def.inc" #ifdef __cplusplus extern "C" { #endif extern const float kUpb_FltInfinity; extern const double kUpb_Infinity; extern const double kUpb_NaN; // Internal members of a upb_Message that track unknown fields and/or // extensions. We can change this without breaking binary compatibility. typedef struct upb_TaggedAuxPtr { // Two lowest bits form a tag: // 00 - non-aliased unknown data // 10 - aliased unknown data // 01 - extension uintptr_t ptr; } upb_TaggedAuxPtr; UPB_INLINE bool upb_TaggedAuxPtr_IsNull(upb_TaggedAuxPtr ptr) { return ptr.ptr == 0; } UPB_INLINE bool upb_TaggedAuxPtr_IsExtension(upb_TaggedAuxPtr ptr) { return ptr.ptr & 1; } UPB_INLINE bool upb_TaggedAuxPtr_IsUnknown(upb_TaggedAuxPtr ptr) { return (ptr.ptr != 0) && ((ptr.ptr & 1) == 0); } UPB_INLINE bool upb_TaggedAuxPtr_IsUnknownAliased(upb_TaggedAuxPtr ptr) { return (ptr.ptr != 0) && ((ptr.ptr & 2) == 2); } UPB_INLINE upb_Extension* upb_TaggedAuxPtr_Extension(upb_TaggedAuxPtr ptr) { UPB_ASSERT(upb_TaggedAuxPtr_IsExtension(ptr)); return (upb_Extension*)(ptr.ptr & ~3ULL); } UPB_INLINE upb_StringView* upb_TaggedAuxPtr_UnknownData(upb_TaggedAuxPtr ptr) { UPB_ASSERT(!upb_TaggedAuxPtr_IsExtension(ptr)); return (upb_StringView*)(ptr.ptr & ~3ULL); } UPB_INLINE upb_TaggedAuxPtr upb_TaggedAuxPtr_Null(void) { upb_TaggedAuxPtr ptr; ptr.ptr = 0; return ptr; } UPB_INLINE upb_TaggedAuxPtr upb_TaggedAuxPtr_MakeExtension(const upb_Extension* e) { upb_TaggedAuxPtr ptr; ptr.ptr = (uintptr_t)e | 1; return ptr; } // This tag means that the original allocation for this field starts with the // string view and ends with the end of the content referenced by the string // view. UPB_INLINE upb_TaggedAuxPtr upb_TaggedAuxPtr_MakeUnknownData(const upb_StringView* sv) { upb_TaggedAuxPtr ptr; ptr.ptr = (uintptr_t)sv; return ptr; } // This tag implies no guarantee between the relationship of the string view and // the data it points to. UPB_INLINE upb_TaggedAuxPtr upb_TaggedAuxPtr_MakeUnknownDataAliased(const upb_StringView* sv) { upb_TaggedAuxPtr ptr; ptr.ptr = (uintptr_t)sv | 2; return ptr; } typedef struct upb_Message_Internal { // Total number of entries set in aux_data uint32_t size; uint32_t capacity; // Tagged pointers to upb_StringView or upb_Extension upb_TaggedAuxPtr aux_data[]; } upb_Message_Internal; #ifdef UPB_TRACING_ENABLED UPB_API void upb_Message_LogNewMessage(const upb_MiniTable* m, const upb_Arena* arena); UPB_API void upb_Message_SetNewMessageTraceHandler( void (*handler)(const upb_MiniTable*, const upb_Arena*)); #endif // UPB_TRACING_ENABLED // Inline version upb_Message_New(), for internal use. UPB_INLINE struct upb_Message* _upb_Message_New(const upb_MiniTable* m, upb_Arena* a) { UPB_PRIVATE(upb_MiniTable_CheckInvariants)(m); #ifdef UPB_TRACING_ENABLED upb_Message_LogNewMessage(m, a); #endif // UPB_TRACING_ENABLED const size_t size = m->UPB_PRIVATE(size); // Message sizes are aligned up when constructing minitables; telling the // compiler this avoids redoing alignment on the malloc fast path UPB_ASSUME(size % kUpb_Message_Align == 0); struct upb_Message* msg = (struct upb_Message*)upb_Arena_Malloc(a, size); if (UPB_UNLIKELY(!msg)) return NULL; memset(msg, 0, size); return msg; } // Discards the unknown fields for this message only. void _upb_Message_DiscardUnknown_shallow(struct upb_Message* msg); UPB_NOINLINE bool UPB_PRIVATE(_upb_Message_AddUnknownSlowPath)( struct upb_Message* msg, const char* data, size_t len, upb_Arena* arena, bool alias); // Adds unknown data (serialized protobuf data) to the given message. The data // must represent one or more complete and well formed proto fields. // // If `alias_base` is NULL, the bytes from `data` will be copied into the // destination arena. Otherwise it must be a pointer to the beginning of the // buffer that `data` points into, which signals that the message must alias // the bytes instead of copying them. The value of `alias_base` is also used // to mark the boundary of the buffer, so that we do not inappropriately // coalesce two buffers that are separate objects but happen to be contiguous // in