/**
 * This program simulates a simple mathematica type program. It does this by
 *taking the user input, and changing it into a postfix order that can then
 *be evaluated correctly by the computer.This produces results that came
 * from the proper order of operations, regardless of how the data was entered,
 *meaning it doesn't matter if all multiplication or division comes first.
 *Written by Jessica Smith
 */
#include <iostream.h>                   // for cout
#include <stack>
#include <vector>
#include <string>
#include "node.h"
#include "globals.h"
#include "Calculator.h"
#include "VariableMap.h"
#include "OperatorMap.h"
#include "binaryNode.h"
#include "unaryNode.h"
#include "bFuncNode.h"
#include "differentiatorNodes.h"
#include "arithmetica.h"
#include "ProcessString.h"
#include "ProcessDerivative.h"


int main ()
{
    /**
     *This creates a NodeCreator which will be responsible for changing the
     *input into nodes.
     */
  VariableMap varMap;
  string tester ="d(2+2x,x)";
  int k=0;
  ProcessString * test1=new ProcessDerivative(tester,k,varMap);
  test1->processBeginning();
  test1->processRest();
                               
  Arithmetica * arithType = new Differentiator();
  Calculator calc(arithType);
  calc.performCalculations();
       
       return 0;
}