#include "HsVersions.h"
module PprAbsC (
-#ifdef __GLASGOW_HASKELL__
writeRealC,
-#endif
dumpRealC,
-#if defined(DEBUG) || defined(DPH)
+#if defined(DEBUG)
pprAmode, -- otherwise, not exported
#endif
-#ifdef DPH
- pprAbsC,
- pprMagicId,
-#endif
-- and for interface self-sufficiency...
AbstractC, CAddrMode, MagicId,
import AbsCSyn
-import AbsPrel ( pprPrimOp, primOpNeedsWrapper, PrimOp(..)
+import PrelInfo ( pprPrimOp, primOpNeedsWrapper, PrimOp(..)
IF_ATTACK_PRAGMAS(COMMA tagOf_PrimOp)
)
-import BasicLit ( kindOfBasicLit, showBasicLit )
-import CLabelInfo -- lots of things
+import Literal ( literalPrimRep, showLiteral )
+import CLabel -- lots of things
import CgCompInfo ( spARelToInt, spBRelToInt, mIN_UPD_SIZE )
import CgRetConv ( noLiveRegsMask )
import ClosureInfo -- quite a few things
-import CmdLineOpts ( GlobalSwitch(..) )
import Costs -- for GrAnSim; cost counting function -- HWL
import CostCentre
import FiniteMap
import Maybes ( catMaybes, maybeToBool, Maybe(..) )
import Outputable
import Pretty ( codeStyle, prettyToUn )
-import PrimKind ( showPrimKind, isFloatingKind, PrimKind(..) )
-import SplitUniq
+import PrimRep ( showPrimRep, isFloatingRep, PrimRep(..) )
import StgSyn
import UniqFM
-import Unique -- UniqueSupply monadery used in flattening
import Unpretty -- ********** NOTE **********
import Util
@pprAbsC@ has a new ``costs'' argument. %% HWL
\begin{code}
-#ifdef __GLASGOW_HASKELL__
-# if __GLASGOW_HASKELL__ < 23
-# define _FILE _Addr
-# endif
-writeRealC :: (GlobalSwitch -> Bool) -> _FILE -> AbstractC -> PrimIO ()
+writeRealC :: _FILE -> AbstractC -> PrimIO ()
writeRealC sw_chker file absC
= uppAppendFile file 80 (
uppAbove (pprAbsC (PprForC sw_chker) absC (costs absC)) (uppChar '\n')
)
-#endif
-dumpRealC :: (GlobalSwitch -> Bool) -> AbstractC -> String
+dumpRealC :: AbstractC -> String
dumpRealC sw_chker absC
= uppShow 80 (
pp_paren_semi = uppStr ");"
-- ---------------------------------------------------------------------------
--- New type: Now pprAbsC also takes the costs for evaluating the Abstract C
+-- New type: Now pprAbsC also takes the costs for evaluating the Abstract C
-- code as an argument (that's needed when spitting out the GRAN_EXEC macro
-- which must be done before the return i.e. inside absC code) HWL
-- ---------------------------------------------------------------------------
pprAbsC sty (CClosureUpdInfo info) c
= pprAbsC sty info c
-pprAbsC sty (CAssign dest src) _ = pprAssign sty (getAmodeKind dest) dest src
+pprAbsC sty (CAssign dest src) _ = pprAssign sty (getAmodeRep dest) dest src
pprAbsC sty (CJump target) c
- = uppAbove (uppBesides [emitMacro c {-WDP:, uppStr "/* <--++ CJump */"-} ])
- (uppBesides [ uppStr "JMP_(", pprAmode sty target, pp_paren_semi ])
+ = uppAbove (uppBesides [emitMacro c {-WDP:, uppStr "/* <--++ CJump */"-} ])
+ (uppBesides [ uppStr "JMP_(", pprAmode sty target, pp_paren_semi ])
pprAbsC sty (CFallThrough target) c
- = uppAbove (uppBesides [emitMacro c {-WDP:, uppStr "/* <--++ CFallThrough */"-} ])
- (uppBesides [ uppStr "JMP_(", pprAmode sty target, pp_paren_semi ])
+ = uppAbove (uppBesides [emitMacro c {-WDP:, uppStr "/* <--++ CFallThrough */"-} ])
+ (uppBesides [ uppStr "JMP_(", pprAmode sty target, pp_paren_semi ])
-- --------------------------------------------------------------------------
--- Spit out GRAN_EXEC macro immediately before the return HWL
+-- Spit out GRAN_EXEC macro immediately before the return HWL
pprAbsC sty (CReturn am return_info) c
- = uppAbove (uppBesides [emitMacro c {-WDP:, uppStr "/* <---- CReturn */"-} ])
- (uppBesides [uppStr "JMP_(", target, pp_paren_semi ])
+ = uppAbove (uppBesides [emitMacro c {-WDP:, uppStr "/* <---- CReturn */"-} ])
