public void ValidInput()
{
int expected = 1;
string filePath = Environment.CurrentDirectory + "\\TestFiles\\valid.txt";
PlainTextFibonacciInput testInput = new PlainTextFibonacciInput(filePath);
int actual = testInput.GetValue();
Assert.AreEqual(expected, actual);
}
private static int GetInputValue(CliOptions options)
{
IFibonacciInput inputMethod;
if (options.InteractiveMode)
{
inputMethod = new InteractiveFibonacciInput();
}
else if (options.InputFile == null)
{
// attempt to parse InputNumber
return BaseFibonacciInput.ParseStringArgument(options.InputNumber);
}
else if (Path.GetExtension(options.InputFile) == ".xml")
{
inputMethod = new XMLFibonacciInput(options.InputFile);
}
else
{
inputMethod = new PlainTextFibonacciInput(options.InputFile);
}
return inputMethod.GetValue();
}
public void XMLInput()
{
string filePath = Environment.CurrentDirectory + "\\TestFiles\\valid.xml";
PlainTextFibonacciInput testInput = new PlainTextFibonacciInput(filePath);
int testNumber = testInput.GetValue();
}
public void TooLargeInput()
{
string filePath = Environment.CurrentDirectory + "\\TestFiles\\huge.txt";
PlainTextFibonacciInput testInput = new PlainTextFibonacciInput(filePath);
int testNumber = testInput.GetValue();
}
public void NonexistantInput()
{
string filePath = Environment.CurrentDirectory + "\\TestFiles\\doesntExist.txt";
PlainTextFibonacciInput testInput = new PlainTextFibonacciInput(filePath);
int testNumber = testInput.GetValue();
}