Hi Expert,
I would like to create JAVA code generation app.
I have many class and example and vast documentation for each class and methods.
How can I use this data base in order to be able to generate code by using plain English?
Thank you very much !
Some example of the available documentation
IMeasurement
All Superinterfaces:
IAlarmWatcher, IOperatingSequenceResultsProvider
All Known Subinterfaces:
ILocalMeasurement
public interface IMeasurement
extends IAlarmWatcher, IOperatingSequenceResultsProvider
This interface enables you to read and write to the measurement object.
The measurement object contains all test data necessary to execute a measurement.
Test data includes setup data, limits and pass/fail information.
It provides methods to modify setup data local to this measurement.
Note:
Some methods of this class are restricted to certain method (such as setup()) of your test method.
If no restriction is mentioned with a method, it can be used in all methods of your test method.
Note:: It is not allowed to declare any measurement object in test methods that are within the Prebind testflow.
Or
• package crossconnect.dcTests.testMethods;
•
• import java.util.Map;
• import java.util.Map.Entry;
•
• import xoc.dta.TestMethod;
• import xoc.dta.datatypes.MultiSiteDoubleArray;
• import xoc.dta.measurement.IMeasurement;
• import xoc.dta.resultaccess.IDcVIResults;
• import xoc.dta.testdescriptor.IParametricTestDescriptor;
•
• /**
• * This is a test method that executes a customized
• * continuity test for the crossconnect board.
• * It forces a small voltage (10mV) a the drive signals
• * and checks, if these can be measured at the recieve signals.
• * If run offline, artificial results are generated and input
• * parameter ‘randomFails’ allows to produce random fails
• *
• /
• public class CustomizedContinuity extends TestMethod {
•
• /* Main object for the test execution /
• public IMeasurement measurement;
• /* Functional test descriptor for datalog /
• public IParametricTestDescriptor testVoltage;
• /* digInOut signals to be tested for pass/fail /
• public String receiveSignals = “receiveGroup”;
• /* flag to force random continuity fails */
• public boolean randomFails = false;
•
• @Override
• public void execute() {
• // run measurement
• measurement.execute();
•
• // protect results to be not overwritten
• IDcVIResults resultHandle = measurement.dcVI(receiveSignals).preserveResults();
•
• // next test suite can start and use tester resources
• releaseTester();
•
• // upload results, i.e. measured voltages at receive signals
• Map<String, MultiSiteDoubleArray> measuredVoltages = resultHandle.vmeas(“measVoltage”).getVoltage();
•
• // check, if test method runs offline
• if (context.testProgram().variables().getBoolean(“SYS.OFFLINE”).equalTo(true)) {
• // generate artificial results
• for (Entry<String, MultiSiteDoubleArray> entrySignalValues : measuredVoltages.entrySet()) {
• for (int site : context.getActiveSites()) {
• // set factor from ‘0.002’ to ‘0.00255’ to produce some rare fails of the test
• double expectedValue = {0.009 + Math.random() * (randomFails ? 0.00255 : 0.002)};
• entrySignalValues.getValue().set(site, expectedValue);
• }
• }
• // Warning message, that results are artificially generated
• message(1, “”);
• message(1, “EXECUTION RUNS OFFLINE: Generated artificial results for continuity test.”);
• message(1, “”);
• }
•
• // for all sites: check pass/fail and send results to datalog
• testVoltage.evaluate(measuredVoltages, 0, measurement);
• }
•
• }
