Add nested virtualization functionality to XMHF #20

lxylxy123456 · 2022-11-05T15:30:20Z

No description provided.

…return code

…resume

superymk · 2022-11-14T16:06:41Z

xmhf/src/xmhf-core/xmhf-runtime/xmhf-eventhub/arch/x86/vmx/peh-x86vmx-main.c

@@ -164,8 +164,10 @@ static void _vmx_handle_intercept_cpuid(VCPU *vcpu, struct regs *r){
 		      :"a"(r->eax), "c" (r->ecx));

 		if (old_eax == 0x1U) {
+#ifndef __NESTED_VIRTUALIZATION__


In this function, not line 167:
(1) Need definition in comments for APP_CPUID_CHAIN and APP_CPUID_SKIP
(2) Replace the asm volatile in line 162 with in _processor.h
(3) What code do I need to change in my hypapp; e.g., scode.c?

Failed to boot red OS on Dell Optiplex 7050. 2nd entry to grub2 is good, but it hangs when booting the red OS (Ubuntu 22.04 with Linux 5.9 amd64):
eXtensible Modular Hypervisor Framework (XMHF) v6.1.0
Build revision: heads/OriginalRepo/xmhf64-nest-ec537e1d506f25aba45941bf31d9cf0ca5229753
Subarch: amd64

INIT(early): initializing, total modules=3
INIT(early): detected an Intel CPU
Finding SMP info. via ACPI...
ACPI RSDP at 0x000f05b0
ACPI RSDT at 0xca4e2028
len=0x00000088, headerlen=0x00000024, numentries=25
ACPI MADT at 0xca50d310
len=0x00000084, record-length=88 bytes
rec type=0x00, length=8 bytes, flags=0x00000001, id=0x00
rec type=0x04, length=6 bytes, flags=0x08000100, id=0x05
rec type=0x00, length=8 bytes, flags=0x00000001, id=0x02
rec type=0x04, length=6 bytes, flags=0x08000100, id=0x05
rec type=0x00, length=8 bytes, flags=0x00000001, id=0x04
rec type=0x04, length=6 bytes, flags=0x08000100, id=0x05
rec type=0x00, length=8 bytes, flags=0x00000001, id=0x06
rec type=0x04, length=6 bytes, flags=0x0c010100, id=0x05
rec type=0x01, length=12 bytes, flags=0xfec00000, id=0x00
rec type=0x02, length=10 bytes, flags=0x00000002, id=0x00
rec type=0x02, length=10 bytes, flags=0x00000009, id=0x09

original system E820 map follows:
0x0000000000000000, size=0x0000000000090400 (1)
0x0000000000090400, size=0x000000000000fc00 (2)
0x00000000000e0000, size=0x0000000000020000 (2)
0x0000000000100000, size=0x00000000b6900000 (1)
0x00000000b6a00000, size=0x0000000000200000 (2)
0x00000000b6c00000, size=0x0000000001d20000 (1)
0x00000000b8920000, size=0x0000000000001000 (4)
0x00000000b8921000, size=0x0000000000001000 (2)
0x00000000b8922000, size=0x000000000000e000 (1)
0x00000000b8930000, size=0x0000000000010000 (2)
0x00000000b8940000, size=0x0000000000010000 (1)
0x00000000b8950000, size=0x0000000000010000 (2)
0x00000000b8960000, size=0x0000000000010000 (1)
0x00000000b8970000, size=0x0000000000010000 (2)
0x00000000b8980000, size=0x0000000000010000 (1)
0x00000000b8990000, size=0x0000000000010000 (2)
0x00000000b89a0000, size=0x00000000104fc000 (1)
0x00000000c8e9c000, size=0x0000000001638000 (2)
0x00000000ca4d4000, size=0x0000000000046000 (3)
0x00000000ca51a000, size=0x0000000000e34000 (4)
0x00000000cb34e000, size=0x00000000006b1000 (2)
0x00000000cb9ff000, size=0x0000000000001000 (1)
0x00000000cba00000, size=0x0000000004600000 (2)
0x00000000f0000000, size=0x0000000008000000 (2)
0x00000000fe000000, size=0x0000000000011000 (2)
0x00000000fec00000, size=0x0000000000001000 (2)
0x00000000fed20000, size=0x0000000000060000 (2)
0x00000000fee00000, size=0x0000000000001000 (2)
0x00000000ff000000, size=0x0000000001000000 (2)
0x0000000100000000, size=0x000000012e000000 (1)
proceeding to revise E820...
E820 revision complete.

