MSBOOT V05.08 *MDUP.AI MDUP V05.70 ?MDUP-I-No bad blocks detected VM0: RT-11 Automatic Installation Process Determining system configuration, please wait... RT-11 Automatic Installation Process Welcome to RT-11 V5.7 You have bootstrapped the RT-11 Distribution Tape. Use this Tape to install your RT-11 system, then store it in a safe place. RT-11 V5.7 provides an automatic installation procedure which will build a working system disk to be used for your work with RT-11. This working system disk will only contain the RT-11 operating system. After the RT-11 installation is complete, follow the installation instructions packaged with any optional languages or utility software that you will be using. Press the "RETURN" key when ready to continue. RT-11 Automatic Installation Process You will be guided through the installation process by a series of instructions and questions; you will have an interactive dialog with the RT-11 installation program. All you need to do is follow the instructions carefully. If the instructions ask you to mount a disk in a specified drive, find the disk with the correct label and mount it in the drive, as shown in the RT-11 Automatic Installation Guide. Do not remove any disk until specifically instructed to do so. Once a disk is mounted in a drive, it must remain in the drive until a message appears asking you to remove the disk. Press the "RETURN" key when ready to continue. RT-11 Automatic Installation Process The following devices are valid for RT-11 System Installation: DU0, DU1, DU2, DL0 Please enter the device name you wish the working system built on. If the default device is correct, press RETURN. What device is the working system to be built on (DU0)? Enter Today's Date Please enter today's date in the following format: DD-MMM-YYYY where DD is the day of the month MMM is the first 3 letters in the name of the month YYYY is the last two numbers of the year For example: May 30, 1998 is 30-MAY-1998 Type in the date, then press the "RETURN" key. 10-MAY-2009 Building a Working System Your working system disk will now be built automatically. This disk will contain the RT-11 Operating System. Please be sure the DU0 device is on line... Press the "RETURN" key when ready to continue. Please be sure your output device in DU0 is not write protected... Press the "RETURN" key when ready to continue. Building a Working System The Automatic Installation Procedure has detected RT-11 files on your working system volume. The next procedure initializes DU0. As a result, any files that currently reside on DU0 will be permanently lost. If you would like to retain any files, EXIT from Automatic Installation Procedure and copy them to another volume. Do you want to EXIT from Automatic Installation (Y)? N Building a Working System The disk in DU0 is now being initialized. The following procedure should produce informational messages in the form ?FORMAT-I-Message, or ?DUP-I-Message. No action is required as a result of these messages. If BAD blocks are detected, the block number will be provided. This information should be noted for future reference. This can take approximately fifteen minutes. Please wait... ?DUP-I-No bad blocks detected DU0: Building a Working System Now copying RT-11 from MU0 (Drive 0) to