org.n52.janmayen.exception

Class CompositeException

java.lang.Object

java.lang.Throwable

java.lang.Exception

org.n52.janmayen.exception.CompositeException

All Implemented Interfaces:

Serializable, Iterable<Throwable>

public class CompositeException
extends Exception
implements Iterable<Throwable>

TODO JavaDoc

See Also:

Serialized Form

Constructor Summary

Constructors

Constructor and Description
CompositeException()

Method Summary

Modifier and Type	Method and Description
<T,U,X extends Exception> void	accept(ThrowingBiConsumer<T,U,X> consumer, T t, U u)
<T,X extends Exception> void	accept(ThrowingConsumer<T,X> consumer, T t)
<A,B,C,X extends Exception> void	accept(ThrowingTriConsumer<A,B,C,X> consumer, A a, B b, C c)
void	add(Collection<? extends Throwable> throwables)
void	add(Throwable throwable)
<T,U,R,X extends Exception> Optional<R>	apply(ThrowingBiFunction<T,U,R,X> function, T t, U u)
<T,R,X extends Exception> Optional<R>	apply(ThrowingFunction<T,R,X> function, T t)
<T> Optional<T>	call(Callable<T> callable)
<T,X extends Exception> Optional<T>	call(ThrowingCallable<T,X> callable)
void	forEach(Consumer<? super Throwable> action)
<T,X extends Exception> Optional<T>	get(ThrowingSupplier<T,X> supplier)
List<Throwable>	getExceptions()
boolean	hasExceptions()
boolean	isEmpty()
Iterator<Throwable>	iterator()
<X extends Exception> void	run(ThrowingRunnable<X> runnable)
int	size()
Spliterator<Throwable>	spliterator()
Stream<Throwable>	stream()
<T,U,X extends Exception> boolean	test(ThrowingBiPredicate<T,U,X> predicate, boolean defaultValue, T t, U u)
<T,X extends Exception> boolean	test(ThrowingPredicate<T,X> predicate, boolean defaultValue, T t)
<X extends Exception> void	throwCause(Class<? extends X> type)
void	throwIfNotEmpty()
<X extends Throwable> void	throwIfNotEmpty(Function<? super CompositeException,X> factory)
<T> Supplier<Optional<T>>	wrapCallable(Callable<T> callable)
<T,X extends Exception> Supplier<Optional<T>>	wrapCallable(ThrowingCallable<T,X> callable)
<T,U,X extends Exception> BiConsumer<T,U>	wrapConsumer(ThrowingBiConsumer<T,U,X> consumer)
<T,X extends Exception> Consumer<T>	wrapConsumer(ThrowingConsumer<T,X> consumer)
<A,B,C,X extends Exception> TriConsumer<A,B,C>	wrapConsumer(ThrowingTriConsumer<A,B,C,X> consumer)
<T,U,R,X extends Exception> BiFunction<T,U,Optional<R>>	wrapFunction(ThrowingBiFunction<T,U,R,X> function)
<T,R,X extends Exception> Function<T,Optional<R>>	wrapFunction(ThrowingFunction<T,R,X> function)
<T,X extends Exception> Function<T,Optional<T>>	wrapOperator(ThrowingUnaryOperator<T,X> operator)
<T,U,X extends Exception> BiPredicate<T,U>	wrapPredicate(ThrowingBiPredicate<T,U,X> predicate, boolean defaultValue)
<T,X extends Exception> Predicate<T>	wrapPredicate(ThrowingPredicate<T,X> predicate, boolean defaultValue)
<X extends Exception> Runnable	wrapRunnable(ThrowingRunnable<X> runnable)
<T,X extends Exception> Supplier<Optional<T>>	wrapSupplier(ThrowingSupplier<T,X> supplier)

Methods inherited from class java.lang.Throwable

addSuppressed, fillInStackTrace, getCause, getLocalizedMessage, getMessage, getStackTrace, getSuppressed, initCause, printStackTrace, printStackTrace, printStackTrace, setStackTrace, toString

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Constructor Detail

CompositeException

public CompositeException()

