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cdc:nos2.source:nam5871:ns_main

Table of Contents

NS$MAIN

Table Of Contents

  • [00051] NS INITIALIZATION OVERLAY
  • [00061] NS CONTROL CARD CRACKER OVERLAY
  • [00071] NS NETON OVERLAY
  • [00081] NS BUILD NODE CONNECTION TABLE OVLY
  • [00091] NS BUILD NPU TABLE OVERLAY
  • [00101] NS INITIATE NPU DUMP INDEX OVERLAY
  • [00111] NS HOST INTERFACE OVERLAY
  • [00121] NS HOP BREAK PROCESSOR OVERLAY
  • [00131] NS HOP END PROCESSOR OVERLAY
  • [00141] NS HOP CMD PREPROCESSOR OVERLAY
  • [00151] NS FILE COMMAND PROCESSOR OVERLAY
  • [00161] NS HISTORY COMMAND PROCESSOR OVERLAY
  • [00171] NS NOFILE COMMAND PROCESSOR OVERLAY
  • [00181] NS STATUS COMMAND PROCESSOR OVERLAY
  • [00191] NS K DISPLAY DIAGNOSTIC OVERLAY
  • [00201] NS HOP PAGE PROCESSOR OVERLAY
  • [00211] NS PROGRAM COMMAND PROCESSOR OVERLAY
  • [00221] NS HOP START PROCESSOR OVERLAY
  • [00231] NS K-DISPLAY MANAGER OVERLAY
  • [00241] NS NPU ABNORMAL RESPONSE PROCESSOR
  • [00251] NS ERROR PROCESSOR

Source Code

NS$MAIN.txt 
  1. *DECK NS$MAIN 
  2.           IDENT  NS 
  3.           COMMENT  NS NETWORK SUPERVISOR
  4. OPL       XTEXT  COMCCMD
  5.           ENTRY  NS 
  6.           ENTRY  ARG
  7.           ENTRY  ACT
  8.           SYSCOM
  9.  
  10.           LCC    OVERLAY(NS,0,0,OV=24)
  11.           LDSET  USEP=GETTSB       FORCE LOAD OF TSB MANAGER PROC-S INTO
  12.           LDSET  USEP=GIVETSB        THE MAIN OVERLAY 
  13.           LDSET  USEP=EXINCSZ 
  14.           LDSET  USEP=MOVEOK
  15.           LDSET  USEP=MEMREQ
  16.           LDSET  USEP=EXREDUC 
  17.           LDSET  USEP=RETTSB
  18.           LDSET  USEP=REQTSB
  19.           LDSET  USEP=SQUEEZE 
  20.           LDSET  USEP=TSBINFO 
  21.           LDSET  USEP=TSBINIT 
  22.           LDSET  USEP=XFLMGR
  23.  
  24.           EXT    NS$NSI 
  25.           EXT    NS$EXC 
  26.           EXT    NS$RPV 
  27. ARG       EQU    ARGR 
  28. ACT       EQU    ACTR 
  29.  
  30. NS        BSS    0
  31.           SB1    1
  32.           REPRIEVE RPVADDR,SET,77B
  33.           MESSAGE BLDMSG,0,R
  34.           RJ     NS$EXC 
  35.  
  36. NSABT     BSS    0
  37.           RJ     NS$RPV 
  38.           REPRIEVE RPVADDR,RESET,77B
  39.           ENDRUN
  40.  
  41. BLDMSG    DIS    ,*BUILT "DATE" "TIME"* 
  42. RPVADDR   BSS    0
  43.           VFD    36/0,12/25,12/0
  44.           VFD    30/0,30/NSABT
  45.           BSSZ   23 
  46.  
  47.           END    NS 
  48.           IDENT  NSIOVLY           NS INITIALIZATION OVERLAY
  49.           COMMENT  NS INITIALIZATION OVERLAY (1,0)
  50.           ENTRY  NSIOVLY
  51.           TITLE  NS INITIALIZATION OVERLAY
  52.           LCC    OVERLAY(NS,1,0)   OVERLAY LEVEL 01,00
  53.  NSIOVLY  BSSZ   1
  54.           RJ     =XNS$NSI          PASS CONTROL TO INIT PROC
  55.           EQ     NSIOVLY
  56.           END    NSIOVLY
  57.  
  58.           IDENT  CRAOVLY           NS CONTROL CARD CRACKER OVERLAY
  59.           COMMENT  NS CONTROL STATEMENT CRACKER OVERLAY (1,1) 
  60.           ENTRY  CRAOVLY
  61.           TITLE  NS CONTROL CARD CRACKER OVERLAY
  62.           LCC    OVERLAY(NS,1,1)   OVERLAY LEVEL 01,01
  63.  CRAOVLY  BSSZ   1
  64.           RJ     =XNS$CRA          PASS CONTROL TO CONTROL CARD CRACKER 
  65.           EQ     CRAOVLY
  66.           END    CRAOVLY
  67.  