revised system E820 map follows:
0x0000000000000000, size=0x0000000000090400 (1)
0x0000000000090400, size=0x000000000000fc00 (2)
0x00000000000e0000, size=0x0000000000020000 (2)
0x0000000000100000, size=0x000000000ff00000 (1)
0x0000000010000000, size=0x0000000022600000 (2)
0x0000000032600000, size=0x0000000084400000 (1)
0x00000000b6a00000, size=0x0000000000200000 (2)
0x00000000b6c00000, size=0x0000000001d20000 (1)
0x00000000b8920000, size=0x0000000000001000 (4)
0x00000000b8921000, size=0x0000000000001000 (2)
0x00000000b8922000, size=0x000000000000e000 (1)
0x00000000b8930000, size=0x0000000000010000 (2)
0x00000000b8940000, size=0x0000000000010000 (1)
0x00000000b8950000, size=0x0000000000010000 (2)
0x00000000b8960000, size=0x0000000000010000 (1)
0x00000000b8970000, size=0x0000000000010000 (2)
0x00000000b8980000, size=0x0000000000010000 (1)
0x00000000b8990000, size=0x0000000000010000 (2)
0x00000000b89a0000, size=0x00000000104fc000 (1)
0x00000000c8e9c000, size=0x0000000001638000 (2)
0x00000000ca4d4000, size=0x0000000000046000 (3)
0x00000000ca51a000, size=0x0000000000e34000 (4)
0x00000000cb34e000, size=0x00000000006b1000 (2)
0x00000000cb9ff000, size=0x0000000000001000 (1)
0x00000000cba00000, size=0x0000000004600000 (2)
0x00000000f0000000, size=0x0000000008000000 (2)
0x00000000fe000000, size=0x0000000000011000 (2)
0x00000000fec00000, size=0x0000000000001000 (2)
0x00000000fed20000, size=0x0000000000060000 (2)
0x00000000fee00000, size=0x0000000000001000 (2)
0x00000000ff000000, size=0x0000000001000000 (2)
0x0000000100000000, size=0x000000012e000000 (1)
INIT(early): UNTRUSTED gold runtime: 55 38 c5 27 77 e6 78 de 89 82 25 db da e4 a7 2b
INIT(early): UNTRUSTED gold runtime: b3 27 48 01
hashandprint: processing 0x22350000 bytes at addr 0x10200000
INIT(early): UNTRUSTED comp runtime: : 55 38 c5 27 77 e6 78 de 89 82 25 db da e4 a7 2b b3 27 48 01
INIT(early): UNTRUSTED gold SL low 64K: ee cc 20 7a bc 0f b8 e7 34 37 a2 e5 e7 1f d0 f9
INIT(early): UNTRUSTED gold SL low 64K: 45 a5 9c cb
hashandprint: processing 0x00010000 bytes at addr 0x10000000
INIT(early): UNTRUSTED comp SL low 64K: : ee cc 20 7a bc 0f b8 e7 34 37 a2 e5 e7 1f d0 f9 45 a5 9c cb
INIT(early): UNTRUSTED gold SL above 64K: 9d 17 25 25 17 71 d0 57 f8 05 e3 b6 e9 df 8e 29
INIT(early): UNTRUSTED gold SL above 64K: 6c f2 3d 9d
hashandprint: processing 0x001f0000 bytes at addr 0x10010000
INIT(early): UNTRUSTED comp SL above 64K): : 9d 17 25 25 17 71 d0 57 f8 05 e3 b6 e9 df 8e 29 6c f2 3d 9d
INIT(early): relocated hypervisor binary image to 0x10000000
INIT(early): 2M aligned size = 0x22600000
INIT(early): un-aligned size = 0x22550000
INIT(early): found app module, base=0x00101000, size=0x0000ce40
setupvcpus: cpustacks range 0x01e0f000-0x01e2f000 in 0x00004000 chunks
setupvcpus: vcpubuffers range 0x01e07080-0x01e09ca0 in 0x00000584 chunks
CPU #0: vcpu_vaddr_ptr=0x01e07080, esp=0x01e13000
CPU #1: vcpu_vaddr_ptr=0x01e07604, esp=0x01e17000
CPU #2: vcpu_vaddr_ptr=0x01e07b88, esp=0x01e1b000
CPU #3: vcpu_vaddr_ptr=0x01e0810c, esp=0x01e1f000
Sending INIT IPI to all APs...Done.
Sending SIPI-0...Done.
Sending SIPI-1...AP(0x04): Waiting for DRTM establishment...
AP(0x06): Waiting for DRTM establishment...
AP(0x02): Waiting for DRTM establishment...
Done.
APs should be awake!
BSP(0x00): Rallying APs...
BSP(0x00): APs ready, doing DRTM...
LAPIC base and status=0xfee00900
Sending INIT IPI to all APs...

