RxDelayTest.h

#ifndef SCTCALIBRATIONCONTROLLER_RXDELAYTEST_H
#define SCTCALIBRATIONCONTROLLER_RXDELAYTEST_H

#include "../ipc/TestRequest.h"
#include "../ipc/CalibrationController.h"
#include "../ipc/ScanLibrary.h"
#include "../ipc/CalibrationController.hh"

#include "../SctApiAccessException.h"
#include "../SctApiCall.h"
#include "../CalibrationControllerImpl.h"
#include "Sct/LogicErrors.h"
#include "SctApi/extraScans.h"

#include <Sct/AbcdScans.h>
#include <iostream>
#include <vector>

using namespace Sct;
using namespace std;
using namespace SctCalibrationController::Ipc;
using namespace SctCalibrationController;

namespace SctCalibrationController {
namespace Scripts {

class RxDelayTest : public TestRequestImpl {
private:
   static const bool registeredInTestLibrary;

public: 
    static Sct_CalibrationController::TestRequest_ptr instance() {
    static RxDelayTest rc;
    rc.setFitAlgorithm("NONE");
    rc.setAnalysisAlgorithm("RxDelayTest");
    return rc._this();
    }
    
    virtual void startTestRealImpl(Sct_SctApi::SctApiIPC_ptr the_api, string& name, unsigned short& testVariable, unsigned long& nScans, vector<double>& testPoints) {  
    this->api = Sct_SctApi::SctApiIPC::_duplicate(the_api);
        // No masked channels
    name = "RxDelayTest";
    testVariable = ST_ELAPSED;
    nScans = 1;
    // put module in clock / 2 mode.
    APICALL(api, modifyABCDVar(ST_FEEDTHROUGH, 0), "RxDelayTest::startTest");
    testPoints.push_back(nTriggers);
    }
    
    virtual Sct_CalibrationController::ScanRequest_ptr getNextScanRealImpl(unsigned long index) {
    Sct_CalibrationController::ScanLibrary_var sl = CalibrationControllerImpl::instance()->getScanLibrary();
    const bool issueSoftReset = false;
    Sct_CalibrationController::ScanRequest_ptr request = sl->rawScan(nTriggers, issueSoftReset);
    // put BOC in sample-at-clock-by-two mode
    request->setClockByTwoCorba(true);
    Sct_SctApi::Scan_var scan = request->getScanCorba();

    APICALL(scan, configure(ST_RX_DELAY, 0, 24, 1), "Failed to set Scan information")
        return request;
    }
    
    virtual bool canFeedbackRealImpl() {
    return true;
    }
    
    virtual void endTestRealImpl() {
      // put module back in not clock/2 mode
        APICALL(api, modifyABCDVar(ST_FEEDTHROUGH, 1), "RxDelayTest::endTest");
    api = Sct_SctApi::SctApiIPC::_nil();
    }
    
private:
    RxDelayTest() {}
    Sct_SctApi::SctApiIPC_var api;    
    static const int nTriggers = 10;
};
}
}
#endif //SCTCALIBRATIONCONTROLLER_RXDELAYTEST_H

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