| Commit message (Collapse) | Author | Age | Files | Lines |
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Touch attribute file to fix errors like:
Can't open ./demoCA/index.txt.attr for reading,
No such file or directory
140553384993216:error:02001002:system library:
fopen:No such file or directory:../crypto/bio/bss_file.c:72:
fopen('./demoCA/index.txt.attr','r')
140553384993216:error:2006D080:BIO routines:
BIO_new_file:no such file:../crypto/bio/bss_file.c:79:
Check that the request matches the signature
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In commit 8ea923f55b7666a359ac2c54f6c10e8609d16846 (MDEV-24818)
when we optimized multi-statement INSERT transactions into empty tables,
we would roll back the entire transaction on any error. But, we would
fail to invalidate any SAVEPOINT that had been requested in the past.
trx_t::savepoints_discard(): Renamed from trx_roll_savepoints_free().
row_mysql_handle_errors(): If we were in bulk insert, invoke
trx_t::savepoints_discard(). In this way, a future attempt of
ROLLBACK TO SAVEPOINT will return an error.
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In commit 8ea923f55b7666a359ac2c54f6c10e8609d16846 (MDEV-24818)
when we optimized multi-statement INSERT into an empty table,
we would sometimes wrongly enable bulk insert into a table that
is actually already using row-level locking and undo logging.
trx_has_lock_x(): New predicate, to check if the transaction of
the current thread is holding an exclusive lock on a table.
trx_undo_report_row_operation(): Only invoke
trx_mod_table_time_t::start_bulk_insert() if
trx_has_lock_x() holds.
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'replication_applier_status_by_worker
Step 3:
======
Preserve worker pool information on either STOP SLAVE/Error. In case STOP
SLAVE is executed worker threads will be gone, hence worker threads will be
unavailable. Querying the table at this stage will give empty rows. To
address this case when worker threads are about to stop, due to an error or
forced stop, create a backup pool and preserve the data which is relevant to
populate performance schema table. Clear the backup pool upon slave start.
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'replication_applier_status_by_worker
Step2:
=====
Add two extra columns mentioned below.
---------------------------------------------------------------------------
|Column Name: | Description: |
|-------------------------------------------------------------------------|
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|WORKER_IDLE_TIME | Total idle time in seconds that the worker |
| | thread has spent waiting for work from |
| | co-ordinator thread |
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|LAST_TRANS_RETRY_COUNT | Total number of retries attempted by last |
| | transaction |
---------------------------------------------------------------------------
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'replication_applier_status_by_worker
Step1:
=====
Backport 'replication_applier_status_by_worker' from upstream.
Iterate through rpl_parallel_thread_pool and display slave worker thread
specific information as part of 'replication_applier_status_by_worker'
table.
---------------------------------------------------------------------------
|Column Name: | Description: |
|-------------------------------------------------------------------------|
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|CHANNEL_NAME | Name of replication channel through which the |
| | transaction is received. |
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|THREAD_ID | Thread_Id as displayed in 'performance_schema. |
| | threads' table for thread with name |
| | 'thread/sql/rpl_parallel_thread' |
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| | THREAD_ID will be NULL when worker threads are |
| | stopped due to an error/force stop |
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|SERVICE_STATE | Thread is running or not |
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|LAST_SEEN_TRANSACTION | Last GTID executed by worker |
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|LAST_ERROR_NUMBER | Last Error that occured on a particular worker |
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|LAST_ERROR_MESSAGE | Last error specific message |
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|LAST_ERROR_TIMESTAMP | Time stamp of last error |
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---------------------------------------------------------------------------
CHANNEL_NAME will be empty when the worker has not processed any
transaction. Channel_name points to valid source channel_name when it is
processing a transaction/event group.
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assertion fails in Diagnostics_area::set_error_status
Fixed by adding a MDL_BACKUP_COMMIT lock before altering temporary tables
whose creation was logged to binary log (in which case the ALTER TABLE
must also be logged)
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key constraint fails.