Done.
INIT(early): sent INIT IPI to APs

****** NO DRTM startup ******
slbase=0x10000000, sl_entry_point_offset=0x00003080
SL entry point to transfer control to: 0x10003080
SL(early-init): at 0x10000000, starting...
SL: slpb at = 0x00010000
errorHandler=0x00000000
isEarlyInit=0x00000001
numE820Entries=32
system memory map buffer at 0x00010010
numCPUEntries=4
cpuinfo buffer at 0x00010514
runtime size= 573898752 bytes
OS bootmodule at 0x00100000, size=512 bytes
OS boot_drive is 0x80
cmdline = "serial=115200,8n1,0x3f8 boot_drive=0x80"
SL: RDTSC before_drtm 0x0, after_drtm 0x14969b9b70
SL: [PERF] RDTSC DRTM elapsed cycles: 0x14969b9b70
SL: runtime at 0x10200000; size=0x22350000 bytes adjusted to 0x22400000 bytes (2M aligned)
SL: RPB, magic=0xf00ddead
xmhf_baseplatform_arch_x86_pci_initialize: PCI type-1 access supported.
xmhf_baseplatform_arch_x86_pci_initialize: PCI bus enumeration follows:
xmhf_baseplatform_arch_x86_pci_initialize: Done with PCI bus enumeration.
SL: Initializing DMA protections...
SL: Bootstrapping VMX DMA protection...
vmx_eap_initialize_early: RSDP at 000f05b0
vmx_eap_initialize_early: ACPI v2
vmx_eap_initialize_early: RSDT at ca4e20b8, len=236 bytes, hdrlen=36 bytes
vmx_eap_initialize_early: RSDT entry list at ca4e20dc, len=50
vmx_eap_initialize_early: DMAR at ca518fb0
vmx_eap_initialize_early: remapping structures at ca518fe0
DRHD at ca518fe0, len=24 bytes
DRHD at ca518ff8, len=40 bytes
vmx_eap_initialize_early: total DRHDs detected= 2 units
vmx_eap_initialize_early: DMAR Devices:
Device 0 on PCI seg 0000; base=0x00000000fed90000
cap=0x01c0000c40660462
ecap=0x0000019e2ff0505e
Device 1 on PCI seg 0000; base=0x00000000fed91000
cap=0x00d2008c40660462
ecap=0x0000000000f050da
_vtd_verify_cap: verifying DRHD unit 0...
_vtd_verify_cap: verifying DRHD unit 1...
Verify all Vt-d units success
vmx_eap_initialize_early: setup VT-d RET (0x10011000) for bootstrap.
vmx_eap_initialize_early: initializing DRHD unit 0...
VT-d hardware Snoop Control (SC) unavailable
VT-d hardware access to remapping structures NON-COHERENT
VT-d numbers of fault recording registers:1
Setting Fault-reporting to NON-INTERRUPT mode...Done.
Setting up RET...Done.
Invalidating CET cache...Done.
Invalidating IOTLB...Done.
Enabling device...Done.
vmx_eap_initialize_early: initializing DRHD unit 1...
VT-d hardware Snoop Control (SC) capabilities present
VT-d hardware access to remapping structures NON-COHERENT
VT-d numbers of fault recording registers:1
Setting Fault-reporting to NON-INTERRUPT mode...Done.
Setting up RET...Done.
Invalidating CET cache...Done.
Invalidating IOTLB...Done.
Enabling device...Done.
vmx_eap_initialize_early: success, leaving...
SL: Initialized DMA protections successfully
SL: setup runtime TSS.
SL (xmhf_sl_arch_x86_setup_runtime_paging): runtime_spa=0000000010200000, runtime_sva=0000000010200000, totalsize=0000000022400000
pa xpml4=0x0x1a4f2000, xpdpt=0x0x1a4f3000, xpdt=0x0x1a4f4000
SL: setup runtime paging structures.
Transferring control to runtime
runtime initializing...
memory management initialized
xmhf_baseplatform_arch_x86_pci_initialize: PCI type-1 access supported.
xmhf_baseplatform_arch_x86_pci_initialize: PCI bus enumeration follows:
xmhf_baseplatform_arch_x86_pci_initialize: Done with PCI bus enumeration.
Number of E820 entries = 32
0x0000000000000000, size=0x0000000000090400 (1)
0x0000000000090400, size=0x000000000000fc00 (2)
0x00000000000e0000, size=0x0000000000020000 (2)
0x0000000000100000, size=0x000000000ff00000 (1)
0x0000000010000000, size=0x0000000022600000 (2)
0x0000000032600000, size=0x0000000084400000 (1)
0x00000000b6a00000, size=0x0000000000200000 (2)
0x00000000b6c00000, size=0x0000000001d20000 (1)
0x00000000b8920000, size=0x0000000000001000 (4)
0x00000000b8921000, size=0x0000000000001000 (2)
0x00000000b8922000, size=0x000000000000e000 (1)
0x00000000b8930000, size=0x0000000000010000 (2)
0x00000000b8940000, size=0x0000000000010000 (1)
0x00000000b8950000, size=0x0000000000010000 (2)
0x00000000b8960000, size=0x0000000000010000 (1)
0x00000000b8970000, size=0x0000000000010000 (2)
0x00000000b8980000, size=0x0000000000010000 (1)
0x00000000b8990000, size=0x0000000000010000 (2)
0x00000000b89a0000, size=0x00000000104fc000 (1)
0x00000000c8e9c000, size=0x0000000001638000 (2)
0x00000000ca4d4000, size=0x0000000000046000 (3)
