Validate utility network topology

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Sample viewer app

Demonstrates the workflow of getting the network state and validating the topology of a utility network.

screenshot

Use case

Dirty areas are generated where edits to utility network features have not been evaluated against the network rules. Tracing across this area could result in an error or return inaccurate results. Validating the utility network updates the network topology with the edited feature data, maintaining consistency between the features and topology. Querying the network state allows you to determine if there are dirty areas or errors in a utility network, and if it supports network topology.

How to use the sample

Select features to make edits and then use 'Update and Apply Edit' to send edits to the server.

Click 'Get state' to check if validate is required or if tracing is available.
Click 'Validate' to validate network topology and clear dirty areas.
Click 'Trace' to run a trace.

How it works

Create and load a Map with a web map item URL.
Load the UtilityNetwork from the web map and switch its ServiceGeodatabase to a new branch version.
Add LabelDefinitions for the fields that will be updated on a feature edit.
Add the UtilityNetwork.dirtyAreaTable to the map to visualize dirty areas or errors.
Set a default starting location and trace parameters to stop traversability on an open device.
Get the UtilityNetworkCapabilities from the UtilityNetworkDefinition and use these values to enable or disable the 'Get State', 'Validate', and 'Trace' buttons.
When an ArcGISFeature is selected for editing, populate the choice list for the field value using the field's CodedValueDomain.codedValues.
When 'Update and Apply Edits' is clicked, update the value of the selected feature's attribute value with the selected CodedValue.code and call ServiceGeodatabase.applyEditsAsync().
When 'Get State' is clicked, call UtilityNetwork.getStateAsync() and print the results.
When 'Validate' is clicked, get the current map extent and call UtilityNetwork.validateNetworkTopology().
When 'Trace' is clicked, call UtilityNetwork.traceAsync() with the predefined parameters and select all features returned.
When 'Clear Selection' or 'Cancel' are clicked, clear all selected features on each layer in the map and close the attribute picker.

Relevant API

UtilityElement
UtilityElementTraceResult
UtilityNetwork
UtilityNetworkCapabilities
UtilityNetworkState
UtilityNetworkValidationJob
UtilityTraceConfiguration
UtilityTraceParameters
UtilityTraceResult

About the data

The Naperville electric feature service contains a utility network that can be used to query the network state and validate network topology before tracing. The Naperville electric webmap uses the same feature service endpoint and is shown in this sample. Authentication is required and handled within the sample code.

Sample Code

ValidateUtilityNetworkTopology.cppValidateUtilityNetworkTopology.cppValidateUtilityNetworkTopology.hValidateUtilityNetworkTopology.qml
Use dark colors for code blocksCopy
// [WriteFile Name=ValidateUtilityNetworkTopology, Category=UtilityNetwork]
// [Legal]
// Copyright 2024 Esri.

// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
// http://www.apache.org/licenses/LICENSE-2.0

// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
// [Legal]

