Entrust.net Wildcard SSL
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When configured for IFD, Dynamics CRM will be accessible at a URL in the following format: https://orgname.domain.com where orgname is the Organization name for the configured instance of Dynamics CRM. You will need to have your ISP configure this subdomain to point to your Dynamics CRM server’s external URL, ensure that the appropriate port is open on your corporate firewall, and deploy a wildcard SSL certificate on the Dynamics CRM Web site. (A wildcard SSL certificate enables the SSL protocol to encrypt traffic to subdomains, such as the orgname in the URL above.) Install a wildcard SSL certificate on the Dynamics CRM Front End (Web application) server. This certificate should be for a URL in the format of https://*. yourdomain.com . Installing an SSL certificate involves generating the request from the server, acquiring the certificate using the information generated, and installing the certificate. For more information, refer to the article “Configuring Server Certificates in IIS 7” on Microsoft TechNet: http://technet.microsoft.com/ en-us/library/cc732230(WS.10).aspx. Given the security risks involved in conducting business online, what does it take to make your Internet transactions and company communications safe? Industry leaders agree that the answer is the SSL certificate. Over 607,000 SSL certificates have been issued as of this writing. Companies using SSL certificates include 92 of the Fortune 100 companies and all of the RelevantKnowledge, Inc. Top 20 Commerce Sites.
You will be asked for a passphrase; use the same one you used earlier for simplicity. Enter all of the same information you supplied earlier. Make sure you enter your hostname in the Common Name prompt or the server certificate will not be valid. (If you were creating an SSL Certificate for the website https://host.example.com, you would enter the Common Name host .example.com.) NOTE You may specify wildcard values in the Common Name field as well. For example, you could enter *.example.com as the common name to create an SSL Certificate that would cover any subdomain of example.com like www.example.com, server.example.com, and so on. Be aware that if you do specify a wildcard like *.example.com, it won’t be valid if you’re trying to create a certificate for the root domain example.com. After entering an email address, you will be prompted for a challenge password. Just press [ENTER] twice; the challenge password and company name are optional. You will be returned to the command prompt. Don’t change the filename of the newly created newreq.pem file; the script will be looking for it later. 6. Create the signed certificate from the request and certificate authority files you just created. Use the following command to begin the certificate signing process: # ./CA.pl -signreq Enter the password you chose earlier. Answer Yes at the next two prompts to create a signed SSL Certificate. The signed SSL Certificate is in the current working directory and named newcert.pem. The private key file is also in the current directory and named newkey.pem. The certificate authority and private key certificates reside in the demoCA directory and are named cacert.pem and cakey.pem respectively. To make all of these files easily identifiable we’ll make copies of them using the following convention: commonName-filetype.pem. The following commands copy all certificates into the /usr/local/openssl/certs directory (replace host.example.com with your server’s hostname).
When working on the command line, you can use wildcard SSL Certificates SSL Certificate in many different contexts to help you find files or expressions. There are several types of wildcard SSL Certificates or meta characters used on the command line; unfortunately, the same wildcard SSL Certificate can have different meanings when working with different tools. Commands such as grep, sed, and awk use wildcard SSL Certificates in certain ways, and, in these commands, the patterns created using wildcard SSL Certificates and metacharacters are called regular expressions. This section deals with the type of wildcard SSL Certificates used in the shell for filename matching, in combination with such commands as or other basic commands. You may be wondering what globbing means. This strange word comes from the name of an old Unix program called glob, which expanded wildcard SSL Certificates in early versions of the Unix shell. Globbing means expanding wildcard SSL Certificates or metacharacters in filenames, and in certain shell options. There are only a handful of wildcard SSL Certificates that you can use to match filenames, but they are very powerful. Unlike regular expressions, these wildcard SSL Certificates only allow you to match characters within a given string, rather than matching the location of a search pattern in a line or at other locations. Wildcards help you locate files whose names match specific strings, or perform operations on a number of files with similar names. The simplest example is displaying information about selected files, limiting the display to files with specific strings in their names. If you have a directory that contains a large number of files and only want information about the ones whose names end with .txt, you can run the following command: