code: /*
  RightCurly
  option = ALONE
  tokens = LITERAL_SWITCH
  
  */
  
  //non-compiled with javac: Compilable with Java14
  package com.puppycrawl.tools.checkstyle.checks.blocks.rightcurly;
  
  public class InputRightCurlyTestSwitchExpression6 {
       public void foo5() {
           int x = 0;
           final T e = T.B;
  
           final boolean t8 = (switch (e) {
           case A:
               x = 1;
           case B:
           default:
               yield false;
           }) && x == 1; // ok
  
           {
               final T y = T.A;
  
               final boolean t9 = (switch (y) {
               case A:
                   x = 1;
                   yield true;
               case B:
                   yield (x = 1) == 1 || true;
               default:
                   yield false;
               }) && x == 1; // ok
           }
  
           {
               final T y = T.A;
  
               final int v = switch (y) {
               case A -> x = 0;
               case B -> x = 0;
               case C -> x = 0;
               };
  
               if (x != 0 || v != 0) {
                   throw new IllegalStateException("Unexpected result.");
               }
          }
  
           {
               final T y = T.A;
  
               final boolean tA = (switch (y) {
              case A -> {
                   x = 1;
                   yield true;
               }
               case B -> {
                   x = 1;
                   yield true;
               }
               case C -> {
                   x = 1;
                   yield true;
               }
               }) && x == 1; // ok
           }
       }
  
        public void bar2(Option option) {
            assert 1 < switch (option) {
                case ONE -> 1;
                case TWO -> 2;
                case THREE -> 3;
            }; // ok
        }
  
        int usedOnBothSidesOfArithmeticExpression(Day day) {
            return switch (day) {
                case MON, TUE -> 0;
                case WED -> 1;
                default -> 2;
            } * switch (day) {  // ok
                case WED, THU -> 3;
                case FRI -> 4;
                default -> 5;
            };
        }
  
        static {
            int x = 0;
            T e = T.B;
  
            boolean t8 = (switch (e) {
                case A
                    :
                    x = 1;
                    yield true;
                case B :
                    yield (x = 1) == 1 || true;
                default
                        :yield false;
            }) && x == 1; // ok
       }
  }
  
  enum T {
      A, B, C
  }
  
  enum Option {
      ONE, TWO, THREE
  }
  
  enum Day {
      MON, TUE, WED, THU, FRI
  }
  