+ (uppBesides [uppStr "JMP_(", target, pp_paren_semi ])
where
target = case return_info of
DirectReturn -> uppBesides [uppStr "DIRECT(", pprAmode sty am, uppRparen]
DynamicVectoredReturn am' -> mk_vector (pprAmode sty am')
StaticVectoredReturn n -> mk_vector (uppInt n) -- Always positive
mk_vector x = uppBesides [uppLparen, pprAmode sty am, uppStr ")[RVREL(", x, uppStr ")]"]
-
-{-UNUSED:
-pprAbsC sty (CComment s) _
- = uppNil -- ifPprShowAll sty (uppCat [uppStr "/*", uppStr s, uppStr "*/"])
--}
pprAbsC sty (CSplitMarker) _ = uppPStr SLIT("/* SPLIT */")
-- costs function yields nullCosts for whole switch
-- ==> inherited costs c are those of basic block up to switch
-- ==> inherit c + costs for the corresponding branch
--- HWL
+-- HWL
-- --------------------------------------------------------------------------
pprAbsC sty (CSwitch discrim [] deflt) c
empty_deflt = not (maybeToBool (nonemptyAbsC deflt))
pprAbsC sty (CSwitch discrim alts deflt) c -- general case
- | isFloatingKind (getAmodeKind discrim)
+ | isFloatingRep (getAmodeRep discrim)
= pprAbsC sty (foldr ( \ a -> CSwitch discrim [a]) deflt alts) c
| otherwise
= uppAboves [
(case (nonemptyAbsC deflt) of
Nothing -> uppNil
Just dc ->
- uppNest 2 (uppAboves [uppPStr SLIT("default:"),
- pprAbsC sty dc (c + switch_head_cost
- + costs dc),
- uppPStr SLIT("break;")])),
+ uppNest 2 (uppAboves [uppPStr SLIT("default:"),
+ pprAbsC sty dc (c + switch_head_cost
+ + costs dc),
+ uppPStr SLIT("break;")])),
uppChar '}' ]
where
pp_discrim
ppr_alt sty (lit, absC)
= uppAboves [ uppBesides [uppPStr SLIT("case "), pprBasicLit sty lit, uppChar ':'],
- uppNest 2 (uppAbove (pprAbsC sty absC (c + switch_head_cost + costs absC))
- (uppPStr SLIT("break;"))) ]
+ uppNest 2 (uppAbove (pprAbsC sty absC (c + switch_head_cost + costs absC))
+ (uppPStr SLIT("break;"))) ]
-- Costs for addressing header of switch and cond. branching -- HWL
switch_head_cost = addrModeCosts discrim Rhs + (Cost (0, 1, 0, 0, 0))
pprAbsC sty stmt@(COpStmt results op args liveness_mask vol_regs) _
= let
non_void_args = grab_non_void_amodes args
- non_void_results = grab_non_void_amodes results
+ non_void_results = grab_non_void_amodes results
-- if just one result, we print in the obvious "assignment" style;
-- if 0 or many results, we emit a macro call, w/ the results
-- followed by the arguments. The macro presumably knows which
in
BIND (ppr_vol_regs sty vol_regs) _TO_ (pp_saves, pp_restores) ->
if primOpNeedsWrapper op then
- uppAboves [ pp_saves,
+ uppAboves [ pp_saves,
the_op,
pp_restores
]
_ -> uppNil,
uppBesides [
uppStr "SET_STATIC_HDR(",
- pprCLabel sty closure_lbl, uppComma,
+ pprCLabel sty closure_lbl, uppComma,
pprCLabel sty info_lbl, uppComma,
- if_profiling sty (pprAmode sty cost_centre), uppComma,
- ppLocalness closure_lbl, uppComma,
+ if_profiling sty (pprAmode sty cost_centre), uppComma,
+ ppLocalness closure_lbl, uppComma,
ppLocalnessMacro False{-for data-} info_lbl,
uppChar ')'
],
info_lbl = infoTableLabelFromCI cl_info
ppr_item sty item
- = if getAmodeKind item == VoidKind
+ = if getAmodeRep item == VoidRep
then uppStr ", (W_) 0" -- might not even need this...
else uppBeside (uppStr ", (W_)") (ppr_amode sty item)
nOfThem still_needed (mkIntCLit 0) -- a bunch of 0s
BEND
-{-
+{-
STATIC_INIT_HDR(c,i,localness) blows into:
localness W_ c_closure [] = { i_info, extra_fixed_wd<1..n>
pprAbsC sty stmt@(CClosureInfoAndCode cl_info slow maybe_fast upd cl_descr liveness) _
= uppAboves [
- uppBesides [
+ uppBesides [
pp_info_rep,
uppStr "_ITBL(",
pprCLabel sty info_lbl, uppComma,
- -- CONST_ITBL needs an extra label for
+ -- CONST_ITBL needs an extra label for
-- the static version of the object.
