4. Select the required Access LPAR for Function access list. In our example, we use LPAR  CETUS21 (OS) . Press Enter (see Figure 15-24). *--------------------------- Define Access List ----------------------------* | Row 22 of 31 | | Command ===> _________________________________________ Scroll ===> CSR | | | | Select one partition for the access list. | | | | Function ID . . . . : 0102 | | | | / CSS ID Partition Name Number Usage Description | |  / 1 MUSCA11 1 OS | | _ 1 MUSCA12 2 OS | | _ 1 MUSCA13 3 OS | | _ 1 MUSCA14 4 OS | | _ 1 MUSCA15 5 OS | | _ 1 MUSCA16 6 OS | | _ 1 MUSCA17 7 OS | | _ 1 MUSCA18 8 OS | | _ 1 MUSCA19 9 OS | | _ 2 MUSCA2A A CF MUSCA2A test CF partition | | **************************** Bottom of data ***************************** | | | | | *---------------------------------------------------------------------------* PCIe Function List Row 19 of 21 More: Command ===> _______________________________________________ Scroll ===> CSR Select one or more PCIe functions, then press Enter. To add, use F11. Processor ID . . . . : MUSCA Musca / FID CHID+ P+ VF+ Type+ UID Description _  0102 108 1 3 ZHYPERLINK ____ zHYP FID=0102 VFID=3 CHID=108 Figure 15-24 Define Access List: Selecting partition for Function access, zHyperLink Figure 15-25 PCIe Function List: Function now created, zHyperLink 5. Select any Candidate LPARs for Function access list. In our example, we do  not  select any  candidate LPARs. Press Enter. HCD returns to the PCIe Function List panel in which you can see the Function now  defined (see Figure 15-25). Chapter 15. Adding PCIe devices  385