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[AMD] Yosemite Kernel Testing (for help use the Help Topic)


Duran Keeley
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iCloud .. AMD .. Yosemite ..... :yes:  ...

must login in the intel machine with genuine kernel ... after login .. replace the kernel with amd kernel .. rebuild cache and put back in AMD machine  .. Done

 

attachicon.gifScreen Shot 2015-02-24 at 8.40.58 AM.png

 

I never did such a thing like this, i simply copied my Intel account through time machine backup in my AMD, et voilà....le jeux sont fait.

Locked on 10.10, i wanna wait for a fix for a combo update,i don't want to do a fresh install again, cause then i've to copy iCloud account again, very boring...

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I never did such a thing like this, i simply copied my Intel account through time machine backup in my AMD, et voilà....le jeux sont fait.

Locked on 10.10, i wanna wait for a fix for a combo update,i don't want to do a fresh install again, cause then i've to copy iCloud account again, very boring...

 

I also use that trick but with a Time Machine backup, no need to copy your iCloud account back again, it will just ask your iCloud password when you'll boot back on your restored partition :thumbsup_anim:

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Unfortunately  got opcode error again:

attachicon.gifСнимок экрана 2015-02-25 в 15.08.22.png

attachicon.gifСнимок экрана 2015-02-25 в 15.08.40.png

 

System with R1 and R2 kernels works, but a lot of opcode errors in log.

 

I have not been able to understand

Actually K8 TEST Is based on the REV-8D
I just FIX K10 and K10.5 CPID with TSC
K8 still Is REV8D code
 
But after compiling K8 test is still a problem
 
I uploaded the kernel
Actually I tested no problem on My K10
 
You can try to download xcode
Compile on their own machines
 
After all K8 CPU less certain instructions
that opcode 64: 0F B6 0F
is movzx ecx, byte [ds:rdi]
The instruction is 64bit register address[rdi] get 1 byte Value Conversion 32bit[000000xx] to 32bit registers[ECX]
 
I see K8 opcode 64 MSG
Almost all of this code 64->32 or 32->64
 
Compile on their own machines
Compatibility degree would be better
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I have not been able to understand

Actually K8 TEST Is based on the REV-8D
I just FIX K10 and K10.5 CPID with TSC
K8 still Is REV8D code
 
But after compiling K8 test is still a problem
 
I uploaded the kernel
Actually I tested no problem on My K10
 
You can try to download xcode
Compile on their own machines
 
After all K8 CPU less certain instructions
that opcode 64: 0F B6 0F
is movzx ecx, byte [ds:rdi]
The instruction is 64bit register address[rdi] get 1 byte Value Conversion 32bit[000000xx] to 32bit registers[ECX]
 
I see K8 opcode 64 MSG
Almost all of this code 64->32 or 32->64
 
Compile on their own machines
Compatibility degree would be better

 

 

 I tested your k8 r2 kernel. I installed  AppleNforceAta 1.0.5. My chameleon is r2468. Still have opcode error "invalid kernel opcode (64-bit): 80 b8 59 01 00 00 00 78 0b 80" and i'm not sure if system lags anymore (seems ok to me). There's two kernels that does not cause error bronya's rc7 and your r8L v1. What kernel should i while compiling kernel ( i compiled some time ago vanila kernel on Snow Leo so i think i can handle it since you always have a diff with your kernel)? And somehow i broke my chameleon. i can't load r8L kernel anymore. after loading i have my screen in standby mode same thing with k8 r2. but this time i can add "GraphicsEnabler=Yes npci=0x3000" and monitor works(this does not work on other kernels  :huh: ). I would like to read some documentation on chameleon, because my systems behave differently when there is different chameleon revision for example after rev2377 i can't boot my SnowLeo.

post-670953-0-49336300-1424872673_thumb.png

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I tested your k8 r2 kernel. I installed  AppleNforceAta 1.0.5. My chameleon is r2468. Still have opcode error "invalid kernel opcode (64-bit): 80 b8 59 01 00 00 00 78 0b 80" and i'm not sure if system lags anymore (seems ok to me). There's two kernels that does not cause error bronya's rc7 and your r8L v1

