Fujitsu S140 User Manual
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Fujitsu S140 User Manual

Fujitsu S140 User Manual

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1 Introduction

The range of BS2000/OSD servers has been extended by the addition of the S140 series.
The spectrum of user facilities of the new models lies betweeen that of the S135 and the
S150. They are powerful systems for scientific and commercial applications.
The S140 Business Server (or cluster) has a modular structure and can easily be upgraded
on site.
The main memory can be expanded by up to 8 Gbytes. Optional global storage (GSP or
SSU) can be upgraded to maximum of 64 Gbytes and if desired can have a battery buffer.
The input/output system consists of 1 I/O processor. Up to 128 channels can therefore be
configured for connecting peripheral devices with type-2, type-S or type-F channel inter-
faces. LAN networking is possible via the 3970-SKP servive/console processor, a connec-
tion to the TRANSDATA network world via front-end processors.
The service processor (SVP) and the external 3970-SKP service/console processor
support common operation, monitoring, diagnosis and maintenance of the computer as well
as TELESERVICE.
Several S140 models can easily be integrated into a HIPLEX network with a jointly used
global storage.
Like all computers in the 7.500 system family and the S1xx server series, the S140
Business Server uses the BS2000 operating system in either dialog, OLTP or batch mode.
This offers the portability and compatibility of BS2000 programs.

1.1 Objectives and target group

This manual provides you with all the information you require to operate the S140 Business
Server via the service/console processor, and is thus intended for operators and system
managers.
Knowledge of BS2000 system operation and management as well as basic knowledge of
SINIX are required.
Further manuals with information on the operation of BS2000, SINIX and TELESERVICE
are listed under "Related publications" at the back of this manual.
1
U41161-J-Z126-1-76

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Summary of Contents for Fujitsu S140

  • Page 1: Introduction

    1 Introduction The range of BS2000/OSD servers has been extended by the addition of the S140 series. The spectrum of user facilities of the new models lies betweeen that of the S135 and the S150. They are powerful systems for scientific and commercial applications.

  • Page 2: Summary Of Contents

    Summary of contents Introduction 1.2 Summary of contents This operating manual covers the hardware operating functions of the S140 Business Server with the 3970-SKP service/console processor. The chapters “Overview”, “Controls and indicators” and “Standard processing in SVP mode” provide information on hardware and the operating concept. You should read these chapters first.

  • Page 3: Important Instructions

    If failures of this type occur it is the task of the user to carry out measurements and implement measures to solve the problem. Only the cables supplied with the system or recommended by Fujitsu Siemens Computers may be used.

  • Page 4: Safety Instructions

    Global storages Battery units Figure 1: UNIT EMERGENCY POWER OFF switch on the S140, global storages and battery units The systems may only be installed by authorized trained personnel. The cables must be laid in such a way that there is no danger of anyone tripping over them and they cannot be damaged.
  • Page 5 Important instructions Safety instructions Repairs to the device may only be carried out by authorized and trained personnel. All areas which are secured by locks or can only be opened using tools are maintenance areas and may only be accessed by trained personnel. Unauthorized opening of the maintenance area and improper repairs can be dangerous for the user (electric shock, danger of fire).
  • Page 6 Eine Dokuschablone von Frank Flachenecke...

  • Page 7: Overview

    Battery units Figure 2: S140 Business Server, global storages and battey units The S140 Business Server consists of a cabinet plus an additional cabinet for channel expansions. Two optional global storages can be connected; these are situated in a cabinet one and a half times as wide as a normal cabinet.
  • Page 8 2 processing units S140-30C 3 processing units S140-40C 4 processing units Printer S140 ATOP I/O channel Radio-controlled internal LAN clock / GTS V.24 TELESERVICE on/off facility Remote operator terminal Figure 3: Hardware overview of the S140 Business Server system with 3970-SKP U41161-J-Z126-1-76...

  • Page 9: Concept Of System Operation

    Concept of system operation 3.2 Concept of system operation System operation is described in the chapter “Basics of system operation“ of the “SINIX-2000 V7.5/V8.0“ [1] manual. The following section lists the most important hardware and software components for S140 operation. 3.2.1 Hardware Secondary...
  • Page 10 – automatic command entry in reaction to certain BS2000 console messages. It is possible to connect a radio-controlled clock or Global Time Server (GTS). On/off facility makes it possible to switch the S140 on and off from the 3970-SKP. U41161-J-Z126-1-76...

  • Page 11: Software

    Overview Concept of system operation 3.2.2 Software The following software components play an important role in S140 operation: Window interface The SINIX operating system is run on the 3970-SKP. One component of SINIX is the window interface based on the X Window system (see the ”SINIX-2000 V7.5/V8.0” [1] manual).

  • Page 12: Authorization Control

    Concept of system operation Overview 3.2.3 Authorization control The access to operation of the BS2000, SVP and SINIX system components is protected. The passwords will be defined during the installation of the systems and can be changed afterwards. Access to the SVP operation After you have filled out and sent off the welcome screen in the window for SVP operation, the system requests you to enter the password.

