Grant Holman
New Member
Hi,
Consider the following:
A Unix box runs 20 WebSpeed Agents and the PROPATH points to a single .PL that contains all application R-code.
If the PL is a STANDARD type then each Agent will have its own execution buffer handling its own instance of the PL file (i.e. effectively 20 instances of the PL file).
If the PL is a SHARED MEMORY type then all 20 Agents will only use ONE shared instance of the PL.
Is the above correct? And If so am I right in saying that the shared memory version will use less system memory and be faster than a standard version.
Cheers
Grant
Consider the following:
A Unix box runs 20 WebSpeed Agents and the PROPATH points to a single .PL that contains all application R-code.
If the PL is a STANDARD type then each Agent will have its own execution buffer handling its own instance of the PL file (i.e. effectively 20 instances of the PL file).
If the PL is a SHARED MEMORY type then all 20 Agents will only use ONE shared instance of the PL.
Is the above correct? And If so am I right in saying that the shared memory version will use less system memory and be faster than a standard version.
Cheers
Grant