memory. UPB_INLINE bool UPB_PRIVATE(_upb_Message_AddUnknown)(struct upb_Message* msg, const char* data, size_t len, upb_Arena* arena, const char* alias_base) { UPB_ASSERT(!upb_Message_IsFrozen(msg)); if (alias_base) { // Aliasing parse of a message with sequential unknown fields is a simple // pointer bump, so inline it. upb_Message_Internal* in = UPB_PRIVATE(_upb_Message_GetInternal)(msg); if (in && in->size) { upb_TaggedAuxPtr ptr = in->aux_data[in->size - 1]; if (upb_TaggedAuxPtr_IsUnknown(ptr)) { upb_StringView* existing = upb_TaggedAuxPtr_UnknownData(ptr); // Fast path if the field we're adding is immediately after the last // added unknown field. However, we could be merging into an existing // message with an allocation that just happens to be positioned // immediately after the previous merged unknown field; this is // considered out-of-bounds and thus UB. Ensure it's in-bounds by // comparing with the original input pointer for our buffer. if (data != alias_base && existing->data + existing->size == data) { existing->size += len; return true; } } } } return UPB_PRIVATE(_upb_Message_AddUnknownSlowPath)(msg, data, len, arena, alias_base != NULL); } // Adds unknown data (serialized protobuf data) to the given message. // The data is copied into the message instance. Data when concatenated together // must represent one or more complete and well formed proto fields, but the // individual spans may point only to partial fields. bool UPB_PRIVATE(_upb_Message_AddUnknownV)(struct upb_Message* msg, upb_Arena* arena, upb_StringView data[], size_t count); // Ensures at least one slot is available in the aux_data of this message. // Returns false if a reallocation is needed to satisfy the request, and fails. bool UPB_PRIVATE(_upb_Message_ReserveSlot)(struct upb_Message* msg, upb_Arena* arena); #define kUpb_Message_UnknownBegin 0 #define kUpb_Message_ExtensionBegin 0 UPB_INLINE bool upb_Message_NextUnknown(const struct upb_Message* msg, upb_StringView* data, uintptr_t* iter) { const upb_Message_Internal* in = UPB_PRIVATE(_upb_Message_GetInternal)(msg); size_t i = *iter; if (in) { while (i < in->size) { upb_TaggedAuxPtr tagged_ptr = in->aux_data[i++]; if (upb_TaggedAuxPtr_IsUnknown(tagged_ptr)) { *data = *upb_TaggedAuxPtr_UnknownData(tagged_ptr); *iter = i; return true; } } } data->size = 0; data->data = NULL; *iter = i; return false; } UPB_INLINE bool upb_Message_HasUnknown(const struct upb_Message* msg) { upb_StringView data; uintptr_t iter = kUpb_Message_UnknownBegin; return upb_Message_NextUnknown(msg, &data, &iter); } UPB_INLINE bool upb_Message_NextExtension(const struct upb_Message* msg, const upb_MiniTableExtension** out_e, upb_MessageValue* out_v, uintptr_t* iter) { const upb_Message_Internal* in = UPB_PRIVATE(_upb_Message_GetInternal)(msg); uintptr_t i = *iter; if (in) { while (i < in->size) { upb_TaggedAuxPtr tagged_ptr = in->aux_data[i++]; if (upb_TaggedAuxPtr_IsExtension(tagged_ptr)) { const upb_Extension* ext = upb_TaggedAuxPtr_Extension(tagged_ptr); // Empty repeated fields or maps semantically don't exist. if (UPB_PRIVATE(_upb_Extension_IsEmpty)(ext)) continue; *out_e = ext->ext; *out_v = ext->data; *iter = i; return true; } } } *iter = i; return false; } UPB_INLINE bool UPB_PRIVATE(_upb_Message_NextExtensionReverse)( const struct upb_Message* msg, const upb_MiniTableExtension** out_e, upb_MessageValue* out_v, uintptr_t* iter) { upb_Message_Internal* in = UPB_PRIVATE(_upb_Message_GetInternal)(msg); if (!in) return false; uintptr_t i = *iter; uint32_t size = in->size; while (i < size) { upb_TaggedAuxPtr tagged_ptr = in->aux_data[size - 1 - i]; i++; if (!upb_TaggedAuxPtr_IsExtension(tagged_ptr)) { continue; } const upb_Extension* ext = upb_TaggedAuxPtr_Extension(tagged_ptr); // Empty repeated fields or maps semantically don't exist. if (UPB_PRIVATE(_upb_Extension_IsEmpty)(ext)) continue; *out_e = ext->ext; *out_v = ext->data; *iter = i; return true; } *iter = i; return false; } #ifdef __cplusplus } /* extern "C" */ #endif #include "upb/port/undef.inc" #endif /* UPB_MESSAGE_INTERNAL_MESSAGE_H_ */