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kolibrios/programs/system/cpuid/trunk/CPUID.ASM
Marat Zakiyanov (Mario79) 7263e91a41 CPUID 2.28 from Wildwest 
git-svn-id: svn://kolibrios.org@4107 a494cfbc-eb01-0410-851d-a64ba20cac60
2013-10-26 22:33:12 +00:00

2876 lines
46 KiB
NASM
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;******************************************************************************
; project name: CPUID *
; platform: KolibriOS, x86 (IA-32), x86-64 achitectures *
; compiler: flat assembler 1.70.03 *
; version: 2.28 *
; last update: 23rd October 2013 *
; maintained by: Sergey Kuzmin aka Wildwest *
; e-mail: kuzmin_serg@list.ru *
; site: http://coolthemes.narod.ru/files.html *
; license: Copyright 2004-2013 Sergey Kuzmin and co-authors *
; Rules: *
; 1)you can use pieces of code in your project, but should *
; mention the original author (include copyright notice); *
; 2)if you modify CPUID (improve, port, translate, etc) send *
; your changes to the maintainer or make about post changes *
; at forum http://board.kolibrios.org/viewtopic.php?f=42&t=594*
;-----------------------------------------------------------------------------*
; English comments *
;------------------------------------------------------------------------------
use32
org 0x0
db 'MENUET01'
dd 0x01
dd START
dd I_END
dd U_END+4096
dd U_END+4096
dd 0x0
dd 0x0
include 'lang.inc' ; language support
include '..\..\..\macros.inc' ; useful macroses
include 'draw.inc'
include 'brand.inc' ;Brand ID decoding
include 'caches.inc' ;(L1 and L2 cashes decoding for Intel)
include 'multipli.inc' ;(multiplier decoding)
include 'features.inc' ;(features decoding)
include 'rsatest.inc'
include 'variable.inc'
START: ; LET'S GO!!!
;------------
CYCLES:
; CPU speed
mov eax, 18
mov ebx,5
mcall
mov [total1],eax ;in Hz, example 1600490000
xor edx,edx
mov ebx,1000000
div ebx
mov [total], eax ; in Mhz, example 1600
xor edx, edx
mov eax, [total1]
mov ebx, 10000
div ebx
mov [ost], eax ; example 160049
mov ecx, [total]
imul ecx, 100
neg ecx
add ecx, eax
mov [sot], ecx ; example 49
;------------
cpu: ;is CPUID supported?
pushfd ;push original EFLAGS
pop eax ;get original EFLAGS
mov ebx, eax ;save original EFLAGS
xor eax, 00200000h ;flip 21th bit in EFLAGS
push eax ;save new EFLAGS value on stack
popfd ;replace current EFLAGS value
pushfd ;get new EFLAGS
pop eax ;store new EFLAGS in EAX
cmp eax, ebx ;compare values of 21th bit
jz NO_CPUID ;CPUID isn't supported
;------------
CPUNAME: ; VENDOR
mov eax,0 ; eax=0
cpuid
mov [stdc], eax ; number of calls
mov [cpuname+ 12],ebx
mov [cpuname+ 16],edx
mov [cpuname+ 20],ecx
mov [smallvendor],ecx
; for various vendors we should later use different methods
;Decoding cache L1 and L2 for Intel
cmp ecx, 'ntel'
jne cpu1 ;is not Intel
;Starting L1, L2, L3 caches detection (Intel made it VERY HARD)
mov eax, 2
cpuid
mov [che], al ; number of calls
multik:
.eaxl:
test eax, eax ; Test bit 31
js .ebxl ; <> 0 =>invalid values
call decodecache24
.ebxl:
test ebx, ebx
js .ecxl
mov eax, ebx
call decodecache32
.ecxl:
test ecx, ecx
js .edxl
mov eax, ecx
call decodecache32
.edxl:
test edx, edx
js cpu1
mov eax, edx
call decodecache32
dec [che] ; we made all calls
je cpu1
multi: ; not yet
mov eax, 2 ; so we made call again
cpuid
jmp multik
; FAMILY MODEL STEPPING
cpu1:
xor eax, eax
inc eax ; eax=1
cpuid
mov ecx, eax
shr ecx,8 ; shift it to the correct position
and ecx,0000000Fh ; get CPU family
mov dword[f],ecx
mov ecx, eax
shr ecx,4
and ecx,0000000Fh ; get CPU model
mov dword[m],ecx
mov ecx, eax
and ecx,0000000Fh ; get CPU stepping
mov dword[s],ecx
;-
mov ecx, eax ; get Type
shl ecx, 18
shr ecx,30
;and ecx, 0000000Fh ; only two lower bits can be nonzero
mov dword[t], ecx
;=======================================================
cmp dword[smallvendor], 'cAMD'
jz maybe_athlon
cmp dword[smallvendor], 'ntel'
jnz no_full ; if not AMD or Intel
;detect_it:
;cmp [f], 0Fh
;jne no_full fixed calculation of extended model for Intel
full:
mov ecx, eax ; get Extended model
shr ecx,16 ;shift it to the correct position
and ecx, 0000000Fh
shl ecx, 4
add ecx, [m]
mov dword[em],ecx ; effective model
mov ecx, eax ; get Extended family
shr ecx, 20 ;shift it to the correct position
and ecx, 000000FFh
add ecx, [f]
mov dword[ef],ecx ; effective family
jmp fut
no_full:
mov ecx, [m]
mov [em], ecx
mov ecx, [f]
mov [ef], ecx
jmp fut
maybe_athlon:
mov eax, 0x80000001 ; CPUID ext. function 0x80000001
cpuid
mov ecx, eax
shr ecx,8 ; shift it to the correct position
and ecx,0000000Fh ; get CPU family
mov dword[ef],ecx
mov ecx, eax
shr ecx,4
and ecx,0000000Fh ; get CPU model
mov dword[em],ecx
fut:
call decode_sse3
;-
call decode_extended
mov dword [myname], $612F6E
cmp [extc], $80000003
jbe .noname
mov eax,$80000002
cpuid
mov [myname],eax
mov [myname+4],ebx
mov [myname+8],ecx
mov [myname+12],edx
mov eax,$80000003
cpuid
mov [myname+16],eax
mov [myname+20],ebx
mov [myname+24],ecx
mov [myname+28],edx
mov eax,$80000004
cpuid
mov [myname+32],eax
mov [myname+36],ebx
mov [myname+40],ecx
mov [myname+44],edx
.noname:
red:
;mov byte [multiplier], 115; ; for testing
call multipl ; get multiplier
mov byte [multiplier], cl
mov dword [freqbb], 0
mov dword [freqll], 0
mov ebx, dword [multiplier]
test ebx, ebx
jz output
calc:
mov eax,dword [ost] ; example 166474
imul eax, 10 ; example 1664740
xor edx,edx
div ebx ; get system clock (if multiplier detected)
xor edx, edx ; example eax=16647
mov ebx, 100
div ebx
mov dword [freqbb], eax ; example 166
mov dword [freqll], edx ; example 47
xor edx, edx
mov eax,dword[multiplier] ; example 115
mov ebx,10
div ebx
mov dword[multb], eax ; example 11
mov dword[multa], edx ; example 5
output:
call draw_window ; Draw window
typedetect:
mov edx, t1
cmp [t], 00b
jz @f
mov edx, t2
cmp [t], 01b
jz @f
mov edx, t3
cmp [t], 11b
jz @f
mov edx, t4
@@:
mov ebx, 290*65536 + 250
mov ecx, 0x80000000
mcall 4
PROCCORE: ; Who are you?
