Bug #35537: Innodb doesn't increment handler_update and handler_delete
Detailed revision comments:
r2388 | vasil | 2008-03-27 14:02:34 +0200 (Thu, 27 Mar 2008) | 7 lines
branches/5.1:
Swap the order in which mysql_thd, mysql_query_str and *mysql_query_str
are checked for non-NULL.
Suggested by: Marko
r2421 | calvin | 2008-04-24 15:32:30 +0300 (Thu, 24 Apr 2008) | 6 lines
branches/5.1: Fix bug#35537 - Innodb doesn't increment handler_update
and handler_delete
Add the calls to ha_statistic_increment() in ha_innobase::delete_row()
and ha_innobase::update_row().
Removed values with more than 15 significant digits from the test case. Results of
reading/printing such values using system library functions depend on implementation
and thus are not portable.
Problem:
XML syntax parser allowed to use quoted strings as attribute names,
and tried to put them into parser state stack instead of identifiers.
After that parser failed, if quoted string contained some slash characters.
Fix:
- Disallowing quoted strings in regular tags.
- Allowing quoted string in DOCTYPE declararion, but
don't push it into parse state stack (just skip it).
Field_varstring::store
The code that temporary saved the bitmaps of the read set and the write set so that
it can set it to all columns for debug purposes was not expecting that the
table->read_set and table->write_set can be the same. And was always saving both in
sequence.
As a result the original value was never restored.
Fixed by saving & restoring the original value only once if the two sets are the
same (in a special set of functions).
- remove totally wrong (syntax) entries from disabled.def
- remove entries belonging to deleted tests from disabled.def
- correct the comments (correct the bug mentioned) of entries in disabled.def
- remove never completed tests which were accidently pushed
Bug #41173 rpl_packet fails sporadically on pushbuild: query 'DROP TABLE t1' failed
The both issues appeared to be a race between the SQL thread executing CREATE table t1
and the IO thread that is expected to stop at the consequent big size event.
The two events need serialization which is implemented.
The early bug required back-porting a part fixes for bug#38350 exclusively for 5.0 version.
bigint' fails on windows.
Visual Studio does not take into account some x86 hardware limitations
which leads to incorrect results when converting large DOUBLE values
to BIGINT UNSIGNED ones.
Fixed by adding a workaround for double->ulonglong conversion on
Windows.
The non documented command 'ALTER PARTITION t REORGANIZE PARTITION'
(without any partitions!) which only make sense for nativly
partitioned engines, such as NDB, crashes the server if there was
no change of number of partitions.
The problem was wrong usage of fast_end_partition function,
which led to usage of a non initialized variable.
Updated MySQL time handling code to react correctly on UTC leap second additions.
MySQL functions that return the OS current time, like e.g. CURDATE(), NOW() etc
will return :59:59 instead of :59:60 or 59:61.
As a result the reader will receive :59:59 for 2 or 3 consecutive seconds
during the leap second.
This fix will not affect the values returned by UNIX_TIMESTAMP() for leap seconds.
But note that when converting the value returned by UNIX_TIMESTAMP() to broken
down time the correction of leap seconds will still be applied.
Note that this fix will make a difference *only* if the OS is specially configured
to return leap seconds from the OS time calls or when using a MySQL time zone
defintion that has leap seconds.
Even after this change date/time literals (or other broken down time
representations) with leap seconds (ending on :59:60 or 59:61) will still be
considered illegal and discarded by the server with an error or
a warning depending on the sql mode.
Added a test case to demonstrate the effect of the fix.
column
When the storage engine uses secondary keys clustered with the primary key MySQL was
adding the primary key parts to each secondary key.
In doing so it was not checking whether the index was on full columns and this
resulted in the secondary keys being added to the list of covering keys even if
they have partial columns.
Fixed by not adding a primary key part to the list of columns that can be used
for index read of the secondary keys when the primary key part is a partial key part.
