/*- * Copyright (c) 2014-present MongoDB, Inc. * Copyright (c) 2008-2014 WiredTiger, Inc. * All rights reserved. * * See the file LICENSE for redistribution information. */ #pragma once /* * Statistics counters: * * We use an array of statistics structures; threads write different structures to avoid writing the * same cache line and incurring cache coherency overheads, which can dramatically slow fast and * otherwise read-mostly workloads. * * With an 8B statistics value and 64B cache-line alignment, 8 values share the same cache line. * There are collisions when different threads choose the same statistics structure and update * values that live on the cache line. There is likely some locality however: a thread updating the * cursor search statistic is likely to update other cursor statistics with a chance of hitting * already cached values. * * The actual statistic value must be signed, because one thread might increment the value in its * structure, and then another thread might decrement the same value in another structure (where the * value was initially zero), so the value in the second thread's slot will go negative. * * When reading a statistics value, the array values are summed and returned to the caller. The * summation is performed without locking, so the value read may be inconsistent (and might be * negative, if increments/decrements race with the reader). * * Choosing how many structures isn't easy: obviously, a smaller number creates more conflicts while * a larger number uses more memory. * * Ideally, if the application running on the system is CPU-intensive, and using all CPUs on the * system, we want to use the same number of slots as there are CPUs (because their L1 caches are * the units of coherency). However, in practice we cannot easily determine how many CPUs are * actually available to the application. * * Our next best option is to use the number of threads in the application as a heuristic for the * number of CPUs (presumably, the application architect has figured out how many CPUs are * available). However, inside WiredTiger we don't know when the application creates its threads. * * For now, we use a fixed number of slots. Ideally, we would approximate the largest number of * cores we expect on any machine where WiredTiger might be run, however, we don't want to waste * that much memory on smaller machines. As of 2015, machines with more than 24 CPUs are relatively * rare. * * Default hash table size; use a prime number of buckets rather than assuming a good hash * (Reference Sedgewick, Algorithms in C, "Hash Functions"). * * The counter slots are split into two separate counters, one for connection and the other for * data-source. This is because we want to be able to independently increase one counter slot * without increasing the other, as for example, increasing the data-source counter by a small * number would have a greater impact than increasing the connection counter by the same number - * depending on the number of dhandles in the system. * */ #define WT_STAT_CONN_COUNTER_SLOTS 23 #define WT_STAT_DSRC_COUNTER_SLOTS 23 /* * WT_STATS_###_SLOT_ID is the thread's slot ID for the array of structures. * * Ideally, we want a slot per CPU, and we want each thread to index the slot corresponding to the * CPU it runs on. Unfortunately, getting the ID of the current CPU is difficult: some operating * systems provide a system call to acquire a CPU ID, but not all (regardless, making a system call * to increment a statistics value is far too expensive). * * Our second-best option is to use the thread ID. Unfortunately, there is no portable way to obtain * a unique thread ID that's a small-enough number to be used as an array index (portable thread IDs * are usually a pointer or an opaque chunk, not a simple integer). * * Our solution is to use the session ID; there is normally a session per thread and the session ID * is a small, monotonically increasing number. */ #define WT_STATS_CONN_SLOT_ID(session) (((session)->id) % WT_STAT_CONN_COUNTER_SLOTS) #define WT_STATS_DSRC_SLOT_ID(session) (((session)->id) % WT_STAT_DSRC_COUNTER_SLOTS) /* * Statistic structures are arrays of int64_t's. We have functions to read/write those structures * regardless of the specific statistic structure we're working with, by translating statistics * structure field names to structure offsets. * * Translate a statistic's value name to an offset in the array. */ #define WT_STATS_FIELD_TO_OFFSET(stats, fld) (int)(&(stats)[0]->fld - (int64_t *)(stats)[0]) #define WT_SESSION_STATS_FIELD_TO_OFFSET(stats, fld) (int)(&(stats)->fld - (int64_t *)(stats)) /* AUTOMATIC FLAG VALUE GENERATION START 0 */ #define WT_STAT_CLEAR 0x01u #define WT_STAT_JSON 0x02u #define WT_STAT_ON_CLOSE 0x04u #define WT_STAT_TYPE_ALL 0x08u #define WT_STAT_TYPE_CACHE_WALK 0x10u #define WT_STAT_TYPE_FAST 0x20u #define WT_STAT_TYPE_SIZE 0x40u #define WT_STAT_TYPE_TREE_WALK 0x80u /* AUTOMATIC FLAG VALUE GENERATION STOP 32 */ /* * Sum the values from all structures in the array. */ static WT_INLINE int64_t __wt_stats_aggregate_internal(void *stats_arg, int slot, u_int num_slots) { int64_t **stats, aggr_v; u_int i; stats = (int64_t **)stats_arg; for (aggr_v = 0, i = 0; i < num_slots; i++) aggr_v += stats[i][slot]; /* * This can race. However, any implementation with a single value can race as well, different * threads could set the same counter value simultaneously. While we are making races more * likely, we are not fundamentally weakening the isolation semantics found in updating a single * value. * * Additionally, the aggregation can go negative (imagine a thread incrementing a value after * aggregation has passed its slot and a second thread decrementing a value before aggregation * has reached its slot). * * For historic API compatibility, the external type is a uint64_t; limit our return to positive * values, negative numbers would just look really, really large. */ if (aggr_v < 0) aggr_v = 0; return (aggr_v); } static WT_INLINE int64_t __wt_stats_aggregate_conn(void *stats_arg, int slot) { return (__wt_stats_aggregate_internal(stats_arg, slot, WT_STAT_CONN_COUNTER_SLOTS)); } static WT_INLINE int64_t __wt_stats_aggregate_dsrc(void *stats_arg, int slot) { return (__wt_stats_aggregate_internal(stats_arg, slot, WT_STAT_DSRC_COUNTER_SLOTS)); } /* * Clear the values in all structures