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Commit 30acc3e3 by Zachary Snow
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fix spacing of as-patterns for future GHC upgrade

parent 536eba46
Showing with 103 additions and 103 deletions
src/Convert/BlockDecl.hs
......@@ -42,7 +42,7 @@ convertStmt (Block Seq name decls stmts) =
convertStmt other = other
splitDecl :: Decl -> (Decl, Maybe (LHS, Expr))
splitDecl (decl @ (Variable _ _ _ _ Nil)) =
splitDecl decl@(Variable _ _ _ _ Nil) =
(decl, Nothing)
splitDecl (Variable d t ident a e) =
(Variable d t ident a Nil, Just (LHSIdent ident, e))
......
src/Convert/DimensionQuery.hs
......@@ -56,12 +56,12 @@ convertExpr (DimsFn fn (Right e)) =
DimsFn fn $ Left $ TypeOf e
convertExpr (DimFn fn (Right e) d) =
DimFn fn (Left $ TypeOf e) d
convertExpr (orig @ (DimsFn FnUnpackedDimensions (Left t))) =
convertExpr orig@(DimsFn FnUnpackedDimensions (Left t)) =
case t of
UnpackedType _ rs -> RawNum $ fromIntegral $ length rs
TypeOf{} -> orig
_ -> RawNum 0
convertExpr (orig @ (DimsFn FnDimensions (Left t))) =
convertExpr orig@(DimsFn FnDimensions (Left t)) =
case t of
IntegerAtom{} -> RawNum 1
Alias{} -> orig
......
src/Convert/EmptyArgs.hs
......@@ -20,7 +20,7 @@ convert :: [AST] -> [AST]
convert = map $ traverseDescriptions convertDescription
convertDescription :: Description -> Description
convertDescription (description @ Part{}) =
convertDescription description@Part{} =
traverseModuleItems
(traverseExprs $ traverseNestedExprs $ convertExpr functions)
description'
......
src/Convert/ExprUtils.hs
......@@ -44,9 +44,9 @@ simplifyStep (Concat [Number (Decimal size _ value)]) =
Number $ Decimal size False value
simplifyStep (Concat [Number (Based size _ base value kinds)]) =
Number $ Based size False base value kinds
simplifyStep (Concat [e @ Stream{}]) = e
simplifyStep (Concat [e @ Concat{}]) = e
simplifyStep (Concat [e @ Repeat{}]) = e
simplifyStep (Concat [e@Stream{}]) = e
simplifyStep (Concat [e@Concat{}]) = e
simplifyStep (Concat [e@Repeat{}]) = e
simplifyStep (Concat es) = Concat $ filter (/= Concat []) es
simplifyStep (Repeat (Dec 0) _) = Concat []
simplifyStep (Repeat (Dec 1) es) = Concat es
......@@ -91,23 +91,23 @@ simplifyBinOp Add (UniOp UniSub e1) e2 = BinOp Sub e2 e1
simplifyBinOp Sub e1 (UniOp UniSub e2) = BinOp Add e1 e2
simplifyBinOp Sub (UniOp UniSub e1) e2 = UniOp UniSub $ BinOp Add e1 e2
simplifyBinOp Add (BinOp Add e (n1 @ Number{})) (n2 @ Number{}) =
simplifyBinOp Add (BinOp Add e n1@Number{}) n2@Number{} =
BinOp Add e (BinOp Add n1 n2)
simplifyBinOp Sub (n1 @ Number{}) (BinOp Sub (n2 @ Number{}) e) =
simplifyBinOp Sub n1@Number{} (BinOp Sub n2@Number{} e) =
BinOp Add (BinOp Sub n1 n2) e
simplifyBinOp Sub (n1 @ Number{}) (BinOp Sub e (n2 @ Number{})) =
simplifyBinOp Sub n1@Number{} (BinOp Sub e n2@Number{}) =
BinOp Sub (BinOp Add n1 n2) e
simplifyBinOp Sub (BinOp Add e (n1 @ Number{})) (n2 @ Number{}) =
simplifyBinOp Sub (BinOp Add e n1@Number{}) n2@Number{} =
BinOp Add e (BinOp Sub n1 n2)
simplifyBinOp Add (n1 @ Number{}) (BinOp Add (n2 @ Number{}) e) =
simplifyBinOp Add n1@Number{} (BinOp Add n2@Number{} e) =
BinOp Add (BinOp Add n1 n2) e
simplifyBinOp Add (n1 @ Number{}) (BinOp Sub e (n2 @ Number{})) =
simplifyBinOp Add n1@Number{} (BinOp Sub e n2@Number{}) =
BinOp Add e (BinOp Sub n1 n2)
simplifyBinOp Sub (BinOp Sub e (n1 @ Number{})) (n2 @ Number{}) =
simplifyBinOp Sub (BinOp Sub e n1@Number{}) n2@Number{} =
BinOp Sub e (BinOp Add n1 n2)
simplifyBinOp Add (BinOp Sub e (n1 @ Number{})) (n2 @ Number{}) =
simplifyBinOp Add (BinOp Sub e n1@Number{}) n2@Number{} =
BinOp Sub e (BinOp Sub n1 n2)
simplifyBinOp Add (BinOp Sub (n1 @ Number{}) e) (n2 @ Number{}) =
simplifyBinOp Add (BinOp Sub n1@Number{} e) n2@Number{} =
BinOp Sub (BinOp Add n1 n2) e
simplifyBinOp Ge (BinOp Sub e (Dec 1)) (Dec 0) = BinOp Ge e (toDec 1)
......
