>@SYSGEN
>;
>; RSX-11M-PLUS SYSGEN BL46
>;
>; COPYRIGHT (c) 1988
>; DIGITAL EQUIPMENT CORP., MAYNARD MA., 01754
>;
>SET /DPRO=[RWED,RWED,RWE,R]
>;
>; To exit from the SYSGEN procedure at any time, type CTRL/Z.
>;
>; If you are unsure of the answer to a question for which a de-
>; fault answer exists, use the default answer.
>;
>;
>;
>;===================================================
>; Choosing SYSGEN Options 02-OCT-06 at 02:38
>;===================================================
>;
>;
>;
>; Every question is preceded by a question number (for example SU010)
>; which you can use to find the explanation of the question in the
>; RSX-11M-PLUS System Generation and Installation Guide.
>;
>; An explanation of every question is also available by pressing
>; the ESC key (or the ALTMODE key) in response to the question.
>;
>; If you are unfamiliar with the SYSGEN procedure, the explanation of
>; each question can be printed automatically before the question.
>;
>* SU010 Do you always want the explanation printed? [Y/N D:N]: Y
>;
>; SYSGEN always creates saved answer files containing your responses
>; to the SYSGEN questions:
>;
>; SYSGENSA1.CMD Setup questions, Executive options
>; SYSGENSA2.CMD Peripheral configuration
>; SYSGENSA3.CMD Nonprivileged task builds
>;
>; You should perform a PREPGEN first to create saved answer files, and
>; then perform a SYSGEN, specifying those saved answer files as input
>; to the Executive, peripheral, and nonprivileged task build sections.
>;
>; If you have performed a SYSGEN (or PREPGEN) before, you can use the
>; saved answer file created during that SYSGEN as input to this SYSGEN.
>; SYSGEN uses the saved answers as your responses to the Executive
>; questions.
>;
>* SU020 Do you want to use a saved answer file as input for
>* the Executive options? [Y/N D:N]:
>;
>* SU040 Do you want to use a saved answer file as input for
>* the peripheral configuration? [Y/N D:N]:
>;
>* SU060 Do you want to use a saved answer file as input for
>* the nonprivileged task builds? [Y/N D:N]:
>;
>; A PREPGEN allows you to answer all the SYSGEN questions and create
>; saved answer files without actually generating a system: no MCR
>; commands are executed, no files are deleted, and the Executive is
>; not assembled or built.
>;
>; After you have successfully completed a PREPGEN, you can perform a
>; SYSGEN using the saved answer files from the PREPGEN. The SYSGEN
>; will then run unattended.
>;
>* SU080 Do you want to do a PREPGEN? [Y/N D:N]:
>;
>; You should have a disk spinning in a disk drive which is a copy of
>; your distribution kit. This is your target system disk, the disk on
>; which you will perform the SYSGEN. This disk should already be
>; mounted with the MOUNT command so that you have access to it.
>;
>; Enter the name of the drive containing this disk in the form ddnn:,
>; i.e., DB2:.
>;
>* SU090 Enter the name of the disk drive containing your
>* target system disk [ddnn:] [S R:2-5]: DU:
>;
>ASN DU:=IN:
>ASN DU:=OU:
>ASN DU:=LB:
>ASN DU:=WK:
>ASN DU:=TK:
>ASN DU:=BC:
>ASN DU:=LI:
>ASN DU:=OB:
>ASN DU:=EX:
>ASN DU:=MP:
>;
>; You can:
>;
>; o do a complete SYSGEN
>;
>; o continue a previous SYSGEN from where you left off
>;
>; o do an individual section of SYSGEN
>;
>;
>; A complete SYSGEN consists of:
>;
>; Choosing Executive options
>; Choosing Peripheral Configuration
>;
>; Assembling the Executive and Drivers
>;
>; Building the Executive and Drivers
>; Building the Privileged Tasks
>; Building the Nonprivileged Tasks
>;
>; Creating the System Image File
>;
>; If you do not choose to do a complete SYSGEN, you can continue
>; a previous SYSGEN from where you left off or do an individual
>; section of SYSGEN.
>;
>* SU120 Do you want to do a complete SYSGEN? [Y/N D:Y]:
>;
>;
>;
>;
>;======================================================
>; Choosing Executive Options 02-OCT-06 at 02:39
>;======================================================
>;
>;
>;
>; The answers to the questions in this section are put in the saved
>; answer file [200,200]SYSGENSA1.CMD.
>;
>; You may now enter a comment describing the system you are building.
>; This comment is included in the SYSGENSA1 saved answer file for
>; documentation, and is printed out when the saved answer file is
>; later used as input.
>;
>; Enter a comment for inclusion in the SYSGENSA1 saved answer file.
>; The comment may contain more than one line. The "V" in the right
>; margin below marks the maximum line length. When you are done,
>; press RETURN in response to the prompt.
>; V
>* Comment [S R:0.-55.]:
>;
>; RSX-11M-PLUS may be run on the following PDP-11 processors:
>;
>; 11/23-PLUS (also called MicroPDP-11/23 and 11/23-B)
>; 11/24
>; 11/44
>; 11/53
>; 11/70
>; 11/73 (also called MicroPDP-11/73)
>; 11/83 (also called MicroPDP-11/83)
>; 11/93
>; 11/94
>;
>; LSI-11/73
>;
>* CE010 What is your target processor type? [S R:5.-12. D:"11/70"]: 11/94
>;
>; The following RSX-11M-PLUS Executives may be generated:
>;
>; o Full-functionality Executive
>;
>; o User-tailored Executive
>;
>;
>; The Full-functionality Executive includes all features of the
>; RSX-11M-PLUS operating system that can be used on your processor.
>;
>; Executive data space support
>; User data space support
>; Task headers out of pool support
>; Extended logical name support
>; Supervisor-mode library support
>; Fast map facility
>; All DIGITAL-supplied drivers are loadable
>; ICB pool size of 128. words
>; Shadow recording support
>; Disk data caching support
>; Console driver support
>; Accounting support
>; Batch processor support
>; Queue Manager for spooling
>; DIGITAL Command Language and alternate CLI support
>; CTRL/C abort support
>; High performance FCP
>; File windows in secondary pool support
>; Decimal version numbers in file specifications
>; Virtual terminal support with a default virtual terminal
>; unit buffer size of 120. bytes and a maximum of 184. bytes
>; Character translation support
>; Terminal driver extended I/O support
>; Time-out on unsolicited terminal input of 30. seconds
>;
>;
>; The User-tailored Executive will require you to answer at least
>; twenty additional questions specifying which standard RSX-11M-PLUS
>; features you wish to disable. You should not choose the User-tailored
>; Executive unless you need to disable specific RSX-11M-PLUS features.
>;
>;
>; For information and guidelines on generating a User-tailored Executive,
>; please refer to the RSX-11M-PLUS System Generation and Installation
>; Guide.
>;
>; If you do not understand the options presented by the system
>; generation process when configuring an Executive yourself, please
>; select the Full-functionality Executive.
>;
>;
>* CE020 Do you want the Full-functionality Executive? [Y/N D:Y]:
>;
>; Network software provides the capability of simultaneously
>; operating tasks on different systems to establish logical
>; communication links and to exchange data. This software is
>; not provided with RSX-11M-PLUS, but must be purchased separately.
>;
>; If you choose this option, DCL and alternate CLI support will
>; also be included.
>;
>* CE120 Do you want support for communications products
>* (such as DECnet, PSI, and LAT)? [Y/N D:N]: Y
>;
>; The system name is an arbitrary six-character name.
>; This should be the same as the DECnet node name, if any.
>;
>* CE130 What is the system name? [S R:0-6 D:"RSXMPL"]:
>;
>; The IP11 industrial I/O subsystem is a combined software and
>; hardware package used for process control and monitoring in
>; the industrial and manufacturing environment. It consists
>; of an RSX device driver (IPDRV) and a set of FORTRAN-callable
>; interface routines, used to interface to a variety of hardware
>; I/O modules, including digital sense interrupt, change-of-state,
>; digital output, digital-to-analog converter, and analog-to-digital
>; converter modules.
>;
>; See the IP11 I/O Subsystem Software Installation Guide for
>; information on installing the software.
>;
>* CE264 Do you want IP11 industrial I/O subsystem support? [Y/N D:N]:
>;
>; The Executive Debugging Tool (XDT) provides a subset of ODT-11
>; that runs as a part of the RSX-11M-PLUS Executive. This tool
>; allows interactive debugging of Executive modules, I/O drivers,
>; and interrupt service routines. Selection of this option also
>; includes consistency checks in the dynamic memory routines and
>; the loader.
>;
>; Note: If your system does not have Executive data space support,
>; XDT will reduce the size of primary pool. If your system does
>; have Executive data space support, XDT does not affect the size
>; of pool.
>;
>* CE270 Do you want to include XDT? [Y/N D:N]: Y
>;
>; If the system crashes, a message is printed on the crash
>; notification device. This device must be a paper tape,
>; teletype, or line printer compatible device; that is, the
>; device must transmit a single byte at a time. Normally,
>; the crash notification device is the console terminal which
>; is always at the default CSR address given below.
>;
>* CE280 Enter the crash notification device CSR
>* address [O R:160000-177700 D:177564]:
>;
>; If the system crashes, you can cause all of memory to be written
>; onto a device for later analysis with the Crash Dump Analyzer (CDA).
>;
>; The device on which the crash dump is written must be selected from
>; the following list of devices and cannot be a fixed media device:
>;
>; DB: DM: MM:
>; DD: DR: MS:
>; DK: DT: MT:
>; DL: DU: MU:
>;
>; Note: Enter both the device and the logical unit number.
>; For example, MM0: or DL1:.
>;
>; Note: Enter XX: if you desire loadable DU:, DL:, MU:, MS: or MM:
>; crash driver support.
>;
>* CE290 On what device and unit do you want crash dumps
>* to be written? [S R:2-6]: XX:
>;
>; The minimum supported memory size is 128K words for
>; an RSX-11M-PLUS system. The maximum memory size is 1920K words.
>;
>; This value is only used by VMR when it creates the system image
>; file. VMR does not allow you to create a partition or load
>; anything beyond the end of memory. When the system is booted,
>; your actual memory size is calculated and overrides the value
>; you enter here.
>;
>* CE310 Enter memory size (in K words) [D R:128.-1920. D:256.]:
>;
>; The PDP-11 floating point processor is an optional arithmetic
>; processor. It performs all floating point arithmetic
>; operations and converts data between integer and floating point
>; formats.
>;
>; If you choose floating point processor support, the Executive
>; will dynamically determine whether the processor has a floating
>; point unit or not.