0x00000000ca51a000, size=0x0000000000e34000 (4)
0x00000000cb34e000, size=0x00000000006b1000 (2)
0x00000000cb9ff000, size=0x0000000000001000 (1)
0x00000000cba00000, size=0x0000000004600000 (2)
0x00000000f0000000, size=0x0000000008000000 (2)
0x00000000fe000000, size=0x0000000000011000 (2)
0x00000000fec00000, size=0x0000000000001000 (2)
0x00000000fed20000, size=0x0000000000060000 (2)
0x00000000fee00000, size=0x0000000000001000 (2)
0x00000000ff000000, size=0x0000000001000000 (2)
0x0000000100000000, size=0x000000012e000000 (1)
Number of MP entries = 4
CPU #0: bsp=1, lapic_id=0x00
CPU #1: bsp=0, lapic_id=0x02
CPU #2: bsp=0, lapic_id=0x04
CPU #3: bsp=0, lapic_id=0x06
xmhf_xcphandler_arch_initialize: setting up runtime IDT...
xmhf_xcphandler_arch_initialize: IDT setup done.
Runtime: Re-initializing DMA protection (physical address space size:0x400000000)...
vmx_eap_initialize: RSDP at f05b0
vmx_eap_initialize: ACPI v2
vmx_eap_initialize: RSDT at ca4e20b8, len=236 bytes, hdrlen=36 bytes
vmx_eap_initialize: RSDT entry list at ca4e20dc, len=50
vmx_eap_initialize: DMAR at ca518fb0
vmx_eap_initialize: remapping structures at ca518fe0
DRHD at ca518fe0, len=24 bytes
DRHD at ca518ff8, len=40 bytes
vmx_eap_initialize: total DRHDs detected= 2 units
vmx_eap_initialize: DMAR Devices:
Device 0 on PCI seg 0000; base=0x00000000fed90000
cap=0x01c0000c40660462
ecap=0x0000019e2ff0505e
Device 1 on PCI seg 0000; base=0x00000000fed91000
cap=0x00d2008c40660462
ecap=0x0000000000f050da
_vtd_verify_cap: verifying DRHD unit 0...
_vtd_verify_cap: verifying DRHD unit 1...
Verify all Vt-d units success
vmx_eap_initialize: setup VT-d page tables (pdpt=283e0000, pdts=283e1000, pts=283f1000).
vmx_eap_initialize: setup VT-d RET (2a3f1000) and CET (2a3f2000).
vmx_eap_initialize: success, leaving...
Runtime: Protected SL+Runtime (10000000-32550000) from DMA.
xmhf_dmaprot_arch_x86_vmx_enable: initializing DRHD unit 0...
VT-d hardware Snoop Control (SC) unavailable
VT-d hardware access to remapping structures NON-COHERENT
VT-d numbers of fault recording registers:1
Setting Fault-reporting to NON-INTERRUPT mode...Done.
Setting up RET...Done.
Invalidating CET cache...Done.
Invalidating IOTLB...Done.
Disabling unsupported options...Done.
Enabling device...Done.
Checking and disabling PMR...Done.
xmhf_dmaprot_arch_x86_vmx_enable: initializing DRHD unit 1...
VT-d hardware Snoop Control (SC) capabilities present
VT-d hardware access to remapping structures NON-COHERENT
VT-d numbers of fault recording registers:1
Setting Fault-reporting to NON-INTERRUPT mode...Done.
Setting up RET...Done.
Invalidating CET cache...Done.
Invalidating IOTLB...Done.
Disabling unsupported options...Done.
Enabling device...Done.
Checking and disabling PMR...Done.
DRHD[0]:
DRHD Fault Recording Register[0]: frr_vaddr:0xFED90400, low64:0x0, high64:0x8000000100000010
DRHD[1]:
DRHD Fault Recording Register[0]: frr_vaddr:0xFED91400, low64:0x0, high64:0x0
xmhf_dmaprot_arch_x86_vmx_enable: success, leaving...
BSP: Using APIC to awaken APs...
BSP: APs should be awake.
Relinquishing BSP thread and moving to common...
BSP rallying APs...
BSP(0x00): My RSP is 0x000000002830e000
APs all awake...Setting them free...
AP(0x06): My RSP is 0x000000002833e000, proceeding...
CPU(0x00): UNRESTRICTED-GUEST supported.
AP(0x04): My RSP is 0x000000002832e000, proceeding...
CPU(0x06): UNRESTRICTED-GUEST supported.
CPU(0x00): enabled VMX
CPU(0x04): UNRESTRICTED-GUEST supported.
AP(0x02): My RSP is 0x000000002831e000, proceeding...
CPU(0x04): enabled VMX
CPU(0x00): Entered VMX root operation
CPU(0x04): Entered VMX root operation
CPU(0x02): UNRESTRICTED-GUEST supported.
IA32_MTRRCAP: VCNT=10, FIX=1, WC=1, SMRR=1
CPU(0x06): enabled VMX
CPU(0x00, BSP): initializing INT 15 hook for UG mode...
CPU(0x06): Entered VMX root operation
CPU(0x00): original INT 15h handler at 0xe700:0x0044
CPU(0x02): enabled VMX
BSP(0x00): copying boot-module to boot guest
IA32_MTRRCAP: VCNT=10, FIX=1, WC=1, SMRR=1
IA32_MTRRCAP: VCNT=10, FIX=1, WC=1, SMRR=1
CPU(0x02): Entered VMX root operation
IA32_MTRRCAP: VCNT=10, FIX=1, WC=1, SMRR=1
CPU(0x04): Activated VMX EPTs.
Protected 2 DRHD tables from guest memory access
TV[2]:appmain.c:hypapp_main:159: **********************************************************************************************

