into  mysql.com:/home/bar/mysql-work/mysql-5.0.b32510v2

into  dl145h.mysql.com:/data0/mkindahl/mysql-5.0-rpl

into  mysql1000.dsl.inet.fi:/home/andrei/MySQL/MERGE/5.0-bug33931-assert_write_ignored_ev_when_init_slave_fails

changes for an assert and an updated results file.

into  mysql1000.dsl.inet.fi:/home/andrei/MySQL/MERGE/5.0-bug33931-assert_write_ignored_ev_when_init_slave_fails

and
bug#33932  assertion at handle_slave_sql if init_slave_thread() fails

the asserts were caused by 
  bug33931: having thd deleted at time of executing err: code plus
            a missed initialization;
  bug33932: initialization of slave_is_running member was missed;

fixed with relocating mi members initialization and removing delete thd
It is safe to do as deletion happens later explicitly in the caller of
init_slave_thread().

Todo: at merging the test is better to be moved into suite/bugs for 5.x (when x>0).

into  mysql1000.dsl.inet.fi:/home/andrei/MySQL/MERGE/pushed.mysql-5.0-rpl-bug33329-extra_rollback

into  mysql1000.dsl.inet.fi:/home/andrei/MySQL/MERGE/pushed.mysql-5.0-rpl-bug33329-extra_rollback

into  dl145h.mysql.com:/data0/mkindahl/mysql-5.0-rpl-merge

into  mysql1000.dsl.inet.fi:/home/andrei/MySQL/MERGE/mysql-5.0-rpl-bug33329-extra_rollback

into  dl145h.mysql.com:/data0/mkindahl/mysql-5.0-rpl-merge

There was no instruction in the test that enforces the slave successfully connect
to the master.
The way the test was been written allowed the slave to had been late for rendezvous 
so that about-connecting time queries to the master failed and are error-logged
to had been seen in Warnings of pb.

Fixed with adding a sychronization primitive to the test.
No test case is possible, observe error logs on pb.

Todo: revise need of rpl_report.pl's rules due to failing execution of
queries from get_master_verion_and_clock().
Any test should try to use a synchornization primitive like the current fix
makes and do not let the slave to miss successful connecting.

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

The unsignedness of large integer user variables was not being
properly preserved when feeded to prepared statements. This was
happening because the unsigned flags wasn't being updated when
converting the user variable is converted to a parameter.

The solution is to copy the unsigned flag when converting the
user variable to a parameter and take the unsigned flag into
account when converting the integer to a string.

into  pilot.mysql.com:/data/msvensson/mysql/mysql-5.0-runtime

slash in filenames also for Create_file_log_event.

    to leave

The artifact was caused by
a flaw in concurrent accessing the slave's io thd by
the io itself and a handling show slave status thread.
Namely, show_master_info did not acquire mi->run_lock mutex that is
specified for mi->io_thd member.

Fixed with deploying the mutex locking and unlocking. The mutex is kept
short time and without interleaving with mi->data_lock mutex.

Todo: to report and fix an issue with 
    sys_var_slave_skip_counter::{methods} 
seem to acquire incorrectly
     active_mi->rli.run_lock
instead of the specified
     active_mi->rli.data_lock

A test case is difficult to compose, so rpl_packet should continue serving
as the indicator.

            does not use trans tables

There had been two issues.
Rollback statement was recorded in binlog even though a multi-update
had not modified any non-transactional table.
The reason for this artifact was a false initial value of multi_update::transactional_tables.
Yet another artifact that explained on the bug page is that 
`ha_autocommit_or_rollback' works differently depending on whether
a transaction engine has been compiled in. 

Fixed: with setting multi_update::transactional_tables to zero at initialization
time. Multi-update on non-trans table won't cause ROLLBACK in binlog with
either compilation option.

The 2nd mentioned artifact comprises a self-standing issue (to be reported
separately).

the reason for the failure were incorrect asserts.

Removing asserts altogether as there is no the implication does not hold
(as explained in the comments for the file).

Problem: some collation handlers called incorrect version
of my_like_range_xxx(), which led to wrong min_str and max_str,
so like range optimizer threw away good records.
Fix: changing the wrong handlers to call proper version of
my_like_range_xxx().

into  mysql_cab_desk.:D:/source/c++/mysql-5.0-rpl-merge

This patch adds code to convert the path for LOAD DATA INFILE 
events to a Unix path which is needed for running mysql client
on Windows. 

on the context.

into  dl145h.mysql.com:/data0/mkindahl/mysql-5.0-rpl-merge

into  dl145h.mysql.com:/data0/mkindahl/mysql-5.0-rpl-merge

into  mail.hezx.com:/media/sda3/work/mysql/bkwork/bug26489_corruption_in_relay_log/5.0

Here is the scenario that causes the failure.(by Mats)

1. The to-be corrupt log event (let's call it X), is split into two
   packets B and C on the network level (net_write_buff()). The parts
   are X = (x',x''). The part x' ends up in packet B and part x''
   ends up in packet C. Prior to the corrupt event X, the event Y has
   been written successfully, but has been split into two packets as
   well, which we call (y',y'').
2. The master sends packet A = (y'',x') to the slave, increases the
   packet sequence number, the slave receives the packet, but fails
   to reply before the master gets a timeout.
3. Since the master got a timeout, it reports failure, and aborts
   sending the binary log by exiting mysql_binlog_send(). However, it
   leaves the buffer intact, still holding y'' (but not x', since the
   write_pos is not increased).
4. After exiting mysql_binlog_send(), the master does a
   disconnection of the client thread, which involves sending an
   error message e to the client (i.e., the slave).
5. In this case, net_write_buff() is used again, but this time the
   old contents of the packet is used so that the new packet is
   D = (y'',e). Note that this will use a new packet sequence number,
   since the packet number was increased in step 2.
6. The slave receives the tail y'' of the Y log event, concatenates
   this with x' (which it already received), and writes the event
   (x',y'') it to the relay log since it hasn't noticed anything is
   amiss.
7. It then tries to read more bytes, which is either e (if the length
   given for X just happened to match the length given for Y, or just
   plain garbage because the slave is out of sync with what is
   actually sent.
8. After a while, the SQL thread tries to execute the event (x',y''),
   which is very likely to be just nonsense.

The problem can be fixed by not resetting net->error after the call of 
mysql_binlog_send, so the error message will not be sent and the connection
will be closed.

and so that it works correctly on Windows.