METHOD_0 ( ) { codec = new org . apache . commons . codec . IDENT_0 . METHOD_1 ( 0 , 0 , 0 , 0 , ( ( byte ) ( INT_0 ) ) ) { @ org . apache . commons . codec . IDENT_0 . Override MOD_0 boolean METHOD_2 ( final byte b ) { return ( b == STRING_0 ) || ( b == STRING_1 ) ; } @ org . apache . commons . codec . IDENT_0 . Override void encode ( final byte [ ] IDENT_1 , final int i , final int length , final org . apache . commons . codec . IDENT_0 . Context context ) { } @ org . apache . commons . codec . IDENT_0 . Override void decode ( final byte [ ] IDENT_1 , final int i , final int length , final org . apache . commons . codec . IDENT_0 . Context context ) { } } ; final byte IDENT_2 = codec . IDENT_3 ; "<AssertPlaceHolder>" ; } decode ( byte [ ] , int , int , org . apache . commons . codec . IDENT_0 . Context ) { if ( context . IDENT_4 ) { return ; } if ( IDENT_5 < 0 ) { context . IDENT_4 = true ; } for ( int i = 0 ; i < IDENT_5 ; i ++ ) { final byte b = in [ ( IDENT_6 ++ ) ] ; if ( b == ( IDENT_3 ) ) { context . IDENT_4 = true ; break ; } final byte [ ] buffer = METHOD_3 ( IDENT_7 , context ) ; if ( ( b >= 0 ) && ( b < ( this . IDENT_8 . length ) ) ) { final int result = this . IDENT_8 [ b ] ; if ( result >= 0 ) { context . IDENT_9 = ( ( context . IDENT_9 ) + 1 ) OP_0 ( org . apache . commons . codec . IDENT_0 . IDENT_10 . IDENT_11 ) ; context . IDENT_12 = ( ( context . IDENT_12 ) << ( org . apache . commons . codec . IDENT_0 . IDENT_10 . IDENT_13 ) ) + result ; if ( ( context . IDENT_9 ) == 0 ) { buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( ( context . IDENT_12 ) > > INT_1 ) & ( IDENT_14 ) ) ) ; buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( ( context . IDENT_12 ) > > INT_2 ) & ( IDENT_14 ) ) ) ; buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( ( context . IDENT_12 ) > > 16 ) & ( IDENT_14 ) ) ) ; buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( ( context . IDENT_12 ) > > 8 ) & ( IDENT_14 ) ) ) ; buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( context . IDENT_12 ) & ( IDENT_14 ) ) ) ; } } } } if ( ( context . IDENT_4 ) && ( ( context . IDENT_9 ) >= 2 ) ) { final byte [ ] buffer = METHOD_3 ( IDENT_7 , context ) ; switch ( context . IDENT_9 ) { case 2 : buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( ( context . IDENT_12 ) > > 2 ) & ( IDENT_14 ) ) ) ; break ; case 3 : buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( ( context . IDENT_12 ) > > 7 ) & ( IDENT_14 ) ) ) ; break ; case 4 : context . IDENT_12 = ( context . IDENT_12 ) > > 4 ; buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( ( context . IDENT_12 ) > > 8 ) & ( IDENT_14 ) ) ) ; buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( context . IDENT_12 ) & ( IDENT_14 ) ) ) ; break ; case 5 : context . IDENT_12 = ( context . IDENT_12 ) > > 1 ; buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( ( context . IDENT_12 ) > > 16 ) & ( IDENT_14 ) ) ) ; buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( ( context . IDENT_12 ) > > 8 ) & ( IDENT_14 ) ) ) ; buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( context . IDENT_12 ) & ( IDENT_14 ) ) ) ; break ; case 6 : context . IDENT_12 = ( context . IDENT_12 ) > > 6 ; buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( ( context . IDENT_12 ) > > 16 ) & ( IDENT_14 ) ) ) ; buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( ( context . IDENT_12 ) > > 8 ) & ( IDENT_14 ) ) ) ; buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( context . IDENT_12 ) & ( IDENT_14 ) ) ) ; break ; case 7 : context . IDENT_12 = ( context . IDENT_12 ) > > 3 ; buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( ( context . IDENT_12 ) > > INT_2 ) & ( IDENT_14 ) ) ) ; buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( ( context . IDENT_12 ) > > 16 ) & ( IDENT_14 ) ) ) ; buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( ( context . IDENT_12 ) > > 8 ) & ( IDENT_14 ) ) ) ; buffer [ ( ( context . pos ) ++ ) ] = ( ( byte ) ( ( context . IDENT_12 ) & ( IDENT_14 ) ) ) ; break ; default : throw new java . lang . IllegalStateException ( ( STRING_2 + ( context . IDENT_9 ) ) ) ; } } }
org . junit . Assert . assertEquals ( INT_0 , IDENT_2 )