Uses of Interface dk.cloudcreate.essentials.shared.functional.CheckedTripleFunction (essentials-shared 0.9.9 API)

Packages that use CheckedTripleFunction
Package Description

dk.cloudcreate.essentials.shared.functional

Uses of CheckedTripleFunction in dk.cloudcreate.essentials.shared.functional

Methods in dk.cloudcreate.essentials.shared.functional with parameters of type CheckedTripleFunction
Modifier and Type	Method	Description
`static <T1,T2,T3,R> TripleFunction<T1,T2,T3,R>`	CheckedTripleFunction.`safe(CheckedTripleFunction<T1,T2,T3,R> functionThatCanFailWithACheckedException)`	Wraps a `CheckedTripleFunction` (basically a lambda with three arguments that returns a result and which throws a Checked `Exception`) by returning a new `TripleFunction` instance The returned `TripleFunction.apply(Object, Object, Object)` method delegates directly to the `apply(Object, Object, Object)` and catches any thrown checked `Exception`'s and rethrows them as a `CheckedExceptionRethrownException` Unless you provide a context-message (using `safe(String, CheckedTripleFunction)` then any caught checked `Exception`'s message also becomes the `CheckedExceptionRethrownException`'s message. Any `RuntimeException`'s thrown aren't caught and the calling code will receive the original `RuntimeException` thrown. Usage example: Let's say we have a method called `someOperation` that cannot change, but which accepts a `TripleFunction` with the purpose of the calling the `TripleFunction.apply(Object, Object, Object)`.
`static <T1,T2,T3,R> TripleFunction<T1,T2,T3,R>`	CheckedTripleFunction.`safe(String contextMessage, CheckedTripleFunction<T1,T2,T3,R> functionThatCanFailWithACheckedException)`	Wraps a `CheckedTripleFunction` (basically a lambda with three arguments that returns a result and which throws a Checked `Exception`) by returning a new `TripleFunction` instance The returned `TripleFunction.apply(Object, Object, Object)` method delegates directly to the `apply(Object, Object, Object)` and catches any thrown checked `Exception`'s and rethrows them as a `CheckedExceptionRethrownException` Any `RuntimeException`'s thrown aren't caught and the calling code will receive the original `RuntimeException` thrown. Usage example: Let's say we have a method called `someOperation` that cannot change, but which accepts a `TripleFunction` with the purpose of the calling the `TripleFunction.apply(Object, Object, Object)`.