Package net.openhft.chronicle.core.values

Provides interfaces and classes for representing references to various primitive data types and handling their storage and retrieval.

See: Description

Interface Summary

Interface	Description
BooleanValue	This interface represents a reference to a boolean value.
ByteValue	This interface represents a reference to a byte value.
CharValue	This interface represents a reference to a char value.
DoubleValue	This interface represents a reference to a double value.
FloatValue	This interface represents a reference to a float value.
IntArrayValues	This interface represents a reference to an array of int values.
IntValue	Represents a reference to a 32-bit integer value, providing various methods for accessing and modifying the value.
LongArrayValues	This interface represents a reference to an array of long values.
LongValue	The LongValue interface provides an abstraction for a mutable long value that supports atomic and concurrent modifications.
ShortValue	Represents a reference to a 16-bit short value, providing methods for accessing and modifying the value.
StringValue	The StringValue interface represents a reference to a String value.
TwoLongValue	Represents a container for two long values, providing mechanisms for getting, setting, and manipulating them with various memory ordering effects.

Annotation Types Summary

Annotation Type	Description
MaxBytes	This annotation is used to specify the maximum size, in encoded bytes, that a variable-length data type can occupy.

Package net.openhft.chronicle.core.values Description

Provides interfaces and classes for representing references to various primitive data types and handling their storage and retrieval.

This package contains interfaces representing references to different types of values, including boolean, byte, char, double, float, int, long, short, and String. Additionally, there are interfaces for representing references to arrays of int and long values. Each interface provides methods for getting and setting the respective value(s). There are also classes that represent specific implementations of these interfaces.

Implementations of these interfaces can handle the storage and retrieval of the respective values in various formats or mediums (e.g., in memory or on disk). The interfaces also define methods for atomic and concurrent modifications, including get and set methods with volatile semantics and atomic operations such as compare-and-swap.

The MaxBytes annotation is available for specifying the maximum size constraints on variable-length data types in bytes or elements.

• BooleanValue - Represents a reference to a boolean value.
• ByteValue - Represents a reference to a byte value.
• CharValue - Represents a reference to a char value.
• DoubleValue - Represents a reference to a double value.
• FloatValue - Represents a reference to a float value.
• IntArrayValues - Represents a reference to an array of int values.
• IntValue - Represents a reference to a 32-bit integer value.
• LongArrayValues - Represents a reference to an array of long values.
• LongValue - Represents a reference to a long value.
• ShortValue - Represents a reference to a 16-bit short value.
• StringValue - Represents a reference to a String value.
• TwoLongValue - Represents a reference to two long values.

Since:

10/10/13