>;
>; If you omit this support, the Executive will not support a
>; floating point unit.
>;
>* CE320 Do you want floating point processor support? [Y/N D:N]: Y
>;
>; RSX-11M-PLUS requires a real-time clock for its operation. The
>; KW11-P programmable frequency clock, the KW11-L line frequency
>; clock, or the DL11-W line frequency clock/console interface may
>; be used.
>;
>* CE330 Is your system clock programmable (KW11-P)? [Y/N D:N]:
>;
>; Line frequency is either 50 or 60 Hz. In the U.S.A., line frequency
>; is always 60 Hz.
>;
>* CE350 Is your line frequency 50 Hz? [Y/N D:N]: Y
>;
>;
>;
>;=============================================================
>; Choosing Peripheral Configuration 02-OCT-06 at 02:39
>;=============================================================
>;
>;
>;
>; The answers to the questions in this section are put in the saved
>; answer file [200,200]SYSGENSA2.CMD.
>;
>; You may now enter a comment describing the system you are building.
>; This comment is included in the SYSGENSA2 saved answer file for
>; documentation, and is printed out when the saved answer file is
>; later used as input.
>;
>; Enter a comment for inclusion in the SYSGENSA2 saved answer file.
>; The comment may contain more than one line. The "V" in the right
>; margin below marks the maximum line length. When you are done,
>; press RETURN in response to the prompt.
>; V
>* Comment [S R:0.-55.]:
>;
>;
>; The RH11 and RH70 MASSBUS controllers are the controllers for
>; the following devices:
>;
>; DB: RP04, RP05, RP06 disks
>; DR: RM02, RM03, RM05, RM80, RP07 disks
>; DS: RS03, RS04 disks
>; EM: ML11 semiconductor disk emulator
>; MM: TM02, TM03 formatters, TE16, TU16, TU45, TU77 tapes
>;
>* CP0604 How many RH controllers do you have? [D R:0.-15. D:4.]:
>;
>; A mixed MASSBUS configuration has different device types on the
>; same RH controller. For example, a DB type disk and a DR type disk
>; both connected to RHA. Having an RP04 and an RP06 (both DB type
>; disks) connected to the same controller is NOT a mixed MASSBUS
>; configuration.
>;
>; If you choose to generate a mixed MASSBUS configuration, all the
>; MASSBUS device data bases will be resident.
>;
>* CP0612 Do you want to generate a mixed MASSBUS configuration? [Y/N D:N]:
>;
>;
>; DB: controllers: RH11, RH70 devices: RP04, RP05, RP06
>;
>; The RP04/05/06 are 19 data surface, removable, random access
>; bulk storage systems with storage capacities of 88 megabytes
>; (RP04/05) and 176 megabytes (RP06) per pack.
>;
>* CP0808 How many RP04/05/06 disk drives do you have? [D R:0.-63. D:0.]:
>;
>;
>; DR: controllers: RH11, RH70 devices: RM02
>; RH70 RM03, RM05, RM80, RP07
>;
>; The RM02/03/05 are removable pack, random access disk storage
>; systems with a storage capacity of 67 megabytes (RM02/03) and
>; 256 megabytes (RM05) per pack.
>;
>; The RM80 and RP07 are fixed media, random access disk storage
>; systems with a storage capacity of 124 megabytes (RM80) and
>; 516 megabytes (RP07) per pack.
>;
>* CP1008 How many RM02/03/05/80/RP07 disk drives do you
>* have? [D R:0.-63. D:0.]: 8
>;
>; A dual-access unit is one that is connected to two controllers
>; at one time, and may be accessed from either controller at the
>; option of the system software. Since a single device unit may
>; have only one physical unit number, a dual-access unit must be
>; attached to both controllers with the same unit number.
>;
>* CP1020 Are any of the units dual-access? [Y/N D:N]:
>;
>;
>; The physical unit number of a drive is the number shown on the
>; unit number plug (or other indicator) on the drive.
>;
>* CP1036 What is the physical unit number of DR0:? [O R:0-7 D:0]:
>;
>; The legal characters in a controller specification are:
>;
>; A thru D
>;
>; Where the DEC alphabet is: A,B,C,D,E,F,H,J,K,L,M,N,P,R,S,T
>; Note that the letters G, I, O, and Q are omitted for clarity.
>;
>* CP1044 To which RH controller is DR0: connected? [S R:1-1]: A
>;
>; Enter the drive type for this logical unit.
>;
>* CP1060 Is DR0: an RM02, RM03, RM05, RM80, or RP07? [S R:4-4 D:"RP07"]:
>;
>;
>* CP1036 What is the physical unit number of DR1:? [O R:0-7 D:1]:
>;
>* CP1044 To which RH controller is DR1: connected? [S R:1-1]: A
>;
>* CP1060 Is DR1: an RM02, RM03, RM05, RM80, or RP07? [S R:4-4 D:"RP07"]:
>;
>;
>* CP1036 What is the physical unit number of DR2:? [O R:0-7 D:2]:
>;
>* CP1044 To which RH controller is DR2: connected? [S R:1-1]: A
>;
>* CP1060 Is DR2: an RM02, RM03, RM05, RM80, or RP07? [S R:4-4 D:"RP07"]:
>;
>;
>* CP1036 What is the physical unit number of DR3:? [O R:0-7 D:3]:
>;
>* CP1044 To which RH controller is DR3: connected? [S R:1-1]: A
>;
>* CP1060 Is DR3: an RM02, RM03, RM05, RM80, or RP07? [S R:4-4 D:"RP07"]:
>;
>;
>* CP1036 What is the physical unit number of DR4:? [O R:0-7 D:4]:
>;
>* CP1044 To which RH controller is DR4: connected? [S R:1-1]: A
>;
>* CP1060 Is DR4: an RM02, RM03, RM05, RM80, or RP07? [S R:4-4 D:"RP07"]:
>;
>;
>* CP1036 What is the physical unit number of DR5:? [O R:0-7 D:5]:
>;
>* CP1044 To which RH controller is DR5: connected? [S R:1-1]: A
>;
>* CP1060 Is DR5: an RM02, RM03, RM05, RM80, or RP07? [S R:4-4 D:"RP07"]:
>;
>;
>* CP1036 What is the physical unit number of DR6:? [O R:0-7 D:6]:
>;
>* CP1044 To which RH controller is DR6: connected? [S R:1-1]: A
>;
>* CP1060 Is DR6: an RM02, RM03, RM05, RM80, or RP07? [S R:4-4 D:"RP07"]:
>;
>;
>* CP1036 What is the physical unit number of DR7:? [O R:0-7 D:7]:
>;
>* CP1044 To which RH controller is DR7: connected? [S R:1-1]: A
>;
>* CP1060 Is DR7: an RM02, RM03, RM05, RM80, or RP07? [S R:4-4 D:"RP07"]:
>;
>;
>; DS: controllers: RH11, RH70 devices: RS03, RS04
>;
>; The RS03/04 are small, fast, fixed-media disks. The RS03 has a
>; capacity of 256K words. The RS04 has a capacity of 512K words.
>; The transfer rate is 4 microseconds per word with an average latency
>; of 8 milliseconds.
>;
>* CP1208 How many RS03/04 disk drives do you have? [D R:0.-63. D:0.]:
>;
>;
>; EM: controllers: RH11, RH70 device: ML11
>;
>; The ML11 is a fast, random access, block mode MOS memory system.
>; The ML11-A (16K chips) provides up to 4 megabytes of storage.
>; The ML11-B (64K chips) provides up to 16 megabytes of storage.
>;
>* CP1408 How many ML11 disks do you have? [D R:0.-63. D:0.]:
>;
>;
>; MM: controllers: RH11, RH70 devices: TE16, TU16, TU45, TU77
>; formatters: TM02, TM03
>;
>; The TU16/45/77/TE16 magnetic tape drive unit is ideally suited
>; for writing, reading, and storing large volumes of data and
>; programs in a serial manner. The 10 1/2-inch tape reels
>; contain up to 2400 feet of tape. The tape is 9-track, recorded
>; either NRZI or phase encoded with recording densities of 800 or
>; 1600 bpi.
>;
>* CP1608 How many TU16/45/77/TE16 tape drives do you
>* have? [D R:0.-256. D:0.]: 4
>;
>; Each TU16/45/77/TE16 drive unit is interfaced to the RH MASSBUS
>; controller through a TM02/03 magtape formatter. A single formatter
>; is connected to the MASSBUS as one physical unit, and in turn will
>; support up to eight drives.
>;
>; The formatter and the first drive interfaced to it are called
>; the "master drive" unit. Any additional drives on the formatter
>; are called "slave drive" units.
>;
>; The TM02/03 formatter is usually located behind the lower front
>; door of the master drive. It has a white physical unit number plug
>; inserted into it. (Do not confuse it with the power supply.)
>;
>* CP1612 How many TM02/03 magtape formatters do you
>* have? [D R:1.-4. D:1.]:
>;
>;
>; The physical unit number of a formatter is the physical unit
>; number by which it is attached to the MASSBUS. This number is NOT
>; determined by the easily visible white unit number plug (or other
>; indicator) on the tape transport. Instead it must be determined
>; from the formatter itself. The TM02/03 formatter is usually
>; located behind the lower front door of the master drive. (Do not
>; confuse it with the power supply.) Its physical unit number is
>; determined by the white unit number plug inserted into it.
>;
>* CP1636 What is the physical unit number of the next
>* formatter? [O R:0-7 D:0]:
>;
>; The legal characters in a controller specification are:
>;
>; A thru D
>;
>; Where the DEC alphabet is: A,B,C,D,E,F,H,J,K,L,M,N,P,R,S,T
>; Note that the letters G, I, O, and Q are omitted for clarity.
>;
>* CP1644 To which RH controller is this formatter connected? [S R:1-1]: C
>;
>; The 4. remaining tape drive(s) will be allocated to this formatter.
>;
>;
>; The physical unit number of a tape drive is the physical unit number
>; by which it is attached to its formatter. This number is determined
>; by the easily visible white unit number plug (or other indicator) on
>; the tape drive.
>;
>; If you have eight or fewer tape drives, we suggest, for convenience,
>; that you make the physical unit numbers match the logical unit
>; numbers.
>;
>; Warning: Only four TU77s are allowed on a formatter. Therefore,
>; TU77s cannot have physical unit numbers greater than 3. SYSGEN
>; cannot tell if you have TU77s and so will not catch the error if
>; you specify physical unit numbers greater than 3 for TU77s. Those
>; tape drives will not be useable in the resulting system.