#ifdef PCH_BUILD
#include "pch.hpp"
#endif // PCH_BUILD

#include "ArcGISFeature.h"
#include "ArcGISFeatureListModel.h"
#include "AttributeListModel.h"
#include "Credential.h"
#include "Envelope.h"
#include "Error.h"
#include "FeatureEditResult.h"
#include "FeatureLayer.h"
#include "FeatureTableEditResult.h"
#include "FeatureQueryResult.h"
#include "Field.h"
#include "Graphic.h"
#include "GraphicListModel.h"
#include "GraphicsOverlay.h"
#include "GraphicsOverlayListModel.h"
#include "LabelDefinition.h"
#include "LabelDefinitionListModel.h"
#include "LayerListModel.h"
#include "LoadSettings.h"
#include "Map.h"
#include "MapQuickView.h"
#include "MapTypes.h"
#include "Point.h"
#include "Portal.h"
#include "PortalItem.h"
#include "QueryParameters.h"
#include "ServiceFeatureTable.h"
#include "ServiceGeodatabase.h"
#include "ServiceVersionInfo.h"
#include "ServiceVersionParameters.h"
#include "SimpleLabelExpression.h"
#include "SimpleMarkerSymbol.h"
#include "SpatialReference.h"
#include "SymbolTypes.h"
#include "TaskTypes.h"
#include "TextSymbol.h"
#include "UtilityAssetGroup.h"
#include "UtilityAssetType.h"
#include "UtilityDomainNetwork.h"
#include "UtilityElement.h"
#include "UtilityElementTraceResult.h"
#include "UtilityNetwork.h"
#include "UtilityNetworkCapabilities.h"
#include "UtilityNetworkDefinition.h"
#include "UtilityNetworkListModel.h"
#include "UtilityNetworkSource.h"
#include "UtilityNetworkState.h"
#include "UtilityNetworkTypes.h"
#include "UtilityNetworkValidationJob.h"
#include "UtilityTerminal.h"
#include "UtilityTerminalConfiguration.h"
#include "UtilityTier.h"
#include "UtilityTraceParameters.h"
#include "UtilityTraceResultListModel.h"
#include "UtilityValidationResult.h"
#include "ValidateUtilityNetworkTopology.h"
#include "Viewpoint.h"

#include <QUuid>
#include <QFuture>

using namespace Esri::ArcGISRuntime;


ValidateUtilityNetworkTopology::ValidateUtilityNetworkTopology(QObject* parent /* = nullptr */) :
  QObject(parent)
{
  Credential* cred = new Credential("editor01", "S7#i2LWmYH75", this);

  Portal* portal = new Portal(QUrl("https://sampleserver7.arcgisonline.com/portal/sharing/rest"), cred, this);

  PortalItem* portalItem = new PortalItem(portal, "6e3fc6db3d0b4e6589eb4097eb3e5b9b", this);

  m_map = new Map(portalItem, this);

  connect(m_map, &Map::doneLoading, this, [this]()
  {
    onMapLoaded();
  });
}

ValidateUtilityNetworkTopology::~ValidateUtilityNetworkTopology() = default;

void ValidateUtilityNetworkTopology::init()
{
  // Register the map view for QML
  qmlRegisterType<MapQuickView>("Esri.Samples", 1, 0, "MapView");
  qmlRegisterType<ValidateUtilityNetworkTopology>("Esri.Samples", 1, 0, "ValidateUtilityNetworkTopologySample");
}

MapQuickView* ValidateUtilityNetworkTopology::mapView() const
{
  return m_mapView;
}

// Set the view (created in QML)
void ValidateUtilityNetworkTopology::setMapView(MapQuickView* mapView)
{
  if (!mapView || mapView == m_mapView)
    return;

  m_progressBarVisibility = true;
  emit progressBarVisibilityChanged();
  updateMessage("Loading a webmap...");

  const Envelope envelope(
      -9815489.0660101417,
      5128463.4221229386,
      -9814625.2768726498,
      5128968.4911854975,
      SpatialReference::webMercator()
      );

  Viewpoint initialViewpoint(envelope);

  m_map->setInitialViewpoint(initialViewpoint);

  // Load in persistent session mode (workaround for server caching issue)
  // https://support.esri.com/en-us/bug/asynchronous-validate-request-for-utility-network-servi-bug-000160443
  m_map->loadSettings()->setFeatureServiceSessionType(FeatureServiceSessionType::Persistent);

  m_mapView = mapView;
  m_mapView->setMap(m_map);

  GraphicsOverlay* overlay = new GraphicsOverlay(this);
  m_mapView->graphicsOverlays()->append(overlay);

  emit mapViewChanged();

  connectSignals();
}

void ValidateUtilityNetworkTopology::onMapLoaded()
{
  // Load and switch utility network version
  updateMessage("Loading the utility network...");

  m_utilityNetwork = m_map->utilityNetworks()->first();

  const QString randomVersionUuid = QUuid().createUuid().toString(QUuid::WithoutBraces);