if isConstantRep sm_rep
then uppBeside (pprCLabel sty (closureLabelFromCI cl_info)) uppComma
pprCLabel sty slow_lbl, uppComma,
pprAmode sty upd, uppComma,
- uppInt liveness, uppComma,
+ uppInt liveness, uppComma,
pp_tag, uppComma,
pp_size, uppComma,
if_profiling sty pp_kind, uppComma,
if_profiling sty pp_descr, uppComma,
if_profiling sty pp_type,
- uppStr ");"
- ],
- pp_slow,
+ uppStr ");"
+ ],
+ pp_slow,
case maybe_fast of
- Nothing -> uppNil
- Just fast -> let stuff = CCodeBlock fast_lbl fast in
+ Nothing -> uppNil
+ Just fast -> let stuff = CCodeBlock fast_lbl fast in
pprAbsC sty stuff (costs stuff)
]
where
is_phantom = isPhantomRep sm_rep
pp_size = if isSpecRep sm_rep then -- exploiting: SPEC_VHS == 0 (always)
- uppInt (closureNonHdrSize cl_info)
+ uppInt (closureNonHdrSize cl_info)
else if is_phantom then -- do not have sizes for these
- uppNil
+ uppNil
else
- pprHeapOffset sty (closureSizeWithoutFixedHdr cl_info)
+ pprHeapOffset sty (closureSizeWithoutFixedHdr cl_info)
pp_ptr_wds = if is_phantom then
uppNil
ppr_item sty item = uppBeside (uppStr "(W_) ") (ppr_amode sty item)
pprAbsC sty (CCostCentreDecl is_local cc) _ = uppCostCentreDecl sty is_local cc
-
-#ifdef DPH
--- Only used for debugging (i.e output abstractC instead of APAL)
-pprAbsC sty (CNativeInfoTableAndCode _ _ absC)
- = uppAboves [uppStr "CNativeInfoTableAndCode (DPH)",
- pprAbsC sty absC]
-#endif {- Data Parallel Haskell -}
\end{code}
\begin{code}
= filter non_void amodes
non_void amode
- = case (getAmodeKind amode) of
- VoidKind -> False
+ = case (getAmodeRep amode) of
+ VoidRep -> False
k -> True
\end{code}
= let pp_reg = case r of
VanillaReg pk n -> pprVanillaReg n
_ -> pprMagicId sty r
- (more_saves, more_restores) = ppr_vol_regs sty rs
+ (more_saves, more_restores) = ppr_vol_regs sty rs
in
(uppAbove (uppBeside (uppPStr SLIT("CALLER_SAVE_")) pp_reg) more_saves,
uppAbove (uppBeside (uppPStr SLIT("CALLER_RESTORE_")) pp_reg) more_restores)
-- ---------------------------------------------------------------------------
-- Changes for GrAnSim:
-- draw costs for computation in head of if into both branches;
--- as no abstractC data structure is given for the head, one is constructed
--- guessing unknown values and fed into the costs function
+-- as no abstractC data structure is given for the head, one is constructed
+-- guessing unknown values and fed into the costs function
-- ---------------------------------------------------------------------------
do_if_stmt sty discrim tag alt_code deflt c
= case tag of
-- This special case happens when testing the result of a comparison.
-- We can just avoid some redundant clutter in the output.
- MachInt n _ | n==0 -> ppr_if_stmt sty (pprAmode sty discrim)
+ MachInt n _ | n==0 -> ppr_if_stmt sty (pprAmode sty discrim)
deflt alt_code
- (addrModeCosts discrim Rhs) c
+ (addrModeCosts discrim Rhs) c
other -> let
cond = uppBesides [ pprAmode sty discrim,
uppPStr SLIT(" == "),
pprAmode sty (CLit tag) ]
in
- ppr_if_stmt sty cond
+ ppr_if_stmt sty cond
alt_code deflt
(addrModeCosts discrim Rhs) c
ppr_if_stmt sty pp_pred then_part else_part discrim_costs c
= uppAboves [
uppBesides [uppStr "if (", pp_pred, uppStr ") {"],
- uppNest 8 (pprAbsC sty then_part (c + discrim_costs +
- (Cost (0, 2, 0, 0, 0)) +
+ uppNest 8 (pprAbsC sty then_part (c + discrim_costs +
+ (Cost (0, 2, 0, 0, 0)) +
costs then_part)),
(case nonemptyAbsC else_part of Nothing -> uppNil; Just _ -> uppStr "} else {"),
- uppNest 8 (pprAbsC sty else_part (c + discrim_costs +
- (Cost (0, 1, 0, 0, 0)) +
+ uppNest 8 (pprAbsC sty else_part (c + discrim_costs +
+ (Cost (0, 1, 0, 0, 0)) +
costs else_part)),
uppChar '}' ]
{- Total costs = inherited costs (before if) + costs for accessing discrim
- + costs for cond branch ( = (0, 1, 0, 0, 0) )
+ + costs for cond branch ( = (0, 1, 0, 0, 0) )
+ costs for that alternative
-}
\end{code}
Some rough notes on generating code for @CCallOp@:
1) Evaluate all arguments and stuff them into registers. (done elsewhere)
-2) Save any essential registers (heap, stack, etc).
+2) Save any essential registers (heap, stack, etc).
ToDo: If stable pointers are in use, these must be saved in a place
where the runtime system can get at them so that the Stg world can
* make sure we save all our registers away where the garbage collector
can get at them.
* be sure that there are no live registers or we're in trouble.
- (This can cause problems if you try something foolish like passing
+ (This can cause problems if you try something foolish like passing
an array or mallocptr to a _ccall_GC_ thing.)
