| Package | Description |
|---|---|
| com.tangosol.coherence.config |
Defines the Coherence configuration object model for accessing, customizing
and or modifying configuration.
|
| com.tangosol.coherence.config.builder |
Defines the typical runtime configuration builders for the Coherence
configuration object model.
|
| com.tangosol.coherence.config.builder.storemanager |
Defines external Store Manager Builder implementations for Coherence caches
|
| com.tangosol.coherence.config.scheme |
Defines the Coherence configuration object model classes and interfaces for
Caching and Service Schemes.
|
| com.tangosol.coherence.config.xml.processor |
Defines the Xml document Element and Attribute Processors for Coherence Cache
Configuration files.
|
| com.tangosol.coherence.jcache |
Contains classes related to Coherence JCache.
|
| com.tangosol.coherence.jcache.common |
Common utilities used by Coherence JCache.
|
| com.tangosol.coherence.jcache.localcache |
Contains classes related to local cache implementation of Coherence JCache.
|
| com.tangosol.coherence.jcache.partitionedcache |
Contains classes related to partitioned cache implementation of Coherence JCache.
|
| com.tangosol.coherence.jcache.passthroughcache |
Contains classes related to pass-through cache implementation of Coherence JCache.
|
| com.tangosol.coherence.jcache.remotecache |
Contains classes related to remote cache implementation of Coherence JCache.
|
| com.tangosol.coherence.rest.util | |
| com.tangosol.coherence.rest.util.extractor | |
| com.tangosol.coherence.rest.util.updater | |
| com.tangosol.io |
Contains classes providing cache persistence of serialized objects.
|
| com.tangosol.io.bdb |
Contains Sleepycat Berkeley DB BinaryStore implementation classes.
|
| com.tangosol.io.nio |
Contains classes related to J2SE 1.4 NIO functionality.
|
| com.tangosol.io.pof |
Contains classes related to POF serialization and deserialization.
|
| com.tangosol.io.pof.reflect |
Contains classes related to POF stream navigation and manipulation.
|
| com.tangosol.net |
Contains basic cluster interfaces and factories.
|
| com.tangosol.net.cache |
Contains classes providing various caching strategies.
|
| com.tangosol.net.messaging |
Contains exception classes related to connection error.
|
| com.tangosol.net.partition |
Contains interfaces and classes related to partitioned services.
|
| com.tangosol.net.topic | |
| com.tangosol.persistence |
Contains classes and helpers for implementing various types of persistence.
|
| com.tangosol.run.xml |
Contains classes providing basic XML related functionality.
|
| com.tangosol.util |
Contains various generic utilities.
|
| com.tangosol.util.aggregator |
Contains concrete
InvocableMap.EntryAggregator
implementations. |
| com.tangosol.util.comparator |
Contains concrete
Comparator implementations and related interfaces. |
| com.tangosol.util.extractor |
Contains
ValueExtractor and
ValueUpdater related classes. |
| com.tangosol.util.filter |
Contains concrete
Filter implementations and related interfaces. |
| com.tangosol.util.processor |
Contains concrete
InvocableMap.EntryProcessor
implementations. |
| com.tangosol.util.transformer |
Contains concrete
MapEventTransformer
implementations. |
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| ReadBuffer |
The ReadBuffer interface represents an in-memory block of binary data,
such as that represented by a byte[], a Binary object, or an NIO buffer.
|
| Class | Description |
|---|---|
| BinaryStoreManager |
A manager that is capable of creating and destroying BinaryStore objects.
|
| Class | Description |
|---|---|
| BinaryStore |
A simple mapping of CacheStore operations for Binary objects into a
Java interface.
|
| BinaryStoreManager |
A manager that is capable of creating and destroying BinaryStore objects.
|
| Class | Description |
|---|---|
| DeltaCompressor |
The DeltaCompressor interface provides the capability of comparing two
in-memory buffers containing an old and a new value, and producing a result
(called a "delta") that can be applied to the old value to create the new
value.
|
| Serializer |
The Serializer interface provides the capability of reading and writing a
Java object from and to an in-memory buffer.
|
| SerializerFactory |
A factory for
Serializer objects. |
| WrapperStreamFactory |
Deprecated.