  • Page 13: Controls And Indicators

    4 Controls and indicators The following controls and indicators are provided for the S140 Business Server: control panel on the Business Server cabinet, see page 14 control panel on the global storage cabinet, see page 18 EMERGENCY STOP switch, see page 21 The S140 is operated using the operator terminals on the service/console processor.

  • Page 14: Control Panel On The S140 Business Server Cabinet

    Controls and indicators 4.1 Control panel on the S140 Business Server cabinet The control panel is connected with the service processor (SVP) in the S140 Business Server. The physical structure of the control panel is illustrated in the following diagram:...
  • Page 15 Line 2 T Pnnn DOWN STOP Displays in line 1 WAIT LOAD Displays in line 2 FFFFFFFFFFFFFFFF Figure 6: LC display in the control panel of the S140 Meanings: Line Display field Display Meaning Line 1 Maintenance none User mode...

  • Page 16: Button Functions

    Control panel on the S140 Business Server cabinet Controls and indicators POWER COMPLETE This green light illuminates after the system power controller has terminated the switching on sequence without errors. The light is extinguished when the STAND-BY key is pressed in the S140 control panel.
  • Page 17 IMPL When this button is pressed twice, the IMPL is executed and confirmed. The S140 is initialized and the firmware is loaded in the individual components (CPU, channel processor). Furthermore, the IORSF selected in the IORSF Control Frame is activated.

  • Page 18: Control Panel On The Global Storage Cabinet

    Control panel on the global storage cabinet Controls and indicators 4.2 Control panel on the global storage cabinet The control panel is connected to the service processor in global storage. The physical structure of the control panel is illustrated in the following diagram: BATTERY STATUS STATUS LCD BACK LIGHT...
  • Page 19 Controls and indicators Control panel on the global storage cabinet The information is shown on the LCD display in the following format: STATUS CCCCC CC C CCCC Line 1 FFFFFFFFFFFFFFFF Line 2 SSU-0 T Pnnn SSU-1 Bnnn Displays in line 1 CNCT FFFFFFFFFFFFFFFF Displays in line 2...

  • Page 20: Button Functions

    This green light is lit up after the system power controller has terminated the switching on sequence without any errors. The light is extinguished when the STAND-BY button is pressed in the S140 control panel. SSU CHECK The display illuminates if there is an error in global storage. The buzzer sounds at the same time.

  • Page 21: Emergency Stop Switch

    S140 Business Server Global storages Battery units Figure 9: EMERGENCY STOP switch on the S140 Business Server cabinet, global storages and battery units These switches should only be used in emergencies. They can only be reset by the service department.
  • Page 22 EMERGENCY STOP switch Controls and indicators Use the EMERGENCY STOP switch as follows: Open the transparent switch cover. Ê Ê Press the red switch downwards to the O position. U41161-J-Z126-1-76...

  • Page 23: Switching The S140 Business Server On And Off

    To switch on the entire system via the control panel, the SKP must first be switched on using the on/off button (see also the operating instructions for the SKP [2]). Afterwards the S140 can be switched on by pressing the POWER ON on its control panel.
  • Page 24 When both systems are ready, i.e. all windows on the 3970-SKP have been opened and the LCD display on the S140 no longer shows any P codes, you can log in on the SVP (see page 37ff) and start the BS2000 system via PROGRAM LOAD FRAME: DETAIL-1 (see page 55).
  • Page 25 Switching on and off Switching the S140 on and off using the control panel 3. You can also terminate the SINIX system using the on/off button on the SKP. However, please make note of the following: If the SKP is switched off using the button, it sends the command /shutdown or a self-defined /run xxxx command (default value) to any running BS2000 system before it switches itself off after a certain wait time has expired.

  • Page 26: Switching The S140 On And Off From The Skp

    Figure 11: Switching the S140 on and off from the SKP The on/off facility can be used to switch the S140 on and off from the SKP. The on/off facility is linked to the SKP via the COM1 V.24 interface.
  • Page 27 The “Switching on / off the host” form is displayed: By entering YES for one of the two questions at the bottom of the form followed by the ) key, you can specify whether the S140 can be switched on or off immedi- CHOICES ately.
  • Page 28 Switching the S140 on and off from the SKP Switching on and off The “Confirmation of immediate switching of the host“ form is displayed: Ê Enter YES by hitting the ) key. CHOICES The switching operating is performed after you press the ) key.

  • Page 29: Automatic Switching On/Off Of The S140 Via The Skp

    Figure 12: Automatic switching on/off of the S140 via the SKP The on/off facility can be used to switch the S140 on and off from the SKP. The on/off facility is linked to the SKP via the V.24 interface COM1.
  • Page 30 S140 to be switched off. We recommend shutting down the system manually at the required times, switching off the S140 via the AU4 frame (see page 74) or using the sysadm form described above (bottom query), and then switching off the 3970-SKP.