in the array for connection statistics. */ static WT_INLINE void __wt_stats_clear_conn(void *stats_arg, int slot) { int64_t **stats; int i; stats = (int64_t **)stats_arg; for (i = 0; i < WT_STAT_CONN_COUNTER_SLOTS; i++) stats[i][slot] = 0; } /* * Clear the values in all structures in the array for data-source statistics. */ static WT_INLINE void __wt_stats_clear_dsrc(void *stats_arg, int slot) { int64_t **stats; int i; stats = (int64_t **)stats_arg; for (i = 0; i < WT_STAT_DSRC_COUNTER_SLOTS; i++) stats[i][slot] = 0; } /* * Read/write statistics if statistics gathering is enabled. Reading and writing the field requires * different actions: reading sums the values across the array of structures, writing updates a * single structure's value. * * The read statistics are separated into data-source or connection statistics as the counter slots * for the statistics are separate. The write statistics do not rely on counter slots in this way so * they do not need to be split. */ #define WT_STAT_ENABLED(session) (S2C(session)->stat_flags != 0) #define WT_STAT_CONN_READ(stats, fld) \ __wt_stats_aggregate_conn(stats, WT_STATS_FIELD_TO_OFFSET(stats, fld)) #define WT_STAT_DSRC_READ(stats, fld) \ __wt_stats_aggregate_dsrc(stats, WT_STATS_FIELD_TO_OFFSET(stats, fld)) #define WT_STAT_WRITE(session, stats, fld, v) \ do { \ if (WT_STAT_ENABLED(session)) \ (stats)->fld = (int64_t)(v); \ } while (0) #define WT_STAT_SET_BASE(session, stat, fld, value) \ do { \ if (WT_STAT_ENABLED(session)) \ (stat)->fld = (int64_t)(value); \ } while (0) #define WT_STAT_DECRV_BASE(session, stat, fld, value) \ do { \ if (WT_STAT_ENABLED(session)) \ (stat)->fld -= (int64_t)(value); \ } while (0) #define WT_STAT_DECRV_ATOMIC_BASE(session, stat, fld, value) \ do { \ if (WT_STAT_ENABLED(session)) \ (void)__wt_atomic_subi64(&(stat)->fld, (int64_t)(value)); \ } while (0) #define WT_STAT_INCRV_BASE(session, stat, fld, value) \ do { \ if (WT_STAT_ENABLED(session)) \ (stat)->fld += (int64_t)(value); \ } while (0) #define WT_STAT_INCRV_ATOMIC_BASE(session, stat, fld, value) \ do { \ if (WT_STAT_ENABLED(session)) \ (void)__wt_atomic_addi64(&(stat)->fld, (int64_t)(value)); \ } while (0) /* * The following connection and data-source statistic updates are done to their separate statistic * buckets. WT_STATP_### should be used when you want to give a statistic pointer, in cases where * the statistic structure is not tied to the current session or data-source. WT_STAT_### is used * when there is no pointer given, and the implied statistic bucket is tied to the session. * * Update connection handle statistics if statistics gathering is enabled. */ #define WT_STAT_CONN_DECRV(session, fld, value) \ WT_STAT_DECRV_BASE(session, S2C(session)->stats[(session)->stat_conn_bucket], fld, value) #define WT_STAT_CONN_DECR_ATOMIC(session, fld) \ WT_STAT_DECRV_ATOMIC_BASE(session, S2C(session)->stats[(session)->stat_conn_bucket], fld, 1) #define WT_STAT_CONN_DECR(session, fld) WT_STAT_CONN_DECRV(session, fld, 1) #define WT_STAT_CONN_INCRV(session, fld, value) \ WT_STAT_INCRV_BASE(session, S2C(session)->stats[(session)->stat_conn_bucket], fld, value) #define WT_STAT_CONN_INCR_ATOMIC(session, fld) \ WT_STAT_INCRV_ATOMIC_BASE(session, S2C(session)->stats[(session)->stat_conn_bucket], fld, 1) #define WT_STAT_CONN_INCR(session, fld) WT_STAT_CONN_INCRV(session, fld, 1) #define WT_STATP_CONN_SET(session, stats, fld, value) \ do { \ if (WT_STAT_ENABLED(session)) { \ __wt_stats_clear_conn(stats, WT_STATS_FIELD_TO_OFFSET(stats, fld)); \ WT_STAT_SET_BASE(session, (stats)[0], fld, value); \ } \ } while (0) #define WT_STAT_CONN_SET(session, fld, value) \ WT_STATP_CONN_SET(session, S2C(session)->stats, fld, value) /* * Update data-source handle statistics if statistics gathering is enabled and the data-source * handle is set. * * XXX We shouldn't have to check if the data-source handle is NULL, but it's necessary until * everything is converted to using data-source handles. */ #define WT_STATP_DSRC_INCRV(session, stats, fld, value) \ do { \ WT_STAT_INCRV_BASE(session, (stats)[(session)->stat_dsrc_bucket], fld, value); \ } while (0) #define WT_STATP_DSRC_INCR(session, stats, fld) WT_STATP_DSRC_INCRV(session, stats, fld, 1) #define WT_STAT_DSRC_INCRV(session, fld, value) \ do { \ if ((session)->dhandle != NULL && (session)->dhandle->stat_array != NULL) \ WT_STATP_DSRC_INCRV(session, (session)->dhandle->stats, fld, value); \ } while (0) #define WT_STAT_DSRC_INCR(session, fld) WT_STAT_DSRC_INCRV(session, fld, 1) #define WT_STATP_DSRC_DECRV(session, stats, fld, value) \ do { \ WT_STAT_DECRV_BASE(session, (stats)[(session)->stat_dsrc_bucket], fld, value); \ } while (0) #define WT_STATP_DSRC_DECR(session, stats, fld) WT_STATP_DSRC_DECRV(session, stats, fld, 1) #define WT_STAT_DSRC_DECRV(session, fld, value) \ do { \ if ((session)->dhandle != NULL && (session)->dhandle->stat_array != NULL) \ WT_STATP_DSRC_DECRV(session, (session)->dhandle->stats, fld, value); \ } while (0) #define WT_STAT_DSRC_DECR(session, fld) WT_STAT_DSRC_DECRV(session, fld, 1) #define WT_STATP_DSRC_SET(session, stats, fld, value) \ do { \ if (WT_STAT_ENABLED(session)) { \ __wt_stats_clear_dsrc(stats, WT_STATS_FIELD_TO_OFFSET(stats, fld)); \ WT_STAT_SET_BASE(session, (stats)[0], fld, value); \ } \ } while (0) #define WT_STAT_DSRC_SET(session, fld, value) \ do { \ if ((session)->dhandle != NULL && (session)->dhandle->stat_array != NULL) \ WT_STATP_DSRC_SET(session, (session)->dhandle->stats, fld, value); \ } while (0) /* * Update connection and data handle statistics if statistics gathering is enabled. Updates both * statistics concurrently and is useful to avoid the duplicated calls that happen in a lot of * places. */ #define WT_STAT_CONN_DSRC_DECRV(session, fld, value) \ do { \ WT_STAT_CONN_DECRV(session, fld, value); \ WT_STAT_DSRC_DECRV(session, fld, value); \ } while (0) #define WT_STAT_CONN_DSRC_DECR(session, fld) WT_STAT_CONN_DSRC_DECRV(session, fld, 1) #define WT_STAT_CONN_DSRC_INCRV(session, fld, value) \ do { \ WT_STAT_CONN_INCRV(session, fld, value); \ WT_STAT_DSRC_INCRV(session, fld, value); \ } while (0) #define WT_STAT_CONN_DSRC_INCR(session, fld) WT_STAT_CONN_DSRC_INCRV(session, fld, 1) /* * Update per session statistics. */ #define WT_STAT_SESSION_INCRV(session, fld, value) \ WT_STAT_INCRV_BASE(session, &(session)->stats, fld, value) #define