This is now a sort-of-normal STG-to-STG pass (WDP 94/06), run by stg2stg.
-* Traverses the STG program collecting the cost centres. These are
- required to declare the cost centres at the start of code
- generation.
+ - Traverses the STG program collecting the cost centres. These are required
+ to declare the cost centres at the start of code generation.
- Note: because of cross-module unfolding, some of these cost centres
- may be from other modules. But will still have to give them
- "extern" declarations.
+ Note: because of cross-module unfolding, some of these cost centres may be
+ from other modules. But will still have to give them "extern"
+ declarations.
-* Puts on CAF cost-centres if the user has asked for individual CAF
- cost-centres.
+ - Puts on CAF cost-centres if the user has asked for individual CAF
+ cost-centres.
-* Ditto for individual DICT cost-centres.
+ - Ditto for individual DICT cost-centres.
-* Boxes top-level inherited functions passed as arguments.
+ - Boxes top-level inherited functions passed as arguments.
-* "Distributes" given cost-centres to all as-yet-unmarked RHSs.
+ - "Distributes" given cost-centres to all as-yet-unmarked RHSs.
\begin{code}
module SCCfinal ( stgMassageForProfiling ) where
import StgSyn
-import PackageConfig ( PackageId )
-import StaticFlags ( opt_AutoSccsOnIndividualCafs )
-import CostCentre -- lots of things
+import CostCentre -- lots of things
import Id
import Name
-import Module ( Module )
-import UniqSupply ( splitUniqSupply, UniqSupply )
+import Module
+import UniqSupply ( splitUniqSupply, UniqSupply )
#ifdef PROF_DO_BOXING
-import UniqSupply ( uniqFromSupply )
+import UniqSupply ( uniqFromSupply )
#endif
import VarSet
-import ListSetOps ( removeDups )
-import Outputable
-
-infixr 9 `thenMM`, `thenMM_`
+import ListSetOps ( removeDups )
+import Outputable
+import DynFlags
\end{code}
\begin{code}
stgMassageForProfiling
- :: PackageId
- -> Module -- module name
- -> UniqSupply -- unique supply
- -> [StgBinding] -- input
- -> (CollectedCCs, [StgBinding])
-
-stgMassageForProfiling this_pkg mod_name us stg_binds
+ :: DynFlags
+ -> PackageId
+ -> Module -- module name
+ -> UniqSupply -- unique supply
+ -> [StgBinding] -- input
+ -> (CollectedCCs, [StgBinding])
+
+stgMassageForProfiling dflags this_pkg mod_name us stg_binds
= let
- ((local_ccs, extern_ccs, cc_stacks),
- stg_binds2)
- = initMM mod_name us (do_top_bindings stg_binds)
-
- (fixed_ccs, fixed_cc_stacks)
- = if opt_AutoSccsOnIndividualCafs
- then ([],[]) -- don't need "all CAFs" CC
- -- (for Prelude, we use PreludeCC)
- else ([all_cafs_cc], [all_cafs_ccs])
-
- local_ccs_no_dups = fst (removeDups cmpCostCentre local_ccs)
- extern_ccs_no_dups = fst (removeDups cmpCostCentre extern_ccs)
+ ((local_ccs, extern_ccs, cc_stacks),
+ stg_binds2)
+ = initMM mod_name us (do_top_bindings stg_binds)
+
+ (fixed_ccs, fixed_cc_stacks)
+ = if dopt Opt_AutoSccsOnIndividualCafs dflags
+ then ([],[]) -- don't need "all CAFs" CC
+ -- (for Prelude, we use PreludeCC)
+ else ([all_cafs_cc], [all_cafs_ccs])