  68.           IDENT  NONOVLY           NS NETON OVERLAY 
  69.           COMMENT  NS NETON PROCESSOR OVERLAY (1,2) 
  70.           ENTRY  NONOVLY
  71.           TITLE  NS NETON OVERLAY 
  72.           LCC    OVERLAY(NS,1,2)   OVERLAY LEVEL 01,02
  73.  NONOVLY  BSSZ   1
  74.           RJ     =XNS$NON          PASS NETON PROC
  75.           EQ     NONOVLY
  76.           END    NONOVLY
  77.  
  78.           IDENT  BNCTOVL           NS BUILD NODE CONNECTION TABLE OVLY
  79.           COMMENT  NS BUILD NODE CONNECTION TABLE OVERLAY (1,3) 
  80.           ENTRY  BNCTOVL
  81.           TITLE  NS BUILD NODE CONNECTION TABLE OVLY
  82.           LCC    OVERLAY(NS,1,3)   OVERLAY LEVEL 01,03
  83.  BNCTOVL  BSSZ   1
  84.           RJ     =XNS$BNCT         PASS CONTROL TO NCT BUILDER PROC 
  85.           EQ     BNCTOVL
  86.           END    BNCTOVL
  87.  
  88.           IDENT  BNPTOVL           NS BUILD NPU TABLE OVERLAY 
  89.           COMMENT  NS BUILD NPU TABLE OVERLAY (1,4) 
  90.           ENTRY  BNPTOVL
  91.           TITLE  NS BUILD NPU TABLE OVERLAY 
  92.           LCC    OVERLAY(NS,1,4)   OVERLAY LEVEL 01,04
  93.  BNPTOVL  BSSZ   1
  94.           RJ     =XNS$BNPT         PASS CONTROL TO NCT BUILDER PROC 
  95.           EQ     BNPTOVL
  96.           END    BNPTOVL
  97.  
  98.           IDENT  IDNOVLY           NS INITIATE NPU DUMP INDEX OVERLAY 
  99.           COMMENT  NS NPU DUMP INDEX INITIALIZER OVERLAY (1,5)
  100.           ENTRY  IDNOVLY
  101.           TITLE  NS INITIATE NPU DUMP INDEX OVERLAY 
  102.           LCC    OVERLAY(NS,1,5)   OVERLAY LEVEL 01,05
  103.  IDNOVLY  BSSZ   1
  104.           RJ     =XNS$IDN          PASS CONTROL TO NPU DUMP INDEX INITIATOR 
  105.           EQ     IDNOVLY
  106.           END    IDNOVLY
  107.  
  108.           IDENT  HSMOVLY           NS HOST INTERFACE OVERLAY
  109.           COMMENT  NS HOST INTERFACE OVERLAY (2,0)
  110.           ENTRY  HSMOVLY
  111.           TITLE  NS HOST INTERFACE OVERLAY
  112.           LCC    OVERLAY(NS,2,0)   OVERLAY LEVEL 02,00
  113.  HSMOVLY  BSSZ   1
  114.           RJ     =XNS$HSM          PASS CONTROL TO HOP INTERFACE PROC 
  115.           EQ     HSMOVLY
  116.           END    HSMOVLY
  117.  
  118.           IDENT  BRKOVLY           NS HOP BREAK PROCESSOR OVERLAY 
  119.           COMMENT  NS HOP BREAK PROCESSOR OVERLAY (2,1) 
  120.           ENTRY  BRKOVLY
  121.           TITLE  NS HOP BREAK PROCESSOR OVERLAY 
  122.           LCC    OVERLAY(NS,2,1)   OVERLAY LEVEL 02,01
  123.  BRKOVLY  BSSZ   1
  124.           RJ     =XNS$BRK          PASS CONTROL TO HOP BREAK PROCESSOR
  125.           EQ     BRKOVLY
  126.           END    BRKOVLY
  127.  
  128.           IDENT  ENDOVLY           NS HOP END PROCESSOR OVERLAY 
  129.           COMMENT  NS HOP END PROCESSOR OVERLAY (2,2) 
  130.           ENTRY  ENDOVLY
  131.           TITLE  NS HOP END PROCESSOR OVERLAY 
  132.           LCC    OVERLAY(NS,2,2)   OVERLAY LEVEL 02,02
  133.  ENDOVLY  BSSZ   1
  134.           RJ     =XNS$END          PASS CONTROL TO HOP END PROCESSOR
  135.           EQ     ENDOVLY
  136.           END    ENDOVLY
  137.  
