Hi Dave. Basic mode is disappearing. Disappeared with the new zxx90 box and
the z9. I believe this is so because IBM can then us LPAR as a buffer
between hardware and s/390 software code. Changing the hardware, may now
only require changes to the LPAR code and no changes to the s/390 code.
Faster rollout of new hardware with no code changes to VM, VSE and OS/3390.
In any event, here is my first LPAR IOCDS. There is also a good RED book on
the z800 which I suggest you download.
Hans Rempel
-----Original Message-----
From: The IBM z/VM Operating System [mailto:[EMAIL PROTECTED] On
Behalf Of David Booher
Sent: March 23, 2006 3:15 PM
To: [email protected]
Subject: IFL and LPAR
Hello list,
Being a VMer from way back, I have always managed not to have to use
LPARs, ever!
Now I'm faced with a particular dilema. I wan't to add a couple of IFLs
to my z800, but as I understand it, these IFLs will have to exist in
their own separate LPAR away from my two regular CPs. It will also
require me to run a second zVM in the new LPAR.
If that is correct, I can accept it. I was wondering if anyone has a
short, simple and sweet IOCP that I can look at that could possibly be
similiar to what I'm mentioning. Two LPARS, one with the regular CPs,
the other with the IFLs. Examples of how to share the DASD and OSA
would be apprectiated. Will I need a second control unit for the second
VM console?
Hopefully, the list can get me "jump started".
Thanks!
Dave Booher
Quest Software
[This E-mail scanned for viruses]
* Feb 26,06 H.R. Added Hypersockets plus finalized dasd
* Feb 12,06 H.R. Changed CHPID 0 from OSD to OSE
ID MSG1='26FebLPAR', X
MSG2='Z800HUM1', X
SYSTEM=(2066,1), X
TOK=('VM-TOKEN',F0F261F2F661F0F6F1F37AF1F57AF4F840404040X
,00000000,'02/26/06','13:15:48','','')
RESOURCE PARTITION=((VMVSE1,1),(LINUX1,2))
* DEFINE 00 AS OSA II AND 01 AS QDIO
* LCS CHAN00 CHPID PATH=00,TYPE=OSE,SHARED
CHAN00 CHPID PATH=00,TYPE=OSD,SHARED
CHAN01 CHPID PATH=01,TYPE=OSD,SHARED
* 02 ESCON CHANNEL TO 3590 TAPE DRIVE
CHAN02 CHPID PATH=02,TYPE=CNC,SHARED
* 03 ESCON WITH CONVERTER BOX FOR 4245 PRINTER
CHAN03 CHPID PATH=03,TYPE=CVC,PART=(VMVSE1,REC)
* 04-07 4 CHANNELS TO RVA
CHAN04 CHPID PATH=04,TYPE=CNC,SHARED
CHAN05 CHPID PATH=05,TYPE=CNC,SHARED
CHAN06 CHPID PATH=06,TYPE=CNC,SHARED
CHAN07 CHPID PATH=07,TYPE=CNC,SHARED
* 08 ESCON Free possible second CHANNEL TO 3590 TAPE DRIVE
CHAN08 CHPID PATH=08,TYPE=CNC,SHARED
* 09 ESCON WITH CONVERTER BOX FOR 3480 TAPES
CHAN09 CHPID PATH=09,TYPE=CVC,PART=(VMVSE1,REC)
* 0A-0D 4 CHANNELS TO RVA
CHAN0A CHPID PATH=0A,TYPE=CNC,SHARED
CHAN0B CHPID PATH=0B,TYPE=CNC,SHARED
CHAN0C CHPID PATH=0C,TYPE=CNC,SHARED
