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This reverts commit b23ba2a7d612c6b466521399b33fe9aacf5c4f75.
Conflicts:
compiler/cmm/PprCmmDecl.hs
compiler/nativeGen/PPC/Ppr.hs
compiler/nativeGen/SPARC/Ppr.hs
compiler/nativeGen/X86/Ppr.hs
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Summary:
The primary reason for doing this is assisting debuggability:
if static closures are all in the same section, they are
guaranteed to be adjacent to one another. This will help
later when we add some code that takes section start/end and
uses this to sanity-check the sections.
Part of remove HEAP_ALLOCED patch set (#8199)
Signed-off-by: Edward Z. Yang <ezyang@mit.edu>
Test Plan: validate
Reviewers: simonmar, austin
Subscribers: simonmar, ezyang, carter, thomie
Differential Revision: https://phabricator.haskell.org/D263
GHC Trac Issues: #8199
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Summary:
This includes pretty much all the changes needed to make `Applicative`
a superclass of `Monad` finally. There's mostly reshuffling in the
interests of avoid orphans and boot files, but luckily we can resolve
all of them, pretty much. The only catch was that
Alternative/MonadPlus also had to go into Prelude to avoid this.
As a result, we must update the hsc2hs and haddock submodules.
Signed-off-by: Austin Seipp <austin@well-typed.com>
Test Plan: Build things, they might not explode horribly.
Reviewers: hvr, simonmar
Subscribers: simonmar
Differential Revision: https://phabricator.haskell.org/D13
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Summary:
Previously, both Cabal and GHC defined the type PackageId, and we expected
them to be roughly equivalent (but represented differently). This refactoring
separates these two notions.
A package ID is a user-visible identifier; it's the thing you write in a
Cabal file, e.g. containers-0.9. The components of this ID are semantically
meaningful, and decompose into a package name and a package vrsion.
A package key is an opaque identifier used by GHC to generate linking symbols.
Presently, it just consists of a package name and a package version, but
pursuant to #9265 we are planning to extend it to record other information.
Within a single executable, it uniquely identifies a package. It is *not* an
InstalledPackageId, as the choice of a package key affects the ABI of a package
(whereas an InstalledPackageId is computed after compilation.) Cabal computes
a package key for the package and passes it to GHC using -package-name (now
*extremely* misnamed).
As an added bonus, we don't have to worry about shadowing anymore.
As a follow on, we should introduce -current-package-key having the same role as
-package-name, and deprecate the old flag. This commit is just renaming.
The haddock submodule needed to be updated.
Signed-off-by: Edward Z. Yang <ezyang@cs.stanford.edu>
Test Plan: validate
Reviewers: simonpj, simonmar, hvr, austin
Subscribers: simonmar, relrod, carter
Differential Revision: https://phabricator.haskell.org/D79
Conflicts:
compiler/main/HscTypes.lhs
compiler/main/Packages.lhs
utils/haddock
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In some cases, the layout of the LANGUAGE/OPTIONS_GHC lines has been
reorganized, while following the convention, to
- place `{-# LANGUAGE #-}` pragmas at the top of the source file, before
any `{-# OPTIONS_GHC #-}`-lines.
- Moreover, if the list of language extensions fit into a single
`{-# LANGUAGE ... -#}`-line (shorter than 80 characters), keep it on one
line. Otherwise split into `{-# LANGUAGE ... -#}`-lines for each
individual language extension. In both cases, try to keep the
enumeration alphabetically ordered.
(The latter layout is preferable as it's more diff-friendly)
While at it, this also replaces obsolete `{-# OPTIONS ... #-}` pragma
occurences by `{-# OPTIONS_GHC ... #-}` pragmas.
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I'd like to be able to pack together non-pointer fields that are less
than a word in size, and this is a necessary prerequisite.
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I'm not sure if we want to make this change permanently, but for now it
fixes the unreg build.
I've also removed some redundant special-case code that generated
prototypes for foreign functions. The standard pprTempAndExternDecls
now generates them.