TV[2]:appmain.c:hypapp_main:160: [WARNING-SECBASE] FOR DEBUG PURPOSE ONLY!!!!!!! THIS VERSION CONTAINS UNSAFE HYPERCALLS USED BYUNTRUSTED OS!!!!!!!! NEVER USE IT IN PRODUCTION!!!!!!

CPU(0x02): Activated VMX EPTs.
CPU(0x00): Activated VMX EPTs.
TV[2]:appmain.c:hypapp_main:162: **********************************************************************************************

CPU(0x06): Activated VMX EPTs.
CPU(0x04): AP, waiting for SIPI signal...
Protected 2 DRHD tables from guest memory access
Protected 2 DRHD tables from guest memory access
TV[2]:appmain.c:hypapp_main:159: **********************************************************************************************

TV[2]:appmain.c:hypapp_main:159: **********************************************************************************************

TV[2]:appmain.c:hypapp_main:160: [WARNING-SECBASE] FOR DEBUG PURPOSE ONLY!!!!!!! THIS VERSION CONTAINS UNSAFE HYPERCALLS USED BYUNTRUSTED OS!!!!!!!! NEVER USE IT IN PRODUCTION!!!!!!

TV[2]:appmain.c:hypapp_main:160: [WARNING-SECBASE] FOR DEBUG PURPOSE ONLY!!!!!!! THIS VERSION CONTAINS UNSAFE HYPERCALLS USED BYUNTRUSTED OS!!!!!!!! NEVER USE IT IN PRODUCTION!!!!!!

Protected 2 DRHD tables from guest memory access
TV[2]:appmain.c:hypapp_main:162: **********************************************************************************************

TV[2]:appmain.c:hypapp_main:159: **********************************************************************************************

CPU(0x02): AP, waiting for SIPI signal...
TV[2]:appmain.c:hypapp_main:160: [WARNING-SECBASE] FOR DEBUG PURPOSE ONLY!!!!!!! THIS VERSION CONTAINS UNSAFE HYPERCALLS USED BYUNTRUSTED OS!!!!!!!! NEVER USE IT IN PRODUCTION!!!!!!

TV[2]:appmain.c:hypapp_main:162: **********************************************************************************************

TV[2]:appmain.c:hypapp_main:162: **********************************************************************************************

