![]() Openssl genrsa -des3 -out ~/ssl/rootCA.key 2048 Next, paste the following line which will generate a RSA private key: Which will show all files in the ~/ssl/ directory. You can verify the files are in the directory by typing KeyUsage = digitalSignature, nonRepudiation, keyEncipherment, dataEncipherment You can change these attributes to reflect those of your own organization:įollowed by an enter. Next up, create a file named by using your text editor of choice, in this case, I’m using viĪnd copy the following information (for more information about what each field after does, refer to this guide by Oracle). We now need to enter that directory by typing: This will create a directory called ssl in your root folder. Open up a terminal and type the following: The following steps need to be taken to create a certificate with SAN for localhost: Generating the certificate This does involve some messing around with the command line but is not too hard to do. Getting a certificate with the right properties can be a daunting task, but luckily Alexander Zeitler has written a guide on how to generate a certificate with a Subject Alternative Name. Since Chrome 58, certificates for use on localhost need to have a SAN, Subject Alternative Name. Generating a self-signed certificate for local use It combines free software such as Apache, NGINX, and MySQL and is the software of choice here at Really Simple SSL headquarters. MAMP is a one-click solution for macOS and Windows for setting up a local development environment. The instructions are based on macOS Sierra 10.12.5, using MAMP (Apache) and Chrome 59. This guide will walk you through all the necessary steps to get a working certificate on localhost. If you enter “/subDirectory” in this field, you will be taken to the “/Applications/MAMP/htdocs/subDirectory” folder via your default web browser (“ you do development on your own machine, then deploy to production, and you have an SSL certificate on your site, it is useful to have SSL on your localhost environment. You can learn more about OPcache here.Ī link to this address (URL or directory) will appear on the top menu of your WebStart page. OPcache improves PHP performance by storing precompiled script bytecode in shared memory, thereby removing the need for PHP to load and parse scripts on each request. You can learn more about eAccelerator here. You can learn more about APC here.ĮAccelerator a free open-source PHP accelerator & optimizer. The Alternative PHP Cache (APC) is a free and open opcode cache for PHP. Select this option if no PHP cache module should be used. In the “Tools” menu of the WebStart page you will find links to the corresponding user interfaces. Several caches provide a user interface to help analyze and profile your code. A particular cache is not available for the current PHP version if it is not enabled. Enabling a cache extension does not necessarily translate into greater execution speed. PHP has several cache extensions that can help speed up execution in certain circumstances. ![]() The Apache/Nginx and MySQL servers will be stopped automatically when you quit MAMP. Here you can define what should be done automatically when MAMP is quitted. ![]() See the WebStart section for more information. The WebStart page will automatically open at the startup of MAMP when you select this option. As soon as an update is available, you will be informed in MAMP. ![]() If you activate this checkbox, MAMP will automatically search for updates. The Apache/Nginx and MySQL servers will start automatically when you launch MAMP. Here you can define what should be done automatically when MAMP is started.
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