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FullBypassTest.h

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#ifndef FULLBYPASSTEST_H
#define FULLBYPASSTEST_H

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

#include "../SctApiException.h"
#include "Sct/LogicErrors.h"

#include <CommonWithDsp/ABCD/ABCDscans.h>
#include <iostream>
#include <vector>

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

namespace SctCalibrationController {
namespace Scripts {
    
class FullBypassTest : public TestRequestImpl {
public: 
    static FullBypassTest& instance() {
    static FullBypassTest fb;
    return fb;
    }
    
    virtual void startTest(Sct_SctApi_T_SctApi& api, string& name, unsigned short& testVariable, unsigned long& nScans, vector<double>& testPoints) {   
    this->api = &api;
    
    Sct_SctApiStatus status;
    
    api.modifyABCDVar(&status, ST_COMPRESSION, 1);     // Compression mode X1X
    if (status.returnCode != 0)
        throw SctApiException(status.returnCode, "FullBypassTest::startTest", __FILE__, __LINE__);
    
    api.modifyABCDVar(&status, ST_EDGE_DETECT, 0);     // Edge detect off
    if (status.returnCode != 0)
        throw SctApiException(status.returnCode, "FullBypassTest::startTest", __FILE__, __LINE__);
    
    api.modifyABCDVar(&status, ST_MASK, 3);     // No masked channels
    if (status.returnCode != 0)
        throw SctApiException(status.returnCode, "FullBypassTest::startTest", __FILE__, __LINE__);
    
    api.modifyABCDVar(&status, ST_SEND_MASK, 1);     // Route mask to pipeline
    if (status.returnCode != 0)
        throw SctApiException(status.returnCode, "FullBypassTest::startTest", __FILE__, __LINE__);
    
    name = "FullBypassTest";
    testVariable = ST_ELAPSED;  // Actually vary Vdd, but no variable for that
    
    /*for (unsigned i=0; i<6; ++i){
        vdd.push_back(4.0 - 0.1*i);    // 6 scan points, 4.0 -> 3.5 in 0.1 steps.
    }*/
    vdd.push_back(4.0);
    
    testPoints = vdd;
    nScans = testPoints.size();
    }
   
    virtual Sct_SctApi_T_Scan* getNextScan(unsigned long index) {
    if (api == 0) 
        throw InvariantViolatedError("Api pointer is 0 in getNextScan!", __FILE__, __LINE__);
    
    //Sct_SctApiStatus status;
    //api->modifyABCDVar(&status, 33, vdd[index]);   // set the digital voltage.
    //if (status.returnCode != 0)
    //    throw SctApiException(status.returnCode, "FullBypassTest::getNextScan", __FILE__, __LINE__);

    ScanLibrary& sl = CalibrationControllerImpl::instance().getScanLibrary();   
        return &sl.tokenScan();
    }
    
    virtual bool canFeedback() {
    return false;
    }    
    
    virtual void endTest() {
    if (api == 0) 
        throw InvariantViolatedError("Api pointer is 0 in endTest!", __FILE__, __LINE__);
    
/*  Sct_SctApiStatus status;
    api->modifyABCDVar(&status, 33, 4.0);  // set the digital voltage to 4
    if (status.returnCode != 0)
        throw SctApiException(status.returnCode, "FullBypassTest::endTest", __FILE__, __LINE__);
    
    api->modifyABCDVar(&status, ST_BYPASS, 4);    // 12 chips through 2 links.
    if (status.returnCode != 0)
        throw SctApiException(status.returnCode, "FullBypassTest::endTest", __FILE__, __LINE__);
*/  
    api = 0;
    }

private:
    FullBypassTest() {}
    Sct_SctApi_T_SctApi* api;    
    std::vector<double> vdd;
};
}
}
#endif //FULLBYPASSTEST_H

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