; Intel - "GenuineIntel" +
; AMD - "AuthenticAMD" +
; Cyrix - "CyrixInstead" +
; UMC - "UMC UMC UMC "
; NexGen - "NexGenDriven"
; Centaur - "CentaurHauls" +
; Rise Technology - "RiseRiseRise"
; SiS - "SiS SiS SiS "
; Transmeta - "GenuineTMx86" +
; National Semiconductor - "Geode by NSC"
; Vortex - "Vortex86 SoC" + initial support
cmp dword[smallvendor], 'ntel'
jz Intel
cmp dword[smallvendor], 'cAMD'
jz AMD
cmp dword[smallvendor], 'tead'
jz Cyrix
cmp dword[smallvendor], 'auls'
jz Centaur
cmp dword[smallvendor], 'Mx86'
jz Transmeta
cmp dword[smallvendor], ' SoC'
jz Vortex
; cmp ecx, 'UMC '
; jz .UMC
; cmp ecx, 'iven'
; jz .NexGen
; cmp ecx, 'Rise'
; jz .Rise
; cmp ecx, 'SiS '
; jz .SiS
; cmp ecx, ' NSC'
; jz .NSC
; jmp Other ; I don't know what to do with you...
Other:
Text 75,70,0x00000000,other, otherlen-other
jmp MMXtest
;-------------------------
AMD:
Text 15, 190,0x00000000,cache, cachelen-cache
Text 75,70,,AMDn, AMDnlen-AMDn
mov esi, amd
call load_gif
PutImage 135,107,201,49,img_area+8
; place size
; Relax, man. AMD made PRETTY SIMPLE cache detection routine
;CACHE1:
mov eax, 80000005h
cpuid
movzx eax, cl
mov [lineld], eax
mov eax, ecx
;shl eax, 8
;shr eax, 24
and eax,00FF0000h
shr eax, 16
mov [wayld], eax
shr ecx, 24
mov [L1d], ecx
movzx eax, dl
mov [lineli], eax
mov eax, edx
;shl eax, 8
;shr eax, 24
and eax,00FF0000h
shr eax, 16
mov [wayli], eax
shr edx, 24
mov [L1i], edx
;CACHE2:
mov eax, 80000006h
cpuid
movzx eax, cl
mov dword[linel2], eax
push ecx
shr ecx, 12+1
and ecx, 0x7
mov eax, 1
shl eax, cl
mov dword [wayl2], eax
pop ecx
shr ecx, 16
mov [L2],ecx
cmp [f], $5
jz .fiv
cmp [f], $6
jz .si
cmp [f], $F
jz fif
.fiv: ; Family=5
mov [micron], 50
mov edx, A50
cmp [m], $0
jz @f
mov [micron], 35
mov edx, A51
cmp [m], $1
jz @f
mov edx, A52
cmp [m], $2
jz @f
mov edx, A53
cmp [m], $3
jz @f
mov [micron], 30
mov edx, A56
cmp [m], $6
jz @f
mov [micron], 25
mov edx, A57
cmp [m], $7
jz @f
mov edx, A58
cmp [m], $8
jz @f
mov edx, A59
cmp [m], $9
jz @f
mov [micron], 18
mov edx, A5D
@@:
jmp @f
.si: ; Family=6
mov [micron], 25
mov edx, At1
cmp [m], $1
jz @f
mov [micron], 18
mov edx, At2
cmp [m], $2
jz @f
mov edx, At3
cmp [m], $3
jz @f
mov edx, At4
cmp [m], $4
jz @f
cmp [m], $6
jz A6
mov [micron], 13
mov edx, At7
cmp [m], $7
jz @f
cmp [m], $8
jz A8
jmp AA
@@:
Text 100,70,0x80000000
jmp MMXtest
A6:
; mov [FRS], 266 ;!!!!!!
; Number 315,90,0,3,dword [FRS],0x000000; MHz
call newrating; !!!!
Text 245,70,0x00000000,pr, prlen-pr
Number 310,70,0,4,dword [rating],0x000000
mov edx, At6
jmp @b
A8:
; mov [FRS], 266 ;!!!!!!
; Number 315,90,0,3,dword [FRS],0x000000; MHz
cmp [L2], 256
jl .App ; Applebred
call newrating;!!!!
Text 245,70,0x00000000,pr, prlen-pr
Number 310,70,0,4,dword [rating],0x000000
mov edx, At8
jmp @b
.App:
mov edx, At8a
jmp @b
AA:
; mov [FRS], 333; !!!!
Text 245,70,0x00000000,pr, prlen-pr
; Number 315,90,0,3,dword [FRS],0x000000; MHz
mov edx, Atat
cmp [L2], 256
jl .Tho ; Thorton
mov edx, Ata
.Tho:
push edx
call newrating;!!!!!
Number 310,70,0,4,dword [rating],0x000000
pop edx
jmp @b
fif: ; AMD-64 Family=15
;here is a need to rewrite detection of AMD F-th family according to "Revision Guide for
;AMD AthlonTM 64 and AMD OpteronTM Processors" 25759.pdf
; checking sse3 for new AMD's is needed
cmp [m],$1 ; Dual-core Opteron
jz .AF1
cmp [m],$3 ; Toledo 1024 0.09 // Manchester ||Windsor Dual Core not supported
jz .AF3
cmp [m],$4 ;Athlon 64 Mobile Athlon 64 FX ClawHammer (1024) 0.13
jz .AF4
cmp [m],$5 ; Opteron Athlon 64 FX 0.13 (1024)
jz .AF5
cmp [m],$7 ;Athlon 64 Athlon 64 FX Clawhammer(1024) 0.13 Sledgehammer(1024) 0.13 // SSE3+ SanDiego(1024)
jz .AF7
cmp [m],$8 ; Athlon 64 Mobile Athlon 64 FX ClawHammer (1024) 0.13
jz .AF8
cmp [m],$B ; Athlon 64
jz .AFB
cmp [m],$C ;Athlon 64 Newcastle(512) 0.13 Sempron> Paris (256) 0.13 |SSE3+ Sempron > Palermo FC0 0.09 // (Venice)
jz .AFC
cmp [m],$E ; Athlon 64 //
jz .AFE
cmp [m],$F ; Athlon 64 Winchester(512) |SSE3+ SanDiego(1024) Venice (512) Palermo (256) 0.09
jz .AFF
jmp next_generation
.AF1:
mov [micron], 09 ;?
