Dependencies
Declarations
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org
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terracotta
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context
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AbstractTreeNode
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children: CopyOnWriteArraySet<AbstractTreeNode>
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addChild(AbstractTreeNode): boolean
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removeChild(AbstractTreeNode): boolean
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getChildren(): Set<AbstractTreeNode>
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getPath(): List<TreeNode>
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toTreeString(): String
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dumpSubtree(int, TreeNode): String
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addedParent(AbstractTreeNode): void
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removedParent(AbstractTreeNode): void
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getAncestors(): Set<AbstractTreeNode>
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getListeners(): Collection<ContextListener>
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clean(): void
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ContextAwareTreeNode
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ContextCreationListener
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ContextElement
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ContextListener
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ContextManager
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LOGGER: Logger
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CONTEXT_OBJECTS: WeakIdentityHashMap<Object, MutableTreeNode>
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contextCreationListeners: Collection<ContextCreationListener>
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root: RootNode
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associate(Object): Association
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dissociate(Object): Dissociation
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nodeFor(Object): TreeNode
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registerContextCreationListener(ContextCreationListener): void
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deregisterContextCreationListener(ContextCreationListener): void
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associate(Object, Object): void
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dissociate(Object, Object): void
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getTreeNode(Object): MutableTreeNode
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getOrCreateTreeNode(Object): MutableTreeNode
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discoverAssociations(Object): void
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contextCreated(Object): void
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root(Object): void
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uproot(Object): void
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query(Query): Set<TreeNode>
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queryForSingleton(Query): TreeNode
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registerContextListener(ContextListener): void
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deregisterContextListener(ContextListener): void
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Association
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Dissociation
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MutableTreeNode
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parents: CopyOnWriteArraySet<AbstractTreeNode>
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context: ContextElement
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MutableTreeNode(ContextElement): void
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getContext(): ContextElement
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toString(): String
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getAncestors(): Set<AbstractTreeNode>
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getListeners(): Collection<ContextListener>
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addedParent(AbstractTreeNode): void
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removedParent(AbstractTreeNode): void
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getPaths(): Collection<List<TreeNode>>
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RootNode
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listeners: Collection<ContextListener>
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addedParent(AbstractTreeNode): void
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removedParent(AbstractTreeNode): void
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getAncestors(): Set<AbstractTreeNode>
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getListeners(): Collection<ContextListener>
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addListener(ContextListener): void
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removeListener(ContextListener): void
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getContext(): ContextElement
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getPaths(): Collection<List<TreeNode>>
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TreeNode
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WeakIdentityHashMap
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annotations
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extractor
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AttributeGetter
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DirectAttributeGetter
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FieldAttributeGetter
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LazyContextElement
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MethodAttributeGetter
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ObjectContextExtractor
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ObjectContextExtractor(): void
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extract(Object): ContextElement
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extractInstanceAttribute(Object): Map<String, AttributeGetter>
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extractMethodAttributes(Object): Map<String, AttributeGetter<Object>>
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extractFieldAttributes(Object): Map<String, AttributeGetter<Object>>
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createFieldAttributeGetter(Object, Field): AttributeGetter<Object>
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WeakAttributeGetter
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WeakFieldAttributeGetter
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WeakMethodAttributeGetter
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query
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ChainedQuery
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Children
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Descendants
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EmptyQuery
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EnsureUnique
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Filter
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Matcher
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Matchers
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Matchers(): void
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context(Matcher<ContextElement>): Matcher<TreeNode>
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attributes(Matcher<Map<String, Object>>): Matcher<ContextElement>
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identifier(Matcher<Class<Object>>): Matcher<ContextElement>
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subclassOf(Class<Object>): Matcher<Class<Object>>
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hasAttribute(String, Object): Matcher<Map<String, Object>>
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hasAttribute(String, Matcher<Object>): Matcher<Map<String, Object>>
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anyOf(Matcher[]): Matcher<Object>
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allOf(Matcher[]): Matcher<Object>
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not(Matcher<Object>): Matcher<Object>
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NullQuery
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Parent
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Queries
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Query
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QueryBuilder
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statistics
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AbstractOperationStatistic
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AbstractSourceStatistic
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ConstantValueStatistic
