This library is configured to add the path ./repl to the source file search path in REPL mode, so that developers can
easily test using the Clojure REPL. To use this feature, first create two files: $HOME/.irods/.qa-jargon.json for QA,
and $HOME/.irods/.prod-jargon.json for production. Note that these files will contain sensitive connection information
for iRODS. Be sure to set the file permissions accordingly. Each file should look like this:
{
"host": "somehost.example.org",
"zone": "example",
"port": "1247",
"user": "someuser",
"password": "S0m3-P@$$w0rd",
"home": "/example/home",
"resource": "",
"max-retries": 10,
"retry-sleep": 1000,
"use-trash": true
}Once you have the files in place, you can easily create a Jargon configuration by calling either init-prod or
init-qa from clj-jargon.repl-utils:
user=> (require '[clj-jargon.repl-utils :as ru])
nil
user=> (def cfg (ru/init-prod))
#'user/cfg
Once you have the configuration map, you can use it to obtain information about items in the data store:
user=> (require '[clj-jargon.init :refer [with-jargon]])
nil
user=> (require '[clj-jargon.item-info :refer [stat]])
nil
user=> (with-jargon cfg [cm] (stat cm "/example/home/a"))
{:id "/example/home/a", :path "/example/home/a", :type :dir, :date-created 1398189130000, :date-modified 1610580321000}
The repl directory is also included in .gitignore so that you can add additional namespaces to it without having to
worry very much about accidentally including them in a commit. This can be very helpful if you have an editor that can
interactively run Clojure code.