Text 100,70,0x00000000,AF1, AF1len-AF1
jmp MMXtest
.AF3:
mov [micron], 09
Text 100,70,0x00000000,AF3, AF3len-AF3
jmp MMXtest
.AF4:
mov [micron], 13
Text 100,70,0x00000000,AF4, AF4len-AF4
jmp MMXtest
.AF5:
mov [micron], 13
Text 100,70,0x00000000,AF5, AF5len-AF5
jmp MMXtest
.AF7:
mov [micron], 13
Text 100,70,0x00000000,AF5, AF5len-AF5
jmp MMXtest
.AF8:
mov [micron], 13
Text 100,70,0x00000000,AF4, AF4len-AF4 ; AF4, AF5len-AF4
jmp MMXtest
.AFB:
mov [micron], 13
Text 100,70,0x00000000,AF4, AF4len-AF4
jmp MMXtest
.AFC:
cmp [L2], 512
je .AFCn
cmp [sse3sup], 1
je .AFCnpal
.AFCnpar: ; paris
mov [micron], 13
Text 100,70,0x00000000,AFCs, AFCslen-AFCs
jmp MMXtest
.AFCnpal: ; palermo
mov [micron], 9
Text 100,70,0x00000000,AFCsp, AFCsplen-AFCsp
jmp MMXtest
.AFCn: ;newcastle
mov [micron], 13
Text 100,70,0x00000000,AFC, AFClen-AFC
jmp MMXtest
.AFE: ; error in cpu
jmp .AFC
.AFF:
cmp [sse3sup], 1
je .AFFsse
.win:
mov [micron], 9 ; winchester
jmp MMXtest
.AFFsse:
mov [micron], 9
cmp [L2], 1024
jz .AFs
cmp [L2], 512
jz .AFd
cmp [L2], 256
jz .AFp
.AFs:
Text 100,70,0x00000000,AFS, AFSlen-AFS
jmp MMXtest
.AFd:
Text 100,70,0x00000000,AFV, AFVlen-AFV
jmp MMXtest
.AFp:
Text 100,70,0x00000000,AFCsp, AFCsplen-AFCsp
jmp MMXtest
;-----------------------------------------------
Intel:
Text 75,70,0x00000000,Inteln, Intelnlen-Inteln
mov esi, intel
call load_gif
PutImage 135,107,201,49,img_area+8
;PutImage 125,107,201,49,img_area+8
; place size
det:
cmp [f], $5
jz .five
cmp [f], $6
jz .six
cmp [f], $7
jz .sev
cmp [f], $F
jz .fift
.five: ;Family=5
Text 15, 190,0x00000000,cache, cachelen-cache
cmp [m],$0
jz .I0
cmp [m],$1
jz .I1
cmp [m],$2
jz .I2
cmp [m],$3
jz .I3
cmp [m],$4
jz .I4
cmp [m],$7
jz .I7
cmp [m],$8
jz .I8
.I0:
Text 110,70,0x00000000,P50, P50len-P50
mov [L1d], 8
mov [L1i], 8
mov [L2], 256
mov [micron], 80
jmp MMXtest
.I1:
Text 110,70,0x00000000,P5, P5len-P5
mov [L1d], 8
mov [L1i], 8
mov [L2], 256
mov [micron], 50
jmp MMXtest
.I2:
Text 110,70,0x00000000,P54C, P54Clen-P54C
mov [L1d], 8
mov [L1i], 8
mov [L2], 256
mov [micron], 50
jmp MMXtest
.I3:
Text 110,70,0x00000000,P54T, P54Tlen-P54T
mov [L1d], 8
mov [L1i], 8
mov [L2], 256
mov [micron], 50
jmp MMXtest
.I4:
Text 110,70,0x00000000,P55C, P55Clen-P55C
mov [L1d], 8
mov [L1i], 8
mov [L2], 256
mov [micron], 35
jmp MMXtest
.I7:
Text 110,70,0x00000000,P54C, P54Clen-P54C
mov [L1d], 8
mov [L1i], 8
mov [L2], 256
mov [micron], 35
jmp MMXtest
.I8:
Text 110,70,0x00000000,P55C, P55Clen-P55C
mov [L1d], 16
mov [L1i], 16
mov [L2], 256
mov [micron], 35
jmp MMXtest
.six: ;Family=6
Text 15, 190,0x00000000,cache, cachelen-cache
cmp [m],$0
jz .I60
cmp [m],$1
jz .I61
cmp [m],$3
jz .I63
cmp [m],$5
jz .I65
cmp [m],$6
jz .I66
cmp [m],$7
jz .I67
cmp [m],$8
jz .I68
cmp [m],$9
jz .I69
cmp [m],$A
jz .I6A
cmp [m],$B
jz .I6B
cmp [m],$D
jz .I6D
cmp [m],$E
jz .I6E
cmp [m],$F
jz .I6F
.I60:
mov [micron], 50
Text 110,70,0x00000000,P60, P60len-P60
jmp MMXtest
.I61:
mov [micron], 35
Text 110,70,0x00000000,P61, P61len-P61
jmp MMXtest
.I63:
mov [micron], 28
Text 110,70,0x00000000,P63, P63len-P63
jmp MMXtest
.I65:
mov [micron], 25
cmp [L2], 0
jne .pp65 ; Pentium
Text 110,70,0x00000000,P65c, P65clen-P65c
jmp MMXtest
.pp65:
Text 110,70,0x00000000,P65, P65len-P65
jmp MMXtest
.I66:
mov [micron], 25
Text 110,70,0x00000000,P66, P66len-P66
jmp MMXtest
.I67:
mov [micron], 25
Text 110,70,0x00000000,P67, P67len-P67 ;but if SSE4.1 supported then it is Intel Core (Penryn)
jmp MMXtest
.I68:
mov [micron], 18
cmp [L2], 128
jne .pp68 ; Pentium
Text 110,70,0x00000000,P68c, P68clen-P68c
jmp MMXtest
.pp68:
Text 110,70,0x00000000,P68, P68len-P68
jmp MMXtest
.I69:
mov [micron], 13
Text 110,70,0x00000000,P69 , P69len-P69
jmp MMXtest
.I6A:
mov [micron], 18
Text 110,70,0x00000000,P6A, P6Alen-P6A ;but if SSE4.2 supported then it is Intel Core (Nehalem)
jmp MMXtest
.I6B:
mov [micron], 13
cmp [L2], 256
jne .pp6B ; Pentium
Text 110,70,0x00000000,P6Bc, P6Bclen-P6Bc
jmp MMXtest
.pp6B:
Text 110,70,0x00000000,P6B, P6Blen-P6B
jmp MMXtest
.I6D:
mov [micron], 9
Text 110,70,0x00000000,P6D, P6Dlen-P6D
jmp MMXtest
.I6E:
mov [micron], 6
Text 110,70,0x00000000,P6E, P6Elen-P6E
jmp MMXtest
.I6F:
mov [micron], 6
Text 110,70,0x00000000,P6F, P6Flen-P6F
jmp MMXtest
;06Ex - Pentium M Yonah 0.065
;06Fx - Pentium D Conroe 0.065, Xeon Woodcrest, Celeron D AllenDale, Core 2 Kentsfield
.sev: ;Family=7
.IS0:
Text 15, 190,0x00000000,cache, cachelen-cache ;?