DU0. This can take approximately one hour. Please wait... RT-11 V5.7 Installation Complete Your working system disk will now be bootstrapped. Press the "RETURN" key when ready to continue. RT-11FB V05.07 .TYPE V5USER.TXT RT-11 V5.7 Installation of RT-11 Version 5.7 is complete and you are now running RT-11 from your system volume. Your system volume is your working volume if you have used the Automatic Installation (AI) procedure. If you have installed RT-11 using that procedure, Mentec recommends you verify the correct operation of your system's software using the VERIFY verification procedure. You can only perform VERIFY on the valid target (output) media you used for the AI procedure. Run VERIFY before you run CONFIG. To run VERIFY, enter the command: IND VERIFY Mentec recommends you read the file V5NOTE.TXT, which you can TYPE or PRINT. Also, read the Introduction to RT-11, rewritten for V5.7, which contains much of the information you need to use RT-11 Version 5.7. .R MSCPCK ?MSCPCK-I-MU0-TU81 FW Rev Level is 005/HW Rev Level is 006 .IND SYSGEN ***************************************************************** RT-11 SYSTEM GENERATION PROGRAM V05.150 ***************************************************************** Do you want an introduction to system generation (N)? Y The System Generation (SYSGEN) program functions as an inter- active dialog in which the program asks you a series of questions. Your answers establish the characteristics and features of the monitor(s) and device handlers that the program generates. SYSGEN prints each question and waits for your response. You can reply immediately with a valid response, or you can obtain a detailed explanation of the question by typing the ESCAPE key followed by the RETURN key. You can prevent SYSGEN from printing the entire explanation by typing at any time during the explanation. SYSGEN then stops printing the explanation, prints the question, and waits for your response. SYSGEN can generate one or more monitors from the output of one dialog session, depending on the responses you give. However, your responses during a session apply to all the monitors generated during that session. Type RETURN to continue The system generation process produces two conditional files and three indirect command files as output. To produce these files, the SYSGEN dialog asks you questions about the target system configuration and about monitor and device support options you want. To be able to respond effectively, you should read the RT-11 SYSTEM GENERATION GUIDE before proceeding. The dialog simply asks a question and waits for your response. Although the dialog questions are sequentially numbered, certain responses cause SYSGEN to skip some questions which do not apply for the system you are generating. Dialog questions require one of several types of responses. Responses may be in the form of a character string, a number, or YES/NO (Y/N). SYSGEN expects a decimal number for all numeric answers except for CSR and vector addresses; in these cases it expects an octal number. A default response, in parentheses, follows each question. If you choose to use the default response, type only RETURN in response to the question. To terminate SYSGEN at any time, type . Do you want to use a previously created answer file (N)? Do you want to create an answer file (N)? Y What answer file do you want to create (SYSGEN.ANS)? ...checking for protected output files. ***************************************************************** MONITOR TYPE ***************************************************************** 5. Do you want the single-background (SB) monitor (Y)? 