* increment/decrement the @inCCallGC@ counter before/after the call so
that the runtime check that PerformGC is being used sensibly will work.
(pp_saves, pp_restores) = ppr_vol_regs sty vol_regs
(pp_save_context, pp_restore_context) =
if may_gc
- then ( uppStr "extern StgInt inCCallGC; SaveAllStgRegs(); inCCallGC++;",
+ then ( uppStr "extern StgInt inCCallGC; SaveAllStgRegs(); inCCallGC++;",
uppStr "inCCallGC--; RestoreAllStgRegs();")
- else ( pp_basic_saves `uppAbove` pp_saves,
+ else ( pp_basic_saves `uppAbove` pp_saves,
pp_basic_restores `uppAbove` pp_restores)
- non_void_args =
- let nvas = tail args
+ non_void_args =
+ let nvas = tail args
in ASSERT (all non_void nvas) nvas
- -- the first argument will be the "I/O world" token (a VoidKind)
+ -- the first argument will be the "I/O world" token (a VoidRep)
-- all others should be non-void
- non_void_results =
- let nvrs = grab_non_void_amodes results
+ non_void_results =
+ let nvrs = grab_non_void_amodes results
in ASSERT (length nvrs <= 1) nvrs
-- there will usually be two results: a (void) state which we
-- should ignore and a (possibly void) result.
-- Remainder only used for ccall
ccall_str = uppShow 80
- (uppBesides [
- if null non_void_results
+ (uppBesides [
+ if null non_void_results
then uppNil
else uppPStr SLIT("%r = "),
- uppLparen, uppPStr op_str, uppLparen,
+ uppLparen, uppPStr op_str, uppLparen,
uppIntersperse uppComma ccall_args,
uppStr "));"
])
ppr_casm_arg sty amode a_num
= let
- a_kind = getAmodeKind amode
+ a_kind = getAmodeRep amode
pp_amode = pprAmode sty amode
pp_kind = pprPrimKind sty a_kind
-- for array arguments, pass a pointer to the body of the array
-- (PTRS_ARR_CTS skips over all the header nonsense)
- ArrayKind -> (pp_kind,
+ ArrayRep -> (pp_kind,
uppBesides [uppStr "PTRS_ARR_CTS(", pp_amode, uppRparen])
- ByteArrayKind -> (pp_kind,
+ ByteArrayRep -> (pp_kind,
uppBesides [uppStr "BYTE_ARR_CTS(", pp_amode, uppRparen])
-- for Malloc Pointers, use MALLOC_PTR_DATA to fish out the contents.
- MallocPtrKind -> (uppPStr SLIT("StgMallocPtr"),
+ MallocPtrRep -> (uppPStr SLIT("StgMallocPtr"),
uppBesides [uppStr "MallocPtr_CLOSURE_DATA(", pp_amode, uppStr")"])
other -> (pp_kind, pp_amode)
PprStyle -- style
-> [CAddrMode] -- list of results (length <= 1)
-> Unpretty -- liveness mask
- ->
+ ->
( Unpretty, -- declaration of any local vars
[Unpretty], -- list of result vars (same length as results)
Unpretty ) -- assignment (if any) of results in local var to registers
-ppr_casm_results sty [] liveness
+ppr_casm_results sty [] liveness
= (uppNil, [], uppNil) -- no results
ppr_casm_results sty [r] liveness
= let
result_reg = ppr_amode sty r
- r_kind = getAmodeKind r
+ r_kind = getAmodeRep r
local_var = uppPStr SLIT("_ccall_result")
(result_type, assign_result)
= case r_kind of
- MallocPtrKind ->
+ MallocPtrRep ->
(uppPStr SLIT("StgMallocPtr"),
- uppBesides [ uppStr "constructMallocPtr(",
+ uppBesides [ uppStr "constructMallocPtr(",
liveness, uppComma,
- result_reg, uppComma,
- local_var,
+ result_reg, uppComma,
+ local_var,
pp_paren_semi ])
- _ ->
+ _ ->
(pprPrimKind sty r_kind,
uppBesides [ result_reg, uppEquals, local_var, uppSemi ])
declare_local_var = uppBesides [ result_type, uppSP, local_var, uppSemi ]
- in
+ in
(declare_local_var, [local_var], assign_result)
-ppr_casm_results sty rs liveness
+ppr_casm_results sty rs liveness
= panic "ppr_casm_results: ccall/casm with many results"
\end{code}
Note the sneaky way _the_ result is represented by a list so that we
can complain if it's used twice.
-ToDo: Any chance of giving line numbers when process-casm fails?
+ToDo: Any chance of giving line numbers when process-casm fails?
