package com.l7tech.security.xml;

import java.io.ObjectStreamException;
import java.io.Serializable;
import java.util.Arrays;
import java.util.List;

public final class XencAlgorithm implements Serializable {
   private static int index;
   public static final XencAlgorithm TRIPLE_DES_CBC;
   public static final XencAlgorithm AES_128_CBC;
   public static final XencAlgorithm AES_192_CBC;
   public static final XencAlgorithm AES_256_CBC;
   public static final XencAlgorithm AES_128_GCM;
   public static final XencAlgorithm AES_256_GCM;
   private static final XencAlgorithm[] ALGORITHMS;
   private int val;
   private final String shortName;
   private final String xencName;
   static final long serialVersionUID = -5271304610552539937L;
   private static final String[] a;

   private XencAlgorithm(int var1, String var2, String var3) {
      this.val = var1;
      this.shortName = var2;
      this.xencName = var3;
   }

   public String getShortName() {
      return this.shortName;
   }

   public String getXEncName() {
      return this.xencName;
   }

   public static List getAllAlgorithms() {
      return Arrays.asList(ALGORITHMS);
   }

   private Object readResolve() throws ObjectStreamException {
      return ALGORITHMS[this.val];
   }

   @Override
   public boolean equals(Object var1) {
      if (this == var1) {
         return true;
      }

      if (var1 != null && this.getClass() == var1.getClass()) {
         XencAlgorithm var2 = (XencAlgorithm)var1;
         if (this.val != var2.val) {
            return false;
         } else if (this.shortName != null ? this.shortName.equals(var2.shortName) : var2.shortName == null) {
            return this.xencName != null ? this.xencName.equals(var2.xencName) : var2.xencName == null;
         } else {
            return false;
         }
      } else {
         return false;
      }
   }

   @Override
   public int hashCode() {
      int var1 = this.val;
      var1 = 29 * var1 + (this.shortName != null ? this.shortName.hashCode() : 0);
      return 29 * var1 + (this.xencName != null ? this.xencName.hashCode() : 0);
   }

   @Override
   public String toString() {
      String var1 = this.xencName;
      String var2 = this.shortName;
      int var3 = this.val;
      String[] var4 = a;
      return var4[11] + var3 + var4[8] + var2 + var4[0] + var1 + var4[4];
   }

   static {
      String[] var5 = new String[16];
      int var3 = 0;
      String var2 = "\bP=E(2ea\u001dpXp{\nN\u0019n\f\u007fd+H\u001fp*G\biMws)X\u000bj\u0013:o(@\u000ez\u0012\u007fl6\u0016SeP!9hLM,\u001e,9u\u001dI+\u0010*?k\nN\u0019n\u000fxj+H\u001fp\u0002\b\u0001\nN\u0019n\ftn+L\u001e~+G\biMws)X\u000bj\u0013:o(@\u000ez\u0012\u007fl6\u001eS-\tb$kC\u0019s^n=c\\M/\u0005`?dL\r[\u000etM!9bJ\u000f0^/?\r\u0003\\nU\".ra\u001dpXp{+G\biMws)X\u000bj\u0013:o(@\u000ez\u0012\u007fl6\u001eS-\tb$kC\u0019s^n=c\\N(\u000b`?dL\nN\u0019n\f\u007fd+L\u001e~\u0012w\u0019s^\f0a@\u000etI%1}Y\u001dq\u0000.G\biMws)X\u000bj\u0013:o(@\u000ez\u0012\u007fl6\u001eS-\tb$kC\u0019s^n(tF\fqX)9u\u0002\u001f\u007f^+G\biMws)X\u000bj\u0013:o(@\u000ez\u0012\u007fl6\u001eS-\tb$kC\u0019s^n=c\\M$\u000f`?dL";
      int var4 = "\bP=E(2ea\u001dpXp{\nN\u0019n\f\u007fd+H\u001fp*G\biMws)X\u000bj\u0013:o(@\u000ez\u0012\u007fl6\u0016SeP!9hLM,\u001e,9u\u001dI+\u0010*?k\nN\u0019n\u000fxj+H\u001fp\u0002\b\u0001\nN\u0019n\ftn+L\u001e~+G\biMws)X\u000bj\u0013:o(@\u000ez\u0012\u007fl6\u001eS-\tb$kC\u0019s^n=c\\M/\u0005`?dL\r[\u000etM!9bJ\u000f0^/?\r\u0003\\nU\".ra\u001dpXp{+G\biMws)X\u000bj\u0013:o(@\u000ez\u0012\u007fl6\u001eS-\tb$kC\u0019s^n=c\\N(\u000b`?dL\nN\u0019n\f\u007fd+L\u001e~\u0012w\u0019s^\f0a@\u000etI%1}Y\u001dq\u0000.G\biMws)X\u000bj\u0013:o(@\u000ez\u0012\u007fl6\u001eS-\tb$kC\u0019s^n(tF\fqX)9u\u0002\u001f\u007f^+G\biMws)X\u000bj\u0013:o(@\u000ez\u0012\u007fl6\u001eS-\tb$kC\u0019s^n=c\\M$\u000f`?dL"
         .length();
      char var1 = '\r';
      int var7 = -1;

