Property Overview

Property Details

declaredClass Stringreadonly inherited

Since: ArcGIS API for JavaScript 4.7

The name of the class. The declared class name is formatted as esri.folder.className.

outSpatialReference SpatialReferenceautocast

The spatial reference of the output geometries. If not specified, the output geometries will be in the spatial reference of the input geometries. If processSpatialReference is specified and outSpatialReference is not specified, the output geometries will be in the spatial reference of the process spatial reference.

Default Value:null

processExtent Extentautocast

Since: ArcGIS API for JavaScript 4.13

ProcessExtent, if specified, will only process features that overlap this extent.

Default Value:null

processSpatialReference SpatialReferenceautocast

The spatial reference that the model will use to perform geometry operations. If processSpatialReference is specified and outputSpatialReference is not specified, the output geometries will be in the spatial reference of the process spatial reference.

A possible common scenario for using processSpatialReference and outputSpatialReference is that you would like to perform spatial operations like buffer or clip on a projected coordinate system such as web mercator. And you would like to recieve the output based on a geographic coordinates such as WGS84.

Default Value:null

requestOptions Object inherited

The options to be used for data requests. These options can also be controlled through the requestOptions method parameter.

returnM Boolean

Since: ArcGIS API for JavaScript 4.13

If true, m-values will be included in the results if the features have m-values. Otherwise, m-values are not returned. The default is false.

Default Value:false

returnZ Boolean

Since: ArcGIS API for JavaScript 4.13

If true, z-values will be included in the results if the features have z-values. Otherwise, z-values are not returned. The default is false.

Default Value:false

url String

ArcGIS Server Rest API endpoint to the resource that receives the geoprocessing request.

Method Overview

Method Details

cancelJob(jobId, requestOptions){Promise<JobInfo>}

Cancels an asynchronous geoprocessing job. Requires an ArcGIS Server 10.1 service or greater.

Parameters:

jobId String A string that uniquely identifies a job on the server. It is created when a job is submitted for execution and later used to check its status and retrieve the results.

requestOptions Object optional Additional options to be used for the data request (will override requestOptions defined during construction).

Returns:

Type	Description
Promise<JobInfo>	When resolved, returns a JobInfo.

checkJobStatus(jobId, requestOptions){Promise<JobInfo>}

Sends a request to the GP Task for the current state of the job identified by jobId.

Parameters:

jobId String The jobId returned from JobInfo.

requestOptions Object optional Additional options to be used for the data request (will override requestOptions defined during construction).

Returns:

Type	Description
Promise<JobInfo>	When resolved, returns a JobInfo.

execute(params, requestOptions){Promise<Object>}

Sends a request to the server to execute a synchronous GP task.

Parameters:

params Object Specifies the input parameters accepted by the task and their corresponding values. These input parameters are listed in the parameters field of the associated GP Task resource. For example, assume that a GP Task resource has the following input parameters: <GPFeatureRecordSetLayer> Input_Points <GPDouble> Distance The params argument would then be an Object of the form: { Input_Points: <FeatureSet>, Distance: <Number> }

requestOptions Object optional Additional options to be used for the data request (will override requestOptions defined during construction).

Returns:

Type	Description
Promise<Object>	When resolved, returns an object with the following properties: { messages: <GPMessage[]>, results: <ParameterValue[]> } See the GPMessage and ParameterValue classes for more information about the information in this object.

getResultData(jobId, resultName, requestOptions){Promise<ParameterValue>}

Sends a request to the GP Task to get the task result identified by jobId and resultName.

Parameters:

jobId String The jobId returned from JobInfo.

resultName String The name of the result parameter as defined in Services Directory.

requestOptions Object optional Additional options to be used for the data request (will override requestOptions defined during construction).

Returns:

Type	Description
Promise<ParameterValue>	When resolved, returns an object with a property named result of type ParameterValue, which contains the result parameters and the task execution messages.

getResultImage(jobId, resultName, imageParams, requestOptions){Promise<ParameterValue>}

Sends a request to the GP Task to get the task result identified by jobId and resultName as an image.

Parameters:

jobId String The jobId returned from JobInfo.

resultName String The name of the result parameter as defined in the Services Directory.

imageParams ImageParameters Specifies the properties of the result image.

requestOptions Object optional Additional options to be used for the data request (will override requestOptions defined during construction).

Returns:

Type	Description
Promise<ParameterValue>	When resolved, returns an Object with a mapImage property of type MapImage

getResultMapImageLayer(jobId){Promise<MapImageLayer>}

Since: ArcGIS API for JavaScript 4.1

Get the task result identified by jobId as an MapImageLayer.

Parameter:

jobId String The jobId returned from JobInfo.

Returns:

Type	Description
Promise<MapImageLayer>	A promise resolving to an instance of MapImageLayer.

Example:

// Get the resulting map image layer from a completed geoprocessing job.
geoprocessor.getResultMapImageLayer(jobInfo.jobId)).then(function(layer){
  view.map.add(layer);
});

submitJob(params, requestOptions){Promise<JobInfo>}

Submits a job to the server for asynchronous processing by the GP task. The method will resolve immediately after the job has been submitted to the server. Use waitForJobCompletion() to be notified when the job has completed and optionally periodic job status.

The task execution results can be retrieved using the getResultData(), getResultImage(), or getResultMapImageLayer() methods.

Parameters:

params Object specifies the input parameters accepted by the task and their corresponding values. These input parameters are listed in the parameters field of the associated GP Task resource. For example, assume that a GP Task resource has the following input parameters: <GPFeatureRecordSetLayer> Input_Points <GPDouble> Distance The params argument would then be an Object of the form: { Input_Points: <FeatureSet>, Distance: <Number> }

requestOptions Object optional Additional options to be used for the data request (will override requestOptions defined during construction).

Returns:

Type	Description
Promise<JobInfo>	When resolved, returns a JobInfo.

waitForJobCompletion(jobId, options){Promise<JobInfo>}

Since: ArcGIS API for JavaScript 4.13

Resolves when an asynchronous job has completed. Optionally job progress can be monitored.

Parameters:

Specification:

jobId String The jobId returned from JobInfo.

options Object optional Options. See properties below for object specifications. Specification: interval Object optional Default Value: 1000 The time in millisecond between remote job status requests. signal Object optional AbortSignal allows for cancelable asynchronous job. If canceled, the promise will be rejected with an error named AbortError. statusCallback Object optional Callback function that is called at the specified interval. Use this method to monitor job status and messages.

Returns:

Type	Description
Promise<JobInfo>	When resolved, returns a JobInfo.

Example:

// Submit an asynchronous geoprocessing job. Display the remote job status every 1.5 seconds.
// When the job has completed at the output as a MapImageLayer.
var startDate = "1998-01-01 00:00:00";
var endDate = "1998-05-31 00:00:00";
var params = {
  query: "(Date >= date '" + startDate + "' and Date <= date '" + endDate + "')"
};

var geoprocessor = new Geoprocessor({
  url: "https://sampleserver6.arcgisonline.com/arcgis/rest/services/911CallsHotspot/GPServer/911%20Calls%20Hotspot",
  outSpatialReference: SpatialReference.WebMercator
});
geoprocessor.submitJob(params).then(function(jobInfo) {
  var jobid = jobInfo.jobId;

  var options = {
    interval: 1500,
    statusCallback: function(j) {
      console.log("Job Status: ", j.jobStatus);
    }
  };

  geoprocessor.waitForJobCompletion(jobid, options).then(function() {
    var layer = geoprocessor.getResultMapImageLayer(jobid);
    map.add(layer);
  }
}