into  mysql.com:/nfsdisk1/lars/bk/mysql-5.1-new-rpl

into  mysql.com:/nfsdisk1/lars/bk/mysql-5.0-rpl

into  mysql.com:/nfsdisk1/lars/bk/mysql-5.1-new-rpl

into  mysql.com:/nfsdisk1/lars/bk/mysql-5.0-rpl

into  mysql.com:/nfsdisk1/lars/MERGE/mysql-5.1-merge

into  mysql.com:/nfsdisk1/lars/MERGE/mysql-5.0-merge

into  mysql.com:/nfsdisk1/lars/MERGE/mysql-4.1-merge

into  bodhi.(none):/opt/local/work/mysql-5.1-runtime

into  bodhi.(none):/opt/local/work/mysql-5.0-runtime

into  bodhi.(none):/opt/local/work/mysql-5.1-runtime

into  bodhi.(none):/opt/local/work/mysql-5.1-runtime

into  olga.mysql.com:/home/igor/dev-opt/mysql-5.1-opt

into  olga.mysql.com:/home/igor/mysql-5.0-opt

into  magare.gmz:/home/kgeorge/mysql/autopush/B29157-5.1-opt

into  whalegate.ndb.mysql.com:/home/tomas/mysql-5.1-new-rpl

into  whalegate.ndb.mysql.com:/home/tomas/mysql-5.1-new-rpl

Test that we can start a MySQL Server with a default multibyte charset with
NDB running. Test *really* basic functionality too.

Index: ndb-work/mysql-test/r/rpl_ndb_ctype_ucs2_def.result
===================================================================

NDB util thread calls mysql_parse internally with plain old c strings (7bit ascii) to create tables (e.g. mysql.ndb_schema). With mysqld default charset set to a multibyte one (e.g. ucs2) mysql_parse would try to interpret the 7bit string as UCS2 and promptly explode in a heap.

Solution is to set the util thread to be using utf8 charset.

Index: ndb-work/sql/ha_ndbcluster.cc
===================================================================

into  gleb.loc:/home/uchum/work/bk/5.0-opt

into  mysql_cab_desk.:C:/source/c++/mysql-5.1_BUG_28991

When a UNION statement forced conversion of an UTF8
charset value to a binary charset value, the byte
length of the result values was truncated to the
CHAR_LENGTH of the original UTF8 value.

In Automake,
mysqld_LDADD = libndb.la
only adds libndb to the link command for mysqld,
but does not declare a dependency.

Added libndb.la to mysqld_DEPENDENCIES

This fix a build race condition that currently
breaks make -J builds, and also enforce a re-link
of mysqld when libndb.la changes.

into  moonbone.local:/mnt/gentoo64/work/29261-bug-5.0-opt-mysql

spaces.

When the my_strnncollsp_simple function compares two strings and one is a prefix
of another then this function compares characters in the rest of longer key
with the space character to find whether the longer key is greater or less.
But the sort order of the collation isn't used in this comparison. This may
lead to a wrong comparison result, wrongly created index or wrong order of the
result set of a query with the ORDER BY clause.

Now the my_strnncollsp_simple function uses collation sort order to compare
the characters in the rest of longer key with the space character.

1. Fix ddl_i18n_koi8r, ddl_i18n_utf8: explicitly specify character-sets
directory for mysqldump;
2. Fix crash in mysqldump if collation is not found;
3. Use proper way to compare character set names.

into  magare.gmz:/home/kgeorge/mysql/autopush/B27333-gcov-5.0-opt

query / no aggregate of subquery
 The optimizer counts the aggregate functions that 
 appear as top level expressions (in all_fields) in 
 the current subquery. Later it makes a list of these
 that it uses to actually execute the aggregates in
 end_send_group().
 That count is used in several places as a flag whether
 there are aggregates functions.
 While collecting the above info it must not consider
 aggregates that are not aggregated in the current 
 context. It must treat them as normal expressions 
 instead. Not doing that leads to incorrect data about
 the query, e.g. running a query that actually has no
 aggregate functions as if it has some (and hence is
 expected to return only one row).
 Fixed by ignoring the aggregates that are not aggregated
 in the current context. 
 One other smaller omission discovered and fixed in the 
 process : the place of aggregation was not calculated for
 user defined functions. Fixed by calling 
 Item_sum::init_sum_func_check() and 
 Item_sum::check_sum_func() as it's done for the rest of 
 the aggregate functions.