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GeneralOperationStatistic
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MappedOperationStatistic
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name: String
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tags: Set<String>
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properties: Map<String, Object>
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outcomeType: Class<Enum>
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mapper: StatisticMapper<Enum, Enum>
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MappedOperationStatistic(Object, Map<Enum, Set<Enum>>, String, int, String, String): void
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type(): Class<Enum>
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statistic(Enum): ValueStatistic<Long>
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statistic(Set<Enum>): ValueStatistic<Long>
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count(Enum): long
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sum(Set<Enum>): long
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sum(): long
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addDerivedStatistic(ChainedOperationObserver<Enum>): void
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removeDerivedStatistic(ChainedOperationObserver<Enum>): void
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getDerivedStatistics(): Collection<ChainedOperationObserver<Enum>>
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begin(): void
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end(Enum): void
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findOperationStat(Object, Class<Enum>, String): OperationStatistic<Enum>
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MemoizingValueStatistic
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OperationStatistic
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PassThroughStatistic
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BINDING: WeakIdentityHashMap<Object, Collection<PassThroughStatistic<Serializable>>>
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bindStatistic(PassThroughStatistic<Serializable>, Object): void
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removeStatistics(Object): void
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hasStatisticsFor(Object): boolean
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name: String
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tags: Set<String>
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properties: Map<String, Object>
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type: StatisticType
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source: ValueStatistic<Serializable>
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PassThroughStatistic(Object, String, Set<String>, Map<String, Object>, ValueStatistic<Serializable>): void
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value(): Serializable
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type(): StatisticType
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Sample
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SampledStatistic
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SampledStatisticAdapter
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timeSource: LongSupplier
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statistic: ValueStatistic<Serializable>
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SampledStatisticAdapter(ValueStatistic<Serializable>, LongSupplier): void
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value(): Serializable
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history(): List<Sample<Serializable>>
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history(long): List<Sample<Serializable>>
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type(): StatisticType
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sample(ValueStatistic<Serializable>, LongSupplier): SampledStatistic<Serializable>
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SourceStatistic
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Statistic
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StatisticBuilder
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StatisticMapper
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targetType: Class<Enum>
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sourceType: Class<Enum>
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statistic: OperationStatistic<Enum>
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translation: Map<Enum, Set<Enum>>
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reverseTranslation: Map<Enum, Enum>
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derivedStats: ConcurrentMap<ChainedOperationObserver<Enum>, ChainedOperationObserver<Enum>>
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StatisticMapper(Map<Enum, Set<Enum>>, OperationStatistic<Enum>): void
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reverse(Map<Enum, Set<Enum>>): Map<Enum, Enum>
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type(): Class<Enum>
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statistic(Enum): ValueStatistic<Long>
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statistic(Set<Enum>): ValueStatistic<Long>
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count(Enum): long
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sum(Set<Enum>): long
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sum(): long
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addDerivedStatistic(ChainedOperationObserver<Enum>): void
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removeDerivedStatistic(ChainedOperationObserver<Enum>): void
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getDerivedStatistics(): Collection<ChainedOperationObserver<Enum>>
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begin(): void
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end(Enum): void
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StatisticType
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StatisticsManager
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EQ: String
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static class initializer
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createOperationStatistic(Object, String, Set<String>, Class<Enum>): OperationObserver<Enum>
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createOperationStatistic(Object, String, Set<String>, Map<String, Object>, Class<Enum>): OperationObserver<Enum>
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createOperationStatistic(String, Set<String>, Map<String, Object>, Class<Enum>): OperationStatistic<Enum>
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getOperationStatisticFor(OperationObserver<Enum>): OperationStatistic<Enum>
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createPassThroughStatistic(Object, String, Set<String>, StatisticType, Supplier<Serializable>): void
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createPassThroughStatistic(Object, String, Set<String>, ValueStatistic<Serializable>): void
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createPassThroughStatistic(Object, String, Set<String>, Map<String, Object>, StatisticType, Supplier<Serializable>): void
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createPassThroughStatistic(Object, String, Set<String>, Map<String, Object>, ValueStatistic<Serializable>): void
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removePassThroughStatistics(Object): void
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tags(String[]): Set<String>
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parseStatisticAnnotations(Object): void
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properties(String[]): Map<String, String>
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ReflectionSupplier
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SuppliedValueStatistic
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Table
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serialVersionUID: long
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newBuilder(String[]): Builder
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Table(String[]): void
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Builder
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RowBuilder
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TableSkeleton
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serialVersionUID: long
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statistics: Map<String, ValueStatistic[]>
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innerStatisticNames: String[]
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TableSkeleton(String[]): void
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isEmpty(): boolean
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getRowCount(): int
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getRowLabels(): Collection<String>
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getStatisticNames(): String[]
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getStatisticCount(): int