WT_STAT_SESSION_SET(session, fld, value) \ WT_STAT_SET_BASE(session, &(session)->stats, fld, value) /* * Construct histogram increment functions to put the passed value into the right bucket. Bucket * ranges, represented by various statistics, depend upon whether the passed value is in * milliseconds or microseconds. */ #define WT_STAT_MSECS_HIST_INCR_FUNC(name, stat) \ static WT_INLINE void __wt_stat_msecs_hist_incr_##name( \ WT_SESSION_IMPL *session, uint64_t msecs) \ { \ WT_STAT_CONN_INCRV(session, stat##_total_msecs, msecs); \ if (msecs < 10) \ WT_STAT_CONN_INCR(session, stat##_lt10); \ else if (msecs < 50) \ WT_STAT_CONN_INCR(session, stat##_lt50); \ else if (msecs < 100) \ WT_STAT_CONN_INCR(session, stat##_lt100); \ else if (msecs < 250) \ WT_STAT_CONN_INCR(session, stat##_lt250); \ else if (msecs < 500) \ WT_STAT_CONN_INCR(session, stat##_lt500); \ else if (msecs < WT_THOUSAND) \ WT_STAT_CONN_INCR(session, stat##_lt1000); \ else \ WT_STAT_CONN_INCR(session, stat##_gt1000); \ } #define WT_STAT_USECS_HIST_INCR_FUNC(name, stat) \ static WT_INLINE void __wt_stat_usecs_hist_incr_##name( \ WT_SESSION_IMPL *session, uint64_t usecs) \ { \ WT_STAT_CONN_INCRV(session, stat##_total_usecs, usecs); \ if (usecs < 100) \ WT_STAT_CONN_INCR(session, stat##_lt100); \ else if (usecs < 250) \ WT_STAT_CONN_INCR(session, stat##_lt250); \ else if (usecs < 500) \ WT_STAT_CONN_INCR(session, stat##_lt500); \ else if (usecs < WT_THOUSAND) \ WT_STAT_CONN_INCR(session, stat##_lt1000); \ else if (usecs < 10 * WT_THOUSAND) \ WT_STAT_CONN_INCR(session, stat##_lt10000); \ else \ WT_STAT_CONN_INCR(session, stat##_gt10000); \ } #define WT_STAT_COMPR_RATIO_READ_HIST_INCR_FUNC(ratio) \ static WT_INLINE void __wt_stat_compr_ratio_read_hist_incr( \ WT_SESSION_IMPL *session, uint64_t ratio) \ { \ if (ratio < 2) \ WT_STAT_DSRC_INCR(session, compress_read_ratio_hist_2); \ else if (ratio < 4) \ WT_STAT_DSRC_INCR(session, compress_read_ratio_hist_4); \ else if (ratio < 8) \ WT_STAT_DSRC_INCR(session, compress_read_ratio_hist_8); \ else if (ratio < 16) \ WT_STAT_DSRC_INCR(session, compress_read_ratio_hist_16); \ else if (ratio < 32) \ WT_STAT_DSRC_INCR(session, compress_read_ratio_hist_32); \ else if (ratio < 64) \ WT_STAT_DSRC_INCR(session, compress_read_ratio_hist_64); \ else \ WT_STAT_DSRC_INCR(session, compress_read_ratio_hist_max); \ } #define WT_STAT_COMPR_RATIO_WRITE_HIST_INCR_FUNC(ratio) \ static WT_INLINE void __wt_stat_compr_ratio_write_hist_incr( \ WT_SESSION_IMPL *session, uint64_t ratio) \ { \ if (ratio < 2) \ WT_STAT_DSRC_INCR(session, compress_write_ratio_hist_2); \ else if (ratio < 4) \ WT_STAT_DSRC_INCR(session, compress_write_ratio_hist_4); \ else if (ratio < 8) \ WT_STAT_DSRC_INCR(session, compress_write_ratio_hist_8); \ else if (ratio < 16) \ WT_STAT_DSRC_INCR(session, compress_write_ratio_hist_16); \ else if (ratio < 32) \ WT_STAT_DSRC_INCR(session, compress_write_ratio_hist_32); \ else if (ratio < 64) \ WT_STAT_DSRC_INCR(session, compress_write_ratio_hist_64); \ else \ WT_STAT_DSRC_INCR(session, compress_write_ratio_hist_max); \ } /* * DO NOT EDIT: automatically built by dist/stat.py. */ /* Statistics section: BEGIN */ /* * Statistics entries for connections. */ #define WT_CONNECTION_STATS_BASE 1000 struct __wt_connection_stats { int64_t lsm_work_queue_app; int64_t lsm_work_queue_manager; int64_t lsm_rows_merged; int64_t lsm_checkpoint_throttle; int64_t lsm_merge_throttle; int64_t lsm_work_queue_switch; int64_t lsm_work_units_discarded; int64_t lsm_work_units_done; int64_t lsm_work_units_created; int64_t lsm_work_queue_max; int64_t autocommit_readonly_retry; int64_t autocommit_update_retry; int64_t background_compact_fail; int64_t background_compact_fail_cache_pressure; int64_t background_compact_interrupted; int64_t background_compact_ema; int64_t background_compact_bytes_recovered; int64_t background_compact_running; int64_t background_compact_exclude; int64_t background_compact_skipped; int64_t background_compact_sleep_cache_pressure; int64_t background_compact_success; int64_t background_compact_timeout; int64_t background_compact_files_tracked; int64_t backup_cursor_open; int64_t backup_dup_open; int64_t backup_granularity; int64_t backup_incremental; int64_t backup_start; int64_t backup_blocks; int64_t backup_blocks_compressed; int64_t backup_blocks_uncompressed; int64_t block_cache_blocks_update; int64_t block_cache_bytes_update; int64_t block_cache_blocks_evicted; int64_t block_cache_bypass_filesize; int64_t block_cache_lookups; int64_t block_cache_not_evicted_overhead; int64_t block_cache_bypass_writealloc; int64_t block_cache_bypass_overhead_put; int64_t block_cache_bypass_get; int64_t block_cache_bypass_put; int64_t block_cache_eviction_passes; int64_t block_cache_hits; int64_t block_cache_misses; int64_t block_cache_bypass_chkpt; int64_t block_cache_blocks_removed; int64_t block_cache_blocks_removed_blocked; int64_t block_cache_blocks; int64_t block_cache_blocks_insert_read; int64_t block_cache_blocks_insert_write; int64_t block_cache_bytes; int64_t block_cache_bytes_insert_read; int64_t block_cache_bytes_insert_write; int64_t block_preload; int64_t block_read; int64_t block_write; int64_t block_byte_read; int64_t block_byte_read_mmap; int64_t block_byte_read_syscall; int64_t block_byte_write; int64_t block_byte_write_compact; int64_t block_byte_write_checkpoint; int64_t block_byte_write_mmap; int64_t block_byte_write_syscall; int64_t block_map_read; int64_t block_byte_map_read; int64_t block_remap_file_resize; int64_t block_remap_file_write; int64_t eviction_app_time; int64_t cache_read_app_count; int64_t cache_read_app_time; int64_t cache_write_app_count; int64_t cache_write_app_time; int64_t cache_bytes_updates; int64_t cache_bytes_image; int64_t cache_bytes_hs; int64_t cache_bytes_inuse; int64_t cache_bytes_dirty_total; int64_t cache_bytes_other; int64_t cache_bytes_read; int64_t cache_bytes_write; int64_t cache_eviction_blocked_checkpoint; int64_t cache_eviction_blocked_checkpoint_hs; int64_t eviction_server_evict_attempt; int64_t eviction_worker_evict_attempt; int64_t eviction_server_evict_fail; int64_t eviction_worker_evict_fail; int64_t eviction_get_ref_empty; int64_t eviction_get_ref_empty2; int64_t eviction_aggressive_set; int64_t eviction_empty_score; int64_t cache_eviction_blocked_no_ts_checkpoint_race_1; int64_t cache_eviction_blocked_no_ts_checkpoint_race_2; int64_t