  // Restrict editing and tracing on a random branch
  ServiceVersionParameters* params = new ServiceVersionParameters(this);
  params->setName("ValidateNetworkTopology_" + randomVersionUuid);
  params->setAccess(VersionAccess::Private);
  params->setDescription("Validate network topology with ArcGIS Runtime");

  connect(m_utilityNetwork, &UtilityNetwork::doneLoading, this, [this]()
  {
    setupTraceParameters();
  });

  m_utilityNetwork->load();
  m_serviceGeodatabase = m_utilityNetwork->serviceGeodatabase();

  connect(m_serviceGeodatabase, &ServiceGeodatabase::doneLoading, this, [this, params](const Esri::ArcGISRuntime::Error &loadError)
  {
    onServiceGeodatabaseLoaded(params, loadError);
  });

  m_serviceGeodatabase->load();
}

void ValidateUtilityNetworkTopology::onServiceGeodatabaseLoaded(ServiceVersionParameters* params, const Error& loadError)
{
  if (!loadError.isEmpty())
    return;

  m_serviceGeodatabase->createVersionAsync(params).then(this, [this](ServiceVersionInfo* serviceVersionInfo)
  {
    m_serviceGeodatabase->switchVersionAsync(serviceVersionInfo->name()).then(this, [this]()
    {
      displayLabelDefinitions();

      // Visualize dirty area by adding to the map
      ArcGISFeatureTable* dirtyAreaTable = m_utilityNetwork->dirtyAreaTable();
      m_map->operationalLayers()->append(new FeatureLayer(dynamic_cast<FeatureTable*>(dirtyAreaTable), this));
    });
    serviceVersionInfo->deleteLater();
  });
}

void ValidateUtilityNetworkTopology::connectSignals()
{
  connect(m_mapView, &MapQuickView::mouseClicked, this, [this](QMouseEvent& mouseEvent)
  {
    if (m_deviceFeatureLayer && m_lineFeatureLayer)
    {
      // first clear the selection
      m_deviceFeatureLayer->clearSelection();
      m_lineFeatureLayer->clearSelection();

      m_progressBarVisibility = true;
      emit progressBarVisibilityChanged();

      updateMessage("Identifying feature to edit...");

      if (m_map->loadStatus() != LoadStatus::Loaded)
        return;

      // Perform an identify to determine if a user tapped on a feature.
      m_mapView->identifyLayersAsync(mouseEvent.position(), 5.0, false).then(this, [this](const QList<IdentifyLayerResult*>& results)
      {
        onIdentifyLayersAsyncCompleted(results);
      });
    }
  });
}

void ValidateUtilityNetworkTopology::onIdentifyLayersAsyncCompleted(const QList<IdentifyLayerResult*>& results)
{
  if (!results.isEmpty())
  {
    for (IdentifyLayerResult* result : results)
    {
      if (result && (result->layerContent()->name() == "Electric Distribution Device" || result->layerContent()->name() == "Electric Distribution Line"))
      {
        m_feature = static_cast<ArcGISFeature*>(qAsConst(result)->geoElements().first());
        break;
      }
    }
  }
  else
  {
    updateMessage("No feature identified. Tap on a feature to edit.");

    m_progressBarVisibility = false;
    emit progressBarVisibilityChanged();

    return;
  }
  m_fieldName = m_feature->featureTable()->tableName() == "Electric Distribution Device" ? "devicestatus" : "nominalvoltage";
  Field field = m_feature->featureTable()->field(m_fieldName);
  CodedValueDomain codedValueDomain = static_cast<CodedValueDomain>(field.domain());
  m_codedValues = codedValueDomain.codedValues();
  if (field.isEmpty() || m_codedValues.empty())
  {
    return;
  }

  if (m_feature->loadStatus() != LoadStatus::Loaded)
    m_feature->load();

  m_featureToEdit = m_feature;

