import java.io.File;

import java.io.FileNotFoundException;

import java.util.*;

public class inputParser {

String line = "NULL";

@SuppressWarnings("static-access")

public void lineParser() throws FileNotFoundException, StackUnderflowException {

long startTime =System.currentTimeMillis();

int lineCounter =0;

TimeComplexity tc = new TimeComplexity();

SpaceComplexity sc = new SpaceComplexity();

int timeComplexity = 0;

int spaceComplexity =0;

Scanner input = new Scanner(new File("example1.java")); // input java file

/*Line by line parsing*/

while (input.hasNextLine()) {

line = input.nextLine();

lineCounter++;

tc.processLineInit(line,lineCounter);//calls this method to recognize initial statements and import statements

tc.processLineForLoop(line,lineCounter);//calls this method to search for for loop in the input

tc.processWhileLoop(line, lineCounter);//calls this method to search for while loop in the input

tc.processPrints(line);//calls this method to recognize print statements in input

tc.processIf(line, lineCounter);

sc.processLineInit(line);

}

double endTime = System.currentTimeMillis();

System.out.println("===================================================\n Total time complexity of print statments : "+tc.printComplexity+"\n===============================================");

timeComplexity = tc.initComplexity+tc.forLoopComplexity+tc.whileComplexity+tc.printComplexity+tc.ifComplexity;

System.out.println("total time complexity is: "+timeComplexity);

/*Space complexity loop*/

spaceComplexity = sc.initSpaceComplexity;

System.out.println("Total space complexity is: "+spaceComplexity);

System.out.println("starting time is :"+startTime+"\t Ending time is :"+endTime);

System.out.println("Total response time: "+(endTime-startTime));

System.out.println();

//System.out.println("KB: " + (double) (Runtime.getRuntime().totalMemory() - Runtime.getRuntime().freeMemory()) / 1024);

//tc.findKeyWord(line)

input.close();

}

} //end main method