CPU(0x06): AP, waiting for SIPI signal...
CPU(0x00): Waiting for all cores to cycle through appmain...
CPU(0x00): All cores have successfully been through appmain.
CPU(0x00): setup x86vmx SMP guest capabilities
xmhf_runtime_main[00]: starting partition...
CPU(0x00): VMCLEAR success.
CPU(0x00): VMPTRLD success.
CPU(0x00): VMWRITEs success.
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000000, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000001, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000002, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000003, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000004, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000005, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000006, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000007, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000008, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000009, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000010, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000011, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000012, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000013, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000014, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000015, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000016, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000017, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000018, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000019, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000000, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000001, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000002, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000003, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000004, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000005, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000006, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000007, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000008, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000009, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000010, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000011, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000012, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000013, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000014, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000015, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000016, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000017, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000018, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000019, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000000, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000001, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000002, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000003, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000004, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000005, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000006, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000007, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000008, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000009, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000010, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000011, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000012, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000013, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000014, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000015, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000016, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000017, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000018, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000019, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000000, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000001, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000002, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000003, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000004, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000005, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000006, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000007, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000008, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000009, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000010, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000011, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000012, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000013, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000014, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000015, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000016, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000017, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000018, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000019, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000000, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000001, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000002, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000003, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000004, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000005, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000006, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000007, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000008, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000009, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000010, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000011, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000012, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000013, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000014, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000015, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000016, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000017, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000018, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000019, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000000, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000001, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000002, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000003, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000004, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000005, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000006, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000007, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000008, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000009, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000010, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000011, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000012, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000013, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000014, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000015, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000016, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000017, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000018, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000019, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000000, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000001, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000002, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000003, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000004, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000005, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000006, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000007, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000008, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000009, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000010, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000011, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000012, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000013, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000014, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000015, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000016, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000017, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000018, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000019, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000000, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000001, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000002, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000003, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000004, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000005, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000006, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000007, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000008, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000009, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000010, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000011, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000012, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000013, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000014, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000015, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000016, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000017, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000018, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000019, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000000, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000001, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000002, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000003, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000004, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000005, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000006, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000007, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000008, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000009, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000010, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000011, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000012, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000013, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000014, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000015, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000016, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000017, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000018, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000019, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000000, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000001, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000002, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000003, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000004, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000005, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000006, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000007, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000008, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000009, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000010, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000011, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000012, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000013, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000014, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000015, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000016, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000017, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000018, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000019, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000000, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000001, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000002, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000003, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000004, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000005, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000006, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000007, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000008, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000009, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000000f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000010, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000011, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000012, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000013, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000014, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000015, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000016, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000017, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000018, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x00000019, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001a, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001b, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001c, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001d, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001e, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): INT 15(e820): EDX=0x534d4150, EBX=0x0000001f, ECX=0x00000014, ES=0x6800, DI=0x0004
CPU(0x00): WRMSR (MTRR) 0x000002ff 0x0000000000000000 (old = 0x0000000000000c06)
CPU(0x00): Update EPT memory types due to MTRR
CPU(0x00): WRMSR (MTRR) 0x000002ff 0x0000000000000c06 (old = 0x0000000000000000)
CPU(0x00): Update EPT memory types due to MTRR

In an older commit (c19c0a0), I can see the following output of a good boot:
CPU(0x00): WRMSR (MTRR) 0x000002ff 0x0000000000000000 (old = 0x0000000000000c06)
CPU(0x00): Update EPT memory types due to MTRR
CPU(0x00): WRMSR (MTRR) 0x000002ff 0x0000000000000c06 (old = 0x0000000000000000)
CPU(0x00): Update EPT memory types due to MTRR
0x0010:0x84075988 -> (ICR=0x00000300 write) INIT IPI detected and skipped, value=0x0000c500
0x0010:0x84075988 -> (ICR=0x00000300 write) INIT IPI detected and skipped, value=0x00008500
0x0010:0x84075988 -> (ICR=0x00000300 write) STARTUP IPI detected, value=0x0000068b
CPU(0x00): processSIPI, dest_lapic_id is 0x02
CPU(0x00): found AP to pass SIPI; id=0x02, vcpu=0x10234fa0
CPU(0x00): Sent SIPI command to AP, should awaken it!
CPU(0x02): SIPI signal received, vector=0x8b
0x0010:0x84075988 -> (ICR=0x00000300 write) STARTUP IPI detected, value=0x0000068b
CPU(0x00): processSIPI, dest_lapic_id is 0x02
CPU(0x00): found AP to pass SIPI; id=0x02, vcpu=0x10234fa0
CPU(0x00): destination CPU #0x02 has already received SIPI, ignoring
xmhf_runtime_main[02]: starting partition...
CPU(0x02): VMCLEAR success.
CPU(0x02): VMPTRLD success.
CPU(0x02): VMWRITEs success.
0x0010:0x84075988 -> (ICR=0x00000300 write) INIT IPI detected and skipped, value=0x0000c500
0x0010:0x84075988 -> (ICR=0x00000300 write) INIT IPI detected and skipped, value=0x00008500
0x0010:0x84075988 -> (ICR=0x00000300 write) STARTUP IPI detected, value=0x0000068b
CPU(0x00): processSIPI, dest_lapic_id is 0x04
CPU(0x00): found AP to pass SIPI; id=0x04, vcpu=0x10235540
CPU(0x00): Sent SIPI command to AP, should awaken it!
CPU(0x04): SIPI signal received, vector=0x8b
0x0010:0x84075988 -> (ICR=0x00000300 write) STARTUP IPI detected, value=0x0000068b
CPU(0x00): processSIPI, dest_lapic_id is 0x04
CPU(0x00): found AP to pass SIPI; id=0x04, vcpu=0x10235540
CPU(0x00): destination CPU #0x04 has already received SIPI, ignoring
xmhf_runtime_main[04]: starting partition...
CPU(0x04): VMCLEAR success.
CPU(0x04): VMPTRLD success.
CPU(0x04): VMWRITEs success.
0x0010:0x84075988 -> (ICR=0x00000300 write) INIT IPI detected and skipped, value=0x0000c500
0x0010:0x84075988 -> (ICR=0x00000300 write) INIT IPI detected and skipped, value=0x00008500
0x0010:0x84075988 -> (ICR=0x00000300 write) STARTUP IPI detected, value=0x0000068b
CPU(0x00): processSIPI, dest_lapic_id is 0x06
CPU(0x00): found AP to pass SIPI; id=0x06, vcpu=0x10235ae0
CPU(0x00): Sent SIPI command to AP, should awaken it!
xmhf_smpguest_arch_x86vmx_eventhandler_dbexception: delinking LAPIC interception since all cores have SIPI
CPU(0x06): SIPI signal received, vector=0x8b
xmhf_runtime_main[06]: starting partition...
CPU(0x06): VMCLEAR success.
CPU(0x06): VMPTRLD success.
CPU(0x06): VMWRITEs success.
CPU(0x00): WRMSR (MTRR) 0x000002ff 0x0000000000000000 (old = 0x0000000000000c06)
CPU(0x00): Update EPT memory types due to MTRR
CPU(0x00): WRMSR (MTRR) 0x000002ff 0x0000000000000c06 (old = 0x0000000000000000)
CPU(0x00): Update EPT memory types due to MTRR
CPU(0x02): WRMSR (MTRR) 0x000002ff 0x0000000000000000 (old = 0x0000000000000c06)
CPU(0x02): Update EPT memory types due to MTRR
CPU(0x02): WRMSR (MTRR) 0x000002ff 0x0000000000000c06 (old = 0x0000000000000000)
CPU(0x02): Update EPT memory types due to MTRR
CPU(0x04): WRMSR (MTRR) 0x000002ff 0x0000000000000000 (old = 0x0000000000000c06)
CPU(0x04): Update EPT memory types due to MTRR
CPU(0x04): WRMSR (MTRR) 0x000002ff 0x0000000000000c06 (old = 0x0000000000000000)
CPU(0x04): Update EPT memory types due to MTRR
CPU(0x06): WRMSR (MTRR) 0x000002ff 0x0000000000000000 (old = 0x0000000000000c06)
CPU(0x06): Update EPT memory types due to MTRR
CPU(0x06): WRMSR (MTRR) 0x000002ff 0x0000000000000c06 (old = 0x0000000000000000)
CPU(0x06): Update EPT memory types due to MTRR
▒

