Horton

Commits

DateSubjectAuthorReleases
2026-07-02 Fix jsonpath .decimal() to honor silent mode Michael Paquier 17 (unreleased)
2026-07-02 Fix jsonpath .decimal() to honor silent mode Michael Paquier 18 (unreleased)
2026-07-02 Fix jsonpath .decimal() to honor silent mode Michael Paquier 19 (unreleased)
2026-07-02 Fix jsonpath .decimal() to honor silent mode Michael Paquier master
2026-03-24 Make many cast functions error safe Peter Eisentraut 19 (unreleased)
2026-02-19 Use fallthrough attribute instead of comment Peter Eisentraut 19 (unreleased)
2026-02-06 Adjust style of some debugging macros. Nathan Bossart 19 (unreleased)
2026-01-01 Update copyright for 2026 Bruce Momjian 19 (unreleased)
2025-12-09 Use palloc_object() and palloc_array() in backend code Michael Paquier 19 (unreleased)
2025-12-04 Remove no longer needed casts to Pointer Peter Eisentraut 19 (unreleased)
2025-10-06 Fix two comments in numeric.c Michael Paquier 19 (unreleased)
2025-09-05 Switch some numeric-related functions to use soft error reporting Michael Paquier 19 (unreleased)
2025-08-13 Grab the low-hanging fruit from forcing USE_FLOAT8_BYVAL to true. Tom Lane 19 (unreleased)
2025-08-13 Grab the low-hanging fruit from forcing sizeof(Datum) to 8. Tom Lane 19 (unreleased)
2025-08-07 Extend int128.h to support more numeric code. Dean Rasheed 19 (unreleased)
2025-07-02 Allow width_bucket()'s "operand" input to be NaN. Tom Lane 19 (unreleased)
2025-06-21 Doc: improve documentation about width_bucket(). Tom Lane 18.0
2025-06-21 Doc: improve documentation about width_bucket(). Tom Lane 15.14
2025-06-21 Doc: improve documentation about width_bucket(). Tom Lane 14.19
2025-06-21 Doc: improve documentation about width_bucket(). Tom Lane 17.6
2025-06-21 Doc: improve documentation about width_bucket(). Tom Lane 16.10
2025-06-21 Doc: improve documentation about width_bucket(). Tom Lane 13.22
2025-01-01 Update copyright for 2025 Bruce Momjian 18.0
2024-12-02 Add a planner support function for numeric generate_series(). Dean Rasheed 18.0
2024-10-04 Speed up numeric division by always using the "fast" algorithm. Dean Rasheed 18.0