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KLDCP.HLP[D,SYS] from Saildart.
This commit is contained in:
Lars Brinkhoff
355
doc/kldcp/kldcp.hlp
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355
doc/kldcp/kldcp.hlp
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;DIAGNOSTIC CONSOLE HELP FILE, KLDCP.HLP, VER 20.7, 8-JANUARY-76
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A. DIAGNOSTIC FUNCTIONS
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1. FX FUNCT ;DIAGNOSTIC FUNCTION EXECUTE
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2. FW FUNCT:DATA ;DIAGNOSTIC FUNCTION WRITE
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3. FR FUNCT ;DIAGNOSTIC FUNCTION READ
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4. FR FUNCT1,FUNCTX ;DIAGNOSTIC FUNCTION BLOCK READ
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5. FS ;DIAGNOSTIC FUNCTION SYNC
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6. DA DATA ;DIAGNOSTIC DEPOSIT INTO AR
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B. PDP-11 FUNCTIONS
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1. SE ADR ;START 11 AT ADR
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SED ;START 11 DIAGNOSTIC (ADDRESS = 3000)
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SED # ;START 11 DIAGNOSTIC, RUN #PASSES
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2. EE ADR ;EXAMINE 11 AT ADR AND PRINT
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3. DE ADR:DATA ;DEPOSIT DATA IN 11 ADDRESS
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4. EB ADR ;EXAMINE 11 BYTE AT ADR AND PRINT
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5. DB ADR:DATA ;DEPOSIT 11 BYTE AT 11 ADDRESS
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6. ZE ADR,ADR ;ZERO 11 MEMORY FROM ADR TO ADR
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C. PDP-10 EXAMINE/DEPOSIT FUNCTIONS
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1. EM ADR ;EXAMINE PDP-10 AT ADR AND PRINT
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2. DM ADR:DATA ;DEPOSIT DATA IN PDP-10 ADDRESS
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3. EN ;EXAMINE AND PRINT NEXT PDP-10 ADDRESS
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4. DN DATA ;DEPOSIT DATA INTO NEXT PDP-10 ADDRESS
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5. MZ ADR,COUNT ;MEMORY ZERO PDP-10
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D. START/STOP FUNCTIONS
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1. SP ;STOP 10, CLEAR RUN FLOP
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2. RN ;START 10, SET RUN FLOP
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3. SI ;SINGLE INSTRUCT, PUSH CONTINUE BUTTON
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SI NUM ;DO NUM SINGLE INSTRUCTS
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4. SIP ;SINGLE INSTRUCT & TRACE PRINT
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5. PL ;PULSE CLOCK
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6. PL NUM ;DO NUM CLOCKS
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7. BU ;BURST CLOCK ONCE
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8. SM NUM ;BURST CLOCK NUM
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9. SM ;START MICRO-CODE
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10. ST ADR ;START 10 AT ADDRESS
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ST ;START 10 AT PREVIOUSLY SUPPLIED ADDRESS
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STD ;START 10 DIAGNOSTIC, (EPT ADR = 440)
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STD # ;START 10 DIAGNOSTIC, RUN # PASSES
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STL ;START 10 LOADER, (EPT ADR = 442)
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DDT ;START 10 DDT, (EPT ADR = 441)
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STM ;START 10 MONITOR, (EPT ADR = 443)
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11. MC ;PDP-10 MONITOR MODE CONTINUE
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12. SW DATA ;SET 10'S SWITCH REGISTER
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13. SW ;PRINT PRESENT 10'S SWITCH REGISTER
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14. AC BLK ;REPORT & SELECT CURRENT AC BLOCK
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15. AC BLK NUM ;SELECT CURRENT AC BLOCK
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16. EP COUNT ;SET "EOP" INTERVAL COUNT
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E. RAM FUNCTIONS
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1. EC ADR ;EXAMINE C-RAM AT ADDRESS AND PRINT
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2. DC ADR:DATA ;DEPOSIT DATA INTO C-RAM ADDRESS
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3. RC ADR ;READ C-RAM BY DIAGNOSTIC FUNCTIONS
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4. ED ADR ;EXAMINE D-RAM AT ADDRESS AND PRINT
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5. DD ADR:DATA ;DEPOSIT DATA INTO D-RAM ADDRESS
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6. MM ADR ;SYNC MARK MICRO-CODE, SET BIT 78
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7. MU ADR ;SYNC UNMARK MICRO-CODE, CLEAR BIT 78
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8. MT ADR:DATA ;CHANGE MICRO-CODE TIME FIELD, DATA=0-3
