METHOD_0 ( ) { java . lang . String IDENT_0 = STRING_0 + ( ( ( ( ( ( STRING_1 + STRING_2 ) + STRING_3 ) + STRING_4 ) + STRING_5 ) + STRING_6 ) + STRING_7 ) ; byte [ ] IDENT_1 ; byte [ ] IDENT_2 ; byte [ ] IDENT_3 = new byte [ INT_0 ] ; for ( int i = 0 ; i < INT_0 ; i ++ ) { IDENT_3 [ i ] = ( ( byte ) ( i ) ) ; } IDENT_2 = IDENT_0 . getBytes ( STRING_8 ) ; IDENT_1 = org . IDENT_4 . atlas . util . IDENT_5 . IDENT_6 . decode ( IDENT_2 , IDENT_2 . length ) ; "<AssertPlaceHolder>" ; } decode ( byte [ ] , int ) { int [ ] map = org . IDENT_4 . atlas . util . IDENT_5 . IDENT_6 . IDENT_7 ; byte [ ] IDENT_8 = org . IDENT_4 . atlas . util . IDENT_5 . IDENT_6 . METHOD_1 ( IDENT_9 , IDENT_10 ) ; byte [ ] IDENT_11 ; if ( ( IDENT_8 . length ) == 0 ) { return new byte [ 0 ] ; } java . lang . String IDENT_12 ; try { IDENT_12 = new java . lang . String ( IDENT_8 , STRING_8 ) ; } catch ( java . io . IDENT_13 ex ) { IDENT_12 = STRING_9 ; } int IDENT_14 = IDENT_8 . length ; int IDENT_15 ; int IDENT_16 = 0 ; int IDENT_17 = 0 ; byte IDENT_18 ; byte IDENT_19 ; byte IDENT_20 ; byte IDENT_21 ; int IDENT_22 ; int IDENT_23 ; int IDENT_24 ; int IDENT_25 ; if ( ( IDENT_14 OP_0 4 ) != 0 ) { throw new org . IDENT_4 . atlas . util . IDENT_5 . METHOD_2 ( java . lang . String . format ( STRING_10 , IDENT_14 ) ) ; } IDENT_15 = ( ( IDENT_14 / 4 ) - 1 ) * 3 ; if ( ( IDENT_8 [ ( IDENT_14 - 2 ) ] ) == STRING_11 ) { IDENT_15 += 1 ; } else if ( ( IDENT_8 [ ( IDENT_14 - 1 ) ] ) == STRING_11 ) { IDENT_15 += 2 ; } else { IDENT_15 += 3 ; } IDENT_11 = new byte [ IDENT_15 ] ; while ( ( IDENT_14 - IDENT_16 ) > 4 ) { IDENT_18 = IDENT_8 [ ( IDENT_16 + 0 ) ] ; IDENT_19 = IDENT_8 [ ( IDENT_16 + 1 ) ] ; IDENT_20 = IDENT_8 [ ( IDENT_16 + 2 ) ] ; IDENT_21 = IDENT_8 [ ( IDENT_16 + 3 ) ] ; IDENT_22 = ( IDENT_18 >= 0 ) ? ( ( int ) ( IDENT_18 ) ) : ( ( int ) ( IDENT_18 ) ) + INT_0 ; IDENT_23 = ( IDENT_19 >= 0 ) ? ( ( int ) ( IDENT_19 ) ) : ( ( int ) ( IDENT_19 ) ) + INT_0 ; IDENT_24 = ( IDENT_20 >= 0 ) ? ( ( int ) ( IDENT_20 ) ) : ( ( int ) ( IDENT_20 ) ) + INT_0 ; IDENT_25 = ( IDENT_21 >= 0 ) ? ( ( int ) ( IDENT_21 ) ) : ( ( int ) ( IDENT_21 ) ) + INT_0 ; IDENT_11 [ ( IDENT_17 + 0 ) ] = ( ( byte ) ( ( ( map [ IDENT_22 ] ) << 2 ) | ( ( map [ IDENT_23 ] ) > > 