  138.           IDENT  HCPOVLY           NS HOP CMD PREPROCESSOR OVERLAY
  139.           COMMENT  NS HOP COMMAND PROCESSOR OVERLAY (2,3) 
  140.           ENTRY  HCPOVLY
  141.           TITLE  NS HOP CMD PREPROCESSOR OVERLAY
  142.           LCC    OVERLAY(NS,2,3)   OVERLAY LEVEL 02,03
  143.  HCPOVLY  BSSZ   1
  144.           RJ     =XNS$HCP          PASS CONTROL TO HOP CMD PREPROCESSOR 
  145.           EQ     HCPOVLY
  146.           END    HCPOVLY
  147.  
  148.           IDENT  HFIOVLY           NS FILE COMMAND PROCESSOR OVERLAY
  149.           COMMENT  NS FILE COMMAND PROCESSOR OVERLAY (2,4)
  150.           ENTRY  HFIOVLY
  151.           TITLE  NS FILE COMMAND PROCESSOR OVERLAY
  152.           LCC    OVERLAY(NS,2,4)   OVERLAY LEVEL 02,04
  153.  HFIOVLY  BSSZ   1
  154.           RJ     =XNS$HFI          PASS CONTROL TO FILE COMMAND PROCESSOR 
  155.           EQ     HFIOVLY
  156.           END    HFIOVLY
  157.  
  158.           IDENT  HHIOVLY           NS HISTORY COMMAND PROCESSOR OVERLAY 
  159.           COMMENT  NS HISTORY COMMAND PROCESSOR OVERLAY (2,5) 
  160.           ENTRY  HHIOVLY
  161.           TITLE  NS HISTORY COMMAND PROCESSOR OVERLAY 
  162.           LCC    OVERLAY(NS,2,5)   OVERLAY LEVEL 02,05
  163.  HHIOVLY  BSSZ   1
  164.           RJ     =XNS$HHI          PASS CONTROL TO HISTORY COMMAND PROCESSOR
  165.           EQ     HHIOVLY
  166.           END    HHIOVLY
  167.  
  168.           IDENT  HNOOVLY           NS NOFILE COMMAND PROCESSOR OVERLAY
  169.           COMMENT  NS NOFILE COMMAND PROCESSOR OVERLAY (2,6)
  170.           ENTRY  HNOOVLY
  171.           TITLE  NS NOFILE COMMAND PROCESSOR OVERLAY
  172.           LCC    OVERLAY(NS,2,6)   OVERLAY LEVEL 02,06
  173.  HNOOVLY  BSSZ   1
  174.           RJ     =XNS$HNO          PASS CONTROL TO NOFILE COMMAND PROCESSOR 
  175.           EQ     HNOOVLY
  176.           END    HNOOVLY
  177.  
  178.           IDENT  HSTOVLY           NS STATUS COMMAND PROCESSOR OVERLAY
  179.           COMMENT  NS STATUS COMMAND PROCESSOR OVERLAY (2,7)
  180.           ENTRY  HSTOVLY
  181.           TITLE  NS STATUS COMMAND PROCESSOR OVERLAY
  182.           LCC    OVERLAY(NS,2,7)   OVERLAY LEVEL 02,07
  183.  HSTOVLY  BSSZ   1
  184.           RJ     =XNS$HST          PASS CONTROL TO STATUS COMMAND PROCESSOR 
  185.           EQ     HSTOVLY
  186.           END    HSTOVLY
  187.  
  188.           IDENT  KDDOVLY           NS K DISPLAY DIAGNOSTIC OVERLAY
  189.           COMMENT  NS K DISPLAY DIAGNOSTIC OVERLAY (2,8)
  190.           ENTRY  KDDOVLY
  191.           TITLE  NS K DISPLAY DIAGNOSTIC OVERLAY
  192.           LCC    OVERLAY(NS,2,10)   OVERLAY LEVEL 02,010
  193.  KDDOVLY  BSSZ   1
  194.           RJ     =XNS$KDD          PASS CONTROL TO K DISPLAY DIAGNOSTIC 
  195.           EQ     KDDOVLY
  196.           END    KDDOVLY
  197.  
  198.           IDENT  PAGOVLY           NS HOP PAGE PROCESSOR OVERLAY
  199.           COMMENT  NS HOP PAGE PROCESSOR OVERLAY (2,9)
  200.           ENTRY  PAGOVLY
  201.           TITLE  NS HOP PAGE PROCESSOR OVERLAY
  202.           LCC    OVERLAY(NS,2,11)   OVERLAY LEVEL 02,011
  203.  PAGOVLY  BSSZ   1
  204.           RJ     =XNS$PAG          PASS CONTROL TO HOP PAGE PROCESSOR 
  205.           EQ     PAGOVLY
  206.           END    PAGOVLY
  207.  