 

10.6x-10.8x can use chameleon 2256

 

10.6-10.9 64bit

http://www.insanelymac.com/forum/topic/303988-amd-kernel-106-109-all-64-bit/

 

You can try to learn to compile Kernel K8 benefit users  :)

post-17405-0-43929700-1424873227_thumb.png

boot-2256.zip

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yosemite (10.10.1, kernel 1010-REV-8C)

 

hi andy, bronya and Tora Chi Yo

 

can help me someone during this error message?

 

many Thanks

 

 

Bug in process suhelperd...  message have maybe everyone of us. It does not effect the functionality of system.

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when starting this error shown, which start time worsened thereby substantially (with my hardware)

On my hack start time increase for about 5 sec due to this messages.

 

Someone wrote here in this topic that disabling autoupdate on App Store ( in System Preferences) solve this problem and messages are not shown anymore after this.

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Try Replace chameleon 2468 & open Terminal : sysctl machdep.cpu

 

and TEST it

My Acer Power M8 MB's AMD CPU:

Smith-Jamess-Mac:~ smithjames$ sysctl machdep.cpu

machdep.cpu.max_basic: 1

machdep.cpu.max_ext: 2147483672

machdep.cpu.vendor: AuthenticAMD

machdep.cpu.brand_string: AMD Athlon 64 X2 Dual Core Processor 3800+

machdep.cpu.family: 15

machdep.cpu.model: 75

machdep.cpu.extmodel: 4

machdep.cpu.extfamily: 0

machdep.cpu.stepping: 2

machdep.cpu.feature_bits: 395049983 8193

machdep.cpu.extfeature_bits: 3956538367 31

machdep.cpu.signature: 266162

machdep.cpu.brand: 0

machdep.cpu.features: FPU VME DE PSE TSC MSR PAE MCE CX8 APIC SEP MTRR PGE MCA CMOV PAT PSE36 CLFSH MMX FXSR SSE SSE2 HTT SSE3 CX16

machdep.cpu.extfeatures: SYSCALL XD EM64T LAHF RDTSCP TSCI

machdep.cpu.logical_per_package: 2

machdep.cpu.cores_per_package: 2

machdep.cpu.microcode_version: 0

machdep.cpu.cache.linesize: 64

machdep.cpu.cache.L2_associativity: 1

machdep.cpu.cache.size: 524288

machdep.cpu.address_bits.physical: 40

machdep.cpu.address_bits.virtual: 48

machdep.cpu.core_count: 2

machdep.cpu.thread_count: 2

 

Chiset is Nvidia MCP61.

Bootloader is Chameleon 2380 V3 or newer one made no difference.

No matter using Nvidia 7600 GT or AMD/ATI Radeon HD 5770 as GPU during booting always freeze after "PCI Configuration Begin"

even added "npci=0x2000 GE=N cpus=1" or "npci=0x3000" , "PCIRootUID=1", "busratio=10 fsb=200" in any combination.

Tested by all 10.10/10.10.1 AMD kernels posted here got the same problem.

AppleNForceATA.kext 1.0.4 or 1.0.5 was applied in vain either.

Up to now only 10.6.8 legacy_kernel is working.

 

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My Acer Power M8 MB's AMD CPU:

Smith-Jamess-Mac:~ smithjames$ sysctl machdep.cpu

machdep.cpu.max_basic: 1

machdep.cpu.max_ext: 2147483672

machdep.cpu.vendor: AuthenticAMD

machdep.cpu.brand_string: AMD Athlon 64 X2 Dual Core Processor 3800+

machdep.cpu.family: 15

machdep.cpu.model: 75

machdep.cpu.extmodel: 4

machdep.cpu.extfamily: 0

machdep.cpu.stepping: 2

machdep.cpu.feature_bits: 395049983 8193

machdep.cpu.extfeature_bits: 3956538367 31

machdep.cpu.signature: 266162

machdep.cpu.brand: 0

machdep.cpu.features: FPU VME DE PSE TSC MSR PAE MCE CX8 APIC SEP MTRR PGE MCA CMOV PAT PSE36 CLFSH MMX FXSR SSE SSE2 HTT SSE3 CX16

machdep.cpu.extfeatures: SYSCALL XD EM64T LAHF RDTSCP TSCI

machdep.cpu.logical_per_package: 2

machdep.cpu.cores_per_package: 2

machdep.cpu.microcode_version: 0

machdep.cpu.cache.linesize: 64

machdep.cpu.cache.L2_associativity: 1

machdep.cpu.cache.size: 524288

machdep.cpu.address_bits.physical: 40

machdep.cpu.address_bits.virtual: 48

machdep.cpu.core_count: 2

machdep.cpu.thread_count: 2

 

Chiset is Nvidia MCP61.

Bootloader is Chameleon 2380 V3 or newer one made no difference.

No matter using Nvidia 7600 GT or AMD/ATI Radeon HD 5770 as GPU during booting always freeze after "PCI Configuration Begin"

even added "npci=0x2000 GE=N cpus=1" or "npci=0x3000" , "PCIRootUID=1", "busratio=10 fsb=200" in any combination.

Tested by all 10.10/10.10.1 AMD kernels posted here got the same problem.

AppleNForceATA.kext 1.0.4 or 1.0.5 was applied in vain either.

Up to now only 10.6.8 legacy_kernel is working.

 

 

What is your RAM memory configuration? 1X2Gb?

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On my system with Nvidia MCP6x running AppleNForceATA.kext

 

 

2x2Gb would boot up OK with npci=0x2000.

 

1x2Gb would get stuck at "PCI Configuration Begin" with all combination of npci, PciRoot, and cpus.

 

I suggest that you try different combinations of RAM configuration and npci settings.  

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Fixed some error code and compile parameter(This may be the reason K8 to opcode 64. I Unable test)

 

 

PS:

If K8 AM2 Processor appear opcode 64 MSG
Please use the diff file Patch XNU Source To compile
Because K8 processors Missing some CPU instructions
 
Compared with K10
Current K8 processor missing the following instructions:
 
FXSR(FXSAVE/FXRSTOR) Mon(MONITOR) POPCNT 1GBPAGE EM64T LZCNT PREFETCHW RDTSCP
 
The new processor to compile May produce a new instruction optimization opcode
 
Old processor don't support the new instructions to opcode 64 MSG
 
so ....
 
Compile on their own machines
Compatibility degree would be better

 

 

1010-REV-8N.zip

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Fixed some error code and compile parameter(This may be the reason K8 to opcode 64. I Unable test)

 

 

PS:

If K8 AM2 Processor appear opcode 64 MSG
Please use the diff file Patch XNU Source To compile
Because K8 processors Missing some CPU instructions
 
Compared with K10
Current K8 processor missing the following instructions:
 
FXSR(FXSAVE/FXRSTOR) Mon(MONITOR) POPCNT 1GBPAGE EM64T LZCNT PREFETCHW RDTSCP
 
The new processor to compile May produce a new instruction optimization opcode
 
Old processor don't support the new instructions to opcode 64 MSG
 
so ....
 
Compile on their own machines
Compatibility degree would be better

 

Kernel (SSEPlus Version) works very well with Phenom II X6, great work :thumbsup_anim:

 

Test with Yosemite 10.10.3:

 

"uname -a"  +  "sysctl machdep"

 