Method Detail

getExceptions

public List<Throwable> getExceptions()

size

public int size()

stream

public Stream<Throwable> stream()

add

public void add(Throwable throwable)

add

public void add(Collection<? extends Throwable> throwables)

isEmpty

public boolean isEmpty()

hasExceptions

public boolean hasExceptions()

throwIfNotEmpty

public void throwIfNotEmpty()
                     throws CompositeException

Throws:

CompositeException

throwIfNotEmpty

public <X extends Throwable> void throwIfNotEmpty(Function<? super CompositeException,X> factory)
                                           throws X extends Throwable

Throws:

X extends Throwable

throwCause

public <X extends Exception> void throwCause(Class<? extends X> type)
                                      throws X extends Exception

Throws:

X extends Exception

iterator

public Iterator<Throwable> iterator()

Specified by:

iterator in interface Iterable<Throwable>

forEach

public void forEach(Consumer<? super Throwable> action)

Specified by:

forEach in interface Iterable<Throwable>

spliterator

public Spliterator<Throwable> spliterator()

Specified by:

spliterator in interface Iterable<Throwable>

wrapRunnable

public <X extends Exception> Runnable wrapRunnable(ThrowingRunnable<X> runnable)

wrapCallable

public <T> Supplier<Optional<T>> wrapCallable(Callable<T> callable)

wrapCallable

public <T,X extends Exception> Supplier<Optional<T>> wrapCallable(ThrowingCallable<T,X> callable)

wrapConsumer

public <T,X extends Exception> Consumer<T> wrapConsumer(ThrowingConsumer<T,X> consumer)

wrapConsumer

public <T,U,X extends Exception> BiConsumer<T,U> wrapConsumer(ThrowingBiConsumer<T,U,X> consumer)

wrapConsumer

public <A,B,C,X extends Exception> TriConsumer<A,B,C> wrapConsumer(ThrowingTriConsumer<A,B,C,X> consumer)

wrapFunction

public <T,R,X extends Exception> Function<T,Optional<R>> wrapFunction(ThrowingFunction<T,R,X> function)

wrapFunction

public <T,U,R,X extends Exception> BiFunction<T,U,Optional<R>> wrapFunction(ThrowingBiFunction<T,U,R,X> function)

wrapOperator

public <T,X extends Exception> Function<T,Optional<T>> wrapOperator(ThrowingUnaryOperator<T,X> operator)

wrapSupplier

public <T,X extends Exception> Supplier<Optional<T>> wrapSupplier(ThrowingSupplier<T,X> supplier)

wrapPredicate

public <T,X extends Exception> Predicate<T> wrapPredicate(ThrowingPredicate<T,X> predicate,
                                                          boolean defaultValue)

wrapPredicate

public <T,U,X extends Exception> BiPredicate<T,U> wrapPredicate(ThrowingBiPredicate<T,U,X> predicate,
                                                                boolean defaultValue)

run

public <X extends Exception> void run(ThrowingRunnable<X> runnable)

call

public <T> Optional<T> call(Callable<T> callable)

call

public <T,X extends Exception> Optional<T> call(ThrowingCallable<T,X> callable)

accept

public <T,X extends Exception> void accept(ThrowingConsumer<T,X> consumer,
                                           T t)

accept

public <T,U,X extends Exception> void accept(ThrowingBiConsumer<T,U,X> consumer,
                                             T t,
                                             U u)

accept

public <A,B,C,X extends Exception> void accept(ThrowingTriConsumer<A,B,C,X> consumer,
                                               A a,
                                               B b,
                                               C c)

apply

public <T,R,X extends Exception> Optional<R> apply(ThrowingFunction<T,R,X> function,
                                                   T t)

apply

public <T,U,R,X extends Exception> Optional<R> apply(ThrowingBiFunction<T,U,R,X> function,
                                                     T t,
                                                     U u)

get

public <T,X extends Exception> Optional<T> get(ThrowingSupplier<T,X> supplier)

test

public <T,X extends Exception> boolean test(ThrowingPredicate<T,X> predicate,
                                            boolean defaultValue,
                                            T t)

test

public <T,U,X extends Exception> boolean test(ThrowingBiPredicate<T,U,X> predicate,
                                              boolean defaultValue,
                                              T t,
                                              U u)