- 100% C (C++ headers), as simple as memcpy
- No other base64 library encode or decode faster
- Scalar can be faster than other SSE or ARM Neon based base64 libraries
- SSE faster than other SSE/AVX/AVX2! base64 library
- Fastest AVX2 implementation TurboBase64 AVX2 decoding up to ~2x faster than other AVX2 libs.
- TurboBase64 is 3-4 times faster than other libs for short strings
- Fastest ARM Neon base64
- (2023.04) avx512 - 2x faster than avx2, faster than any other implementation
- Dynamic CPU detection and JIT scalar/sse/avx/avx2/avx512 switching
- Base64 robust error checking, optimized for long+short strings
- Portable library, 32/64 bits, SSE/AVX/AVX2/AVX512, ARM Neon, Power9 Altivec
- OS:Linux amd64, arm64, Power9, MacOs+Apple M1, s390x. Windows: Mingw, visual c++
- Big endian + Little endian
- Ready and simple to use library, no armada of files, no hassles dependencies
Neat library, upvoted.
Question: does this business model work well? The GPL+commercial license on request?
Iām hoping the answer is yes, would be great with some nuance/details/exposition, thanks!
- 100% C (C++ headers), as simple as memcpy
- No other base64 library encode or decode faster
- Scalar can be faster than other SSE or ARM Neon based base64 libraries
- SSE faster than other SSE/AVX/AVX2! base64 library
- Fastest AVX2 implementation TurboBase64 AVX2 decoding up to ~2x faster than other AVX2 libs.
- TurboBase64 is 3-4 times faster than other libs for short strings
- Fastest ARM Neon base64
- (2023.04) avx512 - 2x faster than avx2, faster than any other implementation
- Dynamic CPU detection and JIT scalar/sse/avx/avx2/avx512 switching
- Base64 robust error checking, optimized for long+short strings
- Portable library, 32/64 bits, SSE/AVX/AVX2/AVX512, ARM Neon, Power9 Altivec
- OS:Linux amd64, arm64, Power9, MacOs+Apple M1, s390x. Windows: Mingw, visual c++
- Big endian + Little endian
- Ready and simple to use library, no armada of files, no hassles dependencies