+
+ local_ccs_no_dups = fst (removeDups cmpCostCentre local_ccs)
+ extern_ccs_no_dups = fst (removeDups cmpCostCentre extern_ccs)
in
- ((fixed_ccs ++ local_ccs_no_dups,
- extern_ccs_no_dups,
+ ((fixed_ccs ++ local_ccs_no_dups,
+ extern_ccs_no_dups,
fixed_cc_stacks ++ cc_stacks), stg_binds2)
where
----------
do_top_bindings :: [StgBinding] -> MassageM [StgBinding]
- do_top_bindings [] = returnMM []
+ do_top_bindings [] = return []
- do_top_bindings (StgNonRec b rhs : bs)
- = do_top_rhs b rhs `thenMM` \ rhs' ->
- addTopLevelIshId b (
- do_top_bindings bs `thenMM` \bs' ->
- returnMM (StgNonRec b rhs' : bs')
- )
+ do_top_bindings (StgNonRec b rhs : bs) = do
+ rhs' <- do_top_rhs b rhs
+ addTopLevelIshId b $ do
+ bs' <- do_top_bindings bs
+ return (StgNonRec b rhs' : bs')
do_top_bindings (StgRec pairs : bs)
- = addTopLevelIshIds binders (
- mapMM do_pair pairs `thenMM` \ pairs2 ->
- do_top_bindings bs `thenMM` \ bs' ->
- returnMM (StgRec pairs2 : bs')
- )
+ = addTopLevelIshIds binders $ do
+ pairs2 <- mapM do_pair pairs
+ bs' <- do_top_bindings bs
+ return (StgRec pairs2 : bs')
where
- binders = map fst pairs
- do_pair (b, rhs)
- = do_top_rhs b rhs `thenMM` \ rhs2 ->
- returnMM (b, rhs2)
+ binders = map fst pairs
+ do_pair (b, rhs) = do
+ rhs2 <- do_top_rhs b rhs
+ return (b, rhs2)
----------
do_top_rhs :: Id -> StgRhs -> MassageM StgRhs
- do_top_rhs binder (StgRhsClosure _ bi fv u srt [] (StgSCC cc (StgConApp con args)))
+ do_top_rhs _ (StgRhsClosure _ _ _ _ _ [] (StgSCC cc (StgConApp con args)))
| not (isSccCountCostCentre cc) && not (isDllConApp this_pkg con args)
- -- Trivial _scc_ around nothing but static data
- -- Eliminate _scc_ ... and turn into StgRhsCon
+ -- Trivial _scc_ around nothing but static data
+ -- Eliminate _scc_ ... and turn into StgRhsCon
- -- isDllConApp checks for LitLit args too
- = returnMM (StgRhsCon dontCareCCS con args)
+ -- isDllConApp checks for LitLit args too
+ = return (StgRhsCon dontCareCCS con args)
{- Can't do this one with cost-centre stacks: --SDM
do_top_rhs binder (StgRhsClosure no_cc bi fv u [] (StgSCC ty cc expr))
| (noCCSAttached no_cc || currentOrSubsumedCCS no_cc)
&& not (isSccCountCostCentre cc)
- -- Top level CAF without a cost centre attached
- -- Attach and collect cc of trivial _scc_ in body
- = collectCC cc `thenMM_`
- set_prevailing_cc cc (do_expr expr) `thenMM` \ expr' ->
- returnMM (StgRhsClosure cc bi fv u [] expr')
+ -- Top level CAF without a cost centre attached
+ -- Attach and collect cc of trivial _scc_ in body
+ = do collectCC cc
+ expr' <- set_prevailing_cc cc (do_expr expr)
+ return (StgRhsClosure cc bi fv u [] expr')
-}
do_top_rhs binder (StgRhsClosure no_cc bi fv u srt [] body)
- | noCCSAttached no_cc || currentOrSubsumedCCS no_cc
- -- Top level CAF without a cost centre attached
- -- Attach CAF cc (collect if individual CAF ccs)
- = (if opt_AutoSccsOnIndividualCafs
- then let cc = mkAutoCC binder modl CafCC
- ccs = mkSingletonCCS cc
- -- careful: the binder might be :Main.main,
- -- which doesn't belong to module mod_name.