src/Convert/FuncRoutine.hs
......@@ -22,7 +22,7 @@ convert :: [AST] -> [AST]
convert = map $ traverseDescriptions convertDescription
convertDescription :: Description -> Description
convertDescription (description @ Part{}) =
convertDescription description@Part{} =
traverseModuleItems traverseModuleItem description
where
traverseModuleItem =
......
src/Convert/HierConst.hs
......@@ -48,7 +48,7 @@ convertDescription (Part attrs extern kw lifetime name ports items) =
convertDescription description = description
expandParam :: [Identifier] -> ModuleItem -> ModuleItem
expandParam shadowed (MIPackageItem (Decl (param @ (Param Parameter _ x _)))) =
expandParam shadowed (MIPackageItem (Decl param@(Param Parameter _ x _))) =
if elem x shadowed
then Generate $ map (GenModuleItem . wrap) [param, extra]
else wrap param
......@@ -82,14 +82,14 @@ traverseDeclM decl = do
-- substitute hierarchical references to constants
traverseExprM :: Expr -> ST Expr
traverseExprM (expr @ (Dot _ x)) = do
traverseExprM expr@(Dot _ x) = do
expr' <- traverseSinglyNestedExprsM traverseExprM expr
detailsE <- lookupElemM expr'
detailsX <- lookupElemM x
case (detailsE, detailsX) of
(Just ([_, _], _, Left{}), Just ([_, _], _, Left{})) ->
return $ Ident x
(Just (accesses @ [Access _ Nil, _], _, Left False), _) -> do
(Just (accesses@[Access _ Nil, _], _, Left False), _) -> do
details <- lookupElemM $ prefix x
when (details == Nothing) $
insertElem accesses (Left True)
......
src/Convert/ImplicitNet.hs
......@@ -49,20 +49,20 @@ traverseDeclM decl = do
traverseModuleItemM :: DefaultNetType -> ModuleItem -> Scoper () ModuleItem
traverseModuleItemM _ (Genvar x) =
insertElem x () >> return (Genvar x)
traverseModuleItemM defaultNetType (orig @ (Assign _ x _)) = do
traverseModuleItemM defaultNetType orig@(Assign _ x _) = do
needsLHS defaultNetType x
return orig
traverseModuleItemM defaultNetType (orig @ (NInputGate _ _ x lhs exprs)) = do
traverseModuleItemM defaultNetType orig@(NInputGate _ _ x lhs exprs) = do
insertElem x ()
needsLHS defaultNetType lhs
_ <- mapM (needsExpr defaultNetType) exprs
return orig
traverseModuleItemM defaultNetType (orig @ (NOutputGate _ _ x lhss expr)) = do
traverseModuleItemM defaultNetType orig@(NOutputGate _ _ x lhss expr) = do
insertElem x ()
_ <- mapM (needsLHS defaultNetType) lhss
needsExpr defaultNetType expr
return orig
traverseModuleItemM defaultNetType (orig @ (Instance _ _ x _ ports)) = do
traverseModuleItemM defaultNetType orig@(Instance _ _ x _ ports) = do
insertElem x ()
_ <- mapM (needsExpr defaultNetType . snd) ports
return orig
......
src/Convert/Interface.hs
......@@ -88,7 +88,7 @@ convertDescription parts (Part attrs extern Module lifetime name ports items) =
traverseModuleItemM :: ModuleItem -> Scoper [ModportDecl] ModuleItem
traverseModuleItemM (Modport modportName modportDecls) =
insertElem modportName modportDecls >> return (Generate [])
traverseModuleItemM (instanceItem @ Instance{}) = do
traverseModuleItemM instanceItem@Instance{} = do
modports <- embedScopes (\l () -> l) ()
if isNothing maybePartInfo then
return instanceItem
......@@ -129,7 +129,7 @@ convertDescription parts (Part attrs extern Module lifetime name ports items) =
-- add explicit slices for bindings of entire modport instance arrays
addImpliedSlice :: Scopes [ModportDecl] -> Expr -> Expr
addImpliedSlice modports (orig @ (Dot expr modportName)) =
addImpliedSlice modports orig@(Dot expr modportName) =
case lookupIntfElem modports (InstArrKey expr) of
Just (_, _, InstArrVal l r) ->
Dot (Range expr NonIndexed (l, r)) modportName
......@@ -485,7 +485,7 @@ inlineInstance global ranges modportBindings items partName
case lookup (Bit expr Tag) exprReplacements of
Just resolved -> replaceArrTag (replaceExpr' local elt) resolved
Nothing -> Bit (replaceExpr' local expr) (replaceExpr' local elt)
replaceExpr' local (expr @ (Dot Ident{} _)) =
replaceExpr' local expr@(Dot Ident{} _) =
case lookup expr exprReplacements of
Just expr' -> expr'
Nothing -> checkExprResolution local expr $
......@@ -555,7 +555,7 @@ inlineInstance global ranges modportBindings items partName
Implicit Unspecified rs ->
IntegerVector TLogic Unspecified rs
_ -> t
removeDeclDir decl @ Net{} =
removeDeclDir decl@Net{} =
traverseNetAsVar removeDeclDir decl
removeDeclDir other = other
......@@ -620,7 +620,7 @@ inlineInstance global ranges modportBindings items partName
collectDeclDir (Variable dir _ ident _ _) =
when (dir /= Local) $
tell $ Map.singleton ident dir
collectDeclDir net @ Net{} =
collectDeclDir net@Net{} =
collectNetAsVarM collectDeclDir net
collectDeclDir _ = return ()
findDeclDir :: Identifier -> Direction
......@@ -641,7 +641,7 @@ inlineInstance global ranges modportBindings items partName
loopVar = "_arr_" ++ key
isArray = not $ null ranges
[arrayRange @ (arrayLeft, arrayRight)] = ranges
[arrayRange@(arrayLeft, arrayRight)] = ranges
-- wrap the given item in a generate loop if necessary
wrapInstance :: Identifier -> [ModuleItem] -> ModuleItem
......