Problem:
The problem happened because of a conceptual flaw in the server code:
a. The table level CHARSET/COLLATE clause affected all data types,
including numeric and temporal ones:
CREATE TABLE t1 (a INT) CHARACTER SET utf8 [COLLATE utf8_general_ci];
In the above example, the Column_definition_attributes
(and then the FRM record) for the column "a" erroneously inherited
"utf8" as its character set.
b. The "ALTER TABLE t1 CONVERT TO CHARACTER SET csname" statement
also erroneously affected Column_definition_attributes::charset
for numeric and temporal data types and wrote "csname" as their
character set into FRM files.
So now we have arbitrary non-relevant charset ID values for numeric
and temporal data types in all FRM files in the world :)
The code in the server and the other engines did not seem to be affected
by this flaw. Only InnoDB inplace ALTER was affected.
Solution:
Fixing the code in the way that only character string data types
(CHAR,VARCHAR,TEXT,ENUM,SET):
- inherit the table level CHARSET/COLLATE clause
- get the charset value according to "CONVERT TO CHARACTER SET csname".
Numeric and temporal data types now always get &my_charset_numeric
in Column_definition_attributes::charset and always write its ID into FRM files:
- no matter what the table level CHARSET/COLLATE clause is, and
- no matter what "CONVERT TO CHARACTER SET" says.
Details:
1. Adding helper classes to pass small parts of HA_CREATE_INFO
into Type_handler methods:
- Column_derived_attributes - to pass table level CHARSET/COLLATE,
so columns that do not have explicit CHARSET/COLLATE clauses
can derive them from the table level, e.g.
CREATE TABLE t1 (a VARCHAR(1), b CHAR(1)) CHARACTER SET utf8;
- Column_bulk_alter_attributes - to pass bulk attribute changes
generated by the ALTER related code. These bulk changes affect
multiple columns at the same time:
ALTER TABLE ... CONVERT TO CHARACTER SET csname;
Note, passing the whole HA_CREATE_INFO directly to Type_handler
would not be good: HA_CREATE_INFO is huge and would need not desired
dependencies in sql_type.h and sql_type.cc. The Type_handler API should
use smallest possible data types!
2. Type_handler::Column_definition_prepare_stage1() is now responsible
to set Column_definition::charset properly, according to the data type,
for example:
- For string data types, Column_definition_attributes::charset is set from
the table level CHARSET/COLLATE clause (if not specified explicitly in
the column definition).
- For numeric and temporal fields, Column_definition_attributes::charset is
set to &my_charset_numeric, no matter what the table level
CHARSET/COLLATE says.
- For GEOMETRY, Column_definition_attributes::charset is set to
&my_charset_bin, no matter what the table level CHARSET/COLLATE says.
Previously this code (setting `charset`) was outside of of
Column_definition_prepare_stage1(), namely in
mysql_prepare_create_table(), and was erroneously called for
all data types.
3. Adding Type_handler::Column_definition_bulk_alter(), to handle
"ALTER TABLE .. CONVERT TO". Previously this code was inside
get_sql_field_charset() and was erroneously called for all data types.
4. Removing the Schema_specification_st parameter from
Type_handler::Column_definition_redefine_stage1().
Column_definition_attributes::charset is now fully properly initialized by
Column_definition_prepare_stage1(). So we don't need access to the
table level CHARSET/COLLATE clause in Column_definition_redefine_stage1()
any more.
5. Other changes:
- Removing global function get_sql_field_charset()
- Moving the part of the former get_sql_field_charset(), which was
responsible to inherit the table level CHARSET/COLLATE clause to
new methods:
-- Column_definition_attributes::explicit_or_derived_charset() and
-- Column_definition::prepare_charset_for_string().
This code is only needed for string data types.
Previously it was erroneously called for all data types.
- Moving another part, which was responsible to apply the
"CONVERT TO" clause, to
Type_handler_general_purpose_string::Column_definition_bulk_alter().
- Replacing the call for get_sql_field_charset() in sql_partition.cc
to sql_field->explicit_or_derived_charset() - it is perfectly enough.
The old code was redundant: get_sql_field_charset() was called from
sql_partition.cc only when there were no a "CONVERT TO CHARACTER SET"
clause involved, so its purpose was only to inherit the table
level CHARSET/COLLATE clause.