- -- bug #249, tests prof001, prof002
- modl | Just m <- nameModule_maybe (idName binder) = m
- | otherwise = mod_name
- in
- collectNewCC cc `thenMM_`
- collectCCS ccs `thenMM_`
- returnMM ccs
- else
- returnMM all_cafs_ccs) `thenMM` \ caf_ccs ->
- set_prevailing_cc caf_ccs (do_expr body) `thenMM` \ body' ->
- returnMM (StgRhsClosure caf_ccs bi fv u srt [] body')
-
- do_top_rhs binder (StgRhsClosure cc bi fv u srt [] body)
- -- Top level CAF with cost centre attached
- -- Should this be a CAF cc ??? Does this ever occur ???
+ | noCCSAttached no_cc || currentOrSubsumedCCS no_cc = do
+ -- Top level CAF without a cost centre attached
+ -- Attach CAF cc (collect if individual CAF ccs)
+ caf_ccs <- if dopt Opt_AutoSccsOnIndividualCafs dflags
+ then let cc = mkAutoCC binder modl CafCC
+ ccs = mkSingletonCCS cc
+ -- careful: the binder might be :Main.main,
+ -- which doesn't belong to module mod_name.
+ -- bug #249, tests prof001, prof002
+ modl | Just m <- nameModule_maybe (idName binder) = m
+ | otherwise = mod_name
+ in do
+ collectNewCC cc
+ collectCCS ccs
+ return ccs
+ else
+ return all_cafs_ccs
+ body' <- set_prevailing_cc caf_ccs (do_expr body)
+ return (StgRhsClosure caf_ccs bi fv u srt [] body')
+
+ do_top_rhs _ (StgRhsClosure cc _ _ _ _ [] _)
+ -- Top level CAF with cost centre attached
+ -- Should this be a CAF cc ??? Does this ever occur ???
= pprPanic "SCCfinal: CAF with cc:" (ppr cc)
- do_top_rhs binder (StgRhsClosure no_ccs bi fv u srt args body)
- -- Top level function, probably subsumed
+ do_top_rhs _ (StgRhsClosure no_ccs bi fv u srt args body)
+ -- Top level function, probably subsumed
| noCCSAttached no_ccs
- = set_lambda_cc (do_expr body) `thenMM` \ body' ->
- returnMM (StgRhsClosure subsumedCCS bi fv u srt args body')
+ = do body' <- set_lambda_cc (do_expr body)
+ return (StgRhsClosure subsumedCCS bi fv u srt args body')
| otherwise
= pprPanic "SCCfinal: CAF with cc:" (ppr no_ccs)
- do_top_rhs binder (StgRhsCon ccs con args)
- -- Top-level (static) data is not counted in heap
- -- profiles; nor do we set CCCS from it; so we
- -- just slam in dontCareCostCentre
- = returnMM (StgRhsCon dontCareCCS con args)
+ do_top_rhs _ (StgRhsCon _ con args)
+ -- Top-level (static) data is not counted in heap
+ -- profiles; nor do we set CCCS from it; so we
+ -- just slam in dontCareCostCentre
+ = return (StgRhsCon dontCareCCS con args)
------
do_expr :: StgExpr -> MassageM StgExpr
- do_expr (StgLit l) = returnMM (StgLit l)
+ do_expr (StgLit l) = return (StgLit l)
do_expr (StgApp fn args)
= boxHigherOrderArgs (StgApp fn) args
do_expr (StgOpApp con args res_ty)
= boxHigherOrderArgs (\args -> StgOpApp con args res_ty) args
- do_expr (StgSCC cc expr) -- Ha, we found a cost centre!
- = collectCC cc `thenMM_`
- do_expr expr `thenMM` \ expr' ->
- returnMM (StgSCC cc expr')
+ do_expr (StgSCC cc expr) = do -- Ha, we found a cost centre!