10. Do you want the foreground/background (FB) monitor (Y)? 15. Do you want the extended memory (XM) monitor (N)? Y 20. Do you want the extended background (XB) monitor (N)? Y 25. Do you want the Supervisor and I-D (ZM) monitor (N)? Y 30. Do you want the Supervisor and I-D background (ZB) monitor (N)? Y ***************************************************************** MONITOR OPTIONS ***************************************************************** 35. Do you want timer support in the SB monitor (N)? Y 40. Do you want device time-out support (N)? Y 45. Do you want an error message on system I/O errors (Y)? 50. Do you want system job support (N)? Y 55. Do you want to use the .SPCPS request (N)? Y 60. Do you want global SCCA support (N)? Y 65. Do you want multiterminal support (N)? Y 70. Do you want asynchronous terminal status (Y)? 75. Do you want multiterminal time-out support (Y)? 76. Do you want multiterminal handler hooks support (N) ? Y 80. Enter the size of the output buffers (40): 85. Enter the size of the input buffers (134): 90. Do you want to use the .FETCH request under XM/XB, ZM/ZB (Y)? 95. Do you want end of month and year date rollover (N)? Y 100. Do you want the user command linkage (Y)? 105. Do you want high speed ring buffer support (N)? Y 110. Do you want all the keyboard monitor commands (Y)? 115. Do you want the optional 50 Hz clock support (N)? Y 120. Do you want to use the KW11-P clock as the system clock (N)? 125. Do you want the startup indirect file (Y)? 130. Do you want floating point support (N)? Y 135. Do you want memory parity support (N)? 140. Do you want power failure messages (N)? 145. Do you want BATCH support (N)? Y 150. Do you want error logging (N)? 170. Do you want extended device-unit support (N)? Y 175. Do you want device ownership support (Y)? 180. Do you want the message handler resident in the monitor (Y)? 185. Do you want to define any other system conditionals (N)? ***************************************************************** DEVICE OPTIONS ***************************************************************** Type for help. Type ? to list all devices. Type . when device selection is complete. Enter the device name you want support for [dd]: ? DX RX01 Single-Density Diskette DY RX02 Double-Density Diskette RK RK05 Cartridge Disk DL RL01/RL02 Cartridge Disk DM RK06/RK07 Cartridge Disk MT TM11 (UNIBUS) Magtape MS TS11,TU80/TSV05/TSU05 Tape MM TJU16 (MASSBUS) Magtape NL Null Handler LP Line Printer DU MSCP Disk Class Handler LD Logical Disk Handler VM Virtual Memory Handler DZ RX50 PRO Series DW RD50/51/52 PRO Series SP Transparent Spooling Handler XL VTCOM Communications Handler XC VTCOM Handler PRO Series MU TMSCP Magtape Class Handler NC Ethernet Handler PRO Series NQ Ethernet Handler for Q-BUS NU Ethernet Handler for UNIBUS LS Serial Line Printer Enter the device name you want support for [dd]: DY 200. Do you want support for a second RX02 controller (N)? 