Was because the quoting character was always '"' instead of being
retrieve from the JDBC source.
modified: storage/connect/JdbcInterface.java
modified: storage/connect/jdbconn.cpp
modified: storage/connect/tabjdbc.cpp
- Fixed compiler warnings
- Removed have_debug.inc from innochecksum_3
- Fixed race condition in innodb_buffer_pool_load
- Fixed merge issue in innodb-bad-key-change.test
- Fixed missing array allocation that could cause
function_defaults_notembedded to fail
- Fixed thread_cache_size_func
The crash is caused due to a race condition where wsrep
startup threads invoke ha_maria::implicit_commit() method
while maria_hton is partially initialized. The fix is to
skip this method if plugins are uninitialized.
(Fixing both InnoDB and XtraDB)
Re-opening a TABLE object (after e.g. FLUSH TABLES or open table cache
eviction) causes ha_innobase to call
dict_stats_update(DICT_STATS_FETCH_ONLY_IF_NOT_IN_MEMORY).
Inside this call, the following is done:
dict_stats_empty_table(table);
dict_stats_copy(table, t);
On the other hand, commands like UPDATE make this call to get the "rows in
table" statistics in table->stats.records:
ha_innobase->info(HA_STATUS_VARIABLE|HA_STATUS_NO_LOCK)
note the HA_STATUS_NO_LOCK parameter. It means, no locks are taken by
::info() If the ::info() call happens between dict_stats_empty_table
and dict_stats_copy calls, the UPDATE's optimizer will get an estimate
of table->stats.records=1, which causes it to pick a full table scan,
which in turn will take a lot of row locks and cause other bad
consequences.
Problem was that NULL-pointer was accessed inside a macro when
page read from tablespace is encrypted but decrypt fails because
of incorrect key file.
Removed unsafe macro using inlined function where used pointers
are checked.
mincore is defined differently in BSD mincore(void *, size_t, char *) vs
linux variant of: mincore(void *, size_t, unsigned char *).
Account for this difference in TokuDB.
Using numa_all_nodes_ptr was excessively optimistic. Due to
constraints in systemd, containers or otherwise mysqld could of been
limited to a smaller set of cpus. Use the numa_get_mems_allowed
library function to see what we can interleave between before doing
so. The alternative is to fail interleaving overall.
Signed-off-by: Daniel Black <daniel.black@au.ibm.com>
Code was already existing within the innobase/xtradb storage engines
however without this cmake code it was never enabled.
num.cmake heavily based off work by Annamalai Gurusami <annamalai.gurusami@oracle.com>
Signed-off-by: Daniel Black <daniel.black@au.ibm.com>
Analysis: By design InnoDB was reading first page of every .ibd file
at startup to find out is tablespace encrypted or not. This is
because tablespace could have been encrypted always, not
encrypted newer or encrypted based on configuration and this
information can be find realible only from first page of .ibd file.
Fix: Do not read first page of every .ibd file at startup. Instead
whenever tablespace is first time accedded we will read the first
page to find necessary information about tablespace encryption
status.
TODO: Add support for SYS_TABLEOPTIONS where all table options
encryption information included will be stored.
Linking tokudb with jemalloc privately causes problems on library
load/unload. To prevent dangling destructor pointers, link with the same
library as the server is using.
* update (some) tests from 5.7
* update results (e.g. cardinality is no longer reported)
* uncomment MYSQL_PLUGIN_FULLTEXT_PARSER/MYSQL_FTS_PARSER code
* initialize m_prebuilt->m_fts_limit manually,
as we do not use ft_init_ext_with_hints()
We need to pass nonatomic=false (dont allow data dict unlock),
because the transaction may hold locks on SYS_* tables from
previous calls to fts_drop_table().
