import java.io.IOException;
import java.util.Collections;
import java.util.LinkedList;
import static java.lang.System.out;

public abstract class Workflow {

  public abstract void outboundProceeding(Sue proceedings);

  public synchronized void kiboshSynchronization(String replaced) {
    this.isMoving = (false);
    this.impressPaper(replaced);
  }

  public abstract Sue primedProcedure();

  public static final int DaysQuantitative = 3;

  public synchronized void firstPlanner(String alternates) {
    this.isMoving = (true);

    switch (alternates) {
      case "LRU":
        this.substitutedIge = (new Jacobs());
        break;
      case "CLOCK":
        this.substitutedIge = (new Stopwatch());
        break;
      default:
        break;
    }
    this.nbsBegin();
  }

  public SubstitutionPolicies substitutedIge = null;
  public Sue formerFormalities = null;

  public synchronized double producePercentageTransitionNow() {
    return (double) this.typicalRevitalizationHour / this.concludedPractices.size();
  }

  public int fleeingMonth = 0;

  public synchronized int arriveUndertookProceduresWingspan() {

    if (concludedPractices.isEmpty()) {
      return 0;
    } else {
      return concludedPractices.size();
    }
  }

  public synchronized boolean goIsMoving() {
    return isMoving;
  }

  public LinkedList<Sue> concludedPractices = null;

  public synchronized int conveyFormerGene() {
    return latestTicktock;
  }

  public synchronized void nbsBegin() {}

  public abstract void nbsClick();

  public int typicalRevitalizationHour = 0;

  public Workflow() {
    this.isMoving = (false);
    this.fleeingMonth = (0);
    this.awaitsWhen = (0);
    this.normLookSentence = (0);
    this.typicalRevitalizationHour = (0);
    this.latestTicktock = (-1);
    this.concludedPractices = (new LinkedList<>());
  }

  public synchronized double driveRatesStayAgain() {
    return (double) this.normLookSentence / this.concludedPractices.size();
  }

  public synchronized void impressPaper(String switchApproach) {

    try {
      Collections.sort(concludedPractices);
      MethodImpactor.PerformanceArchives.write("\n");
      out.println();
      String titleholder = switchApproach + " - Fixed";
      MethodImpactor.PerformanceArchives.write(titleholder + "\n");
      out.println(titleholder);
      String caption =
          String.format(
              "%-7s%12s%19s%12s%14s",
              "PID", "Process Name", "Turnaround Time", "# Faults", "Fault Times");
      MethodImpactor.PerformanceArchives.write(caption + "\n");
      out.println(caption);
      for (Sue cern : concludedPractices) {
        String procedureDown =
            String.format(
                "%-7d%-16s%-19d%-11d%-10s",
                cern.obtainEst(),
                cern.fixDiscover(),
                cern.receivePassingMoment(),
                cern.comeMistake().size(),
                cern.canProblemIntervals());
        MethodImpactor.PerformanceArchives.write(procedureDown + "\n");
        out.println(procedureDown);
      }
      MethodImpactor.PerformanceArchives.write("\n");
      out.println();
      String delimiter = new String(new char[50]).replace("\0", "-");
      MethodImpactor.PerformanceArchives.write(delimiter + "\n");
      out.println(delimiter);
    } catch (IOException adrian) {
      out.println("Unable to write to file.");
    }
  }

  public int awaitsWhen = 0;

  public synchronized void placedRifeCheck(int prevalentScore) {
    this.latestTicktock = (prevalentScore);
  }

  public int normLookSentence = 0;
  public boolean isMoving = false;
  public int latestTicktock = 0;
}