  • Page 31: Time-Driven Switching On And Off Of The Skp And S140

    The SKP can switch itself and the S140 on and off at a certain time. Definition of the time at which the SKP and the S140 are to be switched on/off, a shutdown command, and the length of the wait time before the SKP and S140 are switched off can be specified using the sysadm forms.

  • Page 32: Switching The Skp And S140 On And Off Using Atop 3925

    Together with the 3925 Multi-ATOP, the SKP supports the possibility of switching the S140 on automatically using the on/off facility. In addition, the S140 must be configured to switch on and off automatically as part of the starting and shutting down procedure for the SKP (see page 29).

  • Page 33: Switching The S140 On And Off From A Remote System

    S140 must be configured as part of the starting and shutting down procedure for the SKP (see page 29). The SKP switches during startup the S140 on. After the IMPL, the BS2000 system is started using the POWER ON IPL function of the SVP.
  • Page 34 Eine Dokuschablone von Frank Flachenecke...

  • Page 35: Standard Processing In Svp Mode

    MODEL GROUP OPERATORS GUIDE” (FJ-No. C112-E037-01EN), which is available on CD and can be obtained from the appropriate service personnel. After switching on the S140 and 3970-SKP, BS2000 operation must be prepared, i.e. the BS2000 operating system must be loaded (IPL = Initial Program Load). The following activ-...
  • Page 36 Standard processing in SVP mode All standard processing is carried out at the SKP operating terminal via the SVPST0 #1 (computer name) window or via the SVPST0 window at a subconsole. Select the SVP window by clicking with the left mouse mouse button Ê...

  • Page 37: Invoking An Svp Frame

    Standard processing in SVP mode Invoking an SVP frame 6.1 Invoking an SVP frame By default, an SVP window is configured with the label “SVPST0 #1 (computer name)” to operate the SVP. Figure 15: Overview of the X window system windows (example) You can enter into SVP operator mode at the operating terminal by clicking on the SVPST0 #1 (computer name) window with the left mouse button.
  • Page 38 Invoking an SVP frame Standard processing in SVP mode Figure 16: SVPST0 #1 window Ê Select the “Standard partner ($KVPHV0)” function by pressing the key or “Last connection ($KVPHV0)” by pressing the key. Confirm with the key. ENTER U41161-J-Z126-1-76...
  • Page 39 ENTER If the correct password has been entered, the following window appears after a short pause: after starting the S140: the MODE SELECTION FRAME (see page 51) after closing and reopening the “SVPST0 #1” window or opening another SVP window on the secondary console: the last frame shown in the “SVPST0 #1”...

  • Page 40: General Frame Structure

    General frame structure Standard processing in SVP mode 6.2 General frame structure ---- FRAME XXXXXX: YYYYYY ---- Line Display area 1-21 System status messages 22-23 SVP messages Command entry Hardware status Status displays at the operating terminal Column: 50 Figure 18: General structure of an SVP frame Each SVP frame is divided into different areas: Lines 1 - 21 This is the display area of a frame.

  • Page 41: System Status Messages In Line 22

    Meaning of the status information in line 22: Column Symbol Meaning 16 - 19 CL -n Cluster ID of the S140 (n = 0, 1) 22 - 27 none The system is operated in BS2000-NATIVE mode. HOST The selected CPU is occupied by the VM2000 monitor system.

  • Page 42: System Status Messages In Line 23

    General frame structure Standard processing in SVP mode Column Symbol Meaning 58 -72 none The system is in the run state. PSW = The system is in the stop state on the PSW address (PSW=Program Status Word). 6.2.2 System status messages in line 23 The following picture shows the extended area of the system status messages in line 23: ..

  • Page 43: Hardware Status Display In Line 24

    The system is in the test state = maintenance state (display together with CE). 74 - 75 none The power supply is okay. (Power Warning) An error has occurred in the power supply of the S140. 78 - 80 none No CHK (machine check).

  • Page 44: Status Displays In Line 25

    General frame structure Standard processing in SVP mode 6.2.4 Status displays in line 25 Status displays in line 25 of the SVPST0 window and their meaning: Column Symbol Meaning The console is ready. The SVP is active. 10 - 25 none The SVP is ready for input.

  • Page 45: Using Frames

    Standard processing in SVP mode Using frames If a write console message is output (e.g. ), the SKP sends an acoustic SHUTDOWN COMPLETED signal. For visual representation, line 25 is displayed in 9750 emulation format and the signal is indicated by the symbol BEL .......

  • Page 46: Svp Function Keys

    Using frames Standard processing in SVP mode 6.3.1 SVP function keys An EMDS keyboard mask, which must be ordered separately, is used to operate the SVP frames: For keyboards S26381 - K97 (trimodal keyboard) S26381 - K90 S26381 - K116 Order number: U20076-J-Z148-1 EMDS (SINIX Open Desktop) as of V2.1 for DSS 97801-5xx: Keyboard masks - 6 strips...
  • Page 47 Some of the keys shown here only have a function in CE mode (see information below) and are used exclusively by the service department. CE=Customer Engineer; the CE mode on the S140 can only be switched on and off by the service department using a key switch on the inside of the maintenance panel or with the aid of SINIX commands.
  • Page 48 This CPU is then logically connected to the SVP. PF 17 not assigned. PF 18 Step Executes the next command if the S140 is in Single Cycle Instruction Mode. PF 19 ARMSS control Changes the user rights of an existing ARMSS connection.

