Uses of Class
org.multiverse.annotations.TransactionalMethod

Packages that use TransactionalMethod

org.multiverse.transactional.arrays
org.multiverse.transactional.collections	This package contains datastructures like queues and maps written to be used in STM transactions.
org.multiverse.transactional.executors	This package contains functionality for transactional Executor functionality.
org.multiverse.transactional.refs	This package contains transactional wrappers around primitive types like int and boolean.

Uses of TransactionalMethod in org.multiverse.transactional.arrays

Methods in org.multiverse.transactional.arrays with annotations of type TransactionalMethod

E	TransactionalReferenceArray.get(int index) Gets the element at the specified index.
Object[]	TransactionalReferenceArray.toArray(int size) Sends back an array containing the value of the references in this TransactionalReferenceArray.
String	TransactionalReferenceArray.toString()

Uses of TransactionalMethod in org.multiverse.transactional.collections

Methods in org.multiverse.transactional.collections with annotations of type TransactionalMethod

boolean	TransactionalLinkedList.addAll(Collection<? extends E> c)
boolean	TransactionalCollection.contains(Object o)
boolean	TransactionalCollection.containsAll(Collection<?> c)
boolean	TransactionalMap.containsKey(Object key)
boolean	TransactionalMap.containsValue(Object value)
E	TransactionalQueue.element()
E	AbstractTransactionalDeque.element()
Set<Map.Entry<K,V>>	TransactionalMap.entrySet()
boolean	TransactionalCollection.equals(Object o)
boolean	TransactionalMap.equals(Object o)
E	TransactionalList.get(int index)
E	TransactionalLinkedList.get(int index)
E	TransactionalArrayList.get(int index)
V	TransactionalMap.get(Object key)
E	AbstractTransactionalDeque.getFirst()
E	AbstractTransactionalDeque.getLast()
int	TransactionalLinkedList.getMaxCapacity()
int	TransactionalCollection.hashCode()
int	TransactionalMap.hashCode()
boolean	TransactionalLinkedList.IteratorImpl.hasNext()
boolean	TransactionalLinkedList.DescendingIteratorImpl.hasNext()
int	TransactionalList.indexOf(Object o)
int	TransactionalLinkedList.indexOf(Object o)
boolean	TransactionalLinkedList.isEmpty()
boolean	TransactionalCollection.isEmpty()
boolean	TransactionalMap.isEmpty()
Iterator<E>	TransactionalCollection.iterator()
Set<K>	TransactionalMap.keySet()
int	TransactionalList.lastIndexOf(Object o)
int	TransactionalLinkedList.lastIndexOf(Object o)
ListIterator<E>	TransactionalList.listIterator()
ListIterator<E>	TransactionalList.listIterator(int index)
E	TransactionalQueue.peek()
E	AbstractTransactionalDeque.peek()
E	TransactionalLinkedList.peekFirst()
E	TransactionalLinkedList.peekLast()
void	TransactionalLinkedList.putFirst(E e)
int	TransactionalLinkedList.remainingCapacity()
E	TransactionalArrayList.set(int index, E element)
int	TransactionalLinkedList.size()
int	TransactionalCollection.size()
int	TransactionalMap.size()
List<E>	TransactionalList.subList(int fromIndex, int toIndex)
Object[]	TransactionalCollection.toArray()
<T> T[]	TransactionalCollection.toArray(T[] a)
String	TransactionalCollection.toString()
String	TransactionalMap.toString()
Collection<V>	TransactionalMap.values()

