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2024-06-09treewide: Remove the definite article from meta.descriptionAlexis Hildebrandt1-1/+1
nix run nixpkgs#silver-searcher -- -G '\.nix$' -0l 'description.*"([Tt]he)? ' pkgs \ | xargs -0 nix run nixpkgs#gnused -- -i '' -Ee 's/(description.*")[Tt]he (.)/\1\U\2/'
2024-05-24openjfx: mark EOL releases as vulnerableInfinidoge1-0/+3
2024-05-24openjfx: build openjfx20 with openjdk20Infinidoge1-4/+4
2024-05-24Merge pull request #313920 from wegank/openjdk-bump-split-1Weijia Wang1-4/+4
openjdk{16,18,19,20}, openjfx{20,22}: update
2024-05-24pkgs/development: remove unused fetchpatch argumentsSigmanificient1-1/+1
2024-05-23openjfx: 20+19 -> 20.0.2-gaInfinidoge1-4/+4
2024-04-08openjfx{11,17,19,20,21,22}: fix build when withWebKit is enabledTomaSajt1-3/+21
2023-10-15openjfx: respect NIX_BUILD_CORES in nested cmakeArtturin1-0/+1
Building `openjfx11` or `openjfx12` on a machine with many cores can consume huge amounts of RAM. With 24 cores, the memory usage exceeded `25GB` per build for me. Using `NIX_BUILD_CORES` to reduce the number of parallel tasks doesn't help, because a script invoking `cmake` does not respect `NIX_BUILD_CORES` and passes `-j <number of cores>`. Setting `NUMBER_OF_PROCESSORS` overrides the automatic core count detection in the script. https://github.com/search?q=repo%3Aopenjdk%2Fjfx%20NUMBER_OF_PROCESSORS&type=code Co-authored-by: Fabian Möller <fabianm88@gmail.com>
2023-07-02openjdk: init at 20+36 and openjfx: init at 20+19sohalt1-0/+113