mov [micron], 18
Text 110,70,0x00000000,PS0, PS0len-PS0
jmp MMXtest
.fift: ;Family=15
Text 15, 190,0x00000000,cacheP4, cacheP4len-cacheP4
cmp [m],$0
jz .IF0
cmp [m],$1
jz .IF1
cmp [m],$2
jz .IF2
cmp [m],$3
jz .IF3
cmp [m],$4
jz .IF3 ;identical to F3xh
cmp [m],$5
jz .IF5
cmp [m],$6
jz .IF6
jmp next_generation
.IF0:
mov [micron], 18
cmp [L2], 128
jne .ppF0 ; Pentium
Text 110,70,0x00000000,PF0c, PF0clen-PF0c
jmp MMXtest
.ppF0:
Text 110,70,0x00000000,PF0, PF0len-PF0
jmp MMXtest
.IF1:
mov [micron], 18
cmp [L2], 128
je .IF0;jne.ppF1 ; Pentium
; mov eax,dword 0x00000004
; mov ebx,115*65536+80
; mov ecx,dword 0x00000000
; mov edx,PF0c
; mov esi,PF0clen-PF0c
; mcall
;jmp MMXtest
;.ppF1:
Text 110,70,0x00000000,PF0, PF0len-PF0
jmp MMXtest
.IF2:
mov [micron], 13
cmp [L2], 128
jne .ppF2 ; Pentium
Text 110,70,0x00000000,PF2c, PF2clen-PF2c
jmp MMXtest
.ppF2:
Text 110,70,0x00000000,PF2, PF2len-PF2
jmp MMXtest
.IF3:
mov [micron], 09
cmp [L2], 256
jne .ppF3 ; Pentium
Text 110,70,0x00000000,PF3c, PF3clen-PF3c
jmp MMXtest
.ppF3:
Text 110,70,0x00000000,PF3, PF3len-PF3
jmp MMXtest
.IF5:
mov [micron], 09
cmp [L2], 512
jae .ppF5 ; Pentium
Text 110,70,0x00000000,PF5c, PF5clen-PF5c
jmp MMXtest
.ppF5:
Text 110,70,0x00000000,PF5, PF5len-PF5
jmp MMXtest
.IF6:
mov [micron], 06 ; 065
cmp [L2], 512
ja .ppF6 ; Pentium
Text 110,70,0x00000000,PF6c, PF6clen-PF6c
jmp MMXtest
.ppF6:
Text 110,70,0x00000000,PF6, PF6len-PF6
jmp MMXtest
next_generation:
Text 110,70,0x00000000,NG, NGlen-NG
jmp MMXtest
;----------------------------------
Cyrix:
Text 15, 190,0x00000000,cache, cachelen-cache
mov esi, cyrix
call load_gif
PutImage 135,107,201,49,img_area+8
;PutImage 130,127,201,49,img_area+8
; place size
cmp [f], $5
jz .fivv
cmp [f], $6
jz .sixx
.fivv: ;Family=5
cmp [m],$2
jz .C52
cmp [m],$4
jz .C54
.C52:
mov [micron], 50 ;35?
mov [L1i], 8
mov [L1d], 8
mov [L2], 512
Text 75,70,0x00000000,Cyrixn, Cyrixnlen-Cyrixn
Text 110,70,0x00000000,C52, C52len-C52
jmp MMXtest
.C54:
mov [micron], 50
mov [L1i], 8
mov [L1d], 8
mov [L2], 512
Text 75,70,0x00000000,Cyrixn, Cyrixnlen-Cyrixn
Text 110,70,0x00000000,C54, C54len-C54
jmp MMXtest
.sixx: ;Family=6
cmp [m],$0
jz .C60
cmp [m],$5
jz .C65
.C60:
mov [micron], 25
mov [L1i], 32
mov [L1d], 32
mov [L2], 512
Text 75,70,0x00000000,Cyrixn, Cyrixnlen-Cyrixn
Text 110,70,0x00000000,C60, C60len-C60
jmp MMXtest
.C65:
mov [micron], 25 ;35?
mov [L1i], 32
mov [L1d], 32
mov [L2], 512
Text 75,70,0x00000000,Centaurn, Centaurnlen-Centaurn
mov edx,C65
mov esi,C65len-C65
jmp OutProcName
;---------------------
Centaur:
Text 15, 190,0x00000000,cache, cachelen-cache
;CACHE1:
mov eax, 80000005h
cpuid
shr ecx, 24
mov [L1d], ecx
shr edx, 24
mov [L1i], edx
; cache detection routine
;CACHE1:
mov eax, 80000005h
cpuid
movzx eax, cl
mov [lineld], eax
mov eax, ecx
shr eax, 16
and eax,000000FFh
mov [wayld], eax
shr ecx, 24
mov [L1d], ecx
movzx eax, dl
mov [lineli], eax
mov eax, edx
shr eax, 16
and eax,000000FFh
mov [wayli], eax
shr edx, 24
mov [L1i], edx
;CACHE2:
mov eax, 80000006h
cpuid
cmp [f], $6
jz vn
jmp vl2old ; if not then old identification
vn:
cmp [m],$9
jl vl2old
; else new
movzx eax, cl
mov dword[linel2], eax
mov eax, ecx
shl eax, 16
shr eax, 28
mov dword[wayl2], eax
shr ecx, 16 ; it is 16 bits now
mov [L2],ecx
vl2old:
movzx eax, cl
mov dword[linel2], eax
mov eax, ecx
shl eax, 8
shr eax, 24
mov dword[wayl2], eax
shr ecx, 24 ; it was 8 bits earlier
mov [L2],ecx
cmp [f], $5
jz fivC
cmp [f], $6
jz sixC
fivC: ;Family=5
mov esi, idt
call load_gif
PutImage 135,107,201,49,img_area+8
;PutImage 125,107,201,49,img_area+8
; place size
Text 75,70,0x00000000,IDTn, IDTnlen-IDTn
cmp [m],$4
jz .V54
cmp [m],$8
jz .V58
cmp [m],$9
jz .V59
.V54:
mov [micron], 35
mov edx,V54
mov esi,V54len-V54
jmp OutProcName
.V58:
mov [micron], 25
mov edx,V58
mov esi,V58len-V58
jmp OutProcName
.V59:
mov [micron], 25
mov edx,V59
mov esi,V59len-V59
jmp OutProcName
sixC: ;Family=6
mov esi, via
call load_gif
PutImage 135,107,201,49,img_area+8
;PutImage 125,107,201,49,img_area+8
; place size
Text 75,70,0x00000000,Centaurn, Centaurnlen-Centaurn
cmp [m],$6
jz .V66
cmp [m],$7
jz .V67
cmp [m],$8
jz .V68
cmp [m],$9
jz .V69
cmp [m],$A
jz .V6A
.V66:
mov [micron], 18 ; 25?
