### Goals |
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CppCMS aims to be compatible with any reasonably modern POSIX compatible OS and be build with any reasonable modern compiler. |
CppCMS aims to be compatible with any reasonably modern POSIX compatible OS and be build with any reasonable modern compiler, including embedded platforms. |
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### Compilers Support |
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The code is build and tested under following compilers: |
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- GNU Compiler Collection 3.4, 4.1, 4.2, 4.3 |
- Intel Compiler 11.0 |
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### Operating System Support |
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CppCMS runs on Linux 2.6, FreeBSD, Open Solaris and Windows/Cygwin. |
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Any other reasonably modern UNIX like system should be supported as well. |
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### Tested platforms: |
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- Primary testing and development platform |
- Linux 2.6.18, x86/x86_64 with GCC 4.1 and Boost 1.33.1 |
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- Additional tested platforms: |
- Linux with: |
- GCC 4.3 and Boost 1.35 |
- Intel Compiler 11.0 with Boost 1.33.1 and 1.36 |
- Cygwin<sup><a href="#note1">1</a></sup> using GCC 3.4, Boost 1.33.1 |
- FreeBSD 7.1<sup><a href="#note1">1</a></sup> using GCC 4.2, Boost 1.34 |
- OpenSolaris 2008.5 using GCC 3.4, Boost 1.36. |
- Linux ARM embedded on qemu-arm, with gcc 4.1 and |
- Linux ARM embedded using qemu-arm, with gcc 4.1 and |
embedded build of CppCMS. |
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### Windows |
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Windows only is supported via Cygwin POSIX compatibility layer. |
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At some point it _may be_ partially supported |
via MinGW if there would be volunteers that would maintain this platform. |
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_Rationale_: Windows is too non-standard platform to support it. It is too developer unfriendly to put an effort in it. |
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--------------- |
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1. <span id="note1"></span> These platforms lacks of POSIX process shared mutex support. Thus: |
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- Prefork cache module uses fcntl for serialization that may hurt the performance. |
- Prefork compatibility mode of files bases session storage is disabled (nfs may be used). |
