C\ This subroutine processes each entry returned by QSYLOBJP
C\
C\
C\ Do until the list is complete
C\
C MOVE QUSIS LST_STATUS 1
C\
C LST_STATUS DOUEQ 'C'
C\
C\ If valid information was returned
C\
C QUSIS IFEQ 'C'
C QUSIS OREQ 'P'
C\
C\ and list entries were found
C\
C QUSNBRLE IFGT ð
C\
C\ set LSTPTR to the first byte of the User Space
C\
C EVAL LSTPTR = SPCPTR
C\
C\ increment LSTPTR to the first List entry
C\
C EVAL LSTPTR = %ADDR(ARR(QUSOLD + 1)) .5/
C\
C\ and process all of the entries
C\
C DO QUSNBRLE .6/
C EXCEPT OBJ_ENTRY
C\
C\ after each entry, increment LSTPTR to the next entry
C\
C EVAL LSTPTR = %ADDR(ARR(QUSSEE + 1)) .7/
C END
C END
C\
C\ If all entries in this User Space have been processed, check
C\ if more entries exist than can fit in one User Space
C\
C QUSIS IFEQ 'P'
C\
C\ by resetting LSTPTR to the start of the User Space
C\
C EVAL LSTPTR = SPCPTR
C\
C\ and then incrementing LSTPTR to the Input Parameter Header
C\
C EVAL LSTPTR = %ADDR(ARR(QUSOIP + 1))
C\
C\ If the continuation handle in the Input Parameter Header is
C\ blank, then set the List status to Complete
C\
C QSYCVðð IFEQ \BLANKS
C MOVE 'C' LST_STATUS
C ELSE
C\
C\ Else, call QSYLOBJP reusing the User Space to get more
Appendix B. Original Examples in Additional Languages B-109