Last login: Sat Feb 28 02:27:31 on ttys000

mein-pc:~ mein$ uname -a

Darwin mein-pc 14.0.0 Darwin Kernel Version 14.0.0: Fri Feb 27 21:34:14 WET 2015; Torachiyo:xnu-2782.1.97-REV-8N/BUILD/obj/RELEASE_X86_64 x86_64

mein-pc:~ mein$ sysctl machdep

machdep.user_idle_level: 0

machdep.cpu.max_basic: 6

machdep.cpu.max_ext: 2147483675

machdep.cpu.vendor: AuthenticAMD

machdep.cpu.brand_string: AMD Phenom™ II X6 1100T Processor

machdep.cpu.family: 16

machdep.cpu.model: 10

machdep.cpu.extmodel: 0

machdep.cpu.extfamily: 1

machdep.cpu.stepping: 0

machdep.cpu.feature_bits: 36064020440808447

machdep.cpu.extfeature_bits: 61572378786815

machdep.cpu.signature: 1052576

machdep.cpu.brand: 0

machdep.cpu.features: FPU VME DE PSE TSC MSR PAE MCE CX8 APIC SEP MTRR PGE MCA CMOV PAT PSE36 CLFSH MMX FXSR SSE SSE2 HTT SSE3 MON CX16 POPCNT

machdep.cpu.extfeatures: SYSCALL 1GBPAGE EM64T LAHF LZCNT PREFETCHW RDTSCP TSCI

machdep.cpu.logical_per_package: 6

machdep.cpu.cores_per_package: 6

machdep.cpu.microcode_version: 21

machdep.cpu.processor_flag: 1

machdep.cpu.mwait.linesize_min: 64

machdep.cpu.mwait.linesize_max: 64

machdep.cpu.mwait.extensions: 3

machdep.cpu.mwait.sub_Cstates: 0

machdep.cpu.thermal.sensor: 0

machdep.cpu.thermal.dynamic_acceleration: 0

machdep.cpu.thermal.invariant_APIC_timer: 0

machdep.cpu.thermal.thresholds: 0

machdep.cpu.thermal.ACNT_MCNT: 1

machdep.cpu.thermal.core_power_limits: 0

machdep.cpu.thermal.fine_grain_clock_mod: 0

machdep.cpu.thermal.package_thermal_intr: 0

machdep.cpu.thermal.hardware_feedback: 0

machdep.cpu.thermal.energy_policy: 0

machdep.cpu.cache.linesize: 64

machdep.cpu.cache.L2_associativity: 16

machdep.cpu.cache.size: 512

machdep.cpu.tlb.inst.small: 32

machdep.cpu.tlb.inst.large: 16

machdep.cpu.tlb.data.small: 48

machdep.cpu.tlb.data.small_level1: 512

machdep.cpu.tlb.data.large: 48

machdep.cpu.tlb.data.large_level1: 128

machdep.cpu.address_bits.physical: 48

machdep.cpu.address_bits.virtual: 48

machdep.cpu.core_count: 6

machdep.cpu.thread_count: 6

machdep.vectors.timer: 221

machdep.vectors.IPI: 222

machdep.pmap.hashwalks: 1072786

machdep.pmap.hashcnts: 1182376

machdep.pmap.hashmax: 11

machdep.pmap.kernel_text_ps: 2097152

machdep.pmap.kern_pv_reserve: 12000

machdep.memmap.Conventional: 12881989632

machdep.memmap.RuntimeServices: 0

machdep.memmap.ACPIReclaim: 192512

machdep.memmap.ACPINVS: 200704

machdep.memmap.PalCode: 0

machdep.memmap.Reserved: 290521088

machdep.memmap.Unusable: 0

machdep.memmap.Other: 0

machdep.tsc.frequency: 3322524740

machdep.tsc.deep_idle_rebase: 1

machdep.tsc.nanotime.tsc_base: 236459903047

machdep.tsc.nanotime.ns_base: 0

machdep.tsc.nanotime.scale: 1292681810

machdep.tsc.nanotime.shift: 0

machdep.tsc.nanotime.generation: 2

machdep.misc.panic_restart_timeout: 1266874889

machdep.misc.interrupt_latency_max: 0x0 0xde 0x1804c8

machdep.misc.machine_check_panic:

machdep.misc.timer_queue_trace:

machdep.misc.nmis: 0

machdep.eager_timer_evaluations: 45

machdep.eager_timer_evaluation_max: 346349

mein-pc:~ mein$

 