  // Select the feature.
  if (m_fieldName == "nominalvoltage")
    m_lineFeatureLayer->selectFeature(m_featureToEdit);
  else if (m_fieldName == "devicestatus")
    m_deviceFeatureLayer->selectFeature(m_featureToEdit);

  m_choices.clear();

  m_choices.append("");
  for (const CodedValue& codedValue : m_codedValues)
  {
    if (codedValue.code() == m_featureToEdit->attributes()->attributeValue(m_fieldName))
      m_choices.replace(0, codedValue.name());
    else
      m_choices.append(codedValue.name());
  }
  emit choicesChanged();

  updateMessage("Select a new " + m_fieldName);

  m_clearButtonAvailability = true;
  emit clearButtonAvailabilityChanged();

  m_updateWindowVisibility = true;
  emit updateWindowVisibilityChanged();

  m_progressBarVisibility = false;
  emit progressBarVisibilityChanged();

  emit fieldNameChanged();
}

void ValidateUtilityNetworkTopology::onApplyEdits(const QString& choice)
{
  CodedValue choiceCodeValue;

  m_serviceGeodatabase = static_cast<ServiceFeatureTable*>(m_featureToEdit->featureTable())->serviceGeodatabase();

  m_progressBarVisibility = true;
  emit progressBarVisibilityChanged();

  for (const CodedValue &codedValue : m_codedValues)
  {
    if (codedValue.name() == choice)
      choiceCodeValue = codedValue;
  }

  m_featureToEdit->attributes()->replaceAttribute(m_fieldName, choiceCodeValue.code());

  updateMessage("Updating feature...");

  m_featureToEdit->featureTable()->updateFeatureAsync(m_featureToEdit).then(this, [this]()
  {
    updateMessage("Applying edits...");
    m_serviceGeodatabase->applyEditsAsync().then(this, [this](const QList<FeatureTableEditResult*>& featureTableEditResults)
    {
      for (FeatureTableEditResult* featureTableEditResult : featureTableEditResults)
      {
        const auto results = featureTableEditResult->editResults();
        for (FeatureEditResult* featureEditResult : results)
        {
          if (!featureEditResult->error().isEmpty())
          {
            updateMessage("Apply edits completed with error.");
            return;
          }
          else
          {
            updateMessage("Apply edits completed successfully.\n"
                "Click 'Get State' to check the updated network state.");
          }
        }
      }

      m_progressBarVisibility = false;
      emit progressBarVisibilityChanged();
    }).onFailed(this, [this]()
    {
      updateMessage("Apply edits failed.");

      m_progressBarVisibility = false;
      emit progressBarVisibilityChanged();
    });
  });

  m_deviceFeatureLayer->clearSelection();
  m_lineFeatureLayer->clearSelection();

  m_updateWindowVisibility = false;
  emit updateWindowVisibilityChanged();

  m_validateButtonAvailability = true;
  emit validateButtonAvailabilityChanged();

  m_clearButtonAvailability = false;
  emit clearButtonAvailabilityChanged();
}

void ValidateUtilityNetworkTopology::onClear()
{
  // Clear the selection.
  m_deviceFeatureLayer->clearSelection();
  m_lineFeatureLayer->clearSelection();

  m_updateWindowVisibility = false;
  emit updateWindowVisibilityChanged();

  m_featureToEdit = nullptr;

  updateMessage("Selection cleared.");

  m_clearButtonAvailability = false;
  emit clearButtonAvailabilityChanged();
}

void ValidateUtilityNetworkTopology::onGetState()
{
  m_utilityNetwork = m_mapView ? (m_mapView->map() ? m_mapView->map()->utilityNetworks()->first() : nullptr) : nullptr;

  if (m_utilityNetwork && m_utilityNetwork->definition()->capabilities()->isSupportsNetworkState())
  {
    m_progressBarVisibility = true;
    emit progressBarVisibilityChanged();

    updateMessage("Getting utility network state...");

    m_utilityNetwork->stateAsync().then([this](const QFuture<Esri::ArcGISRuntime::UtilityNetworkState*>& state)
    {
      m_utilityNetworkstate = state.result();

      // Validate if dirty areas or errors exist
      m_validateButtonAvailability = m_utilityNetworkstate->hasDirtyAreas();
      emit validateButtonAvailabilityChanged();

