Get the latest stable jdk for your architecture as part of the OS distribution or from from the Oracle web site (where it is known as Java SE and you want the JDK download).
You must use at least JDK 1.8.
You need to ensure that it is in the PATH of the person running glassfish. You should ensure that java, javac, jps, keytool etc are all available.
Designate an account for running glassfish. This is called here “the glassfish account” though the user name does not have to be glassfish. It is recommended to obtain the platform independent zip file (without jdk) and unpack it into the home directory of the glassfish account. Avoid using installers. After unpacking add the bin directory to the PATH of the user as indicated in the table below. Glassfish 4.0 is currently recommended.
|Tested distribution||PATH component|
Ensure that “hostname -f” returns a sensible result.
Then run setup-glassfish.py which takes as arguments the name of the domain you wish to create, the amount of memory to allow for the Java heap in glassfish and optionally a password. If you don’t specify a password you will be prompted for it once without echoing. To use 75% of the available memory specify 75% as the second parameter otherwise write 2048m or, equivalently 2g. For the script to work properly the glassfish default ports should all be available.
Note that there was an error in this script which prevented Glassfish 4.1.1 being used. So make sure you use an up to date copy.
If you wish, go to http://localhost:4848 you will be redirected to https and will be able to login as admin to see from the GUI how the server is configured.
As an alternative to running the script you can issue the commands within that script manually. When you create the domain you will be asked to specify the admin username and password. Do not use the default empty password.
Since glassfish 4 it is has been possible to specify a deployment order for applications deployed within glassfish. This can ensure that, for example, authenticators are deployed before ICAT. The default sequence number is 100 and components with a lower deployment order will be started before those with a higher value. New releases of ICAT components will deploy authenticators, icat, ids and ijp as 80, 100, 120 and 140 respectively. There is also a script: fix-deployment-order.py which may be used on existing deployments of glassfish 4.
Depending upon your installation it is possible that the ports normally used by glassfish (4848 and 8181) are blocked. If this is the case allow the ports to be used. How you do this is platform dependent.
To allow Glassfish to make use of a web proxy when making outgoing calls use asadmin to identify the host and port to be used. For example:
asadmin create-jvm-options -Dhttp.proxyHost=wwwcache.rl.ac.uk asadmin create-jvm-options -Dhttp.proxyPort=8080
If you have a “genuine” SSL certificate from a trusted provider to install, follow the instructions at: certificate.
If you don’t have a trusted certificate then any java application seeking to use the glassfish will need to be told to trust it. Go to the config directory for your domain and:
keytool -export -keystore keystore.jks -file cert.der -storepass changeit -alias s1as
will extract the certificate to a file called cert.der. The keystore password is by default “changeit”. Then go to the jre/lib/security directory for the jdk you will use and if jssecacerts does not exist:
cp cacerts jssecacerts
which leaves the original cacerts unchanged. However jssecacerts will be used in preference to cacerts. Then:
keytool -import -keystore jssecacerts -file <cert.der> -storepass changeit -alias <full host name> -noprompt
where <cert.der> identifies the exported certificate and the recommended alias is the fully qualified name of the machine you are trusting.
You may also choose to convert the certificate to pem format for use with a Python client:
openssl x509 -in cert.der -inform der -out cert.pem
Expired cacerts appear to do not harm except for cluttering the server.log. To get rid of them go to the config directory for your domain and:
keytool -delete -keystore cacerts.jks -alias gtecybertrustglobalca -storepass changeit keytool -delete -keystore cacerts.jks -alias gtecybertrust5ca -storepass changeit
for each offending certificate. The keystore password is by default changeit.
Your chosen database jars must be installed in the lib/ext directory of your domain. These files will have names such as: mysql-connector-java-5.1.21-bin.jar (for MySQL) and ojdbc6.jar (for Oracle). After installing these jars glassfish must be restarted. It is recommended to use asadmin stop-domain followed by asadmin start-domain to achieve this.
Problems starting glassfish
In some circumstances glassfish may refuse to start. A series of dots will appear on the screen and after about four rows will time out. This is less likely to occur with Glassfish 4 provided that deployment orders are sensible. To get round this problem:
- determine which is the bad component by looking at the end of the server.log to see what it is was trying to load
- edit domain.xml in the config directory – find the line in the section
starting with <application-ref ref=”… for the troublesome component and disable it it by inserting “enabled=”false” so that the line now starts: <application-ref “enabled=”false” ref=”…
- start the domain with asadmin start-domain ...
- enable the component with asadmin enable ...
To avoid the problem if you need to stop and start the domain, disable the troublesome component before stopping it and enable it after starting the domain.