Property:Step text
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Property | |
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edit | |
name | text |
label | text |
type | Special:Types/Text→Special:Types/Text |
scope | |
index | 4 |
sortPos | |
primaryKey | false |
mandatory | false |
namespace | |
size | |
uploadable | false |
defaultValue | |
inputType | |
allowedValues | |
documentation | the description according to the Apache Tinkerpop documentation |
values_from | |
externalFormatterURI | |
showInGrid | |
isLink | false |
nullable | |
topic | Concept:Step→Step |
Text This is a Property with type Special:Types/Text
G
is not a real step, but a "step modulator" similar to by() and option(). With as(), it is possible to provide a label to the step that can later be accessed by steps and data structures that make use of such labels — e.g., select(), match(), and path +
filters elements that fullfill the given predicate. Variant: Filters elements that are equal to the given Object. +
Iterates the traversal up to the itself and emits the side-effect referenced by the key. If multiple keys are supplied then the side-effects are emitted as a Map. +
operates on a stream of comparable objects and determines which is the last object according to its natural order in the stream. +
The coalesce()-step evaluates the provided traversals in order and returns the first traversal that emits at least one element. +
Iterates the traversal presumably for the generation of side-effects. See https://stackoverflow.com/questions/47403296/iterate-step-is-used-in-the-end-of-the-command-when-creating-nodes-and-edges-t +
There are situations when the traversal stream needs a "barrier" to aggregate all the objects and emit a computation that is a function of the aggregate. The fold()-step (map) is one particular instance of this. Please see unfold()-step for the inverse functionality. +
will return a TraversalExplanation. A traversal explanation details how the traversal (prior to explain()) will be compiled given the registered traversal strategies. A TraversalExplanation has a toString() representation with 3-columns. The first column is the traversal strategy being applied. The second column is the traversal strategy category: [D]ecoration, [O]ptimization, [P]rovider optimization, [F]inalization, and [V]erification. Finally, the third column is the state of the traversal post strategy application. The final traversal is the resultant execution plan. +