mov edx,V66
mov esi,V66len-V66
jmp OutProcName
.V67:
mov [micron], 15
mov edx,V67
mov esi,V67len-V67
jmp OutProcName
.V68:
mov [micron], 13
mov edx,V68
mov esi,V68len-V68
jmp OutProcName
.V69:
mov [micron], 13
mov edx,V69
mov esi,V69len-V69
jmp OutProcName
.V6A:
mov [micron], 9
mov edx,VA
mov esi,VAlen-VA
jmp OutProcName
;-----------
Transmeta:
Text 15, 190,0x00000000,cache, cachelen-cache
Text 75,70,,Tranmsmetan, Tranmsmetanlen-Tranmsmetan
mov esi, transmeta
call load_gif
PutImage 135,107,201,49,img_area+8
;PutImage 125,107,201,49,img_area+8
; place size
; cache detection routine - it is the same as for AMD (almost)
;CACHE1:
mov eax, 80000005h
cpuid
movzx eax, cl
mov [lineld], eax
mov eax, ecx
shr eax,16
and eax,000000FFh
mov [wayld], eax
shr ecx, 24
mov [L1d], ecx
movzx eax, dl
mov [lineli], eax
mov eax, edx
shr eax, 16
and eax,000000FFh
mov [wayli], eax
shr edx, 24
mov [L1i], edx
;CACHE2:
mov eax, 80000006h
cpuid
movzx eax, cl
mov dword[linel2], eax
mov eax, ecx
shl eax, 16
shr eax, 28
mov dword[wayl2], eax
shr ecx, 16
mov [L2],ecx
cmp [f], $5
jz .fivt
cmp [f], $F
jz .fift
.fivt: ; Family=5
mov edx,T5
mov esi,T5len-T5
jmp @f
.fift: ; Family=F
mov edx,TF
mov esi,TFlen-TF
@@:
mov [micron], 13 ;
Text 140,70,0
jmp MMXtest
OutProcName:
Text 100,70,0
;----
;---------------------------------- new
Vortex:
Text 15, 190,0x00000000,cache, cachelen-cache
mov esi, vortex
call load_gif
PutImage 135,107,201,49,img_area+8
;PutImage 130,127,201,49,img_area+8
; place size
cmp [f], $5
jz .V54 ;fivvtx
;.fivvtx: ;Family=5
; cmp [m],$4
; jz .V54
.V54:
mov [micron], 13
mov [L1i], 16
mov [L1d], 16
mov [L2], 256
mov [wayl2], 4
mov [wayli], 4
mov [wayld], 4
Text 75,70,0x00000000,Vortexn, Vortexnlen-Vortexn
;Text 110,70,0x00000000,V54, V54len-V54
jmp MMXtest
;---------------------
MMXtest: ; MMX test and Brand ID decoding
call decodebrand ; get Brand ID
call decode_standard_features
call decode_extended_features
xor eax,eax
inc eax
cpuid
HTTtest:
test edx, $10000000; ;Test bit 28
jz .ELN
.EL: ;HTT technology is supported
and ebx,00FF0000h ; numbers of logical processors
cmp ebx, 1 shl 16
; mov [number_of_log_cpus], ebx
je .ELN ; HHT not enabled (Celeron)
mov dword [HTTn+9], $736579
mov dword [HTT+ 6], $736579
jmp TEXTOUT
.ELN:
mov dword [HTTn+ 9], $6F6E
mov dword [HTT+ 6], $6F6E
TEXTOUT:
Text 15,110,0x00000000,fam, famlen-fam
Text 15,130,,mode, modelen-mode
Text 15,150,,step, steplen-step
;--------L1 L2
Number 75,170,0,3,dword [L1d],0x000000;
Number 75,190,,,dword [L1i]
Number 41,210,0,4,dword[L2]
Number 35,230,0,5,dword[L3]
;-----------Features
Number 258,50,0,2,dword [micron] ; micron
Text 275,290,0x00000000,HTT, HTTlen-HTT
Text 275,310,,sse3, sse3len-sse3
Text 15,70,,name, namelen-name
Text 15,290,,MMXs, MMXslen-MMXs
Text 15,310,,SSE, SSElen-SSE
Text 95,310,,SSE2, SSE2len-SSE2
Number 140,170,0,2,dword [wayld],0x000000
Number 218,170,,,dword [lineld]
Number 140,190,,,dword [wayli]
Number 218,190,,,dword [lineli]
Number 140,210,,,dword [wayl2]
Number 218,210,,,dword [linel2]
Number 140,230,,,dword [wayl3]
Number 218,230,,,dword [linel3]
;-------------------
TEST3DNOW:
xor edx, edx
cmp [smallvendor], 'ntel'
je @f
mov eax, $80000001 ;// Setup extended function 8000_0001h
cpuid
@@:
mov eax, now+9
add edx, edx
call write_yes_no_cf
mov eax, nowp+9
add edx, edx
call write_yes_no_cf
TESTMMXP:
mov eax,$80000000
cpuid
test eax, eax
jns NOEXTENDEDM
;cmp eax, $80000000 ;// Is 800_0001h supported?
;jz .NOEXTENDEDM ;// If not, 3DNow! technology is not supported
mov eax, $80000001 ;// Setup extended function 8000_0001h
cpuid
cmp [smallvendor], 'tead'
jne noCyr
Cyrmx:
test edx, $01000000 ;// Test bit 24
jnz XITM ;// 3DNow! technology is supported
jz NOEXTENDEDM
noCyr:
test edx, $00400000 ;// Test bit 22
jnz XITM ;// 3DNow! technology is supported
;jz .NOEXTENDEDM
NOEXTENDEDM:
mov dword [mmxp+ 7], $6F6E
mov dword [MMXPi+ 8], $6F6E
jmp text3d
XITM:
mov dword [mmxp+ 7], $736579
mov dword [MMXPi+ 8], $736579
text3d:
Text 175,290,0x00000000,now, nowlen-now
Text 175,310,,nowp, nowplen-nowp
Text 95,290,,mmxp, mmxplen-mmxp
jmp still
;--------------------------
NO_CPUID:
Text 15,50,0x00000000,oblom, oblomlen-oblom
FREEZE:
nop
jmp FREEZE ; maybe we should close application or just made some Warning and jump to still:
;----------------
still:
; waiting for events
event_wait:
;================_RAM_==============
Number 200,340,0,4,dword [ram_size_a],0xFFFFFF
mov eax, 18
mov ebx, 16
mcall
shr eax, 10
mov [ram_size_a], eax
mov eax, 18
mov ebx, 17
mcall
shr eax, 10
mov [ram_size_t], eax
Text 115,340,0x00000000,ram, ramlen-ram
Text 300,340,,mb, mblen-mb
Number 200,340,0,4,dword [ram_size_a],0x000000
Number 270,340,,,dword [ram_size_t]
;==============================
mov eax,23 ; function 23 - event wait
mov ebx,50 ; wait for 0.5 second
mcall
cmp eax,1 ;
je red ; redraw
cmp eax,2 ;
je key ; key
cmp eax,3 ;
je button ; button
jmp still ;
key: ;
mcall ;
jmp still ;
button: ;
mov eax,17 ;
mcall ;
cmp ah,1 ; = 1 ?
