diff --git a/tools/rosbag_storage/include/rosbag/structures.h b/tools/rosbag_storage/include/rosbag/structures.h index 72db0e3c1e..bd967c7719 100644 --- a/tools/rosbag_storage/include/rosbag/structures.h +++ b/tools/rosbag_storage/include/rosbag/structures.h @@ -59,25 +59,25 @@ struct ROSBAG_STORAGE_DECL ConnectionInfo struct ChunkInfo { - ros::Time start_time; //! earliest timestamp of a message in the chunk - ros::Time end_time; //! latest timestamp of a message in the chunk - uint64_t pos; //! absolute byte offset of chunk record in bag file + ros::Time start_time; //!< earliest timestamp of a message in the chunk + ros::Time end_time; //!< latest timestamp of a message in the chunk + uint64_t pos; //!< absolute byte offset of chunk record in bag file - std::map connection_counts; //! number of messages in each connection stored in the chunk + std::map connection_counts; //!< number of messages in each connection stored in the chunk }; struct ROSBAG_STORAGE_DECL ChunkHeader { - std::string compression; //! chunk compression type, e.g. "none" or "bz2" (see constants.h) - uint32_t compressed_size; //! compressed size of the chunk in bytes - uint32_t uncompressed_size; //! uncompressed size of the chunk in bytes + std::string compression; //!< chunk compression type, e.g. "none" or "bz2" (see constants.h) + uint32_t compressed_size; //!< compressed size of the chunk in bytes + uint32_t uncompressed_size; //!< uncompressed size of the chunk in bytes }; struct ROSBAG_STORAGE_DECL IndexEntry { - ros::Time time; //! timestamp of the message - uint64_t chunk_pos; //! absolute byte offset of the chunk record containing the message - uint32_t offset; //! relative byte offset of the message record (either definition or data) in the chunk + ros::Time time; //!< timestamp of the message + uint64_t chunk_pos; //!< absolute byte offset of the chunk record containing the message + uint32_t offset; //!< relative byte offset of the message record (either definition or data) in the chunk bool operator<(IndexEntry const& b) const { return time < b.time; } };