Uses of Class
gr.uoa.di.madgik.grs.buffer.GRS2BufferDisposedException

Packages that use GRS2BufferDisposedException

gr.uoa.di.madgik.grs.buffer

Uses of GRS2BufferDisposedException in gr.uoa.di.madgik.grs.buffer

Methods in gr.uoa.di.madgik.grs.buffer that throw GRS2BufferDisposedException

int	QueueBuffer.availableRecords() Retrieves the number of Records that are currently available to be read
void	QueueBuffer.close() Closes the authoring side of the IBuffer after this invocation, no more Records can be added to the IBuffer but a reader can still consume any Records that are still available.
Record	QueueBuffer.get() Attempts to retrieve a Record from the IBuffer.
int	QueueBuffer.getCapacity() Retrieves the capacity of the underlying bounded buffer that can store the Records that a writer adds to it
long	QueueBuffer.getInactivityTimeout() Retrieves the timeout after which if the buffer has remained inactive is eligible for purging.
TimeUnit	QueueBuffer.getInactivityTimeUnit() Retrieves the timeout TimeUnit after which if the buffer has remained inactive is eligible for purging.
int	QueueBuffer.getMirrorBuffer() If an IMirror is used to synchronize the IBuffer instances accessible to the reader and writer, this value indicates the number of Records that the writer IMirror} will limit its sending phase to choke large transfers
Object	QueueBuffer.getReaderImmediateNotificationObject() Using this object, a reader can be blocked using a standard synchronized / wait block to be notified by the IBuffer when the writer has increased its available Records by one
RecordDefinition[]	QueueBuffer.getRecordDefinitions() Retrieves the definitions of the Records provided using IBuffer.setRecordDefinitions(RecordDefinition[])
IBuffer.TransportDirective	QueueBuffer.getTransportDirective() Retrieves the IBuffer.TransportDirective set for the IBuffer.
Object	QueueBuffer.getWriterImmediateNotificationObject() Using this object, a writer can be blocked using a standard synchronized / wait block to be notified by the IBuffer when the reader has reduced its available Records by one
void	QueueBuffer.initialize() After all configuration values have been set, this method performs all the initialization needed to get the IBuffer ready to receive Records from a writer and serve them to a reader.
Record	QueueBuffer.locate(long recordIndex) Attempts to locate the Record with the provided id in the underlying IBuffer structures.
IBuffer.TransportDirective	QueueBuffer.resolveTransportDirective() Resolves the set IBuffer.TransportDirective set for the IBuffer through IBuffer.setTransportDirective(TransportDirective).
void	QueueBuffer.setCapacity(int capacity) Sets the capacity of the underlying bounded buffer that can store the Records that a writer adds to it.
void	QueueBuffer.setConcurrentPartialCapacity(int capacity) Sets the number of items that a reader can concurrently request more of its payload in case this payload is transported in IBuffer.TransportDirective.Partial mode.
void	QueueBuffer.setInactivityTimeout(long timeout) Sets the timeout after which if the buffer has remained inactive is eligible for purging.
void	QueueBuffer.setInactivityTimeUnit(TimeUnit unit) Sets the timeout TimeUnit after which if the buffer has remained inactive is eligible for purging.
void	QueueBuffer.setMirrorBuffer(int size) If an IMirror is used to synchronize the IBuffer instances accessible to the reader and writer, this value indicates the number of Records that the writer IMirror} will limit its sending phase to choke large transfers.
long	QueueBuffer.totalRecords() Retrieves the number of Records that have in total passed through the IBuffer.