This sets all SSL options for all your pages in a centralized place. Add the following element to the WEB-INF/web.xml file: For this reason, it’s wise to select the application that should offer secure SSL connections. This can cause unwanted server load, which can affect the performance of your system. When you enable SSL/HTTPS in Apache Tomcat server.xml file it configures all files to run as both safe and insecure pages. The page should open over the secure HTTPS protocol. Next, restart the Tomcat and open in your browser to confirm HTTPS/SSL setup. When using APR, the “SSLCertificateKey” and “SSLCertificateFile” attributes should replace the KeystoreFile attribute. Modify the entry as follows to enable Apache Tomcat to utilize the APR OpenSSL instead of JSSE: The APR also was known as Tomcat’s native library is the best practice especially if you are using Tomcat as a standalone server. On the other hand, if you are experienced and know how APR works this option will work for you. To locate the connector, you should search for the following line: The connector of interest is the one on port number 8443. In the text editor open: /conf/server.xml The first thing when directing Tomcat server to utilize SSL is configuring its SSL connectors. Step 4: Configure Apache Tomcat to utilize the Secure Socket Layer Once that is done, you can rest assured that your keystore is fully functional and certified. Next import the new certificate using the command below: $keytool-import -alias -keystore -file To import your Root Certificate use the following command: keytool -import -alias root -keystore -trustcacerts -file [path/to/the/root_certificate Your Certificate Authority avails instructions to download your Root Certificate. Import the certificate together with the new site’s certificate into the keystore. This certificate helps you anchor the certificate’s trust chain. Next, download your Root Certificate from the Certificate Authority. It initiates an extra handshake via your CA as specified in the site’s certificate. SSL automatically authenticates the validity of a website’s certificate using “ trust chain”. The file should be submitted to your Certificate Authority the CA will use the file to create your unique certificate which can u be downloaded using the given instructions. Run the following command: $JAVA_HOME/bin/keytool -certreq -keylag RSA -alias -file.csr -keystroke Ī file yourcertificatename.csr will be created. You can leverage the power of the Java Keytool to generate the CSR, as well. The CSR is what your Certificate Authority (CA) will use to create the SSL certificate. Once you have created the keystore, the next step is generating the CSR. The following will be the location of the file: Note: I have used strongpass as my password. Provide the correct answer to all the questions: Select a strong password and keep it secure (don’t forget the password). Next, you will be requested to provide a password for your keystore. Make sure to substitute the appropriate syntax for your operating system (OS) and use your ideal Keystore path> and Alias. Run the command below: "%JAVA_HOME%\bin\keytool" -genkey -alias tomcat -keyalg RSA Depending on the computer you are using open the terminal using the command:
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