Uses of Class
io.reacted.patterns.Try

Packages that use Try

Package	Description
io.reacted.patterns

Uses of Try in io.reacted.patterns

Subclasses of Try in io.reacted.patterns

Modifier and Type	Class	Description
static final class	Try.Failure<T>
static final class	Try.Success<T>

Fields in io.reacted.patterns declared as Try

Modifier and Type	Field	Description
static final Try<Void>	Try.VOID

Methods in io.reacted.patterns that return Try

Modifier and Type	Method	Description
Try<T>	Try.filter(UnChecked.CheckedPredicate<? super T> predicate)	If the Try is a failure, the current Try is returned.
Try<T>	Try.filter(UnChecked.CheckedPredicate<? super T> predicate, Supplier<? extends Throwable> exceptionOnTestFailure)	If the Try is a failure, the current Try is returned.
<U> Try<U>	Try.flatMap(Try.TryMapper<? super T,Try<? extends U>> flatMapper)	Like Stream.flatMap(), Try.flatMap flattens two nested Try.
static <U> Try<U>	Try.identity(Try<U> value)	Identity Try function.
Try<Void>	Try.ifError(Try.TryConsumer<? super Throwable> consumer)	If Try is a failure, the provided consumer will be applied to the generated Throwable.
Try<Void>	Try.ifSuccess(Try.TryConsumer<? super T> consumer)	If the Try is a success, the provided consumer is applied to the result.
Try<Void>	Try.ifSuccessOrElse(Try.TryConsumer<? super T> successConsumer, Try.TryConsumer<? super Throwable> failureConsumer)	A functional if then else: if the Try is successful the successConsumer is used, otherwise the throwable consumer.
<U> Try<U>	Try.map(Try.TryMapper<? super T,? extends U> mapper)	If the Try is successful, another Try will be returned with the result of the specified mapper, otherwise the current Try is returned
<U> Try<U>	Try.mapOrElse(Try.TryMapper<? super T,? extends U> ifSuccess, Try.TryMapper<? super Throwable,? extends U> orElse)	A functional if then else: if the Try is successful the ifSuccess mapper is used, otherwise the throwable mapper.
static <T> Try<T>	Try.of(Try.TryValueSupplier<? extends T> supplier)	Creates a Try monad with the result of a computation
static <T> Try<T>	Try.ofCallable(UnChecked.CheckedCallable<? extends T> function)
static Try<Void>	Try.ofRunnable(UnChecked.CheckedRunnable function)
Try<T>	Try.orElseTry(Try.TryMapper<Throwable,Try<? extends T>> excToAlternative)	Gets the current Try or if it is a failure maps the generated exception into an alternative Try using the specified mapper
Try<T>	Try.orElseTry(Try.TryValueSupplier<? extends T> supplier)	Gets the current Try or if it is a failure, the result of the provided TrySupplier
Try<T>	Try.orElseTry(Try.TryValueSupplier<? extends T> supplier, UnChecked.CheckedConsumer<? super Throwable> exceptionConsumer)	Gets the current Try or if it is a failure, the result of the provided TrySupplier and the specified consumer process the exception that has generated the failure
Try<T>	Try.orElseTry(Try<? extends T> alternative)	Gets the value contained in Try on success, otherwise returns the specified Try
<ExceptionT extends Throwable> Try<T>	Try.peek(Class<? extends ExceptionT> throwableClass, Consumer<? super T> ifSuccess, Consumer<? super ExceptionT> ifError)	Check the status of the current Try and apply accordingly one of the provided consumers.
Try<T>	Try.peek(Consumer<? super T> ifSuccess, Consumer<? super Throwable> ifError)	Check the status of the current Try and apply accordingly one of the provided consumers.
<ExceptionT extends Throwable> Try<T>	Try.peekFailure(Class<ExceptionT> throwableClass, Consumer<ExceptionT> ifError)	Check if the status of the current Try is a failure of the specified class and in that case apply the specified consumer to its failure cause.
Try<T>	Try.peekFailure(Consumer<? super Throwable> ifError)	Check if the current Try is a Failure and in that case apply the specified consumer to its failure cause.
Try<T>	Try.peekSuccess(Consumer<? super T> ifSuccess)	Check the status of the current Try and if it is a success apply the specified consumer to its value.
<X extends Throwable> Try<T>	Try.recover(Class<X> exception, Try.TryMapper<? super Throwable,? extends T> alternativeMapper)	Recover the status of a Try, if failed, mapping the generated exception to another org .reacted.patterns.Try Will be returned the original Try if it is successful, otherwise the try returned by the mapper Different recover calls can be chains for fine exception handling
<X extends Throwable> Try<T>	Try.recover(Class<X> exception, Try.TryValueSupplier<? extends T> successValGenerator)	Recover the status of a Try, if failed.
<X extends Throwable> Try<T>	Try.recover(Class<X> exception, Try<? extends T> successValue)	Recover the status of a Try, if failed.
<X extends Throwable> Try<T>	Try.recover(Class<X> exception, UnChecked.CheckedSupplier<Try<? extends T>> successProvider)	Recover the status of a Try, if failed, a success Try is generated using the provided supplier Will be returned the original Try if it is successful, otherwise the try returned by the mapper Different recover calls can be chains for fine exception handling
static <T, A extends AutoCloseable, A1 extends AutoCloseable> Try<T>	Try.withChainedResources(Try.TryResourceSupplier<? extends A> resourceSupplier1, Try.TryMapper<A,? extends A1> resourceMapper, UnChecked.CheckedBiFunction<? super A,? super A1,? extends T> resourceToResult)
static <T, A extends AutoCloseable> Try<T>	Try.withResources(Try.TryResourceSupplier<? extends A> resourceSupplier, Try.TryMapper<? super A,? extends T> resourceToResult)	Applies a consumer on a resource.
static <T, A extends AutoCloseable, A1 extends AutoCloseable> Try<T>	Try.withResources(Try.TryResourceSupplier<? extends A> resourceSupplier1, Try.TryResourceSupplier<? extends A1> resourceSupplier2, UnChecked.CheckedBiFunction<? super A,? super A1,? extends T> resourceToResult)	Applies a consumer on two resources.

Methods in io.reacted.patterns with parameters of type Try

Modifier and Type	Method	Description
static <U> Try<U>	Try.identity(Try<U> value)	Identity Try function.
Try<T>	Try.orElseTry(Try<? extends T> alternative)	Gets the value contained in Try on success, otherwise returns the specified Try
<X extends Throwable> Try<T>	Try.recover(Class<X> exception, Try<? extends T> successValue)	Recover the status of a Try, if failed.

Method parameters in io.reacted.patterns with type arguments of type Try

Modifier and Type	Method	Description
<U> Try<U>	Try.flatMap(Try.TryMapper<? super T,Try<? extends U>> flatMapper)	Like Stream.flatMap(), Try.flatMap flattens two nested Try.
Try<T>	Try.orElseTry(Try.TryMapper<Throwable,Try<? extends T>> excToAlternative)	Gets the current Try or if it is a failure maps the generated exception into an alternative Try using the specified mapper
<X extends Throwable> Try<T>	Try.recover(Class<X> exception, UnChecked.CheckedSupplier<Try<? extends T>> successProvider)	Recover the status of a Try, if failed, a success Try is generated using the provided supplier Will be returned the original Try if it is successful, otherwise the try returned by the mapper Different recover calls can be chains for fine exception handling