Or maybe we should do a check _much earlier_ in compiler. ADR
\begin{code}
[Unpretty] -- results (length <= 1)
-> [Unpretty] -- arguments
-> String -- format string (with embedded %'s)
- ->
+ ->
Unpretty -- code being generated
process_casm results args string = process results args string
where
process [] _ "" = uppNil
- process (_:_) _ "" = error ("process_casm: non-void result not assigned while processing _casm_ \"" ++ string ++ "\"\n(Try changing result type to PrimIO ()\n")
+ process (_:_) _ "" = error ("process_casm: non-void result not assigned while processing _casm_ \"" ++ string ++ "\"\n(Try changing result type to PrimIO ()\n")
process ress args ('%':cs)
= case cs of
- [] ->
+ [] ->
error ("process_casm: lonely % while processing _casm_ \"" ++ string ++ "\".\n")
- ('%':css) ->
+ ('%':css) ->
uppBeside (uppChar '%') (process ress args css)
- ('r':css) ->
+ ('r':css) ->
case ress of
[] -> error ("process_casm: no result to match %r while processing _casm_ \"" ++ string ++ "\".\nTry deleting %r or changing result type from PrimIO ()\n")
[r] -> uppBeside r (process [] args css)
other ->
case readDec other of
- [(num,css)] ->
+ [(num,css)] ->
if 0 <= num && num < length args
then uppBesides [uppLparen, args !! num, uppRparen,
process ress args css]
First of all, the kind of the thing being assigned can be gotten from
the destination addressing mode. (It should be the same as the kind
of the source addressing mode.) If the kind of the assignment is of
-@VoidKind@, then don't generate any code at all.
+@VoidRep@, then don't generate any code at all.
\begin{code}
-pprAssign :: PprStyle -> PrimKind -> CAddrMode -> CAddrMode -> Unpretty
+pprAssign :: PprStyle -> PrimRep -> CAddrMode -> CAddrMode -> Unpretty
-pprAssign sty VoidKind dest src = uppNil
+pprAssign sty VoidRep dest src = uppNil
#if 0
pprAssign sty kind dest src
- | (kind /= getAmodeKind dest) || (kind /= getAmodeKind src)
+ | (kind /= getAmodeRep dest) || (kind /= getAmodeRep src)
= uppCat [uppStr "Bad kind:", pprPrimKind sty kind,
- pprPrimKind sty (getAmodeKind dest), pprAmode sty dest,
- pprPrimKind sty (getAmodeKind src), pprAmode sty src]
+ pprPrimKind sty (getAmodeRep dest), pprAmode sty dest,
+ pprPrimKind sty (getAmodeRep src), pprAmode sty src]
#endif
\end{code}
Special treatment for floats and doubles, to avoid unwanted conversions.
\begin{code}
-pprAssign sty FloatKind dest@(CVal reg_rel _) src
+pprAssign sty FloatRep dest@(CVal reg_rel _) src
= uppBesides [ uppStr "ASSIGN_FLT(", ppr_amode sty (CAddr reg_rel), uppComma, pprAmode sty src, pp_paren_semi ]
-pprAssign sty DoubleKind dest@(CVal reg_rel _) src
+pprAssign sty DoubleRep dest@(CVal reg_rel _) src
= uppBesides [ uppStr "ASSIGN_DBL(", ppr_amode sty (CAddr reg_rel), uppComma, pprAmode sty src, pp_paren_semi ]
\end{code}
Lastly, the question is: will the C compiler think the types of the
-two sides of the assignment match?
+two sides of the assignment match?
We assume that the types will match
if neither side is a @CVal@ addressing mode for any register
which can point into the heap or B stack.
Why? Because the heap and B stack are used to store miscellaneous things,
-whereas the A stack, temporaries, registers, etc., are only used for things
+whereas the A stack, temporaries, registers, etc., are only used for things
of fixed type.
\begin{code}
pprAssign sty kind (CReg (VanillaReg _ dest)) (CReg (VanillaReg _ src))
- = uppBesides [ pprVanillaReg dest, uppEquals,
- pprVanillaReg src, uppSemi ]
+ = uppBesides [ pprVanillaReg dest, uppEquals,
+ pprVanillaReg src, uppSemi ]
pprAssign sty kind dest src
| mixedTypeLocn dest
-- Add in a cast to StgWord (a.k.a. W_) iff the destination is mixed
- = uppBesides [ ppr_amode sty dest, uppEquals,
+ = uppBesides [ ppr_amode sty dest, uppEquals,
uppStr "(W_)(", -- Here is the cast
ppr_amode sty src, pp_paren_semi ]
pprAssign sty kind dest src
- | mixedPtrLocn dest && getAmodeKind src /= PtrKind
+ | mixedPtrLocn dest && getAmodeRep src /= PtrRep
-- Add in a cast to StgPtr (a.k.a. P_) iff the destination is mixed
- = uppBesides [ ppr_amode sty dest, uppEquals,
+ = uppBesides [ ppr_amode sty dest, uppEquals,
uppStr "(P_)(", -- Here is the cast
ppr_amode sty src, pp_paren_semi ]
-pprAssign sty ByteArrayKind dest src
+pprAssign sty ByteArrayRep dest src
| mixedPtrLocn src
-- Add in a cast to StgPtr (a.k.a. B_) iff the source is mixed
- = uppBesides [ ppr_amode sty dest, uppEquals,
+ = uppBesides [ ppr_amode sty dest, uppEquals,
uppStr "(B_)(", -- Here is the cast
ppr_amode sty src, pp_paren_semi ]
-
+
pprAssign sty kind other_dest src
- = uppBesides [ ppr_amode sty other_dest, uppEquals,
+ = uppBesides [ ppr_amode sty other_dest, uppEquals,
pprAmode sty src, uppSemi ]
\end{code}
question.)
