static void openForms()
{
frm = new Form1();
Program1 p = new Program1();
Application.Run(frm);
}
private void falseNegativesCombined_SelectedIndexChanged(object sender, EventArgs e)
{
if (((Instruction)((ListBox)sender).SelectedItem) != null)
{
Program1.SetSelected(((Instruction)((ListBox)sender).SelectedItem).index, true);
}
}
private void correct_SelectedIndexChanged(object sender, EventArgs e)
{
if (((Instruction)((ListBox)sender).SelectedItem) != null)
{
Program1.SetSelected(((Instruction)((ListBox)sender).SelectedItem).index, true);
}
}
private void button4_Click(object sender, EventArgs e)
{
comparison.DetermineCorrectMapping();
Program1.Refresh();
Program2.Refresh();
ReloadAllFalseNegatives();
ReloadCorrect();
// ReloadMapped();
}
private void AfterGuess()
{
Program1.Refresh();
ReloadAllFalseNegatives();
ReloadAllFalsePositives();
ReloadCorrect();
// ReloadMapped();
ReloadScore();
this.Enabled = true;
}
static void Main(string[] args)
{
Program1 ob1 = new Program1();
Program2 ob2 = new Program2();
Program3 ob3 = new Program3();
ob1.Student();
ob2.Marks();
ob3.Age();
Console.ReadKey();
}
private void load_Click(object sender, EventArgs e)
{
this.Enabled = false;
comparison = new Comparison(program1TextBox.Text, program2TextBox.Text);
ReloadLeft();
Program1.Refresh();
ReloadRight();
ReloadAllFalseNegatives();
ReloadCorrect();
Program1.Refresh();
Program2.Refresh();
ReloadAllFalseNegatives();
ReloadCorrect();
ReloadScore();
this.Enabled = true;
}
public void CorrectInputes_Calculates_1CorrectResult()
{
//arrange
//1 3 2
double a = 1;
double b = 3;
double c = 2;
double d = Program1.GetDiscriminant(1, 3, 2);
Program1.EquationTypes type = Program1.CheckEquationType(a, b, c);
//act
double[] result = Program1.FindRoots(type, d, a, b, c);
//assert
Assert.AreEqual(new double[] { -2.0, -1.0 }, result);
}
public void LinearEquation()
{
//arrange
//1 3 2
double a = 0;
double b = 3;
double c = 2;
double d = Program1.GetDiscriminant(1, 3, 2);
Program1.EquationTypes type = Program1.CheckEquationType(a, b, c);
//act
double[] result = Program1.FindRoots(type, d, a, b, c);
//assert
Assert.AreEqual(new double[] { -2.0 / 3.0 }, result);
}
public void RunTillTerminated()
{
while (!_isTerminated)
{
if (!Program1.IsWaitingToReceive && !Program1.IsTerminated)
{
if (_program1CurrentTask == null || _program1CurrentTask.IsCompleted)
{
_program1CurrentTask = Task.Run(() => Program1.DoCurrentInstruction());
}
}
if (!Program2.IsWaitingToReceive && !Program2.IsTerminated)
{
if (_program2CurrentTask == null || _program2CurrentTask.IsCompleted)
{
_program2CurrentTask = Task.Run(() => Program2.DoCurrentInstruction());
}
}
}
}
public void jaumm(string ja)
{
HanK.Add(ja);
if (wc % 3 != 0) //받침
{
inputnojong = search.text;
search.text = input;
inputnew += Program1.combine(HanK[3 * (wc / 3)], HanK[1 + 3 * (wc / 3)], HanK[2 + 3 * (wc / 3)]);
search.text += inputnew;
inputnew = "";
if (wc % 3 == 2)
{
input = search.text;
}
}
else if (wc % 3 == 0) //초성
{
inputnojong = search.text;
search.text += ja;
}
wc++;
}
static void Main(string[] args)
{
var program1 = new Program1();
program1.F1();
}
private static void StartProgram(string[] args)
{
Program1.Main(args);
//
Application.Run(new EnterSplash());
}
public void Test_Long()
{
Assert.Equal(5, Program1.CountString("Agung"));
}
public Program1 getName()
{
var obj = new Program1("hello");
return(obj);
}
public void moumm(string mo)
{
if (wc > 0 && (HanK[wc - 1] == "ㅗ" || HanK[wc - 1] == "ㅜ" || HanK[wc - 1] == "ㅡ"))
{
if (HanK[wc - 1] == "ㅗ" && mo == "ㅏ")
{
search.text = input;
inputnew += Program1.combine(HanK[3 * (wc / 3)], "ㅘ", " ");
HanK[3 * (wc / 3) + 1] = "ㅘ";
search.text += inputnew;
inputnew = "";
}
if (HanK[wc - 1] == "ㅗ" && mo == "ㅐ")
{
search.text = input;
inputnew += Program1.combine(HanK[3 * (wc / 3)], "ㅙ", " ");
HanK[3 * (wc / 3) + 1] = "ㅙ";
search.text += inputnew;
inputnew = "";
}
if (HanK[wc - 1] == "ㅗ" && mo == "ㅣ")
{
search.text = input;
inputnew += Program1.combine(HanK[3 * (wc / 3)], "ㅚ", " ");
HanK[3 * (wc / 3) + 1] = "ㅚ";
search.text += inputnew;
inputnew = "";
}
if (HanK[wc - 1] == "ㅜ" && mo == "ㅓ")
{
search.text = input;
inputnew += Program1.combine(HanK[3 * (wc / 3)], "ㅝ", " ");
HanK[3 * (wc / 3) + 1] = "ㅝ";
search.text += inputnew;
inputnew = "";
}
if (HanK[wc - 1] == "ㅜ" && mo == "ㅔ")
{
search.text = input;
inputnew += Program1.combine(HanK[3 * (wc / 3)], "ㅞ", " ");
HanK[3 * (wc / 3) + 1] = "ㅞ";
search.text += inputnew;
inputnew = "";
}
if (HanK[wc - 1] == "ㅜ" && mo == "ㅣ")
{
search.text = input;
inputnew += Program1.combine(HanK[3 * (wc / 3)], "ㅟ", " ");
HanK[3 * (wc / 3) + 1] = "ㅟ";
search.text += inputnew;
inputnew = "";
}
if (HanK[wc - 1] == "ㅡ" && mo == "ㅣ")
{
search.text = input;
inputnew += Program1.combine(HanK[3 * (wc / 3)], "ㅢ", " ");
HanK[3 * (wc / 3) + 1] = "ㅢ";
search.text += inputnew;
inputnew = "";
}
}
else
{
if (wc % 3 == 1) //초+중+종(평상시)
{
HanK.Add(mo);
search.text = input;
inputnew += Program1.combine(HanK[3 * (wc / 3)], HanK[1 + 3 * (wc / 3)], " ");
search.text += inputnew;
inputnew = "";
}
else if (wc % 3 == 0) //받침없을때 종성이었던 애랑 결합
{
HanK.Add(HanK[wc - 1]);
HanK.Add(mo);
wc += 1;
search.text = inputnojong;
input = search.text;
inputnew = "";
inputnew += Program1.combine(HanK[3 * (wc / 3)], HanK[3 * (wc / 3) + 1], " ");
search.text += inputnew;
inputnew = "";
}
wc++;
}
// else search.text += mo;
}
public void Setup()
{
obj1 = new Program1();
}