private void StartWork()
{
if (lst_params.SelectedItems.Count != 0)
{
int param = int.Parse(this.lst_params.SelectedItems[0].SubItems[0].Text);
bool haveprinting = true;
EnumPTests test = (EnumPTests)int.Parse(this.lst_references.SelectedItems[0].SubItems[0].Text);
EnumPReferences reference = EnumPReferences.NoReference;
switch (param)
{
case -2:
reference = EnumPReferences.NoReference;
break;
case -1:
haveprinting = false;
break;
default:
reference = (EnumPReferences)param;
break;
}
RecogAutomator automator = new RecogAutomator(test, _ge, _fe, reference, haveprinting);
automator.Start();
}
else
{
MessageBox.Show("Необходимо выбрать параметр печати и тест");
}
}
public RecogAutomator(EnumPTests test, pBaseEntities ge, fBaseEntities fe, EnumPReferences reference = EnumPReferences.NoReference, bool printing = true)
{
_test = test;
_reference = reference;
_fe = fe;
_ge = ge;
_printing = printing;
}
public RecogAutomator(EnumPTests test, pBaseEntities ge,fBaseEntities fe, EnumPReferences reference=EnumPReferences.NoReference,bool printing=true )
{
_test = test;
_reference = reference;
_fe = fe;
_ge = ge;
_printing = printing;
}
public ExcelReport(pBaseEntities ge, fBaseEntities fe, EnumPTests test)
{
_ge = ge;
_fe = fe;
_test = test;
_worker = new BackgroundWorker();
_worker.DoWork += new DoWorkEventHandler(_worker_DoWork);
_worker.WorkerReportsProgress = true;
_worker.WorkerSupportsCancellation = true;
}
public ExcelReport(pBaseEntities ge, fBaseEntities fe, EnumPTests test)
{
_ge = ge;
_fe = fe;
_test = test;
_worker = new BackgroundWorker();
_worker.DoWork += new DoWorkEventHandler(_worker_DoWork);
_worker.WorkerReportsProgress = true;
_worker.WorkerSupportsCancellation = true;
}
public static ITest CreateTest(EnumPTests test, pBaseEntities ge, fBaseEntities fe, bool isAlone)
{
ITest _gentest = null;
switch (test)
{
case EnumPTests.KettellC:
_gentest = new TestKettellC(ge, fe, isAlone);
break;
case EnumPTests.PNN:
_gentest = new TestPnn(ge, fe, isAlone);
break;
case EnumPTests.Adaptability:
_gentest = new TestD(ge, fe, isAlone);
break;
case EnumPTests.FPI:
_gentest = new TestFPI(ge, fe, isAlone);
break;
case EnumPTests.KettellA:
_gentest = new TestKettellA(ge, fe, isAlone);
break;
case EnumPTests.Modul2:
_gentest = new TestMD(ge, fe, isAlone);
break;
case EnumPTests.Contrasts:
_gentest = new TestContrasts(fe);
break;
case EnumPTests.Prognoz:
_gentest = new TestP(ge, fe, isAlone);
break;
case EnumPTests.Addictive:
_gentest = new TestA(ge, fe, isAlone);
break;
case EnumPTests.NPNA:
_gentest = new TestNPN(ge, fe, isAlone);
break;
case EnumPTests.Leongard:
_gentest = new TestL(ge, fe, isAlone);
break;
}
return(_gentest);
}
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 btn_load_Click(object sender, EventArgs e)
{
tbn_cancel.Enabled = true;
if (lst_manual.SelectedItems.Count == 1)
{
EnumPTests test = (EnumPTests)int.Parse(lst_manual.SelectedItems[0].SubItems[0].Text);
_exreport = new ExcelReport(_ge, _fe, test);
this.pb_progress.Minimum = 0;
this.pb_progress.Value = 0;
this.pb_progress.Maximum = _exreport.FindTestsCount();
this.pb_progress.Step = 1;
_exreport.Worker.ProgressChanged += new System.ComponentModel.ProgressChangedEventHandler(Worker_ProgressChanged);
_exreport.Create(this.dp_mindate.Value, this.dp_maxdate.Value);
}
}
public static ITest CreateTest(EnumPTests test, pBaseEntities ge, fBaseEntities fe, bool isAlone)
{
ITest _gentest=null;
switch (test)
{
case EnumPTests.KettellC:
_gentest = new TestKettellC(ge, fe, isAlone);
break;
case EnumPTests.PNN:
_gentest = new TestPnn(ge, fe, isAlone);
break;
case EnumPTests.Adaptability:
_gentest = new TestD(ge,fe, isAlone);
break;
case EnumPTests.FPI:
_gentest = new TestFPI(ge, fe, isAlone);
break;
case EnumPTests.KettellA:
_gentest = new TestKettellA(ge, fe, isAlone);
break;
case EnumPTests.Modul2:
_gentest = new TestMD(ge, fe, isAlone);
break;
case EnumPTests.Contrasts:
_gentest = new TestContrasts(fe);
break;
case EnumPTests.Prognoz:
_gentest = new TestP(ge,fe,isAlone);
break;
case EnumPTests.Addictive:
_gentest = new TestA(ge, fe, isAlone);
break;
case EnumPTests.NPNA:
_gentest = new TestNPN(ge, fe, isAlone);
break;
case EnumPTests.Leongard:
_gentest = new TestL(ge, fe, isAlone);
break;
}
return _gentest;
}
private void lst_manual_SelectedIndexChanged(object sender, EventArgs e)
{
if (lst_manual.SelectedItems.Count == 1)
{
_test = (EnumPTests)int.Parse(lst_manual.SelectedItems[0].SubItems[0].Text);
_exreport = new ExcelReport(_ge, _fe, _test);
if (_exreport.FindTestsCount() != 0)
{