As of Coherence 3.7, deprecated with no replacement.
|
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| Serializer |
The Serializer interface provides the capability of reading and writing a
Java object from and to an in-memory buffer.
|
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| Class | Description |
|---|---|
| AbstractByteArrayReadBuffer |
The AbstractByteArrayReadBuffer abstract class is intended to serve as
a base class for the following:
the pre-existing Binary class
a new byte[] based class that does not attempt to add the immutability
aspect provided by the Binary class
a new ByteBuffer based class that will work with Java NIO
This implementation is not intended to be thread safe.
|
| AbstractReadBuffer |
Abstract base implementation of the ReadBuffer interface.
|
| AbstractReadBuffer.AbstractBufferInput |
This is an implementation of the BufferInput interface that delegates
its work back to its ReadBuffer.
|
| AbstractWriteBuffer |
The AbstractWriteBuffer is a partial implementation of the WriteBuffer
interface intended to be used as a base class for easily creating concrete
WriteBuffer implementations.
|
| AbstractWriteBuffer.AbstractBufferOutput |
AbstractBufferOutput is a concrete implementation of BufferOutput for
the non-concrete AbstractWriteBuffer implementation.
|
| AsyncBinaryStore |
An AsyncBinaryStore is a BinaryStore wrapper that performs the "O" (output)
portion of its I/O asynchronously on a daemon thread.
|
| AsyncBinaryStore.QueueDaemon |
A daemon that processes queued writes.
|
| BinaryStore |
A simple mapping of CacheStore operations for Binary objects into a
Java interface.
|
| BinaryStore.SizeAware |
If a BinaryStore is aware of the number of keys that it stores, then it
should implement this optional interface in order to allow that
information to be efficiently communicated to an intelligent consumer of
the BinaryStore interface.
|
| BinaryStoreManager |
A manager that is capable of creating and destroying BinaryStore objects.
|
| ByteArrayReadBuffer |
A ReadBuffer on top of a byte array.
|
| ClassLoaderAware |
The ClassLoaderAware interface provides the ability to configure a ClassLoader
to be used by the implementing object when loading classes or resources.
|
| DeltaCompressor |
The DeltaCompressor interface provides the capability of comparing two
in-memory buffers containing an old and a new value, and producing a result
(called a "delta") that can be applied to the old value to create the new
value.
|
| Evolvable |
The Evolvable interface is implemented by classes that require forwards-
and backwards-compatibility of their serialized form.
|
| InputStreaming |
This is the interface represented by the Java InputStream class.
|
| MultiBufferWriteBuffer.MultiBufferOutput |
The MultiBufferOutput implementation extends the AbstractBufferOutput
to provide "pass through" operations to the underlying buffer if the
operation is guaranteed to fit in the underlying buffer; otherwise,
it virtualizes the operation onto the MultiBufferWriteBuffer itself so
that the over-run of one underlying WriteBuffer will end up being
written to the next underlying WriteBuffer.
|
| MultiBufferWriteBuffer.WriteBufferPool |
A WriteBufferPool is used to dynamically allocate WriteBuffer
objects as the MultiBufferWriteBuffer requires them.
|
| OutputStreaming |
This is the interface represented by the Java OutputStream class.
|
| ReadBuffer |
The ReadBuffer interface represents an in-memory block of binary data,
such as that represented by a byte[], a Binary object, or an NIO buffer.
|
| ReadBuffer.BufferInput |
The BufferInput interface represents a DataInputStream on top of a
ReadBuffer.
|
| Resolving |
Marker interface for Resolving*Stream implementations.
|
| Serializer |
The Serializer interface provides the capability of reading and writing a
Java object from and to an in-memory buffer.
|
| SerializerFactory |
A factory for
Serializer objects. |
| WrapperBufferInput |
This is an imitation BufferInput implementation that provides the
BufferInput interface by delegating to an object that implements the
DataInput interface.
|
| WrapperBufferOutput |
This is an imitation BufferOutput implementation that provides the
BufferOutput interface by delegating to an object that implements the
DataOutput interface.
|
| WrapperDataInputStream |
This is an imitation DataInputStream class that provides the DataInput
interface by delegating to an object that implements the DataInput
interface.
|
| WrapperDataOutputStream |
This is an imitation DataOutputStream class that provides the DataOutput
interface by delegating to an object that implements the DataOutput
interface.
|
| WrapperInputStream |
This is an InputStream class that delegates to another InputStream.
|
| WrapperOutputStream |
This is an OutputStream class that delegates to another OutputStream.
|
| WriteBuffer |
The WriteBuffer interface represents an in-memory block of binary data
that is being accumulated (written to).
|
| WriteBuffer.BufferOutput |
The BufferOutput interface represents a DataOutputStream on top of a
WriteBuffer.
|
| Class | Description |
|---|---|
| AbstractBinaryStore |
Abstract implementation of the BinaryStore interface.
|
| BinaryStore |
A simple mapping of CacheStore operations for Binary objects into a
Java interface.