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F. PDP-10 INSTRUCTION EXECUTE
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1. EX INST ;EXECUTE 36 BIT INSTRUCTION
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2. EXP INST ;EXECUTE & PRINT INSTRUCTION
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3. EXT INST ;EXECUTE & TRACE SETUP INSTRUCTION
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G. MASTER RESET
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1. MR ;MASTER RESET
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H. CLOCK OPERATIONS
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1. CS NUM ;SELECT CLOCK SOURCE USING NUM CODE
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; 0=NORMAL CLOCK
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; 1=SPEED MARGIN CLOCK
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; 2=EXTERNAL CLOCK
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2. CR NUM ;SELECT CLOCK RATE USING NUM CODE
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; 0=NORMAL
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; 1=DIVIDE BY 2
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; 2=DIVIDE BY 4
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; 3=DIVIDE BY 8
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I. PROCESSOR PARITY FUNCTIONS
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1. PE ;REPORT PROCESSOR PARITY STOP CODE
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2. PE NUM ;ENABLE PROCESSOR PARITY STOPS
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3. PD ;DISABLE PROCESSOR PARITY STOPS
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J. CACHE OPERATIONS
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1. CE ;REPORT CACHE ENABLE CODE
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2. CE NUM ;SELECT CACHE ENABLE OPTION
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3. CI ;CACHE INVALIDATE
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4. CF ;CACHE FLUSH
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K. INTERNAL EBOX REGISTER READ FUNCTIONS
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1. AR ;READ & PRINT AR REGISTER
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2. BR ;READ & PRINT BR REGISTER
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3. MQ ;READ & PRINT MQ REGISTER
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4. FM ;READ & PRINT FM REGISTER
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5. AD ;READ & PRINT ADDER
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6. ARX ;READ & PRINT EXTENDED AR REGISTER
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7. BRX ;READ & PRINT EXTENDED BR REGISTER
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8. ADX ;READ & PRINT EXTENDED ADDER
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9. PC ;READ & PRINT PC
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10. VMA ;READ & PRINT VMA
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11. VMH ;READ & PRINT VMA HELD
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12. SC ;READ & PRINT SC REGISTER
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13. FE ;READ & PRINT FE REGISTER
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14. ERG ;READ & PRINT E-BUS REGISTER
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15. ADB ;READ & PRINT ADDRESS BREAK
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16. PI ;READ & PRINT PI SYSTEM
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17. ALL ;PRINT ALL, C-RAM & REGISTERS
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L. CONSOLE (TTY) CONTROL FUNCTIONS
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1. TP NUM ;SET TTY PAGE LENGTH
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2. TW NUM ;SET TTY PAGE WIDTH
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3. TF NUM ;SET TTY FILL CLASS
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4. TT ;SWITCH TO REMOTE TTY OPERATION
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5. KLINIK ;REMOTE FS TTY ENABLE/DISABLE
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6. LP ;LINE PRINTER SELECTION
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M. PROGRAM LOADING CONTROL FUNCTIONS
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1. DT NUM ;SELECT DECTAPE LOAD MODE,
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;NUM IS DECTAPE UNIT
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2. RP NUM ;SELECT RP04 LOAD MODE,
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;NUM IS RP04 UNIT
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4. RX NUM ;SWITCH TO FLOPPY LOAD MODE,
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;NUM IS FLOPPY UNIT
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4. AT ;SWITCH TO APT10 LOAD MODE
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5. DI ;DIRECTORY, DECTAPE/FLOPPY/RP04
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N. PDP-11 BREAKPOINT OPERATIONS
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1. BP ;PRINT ACTIVE BREAKPOINTS
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2. BP ADR ;SET A BREAKPOINT AT ADDRESS
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3. RG ;PRINT REGISTERS SAVED AT BREAKPOINT,
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;ERROR HALT, PRG HALT OR FATAL HALT.
