Safe Haskell	Safe
Language	Haskell2010

Type.Data.Ord

Documentation

type family Compare x y Source #

Instances

type Compare False False Source #
Instance details Defined in Type.Data.Ord type Compare False False = EQ
type Compare False True Source #
Instance details Defined in Type.Data.Ord type Compare False True = LT
type Compare True False Source #
Instance details Defined in Type.Data.Ord type Compare True False = GT
type Compare True True Source #
Instance details Defined in Type.Data.Ord type Compare True True = EQ
type Compare GT GT Source #
Instance details Defined in Type.Data.Ord type Compare GT GT = EQ
type Compare GT EQ Source #
Instance details Defined in Type.Data.Ord type Compare GT EQ = GT
type Compare GT LT Source #
Instance details Defined in Type.Data.Ord type Compare GT LT = GT
type Compare EQ GT Source #
Instance details Defined in Type.Data.Ord type Compare EQ GT = LT
type Compare EQ EQ Source #
Instance details Defined in Type.Data.Ord type Compare EQ EQ = EQ
type Compare EQ LT Source #
Instance details Defined in Type.Data.Ord type Compare EQ LT = GT
type Compare LT GT Source #
Instance details Defined in Type.Data.Ord type Compare LT GT = LT
type Compare LT EQ Source #
Instance details Defined in Type.Data.Ord type Compare LT EQ = LT
type Compare LT LT Source #
Instance details Defined in Type.Data.Ord type Compare LT LT = EQ
type Compare (Dec x) (Dec y) Source #
Instance details Defined in Type.Data.Num.Decimal.Number type Compare (Dec x) (Dec y) = Compare x y

compare :: Proxy x -> Proxy y -> Proxy (Compare x y) Source #

data LT Source #

Instances

type IsGT LT Source #
Instance details Defined in Type.Data.Ord type IsGT LT = False
type IsEQ LT Source #
Instance details Defined in Type.Data.Ord type IsEQ LT = False
type IsLT LT Source #
Instance details Defined in Type.Data.Ord type IsLT LT = True
type Compare GT LT Source #
Instance details Defined in Type.Data.Ord type Compare GT LT = GT
type Compare EQ LT Source #
Instance details Defined in Type.Data.Ord type Compare EQ LT = GT
type Compare LT GT Source #
Instance details Defined in Type.Data.Ord type Compare LT GT = LT
type Compare LT EQ Source #
Instance details Defined in Type.Data.Ord type Compare LT EQ = LT
type Compare LT LT Source #
Instance details Defined in Type.Data.Ord type Compare LT LT = EQ

data EQ Source #

Instances

type IsGT EQ Source #
Instance details Defined in Type.Data.Ord type IsGT EQ = False
type IsEQ EQ Source #
Instance details Defined in Type.Data.Ord type IsEQ EQ = True
type IsLT EQ Source #
Instance details Defined in Type.Data.Ord type IsLT EQ = False
type Compare GT EQ Source #
Instance details Defined in Type.Data.Ord type Compare GT EQ = GT
type Compare EQ GT Source #
Instance details Defined in Type.Data.Ord type Compare EQ GT = LT
type Compare EQ EQ Source #
Instance details Defined in Type.Data.Ord type Compare EQ EQ = EQ
type Compare EQ LT Source #
Instance details Defined in Type.Data.Ord type Compare EQ LT = GT
type Compare LT EQ Source #
Instance details Defined in Type.Data.Ord type Compare LT EQ = LT

data GT Source #

Instances

type IsGT GT Source #
Instance details Defined in Type.Data.Ord type IsGT GT = True
type IsEQ GT Source #
Instance details Defined in Type.Data.Ord type IsEQ GT = False
type IsLT GT Source #
Instance details Defined in Type.Data.Ord type IsLT GT = False
type Compare GT GT Source #
Instance details Defined in Type.Data.Ord type Compare GT GT = EQ
type Compare GT EQ Source #
Instance details Defined in Type.Data.Ord type Compare GT EQ = GT
type Compare GT LT Source #
Instance details Defined in Type.Data.Ord type Compare GT LT = GT
type Compare EQ GT Source #
Instance details Defined in Type.Data.Ord type Compare EQ GT = LT
type Compare LT GT Source #
Instance details Defined in Type.Data.Ord type Compare LT GT = LT

type family IsLT c Source #

Instances

type IsLT GT Source #
Instance details Defined in Type.Data.Ord type IsLT GT = False
type IsLT EQ Source #
Instance details Defined in Type.Data.Ord type IsLT EQ = False
type IsLT LT Source #
Instance details Defined in Type.Data.Ord type IsLT LT = True

isLT :: Proxy c -> Proxy (IsLT c) Source #

type family IsEQ c Source #

Instances

type IsEQ GT Source #
Instance details Defined in Type.Data.Ord type IsEQ GT = False
type IsEQ EQ Source #
Instance details Defined in Type.Data.Ord type IsEQ EQ = True
type IsEQ LT Source #
Instance details Defined in Type.Data.Ord type IsEQ LT = False

isEQ :: Proxy c -> Proxy (IsEQ c) Source #

type family IsGT c Source #

Instances

type IsGT GT Source #
Instance details Defined in Type.Data.Ord type IsGT GT = True
type IsGT EQ Source #
Instance details Defined in Type.Data.Ord type IsGT EQ = False
type IsGT LT Source #
Instance details Defined in Type.Data.Ord type IsGT LT = False

isGT :: Proxy c -> Proxy (IsGT c) Source #

class x :<: y Source #

lt :: Proxy x -> Proxy y -> Proxy (LTT x y) Source #

type family LTT x y Source #

Instances

type LTT x y Source #
Instance details Defined in Type.Data.Ord type LTT x y = IsLT (Compare x y)

class x :<=: y Source #

le :: Proxy x -> Proxy y -> Proxy (LET x y) Source #

type family LET x y Source #

Instances

type LET x y Source #
Instance details Defined in Type.Data.Ord type LET x y = Not (GTT x y)

class x :==: y Source #

eq :: Proxy x -> Proxy y -> Proxy (EQT x y) Source #

type family EQT x y Source #

Instances

type EQT x y Source #
Instance details Defined in Type.Data.Ord type EQT x y = IsEQ (Compare x y)

class x :/=: y Source #

ne :: Proxy x -> Proxy y -> Proxy (NET x y) Source #

type family NET x y Source #

Instances

type NET x y Source #
Instance details Defined in Type.Data.Ord type NET x y = Not (EQT x y)

class x :>=: y Source #

ge :: Proxy x -> Proxy y -> Proxy (GET x y) Source #

type family GET x y Source #

Instances

type GET x y Source #
Instance details Defined in Type.Data.Ord type GET x y = Not (LTT x y)

class x :>: y Source #

gt :: Proxy x -> Proxy y -> Proxy (GTT x y) Source #

type family GTT x y Source #

Instances

type GTT x y Source #
Instance details Defined in Type.Data.Ord type GTT x y = IsGT (Compare x y)

type family Min x y Source #

Instances

type Min x y Source #
Instance details Defined in Type.Data.Ord type Min x y = If (LET x y) x y

min :: Proxy x -> Proxy y -> Proxy (Min x y) Source #

type family Max x y Source #

Instances

type Max x y Source #
Instance details Defined in Type.Data.Ord type Max x y = If (GET x y) x y

max :: Proxy x -> Proxy y -> Proxy (Max x y) Source #