METHOD_0 ( ) { org . apache . commons . math3 . random . IDENT_0 IDENT_1 = METHOD_1 ( ) ; cc . redberry . rings . util . IDENT_2 IDENT_3 = METHOD_2 ( ) ; org . apache . commons . math3 . IDENT_4 . IDENT_5 . IDENT_6 IDENT_7 = new org . apache . commons . math3 . IDENT_4 . IDENT_5 . METHOD_3 ( ) ; org . apache . commons . math3 . IDENT_4 . IDENT_5 . METHOD_3 IDENT_8 = new org . apache . commons . math3 . IDENT_4 . IDENT_5 . METHOD_3 ( ) ; for ( int i = 0 ; i < 10 ; ++ i ) { cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_11 < cc . redberry . rings . IDENT_12 < cc . redberry . rings . IDENT_13 . BigInteger > > IDENT_14 = cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_15 . METHOD_4 ( IDENT_3 . METHOD_5 ( 2 , 5 ) , IDENT_1 ) . METHOD_6 ( cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_16 , IDENT_16 :: IDENT_17 ) ; IDENT_14 . METHOD_7 ( cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_16 . METHOD_8 ( IDENT_3 . METHOD_5 ( 1 , 10 ) ) ) ; if ( ! ( cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_15 . METHOD_9 ( IDENT_14 ) ) ) { OP_0 i ; continue ; } cc . redberry . rings . IDENT_9 . IDENT_18 < cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_11 < cc . redberry . rings . IDENT_12 < cc . redberry . rings . IDENT_13 . BigInteger > > > field = new cc . redberry . rings . IDENT_9 . METHOD_10 ( IDENT_14 ) ; System . out . println ( ( STRING_0 + field ) ) ; java . util . function . IDENT_19 < cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_11 < cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_11 < cc . redberry . rings . IDENT_12 < cc . redberry . rings . IDENT_13 . BigInteger > > > > IDENT_20 = ( ) -> cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_21 . METHOD_11 ( IDENT_3 . METHOD_5 ( 2 , 8 ) , field , ( IDENT_22 ) -> cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_21 . METHOD_11 ( IDENT_14 . IDENT_23 , cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_16 , ( IDENT_24 ) -> cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_16 . METHOD_12 ( IDENT_1 . METHOD_5 ( 10 ) , ( 1 + ( IDENT_1 . METHOD_5 ( 10 ) ) ) ) , IDENT_1 ) , IDENT_1 ) ; for ( int j = 0 ; j < 5 ; ++ j ) { cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_11 < cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_11 < cc . redberry . rings . IDENT_12 < cc . redberry . rings . IDENT_13 . BigInteger > > > a = IDENT_20 . get ( ) ; cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_11 < cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_11 < cc . redberry . rings . IDENT_12 < cc . redberry . rings . IDENT_13 . BigInteger > > > b = IDENT_20 . get ( ) ; long start ; long IDENT_25 ; start = java . lang . System . METHOD_13 ( ) ; cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_11 < cc . redberry . rings . IDENT_12 < cc . redberry . rings . IDENT_13 . BigInteger > > expected = METHOD_14 ( a , b ) . METHOD_15 ( ) ; IDENT_25 = ( java . lang . System . METHOD_13 ( ) ) - start ; IDENT_7 . METHOD_16 ( IDENT_25 ) ; System . out . println ( ( STRING_1 + ( cc . redberry . rings . util . IDENT_26 . METHOD_17 ( IDENT_25 ) ) ) ) ; start = java . lang . System . METHOD_13 ( ) ; cc . redberry . rings . IDENT_9 . IDENT_10 . IDENT_11 < cc . redberry . rings . IDENT_12 < cc . redberry . rings . IDENT_13 . BigInteger > > actual = METHOD_18 ( a , b ) ; IDENT_25 = ( java . lang . System . METHOD_13 ( ) ) - start ; IDENT_8 . METHOD_16 ( IDENT_25 ) ; "<AssertPlaceHolder>" ; System . out . println ( ( STRING_2 + ( cc . redberry . rings . util . IDENT_26 . METHOD_17 ( IDENT_25 ) ) ) ) ; System . out . println ( ) ; } } System . out . println ( ( STRING_1 + ( cc . redberry . rings . util . IDENT_26 . METHOD_19 ( IDENT_7 ) ) ) ) ; System . out . println ( ( STRING_2 + ( cc . redberry . rings . util . IDENT_26 . METHOD_19 ( IDENT_8 ) ) ) ) ; } METHOD_17 ( long ) { java . lang . String IDENT_27 = STRING_3 ; if ( ( IDENT_28 / 1000 ) > 1 ) { IDENT_27 = STRING_4 ; IDENT_28 OP_1 1000 ; } if ( ( IDENT_28 / 1000 ) > 1 ) { IDENT_27 = STRING_5 ; IDENT_28 OP_1 1000 ; } if ( ( IDENT_28 / 1000 ) > 1 ) { IDENT_27 = STRING_6 ; IDENT_28 OP_1 1000 ; } return IDENT_28 + IDENT_27 ; }
org . junit . Assert . assertEquals ( expected , actual )