- Moving the code handling the BINCMP_FLAG flag from
mysql_prepare_create_table() to
Column_definition::prepare_charset_for_string():
This code is responsible to resolve the BINARY comparison style
into the corresponding _bin collation, to do the following transparent
rewrite:
CREATE TABLE t1 (a VARCHAR(10) BINARY) CHARSET utf8; ->
CREATE TABLE t1 (a VARCHAR(10) CHARACTER SET utf8 COLLATE utf8_bin);
This code is only needed for string data types.
Previously it was erroneously called for all data types.
6. Renaming Table_scope_and_contents_source_pod_st::table_charset
to alter_table_convert_to_charset, because the only purpose it's used for
is handlering "ALTER .. CONVERT". The new name is much more self-descriptive.
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Added handling for sql_safe_updated i.e. we disable it while
we do wsrep_schema operations.
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`WSREP_CLIENT` is used as condition for starting ALTER/OPTIMIZE/REPAIR TOI.
Using this condition async replicated affected DDL's will not be replicated.
Fixed by removing this condition.
Reviewed-by: Jan Lindström <jan.lindstrom@mariadb.com>
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This patch makes the following changes around variable wsrep_on:
1) Variable wsrep_on can no longer be updated from a session that has
an active transaction running. The original behavior allowed cases
like this:
BEGIN;
INSERT INTO t1 VALUES (1);
SET SESSION wsrep_on = OFF;
INSERT INTO t1 VALUES (2);
COMMIT;
With regular transactions this would result in no replication
events (not even value 1). With streaming replication it would be
unnecessarily complex to achieve the same behavior. In the above
example, it would be possible for value 1 to be already replicated if
it happened to fill a separate fragment, while value 2 wouldn't.
2) Global variable wsrep_on no longer affects current sessions, only
subsequent ones. This is to avoid a similar case to the above, just
using just by using global wsrep_on instead session wsrep_on:
--connection conn_1
BEGIN;
INSERT INTO t1 VALUES(1);
--connection conn_2
SET GLOBAL wsrep_on = OFF;
--connection conn_1
INSERT INTO t1 VALUES(2);
COMMIT;
The above example results in the transaction to be replicated, as
global wsrep_on will only affect the session wsrep_on of new
connections.
Reviewed-by: Jan Lindström <jan.lindstrom@mariadb.com>
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recovery, automatic repairment does not work
This was because of a wrong test in encryption code that wrote random
numbers over the LSN for pages for transactional Aria tables during repair.
The effect was that after an ALTER TABLE ENABLE KEYS of a encrypted
recovery of the tables would not work.
Fixed by changing testing of !share->now_transactional to
!share->base.born_transactional.
Other things:
- Extended Aria check_table() to check for wrong (= too big) LSN numbers.
- If check_table() failed just because of wrong LSN or TRN numbers,
a following repair table will just do a zerofill which is much faster.
- Limit number of LSN errors in one check table to MAX_LSN_ERROR (10).
- Removed old obsolete test of 'if (error_count & 2)'. Changed error_count
and warning_count from bits to numbers of errors/warnings as this is
more useful.
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Imported the following tests from Oracle MySQL:
* mysql-test/t/locking_clause.test
* mysql-test/suite/innodb/t/skip_locked_nowait.test
* mysql-test/t/locking_part.test
Ported to MariaDB by Daniel Black, changes include:
* Removed 'FOR SHARE OF /FOR UPDATE OF' tests that are part of
MDEV-17514 (not yet implemented)
* mysql-test/t/locking_clause.test removes broken the limit test (outstanding MDEV-25244) bug.
* mysql-test/suite/innodb/t/skip_locked_nowait.test - removed high
priority transactions
* mysql-test/t/locking_part.test imported to mysql-test/suite/innodb/t/partition_locking.test
changed ER_LOCK_NOWAIT -> ER_LOCK_WAIT_TIMEOUT consistent with already
implemented WAIT/NOWAIT feature. Changed "FOR SHARE SKIP LOCKED" ->
"LOCK IN SHARE MODE SKIP LOCKED".
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Adds an implementation for SELECT ... FOR UPDATE SKIP LOCKED /
SELECT ... LOCK IN SHARED MODE SKIP LOCKED
This is implemented only InnoDB at the moment, not in RockDB yet.
