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Etarkangaroo3_2_3.pb
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Etarkangaroo3_2_3.pb
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EnableExplicit
IncludeFile "lib\Curve64.pb"
CompilerIf #PB_Compiler_Unicode
Debug" switch to Ascii mode"
End
CompilerEndIf
CompilerIf Not #PB_Compiler_Processor = #PB_Processor_x64
Debug" only x64 processor support"
End
CompilerEndIf
;Do not change this constants
#MB=1048576
#GB=1073741824
#array_dim=64
#line_dim=64
#alignMemoryGpu=256
#LOGFILE=1
#appver="Etarkangaroo2_3"
#HEADERSIZE=172
#HEAD="FA6A8002"
#File=777
#File1=778
#File2=779
#FileT=780
#FILEKANG=781
#FILEWIN=782
#FileCheck=783
#TAME =0
#WILD =1
#GPU_GRP_SIZE =128 ; GPU_GRP_SIZE do not change 128
#NumberOfTable=32; NB_JUMP do not change 32
#align_size=128
#HashTablesz=4
#Pointersz=8
#HashTableSizeHash = 8
#HashTableSizeItems = 40
#maximumgpucount = 32
Structure JobSturucture
*arr
*NewPointsArr
beginrangeX$
beginrangeY$
totalpoints.i
pointsperbatch.i
isAlive.i
isError.i
Yoffset.i
beginNumberPoint.i
EndStructure
Structure sortjobStructure
*ptarr
*sortptarray
totallines.i
curpos.i
EndStructure
Structure comparsationStructure
pos.i
direction.i
EndStructure
Structure retTBIStructure
blockIdx.i
threadIdx.i
paramid.i
EndStructure
Structure gpustructure
threadtotal.i
blocktotal.i
hashrate.q
*kangarooArray
isStop.i
Kangaroosaveflag.i
*LastDPArr
*TEMPLastDPArr
List problemsList.i()
resetProblemKangaroo.i
arch.i
EndStructure
Structure mergestructure
filename1$
filename2$
filenameTarget$
EndStructure
Structure CollideStructure
pos1.i
hashhex1.s
distancehex1.s
pos2.i
hashhex2.s
distancehex2.s
EndStructure
Structure SettingsStructure
outputfile$
htfilename$
kangaroofilename$
Defdevice$
Defgrid$
SaveTimeS.i
isSavekangaroo.i
isSaveht.i
isSaveSplit.i
isMerge.i
isMergeFile.i
isLoadkangaroo.i
mergefilename1$
mergefilename2$
mergefilenameT$
rb$
re$
pubcompressed$
pubUncompressed$
DPsize.i
HT_POW.l
totalkangaroo.i
FingerPrint$
EndStructure
Structure HashTableResultStructure
size.l
*contentpointer
EndStructure
Structure CoordPoint
*x
*y
EndStructure
Structure checkerStructure
winset.i
gpuid.i
*ptr
EndStructure
Import "lib\cuda.lib"
cuInit(Flags.i)
cuMemGetInfo_v2(freebytes.i,totalbytes.i)
cuEventCreate(phEvent.i,Flags.i)
cuEventDestroy (hEvent.i)
cuEventQuery (hEvent.i)
cuEventRecord (hEvent.i,Stream.i)
cuEventSynchronize (hEvent.i)
cuDeviceTotalMem(bytes.i,dev.i)
cuDeviceTotalMem_v2(bytes.i,dev.i)
cuDeviceComputeCapability(major.i,minor.i,dev.i)
cuDeviceGetCount(count.i)
cuDeviceGetName(name.s,len.i,dev.i)
cuDeviceGetAttribute(pi.i,attrib.i,dev.i)
cuDeviceGet(device.i, ordinal.i)
cuGetErrorName ( err.i, err_string.s )
cuCtxCreate(pctx.i, flags.i, dev.i)
cuCtxCreate_v2(pctx.i, flags.i, dev.i)
cuMemAlloc(dptr.i, bytesize.i)
cuMemAlloc_v2(dptr.i, bytesize.i)
cuModuleGetGlobal (dptr.i, bytesize.i,hmodule.i,name.i)
cuModuleGetGlobal_v2 (dptr.i, bytesize.i,hmodule.i,name.i)