+ collectCC cc
+ expr' <- do_expr expr
+ return (StgSCC cc expr')
- do_expr (StgCase expr fv1 fv2 bndr srt alt_type alts)
- = do_expr expr `thenMM` \ expr' ->
- mapMM do_alt alts `thenMM` \ alts' ->
- returnMM (StgCase expr' fv1 fv2 bndr srt alt_type alts')
+ do_expr (StgCase expr fv1 fv2 bndr srt alt_type alts) = do
+ expr' <- do_expr expr
+ alts' <- mapM do_alt alts
+ return (StgCase expr' fv1 fv2 bndr srt alt_type alts')
where
- do_alt (id, bs, use_mask, e)
- = do_expr e `thenMM` \ e' ->
- returnMM (id, bs, use_mask, e')
+ do_alt (id, bs, use_mask, e) = do
+ e' <- do_expr e
+ return (id, bs, use_mask, e')
- do_expr (StgLet b e)
- = do_let b e `thenMM` \ (b,e) ->
- returnMM (StgLet b e)
+ do_expr (StgLet b e) = do
+ (b,e) <- do_let b e
+ return (StgLet b e)
- do_expr (StgLetNoEscape lvs1 lvs2 b e)
- = do_let b e `thenMM` \ (b,e) ->
- returnMM (StgLetNoEscape lvs1 lvs2 b e)
+ do_expr (StgLetNoEscape lvs1 lvs2 b e) = do
+ (b,e) <- do_let b e
+ return (StgLetNoEscape lvs1 lvs2 b e)
- do_expr (StgTick m n expr)
- = do_expr expr `thenMM` \ expr' ->
- returnMM (StgTick m n expr')
+ do_expr (StgTick m n expr) = do
+ expr' <- do_expr expr
+ return (StgTick m n expr')
-#ifdef DEBUG
do_expr other = pprPanic "SCCfinal.do_expr" (ppr other)
-#endif
----------------------------------
- do_let (StgNonRec b rhs) e
- = do_rhs rhs `thenMM` \ rhs' ->
- addTopLevelIshId b (
- do_expr e `thenMM` \ e' ->
- returnMM (StgNonRec b rhs',e')
- )
+ do_let (StgNonRec b rhs) e = do
+ rhs' <- do_rhs rhs
+ addTopLevelIshId b $ do
+ e' <- do_expr e
+ return (StgNonRec b rhs',e')
do_let (StgRec pairs) e
- = addTopLevelIshIds binders (
- mapMM do_pair pairs `thenMM` \ pairs' ->
- do_expr e `thenMM` \ e' ->
- returnMM (StgRec pairs', e')
- )
+ = addTopLevelIshIds binders $ do
+ pairs' <- mapM do_pair pairs
+ e' <- do_expr e
+ return (StgRec pairs', e')
where
- binders = map fst pairs
- do_pair (b, rhs)
- = do_rhs rhs `thenMM` \ rhs2 ->
- returnMM (b, rhs2)
+ binders = map fst pairs
+ do_pair (b, rhs) = do
+ rhs2 <- do_rhs rhs
+ return (b, rhs2)
----------------------------------
do_rhs :: StgRhs -> MassageM StgRhs
- -- We play much the same game as we did in do_top_rhs above;
- -- but we don't have to worry about cafs etc.
+ -- We play much the same game as we did in do_top_rhs above;
+ -- but we don't have to worry about cafs etc.
