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Those messages don't indicate errors, they should be normal warnings.
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for example:
sql/sql_prepare.cc:5714:63: error: 'static void Ed_result_set::operator delete(void*, MEM_ROOT*)' called on pointer returned from a mismatched allocation function [-Werror=mismatched-new-delete]
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trx_mod_table_time_t::start_bulk_insert upon adding system versioning
InnoDB fails to apply buffered insert operation for
'mysql/transaction_registry' table during system versioning DDL.
To avoid this, DDL calls extra(HA_EXTRA_IGNORE_INSERT) to
inform the InnoDB for applying the buffered insert operation.
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MySQL 5.5 in commit 177d8b0c125b841c0650d27d735e3b87509dc286
introduced a configuration parameter innodb_force_load_corrupted
whose purpose was to allow a corrupted table to be dropped.
Given that MDEV-11412 in MariaDB 10.5.4 aims to allow any metadata
for a missing or corrupted table to be dropped, and given that
MDEV-17567 and MDEV-25506 and related tasks made DDL operations
crash-safe, the parameter no longer serves any purpose.
Because this obscure parameter was read-only (not settable by a client),
it seems that we can simply declare it with MARIADB_REMOVED_OPTION
(commit 1bc9cce70273c7f4705fb193abd2c938e3f3402a) without breaking
any upgrades.
DICT_ERR_IGNORE_INDEX: Replaces DICT_ERR_IGNORE_INDEX_ROOT and
DICT_ERR_IGNORE_CORRUPT, which were always set equally.
dict_load_indexes(): Report "No indexes found for table" in
a uniform way, and only when the DICT_ERR_IGNORE_INDEX flag is
not set.
If the clustered index is marked corrupted, and the operation
is DICT_ERR_IGNORE_DROP (we are about to drop the table), we will
load the metadata; else, we will return DB_INDEX_CORRUPT.
If SYS_INDEXES.PAGE is FIL_NULL, report an error or warning
unless we are about to drop the table.
dict_load_table_one(): Simplify the logic.
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mtr_t::page_lock(): Validate the page number.
ibuf_tree_root_get(): Remove assertions that became redundant.
The assertions in btr_validate_level() are kind of redundant as well,
but because they are ut_a(), they are also present in release builds,
while the ones in mtr_t::page_lock() are only present in debug builds.
btr_cur_position(): Do not duplicate an assertion that is part of
page_cur_position().
dict_load_tablespace(): Introduce a new option
DICT_ERR_IGNORE_TABLESPACE that will suppress loading a tablespace
when a table is going to be dropped.
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index but the index tree has been freed
The purpose of the parameter innodb_force_recovery is to allow some
data to be dumped from a corrupted database. Its values used to be
as follows:
innodb_force_recovery=0: normal (default)
innodb_force_recovery=1: ignore (skip log for) corrupted pages or
missing data files when applying the redo log
innodb_force_recovery=2: additionally, disable background tasks
(such as the purge of committed undo logs)
innodb_force_recovery=3: additionally, disable the rollback of
recovered incomplete (not committed or XA PREPARE) transactions
innodb_force_recovery=4: same as 3 (since MDEV-19514 in MariaDB 10.5)
innodb_force_recovery=5: additionally, do not process any undo log,
disallow any writes, and force READ UNCOMMITTED isolation level
innodb_force_recovery=6: additionally, pretend that ib_logfile0 does
not exist (prevent any recovery). Never use this!
The bad thing that happens with innodb_force_recovery=3 and
innodb_force_recovery=4 is that also the rollback of any recovered
DDL transaction will be skipped. This would break the DDL log recovery
that was introduced in MDEV-17567.
For one data directory sample, the DDL log recovery would hangs due to
a conflict on the InnoDB SYS_TABLES table, because the lock holder
transaction was not rolled back due to innodb_force_recovery=3.
Fix: Make innodb_force_recovery=3 skip the DML transaction rollback only,
and make innodb_force_recovery=4 (renamed to SRV_FORCE_NO_DDL_UNDO)
behave like innodb_force_recovery=3 used to (skip the rollback of all
recovered transactions, both DML and DDL).
Startup with innodb_force_recovery=4 will be unaffected by this change.
(There may be hangs, possibly preceded by messages about failing to
load an index.)