je close ; close
cmp ah,2 ; = 2 ?
je thread_start ;
;
; cmp ah,3 ; = 3 ?
jne still
;vybor:
; Number 310,70,0,4,dword [rating],0xFFFFFF ;
; Number 315,90,0,3,dword [FRS]; MHz
;cmp [FRS], 266
;jz .s1
;cmp [FRS], 333
;jz .s2
;cmp [FRS], 400
;jz .s3
;.s1:
;mov [FRS], 333
;.rating:;
;call newrating
; Number 310,70,0,4,dword [rating],0x000000
; Number 315,90,0,3,dword [FRS]; MHz
;jmp still
;
;.s2:
;mov [FRS], 400
;jmp .rating
;
;.s3:
;mov [FRS], 266
;jmp .rating
close:
mov eax,-1
mcall
;**************************** THREAD-SECOND WINDOW
thread_start:
cmp [num_win2],0
jne still
;================================================RSA test
;test rsa coding speed
call init_test
;length of module - 256 bit
mov eax,26
mov ebx,9
mcall
add eax,100 ;test lasts 1 second.
push eax
.loop:
push 4 ;do 4 iterations - this reduces number of calls mcall.
.loop1:
call rsa_test ;this procedure change all registers
dec dword [esp]
jnz .loop1
pop ecx
mov eax,26
mov ebx,9
mcall
cmp eax,dword [esp] ;Is time changed?
jl .loop
pop eax
shr dword [iter],4 ;[iter] - speed in Kb/sec. (every iteration codes 64 bytes)
CreateTread window_2,thread2_esp
jmp still
window_2:
mov [num_win2],1
call draw_window_2
still_2:
mov eax,10
mcall
cmp eax,1
je window_2 ; window_2
cmp eax,2 ;
je key_2 ; key_2
cmp eax,3 ;
je button_2 ; button_2
jmp still_2 ;
key_2: ;
mcall ;
jmp still_2 ;
button_2: ;
mov eax,17 ; 17
mcall ;
cmp ah,1 ; = 1 ?
jne still_2 ; noclose
mov [num_win2],0 ;
or eax,-1 ;
mcall
draw_window_2:
mov eax,12 ; function 12:tell os about windowdraw
mov ebx,1h ; 1, start of draw
mcall
Window 250,250,420,390, 0x33FFFFFF, 0x805080d0, standard
; place size
Text 15, 10,0x00000000, STDCA, STDCAlen-STDCA
Text 215, 10,, EXTCA, EXTCAlen-EXTCA
Number 135,10,1*256,8,dword [stdc],0x000000
Number 335,10,,,dword [extc],
Text 15, 30,0x00000000, FPU, FPUlen-FPU
Text 115, 30,, VME, VMElen-VME
Text 215, 30,, DE, DElen-DE
Text 315, 30,, PSE, PSElen-PSE
Text 15, 50,,TSC, TSClen-TSC
Text 115,50,,MSR, MSRlen-MSR
Text 215,50,,PAE, PAElen-PAE
Text 315,50,,MCE, MCElen-MCE
Text 15,70,,CX8, CX8len-CX8
Text 115,70,,APIC, APIClen-APIC
Text 215,70,,Res, Reslen-Res
Text 315,70,,SEP, SEPlen-SEP
Text 15,90,,MTRR, MTRRlen-MTRR
Text 115,90,,PGE, PGElen-PGE
Text 215,90,,MCA, MCAlen-MCA
Text 315,90,,CMOV, CMOVlen-CMOV
Text 15,110,,PAT, PATlen-PAT
Text 115,110,,PSE36, PSE36len-PSE36
Text 215,110,,PSNUM, PSNUMlen-PSNUM
Text 315,110,,CLFLUSHn, CLFLUSHnlen-CLFLUSHn
Text 15,130,,Res, Reslen-Res
Text 115,130,,DTS, DTSlen-DTS
Text 215,130,,ACPI, ACPIlen-ACPI
Text 315,130,,MMX, MMXlen-MMX
Text 15,150,,FXSR, FXSRlen-FXSR
Text 115,150,,SSE, SSElen-SSE
Text 215,150,,SSE2, SSE2len-SSE2
Text 315,150,,SSn, SSnlen-SSn
Text 15,170,,HTT, HTTnlen-HTTn
Text 115,170,,TM, TMlen-TM
Text 215,170,,IA64, IA64len-IA64
Text 315,170,,PBE, PBElen-PBE
;---------------
DrawLine 0, 410, 185,185,0x8080FF ;10
mov eax,$80000000
cpuid
;mov eax, $03020101 <20>for test of reaction
test eax, eax
js goooddd
baaadd:
Text 95,235,0x00000000,NEF, NEFlen-NEF
jmp too
goooddd:
Text 15,195,0x00000000,SS3, SS3len-SS3
Text 15,215,,MON, MONlen-MON
Text 15,235,,DS_CPL, DS_CPLlen-DS_CPL
Text 15,255,,EST, ESTlen-EST
Text 15,275,,TM2, TM2len-TM2
Text 15,295,,VMX, VMXlen-VMX
Text 15,315,,SVM, SVMlen-SVM
Text 115,195,,CNXT_ID, CNXT_IDlen-CNXT_ID
Text 115,215,,CX16, CX16len-CX16
Text 115,235,,ETPRD, ETPRDlen-ETPRD
Text 115,255,,SYS, SYSlen-SYS
Text 115,275,,LAF, LAFlen-LAF
Text 115,295,,SSSE3, SSSE3len-SSSE3
Text 115,315,,MCR8, MCR8len-MCR8
Text 215,195,,MP, MPlen-MP
Text 215,215,,NX, NXlen-NX
Text 215,235,,MMXPi, MMXPilen-MMXPi
Text 215,255,,MMXn, MMXnlen-MMXn
Text 215,275,,FXSRn, FXSRnlen-FXSRn
Text 215,295,,DCA,DCAlen-DCA
Text 315,195,,FFXSR, FFXSRlen-FFXSR
Text 315,215,,TSCP, TSCPlen-TSCP
Text 315,235,,LM, LMlen-LM
Text 315,255,,DNo, DNolen-DNo
Text 315,275,,DN, DNlen-DN
Text 315,295,,CMPL, CMPLlen-CMPL
too:
DrawLine 0, 410, 335,335,0x8080FF ;10
Text 15,350,0x00000000,speed, speedlen-speed
Text 130,350,,kbpersec, kbperseclen-kbpersec
Number 95,350,0,5,dword [iter],0x000000; RSA test results
mov eax,12
mov ebx,2h
mcall
ret
num_win2 db 0
; ******* main window *******
draw_window:
mov eax,12
mov ebx,1h
mcall
Window 150,150,350,385, 0x34FFFFFF, 0x805080d0, title
; place size
Button 15,330,92,23,2,0x03FFFFFF ; button "press for more"
mov esi, knopka
mov edi, img_area2
call load_gif2
PutImage 15,330,93,24,img_area2+8 ; image "press for more"
; place size
mov eax,12
mov ebx,2h
mcall
Text 130,270,0x00000000,instruct, instructlen-instruct
DrawLine 10, 330, 325,325,0x8080FF
DrawLine 330, 330, 275,325;,0x8080FF
DrawLine 10, 10, 275,325;,0x8080FF
DrawLine 10, 125, 275,275;,0x8080FF
DrawLine 230, 330, 275,275;,0x8080FF
cmp dword[smallvendor], 'cAMD'
jne cont
cmp [f], $6
jne cont
; Button 240,85,69,15,3,0x030000FF ; button for rating
; Text 245,90,0x00FFFFFF,FR, FRlen-FR ; text at button
call newrating; !!!!