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4. BC ;BREAKPOINT CONTINUE
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5. BC COUNT ;BP CONTINUE FOR COUNT
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6. RB ;REMOVE CURRENT BP
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7. RB 0 ;REMOVE ALL BP'S
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8. RB ADR ;REMOVE BP AT ADDRESS
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O. CONSOLE REINITIALIZATION
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1. RI ;REINITIALIZE CONSOLE
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P. ERROR HALT CONTINUE
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1. HC ;CONTINUE FROM ERROR OR PROGRAM HALT
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Q. REPEAT OPERATORS
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1. R ;IF THIS IS THE FIRST COMMAND IN A
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;COMMAND LINE, REPEAT THE COMMAND STRING
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;CONTINUOUSLY. CONTROL C (↑C) RETURNS
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;TO CONSOLE COMMAND MODE.
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2. RP ;AS "R" COMMAND EXCEPT PRINTS THE DATA
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;READ FOR READ TYPE COMMANDS.
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3. TD COUNT ;PERFORM SPECIFIED TIME DELAY
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R. KL10 MONITOR COMMANDS
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1. B ;BOOT SYSTEM, RUNS "B.CMD" AS "J" FILE
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2. LI ;LOGIN
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3. H ;HELP, PRINT "KLDCP.HLP"
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4. H FILE.EXT ;HELP, PRINT REQUESTED FILE
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5. P FILE.EXT ;LOAD REQUESTED PROGRAM
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;EXTENSIONS ARE:
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; .RAM = KL10 C-RAM & D-RAM
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; .BIN = PDP-11 BINARY
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; .A11 = PDP-11 ASCIIZED BINARY
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; .A10 = PDP-10 ASCIIZED SAVE FILE
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; .SAV = PDP-10 SAVE FILE, ACT10 ONLY
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; DEFAULT EXTENSION IS ".A10"
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6. LT FILE.EXT ;LOAD PDP-10 ".A10" PROGRAM
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7. LE FILE.EXT ;LOAD PDP-11 ".A11" PROGRAM
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8. LB FILE.EXT ;LOAD PDP-11 ".BIN" PROGRAM
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9. LR FILE.EXT ;LOAD KL10 ".RAM" C-RAM & D-RAM
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10. V FILE.EXT ;VERIFY REQUESTED PROGRAM, AS "P" EXCEPT
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;CURRENT FILE IS VERIFIED AGAINST
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;FILE BEING READ.
