构建OpenSSL的VC ++静态64位利布斯 [英] Building OpenSSL VC++ Static 64bit Libs

问题描述

我试图打造的OpenSSL 1.0.1e静态64位的库用VC ++ 2010（最后一个，我成功地建造这样被1.0.1c，如果这可能是一个因素。目前我也能成功打造1.0.1e没有问题的32位的味道。）

I am attempting to build OpenSSL 1.0.1e static 64-bit libs with VC++ 2010. (The last one that I successfully built like this was 1.0.1c, if that might be a factor. And currently I am also able to successfully build the 32-bit flavor of 1.0.1e with no problems.)

我使用的ActiveState Perl中，NASM，和所有正确的工具做这个版本，我相信。该INSTALL.W64文件只有建立该DLL，不幸的是我不能使用的指令。

I am using ActiveState Perl, nasm, and all the correct tools to do this build, I believe. The INSTALL.W64 file only has instructions for building the DLL, which unfortunately I cannot use.

我打电话正确的％VS100COMNTOOLS％.... \ VC \ BIN \ x86_amd64 \ vcvarsx86_amd64.bat来设置环境，而我确保的activeperl是我的道路的开始。

I am calling the proper "%VS100COMNTOOLS%....\vc\bin\x86_amd64\vcvarsx86_amd64.bat" to set up the environment, and I am making sure that ActivePerl is on the beginning of my path.

我删除所有的旧有限公司*（除了包括）当然，TMP *和试图建立之前出*文件夹。我称之为perl的配置不共享的VC-WIN64A正如我在过去做了;虽然，我注意到，没有共享的似乎是默认的这个版本。我编辑MS \ do_win64a.bat和不断变化的无ASM来NASM，因为我在previous版本。

I am deleting all the old inc* (except "include" of course), tmp* and out* folders before trying to build. I call "perl Configure no-shared VC-WIN64A" as I did in the past; although, I notice that no-shared seems to be the default in this version. I am editing the ms\do_win64a.bat and changing no-asm to nasm, as I have in previous versions.

然后我运行MS \ do_win64a.bat，并编辑生成的MS \ nt.mak文件，以改变32至64中的一部分，让我的64位建立从弄错我的32位版本。我也改/ MD到/ MT（正如我在过去一直做的），再次为我的具体编译环境的要求。

Then I run ms\do_win64a.bat, and edit the resulting ms\nt.mak files to change "32" to "64" in part to keep my 64-bit builds from clobbering my 32-bit builds. I also change /MD to /MT (as I have always done in the past), again, for my specific build environment requirements.

然后我运行MS \ nt.mak。这似乎编译所有来源只有几个警告信息，但是当makefile文件试图编译libeay32.lib，我得到一个函数BN_GF2m_mod_mul_arr引用解析外部符号bn_GF2m_mul_2x2。 （这是在加密\ BN \ bn_gf2m.c源$ C ​​$ C）

Then I run ms\nt.mak. This seems to build all the sources with only a few warning messages, but when the makefile tries to compile libeay32.lib, I get an " unresolved external symbol bn_GF2m_mul_2x2 referenced in function BN_GF2m_mod_mul_arr." (This is in crypto\bn\bn_gf2m.c source code.)

所以，我知道这是因为OPENSSL_BN_ASM_GF2m是在我nt.mak CFLAG定义，如果我理解Perl编程好一点，我大概可以跟踪哪些配置选项，我没有看到，但现在我只可以 W图吧。

So I know this is because OPENSSL_BN_ASM_GF2m is defined in my CFLAG in nt.mak, and if I understood Perl programming a little better, I could probably track down which configuration option I am not seeing, but right now I just can't figure it out.

此外，32位，似乎只是正常工作下非常相似的构建说明。我不知道是否有可能令人尊敬的埃里克·杨和蒂姆·哈德森还没有时间来检验这种特殊的生成配置，或者是一些完全傻了，我俯瞰。

Again, 32-bit seems to work just fine following very similar build instructions. I wonder if possibly the venerable Eric Young and Tim Hudson have not had time to test this particular build configuration, or if it is something completely silly that I am overlooking.

感谢这么多的人谁也许能帮助调试这个问题！

Thanks so much to anyone who might be able to help debug this issue!

推荐答案

确定，所以这个问题的答案似乎是两者都有一点。是的，确实出现了一些更多的工作做的64位版本的OpenSSL 1.0.1e的汇编版本。而且，对了，还有一个变通暂时应该是很明显的。

OK, so the answer to this question appears to be a little of both. Yes, there does appear to be some more work to do with the assembler version of the 64-bit version of OpenSSL 1.0.1e. And, yes, there is a work-around for the time being that should have been obvious.

使用无汇编指令我在那里用在上面的perl的配置步骤没有共享。

Using the no-asm instruction where I was using no-shared in the perl Configuration step above.

这，当然，告诉OpenSSL的，我们没有建立组装库，所以它会在C code编译代替。问题解决了！

This, of course, tells OpenSSL that we are not building assembler libs, so it will compile in the C code instead. Problem solved!

谢谢，埃里克和蒂姆，为您提供给我们其他免费这个非常有价值的软件库！

Thanks, Eric and Tim, for this very valuable software library that you provide to the rest of us for free!

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