2.4 KiB
octastd
OctaSTD is an extension of the C++14 standard library which mainly provides ranges (to replace iterators) but also various other utilities like proper streams, string formatting, concurrency utilities and others. It's meant to replace the more poorly designed parts of the C++ standard library to make the language easier and more convenient to use.
Documentation for OctaSTD can be found at https://wiki.octaforge.org/docs/octastd.
Full C++14 support is required in your compiler.
Supported compilers
| Compiler | Version |
|---|---|
| gcc/g++ | 5.4+, 6+ |
| clang | 3.8+ (most platforms including LLVM for macOS), 8.0.0+ (macOS Xcode) |
Other C++14 compliant compilers might work as well. OctaSTD does not utilize compiler specific extensions.
While Clang 3.6 does implement a sufficient level of C++14 support, it suffers from a bug in its variable template implementation that prevents OctaSTD from functioning. Therefore version 3.8 or higher is necessary (where this bug was finally fixed).
GCC has implemented a sufficient feature level of C++14 since version 5.1, but also is too buggy until version 5.4. Version 5.1 and 5.2 have variable template partial specialization issues and version 5.3 has an internal compiler error triggered by the tuple implementation. Version 5.4 appears to be the first one to compile this without issues. GCC 6.1 also appears to compile without problems.
MSVC++ is unsupported and for the time being will remain unsupported. As of MS Visual Studio 2017 RC, basic C++11 features are still broken and prevent usage of the library, with no reasonable workarounds. I will be testing new versions as they get released and mark it supported as soon as it actually works, but no active effort will be put towards making it work. On Windows, you're free to use GCC/Clang or if you need the Visual Studio environment, the Visual Studio version of Clang with MS Codegen should work just fine.
Supported operating systems
Currently supported OSes in OctaSTD are Linux, FreeBSD, macOS and Windows. Other systems might work as well, as long as a sufficient compiler is provided.
MacOS support requires Xcode 8 or newer to work (or alternatively, official LLVM distribution for macOS or any supported compiler from other channels such as Homebrew). That is the first version to ship a Clang 3.8 based toolchain, so things will not compile with an older version of Xcode.
Windows support includes MinGW, Clang and soon MSVC++.