test/java/math/BigInteger/BigIntegerTest.java

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rev 7663 : 8014319: Faster division of large integers
Summary: Implement Burnickel-Ziegler division algorithm in BigInteger
Reviewed-by: bpb
Contributed-by: Tim Buktu <tbuktu@hotmail.com>
rev 7664 : 8020641: Clean up some code style in recent BigInteger contributions
Summary: Some minor cleanup to adhere better to Java coding conventions.
Reviewed-by: darcy
Contributed-by: Brian Burkhalter <brian.burkhalter@oracle.com>

*** 46,56 **** * Four arguments may be specified which give the number of * decimal digits you desire in the four batches of test numbers. * * The tests are performed on arrays of random numbers which are * generated by a Random class as well as special cases which ! * throw in boundary numbers such as 0, 1, maximum SIZEd, etc. * */ public class BigIntegerTest { // // Bit large number thresholds based on the int thresholds --- 46,56 ---- * Four arguments may be specified which give the number of * decimal digits you desire in the four batches of test numbers. * * The tests are performed on arrays of random numbers which are * generated by a Random class as well as special cases which ! * throw in boundary numbers such as 0, 1, maximum sized, etc. * */ public class BigIntegerTest { // // Bit large number thresholds based on the int thresholds
*** 1006,1016 **** throw new RuntimeException("Failure in BigIntegerTest."); } /* * Get a random or boundary-case number. This is designed to provide ! * a lot of numbers that will find failure points, such as max SIZEd * numbers, empty BigIntegers, etc. * * If order is less than 2, order is changed to 2. */ private static BigInteger fetchNumber(int order) { --- 1006,1016 ---- throw new RuntimeException("Failure in BigIntegerTest."); } /* * Get a random or boundary-case number. This is designed to provide ! * a lot of numbers that will find failure points, such as max sized * numbers, empty BigIntegers, etc. * * If order is less than 2, order is changed to 2. */ private static BigInteger fetchNumber(int order) {