cache_eviction_blocked_no_ts_checkpoint_race_3; int64_t cache_eviction_blocked_no_ts_checkpoint_race_4; int64_t cache_eviction_blocked_remove_hs_race_with_checkpoint; int64_t cache_eviction_blocked_no_progress; int64_t eviction_walk_passes; int64_t eviction_queue_empty; int64_t eviction_queue_not_empty; int64_t eviction_server_skip_dirty_pages_during_checkpoint; int64_t eviction_server_skip_intl_page_with_active_child; int64_t eviction_server_skip_metatdata_with_history; int64_t eviction_server_skip_pages_last_running; int64_t eviction_server_skip_pages_retry; int64_t eviction_server_skip_unwanted_pages; int64_t eviction_server_skip_unwanted_tree; int64_t eviction_server_skip_checkpointing_trees; int64_t eviction_server_skip_trees_stick_in_cache; int64_t eviction_server_skip_trees_eviction_disabled; int64_t eviction_server_skip_trees_not_useful_before; int64_t eviction_server_slept; int64_t eviction_slow; int64_t eviction_walk_leaf_notfound; int64_t eviction_state; int64_t eviction_walk_sleeps; int64_t npos_evict_walk_max; int64_t eviction_restored_pos; int64_t eviction_restored_pos_differ; int64_t cache_eviction_target_page_lt10; int64_t cache_eviction_target_page_lt32; int64_t cache_eviction_target_page_ge128; int64_t cache_eviction_target_page_lt64; int64_t cache_eviction_target_page_lt128; int64_t cache_eviction_target_page_reduced; int64_t eviction_target_strategy_both_clean_and_dirty; int64_t eviction_target_strategy_clean; int64_t eviction_target_strategy_dirty; int64_t eviction_walks_abandoned; int64_t eviction_walks_stopped; int64_t eviction_walks_gave_up_no_targets; int64_t eviction_walks_gave_up_ratio; int64_t eviction_walk_random_returns_null_position; int64_t eviction_walks_ended; int64_t eviction_walk_restart; int64_t eviction_walk_from_root; int64_t eviction_walk_saved_pos; int64_t eviction_active_workers; int64_t eviction_stable_state_workers; int64_t eviction_walks_active; int64_t eviction_walks_started; int64_t eviction_force_no_retry; int64_t eviction_force_hs_fail; int64_t eviction_force_hs; int64_t eviction_force_hs_success; int64_t eviction_force_clean; int64_t eviction_force_dirty; int64_t eviction_force_long_update_list; int64_t eviction_force_delete; int64_t eviction_force; int64_t eviction_force_fail; int64_t cache_eviction_blocked_hazard; int64_t cache_hazard_checks; int64_t cache_hazard_walks; int64_t cache_hazard_max; int64_t cache_hs_insert; int64_t cache_hs_insert_restart; int64_t cache_hs_ondisk_max; int64_t cache_hs_ondisk; int64_t cache_hs_read; int64_t cache_hs_read_miss; int64_t cache_hs_read_squash; int64_t cache_hs_order_lose_durable_timestamp; int64_t cache_hs_key_truncate_rts_unstable; int64_t cache_hs_key_truncate_rts; int64_t cache_hs_btree_truncate; int64_t cache_hs_key_truncate; int64_t cache_hs_order_remove; int64_t cache_hs_key_truncate_onpage_removal; int64_t cache_hs_btree_truncate_dryrun; int64_t cache_hs_key_truncate_rts_unstable_dryrun; int64_t cache_hs_key_truncate_rts_dryrun; int64_t cache_hs_order_reinsert; int64_t cache_hs_write_squash; int64_t cache_inmem_splittable; int64_t cache_inmem_split; int64_t cache_eviction_blocked_internal_page_split; int64_t cache_eviction_internal; int64_t eviction_internal_pages_queued; int64_t eviction_internal_pages_seen; int64_t eviction_internal_pages_already_queued; int64_t cache_eviction_split_internal; int64_t cache_eviction_split_leaf; int64_t cache_eviction_random_sample_inmem_root; int64_t cache_bytes_max; int64_t eviction_maximum_milliseconds; int64_t eviction_maximum_page_size; int64_t eviction_app_dirty_attempt; int64_t eviction_app_dirty_fail; int64_t cache_eviction_dirty; int64_t cache_eviction_blocked_multi_block_reconciliation_during_checkpoint; int64_t npos_read_walk_max; int64_t eviction_timed_out_ops; int64_t cache_eviction_blocked_overflow_keys; int64_t cache_read_overflow; int64_t eviction_app_attempt; int64_t eviction_app_fail; int64_t cache_eviction_deepen; int64_t cache_write_hs; int64_t eviction_consider_prefetch; int64_t cache_pages_inuse; int64_t cache_eviction_dirty_obsolete_tw; int64_t eviction_pages_in_parallel_with_checkpoint; int64_t eviction_pages_ordinary_queued; int64_t eviction_pages_queued_post_lru; int64_t eviction_pages_queued_urgent; int64_t eviction_pages_queued_oldest; int64_t eviction_pages_queued_urgent_hs_dirty; int64_t cache_read; int64_t cache_read_deleted; int64_t cache_read_deleted_prepared; int64_t cache_read_checkpoint; int64_t eviction_clear_ordinary; int64_t cache_pages_requested; int64_t cache_pages_prefetch; int64_t cache_eviction_pages_seen; int64_t eviction_pages_already_queued; int64_t eviction_fail; int64_t eviction_fail_active_children_on_an_internal_page; int64_t eviction_fail_in_reconciliation; int64_t eviction_fail_checkpoint_no_ts; int64_t eviction_walk; int64_t cache_write; int64_t cache_write_restore; int64_t cache_overhead; int64_t cache_eviction_blocked_recently_modified; int64_t cache_reverse_splits; int64_t cache_reverse_splits_skipped_vlcs; int64_t cache_hs_insert_full_update; int64_t cache_hs_insert_reverse_modify; int64_t eviction_reentry_hs_eviction_milliseconds; int64_t cache_bytes_internal; int64_t cache_bytes_leaf; int64_t cache_bytes_dirty; int64_t cache_bytes_dirty_internal; int64_t cache_bytes_dirty_leaf; int64_t cache_pages_dirty; int64_t cache_eviction_blocked_uncommitted_truncate; int64_t cache_eviction_clean; int64_t fsync_all_fh_total; int64_t fsync_all_fh; int64_t fsync_all_time; int64_t capacity_bytes_read; int64_t capacity_bytes_ckpt; int64_t capacity_bytes_chunkcache; int64_t capacity_bytes_evict; int64_t capacity_bytes_log; int64_t capacity_bytes_written; int64_t capacity_threshold; int64_t capacity_time_total; int64_t capacity_time_ckpt; int64_t capacity_time_evict; int64_t capacity_time_log; int64_t capacity_time_read; int64_t capacity_time_chunkcache; int64_t checkpoint_cleanup_success; int64_t checkpoint_snapshot_acquired; int64_t checkpoint_skipped; int64_t checkpoint_fsync_post; int64_t checkpoint_fsync_post_duration; int64_t checkpoint_generation; int64_t checkpoint_time_max; int64_t checkpoint_time_min; int64_t checkpoint_handle_drop_duration; int64_t checkpoint_handle_duration; int64_t checkpoint_handle_apply_duration; int64_t checkpoint_handle_skip_duration; int64_t checkpoint_handle_meta_check_duration; int64_t checkpoint_handle_lock_duration; int64_t