 

 

Picture.png

cinebench test.png

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Fixed some error code and compile parameter(This may be the reason K8 to opcode 64. I Unable test)

 

 

PS:

If K8 AM2 Processor appear opcode 64 MSG
Please use the diff file Patch XNU Source To compile
Because K8 processors Missing some CPU instructions
 
Compared with K10
Current K8 processor missing the following instructions:
 
FXSR(FXSAVE/FXRSTOR) Mon(MONITOR) POPCNT 1GBPAGE EM64T LZCNT PREFETCHW RDTSCP
 
The new processor to compile May produce a new instruction optimization opcode
 
Old processor don't support the new instructions to opcode 64 MSG
 
so ....
 
Compile on their own machines
Compatibility degree would be better

 

Thanks! Both versions work great! No opcode errors!

Now have hard decision, which version should I use  :D ?

May be will use SSEPlus :yes:

Thanks again!!! :thumbsup_anim:  :D

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yosemite (10.10.1, kernel 1010-REV-8C)

 

hi andy, bronya and Tora Chi Yo

 

can help me someone during this error message?

 

many Thanks

 

 

hello my friend yakei, In terms of "Bug in process suhelperd ..." I have described how to fix that for a few months ago --> remove the automatic update, then should no longer occur that.

 

Edit:

 

go to "system settings"  ---> "app Store" -> disable by removing the checkmark "automatic update"

Edited by spakk
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On my system with Nvidia MCP6x running AppleNForceATA.kext

 

 

2x2Gb would boot up OK with npci=0x2000.

 

1x2Gb would get stuck at "PCI Configuration Begin" with all combination of npci, PciRoot, and cpus.

 

I suggest that you try different combinations of RAM configuration and npci settings.  

Unfortunately change with 2x 2GB DDR2 800 SDRAM still got the same freeze.

Anyway thanks for your suggestion.

Try to find any other solution.

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Tora chi Yo i have AMD 1100T and i have been using rev8 sseplus..can u plz tell me whether that kernel is running my cpu in sse3 emulation mode or hardware accelerated mode...also if not is rev8N hardware SSE3 enabled???

 

Thanx for all the good work.

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I would like to say CONGRATULATION & THANK YOU for all member of the "Dev Team"
finally all version of OSX (v10.6 - v10.10) can run flawlessly on my AMD P-II x4 965

 

 

 

big_cpu_z_1.jpg

Screen_Shot_2015_02_28_at_1_38_19_PM.png

Screen_Shot_2015_02_28_at_1_42_40_PM.png

Screen_Shot_2015_02_28_at_1_42_57_PM.png

 

 

 

 

But there’s an old issue still occurs with all the latest kernel of Bronya's RC5 & Tora Chi Yo's Rev-8N

When I open the MAXIMA
http://maxima.sourceforge.net/

I can confirm that the app can work with the latest kernel (both Bronya’s & Tora’s)  :thumbsup_anim:

 

 

 

Screen_Shot_2015_02_28_at_12_50_25_PM.pn

 

 

But I also notice that the console still repeatedly reports some kernel related errors
which is “invalid user opcode (32-bit)”
 

 

 

Screen_Shot_2015_02_28_at_12_56_19_PM.pn

 

 

 

And here's the error list reported by the dmesg

 

 

 

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b 09 89 45 c8 8d 5c 24 f8

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b 09 89 41 09 8b f0 8b 75

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b 0a 03 1f 10 50 8b d0 8b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b 0a 03 1f 10 50 8b d0 8b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b ff ff 83 c4 1c 5e 5f 5b

invalid user opcode (32-bit): 0f 0b 0a 03 1f 10 50 8b d0 8b

invalid user opcode (32-bit): 0f 0b 0a 03 1f 10 50 8b d0 8b

invalid user opcode (32-bit): 0f 0b 0a 03 1f 10 50 8b d0 8b

 

 

 

 

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