public void determineWhatArithmeticToDo(string[] variablesFromReadFile)
{
typeOfMath = variablesFromReadFile[0];
firstNumber = Convert.ToDouble(variablesFromReadFile[1]);
secondNumber = Convert.ToDouble(variablesFromReadFile[2]);
listOfTotals = new List <double>();
listOfFirstNumbers = new List <double>();
listOfSecondNumbers = new List <double>();
listOfOperators = new List <string>();
var performArithmetic = new DoTheMath();
var gettingOperator = new DetermineOperator();
string[] listOfAcceptedTypesOfArithmetic = { "add", "subtract", "multiply", "divide" };
if (listOfAcceptedTypesOfArithmetic.Contains(variablesFromReadFile[0]))
{
listOfTotals.Add(performArithmetic.performMath(firstNumber, secondNumber, variablesFromReadFile[0]));
listOfFirstNumbers.Add(firstNumber);
listOfSecondNumbers.Add(secondNumber);
listOfOperators.Add(gettingOperator.getOperator(typeOfMath));
}
else
{
Console.WriteLine("Unable to perform arithmetic. Invalid arithmetic type.");
}
var writeOutToFile = new WriteFile();
writeOutToFile.writeTheFile(listOfFirstNumbers, listOfOperators, listOfSecondNumbers, listOfTotals);
}
public void readTheFile(string readPath)
{
reader = new StreamReader(readPath);
var clearFile = new WriteFile();
clearFile.deleteWriteFileIfExists();
while ((readLines = reader.ReadLine()) != null)
{
string[] variables;
variables = readLines.Split(',');
var determineArithmetic = new DetermineTypeOfArithmeticToPerform();
determineArithmetic.determineWhatArithmeticToDo(variables);
}
}
