This new release brings significant performance enhancements, an updated documentation.

The calling mechanism has been greatly reworked thanks to the contribution of @porkybrain.

We did our best to preserve compatibility with MSVC 2013 and ICC, however these compilers are no longer 100% supported. If you are using MSVC 2013, we encourage you to upgrade to MSVC 2015 or newer.

New features

• Brand new calling mechanism. More information in the documentation.
• Macros to distinguish MSVC 2013 and MSVC 2015.
• Support for erase and has_key in map.
• Support for Cuda and Intel.
• Static assertion to prevent invalid reverse_range<> input.

Improvements

You should notice an overall compilation time reduction, and especially in these algorithms:

• all
• none
• map::insert
• range
• sort

You may also no

Fixes

• Removed trigraphs.
• Fixed a number of MSVC 2013 incompatibilities.
• Predicate was not passed along with merge.
• Fixed count_if issues.

This new release brings new features, fixes and compilation speed improvements.

Thanks a lot to all our contributors and users!

New features

• New split_at algorithm
• New pop_back_n and pop_front_n functions
• New keys_as_sequence, values_as_sequence and as_sequence functions
• New index_of and index_if functions
• Added basic compiler detection macros

Improvements

The following functions have been optimized for reduced compilation time and memory usage:

• at_c
• back
• find
• is_set
• make_sequence
• map functions
• remove
• set functions
• sort

Fixes

• The standalone header is now correctly updated at each build
• Fixed algorithms that didn't work with types other than brigand::list

Brigand can now do everything you did (unless null or forbidden by law) with Boost.MPL except with faster compilation speed!

• Fixed a couple of lambda, bind and quote issues
• Added support for split
• Added support for insertions in maps
• Added sort
• Bitwise operators
• Improved fold implementation
• Made algorithms (optionally) lazy

And much more!

First release of Brigand containing most MPL features