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nixpkgs/lib/tests/systems.nix

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lib: Fix system parsing, and use for doubles lists The old hard-coded lists are now used to test system parsing. In the process, make an `assertTrue` in release lib for eval tests; also use it in release-cross
2017-02-09 22:09:47 +01:00
# We assert that the new algorithmic way of generating these lists matches the
# way they were hard-coded before.
#
# One might think "if we exhaustively test, what's the point of procedurally
# calculating the lists anyway?". The answer is one can mindlessly update these
# tests as new platforms become supported, and then just give the diff a quick
# sanity check before committing :).
lib: Consolidate tests into one meta job
2017-04-25 02:12:43 +02:00
let
lib = import ../default.nix;
mseteq = x: y: {
expr = lib.sort lib.lessThan x;
expected = lib.sort lib.lessThan y;
};
Initial implementation of mmix cross-compile
2020-11-04 15:13:06 +01:00
in
with lib.systems.doubles; lib.runTests {
testall = mseteq all (linux ++ darwin ++ freebsd ++ openbsd ++ netbsd ++ illumos ++ wasi ++ windows ++ embedded ++ mmix ++ js ++ genode ++ redox);
lib: Fix system parsing, and use for doubles lists The old hard-coded lists are now used to test system parsing. In the process, make an `assertTrue` in release lib for eval tests; also use it in release-cross
2017-02-09 22:09:47 +01:00
lib.systems.doubles.netbsd: expand These are all the architectures supported by Nixpkgs on other platforms, that are also supported by NetBSD. (So I haven't added any architectures that are new to Nixpkgs here, even though NetBSD supports some that we don't have.)
2021-04-19 00:53:35 +02:00
testarm = mseteq arm [ "armv5tel-linux" "armv6l-linux" "armv6l-netbsd" "armv6l-none" "armv7a-linux" "armv7a-netbsd" "armv7l-linux" "armv7l-netbsd" "arm-none" "armv7a-darwin" ];
Define a i686-genode system double
2020-08-04 17:50:55 +02:00
testi686 = mseteq i686 [ "i686-linux" "i686-freebsd" "i686-genode" "i686-netbsd" "i686-openbsd" "i686-cygwin" "i686-windows" "i686-none" "i686-darwin" ];
lib/systems: add mips64el definitions MIPS has a large space of {architecture,abi,endianness}; this commit adds all of them to lib/systems/platforms.nix so we can be done with it. Currently lib/systems/inspect.nix has a single "isMips" predicate, which is a bit ambiguous now that we will have both mips32 and mips64 support, with the latter having two ABIs. Let's add four new predicates (isMips32, isMips64, isMips64n32, and isMips64n64) and treat the now-ambiguous isMips as deprecated in favor of the more-specific predicates. These predicates are used mainly for enabling/disabling target-specific workarounds, and it is extremely rare that a platform-specific workaround is needed, and both mips32 and mips64 need exactly the same workaround. The separate predicates (isMips64n32 and isMips64n64) for ABI distinctions are, unfortunately, useful. Boost's user-scheduled threading (used by nix) does does not currently supports mips64n32, which is a very desirable ABI on routers since they rarely have more than 2**32 bytes of DRAM.
2022-02-21 05:32:52 +01:00
testmips = mseteq mips [ "mips64el-linux" "mipsel-linux" "mipsel-netbsd" ];
Initial implementation of mmix cross-compile
2020-11-04 15:13:06 +01:00
testmmix = mseteq mmix [ "mmix-mmixware" ];
redox: add as target
2020-07-21 22:11:36 +02:00
testx86_64 = mseteq x86_64 [ "x86_64-linux" "x86_64-darwin" "x86_64-freebsd" "x86_64-genode" "x86_64-redox" "x86_64-openbsd" "x86_64-netbsd" "x86_64-cygwin" "x86_64-solaris" "x86_64-windows" "x86_64-none" ];
lib: Fix system parsing, and use for doubles lists The old hard-coded lists are now used to test system parsing. In the process, make an `assertTrue` in release lib for eval tests; also use it in release-cross
2017-02-09 22:09:47 +01:00
tests/systems.nix: fix tests these weren’t being run correctly
2018-10-18 21:12:49 +02:00
testcygwin = mseteq cygwin [ "i686-cygwin" "x86_64-cygwin" ];
Revert "Revert "systems/doubles.nix: add Apple doubles"" This reverts commit ce2f74df2cade57e74c235292c8b074281903e71. Doubles are treated as -darwin here, to provide some consistency. There is some ambiguity between “x86_64-darwin” and “i686-darwin” which could refer to binaries linked between iOS simulator or real macOS binaries. useiOSPrebuilt can be used to determine which to use, however.
