Fujitsu Siemens Computers BS2000/OSD 8.2 AU2 Auxiliary Frame Iorsf Control, SET no, Protect, Swap

Page 67

Standard processing in SVP mode

User frames

6.4.8.2(AU2) AUXILIARY FRAME: IORSF CONTROL

 

 

----- AUXILIARY FRAME: IORSF CONTROL -----

E02L01F

 

NO.

COMMENT

 

 

 

0

S130TA1 // \UGENDATA.HW.S130.TA1.OSD.S130TA1 / 07.05.97

 

 

DATE 1997.04.30

TIME 16:00

 

 

1

S130TA1X // \UGENDATA.HW.S130.TA1.OSD.S130TA1X / 07.05.97

 

 

DATE 1997.04.30

TIME 16:07

 

P

2

S130TA1 // \UGENDATA.HW.S130.TA1.OSD.S130TA1 / 20.05.97

 

 

DATE 1997.05.14

TIME 15:20

 

P

3

S130TA1X // \UGENDATA.HW.S130.TA1.OSD.S130TA1X / 20.05.97

 

 

DATE 1997.05.14

TIME 15:43

 

FUNCTION=>

 

 

CURRENT NO. = 3

*1

SET NO

NEXT POWER ON RESET NO. => 3

 

*2

PROTECT

SPECIFY P(PROTECT) OR U(UNPROTECT)

 

*3

SWAP

SPECIFY SWAP NO.

<=>

 

 

 

*PF8 NEXT

PAGE

CL-0

CPU-0 CHP-0

RUN

 

 

 

M

 

 

 

FLAG CODE = F6C0C100

00000F00

LTG

 

TAST

 

Figure 28: AUXILIARY FRAME: IORSF CONTROL screen

The IORSF files are displayed in this file. The file number of the current IORSF is displayed in the CURRENT NO. = field.

When you select a function and press the ENTER key, parameters are required in the other input fields. Once you have entered the parameters and pressed the ENTER key, the functions for the IORSF files are executed.

FUNCTION => The following functions are executed when the appropriate number is entered:

1

SET NO

activates an IORSF. Entry of the set number in the

 

 

NEXT POWER ON RESET NO. => field. An IMPL is then

 

 

required (see AU4 frame on page 69).

2

PROTECT

engages/disengages IORSF protection from being

 

 

overwritten:

 

 

enter P or U before the appropriate number

3

SWAP

swaps two IORSFs: enter the numbers in the

 

 

SPECIFY SWAP NO fields.

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.

