pkgsrc/security/py-crcmod/distinfo

$NetBSD: distinfo,v 1.1 2018/01/30 19:07:48 bsiegert Exp $

SHA1 (crcmod-1.7.tar.gz) = 61d9fea169099b87c2e36ce572d2d25e0fd2de59
RMD160 (crcmod-1.7.tar.gz) = 503b415394d7c833b22e5a999454c0d67598cd54
SHA512 (crcmod-1.7.tar.gz) = 3c2f65004761c84f19d6ba95a0af74512108bad5007d9e20f8e684822e4196ce17073e58b47d2fa997e058e3d82782f3393458b6f0e86935418f38877d319a31
Size (crcmod-1.7.tar.gz) = 89670 bytes
New package, py-crcmod. The software in this package is a Python module for generating objects that compute the Cyclic Redundancy Check (CRC). There is no attempt in this package to explain how the CRC works. There are a number of resources on the web that give a good explanation of the algorithms. This package allows the use of any 8, 16, 24, 32, or 64 bit CRC. You can generate a Python function for the selected polynomial or an instance of the Crc class which provides the same interface as the md5 and sha modules from the Python standard library. A Crc class instance can also generate C/C++ source code that can be used in another application. Part of PR pkg/52941. 2018-01-30 20:07:48 +01:00			$NetBSD: distinfo,v 1.1 2018/01/30 19:07:48 bsiegert Exp $

			`SHA1 (crcmod-1.7.tar.gz) = 61d9fea169099b87c2e36ce572d2d25e0fd2de59`
			`RMD160 (crcmod-1.7.tar.gz) = 503b415394d7c833b22e5a999454c0d67598cd54`
			`SHA512 (crcmod-1.7.tar.gz) = 3c2f65004761c84f19d6ba95a0af74512108bad5007d9e20f8e684822e4196ce17073e58b47d2fa997e058e3d82782f3393458b6f0e86935418f38877d319a31`
			`Size (crcmod-1.7.tar.gz) = 89670 bytes`