/*
   UnusedLocalVariable
   allowUnnamedVariables = false
   
   */
   
   package com.puppycrawl.tools.checkstyle.checks.coding.unusedlocalvariable;
   
   public class InputUnusedLocalVariableAnonInnerClasses {
  
      static int a = 12, b = 13, c = 14;
  
      public void testAnonymousInnerClass() {
          int a = 12; // violation, 'Unused local variable'
          int b = 12; // violation, 'Unused local variable'
          int k = 14;
          Test obj = new Test() { // violation, 'Unused local variable'
              int a = 2;
  
              private void testSameName(int s) {
                  s = a + InputUnusedLocalVariable.a;
                  Test obj = new Test() { // violation, 'Unused local variable'
                      int b = 1;
  
                      private void testSameNameNested(int s) {
                          s = b + InputUnusedLocalVariable.b + InputUnusedLocalVariable.a + a + k;
                      }
                  };
              }
          };
  
          Test obj2; // violation, 'Unused local variable'
          obj2 = new Test() {
              int a = 1;
              int b = 1;
              int c = 0;
  
              private void testSameName(int s) {
                  s = a + b + this.a + this.b + InputUnusedLocalVariableAnonInnerClasses.a
                          + InputUnusedLocalVariableAnonInnerClasses.b;
              }
          };
      }
  
      {
          int m = 12; // violation, 'Unused local variable'
          int l = 2; // violation, 'Unused local variable'
          d obj = new d() {
              void method() {
                  m += l;
              }
          };
          obj.getClass();
      }
  
      static {
          int a = 1;
          int x = 2;
          int h = 3; // violation, 'Unused local variable'
          m.Test obj = new m().new Test() {
              void method() {
                  boolean v = // violation, 'Unused local variable'
                          a == x == (h == 2);
              }
          };
          obj.getClass();
      }
  
      class Test {
          private int k = 1;
      }
  
      static class m {
          public int x = 1;
  
          class Test {
              public int h = 12;
          }
      }
  
      class d {
          protected int m = 11;
          int l = 14;
      }
  
  }