      label24:
      while (true) {
         byte var10000 = 86;
         String var10001 = var2.substring(++var7, var7 + var1);
         int var10002 = -1;

         while (true) {
            String var9 = a(var10000, a(var10001));
            switch (var10002) {
               case 0:
                  var5[var3++] = var9;
                  if ((var7 += var1) >= var4) {
                     a = var5;
                     index = 0;
                     var10002 = index++;
                     String[] var8 = a;
                     TRIPLE_DES_CBC = new XencAlgorithm(var10002, var8[7], var8[12]);
                     AES_128_CBC = new XencAlgorithm(index++, var8[10], var8[6]);
                     AES_192_CBC = new XencAlgorithm(index++, var8[5], var8[13]);
                     AES_256_CBC = new XencAlgorithm(index++, var8[15], var8[9]);
                     AES_128_GCM = new XencAlgorithm(index++, var8[1], var8[14]);
                     AES_256_GCM = new XencAlgorithm(index++, var8[3], var8[2]);
                     ALGORITHMS = new XencAlgorithm[]{TRIPLE_DES_CBC, AES_128_CBC, AES_192_CBC, AES_256_CBC, AES_128_GCM, AES_256_GCM};
                     return;
                  }

                  var1 = var2.charAt(var7);
                  break;
               default:
                  var5[var3++] = var9;
                  if ((var7 += var1) < var4) {
                     var1 = var2.charAt(var7);
                     continue label24;
                  }

                  var2 = "4{\u001a>\u0004\u0000Z+x\u0019`I\u001c[3}\ta\f\u001fEe \u0016#RJ\u001b?>_m_J\u0006m=VcYL\u0018\n=j\u001d|\u000b\u0019X?m\r";
                  var4 = "4{\u001a>\u0004\u0000Z+x\u0019`I\u001c[3}\ta\f\u001fEe \u0016#RJ\u001b?>_m_J\u0006m=VcYL\u0018\n=j\u001d|\u000b\u0019X?m\r".length();
                  var1 = '*';
                  var7 = -1;
            }

            var10000 = 37;
            var10001 = var2.substring(++var7, var7 + var1);
            var10002 = 0;
         }
      }
   }

   private static char[] a(String var0) {
      char[] var10000 = var0.toCharArray();
      if (var10000.length < 2) {
         var10000[0] = (char)(var10000[0] ^ 80);
      }

      return var10000;
   }

   private static String a(int var0, char[] var1) {
      int var10003 = var1.length;
      int var10002 = var0;
      char[] var10001 = var1;
      int var10000 = var10003;

      for (int var2 = 0; var10000 > var2; var2++) {
         var10001[var2] = (char)(var10001[var2] ^ var10002 ^ switch (var2 % 7) {
            case 0 -> 121;
            case 1 -> 42;
            case 2 -> 75;
            case 3 -> 107;
            case 4 -> 27;
            case 5 -> 10;
            default -> 80;
         });
      }

      return new String(var10001).intern();
   }
}