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* the new StgCmmArgRep module breaks a dependency cycle; I also
untabified it, but made no real changes
* updated the documentation in the wiki and change the user guide to
point there
* moved the allocation enters for ticky and CCS to after the heap check
* I left LDV where it was, which was before the heap check at least
once, since I have no idea what it is
* standardized all (active?) ticky alloc totals to bytes
* in order to avoid double counting StgCmmLayout.adjustHpBackwards
no longer bumps ALLOC_HEAP_ctr
* I resurrected the SLOW_CALL counters
* the new module StgCmmArgRep breaks cyclic dependency between
Layout and Ticky (which the SLOW_CALL counters cause)
* renamed them SLOW_CALL_fast_<pattern> and VERY_SLOW_CALL
* added ALLOC_RTS_ctr and _tot ticky counters
* eg allocation by Storage.c:allocate or a BUILD_PAP in stg_ap_*_info
* resurrected ticky counters for ALLOC_THK, ALLOC_PAP, and
ALLOC_PRIM
* added -ticky and -DTICKY_TICKY in ways.mk for debug ways
* added a ticky counter for total LNE entries
* new flags for ticky: -ticky-allocd -ticky-dyn-thunk -ticky-LNE
* all off by default
* -ticky-allocd: tracks allocation *of* closure in addition to
allocation *by* that closure
* -ticky-dyn-thunk tracks dynamic thunks as if they were functions
* -ticky-LNE tracks LNEs as if they were functions
* updated the ticky report format, including making the argument
categories (more?) accurate again
* the printed name for things in the report include the unique of
their ticky parent as well as if they are not top-level
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Patch offered by Boris Sukholitko <boriss@gmail.com>
Trac #7757
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Working towards removing FastBytes
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The main change here is that the Cmm parser now allows high-level cmm
code with argument-passing and function calls. For example:
foo ( gcptr a, bits32 b )
{
if (b > 0) {
// we can make tail calls passing arguments:
jump stg_ap_0_fast(a);
}
return (x,y);
}
More details on the new cmm syntax are in Note [Syntax of .cmm files]
in CmmParse.y.
The old syntax is still more-or-less supported for those occasional
code fragments that really need to explicitly manipulate the stack.
However there are a couple of differences: it is now obligatory to
give a list of live GlobalRegs on every jump, e.g.
jump %ENTRY_CODE(Sp(0)) [R1];
Again, more details in Note [Syntax of .cmm files].
I have rewritten most of the .cmm files in the RTS into the new
syntax, except for AutoApply.cmm which is generated by the genapply
program: this file could be generated in the new syntax instead and
would probably be better off for it, but I ran out of enthusiasm.
Some other changes in this batch:
- The PrimOp calling convention is gone, primops now use the ordinary
NativeNodeCall convention. This means that primops and "foreign
import prim" code must be written in high-level cmm, but they can
now take more than 10 arguments.
- CmmSink now does constant-folding (should fix #7219)
- .cmm files now go through the cmmPipeline, and as a result we
generate better code in many cases. All the object files generated
for the RTS .cmm files are now smaller. Performance should be
better too, but I haven't measured it yet.
- RET_DYN frames are removed from the RTS, lots of code goes away
- we now have some more canned GC points to cover unboxed-tuples with
2-4 pointers, which will reduce code size a little.
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It's now a newtyped Integer. Perhaps a newtyped Word32 would make more
sense, though.
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I've switched to passing DynFlags rather than Platform, as (a) it's
simpler to not have to extract targetPlatform in so many places, and
(b) it may be useful to have DynFlags around in future.
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Simon Marlow spotted that we were #include'ing MachRegs.h several times,
but that doesn't work as (a) it uses ifdeffery to avoid being included
multiple times, and (b) even if we work around that, then the #define's
from previous inclusions are still defined when we #include it again.
So we now put the platform code for each platform in a separate .hs file.
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This means that we now generate the same code whatever platform we are
on, which should help avoid changes on one platform breaking the build
on another.
It's also another step towards full cross-compilation.
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No functional differences yet
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Instead of relying on common-block-elimination to share return
continuations in the common case (case-alternative heap checks) we do
it explicitly. This isn't hard to do, is more robust, and saves some
compilation time. Full commentary in Note [sharing continuations].
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This is a first step on the way to refactoring the FastString type.
FastBytes currently has no unique, mainly because there isn't currently
a nice way to produce them in Binary.
Also, we don't currently do the "Dictionary" thing with FastBytes in
Binary. I'm not sure whether this is important.
We can change both decisions later, but in the meantime this gets the
refactoring underway.
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* origin/master: (756 commits)
don't crash if argv[0] == NULL (#7037)
-package P was loading all versions of P in GHCi (#7030)
Add a Note, copying text from #2437
improve the --help docs a bit (#7008)
Copy Data.HashTable's hashString into our Util module
Build fix
Build fixes
Parse error: suggest brackets and indentation.
Don't build the ghc DLL on Windows; works around trac #5987
On Windows, detect if DLLs have too many symbols; trac #5987
Add some more Integer rules; fixes #6111
Fix PA dfun construction with silent superclass args
Add silent superclass parameters to the vectoriser
Add silent superclass parameters (again)
Mention Generic1 in the user's guide
Make the GHC API a little more powerful.
tweak llvm version warning message
New version of the patch for #5461.
Fix Word64ToInteger conversion rule.
Implemented feature request on reconfigurable pretty-printing in GHCi (#5461)
...