{-
do_rhs (StgRhsClosure closure_cc bi fv u [] (StgSCC ty cc (StgCon (DataCon con) args _)))
| not (isSccCountCostCentre cc)
- = collectCC cc `thenMM_`
- returnMM (StgRhsCon cc con args)
+ = do collectCC cc
+ return (StgRhsCon cc con args)
-}
- do_rhs (StgRhsClosure _ bi fv u srt args expr)
- = slurpSCCs currentCCS expr `thenMM` \ (expr', ccs) ->
- do_expr expr' `thenMM` \ expr'' ->
- returnMM (StgRhsClosure ccs bi fv u srt args expr'')
+ do_rhs (StgRhsClosure _ bi fv u srt args expr) = do
+ (expr', ccs) <- slurpSCCs currentCCS expr
+ expr'' <- do_expr expr'
+ return (StgRhsClosure ccs bi fv u srt args expr'')
where
- slurpSCCs ccs (StgSCC cc e)
- = collectCC cc `thenMM_`
- slurpSCCs (cc `pushCCOnCCS` ccs) e
- slurpSCCs ccs e
- = returnMM (e, ccs)
-
- do_rhs (StgRhsCon cc con args)
- = returnMM (StgRhsCon currentCCS con args)
+ slurpSCCs ccs (StgSCC cc e)
+ = do collectCC cc
+ slurpSCCs (cc `pushCCOnCCS` ccs) e
+ slurpSCCs ccs e
+ = return (e, ccs)
+
+ do_rhs (StgRhsCon _ con args)
+ = return (StgRhsCon currentCCS con args)
\end{code}
%************************************************************************
-%* *
+%* *
\subsection{Boxing higher-order args}
-%* *
+%* *
%************************************************************************
Boxing is *turned off* at the moment, until we can figure out how to
\begin{code}
boxHigherOrderArgs
:: ([StgArg] -> StgExpr)
- -- An application lacking its arguments
- -> [StgArg] -- arguments which we might box
+ -- An application lacking its arguments
+ -> [StgArg] -- arguments which we might box
-> MassageM StgExpr
#ifndef PROF_DO_BOXING
boxHigherOrderArgs almost_expr args
- = returnMM (almost_expr args)
+ = return (almost_expr args)
#else
-boxHigherOrderArgs almost_expr args
- = getTopLevelIshIds `thenMM` \ ids ->
- mapAccumMM (do_arg ids) [] args `thenMM` \ (let_bindings, new_args) ->
- returnMM (foldr (mk_stg_let currentCCS) (almost_expr new_args) let_bindings)
+boxHigherOrderArgs almost_expr args = do
+ ids <- getTopLevelIshIds
+ (let_bindings, new_args) <- mapAccumLM (do_arg ids) [] args
+ return (foldr (mk_stg_let currentCCS) (almost_expr new_args) let_bindings)
where
---------------
do_arg ids bindings arg@(StgVarArg old_var)
- | (not (isLocalVar old_var) || elemVarSet old_var ids)
- && isFunTy (dropForAlls var_type)
- = -- make a trivial let-binding for the top-level function
- getUniqueMM `thenMM` \ uniq ->
- let
- new_var = mkSysLocal FSLIT("sf") uniq var_type
- in
- returnMM ( (new_var, old_var) : bindings, StgVarArg new_var )
+ | (not (isLocalVar old_var) || elemVarSet old_var ids)
+ && isFunTy (dropForAlls var_type)
+ = do -- make a trivial let-binding for the top-level function
+ uniq <- getUniqueMM
+ let
+ new_var = mkSysLocal (fsLit "sf") uniq var_type
+ return ( (new_var, old_var) : bindings, StgVarArg new_var )
where
- var_type = idType old_var
+ var_type = idType old_var
- do_arg ids bindings arg = returnMM (bindings, arg)
+ do_arg ids bindings arg = return (bindings, arg)
---------------
mk_stg_let :: CostCentreStack -> (Id, Id) -> StgExpr -> StgExpr
mk_stg_let cc (new_var, old_var) body
= let
- rhs_body = StgApp old_var [{-args-}]
- rhs_closure = StgRhsClosure cc stgArgOcc [{-fvs-}] ReEntrant NoSRT{-eeek!!!-} [{-args-}] rhs_body
+ rhs_body = StgApp old_var [{-args-}]