U25339-J-Z126-1-7600

67

Page 66 Page 68
Image 67
Page 66 Page 68
Contents Objectives and target group IntroductionNotational conventions Summary of contentsEmergency Stop Safety instructionsS130 Business Server Global storage Battery unit Important instructionsRFI suppression Manufacturer instructionsManufacturer instructions Important instructions Configuration levels of the S130 Business Server OverviewModel Number of processors Performance factor Configuration levels of the S130 Business Server OverviewS130-C Processing units S130-E S130-K S130-P S130-T CPU Concept of system operationHardware Concept of system operationConcept of system operation Overview Software Authorization control Controls and indicators Status Function of the indicatorsControl panel on the Business Server cabinet 9999Meanings Controls and indicatorsControl panel on the Business Server cabinet Line Displays in line Ffffffffffffffff Displays in lineSystem Power CompleteCheck Button functions Control panel on the global storage cabinet Control panel on the global storage cabinetLine Displays in line CHK Cnct FfffffffffffffffThese indicators indicate the state of the backup battery Battery StatusSSU Check Emergency Stop Emergency Stop switchEmergency Stop switch Use the Emergency Stop switch as followsPage SKP Switching the S130 Business Server on and offSwitching the S130 on and off using the control panel Switching onAuxiliary Frame Load PRESET1 Switching the S130 on and off using the control panelSwitching off Switching the S130 on and off from the SKP Switching the S130 on and off from the SKPSwitching the S130 on and off from the SKP Switching the S130 on and off from the SKP Switching the S130 on and off from the SKP Switching the S130 on and off from the SKP Automatic switching on/off of the S130 via the SKP Automatic switching on/off of the S130 via the SKPAutomatic switching on/off of the S130 via the SKP Time-driven switching on and off of the SKP and S130 Time-driven switching on and off of the SKP and S130Switching the SKP and S130 on and off using Atop Switching the SKP and S130 on and off using AtopDCU Switching the S130 on and off from a remote systemSwitching global storage on and off Switching the S130 on and off from a remote systemStandard processing in SVP mode Invoking an SVP frame Invoking an SVP frame Standard processing in SVP modeInvoking an SVP frame SVPST0 #1 window password entry Password entry window is displayedGeneral frame structure Standard processing in SVP modeGeneral frame structure HOST/GUEST System status messages in lineCL-STOP Meaning of the status messages in line General frame structure Standard processing in SVP modeStatus displays in line Hardware status display in lineDisplays of the emulated terminal 9750 and their meaning P11 P12 P13 P14 P15 P16 P17 P18 P19 P20 F1 F2 F3 P10 Using framesUsing frames Standard processing in SVP mode SVP function keysOverview of the SVP function keys Using framesLock message Explanation of figure Frames are represented by this symbol Switching between user framesUser frames and subframes User frames Standard processing in SVP modeML Mode Selection Frame Selection of a particular CPU STOP/START Mode =User frames Load Function = LD Program Load Frame BasicLoad Clear Preset GroupAuxiliary Frame Load PRESET-1 LD Program Load Frame DETAIL-1MT Control = IPL from tape Parms =DETAIL-2 Status Cancel the procedureIs not heeded, BS2000 will be shut down abruptly IPL Execution = VM Mode =EXA Mode = LD Program Load Frame DETAIL-2ST Status Display Frame Cluster P8 Switches to the SSU Frame see nextStatus Display Frame SSU screen P7 Switches to the Cluster Frame see previousFirmware Dump MA Manual Operation FrameRate Control Adrs Compare StopAdrs SET = Rate Control =Adrs Type = Unit Adrs =AD ALTER/DISPLAY Frame Adrs Comp Mode =Function = Adrs = Facility =ABS KEYPRX PSWFCR FPRMessage Frame screen ME Message Frame00 ... FF CH CH/SUBCH Status Display Frame ChannelCHP no = Chpid =P10 P11 AU Auxiliary Frame Menu Delete input Corrections are carried out by the SVP 8.1 AU1 Auxiliary Frame Real ClockProtect Next Power on Reset NO. =8.2 AU2 Auxiliary Frame Iorsf Control SET noErase input Save input in SVP Specify Swap noSets 4 to 7 are displayed Sets 0 to 3 are displayed 8.3 AU3 Auxiliary Frame Related SCB’S8.4 AU4 Auxiliary Frame P-OFF/IMPL Power OFFImpl Preset Group 8.5 AU5 Auxiliary Frame Load PRESET1Power on IPL = Load Frame Basic Initial Frame =Load Frame Detail Start IPL no = 8.6 AU7 Auxiliary Frame SSU-CLUSTER ConfigurationCurrent CFR File NO. = Init CFR File NO. =MSF Frame screen MF MSF FrameFrame line PA frame is not intended for use PA Performance AnalyzerSelecting Iorsf Examples of standard processing in SVP modeEnter the FR AU command in line 24 and press Enter Selecting IorsfEnter 2 in the SELECTION= field. Press Auxiliary Frame Menu screen is displayedAuxiliary Frame Iorsf Control screen is displayed On Reset NO.= field and press EnterActivating Iorsf Activating Iorsf Standard processing in SVP modeSet Iorsf must be activated with a Impl Program Load Frame PRESET1 Setting up Program Load Frame PRESET1IPL Device Preset Group Start Mode =Program Load Frame PRESET2 Setting up Program Load Frame PRESET2Executing IPL in Program Load Frame DETAIL-1 You must be in the Auxiliary Frame Load PRESET2 screenMT Control = Load Function = IPL Device = Unit Address =Frame You must be in the Program Load Frame DETAIL-1 screen Setting operating mode via Program Load Frame DETAIL-2Press the P9 key Program Load Frame DETAIL-2 screen appears Setting operating modeStandard processing in SVP mode Selecting the console window Operating the BS2000 consoleSystem operation Page Problems with the S130 TroubleshootingProblems with the S130 Troubleshooting Displays in the case of a hardware errorProblems with the S130 TroubleshootingCarrying out a system dump S130 without the high availability module Measures to take in the case of processing unit failureS130 with the high availability module Following frame is displayed Installation Y/NAre YOU Sure ? Enter Y or N N Problems with the service/console processor SKP Problems with the service/console processor SKPImportant key combinations Important key combinationsTroubleshootingUser Guide Related publicationsPlease apply to your local office for ordering the manuals SKP / 3970-KAx Operating ManualIntroductory Guide to Systems Support User Guide Sinix Data SheetData Communication Unit BS2000/OSD-BCCH/SUBCH Status Display Frame Channel IndexALTER/DISPLAY Frame AD AtopIorsf IndexProgram Load Frame Basic LD DETAIL-1 DETAIL-2 Mode Selection Frame Mode Selection Frame ML MSF Frame MFManual Operation Frame MA Message Frame MESVP Starting ImplStatus Display Frame ST Cluster SSU Structure of a frame Subframes105 Page Contents Contents 109 101Page 111 S130 Business ServerOperating Manual Edition Jume

