| Commit message (Collapse) | Author | Age | Files | Lines |
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Like -threaded, stage0 isn't guaranteed to have an event-logging RTS.
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We use `git ls-files` to get the list of files to include in the source distribution.
Also implements the `-testsuite` and `-extra-tarballs` distributions.
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As noted in #19963, `realpath` is not specified by POSIX and therefore
cannot be assumed to be available. Here we provide a POSIX shell
implementation of `realpath`, due to Julian Ospald and others.
Closes #19963.
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Get rid of `USE_INPLACE_MINGW_TOOLCHAIN` and use a settings file entry
instead.
The CPP setting was originally introduced in f065b6b012.
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These dirs should not be included in all stages. Instead make the
per-stage `BUILD_*_INCLUDE_DIR` "plural" to insert `rts/include` in the
right place.
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Before we were violating the convention of every other package. This
fixes that. It matches the changes made in
d5de970dafd5876ef30601697576167f56b9c132 to the location of the files in
the repo.
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These are best thought of as being part of the RTS.
- After !6791, `ghcautoconf.h` won't be used by the compiler
inappropriately.
- `ghcversion.h` is only used once outside the RTS, which is
`compiler/cbits/genSym.c`. Except we *do* mean the RTS GHC is built
against there, so it's better if we always get get the installed
version.
- `ghcplatform.h` alone is used extensively outside the RTS, but
since we no longer have a target platform it is perfectly
safe/correct to get the info from the previous RTS.
All 3 are exported from the RTS currently and in the bootstrap window.
This commit just swaps directories around, such that the new headers may
continue to be used in stage 0 despite the reasoning above, but the idea
is that we can subsequently make more interesting changes doubling down
on the reasoning above.
In particular, in !6803 we'll start "morally" moving `ghcautonconf.h`
over, introducing an RTS configure script and temporary header of its
`AC_DEFINE`s until the top-level configure script doesn't define any
more.
Progress towards #17191
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I think this hasn't been a thing since
86054b4ab5125a8b71887b06786d0a428539fb9c, almost 10 years ago!
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The compiler should be independent of the target.
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In order to make the packages in this repo "reinstallable", we need to
associate source code with a specific packages. Having a top level
`/includes` dir that mixes concerns (which packages' includes?) gets in
the way of this.
To start, I have moved everything to `rts/`, which is mostly correct.
There are a few things however that really don't belong in the rts (like
the generated constants haskell type, `CodeGen.Platform.h`). Those
needed to be manually adjusted.
Things of note:
- No symlinking for sake of windows, so we hard-link at configure time.
- `CodeGen.Platform.h` no longer as `.hs` extension (in addition to
being moved to `compiler/`) so as not to confuse anyone, since it is
next to Haskell files.
- Blanket `-Iincludes` is gone in both build systems, include paths now
more strictly respect per-package dependencies.
- `deriveConstants` has been taught to not require a `--target-os` flag
when generating the platform-agnostic Haskell type. Make takes
advantage of this, but Hadrian has yet to.
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In which we add a new code generator to the Glasgow Haskell
Compiler. This codegen supports ELF and Mach-O targets, thus covering
Linux, macOS, and BSDs in principle. It was tested only on macOS and
Linux. The NCG follows a similar structure as the other native code
generators we already have, and should therfore be realtively easy to
follow.
It supports most of the features required for a proper native code
generator, but does not claim to be perfect or fully optimised. There
are still opportunities for optimisations.
Metric Decrease:
ManyAlternatives
ManyConstructors
MultiLayerModules
PmSeriesG
PmSeriesS
PmSeriesT
PmSeriesV
T10421
T10421a
T10858
T11195
T11276
T11303b
T11374
T11822
T12227
T12545
T12707
T13035
T13253
T13253-spj
T13379
T13701
T13719
T14683
T14697
T15164
T15630
T16577
T17096
T17516
T17836
T17836b
T17977
T17977b
T18140
T18282
T18304
T18478
T18698a
T18698b
T18923
T1969
T3064
T5030
T5321FD
T5321Fun
T5631
T5642
T5837
T783
T9198
T9233
T9630
T9872d
T9961
WWRec
Metric Increase:
T4801
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This is so awful, but at least it might get the job done.
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Dynamic-by-default was a mechanism to automatically select the -dynamic
way for some targets.
It was implemented in a convoluted way: it was defined as a flavour
option, hence it couldn't be passed as a global settings (which are
produced by `configure` before considering flavours), so a build system
rule was used to pass -DDYNAMIC_BY_DEFAULT to the C compiler so that
deriveConstants could infer it.
* Make build system has it disabled for 8 years (951e28c0625ece7e0db6ac9d4a1e61e2737b10de)
* It has never been implemented in Hadrian
* Last time someone tried to enable it 1 year ago it didn't work (!2436)
* Having this as a global constant impedes making GHC multi-target (see !5427)
This commit fully removes support for dynamic-by-default. If someone
wants to reimplement something like this, it would probably need to move
the logic in the compiler.
(Doing this would probably need some refactoring of the way the compiler
handles DynFlags: DynFlags are used to store and to pass enabled ways to
many parts of the compiler. It can be set by command-line flags, GHC
API, global settings. In multi-target GHC, we will use DynFlags to load
the target platform and its constants: but at this point with the
current DynFlags implementation we can't easily update the existing
DynFlags with target-specific options such as dynamic-by-default without
overriding ways previously set by the user.)
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This enables a registerised build for the riscv64 architecture.
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This should fix #18774.