      // Trace if network topology is enabled
      m_traceButtonAvailability = m_utilityNetworkstate->isNetworkTopologyEnabled();
      emit traceButtonAvailabilityChanged();

      m_message = QString("Utility Network State:\n"
          "    Has Dirty Areas: " + QString(m_utilityNetworkstate && m_utilityNetworkstate->hasDirtyAreas() ? "true" : "false") + "\n"
          "    Has Errors: " + QString(m_utilityNetworkstate && m_utilityNetworkstate->hasErrors() ? "true" : "false") + "\n"
          "    Is Network Topology Enabled: " + QString(m_utilityNetworkstate && m_utilityNetworkstate->isNetworkTopologyEnabled() ? "true" : "false") + "\n");

      if (m_utilityNetworkstate->hasDirtyAreas() || m_utilityNetworkstate->hasErrors())
      {
        m_message.append("Click 'Validate' before trace or expect a trace error.");
      }
      else
      {
        m_message.append("Tap on a feature to edit or click 'Trace' to run a trace.");
      }

      updateMessage(m_message);

      m_utilityNetworkstate->deleteLater();

      m_progressBarVisibility = false;
      emit progressBarVisibilityChanged();
    });
  }
}

void ValidateUtilityNetworkTopology::onValidate()
{
  m_utilityNetwork = m_mapView ? (m_mapView->map() ? m_mapView->map()->utilityNetworks()->first() : nullptr) : nullptr;

  if (m_utilityNetwork)
  {
    // Validate using the current extent
    const Envelope extent = m_mapView->currentViewpoint(ViewpointType::BoundingGeometry).targetGeometry().extent();

    m_progressBarVisibility = true;
    emit progressBarVisibilityChanged();

    updateMessage("Validating utility network topology...");

    // Get the validation result
    UtilityNetworkValidationJob* job = m_utilityNetwork->validateNetworkTopology(extent);

    connect(job, &UtilityNetworkValidationJob::statusChanged, this, [this, job](JobStatus status)
    {
      if (status == JobStatus::Succeeded)
      {
        UtilityValidationResult* result = job->result();
        result->hasDirtyAreas();
        result->hasErrors();

        updateMessage("Utility Validation Result:\n"
            "    Has Dirty Areas: " + QString(result->hasDirtyAreas() ? "true" : "false") + "\n"
            "    Has Errors: " + QString(result->hasErrors() ? "true" : "false") + "\n"
            "    Click 'Get State' to check the updated network state.");

        m_validateButtonAvailability = result->hasDirtyAreas();
        emit validateButtonAvailabilityChanged();

        m_progressBarVisibility = false;
        emit progressBarVisibilityChanged();

        job->deleteLater();
      }
      else if (status == JobStatus::Failed)
      {
        updateMessage("Validate network topology failed.");

        m_progressBarVisibility = false;
        emit progressBarVisibilityChanged();

        job->deleteLater();
      }
      else if (status == JobStatus::Canceling)
      {
        updateMessage("Validate network topology cancelled.");

        m_progressBarVisibility = false;
        emit progressBarVisibilityChanged();

        job->deleteLater();
      }
    });
    job->start();
  }
}

void ValidateUtilityNetworkTopology::onTrace()
{
  m_utilityNetwork = m_mapView ? (m_mapView->map() ? m_mapView->map()->utilityNetworks()->first() : nullptr) : nullptr;

  if (m_utilityNetwork)
  {
    updateMessage("Running a downstream trace...");

    m_progressBarVisibility = true;
    emit progressBarVisibilityChanged();

    // Clear previous selection from the layers.
    m_deviceFeatureLayer->clearSelection();
    m_lineFeatureLayer->clearSelection();

    //  Get the trace result from the utility network.
    m_utilityNetwork->traceAsync(m_traceParameters).then(this, [this](QList<UtilityTraceResult*>)
    {
      m_progressBarVisibility = false;
      emit progressBarVisibilityChanged();

