Protocol documentation (http://forge.mysql.com/wiki/MySQL_Internals_ClientServer_Protocol)
says that initial packet sent by client if client wants SSL, consists of client capability flags only
(4 bytes or 2 bytes edependent on protocol versionl). 
Some clients happen to send more in the initial SSL packet (C client, Python connector), while others (Java, .NET) follow the docs and send only client capability flags.

A change that broke Java client was a newly introduced check that frst client packet
has 32 or more bytes. This is generally wrong, if client capability flags contains CLIENT_SSL.

Also, fixed the code such that read max client packet size and charset in the first packet prior to SSL handshake.  With SSL, clients do not have to send this info, they can only send client flags.

This is now fixed such that max packet size and charset are not read prior to SSL handshake, in case of SSL they are read from the "complete" client authentication packet after SSL initialization.

The function subselect_uniquesubquery_engine::copy_ref_key has to take into
account that when EXPLAIN is processed the array of store_key object created
for any TABLE_REF may contain elements for constant items. These items should
be ignored by thefunction.

1. on windows: don't hang when there's no console, that is, _getch() returns -1. 
2. on windows: _getch() returns an int, not char.
   to distinguish between (char)255 and (int)-1
3. everywhere. isspace(pos[-1]) == ' ' never worked,
   isspace() returns a boolean, not a char. the never-worked loop was
   removed to preserve the existing behavior.

test added.

was actually a duplicate of LP bug #888456 fixed in mariadb-5.2.

Adjusted results for a few test cases.

Completed the fix for this bug.
Note: in 5.3 the affected 'if' statement in Item_in_subselect::single_value_transformer()
starting with the  condition (thd->variables.sql_mode & MODE_ONLY_FULL_GROUP_BY)
should be removed altogether. The change from table.cc is not needed either.
This is because in 5.3
 - min/max transformation for subqueries are done at the optimization phase
 - evaluation of the expensive subqueries is done at the execution phase.

Added an EXPLAIN EXTENDED to the test case for bug #12329653. 

configure.in:
  Added testing of STRNDUP (not found on solaris)
mysql-test/include/wait_until_connected_again.inc:
  Also test for error 2005 (can happen on windows)
mysql-test/include/wait_until_disconnected.inc:
  Also test for error 2005 (can happen on windows)
mysql-test/suite/innodb_plugin/r/innodb_bug30423.result:
  Number of rows is not stable (found difference on Solaris)
mysql-test/suite/innodb_plugin/t/innodb_bug30423.test:
  Number of rows is not stable (found difference on Solaris)
plugin/auth_pam/auth_pam.c:
  Use internal strndup if it doesn't exist on system (solaris)
  Changed code so that it should also compile on solaris.

Problem was in caching 'eq_ref' dependency between calls of remove_const() for ORDER BY and GROUP BY lists.

Fix embedded/windows tests- move COND_manager and LOCK_manager to sql_manager.cc, to prevent race condition  that results into accessing already destroyed critical section

The cause of this bug was the same as for bug 902356 fixed for 5.3.

A table expression with a natural join or a USING clause is transformed
into an equivalent expression with equi-join ON conditions. If a reference
to a virtual column happened to occur only in these generated equi-join
conditions then it was not erroneously marked in the TABLE::vcol_set bitmap.
This could lead to wrong results for queries containing natural join
expressions or USING clauses. 

The method Item_sum_num::fix_fields() calculated the value of
the flag Item_sum_num::maybe_null in some cases incorrectly.

The MIN/MAX optimization cannot be applied to a subquery if its WHERE clause
contains a conjunctive condition depending on an outer reference.

The MIN/MAX optimizer code from the function opt_sum_query erroneously
did not take into account conjunctive conditions that did not depend on
any table, yet were not identified as constant items. These could be
items containing rand() or PS/SP parameters. These items are supposed
to be evaluated at the execution phase. That's why if such conditions
can be extracted from the WHERE condition the MIN/MAX optimization is
not applied as currently it is always done at the optimization phase.

(In 5.3 expensive subqueries are also evaluated only at the execution
phase. So, if a constant condition with such subquery can be extracted
from the WHERE clause the MIN/MAX optimization should not be applied 
in 5.3.)

IF an IN/ALL/SOME predicate with a constant left part is transformed
into an EXISTS subquery the resulting subquery should not be considered
uncacheable if the right part of the predicate is not uncacheable.

Backported the function dbug_print_item() from 5.3. The function is used
only for debugging.  
 

- dijkstra_shortest_paths() needs a Graph as first parameter, in case of reverse_graph we now need to use
  its m_g member
- use boost::tuples::tie() on all places where tie() was used . Reason -
  fix the build with Visual Studio 10 SP1 (which includes std:tr1:tie, thus creating  ambiguity)

sql/sql_parse.cc:
  Only call ha_maria::implicit_commit if aria is enabled

The function st_table::mark_virtual_columns_for_write() did not take into
account the fact that for any table the value of st_table::vfield is 0
when there are no virtual columns in the table definition.

If the sorted table belongs to a dependent subquery then the function
create_sort_index() should not clear TABLE:: select and TABLE::select
for this table after the sort of the table has been performed, because
these members are needed for the second execution of the subquery.

 

Updated version number in configure

mysql-test/suite/maria/r/maria-recovery3.result:
  Added test case for recovery bug
mysql-test/suite/maria/t/maria-recovery3.test:
  Added test case for recovery bug
storage/maria/ha_maria.cc:
  Don't print query twice to log
storage/maria/ma_delete.c:
  More DBUG_PRINT
storage/maria/ma_key_recover.c:
  Added new asserts to detect errors earlier
storage/maria/ma_recovery.c:
  Update all states when moving a non-transactional file to transactional. This fixes lp:887051

The range optimizer incorrectly chose a loose scan for group by
when there is a correlated WHERE condition. This range access
method cannot be executed for correlated conditions also with the
"range checked for each record" because generally the range access
method can change for each outer record. Loose scan destructively
changes the query plan and removes the GROUP operation, which will
result in wrong query plans if another range access is chosen
dynamically.

Removed previous patch of this problem.

Analysis:
The class member QUICK_GROUP_MIN_MAX_SELECT::seen_first_key
was not reset between subquery re-executions. Thus each
subsequent execution continued from the group that was
reached by the previous subquery execution. As a result
loose scan reached end of file much earlier, and returned
empty result where it shouldn't.

Solution:
Reset seen_first_key before each re-execution of the
loose scan.