>;
>* CP1656 What is the physical unit number of MM0:? [O R:0-7 D:0]:
>;
>* CP1656 What is the physical unit number of MM1:? [O R:0-7 D:1]:
>;
>* CP1656 What is the physical unit number of MM2:? [O R:0-7 D:2]:
>;
>* CP1656 What is the physical unit number of MM3:? [O R:0-7 D:3]:
>;
>;
>; Enter the vector address for this controller. This vector address
>; can be changed after the SYSGEN by using the VMR CON SET command.
>;
>* CP2068 Enter the vector address of RHA [O R:60-774 D:254]:
>;
>; Enter the CSR address for this controller. This CSR address can
>; be changed after the SYSGEN by using the VMR CON SET command.
>;
>* CP2072 What is its CSR address? [O R:160000-177700 D:176700]:
>;
>; SGN -- Warning: Controller RHB has no units attached to it.
>;
>;
>;
>; Enter the vector address for this controller. This vector address
>; can be changed after the SYSGEN by using the VMR CON SET command.
>;
>* CP2068 Enter the vector address of RHC [O R:60-774 D:224]:
>;
>; Enter the CSR address for this controller. This CSR address can
>; be changed after the SYSGEN by using the VMR CON SET command.
>;
>* CP2072 What is its CSR address? [O R:160000-177700 D:172440]:
>;
>; SGN -- Warning: Controller RHD has no units attached to it.
>;
>;
>; RH Configuration
>;
>; Physical Unit Number
>;
>; 0 1 2 3 4 5 6 7
>;
>; RHA DR0: DR1: DR2: DR3: DR4: DR5: DR6: DR7:
>; RHB
>; RHC MM0:
>; RHD
>;
>;
>; MM Master / Slave Configuration
>;
>; Master Slave Units
>;
>; MM0: MM1: thru MM3:
>;
>;
>;
>;
>; DK: controller: RK11 devices: RK05, RK05F
>;
>; The RK11 cartridge disk drive and control is a complete mass
>; storage system for random access data storage. The system
>; includes a modular mass storage device utilizing removable
>; disk cartridges and a complete, easy-to-program, control unit.
>; A disk cartridge holds over 2.4 megabytes. The system is
>; expandable up to 8 drives per controller. An RK11 includes a
>; controller and the first disk drive. Optionally, the controller
>; can support up to four RK05F fixed platter drives each with twice
>; the capacity of the standard RK05 drive.
>;
>* CP2204 How many RK11 cartridge disk controllers do you have? [O D:0]:
>;
>;
>; DM: controllers: RK611, RK711 devices: RK06, RK07
>;
>; The RK611/711 is a 3 data surface, removable, random access bulk
>; storage system with a storage capacity of 14 megabytes (RK06) or
>; 28 megabytes (RK07) per pack. The RK611/711 includes a control
>; unit and the first disk pack drive. The system is expandable up
>; to eight drives.
>;
>* CP2404 How many RK611/711 disk cartridge controllers do
>* you have? [O D:0]: 1
>;
>; Enter the total number of RK06 and RK07 disk drives in your system.
>;
>* CP2408 How many RK06/RK07 disk drives do you have? [D R:1.-63. D:1.]: 8
>;
>;
>; The physical unit number of a drive is the number shown on the
>; unit number plug (or other indicator) on the drive.
>;
>* CP2436 What is the physical unit number of DM0:? [O R:0-7 D:0]:
>;
>; Enter the drive type for this logical unit.
>;
>* CP2460 Is DM0: an RK06 or RK07? [S R:4-4 D:"RK07"]:
>;
>;
>* CP2436 What is the physical unit number of DM1:? [O R:0-7 D:1]:
>;
>* CP2460 Is DM1: an RK06 or RK07? [S R:4-4 D:"RK07"]:
>;
>;
>* CP2436 What is the physical unit number of DM2:? [O R:0-7 D:2]:
>;
>* CP2460 Is DM2: an RK06 or RK07? [S R:4-4 D:"RK07"]:
>;
>;
>* CP2436 What is the physical unit number of DM3:? [O R:0-7 D:3]:
>;
>* CP2460 Is DM3: an RK06 or RK07? [S R:4-4 D:"RK07"]:
>;
>;
>* CP2436 What is the physical unit number of DM4:? [O R:0-7 D:4]:
>;
>* CP2460 Is DM4: an RK06 or RK07? [S R:4-4 D:"RK07"]:
>;
>;
>* CP2436 What is the physical unit number of DM5:? [O R:0-7 D:5]:
>;
>* CP2460 Is DM5: an RK06 or RK07? [S R:4-4 D:"RK07"]:
>;
>;
>* CP2436 What is the physical unit number of DM6:? [O R:0-7 D:6]:
>;
>* CP2460 Is DM6: an RK06 or RK07? [S R:4-4 D:"RK07"]:
>;
>;
>* CP2436 What is the physical unit number of DM7:? [O R:0-7 D:7]:
>;
>* CP2460 Is DM7: an RK06 or RK07? [S R:4-4 D:"RK07"]:
>;
>;
>; Enter the vector address for this controller. This vector address
>; can be changed after the SYSGEN by using the VMR CON SET command.
>;
>* CP2468 Enter the vector address of DMA [O R:60-774 D:210]:
>;
>; Enter the CSR address for this controller. This CSR address can
>; be changed after the SYSGEN by using the VMR CON SET command.
>;
>* CP2472 What is its CSR address? [O R:160000-177700 D:177440]:
>;
>; DM Configuration
>;
>; Physical Unit Number
>;
>; 0 1 2 3 4 5 6 7
>;
>; DMA DM0: DM1: DM2: DM3: DM4: DM5: DM6: DM7:
>;
>;
>;
>;
>; DL: controllers: RL11, RLV12 devices: RL01, RL02
>;
>; The RL11/RLV12 disk subsystem uses a medium performance, RL01/02
>; direct access drive with a single read/write head per surface.
>; Each drive provides 5.2 megabytes (RL01) or 10.4 megabytes (RL02)
>; of storage on a removable, top-loading cartridge. The subsystem
>; is expandable up to four drives.
>;
>* CP2604 How many RL11/RLV11 disk cartridge controllers do
>* you have? [O D:0]: 1
>;
>; Enter the total number of RL01 and RL02 disk drives in your system.
>;
>* CP2608 How many RL01/RL02 disk drives do you have? [D R:1.-63. D:1.]: 4
>;
>;
>; The physical unit number of a drive is the number shown on the
>; unit number plug (or other indicator) on the drive.
>;
>* CP2636 What is the physical unit number of DL0:? [O R:0-7 D:0]:
>;
>; Enter the drive type for this logical unit.
>;
>* CP2660 Is DL0: an RL01 or RL02? [S R:4-4 D:"RL02"]:
>;
>;
>* CP2636 What is the physical unit number of DL1:? [O R:0-7 D:1]:
>;
>* CP2660 Is DL1: an RL01 or RL02? [S R:4-4 D:"RL02"]:
>;
>;
>* CP2636 What is the physical unit number of DL2:? [O R:0-7 D:2]:
>;
>* CP2660 Is DL2: an RL01 or RL02? [S R:4-4 D:"RL02"]:
>;
>;
>* CP2636 What is the physical unit number of DL3:? [O R:0-7 D:3]:
>;
>* CP2660 Is DL3: an RL01 or RL02? [S R:4-4 D:"RL02"]:
>;
>;
>; Enter the vector address for this controller. This vector address
>; can be changed after the SYSGEN by using the VMR CON SET command.
>;
>* CP2668 Enter the vector address of DLA [O R:60-774 D:160]:
>;
>; Enter the CSR address for this controller. This CSR address can
>; be changed after the SYSGEN by using the VMR CON SET command.
>;
>* CP2672 What is its CSR address? [O R:160000-177700 D:174400]:
>;
>; DL Configuration
>;
>; Physical Unit Number
>;
>; 0 1 2 3 4 5 6 7
>;
>; DLA DL0: DL1: DL2: DL3:
>;
>;
>;
>;
>; DP: controller: RP11 devices: RP02, RPR02, RP03
>;
>; The RP11 is a complete mass storage system using a magnetic
>; disk pack with 20 data surfaces and a moving read/write head.
>; The RP02 and RPR02 have a capacity of 20 megabytes. The RP03
>; has a capacity of 41 megabytes.
>;
>* CP2804 How many RP11 disk pack controllers do you have? [O D:0]:
>;
>;
>; DU: controllers: RQDX1, RQDX2, RQDX3, RUX50, RQC25, KDA50, UDA50
>;
>; devices: RX33, RX50, RD31, RD51, RD52, RD53, RD54, RC25,
>; RA60, RA80, RA81, RA82
>;
>; The total of DU and MU controllers cannot be greater than 10.
>;
>; The MSCP disk controllers are:
>;
>; RQDX1, RQDX2, RQDX3, RUX50, RQC25, RUC25, KDA50, UDA50
>;
>; These intelligent disk controllers provide enhanced I/O optimization,
>; error correction capability, and, in some cases, dynamic bad block
>; handling.
>;
>* CP3004 How many MSCP disk controllers do you have? [D R:0.-10. D:0.]: 1
>;
>; The MSCP disk drives are:
>;
>; RX33, RX50, RD31, RD51, RD52, RD53, RD54
>; RC25, RA60, RA80, RA81, RA82
>;
>; The RX50 contains two 5.25 inch floppy diskettes with a formatted
>; capacity of 400 kilobytes each. Count each RX50 (with two
>; diskettes) as two drives.
>;
>; The RD51 is a 5.25 inch fixed media, Winchester technology disk
>; with a formatted capacity of 10 megabytes.
>;
>; The RD52 is a 5.25 inch fixed media Winchester technology disk
>; with a formatted capacity of 31 megabytes.
>;
>; The RD53 is a 5.25 inch fixed media Winchester technology disk
>; with a formatted capacity of 71 megabytes.
>;
>; The RC25 contains a fixed and removable disk on the same spindle
>; with a formatted capacity of 25 megabytes each. Count each RC25
>; (with two disks: one fixed, one removable) as two drives.
>;
>; The RA60 is a removable media disk with a formatted capacity of
>; 205 megabytes.
>;
>; The RA80 is a fixed media, Winchester technology disk with a
>; formatted capacity of 121 megabytes.
>;
>; The RA81 is a fixed media, Winchester technology disk with a
>; formatted capacity of 456 megabytes.
>;
>; Enter the total number of MSCP disk drives in your system.
>;
>* CP3008 How many MSCP disk drives do you have? [D R:1.-4. D:1.]: 4
>;
>;
>; The physical unit number of a drive is the number shown on the
>; unit number plug (or other indicator) on the drive.