checkpoint_handle_applied; int64_t checkpoint_handle_dropped; int64_t checkpoint_handle_meta_checked; int64_t checkpoint_handle_locked; int64_t checkpoint_handle_skipped; int64_t checkpoint_handle_walked; int64_t checkpoint_time_recent; int64_t checkpoints_api; int64_t checkpoints_compact; int64_t checkpoint_sync; int64_t checkpoint_presync; int64_t checkpoint_hs_pages_reconciled; int64_t checkpoint_pages_visited_internal; int64_t checkpoint_pages_visited_leaf; int64_t checkpoint_pages_reconciled; int64_t checkpoint_cleanup_pages_evict; int64_t checkpoint_cleanup_pages_obsolete_tw; int64_t checkpoint_cleanup_pages_read_reclaim_space; int64_t checkpoint_cleanup_pages_read_obsolete_tw; int64_t checkpoint_cleanup_pages_removed; int64_t checkpoint_cleanup_pages_walk_skipped; int64_t checkpoint_cleanup_pages_visited; int64_t checkpoint_prep_running; int64_t checkpoint_prep_max; int64_t checkpoint_prep_min; int64_t checkpoint_prep_recent; int64_t checkpoint_prep_total; int64_t checkpoint_state; int64_t checkpoint_scrub_target; int64_t checkpoint_scrub_max; int64_t checkpoint_scrub_min; int64_t checkpoint_scrub_recent; int64_t checkpoint_scrub_total; int64_t checkpoint_stop_stress_active; int64_t checkpoint_tree_duration; int64_t checkpoints_total_failed; int64_t checkpoints_total_succeed; int64_t checkpoint_time_total; int64_t checkpoint_obsolete_applied; int64_t checkpoint_wait_reduce_dirty; int64_t chunkcache_spans_chunks_read; int64_t chunkcache_chunks_evicted; int64_t chunkcache_exceeded_bitmap_capacity; int64_t chunkcache_exceeded_capacity; int64_t chunkcache_lookups; int64_t chunkcache_chunks_loaded_from_flushed_tables; int64_t chunkcache_metadata_inserted; int64_t chunkcache_metadata_removed; int64_t chunkcache_metadata_work_units_dropped; int64_t chunkcache_metadata_work_units_created; int64_t chunkcache_metadata_work_units_dequeued; int64_t chunkcache_misses; int64_t chunkcache_io_failed; int64_t chunkcache_retries; int64_t chunkcache_retries_checksum_mismatch; int64_t chunkcache_toomany_retries; int64_t chunkcache_bytes_read_persistent; int64_t chunkcache_bytes_inuse; int64_t chunkcache_bytes_inuse_pinned; int64_t chunkcache_chunks_inuse; int64_t chunkcache_created_from_metadata; int64_t chunkcache_chunks_pinned; int64_t cond_auto_wait_reset; int64_t cond_auto_wait; int64_t cond_auto_wait_skipped; int64_t time_travel; int64_t file_open; int64_t buckets_dh; int64_t buckets; int64_t memory_allocation; int64_t memory_free; int64_t memory_grow; int64_t no_session_sweep_5min; int64_t no_session_sweep_60min; int64_t cond_wait; int64_t rwlock_read; int64_t rwlock_write; int64_t fsync_io; int64_t read_io; int64_t write_io; int64_t cursor_tree_walk_del_page_skip; int64_t cursor_next_skip_total; int64_t cursor_prev_skip_total; int64_t cursor_skip_hs_cur_position; int64_t cursor_tree_walk_inmem_del_page_skip; int64_t cursor_tree_walk_ondisk_del_page_skip; int64_t cursor_search_near_prefix_fast_paths; int64_t cursor_reposition_failed; int64_t cursor_reposition; int64_t cursor_bulk_count; int64_t cursor_cached_count; int64_t cursor_bound_error; int64_t cursor_bounds_reset; int64_t cursor_bounds_comparisons; int64_t cursor_bounds_next_unpositioned; int64_t cursor_bounds_next_early_exit; int64_t cursor_bounds_prev_unpositioned; int64_t cursor_bounds_prev_early_exit; int64_t cursor_bounds_search_early_exit; int64_t cursor_bounds_search_near_repositioned_cursor; int64_t cursor_insert_bulk; int64_t cursor_cache_error; int64_t cursor_cache; int64_t cursor_close_error; int64_t cursor_compare_error; int64_t cursor_create; int64_t cursor_equals_error; int64_t cursor_get_key_error; int64_t cursor_get_value_error; int64_t cursor_insert; int64_t cursor_insert_error; int64_t cursor_insert_check_error; int64_t cursor_insert_bytes; int64_t cursor_largest_key_error; int64_t cursor_modify; int64_t cursor_modify_error; int64_t cursor_modify_bytes; int64_t cursor_modify_bytes_touch; int64_t cursor_next; int64_t cursor_next_error; int64_t cursor_next_hs_tombstone; int64_t cursor_next_skip_lt_100; int64_t cursor_next_skip_ge_100; int64_t cursor_next_random_error; int64_t cursor_restart; int64_t cursor_prev; int64_t cursor_prev_error; int64_t cursor_prev_hs_tombstone; int64_t cursor_prev_skip_ge_100; int64_t cursor_prev_skip_lt_100; int64_t cursor_reconfigure_error; int64_t cursor_remove; int64_t cursor_remove_error; int64_t cursor_remove_bytes; int64_t cursor_reopen_error; int64_t cursor_reserve; int64_t cursor_reserve_error; int64_t cursor_reset; int64_t cursor_reset_error; int64_t cursor_search; int64_t cursor_search_error; int64_t cursor_search_hs; int64_t cursor_search_near; int64_t cursor_search_near_error; int64_t cursor_sweep_buckets; int64_t cursor_sweep_closed; int64_t cursor_sweep_examined; int64_t cursor_sweep; int64_t cursor_truncate; int64_t cursor_truncate_keys_deleted; int64_t cursor_update; int64_t cursor_update_error; int64_t cursor_update_bytes; int64_t cursor_update_bytes_changed; int64_t cursor_reopen; int64_t cursor_open_count; int64_t dh_conn_handle_table_count; int64_t dh_conn_handle_tiered_count; int64_t dh_conn_handle_tiered_tree_count; int64_t dh_conn_handle_btree_count; int64_t dh_conn_handle_checkpoint_count; int64_t dh_conn_handle_size; int64_t dh_conn_handle_count; int64_t dh_sweep_ref; int64_t dh_sweep_dead_close; int64_t dh_sweep_remove; int64_t dh_sweep_expired_close; int64_t dh_sweep_tod; int64_t dh_sweeps; int64_t dh_sweep_skip_ckpt; int64_t dh_session_handles; int64_t dh_session_sweeps; int64_t lock_btree_page_count; int64_t lock_btree_page_wait_application; int64_t lock_btree_page_wait_internal; int64_t lock_checkpoint_count; int64_t lock_checkpoint_wait_application; int64_t lock_checkpoint_wait_internal; int64_t lock_dhandle_wait_application; int64_t lock_dhandle_wait_internal; int64_t lock_dhandle_read_count; int64_t lock_dhandle_write_count; int64_t lock_metadata_count; int64_t lock_metadata_wait_application; int64_t lock_metadata_wait_internal; int64_t lock_schema_count; int64_t lock_schema_wait_application; int64_t lock_schema_wait_internal; int64_t lock_table_wait_application; int64_t lock_table_wait_internal; int64_t lock_table_read_count; int64_t lock_table_write_count; int64_t lock_txn_global_wait_application; int64_t lock_txn_global_wait_internal; int64_t lock_txn_global_read_count; int64_t lock_txn_global_write_count; int64_t