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In b592bd98ff25730bbe3c13d6f62a427df8c78e28 we started using
-dead_strip_dylib on macOS when lining dynamic libraries and binaries.
The underlying reason being the Load Command Size Limit in macOS
Sierra (10.14) and later.
GHC will produce @rpath/libHS... dependency entries together with a
corresponding RPATH entry pointing to the location of the libHS...
library. Thus for every library we produce two Load Commands. One to
specify the dependent library, and one with the path where to find it.
This makes relocating libraries and binaries easier, as we just need to
update the RPATH entry with the install_name_tool. The dynamic linker
will then subsitute each @rpath with the RPATH entries it finds in the
libraries load commands or the environement, when looking up @rpath
relative libraries.
-dead_strip_dylibs intructs the linker to drop unused libraries. This in
turn help us reduce the number of referenced libraries, and subsequently
the size of the load commands. This however does not remove the RPATH
entries. Subsequently we can end up (in extreme cases) with only a
single @rpath/libHS... entry, but 100s or more RPATH entries in the Load
Commands.
This patch rectifies this (slighly unorthodox) by passing *no* -rpath
arguments to the linker at link time, but -headerpad 8000. The
headerpad argument is in hexadecimal and the maxium 32k of the load
command size. This tells the linker to pad the load command section
enough for us to inject the RPATHs later. We then proceed to link the
library or binary with -dead_strip_dylibs, and *after* the linking
inspect the library to find the left over (non-dead-stripped)
dependencies (using otool). We find the corresponding RPATHs for each
@rpath relative dependency, and inject them into the library or binary
using the install_name_tool. Thus achieving a deadstripped dylib (and
rpaths) build product.
We can not do this in GHC, without starting to reimplement a dynamic
linker as we do not know which symbols and subsequently libraries are
necessary.
Commissioned-by: Mercury Technologies, Inc. (mercury.com)
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The fix to #17962 ended up regressing on Windows as it failed to
replicate the logic responsible for overriding the toolchain paths on
Windows. This resulted in a hard-coded path to a directory that likely
doesn't exist on the user's system (#18550).
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Previously to merge a set of object files we would invoke the linker as
usual, adding -r to the command-line. However, this can result in
non-sensical command-lines which causes lld to balk (#17962).
To avoid this we introduce a new tool setting into GHC, -pgmlm, which is
the linker which we use to merge object files.
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* Represent backends with a `Backend` datatype in GHC.Driver.Backend
* Don't detect the default backend to use for the target platform at
compile time in Hadrian/make but at runtime. It makes "Settings"
simpler and it is a step toward making GHC multi-target.
* The latter change also fixes hadrian which has not been updated to
take into account that the NCG now supports AIX and PPC64 (cf
df26b95559fd467abc0a3a4151127c95cb5011b9 and
d3c1dda60d0ec07fc7f593bfd83ec9457dfa7984)
* Also we don't treat iOS specifically anymore (cf
cb4878ffd18a3c70f98bdbb413cd3c4d1f054e1f)
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This fixes the error message given by configure when the user
attempts to configure without first download the win32 tarballs.
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Previously we would simply assume that makeindex was available.
Now we correctly detect it in `configure` and respect this conclusion in
hadrian and make.
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* replace integer-* package selection with ghc-bignum backend selection
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This updates comments only.
This patch replaces file references according to new module hierarchy.
See also:
* https://gitlab.haskell.org/ghc/ghc/-/wikis/Make-GHC-codebase-more-modular
* https://gitlab.haskell.org/ghc/ghc/issues/13009
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Revert a change previously made for testing purposes.
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Metric Decrease:
T13035
T1969
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submodule updates: nofib, haddock
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Should finally fix #17255.
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Fixing #17255.
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This had silently regressed due to 81860281 and the variable renaming performed
in b55ee979, as noted in #17374.
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Not only is it now unused but we generally can't assume that we are
compiling with GCC, so it really shouldn't be used.
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GCC 4.6 was released 7 years ago. I think we can finally assume that
it's available. This is a simplification prompted by #15742.
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This patch adds support for the s390x architecture for the LLVM code
generator. The patch includes a register mapping of STG registers onto
s390x machine registers which enables a registerised build.
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- No need to distinguish between gcc-llvm and clang. First of all,
gcc-llvm is quite old and surely unmaintained by now. Second of all,
none of the code actually care about that distinction!
Now, it does make sense to consider C multiple frontends for LLVMs in
the form of clang vs clang-cl (same clang, yes, but tweaked
interface). But this is better handled in terms of "gccish vs
mvscish" and "is LLVM", yielding 4 combinations. Therefore, I don't
think it is useful saving the existing code for that.
- Get the remaining CC_LLVM_BACKEND, and also TABLES_NEXT_TO_CODE in
mk/config.h the normal way, rather than hacking it post-hoc. No point
keeping these special cases around for now reason.
- Get rid of hand-rolled `die` function and just use `AC_MSG_ERROR`.
- Abstract check + flag override for unregisterised and tables next to
code.
Oh, and as part of the above I also renamed/combined some variables
where it felt appropriate.
- GccIsClang -> CcLlvmBackend. This is for `AC_SUBST`, like the other
Camal case ones. It was never about gcc-llvm, or Apple's renamed clang,
to be clear.
- llvm_CC_FLAVOR -> CC_LLVM_BACKEND. This is for `AC_DEFINE`, like the
other all-caps snake case ones. llvm_CC_FLAVOR was just silly
indirection *and* an odd name to boot.
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We no longer support booting from older GHC since
527bcc41630918977c73584d99125ff164400695.
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