(1) Added comments (in both xmhf64 branch and this branch). However ideally should refer to comments in xmhf-app.h
(2) Unfortunately the macro in _processor.h does not handle ECX as argument. For example, CPUID(EAX=7, ECX=0) and CPUID(EAX=7, ECX=1) are different.

(3) For this PR I don't think there are huge changes made in the hypapp.

I am assuming that you are running the configuration hardware -> XMHF (hypapp=GreenBox) -> Ubuntu

Does TrustVisor boot correctly? Or is this a problem only in GreenBox?

Does the problem still appear if compiled with --disable-nested-virtualization?

If it still appears, then we have less to debug

If it no longer appears, then we need to check whether Ubuntu is accessing hypervisor features

You can compile with --enable-debug-event-logger, which can show you whether XMHF is still active

(1) Added comments (in both xmhf64 branch and this branch). However ideally should refer to comments in xmhf-app.h (2) Unfortunately the macro in _processor.h does not handle ECX as argument. For example, CPUID(EAX=7, ECX=0) and CPUID(EAX=7, ECX=1) are different.

Add a new cpuid macro in _processor.h would be better

(3) For this PR I don't think there are huge changes made in the hypapp.

I am assuming that you are running the configuration hardware -> XMHF (hypapp=GreenBox) -> Ubuntu

Does TrustVisor boot correctly? Or is this a problem only in GreenBox?

Does the problem still appear if compiled with --disable-nested-virtualization?

If it still appears, then we have less to debug

If it no longer appears, then we need to check whether Ubuntu is accessing hypervisor features

You can compile with --enable-debug-event-logger, which can show you whether XMHF is still active

(1) Right
(2) GreenBox does not work with "./configure --with-approot=../secbase/hypapps/whitevisor --enable-drt=no --with-target-subarch=amd64 --enable-quiesce-in-guest-mem-pio-traps=no --enable-allow-hypapp-disable-igfx-iommu=yes".
However, TrustVisor works with (a) this configuration and (b) "./configure --with-approot=hypapps/trustvisor --enable-drt=no --with-target-subarch=amd64". Any ideas?

(1) Added new macro cpuid_raw
(3) I do not have a lot of ideas. Since nested-virtualization is disabled, there should be something not directly related to nested virtualization that breaks greenbox. i.e. something outside of #ifdef __NESTED_VIRTUALIZATION__. I think we need more bisecting / debugging.

To make sure, does xmhf64 branch work well?