>;
>* CP3036 What is the physical unit number of DU0:? [O R:0-377 D:0]:
>;
>;
>* CP3036 What is the physical unit number of DU1:? [O R:0-377 D:1]:
>;
>;
>* CP3036 What is the physical unit number of DU2:? [O R:0-377 D:2]:
>;
>;
>* CP3036 What is the physical unit number of DU3:? [O R:0-377 D:3]:
>;
>;
>; Enter the vector address for this controller. This vector address
>; can be changed after the SYSGEN by using the VMR CON SET command.
>;
>* CP3068 Enter the vector address of DUA [O R:60-774 D:154]:
>;
>; Enter the CSR address for this controller. This CSR address can
>; be changed after the SYSGEN by using the VMR CON SET command.
>;
>* CP3072 What is its CSR address? [O R:160000-177700 D:172150]:
>;
>;
>; MU: controllers: TK50, TU81, TU81E, TQ81E
>;
>; The TMSCP tape controllers are:
>;
>; TK50, TU81, TU81E, TQ81E
>;
>;
>* CP3404 How many TMSCP tape controllers do you have? [D R:0.-9. D:0.]: 1
>;
>;
>; The physical unit number of a drive is the number shown on the
>; unit number plug (or other indicator) on the drive.
>;
>* CP3436 What is the physical unit number of MU0:? [O R:0-377 D:0]:
>;
>;
>; Enter the vector address for this controller. This vector address
>; can be changed after the SYSGEN by using the VMR CON SET command.
>;
>* CP3468 Enter the vector address of MUA [O R:60-774 D:260]:
>;
>; Enter the CSR address for this controller. This CSR address can
>; be changed after the SYSGEN by using the VMR CON SET command.
>;
>* CP3472 What is its CSR address? [O R:160000-177700 D:174500]:
>;
>;
>; CR: controllers: CM11, CR11
>;
>; The CR11 card reader reads EIA standard 80-column punched data
>; cards at 300 cards per minute. It uses a riffle-air and a
>; vacuum-pick mechanism to move the cards. The CM11-F reads 80-
>; column mark-sense cards, which can have punched holes, at 285
>; cards per minute.
>;
>* CP4004 How many CM/CR11 card readers do you have? [O D:0]:
>;
>;
>; CT: controller: TA11 device: TU60
>;
>; The TA11 magnetic tape cassette system is a dual-drive,
>; reel-to-reel unit designed to replace paper tape. Its two
>; drives run non-simultaneously using proprietary Digital
>; Equipment Corporation Philips-type cassettes. The TA11
>; includes a control unit and a dual tape transport.
>;
>* CP4204 How many TA11 dual cassettes do you have? [O D:0]:
>;
>;
>; MS: controllers: TS11, TU80, TSV05, TK25
>;
>; The TS11, TU80, and TSV05 are 1/2 inch 1600 bpi tape subsystems
>; and the TK25 is a cartridge tape subsystem.
>;
>* CP4404 How many TS11/TU80/TSV05/TK25
>* magtape controllers do you have? [O D:0]:
>;
>;
>; DT: controller: TC11 device: TU56
>;
>; The TC11 is a dual-unit bidirectional magnetic-tape transport
>; system for auxiliary data storage.
>;
>; The system stores information at fixed positions on magnetic
>; tape as in magnetic disk or drum storage devices, rather than
>; at unknown or variable positions as in conventional magnetic
>; tape systems.
>;
>; A DECtape system consists of up to 4 dual transports, a control
>; unit (which will buffer and control information for up to four
>; dual transports). A TC11 includes a control unit and the
>; first dual tape transport.
>;
>* CP4604 How many TC11 DECtape controllers do you have? [O D:0]:
>;
>;
>; DX: controller: RX11 device: RX01
>;
>; The RX11 is an industry compatible disk storage system for
>; flexible (floppy) disks. An RX11 is capable of controlling two
>; flexible disk drives each having a capacity of 256K bytes.
>;
>* CP4804 How many RX11 disk controllers do you have? [O D:0]:
>;
>;
>; DY: controller: RX211, RXV21 device: RX02
>;
>; The RX211 and RXV21 are single or double density flexible (floppy) disk
>; controllers with a storage capacity of 256K bytes (single density) or
>; 512K bytes (double density). One controller is capable of controlling
>; two drives.
>;
>* CP5004 How many RX211/RXV21 disk controllers do you have? [O D:0]:
>;
>;
>; DD: controller: DL11 device: TU58
>;
>; The TU58 driver interfaces with the 3M DC-100A tape
>; cartridge drive and controller units via a parallel to ser-
>; ial DL11 converter at baud rates up to 9.6K. Data is
>; stored on the media on two parallel tracks recorded in the
>; same direction. The tape is preformatted into 2048 physical
>; records of 128 bytes each. Access to these physical records
>; is by groups of four corresponding to a standard DEC block
>; of 512 bytes.
>;
>* CP5204 How many TU58 controllers do you have? [O D:0]:
>;
>;
>; LP: controllers: LA180, LN01, LP11, LS11, LV11
>; devices: LA180, LN01, LP01, LP02, LP04, LP05, LP06,
>; LP07, LP14, LP25, LP26, LP27, LS11, LV01
>;
>; The LP11 is a high-speed impact line printer with a rotating drum
>; or band. It is available in a variety of models, with and without
>; lowercase characters.
>;
>; The LS11 line printer is a medium-speed impact dot-matrix line
>; printer. It prints at a rate of 165 characters per second at
>; 10 characters per inch with up to 132 characters per line.
>;
>; The LA180 DECprinter is similar to the LS11 with the exception
>; that it prints at the rate of 180 characters per second.
>;
>; The LV11 is a high-speed electrostatic printer-plotter that prints
>; at a rate of 500 lines per minute. Only the print option is
>; supported under RSX-11M-PLUS.
>;
>* CP5404 How many LP/LS/LV11/LA180 line printers do you have? [O D:0]: 1
>;
>; If a task tries to access the line printer when the device is not
>; ready, a message saying the line printer is not ready is printed
>; on the console terminal. This message is repeated every n seconds,
>; where n is your response to this question, for as long as the line
>; printer remains not ready.
>;
>; Enter zero to disable this feature and suppress the messages.
>;
>* CP5408 Enter the number of seconds between
>* line printer-not-ready messages [D R:0.-255. D:15.]: 30
>;
>; Enter the vector address for this line printer. This vector address
>; can be changed after the SYSGEN by using the VMR CON SET command.
>;
>* CP5468 Enter vector address of the next line
>* printer [O R:60-774 D:200]:
>;
>; Enter the CSR address for this line printer. This CSR address can
>; be changed after the SYSGEN by using the VMR CON SET command.
>;
>* CP5472 What is its CSR address? [O R:160000-177700 D:177514]:
>;
>; Here is a table of the valid line printer types and their
>; characteristics:
>;
>; printer # of lines per supports
>; type controller columns minute optimization
>;
>; LA180 LA180 132 150 no
>; LN01 LN01 132 600 NA
>; LP01 LP11-F/H 80 170-1110 yes
>; LP02 LP11-J/K 132 170-1110 yes
>; LP04 LP11-R/S 132 1110 yes
>; LP05 LP11-V/W 132 300 no
>; LP06 LP11-Y/Z 132 460-600 no
>; LP07 LP11-G 132 1200 no
>; LP14 LP11-C/D 132 660-900 no
>; LP25 LP11-A/B 132 215-300 no
>; LP26 LP11-E 132 445-600 no
>; LP27 LP11-U 132 800-1200 no
>; LS11 LS11 132 60-200 no
>; LV01 LV11 132 500 yes
>;
>; The printer type is used to set two characteristics in the UCB:
>;
>; o Column or buffer width
>;
>; This is settable in VMR or MCR with the SET /BUF command.
>;
>;
>; o Fast line printer support
>;
>; This is an optimization performed by the driver to eliminate
>; unnecessary print cycles. This characteristic is not settable
>; in VMR or MCR.
>;
>; If you specify the wrong printer type and the driver performs
>; the optimization for a printer that does not support it, you
>; will occasionally lose a line of a listing when the printer
>; is taken off line.
>;
>; If you specify the wrong printer type and the driver does not
>; perform the optimization for a printer that supports it, the
>; printer will run a little slower than it would with the
>; optimization, but there will be no other adverse effects.
>;
>; If you do not know the correct printer type for your printer, take
>; the default. This will give you a 132-column printer without fast
>; printer optimization. Once your system is running, you can change
>; the number of columns if necessary with the MCR SET command.
>;
>* CP5480 Enter line printer type for LPA [S R:4-5 D:"LP25"]:
>;
>; If this line printer has both uppercase and lowercase characters,
>; answer Yes to this question. If it only has uppercase characters,
>; answer No. Your answer determines the initial setting for
>; lowercase character conversion on this printer. You can change
>; this at any time by using the MCR SET /LOWER command.
>;
>* CP5484 Does LPA have lowercase characters? [Y/N D:N]:
>;
>;
>; MT: controllers: TM11, TMA11, TMB11 devices: TE10, TU10, TU10W, TS03
>;
>; The TM/TMA/TMB11 is a magnetic tape system ideally suited for
>; writing, reading, and storing large volumes of data and
>; programs in a serial manner. The system reads and writes in
>; industry-compatible format. TU10 drives support 10.5-inch reels
>; containing up to 2400 feet of tape upon which over 180 million
>; bits of data can be stored on high density 9-track tape. TS03
>; drives support 7-inch reels containing up to 600 feet of tape in
>; high density 9-track format. TU10W drives are compatible with
>; TU10 drives except they operate only on 800 bpi, 9-track tape.
>;
>* CP5604 How many TM/TMA/TMB11 magtape controllers do you have? [O D:0]:
>;
>;
>; PP: controller: PC11
>;
>; The PC11 is a high speed paper tape reader/punch that is
>; capable of reading eight-hole, unoiled, perforated paper tape at
>; 300 characters per second, and punching tape at 50 characters
>; per second.
>;
>* CP5804 How many PC11 paper tape reader/punches do you have? [O D:0]:
>;
>;
>; PR: controller: PR11
>;
>; The PR11 is a high speed paper tape reader that is capable of
>; reading eight-hole unoiled perforated paper tape at 300
>; characters per second.
>;
>;
>* CP6004 How many PR11 paper tape readers do you have? [O D:0]:
>;
>;
>; LA: controller: LPA11
>;
>; The LPA11 lab peripheral accelerator is a real-time subsystem which
>; interfaces to the PDP-11 family of computers. The system consists
>; of the LPA11, up to 2 A/D converters, a programmable real-time
>; clock, a D/A converter, and up to five digital I/O modules.
