Horton

Commits

DateSubjectAuthorReleases
2026-05-13 Pre-beta mechanical code beautification, step 1: run pgindent. Tom Lane 19 (unreleased)
2022-12-14 Convert the geometric input functions to report errors softly. Tom Lane 16.0
2022-12-09 Convert a few datatype input functions to use "soft" error reporting. Tom Lane 16.0
2022-08-24 Defend against stack overrun in a few more places. Tom Lane 16.0
2022-08-24 Defend against stack overrun in a few more places. Tom Lane 15.0
2022-08-24 Defend against stack overrun in a few more places. Tom Lane 10.23
2022-08-24 Defend against stack overrun in a few more places. Tom Lane 12.13
2022-08-24 Defend against stack overrun in a few more places. Tom Lane 14.6
2022-08-24 Defend against stack overrun in a few more places. Tom Lane 11.18
2022-08-24 Defend against stack overrun in a few more places. Tom Lane 13.9
2021-12-13 Remove unimplemented/undocumented geometric functions & operators. Tom Lane 15.0
2021-12-13 Implement poly_distance(). Tom Lane 15.0
2020-11-21 In geo_ops.c, represent infinite slope as Infinity, not DBL_MAX. Tom Lane 14.0
2020-11-21 Fix FPeq() and friends to get the right answers for infinities. Tom Lane 14.0
2020-04-08 Fix circle_in to accept "(x,y),r" as it's advertised to do. Tom Lane 13.0
2020-04-08 Fix circle_in to accept "(x,y),r" as it's advertised to do. Tom Lane 9.5.22
2020-04-08 Fix circle_in to accept "(x,y),r" as it's advertised to do. Tom Lane 11.8
2020-04-08 Fix circle_in to accept "(x,y),r" as it's advertised to do. Tom Lane 10.13
2020-04-08 Fix circle_in to accept "(x,y),r" as it's advertised to do. Tom Lane 12.3
2020-04-08 Fix circle_in to accept "(x,y),r" as it's advertised to do. Tom Lane 9.6.18
2020-02-13 Avoid a performance regression in float overflow/underflow detection. Tom Lane 12.3
2020-02-13 Avoid a performance regression in float overflow/underflow detection. Tom Lane 13.0
2019-05-22 Phase 2 pgindent run for v12. Tom Lane 12.0
2019-05-22 Initial pgindent run for v12. Tom Lane 12.0
2017-06-21 Phase 3 of pgindent updates. Tom Lane 10.0