Validity checks for nested set functions
were not taking into account that the enclosed
set function may be on a nest level that is
lower than the nest level of the enclosing set
function.
Fixed by :
- propagating max_sum_func_level
up the enclosing set functions chain.
- updating the max_sum_func_level of the
enclosing set function when the enclosed set
function is aggregated above or on the same
nest level of as the level of the enclosing
set function.
- updating the max_arg_level of the enclosing
set function on a reference that refers to
an item above or on the same nest level
as the level of the enclosing set function.
- Treating both Item_field and Item_ref as possibly
referencing items from outer nest levels.
INSERT into InnoDB table may cause "ERROR 1062 (23000): Duplicate entry..."
errors or lost records after multi-row INSERT of the form:
"INSERT INTO t (id...) VALUES (NULL...) ON DUPLICATE KEY UPDATE id=VALUES(id)",
where "id" is an AUTO_INCREMENT column.
It happens because InnoDB handler forgets to save next insert id after
updating of auto_increment column with new values. As result of that
last insert id stored inside InnoDB dictionary tables differs from it's
cached thd->next_insert_id value.
---
Merge pippilotta.erinye.com:/shared/home/df/mysql/build/mysql-5.0-build-work-vanilla-building
into pippilotta.erinye.com:/shared/home/df/mysql/build/mysql-5.1-build-work-vanilla-building
---
Fix test cases to pass for a plain ./configure && make build. This includes disabling two test cases when certain features are not present in the server. We're not losing coverage from this because these features are usually present, and disabling them here only serves the purpose to make the test cases work in the unlikely case that they aren't.
---
fixes
When fields are inserted instead of * in the select list they were not marked
for check for the ONLY_FULL_GROUP_BY mode.
The Field_iterator_table::create_item() function now marks newly created
items for check when in the ONLY_FULL_GROUP_BY mode.
The setup_wild() and the insert_fields() functions now maintain the
cur_pos_in_select_list counter for the ONLY_FULL_GROUP_BY mode.
It was later disabled because the test failed with timeout on one testing box.
The reason for this failing test could not be found because we do not have informations about the conditions on the box during this test.
Jeb and I tried this test on other boxes and it passed.
My experience is that
- tests using NDB need in general often significant more runtime
than comparable tests of other storage engines
- the actual load of the box where the test is running and the
filesystem (nfs could be extreme slow) where the tests are
executed might have a huge impact on the test performance
(runtime * 2 till 3)
- there are sometimes problems with the ports most probably
caused by OS properties (NDB+RPL need many ports) or
parallel tests accidently running with the same ports.
AFAIK these are the reasons why the NDB tests fail sometimes with timeout.
Conclusion: We enable rpl_ndb_ddl again because the failure happens in rare cases
and seems not to be caused by errors within the server or test code.
- The function build_table_filename() builds up a string unconditionally
using the forward slash as a path separator. Later, when the string is
searched for FN_LIBCHAR by the set_up_table_before_create() function, a
null pointer is returned that is finally used by strlen in the
append_file_to_dir() function which causes the crash.
In multi_update::send_data(), the counter of matched rows was not correctly incremented, when during insertion of a new row to a temporay table it had to be converted from HEAP to MyISAM.
This fix changes the logic to increment the counter of matched rows in the following cases:
1. If the error returned from write_row() is zero.
2. If the error returned from write_row() is non-zero, is neither HA_ERR_FOUND_DUPP_KEY nor HA_ERR_FOUND_DUPP_UNIQUE, and a call to create_myisam_from_heap() succeeds.
FORCE_INIT_OF_VARS was not defined for the
debug builds on Windows. This caused LINT_INIT
macro to be defined as NOP and this triggers
false alarms about use of uninitialized with
the runtime libs of some Visual Studio versions.
Fixed by defining FORCE_INIT_OF_VARS to match the
state of the Windows
