How about properties that are dynamic and depend on the environment eg: changing JAAS passwords or data source host at runtime? Similarly to build-phase props, the dynamic runtime props will also be applied in alphabetic order, so you can also use numeric prefixes to guarantee dependent props are applied in an adequate order.
When the container is started by using the IBM WebSphere Application Server traditional image, it takes the following environment variables:. Skip to content. Star Permalink master. Branches Tags. Could not load branches. Could not load tags. Docker Hub Image Building an application image Best practices Adding properties during build phase Adding an application and advanced configuration during build phase Installing iFixes Logging configuration Running Jython scripts individually Runtime configuration How to run this image Running the image by using the default values Running the image by passing values for the environment variables Retrieving the password How to check the WebSphere Application Server installed level and ifixes Checking the logs Stopping the Application Server gracefully.
I'd recommend checking out this redbook , particularly Chapter 8 which describes how you can configure your app server with scripts. Also I seem to recall plans to display the equivalent scripting commands in the admin console. In the past I've used xml config to read values for convenience, but not often to update.
Instead I have made use of some of the jython script options available and can echo Jim's response to check out the options there in case there is something that would be a viable alternative. Edit: There is another link that may be of interest Configuring data access with wsadmin scripting. I've not used this particular feature of wsadmin myself but it does appear to show promise at first glance.
If you want to write a script, then rather than looking at file system write a proper jython script, which will do your modifications in the similar way as you would do it via console. Stack Overflow for Teams — Collaborate and share knowledge with a private group. Create a free Team What is Teams?
Collectives on Stack Overflow. Learn more. The number of session objects that have been forced out of the cache. A least recently used LRU algorithm removes old entries to make room for new sessions and cache misses. Applicable only for persistent sessions. The time ms taken in reading the session data from the persistent store.
For multirow sessions, the metrics are for the attribute; for single row sessions, the metrics are for the entire session. When using a JMS persistent store, only available if replicated data is serialized. Size of the session data read from persistent store.
Applicable only for serialized persistent sessions; similar to external Read Time. The time milliseconds taken to write the session data from the persistent store. Applicable only for serialized persistent sessions. Similar to external Read Time. The size of the session data written to persistent store. Shown as request. The number of requests that are received for sessions that were last accessed from another web application. This value can indicate failover processing or a corrupt plug-in configuration.
The percentage of time that the database manager did not need to load a page from disk to service a column-organized table data page request. Shown as percent. The number of data pages read from the physical table space containers for temporary, regular and large table spaces.
The number of data pages read from the logical table space containers for temporary, regular and large table spaces. The total number of data pages read from the table space containers for temporary, regular and large table spaces. The percentage of time that the database manager did not need to load a page from disk to service a data page request. The number of index pages read from the physical table space containers for temporary, regular and large table spaces.
The number of index pages read from the logical table space containers for temporary, regular and large table spaces. The total number of index pages read from the table space containers for temporary, regular and large table spaces. The percentage of time that the database manager did not need to load a page from disk to service an index page request. The number of data pages for XML storage objects XDAs read from the physical table space containers for temporary, regular and large table spaces.
The number of data pages for XML storage objects XDAs read from the logical table space containers for temporary, regular and large table spaces. The total number of data pages for XML storage objects XDAs read from the table space containers for temporary, regular and large table spaces.
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