The new function will call this entry point.
(defun aLibrarian(aGor)
Pvars: (myIndex myOR myResident myParent)
|
Returns: ---
|
Receive abortTransaction function calls here.
| (defun abortTrans() ...)
|
Returns: ---
|
Receive beginTransaction function calls here.
| (defun beginTrans()...) |
Returns: ---
|
Receive commitTransaction function calls here.
| (defun commitTrans()...) |
Returns: ---
|
Manage clear function calls here.
| (defun doClear() ...) |
Returns: ---
|
Receive length function calls here.
| (defun len() ...) |
Returns: ---
|
Receive ref one index function calls here.
| (defun ref1(ix1) ...) |
Returns: ---
|
Receive ref two index function calls here.
| (defun ref2(ix1) ...) |
Returns: ---
|
Receive ref three index function calls here.
| (defun ref3(ix1) ...) |
Returns: ---
|
Receive set one index function calls here.
| (defun set1(ix1) ...) |
Returns: ---
|
Receive set two index function calls here.
| (defun set2(ix1) ...) |
Returns: ---
|
Receive set three index function calls here.
| (defun set3(ix1) ...) |
Returns: ---
|
Save the Parent Lambda at new or attach time.
| (setq myParent (myself)) |
Returns: ---
|
Set false if the Lambda is NOT to reside on disk.
| (setq myResident false) |
Returns: ---
|
end aLibrarian
Notes and Hints
A librarian Lambda completely controls how an ObjectRepository is viewed by the other
intelligent Lambdas, end users, and by Analytic Information Server. Normally an ObjectRepository
has a simple associative memory database schema, but attaching a librarian Lambda can give the
ObjectRepository an entirely different database schema (see the detachLibrarian function
for removal of a librarian Lambda).
Hint: The ObjectRepository will place its Repository Index (always a Directory object) in the
Lambda's persistent variable myIndex. If the ObjectRepository is not open, the Lambda's myIndex
variable will be set to #void; otherwise myIndex will point to the ObjectRepository
Repository Index