205. Do you want RX02 double density only support (N)? 210. What is the CSR address for the first RX02 (177170)? 215. What is the vector address for the first RX02 (264)? Enter the next device name [dd]: RK Enter the next device name [dd]: DM Enter the next device name [dd]: MT 260. Do you want the file-structured magtape handler (Y)? 265. How many magtape units are to be supported (2)? 1 Enter the next device name [dd]: MS 260. Do you want the file-structured magtape handler (Y)? 265. How many magtape units are to be supported (2)? 1 270. What is the address of the first unit (172522)? 275. What is the vector address of the first unit (224)? Enter the next device name [dd]: MM 260. Do you want the file-structured magtape handler (Y)? 265. How many magtape units are to be supported (2)? 1 Enter the next device name [dd]: NL Enter the next device name [dd]: LP 280. Does your printer have a nonstandard vector or CSR (N)? Enter the next device name [dd]: DU 225. How many ports are to be supported (1)? 230. What is the CSR (register) address for the first port (172150)? 235. What is the vector address for the first port (154)? 245. Do you want support for DU initiated bad block replacement (Y)? N 250. Do you want extended device-unit support for handler DU (Y)? 255. How many device-units should DU support (16)? Enter the next device name [dd]: LD 250. Do you want extended device-unit support for handler LD (Y)? 255. How many device-units should LD support (16)? Enter the next device name [dd]: VM Enter the next device name [dd]: MU 260. Do you want the file-structured magtape handler (Y)? 265. How many magtape units are to be supported (1)? 270. What is the address of the first unit (174500)? 275. What is the vector address of the first unit (260)? Enter the next device name [dd]: SP 320. Do you want support for banner pages (Y)? Enter the next device name [dd]: . Do you want to add support for any of your own devices (N)? 355. How many extra device slots do you want (0)? 4 ***************************************************************** TERMINAL INTERFACE OPTIONS ***************************************************************** Do you want an introduction to terminal interface options (N)? Y The terminal interface options section allows you to select RT-11 support for up to 17 (decimal) serial asynchronous lines selected from the interfaces installed in your system. Interfaces supported include those from the DL, DZ and DH series. DL interfaces supported by RT-11 include the DLV11, DLV11-E, DLV11-F, DLV11-J, and the DL11 series. RT-11 also supports DL11-E and DLV11-E interfaces, with modem capabilities. The dialog asks first for the number of local DL11 lines, then the number of remote DL11 lines. The total number of DL lines supported may not exceed 8 lines. Subsequent sections request the number of local and remote DZ and DH lines. The total of all local and all remote lines may not exceed 17 (decimal). SYSGEN assigns logical unit numbers (LUNs) beginning with local DL11 lines, then remote DL11 lines. It then proceeds with any local DZ and remote DZ lines. It finishes with any local DH and remote DH lines. This order of assignment is permanent and you cannot change its order. Type return to