      UtilityTraceResult* result = m_utilityNetwork->traceResult()->at(0);

      const QList<UtilityElement*> elements = static_cast<UtilityElementTraceResult*>(result)->elements(this);
      updateMessage(QString("Trace completed: %1 elements found.").arg(elements.length()));

      QueryParameters deviceParams;
      QueryParameters lineParams;
      QList<qint64> deviceObjIds;
      QList<qint64> lineObjIds;

      for (UtilityElement* item : elements)
      {
        if (item->networkSource()->name() == "Electric Distribution Device")
          deviceObjIds.append(item->objectId());
        else if (item->networkSource()->name() == "Electric Distribution Line")
          lineObjIds.append(item->objectId());
      }

      deviceParams.setObjectIds(deviceObjIds);
      lineParams.setObjectIds(lineObjIds);

      m_deviceFeatureLayer->selectFeaturesAsync(deviceParams, SelectionMode::Add).then(this, [](FeatureQueryResult* rawResult)
      {
        std::unique_ptr<FeatureQueryResult> {rawResult};
      });
      m_lineFeatureLayer->selectFeaturesAsync(lineParams, SelectionMode::Add).then(this, [this](FeatureQueryResult* rawResult)
      {
        std::unique_ptr<FeatureQueryResult> {rawResult};

        m_clearButtonAvailability = true;
        emit clearButtonAvailabilityChanged();
      });
      result->deleteLater();
    }).onFailed(this, [this]()
    {
      updateMessage("Trace failed.\n"
          "Click 'Get State' to check the updated network state.");

      m_progressBarVisibility = false;
      emit progressBarVisibilityChanged();
    });
  }
}

void ValidateUtilityNetworkTopology::updateMessage(QString message)
{
  m_message = message;
  emit messageChanged();
}

void ValidateUtilityNetworkTopology::displayLabelDefinitions()
{
  FeatureLayer* featureLayer;
  // Visualize attribute editing using labels
  LabelDefinition* m_deviceLabelDefinition = createDeviceLabelDefinition();
  LabelDefinition* m_lineLabelDefinition = createLineLabelDefinition();
  LayerListModel* layers = m_mapView->map()->operationalLayers();

  for (Layer* layer : *layers)
  {
    if (layer->layerType() == LayerType::FeatureLayer)
    {
      featureLayer = qobject_cast<FeatureLayer*>(layer);

      if (featureLayer->name() == "Electric Distribution Device")
      {
        m_deviceFeatureLayer = featureLayer;
        m_deviceFeatureLayer->labelDefinitions()->append(m_deviceLabelDefinition);
        m_deviceFeatureLayer->setLabelsEnabled(true);
      }
      else if (featureLayer->name() == "Electric Distribution Line")
      {
        m_lineFeatureLayer = featureLayer;
        m_lineFeatureLayer->labelDefinitions()->append(m_lineLabelDefinition);
        m_lineFeatureLayer->setLabelsEnabled(true);
      }
    }
  }
}

void ValidateUtilityNetworkTopology::setupTraceParameters()
{
  // Trace with a subnetwork controller as default starting location
  m_utilityAssetType = m_utilityNetwork ? m_utilityNetwork->definition()->
                            networkSource("Electric Distribution Device")->
                            assetGroup("Circuit Breaker")->
                            assetType("Three Phase") :
                            nullptr;

  if (m_utilityAssetType)
  {
    const QList<UtilityTerminal*> utilityTerminals = m_utilityAssetType->terminalConfiguration()->terminals();

    UtilityTerminal* loadTerminal = nullptr;

    for (UtilityTerminal* utilityTerminal : utilityTerminals)
    {
      // Set the terminal for the location. (For our case, use the "Load" terminal.)
      if (utilityTerminal->name() == "Load")
      {
        loadTerminal = utilityTerminal;
        break;
      }
    }
    m_startingLocation = m_utilityNetwork->createElementWithAssetType(m_utilityAssetType, QUuid("{1CAF7740-0BF4-4113-8DB2-654E18800028}"), loadTerminal, this);
  }
  else
    return;