  • Page 49: Switching Between User Frames

    Standard processing in SVP mode Using frames 6.3.2 Switching between user frames A switch between the user frames is only possible within a specified scheme or via an FR command. The possible switches between the frames are illustrated below: FR command PF23 / F3 ML MODE SELECTION FRAME LD PROGRAM LOAD FRAME...

  • Page 50: Options For Switching Between Frames On The Skp Operating Terminal

    Using frames Standard processing in SVP mode 6.3.3 Options for switching between frames on the SKP operating terminal The following table shows the options for switching to another frame on the SKP operating terminal. Operation Effect Only in CE mode : by pressing this key you switch from any frame directly to the index frame.

  • Page 51: User Frames And Subframes

    Standard processing in SVP mode User frames and subframes 6.4 User frames and subframes The user frames are used by the operator for sending jobs to the SVP and for receiving replies from the SVP. Some frames have up to six subframes. The subframes contain other, more detailed functions and information which does not fit in the main frame.
  • Page 52 User frames and subframes Standard processing in SVP mode SELECTION After entering the appropriate letter combination you can switch to the following SVP FRAMEs: PROGRAM LOAD Load BS2000 ............54 STATUS DISPLAY Display status ............. 60 MA MANUAL OPERATION Manual operations ..........62 ALTER/DISPLAY Alter/display storage/register ......
  • Page 53 Standard processing in SVP mode User frames and subframes STOP/START MODE => This can be used to indicate whether the functions in the EXECUTION selection menu (see above) are to be carried out for all CPUs or only for the CPU in the CPU SELECT field. ALL CPU all CPUs are selected TARGET CPU...

  • Page 54: Ld) Program Load Frame: Basic

    User frames and subframes Standard processing in SVP mode 6.4.2 (LD) PROGRAM LOAD FRAME: BASIC ----- PROGRAM LOAD FRAME: BASIC ----- E40L01G -LOAD FUNCTION- ==> *1 START AUTO *2 START FAST *3 START DIAL *4 START *5 SYSTEM DUMP *ENTER EXECUTE *PF7 GO TO DETAIL-1...

  • Page 55: Ld) Program Load Frame: Detail-1

    Standard processing in SVP mode User frames and subframes Special key functions Executes IPL / SYSTEM DUMP ENTER After making your entries in the mask and pressing , the following ENTER prompt will appear: *********************************** * ARE YOU SURE ? (ENTER Y OR N) N * *********************************** The IPL must not be executed during system operation! If this instruction is ignored, BS2000 operation will be aborted!
  • Page 56 User frames and subframes Standard processing in SVP mode Before completing this frame check, whether the correct firmware for operating BS2000 or VM2000 is loaded by the SVP. Information on this is provided in the DETAIL-2 STATUS. DETAIL-2 STATUS In this position the current settings of the PROGRAM LOAD FRAME: DETAIL-2 are displayed.
  • Page 57 Standard processing in SVP mode User frames and subframes If the IPL is unsuccessful, the next device address from the PRESET GROUP is reloaded. If this loading is terminated normally, this device address heads the CURRENT GROUP. CURRENT GROUP The first device address in this column is the device from which the last IPL was executed.

  • Page 58: Ld) Program Load Frame: Detail-2

    User frames and subframes Standard processing in SVP mode Special key functions Executes IPL / SYSTEM DUMP ENTER After making your entries in the mask and pressing , the following prompt ENTER will appear: *********************************** * ARE YOU SURE ? (ENTER Y OR N) N * *********************************** The IPL must not be executed during system operation! If this instruction is not heeded, BS2000 will be shut down abruptly!
  • Page 59 Standard processing in SVP mode User frames and subframes VM MODE ==> Selection of the firmware to be loaded from SVP NATIVE for BS2000 operation AVM/EX/EXS for VM2000 operation IPL EXECUTION ==> IPL execution ENABLE executes IPL DISABLE does not execute IPL If there are changes to the VM MODE and , only the other firmware is IPL EXECUTION =>...

  • Page 60: St) Status Display Frame

    []-[]00 Figure 27: STATUS DISPLAY FRAME: CLUSTER screen This frame displays information on the current status of the S140 and its individual compo- nents (Power on/off, online/offline, normal/maintenance state etc.). Unmounted compo- nents are not displayed. The memory size, addressing mode (MODE EXA or AVM/EX/EXS), and availability of the SKP ( ) are important displays.
  • Page 61 Standard processing in SVP mode User frames and subframes ----- STATUS DISPLAY FRAME: SSU ----- E40L01G (SSU-0) (SSU-1) SSU0 ONL CNCT SSU1 ONL CNCT SSX-0 SSX-1 *PF7 CLUSTER FRAME CL-0 CPU-0 CHP-0 FLAG CODE = D90557 W 00000V00 []-[]00 Figure 28: STATUS DISPLAY FRAME: SSU screen This displays information on the status of the connected global storages.