CHAN0D CHPID PATH=0D,TYPE=CNC,SHARED
* We will us these Channel for our Hyper Sockets
CHANFC CHPID PATH=(FC),TYPE=IQD,SHARED,OS=00
CHANFD CHPID PATH=(FD),TYPE=IQD,SHARED,OS=00
* OSA2 100 M FAST ETHERNET
CNTLD800 CNTLUNIT CUNUMBR=D800,PATH=(00),UNIT=OSA
* OSA-Express
CNTL8000 CNTLUNIT CUNUMBR=8000,PATH=(01),UNIT=OSA
* 3590 Tape drives
CNTL8400 CNTLUNIT CUNUMBR=8400,PATH=(02,08), X
UNIT=3590,UNITADD=((00,4))
* 4245 Printer using converter box
CNTL09E8 CNTLUNIT CUNUMBR=09E8,PATH=(03),PROTOCL=D,SHARED=N, X
UNIT=4245,UNITADD=((EE))
* 3480 Tape drives using converter box
CNTL9480 CNTLUNIT CUNUMBR=9480,PATH=(09),PROTOCL=S4,SHARED=N, X
UNIT=3480,UNITADD=((80,16))
*
* 9393-T82 RVA DISK
*
CNTLDD00 CNTLUNIT CUNUMBR=DD00,PATH=(04,05,06,07), X
UNIT=3990,UNITADD=((00,64)),CUADD=0
CNTLDD40 CNTLUNIT CUNUMBR=DD40,PATH=(04,05,06,07), X
UNIT=3990,UNITADD=((00,64)),CUADD=1
CNTLDD80 CNTLUNIT CUNUMBR=DD80,PATH=(04,05,06,07), X
UNIT=3990,UNITADD=((00,64)),CUADD=2
CNTLDDC0 CNTLUNIT CUNUMBR=DDC0,PATH=(04,05,06,07), X
UNIT=3990,UNITADD=((00,64)),CUADD=3
CNTLDD01 CNTLUNIT CUNUMBR=DD01,PATH=(0A,0B,0C,0D), X
UNIT=3990,UNITADD=((00,64)),CUADD=0
CNTLDD41 CNTLUNIT CUNUMBR=DD41,PATH=(0A,0B,0C,0D), X
UNIT=3990,UNITADD=((00,64)),CUADD=1
CNTLDD81 CNTLUNIT CUNUMBR=DD81,PATH=(0A,0B,0C,0D), X
UNIT=3990,UNITADD=((00,64)),CUADD=2
CNTLDDC1 CNTLUNIT CUNUMBR=DDC1,PATH=(0A,0B,0C,0D), X
UNIT=3990,UNITADD=((00,64)),CUADD=3
* Hyper Sockets between LPARS
CNTLE100 CNTLUNIT CUNUMBR=E100,PATH=(FC),UNIT=IQD
CNTLE200 CNTLUNIT CUNUMBR=E200,PATH=(FD),UNIT=IQD
* LCS OSA II card
* LCS IODEVICE ADDRESS=(D800,15),CUNUMBR=(D800),UNIT=OSA,UNITADD=00
* LCS IODEVICE ADDRESS=(D80F,1),CUNUMBR=(D800),UNIT=OSAD,UNITADD=FE
* OSA-Express Port 0 Chpid 0 TCPIP stack
IODEVICE ADDRESS=(D800,15),CUNUMBR=(D800),UNIT=OSA,UNITADD=00
* OSA-Express Port 0 Chpid 1 TCPIP2 stack
IODEVICE ADDRESS=(8000,15),CUNUMBR=(8000),UNIT=OSA,UNITADD=00
* 3590 tape drive
IODEVICE ADDRESS=(8400,4),CUNUMBR=(8400),UNIT=3590,UNITADD=00
* 4245 printer
IODEVICE ADDRESS=(09EE),CUNUMBR=(09E8),UNIT=4245
* 3480 Tape drives
IODEVICE ADDRESS=(9480,04),CUNUMBR=(9480),UNIT=3480
* RVA T82 Dasd
DASDDD00 IODEVICE ADDRESS=(DD00,64),CUNUMBR=(DD00,DD01),UNIT=3390, X
UNITADD=00,STADET=Y
DASDDD40 IODEVICE ADDRESS=(DD40,64),CUNUMBR=(DD40,DD41),UNIT=3390, X
UNITADD=00,STADET=Y
DASDDD80 IODEVICE ADDRESS=(DD80,64),CUNUMBR=(DD80,DD81),UNIT=3390, X
UNITADD=00,STADET=Y
DASDDDC0 IODEVICE ADDRESS=(DDC0,64),CUNUMBR=(DDC0,DDC1),UNIT=3390, X
UNITADD=00,STADET=Y
* Hypersocket devices between LPARS
IODEVICE ADDRESS=(E100,016),CUNUMBR=(E100),UNIT=IQD,UNITADD=00
IODEVICE ADDRESS=(E200,016),CUNUMBR=(E200),UNIT=IQD,UNITADD=00
