*DECK TXINNVF
PROC TXINNVF;
# TITLE TXINNVF - SYMPL TEXT FOR NVF INITIALIZATION ROUTINES. #
#
* DATE 82/10/04.
#
CONTROL STEXT;
BEGIN # TXINNVF #
#
** WDFNV - WORKLIST DEFINITIONS.
*
* THIS DEFINES THE SYMBOLS TO BE USED IN MAKING
* WORKLIST REQUESTS.
* THE ORDER IN THE STATUS LIST SETS THE PRIORITY OF THE WORKLIST
* REQUEST, FIRST IS THE HIGHEST PRIORITY, LAST IS LOWEST PRIORITY.
*
* ORIGINALLY THE DESIGN OF NVF SPECIFIED THAT THE ORDER IN THIS
* STATUS LIST SHOULD NOT EFFECT HOW NVF WOULD WORK. IN OTHER
* WORDS THE PRIORITY IN WHICH WORKLISTS ARE PROCESSED SHOULD NOT
* EFFECT NVF WORKING CORRECTLY. THIS HAS SINCE BEEN VIOLATED.
* THE *NCDQE* HAS BEEN PUT BEFORE *NTDQE* AND *NADQE* HAS BEEN
* PUT BEFORE *NSDQE* BECAUSE THERE SEEMED TO BE NO OTHER WAY OF
* SOLVING THE PROBLEM. IF THERE IS ANY NEED TO CHANGE THE ORDER
* OF THIS STATUS LIST, THEN THE ABOVE MENTIONED PRIORITIES NEED
* TO BE KEPT INTACT.
#
STATUS WWDF
SCRTR, # SS RETURN-TIMER-REQUEST #
SACNI, # SS CONTROL-NETWORK-INTERFACE #
SOEOP, # SS EXECUTE-OVERLAY-PROGRAM #
NCDQE, # NVF DISPATCH-C-LAYER-Q-ENTRY #
NTDQE, # NVF DISPATCH-T/A-QUEUE-ENTRY #
NTICR, # NVF ISSUE-CPM-REQUEST #
NVRVF, # NVF READ-VCB-FILE #
NADQE, # NVF A-A QUEUE DISPATCH #
NAIAP, # NVF A-A OUTCALL SM QUEUE #
NSDQE, # NVF DISPATCH-APPL-QUEUE-ENTRY #
NOAPE, # NVF ACTION-HOP-PROTO-EVENTS #
NOROC, # NVF RECOGNIZE-OPERATOR-COMMAND#
NVPSR, # NVF PROCESS-VCB-SS-REQUESTS #
NOLNE, # NVF LOG NETWORK EVENTS #
NOFVD, # NVF PREPARE STATUS SERACH #
NOPPC, # NVF PREPARE PROGRAM CONTROL #
NICNE, # NVF COMPLETE NVF EXECUTION #
NARAP, # NVF A-A INCALL SM QUEUE #
DUMMY, # DUMMY-ENTRY-FOR-DISABLING #
;
#
** NVFODF - NVF PRIMARY OVERLAY DEFINITIONS.
*
* THIS STATUS LIST DEFINES THE PRIMARY OVERLAY NUMBERS FOR NVF.
* THESE OVERLAY NUMBERS ARE USED BY THE EXECUTION SEQUENCING
* ROUTINES TO IDENTIFY THE REQUIRED OVERLAY WHEN AN OVERLAY TYPE
* WORKLIST REQUEST IS PROCESSED. THE STATUS LIST ORDER MUST BE
* SYNCHRONIZED WITH THE *OVERLAY* LOADER DIRECTIVES IN THE SOURCE
* CODE.
#
STATUS NVFODF # NVF OVERLAY NUMBERS #
NMAIN, # (0,0) - T-A CONN, SERVICES + SCHED CODE #
NLAAC, # (1,0) - A-A CONNECTION OVERLAY #
NLAEP, # (2,0) - APPLICATION/EVENT OVERLAY #
NLOPC, # (3,0) - OPERATOR COMMAND OVERLAY #
NLOPE, # (4,0) - OPERATOR EVENT OVERLAY #
NLIAP, # (5,0) - A-A OUTCALL OVERLAY #
NLRAP, # (6,0) - A-A INCALL OVERLAY #
;
#
* THE FOLLOWING SEVERAL STATUS LISTS DEFINE THE ENTRY POINT NUMBERS
* FOR THE VARIOUS OVERLAYS DEFINED BY THE PRECEEDING STATUS LIST.
* WHEN EXECUTION IS TRANSFERRED TO AN OVERLAY, THE ENTRY POINT
* NUMBER IS PASSED TO THAT OVERLAY SO THAT THE OVERLAY CAN SWITCH
* TO THE REQUIRED ROUTINE.
#
#
* EPAAC - ENTRY POINT DEFINITIONS FOR A-A CONNECTION OVERLAY.
#
STATUS EPAAC # (1,0) OVERLAY ENTRY POINT NUMBERS #
NADQE # DISPATCH A-A INPUT QUEUE ENTRY #
;
#
* EPAEP - ENTRY POINT DEFINITIONS FOR APPLICATION AND EVENT
* PROCESSING OVERLAY.
#
STATUS EPAEP # (2,0) OVERLAY ENTRY POINT NUMBERS #
NSDQE, # DISPATCH APPLICATION STATUS QUEUE ENTRY #
NOLNE, # LOG NETWORK EVENTS #
NICNE, # COMPLETE NVF EXECUTION #
;
#
* EPOPC - ENTRY POINT DEFINITIONS FOR OPERATOR COMMAND OVERLAY.
#
STATUS EPOPC # (3,0) OVERLAY ENTRY POINT NUMBERS #
NOROC, # RECOGNIZE OPERATOR COMMAND #
;
#
* EPOPE - ENTRY POINT DEFINITIONS FOR OPERATOR EVENT PROCESSING
* OVERLAY.
#
STATUS EPOPE # (4,0) OVERLAY ENTRY POINT NUMBERS #
NOAPE, # ACTION PROTOCOL EVENT #
NOPPC, # PERFORM PROGRAM CONTROL COMMANDS #
NOFVD, # FORMAT VCB DATA (INTO USER:/TERM: LINE) #
;
#
* EPIAP - ENTRY POINT DEFS FOR A-A OUTCALL REQUEST OVERLAY.
#
STATUS EPIAP # (5,0) OVERLAY ENTRY POINT NUMBERS #
NOIAP, # MAIN DISPATCHER #
;
#
* EPRAP - ENTRY POINT DEFS FOR A-A INCALL REQUEST OVERLAY .
#
STATUS EPRAP # (6,0) OVERLAY ENTRY POINT NUMBERS #
NORAP, # MAIN DISPATCHER #
;
END # TXINNVF #
TERM