This library is basically a compilation of solutions from a variety of sources.

Because these solutions are spread across the intertubes and mutate or offer variants in time, it is fairly hard to track originators to credit them; instead, this page credits what sources was each solution adapted from.Here follows a partial list of credits.

To be completed.

• Compiler identification code - adapted from solutions offered by the Pre-Defined Compiler Macros Wiki.
• Default compiler #include paths - extracted from experimentation, assumed to be usable.
• Null pointer literal - official backport recommendation by the C++ Standard Committee. Used implementation exposed here: Backporting nullptr (StackOverflow).
• static_assert - adapted from sources also used by Boost.Static Assert.
• Iterator helper functions - written by hand supported on signatures from cppreference.com .
• addressof - implemented following cppreference.com .
• Fundamental type traits - combined various sources, mostly cppreference.com and the cplusplus chart.
• Portable stdint.h original header by Paul Hsieh recommended in this tutorial, wrapped with some assistance from Predef Wiki (see above).
• Metaprograming helpers - various sources across the internet but literal implementation adapted from Wikipedia .
• unique_ptr - adapted from code by Howard Hinnant's 2009 implementation, with Boost dependencies removed.
• Value-Initialized helper taken and adapted from Boost.
• "explicit_cast" helper taken from Imperfect C++: Solutions for the Real World and adapted to work in both C++03 and C++11.
• Container initialization helper (i12n) - written by hand, from the basic "initialization by iterator range" idiom.
• "auto" Semantics Emulation - written by hand supported on code from the Pre-Defined Compiler Macros Wiki.
• Local functor emulation - written by hand following client code samples from Boost.LocalFunction.
• std::dynarray - written by hand following reference synopsis in Cppreference.
• Transparent Functors (less, etc) - written by hand following reference synopsis in Cppreference.

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