Conflicts:
compiler/basicTypes/UniqSupply.lhs
compiler/cmm/CmmBuildInfoTables.hs
compiler/cmm/CmmLint.hs
compiler/cmm/CmmOpt.hs
compiler/cmm/CmmPipeline.hs
compiler/cmm/CmmStackLayout.hs
compiler/cmm/MkGraph.hs
compiler/cmm/OldPprCmm.hs
compiler/codeGen/CodeGen.lhs
compiler/codeGen/StgCmm.hs
compiler/codeGen/StgCmmBind.hs
compiler/codeGen/StgCmmLayout.hs
compiler/codeGen/StgCmmUtils.hs
compiler/main/CodeOutput.lhs
compiler/main/HscMain.hs
compiler/nativeGen/AsmCodeGen.lhs
compiler/simplStg/SimplStg.lhs
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This is done by a 'unarisation' pre-pass at the STG level which
translates away all (live) binders binding something of unboxed
tuple type.
This has the following knock-on effects:
* The subkind hierarchy is vastly simplified (no UbxTupleKind or ArgKind)
* Various relaxed type checks in typechecker, 'foreign import prim' etc
* All case binders may be live at the Core level
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We were using the SRT information generated by the computeSRTs pass to
decide whether to add a static link field to a constructor or not, and
this broke when I disabled computeSRTs for the new code generator. So
I've hacked it for now to only rely on the SRT information generated
by CoreToStg.
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This means that both time and heap profiling work for parallel
programs. Main internal changes:
- CCCS is no longer a global variable; it is now another
pseudo-register in the StgRegTable struct. Thus every
Capability has its own CCCS.
- There is a new built-in CCS called "IDLE", which records ticks for
Capabilities in the idle state. If you profile a single-threaded
program with +RTS -N2, you'll see about 50% of time in "IDLE".
- There is appropriate locking in rts/Profiling.c to protect the
shared cost-centre-stack data structures.
This patch does enough to get it working, I have cut one big corner:
the cost-centre-stack data structure is still shared amongst all
Capabilities, which means that multiple Capabilities will race when
updating the "allocations" and "entries" fields of a CCS. Not only
does this give unpredictable results, but it runs very slowly due to
cache line bouncing.
It is strongly recommended that you use -fno-prof-count-entries to
disable the "entries" count when profiling parallel programs. (I shall
add a note to this effect to the docs).
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We only use it for "compiler" sources, i.e. not for libraries.
Many modules have a -fno-warn-tabs kludge for now.
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See Note [atomic CAFs] in rts/sm/Storage.c
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I observed that the [CmmStatics] within CmmData uses the list in a very stylised way.
The first item in the list is almost invariably a CmmDataLabel. Many parts of the
compiler pattern match on this list and fail if this is not true.
This patch makes the invariant explicit by introducing a structured type CmmStatics
that holds the label and the list of remaining [CmmStatic].
There is one wrinkle: the x86 backend sometimes wants to output an alignment directive just
before the label. However, this can be easily fixed up by parameterising the native codegen
over the type of CmmStatics (though the GenCmmTop parameterisation) and using a pair
(Alignment, CmmStatics) there instead.
As a result, I think we will be able to remove CmmAlign and CmmDataLabel from the CmmStatic
data type, thus nuking a lot of code and failing pattern matches. This change will come as part
of my next patch.
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The following patches were ported:
d0faaa6 Fix segfault in array copy primops on 32-bit
18691d4 Make assignTemp_ less pessimistic
9c23f06 Make array copy primops inline
Signed-off-by: Edward Z. Yang <ezyang@mit.edu>
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Signed-off-by: Edward Z. Yang <ezyang@mit.edu>
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Signed-off-by: Edward Z. Yang <ezyang@mit.edu>
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This changes the new code generator to make use of the Hoopl package
for dataflow analysis. Hoopl is a new boot package, and is maintained
in a separate upstream git repository (as usual, GHC has its own
lagging darcs mirror in http://darcs.haskell.org/packages/hoopl).
During this merge I squashed recent history into one patch. I tried
to rebase, but the history had some internal conflicts of its own
which made rebase extremely confusing, so I gave up. The history I
squashed was:
- Update new codegen to work with latest Hoopl
- Add some notes on new code gen to cmm-notes
- Enable Hoopl lag package.
- Add SPJ note to cmm-notes
- Improve GC calls on new code generator.
Work in this branch was done by:
- Milan Straka <fox@ucw.cz>
- John Dias <dias@cs.tufts.edu>
- David Terei <davidterei@gmail.com>
Edward Z. Yang <ezyang@mit.edu> merged in further changes from GHC HEAD
and fixed a few bugs.
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Allow a temporary assignment to be pushed past an assignment to a
global if the global is not mentioned in the rhs of the assignment we
are inlining.
This fixes up some bad code. We should make sure we're doing
something equivalent in the new backend in due course.
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