>;
>* CP6204 How many LPA11 lab subsystems do you have? [D R:0.-16. D:0.]:
>;
>;
>; TT: controllers: DL11, DLV11 controller mnemonic: YL
>;
>; The DL11/DLV11 series of asynchronous single line interfaces handle
>; full or half-duplex communication between a wide variety of serial
>; communication channels and a PDP-11 computer.
>;
>; SYSGEN automatically sets up the data bases for all mandatory
>; DL11/DLV11s. (For each processor in the system, there must be a
>; DL11/DLV11; these are mandatory.) Answer the next question with
>; the number of additional DL11/DLV11s in your system.
>;
>; Note: Enter only the number of DL11s used as terminal interfaces.
>; Do not include any DL11s used as controlers for the TU58 DECtape II.
>;
>* CP6804 Enter number of additional DL11/DLV11 line interfaces [O D:0]: 13.
>;
>; The DL11/DLV11 has the ability to maintain a full-duplex connection
>; through a BELL 103A type modem. Modem support requires added code
>; in the terminal driver. As a result, it should be selected only if
>; needed.
>;
>* CP6820 Do any of the DL11/DLV11 lines require modem support? [Y/N D:N]: Y
>;
>; The terminal types supported by RSX-11M-PLUS SYSGEN are:
>;
>; ASR33 LA12 VT05B
>; ASR35 LA30P VT50
>; LA30S VT52
>; DTC01 LA34 VT55
>; LA36 VT61
>; KSR33 LA38 VT100
>; LA50 VT101
>; LA100 VT102
>; LA120 VT105
>; LA180S VT125
>; LA210 VT131
>; LN03 VT132
>; PC3xx VT2xx
>;
>* CP6832 Enter terminal type for YLA [S R:4-6 D:"LA120"]: VT52
>;
>; Additional vectors are assigned from the floating vector space
>; starting at 300. The vector address can be changed after the
>; SYSGEN by using the VMR CON SET command.
>;
>* CP6868 Enter vector address of YLB [O R:300-770]: 300
>;
>; Additional CSRs are assigned in the range 176000 - 176770. The
>; CSR address can be changed after the SYSGEN by using the VMR CON
>; SET command.
>;
>* CP6872 What is its CSR address? [O R:160000-177700]: 176500
>;
>; The terminal types supported by RSX-11M-PLUS SYSGEN are:
>;
>; ASR33 LA12 VT05B
>; ASR35 LA30P VT50
>; LA30S VT52
>; DTC01 LA34 VT55
>; LA36 VT61
>; KSR33 LA38 VT100
>; LA50 VT101
>; LA100 VT102
>; LA120 VT105
>; LA180S VT125
>; LA210 VT131
>; LN03 VT132
>; PC3xx VT2xx
>;
>* CP6832 Enter terminal type for YLB [S R:4-6 D:"LA120"]: VT100
>;
>; Additional vectors are assigned from the floating vector space
>; starting at 300. The vector address can be changed after the
>; SYSGEN by using the VMR CON SET command.
>;
>* CP6868 Enter vector address of YLC [O R:300-770]: 310
>;
>; Additional CSRs are assigned in the range 176000 - 176770. The
>; CSR address can be changed after the SYSGEN by using the VMR CON
>; SET command.
>;
>* CP6872 What is its CSR address? [O R:160000-177700]: 176510
>;
>; The terminal types supported by RSX-11M-PLUS SYSGEN are:
>;
>; ASR33 LA12 VT05B
>; ASR35 LA30P VT50
>; LA30S VT52
>; DTC01 LA34 VT55
>; LA36 VT61
>; KSR33 LA38 VT100
>; LA50 VT101
>; LA100 VT102
>; LA120 VT105
>; LA180S VT125
>; LA210 VT131
>; LN03 VT132
>; PC3xx VT2xx
>;
>* CP6832 Enter terminal type for YLC [S R:4-6 D:"LA120"]: VT100
>;
>; Additional vectors are assigned from the floating vector space
>; starting at 300. The vector address can be changed after the
>; SYSGEN by using the VMR CON SET command.
>;
>* CP6868 Enter vector address of YLD [O R:300-770]: 320
>;
>; Additional CSRs are assigned in the range 176000 - 176770. The
>; CSR address can be changed after the SYSGEN by using the VMR CON
>; SET command.
>;
>* CP6872 What is its CSR address? [O R:160000-177700]: 176520
>;
>; The terminal types supported by RSX-11M-PLUS SYSGEN are:
>;
>; ASR33 LA12 VT05B
>; ASR35 LA30P VT50
>; LA30S VT52
>; DTC01 LA34 VT55
>; LA36 VT61
>; KSR33 LA38 VT100
>; LA50 VT101
>; LA100 VT102
>; LA120 VT105
>; LA180S VT125
>; LA210 VT131
>; LN03 VT132
>; PC3xx VT2xx
>;
>* CP6832 Enter terminal type for YLD [S R:4-6 D:"LA120"]: VT100
>;
>; Additional vectors are assigned from the floating vector space
>; starting at 300. The vector address can be changed after the
>; SYSGEN by using the VMR CON SET command.
>;
>* CP6868 Enter vector address of YLE [O R:300-770]: 330
>;
>; Additional CSRs are assigned in the range 176000 - 176770. The
>; CSR address can be changed after the SYSGEN by using the VMR CON
>; SET command.
>;
>* CP6872 What is its CSR address? [O R:160000-177700]: 176530
>;
>; The terminal types supported by RSX-11M-PLUS SYSGEN are:
>;
>; ASR33 LA12 VT05B
>; ASR35 LA30P VT50
>; LA30S VT52
>; DTC01 LA34 VT55
>; LA36 VT61
>; KSR33 LA38 VT100
>; LA50 VT101
>; LA100 VT102
>; LA120 VT105
>; LA180S VT125
>; LA210 VT131
>; LN03 VT132
>; PC3xx VT2xx
>;
>* CP6832 Enter terminal type for YLE [S R:4-6 D:"LA120"]: VT100
>;
>; Additional vectors are assigned from the floating vector space
>; starting at 300. The vector address can be changed after the
>; SYSGEN by using the VMR CON SET command.
>;
>* CP6868 Enter vector address of YLF [O R:300-770]: 340
>;
>; Additional CSRs are assigned in the range 176000 - 176770. The
>; CSR address can be changed after the SYSGEN by using the VMR CON
>; SET command.
>;
>* CP6872 What is its CSR address? [O R:160000-177700]: 176540
>;
>; The terminal types supported by RSX-11M-PLUS SYSGEN are:
>;
>; ASR33 LA12 VT05B
>; ASR35 LA30P VT50
>; LA30S VT52
>; DTC01 LA34 VT55
>; LA36 VT61
>; KSR33 LA38 VT100
>; LA50 VT101
>; LA100 VT102
>; LA120 VT105
>; LA180S VT125
>; LA210 VT131
>; LN03 VT132
>; PC3xx VT2xx
>;
>* CP6832 Enter terminal type for YLF [S R:4-6 D:"LA120"]: VT100
>;
>; Additional vectors are assigned from the floating vector space
>; starting at 300. The vector address can be changed after the
>; SYSGEN by using the VMR CON SET command.
>;
>* CP6868 Enter vector address of YLH [O R:300-770]: 350
>;
>; Additional CSRs are assigned in the range 176000 - 176770. The
>; CSR address can be changed after the SYSGEN by using the VMR CON
>; SET command.
>;
>* CP6872 What is its CSR address? [O R:160000-177700]: 176550
>;
>; The terminal types supported by RSX-11M-PLUS SYSGEN are:
>;
>; ASR33 LA12 VT05B
>; ASR35 LA30P VT50
>; LA30S VT52
>; DTC01 LA34 VT55
>; LA36 VT61
>; KSR33 LA38 VT100
>; LA50 VT101
>; LA100 VT102
>; LA120 VT105
>; LA180S VT125
>; LA210 VT131
>; LN03 VT132
>; PC3xx VT2xx
>;
>* CP6832 Enter terminal type for YLH [S R:4-6 D:"LA120"]: VT100
>;
>; Additional vectors are assigned from the floating vector space
>; starting at 300. The vector address can be changed after the
>; SYSGEN by using the VMR CON SET command.
>;
>* CP6868 Enter vector address of YLJ [O R:300-770]: 360
>;
>; Additional CSRs are assigned in the range 176000 - 176770. The
>; CSR address can be changed after the SYSGEN by using the VMR CON
>; SET command.
>;
>* CP6872 What is its CSR address? [O R:160000-177700]: 176560
>;
>; The terminal types supported by RSX-11M-PLUS SYSGEN are:
>;
>; ASR33 LA12 VT05B
>; ASR35 LA30P VT50
>; LA30S VT52
>; DTC01 LA34 VT55
>; LA36 VT61
>; KSR33 LA38 VT100
>; LA50 VT101
>; LA100 VT102
>; LA120 VT105
>; LA180S VT125
>; LA210 VT131
>; LN03 VT132
>; PC3xx VT2xx
>;
>* CP6832 Enter terminal type for YLJ [S R:4-6 D:"LA120"]: VT100
>;
>; Additional vectors are assigned from the floating vector space
>; starting at 300. The vector address can be changed after the
>; SYSGEN by using the VMR CON SET command.
>;
>* CP6868 Enter vector address of YLK [O R:300-770]: 370
>;
>; Additional CSRs are assigned in the range 176000 - 176770. The
>; CSR address can be changed after the SYSGEN by using the VMR CON
>; SET command.
>;
>* CP6872 What is its CSR address? [O R:160000-177700]: 176570
>;
>; The terminal types supported by RSX-11M-PLUS SYSGEN are:
>;
>; ASR33 LA12 VT05B
>; ASR35 LA30P VT50
>; LA30S VT52
>; DTC01 LA34 VT55
>; LA36 VT61
>; KSR33 LA38 VT100
>; LA50 VT101
>; LA100 VT102
>; LA120 VT105
>; LA180S VT125
>; LA210 VT131
>; LN03 VT132
>; PC3xx VT2xx
>;
>* CP6832 Enter terminal type for YLK [S R:4-6 D:"LA120"]: VT100
>;
>; Additional vectors are assigned from the floating vector space
>; starting at 300. The vector address can be changed after the
>; SYSGEN by using the VMR CON SET command.
>;
>* CP6868 Enter vector address of YLL [O R:300-770]: 400
>;
>; Additional CSRs are assigned in the range 176000 - 176770. The
>; CSR address can be changed after the SYSGEN by using the VMR CON
>; SET command.