src/Convert/Jump.hs
......@@ -105,7 +105,7 @@ addJumpStateDeclStmt stmt =
where (decls, [stmt']) = addJumpStateDeclTF [] [stmt]
removeJumpState :: Stmt -> Stmt
removeJumpState (orig @ (Asgn _ _ (LHSIdent ident) _)) =
removeJumpState orig@(Asgn _ _ (LHSIdent ident) _) =
if ident == jumpState
then Null
else orig
......
src/Convert/KWArgs.hs
......@@ -55,7 +55,7 @@ convertStmt tfs (Subroutine expr args) =
convertStmt _ other = other
convertInvoke :: TFs -> (Expr -> Args -> a) -> Expr -> Args -> a
convertInvoke tfs constructor (Ident func) (Args pnArgs (kwArgs @ (_ : _))) =
convertInvoke tfs constructor (Ident func) (Args pnArgs kwArgs@(_ : _)) =
case tfs Map.!? func of
Nothing -> constructor (Ident func) (Args pnArgs kwArgs)
Just ordered -> constructor (Ident func) (Args args [])
......
src/Convert/MultiplePacked.hs
......@@ -42,7 +42,7 @@ convert :: [AST] -> [AST]
convert = map $ traverseDescriptions convertDescription
convertDescription :: Description -> Description
convertDescription (description @ (Part _ _ Module _ _ _ _)) =
convertDescription description@(Part _ _ Module _ _ _ _) =
partScoper traverseDeclM traverseModuleItemM traverseGenItemM traverseStmtM
description
convertDescription other = other
......@@ -52,7 +52,7 @@ traverseDeclM :: Decl -> Scoper TypeInfo Decl
traverseDeclM (Variable dir t ident a e) = do
t' <- traverseTypeM t a ident
traverseDeclExprsM traverseExprM $ Variable dir t' ident a e
traverseDeclM net @ Net{} =
traverseDeclM net@Net{} =
traverseNetAsVarM traverseDeclM net
traverseDeclM (Param s t ident e) = do
t' <- traverseTypeM t [] ident
......@@ -233,7 +233,7 @@ convertExpr scopes =
if head x == tag
then Ident $ tail x
else Ident x
rewriteExpr (orig @ (Bit (Bit expr idxInner) idxOuter)) =
rewriteExpr orig@(Bit (Bit expr idxInner) idxOuter) =
if isJust maybeDims && expr == rewriteExpr expr
then Bit expr' idx'
else rewriteExprLowPrec orig
......@@ -244,7 +244,7 @@ convertExpr scopes =
idxOuter' = orientIdx dimOuter idxOuter
base = BinOp Mul idxInner' (rangeSize dimOuter)
idx' = simplify $ BinOp Add base idxOuter'
rewriteExpr (orig @ (Range (Bit expr idxInner) NonIndexed rangeOuter)) =
rewriteExpr orig@(Range (Bit expr idxInner) NonIndexed rangeOuter) =
if isJust maybeDims && expr == rewriteExpr expr
then rewriteExpr $ Range exprOuter IndexedMinus range
else rewriteExprLowPrec orig
......@@ -256,7 +256,7 @@ convertExpr scopes =
base = endianCondExpr rangeOuter baseDec baseInc
len = rangeSize rangeOuter
range = (base, len)
rewriteExpr (orig @ (Range (Bit expr idxInner) modeOuter rangeOuter)) =
rewriteExpr orig@(Range (Bit expr idxInner) modeOuter rangeOuter) =
if isJust maybeDims && expr == rewriteExpr expr
then Range expr' modeOuter range'
else rewriteExprLowPrec orig
......@@ -279,7 +279,7 @@ convertExpr scopes =
rewriteExprLowPrec other
rewriteExprLowPrec :: Expr -> Expr
rewriteExprLowPrec (orig @ (Bit expr idx)) =
rewriteExprLowPrec orig@(Bit expr idx) =
if isJust maybeDims && expr == rewriteExpr expr
then Range expr' mode' range'
else orig
......@@ -291,7 +291,7 @@ convertExpr scopes =
len = rangeSize dimOuter
base = BinOp Add (endianCondExpr dimOuter (snd dimOuter) (fst dimOuter)) (BinOp Mul idx' len)
range' = (simplify base, simplify len)
rewriteExprLowPrec (orig @ (Range expr NonIndexed range)) =
rewriteExprLowPrec orig@(Range expr NonIndexed range) =
if isJust maybeDims && expr == rewriteExpr expr
then rewriteExpr $ Range expr IndexedMinus range'
else orig
......@@ -302,7 +302,7 @@ convertExpr scopes =
base = endianCondExpr range baseDec baseInc
len = rangeSize range
range' = (base, len)
rewriteExprLowPrec (orig @ (Range expr mode range)) =
rewriteExprLowPrec orig@(Range expr mode range) =
if isJust maybeDims && expr == rewriteExpr expr
then Range expr' mode' range'
else orig
......
