Entry.java

package project;

import java.util.*;
import org.overture.codegen.runtime.*;
import org.overture.codegen.vdm2jml.runtime.*;

@SuppressWarnings("all")
//@ nullable_by_default

final public class Entry {
  /*@ public ghost static boolean invChecksOn = true; @*/

  private Entry() {}

  public static Object Run() {

    IO.println("Before useOk");
    {
      final Number ignorePattern_1 = useOk();
      //@ assert Utils.is_nat(ignorePattern_1);

      /* skip */
    }

    IO.println("After useOk");
    IO.println("Before useNotOk");
    {
      final Number ignorePattern_2 = useNotOk();
      //@ assert Utils.is_nat(ignorePattern_2);

      /* skip */
    }

    IO.println("After useNotOk");
    return 0L;
  }

  public static Number useOk() {

    project.Entrytypes.R1 r1 =
        new project.Entrytypes.R1(new project.Entrytypes.R2(new project.Entrytypes.R3(5L)));
    //@ assert Utils.is_(r1,project.Entrytypes.R1.class);

    Number atomicTmp_1 = 1L;
    //@ assert Utils.is_int(atomicTmp_1);

    Number atomicTmp_2 = 5L;
    //@ assert Utils.is_int(atomicTmp_2);

    {
        /* Start of atomic statement */
      //@ set invChecksOn = false;

      project.Entrytypes.R2 stateDes_1 = r1.get_r2();

      project.Entrytypes.R3 stateDes_2 = stateDes_1.get_r3();

      //@ assert stateDes_2 != null;

      stateDes_2.set_x(atomicTmp_1);

      project.Entrytypes.R2 stateDes_3 = r1.get_r2();

      project.Entrytypes.R3 stateDes_4 = stateDes_3.get_r3();

      //@ assert stateDes_4 != null;

      stateDes_4.set_x(atomicTmp_2);

      //@ set invChecksOn = true;

      //@ assert stateDes_2.valid();

      //@ assert Utils.is_(stateDes_1,project.Entrytypes.R2.class);

      //@ assert stateDes_1.valid();

      //@ assert Utils.is_(r1,project.Entrytypes.R1.class);

      //@ assert r1.valid();

      //@ assert stateDes_4.valid();

      //@ assert Utils.is_(stateDes_3,project.Entrytypes.R2.class);

      //@ assert stateDes_3.valid();

    } /* End of atomic statement */

    Number ret_1 = 0L;
    //@ assert Utils.is_nat(ret_1);

    return ret_1;
  }

  public static Number useNotOk() {

    project.Entrytypes.R1 r1 =
        new project.Entrytypes.R1(new project.Entrytypes.R2(new project.Entrytypes.R3(5L)));
    //@ assert Utils.is_(r1,project.Entrytypes.R1.class);

    Number atomicTmp_3 = 1L;
    //@ assert Utils.is_int(atomicTmp_3);

    {
        /* Start of atomic statement */
      //@ set invChecksOn = false;

      project.Entrytypes.R2 stateDes_5 = r1.get_r2();

      project.Entrytypes.R3 stateDes_6 = stateDes_5.get_r3();

      //@ assert stateDes_6 != null;

      stateDes_6.set_x(atomicTmp_3);

      //@ set invChecksOn = true;

      //@ assert stateDes_6.valid();

      //@ assert Utils.is_(stateDes_5,project.Entrytypes.R2.class);

      //@ assert stateDes_5.valid();

      //@ assert Utils.is_(r1,project.Entrytypes.R1.class);

      //@ assert r1.valid();

    } /* End of atomic statement */

    Number ret_2 = 0L;
    //@ assert Utils.is_nat(ret_2);

    return ret_2;
  }

  public String toString() {

    return "Entry{}";
  }
}