Yes, trying to get PCI Passthough working for an Apple OEM nVidia 6600 PCI-E card, on a x86 host in Qemu-PPC.
(unnamed-fcode) [0xe34]
25615: (unnamed-fcode) [0xdff]
25616: (unnamed-fcode) [0x93d]
25617: b(lit) ( 0x010 ) 0xf
25618: <> ( 0x03d )
25619: b?branch ( 0x014 ) 0x0026 ( =dec 38)
25620: (unnamed-fcode) [0x9bd]
25621: b(lit) ( 0x010 ) 0xff
25622: and ( 0x023 )
25623: my-space ( 0x103 )
25624: + ( 0x01e )
25625: (unnamed-fcode) [0xa08]
25626: b(lit) ( 0x010 ) 0x6
25627: and ( 0x023 )
25628: b(lit) ( 0x010 ) 0x4
25629: = ( 0x03c )
25630: b?branch ( 0x014 ) 0x0009 ()
25631: b(') ( 0x011 ) (unnamed-fcode) [0x9c1]
25632: b(to) ( 0x0c3 ) (unnamed-fcode) [0x9c0]
25633: b(>resolve) ( 0x0b2 )
25634: b(>resolve) ( 0x0b2 )
25635: (unnamed-fcode) [0xddf]
25636: (unnamed-fcode) [0xe04]
25637: (unnamed-fcode) [0xe38]
25638: (unnamed-fcode) [0xe06]
25639: (unnamed-fcode) [0xce5]
25640: (unnamed-fcode) [0xdb0]
25641: (unnamed-fcode) [0xe07]
25642: (unnamed-fcode) [0xe1a]
25643: (unnamed-fcode) [0xc5b]
25644: (unnamed-fcode) [0xe28]
25645: (unnamed-fcode) [0xe20]
25646: (unnamed-fcode) [0xdfa]
25647: (unnamed-fcode) [0xe37]
25648: (unnamed-fcode) [0xe2c]
25649: (unnamed-fcode) [0xe2d]
25650: b(") ( 0x012 ) ( len=0xb [11 bytes] )
" NVDA,Parent"
25651: device-name ( 0x201 )
25652: 1 ( 0x0a6 )
25653: encode-int ( 0x111 )
25654: b(") ( 0x012 ) ( len=0xe [14 bytes] )
" #address-cells"
25655: property ( 0x110 )
25656: 0 ( 0x0a5 )
25657: encode-int ( 0x111 )
25658: b(") ( 0x012 ) ( len=0xb [11 bytes] )
" #size-cells"
25659: property ( 0x110 )
25660: (unnamed-fcode) [0x9c7]
25661: (unnamed-fcode) [0x93d]
25662: b(lit) ( 0x010 ) 0x35
25663: >= ( 0x042 )
25664: b?branch ( 0x014 ) 0x000d ( =dec 13)
25665: 1 ( 0x0a6 )
25666: (unnamed-fcode) [0x933]
25667: lshift ( 0x027 )
25668: (unnamed-fcode) [0x935]
25669: or ( 0x024 )
25670: b(to) ( 0x0c3 ) (unnamed-fcode) [0x935]
25671: b(>resolve) ( 0x0b2 )
25672: (unnamed-fcode) [0x941]
25673: b(lit) ( 0x010 ) 0x10
25674: lshift ( 0x027 )
25675: (unnamed-fcode) [0x935]
25676: or ( 0x024 )
25677: encode-int ( 0x111 )
25678: b(") ( 0x012 ) ( len=0xd [13 bytes] )
" NVDA,Features"
25679: property ( 0x110 )
25680: 1 ( 0x0a6 )
25681: encode-int ( 0x111 )
25682: b(") ( 0x012 ) ( len=0xa [10 bytes] )
" NVDA,Level"
25683: property ( 0x110 )
25684: 0 ( 0x0a5 )
25685: 0 ( 0x0a5 )
25686: (unnamed-fcode) [0xe2e]
25687: (unnamed-fcode) [0x9bc]
25688: (unnamed-fcode) [0x9c3]
25689: (unnamed-fcode) [0xe2e]
25690: encode+ ( 0x112 )
25691: (unnamed-fcode) [0x9c0]
25692: (unnamed-fcode) [0x9c6]
25693: (unnamed-fcode) [0xe2e]
25694: encode+ ( 0x112 )
25695: (unnamed-fcode) [0x9be]
25696: (unnamed-fcode) [0x9c4]
25697: (unnamed-fcode) [0xe2e]
25698: encode+ ( 0x112 )
25699: (unnamed-fcode) [0x9bf]
25700: (unnamed-fcode) [0x9c5]
25701: (unnamed-fcode) [0xe2e]
25702: encode+ ( 0x112 )
25703: b(") ( 0x012 ) ( len=3 )
" reg"
25704: property ( 0x110 )
25705: 1 ( 0x0a6 )
25706: encode-int ( 0x111 )
25707: b(") ( 0x012 ) ( len=0xe [14 bytes] )
" #address-cells"
25708: property ( 0x110 )
25709: 0 ( 0x0a5 )
25710: encode-int ( 0x111 )
25711: b(") ( 0x012 ) ( len=0xb [11 bytes] )
At the point where it breaks.