log_slot_switch_busy; int64_t log_force_remove_sleep; int64_t log_bytes_payload; int64_t log_bytes_written; int64_t log_zero_fills; int64_t log_flush; int64_t log_force_write; int64_t log_force_write_skip; int64_t log_compress_writes; int64_t log_compress_write_fails; int64_t log_compress_small; int64_t log_release_write_lsn; int64_t log_scans; int64_t log_scan_rereads; int64_t log_write_lsn; int64_t log_write_lsn_skip; int64_t log_sync; int64_t log_sync_duration; int64_t log_sync_dir; int64_t log_sync_dir_duration; int64_t log_writes; int64_t log_slot_consolidated; int64_t log_max_filesize; int64_t log_prealloc_max; int64_t log_prealloc_missed; int64_t log_prealloc_files; int64_t log_prealloc_used; int64_t log_scan_records; int64_t log_slot_close_race; int64_t log_slot_close_unbuf; int64_t log_slot_closes; int64_t log_slot_races; int64_t log_slot_yield_race; int64_t log_slot_immediate; int64_t log_slot_yield_close; int64_t log_slot_yield_sleep; int64_t log_slot_yield; int64_t log_slot_active_closed; int64_t log_slot_yield_duration; int64_t log_slot_no_free_slots; int64_t log_slot_unbuffered; int64_t log_compress_mem; int64_t log_buffer_size; int64_t log_compress_len; int64_t log_slot_coalesced; int64_t log_close_yields; int64_t perf_hist_fsread_latency_lt10; int64_t perf_hist_fsread_latency_lt50; int64_t perf_hist_fsread_latency_lt100; int64_t perf_hist_fsread_latency_lt250; int64_t perf_hist_fsread_latency_lt500; int64_t perf_hist_fsread_latency_lt1000; int64_t perf_hist_fsread_latency_gt1000; int64_t perf_hist_fsread_latency_total_msecs; int64_t perf_hist_fswrite_latency_lt10; int64_t perf_hist_fswrite_latency_lt50; int64_t perf_hist_fswrite_latency_lt100; int64_t perf_hist_fswrite_latency_lt250; int64_t perf_hist_fswrite_latency_lt500; int64_t perf_hist_fswrite_latency_lt1000; int64_t perf_hist_fswrite_latency_gt1000; int64_t perf_hist_fswrite_latency_total_msecs; int64_t perf_hist_opread_latency_lt100; int64_t perf_hist_opread_latency_lt250; int64_t perf_hist_opread_latency_lt500; int64_t perf_hist_opread_latency_lt1000; int64_t perf_hist_opread_latency_lt10000; int64_t perf_hist_opread_latency_gt10000; int64_t perf_hist_opread_latency_total_usecs; int64_t perf_hist_opwrite_latency_lt100; int64_t perf_hist_opwrite_latency_lt250; int64_t perf_hist_opwrite_latency_lt500; int64_t perf_hist_opwrite_latency_lt1000; int64_t perf_hist_opwrite_latency_lt10000; int64_t perf_hist_opwrite_latency_gt10000; int64_t perf_hist_opwrite_latency_total_usecs; int64_t prefetch_skipped_internal_page; int64_t prefetch_skipped_no_flag_set; int64_t prefetch_failed_start; int64_t prefetch_skipped_same_ref; int64_t prefetch_disk_one; int64_t prefetch_skipped_no_valid_dhandle; int64_t prefetch_skipped; int64_t prefetch_skipped_disk_read_count; int64_t prefetch_skipped_internal_session; int64_t prefetch_skipped_special_handle; int64_t prefetch_pages_fail; int64_t prefetch_pages_queued; int64_t prefetch_pages_read; int64_t prefetch_skipped_error_ok; int64_t prefetch_attempts; int64_t rec_vlcs_emptied_pages; int64_t rec_time_window_bytes_ts; int64_t rec_time_window_bytes_txn; int64_t rec_page_delete_fast; int64_t rec_overflow_key_leaf; int64_t rec_maximum_milliseconds; int64_t rec_maximum_image_build_milliseconds; int64_t rec_maximum_hs_wrapup_milliseconds; int64_t rec_overflow_value; int64_t rec_pages; int64_t rec_pages_eviction; int64_t rec_pages_with_prepare; int64_t rec_pages_with_ts; int64_t rec_pages_with_txn; int64_t rec_page_delete; int64_t rec_time_aggr_newest_start_durable_ts; int64_t rec_time_aggr_newest_stop_durable_ts; int64_t rec_time_aggr_newest_stop_ts; int64_t rec_time_aggr_newest_stop_txn; int64_t rec_time_aggr_newest_txn; int64_t rec_time_aggr_oldest_start_ts; int64_t rec_time_aggr_prepared; int64_t rec_time_window_pages_prepared; int64_t rec_time_window_pages_durable_start_ts; int64_t rec_time_window_pages_start_ts; int64_t rec_time_window_pages_start_txn; int64_t rec_time_window_pages_durable_stop_ts; int64_t rec_time_window_pages_stop_ts; int64_t rec_time_window_pages_stop_txn; int64_t rec_time_window_prepared; int64_t rec_time_window_durable_start_ts; int64_t rec_time_window_start_ts; int64_t rec_time_window_start_txn; int64_t rec_time_window_durable_stop_ts; int64_t rec_time_window_stop_ts; int64_t rec_time_window_stop_txn; int64_t rec_split_stashed_bytes; int64_t rec_split_stashed_objects; int64_t local_objects_inuse; int64_t flush_tier_fail; int64_t flush_tier; int64_t flush_tier_skipped; int64_t flush_tier_switched; int64_t local_objects_removed; int64_t session_open; int64_t session_query_ts; int64_t session_table_alter_fail; int64_t session_table_alter_success; int64_t session_table_alter_trigger_checkpoint; int64_t session_table_alter_skip; int64_t session_table_compact_conflicting_checkpoint; int64_t session_table_compact_dhandle_success; int64_t session_table_compact_fail; int64_t session_table_compact_fail_cache_pressure; int64_t session_table_compact_passes; int64_t session_table_compact_eviction; int64_t session_table_compact_running; int64_t session_table_compact_skipped; int64_t session_table_compact_success; int64_t session_table_compact_timeout; int64_t session_table_create_fail; int64_t session_table_create_success; int64_t session_table_create_import_fail; int64_t session_table_create_import_repair; int64_t session_table_create_import_success; int64_t session_table_drop_fail; int64_t session_table_drop_success; int64_t session_table_rename_fail; int64_t session_table_rename_success; int64_t session_table_salvage_fail; int64_t session_table_salvage_success; int64_t session_table_truncate_fail; int64_t session_table_truncate_success; int64_t session_table_verify_fail; int64_t session_table_verify_success; int64_t tiered_work_units_dequeued; int64_t tiered_work_units_removed; int64_t tiered_work_units_created; int64_t tiered_retention; int64_t thread_fsync_active; int64_t thread_read_active; int64_t thread_write_active; int64_t application_cache_ops; int64_t application_evict_snapshot_refreshed; int64_t application_cache_time; int64_t txn_release_blocked; int64_t conn_close_blocked_lsm; int64_t dhandle_lock_blocked; int64_t page_index_slot_ref_blocked; int64_t prepared_transition_blocked_page; int64_t page_busy_blocked; int64_t page_forcible_evict_blocked; int64_t page_locked_blocked; int64_t page_read_blocked; int64_t page_sleep; int64_t