public static ITestReport CreateReport(EnumPTests test, human human, testresult testresult, pBaseEntities ge, fBaseEntities fe, bool withresult)
{
ITestReport _genreport = null;
switch (test)
{
case EnumPTests.KettellC:
_genreport = new KettellCTestReport(human, testresult, ge, fe, withresult);
break;
case EnumPTests.PNN:
_genreport = new PNNTestReport(human, testresult, ge, fe);
break;
case EnumPTests.Adaptability:
_genreport = new DTestReport(human, testresult, ge, fe, withresult);
break;
case EnumPTests.FPI:
_genreport = new FPITestReport(human, testresult, ge, fe, withresult);
break;
case EnumPTests.KettellA:
_genreport = new KettellATestReport(human, testresult, ge, fe, withresult);
break;
case EnumPTests.Modul2:
_genreport = new MDTestReport(human, testresult, ge, fe, withresult);
break;
case EnumPTests.Contrasts:
_genreport = new ContrastsTestReport(human, testresult, ge, fe);
break;
case EnumPTests.Prognoz:
_genreport = new PTestReport(human, testresult, ge, fe, withresult);
break;
case EnumPTests.Addictive:
_genreport = new ATestReport(human, testresult, ge, fe, withresult);
break;
case EnumPTests.NPNA:
_genreport = new NPNTestReport(human, testresult, ge, fe, withresult);
break;
case EnumPTests.Leongard:
_genreport = new LTestReport(human, testresult, ge, fe, withresult);
break;
}
return(_genreport);
}
private void Loading()
{
_tp = _ge.testsparams.First(t => t.idt == _testid);
switch (_testid)
{
case (int)EnumPTests.KettellC: //TODO:это все поместить в фабрику отчетов с функцие добавления пустых ответов
//create fool kettellanswers
KettellAnswers ka = new KettellAnswers();
for (int a = 0; a < 104; a++)
{
ka.Add(0, "", "", a, "");
}
XmlSerializer mySerializer = new XmlSerializer(typeof(KettellAnswers));
StringWriter myWriter = new StringWriter();
mySerializer.Serialize(myWriter, ka);
_human = _fe.humans.First(h => h.idh == _humanid);
KettellCTestReport kcr = new KettellCTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.KettellC, myWriter.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < kcr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = kcr.ListScales[i];
}
break;
case (int)EnumPTests.PNN:
PNNAnswers pa = new PNNAnswers();
for (int a = 0; a < 104; a++)
{
pa.Add(PnnSignalType.Green, PnnKeyType.AnyKey, DateTime.Now, 0);
}
XmlSerializer mySerializerp = new XmlSerializer(typeof(PNNAnswers));
StringWriter myWriterp = new StringWriter();
mySerializerp.Serialize(myWriterp, pa);
_human = _fe.humans.First(h => h.idh == _humanid);
PNNTestReport pnr = new PNNTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.PNN, myWriterp.ToString(), "manual"), _ge, _fe);
for (int i = 0; i < pnr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = pnr.ListScales[i];
}
break;
case (int)EnumPTests.Adaptability:
DAnswers kd = new DAnswers();
for (int a = 0; a < 165; a++)
{
kd.Add(0, "", "", a, "");
}
XmlSerializer mySerializerd = new XmlSerializer(typeof(DAnswers));
StringWriter myWriterd = new StringWriter();
mySerializerd.Serialize(myWriterd, kd);
_human = _fe.humans.First(h => h.idh == _humanid);
DTestReport kdr = new DTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.Adaptability, myWriterd.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < kdr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = kdr.ListScales[i];
}
break;
case (int)EnumPTests.FPI:
FPIAnswers kfpi = new FPIAnswers();
for (int a = 0; a < 114; a++)
{
kfpi.Add(0, "", "", a, "");
}
XmlSerializer mySerializerfpi = new XmlSerializer(typeof(FPIAnswers));
StringWriter myWriterfpi = new StringWriter();
mySerializerfpi.Serialize(myWriterfpi, kfpi);
_human = _fe.humans.First(h => h.idh == _humanid);
FPITestReport kfr = new FPITestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.FPI, myWriterfpi.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < kfr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = kfr.ListScales[i];
}
break;
case (int)EnumPTests.KettellA:
KettellAnswers kaa = new KettellAnswers();
for (int a = 0; a < 185; a++)
{
kaa.Add(0, "", "", a, "");
}
XmlSerializer mySerializera = new XmlSerializer(typeof(KettellAnswers));
StringWriter myWritera = new StringWriter();
mySerializera.Serialize(myWritera, kaa);
_human = _fe.humans.First(h => h.idh == _humanid);
KettellATestReport kar = new KettellATestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.KettellA, myWritera.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < kar.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = kar.ListScales[i];