>;
>* CP6872 What is its CSR address? [O R:160000-177700]: 176600
>;
>; The terminal types supported by RSX-11M-PLUS SYSGEN are:
>;
>; ASR33 LA12 VT05B
>; ASR35 LA30P VT50
>; LA30S VT52
>; DTC01 LA34 VT55
>; LA36 VT61
>; KSR33 LA38 VT100
>; LA50 VT101
>; LA100 VT102
>; LA120 VT105
>; LA180S VT125
>; LA210 VT131
>; LN03 VT132
>; PC3xx VT2xx
>;
>* CP6832 Enter terminal type for YLL [S R:4-6 D:"LA120"]: VT100
>;
>; Additional vectors are assigned from the floating vector space
>; starting at 300. The vector address can be changed after the
>; SYSGEN by using the VMR CON SET command.
>;
>* CP6868 Enter vector address of YLM [O R:300-770]: 410
>;
>; Additional CSRs are assigned in the range 176000 - 176770. The
>; CSR address can be changed after the SYSGEN by using the VMR CON
>; SET command.
>;
>* CP6872 What is its CSR address? [O R:160000-177700]: 176610
>;
>; The terminal types supported by RSX-11M-PLUS SYSGEN are:
>;
>; ASR33 LA12 VT05B
>; ASR35 LA30P VT50
>; LA30S VT52
>; DTC01 LA34 VT55
>; LA36 VT61
>; KSR33 LA38 VT100
>; LA50 VT101
>; LA100 VT102
>; LA120 VT105
>; LA180S VT125
>; LA210 VT131
>; LN03 VT132
>; PC3xx VT2xx
>;
>* CP6832 Enter terminal type for YLM [S R:4-6 D:"LA120"]: VT100
>;
>; Additional vectors are assigned from the floating vector space
>; starting at 300. The vector address can be changed after the
>; SYSGEN by using the VMR CON SET command.
>;
>* CP6868 Enter vector address of YLN [O R:300-770]: 420
>;
>; Additional CSRs are assigned in the range 176000 - 176770. The
>; CSR address can be changed after the SYSGEN by using the VMR CON
>; SET command.
>;
>* CP6872 What is its CSR address? [O R:160000-177700]: 176620
>;
>; The terminal types supported by RSX-11M-PLUS SYSGEN are:
>;
>; ASR33 LA12 VT05B
>; ASR35 LA30P VT50
>; LA30S VT52
>; DTC01 LA34 VT55
>; LA36 VT61
>; KSR33 LA38 VT100
>; LA50 VT101
>; LA100 VT102
>; LA120 VT105
>; LA180S VT125
>; LA210 VT131
>; LN03 VT132
>; PC3xx VT2xx
>;
>* CP6832 Enter terminal type for YLN [S R:4-6 D:"LA120"]: VT100
>;
>; Additional vectors are assigned from the floating vector space
>; starting at 300. The vector address can be changed after the
>; SYSGEN by using the VMR CON SET command.
>;
>* CP6868 Enter vector address of YLP [O R:300-770]: 430
>;
>; Additional CSRs are assigned in the range 176000 - 176770. The
>; CSR address can be changed after the SYSGEN by using the VMR CON
>; SET command.
>;
>* CP6872 What is its CSR address? [O R:160000-177700]: 176630
>;
>; The terminal types supported by RSX-11M-PLUS SYSGEN are:
>;
>; ASR33 LA12 VT05B
>; ASR35 LA30P VT50
>; LA30S VT52
>; DTC01 LA34 VT55
>; LA36 VT61
>; KSR33 LA38 VT100
>; LA50 VT101
>; LA100 VT102
>; LA120 VT105
>; LA180S VT125
>; LA210 VT131
>; LN03 VT132
>; PC3xx VT2xx
>;
>* CP6832 Enter terminal type for YLP [S R:4-6 D:"LA120"]: VT100
>;
>; Additional vectors are assigned from the floating vector space
>; starting at 300. The vector address can be changed after the
>; SYSGEN by using the VMR CON SET command.
>;
>* CP6868 Enter vector address of YLR [O R:300-770]: 440
>;
>; Additional CSRs are assigned in the range 176000 - 176770. The
>; CSR address can be changed after the SYSGEN by using the VMR CON
>; SET command.
>;
>* CP6872 What is its CSR address? [O R:160000-177700]: 176640
>;
>; The terminal types supported by RSX-11M-PLUS SYSGEN are:
>;
>; ASR33 LA12 VT05B
>; ASR35 LA30P VT50
>; LA30S VT52
>; DTC01 LA34 VT55
>; LA36 VT61
>; KSR33 LA38 VT100
>; LA50 VT101
>; LA100 VT102
>; LA120 VT105
>; LA180S VT125
>; LA210 VT131
>; LN03 VT132
>; PC3xx VT2xx
>;
>* CP6832 Enter terminal type for YLR [S R:4-6 D:"LA120"]: VT100
>;
>;
>; TT: controller: DH11 controller mnemonic: YH
>;
>; The DH11 multiplexer connects the PDP-11 with 16 asynchronous
>; serial communications lines operating with individually
>; programmable parameters. These parameters are:
>;
>; transmitter speed (baud)
>; receiver speed (baud)
>;
>* CP7004 Enter number of DH11 asynchronous line
>* multiplexers [D R:0.-16. D:0.]:
>;
>;
>; TT: controller mnemonic: YV
>;
>; controllers: DHU11, DHV11, CXA16, CXB16, CXY08
>;
>;
>; These multiplexers connect the PDP-11 with up to
>; 16 (DHU11, CXA16, CXB16) or 8 (DHV11, CXY08)
>; asynchronous serial communications lines operating with
>; individually programmable parameters. These parameters are:
>;
>; transmitter speed (baud)
>; receiver speed (baud)
>;
>; Modem control is available with the DHU11, DHV11 and CXY08.
>; The CXA16 and CXB16 do not support modem control. Use the VMR
>; or MCR SET /REMOTE commands in order to enable dialup lines.
>;
>* CP7104 Enter number of DHU11/DHV11/CXA16/CXB16/CXY08 (YV:-type)
>* asynchronous line multiplexers [D R:0.-32. D:0.]:
>;
>;
>; TT: controller: DJ11 controller mnemonic: YJ
>;
>; The DJ11 is a multiplexed interface between 16 asynchronous
>; serial data-communications channels and the PDP-11 UNIBUS. The
>; DJ11 is a unit whose character formats and operating speeds are
>; jumper or strap selectable in groups of four lines.
>;
>* CP7204 Enter number of DJ11 asynchronous line
>* multiplexers [D R:0.-16. D:0.]:
>;
>;
>; TT: controllers: DZ11, DZQ11, DZV11, DFA01 controller mnemonic: YZ
>;
>; The DZ11/DZQ11/DZV11/DFA01 multiplexers connect the PDP-11 with up to
>; 8 asynchronous serial communications lines operating with individually
>; programmable parameters. These parameters are:
>;
>; Transmitter speed / Receiver speed (baud)
>;
>* CP7404 Enter number of DZ11/DZQ11/DZV11/DFA01 asynchronous line
>* multiplexers [D R:0.-31. D:0.]: 1
>;
>; The DZ11/DZQ11/DZV11 has the ability to maintain a full-duplex connection
>; through a BELL 103A type modem. Modem support requires added code in the
>; terminal driver and increases system overhead. As a result, it should be
>; selected only if needed.
>;
>* CP7420 Do any of the DZ lines require modem support? [Y/N D:N]: Y
>;
>; The valid baud rates are:
>;
>; 50
>; 75
>; 110
>; 134.5
>; 150
>; 300
>; 600
>; 1200
>; 1800
>; 2000
>; 2400
>; 3600
>; 4800
>; 7200
>; 9600
>;
>* CP7428 At which baud rate do you want to answer? [S R:2-5 D:"300"]: 9600
>;
>; The vector address for the DZ11/DZQ11/DZV11 is assigned from the floating
>; vector space starting at 300. The vector address can be changed after
>; the SYSGEN by using the VMR CON SET command.
>;
>* CP7468 Enter vector address of YZA [O R:300-770]: 450
>;
>; The CSR address for the DZ11/DZQ11/DZV11 is assigned from the floating
>; address space starting at 160010. The CSR address can be changed
>; after the SYSGEN by using the VMR CON SET command.
>;
>* CP7472 What is its CSR address? [O R:160000-177700]: 160100
>;
>; Enter the number of lines on this controller.
>;
>* CP7480 How many lines does YZA have? [D R:1.-8. D:8.]:
>;
>; The terminal types supported by RSX-11M-PLUS SYSGEN are:
>;
>; ASR33 LA12 VT05B
>; ASR35 LA30P VT50
>; LA30S VT52
>; DTC01 LA34 VT55
>; LA36 VT61
>; KSR33 LA38 VT100
>; LA50 VT101
>; LA100 VT102
>; LA120 VT105
>; LA180S VT125
>; LA210 VT131
>; LN03 VT132
>; PC3xx VT2xx
>;
>* CP7484 Enter terminal type for YZA [S R:4-6 D:"VT100"]:
>;
>; SYSVMR.CMD, the VMR command file which creates your system image file,
>; contains commands that set the characteristics for each terminal as
>; follows:
>;
>; Terminal type: as you specified for the controller
>; Buffer width: 80
>; Speed: 300/300 for hardcopy terminals
>; 9600/9600 for CRTs
>; Lower to upper-
>; case conversion: No for hardcopy terminals
>; Yes for CRTs
>;
>; If you wish to change these characteristics for your terminals, SYSGEN
>; will allow you to edit SYSVMR.CMD.
>;
>;
>;
>; Intercomputer communication devices consist of the following:
>;
>; PCL11 full-duplex DMA interprocessor communications
>; device
>; DMC11/DMR11 high-speed synchronous serial line interface
>; DUP11 synchronous serial line interface
>; DEUNA Ethernet communications controller
>;
>; Note: Do NOT include any devices which will be used with DECnet.
>; Those devices should be included when you do your NETGEN.
>;
>* CP7604 Do you have any intercomputer communication devices? [Y/N D:N]: Y
>;
>;
>; LR: (receiver) controller: PCL11
>; LT: (transmitter)
>;
>; The PCL11 is a full-duplex DMA interprocessor communication
>; device. It transfers at up to 500,000 bytes per second
>; between two processors and can support up to 16 processors on
>; the time division multiplexed bus. Transmitters and receivers
>; are serviced by the separate drivers LTDRV and LRDRV.
>;
>* CP7804 How many PCL11 receiver/transmitters do you have? [O D:0]:
>;
>;
>; XM: controllers: DMC11, DMR11
>;
>; The DMC11/DMR11 is a full-duplex, serial communications link which
>; implements the DDCMP line protocol using a high speed microprocessor.
