is going to be 1.1.1.

and innodb_file_format_max two system variables. And this also fixes
bug #53654 after 2nd shutdown innodb_file_format_check attains strange
values.

rb://366 approved by Marko

On [Open]Solaris/x86 the FPU was not switched to 64-bit double
precision mode when the server binary was built with Sun
Studio. That caused GIS test failures due to differences in
expected and actual results.

the 1.1.1 release will be included inside MySQL 5.5.5 and is
up to (inclusive):
vasil.dimov@oracle.com-20100602124314-21l3cb27w4rbfqrq

root cause of 52208 resulted in another test failure
in 5.1.

Reorder code breaks when finding tests skipped due to --skip-rpl etc.
Add simple test that master_opt is non-empty

Kill mysqltest and call mtr_kill_leftovers() before terminating

Let mtr lookup the plugins, rather than hard-coding autotools lib path.

------------------------------------------------------------
revno: 3507
revision-id: marko.makela@oracle.com-20100610125623-ar6qf4w2pv2kr7mb
parent: sergey.glukhov@sun.com-20100609121718-04mpk5kjxvnrxdu8
committer: Marko Mäkelä <marko.makela@oracle.com>
branch nick: 5.1-innodb
timestamp: Thu 2010-06-10 15:56:23 +0300
message:
  Bug #38999: Re-enable innodb_multi_update.test

------------------------------------------------------------
revno: 3506
revision-id: sergey.glukhov@sun.com-20100609121718-04mpk5kjxvnrxdu8
parent: sergey.glukhov@sun.com-20100609120734-ndy2281wau9067zv
committer: Sergey Glukhov <Sergey.Glukhov@sun.com>
branch nick: mysql-5.1-innodb
timestamp: Wed 2010-06-09 16:17:18 +0400
message:
  Bug#38999 valgrind warnings for update statement in function compare_record()
  (InnoDB plugin branch)

 @ mysql-test/suite/innodb_plugin/r/innodb_mysql.result
    test case

 @ mysql-test/suite/innodb_plugin/t/innodb_mysql.test
    test case

 @ storage/innodb_plugin/row/row0sel.c
    init null bytes with default values as they might be
    left uninitialized in some cases and these uninited bytes
    might be copied into mysql record buffer that leads to
    valgrind warnings on next use of the buffer.

conflicts:
   conflict      sql/sql_prepare.cc

In Prepared_statement::prepare() bail out as soon as
parser_state.init() fails, trying to continue leads to crashes.

conflicts:
   conflict      mysys/safemalloc.c
   conflict      sql/mysqld.cc
   conflict      sql/sp.cc
   conflict      sql/sql_lex.cc
   conflict      sql/sql_lex.h
   conflict      sql/sql_parse.cc
   conflict      sql/sql_prepare.cc

conflicts:
   conflict      sql/sql_parse.cc

conflicts:
   conflict      sql/sql_parse.cc

Item*) at opt_sum.cc:305
      
Queries applying MIN/MAX functions to indexed columns are
optimized to read directly from the index if all key parts
of the index preceding the aggregated key part are bound to
constants by the WHERE clause. A prefix length is also
produced, equal to the total length of the bound key
parts. If the aggregated column itself is bound to a
constant, however, it is also included in the prefix.

Such full search keys are read as closed intervals for
reasons beyond the scope of this bug. However, the procedure
missed one case where a key part meant for use as range
endpoint was being overwritten with a NULL value destined
for equality checking. In this case the key part was
overwritten but the range flag remained, causing open
interval reading to be performed.

Bug was fixed by adding more stringent checking to the
search key building procedure (matching_cond) and never
allow overwrites of range predicates with non-range
predicates.

An assertion was added to make sure open intervals are never
used with full search keys.

            strict aliasing violations.

One somewhat major source of strict-aliasing violations and
related warnings is the SQL_LIST structure. For example,
consider its member function `link_in_list` which takes
a pointer to pointer of type T (any type) as a pointer to
pointer to unsigned char. Dereferencing this pointer, which
is done to reset the next field, violates strict-aliasing
rules and might cause problems for surrounding code that
uses the next field of the object being added to the list.

The solution is to use templates to parametrize the SQL_LIST
structure in order to deference the pointers with compatible
types. As a side bonus, it becomes possible to remove quite
a few casts related to acessing data members of SQL_LIST.