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getStatistics(String): ValueStatistic[]
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getStatistics(): Map<String, ValueStatistic[]>
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getStatistic(String, String): Optional<ValueStatistic<Serializable>>
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toString(): String
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insert(String, String, StatisticType, Serializable): void
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insert(String, String, ValueStatistic<Serializable>): void
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TableValueStatistic
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serialVersionUID: long
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newBuilder(String[]): Builder
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TableValueStatistic(String[]): void
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type(): StatisticType
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value(): Table
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Builder
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RowBuilder
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Time
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ValueStatistic
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ValueStatistics
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nullValue(StatisticType): ConstantValueStatistic<Serializable>
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constant(StatisticType, Serializable): ConstantValueStatistic<Serializable>
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supply(StatisticType, Supplier<Serializable>): ValueStatistic<Serializable>
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gauge(Supplier<Number>): ValueStatistic<Number>
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counter(Supplier<Number>): ValueStatistic<Number>
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rate(Supplier<Number>): ValueStatistic<Number>
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ratio(Supplier<Number>): ValueStatistic<Number>
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table(Supplier<Table>): ValueStatistic<Table>
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memoize(long, TimeUnit, ValueStatistic<Serializable>): ValueStatistic<Serializable>
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ZeroOperationStatistic
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INSTANCE: OperationStatistic<Enum>
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get(): OperationStatistic<Enum>
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type(): Class<Enum>
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count(Enum): long
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sum(Set<Enum>): long
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sum(): long
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addDerivedStatistic(ChainedOperationObserver<Enum>): void
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removeDerivedStatistic(ChainedOperationObserver<Enum>): void
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getDerivedStatistics(): Collection<ChainedOperationObserver<Enum>>
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begin(): void
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end(Enum): void
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archive
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CircularBuffer
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StatisticArchive
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TIMESTAMPED_COMPARATOR: Comparator<Sample<Serializable>>
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overspill: Consumer<Object>
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size: int
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buffer: CircularBuffer<Sample<Serializable>>
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StatisticArchive(int): void
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StatisticArchive(int, Consumer<Object>): void
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setCapacity(int): void
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add(Sample<Serializable>): void
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clear(): void
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getArchive(): List<Sample<Serializable>>
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getArchive(long): List<Sample<Serializable>>
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StatisticSampler
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exclusiveExecutor: boolean
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executor: ScheduledExecutorService
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task: SamplingTask<Serializable>
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currentExecution: ScheduledFuture<Object>
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period: long
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StatisticSampler(long, TimeUnit, ValueStatistic<Serializable>, Consumer<Sample<Serializable>>, LongSupplier): void
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StatisticSampler(ScheduledExecutorService, long, TimeUnit, ValueStatistic<Serializable>, Consumer<Sample<Serializable>>, LongSupplier): void
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setPeriod(long, TimeUnit): void
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start(): void
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stop(): void
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shutdown(): void
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SamplingTask
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SamplerThreadFactory
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derived
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EventRateSimpleMovingAverage
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PARTITION_COUNT: int
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archive: Queue<CounterPartition>
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activePartition: AtomicReference<CounterPartition>
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windowSize: long
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partitionSize: long
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EventRateSimpleMovingAverage(long, TimeUnit): void
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setWindow(long, TimeUnit): void
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value(): Double
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type(): StatisticType
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rateUsingSeconds(): Double
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rate(TimeUnit): Double
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event(long, long): void
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archive(CounterPartition): void
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CounterPartition
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OperationResultFilter
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OperationResultSampler
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histogram
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BarSplittingBiasedHistogram
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DEFAULT_MAX_COEFFICIENT: double
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DEFAULT_PHI: double
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DEFAULT_EXPANSION_FACTOR: int
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DEFAULT_EXP_HISTOGRAM_EPSILON: double
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barCount: int
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bucketCount: int
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barEpsilon: double
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window: long
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phi: double
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alphaPhi: double
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ratio: double
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bars: List<Bar>
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maxSizeTable: double[]
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size: long
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BarSplittingBiasedHistogram(double, double, int, int, double, long): void
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BarSplittingBiasedHistogram(int, long): void
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BarSplittingBiasedHistogram(double, int, long): void
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event(double, long): void
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expire(long): void
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toString(): String
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getBuckets(): List<Bucket>
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nextUpIfEqual(double, double): double
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getMinimum(): double
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getMaximum(): double
