CableTestBench/Sources/AutomatedTestReport.cpp

#include "AutomatedTestReport.h"
#include "GlobalDefine.h"

CAutomatedTestReport::CAutomatedTestReport(QObject *parent) :
    QObject(parent)
{
}

int CAutomatedTestReport::ClearAutomatedTestReport()
{
    mTestPinsResult.clear();
    mPinCount = 0;
    mPreTestResult = AUTO_TEST_RESULT_UNKNOWN;
    return RET_OK;
}

int CAutomatedTestReport::SetPinCount(int Pincount)
{
    mPinCount = Pincount;
    mTestPinsResult.clear();
    for(int i = 0; i < Pincount; i++)
    {
        mTestPinsResult.append(CPinTestResult(i+1));
    }

    return RET_OK;
}

int CAutomatedTestReport::SetPinResult(int PinNumber, bool ContinuityPassed, bool IsolationPassed)
{
    int ZeroBasedPinIndex = PinNumber - 1;
    if(ZeroBasedPinIndex < 0 || ZeroBasedPinIndex >= mPinCount) //Try not to crash.
    {
        return RET_ERROR;
    }

    mTestPinsResult[ZeroBasedPinIndex].mIsolationTestPass = IsolationPassed;
    mTestPinsResult[ZeroBasedPinIndex].mContinuityTestPass = ContinuityPassed;

    return RET_OK;
}

int CAutomatedTestReport::SetPinTestAllPassed(int PinNumber)
{
    int ZeroBasedPinIndex = PinNumber - 1;
    if(ZeroBasedPinIndex < 0 || ZeroBasedPinIndex >= mPinCount) //Try not to crash.
    {
        return RET_ERROR;
    }

    mTestPinsResult[ZeroBasedPinIndex].mIsolationTestPass = true;
    mTestPinsResult[ZeroBasedPinIndex].mContinuityTestPass = true;
    mTestPinsResult[ZeroBasedPinIndex].mPinAssignationTestPass = true;
    return RET_OK;
}


int CAutomatedTestReport::SetPinContinuityResult(int PinNumber,bool ContinuityPassed)
{
    int ZeroBasedPinIndex = PinNumber - 1;
    if(ZeroBasedPinIndex < 0 || ZeroBasedPinIndex >= mPinCount) //Try not to crash.
    {
        return RET_ERROR;
    }

    mTestPinsResult[ZeroBasedPinIndex].mContinuityTestPass = ContinuityPassed;

    return RET_OK;
}

int CAutomatedTestReport::SetPinIsolationResult(int PinNumber, bool IsolationPassed)
{
    int ZeroBasedPinIndex = PinNumber - 1;
    if(ZeroBasedPinIndex < 0 || ZeroBasedPinIndex >= mPinCount) //Try not to crash.
    {
        return RET_ERROR;
    }

    mTestPinsResult[ZeroBasedPinIndex].mIsolationTestPass = IsolationPassed;

    return RET_OK;
}

int CAutomatedTestReport::SetPinConcordanceTestResult(int PinNumber, bool AssignationTestPassed, int WrongPinNbr)
{
    int ZeroBasedPinIndex = PinNumber - 1;
    if(ZeroBasedPinIndex < 0 || ZeroBasedPinIndex >= mPinCount) //Try not to crash.
    {
        return RET_ERROR;
    }

    mTestPinsResult[ZeroBasedPinIndex].mPinAssignationTestPass = AssignationTestPassed;
    if(AssignationTestPassed == false)
    {
       mTestPinsResult[ZeroBasedPinIndex].mWrongAssignationPinNbr = WrongPinNbr;
    }

    return RET_OK;
}

int CAutomatedTestReport::SetPinSecondTestResult(int PinNumber, bool SecondTestPassed)
{
    int ZeroBasedPinIndex = PinNumber - 1;
    if(ZeroBasedPinIndex < 0 || ZeroBasedPinIndex >= mPinCount) //Try not to crash.
    {
        return RET_ERROR;
    }

    mTestPinsResult[ZeroBasedPinIndex].mSecondTestPass = SecondTestPassed;

    return RET_OK;
}

int CAutomatedTestReport::AddShortedPinToPinTest(int PinNumber, int ShortedPinNumber)
{
    int ZeroBasedPinIndex = PinNumber - 1;
    if(ZeroBasedPinIndex < 0 || ZeroBasedPinIndex >= mPinCount) //Try not to crash.
    {
        return RET_ERROR;
    }

    mTestPinsResult[ZeroBasedPinIndex].mShortedPinsList.append(ShortedPinNumber);

    return RET_OK;
}

int CAutomatedTestReport::SetPreTestResult(bool PreTestPassed)
{
    mPreTestResult = PreTestPassed;
    return RET_OK;
}

CPinTestResult::CPinTestResult(int PinNumber)
{
    mPinNumber = PinNumber;
    mContinuityTestPass = AUTO_TEST_RESULT_UNKNOWN;
    mIsolationTestPass = AUTO_TEST_RESULT_UNKNOWN;
    mPinAssignationTestPass = AUTO_TEST_RESULT_UNKNOWN;
    mSecondTestPass = AUTO_TEST_RESULT_UNKNOWN;
    mShortedPinsList.clear();
    mWrongAssignationPinNbr = 0;

