RfpmMeasurements.FetchReceiverMeasurements Method (DoubleMeasurementFormat, String, ReceiverType, String, TimeSpan, RfpmSingleMeasurementResult(Double))

public RfpmSingleMeasurementResult<double> FetchReceiverMeasurements(
	DoubleMeasurementFormat format,
	string receiverPort,
	ReceiverType receiverType,
	string drivingPort,
	TimeSpan maxTime,
	ref RfpmSingleMeasurementResult<double> fetchResult
)

Public Function FetchReceiverMeasurements ( 
	format As DoubleMeasurementFormat,
	receiverPort As String,
	receiverType As ReceiverType,
	drivingPort As String,
	maxTime As TimeSpan,
	ByRef fetchResult As RfpmSingleMeasurementResult(Of Double)
) As RfpmSingleMeasurementResult(Of Double)

Parameters

format

Type: NationalInstruments.ModularInstruments.NIRfpmDoubleMeasurementFormat
The format that should be applied to the measurement data.

receiverPort

Type: SystemString
The receiver to fetch from.

receiverType

Type: NationalInstruments.ModularInstruments.NIRfpmReceiverType
The type of the receiver.

drivingPort

Type: SystemString
The port where the stimulus was applied during the desired measurement.

maxTime

Type: SystemTimeSpan
The amount of time to wait before throwing an exception, if the measurement is not complete.

fetchResult

Type: NationalInstruments.ModularInstruments.NIRfpmRfpmSingleMeasurementResultDouble
A RfpmMultipleMeasurementResultT object to contain the results of the fetch operation.

Return Value

You must call Initiate(String, String) first and then call WaitUntilDone(TimeSpan) before performing fetch operations.

When the fetchResult reference parameter is passed as , this method will internally allocate memory in a managed layer to the fetchResult data and is returned with the fetched data. If the fetchResult data reference parameter is not , then fetchResult will be used to store the fetched data. As a result, you should first make the call with fetchResult reference parameter set to , then use fetchResult to return data in subsequent calls to optimize memory usage.

Reference