In order to keep up-to-date I have  rewritten my scripts for an OpenSSL build for iOS/iPadOS. You can find them here and here. Download these files into an empty directory on your Mac and add a decent OpenSSL tarball into this  directory. After that execute

chmod +x build.sh

in this directory followed by

./build.sh

In case you want to build a newer or different version of OpenSSL 3.1x, edit build.sh and change the value for OPENSSLVERSION on line  4 which currently looks like this:

OPENSSLVERSION=openssl-3.1.3

 Change this line to the file name of your tarball without the trailing .tar.gz extension.

I do not know if these scripts also work on an ARM based Mac, I am still working with an Intel based Mac running Mac OS Ventura with XCode  14.3.1. These scripts only build libraries for the two remaining processor architectures relevant for iOS/iPadOS today: x64 and arm64.

The license for these shell scripts of mine is the same as for OpenSSL, so nothing should change for you.

There are two jazz musicians who are great buddies. They hang out and play together for years, virtually inseparable. Unfortunately, one of them is struck by a truck and killed. About a week later his friend wakes up in the middle of the night with a start because he can feel a presence in the room. He calls out, "Who's there?  Who's there?  What's going on?" "It's me  --Bob," replies a faraway voice. Excitedly he sits up in bed. "Bob!  Bob!  Is that you?  Where are you?" "Well," says the voice, "I'm in heaven now." "Heaven!  You're in heaven!  That's wonderful!  What's it like?" "It's great, man. I gotta tell you, I'm jamming up here every day. I'm playing with Bird, and 'Trane, and Count Basie drops in all the time! Man it is smokin'!" "Oh, wow!" says his friend. "That sounds fantastic, tell me more, tell me more!" "Let me put it this way," continues the voice. "There's good news and bad news. The good news is that these guys are in top form. I mean I have *never* heard them sound better. They are *wailing* up here." "The bad news is that God has this girlfriend that sings..."

Disclaimer: The build scripts outlined in this post have been created in my own spare time. The license of the code is the same license as is used for OpenSSL.

A while ago I wrote about Building OpenSSL 1.0.2 for Android on Windows with Visual Studio 2017, and also how to build OpenSSL 1.1.1 for iOS/iPadOS. This time, I will show how to build OpenSSL 1.1.1 for Android on Windows with the Visual Studio 2017 native toolchain and cygwin.

The procedure outlined here produces actually working static or dynamic libraries and has the same prerequisites as in the article before on how to build version 1.0.2 of the libraries, but with one addition: The cygwin install will also require the installation of gnu make and patch.

Using the scripts

In order to use the scripts I have written, follow theses steps:

• Make sure all preconditions are fulfilled, as described above (cygwin with make and patch) and in the article on building version 1.0.2
• Unpack the zip File (Download) into a writable directory, make sure that you have the "Change permissions" right for the directory and all its files and subdirectories granted, otherwise the calls to chmod in the build scripts will fail (cygwin places some strange NULL SID ACEs into the DACL of files that are granted execution right using chmod which requires the "Change permissions" access right)
• Download openssl-1.1.1l.tar.gz from openssl.org (Download) and copy it into the directory created in the previous step.
• Open a windows command prompt and change the current directory to the directory from the above steps
• Execute "build.bat" and wait
• Find the header files or the build under platform specific subdirectories like arch-x86, arch-arm in the subdirectory openssl-1.1.1l/include and find the libraries (libcrypto.a, libssl.a, libcrypto.so and libssl.so) directly in the subdirectory openssl-1.1.1l.

OPENSSLNAME=openssl-1.1.1l

#
# in order to build with dynamic libraries (i.e. libcrypto.so and libssl.so in addition to
# only libcrypto.a and libssl.a, remove the -no-shared flag from the following command line:
#
perl Configure $SSL_TARGET $OPTIONS $ADD_CFLAGS -I$NDK_PATH/sysroot/usr/include/$TRIBLE $ADD_LIB_FLAGS -no-shared
/usr/bin/make

Building OpenSSL for iOS has never been easier than with version 1.1.1. Required software for this purpose is a decent Mac with XCode and XCode command line tools installed. I have wrapped the build process into two shell scripts here and here. Download your version of OpenSSL 1.1.1 here and place the tarball you have downloaded alongside these two shell scripts in a directory on your mac. Then open a terminal, navigate into this directory and execute this in order to make the shell script executable:

chmod +x build.sh

At the time this post was written, version 1.1.1i of OpenSSL was the most recent version, so if you have downloaded a newer version than that, edit build.sh and locate line 4 which looks like this:

OPENSSLVERSION=openssl-1.1.1i

change the value of this string to the name of the OpenSSL tarball you have without the trailing ".tar.gz".

After that, execute the buildscript on the command line:

./build.sh

This will really take some time, be prepared for half an hour or longer. At the very end, you will get a subdirectory with a multiplatform version (i386, x86_64, armv7, armv7s, arm64) of libssl.a and libcrypto.a in the "build/lib" subdirectory. The subdirectory "build" also contains the relevant header files in individual subdirectories for the different platforms.

 The license for these shell scripts of mine is the same as for OpenSSL, so nothing should change for you.

Unfortunately, in late 2019 the venerable msdn magazine's last issue appeared. In the mid nineties I had a subscription of its predecessor, the MSJ, which was later converted into an msdn magazine subscription. For archiving purposes I was looking for a way to download all past issues of msdn magazine in some easy way and decided to massage the download document on the web (which might disappear without any notice at any time) a bit in order to extract the raw download URLs. The result is this batch file that requires curl to be found via the PATH environment variable. It downloads a whopping 3.3GB of pdf and chm files that fit neatly on a writable 4.7 GB DVD. Download your copy of all msdn magazine articles before the download links go the way of all flesh...

The original and official page on the web that I parsed for getting all download links is this.