2019-07-10 20:38:55 +02:00
testdarwin = mseteq darwin [ "x86_64-darwin" "i686-darwin" "aarch64-darwin" "armv7a-darwin" ];
tests/systems.nix: fix tests these weren’t being run correctly
2018-10-18 21:12:49 +02:00
testfreebsd = mseteq freebsd [ "i686-freebsd" "x86_64-freebsd" ];
Define a i686-genode system double
2020-08-04 17:50:55 +02:00
testgenode = mseteq genode [ "aarch64-genode" "i686-genode" "x86_64-genode" ];
redox: add as target
2020-07-21 22:11:36 +02:00
testredox = mseteq redox [ "x86_64-redox" ];
tests/systems.nix: fix tests these weren’t being run correctly
2018-10-18 21:12:49 +02:00
testgnu = mseteq gnu (linux /* ++ kfreebsd ++ ... */);
testillumos = mseteq illumos [ "x86_64-solaris" ];
lib/systems: add mips64el definitions MIPS has a large space of {architecture,abi,endianness}; this commit adds all of them to lib/systems/platforms.nix so we can be done with it. Currently lib/systems/inspect.nix has a single "isMips" predicate, which is a bit ambiguous now that we will have both mips32 and mips64 support, with the latter having two ABIs. Let's add four new predicates (isMips32, isMips64, isMips64n32, and isMips64n64) and treat the now-ambiguous isMips as deprecated in favor of the more-specific predicates. These predicates are used mainly for enabling/disabling target-specific workarounds, and it is extremely rare that a platform-specific workaround is needed, and both mips32 and mips64 need exactly the same workaround. The separate predicates (isMips64n32 and isMips64n64) for ABI distinctions are, unfortunately, useful. Boost's user-scheduled threading (used by nix) does does not currently supports mips64n32, which is a very desirable ABI on routers since they rarely have more than 2**32 bytes of DRAM.
2022-02-21 05:32:52 +01:00
testlinux = mseteq linux [ "aarch64-linux" "armv5tel-linux" "armv6l-linux" "armv7a-linux" "armv7l-linux" "i686-linux" "mips64el-linux" "mipsel-linux" "riscv32-linux" "riscv64-linux" "x86_64-linux" "powerpc64-linux" "powerpc64le-linux" "m68k-linux" "s390-linux" "s390x-linux" ];
lib.systems: add m68k-netbsd support m68k was recently added for Linux and none, but NetBSD also supports m68k. Nothing will build yet, but I want to make sure we at least encode the existence of NetBSD support for every applicable architecture we support for other operating systems.
2021-08-01 14:25:45 +02:00
testnetbsd = mseteq netbsd [ "aarch64-netbsd" "armv6l-netbsd" "armv7a-netbsd" "armv7l-netbsd" "i686-netbsd" "m68k-netbsd" "mipsel-netbsd" "powerpc-netbsd" "riscv32-netbsd" "riscv64-netbsd" "x86_64-netbsd" ];
tests/systems.nix: fix tests these weren’t being run correctly
2018-10-18 21:12:49 +02:00
testopenbsd = mseteq openbsd [ "i686-openbsd" "x86_64-openbsd" ];
testwindows = mseteq windows [ "i686-cygwin" "x86_64-cygwin" "i686-windows" "x86_64-windows" ];
redox: add as target
2020-07-21 22:11:36 +02:00
testunix = mseteq unix (linux ++ darwin ++ freebsd ++ openbsd ++ netbsd ++ illumos ++ cygwin ++ redox);
lib: Fix system parsing, and use for doubles lists The old hard-coded lists are now used to test system parsing. In the process, make an `assertTrue` in release lib for eval tests; also use it in release-cross
2017-02-09 22:09:47 +01:00
}
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