continue After SYSGEN has established the number of lines of each type, it must establish the CSR and vector addresses for each line. The first such question corresponds to the first local line (the console), the second to the second local line, etc., until all local lines are accounted for. At that point, the next question applies to the first remote line, the second to the second remote line, etc., until all remote lines are accounted for. If your interfaces are DL11-W interfaces, they should be at REV E or higher. If they are not, an Engineering Change Order (ECO DEC -O-LOG M7856-S0002) must be applied to the M7856 module. The field service representative who installs your hardware should apply the ECO, if necessary. 360. Support for how many local DL11 lines, including the console (1) ? 8 370. What is the CSR for the first (console) DL11 (177560)? 375. What is the vector for the first (console) DL11 (60)? 370. What is the CSR for the next (local) DL11 (176500)? 375. What is the vector for the next (local) DL11 (300)? 370. What is the CSR for the next (local) DL11 (176510)? 375. What is the vector for the next (local) DL11 (310)? 370. What is the CSR for the next (local) DL11 (176520)? 375. What is the vector for the next (local) DL11 (320)? 370. What is the CSR for the next (local) DL11 (176530)? 375. What is the vector for the next (local) DL11 (330)? 370. What is the CSR for the next (local) DL11 (176540)? 375. What is the vector for the next (local) DL11 (340)? 370. What is the CSR for the next (local) DL11 (176550)? 375. What is the vector for the next (local) DL11 (350)? 370. What is the CSR for the next (local) DL11 (176560)? 375. What is the vector for the next (local) DL11 (360)? 380. Do you want DZ series multiplexor support (N)? 420. Do you want DH series multiplexor support (N) ? Do you want to change any of your responses (N)? ...writing system conditional and answer files. ***************************************************************** DEVICE ASSIGNMENTS AND SYSGEN CLEANUP ***************************************************************** What is the name of the source input device [xxn] (DU1)? DU0 What is the name of the binary output device [xxn] (DU0)? What is the name of the map output device [xxn] (DU0)? Do you want to retain the system OBJs (Y)? N Do you want to retain the work files (Y)? ...writing build files. To build an entire system, mount the source and binary volumes, copy the files SYSGEN.CND, SYSGEN.TBL, EDTL.MLB, SYSTEM.MLB, and the sources for any user supplied device handlers to the source volume. The RT-11 utility program MONMRG.SAV must be present on the system disk, in order to build the monitors. To build both the monitors and the device handlers, type $@SYSGEN.BLD. To build just the monitors, type $@SYSGEN.MON. To build just the device handlers, type $@SYSGEN.DEV. For more information, read the RT-11 SYSTEM GENERATION GUIDE. END OF SYSGEN PROGRAM -- @ .$@SYSGEN.BLD . .