…istence()

lxylxy123456 added 30 commits July 5, 2022 23:23

Merge branch 'xmhf64' into xmhf64-nest

1a939ec

Enable "Unrestricted guest" bit in seccpu ctls

ef4ed2a

Merge branch 'xmhf64' into xmhf64-nest

83ae2f2

Merge branch 'xmhf64' into xmhf64-nest

2b1b23c

Workaround KVM bug of assuming nested guest CR3 in EPT

fdf1ce5

indent

4c67d43

Document KVM bug

ad5e4a7

Allow "IA-32e mode guest" bit in control_VM_entry_controls to change

ea7e59c

Update CI

eecb1ff

Merge branch 'xmhf64' into xmhf64-nest

88863b9

Merge branch 'xmhf64' into xmhf64-nest

59bf041

Implement ept_merge_hpt_pmt()

daba03c

Start working around KVM's REP INS bug

38ec92d

Fix compile error when not using QEMU

bca582b

Reduce number of EPT violations caused when working around KVM bug

1bf1068

Reduce workaround code

117389b

Merge branch 'xmhf64' into xmhf64-nest

477159f

Indent

62300e8

Support __OPTIMIZE_NESTED_VIRT__ for VMREAD and VMWRITE

bf5a8d0

Support --enable-skip-init-smp to run XMHF in XMHF

f9d68ee

Merge branch 'xmhf64' into xmhf64-nest

a8c210a

Reduce TrustVisor and hpt output

694e2ba

Merge branch 'xmhf64' into xmhf64-nest

4b50506

Merge branch 'xmhf64' into xmhf64-nest

b6e3637

Remove verbose printfs in nested virtualization

1a2b8b2

Add nested vmexit / vmentry printf back for CI

9840519

Merge branch 'xmhf64' into xmhf64-nest

32826f0

Fix regression due to change in XMHF NMI code

de44645

Merge branch 'xmhf64' into xmhf64-nest

1b72c4d

Avoid calling find_active_vmcs12() in find_current_vmcs12()

4825ce8

lxylxy123456 added 5 commits November 4, 2022 13:34

Merge branch 'xmhf64' into xmhf64-nest

85f1ad2

Add comments

56189ca

Remove struct nested_vmcs12

9172ce7

Remove offset calculation in VMCS struct

515c401

Fix bug of vmcs shadowing

dcd1a0c

lxylxy123456 self-assigned this Nov 5, 2022

lxylxy123456 added 9 commits November 6, 2022 17:23

Merge branch 'xmhf64' into xmhf64-nest

de6b62d

Remove magic number in xmhf_nested_arch_x86vmx_handle_ept02_exit()'s …

629d607

…return code

Change arg type to bool in xmhf_nested_arch_x86vmx_handle_vmlaunch_vm…

ad9e436

…resume

Check for NULL pointer before calling pagelist_get_zeroedpage()

5b1a6ce

Fix TrustVisor vulnerability: incorrect gCR3 prot check

06faedb

Move KVM workaround code to _workaround_kvm_216234()

b29ca38

Misc change

fbac1af

Fix bug in bootloader about moving sl+rt

e05abcd

Merge branch 'xmhf64' into xmhf64-nest

ec537e1

superymk reviewed Nov 14, 2022

View reviewed changes

lxylxy123456 added 13 commits November 14, 2022 11:32

Merge branch 'xmhf64' into xmhf64-nest

45d7951

Merge branch 'xmhf64' into xmhf64-nest

97539f7

Merge branch 'xmhf64' into xmhf64-nest

1085527

Correct TrustVisor context when dealing with PDPTE

f1e0f40

Merge branch 'xmhf64' into xmhf64-nest

b396158

Merge branch 'xmhf64' into xmhf64-nest

3b68a06

Add print debugging message during L2 triple fault

dfc2142

Merge branch 'xmhf64' into xmhf64-nest

7221f46

Merge branch 'xmhf64' into xmhf64-nest

df16bcc

Merge branch 'xmhf64' into xmhf64-nest

787f767

Fix uninitialized variable in xmhf_nested_arch_x86vmx_check_fields_ex…

e82b16a

…istence()

Merge branch 'xmhf64' into xmhf64-nest

1d16ff8

Merge branch 'xmhf64' into xmhf64-nest

ef6432e

lxylxy123456 merged commit ab0cb03 into xmhf64 Nov 30, 2022

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Add nested virtualization functionality to XMHF #20

Add nested virtualization functionality to XMHF #20

lxylxy123456 commented Nov 5, 2022

superymk Nov 14, 2022 •

edited

lxylxy123456 Nov 14, 2022

lxylxy123456 Nov 14, 2022

superymk Nov 15, 2022

superymk Nov 15, 2022 •

edited

lxylxy123456 Nov 15, 2022

lxylxy123456 Nov 15, 2022

Add nested virtualization functionality to XMHF #20

Add nested virtualization functionality to XMHF #20

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lxylxy123456 commented Nov 5, 2022

superymk Nov 14, 2022 • edited

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superymk Nov 14, 2022 •

edited

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edited