}
break;
case (int)EnumPTests.Contrasts:
ContrastsAnswers mkd = new ContrastsAnswers();
for (int a = 0; a < 6; a++)
{
mkd.Add(DateTime.Now, 0);
}
XmlSerializer mySerializermd = new XmlSerializer(typeof(ContrastsAnswers));
StringWriter myWritermd = new StringWriter();
mySerializermd.Serialize(myWritermd, mkd);
_human = _fe.humans.First(h => h.idh == _humanid);
ContrastsTestReport mkdr = new ContrastsTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.Contrasts, myWritermd.ToString(), "manual"), _ge, _fe);
for (int i = 0; i < mkdr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = mkdr.ListScales[i];
}
break;
case (int)EnumPTests.Prognoz:
PAnswers paa = new PAnswers();
for (int a = 0; a < 86; a++)
{
paa.Add(0, "", "", a, "");
}
XmlSerializer mySerializerpr = new XmlSerializer(typeof(PAnswers));
StringWriter myWriterpr = new StringWriter();
mySerializerpr.Serialize(myWriterpr, paa);
_human = _fe.humans.First(h => h.idh == _humanid);
PTestReport par = new PTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.Prognoz, myWriterpr.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < par.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = par.ListScales[i];
}
break;
case (int)EnumPTests.Addictive:
AAnswers aaa = new AAnswers();
for (int a = 0; a < 30; a++)
{
aaa.Add(0, "", "", a, "");
}
XmlSerializer mySerializeraa = new XmlSerializer(typeof(AAnswers));
StringWriter myWriteraa = new StringWriter();
mySerializeraa.Serialize(myWriteraa, aaa);
_human = _fe.humans.First(h => h.idh == _humanid);
ATestReport aar = new ATestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.Addictive, myWriteraa.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < aar.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = aar.ListScales[i];
}
break;
case (int)EnumPTests.NPNA:
NPNAnswers npn = new NPNAnswers();
for (int a = 0; a < 276; a++)
{
npn.Add(0, "", "", a, "");
}
XmlSerializer mySerializernpn = new XmlSerializer(typeof(NPNAnswers));
StringWriter myWriternpn = new StringWriter();
mySerializernpn.Serialize(myWriternpn, npn);
_human = _fe.humans.First(h => h.idh == _humanid);
NPNTestReport npnr = new NPNTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.NPNA, myWriternpn.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < npnr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = npnr.ListScales[i];
}
break;
case (int)EnumPTests.Leongard:
LAnswers lpn = new LAnswers();
for (int a = 0; a < 88; a++)
{
lpn.Add(0, "", "", a, "");
}
XmlSerializer mySerializerlpn = new XmlSerializer(typeof(LAnswers));
StringWriter myWriterlpn = new StringWriter();
mySerializerlpn.Serialize(myWriterlpn, lpn);
_human = _fe.humans.First(h => h.idh == _humanid);
LTestReport lpnr = new LTestReport(_human, testresult.Createtestresult(0, _humanid, DateTime.Now, (int)EnumPTests.Leongard, myWriterlpn.ToString(), "manual"), _ge, _fe, true);
for (int i = 0; i < lpnr.ListScales.Count(); i++)
{
ScaleControl sc = new ScaleControl();
this.flp_parent.Controls.Add(sc);
sc.ControlScale = lpnr.ListScales[i];
}
break;
}
}
/// <summary>
/// Создает характеристику по выбранным тестам
/// </summary>
/// <param name="checkedtestsid">Отмеченные тесты</param>
/// <param name="SelectedRef">Выбранная характеристика</param>
/// <returns></returns>
public IReference GetReference(List <int> checkedtestsid, EnumPReferences SelectedRef)
{
IReference _reference = null;
List <testresult> testresults = new List <testresult>();
foreach (int testid in checkedtestsid)
{//выбираем все отмеченные тесты
testresults.Add(_human.testresults.FirstOrDefault(test => test.idtr == testid));
}
switch (SelectedRef)
{
case EnumPReferences.KettellC:
if (testresults.Count(test => test.testid == (int)EnumPTests.KettellC) != 0)
{
testresult kettellctestresult = testresults.LastOrDefault(test => test.testid == (int)EnumPTests.KettellC);
ITestReport kettellcreport = new KettellCTestReport(_human, kettellctestresult, _ge, _fe, true);
_reference = new KettellCTestReference(kettellcreport);
}
else
{
MessageBox.Show("Для выбранной характеристики необходим тест Кеттелла С \nОтметьте его галочной в списке тестов");
}
break;
case EnumPReferences.Adaptability:
if (testresults.Count(test => test.testid == (int)EnumPTests.Adaptability) != 0)
{