Side note: With innodb_force_recovery=5, any DDL log for InnoDB tables
will be essentially ignored by InnoDB, but the server will start up.
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not exist
Fix by removing the trigger. It does not do anything useful anyway.
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like in 76f4a78ba26
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InnoDB fails to rollback the bulk insert buffered operation when
trx_mark_sql_stat_end() encounters the DB_DUPLICATE_KEY error.
In this case, check table fails with secondary index row count
mismatch. InnoDB gives the error "ER_ERROR_DURING_COMMIT"
while encountering the DB_DUPLICATE_KEY in trx_mark_sql_stat_end()
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fix test failures on rpm-centos73-ppc64
followup for 401ff6994d84
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it's https://gcc.gnu.org/bugzilla/show_bug.cgi?id=7302
fixed in 2011
affects fmtlib: https://github.com/fmtlib/fmt/issues/1936
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add a test case
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FixedBinTypeBundle<NATIVE_LEN, MAX_CHAR_LEN>::Type_handler_fbt::stored_field_cmp_to_item
The bug was fixed in 10.5 using INET6 specific tests.
This bugs adds only UUID specific tests (no code changes).
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UUID values
llllllll-mmmm-Vhhh-vsss-nnnnnnnnnnnn
are now stored as
nnnnnnnnnnnn-vsss-Vhhh-mmmm-llllllll
inside the record:
- the groups (segments separated by dash) are reordered right-to-left.
- the bytes inside the groups are not reordered (stored as before,
in big-endian format).
This provides a better sorting order: the earlier UUID was generated,
the higher it appears in the ORDER BY output.
Also, this change enables a good key prefix compression,
because the constant part is now in the beginning, while
the non-constant part (the timestamp) is in the end.
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- Adding a new template FixedBinTypeStorage.
- Restoring classes UUID and Inet6
as primitive "storage classes" for their data types.
They derive from FixedBinTypeStorage.
These storage classes have very few server dependencies so they
can later be easily reused in smart engines, e.g. ColumnStore.
- Changing the FixedBinTypeBundle parameter from
<size_t NATIVE_LEN, size_t MAX_CHAR_LEN> to <class FbtImpl>
and fixing UUID and INET6 bundles to get their storage
classes as a parameter.
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factor out the the common code for all plugin types that have a
fixed-length native binary representation and a possibly variable-length
string representation.
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to 'DEFAULT' in 10.7
Locking / unlocking plugins is already handled by Sys_var_plugin::check
method. No need to do that in the specialized checking code, use
var->save_value instead to get the plugin handle.
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The InnoDB changes in MySQL 5.7.36 that were applicable to MariaDB
were covered by MDEV-26864, MDEV-26865, MDEV-26866.
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The initial test case for MySQL Bug #33053297 is based on
mysql/mysql-server@27130e25078864b010d81266f9613d389d4a229b.
innobase_get_field_from_update_vector is not a suitable function to fetch
updated row info, as well as parent table's update vector is not always
suitable. For instance, in case of DELETE it contains undefined data.
castade->update vector seems to be good enough to fetch all base columns
update data, and besides faster, and less error-prone.
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ha_rocksdb.h:459:15: warning: 'table_type' overrides a member
function but is not marked 'override' [-Winconsistent-missing-override]
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The assert inside String::copy() prevents copying from from "str"
if its own String::Ptr also points to the same memory.
The idea of the assert is that copy() performs memory reallocation,
and this reallocation can free (and thus invalidate) the memory pointed by Ptr,
which can lead to further copying from a freed memory.
The assert was incomplete: copy() can free the memory pointed by its Ptr
only if String::alloced is true!
If the String is not alloced, it is still safe to copy even from
the location pointed by Ptr.
This scenario demonstrates a safe copy():
const char *tmp= "123";
String str1(tmp, 3);
String str2(tmp, 3);
// This statement is safe:
str2.copy(str1->ptr(), str1->length(), str1->charset(), cs_to, &errors);
Inside the copy() the parameter "str" is equal to String::Ptr in this example.
But it's still ok to reallocate the memory for str2, because str2
was a constant before the copy() call. Thus reallocation does not
make the memory pointed by str1->ptr() invalid.
Adjusting the assert condition to allow copying for constant strings.
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Take into account client capabilities.
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