On Thu, Oct 3, 2019 at 8:33 AM Amit Kapila wrote:
> pgbench: add --partitions and --partition-method options.
>
>
After this commit, I noticed fairywren is failing [1] with below symptoms:
pg_regress/strings LOG: statement: SELECT CAST(f1 AS char(10)) AS
"char(text)" FROM TEXT_TBL;
2019-10-03 05
Selectively include window frames in expression walks/mutates.
query_tree_walker and query_tree_mutator were skipping the
windowClause of the query, without regard for the fact that the
startOffset and endOffset in a WindowClause node are expression trees
that need to be processed. This was an ove
Selectively include window frames in expression walks/mutates.
query_tree_walker and query_tree_mutator were skipping the
windowClause of the query, without regard for the fact that the
startOffset and endOffset in a WindowClause node are expression trees
that need to be processed. This was an ove
Selectively include window frames in expression walks/mutates.
query_tree_walker and query_tree_mutator were skipping the
windowClause of the query, without regard for the fact that the
startOffset and endOffset in a WindowClause node are expression trees
that need to be processed. This was an ove
Selectively include window frames in expression walks/mutates.
query_tree_walker and query_tree_mutator were skipping the
windowClause of the query, without regard for the fact that the
startOffset and endOffset in a WindowClause node are expression trees
that need to be processed. This was an ove
Selectively include window frames in expression walks/mutates.
query_tree_walker and query_tree_mutator were skipping the
windowClause of the query, without regard for the fact that the
startOffset and endOffset in a WindowClause node are expression trees
that need to be processed. This was an ove
Selectively include window frames in expression walks/mutates.
query_tree_walker and query_tree_mutator were skipping the
windowClause of the query, without regard for the fact that the
startOffset and endOffset in a WindowClause node are expression trees
that need to be processed. This was an ove
Selectively include window frames in expression walks/mutates.
query_tree_walker and query_tree_mutator were skipping the
windowClause of the query, without regard for the fact that the
startOffset and endOffset in a WindowClause node are expression trees
that need to be processed. This was an ove
On Tue, Oct 1, 2019 at 1:41 PM Alexander Korotkov
wrote:
> So, basically standard requires us to suppress any error happening in
> filter expression.
Sounds like the standard is dumb, then. :-)
> But as I wrote before suppression of errors in
> datetime comparison may lead to surprising results.
Allow repalloc() to give back space when a large chunk is downsized.
Up to now, if you resized a large (>8K) palloc chunk down to a smaller
size, aset.c made no attempt to return any space to the malloc pool.
That's unpleasant if a really large allocation is resized to a
significantly smaller size
Allow repalloc() to give back space when a large chunk is downsized.
Up to now, if you resized a large (>8K) palloc chunk down to a smaller
size, aset.c made no attempt to return any space to the malloc pool.
That's unpleasant if a really large allocation is resized to a
significantly smaller size
Allow repalloc() to give back space when a large chunk is downsized.
Up to now, if you resized a large (>8K) palloc chunk down to a smaller
size, aset.c made no attempt to return any space to the malloc pool.
That's unpleasant if a really large allocation is resized to a
significantly smaller size
Allow repalloc() to give back space when a large chunk is downsized.
Up to now, if you resized a large (>8K) palloc chunk down to a smaller
size, aset.c made no attempt to return any space to the malloc pool.
That's unpleasant if a really large allocation is resized to a
significantly smaller size
Allow repalloc() to give back space when a large chunk is downsized.
Up to now, if you resized a large (>8K) palloc chunk down to a smaller
size, aset.c made no attempt to return any space to the malloc pool.
That's unpleasant if a really large allocation is resized to a
significantly smaller size
Allow repalloc() to give back space when a large chunk is downsized.
Up to now, if you resized a large (>8K) palloc chunk down to a smaller
size, aset.c made no attempt to return any space to the malloc pool.
That's unpleasant if a really large allocation is resized to a
significantly smaller size
Allow repalloc() to give back space when a large chunk is downsized.
Up to now, if you resized a large (>8K) palloc chunk down to a smaller
size, aset.c made no attempt to return any space to the malloc pool.
That's unpleasant if a really large allocation is resized to a
significantly smaller size
Avoid unnecessary out-of-memory errors during encoding conversion.
Encoding conversion uses the very simplistic rule that the output
can't be more than 4X longer than the input, and palloc's a buffer
of that size. This results in failure to convert any string longer
than 1/4 GB, which is becoming
Avoid unnecessary out-of-memory errors during encoding conversion.
Encoding conversion uses the very simplistic rule that the output
can't be more than 4X longer than the input, and palloc's a buffer
of that size. This results in failure to convert any string longer
than 1/4 GB, which is becoming
Avoid unnecessary out-of-memory errors during encoding conversion.
Encoding conversion uses the very simplistic rule that the output
can't be more than 4X longer than the input, and palloc's a buffer
of that size. This results in failure to convert any string longer
than 1/4 GB, which is becoming
Avoid unnecessary out-of-memory errors during encoding conversion.
Encoding conversion uses the very simplistic rule that the output
can't be more than 4X longer than the input, and palloc's a buffer
of that size. This results in failure to convert any string longer
than 1/4 GB, which is becoming
Avoid unnecessary out-of-memory errors during encoding conversion.
Encoding conversion uses the very simplistic rule that the output
can't be more than 4X longer than the input, and palloc's a buffer
of that size. This results in failure to convert any string longer
than 1/4 GB, which is becoming
Avoid unnecessary out-of-memory errors during encoding conversion.
Encoding conversion uses the very simplistic rule that the output
can't be more than 4X longer than the input, and palloc's a buffer
of that size. This results in failure to convert any string longer
than 1/4 GB, which is becoming
Avoid unnecessary out-of-memory errors during encoding conversion.
Encoding conversion uses the very simplistic rule that the output
can't be more than 4X longer than the input, and palloc's a buffer
of that size. This results in failure to convert any string longer
than 1/4 GB, which is becoming
Fix --dry-run mode of pg_rewind
Even if --dry-run mode was specified, the control file was getting
updated, preventing follow-up runs of pg_rewind to work properly on the
target data folder. The origin of the problem came from the refactoring
done by ce6afc6.
Author: Alexey Kondratov
Discussion:
Fix --dry-run mode of pg_rewind
Even if --dry-run mode was specified, the control file was getting
updated, preventing follow-up runs of pg_rewind to work properly on the
target data folder. The origin of the problem came from the refactoring
done by ce6afc6.
Author: Alexey Kondratov
Discussion:
On Thu, Oct 3, 2019 at 3:08 PM Amit Kapila wrote:
> On Thu, Oct 3, 2019 at 8:33 AM Amit Kapila wrote:
>
>> pgbench: add --partitions and --partition-method options.
>>
>>
> After this commit, I noticed fairywren is failing [1] with below symptoms:
>
> pg_regress/strings LOG: statement: SELECT CA
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