satisfy some conditions when UNIV_DEBUG is defined.
HASH_SEARCH(): New parameter: ASSERTION. All users will pass an appropriate
ut_ad() or nothing.
dict_table_add_to_columns(): Assert that the table being added to the data
dictionary cache is not already being pointed to by the name_hash and
id_hash tables.
HASH_SEARCH_ALL(): New macro, for use in dict_table_add_to_columns().
dict_mem_table_free(): Set ut_d(table->cached = FALSE), so that we can
check ut_ad(table->cached) when traversing the hash tables, as in
HASH_SEARCH(name_hash, dict_sys->table_hash, ...) and
HASH_SEARCH(id_hash, dict_sys->table_id_hash, ...).
dict_table_get_low(), dict_table_get_on_id_low(): Assert
ut_ad(!table || table->cached).
fil_space_get_by_id(): Check ut_ad(space->magic_n == FIL_SPACE_MAGIC_N)
in HASH_SEARCH(hash, fil_system->spaces, ...).
fil_space_get_by_name(): Check ut_ad(space->magic_n == FIL_SPACE_MAGIC_N)
in HASH_SEARCH(name_hash, fil_system->name_hash, ...).
buf_buddy_block_free(): Check that the blocks are in valid state in
HASH_SEARCH(hash, buf_pool->zip_hash, ...).
buf_page_hash_get(): Check that the blocks are in valid state in
HASH_SEARCH(hash, buf_pool->page_hash, ...).
get_share(), free_share(): Check ut_ad(share->use_count > 0) in
HASH_SEARCH(table_name_hash, innobase_open_tables, ...).
This was posted as rb://75 for tracking down errors similar to Issue #153.
buf_page_struct: Note that space and offset are also protected by
buf_pool_mutex. They are only assigned to by
buf_block_set_file_page(). Thus, it suffices for buf_flush_batch() to
hold just buf_pool_mutex when checking these fields.
buf_flush_try_page(): Rename "locked" to "is_s_latched", per Heikki's request.
buf_flush_batch(): Move the common statement mutex_exit(block_mutex)
from all if-else if-else branches before the if block. Remove the
redundant test (buf_pool->init_flush[flush_type] == FALSE) that was
apparently copied from buf_flush_write_complete().
buf_flush_write_block_low(): Note why it is safe not to hold buf_pool_mutex
or block_mutex. Enumerate the assumptions in debug assertions.
buf_flush_insert_sorted_into_flush_list(): Remove unused code.
Change the parameter to buf_block_t* block and assert that
block->state == BUF_BLOCK_FILE_PAGE. This is part of Issue #155.
interpreter. It was only used for updating the InnoDB internal data
dictionary when renaming or dropping tables. It could have caused
deadlocks after acquiring latches on insert buffer bitmap pages.
This and r3544 should fix Issue #135.
Furthermore, the update-in-place-in-select does not account for
compression failure. That was not a problem yet, since the InnoDB SQL
interpreter has so far assumed ROW_FORMAT=REDUNDANT.
rb://63 approved by Heikki Tuuri
WHILE 1=1 in the SQL procedure, so that the loop will actually be
entered and temporary indexes be dropped during crash recovery.
Thanks to Sunny Bains for pointing this out.
Tested as follows:
Set a breakpoint in row_merge_rename_indexes.
CREATE TABLE t(a INT)ENGINE=InnoDB;
CREATE INDEX a ON t(a);
-- The breakpoint will be reached. Kill and restart mysqld.
SHOW CREATE TABLE t;
-- This shows the MySQL .frm file, without and index.
CREATE TABLE innodb_table_monitor(a INT)ENGINE=InnoDB;
-- This will dump the InnoDB dictionary to the error log, without the index.
to the data dictionary records. This should fix Issue #83.
row_drop_table_for_mysql_no_commit(): Rename back to
row_drop_table_for_mysql(). Commit the transaction if the data
dictionary was not locked when the function was called. Otherwise,
neither commit the transaction nor unlock the data dictionary.
row_merge_drop_table(): Let row_drop_table_for_mysql() take care of
locking the data dictionary.
dict_create_or_check_foreign_constraint_tables(),
trx_rollback_active(), row_create_table_for_mysql(),
row_create_index_for_mysql(), row_table_add_foreign_constraints():
Explicitly commit the transaction, because row_drop_table_for_mysql()
would no longer commit it, given that the data dictionary will be
locked during the calls.
Approved by Sunny (over IM). rb://23
(Bug #36285, rb://9).
innodb-index.test, innodb-index.result: Set innodb_lock_wait_timeout as
a session variable instead of relying on the global value.
innodb-index-master.opt: Remove.
innodb-timeout.test: Test that setting the innodb_lock_wait_timeout
works as advertised.
thd_lock_wait_timeout(): New function, to retrieve the lock wait timeout
for a given MySQL client connection (thd), or the global value (thd==NULL).
srv_lock_wait_timeout, innobase_lock_wait_timeout: Remove.
Replace MYSQL_SYSVAR_LONG(lock_wait_timeout)
with MYSQL_THDVAR_ULONG(lock_wait_timeout).
the maximum record size will never exceed the B-tree page size limit.
For uncompressed tables, there should always be enough space for two
records in an empty B-tree page. For compressed tables, there should
be enough space for storing two node pointer records or one data
record in an empty page in uncompressed format.
dict_build_table_def_step(): Remove the inaccurate check for table row
size.
dict_index_too_big_for_tree(): New function: check if the index
records would be too big for a B-tree page.
dict_index_add_to_cache(): Add the parameter "strict". Invoke
dict_index_too_big_for_tree() if it is set.
trx_is_strict(), thd_is_strict(): New functions, for determining if
innodb_strict_mode is enabled for the current transaction.
dict_create_index_step(): Pass the new parameter strict of
dict_index_add_to_cache() as trx_is_strict(trx). All other callers
pass it as FALSE.
innodb.test: Enable innodb_strict_mode before attempting to create a
table with a too big record size.
innodb-zip.test: Remove the test of inserting random data. Add tests
for checking that the maximum record lengths are enforced at table
creation time.
