| Commit message (Collapse) | Author | Age |
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Adds isAlpha to stdenv.<platform> flags.
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Comments on conflicts:
- llvm: d6f401e1 vs. 469ecc70 - docs for 6 and 7 say the default is
to build all targets, so we should be fine
- some pypi hashes: they were equivalent, just base16 vs. base32
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This adds the "Wasm" system to platform.uname.system. This is used in CMake infrastructure.
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* add generic x86_32 support
- Add support for i386-i586.
- Add `isx86_32` predicate that can replace most uses of `isi686`.
- `isi686` is reinterpreted to mean "exactly i686 arch, and not say i585 or i386".
- This branch was used to build working i586 kernel running on i586 hardware.
* revert `isi[345]86`, remove dead code
- Remove changes to dead code in `doubles.nix` and `for-meta.nix`.
- Remove `isi[345]86` predicates since other cpu families don't have specific model predicates.
* remove i386-linux since linux not supported on that cpu
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A few more rebuilds (~1k on x86_64-linux).
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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
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Add "emulator" function to systems
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You can use stdenv.hostPlatform.emulator to get an executable that
runs cross-built binaries. This could be any emulator. For instance,
we use QEMU to emulate Linux targets and Wine to emulate Windows
targets. To work with qemu, we need to support custom targets.
I’ve reworked the cross tests in pkgs/test/cross to use this
functionality.
Also, I’ve used talloc to cross-execute with the emulator. There
appears to be a cross-execute for all waf builds. In the future, it
would be nice to set this for all waf builds.
Adds stdenv.hostPlatform.qemuArch attrbute to get the qemuArch for
each platform.
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Makes it easier to use mapAttrs with lib.systems.examples. Now every
entry in it are legitimate systems.
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i386, i486, i586 are added. These may have issues as many places
assume i686 is the only valid 32 bit x86 architecture.
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I added some embedded platforms for the CPUs I added to the parse.nix file.
These could be used as new platforms for the added CPUs.
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Co-Authored-By: vincrusher <vincentweisner@icloud.com>
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lib.systems.platforms: Add more ARM autodetection
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Fixes #28160
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There are some weird ones out there that don’t follow any pattern:
- arm-none-eabi
- powerpc-none-eabi
- aarch64-none-elf
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- respect libc’s incdir and libdir
- make non-unix systems single threaded
- set LIMITS_H_TEST to false for avr
- misc updates to support new libc’s
- use multilib with avr
For threads we want to use:
- posix on unix systems
- win32 on windows
- single on everything else
For avr:
- add library directories for avrlibc
- to disable relro and bind
- avr5 should have precedence over avr3 - otherwise gcc uses the wrong one
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Gets rid of:
avrbinutils
avrgcc
to replace with:
pkgsCross.avr.buildPackages.binutils
pkgsCross.avr.buildPackages.gcc
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these weren’t being run correctly
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mingw is the toolchain name but it is actually run on a window kernel
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This is a little bit cleaner and avoids the if ... else if ... chain.
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this makes it easier to show what supports windows vs. unix.
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Also switch Linux to using the official sha1 hashes for consistency.
They are gotten from https://developer.android.com/ndk/downloads/.
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This has been not touched in 6 years. Let's remove it to cause less
problems when adding new cross-compiling infrastructure.
This also simplify gcc significantly.
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* ppc64le enablement
* gcc, glibc: properly handle __float128
* lib/systems, stdenv: syntax cleanup
* gcc7: remove ugly hack
* gcc: add/update __float128 flags
* stdenv: add another pair of quotes for consistency
* gcc: move __float128 flag for ppc64le-glibc into common/platform-flags.nix
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binutils expects x86_64-unknown-netbsd<version> (only 3 parts!). Any other combo seems to fail.
Also handle darwin versions similarly.
/cc @Ericson2314
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This give us a little bit more control over what target we are using.
Eventually we can target other things like WatchOS or MacOS.
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This version number controls which xcode version to use when building
cross to iOS.
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It wasn’t exactly clear which NDK you were using previously. This adds
an attribute to system that handles what version of the NDK we should
use when building things.
/cc @Ericson2314
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Works fine without, and the 'DRM n' is actually preventing the mainline
VC4 driver from building.
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In particular, now the mainline kernel can be built on the RPi 1 as well
(so kernelBaseConfig should always be a mainline defconfig from now on).
And RPi 2 users can now use linux_rpi without doing the
`nixpkgs.config.platform = lib.systems.platforms.raspberrypi2;` dance.
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A merge undid my fix in d437f2c365a12fb3894eb87f52decf53c745f475.
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Fixed conflicts:
- lib/systems/for-meta.nix: in favor of staging
- pkgs/os-specific/darwin/xcode/default.nix: in favor of master
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The function value cannot be serialized so nix-env was mad. Turns out we can
just remove it like we do in `lib/systems/inspect.nix`.
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