Lines Matching refs:high
82 ; |00000000|0000000S|SSSSSSSS|SSSSSSSS|SSSSSS00|00000000|0000////| - Shifted high order EA
214 rlwnm r22,r23,r22,22,31 ; Extract the high order
217 addme r22,r22 ; Do high order as well...
219 or r0,r30,r0 ; Fill high word of 64-bit with 1s so we will properly carry
660 rlwinm r23,r29,0,1,0 ; Copy high order vaddr to high if 64-bit machine
672 rlwimi r23,r30,0,0,31 ; Insert low under high part of address
913 rlwinm r24,r23,maxAdrSpb,32-maxAdrSpb-maxAdrSpb,31-maxAdrSpb ; Get high order of hash
1463 ; r29: high-order 32 bits of guest virtual address
1484 rldimi r30,r29,32,0 ; Insert high-order 32 bits of 64-bit guest vaddr
2108 * r4 : high-order 32 bits of guest virtual address
2409 mr r29,r4 ; Save next va high half
2628 lis r27,hi16(hwpOpBase) ; Get high order of op base
2678 ; Note: mapInvPte32 returns the PTE in R3 (or 0 if none), PTE high in R4,
2766 ; Note: mapInvPte64 returns the PTE in R3 (or 0 if none), PTE high in R4,
3206 mr r29,r4 ; Save next va high half
3534 lis r3,ha16(EXT(pmap_mem_regions)) ; Get high order of physent table (note use of ha16 to get value appropriate for an addi of low part)
3778 hpfInKern: mr r22,r29 ; Save the high part of faulting address
3983 ; r22: relocated high-order 32 bits of vaddr
3988 ; r29: high-order 32 bits of faulting vaddr
3997 rlwinm r20,r21,28,22,31 ; Shift upper 10 bits of space into high order
4055 mr r4,r29 ; ESID high half
4079 oris r8,r8,0x8000 ; Get the high bit on
4150 sldi r8,r29,32 ; Move high order address over
4151 sldi r10,r14,32 ; Move high part of VSID over
5243 rlwinm r8,r8,0,1,0 ; Dup low part into high (does nothing on 32-bit machines)
6108 ; r5 : host virtual address, high-order 32 bits
6110 ; r7 : guest virtual address, high-order 32 bits
6170 grs64Salt: rldimi r29,r5,32,0 ; Insert high-order 32 bits of 64-bit host vaddr
6171 rldimi r30,r7,32,0 ; Insert high-order 32 bits of 64-bit guest vaddr
6473 ; r5 : guest virtual address, high-order 32 bits
6517 rlwinm r30,r5,0,1,0 ; Get high-order 32 bits of guest vaddr
6851 ; r5 : guest virtual address, high-order 32 bits
6903 gsu64Salt: rldimi r30,r5,32,0 ; Insert high-order 32 bits of 64-bit guest vaddr
7055 ; r5 : guest virtual address, high-order 32 bits
7114 gtd64Salt: rldimi r30,r5,32,0 ; Insert high-order 32 bits of 64-bit guest vaddr
7310 ; r4 : guest virtual address, high-order 32 bits
7368 gth64Salt: rldimi r30,r4,32,0 ; Insert high-order 32 bits of 64-bit guest vaddr
7562 ; r4 : guest virtual address, high-order 32 bits
7620 gfm64Salt: rldimi r30,r4,32,0 ; Insert high-order 32 bits of 64-bit guest vaddr
7777 ; r4 : guest virtual address, high-order 32 bits
7832 gcp64Salt: rldimi r30,r4,32,0 ; Insert high-order 32 bits of 64-bit guest vaddr
8057 ; R4 = ESID high half
8081 lwz r9,pmapSCSubTag(r3) ; Get the high part of the sub-tag