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N/A 11. S FILE.EXT ;RUN REQUESTED SCRIPT
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N/A 12. M FILE.EXT ;RUN REQUESTED MASTER SCRIPT
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13. C MESSAGE ;COMMENT/CORRECTIVE ACTION
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R. KL10 MONITOR COMMANDS
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14. GO ;GO START PROGRAM JUST LOADED
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15. LO ;LOGOUT
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N/A 16. GS FILE.EXT ;GENERATE GIVEN SCRIPT
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17. CD FILE.EXT SRTADR,ENDADR
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;PDP-11 CORE DUMP TO DTA, RP04, ACT10
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; DEFAULT EXTENSION IS ".A11"
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18. T ;REQUEST TIME
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19. BT ;BOOT TEN, RUNS "BT.CMD" AS "J" FILE
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20. ; ;LOCAL COMMENT
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21. I FILE.EXT ;INDIRECT COMMAND FILE PROCESS
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; DEFAULT EXTENSION IS ".CCL"
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22. J FILE.EXT ;DOUBLE INDIRECT COMMAND FILE PROCESS
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; DEFAULT EXTENSION IS ".CMD"
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23. JC ;CONTINUE INTERRUPTED J FILE PROCESS
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24. JR ;REPEAT PREVIOUS "J" COMMAND & CONTINUE
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25. TA FILE.EXT ;TRANSFER FILE FROM ACT10 TO RP04
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26. WF FILE.EXT ;WRITE FILE FROM DECTAPE/FLOPPY TO RP04
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27. RENM:FILE.EXT FILE1.EXT
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;RENAME RP04 FILE FROM FILE.EXT TO
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;FILE1.EXT
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28. DTCOPY ;COPY AND VERIFY DECTAPES
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29. RXCOPY ;COPY AND VERIFY FLOPPY DISKETTES
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DTE20 DEVICE REGISTER AND BIT DEFINITIONS, 18-NOV-75
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DTEADR= 174400 ;ADDRESS OF (FIRST) DTE20 DEVICE REGISTER BLOCK
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DTESIZ= 000040 ;SPACING BETWEEN CONSECUTIVE DTE20'S
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DTEMAX= 4 ;MAXIMUM NUMBER OF DTE20'S ON ONE PDP-11
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;OFFSETS FROM THE BASE OF THE DTE20 DEVICE REGISTER BLOCK
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;TO SPECIFIC 10/11 INTERFACE RAM LOCATIONS AND REGISTERS.
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DLYCNT= 00 ;DELAY COUNT (ADDRESS XXXX00)
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DEXWD3= 02 ;DEPOSIT OR EXAMINE WORD 3 (ADDRESS XXXX02)
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DEXWD2= 04 ;DEPOSIT OR EXAMINE WORD 2 (ADDRESS XXXX04)
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DEXWD1= 06 ;DEPOSIT OR EXAMINE WORD 1 (ADDRESS XXXX06)
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TENAD1= 10 ;10 ADDRESS WORD 1 FOR DEX (ADDRESS XXXX10)
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TENAD2= 12 ;10 ADDRESS WORD 2 FOR DEX (ADDRESS XXXX12)
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TO10BC= 14 ;TO10 BYTE COUNT (ADDRESS XXXX14)
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TO11BC= 16 ;TO11 BYTE COUNT (ADDRESS XXXX16)
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TO10AD= 20 ;TO10 PDP11 MEMORY ADDRESS (ADDRESS XXXX20)
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TO11AD= 22 ;TO11 PDP11 MEMORY ADDRESS (ADDRESS XXXX22)
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TO10DT= 24 ;TO10 PDP11 DATA WORD (ADDRESS XXXX24)
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TO11DT= 26 ;TO11 PDP11 DATA WORD (ADDRESS XXXX26)
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DIAG1= 30 ;DIAGNOSTIC WORD 1 (ADDRESS XXXX30)
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DIAG2= 32 ;DIAGNOSTIC WORD 2 (ADDRESS XXXX32)
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STATUS= 34 ;10/11 INTERFACE STATUS WORD (ADDRESS XXXX34)
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DIAG3= 36 ;DIAGNOSTIC WORD 3 (ADDRESS XXXX36)
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; THE FOLLOWING ARE THE ADDRESSES OF THE DTE20 INTERRUPT VECTORS
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DTEIV0= 774 ;INTERRUPT VECTOR FOR DTE20 #0
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DTEIV1= 770 ;INTERRUPT VECTOR FOR DTE20 #1
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DTEIV2= 764 ;INTERRUPT VECTOR FOR DTE20 #2
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DTEIV3= 760 ;INTERRUPT VECTOR FOR DTE20 #3
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;CLOCK CONTROL FUNCTIONS
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STPCLK= 000 ; STOP CLOCK
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STRCLK= 001 ; START CLOCK
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SSCLK= 002 ; SINGLE STEP THE MBOX CLOCK
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SECLK= 003 ; SINGLE STEP EBOX CLOCK
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CECLK= 004 ; CONDITIONAL EBOX CLOCK