}

CPinTestResult::~CPinTestResult()
{
    mShortedPinsList.clear();
}

bool CPinTestResult::IsPinTestSuccess()
{
    if(mPinNumber > 0 &&
       mContinuityTestPass == AUTO_TEST_SUCCESS &&
       mIsolationTestPass == AUTO_TEST_SUCCESS &&
       mPinAssignationTestPass == AUTO_TEST_SUCCESS)    //TODO: Add 2nd pass result.
    {
        return true;
    }

    return false;
}



QString CAutomatedTestReport::GetPinIsolationResult(int PinNumber)
{
    int ZeroBasedPinIndex = PinNumber - 1;
    if(ZeroBasedPinIndex < 0 || ZeroBasedPinIndex >= mPinCount) //Try not to crash.
    {
        return QString("?");
    }

    if(mTestPinsResult[ZeroBasedPinIndex].mIsolationTestPass == AUTO_TEST_RESULT_UNKNOWN)
    {
        return QString("N/A");
    }
    else if(mTestPinsResult[ZeroBasedPinIndex].mIsolationTestPass == AUTO_TEST_SUCCESS)
    {
        return QString("Succès");
    }
    else if(mTestPinsResult[ZeroBasedPinIndex].mIsolationTestPass == AUTO_TEST_FAILED)
    {
        QString Result("Échec[");
        for(int i = 0; i < mTestPinsResult[ZeroBasedPinIndex].mShortedPinsList.size(); i++)
        {
            Result.append(QString("%1").arg(mTestPinsResult[ZeroBasedPinIndex].mShortedPinsList.at(i)));
            if(i != mTestPinsResult[ZeroBasedPinIndex].mShortedPinsList.size() - 1)
            {
                Result.append(",");
            }
        }
        Result.append("]");
        return Result;
    }
    return QString("?");
}

QString CAutomatedTestReport::GetPinContinuityResult(int PinNumber)
{
    int ZeroBasedPinIndex = PinNumber - 1;
    if(ZeroBasedPinIndex < 0 || ZeroBasedPinIndex >= mPinCount) //Try not to crash.
    {
        return QString("?");
    }

    if(mTestPinsResult[ZeroBasedPinIndex].mContinuityTestPass == AUTO_TEST_RESULT_UNKNOWN)
    {
        return QString("N/A");
    }
    else if(mTestPinsResult[ZeroBasedPinIndex].mContinuityTestPass == AUTO_TEST_SUCCESS)
    {
        return QString("Succès");
    }
    else if(mTestPinsResult[ZeroBasedPinIndex].mContinuityTestPass == AUTO_TEST_FAILED)
    {
        return QString("Échec");
    }
    return QString("?");
}
QString CAutomatedTestReport::GetPinConcordanceResult(int PinNumber)
{
    int ZeroBasedPinIndex = PinNumber - 1;
    if(ZeroBasedPinIndex < 0 || ZeroBasedPinIndex >= mPinCount) //Try not to crash.
    {
        return QString("?");
    }

    if(mTestPinsResult[ZeroBasedPinIndex].mPinAssignationTestPass == AUTO_TEST_RESULT_UNKNOWN)
    {
        return QString("N/A");
    }
    else if(mTestPinsResult[ZeroBasedPinIndex].mPinAssignationTestPass == AUTO_TEST_SUCCESS)
    {
        return QString("Succès");
    }
    else if(mTestPinsResult[ZeroBasedPinIndex].mPinAssignationTestPass == AUTO_TEST_FAILED)
    {
        return QString("Échec[%1]").arg(mTestPinsResult[ZeroBasedPinIndex].mWrongAssignationPinNbr);
    }
    return QString("?");
}
QString CAutomatedTestReport::GetPinSecondTestResult(int PinNumber)
{
    int ZeroBasedPinIndex = PinNumber - 1;
    if(ZeroBasedPinIndex < 0 || ZeroBasedPinIndex >= mPinCount) //Try not to crash.
    {
        return QString("?");
    }

    if(mTestPinsResult[ZeroBasedPinIndex].mSecondTestPass == AUTO_TEST_RESULT_UNKNOWN)
    {
        return QString("N/A");
    }
    else if(mTestPinsResult[ZeroBasedPinIndex].mSecondTestPass == AUTO_TEST_SUCCESS)
    {
        return QString("Succès");
    }
    else if(mTestPinsResult[ZeroBasedPinIndex].mSecondTestPass == AUTO_TEST_FAILED)
    {
        return QString("Échec");
    }
    return QString("?");
}

bool CAutomatedTestReport::IsAutomatedTestSuccess()
{
    if(mPinCount == 0)
    {
        return false;
    }

    for(int i = 0; i < mTestPinsResult.size(); i++)
    {
        if(mTestPinsResult[i].IsPinTestSuccess() == false)
        {
            return false;
        }
    }


    return true;
}

QString CAutomatedTestReport::GetPretestResult()
{
    if(mPreTestResult)
    {
        return "Succès";
    }

    return "Échec";
}