  • Page 62: Ma) Manual Operation Frame

    User frames and subframes Standard processing in SVP mode 6.4.4 (MA) MANUAL OPERATION FRAME ----- MANUAL OPERATION FRAME ----- E40L01G FUNCTION=> ADDRESS COMPARE STOP ADRS TYPE=> *1 RATE CONTROL RATE CONTROL=> *1 ABSOLUTE *1 PROCESS *2 LOGICAL *2 ADRS COMPARE STOP *2 I-STEP ADRS COMP SELECT=>...
  • Page 63 Standard processing in SVP mode User frames and subframes The following table shows the additional entries required for each of the three main functions in other input fields: Input field Function RATE UNIT ADRS ADRS ADRS ADRS CONTROL ADRS TYPE COMP COMP SELECT...

  • Page 64: Ad) Alter/Display Frame

    User frames and subframes Standard processing in SVP mode ADRS COMP MODE => Address compare stop mode RESET Switches off address compare stop and resets address compare stop conditions in the fields ADRS TYPE, ADRS COMP SELECT and ADRS SET Switches on address compare stop NORMAL Switches off address compare stop...
  • Page 65 Standard processing in SVP mode User frames and subframes FACILITY => Possible displays of memory areas with various addresses: LOGICAL logical storage address R REAL real storage address P P-VIRTUAL primary virtual storage address S S-VIRTUAL secondary virtual storage address absolute address memory protect key V A-VIRTUAL...
  • Page 66 User frames and subframes Standard processing in SVP mode By making the appropriate entries and pressing the key, you can use this frame to ENTER change and display the contents of important CPU registers. It is a requirement that the selected CPU ( key) is stopped beforehand (see “(ML) MODE SELECTION FRAME”...

  • Page 67: Me) Message Frame

    Standard processing in SVP mode User frames and subframes 6.4.6 (ME) MESSAGE FRAME ----- MESSAGE FRAME ----- E40L01G NEWEST LINE = 0776 LINE ID MESSAGE MM/DD HH:MM:SS 0759 01 X2LA9 FUNCTION: ST 04/27 14:47:23 0760 01 X2SA9 SSU0 04/27 14:48:56 0761 01 E2SA1 COMMAND NOT FOUND 04/27 14:48:56...

  • Page 68: Ch) Ch/Subch Status Display Frame: Channel

    User frames and subframes Standard processing in SVP mode 6.4.7 (CH) CH/SUBCH STATUS DISPLAY FRAME: CHANNEL ----- CH/SUBCH STATUS DISPLAY FRAME: CHANNEL ----- E40L01G CHP-0 PCHAD 0000000000000000 0000000000000000 0000000000000000 0000000000000000 0000000000000000 1111111111111111 2222222222222222 3333333333333333 0123456789ABCDEF 0123456789ABCDEF 0123456789ABCDEF 0123456789ABCDEF CHPID 0000000000000000 0000000000000000 0000000000000000 0000000000000000 0000000000000000 1111111111111111 2222222222222222 3333333333333333 0123456789ABCDEF 0123456789ABCDEF 0123456789ABCDEF 0123456789ABCDEF INSTALLED **.*..****..
  • Page 69 Standard processing in SVP mode User frames and subframes LCHADR => logical channel address no input required LINKADR => link address for type-S channel without director with director: 01 ... FD link address = output port address LCUADR => logical control unit address no input required PCHAD =>...

  • Page 70: Au) Auxiliary Frame: Menu

    User frames and subframes Standard processing in SVP mode 6.4.8 (AU) AUXILIARY FRAME: MENU ----- AUXILIARY FRAME: MENU ----- E40L01G SELECTION=> *1 REAL CLOCK *2 IORSF CONTROL *3 RELATED SCB *4 POWER STAND-BY/IMPL *5 LOAD PRESET *7 CONFIGURATION CL-0 CPU-0 CHP-0 FLAG CODE = D90557 W 00000V00 []-[]00 Figure 34: AUXILIARY FRAME: MENU screen...

  • Page 71: Au1) Auxiliary Frame: Real Clock

    Standard processing in SVP mode User frames and subframes 6.4.8.1 (AU1) AUXILIARY FRAME: REAL CLOCK ----- AUXILIARY FRAME: REAL CLOCK ----- E40L01G YYYY MM DD HH MM SS 2000.04.27 15:26:47 *PF6 CANCEL *PF12 TIMER SET CL-0 CPU-0 CHP-0 FLAG CODE = D90557 W 00000V00 []-[]00 Figure 35: AUXILIARY FRAME: REAL CLOCK screen When the screen is invoked, the current date and time of the SVP are displayed.