src/Convert/Package.hs
......@@ -87,8 +87,8 @@ collectPackageM (Class _ name decls items) =
tell (Map.empty, Map.singleton name (decls, map unpackClassItem items), [])
where
unpackClassItem :: ClassItem -> PackageItem
unpackClassItem (item @ (_, Task{})) = checkTF item
unpackClassItem (item @ (_, Function{})) = checkTF item
unpackClassItem item@(_, Task{}) = checkTF item
unpackClassItem item@(_, Function{}) = checkTF item
unpackClassItem item = checkNonTF item
checkTF :: ClassItem -> PackageItem
checkTF (QStatic, item) = item
......@@ -242,7 +242,7 @@ processItems topName packageName moduleItems = do
-- produces partial mappings of exported identifiers, while also
-- checking the validity of the exports
resolveExportMI :: IdentStateMap -> ModuleItem -> PackagesState IdentStateMap
resolveExportMI mapping (MIPackageItem (item @ (Export pkg ident))) =
resolveExportMI mapping (MIPackageItem item@(Export pkg ident)) =
if null packageName
then error $ "invalid " ++ (init $ show item)
++ " outside of package"
......@@ -304,12 +304,12 @@ processItems topName packageName moduleItems = do
++ intercalate ", " rootPkgs
traversePackageItemM :: PackageItem -> Scope PackageItem
traversePackageItemM (orig @ (Import pkg ident)) = do
traversePackageItemM orig@(Import pkg ident) = do
if null ident
then wildcardImports pkg
else explicitImport pkg ident
return $ Decl $ CommentDecl $ "removed " ++ show orig
traversePackageItemM (orig @ (Export pkg ident)) = do
traversePackageItemM orig@(Export pkg ident) = do
() <- when (not (null pkg || null ident)) $ do
localName <- resolveIdent ident
rootPkg <- lift $ resolveRootPackage pkg ident
......@@ -459,7 +459,7 @@ findPackage packageName = do
assertMsg (not $ elem packageName stack) $
"package dependency loop: " ++ show first ++ " depends on "
++ intercalate ", which depends on " (map show rest)
let Just (package @ (exports, _))= maybePackage
let Just package@(exports, _) = maybePackage
if Map.null exports
then do
-- process and resolve this package
......@@ -613,7 +613,7 @@ toRootPackage sourcePackage identState =
-- nests packages items missing from modules
convertDescription :: PIs -> Description -> Description
convertDescription pis (orig @ Part{}) =
convertDescription pis orig@Part{} =
if Map.null pis
then orig
else Part attrs extern kw lifetime name ports items'
......
src/Convert/ParamNoDefault.hs
......@@ -65,7 +65,7 @@ traverseDeclM other = return other
-- check for instances missing values for parameters without defaults
traverseModuleItem :: Parts -> ModuleItem -> ModuleItem
traverseModuleItem parts (orig @ (Instance part params name _ _)) =
traverseModuleItem parts orig@(Instance part params name _ _) =
if maybePartInfo == Nothing || null missingParams
then orig
else error $ "instance " ++ show name ++ " of " ++ show part
......