Uses of TransactionalMethod in org.multiverse.transactional.executors

Methods in org.multiverse.transactional.executors with annotations of type TransactionalMethod

void	TransactionalThreadPoolExecutor.awaitTermination() Awaits for this TransactionalThreadPoolExecutor to complete.
boolean	TransactionalExecutorService.awaitTermination(long timeout, TimeUnit unit)
boolean	TransactionalThreadPoolExecutor.awaitTermination(long timeout, TimeUnit unit)
void	TransactionalThreadPoolExecutor.awaitTerminationUninterruptibly() Awaits for this TransactionalThreadPoolExecutor to complete without the possibility of being interrupted.
int	TransactionalThreadPoolExecutor.getCorePoolSize() Returns the minimum number of threads in this TransactionalThreadPoolExecutor.
int	TransactionalThreadPoolExecutor.getCurrentPoolSize() Returns the current number of threads in this TransactionalThreadPoolExecutor.
org.multiverse.transactional.executors.TransactionalThreadPoolExecutor.State	TransactionalThreadPoolExecutor.getState() Returns the State this TransactionalThreadPoolExecutor has.
ThreadFactory	TransactionalThreadPoolExecutor.getThreadFactory() Returns the thread factory used to createReference new threads.
BlockingQueue<Runnable>	TransactionalThreadPoolExecutor.getWorkQueue() Returns the BlockingQueue this TransactionalThreadPoolExecutor uses to store unprocessed work.
boolean	TransactionalExecutorService.isShutdown()
boolean	TransactionalThreadPoolExecutor.isShutdown()
boolean	TransactionalThreadPoolExecutor.isStarted()
boolean	TransactionalExecutorService.isTerminated()
boolean	TransactionalThreadPoolExecutor.isTerminated()
void	TransactionalThreadPoolExecutor.setCorePoolSize(int newCorePoolSize) Sets the corePoolSize of this TransactionalThreadPoolExecutor.
void	TransactionalThreadPoolExecutor.setThreadFactory(ThreadFactory threadFactory) Sets the thread factory used to createReference new threads.
List<Runnable>	TransactionalThreadPoolExecutor.shutdownNow()

Uses of TransactionalMethod in org.multiverse.transactional.refs

Methods in org.multiverse.transactional.refs with annotations of type TransactionalMethod

