Welcome To Our Shell

Mister Spy & Souheyl Bypass Shell

import java.util.*;
import iftinf.utility.*;
import iftinf.Logic.*;
import iftinf.Logic.Universe.*;

class test_lq {

//************************************************

public static void main (String args[])
   throws Exception {

   String[] par = {"","",""};
   if (args.length > 0) { par[0] = args[0]; }
   if (args.length > 1) { par[1] = args[1]; }
   if (args.length > 2) { par[2] = args[2]; }

   if (par[0].equals("test1")) { test1(par); }
   if (par[0].equals("test2")) { par[1] = "3"; par[2] = "print"; test1(par); }
   if (par[0].equals("test3")) { test3(par); }

   if (par[0].equals("logicparser")) { logicparser(par); }

}

//************************************************

public static void test_ok (String[] par, long tt) {
   float tt1 = (float)(System.currentTimeMillis() - tt)/1000;
   System.out.println("Test " + par[0] + " ok. Parameters: "
                              + par[1] + ", " + par[2]
                              + ".  " + tt1 + " sec.");
}

//************************************************

public static void test_failed (String[] par, long tt) {
   float tt1 = (float)(System.currentTimeMillis() - tt) / 1000;
   System.out.println("Test " + par[0] + " failed. Parameters: "
                              + par[1] + ", " + par[2]
                              + ".  " + tt1 + " sec.");
}

//************************************************

public static void test1 (String[] par)
   throws Exception {

   long tt = System.currentTimeMillis();

//try {

   Operator op       = new Operator();
   Integer i         = new Integer(par[1]);

   ArrayUniverse AIx, AIy, AJx, AJy, AKx, AKy, AXx;
   int[] i1 = {0,1,2,3,4,5,6,7,8,9};
   int[] i2 = {0};
   if (i.intValue() > 0) { AIx = new ArrayUniverse(i1); } else { AIx = new ArrayUniverse(i2); }
   if (i.intValue() > 1) { AIy = new ArrayUniverse(i1); } else { AIy = new ArrayUniverse(i2); }
   if (i.intValue() > 2) { AJx = new ArrayUniverse(i1); } else { AJx = new ArrayUniverse(i2); }
   if (i.intValue() > 3) { AJy = new ArrayUniverse(i1); } else { AJy = new ArrayUniverse(i2); }
   if (i.intValue() > 4) { AKx = new ArrayUniverse(i1); } else { AKx = new ArrayUniverse(i2); }
   if (i.intValue() > 5) { AKy = new ArrayUniverse(i1); } else { AKy = new ArrayUniverse(i2); }
   if (i.intValue() > 6) { AXx = new ArrayUniverse(i1); } else { AXx = new ArrayUniverse(i2); }
   ArrayList i4 = new ArrayList();
   i4.add(AIx);
   i4.add(AIy);
   i4.add(AJx);
   i4.add(AJy);
   i4.add(AKx);
   i4.add(AKy);
   i4.add(AXx);

   LogicExpr le2 = new LogicExpr("St ? (x,y,z,a,b,c,w) cur x > y",i4);
   Cursor lq     = new Cursor(le2,op);

   Object[] g;

   if (par[2].equals("print")) {
      while (true) {
         if (!lq.cursor.hasNext()) { break; }
         g = lq.cursor.model();
         System.out.println(g[0]+"--"+g[1]+"--"+g[2]+"--"+
                            g[3]+"--"+g[4]+"--"+g[5]+"--"+g[6]);
      }
   } else {
      while (true) {
         if (!lq.cursor.hasNext()) { break; }
         g = lq.cursor.model();
      }
   }
   test_ok(par,tt);

// } catch (Exception e) { test_failed(par,tt); }

}

//************************************************

public static void test3 (String[] par)
   throws Exception {

   long tt = System.currentTimeMillis();

   Operator op       = new Operator();

   String[] s = {"qq","we","erxr","x","y","aercc","w"};
   ArrayList i4 = new ArrayList();
   i4.add(new ArrayUniverse(s));

   LogicExpr le2 = new LogicExpr("St ? (x) cur x contains \'er\'"+
                                " and x contains \'x\'",i4);
   Cursor lq     = new Cursor(le2,op);

   Object[] g;

   while (true) {
      if (!lq.cursor.hasNext()) { break; }
      g = lq.cursor.model();
      System.out.println(g[0]);
   }
   test_ok(par,tt);

}

//************************************************

public static void logicparser (String[] par)
   throws Exception {

   Object obj[] = {"1","2","3"};

   String test = "a * ('b + c') ==> x = c";
   par[1] = test;
   LogicExpr le = new LogicExpr(par[1],obj);

   long tt = System.currentTimeMillis();
   le = new LogicExpr(par[1],obj);

System.out.println("FML:      " + par[1] + "\nUNPARSE: " + le.unparse() );

   test_ok(par,tt);

}





}