$@SYSGEN.MON .ASSIGN DU0 SRC .ASSIGN DU0 BIN .ASSIGN DU0 MAP .ASSIGN DU0 OBJ .MAC/OB:OBJ:KMSB SRC:(SB+SYSGEN.CND+EDTG+KMON+KMOVLY) .MAC/OB:OBJ:USSB SRC:(SB+SYSGEN.CND+EDTG+USR) .MAC/OB:OBJ:RMSB SRC:(SB+SYSGEN.CND+EDTG+RMON) .MAC/OB:OBJ:TBSB SRC:(SB+SYSGEN.CND+EDTG+SYSGEN.TBL+TRMTBL) .MAC/OB:OBJ:BTSB SRC:(SB+SYSGEN.CND+EDTG+BSTRAP) .MAC/OB:OBJ:MESB SRC:(SB+SYSGEN.CND+EDTG+MTTEMT) .MAC/OB:OBJ:MISB SRC:(SB+SYSGEN.CND+EDTG+MTTINT) .LINK/EXE:BIN:RT11SB.TM2/BOU:1000/MAP:BIN:RT11SB.TM5/SYM:BIN:RT11SB.TM3/PRO Files? OBJ:USSB *OBJ:RMSB *OBJ:KMSB,MESB,MISB,TBSB// Boundary section? OVLY0 .LINK/EXE:BIN:RT11SB.TM1/MAP:BIN:RT11SB.TM4 OBJ:BTSB,BIN:RT11SB.TM3 .R MONMRG *BIN:RT11SB.SYG,MAP:RT11SB.MAP=BIN:RT11SB.TM1,RT11SB.TM2,RT11SB.TM4,RT11SB.TM5 *^C .DEL BIN:RT11SB.TM(1,2,3,4,5) .DELETE/NOQ OBJ:(KM,US,RM)SB.OBJ .DELETE/NOQ OBJ:(TB,BT)SB.OBJ .DELETE/NOQ OBJ:(ME,MI)SB.OBJ .MAC/OB:OBJ:KMFB SRC:(FB+SYSGEN.CND+EDTG+KMON+KMOVLY) .MAC/OB:OBJ:USFB SRC:(FB+SYSGEN.CND+EDTG+USR) .MAC/OB:OBJ:RMFB SRC:(FB+SYSGEN.CND+EDTG+RMON) .MAC/OB:OBJ:TBFB SRC:(FB+SYSGEN.CND+EDTG+SYSGEN.TBL+TRMTBL) .MAC/OB:OBJ:BTFB SRC:(FB+SYSGEN.CND+EDTG+BSTRAP) .MAC/OB:OBJ:MEFB SRC:(FB+SYSGEN.CND+EDTG+MTTEMT) .MAC/OB:OBJ:MIFB SRC:(FB+SYSGEN.CND+EDTG+MTTINT) .LINK/EXE:BIN:RT11FB.TM2/BOU:1000/MAP:BIN:RT11FB.TM5/SYM:BIN:RT11FB.TM3/PRO Files? OBJ:USFB *OBJ:RMFB *OBJ:KMFB,MEFB,MIFB,TBFB// Boundary section? OVLY0 .LINK/EXE:BIN:RT11FB.TM1/MAP:BIN:RT11FB.TM4 OBJ:BTFB,BIN:RT11FB.TM3 .R MONMRG *BIN:RT11FB.SYG,MAP:RT11FB.MAP=BIN:RT11FB.TM1,RT11FB.TM2,RT11FB.TM4,RT11FB.TM5 *^C .DEL BIN:RT11FB.TM(1,2,3,4,5) .DELETE/NOQ OBJ:(KM,US,RM)FB.OBJ .DELETE/NOQ OBJ:(TB,BT)FB.OBJ .DELETE/NOQ OBJ:(ME,MI)FB.OBJ .MAC/OB:OBJ:KMXM SRC:(XM+SYSGEN.CND+EDTG+KMON+KMOVLY) .MAC/OB:OBJ:USXM SRC:(XM+SYSGEN.CND+EDTG+USR) .MAC/OB:OBJ:RMXM SRC:(XM+SYSGEN.CND+EDTG+RMON) .MAC/OB:OBJ:SBXM SRC:(XM+SYSGEN.CND+EDTG+XMSUBS) .MAC/OB:OBJ:TBXM SRC:(XM+SYSGEN.CND+EDTG+SYSGEN.TBL+TRMTBL) .MAC/OB:OBJ:BTXM SRC:(XM+SYSGEN.CND+EDTG+BSTRAP) .MAC/OB:OBJ:MEXM SRC:(XM+SYSGEN.CND+EDTG+MTTEMT) .MAC/OB:OBJ:MIXM SRC:(XM+SYSGEN.CND+EDTG+MTTINT) .LINK/EXE:BIN:RT11XM.TM2/BOU:1000/MAP:BIN:RT11XM.TM5/SYM:BIN:RT11XM.TM3/PRO Files? OBJ:USXM *OBJ:RMXM *OBJ:SBXM,KMXM,MEXM,MIXM,TBXM// Boundary section? OVLY0 .LINK/EXE:BIN:RT11XM.TM1/MAP:BIN:RT11XM.TM4 OBJ:BTXM,BIN:RT11XM.TM3 .R MONMRG *BIN:RT11XM.SYG,MAP:RT11XM.MAP=BIN:RT11XM.TM1,RT11XM.TM2,RT11XM.TM4,RT11XM.TM5 *^C .DEL BIN:RT11XM.TM(1,2,3,4,5) .DELETE/NOQ OBJ:(KM,US,RM)XM.OBJ .DELETE/NOQ OBJ:(SB,TB,BT)XM.OBJ .DELETE/NOQ OBJ:(ME,MI)XM.OBJ .MAC/OB:OBJ:KMXB SRC:(XB+SYSGEN.CND+EDTG+KMON+KMOVLY) .MAC/OB:OBJ:USXB SRC:(XB+SYSGEN.CND+EDTG+USR) .MAC/OB:OBJ:RMXB SRC:(XB+SYSGEN.CND+EDTG+RMON) .MAC/OB:OBJ:SBXB SRC:(XB+SYSGEN.CND+EDTG+XMSUBS) .MAC/OB:OBJ:TBXB SRC:(XB+SYSGEN.CND+EDTG+SYSGEN.TBL+TRMTBL) .MAC/OB:OBJ:BTXB SRC:(XB+SYSGEN.CND+EDTG+BSTRAP) .MAC/OB:OBJ:MEXB SRC:(XB+SYSGEN.CND+EDTG+MTTEMT) .MAC/OB:OBJ:MIXB SRC:(XB+SYSGEN.CND+EDTG+MTTINT) .LINK/EXE:BIN:RT11XB.TM2/BOU:1000/MAP:BIN:RT11XB.TM5/SYM:BIN:RT11XB.TM3/PRO Files? OBJ:USXB *OBJ:RMXB *OBJ:SBXB,KMXB,MEXB,MIXB,TBXB// Boundary section? OVLY0 .LINK/EXE:BIN:RT11XB.TM1/MAP:BIN:RT11XB.TM4 OBJ:BTXB,BIN:RT11XB.TM3 .R MONMRG *BIN:RT11XB.SYG,MAP:RT11XB.MAP=BIN:RT11XB.TM1,RT11XB.TM2,RT11XB.TM4,RT11XB.TM5 *^C .DEL BIN:RT11XB.TM(1,2,3,4,5) .DELETE/NOQ OBJ:(KM,US,RM)XB.OBJ .DELETE/NOQ OBJ:(SB,TB,BT)XB.OBJ .DELETE/NOQ OBJ:(ME,MI)XB.OBJ .MAC/OB:OBJ:KMZM SRC:(ZM+SYSGEN.CND+EDTG+KMON+KMOVLY) .MAC/OB:OBJ:USZM SRC:(ZM+SYSGEN.CND+EDTG+USR) .MAC/OB:OBJ:RMZM SRC:(ZM+SYSGEN.CND+EDTG+RMON) .MAC/OB:OBJ:SBZM SRC:(ZM+SYSGEN.CND+EDTG+XMSUBS) .MAC/OB:OBJ:TBZM SRC:(ZM+SYSGEN.CND+EDTG+SYSGEN.TBL+TRMTBL) .MAC/OB:OBJ:BTZM