iron-cats
API
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© 2002-2021 · LAMP/EPFL
© 2002-2021 · LAMP/EPFL
iron-cats/io.github.iltotore.iron/cats

cats

io.github.iltotore.iron.cats$
object cats

Attributes

Graph
Supertypes
class Object
trait Matchable
class Any
Self type
cats.type

Members list

Concise view

Givens

Inherited givens

inline given given_Eq_:|[A, C](using inline ev: Eq[A]): Eq[IronType[A, C]]

Attributes

Inherited from:
IronCatsInstances (hidden)
inline given given_Eq_T[T](using mirror: Mirror[T], ev: Eq[IronType]): Eq[T]

Attributes

Inherited from:
RefinedTypeOpsCats (hidden)
inline given given_Hash_:|[A, C](using inline ev: Hash[A]): Hash[IronType[A, C]]

Attributes

Inherited from:
IronCatsLowPriority (hidden)
inline given given_Hash_T[T](using mirror: Mirror[T], ev: Hash[IronType]): Hash[T]

Attributes

Inherited from:
RefinedTypeOpsCatsLowPriority (hidden)
inline given given_LowerBounded_:|[A, C, V](using inline ev: LowerBounded[A], implication: Implication[C, Greater[V]]): LowerBounded[IronType[A, C]]

Attributes

Inherited from:
IronCatsInstances (hidden)
inline given given_Order_:|[A, C](using inline ev: Order[A]): Order[IronType[A, C]]

Attributes

Inherited from:
IronCatsInstances (hidden)
inline given given_Order_T[T](using mirror: Mirror[T], ev: Order[IronType]): Order[T]

Attributes

Inherited from:
RefinedTypeOpsCats (hidden)
inline given given_PartialOrder_:|[A, C](using inline ev: PartialOrder[A]): PartialOrder[IronType[A, C]]

Attributes

Inherited from:
IronCatsInstances (hidden)
inline given given_PartialOrder_T[T](using mirror: Mirror[T], ev: PartialOrder[IronType]): PartialOrder[T]

Attributes

Inherited from:
RefinedTypeOpsCats (hidden)
inline given given_Show_:|[A, C](using inline ev: Show[A]): Show[IronType[A, C]]

Attributes

Inherited from:
IronCatsInstances (hidden)
inline given given_Show_T[T](using mirror: Mirror[T], ev: Show[IronType]): Show[T]

Attributes

Inherited from:
RefinedTypeOpsCats (hidden)
inline given given_UpperBounded_:|[A, C, V](using inline ev: UpperBounded[A], implication: Implication[C, Greater[V]]): UpperBounded[IronType[A, C]]

Attributes

Inherited from:
IronCatsInstances (hidden)
inline given negDoubleCommutativeMonoid[C](using Implication[C, Negative]): CommutativeMonoid[IronType[Double, C]]

Attributes

Inherited from:
IronCatsInstances (hidden)
inline given negFloatCommutativeMonoid[C](using Implication[C, Negative]): CommutativeMonoid[IronType[Float, C]]

Attributes

Inherited from:
IronCatsInstances (hidden)
inline given negIntCommutativeMonoid[C](using Implication[C, Negative]): CommutativeMonoid[IronType[Int, C]]

Attributes

Inherited from:
IronCatsInstances (hidden)
inline given negLongCommutativeMonoid[C](using Implication[C, Negative]): CommutativeMonoid[IronType[Long, C]]

Attributes

Inherited from:
IronCatsInstances (hidden)
inline given posDoubleCommutativeMonoid[C](using Implication[C, Positive]): CommutativeMonoid[IronType[Double, C]]

Attributes

Inherited from:
IronCatsInstances (hidden)
inline given posFloatCommutativeMonoid[C](using Implication[C, Positive]): CommutativeMonoid[IronType[Float, C]]

Attributes

Inherited from:
IronCatsInstances (hidden)
inline given posIntCommutativeMonoid[C](using Implication[C, Positive]): CommutativeMonoid[IronType[Int, C]]

Attributes

Inherited from:
IronCatsInstances (hidden)
inline given posLongCommutativeMonoid[C](using Implication[C, Positive]): CommutativeMonoid[IronType[Long, C]]

Attributes

Inherited from:
IronCatsInstances (hidden)

Extensions

Extensions

extension [A, C, T](ops: RefinedTypeOpsImpl[A, C, T])
inline def eitherNec(value: A)(using inline c: Constraint[A, C]): EitherNec[String, T]

Refine the given value at runtime, resulting in an EitherNec.

Refine the given value at runtime, resulting in an EitherNec.

Attributes

constraint

the constraint to test with the value to refine.

Returns:

a Right containing this value as IronType or a Left containing the constraint message.

See also:

either, eitherNel.

inline def eitherNel(value: A)(using inline c: Constraint[A, C]): EitherNel[String, T]

Refine the given value at runtime, resulting in an EitherNel.

Refine the given value at runtime, resulting in an EitherNel.

Attributes

constraint

the constraint to test with the value to refine.

Returns:

a Right containing this value as IronType or a Left containing the constraint message.

See also:

either, eitherNec.

inline def validated(value: A)(using inline c: Constraint[A, C]): Validated[String, T]

Refine the given value at runtime, resulting in a Validated.

Refine the given value at runtime, resulting in a Validated.