src/Convert/ParamType.hs
......@@ -39,7 +39,7 @@ convert files =
-- add type parameter instantiations
files'' = map (concatMap explodeDescription) files'
explodeDescription :: Description -> [Description]
explodeDescription (part @ (Part _ _ _ _ name _ _)) =
explodeDescription part@(Part _ _ _ _ name _ _) =
(part :) $
filter (not . alreadyExists) $
map (rewriteModule part) theseInstances
......@@ -57,7 +57,7 @@ convert files =
both (Map.fromListWith Set.union) $
execWriter $ mapM (mapM collectUsageM) files''
collectUsageM :: Description -> Writer (UsageMap, UsageMap) ()
collectUsageM (part @ (Part _ _ _ _ name _ _)) =
collectUsageM part@(Part _ _ _ _ name _ _) =
tell $ both makeList $ execWriter $
(collectModuleItemsM collectModuleItemM) part
where makeList s = zip (Set.toList s) (repeat $ Set.singleton name)
......@@ -93,7 +93,7 @@ convert files =
-- instantiate the type parameters if this is a used default instance
reduceTypeDefaults :: Description -> Description
reduceTypeDefaults (part @ (Part _ _ _ _ name _ _)) =
reduceTypeDefaults part@(Part _ _ _ _ name _ _) =
if shouldntReduce
then part
else traverseModuleItems (traverseDecls rewriteDecl) part
......@@ -149,7 +149,7 @@ convert files =
additionalParamItems = concatMap makeAddedParams $
Map.toList $ Map.map snd inst
rewriteExpr :: Expr -> Expr
rewriteExpr (orig @ (Dot (Ident x) y)) =
rewriteExpr orig@(Dot (Ident x) y) =
if x == m
then Dot (Ident m') y
else orig
......@@ -157,7 +157,7 @@ convert files =
traverseExprTypes rewriteType $
traverseSinglyNestedExprs rewriteExpr other
rewriteLHS :: LHS -> LHS
rewriteLHS (orig @ (LHSDot (LHSIdent x) y)) =
rewriteLHS orig@(LHSDot (LHSIdent x) y) =
if x == m
then LHSDot (LHSIdent m') y
else orig
......@@ -192,7 +192,7 @@ convert files =
-- write down module parameter names and type parameters
collectDescriptionM :: Description -> Writer Modules ()
collectDescriptionM (part @ (Part _ _ _ _ name _ _)) =
collectDescriptionM part@(Part _ _ _ _ name _ _) =
tell $ Map.singleton name typeMap
where
typeMap = Map.fromList $ execWriter $
......@@ -250,7 +250,7 @@ prepareTypeExprs instanceName paramName =
(traverseTypeExprsM $ traverseNestedExprsM prepareExpr)
where
prepareExpr :: Expr -> Writer (IdentSet, DeclMap) Expr
prepareExpr (e @ Call{}) = do
prepareExpr e@Call{} = do
tell (Set.empty, Map.singleton x decl)
prepareExpr $ Ident x
where
......@@ -281,7 +281,7 @@ convertGenItemM other =
-- attempt to rewrite instantiations with type parameters
convertModuleItemM :: ModuleItem -> Writer Instances ModuleItem
convertModuleItemM (orig @ (Instance m bindings x r p)) =
convertModuleItemM orig@(Instance m bindings x r p) =
if hasOnlyExprs then
return orig
else if not hasUnresolvedTypes then do
......
src/Convert/Scoper.hs
......@@ -276,7 +276,7 @@ directResolve mapping (Access x Nil : rest) = do
Entry _ "" subMapping <- Map.lookup x mapping
directResolve subMapping rest
directResolve mapping (Access x e : rest) = do
Entry _ (index @ (_ : _)) subMapping <- Map.lookup x mapping
Entry _ index@(_ : _) subMapping <- Map.lookup x mapping
(replacements, element) <- directResolve subMapping rest
let replacements' = Map.insert index e replacements
Just (replacements', element)
......
src/Convert/Simplify.hs
......@@ -155,6 +155,6 @@ substitute scopes expr =
substituteIdent :: Scopes Expr -> Expr -> Expr
substituteIdent scopes (Ident x) =
case lookupElem scopes x of
Just (_, _, n @ Number{}) -> n
Just (_, _, n@Number{}) -> n
_ -> Ident x
substituteIdent _ other = other
src/Convert/Stream.hs
......@@ -27,7 +27,7 @@ traverseDeclM (Variable d t x [] (Stream StreamR _ exprs)) =
expr' = resize exprSize lhsSize expr
lhsSize = DimsFn FnBits $ Left t
exprSize = sizeof expr
traverseDeclM (Variable d t x [] (expr @ (Stream StreamL chunk exprs))) = do
traverseDeclM (Variable d t x [] expr@(Stream StreamL chunk exprs)) = do
inProcedure <- withinProcedureM
if inProcedure
then return $ Variable d t x [] expr
......@@ -40,7 +40,7 @@ traverseDeclM (Variable d t x [] (expr @ (Stream StreamL chunk exprs))) = do
expr' = Call (Ident fnName) (Args [Concat exprs] [])
traverseDeclM (Variable d t x a expr) =
traverseExprM expr >>= return . Variable d t x a
traverseDeclM decl @ Net{} = traverseNetAsVarM traverseDeclM decl
traverseDeclM decl@Net{} = traverseNetAsVarM traverseDeclM decl
traverseDeclM decl = return decl
traverseModuleItemM :: ModuleItem -> Scoper () ModuleItem
......
src/Convert/StringParam.hs
......@@ -72,7 +72,7 @@ collectQueriedIdentsM _ _ = return ()
elaborateStringParam :: Idents -> ModuleItem -> ModuleItem
elaborateStringParam idents (MIAttr attr item) =
MIAttr attr $ elaborateStringParam idents item
elaborateStringParam idents (orig @ (StringParam x str)) =
elaborateStringParam idents orig@(StringParam x str) =
if Set.member x idents
then Generate $ map wrap [width, param]
else orig
......@@ -99,7 +99,7 @@ mapInstance partStringParams (Instance m params x rs ports) =
where
expand :: [Identifier] -> ParamBinding -> [ParamBinding]
expand _ (paramName, Left t) = [(paramName, Left t)]
expand stringParams (orig @ (paramName, Right expr)) =
expand stringParams orig@(paramName, Right expr) =
if elem paramName stringParams
then [(widthName paramName, Right width), orig]
else [orig]
......
