static void Main(string[] args)
{
/*
* See the configuration example for how a typical application
* might obtain a configuration.
*/
var configuration = ExampleConfiguration.Obtain(args, allowCloud: false);
/*
* Create the TestDataManager for communicating with the server.
*/
var testDataManager = new TestDataManager(configuration);
// Initialize a ResultData object.
var resultData = new ResultData()
{
Operator = "John Smith",
ProgramName = "File Attachment Test",
Status = new Status(StatusType.Running),
SerialNumber = Guid.NewGuid().ToString(),
PartNumber = "NI-ABC-234-FILE",
FileIds = new List <string>()
};
// Create the test result on the SystemLink server.
var testResult = testDataManager.CreateResult(resultData);
// Upload some sample data as the file contents.
var fileId = UploadFileData(
configuration,
"stream.txt",
Encoding.UTF8.GetBytes("ABCDEFGHIJKLMNOPQRSTUVWXYZ"));
// Add the file ID to the test result's list of attached files.
resultData.FileIds.Add(fileId);
// Set the test result status to done.
resultData.Status = new Status(StatusType.Done);
// Update the test result on the SystemLink server.
testResult.Update(resultData);
}
static void Main(string[] args)
{
/*
* See the configuration example for how a typical application
* might obtain a configuration.
*/
var configuration = ExampleConfiguration.Obtain(args);
/*
* Create the TestDataManager for communicating with the server.
*/
var testDataManager = new TestDataManager(configuration);
// Intialize the random number generator.
var random = new Random();
// Set test limits
var lowLimit = 0;
var highLimit = 70;
// Initialize a ResultData object.
var resultData = new ResultData()
{
Operator = "John Smith",
ProgramName = "Power Test",
Status = new Status(StatusType.Running),
SerialNumber = Guid.NewGuid().ToString(),
PartNumber = "NI-ABC-123-PWR"
};
// Create the test result on the SystemLink server.
var testResult = testDataManager.CreateResult(resultData);
// Automatically sync the result's runtime with its test steps.
testResult.AutoUpdateTotalTime = true;
/*
* Simulate a sweep across a range of electrical current and voltage.
* For each value, calculate the electrical power (P=IV).
*/
for (var current = 0; current < 10; current++)
{
// Generate a parent step to represent a sweep of voltages at a given current.
var voltageSweepStepData = GenerateStepData("Voltage Sweep", "SequenceCall");
// Create the step on the SystemLink server.
var voltageSweepStep = testResult.CreateStep(voltageSweepStepData);
for (var voltage = 0; voltage < 10; voltage++)
{
// Simulate obtaining a power measurement.
var(power, inputs, outputs) = MeasurePower(current, voltage);
// Test the power measurement.
var status = (power <lowLimit || power> highLimit) ? new Status(StatusType.Failed) : new Status(StatusType.Passed);
var testParameters = BuildPowerMeasurementParams(power, lowLimit, highLimit, status);
// Generate a child step to represent the power output measurement.
var measurePowerOutputStepData = GenerateStepData(
"Measure Power Output",
"NumericLimit",
inputs, outputs,
testParameters,
status);
// Create the step on the SystemLink server.
var measurePowerOutputStep = voltageSweepStep.CreateStep(measurePowerOutputStepData);
// If a test in the sweep fails, the entire sweep failed. Mark the parent step accordingly.
if (status.StatusType == StatusType.Failed)
{
voltageSweepStepData.Status = new Status(StatusType.Failed);
// Update the parent test step's status on the SystemLink server.
voltageSweepStep.Update(voltageSweepStepData);
}
}
// If none of the child steps failed, mark the step as passed.
if (voltageSweepStepData.Status.StatusType == StatusType.Running)
{
voltageSweepStepData.Status = new Status(StatusType.Passed);
// Update the test step's status on the SystemLink server.
voltageSweepStep.Update(voltageSweepStepData);
}
}
// Update the top-level test result's status based on the most severe child step's status.
testResult = testResult.DetermineStatusFromSteps();
}
static void Main(string[] args)
{
System.Net.ServicePointManager.ServerCertificateValidationCallback = new System.Net.Security.RemoteCertificateValidationCallback(AcceptAllCertifications);
var serverUri = new Uri("https://localhost");
var testDataManager = new TestDataManager();
var fileUploader = new FileUploader();
var lowLimit = 0;
var highLimit = 70;
for (var resultIndex = 0; resultIndex < 10; resultIndex++)
{
var fileId = fileUploader.UploadFile("C:\\Broadway.tdms");
var resultData = new ResultData()
{
Operator = "mvaterla",
ProgramName = "A C# App",
Status = new Status(StatusType.Running),
SerialNumber = Guid.NewGuid().ToString(),
Product = "Some Software",
FileIds = new List <string> {
fileId
}
};
var testResult = testDataManager.CreateResult(resultData);
testResult.AutoUpdateTotalTime = true;
Random random = new Random();
var stepDatas = new List <StepData>();
var current = 0;
var voltage = 0;
var currentLoss = 1 - random.NextDouble();
var voltageLoss = 1 - random.NextDouble();
var power = current * currentLoss * voltage * voltageLoss;
for (current = 0; current < 10; current++)
{
currentLoss = 1 - random.NextDouble() * 0.25;
power = current * currentLoss * voltage * voltageLoss;
var currentStepData = GenerateStepData($"Current Sweep {current}A", "SequenceCall", current, voltage, power, lowLimit, highLimit);
var currentStep = testResult.CreateStep(currentStepData);
for (voltage = 0; voltage < 10; voltage++)
{
voltageLoss = 1 - random.NextDouble() * 0.25;
power = current * currentLoss * voltage * voltageLoss;
var voltageStepData = GenerateStepData($"Voltage Sweep {voltage}V", "NumericLimit", current, voltage, power, lowLimit, highLimit);
var voltageStep = currentStep.CreateStep(voltageStepData);
if (voltageStep.Data.Status.StatusType.Equals(StatusType.Failed))
{
currentStepData.Status = new Status(StatusType.Failed);
currentStep.Update(currentStepData);
}
}
if (currentStepData.Status.StatusType.Equals(StatusType.Running))
{
currentStepData.Status = new Status(StatusType.Passed);
currentStep.Update(currentStepData);
}
}
testResult = testResult.DetermineStatusFromSteps();
}
}