\begin{code}
-pprAmode sty (CVal reg_rel FloatKind)
+pprAmode sty (CVal reg_rel FloatRep)
= uppBesides [ uppStr "PK_FLT(", ppr_amode sty (CAddr reg_rel), uppRparen ]
-pprAmode sty (CVal reg_rel DoubleKind)
+pprAmode sty (CVal reg_rel DoubleRep)
= uppBesides [ uppStr "PK_DBL(", ppr_amode sty (CAddr reg_rel), uppRparen ]
\end{code}
-Next comes the case where there is some other cast need, and the
+Next comes the case where there is some other cast need, and the
no-cast case:
\begin{code}
pprAmode sty amode
| mixedTypeLocn amode
- = uppBesides [ uppLparen, pprPrimKind sty (getAmodeKind amode), uppStr ")(",
+ = uppBesides [ uppLparen, pprPrimKind sty (getAmodeRep amode), uppStr ")(",
ppr_amode sty amode, uppRparen]
| otherwise -- No cast needed
= ppr_amode sty amode
(pp_reg, Nothing) -> uppBeside (uppChar '*') pp_reg
(pp_reg, Just offset) -> uppBesides [ pp_reg, uppLbrack, offset, uppRbrack ]
-ppr_amode sty (CAddr reg_rel)
+ppr_amode sty (CAddr reg_rel)
= case (pprRegRelative sty True{-sign wanted-} reg_rel) of
(pp_reg, Nothing) -> pp_reg
(pp_reg, Just offset) -> uppBeside pp_reg offset
ppr_amode sty (CLbl label kind) = pprCLabel sty label
-ppr_amode sty (CUnVecLbl direct vectored)
- = uppBesides [uppStr "(StgRetAddr) UNVEC(", pprCLabel sty direct, uppComma,
- pprCLabel sty vectored, uppRparen]
+ppr_amode sty (CUnVecLbl direct vectored)
+ = uppBesides [uppStr "(StgRetAddr) UNVEC(", pprCLabel sty direct, uppComma,
+ pprCLabel sty vectored, uppRparen]
-ppr_amode sty (CCharLike char)
+ppr_amode sty (CCharLike char)
= uppBesides [uppStr "CHARLIKE_CLOSURE(", pprAmode sty char, uppRparen ]
-ppr_amode sty (CIntLike int)
+ppr_amode sty (CIntLike int)
= uppBesides [uppStr "INTLIKE_CLOSURE(", pprAmode sty int, uppRparen ]
ppr_amode sty (CString str) = uppBesides [uppChar '"', uppStr (stringToC (_UNPK_ str)), uppChar '"']
ppr_amode sty (CTableEntry base index kind)
= uppBesides [uppStr "((", pprPrimKind sty kind, uppStr " *)(",
- ppr_amode sty base, uppStr "))[(I_)(", ppr_amode sty index,
+ ppr_amode sty base, uppStr "))[(I_)(", ppr_amode sty index,
uppStr ")]"]
ppr_amode sty (CMacroExpr pk macro as)
- = uppBesides [uppLparen, pprPrimKind sty pk, uppStr ")(", uppStr (show macro), uppLparen,
- uppIntersperse uppComma (map (pprAmode sty) as), uppStr "))"]
+ = uppBesides [uppLparen, pprPrimKind sty pk, uppStr ")(", uppStr (show macro), uppLparen,
+ uppIntersperse uppComma (map (pprAmode sty) as), uppStr "))"]
ppr_amode sty (CCostCentre cc print_as_string)
= uppCostCentre sty print_as_string cc
pprSignedInt :: Bool -> Int -> Maybe Unpretty -- Nothing => 0
pprSignedInt sign_wanted n
- = if n == 0 then Nothing else
+ = if n == 0 then Nothing else
if n > 0 then Just (addPlusSign sign_wanted (uppInt n))
else Just (uppInt n)
-pprRegRelative :: PprStyle
+pprRegRelative :: PprStyle
-> Bool -- True <=> Print leading plus sign (if +ve)
- -> RegRelative
+ -> RegRelative
-> (Unpretty, Maybe Unpretty)
-pprRegRelative sty sign_wanted r@(SpARel spA off)
- = (pprMagicId sty SpA, pprSignedInt sign_wanted (spARelToInt r))
+pprRegRelative sty sign_wanted (SpARel spA off)
+ = (pprMagicId sty SpA, pprSignedInt sign_wanted (spARelToInt spA off))
-pprRegRelative sty sign_wanted r@(SpBRel spB off)
- = (pprMagicId sty SpB, pprSignedInt sign_wanted (spBRelToInt r))
+pprRegRelative sty sign_wanted (SpBRel spB off)
+ = (pprMagicId sty SpB, pprSignedInt sign_wanted (spBRelToInt spB off))
pprRegRelative sty sign_wanted r@(HpRel hp off)
= let to_print = hp `subOff` off
\end{code}
@pprMagicId@ just prints the register name. @VanillaReg@ registers are
-represented by a discriminated union (@StgUnion@), so we use the @PrimKind@
+represented by a discriminated union (@StgUnion@), so we use the @PrimRep@
to select the union tag.
