Interface | Description |
---|---|
Path | |
Step<S,E> | |
Translator<S,T> |
A Translator will translate
Bytecode into another representation. |
Translator.ScriptTranslator |
Translates bytecode to a string representation.
|
Translator.ScriptTranslator.TypeTranslator |
Provides a way for the
Translator.ScriptTranslator to convert various data types to their string
representations in their target language. |
Translator.StepTranslator<S extends TraversalSource,T extends Traversal.Admin<?,?>> |
Translates bytecode to actual steps.
|
Traversal<S,E> | |
Traversal.Admin<S,E> | |
TraversalSideEffects |
A
Traversal can maintain global sideEffects. |
TraversalSource |
A
TraversalSource is used to create Traversal instances. |
TraversalStrategies |
A
Traversal maintains a set of TraversalStrategy instances within a TraversalStrategies object. |
TraversalStrategy<S extends TraversalStrategy> |
A
TraversalStrategy defines a particular atomic operation for mutating a Traversal prior to its evaluation. |
TraversalStrategy.DecorationStrategy |
Implemented by strategies that adds "application logic" to the traversal (e.g.
|
TraversalStrategy.FinalizationStrategy |
Implemented by strategies that do final behaviors that require a fully compiled traversal to work (e.g.
|
TraversalStrategy.OptimizationStrategy |
Implemented by strategies that rewrite the traversal to be more efficient, but with the same semantics
(e.g.
|
TraversalStrategy.ProviderOptimizationStrategy |
Implemented by strategies that rewrite the traversal to be more efficient, but with the same semantics.
|
TraversalStrategy.VerificationStrategy |
Implemented by strategies where there is no more behavioral tweaking of the traversal required.
|
Traverser<T> |
A
Traverser represents the current state of an object flowing through a Traversal . |
Traverser.Admin<T> |
The methods in System.Traverser are useful to underlying Step and Traversal implementations.
|
TraverserGenerator |
A TraverserGenerator will generate traversers for a particular
Traversal . |
Class | Description |
---|---|
AnonymousTraversalSource<T extends TraversalSource> |
Provides a unified way to construct a
TraversalSource from the perspective of the traversal. |
Bindings |
Bindings are used to associate a variable with a value.
|
Bytecode |
When a
TraversalSource is manipulated and then a Traversal is spawned and mutated, a language
agnostic representation of those mutations is recorded in a bytecode instance. |
Bytecode.Binding<V> | |
Bytecode.Instruction | |
IO |
Fields that can be provided to the
GraphTraversalSource.io(String) using the
GraphTraversal.with(String,Object) step modulator to provide additional configurations. |
P<V> |
Predefined
Predicate values that can be used with |
Path.Exceptions | |
SackFunctions | |
TextP |
Predefined
Predicate values that can be used as String filters. |
Traversal.Exceptions |
A collection of
Exception types associated with Traversal execution. |
Traversal.Symbols | |
TraversalSideEffects.Exceptions | |
TraversalSource.Symbols | |
TraversalStrategies.GlobalCache |
Enum | Description |
---|---|
Compare |
Compare is a BiPredicate that determines whether the first argument is == , != ,
> , >= , < , <= to the second argument. |
Contains |
Contains is a BiPredicate that evaluates whether the first object is contained within (or not
within) the second collection object. |
Operator |
A set of
BinaryOperator instances that handle common operations for traversal steps. |
Order |
Provides
Comparator instances for ordering traversers. |
Pop |
A
Path may have multiple values associated with a single label. |
SackFunctions.Barrier | |
Scope |
Many
Step instance can have a variable scope which alter the manner in which the step will behave in
relation to how the traversers are processed. |
Text |
Text is a BiPredicate that determines whether the first string starts with, starts
not with, ends with, ends not with, contains or does not contain the second string argument. |
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