src/Convert/Struct.hs
......@@ -24,7 +24,7 @@ convert :: [AST] -> [AST]
convert = map $ traverseDescriptions convertDescription
convertDescription :: Description -> Description
convertDescription (description @ (Part _ _ Module _ _ _ _)) =
convertDescription description@(Part _ _ Module _ _ _ _) =
partScoper traverseDeclM traverseModuleItemM traverseGenItemM traverseStmtM
description
convertDescription other = other
......@@ -103,7 +103,7 @@ convertType t1 =
-- write down the types of declarations
traverseDeclM :: Decl -> Scoper Type Decl
traverseDeclM decl @ Net{} =
traverseDeclM decl@Net{} =
traverseNetAsVarM traverseDeclM decl
traverseDeclM decl = do
decl' <- case decl of
......@@ -196,7 +196,7 @@ convertExpr t (Mux c e1 e2) =
e1' = convertExpr t e1
e2' = convertExpr t e2
convertExpr (struct @ (Struct _ fields [])) (Pattern itemsOrig) =
convertExpr struct@(Struct _ fields []) (Pattern itemsOrig) =
if not (null extraNames) then
error $ "pattern " ++ show (Pattern itemsOrig) ++
" has extra named fields " ++ show extraNames ++
......@@ -302,7 +302,7 @@ convertExpr (Implicit sg rs) expr =
-- TODO: This is a conversion for concat array literals with elements
-- that are unsized numbers. This probably belongs somewhere else.
convertExpr (t @ IntegerVector{}) (Concat exprs) =
convertExpr t@IntegerVector{} (Concat exprs) =
if all isUnsizedNumber exprs
then Concat $ map (Cast $ Left t') exprs
else Concat $ map (convertExpr t') exprs
......@@ -317,7 +317,7 @@ convertExpr (t @ IntegerVector{}) (Concat exprs) =
-- TODO: This is really a conversion for using default patterns to
-- populate arrays. Maybe this should be somewhere else?
convertExpr t (orig @ (Pattern [(Left UnknownType, expr)])) =
convertExpr t orig@(Pattern [(Left UnknownType, expr)]) =
if null rs
then orig
else Repeat count [expr']
......
src/Convert/TypeOf.hs
......@@ -41,7 +41,7 @@ type ST = Scoper Type
-- insert the given declaration into the scope, and convert an TypeOfs within
traverseDeclM :: Decl -> ST Decl
traverseDeclM decl @ Net{} =
traverseDeclM decl@Net{} =
traverseNetAsVarM traverseDeclM decl
traverseDeclM decl = do
decl' <- traverseDeclNodesM traverseTypeM traverseExprM decl
......@@ -98,7 +98,7 @@ traverseExprM (Cast (Left (Implicit sg [])) expr) =
traverseExprM (Cast (Left t) (Number (UnbasedUnsized bit))) =
-- defer until this expression becomes explicit
return $ Cast (Left t) (Number (UnbasedUnsized bit))
traverseExprM (Cast (Left (t @ (IntegerAtom TInteger _))) expr) =
traverseExprM (Cast (Left t@(IntegerAtom TInteger _)) expr) =
-- convert to cast to an integer vector type
traverseExprM $ Cast (Left t') expr
where
......@@ -189,14 +189,14 @@ typeof (Number n) =
size = numberBitLength n
sg = if numberIsSigned n then Signed else Unspecified
typeof (Call (Ident x) args) = typeofCall x args
typeof (orig @ (Bit e _)) = do
typeof orig@(Bit e _) = do
t <- typeof e
let t' = popRange t
case t of
TypeOf{} -> lookupTypeOf orig
Alias{} -> return $ TypeOf orig
_ -> return $ typeSignednessOverride t' Unsigned t'
typeof (orig @ (Range e NonIndexed r)) = do
typeof orig@(Range e NonIndexed r) = do
t <- typeof e
let t' = replaceRange r t
return $ case t of
......@@ -217,7 +217,7 @@ typeof (Range expr mode (base, len)) =
if mode == IndexedPlus
then BinOp Sub (BinOp Add base len) (RawNum 1)
else BinOp Add (BinOp Sub base len) (RawNum 1)
typeof (orig @ (Dot e x)) = do
typeof orig@(Dot e x) = do
t <- typeof e
case t of
Struct _ fields [] -> return $ fieldsType fields
......@@ -404,7 +404,7 @@ typeCastUnneeded t1 t2 =
sz2 = typeSize t2
typeSize :: Type -> Maybe Expr
typeSize (IntegerVector _ _ rs) = Just $ dimensionsSize rs
typeSize (t @ IntegerAtom{}) =
typeSize t@IntegerAtom{} =
typeSize $ tf [(RawNum 1, RawNum 1)]
where (tf, []) = typeRanges t
typeSize _ = Nothing
......