\begin{code}
pprMagicId sty BaseReg = uppPStr SLIT("BaseReg")
pprMagicId sty StkOReg = uppPStr SLIT("StkOReg")
pprMagicId sty (VanillaReg pk n)
- = uppBesides [ pprVanillaReg n, uppChar '.',
- pprUnionTag pk ]
+ = uppBesides [ pprVanillaReg n, uppChar '.',
+ pprUnionTag pk ]
pprMagicId sty (FloatReg n) = uppBeside (uppPStr SLIT("FltReg")) (uppInt IBOX(n))
pprMagicId sty (DoubleReg n) = uppBeside (uppPStr SLIT("DblReg")) (uppInt IBOX(n))
pprMagicId sty TagReg = uppPStr SLIT("TagReg")
pprMagicId sty Hp = uppPStr SLIT("Hp")
pprMagicId sty HpLim = uppPStr SLIT("HpLim")
pprMagicId sty LivenessReg = uppPStr SLIT("LivenessReg")
---UNUSED pprMagicId sty ActivityReg = uppPStr SLIT("ActivityReg")
pprMagicId sty StdUpdRetVecReg = uppPStr SLIT("StdUpdRetVecReg")
pprMagicId sty StkStubReg = uppPStr SLIT("StkStubReg")
pprMagicId sty CurCostCentre = uppPStr SLIT("CCC")
-pprMagicId sty VoidReg = {-uppStr "RetVoid!"-} panic "pprMagicId:VoidReg!"
-#ifdef DPH
-pprMagicId sty (DataReg _ n) = uppBeside (uppPStr SLIT("RD")) (uppInt n)
-#endif {- Data Parallel Haskell -}
+pprMagicId sty VoidReg = panic "pprMagicId:VoidReg!"
pprVanillaReg :: FAST_INT -> Unpretty
pprVanillaReg n = uppBeside (uppChar 'R') (uppInt IBOX(n))
-pprUnionTag :: PrimKind -> Unpretty
+pprUnionTag :: PrimRep -> Unpretty
-pprUnionTag PtrKind = uppChar 'p'
-pprUnionTag CodePtrKind = uppPStr SLIT("fp")
-pprUnionTag DataPtrKind = uppChar 'd'
-pprUnionTag RetKind = uppChar 'r'
-pprUnionTag InfoPtrKind = uppChar 'd'
-pprUnionTag CostCentreKind = panic "pprUnionTag:CostCentre?"
+pprUnionTag PtrRep = uppChar 'p'
+pprUnionTag CodePtrRep = uppPStr SLIT("fp")
+pprUnionTag DataPtrRep = uppChar 'd'
+pprUnionTag RetRep = uppChar 'r'
+pprUnionTag CostCentreRep = panic "pprUnionTag:CostCentre?"
-pprUnionTag CharKind = uppChar 'c'
-pprUnionTag IntKind = uppChar 'i'
-pprUnionTag WordKind = uppChar 'w'
-pprUnionTag AddrKind = uppChar 'v'
-pprUnionTag FloatKind = uppChar 'f'
-pprUnionTag DoubleKind = panic "pprUnionTag:Double?"
+pprUnionTag CharRep = uppChar 'c'
+pprUnionTag IntRep = uppChar 'i'
+pprUnionTag WordRep = uppChar 'w'
+pprUnionTag AddrRep = uppChar 'v'
+pprUnionTag FloatRep = uppChar 'f'
+pprUnionTag DoubleRep = panic "pprUnionTag:Double?"
