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Packages that use Hash | |
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org.infinispan.client.hotrod.impl.consistenthash | |
org.infinispan.config | Cache configuration beans and parsers. |
org.infinispan.distribution.ch | |
org.infinispan.util.hash |
Uses of Hash in org.infinispan.client.hotrod.impl.consistenthash |
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Fields in org.infinispan.client.hotrod.impl.consistenthash declared as Hash | |
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protected Hash |
ConsistentHashV1.hash
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Methods in org.infinispan.client.hotrod.impl.consistenthash with parameters of type Hash | |
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void |
ConsistentHashV1.setHash(Hash hash)
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Uses of Hash in org.infinispan.config |
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Method parameters in org.infinispan.config with type arguments of type Hash | |
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FluentConfiguration.HashConfig |
FluentConfiguration.HashConfig.hashFunctionClass(Class<? extends Hash> hashFunctionClass)
A fully qualified name of the class providing a hash function, used as a bit spreader and a general hash code generator. |
FluentConfiguration.HashConfig |
Configuration.HashType.hashFunctionClass(Class<? extends Hash> hashFunctionClass)
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Uses of Hash in org.infinispan.distribution.ch |
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Fields in org.infinispan.distribution.ch declared as Hash | |
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protected Hash |
AbstractWheelConsistentHash.hashFunction
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Methods in org.infinispan.distribution.ch with parameters of type Hash | |
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void |
AbstractWheelConsistentHash.setHashFunction(Hash h)
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Constructors in org.infinispan.distribution.ch with parameters of type Hash | |
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DefaultConsistentHash(Hash hash)
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TopologyAwareConsistentHash(Hash hash)
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Uses of Hash in org.infinispan.util.hash |
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Classes in org.infinispan.util.hash that implement Hash | |
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class |
MurmurHash2
An implementation of Austin Appleby's MurmurHash2.0 algorithm, as documented on his website. |
class |
MurmurHash2Compat
An implementation of Austin Appleby's MurmurHash2.0 algorithm, as documented on his website. |
class |
MurmurHash3
MurmurHash3 implementation in Java, based on Austin Appleby's original in C Only implementing x64 version, because this should always be faster on 64 bit native processors, even 64 bit being ran with a 32 bit OS; this should also be as fast or faster than the x86 version on some modern 32 bit processors. |
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