| Commit message (Collapse) | Author | Age | Files | Lines |
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We can now get the Platform from the DynFlags inside an SDoc, so we
no longer need to pass the Platform in.
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To help with this, we now also pass DynFlags around inside the SpecM
monad.
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A thunk with no free variables was not getting blackholed when
-feager-blackholing was on, but we were nevertheless pushing the
stg_bh_upd_frame version of the update frame that expects to see a
black hole.
I fixed this twice for good measure:
- we now call blackHoleOnEntry when pushing the update frame to check
whether the closure was actually blackholed, and so that we use the
same predicate in both places
- we now black hole thunks even if they have no free variables.
These only occur when optimisation is off, but presumably if you say
-feager-blackholing then that's what you want to happen.
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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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By using Haskell's debugIsOn rather than CPP's "#ifdef DEBUG", we
don't need to kludge things to keep the warning checker happy etc.
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Essentially, this is a wrapper around memset
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It allows you to do
(high, low) `quotRem` d
provided high < d.
Currently only has an inefficient fallback implementation.
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Conflicts:
compiler/coreSyn/CoreLint.lhs
compiler/deSugar/DsBinds.lhs
compiler/hsSyn/HsTypes.lhs
compiler/iface/IfaceType.lhs
compiler/rename/RnHsSyn.lhs
compiler/rename/RnTypes.lhs
compiler/stgSyn/StgLint.lhs
compiler/typecheck/TcHsType.lhs
compiler/utils/ListSetOps.lhs
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This allows us to import values (i.e. non-functions) with the CAPI.
This means we can access values even if (on some or all platforms)
they are simple #defines.
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Currently no NCGs support it
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No special-casing in any NCGs yet
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Only amd64 has an efficient implementation currently.
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This means we no longer do a division twice when we are using quotRem
(on platforms on which the op is supported; currently only amd64).
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These are types that look like "this" and "that".
They are of kind `Symbol`, defined in module `GHC.TypeLits`.
For each type-level symbol `X`, we have a singleton type, `TSymbol X`.
The value of the singleton type can be named with the overloaded
constant `tSymbol`. Here is an example:
tSymbol :: TSymbol "Hello"
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Conflicts:
compiler/typecheck/TcEvidence.lhs
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Conflicts:
compiler/typecheck/TcCanonical.lhs
compiler/typecheck/TcSMonad.lhs
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Currently, we support only numeric literals but---hopefully---these
modifications should make it fairly easy to add other ones, if necessary.
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The code we were generating for heap-checks in algebraic case
alternatives wasn't working well with the common-block eliminator. A
small tweak to make the heap-check failure jump back to the same place
in all branches lets the common-block eliminator squash more code.
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We also generate much better code for safe foreign calls (and maybe
also unsafe foreign calls) than previously. See the two new Notes:
Note [lower safe foreign calls]
Note [safe foreign call convention]
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Conflicts:
compiler/cmm/CmmLint.hs
compiler/cmm/OldCmm.hs
compiler/codeGen/CgMonad.lhs
compiler/main/CodeOutput.lhs
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021a0dd265ff34c1e292813c06185eff1d6b5c1c appears to have only
partially added the new primops associated with ArrayArray#
and MutableArrayArray#
Signed-off-by: Edward Z. Yang <ezyang@mit.edu>
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We now carry around with CmmJump statements a list of
the STG registers that are live at that jump site.
This is used by the LLVM backend so it can avoid
unnesecarily passing around dead registers, improving
perfromance. This gives us the framework to finally
fix trac #4308.
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Instead of enterLocalIdLabel we should get the label from the
ClosureInfo, because that knows better whether the label should be
local or not.
Needed by #5357
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pseudo-register
Needed by #5357
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We no longer have many separate, clashing getDynFlags functions
I've given each GhcMonad its own HasDynFlags instance, rather than
using UndecidableInstances to make a GhcMonad m => HasDynFlags m
instance.
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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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