|
| BinaryStoreManager |
A manager that is capable of creating and destroying BinaryStore objects.
|
| Class | Description |
|---|---|
| AbstractReadBuffer |
Abstract base implementation of the ReadBuffer interface.
|
| AbstractReadBuffer.AbstractBufferInput |
This is an implementation of the BufferInput interface that delegates
its work back to its ReadBuffer.
|
| AbstractWriteBuffer |
The AbstractWriteBuffer is a partial implementation of the WriteBuffer
interface intended to be used as a base class for easily creating concrete
WriteBuffer implementations.
|
| AbstractWriteBuffer.AbstractBufferOutput |
AbstractBufferOutput is a concrete implementation of BufferOutput for
the non-concrete AbstractWriteBuffer implementation.
|
| BinaryStore |
A simple mapping of CacheStore operations for Binary objects into a
Java interface.
|
| BinaryStore.SizeAware |
If a BinaryStore is aware of the number of keys that it stores, then it
should implement this optional interface in order to allow that
information to be efficiently communicated to an intelligent consumer of
the BinaryStore interface.
|
| BinaryStoreManager |
A manager that is capable of creating and destroying BinaryStore objects.
|
| InputStreaming |
This is the interface represented by the Java InputStream class.
|
| OutputStreaming |
This is the interface represented by the Java OutputStream class.
|
| ReadBuffer |
The ReadBuffer interface represents an in-memory block of binary data,
such as that represented by a byte[], a Binary object, or an NIO buffer.
|
| ReadBuffer.BufferInput |
The BufferInput interface represents a DataInputStream on top of a
ReadBuffer.
|
| WriteBuffer |
The WriteBuffer interface represents an in-memory block of binary data
that is being accumulated (written to).
|
| WriteBuffer.BufferOutput |
The BufferOutput interface represents a DataOutputStream on top of a
WriteBuffer.
|
| Class | Description |
|---|---|
| BinaryDeltaCompressor |
A DeltaCompressor implementation that works with opaque (binary) values.
|
| ClassLoaderAware |
The ClassLoaderAware interface provides the ability to configure a ClassLoader
to be used by the implementing object when loading classes or resources.
|
| DeltaCompressor |
The DeltaCompressor interface provides the capability of comparing two
in-memory buffers containing an old and a new value, and producing a result
(called a "delta") that can be applied to the old value to create the new
value.
|
| Evolvable |
The Evolvable interface is implemented by classes that require forwards-
and backwards-compatibility of their serialized form.
|
| ReadBuffer |
The ReadBuffer interface represents an in-memory block of binary data,
such as that represented by a byte[], a Binary object, or an NIO buffer.
|
| ReadBuffer.BufferInput |
The BufferInput interface represents a DataInputStream on top of a
ReadBuffer.
|
| SerializationSupport |
The SerializationSupport interface provides the ability for objects that are
serialized by any
Serializer to affect the initial stage of serialization
and the final stage of deserialization. |
| Serializer |
The Serializer interface provides the capability of reading and writing a
Java object from and to an in-memory buffer.
|
| WriteBuffer.BufferOutput |
The BufferOutput interface represents a DataOutputStream on top of a
WriteBuffer.
|
| Class | Description |
|---|---|
| ReadBuffer |
The ReadBuffer interface represents an in-memory block of binary data,
such as that represented by a byte[], a Binary object, or an NIO buffer.
|
| ReadBuffer.BufferInput |
The BufferInput interface represents a DataInputStream on top of a
ReadBuffer.
|
| Class | Description |
|---|---|
| AsyncBinaryStore |
An AsyncBinaryStore is a BinaryStore wrapper that performs the "O" (output)
portion of its I/O asynchronously on a daemon thread.
|
| AsyncBinaryStoreManager |
An AsyncBinaryStoreManager is a wrapper BinaryStoreManager that creates
wrapper AsyncBinaryStore objects.
|
| BinaryStore |
A simple mapping of CacheStore operations for Binary objects into a
Java interface.
|
| BinaryStoreManager |
A manager that is capable of creating and destroying BinaryStore objects.
|
| ClassLoaderAware |
The ClassLoaderAware interface provides the ability to configure a ClassLoader
to be used by the implementing object when loading classes or resources.
|
| ExternalizableLite |
Optimized serialization.
|
| SerializationSupport |
The SerializationSupport interface provides the ability for objects that are
serialized by any
Serializer to affect the initial stage of serialization
and the final stage of deserialization. |
| Serializer |
The Serializer interface provides the capability of reading and writing a
Java object from and to an in-memory buffer.
|
| SerializerFactory |
A factory for
Serializer objects. |
| WrapperStreamFactory |
Deprecated.
