Radix-16 Powers of Ten less than 255 * ln(65536) / ln(10)
Benchmark for breaking the 64-bit barrier imposed by the ulong data type
C# .NET
May 21, 2011 The aforementioned file has been replaced by one with a fixed record format (still a .txt file, though). A C# struct layout for the file is found here: http://cqvis.yolasite.com/resources/EXPTEN-S.CS[^] If you don't modify the file, you can read it as straight binary in this format. Here's a quicker download (281K for the .zip file as apposed to 1.2M for the uncompressed .txt file): http://cqvis.yolasite.com/resources/EXPTEN.zip[^]
ToString() hexadecimal conversion for a ulong type only delivers the low 16 hex digits of any numeric value. So if you're trying to break the 64-bit barrier for string conversions to base 16 or base 10, you can use the values from the table (for powers of ten less than 101228) at this link as benchmarks or in constructing a table-driven binary-to-decimal string converter:
http://cqvis.yolasite.com/resources/EXPTEN.TXT[^]
It's a rather large file, so be prepared for a download delay if you're outside the U.S.
May 21, 2011 The aforementioned file has been replaced by one with a fixed record format (still a .txt file, though). A C# struct layout for the file is found here: http://cqvis.yolasite.com/resources/EXPTEN-S.CS[^] If you don't modify the file, you can read it as straight binary in this format. Here's a quicker download (281K for the .zip file as apposed to 1.2M for the uncompressed .txt file): http://cqvis.yolasite.com/resources/EXPTEN.zip[^]