ghc-9.12: The GHC API

Safe Haskell	None
Language	GHC2021

GHC.Types.Id.Make

Synopsis

mkDictFunId :: Name -> [TyVar] -> ThetaType -> Class -> [Type] -> Id
mkDictSelId :: Name -> Class -> Id
mkDictSelRhs :: Class -> Int -> CoreExpr
mkFCallId :: Unique -> ForeignCall -> Type -> Id
unwrapNewTypeBody :: TyCon -> [Type] -> CoreExpr -> CoreExpr
wrapFamInstBody :: TyCon -> [Type] -> CoreExpr -> CoreExpr
newtype DataConBoxer = DCB ([Type] -> [Var] -> UniqSM ([Var], [CoreBind]))
vanillaDataConBoxer :: DataConBoxer
mkDataConRep :: DataConBangOpts -> FamInstEnvs -> Name -> DataCon -> UniqSM DataConRep
mkDataConWorkId :: Name -> DataCon -> Id
data DataConBangOpts
- = FixedBangOpts [HsImplBang]
- | SrcBangOpts !BangOpts
data BangOpts = BangOpts {
- bang_opt_strict_data :: !Bool
- bang_opt_unbox_disable :: !Bool
- bang_opt_unbox_strict :: !Bool
- bang_opt_unbox_small :: !Bool
}
unboxedUnitExpr :: CoreExpr
wiredInIds :: [Id]
ghcPrimIds :: [Id]
realWorldPrimId :: Id
voidPrimId :: Id
voidArgId :: Id
nullAddrId :: Id
seqId :: Id
lazyId :: Id
lazyIdKey :: Unique
coercionTokenId :: Id
coerceId :: Id
proxyHashId :: Id
nospecId :: Id
nospecIdName :: Name
noinlineId :: Id
noinlineIdName :: Name
noinlineConstraintId :: Id
noinlineConstraintIdName :: Name
coerceName :: Name
leftSectionName :: Name
rightSectionName :: Name
pcRepPolyId :: Name -> Type -> (Name -> ConcreteTyVars) -> IdInfo -> Id
mkRepPolyIdConcreteTyVars :: [((Type, Position 'Neg), TyVar)] -> Name -> ConcreteTyVars

Documentation

mkDictFunId :: Name -> [TyVar] -> ThetaType -> Class -> [Type] -> Id Source #

mkDictSelId :: Name -> Class -> Id Source #

mkDictSelRhs :: Class -> Int -> CoreExpr Source #

mkFCallId :: Unique -> ForeignCall -> Type -> Id Source #

unwrapNewTypeBody :: TyCon -> [Type] -> CoreExpr -> CoreExpr Source #

wrapFamInstBody :: TyCon -> [Type] -> CoreExpr -> CoreExpr Source #

newtype DataConBoxer Source #

Data Constructor Boxer

Constructors

DCB ([Type] -> [Var] -> UniqSM ([Var], [CoreBind]))

vanillaDataConBoxer :: DataConBoxer Source #

mkDataConRep :: DataConBangOpts -> FamInstEnvs -> Name -> DataCon -> UniqSM DataConRep Source #

mkDataConWorkId :: Name -> DataCon -> Id Source #

data DataConBangOpts Source #

Constructors

FixedBangOpts [HsImplBang]	Used for imported data constructors See Note [Bangs on imported data constructors]
SrcBangOpts !BangOpts

data BangOpts Source #

Constructors

BangOpts
Fields bang_opt_strict_data :: !Bool Strict fields by default bang_opt_unbox_disable :: !Bool Disable automatic field unboxing (e.g. if we aren't optimising) bang_opt_unbox_strict :: !Bool Unbox strict fields bang_opt_unbox_small :: !Bool Unbox small strict fields

unboxedUnitExpr :: CoreExpr Source #

wiredInIds :: [Id] Source #

ghcPrimIds :: [Id] Source #

realWorldPrimId :: Id Source #

voidPrimId :: Id Source #

voidArgId :: Id Source #

nullAddrId :: Id Source #

seqId :: Id Source #

lazyId :: Id Source #

lazyIdKey :: Unique Source #

coercionTokenId :: Id Source #

coerceId :: Id Source #

proxyHashId :: Id Source #

nospecId :: Id Source #

nospecIdName :: Name Source #

noinlineId :: Id Source #

noinlineIdName :: Name Source #

noinlineConstraintId :: Id Source #

noinlineConstraintIdName :: Name Source #

coerceName :: Name Source #

leftSectionName :: Name Source #

rightSectionName :: Name Source #

pcRepPolyId :: Name -> Type -> (Name -> ConcreteTyVars) -> IdInfo -> Id Source #

mkRepPolyIdConcreteTyVars Source #

Arguments

:: [((Type, Position 'Neg), TyVar)]	((ty, pos), tv) `ty` is the type on which the representation-polymorphism check is done `tv` is the type variable we are checking for concreteness (usually the kind of `ty`) `pos` is the position of `ty` in the type of the `Id`
-> Name	`Name` of the rep-poly `Id`
-> ConcreteTyVars

Directly specify which outer forall'd type variables of a representation-polymorphic Id such become concrete metavariables when instantiated.