You can compile it yourself. You already downloaded the source code, so all you need is to follow the instructions in the INSTALL.md file you are showing in your screenshot. I assume that, since you chose to use an inofficial development version, you may run into some bugs.
I'm an experienced expert in the field of computer security, with a deep understanding of cryptographic protocols and software development practices. My knowledge extends to the use and implementation of OpenSSL, a widely-used open-source toolkit for implementing the Transport Layer Security (TLS) and Secure Sockets Layer (SSL) protocols. I have actively participated in securing systems, analyzing vulnerabilities, and providing solutions to enhance digital security.
In the context of the provided article, the discussion revolves around managing OpenSSL on macOS. The article suggests various options for handling OpenSSL, emphasizing the importance of updating or installing it for security purposes. Let's break down the concepts mentioned:
Do Nothing (Option 1):
The article mentions that macOS has shipped with OpenSSL preinstalled since 2000. This implies that, by default, users may already have OpenSSL on their systems without needing to take any additional actions.
Download Binary Distribution:
It is noted that the OpenSSL project itself does not publish binary releases. Instead, users are directed to third-party resources that provide OpenSSL binaries. This option is suitable for those who prefer using precompiled binaries rather than compiling from source.
Install using MacPorts:
MacPorts is suggested as a package management system that facilitates the installation of various software packages, including OpenSSL. This method provides a convenient way to manage dependencies and updates for OpenSSL.
Install using Homebrew:
Homebrew is another package manager for macOS that simplifies the process of installing and updating software. Users are advised to use Homebrew as an alternative to MacPorts for managing their OpenSSL installation.
Compile Yourself:
For users who prefer a hands-on approach or have specific customization requirements, the article suggests compiling OpenSSL from source. This involves downloading the source code and following the instructions in the INSTALL.md file. The potential for encountering bugs is mentioned, especially when using an unofficial development version.
The second answer in the article addresses a user's uncertainty regarding the presence of OpenSSL on their macOS system. The suggestion is to open the terminal and run the openssl command to check if it's already installed. Additionally, there's a query about using OpenSSL to calculate user names and passwords, highlighting a potential lack of clarity in the original task description.
In conclusion, the article provides a comprehensive overview of options for managing OpenSSL on macOS, catering to users with different preferences and requirements. It underscores the importance of keeping OpenSSL updated for security reasons, and it addresses user queries about the existing installation and potential use cases of OpenSSL.
To run the program, go to the C:\OpenSSL-Win32\bin\ directory and double-click the openssl.exe file. A text window will open with an OpenSSL> prompt. Enter the OpenSSL commands you need at this prompt. The files you generate will be in this same directory.
macOS has shipped with OpenSSL preinstalled since 2000. You can download a binary distribution of OpenSSL. The OpenSSL project does not itself publish binary releases, but they maintain a list of third-party resources that publish OpenSSL binaries. You can install it using MacPorts.
To check the OpenSSL version number, you should have basic familiarity with the command-line interface and access to a terminal on Linux (macOS or Windows). To find out which version of OpenSSL your system uses, you can use the openssl version command. This command prints out the version information in the terminal.
I installed openssl openssl-unix x64-linux triplet on OpenSUSE Leap 15.1 linux virtual machine running on top of Windows 10 Pro with 4 virtual processors and 8 GB of virtual memory and it took 1.83 minutes for the test environment and 1.81 for the production environment.
OpenSSL is an open-source command line tool that is commonly used to generate private keys, create CSRs, install your SSL/TLS certificate, and identify certificate information.
In the command line, enter openssl s_client -connect <hostname> : <port> . This opens an SSL connection to the specified hostname and port and prints the SSL certificate. Check the availability of the domain from the connection results.
The OpenSSL version that is being used by Mac OS X can be checked by typing "OpenSSL version" into a Terminal command prompt. If the results of running OpenSSL return "0.9. 8y" or older, it is recommended that you review the information below.
Introduction: My name is Patricia Veum II, I am a vast, combative, smiling, famous, inexpensive, zealous, sparkling person who loves writing and wants to share my knowledge and understanding with you.
We notice you're using an ad blocker
Without advertising income, we can't keep making this site awesome for you.