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getQuantileBounds(double): double[]
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evaluateQuantileFromMax(double): double[]
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evaluateQuantileFromMin(double): double[]
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maxBarSize(int): double
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split(Bar, int): void
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mergeBars(): int
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getBarIndex(double): int
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size(): long
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bars(): List<Bar>
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alphaPhi(): double
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phi(): double
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bucketCount(): int
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Bar
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ExponentialHistogram
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EMPTY_LONG_ARRAY: long[]
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epsilon: double
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mergeThreshold: int
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window: long
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boxes: long[]
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insert: int[]
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total: long
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last: long
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ExponentialHistogram(double, long): void
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ExponentialHistogram(double, int, long, int): void
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merge(ExponentialHistogram): void
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merge(long[], long): void
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insert(long, long): void
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makeBoxes(long, long): long[]
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tailedLCanonical(int, long): int[]
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lCanonical(int, long): int[]
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merge(long[], long[], int, int, long[]): long[]
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insert(long): void
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expire(long): long
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min_l(int): int
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max_l(int): int
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count(): long
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split(double): ExponentialHistogram
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transfer(long[], long[], int, int): void
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pull(long[], int, int): long[]
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doubleUp(long[]): long[]
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toString(): String
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reverseSort(long[]): int
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reverseSort(long[], int, int): int
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ensureCapacity(int): void
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initializeArrays(int): void
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epsilon(): double
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Histogram
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ImmutableBucket
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Striped
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NCPU: int
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threadHash: ThreadLocal<Integer>
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Cell
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stripeGuard: AtomicInteger
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constructor: Supplier<Object>
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base: Cell<Object>
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cells: Cell[]
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advanceProbe(int): int
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Striped(Supplier<Object>): void
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stream(): Stream<Object>
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process(Consumer<Object>): void
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processWithContention(int, Consumer<Object>, boolean): void
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toString(): String
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CellSpliterator
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array: Cell[]
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index: int
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limit: int
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CellSpliterator(Cell[]): void
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CellSpliterator(Cell[], int, int): void
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trySplit(): Spliterator<Cell<Object>>
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forEachRemaining(Consumer<Object>): void
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tryAdvance(Consumer<Object>): boolean
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visitCell(Cell<Object>, Consumer<Object>): void
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estimateSize(): long
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characteristics(): int
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-
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StripedHistogram
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StripedHistogram(double, double, int, int, double, long): void
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StripedHistogram(int, long): void
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StripedHistogram(double, int, long): void
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getBuckets(): List<Bucket>
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mergeBars(List<double[]>): void
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flatten(double[], double[]): List<double[]>
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getQuantileBounds(double): double[]
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evaluateQuantileFromMax(double): double[]
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evaluateQuantileFromMin(double): double[]
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size(): long
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event(double, long): void
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expire(long): void
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-
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latency
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DefaultLatencyHistogramStatistic
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histogram: BarSplittingBiasedHistogram
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timeSupplier: LongSupplier
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pruningDelay: long
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query: LatencyHistogramQuery
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nextPruning: long
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DefaultLatencyHistogramStatistic(double, int, Duration, LongSupplier): void
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DefaultLatencyHistogramStatistic(double, int, Duration): void
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buckets(): List<Bucket>
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count(): long
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minimum(): Long
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maximum(): Long
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percentile(double): Long
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percentileBounds(double): long[]
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event(long, long): void
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query(Function<LatencyHistogramQuery, Object>): Object
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toString(): String
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tryExpire(boolean, LongSupplier): void
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nullOrVal(double): Long
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Jsr107LatencyMonitor
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LatencyAccumulator
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DEFAULT_MIN: long
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DEFAULT_MAX: long
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count: LongAdder
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total: LongAdder
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minimum: LongAccumulator
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maximum: LongAccumulator
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LatencyAccumulator(long[]): void