>; Data messages are transferred with minimal processor overhead using
>; the DMA facilities of the PDP-11.
>;
>* CP8204 How many DMC11/DMR11 synchronous line interfaces do
>* you have? [O D:0]:
>;
>;
>; XW: controller: DUP11
>;
>; The DUP11 provides a double-buffered program interface between
>; a PDP-11 and a serial synchronous line.
>;
>; The DUP11 provides a flexible interface in that the programmer
>; can specify the sync and character size. Modem control
>; capability allows the use of the DUP11 in switched or dedicated
>; applications. The interface provides strip sync and idle sync
>; features to simplify programming and remove processor overhead.
>;
>* CP8404 How many DUP11 synchronous line interfaces do you have? [O D:0]:
>;
>;
>; XE: controller: DEUNA
>;
>; The Digital Equipment UNIBUS Network Adapter (DEUNA) is a data
>; communications controller used to interface PDP-11 family computers
>; to the Ethernet local area network.
>;
>* CP8504 How many DEUNA Ethernet controllers do you have? [O R:0-1 D:0]: 1
>;
>; Enter the vector address for this DEUNA. This vector address
>; can be changed after the SYSGEN by using the VMR CON SET command.
>;
>* CP8568 Enter vector address of the next DEUNA [O R:60-774 D:120]:
>;
>; Enter the CSR address for this DEUNA. This CSR address can be
>; changed after the SYSGEN by using the VMR CON SET command.
>;
>* CP8572 What is its CSR address? [O R:160000-177700 D:174510]:
>;
>;
>; Enter device mnemonics for any user-supplied drivers. The driver
>; source files must reside in [11,10] and be named ddDRV.MAC and
>; ddTAB.MAC where dd is the device mnemonic.
>;
>; You may enter the mnemonics on more than one line. When you have
>; listed all the drivers, press RETURN when asked for the device
>; mnemonic.
>;
>; The device mnemonic must not include a colon.
>;
>* CP9604 Enter device mnemonics for user-supplied drivers [S]:
>;
>;
>; If you will be adding other devices after this SYSGEN or have
>; included user-supplied devices, you will want to set the highest
>; interrupt vector address high enough to accommodate the vectors for
>; those devices.
>;
>; The highest vector among the devices you specified in this SYSGEN
>; is 454(octal). This is the default response for this question.
>;
>* CP9632 What is the highest interrupt vector
>* address? [O R:454-774 D:454]: 774
>;
>;
>;
>;================================================================
>; Assembling the Executive and Drivers 02-OCT-06 at 02:46
>;================================================================
>;
>;
>;
>; The answers to the questions in this section are put in the saved
>; answer file [200,200]SYSGENSA1.CMD.
>;
>PIP RSXMC3.MAC=RSXMC1.MAC,RSXMC2.MAC
>PIP RSXMC.MAC=RSXMC3.MAC,RSXMC0.MAC
>;
>; Copy the files created by the Executive options and peripheral
>; configuration sections into the correct directories.
>;
>SET /UIC=[1,24]
>PIP [11,10]/NV=[200,200]RSXMC.MAC
>PIP [11,10]/NV=[200,200]SYSTB.MAC
>PIP [11,24]/NV=[200,200]RSXASM.CMD
>PIP [11,24]/NV=[200,200]DRIVERS.ASM
>;
>;
>; Assembly listings of the Executive modules and the drivers can be
>; generated and stored in a file or printed directly.
>;
>; Generating listings is time-consuming and they are not normally
>; needed, so we recommend you answer No to this question.
>;
>* AE010 Do you want assembly listings of the Executive and
>* drivers? [Y/N D:N]:
>;
>ASN NL:=LS:
>;
>;
>; If you are building a specialized system you may wish to edit
>; some of the files which SYSGEN produced before the Executive
>; and drivers are assembled.
>;
>* AE030 Do you wish to pause to edit any files before
>* assembling? [Y/N D:N]:
>;
>SET /UIC=[11,24]
>;
>; Now we assemble the Executive and resident drivers.
>;
>PIP *.OBJ;*/DE/NM,*.TTY;*
>;
>TIME
02:46:21 2-OCT-06
>;
>MAC @RSXASM
>;
>; Now we assemble the loadable drivers.
>;
>TIME
03:03:05 2-OCT-06
>;
>MAC @DRIVERS.ASM
>;
>TIME
03:17:08 2-OCT-06
>;
>; Now we build the concatenated object module file for the Executive.
>;
>PIP RSX11M.OBS=*.OBJ
>PIP TTDRV.OBS=*.TTY
>;
>SET /UIC=[200,200]
>PIP /NV=[11,10]RSXMC.MAC
>;
>SET /UIC=[1,24]
>PIP RSXBLD.CMD/PU/NM
>PIP RSX11M.OLB;*/DE/NM
>PIP [200,200]RSXMC.MAC/PU/NM
>;
>; Now we build the Executive library.
>;
>LBR RSX11M/CR:256.::256./-EP=[11,24]RSX11M.OBS
>PIP [11,24]RSX11M.OBS;*,*.OBJ;*/DE
>;
>; Now we build the terminal driver library.
>;
>LBR TTDRV/CR:40.:392.:128.=[11,24]TTDRV.OBS
>PIP [11,24]TTDRV.OBS;*,*.TTY;*/DE
>SET /UIC=[200,200]
>;
>;
>;
>;==============================================================
>; Building the Executive and Drivers 02-OCT-06 at 03:17
>;==============================================================
>;
>;
>;
>; The answers to the questions in this section are put in the saved
>; answer file [200,200]SYSGENSA1.CMD.
>;
>;
>; There is a system image file, RSX11M.SYS, in UFD [1,54] on your
>; target system disk. This is probably an old system. You may want
>; to move the files belonging to this older system to another directory
>; before SYSGEN puts the new system's files in [1,54].
>;
>* BE010 Do you want to move the old system in [1,54] to
>* another directory? [Y/N D:N]:
>;
>; Allocate space to be used later for the system image file.
>;
>SET /UIC=[1,54]
>PIP RSX11M.TMP/CO/BL:1026.=NL:
>;
>SET /UIC=[200,200]
>;
>SET /UIC=[1,24]
>SET /UIC=[200,200]
>SET /UIC=[1,54]
>PIP SYSVMR.CMD=[200,200]SYSVMR.CMD,VMRTTY.CMD
>;
>SET /UIC=[200,200]
>;
>; At this point, you can edit:
>;
>; the Executive task-build command files in [200,200]
>; the driver task-build command files in [200,200]
>; the privileged task task-build command files in [1,24]
>; SYSVMR.CMD in [1,54]
>;
>; In most cases there is no need to edit the task-build command files.
>; However, you may want to tailor SYSVMR for your system.
>;
>* BE030 Do you want to pause to edit any files before
>* task-building? [Y/N D:N]:
>;
>SET /UIC=[1,24]
>PIP [1,24]/NV/NM=[200,200]RSXBLD.CMD,RSX11M,DSP11M,LDR11M
>PIP [1,24]/NV=[200,200]DIR11M.CMD,DR211M,DIRCOM,DR2COM,DIR
>PIP [1,24]/NV=[200,200]DR311M.CMD,DR411M,DR3COM,DR4COM
>PIP [1,24]/NV=[200,200]VEC11M.CMD,DCM11M,VECCOM
>;
>; Now we build the Executive.
>;
>TIME
03:24:34 2-OCT-06
>;
>TKB @RSXBLD
>;
>; Now we build the loadable drivers
>;
>TIME
03:29:02 2-OCT-06
>;
>TKB @[200,200]DRIVERS.BLD
>;
>TIME
03:30:12 2-OCT-06
>SET /UIC=[200,200]
>;
>;
>;
>;=========================================================
>; Building the Privileged Task 02-OCT-06 at 03:30
>;=========================================================
>;
>;
>;
>; The answers to the questions in this section are put in the saved
>; answer file [200,200]SYSGENSA1.CMD.
>;
>;
>; Maps of the privileged tasks can be generated and stored in a file
>; or printed directly.
>;
>; Maps of the privileged tasks are not normally needed, so we
>; recommend you answer No to this question.
>;
>* BP040 Do you want the maps of the privileged tasks? [Y/N D:N]: Y
>;
>; The maps can be sent directly to a printer or can be stored
>; on a directory device for printing later. If you enter a
>; directory device, the maps will be put in UFD [1,34].
>;
>* BP050 What is to be the map device [ddu:]? [S R:2-5 D:"SY:"]:
>;
>ASN SY:=MP:
>;
>SET /UIC=[1,24]
>;
>TIME
03:30:20 2-OCT-06
>;
>TKB @SAVBLD
>;
>TIME
03:31:03 2-OCT-06
>;
>ASN LB:=OU:
>SET /UIC=[200,200]
>;
>;
>;
>;============================================================
>; Rebuilding Supplied System Tasks 02-OCT-06 at 03:31
>;============================================================
>;
>;
>;
>; The answers to the questions in this section are put in the saved
>; answer file [200,200]SYSGENSA3.CMD.
>;
>;
>; All nonprivileged and vectored privileged system tasks are supplied
>; already task-built and can be found in the library UFD on the target
>; system disk. It is not normally necessary to rebuild these supplied
>; system tasks although you may wish to do so, for example if one of
>; them has been patched.
>;
>* BN010 Do you want to rebuild any system tasks? [Y/N D:N]:
>;
>;
>;
>;==========================================================
>; Creating the System Image File 02-OCT-06 at 03:31
>;==========================================================
>;
>;
>SET /UIC=[1,54]
>;
>PIP RSX11M.TMP;*/DE/NM
>;
>PIP RSX11M.SYS/CO/NV/BL:1026.=RSX11M.TSK
>;
>ASN LB:=SY:
>;
>; Utility tasks stay in utility UFD [3,54].
>;
>; RSX11M.TSK is a backup copy of the Executive you just built.
>;
>;
>; VMR will now initialize the system.
>;
>VMR @SYSVMR
Loading Executive data space
Data space loading completed
VMR -- *DIAG*-Installed tasks or commons may no longer fit in partition
SET /TOP=SYSPAR:-*
VMR -- *DIAG*-Loadable driver larger than 4K
LOA TT:
VMR -- *DIAG*-Loadable driver larger than 4K
LOA XE:
VMR -- *DIAG*-Installed tasks or commons may no longer fit in partition
SET /TOP=DRVPAR:-*
SECPOL 117734 00177500 00240000 SEC POOL
SYSPAR 117670 00437500 00163700 MAIN
117624 00437500 00111000 RO COM !DIR11M!
117434 00550500 00005200 TASK [...LDR]
117230 00555700 00032200 TASK [MCR...]