This adds a new hander flag HA_CAN_SKIP_LOCKED than
will be used when the storage engine advertises the flag.
When a storage engine indicates this flag it will get
TL_WRITE_SKIP_LOCKED and TL_READ_SKIP_LOCKED transaction types.
The Lex structure has been updated to store both the FOR UPDATE/LOCK IN
SHARE as well as the SKIP LOCKED so the SHOW CREATE VIEW
implementation is simplier.
"SELECT FOR UPDATE ... SKIP LOCKED" combined with CREATE TABLE AS or
INSERT.. SELECT on the result set is not safe for STATEMENT based
replication. MIXED replication will replicate this as row based events."
Thanks to guidance from Facebook commit
https://github.com/facebook/mysql-5.6/commit/193896c466d43fd905a62a60f1d73fd9c551a6e4
This helped verify basic test case, and components that need implementing
(even though every part was implemented differently).
Thanks Marko for guidance on simplier InnoDB implementation.
Reviewers: Marko, Monty
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A consistency check for fil_space_t::name is causing recovery failures
in MDEV-25180 (Atomic ALTER TABLE). So, we'd better remove that field
altogether.
fil_space_t::name was more or less a copy of dict_table_t::name
(except for some special cases), and it was not being used for
anything useful.
There used to be a name_hash, but it had been removed already in
commit a75dbfd7183cc96680f3e3e684fd36500dac8158 (MDEV-12266).
We will also remove os_normalize_path(), OS_PATH_SEPARATOR,
OS_PATH_SEPATOR_ALT. On Microsoft Windows, we will treat \ and /
roughly in the same way. The intention is that for per-table
tablespaces, the filenames will always follow the pattern
prefix/databasename/tablename.ibd. (Any \ in the prefix must not
be converted.)
ut_basename_noext(): Remove (unused function).
read_link_file(): Replaces RemoteDatafile::read_link_file().
We will ensure that the last two path component separators are
forward slashes (converting up to 2 trailing backslashes on
Microsoft Windows), so that everywhere else we can
assume that data file names end in "/databasename/tablename.ibd".
Note: On Microsoft Windows, path names that start with \\?\ must
not contain / as path component separators. Previously, such paths
did work in the DATA DIRECTORY argument of InnoDB tables.
Reviewed by: Vladislav Vaintroub
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- Aborting of fulltext index creation fails to remove the
index from sys indexes table. When we try to reload the
table definition, InnoDB fails with index count mismatch
error. InnoDB should remove the index from sys indexes while
rollbacking the secondary index creation.
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CREATE/DROP PROCEDIRE/FUNCTION is now treated as DDL.
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- Invalid function name during ER_WRONG_VALUE_FOR_TYPE and ER_GIS_INVALID_DATA
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- Cherry-pick 51e48b9f8981 - vscode gitignore
- Thanks Robin Dupret for the review.
Reviewed by:daniel@mariadb.org
holyfoot@mariadb.com
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CREATE/DROP PROCEDIRE/FUNCTION is now treated as DDL.
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A default 4G max_recursive_iterations allows users to far
to easily exhaust CPU, memory and time for a incorrect query.
Reduce this value down to 1000 consistent with Oracle MySQL's
cte_max_recursion_depth.
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Starting with MariaDB 10.5, roughly after MDEV-23855 was fixed,
we are observing sporadic hangs during the execution of the
RESET MASTER statement. We are hoping to fix the hangs with these
changes, but due to the rather infrequent occurrence of the hangs
and our inability to reliably reproduce the hangs, we cannot be
sure of this.
What we do know is that innodb_force_recovery=2 (or a larger setting)
will prevent srv_master_callback (the former srv_master_thread) from
running. In that mode, periodic log flushes would never occur and
RESET MASTER could hang indefinitely. That is demonstrated by the new
test case that was developed by Andrei Elkin. We fix this case by
implementing a special case for it.
