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/* DO NOT EDIT: automatically built by dist/stat.py. */
#include "wt_internal.h"
int
__wt_stat_alloc_db_dstats(ENV *env, WT_STATS **statsp)
{
WT_STATS *stats;
WT_RET(__wt_calloc(env,
WT_STAT_DB_DSTATS_TOTAL + 1, sizeof(WT_STATS), &stats));
stats[WT_STAT_BASE_RECNO].desc = "base record number";
stats[WT_STAT_EXTSIZE].desc = "database extent size";
stats[WT_STAT_FRAGSIZE].desc = "database fragment size";
stats[WT_STAT_INTLSIZE].desc = "internal page size";
stats[WT_STAT_ITEM_DATA_OVFL].desc = "overflow data items";
stats[WT_STAT_ITEM_DUP_DATA].desc = "duplicate data items";
stats[WT_STAT_ITEM_KEY_OVFL].desc = "overflow keys";
stats[WT_STAT_ITEM_TOTAL_DATA].desc = "total database data items";
stats[WT_STAT_ITEM_TOTAL_KEY].desc = "total database keys";
stats[WT_STAT_LEAFSIZE].desc = "leaf page size";
stats[WT_STAT_MAGIC].desc = "magic number";
stats[WT_STAT_MAJOR].desc = "major version number";
stats[WT_STAT_MINOR].desc = "minor version number";
stats[WT_STAT_PAGE_DUP_INTERNAL].desc = "duplicate internal pages";
stats[WT_STAT_PAGE_DUP_LEAF].desc = "duplicate leaf pages";
stats[WT_STAT_PAGE_FREE].desc = "unused on-page space in bytes";
stats[WT_STAT_PAGE_INTERNAL].desc = "primary internal pages";
stats[WT_STAT_PAGE_LEAF].desc = "primary leaf pages";
stats[WT_STAT_PAGE_OVERFLOW].desc = "overflow pages";
stats[WT_STAT_TREE_LEVEL].desc = "number of levels in the Btree";
*statsp = stats;
return (0);
}
int
__wt_stat_clear_db_dstats(WT_STATS *stats)
{
stats[WT_STAT_BASE_RECNO].v = 0;
stats[WT_STAT_EXTSIZE].v = 0;
stats[WT_STAT_FRAGSIZE].v = 0;
stats[WT_STAT_INTLSIZE].v = 0;
stats[WT_STAT_ITEM_DATA_OVFL].v = 0;
stats[WT_STAT_ITEM_DUP_DATA].v = 0;
stats[WT_STAT_ITEM_KEY_OVFL].v = 0;
stats[WT_STAT_ITEM_TOTAL_DATA].v = 0;
stats[WT_STAT_ITEM_TOTAL_KEY].v = 0;
stats[WT_STAT_LEAFSIZE].v = 0;
stats[WT_STAT_MAGIC].v = 0;
stats[WT_STAT_MAJOR].v = 0;
stats[WT_STAT_MINOR].v = 0;
stats[WT_STAT_PAGE_DUP_INTERNAL].v = 0;
stats[WT_STAT_PAGE_DUP_LEAF].v = 0;
stats[WT_STAT_PAGE_FREE].v = 0;
stats[WT_STAT_PAGE_INTERNAL].v = 0;
stats[WT_STAT_PAGE_LEAF].v = 0;
stats[WT_STAT_PAGE_OVERFLOW].v = 0;
stats[WT_STAT_TREE_LEVEL].v = 0;
return (0);
}
int
__wt_stat_alloc_db_hstats(ENV *env, WT_STATS **statsp)
{
WT_STATS *stats;
WT_RET(__wt_calloc(env,
WT_STAT_DB_HSTATS_TOTAL + 1, sizeof(WT_STATS), &stats));
stats[WT_STAT_BULK_DUP_DATA_READ].desc =
"bulk duplicate data pairs read";
stats[WT_STAT_BULK_OVERFLOW_DATA].desc =
"bulk overflow data items read";
stats[WT_STAT_BULK_OVERFLOW_KEY].desc = "bulk overflow key items read";
stats[WT_STAT_BULK_PAIRS_READ].desc = "bulk key/data pairs inserted";
stats[WT_STAT_DB_CACHE_ALLOC].desc = "pages allocated in the cache";
