Uses of Interface
net.spy.memcached.HashAlgorithm

Packages that use HashAlgorithm

Package	Description
net.spy.memcached	Memcached client and transformation utils

Uses of HashAlgorithm in net.spy.memcached

Classes in net.spy.memcached that implement HashAlgorithm

Modifier and Type	Class	Description
enum	DefaultHashAlgorithm	Known hashing algorithms for locating a server for a key.

Fields in net.spy.memcached declared as HashAlgorithm

Modifier and Type	Field	Description
static final HashAlgorithm	DefaultConnectionFactory.DEFAULT_HASH	Default hash algorithm.
private final HashAlgorithm	ArrayModNodeLocator.hashAlg
protected HashAlgorithm	ConnectionFactoryBuilder.hashAlg
private final HashAlgorithm	DefaultConnectionFactory.hashAlg
private final HashAlgorithm	KetamaIterator.hashAlg
private final HashAlgorithm	KetamaNodeLocator.hashAlg

Fields in net.spy.memcached with type parameters of type HashAlgorithm

Modifier and Type	Field	Description
private static final Map<String, HashAlgorithm>	HashAlgorithmRegistry.REGISTRY	Internal registry storage.

Methods in net.spy.memcached that return HashAlgorithm

Modifier and Type	Method	Description
HashAlgorithm	ConnectionFactory.getHashAlg()	Get the hash algorithm to be used.
HashAlgorithm	DefaultConnectionFactory.getHashAlg()
static HashAlgorithm	HashAlgorithmRegistry.lookupHashAlgorithm(String name)	Tries to find selected hash algorithm using name provided.

Methods in net.spy.memcached with parameters of type HashAlgorithm

Modifier and Type	Method	Description
static void	HashAlgorithmRegistry.registerHashAlgorithm(String name, HashAlgorithm alg)	Registers provided HashAlgorithm instance with the given name.
ConnectionFactoryBuilder	ConnectionFactoryBuilder.setHashAlg(HashAlgorithm to)	Set the hash algorithm.
private static void	HashAlgorithmRegistry.validateAlgorithm(HashAlgorithm alg)	Validates algorithm instance.

Constructors in net.spy.memcached with parameters of type HashAlgorithm

Modifier	Constructor	Description
	ArrayModNodeLocator(List<MemcachedNode> n, HashAlgorithm alg)	Construct an ArraymodNodeLocator over the given array of nodes and using the given hash algorithm.
private	ArrayModNodeLocator(MemcachedNode[] n, HashAlgorithm alg)
	BinaryConnectionFactory(int len, int bufSize, HashAlgorithm hash)	Construct a BinaryConnectionFactory with the given parameters.
	DefaultConnectionFactory(int qLen, int bufSize, HashAlgorithm hash)	Construct a DefaultConnectionFactory with the given parameters.
	KetamaConnectionFactory(int qLen, int bufSize, long opQueueMaxBlockTime, HashAlgorithm hash, KetamaNodeKeyFormatter.Format nodeKeyFormat, Map<InetSocketAddress, Integer> weights)	Create a KetamaConnectionFactory with the maximum operation queue length, the given read buffer size, the maximum time to block waiting operations, a specific hash algorithm, a set ring key format, and a given set of weights.
protected	KetamaIterator(String k, int t, TreeMap<Long, MemcachedNode> ketamaNodes, HashAlgorithm hashAlg)	Create a new KetamaIterator to be used by a client for an operation.
	KetamaNodeLocator(List<MemcachedNode> nodes, HashAlgorithm alg)	Create a new KetamaNodeLocator using specified nodes and the specifed hash algorithm.
	KetamaNodeLocator(List<MemcachedNode> nodes, HashAlgorithm alg, Map<InetSocketAddress, Integer> nodeWeights, KetamaNodeLocatorConfiguration configuration)	Create a new KetamaNodeLocator with specific nodes, hash, node key format, and weight
	KetamaNodeLocator(List<MemcachedNode> nodes, HashAlgorithm alg, KetamaNodeKeyFormatter.Format nodeKeyFormat, Map<InetSocketAddress, Integer> weights)	Create a new KetamaNodeLocator with specific nodes, hash, node key format, and weight
	KetamaNodeLocator(List<MemcachedNode> nodes, HashAlgorithm alg, KetamaNodeLocatorConfiguration conf)	Create a new KetamaNodeLocator using specified nodes and the specifed hash algorithm and configuration.
private	KetamaNodeLocator(TreeMap<Long, MemcachedNode> smn, Collection<MemcachedNode> an, HashAlgorithm alg, Map<InetSocketAddress, Integer> nodeWeights, KetamaNodeLocatorConfiguration conf)