使用单独的Boost库进行编译，而无需安装Boost [英] Compiling with individual Boost libraries, Without installing Boost

问题描述

我正在实现一些C ++代码，我想尽可能做到便携。我想要避免对需要root访问权限安装的库的依赖。此外，我宁愿避免在我的存储库中保存大型库的副本，我也不喜欢用户级安装库（只是因为我必须在多台计算机上手动安装它们）。

I'm implementing on some C++ code that I would like to make as portable as possible. I would like to avoid dependencies on libraries that require root access to install. Further, I'd prefer to avoid keeping copies of large libraries in my repository, and I would also prefer not to do user-level installations of libraries (simply because I'd have to manually install them on multiple computers.)

我想在我的项目中使用Boost的 normal_distribution 功能。我理解，安装Boost的典型方式需要一个 sudo apt-get 或 sudo yum 类型的命令，但是在运行此代码的系统上没有根访问权限。为了解决这个问题，我想知道我是否可以简单地将Boost的 normal_distribution.cpp 和 normal_distribution.hpp 在我的代码目录，并编译/链接我的代码与这些文件。

I would like to use the normal_distribution functionality from Boost in my project. I understand that the typical way to install Boost requires a sudo apt-get or sudo yum type of command, but I don't have root access on the systems where this code will run. To get around this, I'm wondering if I could simply place a copy of Boost's normal_distribution.cpp and normal_distribution.hpp in my code directory and compile/link my code with these files. Would this work?

读者可能想知道为什么我不是在TR1或C ++中使用 normal_distribution +11。答案是，我需要保持与一些大学管理的集群，仍然运行g ++ 4.1.x，这至少在我的经验不支持< TR1 / random> 。

Readers may wonder why I'm not just using the normal_distribution implementation in TR1 or C++11. The answer is that I need to maintain compatibility with some university-managed clusters that still run g++ 4.1.x, which (at least in my experience) doesn't support <TR1/random>.

推荐答案

我想， BCP（Boost Copy）正是根据您的情况编写的。

I imagine that BCP (Boost Copy) was written precisely with your situation in mind.

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