This also includes some code cleanup and renames of misleadingly
named code. The interface has nothing to do with log checkpoints in
the storage engine; it is only about requesting log writes to be
persistent.
handlerton::commit_checkpoint_request,
commit_checkpoint_notify_ha(): Remove the unused parameter hton.
log_requests.start: Replaces pending_checkpoint_list.
log_requests.end: Replaces pending_checkpoint_list_end.
log_requests.mutex: Replaces pending_checkpoint_mutex.
log_flush_notify_and_unlock(), log_flush_notify(): Replaces
innobase_mysql_log_notify(). The new implementation should be
functionally equivalent to the old one.
innodb_log_flush_request(): Replaces innobase_checkpoint_request().
Implement a fast path for common cases, and reduce the mutex hold time.
POSSIBLE FIX OF THE HANG: We will invoke commit_checkpoint_notify_ha()
for the current request if it is already satisfied, as well as invoke
log_flush_notify_and_unlock() for any satisfied requests.
log_write(): Invoke log_flush_notify() when the write is already durable.
This was missing WITH_PMEM when the log is in persistent memory.
Reviewed by: Vladislav Vaintroub
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Provide basic coverage in the Optimizer Trace
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userstat enabled
use check_grant(..., number_of_tables=1, ...) if you only need
to check privileges for one table
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* Remove usage of wsrep_provider variable in galera_ist_restart_joiner
* Rename galera_load_provider.inc and galera_unload_provider.inc to
galera_stop_replication.inc and galera_start_replication.inc. Their
original names were no longer reflecting what these include files do.
followup for ce3a2a688db
Reviewed-by: Jan Lindström <jan.lindstrom@mariadb.com>
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by compound index
This typo bug may lead to wrong result sets for equi-join queries where
the join operation is supported by a compound index such that the order of
its components differs from the order of the corresponding columns in
the table the index belongs to. The bug manifests itself only when usage
of the BNLH algorithm is forced.
The fix for the bug was provided by Chu Huaxing.
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As suggested by Vladislav Vaintroub, let us remove misleading
and malformatted startup messages.
Even if the global variable srv_use_atomic_writes were set, we would
still invoke my_test_if_atomic_write() to check if writes are atomic
with a particular page size.
When using the default innodb_page_size=16k, page writes should be
atomic on NTFS when using ROW_FORMAT=COMPRESSED and KEY_BLOCK_SIZE<=4.
Disabling srv_use_atomic_writes when innodb_file_per_table=OFF does
not make sense, because that is a dynamic parameter.
We also correct the documentation string of innodb_use_atomic_writes
and remove the duplicate variable innobase_use_atomic_writes.
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The debug parameter innodb_simulate_comp_failures injected compression
failures for ROW_FORMAT=COMPRESSED tables, breaking the pre-existing
logic that I had implemented in the InnoDB Plugin for MySQL 5.1 to prevent
compressed page overflows. A much better check is already achieved by
defining UNIV_ZIP_COPY at the compilation time.
(Only UNIV_ZIP_DEBUG is part of cmake -DWITH_INNODB_EXTRA_DEBUG=ON.)
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beginning of the arguments.
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galera.galera_gcache_recover
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Mariabackup SST fails if "--log-bin" option is added with no value
to command line parameters at server startup. This is because the SST
scripts do not correctly interpret the "--- log-bin" option without a
value. This patch adds correct handling of the "--log-bin" parameter
without value to the general part of the parameter parsing (for SST
scripts) and fixes the problem. Also added a test that checks the
correct operation of the server after the fix.
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splittable derived
If one of joined tables of the processed query is a materialized derived
table (or view or CTE) with GROUP BY clause then under some conditions it
can be subject to split optimization. With this optimization new equalities
are injected into the WHERE condition of the SELECT that specifies this
derived table. The injected equalities are generated for all join orders
with which the split optimization can employed. After the best join order
has been chosen only certain of this equalities are really needed. The
others can be safely removed. If it's not done and some of injected
equalities involve expressions over semi-joins with look-up access then
the query may return a wrong result set.
This patch effectively removes equalities injected for split optimization
that are needed only at the optimization stage and not needed for execution.
Approved by serg@mariadb.com
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In commit eaeb8ec4b87882711ecb8e1c7476a6e410d5d2a9 (MDEV-24653)
an incorrect debug assertion was introduced.
btr_pcur_store_position(): If the only record in the page is the
instant ALTER TABLE metadata record, we cannot expect there to be
a successor page. The situation could be improved by MDEV-24673 later.
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