regneklynge.java

regneklynge.java

public class Regneklynge {
  int antNode;
  ArrayList<Rack> racks = new ArrayList<Rack>();

  public void setInnNode(Node node){
    boolean sattInn = false
    for (int i = 0; i < racks.length-1; i++) {
      if (racks[i].setinNode(node)) {
        sattInn = true;
        break;
      }
    }

    if (!sattInn) {
      Rack newRack = new Rack(this.antNode);
      newRack.setInnNode(node);
      racks.add(newRack);
    }
  }
}

public class Rack{
  int antNode
  Node [] nodes = new Array[antNode];

  public Rack (int antNode){
    this.antNode = antNode;
    Node[] nodes = New Array()
  }

  public boolean setinNode(Node node){
    for (int i = 0; i < this.antNode; i++) {
      if (this.nodes[i] == null) {
        this.nodes[i] = node;
        return true;
      }
    }
    return false;
  }
}

public class Node{
  private Prosessor pros;
  int antMinne;
  int antProsesorer;

  Node(int antKjerner, float ghz, int antMinne, int antProsesorer){
    this.antMinne = antMinne;
    this.antProsesorer = antProsesorer;
    this.pros = new Prosessor(antKjerner, ghz);
  }

  public int hentAntMinne(){
    return antMinne;
  }

  public int flops(){
    // prosessorer * antall kjerner * ghz
    this.antProsesorer * this.pros.hentantKjerner() * this.pros.hentGhz()
  }
}


public class Prosessor{
  int antKjerner;
  float ghz;

  public Prosessor(int antKjerner, float ghz){
    this.antKjerner = antKjerner;
    this.ghz = ghz;
    }
    public int hentantKjerner() {
      return antKjerner;
    }
    public float hentGhz(){
      return ghz;
    }
}

// int cores, int ghz, float antMinne