See Getting Started. These source files implement the library for POSIX or Windows compatible operating systems; no implementation is supplied for other operating systems. Note that many operating systems not normally thought of as POSIX systems, such as mainframe legacy operating systems or embedded operating systems, support POSIX compatible file systems which will work with the Filesystem Library.
See the Separate Compilation page for a description of the techniques used. The library's implementation code automatically detects the current platform, and compiles the POSIX or Windows implementation code accordingly. With the exception of the Cygwin environment, there is usually no reason to define these macros, as the software development kits supplied with most compilers only support a single platform. The Cygwin package of tools supports traditional Windows usage, but also provides an emulation layer and other tools which can be used to make Windows act as Linux and thus POSIX , and provide the Linux look-and-feel.
GCC is usually the compiler of choice in this environment, as it can be installed via the Cygwin install process. Filesystem's object-library. The Filesystem Library was designed and implemented by Beman Dawes. Thomas Witt was a particular help in later stages of initial development. Peter Dimov and Rob Stewart made many useful suggestions and comments over a long period of time.
Howard Hinnant helped with internationalization issues. Key design requirements and design realities were developed during extensive discussions on the Boost mailing list, followed by comments on the initial implementation. Numerous helpful comments were then received during the Formal Review. So many people have contributed comments and bug reports that it isn't any longer possible to acknowledge them individually.
That said, Peter Dimov and Rob Stewart need to be specially thanked for their many constructive criticisms and suggestions. Terence Wilson and Chris Frey contributed timing programs which helped illuminate performance issues. Use, modification, and distribution are subject to the Boost Software License, Version 1. I've read Wiki page referenced above and tried various things hinted at from there - it doesn't explicitly discuss ubuntu and python3 support.
Skip to content. Star 1. New issue. Jump to bottom. Labels user error. Copy link. Thanks in advance! Sep 3, Boost version: 1. Sign up for free to join this conversation on GitHub. Like I said, probably time for a new question :- — Fraser. AmitPal Please add an answer yourself instead of editing the answer into your question, that way people can see that the question is answered.
If, YES, then answer your own question so people will the the question is answered, as Andreas Haferburg said in his comment above.
Show 14 more comments. Active Oldest Votes. Try to complete cmake process with following libs: sudo apt-get install cmake libblkid-dev e2fslibs-dev libboost-all-dev libaudit-dev. Alex Nevsky Alex Nevsky 1, 1 1 gold badge 16 16 silver badges 21 21 bronze badges.
For me libboost-all-dev was missing and it helped. Me as well the libboost-all-dev package solved the -- Could NOT find Boost Cmake issue to search for boost system wide. Add a comment. You can simply fix it with this command line : sudo apt-get install cmake libblkid-dev e2fslibs-dev libboost-all-dev libaudit-dev the boost libraries will be installed and you'll be fine to continue your installation process.
For me installing libboost-all-dev fix the proble, — prasad. Alexander Oh Alexander Oh Ganta Ganta 19 1 1 bronze badge. Thanks Paul-g for your advise. For my part it was a bit different. Adrien Polidano Adrien Polidano 11 1 1 bronze badge. Ingenial Colombia Ingenial Colombia 1. Sign up or log in Sign up using Google. Sign up using Facebook.
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