package com.l7tech.policy.validator;

import com.l7tech.policy.assertion.FaultLevel;

public class FaultLevelAssertionValidator extends AssertionValidatorSupport<FaultLevel> {
   private static final String d;

   public FaultLevelAssertionValidator(FaultLevel var1) {
      super(var1);
      if (var1.isEnabled() && !var1.isUsesDefaultKeyStore() && !var1.getLevelInfo().isSignSoapFault()) {
         this.addWarningMessage(d);
      }
   }

   static {
      String var10002 = a(
         65,
         b(
            "s]\ro/u\u0019BV\u001c*80\u0005U\\\u001e.(uULP\u0011o+y\u0019K\u0015\n*|y\u0012IZ\u001a*8<UT\\\u000f!5~\u0012\u0007\\\u001bo2\u007f\u0001\u0007P\u0006.>|\u0010C\u001b"
         )
      );
      byte var10001 = -1;
      d = var10002;
   }

   private static char[] b(String var0) {
      char[] var10000 = var0.toCharArray();
      if (var10000.length < 2) {
         var10000[0] = (char)(var10000[0] ^ 52);
      }

      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 -> 102;
            case 1 -> 116;
            case 2 -> 41;
            case 3 -> 14;
            case 4 -> 29;
            case 5 -> 81;
            default -> 52;
         });
      }

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