Interface ISerializableThrowingFunction<T,R>
- Type Parameters:
T- the type of the input to the functionR- the type of the result of the function
- All Superinterfaces:
Function<T,R>, ISerializableFunction<T, R>, IThrowingFunction<T, R>, ITypedThrowingFunction<T, R, Exception>, Serializable
- Functional Interface:
- This is a functional interface and can therefore be used as the assignment target for a lambda expression or method reference.
@FunctionalInterface
public interface ISerializableThrowingFunction<T,R>
extends ISerializableFunction<T,R>, IThrowingFunction<T,R>, Serializable
A
Supplier that is also serializable and can throw exceptions.
Represents a function that accepts one argument and produces a result.
This is a functional interface whose functional method is IThrowingFunction.tryApply(Object).
- Since:
- 8.0.1
- Author:
- XIMA MEDIA GmbH
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Method Summary
Static MethodsModifier and TypeMethodDescriptionstatic <T,R> ISerializableThrowingFunction <T, R> of(ISerializableThrowingFunction<T, R> fn) Returns the given function, for improved variable inference.static <T,R> ISerializableThrowingFunction <T, R> Returns the given function, for improved variable inference.Methods inherited from interface IThrowingFunction
apply, tryApply
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Method Details
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of
Returns the given function, for improved variable inference. Sometimes you need to create local variables and assign them to a new lambda. This does not work well with variable inference, as Java cannot infer the type of an anonymous lambda. This utility method lets you write slightly more readable code like this:final var fn = ISerializableThrowingFunction.of(t -> ...);
- Type Parameters:
T- the type of results supplied by this supplierR- the type of the result of the function- Parameters:
fn- Function to return.- Returns:
- The given function.
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serializableThrowingFunction
static <T,R> ISerializableThrowingFunction<T,R> serializableThrowingFunction(ISerializableThrowingFunction<T, R> fn) Returns the given function, for improved variable inference. Sometimes you need to create local variables and assign them to a new lambda. This does not work well with variable inference, as Java cannot infer the type of an anonymous lambda. This utility method lets you write slightly more readable code like this:final var fn = serializableThrowingFunction(t -> ...);
- Type Parameters:
T- the type of results supplied by this supplierR- the type of the result of the function- Parameters:
fn- Function to return.- Returns:
- The given function.
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