It seems a like a pretty fundamental question, in a running Servlet hosted on Domino I want to access Domino resources that I have wisely protected using the the very fine s
FacesContext
is JSF stuff and can be used from XAgent (=XPage).
In a servlet you can do this:
Session session = NotesFactory.createSession(null, "user", "password");
Server ID usually has no password and doing this will use the server ID:
Session session = NotesFactory.createSession();
Jason - I assume you basically want the same functionality you would get running a Web Query Save agent if you didn't select run as Web User selected, in other words as the signer of the code.
You could try setting up a internet site rule to allow basic authentication for the specific application path you wanted to use - might be worth using a subdomain for this.
Then within the Servlet call this URL, whilst setting the Basic authorization parameters (username & password).
Something like this.
URL url = new URL(URL_TO_CALL);
String authStr = "USERNAME:PASSWORD";
String authEncoded = Base64.encodeBytes(authStr.getBytes());
HttpURLConnection connection = (HttpURLConnection) url.openConnection();
connection.setRequestMethod("GET");
connection.setDoOutput(true);
connection.setRequestProperty("Authorization", "Basic " + authEncoded);
InputStream is = connection.getInputStream();
Check the source of the WebDav project on OpenNTF. It has all the code you need
com.ibm.domino.osgi.core.context.ContextInfo.getUserSession()
There have been lots of good answers to the original question. Thanks very much.
The solution I propose to use is to port the code I have to OSGi plugins. It appears that java code/Servlets within the NSF context are subject to security controls that are relaxed when the same code runs within the OSGi context. The code:
try {
NotesThread.sinitThread();
Session s = NotesFactory.createSession("","<my username>","<my password>");
.....
session = null;
} catch (Exception e) {
} finally {
NotesThread.stermThread();
}
Runs fine in the OSGI context, but within in an NSF produc