BS2000/OSD specifications

Fujitsu Siemens Computers BS2000/OSD represents a significant advancement in the realm of enterprise computing, particularly for trusted applications and mission-critical transactions. This mainframe-class operating system is tailored for large corporate environments, delivering reliability, performance, and security essential for contemporary data processing needs.

One of the most notable features of BS2000/OSD is its robust multitasking capabilities. Organizations can run multiple applications concurrently without sacrificing performance, allowing for efficient use of system resources. This is augmented by its advanced partitioning technology, which permits the segmentation of system resources into isolated environments. As a result, applications can be run in parallel, maximizing throughput and optimizing the overall performance of the system.

Security is paramount in any enterprise system, and BS2000/OSD excels in this area. The operating system offers comprehensive security features, including user authentication, access control, and sophisticated auditing tools. These capabilities ensure that sensitive data remains protected while providing users with the necessary permissions to perform their tasks.

BS2000/OSD is designed to support a wide range of technologies, making it highly versatile. Its compatibility with various programming languages, databases, and middleware allows organizations to adopt whatever tools best suit their needs. Furthermore, it integrates seamlessly with virtualization technologies, supporting both legacy applications and modern cloud-based services.

Another critical characteristic of BS2000/OSD is its emphasis on data integrity and fault tolerance. The system is equipped with features such as automatic error detection and correction functionalities. This significantly reduces downtime and enhances system availability—a fundamental requirement for businesses operating in high-stakes environments.

The operating system is also known for its sophisticated backup and recovery options. Data loss can be catastrophic, and BS2000/OSD mitigates this risk through automated backup processes and reliable disaster recovery protocols. This built-in resilience offers peace of mind to organizations that rely heavily on their data assets.

Fujitsu Siemens Computers has consistently focused on enhancing the performance and usability of BS2000/OSD. The user interface, while highly functional, is also intuitive, allowing users, including those not deeply familiar with mainframe systems, to navigate and operate it effectively.

In conclusion, Fujitsu Siemens Computers BS2000/OSD stands out as a powerful, reliable, and secure operating system for enterprise applications. With its multitasking capabilities, robust security features, compatibility with various technologies, and emphasis on data integrity, it remains an ideal choice for businesses seeking to enhance their operational efficiency in an increasingly digital world.
Top Page Image Contents