public void IfConvertedValueHasValidUpperBoundsIsConvertedEqualsTrue()
{
bool IsConvertedExpected = true;
bool IsConvertedActual;
Signed32BitIntegerConversionResult = ConvertInteger.ConvertStringTo32BitSignedInteger("2147483647");
IsConvertedActual = Signed32BitIntegerConversionResult.IsConverted;
Assert.AreEqual(IsConvertedExpected, IsConvertedActual);
}
public void IfIsConvertedValueEqualsFalseWithInvalidValue()
{
bool IsConvertedExpected = false;
bool IsConvertedActual;
Signed32BitIntegerConversionResult = ConvertInteger.ConvertStringTo32BitSignedInteger("5000A");
IsConvertedActual = Signed32BitIntegerConversionResult.IsConverted;
Assert.AreEqual(IsConvertedExpected, IsConvertedActual);
}
public void IfConvertedValueEqualsFalseWithInvalidValue()
{
int Signed32BitIntegerExpected = -1;
int Signed32BitIntegerActual;
Signed32BitIntegerConversionResult = ConvertInteger.ConvertStringTo32BitSignedInteger("575938485763646589299874665747");
Signed32BitIntegerActual = Signed32BitIntegerConversionResult.ConvertedValue;
Assert.AreEqual(Signed32BitIntegerExpected, Signed32BitIntegerActual);
}
public void IfConvertedValueIsNumberAndLowerCaseAlphaIsConvertedEqualsFalse()
{
bool IsConvertedExpected = false;
bool IsConvertedActual;
Signed32BitIntegerConversionResult = ConvertInteger.ConvertStringTo32BitSignedInteger("3a");
IsConvertedActual = Signed32BitIntegerConversionResult.IsConverted;
Assert.AreEqual(IsConvertedExpected, IsConvertedActual);
}
public void ConvertStringToSigned32BitInteger()
{
int Signed32BitIntegerExpected = 500;
int Signed32BitIntegerActual;
Signed32BitIntegerConversionResult = ConvertInteger.ConvertStringTo32BitSignedInteger("500");
Signed32BitIntegerActual = Signed32BitIntegerConversionResult.ConvertedValue;
Assert.AreEqual(Signed32BitIntegerExpected, Signed32BitIntegerActual);
}
public void IfConvertedValueIsFractionIsConvertedEqualsFalse()
{
bool IsConvertedExpected = false;
bool IsConvertedActual;
Signed32BitIntegerConversionResult = ConvertInteger.ConvertStringTo32BitSignedInteger("2.25");
IsConvertedActual = Signed32BitIntegerConversionResult.IsConverted;
Assert.AreEqual(IsConvertedExpected, IsConvertedActual);
}
public void IfConvertedValueHasMinusInWrongPositionIsConvertedEqualsFalse()
{
bool IsConvertedExpected = false;
bool IsConvertedActual;
Signed32BitIntegerConversionResult = ConvertInteger.ConvertStringTo32BitSignedInteger("649-594");
IsConvertedActual = Signed32BitIntegerConversionResult.IsConverted;
Assert.AreEqual(IsConvertedExpected, IsConvertedActual);
}
public void IfConvertedValueHasNonNumericIsConvertedEqualsFalse()
{
bool IsConvertedExpected = false;
bool IsConvertedActual;
Signed32BitIntegerConversionResult = ConvertInteger.ConvertStringTo32BitSignedInteger("$649594");
IsConvertedActual = Signed32BitIntegerConversionResult.IsConverted;
Assert.AreEqual(IsConvertedExpected, IsConvertedActual);
}
public void IfConvertedValueHasNegitaveOverflowIsConvertedEqualsFalse()
{
bool IsConvertedExpected = false;
bool IsConvertedActual;
Signed32BitIntegerConversionResult = ConvertInteger.ConvertStringTo32BitSignedInteger("-2147483648958098745");
IsConvertedActual = Signed32BitIntegerConversionResult.IsConverted;
Assert.AreEqual(IsConvertedExpected, IsConvertedActual);
}
private Signed64BitIntegerConversionResult ConvertStringValue1()
{
string StringValue1 = IntegerStrings[0];
StringConversionResult = ConvertInteger.ConvertStringTo32BitSignedInteger(StringValue1);
if (StringConversionResult.IsConverted == true)
{
IntegerValue1 = StringConversionResult.ConvertedValue;
}
else
{
IntegerStrings.Clear();
TotalConversionResult.IsConverted = false;
TotalConversionResult.ConvertedValue = -1;
TotalConversionResult.ExceptionText =
"The value entered into integer one is not valid. Please enter a valid value.";
}
return(TotalConversionResult);
}
public void Setup()
{
Signed32BitIntegerConversionResult = new Signed32BitIntegerConversionResult();
ConvertInteger = new ConvertInteger
(Signed32BitIntegerConversionResult);
}