src/Convert/UnbasedUnsized.hs
......@@ -207,7 +207,7 @@ convertExpr _ (Cast te e) =
Cast te $ convertExpr SelfDetermined e
convertExpr _ (Concat exprs) =
Concat $ map (convertExpr SelfDetermined) exprs
convertExpr context (Pattern [(Left UnknownType, e @ UU{})]) =
convertExpr context (Pattern [(Left UnknownType, e@UU{})]) =
convertExpr context e
convertExpr _ (Pattern items) =
Pattern $ zip
......@@ -218,7 +218,7 @@ convertExpr _ (Call expr (Args pnArgs [])) =
where pnArgs' = map (convertExpr SelfDetermined) pnArgs
convertExpr _ (Repeat count exprs) =
Repeat count $ map (convertExpr SelfDetermined) exprs
convertExpr SelfDetermined (Mux cond (e1 @ UU{}) (e2 @ UU{})) =
convertExpr SelfDetermined (Mux cond e1@UU{} e2@UU{}) =
Mux
(convertExpr SelfDetermined cond)
(convertExpr SelfDetermined e1)
......
src/Convert/UnnamedGenBlock.hs
......@@ -31,10 +31,10 @@ initialState :: Info
initialState = ([], 1)
traverseModuleItemM :: ModuleItem -> S ModuleItem
traverseModuleItemM (item @ (Genvar x)) = declaration x item
traverseModuleItemM (item @ (NInputGate _ _ x _ _)) = declaration x item
traverseModuleItemM (item @ (NOutputGate _ _ x _ _)) = declaration x item
traverseModuleItemM (item @ (Instance _ _ x _ _)) = declaration x item
traverseModuleItemM item@(Genvar x) = declaration x item
traverseModuleItemM item@(NInputGate _ _ x _ _) = declaration x item
traverseModuleItemM item@(NOutputGate _ _ x _ _) = declaration x item
traverseModuleItemM item@(Instance _ _ x _ _) = declaration x item
traverseModuleItemM (MIPackageItem (Decl decl)) =
traverseDeclM decl >>= return . MIPackageItem . Decl
traverseModuleItemM (MIAttr attr item) =
......@@ -56,10 +56,10 @@ traverseDeclM decl =
-- label the generate blocks within an individual generate item which is already
-- in a list of generate items (top level or generate block)
traverseGenItemM :: GenItem -> S GenItem
traverseGenItemM (item @ GenIf{}) = do
traverseGenItemM item@GenIf{} = do
item' <- labelGenElse item
incrCount >> return item'
traverseGenItemM (item @ GenBlock{}) = do
traverseGenItemM item@GenBlock{} = do
item' <- labelBlock item
incrCount >> return item'
traverseGenItemM (GenFor a b c item) = do
......
src/Language/SystemVerilog/AST/Expr.hs
......@@ -91,11 +91,11 @@ instance Show Expr where
showPatternItem (Left t, v) = printf "%s: %s" tStr (show v)
where tStr = if null (show t) then "default" else show t
show (MinTypMax a b c) = printf "(%s : %s : %s)" (show a) (show b) (show c)
show (e @ UniOp{}) = showsPrec 0 e ""
show (e @ BinOp{}) = showsPrec 0 e ""
show (e @ Dot {}) = showsPrec 0 e ""
show (e @ Mux {}) = showsPrec 0 e ""
show (e @ Call {}) = showsPrec 0 e ""
show e@UniOp{} = showsPrec 0 e ""
show e@BinOp{} = showsPrec 0 e ""
show e@Dot {} = showsPrec 0 e ""
show e@Mux {} = showsPrec 0 e ""
show e@Call {} = showsPrec 0 e ""
showsPrec _ (UniOp o e ) =
shows o .
......@@ -185,12 +185,12 @@ showRange :: Range -> String
showRange (h, l) = '[' : show h ++ ':' : show l ++ "]"
showUniOpPrec :: Expr -> ShowS
showUniOpPrec (e @ UniOp{}) = (showParen True . shows) e
showUniOpPrec (e @ BinOp{}) = (showParen True . shows) e
showUniOpPrec e@UniOp{} = (showParen True . shows) e
showUniOpPrec e@BinOp{} = (showParen True . shows) e
showUniOpPrec e = shows e
showBinOpPrec :: Expr -> ShowS
showBinOpPrec (e @ BinOp{}) = (showParen True . shows) e
showBinOpPrec e@BinOp{} = (showParen True . shows) e
showBinOpPrec e = shows e
type ParamBinding = (Identifier, TypeOrExpr)
......
src/Language/SystemVerilog/AST/Number.hs
......@@ -449,7 +449,7 @@ chunk base n0 =
-- number concatenation
instance Semigroup Number where
(n1 @ Based{}) <> (n2 @ Based{}) =
n1@Based{} <> n2@Based{} =
Based size signed base values kinds
where
size = size1 + size2
......@@ -465,7 +465,7 @@ instance Semigroup Number where
n1 <> n2 =
toBased n1 <> toBased n2
where
toBased (n @ Based{}) = n
toBased n@Based{} = n
toBased (Decimal size signed num) =
Based size signed Hex num 0
toBased (UnbasedUnsized bit) =
......