testresult dtestresult = testresults.LastOrDefault(test => test.testid == (int)EnumPTests.Adaptability);
ITestReport dreport = new DTestReport(_human, dtestresult, _ge, _fe, true);
_reference = new DTestReference(dreport);
}
else
{
MessageBox.Show("Для выбранной характеристики необходим тест Адаптивность \nОтметьте его галочной в списке тестов");
}
break;
case EnumPReferences.FPI:
if (testresults.Count(test => test.testid == (int)EnumPTests.FPI) != 0)
{
testresult fpitestresult = testresults.LastOrDefault(test => test.testid == (int)EnumPTests.FPI);
ITestReport fpireport = new FPITestReport(_human, fpitestresult, _ge, _fe, true);
_reference = new FPITestReference(fpireport);
}
else
{
MessageBox.Show("Для выбранной характеристики необходим тест FPI \nОтметьте его галочной в списке тестов");
}
break;
case EnumPReferences.KettellA:
if (testresults.Count(test => test.testid == (int)EnumPTests.KettellA) != 0)
{
testresult kettellatestresult = testresults.LastOrDefault(test => test.testid == (int)EnumPTests.KettellA);
ITestReport kettellareport = new KettellATestReport(_human, kettellatestresult, _ge, _fe, true);
_reference = new KettellATestReference(kettellareport);
}
else
{
MessageBox.Show("Для выбранной характеристики необходим тест Кеттелла А \nОтметьте его галочной в списке тестов");
}
break;
case EnumPReferences.Modul:
if (testresults.Count(test => test.testid == (int)EnumPTests.Modul2) != 0)
{
testresult mdtestresult = testresults.LastOrDefault(test => test.testid == (int)EnumPTests.Modul2);
ITestReport mdreport = new MDTestReport(_human, mdtestresult, _ge, _fe, true);
_reference = new MDTestReference(mdreport);
}
else
{
MessageBox.Show("Для выбранной характеристики необходим тест Модуль \nОтметьте его галочной в списке тестов");
}
break;
case EnumPReferences.Integrative:
if (testresults.Count(test => test.testid == (int)EnumPTests.KettellC) != 0)
{
testresult kettelltestresult = testresults.LastOrDefault(test => test.testid == (int)EnumPTests.KettellC);
ITestReport kettellreport = new KettellCTestReport(_human, kettelltestresult, _ge, _fe, true);
_reference = new IntegrativeReference(kettellreport, _fe);
}
else
{
MessageBox.Show("Для выбранной характеристики необходим тест Кеттелла С \nОтметьте его галочной в списке тестов");
}
break;
case EnumPReferences.Prognoz:
if (testresults.Count(test => test.testid == (int)EnumPTests.Prognoz) != 0)
{
testresult prognoztestresult = testresults.LastOrDefault(test => test.testid == (int)EnumPTests.Prognoz);
ITestReport prognozreport = new PTestReport(_human, prognoztestresult, _ge, _fe, true);
_reference = new PTestReference(prognozreport);
}
else
{
MessageBox.Show("Для выбранной характеристики необходим тест Прогноз 2 \nОтметьте его галочной в списке тестов");
}
break;
case EnumPReferences.Addictive:
if (testresults.Count(test => test.testid == (int)EnumPTests.Addictive) != 0)
{
testresult addictivetestresult = testresults.LastOrDefault(test => test.testid == (int)EnumPTests.Addictive);
ITestReport addictivereport = new ATestReport(_human, addictivetestresult, _ge, _fe, true);
_reference = new ATestReference(addictivereport);
}
else
{
MessageBox.Show("Для выбранной характеристики необходим тест Аддиктивная склонность \nОтметьте его галочной в списке тестов");
}
break;
case EnumPReferences.NPNA:
if (testresults.Count(test => test.testid == (int)EnumPTests.NPNA) != 0)
{
testresult addictivetestresult = testresults.LastOrDefault(test => test.testid == (int)EnumPTests.NPNA);
ITestReport addictivereport = new NPNTestReport(_human, addictivetestresult, _ge, _fe, true);
_reference = new NPNTestReference(addictivereport);
}
else
{
MessageBox.Show("Для выбранной характеристики необходим тест НПН-А \nОтметьте его галочной в списке тестов");
}
break;
case EnumPReferences.Leongard:
if (testresults.Count(test => test.testid == (int)EnumPTests.Leongard) != 0)
{
testresult addictivetestresult = testresults.LastOrDefault(test => test.testid == (int)EnumPTests.Leongard);
ITestReport addictivereport = new LTestReport(_human, addictivetestresult, _ge, _fe, true);
_reference = new LTestReference(addictivereport);
}
else
{
MessageBox.Show("Для выбранной характеристики необходим тест Леонгарда \nОтметьте его галочной в списке тестов");
}
break;
}
return(_reference);
}
public LTestReference(ITestReport LReport)
{
_dtestreport = (LTestReport)LReport;
}
