The TraceConfiguration class provides the ability to configure custom trace properties required to run a network trace. These properties control trace settings for traversability, functions, filters, and outputs. The Configure a trace and Add Trace Configuration (Utility Network) documentation is helpful to learn more about trace configuration parameters.
The Trace Configuration differs from the NamedTraceConfiguration. A NamedTraceConfiguration allows for configuring and storing properties on complex traces in a utility network. These configurations are created and stored within the utility network, and can be reused and shared across an organization. The named trace configurations can be referenced by a globalID.
The benefit of using a TraceConfiguration is the ability to configure custom trace properties without having to create and share a new named trace configuration within the utility network. This improves user experience because it does not require users to understand all the details that go into creating an entire named trace configuration. Users can just modify certain trace properties and then execute their own custom trace. In order to achieve this, users can fetch the NamedTraceConfigurations available in the utility network and override it. To override an existing named trace configuration, create a TraceConfiguration instance and assign it to the traceConfiguration property of the NamedTraceConfiguration.
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Constructors
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new TraceConfiguration(properties)
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Parameterproperties Objectoptional
See the properties for a list of all the properties that may be passed into the constructor.
Property Overview
| Name | Type | Summary | Class |
|---|---|---|---|
| Object[] | An array of objects representing network attribute or category conditions that serve as barriers. more details | TraceConfiguration | |
| Object[] | An array of objects representing function barriers. more details | TraceConfiguration | |
| Object[] | An array of objects representing function. more details | TraceConfiguration | |
| Boolean | Do not stop the trace if the starting point is a barrier. more details | TraceConfiguration | |
| Boolean | Specifies whether the traversability barrier features will be included in the trace results. more details | TraceConfiguration | |
| Object[] | Specifies the type of features returned based on a network attribute or check for a category string. more details | TraceConfiguration | |
| String | Specifies the network attribute name used for determining the shortest path. more details | TraceConfiguration | |
| String | Determines whether traversability is applied to both junctions and edges, junctions only, or edges only. more details | TraceConfiguration | |
| Boolean | Specifies whether an error will be returned if dirty areas are encountered in any of the traversed features. more details | TraceConfiguration |
Property Details
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An array of objects representing network attribute or category conditions that serve as barriers.
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An array of objects representing function barriers. Function barriers define when a trace should stop when an aggregated function condition is satisfied. For example, stop the trace when the sum of the shape length network attribute exceeds 100 meters.
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An array of objects representing function. A function allows the ability to run calculations on network attributes associated with traced network features. Multiple functions can be specified for a single trace.
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ignoreBarriersAtStartingPoints Boolean
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Do not stop the trace if the starting point is a barrier.
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includeBarriers Boolean
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Specifies whether the traversability barrier features will be included in the trace results.
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Specifies the type of features returned based on a network attribute or check for a category string. A condition barrier uses a network attribute, an operator, a type, and an attribute value.
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shortestPathNetworkAttributeName String
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Specifies the network attribute name used for determining the shortest path. The shortest path is calculated using a numeric network attribute such as shape length.
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traversabilityScope String
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Determines whether traversability is applied to both junctions and edges, junctions only, or edges only. For example, if we set the
traversabilityScopeto bejunctionsonly,edgeswill not get evaluated against traversability conditions and filters.Value Description junctions Traversability will be applied to junctions only. edges Traversability will be applied to edges only. junctionsAndEdges Traversability will be applied to both junctions and edges. Possible Values:"junctions"|"edges"|"junctionsAndEdges"
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validateConsistency Boolean
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Specifies whether an error will be returned if dirty areas are encountered in any of the traversed features. If set to
falsethe trace will succeed even when dirty areas were encountered. However, the trace results might not be consistent.