cdc:nos2.source:nam5871:nvfibrt
Table of Contents
NVFIBRT
Table Of Contents
- [00005] PROC NVFIBRT
- [00006] BUILD ROLLOUT TABLE
- [00009] BUILD ROLLOUT TABLE
Source Code
- NVFIBRT.txt
- *DECK NVFIBRT
- USETEXT TEXTSS
- USETEXT TXTANVF
- USETEXT TXVCBNV
- PROC NVFIBRT;
- # TITLE - BUILD ROLLOUT TABLE #
- BEGIN
- #
- ** NVFIBRT - BUILD ROLLOUT TABLE
- *
- * D.K. ENDO 82/04/26
- *
- * THIS PROCEDURE BUILDS THE ROLLOUT TABLE FOR NVF.
- *
- * PROC NVFIBRT
- *
- * ENTRY 1. NONE.
- *
- * EXIT 1. NONE.
- *
- #
- DEF MAX$RT # 03 #; # MAXIMUM NUMBER OF ENTRIES IN ROLLOUT TBL#
- ITEM I; # LOOP INDUCTION VARIABLE #
- CONTROL EJECT;
- # #
- # NVFIBRT CODE BEGINS HERE #
- # #
- #
- * CLEAR THE ROLLOUT TABLE.
- * ENTER THE NUMBER OF ENTRIES IN THE TABLE. FOR THE NSUP WORD AND
- * THE VCB FET, THE ROLLOUT FLAG, AND THE CPM BLOCK, ENTER THE
- * COMPLETE BIT POSTION AND THE ADDRESS, INTO THE TABLE.
- * SET COMPLETE BIT IN CPM REQUEST BUFFER.
- #
- FOR I=0 STEP 1 UNTIL NRT$
- DO
- BEGIN
- RT$WORD[I] = 0;
- END
- RT$EC[0] = MAX$RT;
- RT$BPOS[1] = 0;
- RT$WADD[1] = LOC(NSUP);
- RT$BPOS[2] = 59;
- RT$WADD[2] = LOC(VCBFET);
- RT$BPOS[3] = 59;
- RT$WADD[3] = LOC(CPMBUF);
- CPB$CBIT[0] = TRUE;
- RETURN; # **** RETURN **** #
- END # NVFIBRT #
- TERM
cdc/nos2.source/nam5871/nvfibrt.txt ยท Last modified: 2023/08/05 17:22 by Site Administrator