  208.           IDENT  PCMOVLY           NS PROGRAM COMMAND PROCESSOR OVERLAY 
  209.           COMMENT  NS PROGRAM COMMAND PROCESSOR OVERLAY (2,10)
  210.           ENTRY  PCMOVLY
  211.           TITLE  NS PROGRAM COMMAND PROCESSOR OVERLAY 
  212.           LCC    OVERLAY(NS,2,12)   OVERLAY LEVEL 02,12 
  213.  PCMOVLY  BSSZ   1
  214.           RJ     =XNS$PCM          PASS CONTROL TO PROGRAM COMMAND PROCESSOR
  215.           EQ     PCMOVLY
  216.           END    PCMOVLY
  217.  
  218.           IDENT  STROVLY           NS HOP START PROCESSOR OVERLAY 
  219.           COMMENT  NS HOP START PROCESSOR OVERLAY (2,11)
  220.           ENTRY  STROVLY
  221.           TITLE  NS HOP START PROCESSOR OVERLAY 
  222.           LCC    OVERLAY(NS,2,13)   OVERLAY LEVEL 02,13 
  223.  STROVLY  BSSZ   1
  224.           RJ     =XNS$STR          PASS CONTROL TO HOP START PROCESSOR
  225.           EQ     STROVLY
  226.           END    STROVLY
  227.  
  228.           IDENT  MKDOVLY           NS K-DISPLAY MANAGER OVERLAY 
  229.           COMMENT  NS K DISPLAY MANAGER OVERLAY (3,0) 
  230.           ENTRY  MKDOVLY
  231.           TITLE  NS K-DISPLAY MANAGER OVERLAY 
  232.           LCC    OVERLAY(NS,3,0)   OVERLAY LEVEL 03,00
  233.  MKDOVLY  BSSZ   1
  234.           RJ     =XNS$MKD          PASS CONTROL TO K DISPLAY MANAGER
  235.           EQ     MKDOVLY
  236.           END    MKDOVLY
  237.  
  238.           IDENT  DAROVLY           NS NPU ABNORMAL RESPONSE PROCESSOR 
  239.           COMMENT  NS NPU ABNORMAL RESP PROCESSOR OVERLAY (4,0) 
  240.           ENTRY  DAROVLY
  241.           TITLE  NS NPU ABNORMAL RESPONSE PROCESSOR 
  242.           LCC    OVERLAY(NS,4,0)   OVERLAY LEVEL 04,00
  243. DAROVLY   BSSZ   1
  244.           RJ     =XNS$DAR          PASS CONTROL TO NPU/DT/A PROCESSOR 
  245.           EQ     DAROVLY
  246.           END    DAROVLY
  247.  
  248.           IDENT  ERROVLY           NS ERROR PROCESSOR 
  249.           COMMENT  NS ERROR PROCESSOR (5,0) 
  250.           ENTRY  ERROVLY
  251.           TITLE  NS ERROR PROCESSOR 
  252.           LCC    OVERLAY(NS,5,0)   OVERLAY LEVEL 05,00
  253. ERROVLY   BSSZ   1
  254.           RJ     =XNS$ERR          PASS CONTROL TO ERROR PROCESSOR
  255.           EQ     ERROVLY
  256.           END    ERROVLY
  257.           IDENT  N00OVLY           NS LOAD REQUEST PROCESSOR
  258.           COMMENT  NS LOAD REQUEST PROCESSOR OVERLAY
  259.           ENTRY  N00OVLY
  260.           LCC    OVERLAY(NS,6,0)   OVERLAY LEVEL 06,00
  261. N00OVLY   BSSZ   1
  262.           RJ     =XNS$N00          PASS CONTROL TO LOAD REQUEST PROC
  263.           EQ     N00OVLY
  264.           END    N00OVLY
  265.           IDENT  N04OVLY           NS NDCB RESPONSE PROCESSOR 
  266.           COMMENT  NS NDCB RESPONSE PROCESSOR OVERLAY 
  267.           ENTRY  N04OVLY
  268.           LCC    OVERLAY(NS,7,0)   OVERLAY LEVEL 07,00
  269. N04OVLY   BSSZ   1
  270.           RJ     =XNS$N04          PASS CONTROL TO NDCB RESPONSE PROC 
  271.           EQ     N04OVLY
  272.           END    N04OVLY
cdc/nos2.source/nam5871/ns_main.txt · Last modified: 2023/08/05 17:22 by Site Administrator