一个高性能、防误用的原态测试API

Jake Massimo, K. Paterson
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引用次数: 2

摘要

素数测试是一项基本的密码学任务。但是,今天的开发人员面临着用于原态测试的复杂api,以及无法清楚说明所执行测试的可靠性的文档。这将导致api在实践中被错误地使用,并带来潜在的灾难性后果。为了克服这个问题,我们提供了一个素数测试,它具有尽可能简单的API:该测试接受一个要测试的数字,并返回一个布尔值,指示输入是合数还是素数。对于所有输入,保证输出的正确概率至少为1 - 2-128。测试是高性能的:在随机,奇数,1024位输入上,它比OpenSSL中使用的默认测试快17%。我们调查了我们的新测试对随机素数生成成本的影响,这是素数测试的一个关键用例。OpenSSL开发人员已经完全采纳了我们的建议;我们的新API和原态测试计划在OpenSSL 3.0中发布。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Performant, Misuse-Resistant API for Primality Testing
Primality testing is a basic cryptographic task. But developers today are faced with complex APIs for primality testing, along with documentation that fails to clearly state the reliability of the tests being performed. This leads to the APIs being incorrectly used in practice, with potentially disastrous consequences. In an effort to overcome this, we present a primality test having a simplest-possible API: the test accepts a number to be tested and returns a Boolean indicating whether the input was composite or probably prime. For all inputs, the output is guaranteed to be correct with probability at least 1 - 2-128. The test is performant: on random, odd, 1024-bit inputs, it is faster than the default test used in OpenSSL by 17%. We investigate the impact of our new test on the cost of random prime generation, a key use case for primality testing. The OpenSSL developers have adopted our suggestions in full; our new API and primality test are scheduled for release in OpenSSL 3.0.
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