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accumulate(long): void
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accumulate(LatencyAccumulator): void
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count(): long
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total(): long
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isEmpty(): boolean
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event(long, long): void
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maximum(): Long
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minimum(): Long
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average(): double
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toString(): String
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accumulator(long[]): LatencyAccumulator
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empty(): LatencyAccumulator
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LatencyHistogramQuery
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LatencyHistogramStatistic
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LatencyPeriodAccumulator
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accumulator: LatencyAccumulator
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start: long
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end: long
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LatencyPeriodAccumulator(long, long, long[]): void
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isBefore(long): boolean
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isAfter(long): boolean
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start(): long
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end(): long
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accumulator(): LatencyAccumulator
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tryAccumulate(long, long): boolean
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event(long, long): void
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minimum(): Long
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maximum(): Long
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average(): double
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toString(): String
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LatencySimpleMovingAverage
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PARTITION_COUNT: int
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archive: Queue<LatencyPeriodAccumulator>
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activePartition: AtomicReference<LatencyPeriodAccumulator>
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windowSize: long
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partitionSize: long
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LatencySimpleMovingAverage(long, TimeUnit): void
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LatencySimpleMovingAverage(long, TimeUnit, int): void
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average(): double
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maximum(): Long
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minimum(): Long
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event(long, long): void
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archive(LatencyPeriodAccumulator): void
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LatencyStatistic
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MaximumLatencyHistory
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timeSupplier: LongSupplier
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latestAccumulator: AtomicReference<LatencyPeriodAccumulator>
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archive: Queue<LatencyPeriodAccumulator>
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windowSizeNs: long
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sink: Consumer<LatencyPeriodAccumulator>
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drift: long
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MaximumLatencyHistory(int, long, TimeUnit, LongSupplier): void
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MaximumLatencyHistory(int, long, TimeUnit, LongSupplier, Consumer<LatencyPeriodAccumulator>): void
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event(long, long): void
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value(): Long
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type(): StatisticType
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history(): List<Sample<Long>>
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history(long): List<Sample<Long>>
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insert(LatencyPeriodAccumulator): void
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-
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observer
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registry
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OperationStatisticDescriptor
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observerName: String
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tags: Set<String>
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type: Class<Enum>
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OperationStatisticDescriptor(String, Set<String>, Class<Enum>): void
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getObserverName(): String
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getTags(): Set<String>
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getType(): Class<Enum>
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descriptor(String, Set<String>, Class<Enum>): OperationStatisticDescriptor<Enum>
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descriptor(String, Class<Enum>, String[]): OperationStatisticDescriptor<Enum>
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Statistic
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serialVersionUID: long
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type: StatisticType
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samples: List<Sample<Serializable>>
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Statistic(StatisticType): void
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Statistic(StatisticType, Sample<Serializable>): void
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Statistic(StatisticType, List<Sample<Serializable>>): void
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getType(): StatisticType
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isEmpty(): boolean
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getSamples(): List<Sample<Serializable>>
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getLatestSampleValue(): Optional<Serializable>
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getLatestSample(): Optional<Sample<Serializable>>
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toString(): String
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extract(ValueStatistic<Serializable>, long, long): Statistic<Serializable>
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accepted(Serializable): boolean
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StatisticRegistry
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contextObject: Object
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timeSource: LongSupplier
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statistics: Map<String, ValueStatistic<Serializable>>
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StatisticRegistry(Object, LongSupplier): void
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getStatistics(): Map<String, ValueStatistic<Serializable>>
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queryStatistic(String): Optional<Statistic<Serializable>>
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queryStatistic(String, long): Optional<Statistic<Serializable>>
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queryStatistics(): Map<String, Statistic<Serializable>>
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queryStatistics(long): Map<String, Statistic<Serializable>>
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registerStatistic(String, StatisticType, Supplier<Serializable>): void
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registerStatistic(String, ValueStatistic<Serializable>): void
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registerTable(String, Supplier<Table>): void
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registerGauge(String, Supplier<Number>): void
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registerCounter(String, Supplier<Number>): void
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registerStatistic(String, ValueStatisticDescriptor): boolean
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registerStatistic(String, OperationStatisticDescriptor<Enum>, EnumSet<Enum>): boolean
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hasTags(Collection<String>): Matcher<Map<String, Object>>
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ValueStatisticDescriptor
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-
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Java files
org/terracotta/
Class files