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ff5d306e29
SHOW ENGINE INNODB MUTEX functionality is completely removed, as are the InnoDB latching order checks. We will enforce innodb_fatal_semaphore_wait_threshold only for dict_sys.mutex and lock_sys.mutex. dict_sys_t::mutex_lock(): A single entry point for dict_sys.mutex. lock_sys_t::mutex_lock(): A single entry point for lock_sys.mutex. FIXME: srv_sys should be removed altogether; it is duplicating tpool functionality. fil_crypt_threads_init(): To prevent SAFE_MUTEX warnings, we must not hold fil_system.mutex. fil_close_all_files(): To prevent SAFE_MUTEX warnings for fil_space_destroy_crypt_data(), we must not hold fil_system.mutex while invoking fil_space_free_low() on a detached tablespace.
112 lines
4.1 KiB
C++
112 lines
4.1 KiB
C++
/*****************************************************************************
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Copyright (c) 2014, 2016, Oracle and/or its affiliates. All Rights Reserved.
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Copyright (c) 2019, 2020, MariaDB Corporation.
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This program is free software; you can redistribute it and/or modify it under
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the terms of the GNU General Public License as published by the Free Software
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Foundation; version 2 of the License.
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This program is distributed in the hope that it will be useful, but WITHOUT
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ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
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FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details.
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You should have received a copy of the GNU General Public License along with
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this program; if not, write to the Free Software Foundation, Inc.,
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51 Franklin Street, Fifth Floor, Boston, MA 02110-1335 USA
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*****************************************************************************/
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/**************************************************//**
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@file ut/ut0new.cc
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Instrumented memory allocator.
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Created May 26, 2014 Vasil Dimov
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*******************************************************/
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#include "univ.i"
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#include "ut0new.h"
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/** The total amount of memory currently allocated from the operating
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system with allocate_large(). */
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Atomic_counter<ulint> os_total_large_mem_allocated;
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/** Maximum number of retries to allocate memory. */
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const size_t alloc_max_retries = 60;
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/** Keys for registering allocations with performance schema.
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Keep this list alphabetically sorted. */
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#ifdef BTR_CUR_HASH_ADAPT
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PSI_memory_key mem_key_ahi;
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#endif /* BTR_CUR_HASH_ADAPT */
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PSI_memory_key mem_key_buf_buf_pool;
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PSI_memory_key mem_key_dict_stats_bg_recalc_pool_t;
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PSI_memory_key mem_key_dict_stats_index_map_t;
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PSI_memory_key mem_key_dict_stats_n_diff_on_level;
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PSI_memory_key mem_key_other;
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PSI_memory_key mem_key_row_log_buf;
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PSI_memory_key mem_key_row_merge_sort;
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PSI_memory_key mem_key_std;
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#ifdef UNIV_PFS_MEMORY
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/** Auxiliary array of performance schema 'PSI_memory_info'.
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Each allocation appears in
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performance_schema.memory_summary_global_by_event_name (and alike) in the form
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of e.g. 'memory/innodb/NAME' where the last component NAME is picked from
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the list below:
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1. If key is specified, then the respective name is used
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2. Without a specified key, allocations from inside std::* containers use
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mem_key_std
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3. Without a specified key, allocations from outside std::* pick up the key
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based on the file name, and if file name is not found in the predefined list
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(in ut_new_boot()) then mem_key_other is used.
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Keep this list alphabetically sorted. */
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static PSI_memory_info pfs_info[] = {
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#ifdef BTR_CUR_HASH_ADAPT
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{&mem_key_ahi, "adaptive hash index", 0},
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#endif /* BTR_CUR_HASH_ADAPT */
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{&mem_key_buf_buf_pool, "buf_buf_pool", 0},
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{&mem_key_dict_stats_bg_recalc_pool_t, "dict_stats_bg_recalc_pool_t", 0},
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{&mem_key_dict_stats_index_map_t, "dict_stats_index_map_t", 0},
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{&mem_key_dict_stats_n_diff_on_level, "dict_stats_n_diff_on_level", 0},
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{&mem_key_other, "other", 0},
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{&mem_key_row_log_buf, "row_log_buf", 0},
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{&mem_key_row_merge_sort, "row_merge_sort", 0},
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{&mem_key_std, "std", 0},
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};
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static const int NKEYS = static_cast<int>UT_ARR_SIZE(auto_event_names)-1;
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static PSI_memory_key auto_event_keys[NKEYS];
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/** Setup the internal objects needed for UT_NEW() to operate.
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This must be called before the first call to UT_NEW(). */
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void ut_new_boot()
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{
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PSI_MEMORY_CALL(register_memory)("innodb", pfs_info, static_cast<int>
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UT_ARR_SIZE(pfs_info));
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PSI_memory_info pfs_info_auto[NKEYS];
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for (int i= 0; i < NKEYS; i++)
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{
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pfs_info_auto[i]= {&auto_event_keys[i], auto_event_names[i], 0};
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}
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PSI_MEMORY_CALL(register_memory)("innodb", pfs_info_auto,NKEYS);
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}
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/** Retrieve a memory key (registered with PFS), corresponding to source file .
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@param[in] autoevent_idx - offset to the auto_event_names corresponding to the
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file name of the caller.
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@return registered memory key or PSI_NOT_INSTRUMENTED
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*/
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PSI_memory_key ut_new_get_key_by_file(uint32_t autoevent_idx)
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{
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ut_ad(autoevent_idx < NKEYS);
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return auto_event_keys[autoevent_idx];
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}
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#else /* UNIV_PFS_MEMORY */
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void ut_new_boot(){}
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#endif
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