cleanSource does not appear to work correctly in this case. The path
does not get coerced to a string, resulting in a dangling symlink
produced in channel.nix. Not sure why, but this
seems to fix it.
Fixes#51025.
/cc @elvishjericco
xcbuild doesn’t handle dsymutil correctly. fuser.pl does not contain
debug symbols, but xcbuild doesn’t handle this like xcodebuild does.
So, just disable the debug information. We probably should do this in
more places using xcbuild, but it requires some arbitrary patching.
These just copy commands from Products/Release/. But with #52256 we
now build .dsym directories that somehow wind up in Products/Release/.
This makes things more exact by just copying the files in Products/Release/.
Lots of stuff has gotten moved around. Many security libraries have been merged
into the Security monorepo. I’ve cleared them out for now, we will
need to modify Security to build them!
This also moves some things around to more clearly separate
bootstrapping the stdenv from everything else. We want the “normal”
mode to be the non-bootstrapped version. When you ask for “Security”,
you want the actual built software, not a crippled one.
- Add TARGET_OS_OSX to darwin.libSystem. Looks like something
introduced in 10.12. TARGET_OS_MAC is only set when building for
desktop (iOS will have TARGET_OS_MAC set)
- Bump darwin.dtrace
- Bump darwin.libpthread
- Remove SmartCardServices, libsecurity*, etc.
- Install some more headers for darling.
This is necessary to avoid objc errors like:
"_OBJC_CLASS_$_NSDictionary", referenced from:
objc-class-ref in liblldbHost.a(HostInfoMacOSX.mm.o)
objc-class-ref in liblldbPluginPlatformMacOSX.a(PlatformiOSSimulatorCoreSimulatorSupport.mm.o)
ld: symbol(s) not found for architecture x86_64
We were previously using a dummy wrapper for dsymutil. This meant that
debug symbols were not getting generated when dsymutil was otherwise
available. This should fix that issue & provide a real dsymutil from
llvm.
Fixes#52148.
These are almost always from buildPackages. Another issue where
splicing doesn’t seem to pick them up correctly.
(cherry picked from commit 9ab67898f7)
Adds the static overlay that can be used to build Nixpkgs statically.
Can be used like:
nix build pkgsStatic.hello
Not all packages build, as some rely on dynamic linking.
(cherry picked from commit 6d90a8b894)
This is kind of a mess, but basically:
- static=true, shared=true means to build statically but move it to
the static output
- static=true, shared=false means to build statically and leave it in
the main output
- static=false, shared=true means to not build static at all
Confusingly, the old default was static=true, shared=true even though
static=false? Still can’t figure out what was meant by that.
(cherry picked from commit e999def159)
- makeStaticBinaries don’t work on Darwin (no stable ABI!)
- Need to make sure NIX_CFLAGS_LINK appends
- isStatic is not used anymore
(cherry picked from commit 8726f6a558)
crossOverlays only apply to the packages being built, not the build
packages. It is useful when you don’t care what is used to build your
packages, just what is being built. The idea relies heavily on the
cross compiling infrastructure. Using this implies that we need to
create a cross stdenv.
(cherry picked from commit a3a6ad7a01)
Adds the static overlay that can be used to build Nixpkgs statically.
Can be used like:
nix build pkgsStatic.hello
Not all packages build, as some rely on dynamic linking.
This is kind of a mess, but basically:
- static=true, shared=true means to build statically but move it to
the static output
- static=true, shared=false means to build statically and leave it in
the main output
- static=false, shared=true means to not build static at all
Confusingly, the old default was static=true, shared=true even though
static=false? Still can’t figure out what was meant by that.
Nixpkgs is meant to link everything dynamically. We don’t want to
expose static packages at the top level. If some package needs
statically built binaries, it should use a custom override.
crossOverlays only apply to the packages being built, not the build
packages. It is useful when you don’t care what is used to build your
packages, just what is being built. The idea relies heavily on the
cross compiling infrastructure. Using this implies that we need to
create a cross stdenv.
gnumake can support subsecond mtimes if it is available. But Darwin
doesn’t support setting subsecond mtimes until 10.13! So we can just
disable this check to avoid the issue where most of our built tools
use seconds but make uses nanoseconds. Might fix some parallel issues
along the way.
Fixes#51221
eabihf is an abi that can be used with ARM architectures that support
the “hard float”. It should probably only be used with ARM32 when you
are absolutely sure your binaries will run on ARM systems with a FPU.
Also, add an example "armhf-embedded" to match the preexisting
arm-embedded system. qmk_firmware needs hard float in a few places, so
add them here to get that to work.
Fixes#51184
Matthew Bauer