4 ) ) ) ; IDENT_11 [ ( IDENT_17 + 1 ) ] = ( ( byte ) ( ( ( ( map [ IDENT_23 ] ) << 4 ) & INT_1 ) | ( ( map [ IDENT_24 ] ) > > 2 ) ) ) ; IDENT_11 [ ( IDENT_17 + 2 ) ] = ( ( byte ) ( ( ( ( map [ IDENT_24 ] ) << 6 ) & INT_2 ) | ( map [ IDENT_25 ] ) ) ) ; IDENT_16 += 4 ; IDENT_17 += 3 ; } IDENT_18 = IDENT_8 [ ( IDENT_16 + 0 ) ] ; IDENT_19 = IDENT_8 [ ( IDENT_16 + 1 ) ] ; IDENT_20 = IDENT_8 [ ( IDENT_16 + 2 ) ] ; IDENT_21 = IDENT_8 [ ( IDENT_16 + 3 ) ] ; IDENT_22 = ( IDENT_18 >= 0 ) ? ( ( int ) ( IDENT_18 ) ) : ( ( int ) ( IDENT_18 ) ) + INT_0 ; IDENT_23 = ( IDENT_19 >= 0 ) ? ( ( int ) ( IDENT_19 ) ) : ( ( int ) ( IDENT_19 ) ) + INT_0 ; IDENT_24 = ( IDENT_20 >= 0 ) ? ( ( int ) ( IDENT_20 ) ) : ( ( int ) ( IDENT_20 ) ) + INT_0 ; IDENT_25 = ( IDENT_21 >= 0 ) ? ( ( int ) ( IDENT_21 ) ) : ( ( int ) ( IDENT_21 ) ) + INT_0 ; switch ( IDENT_15 OP_0 3 ) { case 0 : IDENT_18 = IDENT_8 [ ( IDENT_16 + 0 ) ] ; IDENT_19 = IDENT_8 [ ( IDENT_16 + 1 ) ] ; IDENT_20 = IDENT_8 [ ( IDENT_16 + 2 ) ] ; IDENT_21 = IDENT_8 [ ( IDENT_16 + 3 ) ] ; IDENT_22 = ( IDENT_18 >= 0 ) ? ( ( int ) ( IDENT_18 ) ) : ( ( int ) ( IDENT_18 ) ) + INT_0 ; IDENT_23 = ( IDENT_19 >= 0 ) ? ( ( int ) ( IDENT_19 ) ) : ( ( int ) ( IDENT_19 ) ) + INT_0 ; IDENT_24 = ( IDENT_20 >= 0 ) ? ( ( int ) ( IDENT_20 ) ) : ( ( int ) ( IDENT_20 ) ) + INT_0 ; IDENT_25 = ( IDENT_21 >= 0 ) ? ( ( int ) ( IDENT_21 ) ) : ( ( int ) ( IDENT_21 ) ) + INT_0 ; IDENT_11 [ ( IDENT_17 + 0 ) ] = ( ( byte ) ( ( ( map [ IDENT_22 ] ) << 2 ) | ( ( map [ IDENT_23 ] ) > > 4 ) ) ) ; IDENT_11 [ ( IDENT_17 + 1 ) ] = ( ( byte ) ( ( ( ( map [ IDENT_23 ] ) << 4 ) & INT_1 ) | ( ( map [ IDENT_24 ] ) > > 2 ) ) ) ; IDENT_11 [ ( IDENT_17 + 2 ) ] = ( ( byte ) ( ( ( ( map [ IDENT_24 ] ) << 6 ) & INT_2 ) | ( map [ IDENT_25 ] ) ) ) ; break ; case 1 : IDENT_11 [ ( IDENT_17 + 0 ) ] = ( ( byte ) ( ( ( map [ IDENT_22 ] ) << 2 ) | ( ( map [ IDENT_23 ] ) > > 4 ) ) ) ; break ; case 2 : IDENT_11 [ ( IDENT_17 + 0 ) ] = ( ( byte ) ( ( ( map [ IDENT_22 ] ) << 2 ) | ( ( map [ IDENT_23 ] ) > > 4 ) ) ) ; IDENT_11 [ ( IDENT_17 + 1 ) ] = ( ( byte ) ( ( ( ( map [ IDENT_23 ] ) << 4 ) & INT_1 ) | ( ( map [ IDENT_24 ] ) > > 2 ) ) ) ; break ; } return IDENT_11 ; }
org . junit . Assert . assertArrayEquals ( IDENT_3 , IDENT_1 )