-pprUnionTag StablePtrKind = uppChar 'i'
-pprUnionTag MallocPtrKind = uppChar 'p'
+pprUnionTag StablePtrRep = uppChar 'i'
+pprUnionTag MallocPtrRep = uppChar 'p'
-pprUnionTag ArrayKind = uppChar 'p'
-pprUnionTag ByteArrayKind = uppChar 'b'
+pprUnionTag ArrayRep = uppChar 'p'
+pprUnionTag ByteArrayRep = uppChar 'b'
pprUnionTag _ = panic "pprUnionTag:Odd kind"
-
\end{code}
Just pp -> pp )
)
-pprBasicLit :: PprStyle -> BasicLit -> Unpretty
-pprPrimKind :: PprStyle -> PrimKind -> Unpretty
+pprBasicLit :: PprStyle -> Literal -> Unpretty
+pprPrimKind :: PprStyle -> PrimRep -> Unpretty
-pprBasicLit sty lit = uppStr (showBasicLit sty lit)
-pprPrimKind sty k = uppStr (showPrimKind k)
+pprBasicLit sty lit = uppStr (showLiteral sty lit)
+pprPrimKind sty k = uppStr (showPrimRep k)
\end{code}
= case sa (emptyUniqueSet, emptyCLabelSet) of { (_, result) ->
result }
-#ifdef __GLASGOW_HASKELL__
{-# INLINE thenTE #-}
{-# INLINE returnTE #-}
-#endif
thenTE :: TeM a -> (a -> TeM b) -> TeM b
thenTE a b u
\end{code}
\begin{code}
-pprTempDecl :: Unique -> PrimKind -> Unpretty
+pprTempDecl :: Unique -> PrimRep -> Unpretty
pprTempDecl uniq kind
= uppBesides [ pprPrimKind PprDebug kind, uppSP, prettyToUn (pprUnique uniq), uppSemi ]
ppr_for_C = PprForC ( \ x -> False ) -- pretend no special cmd-line flags
-pprExternDecl :: CLabel -> PrimKind -> Unpretty
+pprExternDecl :: CLabel -> PrimRep -> Unpretty
pprExternDecl clabel kind
= if not (needsCDecl clabel) then
else
BIND (
case kind of
- CodePtrKind -> ppLocalnessMacro True{-function-} clabel
+ CodePtrRep -> ppLocalnessMacro True{-function-} clabel
_ -> ppLocalnessMacro False{-data-} clabel
) _TO_ pp_macro_str ->
ppr_decls_AbsC (CClosureUpdInfo info)
= ppr_decls_AbsC info
---UNUSED: ppr_decls_AbsC (CComment comment) = returnTE (Nothing, Nothing)
-
ppr_decls_AbsC (CSplitMarker) = returnTE (Nothing, Nothing)
ppr_decls_AbsC (CAssign dest source)
if label_seen then
Nothing
else
- Just (pprExternDecl info_lbl PtrKind))
+ Just (pprExternDecl info_lbl PtrRep))
where
info_lbl = infoTableLabelFromCI cl_info
= ppr_decls_Amodes [entry_lbl, upd_lbl] `thenTE` \ p1 ->
ppr_decls_AbsC slow `thenTE` \ p2 ->
(case maybe_fast of
- Nothing -> returnTE (Nothing, Nothing)
- Just fast -> ppr_decls_AbsC fast) `thenTE` \ p3 ->
+ Nothing -> returnTE (Nothing, Nothing)
+ Just fast -> ppr_decls_AbsC fast) `thenTE` \ p3 ->
returnTE (maybe_uppAboves [p1, p2, p3])
where
- entry_lbl = CLbl slow_lbl CodePtrKind
+ entry_lbl = CLbl slow_lbl CodePtrRep
slow_lbl = case (nonemptyAbsC slow) of
Nothing -> mkErrorStdEntryLabel
Just _ -> entryLabelFromCI cl_info
ppr_decls_AbsC absC `thenTE` \ p2 ->
returnTE (maybe_uppAboves [p1, p2])
-ppr_decls_AbsC (CRetUnVector label amode)
- = ppr_decls_Amode amode
-
-ppr_decls_AbsC (CFlatRetVector label amodes)
- = ppr_decls_Amodes amodes
-
-#ifdef DPH
-ppr_decls_AbsC (CNativeInfoTableAndCode _ _ absC)
- = ppr_decls_AbsC absC
-#endif {- Data Parallel Haskell -}
+ppr_decls_AbsC (CRetUnVector _ amode) = ppr_decls_Amode amode
+ppr_decls_AbsC (CFlatRetVector _ amodes) = ppr_decls_Amodes amodes
\end{code}
\begin{code}
-- now, the only place where we actually print temps/externs...
ppr_decls_Amode (CTemp uniq kind)
= case kind of
- VoidKind -> returnTE (Nothing, Nothing)
+ VoidRep -> returnTE (Nothing, Nothing)
other ->
tempSeenTE uniq `thenTE` \ temp_seen ->
returnTE
(if temp_seen then Nothing else Just (pprTempDecl uniq kind), Nothing)
-ppr_decls_Amode (CLbl label VoidKind)
+ppr_decls_Amode (CLbl label VoidRep)
= returnTE (Nothing, Nothing)
ppr_decls_Amode (CLbl label kind)
= labelSeenTE direct `thenTE` \ dlbl_seen ->
labelSeenTE vectored `thenTE` \ vlbl_seen ->
let
- ddcl = if dlbl_seen then uppNil else pprExternDecl direct CodePtrKind
- vdcl = if vlbl_seen then uppNil else pprExternDecl vectored DataPtrKind
+ ddcl = if dlbl_seen then uppNil else pprExternDecl direct CodePtrRep
+ vdcl = if vlbl_seen then uppNil else pprExternDecl vectored DataPtrRep
in
returnTE (Nothing,
if (dlbl_seen || not (needsCDecl direct)) &&
--labelSeenTE direct `thenTE` \ dlbl_seen ->
--labelSeenTE vectored `thenTE` \ vlbl_seen ->
let
- ddcl = {-if dlbl_seen then uppNil else-} pprExternDecl direct CodePtrKind
- vdcl = {-if vlbl_seen then uppNil else-} pprExternDecl vectored DataPtrKind
+ ddcl = {-if dlbl_seen then uppNil else-} pprExternDecl direct CodePtrRep
+ vdcl = {-if vlbl_seen then uppNil else-} pprExternDecl vectored DataPtrRep
in
returnTE (Nothing,
if ({-dlbl_seen ||-} not (needsCDecl direct)) &&
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