private void button4_Click(object sender, EventArgs e)
{
if (Russian.Checked)
{
Rus = true;
}
if (English.Checked)
{
Eng = true;
}
//CryptoAlg Alg = 0;
Crypto crypting = new Crypto(
OriginText,
KeyText,
(int)tabDiag.Value, Rus, Eng);
MDPM MonoDigraph = new MDPM(
Origin,
Key,
Rus, Eng);
Book book = new Book(
Origin,
Key);
if (Alg == CryptoAlg.FibonaccyGamma)
{
bool FibEnum = cbFibonaccyEnum.Checked;
bool FibRec = cbFibonaccyRec.Checked;
Result = crypting.FibonaccyGamm(FibEnum, FibRec);
ResultSpace = crypting.Spaces();
tbResult.Text = ResultSpace;
tbGamma.Text = crypting.FibonaccyKey();
}
else if (Alg == CryptoAlg.MD)
{
Result = MonoDigraph.MD();
ResultSpace = MonoDigraph.Spaces();
tbResult.Text = ResultSpace;
}
else if (Alg == CryptoAlg.Lattice)
{
Result = book.Lattice(Origin, Key);
tbResult.Text = Result;
}
else
{
int Shift = (int)nmCesarShift.Value;
if (Alg == CryptoAlg.Cesar | Alg == CryptoAlg.Viganer)
{
Result = crypting.Code(Alg, Shift);
ResultSpace = crypting.Spaces();
tbResult.Text = ResultSpace;
}
if (Alg == CryptoAlg.Viganer)
{
Result = crypting.Code(Alg, Shift);
ResultSpace = crypting.Spaces();
tbResult.Text = ResultSpace;
}
else if (Alg == CryptoAlg.ExchangeTables)
{
Result = crypting.ExchangeTables();
ResultSpace = crypting.Spaces();
tbResult.Text = ResultSpace;
}
else
{
return;
}
}
tabControl1.SelectedTab = tabPage11;
}
private void button5_Click(object sender, EventArgs e)
{
List <CryptoAlg> Methods = new List <CryptoAlg>();
foreach (ComboBox item in flowLayoutPanel1.Controls)
{
Methods.Add((CryptoAlg)item.SelectedIndex);
}
int Shift = (int)nmCesarShift.Value;
this.Diagonal = (int)tabDiag.Value;
OriginText = tbText.Text;
KeyText = tbGamma.Text;
if (Russian.Checked)
{
Rus = true;
}
if (English.Checked)
{
Eng = true;
}
foreach (CryptoAlg item in Methods)
{
switch (item)
{
case CryptoAlg.Cesar:
{
Crypto crypting = new Crypto(
OriginText,
KeyText,
Diagonal, Rus, Eng);
Alg = CryptoAlg.Cesar;
Result = crypting.Code(Alg, Shift);
OriginText = Result;
break;
}
case CryptoAlg.Viganer:
{
CheckLong CheckViganer = new CheckLong(
Origin,
KeyText);
Alg = CryptoAlg.Viganer;
Origin = tbText.Text;
KeyText = CheckViganer.Check(OriginText, KeyText);
Crypto crypting = new Crypto(
OriginText,
KeyText,
Diagonal, Rus, Eng);
Result = crypting.Code(Alg, Shift);
tbGamma.Text = KeyText;
OriginText = Result;
break;
}
case CryptoAlg.ExchangeTables:
{
Crypto crypting = new Crypto(
OriginText,
KeyText,
Diagonal, Rus, Eng);
Alg = CryptoAlg.ExchangeTables;
Diagonal = (int)tabDiag.Value;
Result = crypting.ExchangeTables();
OriginText = Result;
break;
}
case CryptoAlg.FibonaccyGamma:
{
Crypto crypting = new Crypto(
OriginText,
KeyText,
Diagonal, Rus, Eng);
int[] A = new int[5];
A[0] = (int)numericUpDown2.Value;
A[1] = (int)numericUpDown3.Value;
A[2] = (int)numericUpDown4.Value;
A[3] = (int)numericUpDown5.Value;
A[4] = (int)numericUpDown6.Value;
Alg = CryptoAlg.FibonaccyGamma;
bool FibEnum = cbFibonaccyEnum.Checked;
bool FibRec = cbFibonaccyRec.Checked;
Result = crypting.FibonaccyGamm(FibEnum, FibRec);
OriginText = Result;
break;
}
case CryptoAlg.MD:
{
MDPM MonoDigraph = new MDPM(OriginText, KeyText, Rus, Eng);
Alg = CryptoAlg.MD;
Result = MonoDigraph.MD();
OriginText = Result;
break;
}
case CryptoAlg.Lattice:
{
Book book = new Book(
OriginText,
KeyText);
Alg = CryptoAlg.Lattice;
Result = book.Lattice(OriginText, Key);
OriginText = Result;
break;
}
default:
break;
}
tbResult.Text = Result;
}
}