cont:
Text 15,50,0x00000000,tsum, tsumlen-tsum ;
Text 15,90,,cpuname, cpunamelen-cpuname;
Text 255,250,,typen, typenlen-typen;
Text 175, 50,,tech, techlen-tech;
Number 82,50,0,4,dword [total],0x000000; MHz
Number 110,50,0,2,dword [sot]; KHz
Text 15,170,0x00000000,cache2, cache2len-cache2
Text 15,210,,cache3, cache3len-cache3
Text 15,230,,cache4, cache4len-cache4
Number 75,110,1*256,1,dword [f],0x000000 ;
Number 75,130,,,dword [m]
Number 75,150,,,dword [s]
Number 110,110,1*256,2,dword [ef]
Number 110,130,,,dword [em]
Text 15,30,0x00000000,multil, multillen-multil
Text 175,30,,freql, freqllen-freql
Number 85,30,0,2,dword [multb],0x000000;
Number 105,30,0,1,dword [multa]
Number 259,30,0,4,dword [freqbb]
Number 289,30,0,2,dword [freqll]
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;Text 115,280,0x00000000,logcpus, logcpuslen-logcpus
;Number 250,280,0,2,dword [number_of_log_cpus],0x000000
Text 15,10,0x00000000,stm, stmlen-stm
; Fix for deleting leading whitespaces
; in Intel P4's internal name
; by Madis Calme
; 23.12.2004 ver. 0.81
cld
mov edi,myname
mov al,20h
or ecx,-1
repe scasb
dec edi
mov esi,mynamelen
sub esi,edi
Text 105, 10, 0x00000000, edi, esi
; Text 105,20,0x00000000,myname, mynamelen-myname
;-
Text 15,250,,brandid, brandidlen-brandid
ret ;
load_gif:
mov edi, img_area
load_gif2:
COLOR_ORDER equ MENUETOS
include 'gif_lite.inc' ; parse GIF files
; DATA AREA
title db 'CPUID 2.28 by S.Kuzmin & the KolibriOS team',0
tsum:
if lang eq it
db 'Frequenza: . MHz'
else
db 'Frequency: . MHz'
end if
tsumlen:
total dd 0x0
total1 dd 0x0
rating dd 0x0
rat dd 0x0 ;
ram:
if lang eq it
db 'RAM libera: su'
else
db 'Available RAM: out of'
end if
ramlen:
NEF:
db 'EXTENDED FEATURES ARE NOT AVAILABLE'
NEFlen:
mb :
db 'MB'
mblen:
;logcpus :
;db 'Number of logical CPU:'
;logcpuslen:
speed :
if lang eq it
db 'Performance'
else
db 'PERFORMANCE:'
end if
speedlen:
kbpersec:
db 'KB/SEC'
kbperseclen:
instruct:
if lang eq it
db 'Set istruzioni'
else
db 'Instruction sets'
end if
instructlen:
standard db 'Standard and Extended features plus Performance test',0
;FR:
; db 'Choose FSB:'
;FRlen:
STDCA:
db 'Highest STD call is '
STDCAlen:
EXTCA:
db 'Highest EXT call is h'
EXTCAlen:
brandid:
db 'Brand:'
brandidlen:
oblom:
if lang eq it
db 'CPUID non e disponibile'
else
db 'SORRY, CPUID IS NOT AVAILABLE'
end if
oblomlen:
other:
if lang eq it
db 'Questo vendor non e supportato'
else
db 'SORRY, THIS VENDOR IS NOT SUPPORTED YET'
end if
otherlen:
cpuname:
if lang eq it
db 'Vendor CPU '
else
db 'CPU VENDOR: '
end if
cpunamelen:
fam:
if lang eq it
db 'Famiglia: std ext'
else
db 'FAMILY: std ext'
end if
famlen:
mode:
if lang eq it
db 'Modello: std ext'
else
db 'MODEL: std ext'
end if
modelen:
step:
if lang eq it
db 'Stepping:'
else
db 'STEPPING:'
end if
steplen:
cache2:
db 'L1(data): KB -way set -byte line size'
cache2len:
cache:
db 'L1(inst): KB -way set -byte line size'
cachelen:
cache3:
db 'L2: KB -way set -byte line size'
cache3len:
cache4:
db 'L3: KB -way set -byte line size'
cache4len:
cacheP4:
db 'L1(inst): Kuops -way set -byte line size'
cacheP4len:
tech:
if lang eq it
db 'Tecnologia: 0. micron '
else
db 'Technology: 0. micron '
end if
techlen:
typen:
if lang eq it
db 'Tipo:'
else
db 'Type:'
end if
typenlen:
pr:
db 'P-rating:'
prlen:
multil:
db 'Multiplier: .'
