It is important to have this in mind when debugging your setup.
In that case Step 2 above will give you /usr/bin/java -> /System/Library/Frameworks/amework/Commands/javaĪnd that particular java binary is a stub which will resolve the actual java command to call by consulting the JAVA_HOME environment variable and, if it's not set or doesn't point to a Java home directory, will fall back to calling java_home.
#How to find file path in mac install#
If usr/bin/java points to another symbolic link, recursively apply the same approach with ls -l Īn important variation is the setup you get if you start by installing Apple's Java and later install Oracle's. On my system, this outputs /usr/bin/java -> /Library/Java/JavaVirtualMachines/jdk1.7.0_25.jdk/Contents/Home/bin/javaĪnd therefrom you can read the Java home directory If that gives you something like /usr/bin/java, which is a symbolic link to the real location, run ls -l `which java` ), with the ability to explicitly specify the desired Java version and architecture, or even request the user to install it if missing.Ī more pedestrian approach, but one which will help you trace specifically which Java installation the command java resolves into, goes like this: If you check out its help text ( java_home -h), you'll see that you can use this command to reliably start a Java program on OS X ( java_home -exec. Begin editing your hosts file to add the new IP. Access your /etc/hosts folder using a text editor such as Nano.
As we discussed in this post, you can find and edit your Mac hosts file by following these four simple steps: Open the Terminal application on your Mac computer. This is the natively supported way to find out both the path to the default Java installation as well as all alternative ones present. When that’s the case, you can do so via your Mac’s hosts file. The best generic way to find this out is to run /usr/libexec/java_home The location has changed from Java 6 (provided by Apple) to Java 7 and onwards (provided by Oracle).