partial void Binary_Changed(UITextField sender)
{
if (Binary_TextBox.Text != "" && Binary_TextBox.Text[Binary_TextBox.Text.Length - 1] > '1')
{
Binary_TextBox.Text = Binary_TextBox.Text.Substring(0, Binary_TextBox.Text.Length - 1);
}
else if (sender.Text.Length == 16 || sender.Text.Length == 32)
{
TwoComplament tc = new TwoComplament(BINARY: Binary_TextBox.Text);
tc.convert();
Hex_TextBox.Text = tc.hexadecimal;
if (sender.Text.Length == 16)
{
Decimal16_TextBox.Text = tc.dec16;
tc = new TwoComplament(BINARY: "0000000000000000" + Binary_TextBox.Text);
tc.convert();
}
else
{
Decimal16_TextBox.Text = "";
}
Decimal32_TextBox.Text = tc.dec32;
}
else
{
Hex_TextBox.Text = "";
Decimal16_TextBox.Text = "";
Decimal32_TextBox.Text = "";
}
}
partial void Decimal16_Changed(UITextField sender)
{
try
{
if (Decimal16_TextBox.Text != "" && Decimal16_TextBox.Text != "-" && Convert.ToInt32(Decimal16_TextBox.Text) <= 32767 && Convert.ToInt32(Decimal16_TextBox.Text) >= -32768)
{
TwoComplament tc = new TwoComplament(DECIMAL16: Decimal16_TextBox.Text);
tc.convert();
Decimal32_TextBox.Text = "";
Binary_TextBox.Text = tc.binary;
Hex_TextBox.Text = tc.hexadecimal;
}
else
{
Decimal32_TextBox.Text = "";
Binary_TextBox.Text = "";
Hex_TextBox.Text = "";
}
}
catch
{
UIAlertView alert = new UIAlertView()
{
Title = "Number to Large",
Message = "The number being converted is to large"
};
alert.AddButton("OK");
alert.Show();
}
}
partial void Hexadecimal_Changed(UITextField sender)
{
if (sender.Text.Length == 4 || sender.Text.Length == 8)
{
TwoComplament tc = new TwoComplament(HEXADECIMAL: Hex_TextBox.Text);
tc.convert();
Binary_TextBox.Text = tc.binary;
if (sender.Text.Length == 4)
{
Decimal16_TextBox.Text = tc.dec16;
tc = new TwoComplament(HEXADECIMAL: ("0000" + Hex_TextBox.Text));
tc.convert();
}
else
{
Decimal16_TextBox.Text = "";
}
Decimal32_TextBox.Text = tc.dec32;
}
else
{
Binary_TextBox.Text = "";
Decimal16_TextBox.Text = "";
Decimal32_TextBox.Text = "";
}
}
private void InputVerifier()
{
bool completed = false;
if (InputTextbox1.Text != "" && Int32.TryParse(InputTextbox1.Text, out input1))
{
completed = true;
TwoComplament convert = new TwoComplament(DECIMAL32: input1.ToString());
convert.convert();
Input1Binary.Text = $"({input1}) - {convert.binary}";
}
else
{
completed = false;
Input1Binary.Text = "";
}
if (completed && InputTextbox2.Text != "" && Int32.TryParse(InputTextbox2.Text, out input2))
{
completed = true;
}
else
{
completed = false;
if (SegementedControl.SelectedSegment == 3 && InputTextbox1.Text != "")
{
completed = true;
}
Input2Binary.Text = "";
}
if (completed)
{
int bitwise = Convert.ToInt32(SegementedControl.SelectedSegment);
int results = 0;
switch (bitwise)
{
case 0:
results = AND();
TwoComplament convert0 = new TwoComplament(DECIMAL32: input2.ToString());
convert0.convert();
Input2Binary.Text = $"({input2}) - {convert0.binary}";
break;
case 1:
results = OR();
TwoComplament convert1 = new TwoComplament(DECIMAL32: input2.ToString());
convert1.convert();
Input2Binary.Text = $"({input2}) - {convert1.binary}";
break;
case 2:
results = XOR();
TwoComplament convert2 = new TwoComplament(DECIMAL32: input2.ToString());
convert2.convert();
Input2Binary.Text = $"({input2}) - {convert2.binary}";
break;
case 3:
results = NOT();
TwoComplament convert3 = new TwoComplament(DECIMAL32: results.ToString());
convert3.convert();
Input2Binary.Text = $"({results}) - {convert3.binary}";
break;
case 4:
results = LEFT_SHIFT();
Input2Binary.Text = $"LEFT SHIFT BY: {input2}";
break;
case 5:
results = RIGHT_SHIFT();
Input2Binary.Text = $"RIGHT SHIFT BY: {input2}";
break;
}
TwoComplament converts = new TwoComplament(DECIMAL32: results.ToString());
converts.convert();
ResultsTextbox.Text = $"({results}) - {converts.binary}";
}
else
{
ResultsTextbox.Text = "";
}
}