  • Page 72: Au2) Auxiliary Frame: Iorsf Control

    Standard processing in SVP mode 6.4.8.2 (AU2) AUXILIARY FRAME: IORSF CONTROL ----- AUXILIARY FRAME: IORSF CONTROL ----- E40L01G COMMENT S140TA1 // \UGENDATA.HW.S140.TA1.OSD.S140TA1 / 28.04.00 DATE 2000.04.27 TIME 16:00 S140TA1X // \UGENDATA.HW.S140.TA1.OSD.S140TA1X / 28.04.00 DATE 2000.04.27 TIME 16:07 S140TA1 // \UGENDATA.HW.S140.TA1.OSD.S140TA1 / 24.04.00 DATE 2000.04.21...

  • Page 73: Au3) Auxiliary Frame: Related Scb's

    Standard processing in SVP mode User frames and subframes NEXT POWER ON RESET NO. => Enter the number of the IORSF file which is to be activated after the next IMPL. You can only make an entry if you select function 1 beforehand. SPECIFY SWAP NO.

  • Page 74: Au4) Auxiliary Frame: Power Stand-By/Impl

    FLAG CODE = D90557 W 00000V00 []-[]00 Figure 38: AUXILIARY FRAME: POWER STAND-BY/IMPL screen By making an entry in this frame and pressing , you can switch the S140 off or re- ENTER initialize it. FUNCTION => The following function is selected after the corresponding number has...

  • Page 75: Au5) Auxiliary Frame: Load Preset1

    Standard processing in SVP mode User frames and subframes 6.4.8.5 (AU5) AUXILIARY FRAME: LOAD PRESET1 ----- AUXILIARY FRAME: LOAD PRESET1 ----- E40L01G -START MODE- -IPL DEVICE- ==> 1 >1 START AUTO 1 PRESET GROUP -----------------+ *2 START FAST 2 CURRENT GROUP --------+ *3 START DIAL 3 UNIT ADDRESS -+ *4 START...
  • Page 76 User frames and subframes Standard processing in SVP mode POWER ON IPL ==> Here you determine the behavior of the SVP after switch the S140 on. ENABLE automatically executes IPL after IMPL DISABLE does not execute IPL, i.e. IPL must be triggered manually using PROGRAM LOAD FRAME: BASIC or PROGRAM LOAD FRAME: DETAIL-1.

  • Page 77: Au7) Auxiliary Frame: Ssu-Cluster Configuration

    START IPL NO ==> Selection of the IPL Start Mode number FIX(1) Start Mode number 1 (automatic start) CURRENT not used on the S140 Business Server Special key functions catalogs settings switches to the LOAD PRESET1 screen 6.4.8.6 (AU7) AUXILIARY FRAME: SSU-CLUSTER CONFIGURATION This frame is displayed only if SSUs are connected.
  • Page 78 The service department can define configuration files in which links between two clusters (Cluster 0 and 1, S140 or S140) and two SSUs (SSU0 and SSU1) can be configured on ONL (online Y or N). A connection (CNCT C) is either set by the service department and IMPL (for BS2000/OSD- BC V1.0 and V2.0) or (as of BS2000/OSD-BC V3.0) by operating system commands.

  • Page 79: Mf) Msf Frame

    Standard processing in SVP mode User frames and subframes 6.4.9 (MF) MSF FRAME ----- MSF FRAME: FLAG CODE LOG DISPLAY ----- E40L01G INITIALIZED 2000.05.11 15:43:23 LAST SEQ 0538 NODE:SELF 1/14 UNIT FLAG CODE DATE TIME KIND LINK INFORMATION *0538 A9 7M12 3C 006D0V00 05.16 16:50:42 ATTN HC27 SP4...
  • Page 80 User frames and subframes Standard processing in SVP mode Frame line 24: You can switch to FLAG code entries of the global storages by making the following command inputs in line 24: ssu0: FLAG code entries of SSU0 ssu1: FLAG code entries of SSU1 self: back to the FLAG code entries of the cluster ----- MSF FRAME: FLAG CODE LOG DISPLAY -----...

  • Page 81: Pa) Performance Analyzer Frame

    Standard processing in SVP mode User frames and subframes 6.4.10 (PA) PERFORMANCE ANALYZER FRAME ---- PERFORMANCE ANALYZER FRAME ---- E40L01G FUNCTION => STATUS DISABLE / STOP 1 ENABLE & ITEM SELECT LOGGING STOP 2 DISABLE 3 START & DISPLAY ------- CH BUSY LEVEL -------- 4 START &...

