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.
Problem: mysqlbinlog does not free memory if an error happens.
Fix: binlog-processing functions do not call exit() anymore. Instead, they
print an error and return an error code. Error codes are propagated all
the way back to main, and all allocated memory is freed on the way.
Using more than 16g can cause record-pool ptr.i values to overflow
Fix by splitting memory into 2 zones, lo(16g)/hi(rest)
When record pools only use zone_lo, and datamemory, buffers etc...can use any
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.
On crashes generate a user-friendly resolved and demangled stack
trace when libc provides the necessary functions (newer libc on i386,
x86_64, powerpc, ia64, alpha and s390). Otherwise print a numeric
stack trace as before, relying on resolve_stack_dump utility.
The problem is that one can not create a stored routine if sql_mode
contains NO_ENGINE_SUBSTITUTION or PAD_CHAR_TO_FULL_LENGTH. Also when
a event is created, the mode is silently lost if sql_mode contains one
of the aforementioned. This was happening because the table definitions
which stored sql_mode values weren't being updated to accept new values
of sql_mode.
The solution is to update, in a backwards compatible manner, the various
table definitions (columns) that store the sql_mode value to take into
account the new possible values. One incompatible change is that if a event
that is being created can't be stored to the mysql.event table, an error
will be raised.
The tests case also ensure that new SQL modes will be added to the mysql.proc
and mysql.event tables, otherwise the tests will fail.