As of Coherence 3.7, deprecated with no replacement.
|
| Class | Description |
|---|---|
| BinaryStore |
A simple mapping of CacheStore operations for Binary objects into a
Java interface.
|
| BinaryStoreManager |
A manager that is capable of creating and destroying BinaryStore objects.
|
| ClassLoaderAware |
The ClassLoaderAware interface provides the ability to configure a ClassLoader
to be used by the implementing object when loading classes or resources.
|
| Serializer |
The Serializer interface provides the capability of reading and writing a
Java object from and to an in-memory buffer.
|
| Class | Description |
|---|---|
| SerializationSupport |
The SerializationSupport interface provides the ability for objects that are
serialized by any
Serializer to affect the initial stage of serialization
and the final stage of deserialization. |
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| Class | Description |
|---|---|
| ReadBuffer |
The ReadBuffer interface represents an in-memory block of binary data,
such as that represented by a byte[], a Binary object, or an NIO buffer.
|
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| Class | Description |
|---|---|
| AbstractByteArrayReadBuffer |
The AbstractByteArrayReadBuffer abstract class is intended to serve as
a base class for the following:
the pre-existing Binary class
a new byte[] based class that does not attempt to add the immutability
aspect provided by the Binary class
a new ByteBuffer based class that will work with Java NIO
This implementation is not intended to be thread safe.
|
| AbstractReadBuffer |
Abstract base implementation of the ReadBuffer interface.
|
| AbstractWriteBuffer |
The AbstractWriteBuffer is a partial implementation of the WriteBuffer
interface intended to be used as a base class for easily creating concrete
WriteBuffer implementations.
|
| ByteArrayWriteBuffer |
ByteArrayWriteBuffer is an implementation of WriteBuffer on a byte array.
|
| ClassLoaderAware |
The ClassLoaderAware interface provides the ability to configure a ClassLoader
to be used by the implementing object when loading classes or resources.
|
| DeltaCompressor |
The DeltaCompressor interface provides the capability of comparing two
in-memory buffers containing an old and a new value, and producing a result
(called a "delta") that can be applied to the old value to create the new
value.
|
| ExternalizableLite |
Optimized serialization.
|
| MultiBufferReadBuffer |
The MultiBufferReadBuffer is a ReadBuffer implementation that presents a
view across any number of underlying ReadBuffer objects, as if they were
appended end-to-end into a single ReadBuffer.
|
| MultiBufferWriteBuffer.WriteBufferPool |
A WriteBufferPool is used to dynamically allocate WriteBuffer
objects as the MultiBufferWriteBuffer requires them.
|
| ObjectStreamFactory |
Provides the means to create ObjectInput and ObjectOutput streams based on
primitive data streams in a layered, pluggable fashion.
|
| ReadBuffer |
The ReadBuffer interface represents an in-memory block of binary data,
such as that represented by a byte[], a Binary object, or an NIO buffer.
|
| ReadBuffer.BufferInput |
The BufferInput interface represents a DataInputStream on top of a
ReadBuffer.
|
| Serializer |
The Serializer interface provides the capability of reading and writing a
Java object from and to an in-memory buffer.
|
| Utf8Reader |
A Utf8Reader is used to read character data from an underlying stream.
|
| WrapperDataOutputStream |
This is an imitation DataOutputStream class that provides the DataOutput
interface by delegating to an object that implements the DataOutput
interface.
|
| WrapperObjectOutputStream |
This is an imitation ObjectOutputStream class that provides the
ObjectOutput interface by delegating to an object that implements the
ObjectOutput interface.
|
| WrapperOutputStream |
This is an OutputStream class that delegates to another OutputStream.
|
| WriteBuffer |
The WriteBuffer interface represents an in-memory block of binary data
that is being accumulated (written to).
|
| WriteBuffer.BufferOutput |
The BufferOutput interface represents a DataOutputStream on top of a
WriteBuffer.
|
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| SerializationSupport |
The SerializationSupport interface provides the ability for objects that are
serialized by any
Serializer to affect the initial stage of serialization
and the final stage of deserialization. |
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|
| Class | Description |
|---|---|
| AbstractEvolvable |
An abstract base class for implementing Evolvable objects.
|
| Evolvable |
The Evolvable interface is implemented by classes that require forwards-
and backwards-compatibility of their serialized form.
|
| ExternalizableLite |
Optimized serialization.
|
| Class | Description |
|---|---|
| ExternalizableLite |
Optimized serialization.
|