public void RPNInterpreterTest6()
{
//substraction of 1 negative 1 positive
string expression = "-1-2";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
double result = RPN.compute(parsedValues);
Assert.AreEqual(-3, result);
}
public void RPNInterpreterTest5()
{
//substraction of 2 negative numbers
string expression = "-1-(-2)"; //check if no parantheses is illegal
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
double result = RPN.compute(parsedValues);
Assert.AreEqual(1, result);
}
public void RPNInterpreterTest2()
{
//addition of 2 negative numbers
string expression = "-1-2";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
double result = RPN.compute(parsedValues);
Assert.AreEqual(-3, result);
}
/// ///////////////////////////////////MULTIPLICATION///////////////////////////////////////////////////////////
public void RPNInterpreterTest7()
{
//multiplication of 2 positive numbers
string expression = "1*2";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
double result = RPN.compute(parsedValues);
Assert.AreEqual(2, result);
}
/// ////////////////////////////////////////////////////////////////////TRIGONOMETRY/////////////////////////////////////////
public void RPNInterpreterTest28()
{
//test
//trignomatery
string expression = " sin(0)";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
double result = RPN.compute(parsedValues);
Assert.AreEqual(0, result);
}
public void RPNInterpreterLogarithm10()
{
//test
//log functions
string expression = " (log(100/10)";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
double result = RPN.compute(parsedValues);
Assert.AreEqual(1, result);
}
public void RPNInterpreterTest15()
{
//test
//mul by 0
string expression = "10*0";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
double result = RPN.compute(parsedValues);
Assert.AreEqual(0, result);
}
public void RPNInterpreterSerial5()
{
//test
//multiple expression
string expression = "2/2*3+1";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
double result = RPN.compute(parsedValues);
Assert.AreEqual(4, result);
}
public void RPNInterpreterTest22()
{
//test
//negative power of a negative positive num
string expression = "-2^(-2)";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
double result = RPN.compute(parsedValues);
Assert.AreEqual(0.25, result);
}
public void RPNInterpreterTest20()
{
//test
//power of a positive num
string expression = "2^(4)";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
double result = RPN.compute(parsedValues);
Assert.AreEqual(16, result);
}
public void RPNInterpreterTest18()
{
//test
//square root of a positive num
string expression = "25^(1/2)";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
double result = RPN.compute(parsedValues);
Assert.AreEqual(5, result);
}
/// ///////////////////////////////////////////////////// POWER FUNCTIONS //////////////////////////////////////
public void RPNInterpreterTest16()
{
//test
//squrae of a neg num
string expression = "-2^2";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
double result = RPN.compute(parsedValues);
Assert.AreEqual(4, result);
}
public void RPNInterpreterLogarithm9()
{
//test
//log functions
string expression = " (log(100)/*2)";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
try
{
double result = RPN.compute(parsedValues);
Assert.Fail("Expected exception");
}
catch (InvalidOperationException) { }
}
public void RPNInterpreterSerial25()
{
//test
//multiple expressions
string expression = "1hh";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
try
{
double result = RPN.compute(parsedValues);
Assert.Fail("Expected exception");
}
catch (ArgumentException) { }
}
public void RPNInterpreterSerial9()
{
//test
//multiple expressions
string expression = "+1+1+1+1*0-1/-1/1";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
try
{
double result = RPN.compute(parsedValues);
Assert.Fail("Expected exception");
}
catch (InvalidOperationException) { }
}
public void RPNInterpreterTest19()
{
//test
//square root of a negative num
string expression = "-25^(1/2)";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
try
{
double result = RPN.compute(parsedValues);
Assert.Fail("Expected exception");
}
catch (ArgumentException) { }
}
/// ///////////////////////////////////SUBSTRACT///////////////////////////////////////////////////////////
public void RPNInterpreterTest4()
{
//substraction of 2 positive numbers
string expression = "1-2";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
foreach (string s in parsedValues)
{
Console.WriteLine(s);
}
RPNInterpreter RPN = new RPNInterpreter();
double result = RPN.compute(parsedValues);
Assert.AreEqual(-1, result);
}
public void RPNInterpreterTest14()
{
//test
//divide by 0
string expression = "10/0";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
try
{
double result = RPN.compute(parsedValues);
Assert.Fail("Expected exception");
}
catch (ArgumentException) { }
}
public void RPNInterpreterTrig04()
{
//test
//trignomatery
string expression = " sin(tan(cos(1.0472)))";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
double result = RPN.compute(parsedValues);
Boolean boolx = false;
double acceptableDifference = 0.1;
if (Math.Abs(result - 0.519) <= acceptableDifference)
{
boolx = true;
}
Assert.IsTrue(boolx);
}
public void RPNInterpreterTrig07()
{
//test
//trignomatery
string expression = " log(100+100) /25";
Parser parser = new Parser();
List <string> parsedValues = parser.parse(expression);
RPNInterpreter RPN = new RPNInterpreter();
double result = RPN.compute(parsedValues);
Boolean boolx = false;
double acceptableDifference = 0.1;
if (Math.Abs(result - 83.0539) <= acceptableDifference)
{
boolx = true;
}
//Assert.IsTrue(boolx);
Assert.AreEqual(-0.817, result);
}