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CLRMR= 006 ; CLEAR MR RESET
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SETMR= 007 ; SET MR RESET
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BRCLK= 005 ; BURST THE CLOCK
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;CLOCK LOAD FUNCTIONS
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LDBRR= 42 ; LOAD BURST REGISTER RIGHT HALF
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LDBRL= 43 ; LOAD BURST REGISTER LEFT HALF
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LDSEL= 44 ; LOAD SOURCE AND RATE SELECTS
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LDDIS= 45 ; LOAD EBOX CLOCK DISTRIBUTION REGISTER
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LDCHK1= 46 ; LOAD PARITY CHECK REGISTER (ENABLE BAD PARITY STOP)
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LDCHK2= 47 ; LOAD EBOX INTERNAL CHECK REGISTER
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;DRAM FUNCTIONS
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LDRAM1= 60 ; LOAD A & B FIELDS EVEN
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LDRAM2= 61 ; LOAD A & B FIELDS ODD
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LDRAM3= 62 ; LOAD COMMON J1-J4
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LDRJEV= 63 ; LOAD PARITY & J8-J10 EVEN
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LDRJOD= 64 ; LOAD PARITY & J8-J10 ODD
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DRAMAB= 133 ; READ D-RAM A & B
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DRJ710= 135 ; READ D-RAM J7-J10
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DRJ1.4= 134 ; READ D-RAM J1-J4
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;IR DRAM CONTROL
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DISIOJ= 65 ; DISABLE 7XX & JRST=254
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DISACF= 66 ; DISABLE THE IR AC'C
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ENIOJA= 67 ; ENABLE 7XX, JRST=254 & IR AC'S
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;CRAM FUNCTIONS
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LCRAM1= 71 ; LOAD C-RAM DATA
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LCRAM2= 56
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LCRAM3= 55
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LCRAM4= 54
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LCRAM5= 53
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LCRDAL= 51 ; LOAD CRAM ADDRESS LEFT (00-04)
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LCRDAR= 52 ; LOAD CRAM ADDRESS RIGHT (05-10)
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RCRAM1= 147 ; READ C-RAM DATA
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RCRAM2= 146
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RCRAM3= 145
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RCRAM4= 144
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;MISC CONTROL FUNCTIONS
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IRLOAD= 14 ; LOAD THE IR FROM AD
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DRLTCH= 15 ; LOAD D-RAM LATCHES
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CLRRUN= 10 ; CLEAR RUN FLIP-FLOP
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SETRUN= 11 ; SET RUN FLIP-FLOP
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CONBUT= 12 ; THE CONTINUE BUTTON
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LDAR= 77 ; LOAD THE AR
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;MBOX CONTROL FUNCTIONS
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LDMBXA= 57 ; LOAD MEMORY TO CACHE SELECTOR
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LDCHAN= 70 ; LOAD CHANNEL DIAGNOSTIC CONDITIONS
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;PI CONTROL FUNCTIONS
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READ0= 100 ; PI (READ STATUS 0)
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READ1= 101 ; PI (READ STATUS 1)
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READ2= 102 ; PI (READ STATUS 2)
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READ3= 103 ; PI (READ STATUS 3)
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;DATA PATH CONTROL FUNCTIONS
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DPAR =120 ; AR
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DPBR =121 ; BR
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DPMQ =122 ; MQ
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DPFM =123 ; FM
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DPFMA =114 ; FM ADR
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DPBRX =124 ; BRX
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DPARX =125 ; ARX
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DPADX =126 ; ADX
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DPAD =127 ; AD
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DPPC =153 ; PC
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DPVMA =157 ; VMA
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DPVMHD =157 ; VMA HELD
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DPADB =153 ; ADDRESS BREAK
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DPERG =167 ; E-BUS REGISTER
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DPFE =132 ; FE 05-09
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DPFE1 =133 ; FE 00-04
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DPSC =130 ; SC 05-09
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DPSC1 =131 ; SC 00-04
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