this.dp_mindate.Value = _exreport.FindMinDate();
this.dp_maxdate.Value = _exreport.FindMaxDate();
this.EnabledButtons(true);
}
else
{
this.dp_mindate.Value = this.dp_mindate.MinDate;
this.dp_maxdate.Value = this.dp_maxdate.MaxDate;
this.EnabledButtons(false);
}
}
}
public static void ShowMethod(EnumPTests Test)
{
Process p = null;
switch (Test)
{
case EnumPTests.KettellC:
p = new Process { StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\KettellCmethod.pdf" } };
break;
case EnumPTests.Adaptability:
p = new Process { StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\Adaptabilitymethod.pdf" } };
break;
case EnumPTests.FPI:
p = new Process { StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\FPImethod.pdf" } };
break;
case EnumPTests.KettellA:
p = new Process { StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\KettellAmethod.pdf" } };
break;
case EnumPTests.PNN:
p = new Process { StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\PNNmethod.pdf" } };
break;
case EnumPTests.Modul2:
p = new Process { StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\Modul2Method.pdf" } };
break;
case EnumPTests.Prognoz:
p = new Process { StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\PrognozMethod.pdf" } };
break;
case EnumPTests.Addictive:
p = new Process { StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\AddictiveMethod.pdf" } };
break;
case EnumPTests.Leongard:
p = new Process { StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\LeongardMethod.pdf" } };
break;
case EnumPTests.NPNA:
p = new Process { StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\NPNAMethod.pdf" } };
break;
}
if (p != null) { p.Start(); }
}
private void lst_manual_SelectedIndexChanged(object sender, EventArgs e)
{
if (lst_manual.SelectedItems.Count == 1)
{
_test = (EnumPTests)int.Parse(lst_manual.SelectedItems[0].SubItems[0].Text);
_exreport = new ExcelReport(_ge, _fe, _test);
if (_exreport.FindTestsCount() != 0)
{
this.dp_mindate.Value = _exreport.FindMinDate();
this.dp_maxdate.Value = _exreport.FindMaxDate();
this.EnabledButtons(true);
}
else
{
this.dp_mindate.Value = this.dp_mindate.MinDate;
this.dp_maxdate.Value = this.dp_maxdate.MaxDate;
this.EnabledButtons(false);
}
}
}
public static void ShowMethod(EnumPTests Test)
{
Process p = null;
switch (Test)
{
case EnumPTests.KettellC:
p = new Process {
StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\KettellCmethod.pdf" }
};
break;
case EnumPTests.Adaptability:
p = new Process {
StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\Adaptabilitymethod.pdf" }
};
break;
case EnumPTests.FPI:
p = new Process {
StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\FPImethod.pdf" }
};
break;
case EnumPTests.KettellA:
p = new Process {
StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\KettellAmethod.pdf" }
};
break;
case EnumPTests.PNN:
p = new Process {
StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\PNNmethod.pdf" }
};
break;
case EnumPTests.Modul2:
p = new Process {
StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\Modul2Method.pdf" }
};
break;
case EnumPTests.Prognoz:
p = new Process {
StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\PrognozMethod.pdf" }
};
break;
case EnumPTests.Addictive:
p = new Process {
StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\AddictiveMethod.pdf" }
};
break;
case EnumPTests.Leongard:
p = new Process {
StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\LeongardMethod.pdf" }
};
break;
case EnumPTests.NPNA:
p = new Process {
StartInfo = { FileName = ApplicationInfo.GetDirectory() + @"\Forms\NPNAMethod.pdf" }
};
break;
}
if (p != null)
{
p.Start();
}
}
private void FillParams(EnumPTests selectedtest)
{
switch (selectedtest)
{
case EnumPTests.KettellC:
ListViewItem item0 = new ListViewItem(Convert.ToString((int)EnumPReferences.KettellC));
item0.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.KettellC).Value);
this.lst_params.Items.Add(item0);
ListViewItem item01 = new ListViewItem(Convert.ToString((int)EnumPReferences.Integrative));
item01.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.Integrative).Value);
this.lst_params.Items.Add(item01);
break;
case EnumPTests.Adaptability:
ListViewItem item02 = new ListViewItem(Convert.ToString((int)EnumPReferences.Adaptability));
item02.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.Adaptability).Value);
this.lst_params.Items.Add(item02);
break;
case EnumPTests.FPI:
ListViewItem item03 = new ListViewItem(Convert.ToString((int)EnumPReferences.FPI));
