v1.2.0 package

force-net · force-net · commit ebdc28610de0 · 2017-12-07T23:10:12.000+03:00
diff --git a/Crc32.NET.nuspec b/Crc32.NET.nuspec
@@ -12,9 +12,8 @@
     <requireLicenseAcceptance>false</requireLicenseAcceptance>
     <description>Fast version of Crc32 &amp; Crc32C algorithms for .NET and .NET Core. It is up to 3x-5x times better than other "fast" implemenations. Code based on Crc32C.NET library.</description>
     <releaseNotes>
-Additional improvements in algorithm with +70MB/s calculation speed as result.
-Added Crc32C implementation (due lack of other .NET core implementations).
-Added option to constructor with ability to specify BigEndian/LittleEndian byte conversion for HashFinal.
+Added helper methods for computing and validating Crc32 (can be convenient sometimes)
+Added support for .NET Standard 2.0 
     </releaseNotes>
     <copyright>Copyright by Force 2016-2017</copyright>
     <tags>crc32 crc-32 crc crc32c .NET</tags>
diff --git a/README.md b/README.md
@@ -16,7 +16,7 @@ Initially, this library only support Crc32 checksum, but I found, that there are
 
 So, if you need to use Crc32C for .NET Core, you can use this library. But if you only use 'big' .NET frameworks, it is better to use [Crc32C.NET](https://crc32c.angeloflogic.com/) for Crc32C? because it has fast native implementation. 
 
-### Version 1.2.0 Remarks (not in production yet)
+### Version 1.2.0 Remarks
 
 CRC algorithms has interesting feature: if we calculate it for some data and write result CRC data to end of source data, then calculate data **with** this CRC we'll receive a constant number.
 This number is 0x2144DF1C for CRC32 and 0x48674BC7 for CRC32C.
