![]() ![]() All you have to do is run the tool passing the directory to scan. ![]() The tool is available for Windows, Linux, and macOS systems. The folks at LunaSec (an open-source data security platform) developed an open-source tool to scan directories and find files that have a matching hash to vulnerable Log4j dependencies. It can be used with Grype which scans container images and filesystems for vulnerabilities through multiple levels of nesting. Step4: Make sure the checkbox is clicked, then click on install/update. If not, click on the ‘specify location’ and provide the path of your STS/Eclipse installation. Syft is a CLI tool and Go library for generating a Software Bill of Materials (SBOM) from container images and filesystems. Step3: It will automatically find the locations of installation of STS/Eclipse. In more complex projects with a large number of JAR files, you can use tools such as Syft and Grype. I encourage you to do the same in any open-source project you find and that includes a vulnerable dependency. Note that if your /etc/hosts file does not include an entry for your computer’s hostname, then many unit tests may execute slowly due to DNS lookups to translate your hostname to an IP address in InetAddress::getLocalHost. Even though Logback is included as a test dependency in the MariaDB driver, I sent a pull request on GitHub to update it. To build and install Log4j in your local Maven cache, from the parent project directory, and using Java 7 or 8, run: mvn install. I checked the version used by the connector and found that it used 1.3.0-alpha10. Although Logback is not affected by Log4Shell, it has a related vulnerability (of much lesser severity, no need to panic) fixed in version 1.2.8 and 1.3.0-alpha11. ![]() ![]() This shows that the MariaDB JDBC driver uses Logback as a logging framework. ![]()
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