public void TestValidInput()
{
Parse myInput = new Parse();
myInput.ReadInput("1+2");
Assert.AreEqual(1, myInput.Value1);
Assert.AreEqual(2, myInput.Value2);
Assert.AreEqual('+', myInput.Operador);
}
private int counter = 0; // It's private because no one else should care about this but this class.
#endregion Fields
#region Methods
public void RunCalculator()
{
Console.Write("[" + counter + "]>");
string input = Console.ReadLine();
Parse parser = new Parse();
if (input != "exit" && input != "quit")
{
parser.ControllerCheckInput(input);
counter++;
RunCalculator();
}
/*
do
{
parser.ControllerCheckInput(input);
counter++;
RunCalculator();
} while (input != "exit" && input != "quit");
*/
}
public void TestValidateInputOperadorNotAssigned()
{
Parse parse = new Parse();
parse.ReadInput("d");
}
public void TestValidateInputOperadorAssign()
{
Parse parse = new Parse();
parse.ReadInput(" j = 44");
}
public void TestValidateInputInvalidInput()
{
Parse parse = new Parse();
parse.ReadInput(" my name");
}
public void TestOnlyOneOperatorAlllowedInInput()
{
Parse parse = new Parse();
parse.ReadInput("1++1");
}
public void TestOnlyOneNumberInInput()
{
Parse parse = new Parse();
parse.ReadInput("1+");
}
public void TestNoOperatorInInput()
{
Parse parse = new Parse();
parse.ReadInput("11");
}
public void TestInvalidValuesInInput()
{
Parse parse = new Parse();
parse.ReadInput("a+b");
}