在WDK使用boost构建应用程序的环境呢？ [英] Using boost in WDK build environment for applications?

问题描述

我使用的是Windows驱动程序工具包（WINDDK 6001.18001）来构建，而不是Visual Studio 2005中，我采取这种方法我的用户空间的应用程序，因为我们还必须建立驱动程序组件，所以我倒是preFER有单一的编译环境建立的一切。微软本身使用了这种方法的几个产品。

这是工作的罚款，直到我开始使用升压1.38.0。我没有使用C ++内核模式组件，只需用户空间应用。在C ++中code，是很自然的使用升压库。不幸的是，WDK不同意。

我注意到的第一个错误是，＃包括LT＆;＆cstddef GT;不把 ptrdiff_t的在std命名空间，因为似乎需要附件D.解决此左边几个错误在工作升压\\的lambda \\详细\\ operator_return_type_traits .HPP 关于错误C2976：'的std :: basic_string的'：太少的模板参数这似乎多余的iostream的。

有没有人成功地得到了增强，iostream的组合，和WDK一起工作？

我的消息来源文件：

  TARGETNAME = foobar的
TARGETTYPE = PROGRAMUSE_MSVCRT = 1
USE_STL = 1
USE_ATL = 1
ATL_VER = 30
STL_VER = 70
USE_NATIVE_EH = 1
USE_IOSTREAM = 1SUBSYSTEM_VERSION = 5.02C_DEFINES = \\
    -D_MT \\
    -DWIN_32 \\
    -DWIN32 \\
    -D_WINDOWS \\
    -DNT \\
    -D_WIN32_DCOM \\
    -DUNI code \\
    -D_UNI code \\
    -D_ATL_NO_DEBUG_CRT＃因为我们使用USE_MSVCRT = 1来源= service.cppINCLUDES = \\
    $（BOOST_INC_PATH）TARGETLIBS = \\
    $（SDK_LIB_PATH）\\ ole32.lib \\
    $（SDK_LIB_PATH）\\ oleaut32.lib \\
    $（SDK_LIB_PATH）\\ UUID.LIB \\UMTYPE =控制台
UMBASE =为0x400000
 

service.cpp：

 的#include＆LT;＆iostream的GT;
＃包括LT＆;＆cstddef GT;空间std {
        的typedef :: ptrdiff_t的ptrdiff_t的; // DDK C ++的解决方法
}＃包括LT＆;升压/λ/ lambda.hpp＆GT;INT __cdecl的main（）{
    返回0;
}
 

解决方案

升压可能已经包含一个变通为你的问题，但并不适用，因为它不承认你使用的编译器（可能是因为司机很少使用boost）。

尝试检查（也可能编辑）升压/配置/ select_compiler_config.hpp 和升压/配置/编译器/ visualc.hpp ，以确保为MSVC编译器的解决方法已启用。

I am using the Windows Driver Kit (WinDDK 6001.18001) to build my userspace application rather than Visual Studio 2005. I am taking this approach because we also have to build driver components, so I'd prefer to have a single build environment to build everything. Microsoft itself uses this approach for several products.

This was working fine until I started using Boost 1.38.0. I'm not using C++ in the kernel mode components, just the userspace applications. In C++ code, it's natural to use the boost libraries. Unfortunately, the WDK doesn't agree.

The first error I noticed is that "#include <cstddef>" doesn't put ptrdiff_t in the std namespace, as seems required by Annex D. Working around this left several errors in boost\lambda\detail\operator_return_type_traits.hpp about error C2976: 'std::basic_string' : too few template arguments. It appears redundant with iostream.

Has anyone successfully gotten the combination of Boost, iostream, and the WDK to work together?

My sources file:

TARGETNAME=foobar
TARGETTYPE=PROGRAM

USE_MSVCRT = 1
USE_STL = 1
USE_ATL = 1
ATL_VER = 30
STL_VER = 70
USE_NATIVE_EH = 1 
USE_IOSTREAM = 1

SUBSYSTEM_VERSION = 5.02

C_DEFINES = \
    -D_MT \
    -DWIN_32 \
    -DWIN32  \
    -D_WINDOWS \
    -DNT \
    -D_WIN32_DCOM \
    -DUNICODE \
    -D_UNICODE \
    -D_ATL_NO_DEBUG_CRT # because we are using USE_MSVCRT=1 

SOURCES=service.cpp

INCLUDES=\
    $(BOOST_INC_PATH)

TARGETLIBS=\
    $(SDK_LIB_PATH)\ole32.lib \
    $(SDK_LIB_PATH)\oleaut32.lib \
    $(SDK_LIB_PATH)\uuid.lib \

UMTYPE=console
UMBASE=0x400000

service.cpp:

#include <iostream>
#include <cstddef>

namespace std {
        typedef ::ptrdiff_t ptrdiff_t; // DDK C++ workaround
}

#include <boost/lambda/lambda.hpp>

int __cdecl main() {
    return 0;
}

解决方案

Boost may already include a work-around for your issues, but isn't applying it because it doesn't recognise the compiler you're using (probably because drivers rarely use boost).

Try examining (and possibly editing) boost/config/select_compiler_config.hpp and boost/config/compiler/visualc.hpp to make sure the compiler workarounds for MSVC are enabled.

这篇关于在WDK使用boost构建应用程序的环境呢？的文章就介绍到这了，希望我们推荐的答案对大家有所帮助，也希望大家多多支持IT屋！