117024 00610100 00010100 TASK [TKTN ]
116620 00620200 00003200 TASK [SHF...]
DRVPAR 116540 00623400 00162700 MAIN
116474 00623400 00006600 RO COM !TTEXT !
116410 00632200 00020600 RO COM !TTCOM !
116324 00653000 00034600 DRIVER (TT:)
116260 00707600 00005000 RO COM !PUCOM !
115460 00714600 00012700 DRIVER (DU:)
115124 00727500 00011300 DRIVER (MU:)
114704 00741000 00001300 DRIVER (LP:)
114340 00742300 00037400 DRIVER (XE:)
114150 01001700 00000100 DRIVER (NL:)
114104 01002000 00000300 DRIVER (CO:)
114040 01002300 00002500 DRIVER (VT:)
113774 01005000 00001300 DRIVER (RD:)
GEN 113730 01006300 00771500 MAIN
...LDR 12.01 117500 SYSPAR 248. 00005200 LB0:-00147241 FIXED
TKTN 07.00 117070 SYSPAR 248. 00010100 LB0:-00175466 FIXED
F11MSG 15.00 111400 GEN 200. 00006200 LB0:-00161424
MTAACP 16.01 111004 GEN 200. 00016200 LB0:-00172526
SHE... 05.01 110534 GEN 200. 00014300 LB0:-00174416
MCR... 06.00 117274 SYSPAR 160. 00032200 LB0:-00171573 FIXED
F11ACP 06.02 113514 GEN 149. 00014400 LB0:-00161352
ERRLOG 05.01 113154 GEN 148. 00056000 LB0:-00167301
PMT... 2.01 112514 GEN 148. 00007100 LB0:-00173207
COT... 2.03 111524 GEN 145. 00014300 LB0:-00177021
HRC... 03.01 111130 GEN 140. 00057400 LB0:-00170230
PMD... 07.04 110660 GEN 140. 00017600 LB0:-00201011
SYSLOG 04.01 112120 GEN 130. 00022000 LB0:-00201152
SHF... 07.00 116664 SYSPAR 105. 00003200 LB0:-00174437 FIXED
RCT... 5.00 112244 GEN 100. 00011500 LB0:-00173551
UML... 2.00 111774 GEN 100. 00023100 LB0:-00175517
FXR... 03.01 111254 GEN 100. 00003300 LB0:-00170036
BAP0 04.11 113300 GEN 80. 00047600 LB0:-00161047
QMG... 03.06 112370 GEN 75. 00035200 LB0:-00201061
LP0 06.02 112734 GEN 70. 00017500 LB0:-00200524
ACNT 06.02 111650 GEN 50. 00052400 LB0:-00201574
SHUTUP 04.02 110410 GEN 50. 00015400 LB0:-00174444
...RMD 4.04 002033+ GEN 225. 00041200 LB0:-00173565
...DCL 5.00 002007+ GEN 160. 00057700 LB0:-00165225
...DMO 04.01 002011+ GEN 160. 00017300 LB0:-00166144
...MCR 05.00 002025+ GEN 160. 00040300 LB0:-00171627
...MOU 26.05 002027+ GEN 160. 00045400 LB0:-00172441
...CA. F05.02 002063+ GEN 150. 00003600 LB0:-00154303
...INS 15.01 002023+ GEN 100. 00052000 LB0:-00170573
...SAV 09.00 002057+ GEN 100. 00061300 LB0:-00150120
...UFD 7.00 002065+ GEN 100. 00014300 LB0:-00175500
...ACS 3.02 002041+ GEN 70. 00005600 LB0:-00176526
...ACC 04.01 002001+ GEN 65. 00032100 LB0:-00176364
...SHA 05.01 002061+ GEN 65. 00030700 LB0:-00174246
...EDI M12.00 002067+ GEN 65. 00052300 LB0:-00202143
...EDT V03.17 002071+ GEN 65. 00037700 LB0:-00202206
...AT. 9.1 002015+ GEN 64. 00054500 LB0:-00202722
...INI 23.02 002017+ GEN 60. 00036000 LB0:-00170501
...HOM 23.02 002021+ GEN 60. 00036000 LB0:-00170501
...BRO 07.00 002003+ GEN 50. 00037100 LB0:-00163522
...BYE 05.00 002005+ GEN 50. 00020700 LB0:-00164012
...HEL 04.04 002013+ GEN 50. 00034300 LB0:-00200050
...PIP 17.06 002031+ GEN 50. 00027400 LB0:-00203373
...UNL 5.03 002035+ GEN 50. 00021500 LB0:-00201447
...ACD 2.00 002037+ GEN 50. 00042400 LB0:-00163163
...BOO 02.00 002043+ GEN 50. 00034300 LB0:-00163463
...CON 03.00 002045+ GEN 50. 00131200 LB0:-00164643
...ELI 04.02 002047+ GEN 50. 00032400 LB0:-00177537
...LOA 5.02 002051+ GEN 50. 00037600 LB0:-00171242
...MAG 03.00 002053+ GEN 50. 00037200 LB0:-00172655
...PSW 03.01 002055+ GEN 50. 00015700 LB0:-00201041
...MAC V05.05 002073+ GEN 50. 00052300 LB0:-00203262
...TKB M44.00 002075+ GEN 50. 00070300 LB0:-00204067
...FTB 08.00 002077+ GEN 50. 00200200 LB0:-00202611
...LBR 07.02 002101+ GEN 50. 00066400 LB0:-00203211
...DMP 8.02 002103+ GEN 50. 00063200 LB0:-00202067
...VFY 06.03 002105+ GEN 50. 00070300 LB0:-00204340
...DSC 37.00 002107+ GEN 50. 00070200 LB0:-00166304
YLA OFL CPA CSR=177560 VEC=60 PRI=5
YLB OFL CPA CSR=176500 VEC=300 PRI=5
YLC OFL CPA CSR=176510 VEC=310 PRI=5
YLD OFL CPA CSR=176520 VEC=320 PRI=5
YLE OFL CPA CSR=176530 VEC=330 PRI=5
YLF OFL CPA CSR=176540 VEC=340 PRI=5
YLH OFL CPA CSR=176550 VEC=350 PRI=5
YLJ OFL CPA CSR=176560 VEC=360 PRI=5
YLK OFL CPA CSR=176570 VEC=370 PRI=5
YLL OFL CPA CSR=176600 VEC=400 PRI=5
YLM OFL CPA CSR=176610 VEC=410 PRI=5
YLN OFL CPA CSR=176620 VEC=420 PRI=5
YLP OFL CPA CSR=176630 VEC=430 PRI=5
YLR OFL CPA CSR=176640 VEC=440 PRI=5
YZA OFL CPA CSR=160100 VEC=450 PRI=5
DUA OFL CPA CSR=172150 VEC=154 PRI=5
MUA OFL CPA CSR=174500 VEC=260 PRI=5
LPA OFL CPA CSR=177514 VEC=200 PRI=4
XEA OFL CPA CSR=174510 VEC=120 PRI=5
CO0: OFL DRIVER
TT0: YLA0: OFL DRIVER
TT1: YLB0: OFL DRIVER
TT2: YLC0: OFL DRIVER
TT3: YLD0: OFL DRIVER
TT4: YLE0: OFL DRIVER
TT5: YLF0: OFL DRIVER
TT6: YLH0: OFL DRIVER
TT7: YLJ0: OFL DRIVER
TT10: YLK0: OFL DRIVER
TT11: YLL0: OFL DRIVER
TT12: YLM0: OFL DRIVER
TT13: YLN0: OFL DRIVER
TT14: YLP0: OFL DRIVER
TT15: YLR0: OFL DRIVER
TT16: YZA0: OFL DRIVER
TT17: YZA1: OFL DRIVER
TT20: YZA2: OFL DRIVER
TT21: YZA3: OFL DRIVER
TT22: YZA4: OFL DRIVER
TT23: YZA5: OFL DRIVER
TT24: YZA6: OFL DRIVER
TT25: YZA7: OFL DRIVER
VT0: OFL DRIVER
RD0: ONL DRIVER
DU0: DUA0: OFL DRIVER
DU1: DUA1: OFL DRIVER
DU2: DUA2: OFL DRIVER
DU3: DUA3: OFL DRIVER
MU0: MUA0: OFL DRIVER
LP0: LPA0: OFL DRIVER
XE0: XEA0: OFL DRIVER
NL0: OFL DRIVER
POOL=1200:12584.:12584.:1775
>;
>; When you are finished with SYSGEN, software boot in your target
>; system. Set the date and time, and save the system without any
>; switches to verify that the system is working. Then save the
>; system again, this time with the /WB switch to make it hardware
>; bootable.
>;
>; The optional SAVE switches are:
>;
>; /WB writes the boot block
>; /SFILE="filename" uses "filename" as the startup file
>; /MOU="mount-switches" specifies mount switches to be used
>; when the system volume is mounted
>;
>; For example:
>;
>; >BOOT [1,54]RSX11M.SYS
>; XDT: 24
>;
>; XDT>G
>; RSX-11M-PLUS V3.0 BL24
>;
>; >
>; TIM 19-APR-85 12:00:00
>; >SAV
>;
>; RSX-11M-PLUS V3.0 BL24 256.K System:"MJTOAD"
>; >RED DB:=SY:
>; >RED DB:=LB:
>; >RED DB:=SP:
>; >MOU DB:"RSX11MPBL24"
>; >@DB:[1,2]STARTUP
>; .
>; .
>; .
>; >* Please enter time and date (HH:MM MM/DD/YY) [S]: ^Z
>; >@ <EOF>
>; >SAV /WB
>;
>; RSX-11M-PLUS V3.0 BL24 256.K System:"MJTOAD"
>; >RED DB:=SY:
>; >RED DB:=LB:
>; >RED DB:=SP:
>; >MOU DB:"RSX11MPBL24"
>; >@DB:[1,2]STARTUP
>; .
>; .
>; .
>; >* Please enter time and date (HH:MM MM/DD/YY) [S]: 12:01 4/19/85
>; >TIME 12:01 4/19/85
>; >ACS SY:/BLKS=1024.
>; >CON ONLINE ALL
>; .
>; .
>; .
>; >@ <EOF>
>; >SET /UIC=[1,54]
>; >PIP [2,54]*.*;*/DE
>; >
>;
>; You may wish to edit [1,2]STARTUP.CMD and [1,2]QMGSTART.CMD
>; to reflect your desired initialization operations.
>;
>SET /UIC=[200,200]
>;
>;
>; End of SYSGEN
>;
>TIME
03:31:45 2-OCT-06
>;
>ASN =
>;
>@ <EOF>
>