page_del_rollback_blocked; int64_t child_modify_blocked_page; int64_t txn_prepared_updates; int64_t txn_prepared_updates_committed; int64_t txn_prepared_updates_key_repeated; int64_t txn_prepared_updates_rolledback; int64_t txn_read_race_prepare_commit; int64_t txn_read_overflow_remove; int64_t txn_rollback_oldest_pinned; int64_t txn_prepare; int64_t txn_prepare_commit; int64_t txn_prepare_active; int64_t txn_prepare_rollback; int64_t txn_query_ts; int64_t txn_read_race_prepare_update; int64_t txn_rts; int64_t txn_rts_sweep_hs_keys_dryrun; int64_t txn_rts_hs_stop_older_than_newer_start; int64_t txn_rts_inconsistent_ckpt; int64_t txn_rts_keys_removed; int64_t txn_rts_keys_restored; int64_t txn_rts_keys_removed_dryrun; int64_t txn_rts_keys_restored_dryrun; int64_t txn_rts_pages_visited; int64_t txn_rts_hs_restore_tombstones; int64_t txn_rts_hs_restore_updates; int64_t txn_rts_delete_rle_skipped; int64_t txn_rts_stable_rle_skipped; int64_t txn_rts_sweep_hs_keys; int64_t txn_rts_hs_restore_tombstones_dryrun; int64_t txn_rts_tree_walk_skip_pages; int64_t txn_rts_upd_aborted; int64_t txn_rts_hs_restore_updates_dryrun; int64_t txn_rts_hs_removed; int64_t txn_rts_upd_aborted_dryrun; int64_t txn_rts_hs_removed_dryrun; int64_t txn_sessions_walked; int64_t txn_set_ts; int64_t txn_set_ts_durable; int64_t txn_set_ts_durable_upd; int64_t txn_set_ts_force; int64_t txn_set_ts_out_of_order; int64_t txn_set_ts_oldest; int64_t txn_set_ts_oldest_upd; int64_t txn_set_ts_stable; int64_t txn_set_ts_stable_upd; int64_t txn_begin; int64_t txn_hs_ckpt_duration; int64_t txn_pinned_range; int64_t txn_pinned_checkpoint_range; int64_t txn_pinned_timestamp; int64_t txn_pinned_timestamp_checkpoint; int64_t txn_pinned_timestamp_reader; int64_t txn_pinned_timestamp_oldest; int64_t txn_timestamp_oldest_active_read; int64_t txn_rollback_to_stable_running; int64_t txn_walk_sessions; int64_t txn_commit; int64_t txn_rollback; int64_t txn_update_conflict; }; /* * Statistics entries for data sources. */ #define WT_DSRC_STATS_BASE 2000 struct __wt_dsrc_stats { int64_t bloom_false_positive; int64_t bloom_hit; int64_t bloom_miss; int64_t bloom_page_evict; int64_t bloom_page_read; int64_t bloom_count; int64_t lsm_chunk_count; int64_t lsm_generation_max; int64_t lsm_lookup_no_bloom; int64_t lsm_checkpoint_throttle; int64_t lsm_merge_throttle; int64_t bloom_size; int64_t autocommit_readonly_retry; int64_t autocommit_update_retry; int64_t backup_blocks_compressed; int64_t backup_blocks_uncompressed; int64_t block_extension; int64_t block_alloc; int64_t block_free; int64_t block_checkpoint_size; int64_t allocation_size; int64_t block_reuse_bytes; int64_t block_magic; int64_t block_major; int64_t block_size; int64_t block_minor; int64_t btree_checkpoint_generation; int64_t btree_clean_checkpoint_timer; int64_t btree_compact_pages_reviewed; int64_t btree_compact_pages_rewritten; int64_t btree_compact_pages_skipped; int64_t btree_compact_bytes_rewritten_expected; int64_t btree_compact_pages_rewritten_expected; int64_t btree_checkpoint_pages_reconciled; int64_t btree_compact_skipped; int64_t btree_column_fix; int64_t btree_column_tws; int64_t btree_column_internal; int64_t btree_column_rle; int64_t btree_column_deleted; int64_t btree_column_variable; int64_t btree_fixed_len; int64_t btree_maxintlpage; int64_t btree_maxleafkey; int64_t btree_maxleafpage; int64_t btree_maxleafvalue; int64_t btree_maximum_depth; int64_t btree_entries; int64_t btree_overflow; int64_t btree_row_empty_values; int64_t btree_row_internal; int64_t btree_row_leaf; int64_t cache_bytes_inuse; int64_t cache_bytes_dirty_total; int64_t cache_bytes_read; int64_t cache_bytes_write; int64_t cache_eviction_blocked_checkpoint; int64_t cache_eviction_blocked_checkpoint_hs; int64_t eviction_fail; int64_t cache_eviction_blocked_no_ts_checkpoint_race_1; int64_t cache_eviction_blocked_no_ts_checkpoint_race_2; int64_t cache_eviction_blocked_no_ts_checkpoint_race_3; int64_t cache_eviction_blocked_no_ts_checkpoint_race_4; int64_t cache_eviction_blocked_remove_hs_race_with_checkpoint; int64_t cache_eviction_blocked_no_progress; int64_t eviction_walk_passes; int64_t cache_eviction_target_page_lt10; int64_t cache_eviction_target_page_lt32; int64_t cache_eviction_target_page_ge128; int64_t cache_eviction_target_page_lt64; int64_t cache_eviction_target_page_lt128; int64_t cache_eviction_target_page_reduced; int64_t cache_eviction_blocked_hazard; int64_t cache_hs_insert; int64_t cache_hs_insert_restart; int64_t cache_hs_read; int64_t cache_hs_read_miss; int64_t cache_hs_read_squash; int64_t cache_hs_order_lose_durable_timestamp; int64_t cache_hs_key_truncate_rts_unstable; int64_t cache_hs_key_truncate_rts; int64_t cache_hs_btree_truncate; int64_t cache_hs_key_truncate; int64_t cache_hs_order_remove; int64_t cache_hs_key_truncate_onpage_removal; int64_t cache_hs_btree_truncate_dryrun; int64_t cache_hs_key_truncate_rts_unstable_dryrun; int64_t cache_hs_key_truncate_rts_dryrun; int64_t cache_hs_order_reinsert; int64_t cache_hs_write_squash; int64_t cache_inmem_splittable; int64_t cache_inmem_split; int64_t cache_eviction_blocked_internal_page_split; int64_t cache_eviction_internal; int64_t cache_eviction_split_internal; int64_t cache_eviction_split_leaf; int64_t cache_eviction_random_sample_inmem_root; int64_t cache_eviction_dirty; int64_t cache_eviction_blocked_multi_block_reconciliation_during_checkpoint; int64_t cache_eviction_blocked_overflow_keys; int64_t cache_read_overflow; int64_t cache_eviction_deepen; int64_t cache_write_hs; int64_t cache_eviction_dirty_obsolete_tw; int64_t cache_read; int64_t cache_read_deleted; int64_t cache_read_deleted_prepared; int64_t cache_read_checkpoint; int64_t cache_pages_requested; int64_t cache_pages_prefetch; int64_t cache_eviction_pages_seen; int64_t cache_write; int64_t cache_write_restore; int64_t cache_eviction_blocked_recently_modified; int64_t cache_reverse_splits; int64_t cache_reverse_splits_skipped_vlcs; int64_t cache_hs_insert_full_update; int64_t cache_hs_insert_reverse_modify; int64_t cache_bytes_dirty; int64_t cache_bytes_dirty_internal; int64_t cache_bytes_dirty_leaf; int64_t cache_eviction_blocked_uncommitted_truncate; int64_t cache_eviction_clean; int64_t cache_state_gen_avg_gap; int64_t cache_state_avg_written_size; int64_t cache_state_avg_visited_age; int64_t cache_state_avg_unvisited_age; int64_t