Attributes

constraint

the constraint to test with the value to refine.

Returns:

a Valid containing this value as IronType or an Invalid containing the constraint message.

See also:
inline def validatedNec(value: A)(using inline c: Constraint[A, C]): ValidatedNec[String, T]

Refine the given value applicatively at runtime, resulting in a ValidatedNec.

Refine the given value applicatively at runtime, resulting in a ValidatedNec.

Attributes

constraint

the constraint to test with the value to refine.

Returns:

a Valid containing this value as IronType or an Invalid containing a NonEmptyChain of error messages.

See also:
inline def validatedNel(value: A)(using inline c: Constraint[A, C]): ValidatedNel[String, T]

Refine the given value applicatively at runtime, resulting in a ValidatedNel.

Refine the given value applicatively at runtime, resulting in a ValidatedNel.

Attributes

constraint

the constraint to test with the value to refine.

Returns:

a Valid containing this value as IronType or an Invalid containing a NonEmptyList of error messages.

See also:
extension [A, C1](value: IronType[A, C1])
inline def refineFurtherNec[C2](using inline constraint: Constraint[A, C2]): EitherNec[String, IronType[A, C1 & C2]]

Refine the given value again at runtime, resulting in an EitherNec.

Refine the given value again at runtime, resulting in an EitherNec.

Attributes

constraint

the new constraint to test.

Returns:

a Right containing this refined with C1 & C2 or a Left containing the constraint message.

See also:
inline def refineFurtherNel[C2](using inline constraint: Constraint[A, C2]): EitherNel[String, IronType[A, C1 & C2]]

Refine the given value again at runtime, resulting in an EitherNel.

Refine the given value again at runtime, resulting in an EitherNel.

Attributes

constraint

the new constraint to test.

Returns:

a Right containing this refined with C1 & C2 or a Left containing the constraint message.

See also:
inline def refineFurtherValidated[C2](using inline constraint: Constraint[A, C2]): Validated[String, IronType[A, C1 & C2]]

Refine the given value again at runtime, resulting in an Validated.

Refine the given value again at runtime, resulting in an Validated.

Attributes

constraint

the new constraint to test.

Returns:

a Validated.Valid containing this refined with C1 & C2 or a Validated.Invalid containing the constraint message.

See also:
inline def refineFurtherValidatedNec[C2](using inline constraint: Constraint[A, C2]): ValidatedNec[String, IronType[A, C1 & C2]]

Refine the given value again applicatively at runtime, resulting in a ValidatedNec.

Refine the given value again applicatively at runtime, resulting in a ValidatedNec.

Attributes

constraint

the new constraint to test.

Returns:

a Valid containing this value as IronType or an Invalid containing a NonEmptyChain of error messages.

See also:
inline def refineFurtherValidatedNel[C2](using inline constraint: Constraint[A, C2]): ValidatedNel[String, IronType[A, C1 & C2]]

Refine the given value again applicatively at runtime, resulting in a ValidatedNel.

Refine the given value again applicatively at runtime, resulting in a ValidatedNel.

Attributes

constraint

the new constraint to test.

Returns:

a Valid containing this value as IronType or an Invalid containing a NonEmptyList of error messages.

See also:
extension [A](value: A)
inline def refineNec[C](using inline constraint: Constraint[A, C]): EitherNec[String, IronType[A, C]]

Refine the given value at runtime, resulting in an EitherNec.

Refine the given value at runtime, resulting in an EitherNec.

Attributes

constraint

the constraint to test with the value to refine.

Returns:

a Right containing this value as IronType or a Left containing the constraint message.

See also:

refineEither, refineNel.

inline def refineNel[C](using inline constraint: Constraint[A, C]): EitherNel[String, IronType[A, C]]

Refine the given value at runtime, resulting in an EitherNel.

Refine the given value at runtime, resulting in an EitherNel.

Attributes

constraint

the constraint to test with the value to refine.

Returns:

a Right containing this value as IronType or a Left containing the constraint message.

See also:

refineEither, refineNec.

inline def refineValidated[C](using inline constraint: Constraint[A, C]): Validated[String, IronType[A, C]]

Refine the given value at runtime, resulting in a Validated.

Refine the given value at runtime, resulting in a Validated.

Attributes

constraint

the constraint to test with the value to refine.

Returns:

a Valid containing this value as IronType or an Invalid containing the constraint message.

See also:
inline def refineValidatedNec[C](using inline constraint: Constraint[A, C]): ValidatedNec[String, IronType[A, C]]

Refine the given value applicatively at runtime, resulting in a ValidatedNec.

Refine the given value applicatively at runtime, resulting in a ValidatedNec.

Attributes

constraint

the constraint to test with the value to refine.

Returns:

a Valid containing this value as IronType or an Invalid containing a NonEmptyChain of error messages.

See also:
inline def refineValidatedNel[C](using inline constraint: Constraint[A, C]): ValidatedNel[String, IronType[A, C]]

Refine the given value applicatively at runtime, resulting in a ValidatedNel.

Refine the given value applicatively at runtime, resulting in a ValidatedNel.

Attributes

constraint

the constraint to test with the value to refine.

Returns:

a Valid containing this value as IronType or an Invalid containing a NonEmptyList of error messages.

See also:
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© 2002-2021 · LAMP/EPFL
© 2002-2021 · LAMP/EPFL