  // Display starting location as graphic
  m_utilityNetwork->featuresForElementsAsync(QList<UtilityElement*> {m_startingLocation}).then(this, [this](QList<ArcGISFeature*>)
  {
    ArcGISFeatureListModel* elementFeaturesList = m_utilityNetwork->featuresForElementsResult();
    const Point startingLocationGeometry = geometry_cast<Point>(elementFeaturesList->first()->geometry());

    GraphicsOverlay* overlay = new GraphicsOverlay(this);
    SimpleMarkerSymbol* startingPointSymbol = new SimpleMarkerSymbol(SimpleMarkerSymbolStyle::Cross, Qt::green, 25, this);
    Graphic* graphic = new Graphic(startingLocationGeometry, startingPointSymbol, this);
    overlay->graphics()->append(graphic);

    m_mapView->graphicsOverlays()->append(overlay);
  });

  UtilityNetworkDefinition* networkDefinition = m_utilityNetwork->definition();
  UtilityDomainNetwork* domainNetwork = networkDefinition->domainNetwork("ElectricDistribution");
  UtilityTier* tier = domainNetwork->tier("Medium Voltage Radial");

  m_traceParameters = new UtilityTraceParameters(UtilityTraceType::Downstream, {m_startingLocation}, this);

  UtilityTraceConfiguration* m_traceConfiguration = tier->defaultTraceConfiguration();

  m_traceParameters->setTraceConfiguration(m_traceConfiguration);

  m_validateButtonAvailability = m_utilityNetwork->definition()->capabilities()->isSupportsValidateNetworkTopology();
  emit validateButtonAvailabilityChanged();
  m_traceButtonAvailability = m_utilityNetwork->definition()->capabilities()->isSupportsTrace();
  emit traceButtonAvailabilityChanged();
  m_stateButtonAvailability = m_utilityNetwork->definition()->capabilities()->isSupportsNetworkState();
  emit stateButtonAvailabilityChanged();
  m_clearButtonAvailability = false;
  emit clearButtonAvailabilityChanged();

  updateMessage("Utility Network Loaded\n"
      "Tap on a feature to edit.\n"
      "Click 'Get State' to check if validating is\n"
      "necessary or if tracing is available.\n"
      "Click 'Trace' to run a trace.");

  m_progressBarVisibility = false;
  emit progressBarVisibilityChanged();
}

LabelDefinition* ValidateUtilityNetworkTopology::createDeviceLabelDefinition()
{
  SimpleLabelExpression* labelExpression = new SimpleLabelExpression("[devicestatus]", this);

  TextSymbol* textSymbol = new TextSymbol(this);
  textSymbol->setSize(12);
  textSymbol->setColor(Qt::blue);
  textSymbol->setHaloColor(Qt::white);
  textSymbol->setHaloWidth(2);

  LabelDefinition* deviceLabelDefinition = new LabelDefinition(labelExpression, textSymbol, this);
  deviceLabelDefinition->setUseCodedValues(true);
  return deviceLabelDefinition;
}

LabelDefinition* ValidateUtilityNetworkTopology::createLineLabelDefinition()
{
  SimpleLabelExpression* labelExpression = new SimpleLabelExpression("[nominalvoltage]", this);

  TextSymbol* textSymbol = new TextSymbol(this);
  textSymbol->setSize(12);
  textSymbol->setColor(Qt::red);
  textSymbol->setHaloColor(Qt::white);
  textSymbol->setHaloWidth(2);

  LabelDefinition* lineLabelDefinition = new LabelDefinition(labelExpression, textSymbol, this);
  lineLabelDefinition->setUseCodedValues(true);
  return lineLabelDefinition;
}

ArcGIS Maps SDK for QtC++ samples

Validate utility network topology

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ArcGIS Maps SDK for QtC++ samples

Validate utility network topology

Use case

How to use the sample

How it works

Relevant API

About the data

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Sample Code

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