Directory Size (-D)
- Last Updated: February 11, 2026
- 2 minute read
- OpenEdge
- Version 13.0
- Documentation
Directory Size (-D)
Use Directory Size (-D) to change the number of compiled procedure
directory entries.
| Operating system and syntax | UNIX / Windows |
-D
n
|
||
|---|---|---|---|---|
| Use with | Maximum value | Minimum value | Single-user default | Multi-user default |
| Client Session | 2,147,483,647 | 5 | 1000 | 1000 |
- n
-
The number of compiled procedure directory entries.
Each compiled procedure executed during an OpenEdge session requires a directory entry. A compiled procedure can be a session-compiled version of a procedure or a precompiled r-code version.
When the AVM creates a session-compiled version of a procedure and there is no available space in the directory, it discards the oldest inactive compilation of a procedure. The next time the discarded procedure is run, the AVM must recompile it if it was a session compile, or reopen and reread it if it was a precompiled r-code version.
The -D limit is a soft limit. If your application needs to exceed the
limit, OpenEdge automatically increases the number of directory entries by 50 percent and
dynamically allocates memory for the expanded array. (Use the Statistics (-y) parameter to check the current directory size
(-D) value.) When the limit is reached, OpenEdge issues a
WARNING message, which is written to the current output (if there is
current output) and to the log file (LG).
You can force OpenEdge to adhere to the specified directory size (-D) limit by starting the session with the startup parameter.
When you use the Hardlimit (-hardlimit) startup parameter,
OpenEdge issues a WARNING message when you exceed the
directory size limit. It also issues a message that a resource limit was reached and raises
an untrappable STOP condition. Note that -hardlimit also enforces the limits set by the Local Buffer Size (-l), the Maximum Memory (-mmax), and the Nested Blocks (-nb) startup
parameters, so the STOP condition is raised when any of the
specified limits are reached.