+ rhs_closure = StgRhsClosure cc stgArgOcc [{-fvs-}] ReEntrant NoSRT{-eeek!!!-} [{-args-}] rhs_body
in
- StgLet (StgNonRec new_var rhs_closure) body
+ StgLet (StgNonRec new_var rhs_closure) body
where
- bOGUS_LVs = emptyUniqSet -- easier to print than: panic "mk_stg_let: LVs"
+ bOGUS_LVs = emptyUniqSet -- easier to print than: panic "mk_stg_let: LVs"
#endif
\end{code}
%************************************************************************
-%* *
+%* *
\subsection{Boring monad stuff for this}
-%* *
+%* *
%************************************************************************
\begin{code}
-type MassageM result
- = Module -- module name
- -> CostCentreStack -- prevailing CostCentre
- -- if none, subsumedCosts at top-level
- -- currentCostCentre at nested levels
- -> UniqSupply
- -> VarSet -- toplevel-ish Ids for boxing
- -> CollectedCCs
- -> (CollectedCCs, result)
+newtype MassageM result
+ = MassageM {
+ unMassageM :: Module -- module name
+ -> CostCentreStack -- prevailing CostCentre
+ -- if none, subsumedCosts at top-level
+ -- currentCostCentre at nested levels
+ -> UniqSupply
+ -> VarSet -- toplevel-ish Ids for boxing
+ -> CollectedCCs
+ -> (CollectedCCs, result)
+ }
+
+instance Monad MassageM where
+ return x = MassageM (\_ _ _ _ ccs -> (ccs, x))
+ (>>=) = thenMM
+ (>>) = thenMM_
-- the initMM function also returns the final CollectedCCs
-initMM :: Module -- module name, which we may consult
+initMM :: Module -- module name, which we may consult
-> UniqSupply
-> MassageM a
-> (CollectedCCs, a)
-initMM mod_name init_us m = m mod_name noCCS init_us emptyVarSet ([],[],[])
+initMM mod_name init_us (MassageM m) = m mod_name noCCS init_us emptyVarSet ([],[],[])
thenMM :: MassageM a -> (a -> MassageM b) -> MassageM b
thenMM_ :: MassageM a -> (MassageM b) -> MassageM b
-thenMM expr cont mod scope_cc us ids ccs
- = case splitUniqSupply us of { (s1, s2) ->
- case (expr mod scope_cc s1 ids ccs) of { (ccs2, result) ->
- cont result mod scope_cc s2 ids ccs2 }}
-
-thenMM_ expr cont mod scope_cc us ids ccs
- = case splitUniqSupply us of { (s1, s2) ->
- case (expr mod scope_cc s1 ids ccs) of { (ccs2, _) ->
- cont mod scope_cc s2 ids ccs2 }}
-
-returnMM :: a -> MassageM a
-returnMM result mod scope_cc us ids ccs = (ccs, result)
+thenMM expr cont = MassageM $ \mod scope_cc us ids ccs ->
+ case splitUniqSupply us of { (s1, s2) ->
+ case unMassageM expr mod scope_cc s1 ids ccs of { (ccs2, result) ->
+ unMassageM (cont result) mod scope_cc s2 ids ccs2 }}
-nopMM :: MassageM ()
-nopMM mod scope_cc us ids ccs = (ccs, ())
-
-mapMM :: (a -> MassageM b) -> [a] -> MassageM [b]
-mapMM f [] = returnMM []
-mapMM f (m:ms)
- = f m `thenMM` \ r ->
- mapMM f ms `thenMM` \ rs ->
- returnMM (r:rs)
-
-mapAccumMM :: (acc -> x -> MassageM (acc, y)) -> acc -> [x] -> MassageM (acc, [y])
-mapAccumMM f b [] = returnMM (b, [])
-mapAccumMM f b (m:ms)
- = f b m `thenMM` \ (b2, r) ->
- mapAccumMM f b2 ms `thenMM` \ (b3, rs) ->
- returnMM (b3, r:rs)
+thenMM_ expr cont = MassageM $ \mod scope_cc us ids ccs ->
+ case splitUniqSupply us of { (s1, s2) ->
+ case unMassageM expr mod scope_cc s1 ids ccs of { (ccs2, _) ->
+ unMassageM cont mod scope_cc s2 ids ccs2 }}
#ifdef PROF_DO_BOXING
getUniqueMM :: MassageM Unique
-getUniqueMM mod scope_cc us ids ccs = (ccs, uniqFromSupply us)