  • Page 82: Examples Of Standard Processing In Svp Mode

    Selecting IORSF Standard processing in SVP mode 6.5 Examples of standard processing in SVP mode 6.5.1 Selecting IORSF The steps listed below are conditions for the loading of a particular IORSF at the next IMPL or the next time the system is switched on. In the following example the IORSF is selected with Level 2.
  • Page 83 Standard processing in SVP mode Selecting IORSF Invoking AUXILIARY FRAME: MENU screen Ê Enter in the field and press FUNCTION=> ENTER Enter the command in line 24 and press Ê FR AU ENTER The AUXILIARY FRAME: MENU screen is displayed: ----- AUXILIARY FRAME: MENU ----- E40L01G SELECTION=>...
  • Page 84 24, the following frame is displayed. The AUXILIARY FRAME: IORSF CONTROL screen is displayed: ----- AUXILIARY FRAME: IORSF CONTROL ----- E40L01G COMMENT S140TA1 // \UGENDATA.HW.S140.TA1.OSD.S140TA1 / 28.04.00 DATE 2000.04.27 TIME 16:00 S140TA1X // \UGENDATA.HW.S140.TA1.OSD.S140TA1X / 28.04.00 DATE 2000.04.27 TIME 16:07 S140TA1 // \UGENDATA.HW.S140.TA1.OSD.S140TA1 / 24.04.00...

  • Page 85: Activating Iorsf

    Standard processing in SVP mode Activating IORSF 6.5.2 Activating IORSF The set IORSF must be activated with a IMPL: Conditions You must be in the AUXILIARY FRAME: IORSF CONTROL screen. Press to switch back to the AUXILIARY FRAME: MENU. Ê Enter in the field.

  • Page 86: Setting Up Program Load Frame Preset1

    PROGRAM LOAD FRAME PRESET1 Standard processing in SVP mode 6.5.3 Setting up PROGRAM LOAD FRAME PRESET1 In this example, you specify: LOAD function 1 with the name AUTO (AUTO=Automatic Startup) for a POWER ON IPL Device number of the IPL device to be used for a POWER ON IPL (current: A108) Automatic IPL after a POWER ON The LOAD FRAME should always be displayed as PROGRAM LOAD FRAME: DETAIL- Conditions...
  • Page 87 Standard processing in SVP mode PROGRAM LOAD FRAME PRESET1 The AUXILIARY FRAME: LOAD PRESET1 screen is displayed: ----- AUXILIARY FRAME: LOAD PRESET1 ----- E40L01G -START MODE- -IPL DEVICE- ==> 1 >1 START AUTO 1 PRESET GROUP -----------------+ *2 START FAST 2 CURRENT GROUP --------+ *3 START DIAL 3 UNIT ADDRESS -+...

  • Page 88: Setting Up Program Load Frame Preset2

    6.5.4 Setting up PROGRAM LOAD FRAME PRESET2 In the PROGRAM LOAD FRAME PRESET2 you specify which operating mode is to be set after the S140 system is switched on. The following are specified in the example below: VM2000 operating mode...

  • Page 89: Executing Ipl In Program Load Frame: Detail-1

    Standard processing in SVP mode IPL in PROGRAM LOAD FRAME: DETAIL-1 Catalog parameters Ê Press the key. The values entered are saved and thus made known to the SVP. These settings are accessed for each IPL. 6.5.5 Executing IPL in PROGRAM LOAD FRAME: DETAIL-1 The IPL can be executed manually 1according to the setting using PROGRAM LOAD FRAME DETAIL-1.
  • Page 90 IPL in PROGRAM LOAD FRAME: DETAIL-1 Standard processing in SVP mode In this example, the PROGRAM LOAD FRAME: DETAIL-1 screen is displayed: ----- PROGRAM LOAD FRAME: DETAIL-1 ----- E40L01G -LOAD FUNCTION- -IPL DEVICE- ==> 3 ==> 3 *1 START AUTO *1 PRESET GROUP ------------------+ *2 START FAST >*2 CURRENT GROUP --------+...
  • Page 91 Standard processing in SVP mode IPL in PROGRAM LOAD FRAME: DETAIL-1 Swap to PROGRAM LOAD FRAME: DETAIL-2 Ê Press the key. LOAD FUNCTION ==> Enter for a dialog start. IPL DEVICE ==> Enter for entry of a device address. UNIT ADDRESS Enter the device address of the load device.

  • Page 92: Setting Operating Mode Via Program Load Frame: Detail-2

    PROGRAM LOAD FRAME: DETAIL-2 Standard processing in SVP mode 6.5.6 Setting operating mode via PROGRAM LOAD FRAME: DETAIL-2 The operating mode can be reset using the PROGRAM LOAD FRAME: DETAIL-2. This selects the appropriate firmware for running BS2000 or VM2000. The following are specified in the example below: VM2000 operating mode executing IPL after reloading the firmware...
  • Page 93 Standard processing in SVP mode PROGRAM LOAD FRAME: DETAIL-2 Storing settings Ê After you have checked all the settings, press to store them and to switch to PROGRAM LOAD FRAME: DETAIL-1. The new setting is displayed under VM MODE: in the DETAIL-2 STATUS field. The firmware is relocated before the IPL is executed.
  • Page 94 Eine Dokuschablone von Frank Flachenecke...