stats[WT_STAT_DB_CACHE_HIT].desc =
"cache hit: reads found in the cache";
stats[WT_STAT_DB_CACHE_MISS].desc =
"cache miss: reads not found in the cache";
*statsp = stats;
return (0);
}
int
__wt_stat_clear_db_hstats(WT_STATS *stats)
{
stats[WT_STAT_BULK_DUP_DATA_READ].v = 0;
stats[WT_STAT_BULK_OVERFLOW_DATA].v = 0;
stats[WT_STAT_BULK_OVERFLOW_KEY].v = 0;
stats[WT_STAT_BULK_PAIRS_READ].v = 0;
stats[WT_STAT_DB_CACHE_ALLOC].v = 0;
stats[WT_STAT_DB_CACHE_HIT].v = 0;
stats[WT_STAT_DB_CACHE_MISS].v = 0;
return (0);
}
int
__wt_stat_alloc_env_hstats(ENV *env, WT_STATS **statsp)
{
WT_STATS *stats;
WT_RET(__wt_calloc(env,
WT_STAT_ENV_HSTATS_TOTAL + 1, sizeof(WT_STATS), &stats));
stats[WT_STAT_CACHE_ALLOC].desc = "pages allocated in the cache";
stats[WT_STAT_CACHE_CLEAN].desc = "clean pages in the cache";
stats[WT_STAT_CACHE_DIRTY].desc = "dirty pages in the cache";
stats[WT_STAT_CACHE_EVICT].desc = "clean pages evicted from the cache";
stats[WT_STAT_CACHE_HIT].desc = "cache hit: reads found in the cache";
stats[WT_STAT_CACHE_MISS].desc =
"cache miss: reads not found in the cache";
stats[WT_STAT_CACHE_WRITE].desc = "writes from the cache";
stats[WT_STAT_CACHE_WRITE_EVICT].desc =
"dirty pages evicted from the cache";
*statsp = stats;
return (0);
}
int
__wt_stat_clear_env_hstats(WT_STATS *stats)
{
stats[WT_STAT_CACHE_ALLOC].v = 0;
stats[WT_STAT_CACHE_CLEAN].v = 0;
stats[WT_STAT_CACHE_DIRTY].v = 0;
stats[WT_STAT_CACHE_EVICT].v = 0;
stats[WT_STAT_CACHE_HIT].v = 0;
stats[WT_STAT_CACHE_MISS].v = 0;
stats[WT_STAT_CACHE_WRITE].v = 0;
stats[WT_STAT_CACHE_WRITE_EVICT].v = 0;
return (0);
}
int
__wt_stat_alloc_fh_stats(ENV *env, WT_STATS **statsp)
{
WT_STATS *stats;
WT_RET(__wt_calloc(env,
WT_STAT_FH_STATS_TOTAL + 1, sizeof(WT_STATS), &stats));
stats[WT_STAT_READ_IO].desc = "count of read I/Os";
stats[WT_STAT_WRITE_IO].desc = "count of write I/Os";
*statsp = stats;
return (0);
}
int
__wt_stat_clear_fh_stats(WT_STATS *stats)
{
stats[WT_STAT_READ_IO].v = 0;
stats[WT_STAT_WRITE_IO].v = 0;
return (0);
}
int
__wt_stat_alloc_stoc_stats(ENV *env, WT_STATS **statsp)
{
WT_STATS *stats;
WT_RET(__wt_calloc(env,
WT_STAT_STOC_STATS_TOTAL + 1, sizeof(WT_STATS), &stats));
stats[WT_STAT_STOC_ARRAY].desc = "server thread array passes";
stats[WT_STAT_STOC_OPS].desc = "server thread operations";
stats[WT_STAT_STOC_SLEEP].desc = "server thread sleeps";
stats[WT_STAT_STOC_YIELD].desc = "server thread yields";
*statsp = stats;
return (0);
}
int
__wt_stat_clear_stoc_stats(WT_STATS *stats)
{
stats[WT_STAT_STOC_ARRAY].v = 0;
stats[WT_STAT_STOC_OPS].v = 0;
stats[WT_STAT_STOC_SLEEP].v = 0;
stats[WT_STAT_STOC_YIELD].v = 0;
return (0);
}
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