+getUniqueMM = MassageM \mod scope_cc us ids ccs -> (ccs, uniqFromSupply us)
#endif
addTopLevelIshId :: Id -> MassageM a -> MassageM a
-addTopLevelIshId id scope mod scope_cc us ids ccs
- | isCurrentCCS scope_cc = scope mod scope_cc us ids ccs
- | otherwise = scope mod scope_cc us (extendVarSet ids id) ccs
+addTopLevelIshId id scope
+ = MassageM $ \mod scope_cc us ids ccs ->
+ if isCurrentCCS scope_cc then unMassageM scope mod scope_cc us ids ccs
+ else unMassageM scope mod scope_cc us (extendVarSet ids id) ccs
addTopLevelIshIds :: [Id] -> MassageM a -> MassageM a
addTopLevelIshIds [] cont = cont
-addTopLevelIshIds (id:ids) cont
+addTopLevelIshIds (id:ids) cont
= addTopLevelIshId id (addTopLevelIshIds ids cont)
+#ifdef PROF_DO_BOXING
getTopLevelIshIds :: MassageM VarSet
-getTopLevelIshIds mod scope_cc us ids ccs = (ccs, ids)
+getTopLevelIshIds = MassageM $ \_mod _scope_cc _us ids ccs -> (ccs, ids)
+#endif
\end{code}
The prevailing CCS is used to tell whether we're in a top-levelish
\begin{code}
set_lambda_cc :: MassageM a -> MassageM a
-set_lambda_cc action mod scope_cc us ids ccs
- = action mod currentCCS us ids ccs
+set_lambda_cc action
+ = MassageM $ \mod _scope_cc us ids ccs
+ -> unMassageM action mod currentCCS us ids ccs
set_prevailing_cc :: CostCentreStack -> MassageM a -> MassageM a
-set_prevailing_cc cc_to_set_to action mod scope_cc us ids ccs
- = action mod cc_to_set_to us ids ccs
-
-get_prevailing_cc :: MassageM CostCentreStack
-get_prevailing_cc mod scope_cc us ids ccs = (ccs, scope_cc)
+set_prevailing_cc cc_to_set_to action
+ = MassageM $ \mod _scope_cc us ids ccs
+ -> unMassageM action mod cc_to_set_to us ids ccs
\end{code}
\begin{code}
collectCC :: CostCentre -> MassageM ()
-
-collectCC cc mod_name scope_cc us ids (local_ccs, extern_ccs, ccss)
- = ASSERT(not (noCCAttached cc))
- if (cc `ccFromThisModule` mod_name) then
- ((cc : local_ccs, extern_ccs, ccss), ())
- else -- must declare it "extern"
- ((local_ccs, cc : extern_ccs, ccss), ())
+collectCC cc
+ = MassageM $ \mod_name _scope_cc _us _ids (local_ccs, extern_ccs, ccss)
+ -> ASSERT(not (noCCAttached cc))
+ if (cc `ccFromThisModule` mod_name) then
+ ((cc : local_ccs, extern_ccs, ccss), ())
+ else -- must declare it "extern"
+ ((local_ccs, cc : extern_ccs, ccss), ())
-- Version of collectCC used when we definitely want to declare this
-- CC as local, even if its module name is not the same as the current
--- module name (eg. the special :Main module) see bug #249, #1472,
+-- module name (eg. the special :Main module) see bug #249, #1472,
-- test prof001,prof002.
collectNewCC :: CostCentre -> MassageM ()
-collectNewCC cc mod_name scope_cc us ids (local_ccs, extern_ccs, ccss)
- = ((cc : local_ccs, extern_ccs, ccss), ())
+collectNewCC cc
+ = MassageM $ \_mod_name _scope_cc _us _ids (local_ccs, extern_ccs, ccss)
+ -> ((cc : local_ccs, extern_ccs, ccss), ())
collectCCS :: CostCentreStack -> MassageM ()
-collectCCS ccs mod_name scope_cc us ids (local_ccs, extern_ccs, ccss)
- = ASSERT(not (noCCSAttached ccs))
- ((local_ccs, extern_ccs, ccs : ccss), ())
+collectCCS ccs
+ = MassageM $ \_mod_name _scope_cc _us _ids (local_ccs, extern_ccs, ccss)
+ -> ASSERT(not (noCCSAttached ccs))
+ ((local_ccs, extern_ccs, ccs : ccss), ())
\end{code}
projects / ghc-hetmet.git / blobdiff