src/Language/SystemVerilog/AST/Stmt.hs
......@@ -104,9 +104,9 @@ showAssign :: (LHS, AsgnOp, Expr) -> String
showAssign (l, op, e) = (showPad l) ++ (showPad op) ++ (show e)
showBranch :: Stmt -> String
showBranch (Block Seq "" [] (stmts @ [CommentStmt{}, _])) =
showBranch (Block Seq "" [] stmts@[CommentStmt{}, _]) =
'\n' : (indent $ show stmts)
showBranch (block @ Block{}) = ' ' : show block
showBranch block@Block{} = ' ' : show block
showBranch stmt = '\n' : (indent $ show stmt)
showBlockedBranch :: Stmt -> String
......@@ -129,11 +129,11 @@ showBlockedBranch stmt =
_ -> False
showElseBranch :: Stmt -> String
showElseBranch (stmt @ If{}) = ' ' : show stmt
showElseBranch stmt@If{} = ' ' : show stmt
showElseBranch stmt = showBranch stmt
showShortBranch :: Stmt -> String
showShortBranch (stmt @ Asgn{}) = ' ' : show stmt
showShortBranch stmt@Asgn{} = ' ' : show stmt
showShortBranch stmt = showBranch stmt
showCase :: Case -> String
......
src/Language/SystemVerilog/Parser/Parse.y
......@@ -1578,7 +1578,7 @@ caseInsideKW tok kw =
parseError (tokenPosition tok) $ "cannot use inside with " ++ show kw
addMIAttr :: Attr -> ModuleItem -> ModuleItem
addMIAttr _ (item @ (MIPackageItem (Decl CommentDecl{}))) = item
addMIAttr _ item@(MIPackageItem (Decl CommentDecl{})) = item
addMIAttr attr item = MIAttr attr item
missingToken :: String -> ParseState a
......@@ -1646,15 +1646,15 @@ makeTypeOf (Token _ _ pos) expr = (pos, check)
check sg [] = unexpectedSigning pos sg (show typ)
addMITrace :: ModuleItem -> [ModuleItem] -> [ModuleItem]
addMITrace _ items @ (MIPackageItem (Decl CommentDecl{}) : _) = items
addMITrace _ items@(MIPackageItem (Decl CommentDecl{}) : _) = items
addMITrace trace items = trace : items
addPITrace :: PackageItem -> [PackageItem] -> [PackageItem]
addPITrace _ items @ (Decl CommentDecl{} : _) = items
addPITrace _ items@(Decl CommentDecl{} : _) = items
addPITrace trace items = trace : items
addCITrace :: ClassItem -> [ClassItem] -> [ClassItem]
addCITrace _ items @ ((_, Decl CommentDecl{}) : _) = items
addCITrace _ items@((_, Decl CommentDecl{}) : _) = items
addCITrace trace items = trace : items
makeFor :: Either [Decl] [(LHS, Expr)] -> Expr -> [(LHS, AsgnOp, Expr)] -> Stmt -> Stmt
......
src/Language/SystemVerilog/Parser/ParseDecl.hs
......@@ -82,7 +82,7 @@ parseDTsAsPortDecls = parseDTsAsPortDecls' . dropTrailingComma
where
dropTrailingComma :: [DeclToken] -> [DeclToken]
dropTrailingComma [] = []
dropTrailingComma [DTComma{}, end @ DTEnd{}] = [end]
dropTrailingComma [DTComma{}, end@DTEnd{}] = [end]
dropTrailingComma (tok : toks) = tok : dropTrailingComma toks
-- internal parseDTsAsPortDecls after the removal of an optional trailing comma
......@@ -102,7 +102,7 @@ parseDTsAsPortDecls' pieces =
pieces' = filter (not . isAttr) pieces
propagateDirections :: Direction -> [Decl] -> [Decl]
propagateDirections dir (decl @ (Variable _ InterfaceT{} _ _ _) : decls) =
propagateDirections dir (decl@(Variable _ InterfaceT{} _ _ _) : decls) =
decl : propagateDirections dir decls
propagateDirections lastDir (Variable currDir t x a e : decls) =
decl : propagateDirections dir decls
......@@ -167,7 +167,7 @@ parseDTsAsModuleItems tokens =
-- internal; attempt to parse an elaboration system task
asElabTask :: [DeclToken] -> Maybe ModuleItem
asElabTask tokens = do
DTIdent _ x @ ('$' : _) <- return $ head tokens
DTIdent _ x@('$' : _) <- return $ head tokens
severity <- lookup x elabTasks
Just $ ElabTask severity args
where
......@@ -328,7 +328,7 @@ parseDTsAsAsgns tokens =
"unexpected " ++ surprise ++ " in for loop initialization"
shiftIncOrDec :: [DeclToken] -> [DeclToken]
shiftIncOrDec (tok @ (DTAsgn _ AsgnOp{} _ _) : toks) =
shiftIncOrDec (tok@(DTAsgn _ AsgnOp{} _ _) : toks) =
before ++ tok : delim : shiftIncOrDec after
where (before, delim : after) = break isCommaOrEnd toks
shiftIncOrDec [] = []
......
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