  • Page 95: Operating The Bs2000 Console

    7 Operating the BS2000 console Selecting the console window At the operator terminal, you enter system operating mode by clicking the window CONS0 #1<computer name> with the left mouse button. System operation When the BS2000 console window is opened, no input is permitted. If you attempt to make an entry, you are prompted to release the window by entering the valid password.
  • Page 96 Eine Dokuschablone von Frank Flachenecke...

  • Page 97: Troubleshooting

    101 8.1 Problems with the S140 In the case of a problem with the S140, contact the service department and discuss the steps to be taken. Depending on the outcome of this discussion, you may be required to carry out the following tasks: Take a system dump in the case of an inexplicable system failure.

  • Page 98: Displays In The Case Of A Hardware Error

    System operation can continue in the meantime. – An error has occurred in the S140 or on the interface to the peripheral devices which was automatically corrected by the hardware. In this case, system operation can also be continued.

  • Page 99: Carrying Out A System Dump

    Support“ [6] manual. 8.1.3 Measures to take in the case of defective I/O channels or I/O processors If an S140 I/O channel is defective, you can perform the following after consulting the service department: Disable defective I/O channel during operation.

  • Page 100: Measures To Take In The Case Of Processing Unit Failure

    If the CPU is defective, you must contact the service department. A spare CPU is available for the S140 Business Server except for the model S140-40C. If a CPU fails, this spare CPU is automatically replaced by the hot-spare CPU by the operating system for BS2000/OSD V4.0 and higher.

  • Page 101: Problems With The Service/Console Processor (Skp)

    Troubleshooting Problems with the service/console processor (SKP) 8.2 Problems with the service/console processor (SKP) If you have problems with the SKP, contact the service department and discuss the steps to be taken. Depending the outcome of this discussion, you may be required to do the following: 1.

  • Page 102: Important Key Combinations

    Important key combinations Troubleshooting 8.3 Important key combinations Use the left-hand mouse button to select a window. You can use the keys to move between the windows of the X-Windows window system. The following key combinations make your work easier: Invoke login screen on console SysRq Invoke SINIX-Windows...

  • Page 103: Related Publications

    Related publications Please apply to your local office for ordering the manuals. SINIX-2000 V7.5/V8.0 Installaton, Operation and Administration User Guide Target group The manual is intended for privileged users (operators, system administrators) of the ser- vice/console processor 3970-2x, the channel adapters 3970 and 3971, the business server SR2000-B, and the enterprise data server DS2000.
  • Page 104 Related publications TELESERVICE - TSB2000 (BS2000/OSD) V1.0/V2.0 User Guide Target group The manual addresses the operating personnel of the C50, C70, C80, H100, S1xx and SR2000 mainframes. Knowledge of BS2000 and basic SINIX knowledge are required to operate TELESERVICE. Contents Service technicians use TELESERVICE to support, maintain and perform fault diagnostics on customer systems from the TELESERVICE center.

  • Page 105: Index

    ALTER/DISPLAY FRAME (AD) 64 levels 7 ALTER/DISPLAY FRAME (subframe) 65 console window, selecting 95 ATOP (Automatic Operator) 10 controls and indicators 13 switching the S140 on/off 32 authorization control 12 display AUTO (Automatic Startup) 86 hardware errors 98 AUXILIARY FRAME...
  • Page 106 47 select 35, 82 PCI (Power Control Interface) 100 key combinations 102 defective 100 KVP console distribution program (German problems with the S140 97 acronym) 11 processing unit KVP function menu, main 95 defective 100 PROGRAM LOAD FRAME...
  • Page 107 SVPST0 #1 window (password entry) 39 switching between user frames 49 global storage on and off 33 on/off the host - form 27, 30 the S140 on/off manually 23 switching the S140 on/off automatically 29 from a remote system 33 from SKP 26...

  • Page 109: Table Of Contents

    Overview ............. 7 Configuration levels of the S140 Business Server ......7 Concept of system operation .
  • Page 110 Contents Standard processing in SVP mode ........35 Invoking an SVP frame .
  • Page 111 Problems with the S140 ........
  • Page 113 Operating Manual Target group Operators and system managers Contents This manual provides you with all the information you require to operate the S140 Business Server via the service/console processor, and is thus intended for operators and system managers. Edition: September 2000 File: s140.pdf...
  • Page 114 Comments Fujitsu Siemens computers GmbH User Documentation Suggestions 81730 Munich Germany Corrections Fax: (++49) 0 700 / 372 00000 e-mail: manuals@fujitsu-siemens.com http://manuals.mchp.siemens.de Submitted by Comments on S140 Business Server U41161-J-Z126-1-76...
  • Page 115 Information on this document On April 1, 2009, Fujitsu became the sole owner of Fujitsu Siemens Compu- ters. This new subsidiary of Fujitsu has been renamed Fujitsu Technology So- lutions. This document from the document archive refers to a product version which was released a considerable time ago or which is no longer marketed.

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