Note that this is a default build of OpenSSL and is subject to local and state laws.
#Windows openssl windows#
Only installs on 64-bit versions of Windows and targets Intel 圆4 chipsets. As a matter of fact, I always use my own version of OpenSSL, and I always do what I described because I got tired of fighting with the various tools (its not only ld, its Eclipse and friends, too). Installs the most commonly used essentials of Win64 OpenSSL v3.1.0 (Recommended for users by the creators of OpenSSL ). When forcing static linking as above, you don't have to worry about the linker silently discarding your requests or doing things you don't expect. The easiest way to cope with OS X is to: cd Īrchives are just like object files (they are a collection of object files), so you don't even need the -l. And forget LD_LIBRARY_PATH because its not honored (you have to use DYLD_LIBRARY_PATH per dyld(1)). And it will silently ignore your -rpath, too. The linker will always use the shared object if available (even on iOS, where its not allowed!). If you are compiling on OS X, then you will find OS X silently discards your request to perform static linking (i.e., -Bstatic -lcrypto -lssl). And you'll wonder why you cannot connect using TLS 1.2. For example, your version of OpenSSL will have TLS 1.1 and 1.2 enabled, while Ubuntu's version will have TLS 1.1 and 1.2 disabled (Ubuntu priot to 14 built with -DOPENSSL_NO_TLS1_2_CLIENT). If you and the distro are both providing something binary compatible (like 1.0.1), then you will be missing functionality without explanation. Be vigilant for this issue on OS X because Apple provides 0.9.8. If your distro provides 0.9.8 and you have 1.0.1 in /usr/local/ssl, you will get a lot of unexplained crashes that make no sense. Then, when you execute your program, it will link against the shared object in /usr/lib, and not the shared object in /usr/local/ssl/lib. In the above, you will compile and link against the gear in /usr/local/ssl. For example, suppose you do the following: export CFLAGS="-I/usr/local/ssl/include" Often times those libraries with -with-openssl are broken in subtle ways.
I've worked with a lot of projects that don't append include and lib properly. Should this point to the OpenSSL compilation option given to prefix or openssldir? Here's what my /usr/local/ssl looks like (I use one additional directory path on -openssldir due to multiple OpenSSL builds): $ ls /usr/local/ssl/ I'm working on OS X 10.8.5 at the moment.
#Windows openssl archive#
If you want to provide a more up to date version of OpenSSL, then look into building a custom package ( Personal Package Archive (PPA)) as described at Override Distro Package with Custom Package?. You should prefer -openssldir, and avoid clever tricks like -prefix=/usr to overwrite a distro's copy of OpenSSL. Headers will be located in /usr/local/ssl/include/openssl and libraries will be located in /usr/local/ssl/lib.
If you perform a config without -prefix and without -openssldir, that's what you get by default. By default, the OpenSSL directory is /usr/local/ssl.
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