IOCP input for the configuration
RESOURCE PART=(LPAR1,LPAR2,LPAR3)
CHPID PATH=(22),TYPE=CTC,SWITCH=01,PART=LPAR1,PCHID=100
CHPID PATH=(33),TYPE=CNC,SWITCH=01,PART=LPAR2,PCHID=101
CHPID PATH=(39),TYPE=CNC,SWITCH=01,PART=LPAR3,PCHID=102
CNTLUNIT CUNUMBR=000,PATH=(22),UNITADD=((00,1)),UNIT=SCTC, X
LINK=D0
IODEVICE ADDRESS=100,CUNUMBR=000,UNIT=SCTC
CNTLUNIT CUNUMBR=001,PATH=(22),UNITADD=((10,1)),UNIT=SCTC, X
LINK=E0
IODEVICE ADDRESS=110,CUNUMBR=001,UNIT=SCTC
CNTLUNIT CUNUMBR=002,PATH=(33),UNITADD=((00,1)),UNIT=SCTC, X
LINK=C0
IODEVICE ADDRESS=200,CUNUMBR=002,UNIT=SCTC
CNTLUNIT CUNUMBR=003,PATH=(39),UNITADD=((10,1)),UNIT=SCTC, X
LINK=C0
IODEVICE ADDRESS=210,CUNUMBR=003,UNIT=SCTC
Note: You
must specify the same unit address for devices from different logical
partitions to communicate with each other. In this example, device
100 in LPAR1 can communicate with device 200 in LPAR2. Also, device
110 in LPAR1 can communicate with device 210 in LPAR3. This example
assumes that the application program supports send and receive functions
on a single device number.