Beman 321d5a087a For X86 and X64 architectures, which permit unaligned loads and stores, unaligned little endian buffer and arithmetic types use regular loads and stores when the size is exact. This makes unaligned little endian buffer and arithmetic types significantly more efficient on these architectures.(Pull request from Jeremy Maitin-Shepard) Docs updated, but timing results have not yet been updated.

2015-01-06 16:57:53 -05:00

..

detail

Eliminate gcc -Wconversion warnings.

2014-12-10 15:03:06 -05:00

arithmetic.hpp

Finalize buffer and arithmetic decomposition. Finalize name changes. Finalize test cases. Remove cruft. Docs still to do.

2014-11-26 10:04:33 -05:00

buffers.hpp

For X86 and X64 architectures, which permit unaligned loads and stores, unaligned little endian buffer and arithmetic types use regular loads and stores when the size is exact. This makes unaligned little endian buffer and arithmetic types significantly more efficient on these architectures.(Pull request from Jeremy Maitin-Shepard) Docs updated, but timing results have not yet been updated.

2015-01-06 16:57:53 -05:00

conversion.hpp

Refined rationale for choice of exact-length types for conversion support.

2014-12-16 08:49:01 -05:00

std_pair.hpp

Rename header converters.hpp back to conversion.hpp. Clean up infrastructure.

2013-05-18 16:14:30 -04:00