void	BooleanRef.await(boolean desired)
void	ByteRef.await(byte desired)
void	CharRef.await(char desired)
void	FloatRef.await(char desired)
void	DoubleRef.await(double desired)
void	IntRef.await(int desired) Waits till the value is equal to the desired value.
void	LongRef.await(long desired)
void	ShortRef.await(short desired)
byte	ByteRef.awaitLargerOrEqualThan(byte than)
char	CharRef.awaitLargerOrEqualThan(char than)
int	IntRef.awaitLargerOrEqualThan(int than) Waits till the value is equal or larger than.
long	LongRef.awaitLargerOrEqualThan(long than)
short	ShortRef.awaitLargerOrEqualThan(short than)
byte	ByteRef.awaitLargerThan(byte than)
char	CharRef.awaitLargerThan(char than)
int	IntRef.awaitLargerThan(int than) Waits till this value is larger than.
long	LongRef.awaitLargerThan(long than)
short	ShortRef.awaitLargerThan(short than)
long	LongRef.awaitNotEqualThan(long than)
byte	ByteRef.awaitNotEqualTo(byte than)
char	CharRef.awaitNotEqualTo(char than)
int	IntRef.awaitNotEqualTo(int than)
short	ShortRef.awaitNotEqualTo(short than)
byte	ByteRef.awaitSmallerOrEqualThan(byte than)
char	CharRef.awaitSmallerOrEqualThan(char than)
int	IntRef.awaitSmallerOrEqualThan(int than)
long	LongRef.awaitSmallerOrEqualThan(long than)
short	ShortRef.awaitSmallerOrEqualThan(short than)
byte	ByteRef.awaitSmallerThan(byte than)
char	CharRef.awaitSmallerThan(char than)
int	IntRef.awaitSmallerThan(int than)
long	LongRef.awaitSmallerThan(long than)
short	ShortRef.awaitSmallerThan(short than)
E	BasicRef.clear()
E	AbaRef.clear()
int	IntRef.dec() Decreases the value in this IntRef by one.
short	ShortRef.dec() Decreases the value by one.
char	CharRef.dec() Decreases the value by one.
float	FloatRef.dec() Decreases the value by one.
long	LongRef.dec()
double	DoubleRef.dec() Decreases the value by one.
byte	ByteRef.dec() Decreases the value by one.
byte	ByteRef.dec(byte amount) Decreases the value with the given amount.
char	CharRef.dec(char amount) Decreases the value with the given amount.
double	DoubleRef.dec(double amount) Decreases the value with the given amount.
float	FloatRef.dec(float amount) Decreases the value with the given amount.
int	IntRef.dec(int amount) Decreases the value of this IntRef by the given amount.
long	LongRef.dec(long amount)
short	ShortRef.dec(short amount) Increases the value with the given amount.
boolean	IntRef.equals(Object thatObj)
boolean	ShortRef.equals(Object thatObj)
boolean	CharRef.equals(Object thatObj)
boolean	FloatRef.equals(Object thatObj)
boolean	LongRef.equals(Object thatObj)
boolean	BooleanRef.equals(Object thatObj)
boolean	DoubleRef.equals(Object thatobj)
boolean	ByteRef.equals(Object thatObj)
int	IntRef.get() Gets the current value.
short	ShortRef.get() Gets the current value.
char	CharRef.get()
float	FloatRef.get() Returns the current value.
long	LongRef.get()
boolean	BooleanRef.get()
E	BasicRef.get()
E	Ref.get() Gets the current value stored in this reference.
E	AbaRef.get()
double	DoubleRef.get()
byte	ByteRef.get()
E	BasicRef.getOrAwait()
E	Ref.getOrAwait() Gets the current non null value, or waits until a non null value comes available.
E	AbaRef.getOrAwait()
E	BasicRef.getOrAwaitInterruptibly()
E	Ref.getOrAwaitInterruptibly() Gets the current non null value, or waits until a non null value becomes available or until it is is Interrupted.
E	AbaRef.getOrAwaitInterruptibly()
int	IntRef.hashCode()
int	ShortRef.hashCode()
int	CharRef.hashCode()
int	FloatRef.hashCode()
int	LongRef.hashCode()
int	BooleanRef.hashCode()
int	DoubleRef.hashCode()
int	ByteRef.hashCode()
int	IntRef.inc() Increases the value in this IntRef by one.
short	ShortRef.inc() Increases the value by one.
char	CharRef.inc() Increases the value by one.
float	FloatRef.inc() Increases the value by one.
long	LongRef.inc()
double	DoubleRef.inc() Increases the current value by one.
byte	ByteRef.inc() Increases the value by one.
byte	ByteRef.inc(byte amount) Increases the value with the given amount.
char	CharRef.inc(char amount) Increases the value with the given amount.
double	DoubleRef.inc(double amount) Increases the value with the given amount.
float	FloatRef.inc(float amount) Increases the value with the given amount.
int	IntRef.inc(int amount) Increase the value of this IntRef by the given amount.
long	LongRef.inc(long amount)
short	ShortRef.inc(short amount) Increases the value with the given amount.
boolean	BasicRef.isNull()
boolean	Ref.isNull() Checks if the value is null.
boolean	AbaRef.isNull()
boolean	BooleanRef.set(boolean newValue) Sets the new value and returns the old value.
byte	ByteRef.set(byte newValue) Sets the new value and returns the old value.
char	CharRef.set(char newValue) Sets the new value and returns the old value.
double	DoubleRef.set(double newValue) Sets the new value and returns the old value.
E	BasicRef.set(E newValue)
E	AbaRef.set(E newValue)
float	FloatRef.set(float newValue) Sets the new value and returns the old value.
int	IntRef.set(int newValue) Sets the new value and returns the old value.
long	LongRef.set(long newValue) Sets the new value and returns the old value.
short	ShortRef.set(short newValue) Sets the new value and returns the old value.
String	IntRef.toString()
String	ShortRef.toString()
String	CharRef.toString()
String	FloatRef.toString()
String	LongRef.toString()
String	BooleanRef.toString()
String	BasicRef.toString()
String	AbaRef.toString()
String	DoubleRef.toString()
String	ByteRef.toString()