SRC:(ZM+SYSGEN.CND+EDTG+BSTRAP) .MAC/OB:OBJ:MEZM SRC:(ZM+SYSGEN.CND+EDTG+MTTEMT) .MAC/OB:OBJ:MIZM SRC:(ZM+SYSGEN.CND+EDTG+MTTINT) .LINK/EXE:BIN:RT11ZM.TM2/BOU:1000/MAP:BIN:RT11ZM.TM5/SYM:BIN:RT11ZM.TM3/PRO Files? OBJ:USZM *OBJ:RMZM *OBJ:SBZM,KMZM,MEZM,MIZM,TBZM// Boundary section? OVLY0 .LINK/EXE:BIN:RT11ZM.TM1/MAP:BIN:RT11ZM.TM4 OBJ:BTZM,BIN:RT11ZM.TM3 .R MONMRG *BIN:RT11ZM.SYG,MAP:RT11ZM.MAP=BIN:RT11ZM.TM1,RT11ZM.TM2,RT11ZM.TM4,RT11ZM.TM5 *^C .DEL BIN:RT11ZM.TM(1,2,3,4,5) .DELETE/NOQ OBJ:(KM,US,RM)ZM.OBJ .DELETE/NOQ OBJ:(SB,TB,BT)ZM.OBJ .DELETE/NOQ OBJ:(ME,MI)ZM.OBJ .MAC/OB:OBJ:KMZB SRC:(ZB+SYSGEN.CND+EDTG+KMON+KMOVLY) .MAC/OB:OBJ:USZB SRC:(ZB+SYSGEN.CND+EDTG+USR) .MAC/OB:OBJ:RMZB SRC:(ZB+SYSGEN.CND+EDTG+RMON) .MAC/OB:OBJ:SBZB SRC:(ZB+SYSGEN.CND+EDTG+XMSUBS) .MAC/OB:OBJ:TBZB SRC:(ZB+SYSGEN.CND+EDTG+SYSGEN.TBL+TRMTBL) .MAC/OB:OBJ:BTZB SRC:(ZB+SYSGEN.CND+EDTG+BSTRAP) .MAC/OB:OBJ:MEZB SRC:(ZB+SYSGEN.CND+EDTG+MTTEMT) .MAC/OB:OBJ:MIZB SRC:(ZB+SYSGEN.CND+EDTG+MTTINT) .LINK/EXE:BIN:RT11ZB.TM2/BOU:1000/MAP:BIN:RT11ZB.TM5/SYM:BIN:RT11ZB.TM3/PRO Files? OBJ:USZB *OBJ:RMZB *OBJ:SBZB,KMZB,MEZB,MIZB,TBZB// Boundary section? OVLY0 .LINK/EXE:BIN:RT11ZB.TM1/MAP:BIN:RT11ZB.TM4 OBJ:BTZB,BIN:RT11ZB.TM3 .R MONMRG *BIN:RT11ZB.SYG,MAP:RT11ZB.MAP=BIN:RT11ZB.TM1,RT11ZB.TM2,RT11ZB.TM4,RT11ZB.TM5 *^C .DEL BIN:RT11ZB.TM(1,2,3,4,5) .DELETE/NOQ OBJ:(KM,US,RM)ZB.OBJ .DELETE/NOQ OBJ:(SB,TB,BT)ZB.OBJ .DELETE/NOQ OBJ:(ME,MI)ZB.OBJ .$@SYSGEN.DEV .ASSIGN DU0 SRC .ASSIGN DU0 BIN .ASSIGN DU0 OBJ .MAC/OB:OBJ:LD SRC:(SYSGEN.CND+LD) .LINK/NOBITMAP/EXE:BIN:LD.SYG/BOUNDARY:512. OBJ:LD Boundary section? SETOVR .DELETE/NOQ OBJ:LD.OBJ .MAC/OB:OBJ:LDX SRC:(XM+SYSGEN.CND+LD) .LINK/NOBITMAP/EXE:BIN:LDX.SYG/BOUNDARY:512. OBJ:LDX Boundary section? SETOVR .DELETE/NOQ OBJ:LDX.OBJ .MAC/OB:OBJ:BA SRC:(SYSGEN.CND+BA) .LINK/NOBITMAP/EXE:BIN:BA.SYG OBJ:BA .DELETE/NOQ OBJ:BA.OBJ .MAC/OB:OBJ:BAX SRC:(XM+SYSGEN.CND+BA) .LINK/NOBITMAP/EXE:BIN:BAX.SYG OBJ:BAX .DELETE/NOQ OBJ:BAX.OBJ .MAC/OB:OBJ:DY SRC:(SYSGEN.CND+DY) .LINK/NOBITMAP/EXE:BIN:DY.SYG OBJ:DY .DELETE/NOQ OBJ:DY.OBJ .MAC/OB:OBJ:DYX SRC:(XM+SYSGEN.CND+DY) .LINK/NOBITMAP/EXE:BIN:DYX.SYG OBJ:DYX .DELETE/NOQ OBJ:DYX.OBJ .MAC/OB:OBJ:VM SRC:(SYSGEN.CND+VM) .LINK/NOBITMAP/EXE:BIN:VM.SYG OBJ:VM .DELETE/NOQ OBJ:VM.OBJ .MAC/OB:OBJ:VMX SRC:(XM+SYSGEN.CND+VM) .LINK/NOBITMAP/EXE:BIN:VMX.SYG OBJ:VMX .DELETE/NOQ OBJ:VMX.OBJ .MAC/OB:OBJ:SP SRC:(SYSGEN.CND+SP) .LINK/NOBITMAP/EXE:BIN:SP.SYG/BOUNDARY:512. OBJ:SP Boundary section? SETOVR .DELETE/NOQ OBJ:SP.OBJ .MAC/OB:OBJ:SPX SRC:(XM+SYSGEN.CND+SP) .LINK/NOBITMAP/EXE:BIN:SPX.SYG/BOUNDARY:512. OBJ:SPX Boundary section? SETOVR .DELETE/NOQ OBJ:SPX.OBJ .MAC/OB:OBJ:RK SRC:(SYSGEN.CND+RK) .LINK/NOBITMAP/EXE:BIN:RK.SYG OBJ:RK .DELETE/NOQ OBJ:RK.OBJ .MAC/OB:OBJ:RKX SRC:(XM+SYSGEN.CND+RK) .LINK/NOBITMAP/EXE:BIN:RKX.SYG OBJ:RKX .DELETE/NOQ OBJ:RKX.OBJ .MAC/OB:OBJ:DU SRC:(SYSGEN.CND+DU) .LINK/NOBITMAP/EXE:BIN:DU.SYG/BOUNDARY:512. OBJ:DU Boundary section? SETOVR .DELETE/NOQ OBJ:DU.OBJ .MAC/OB:OBJ:DUX SRC:(XM+SYSGEN.CND+DU) .LINK/NOBITMAP/EXE:BIN:DUX.SYG/BOUNDARY:512. OBJ:DUX Boundary section? SETOVR .DELETE/NOQ OBJ:DUX.OBJ .MAC/OB:OBJ:DM SRC:(SYSGEN.CND+DM) .LINK/NOBITMAP/EXE:BIN:DM.SYG OBJ:DM .DELETE/NOQ OBJ:DM.OBJ .MAC/OB:OBJ:DMX SRC:(XM+SYSGEN.CND+DM) .LINK/NOBITMAP/EXE:BIN:DMX.SYG