MIME-Version: 1.0
From: Pavlo Golub <pavlo.golub@cybertec.at>
Date: Wed, 10 Dec 2025 16:54:56 +0100
Message-ID: 
 <CAK7ymc+FxoVswo1ok_xDW-xPG-ZEZ8SAqCUkJ7WF04=0aQDvVQ@mail.gmail.com>
Subject: [PATCH] Add last_executed timestamp to pg_stat_statements
To: pgsql-hackers@lists.postgresql.org
Content-Type: multipart/mixed; boundary="00000000000029209a06459b0d35"
Archived-At: 
 <https://www.postgresql.org/message-id/CAK7ymc%2BFxoVswo1ok_xDW-xPG-ZEZ8SAqCUkJ7WF04%3D0aQDvVQ%40mail.gmail.com>
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Content-Type: text/plain; charset="UTF-8"

Hello,

I would like to propose adding a last_executed timestamptz column to
pg_stat_statements. This column records when each tracked statement
was most recently executed.

The motivation comes from real world experience with monitoring tools
like pgwatch that poll pg_stat_statements regularly. Currently, these
tools must fetch and store statistics for all statements, even those
that haven't executed recently. This creates significant storage
overhead. For a database with around 3400 statements polled every 3
minutes, storing full query text requires roughly 2.5 MB per snapshot.
Over two weeks, this accumulates to about 17 GB. Even without query
text, storage reaches 10 GB.

With a last_executed timestamptz, monitoring tools can simply filter
statements by "last_executed > NOW() - polling_interval" to fetch only
statements that have been executed since the last poll. This
eliminates the need for complex workarounds that some tools currently
use to identify changed statements
(https://github.com/cybertec-postgresql/pgwatch/blob/759df3a149cbbe973165547186068aa7b5332f9d/internal/metrics/metrics.yaml#L2605-L2766).

Beyond monitoring efficiency, the timestamp enables other useful
queries. You can find statements that haven't executed in 30 days to
identify deprecated code paths. You can correlate statement execution
with specific time windows during incident investigation. You can also
make informed decisions about which statistics to reset.

The implementation is straightforward. The timestamp is stored in the
Counters structure and updated on every statement execution, protected
by the existing spinlock. The overhead is minimal, just a single
timestamp assignment per execution. The timestamp persists with other
statistics across server restarts. I've bumped the stats file format
version to handle the structure change cleanly.

The patch includes a new pg_stat_statements_1_14 function, the upgrade
script from 1.13 to 1.14, and regression tests. All existing tests
continue to pass.

I believe this is a simple addition that addresses a real pain point
for database monitoring and provides useful functionality for
understanding query patterns over time.

Thanks in advance!

Attached patch applies cleanly to the current master.

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