multillen:
freql:
db 'System clock: . MHz'
freqllen:
name:
if lang eq it
db 'Codename:'
else
db 'CODENAME:'
end if
namelen:
AMDn:
db 'AMD'
AMDnlen:
Inteln:
db 'Intel'
Intelnlen:
Cyrixn:
db 'Cyrix'
Cyrixnlen:
IDTn:
db 'IDT/Centaur'
IDTnlen:
Centaurn:
db 'VIA'
Centaurnlen:
Tranmsmetan:
db 'Transmeta'
Tranmsmetanlen:
Vortexn:
db 'Vortex86'
Vortexnlen:
MMXs:
db 'MMX: '
MMXslen:
mmxp:
db 'MMX+: '
mmxplen:
HTT:
db 'HTT: '
HTTlen:
HTTn:
db 'HTT: '
HTTnlen:
sse3:
db 'SSE3: '
sse3len:
now:
db '3DNOW!: '
nowlen:
nowp:
db '3DNOW!+: '
nowplen:
;-Type
t1 db 'OEM',0
t2 db 'Overdrive',0
t3 db 'Dual',0
t4 db 'Unknown',0
;----------Intel
P50:
db 'P5 A-step'
P50len:
P5:
db 'P5'
P5len:
P54T:
db 'P24T Overdrive'
P54Tlen:
P54C:
db 'P54C'
P54Clen:
P55C:
db 'P55C (with MMX)'
P55Clen:
; ---
P60:
db 'Pentium Pro A-step'
P60len:
P61:
db 'Pentium Pro'
P61len:
P63:
db 'Pentium II (Klamath)'
P63len:
P65:
db 'Pentium II (Deschutes)'
P65len:
P66:
db 'Celeron (Medocino)'
P66len:
P67:
db 'Pentium III (Katmai)'
P67len:
P68:
db 'Pentium III (Coppermine)'
P68len:
P69:
db 'Pentium M (Banias)'
P69len:
P6A:
db 'Pentium III Xeon (Cascades)'
P6Alen:
P6B:
db 'Pentium III (Tualatin)'
P6Blen:
P6D:
db 'Pentium M (Dothan)'
P6Dlen:
P6E:
db 'Pentium M (Yonah)/ Core'
P6Elen:
P6F:
db 'Pentium D (Conroe)/ Core 2 (Kentsfield)'
P6Flen:
;---
PS0:
db 'Itanium (IA-64)'
PS0len:
;------------
PF0:
db 'Pentium 4 (Willamete)'
PF0len:
PF2:
db 'Pentium 4 (Northwood)'
PF2len:
PF3:
db 'Pentium 4 (Prescott)'
PF3len:
PF5:
db 'Pentium 4 (Tejas)'
PF5len:
PF6:
db 'Pentium 4 (Presler)'
PF6len:
;----------------Intel Celerons
P65c:
db 'Celeron (Covington)'
P65clen:
P68c:
db 'Celeron (Coppermine)'
P68clen:
P6Bc:
db 'Celeron (Tualatin)'
P6Bclen:
PF0c:
db 'Celeron (Willamete)'
PF0clen:
PF2c:
db 'Celeron (Northwood)'
PF2clen:
PF3c:
db 'Celeron (Prescott)'
PF3clen:
PF5c:
db 'Celeron D (Texas)'
PF5clen:
PF6c:
db 'Celeron D (Presler)'
PF6clen:
;---------AMD
A50 db 'K5 (PR75, PR90, PR100)',0
A51 db '5k86 (PR120, PR133)',0
A52 db '5k86 (PR166)',0
A53 db '5k86 (PR200)',0
A56 db 'K6',0
A57 db 'K6',0
A58 db 'K6-2',0
A59 db 'K6-III',0
A5D db 'K6-2+ or K6-III+',0
;-------------------
At1 db 'Athlon',0
At2 db 'Athlon',0
At3 db 'Duron (Spitfire)',0
At4 db 'Athlon (Thunderbird)',0
At6 db 'AthlonXP (Palomino)',0
At7 db 'Duron (Morgan)',0
At8 db 'AthlonXP (Thoroughbred)',0
At8a db 'Duron (Applebred)',0
Ata db 'AthlonXP (Barton)',0
Atat db 'AthlonXP (Thorton)',0
;-------------------
AF1:
db 'Dual-core Opteron'
AF1len:
AF3:
db 'Athlon 64 (Toledo)'
AF3len:
AF4:
db 'Athlon 64 (ClawHammer)'
AF4len:
AF5:
db 'Opteron/Athlon 64 FX (SledgeHammer)'
AF5len:
AFC:
db 'Athlon 64 (Newcastle)'
AFClen:
AFF:
db 'Athlon 64 (Winchester)'
AFFlen:
AFS:
db 'Athlon 64 (San Diego)'
AFSlen:
AFV:
db 'Athlon 64 (Venice)'
AFVlen:
AFCs:
db 'Sempron (Paris)'
AFCslen:
AFCsp:
db 'Sempron (Palermo)'
AFCsplen:
;---------Cyrix
C52:
db '6x86 M1'
C52len:
C54:
db 'MediaGX'
C54len:
C60:
db '6x86MX M2'
C60len:
C65:
db 'C3 (Cyrix M2)' ;?
C65len:
;--------IDT
V54:
db 'WinChip C6'
V54len:
V58:
db 'WinChip 2'
V58len:
V59:
db 'WinChip 3'
V59len:
;-------VIA
V66:
db 'C3 (Samuel)' ; Joshua is unreleased 065
V66len:
V67:
db 'C3 (Samuel2/Ezra)' ; ?
V67len:
V68:
db 'C3 (Ezra-T/Eden)' ;?
V68len:
V69:
db 'C3 (Antaur/Nehemiah)' ;?
V69len:
VA:
db 'C7 (Esther)' ;?
VAlen:
;---------Transmeta
T5:
db 'Crusoe' ;
T5len:
TF:
db 'Efficeon' ;
TFlen:
;---------
NG:
db 'Next generation CPU'
NGlen:
stm:
if lang eq it
db 'Nome: '
else
db 'Internal name:'
end if
stmlen:
athloncoef db 110, 115, 120, 125, 50, 55, 60, 65, 70, 75, 80, 85, 90, 95, 100, 105, 120
db 190, 120, 200, 130, 135, 140, 210, 150, 220, 160, 165, 170, 180, 230, 240
athlonmcoef: db 110, 115, 120, 125, 50, 55, 60, 65, 70, 75, 80, 85, 90, 95, 100, 105
db 30, 190, 40, 200, 130, 135, 14, 210, 150, 220, 160, 165, 170, 230, 240
athloncoef3 db 45, 50, 40, 55, 25, 30, 60, 35
p4coef db 160, 170, 180, 190, 200, 210, 220, 230, 80, 90, 100, 110, 120, 130, 140, 150 ; Pentium 4 (Willamete)
coppercoeff db 50, 30, 40, 20, 55, 35, 45, 25, 35, 70, 80, 60, 20, 75, 15, 65, 90, 110, 120, 20, 95, 115, 85, 25, 35, 70, 80, 100, 20, 75, 15, 105
tualatcoeff db 120, 35, 35, 40, 55, 35, 115, 35, 160, 70, 80, 60, 40, 75, 35, 65, 90, 110, 35, 35, 95, 35, 85, 35, 35, 35, 130, 100, 140, 35, 150, 105
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;
; include images and unpacking- and hasharea
;
include 'logos.inc' ; include file where gif's are stored
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
I_END:
img_area: ; image is going to be unpacked to here
rb 201*49*3+8 ; image resolution (bits to reserve)
img_area2: ; image is going to be unpacked to here
rb 93*24*3+8 ; image resolution (bits to reserve)
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
; RSA test data
align 4
num1 rd 40
num2 rd 40
num3 rd 40
iter rd 1
openkey rd 1
IncludeUGlobals
ost dd ?
sot dd ?
f dd ?
m dd ?
s dd ?
t dd ?
ef dd ?
em dd ?
multiplier dd ?
multa dd ?
multb dd ?
smallvendor dd ?
L1d dd ?
L1i dd ?
L2 dd ?
L3 dd ?
micron dd ?
brand dd ?
ram_size_a dd ?
ram_size_t dd ?
stdc dd ?
extc dd ?
FRS dd ?
freqsel db ?
sse3sup db ?
freqbb dd ?
freqll dd ?
wayli dd ?
lineli dd ?
wayld dd ?
lineld dd ?
wayl2 dd ?
linel2 dd ?
wayl3 dd ?
linel3 dd ?
;number_of_log_cpus dd ?
che db ? ; numbers of calls for Intel caches detection
myname:
rb 48
mynamelen:
align 4
thread2_stack_area rb 64
thread2_esp = $
U_END:
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