OBJ:DMX .DELETE/NOQ OBJ:DMX.OBJ .MAC/OB:OBJ:FSM SRC:(SYSGEN.CND+FSM) .MAC/OB:OBJ:FSMX SRC:(XM+SYSGEN.CND+FSM) .MAC/OB:OBJ:MT SRC:(SYSGEN.CND+TM) .LINK/NOBITMAP/EXE:BIN:MT.SYG OBJ:(MT,FSM) .DELETE/NOQ OBJ:MT.OBJ .MAC/OB:OBJ:MTX SRC:(XM+SYSGEN.CND+TM) .LINK/NOBITMAP/EXE:BIN:MTX.SYG OBJ:(MTX,FSMX) .DELETE/NOQ OBJ:MTX.OBJ .MAC/OB:OBJ:MM SRC:(SYSGEN.CND+TJ) .LINK/NOBITMAP/EXE:BIN:MM.SYG OBJ:(MM,FSM) .DELETE/NOQ OBJ:MM.OBJ .MAC/OB:OBJ:MMX SRC:(XM+SYSGEN.CND+TJ) .LINK/NOBITMAP/EXE:BIN:MMX.SYG OBJ:(MMX,FSMX) .DELETE/NOQ OBJ:MMX.OBJ .MAC/OB:OBJ:MS SRC:(SYSGEN.CND+TS) .LINK/NOBITMAP/EXE:BIN:MS.SYG OBJ:(MS,FSM) .DELETE/NOQ OBJ:MS.OBJ .MAC/OB:OBJ:MSX SRC:(XM+SYSGEN.CND+TS) .LINK/NOBITMAP/EXE:BIN:MSX.SYG OBJ:(MSX,FSMX) .DELETE/NOQ OBJ:MSX.OBJ .MAC/OB:OBJ:MU SRC:(SYSGEN.CND+TU) .LINK/NOBITMAP/EXE:BIN:MU.SYG/BOUNDARY:512. OBJ:(MU,FSM) Boundary section? SETOVR .DELETE/NOQ OBJ:MU.OBJ .MAC/OB:OBJ:MUX SRC:(XM+SYSGEN.CND+TU) .LINK/NOBITMAP/EXE:BIN:MUX.SYG/BOUNDARY:512. OBJ:(MUX,FSMX) Boundary section? SETOVR .DELETE/NOQ OBJ:MUX.OBJ .DELETE/NOQ OBJ:FSM.OBJ .DELETE/NOQ OBJ:FSMX.OBJ .MAC/OB:OBJ:LP SRC:(SYSGEN.CND+LP) .LINK/NOBITMAP/EXE:BIN:LP.SYG OBJ:LP .DELETE/NOQ OBJ:LP.OBJ .MAC/OB:OBJ:LPX SRC:(XM+SYSGEN.CND+LP) .LINK/NOBITMAP/EXE:BIN:LPX.SYG OBJ:LPX .DELETE/NOQ OBJ:LPX.OBJ .MAC/OB:OBJ:NL SRC:(SYSGEN.CND+NL) .LINK/NOBITMAP/EXE:BIN:NL.SYG OBJ:NL .DELETE/NOQ OBJ:NL.OBJ .MAC/OB:OBJ:NLX SRC:(XM+SYSGEN.CND+NL) .LINK/NOBITMAP/EXE:BIN:NLX.SYG OBJ:NLX .DELETE/NOQ OBJ:NLX.OBJ .SET USR NOSWAP .REN/SYS .SYG .SYS Files renamed: DK:VM.SYG to DK:VM.SYS DK:RT11SB.SYG to DK:RT11SB.SYS DK:LDX.SYG to DK:LDX.SYS DK:BA.SYG to DK:BA.SYS DK:BAX.SYG to DK:BAX.SYS DK:DYX.SYG to DK:DYX.SYS DK:VMX.SYG to DK:VMX.SYS DK:SP.SYG to DK:SP.SYS DK:SPX.SYG to DK:SPX.SYS DK:RK.SYG to DK:RK.SYS DK:RKX.SYG to DK:RKX.SYS DK:DU.SYG to DK:DU.SYS DK:DM.SYG to DK:DM.SYS DK:LP.SYG to DK:LP.SYS DK:LPX.SYG to DK:LPX.SYS DK:RT11FB.SYG to DK:RT11FB.SYS DK:LD.SYG to DK:LD.SYS DK:DY.SYG to DK:DY.SYS DK:RT11XM.SYG to DK:RT11XM.SYS DK:RT11XB.SYG to DK:RT11XB.SYS DK:DUX.SYG to DK:DUX.SYS DK:DMX.SYG to DK:DMX.SYS DK:MT.SYG to DK:MT.SYS DK:MTX.SYG to DK:MTX.SYS DK:MM.SYG to DK:MM.SYS DK:MMX.SYG to DK:MMX.SYS DK:MS.SYG to DK:MS.SYS DK:MSX.SYG to DK:MSX.SYS DK:MU.SYG to DK:MU.SYS DK:MUX.SYG to DK:MUX.SYS DK:NL.SYG to DK:NL.SYS DK:NLX.SYG to DK:NLX.SYS DK:RT11ZM.SYG to DK:RT11ZM.SYS DK:RT11ZB.SYG to DK:RT11ZB.SYS ?PIP-W-Reboot .BOO RT11ZM RT-11ZM (S) V05.07 .TYPE V5USER.TXT RT-11 V5.7 Installation of RT-11 Version 5.7 is complete and you are now running RT-11 from your system volume. Your system volume is your working volume if you have used the Automatic Installation (AI) procedure. If you have installed RT-11 using that procedure, Mentec recommends you verify the correct operation of your system's software using the VERIFY verification procedure. You can only perform VERIFY on the valid target (output) media you used for the AI procedure. Run VERIFY before you run CONFIG. To run VERIFY, enter the command: IND VERIFY Mentec recommends you read the file V5NOTE.TXT, which you can TYPE or PRINT. Also, read the Introduction to RT-11, rewritten for V5.7, which contains much of the information you need to use RT-11 Version 5.7. .R MSCPCK ?MSCPCK-I-MU0-TU81 FW Rev Level is 005/HW Rev Level is 006 .