Optional
direction?: "inbound" | "outbound" | "any"Direction of the traversal, relative to the starting vertex if expander
is not set.
Optional
expander?: stringA string evaluating to the body of a JavaScript function to be executed
on the server to use when direction
is not set.
The code has access to three variables: config
, vertex
, path
.
The code must return an array of objects with edge
and vertex
attributes representing the connections for the vertex.
Note: This code will be evaluated and executed on the server inside ArangoDB's embedded JavaScript environment and can not access any other variables.
See the official ArangoDB documentation for
the JavaScript @arangodb
module
for information about accessing the database from within ArangoDB's
server-side JavaScript environment.
Optional
filter?: stringA string evaluating to the body of a JavaScript function to be executed on the server to filter nodes.
The code has access to three variables: config
, vertex
, path
.
The code may include a return statement for the following values:
"exclude"
: The vertex will not be visited."prune"
: The edges of the vertex will not be followed.""
or undefined
: The vertex will be visited and its edges followed.Note: This code will be evaluated and executed on the server inside ArangoDB's embedded JavaScript environment and can not access any other variables.
See the official ArangoDB documentation for
the JavaScript @arangodb
module
for information about accessing the database from within ArangoDB's
server-side JavaScript environment.
Optional
init?: stringA string evaluating to the body of a JavaScript function to be executed on the server to initialize the traversal result object.
The code has access to two variables: config
, result
.
The code may modify the result
object.
Note: This code will be evaluated and executed on the server inside ArangoDB's embedded JavaScript environment and can not access any other variables.
See the official ArangoDB documentation for
the JavaScript @arangodb
module
for information about accessing the database from within ArangoDB's
server-side JavaScript environment.
Optional
itemItem iteration order.
Optional
maxIf specified, only nodes in at most this depth will be visited.
Optional
maxMaximum number of iterations before a traversal is aborted because of a potential endless loop.
Optional
minIf specified, only nodes in at least this depth will be visited.
Optional
order?: "preorder" | "postorder" | "preorder-expander"Traversal order.
Optional
sort?: stringA string evaluating to the body of a JavaScript function to be executed
on the server to sort edges if expander
is not set.
The code has access to two variables representing edges: l
, r
.
The code must return -1
if l < r
, 1
if l > r
or 0
if both
values are equal.
Note: This code will be evaluated and executed on the server inside ArangoDB's embedded JavaScript environment and can not access any other variables.
See the official ArangoDB documentation for
the JavaScript @arangodb
module
for information about accessing the database from within ArangoDB's
server-side JavaScript environment.
Optional
strategy?: "depthfirst" | "breadthfirst"Traversal strategy.
Optional
uniqueness?: { Specifies uniqueness for vertices and edges.
Optional
edges?: "none" | "global" | "path"Uniqueness for edges.
Optional
vertices?: "none" | "global" | "path"Uniqueness for vertices.
Optional
visitor?: stringA string evaluating to the body of a JavaScript function to be executed on the server when a node is visited.
The code has access to five variables: config
, result
, vertex
,
path
, connected
.
The code may modify the result
object.
Note: This code will be evaluated and executed on the server inside ArangoDB's embedded JavaScript environment and can not access any other variables.
See the official ArangoDB documentation for
the JavaScript @arangodb
module
for information about accessing the database from within ArangoDB's
server-side JavaScript environment.
Generated using TypeDoc
Options for performing a graph traversal.
Deprecated
Simple Queries have been deprecated in ArangoDB 3.4 and can be replaced with AQL queries.