cache_state_pages_clean; int64_t cache_state_gen_current; int64_t cache_state_pages_dirty; int64_t cache_state_root_entries; int64_t cache_state_pages_internal; int64_t cache_state_pages_leaf; int64_t cache_state_gen_max_gap; int64_t cache_state_max_pagesize; int64_t cache_state_min_written_size; int64_t cache_state_unvisited_count; int64_t cache_state_smaller_alloc_size; int64_t cache_state_memory; int64_t cache_state_queued; int64_t cache_state_not_queueable; int64_t cache_state_refs_skipped; int64_t cache_state_root_size; int64_t cache_state_pages; int64_t checkpoint_snapshot_acquired; int64_t checkpoint_cleanup_pages_evict; int64_t checkpoint_cleanup_pages_obsolete_tw; int64_t checkpoint_cleanup_pages_read_reclaim_space; int64_t checkpoint_cleanup_pages_read_obsolete_tw; int64_t checkpoint_cleanup_pages_removed; int64_t checkpoint_cleanup_pages_walk_skipped; int64_t checkpoint_cleanup_pages_visited; int64_t checkpoint_obsolete_applied; int64_t compress_precomp_intl_max_page_size; int64_t compress_precomp_leaf_max_page_size; int64_t compress_write_fail; int64_t compress_write_too_small; int64_t compress_read; int64_t compress_read_ratio_hist_max; int64_t compress_read_ratio_hist_2; int64_t compress_read_ratio_hist_4; int64_t compress_read_ratio_hist_8; int64_t compress_read_ratio_hist_16; int64_t compress_read_ratio_hist_32; int64_t compress_read_ratio_hist_64; int64_t compress_write; int64_t compress_write_ratio_hist_max; int64_t compress_write_ratio_hist_2; int64_t compress_write_ratio_hist_4; int64_t compress_write_ratio_hist_8; int64_t compress_write_ratio_hist_16; int64_t compress_write_ratio_hist_32; int64_t compress_write_ratio_hist_64; int64_t cursor_tree_walk_del_page_skip; int64_t cursor_next_skip_total; int64_t cursor_prev_skip_total; int64_t cursor_skip_hs_cur_position; int64_t cursor_tree_walk_inmem_del_page_skip; int64_t cursor_tree_walk_ondisk_del_page_skip; int64_t cursor_search_near_prefix_fast_paths; int64_t cursor_reposition_failed; int64_t cursor_reposition; int64_t cursor_insert_bulk; int64_t cursor_reopen; int64_t cursor_cache; int64_t cursor_create; int64_t cursor_bound_error; int64_t cursor_bounds_reset; int64_t cursor_bounds_comparisons; int64_t cursor_bounds_next_unpositioned; int64_t cursor_bounds_next_early_exit; int64_t cursor_bounds_prev_unpositioned; int64_t cursor_bounds_prev_early_exit; int64_t cursor_bounds_search_early_exit; int64_t cursor_bounds_search_near_repositioned_cursor; int64_t cursor_cache_error; int64_t cursor_close_error; int64_t cursor_compare_error; int64_t cursor_equals_error; int64_t cursor_get_key_error; int64_t cursor_get_value_error; int64_t cursor_insert_error; int64_t cursor_insert_check_error; int64_t cursor_largest_key_error; int64_t cursor_modify_error; int64_t cursor_next_error; int64_t cursor_next_hs_tombstone; int64_t cursor_next_skip_lt_100; int64_t cursor_next_skip_ge_100; int64_t cursor_next_random_error; int64_t cursor_prev_error; int64_t cursor_prev_hs_tombstone; int64_t cursor_prev_skip_ge_100; int64_t cursor_prev_skip_lt_100; int64_t cursor_reconfigure_error; int64_t cursor_remove_error; int64_t cursor_reopen_error; int64_t cursor_reserve_error; int64_t cursor_reset_error; int64_t cursor_search_error; int64_t cursor_search_near_error; int64_t cursor_update_error; int64_t cursor_insert; int64_t cursor_insert_bytes; int64_t cursor_modify; int64_t cursor_modify_bytes; int64_t cursor_modify_bytes_touch; int64_t cursor_next; int64_t cursor_open_count; int64_t cursor_restart; int64_t cursor_prev; int64_t cursor_remove; int64_t cursor_remove_bytes; int64_t cursor_reserve; int64_t cursor_reset; int64_t cursor_search; int64_t cursor_search_hs; int64_t cursor_search_near; int64_t cursor_truncate; int64_t cursor_update; int64_t cursor_update_bytes; int64_t cursor_update_bytes_changed; int64_t rec_vlcs_emptied_pages; int64_t rec_time_window_bytes_ts; int64_t rec_time_window_bytes_txn; int64_t rec_dictionary; int64_t rec_page_delete_fast; int64_t rec_suffix_compression; int64_t rec_multiblock_internal; int64_t rec_prefix_compression; int64_t rec_multiblock_leaf; int64_t rec_overflow_key_leaf; int64_t rec_multiblock_max; int64_t rec_overflow_value; int64_t rec_pages; int64_t rec_pages_eviction; int64_t rec_page_delete; int64_t rec_time_aggr_newest_start_durable_ts; int64_t rec_time_aggr_newest_stop_durable_ts; int64_t rec_time_aggr_newest_stop_ts; int64_t rec_time_aggr_newest_stop_txn; int64_t rec_time_aggr_newest_txn; int64_t rec_time_aggr_oldest_start_ts; int64_t rec_time_aggr_prepared; int64_t rec_time_window_pages_prepared; int64_t rec_time_window_pages_durable_start_ts; int64_t rec_time_window_pages_start_ts; int64_t rec_time_window_pages_start_txn; int64_t rec_time_window_pages_durable_stop_ts; int64_t rec_time_window_pages_stop_ts; int64_t rec_time_window_pages_stop_txn; int64_t rec_time_window_prepared; int64_t rec_time_window_durable_start_ts; int64_t rec_time_window_start_ts; int64_t rec_time_window_start_txn; int64_t rec_time_window_durable_stop_ts; int64_t rec_time_window_stop_ts; int64_t rec_time_window_stop_txn; int64_t session_compact; int64_t txn_read_race_prepare_commit; int64_t txn_read_overflow_remove; int64_t txn_read_race_prepare_update; int64_t txn_rts_sweep_hs_keys_dryrun; int64_t txn_rts_hs_stop_older_than_newer_start; int64_t txn_rts_inconsistent_ckpt; int64_t txn_rts_keys_removed; int64_t txn_rts_keys_restored; int64_t txn_rts_keys_removed_dryrun; int64_t txn_rts_keys_restored_dryrun; int64_t txn_rts_hs_restore_tombstones; int64_t txn_rts_hs_restore_updates; int64_t txn_rts_delete_rle_skipped; int64_t txn_rts_stable_rle_skipped; int64_t txn_rts_sweep_hs_keys; int64_t txn_rts_hs_restore_tombstones_dryrun; int64_t txn_rts_hs_restore_updates_dryrun; int64_t txn_rts_hs_removed; int64_t txn_rts_hs_removed_dryrun; int64_t txn_update_conflict; }; /* * Statistics entries for join cursors. */ #define WT_JOIN_STATS_BASE 3000 struct __wt_join_stats { int64_t main_access; int64_t bloom_false_positive; int64_t membership_check; int64_t bloom_insert; int64_t iterated; }; /* * Statistics entries for session. */ #define WT_SESSION_STATS_BASE 4000 struct __wt_session_stats { int64_t bytes_read; int64_t bytes_write; int64_t lock_dhandle_wait; int64_t txn_bytes_dirty; int64_t read_time; int64_t write_time; int64_t lock_schema_wait; int64_t cache_time; }; /* Statistics section: END */