VisualSapfor/src/_VisualDVM/ProjectData/SapforData/Loops/Loop.java

package _VisualDVM.ProjectData.SapforData.Loops;
import Common.Visual.Fonts.VisualiserFonts;
import _VisualDVM.ProjectData.Messages.Message;
import _VisualDVM.ProjectData.SapforData.FileObjectWithMessages;
import _VisualDVM.ProjectData.SapforData.Functions.FuncCall;
import com.google.gson.annotations.Expose;

import java.util.LinkedHashMap;
import java.util.List;
import java.util.Vector;
public class Loop extends FileObjectWithMessages {
    @Expose
    private int lineNumAfterLoop;
    @Expose
    private int perfectLoop;
    @Expose
    private int hasNonRectangularBounds;
    @Expose
    public LoopState loopState;
    //---
    @Expose
    public List<FuncCall> funcCalls = new Vector<>();
  //  @Expose
   // public List<NonRectIter> non_rect_iters = new Vector<>();
    @Expose
    public List<EGoto> extGotos = new Vector<>();
    @Expose
    public List<IGoto> intGotos = new Vector<>();
    @Expose
    public List<IO> ios = new Vector<>();
    @Expose
    public List<Stop> stops = new Vector<>();
    @Expose
    public List<Loop> children = new Vector<>();
    //--
    public List<FileObjectWithMessages> getAllChildren(){
        List<FileObjectWithMessages> all_children = new Vector<>();
        all_children.addAll(funcCalls);
      //  all_children.addAll(non_rect_iters);
        all_children.addAll(extGotos);
        all_children.addAll(intGotos);
        all_children.addAll(ios);
        all_children.addAll(stops);
        all_children.addAll(children);
        return all_children;
    }
    /*
    public Loop(String[] packedLoopInfo, Index idx, DBProjectFile father_in) {
        file = father_in.name;
        int calls = Integer.parseInt(packedLoopInfo[idx.Inc()]);//+
        for (int k = 0; k < calls; ++k) {
            String c_name = packedLoopInfo[idx.Inc()];
            int c_line = Integer.parseInt(packedLoopInfo[idx.Inc()]);
            func_calls.add(new FuncCall(father_in, c_name, c_line));
        }
        line = Integer.parseInt(packedLoopInfo[idx.Inc()]);
        lineNumAfterLoop = Integer.parseInt(packedLoopInfo[idx.Inc()]);
        perfectLoop = Integer.parseInt(packedLoopInfo[idx.Inc()]);
        hasOutGoto = Integer.parseInt(packedLoopInfo[idx.Inc()]);
        hasPrints = Integer.parseInt(packedLoopInfo[idx.Inc()]);
        childCount = Integer.parseInt(packedLoopInfo[idx.Inc()]);
        int state = Integer.parseInt(packedLoopInfo[idx.Inc()]);
        switch (state) {
            case 1:
                loopState = LoopState.GoodLoop;
                break;
            case 2:
                loopState = LoopState.BadLoop;
                break;
            default:
                loopState = LoopState.Loop;
                break;
        }
        hasNonRectangularBounds = Integer.parseInt(packedLoopInfo[idx.Inc()]); //+
        if (hasNonRectangularBounds ==1)
            non_rect_iters.add(new NonRectIter(father_in, line));
        ////-------------------------------------------------------------------------------
        //   число внешних переходов
        int e_gotos_size = Integer.parseInt(packedLoopInfo[idx.Inc()]); //+
        for (int k = 0; k < e_gotos_size; ++k) {
            int c_line = Integer.parseInt(packedLoopInfo[idx.Inc()]);
            e_gotos.add(new EGoto(father_in, c_line));
        }
        //число внутренних переходов
        int i_gotos_size = Integer.parseInt(packedLoopInfo[idx.Inc()]); //+
        for (int k = 0; k < i_gotos_size; ++k) {
            int c_line = Integer.parseInt(packedLoopInfo[idx.Inc()]);
            i_gotos.add(new IGoto(father_in, c_line));
        }
        //число операторов печати
        int IOs_size = Integer.parseInt(packedLoopInfo[idx.Inc()]); //+
        for (int k = 0; k < IOs_size; ++k) {
            int c_line = Integer.parseInt(packedLoopInfo[idx.Inc()]);
            ios.add(new IO(father_in, c_line));
        }
        //число операторов останова (STOPб PAUSE)
        int stops_size = Integer.parseInt(packedLoopInfo[idx.Inc()]); //++
        for (int k = 0; k < stops_size; ++k) {
            int c_line = Integer.parseInt(packedLoopInfo[idx.Inc()]);
            stops.add(new Stop(father_in, c_line));
        }
        //--------------------------------------------------------------------------------
        for (int i = 0; i < childCount; ++i) {
            Loop nextChild = new Loop(packedLoopInfo, idx, father_in);
            children.add(nextChild);
        }
        father_in.AllLoops.put(line, this);
        //нельзя использовать конструктор с параметрами из за особеностей распаковки.
        CheckMessagesPresence();
    }
     */
    @Override
    public String TypeKey() {
        return loopState.toString();
    }
    @Override
    public String Description() {
        return "цикл";
    }
    @Override
    public boolean HasMessage(Message message) {
        return (message.line >= line) && (message.line < lineNumAfterLoop);
    }
    @Override
    public String toString() {
        return super.toString() + ((perfectLoop > 1) ? (" тесная вложенность " + perfectLoop) : "");
    }
    @Override
    public VisualiserFonts getFont() {
        return loopState.getFont();
    }
    public void toMap_r(LinkedHashMap<Integer, Loop> loops_map){
        loops_map.put(line, this);
        for (Loop loop: children)
            loop.toMap_r(loops_map);
    }
}