item03.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.FPI).Value);
this.lst_params.Items.Add(item03);
break;
case EnumPTests.KettellA:
ListViewItem item04 = new ListViewItem(Convert.ToString((int)EnumPReferences.KettellA));
item04.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.KettellA).Value);
this.lst_params.Items.Add(item04);
break;
case EnumPTests.Modul2:
ListViewItem item05 = new ListViewItem(Convert.ToString((int)EnumPReferences.Modul));
item05.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.Modul).Value);
this.lst_params.Items.Add(item05);
break;
case EnumPTests.NPNA:
ListViewItem item06 = new ListViewItem(Convert.ToString((int)EnumPReferences.NPNA));
item06.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.NPNA).Value);
this.lst_params.Items.Add(item06);
break;
case EnumPTests.Prognoz:
ListViewItem item07 = new ListViewItem(Convert.ToString((int)EnumPReferences.Prognoz));
item07.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.Prognoz).Value);
this.lst_params.Items.Add(item07);
break;
case EnumPTests.Addictive:
ListViewItem item08 = new ListViewItem(Convert.ToString((int)EnumPReferences.Addictive));
item08.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.Addictive).Value);
this.lst_params.Items.Add(item08);
break;
case EnumPTests.Leongard:
ListViewItem item09 = new ListViewItem(Convert.ToString((int)EnumPReferences.Leongard));
item09.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.Leongard).Value);
this.lst_params.Items.Add(item09);
break;
}
ListViewItem item = new ListViewItem("-2");
item.SubItems.Add("ПЕЧАТАТЬ ТОЛЬКО РЕЗУЛЬТАТЫ ТЕСТА БЕЗ ХАРАКТЕРИСТИКИ");
this.lst_params.Items.Add(item);
ListViewItem item1 = new ListViewItem("-1");
item1.SubItems.Add("НИЧЕГО НЕ ПЕЧАТАТЬ, ТОЛЬКО СОХРАНЯТЬ В БАЗУ");
this.lst_params.Items.Add(item1);
}
private void FillParams(EnumPTests selectedtest)
{
switch (selectedtest)
{
case EnumPTests.KettellC:
ListViewItem item0 = new ListViewItem(Convert.ToString((int)EnumPReferences.KettellC));
item0.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.KettellC).Value);
this.lst_params.Items.Add(item0);
ListViewItem item01 = new ListViewItem(Convert.ToString((int)EnumPReferences.Integrative));
item01.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.Integrative).Value);
this.lst_params.Items.Add(item01);
break;
case EnumPTests.Adaptability:
ListViewItem item02 = new ListViewItem(Convert.ToString((int)EnumPReferences.Adaptability));
item02.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.Adaptability).Value);
this.lst_params.Items.Add(item02);
break;
case EnumPTests.FPI:
ListViewItem item03 = new ListViewItem(Convert.ToString((int)EnumPReferences.FPI));
item03.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.FPI).Value);
this.lst_params.Items.Add(item03);
break;
case EnumPTests.KettellA:
ListViewItem item04 = new ListViewItem(Convert.ToString((int)EnumPReferences.KettellA));
item04.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.KettellA).Value);
this.lst_params.Items.Add(item04);
break;
case EnumPTests.Modul2:
ListViewItem item05 = new ListViewItem(Convert.ToString((int)EnumPReferences.Modul));
item05.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.Modul).Value);
this.lst_params.Items.Add(item05);
break;
case EnumPTests.NPNA:
ListViewItem item06 = new ListViewItem(Convert.ToString((int)EnumPReferences.NPNA));
item06.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.NPNA).Value);
this.lst_params.Items.Add(item06);
break;
case EnumPTests.Prognoz:
ListViewItem item07 = new ListViewItem(Convert.ToString((int)EnumPReferences.Prognoz));
item07.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.Prognoz).Value);
this.lst_params.Items.Add(item07);
break;
case EnumPTests.Addictive:
ListViewItem item08 = new ListViewItem(Convert.ToString((int)EnumPReferences.Addictive));
item08.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.Addictive).Value);
this.lst_params.Items.Add(item08);
break;
case EnumPTests.Leongard:
ListViewItem item09 = new ListViewItem(Convert.ToString((int)EnumPReferences.Leongard));
item09.SubItems.Add(ReferenceFactory.ReferenceDict.First(refer => refer.Key == EnumPReferences.Leongard).Value);
this.lst_params.Items.Add(item09);
break;
}
ListViewItem item = new ListViewItem("-2");
item.SubItems.Add("ПЕЧАТАТЬ ТОЛЬКО РЕЗУЛЬТАТЫ ТЕСТА БЕЗ ХАРАКТЕРИСТИКИ");
this.lst_params.Items.Add(item);
ListViewItem item1 = new ListViewItem("-1");
item1.SubItems.Add("НИЧЕГО НЕ ПЕЧАТАТЬ, ТОЛЬКО СОХРАНЯТЬ В БАЗУ");
this.lst_params.Items.Add(item1);
}