cuModuleLoadData(hmodule.i, image.i)
cuModuleLoad(hmodule.i, fname.i)
cuModuleGetFunction(hfunc.i, hmod.i, name.s)
cuParamSetSize(hfunc.i, numbytes.i)
cuParamSetv(hfunc.i, offset.i, ptr.i, numbytes.i)
cuParamSeti(hfunc.i, offset.i, value.i)
cuFuncSetBlockShape(hfunc.i, x.i, y.i, z.i)
cuLaunchGridAsync( hfunc.i, x.i, y.i, z.i,hstream.i)
cuLaunchGrid(f.i, grid_width.i, grid_height.i)
cuFuncSetSharedSize(f.i,numbytes.i)
cuFuncSetCacheConfig ( f.i,config.i)
cuLaunch(f.i)
cuFuncGetAttribute (pi.i,attrib.i,f.i)
cuStreamCreate (hStream.i, Flags.i)
cuStreamCreate_v2 (hStream.i, Flags.i)
cuStreamDestroy (hStream.i)
cuStreamSynchronize (hStream)
cuStreamQuery (hStream.i)
cuCtxSynchronize()
cuMemcpyDtoH(dstHost.i, srcDevice.i, ByteCount.i)
cuMemcpyDtoH_v2(dstHost.i, srcDevice.i, ByteCount.i)
cuMemcpyHtoD(dstDevice.i, srcHost.i, ByteCount.i)
cuMemcpyHtoD_v2(dstDevice.i, srcHost.i, ByteCount.i)
cuMemFree(dptr.i)
cuMemFree_v2(dptr.i)
cuCtxDestroy(ctx.i)
cuCtxDestroy_v2(ctx.i)
cuDriverGetVersion (driverVersion.i)
cuFuncSetSharedMemConfig(hfunc.i, config.i)
cuCtxSetSharedMemConfig (config.i)
EndImport
Global Dim cudafuncatrib$(7)
cudafuncatrib$(0)="MAX_THREADS_PER_BLOCK "
cudafuncatrib$(1)="SHARED_SIZE_BYTES "
cudafuncatrib$(2)="CONST_SIZE_BYTES "
cudafuncatrib$(3)="LOCAL_SIZE_BYTES "
cudafuncatrib$(4)="NUM_REGS "
cudafuncatrib$(5)="PTX_VERSION "
cudafuncatrib$(6)="BINARY_VERSION"
Define *CurveP, *CurveGX, *CurveGY, *Curveqn
*CurveP = Curve::m_getCurveValues()
*CurveGX = *CurveP+32
*CurveGY = *CurveP+64
*Curveqn = *CurveP+96
Define NewMap gpu.gpustructure(), NewMap gpulocal.gpustructure()
Define NewMap job.JobSturucture(), thr_quit= #False
Define BitRange, Ntable, Nthreads, NKangaroo, KangarooHerds
Define TableMutex, keyMutex, calcMutex, checkrMutex
Define HT_mask, HT_items=0, HT_total_hashes=0, HT_items_with_collisions=0, HT_max_collisions=0, HT_total_items=0, initHTsize=1, DPmask
Define *Table_unalign, *Table, *PointerTable_unalign, *PointerTable
Define *a, *b, *c, *high, *RangeB, *RangeE, *ShiftedRangeB, *ShiftedRangeE, *JpTable, *DistTable, *KangArrayHelp, *KangArrayDist, *PubshiftedRangeE_X, *PubshiftedRangeE_Y, *PubshiftedRangeE_Y_neg, *ShiftedRangeEhalf
Define *FindPub_X, *FindPub_Y, *ShiftedFindPub_X, *ShiftedFindPub_Y, *PubRangeB_X, *PubRangeB_Y, *PubRangeB_Y_neg, *help_X, *help_Y, *help_Y_neg, *ZeroShiftedFindPub_X, *ZeroShiftedFindPub_Y
Define *randomPRKeytest, *counterBig, *counterBigTemp, *tempor, *hashreminder, *hashbatch, *sBatch
Define *JpTable_unalign, *DistTable_unalign, *KangArrayHelp_unalign, *KangArrayDist_unalign
Define a$, b$, c$, Time1
Define *One, SETTINGS.SettingsStructure
Define *ShiftedRangeB, *ShiftedRangeE, *JpTable_unalign, *JpTable, *DistTable_unalign, *DistTable, Ntable, *PubRangeE_X, PubRangeE_Y, *PubRangeE_Y_neg, BitRange
Define *GTable, isruning=0, isreadyjob=0, warningmessage, *KangarooArrPacked_unalign, *KangarooArrPacked, mergeFlag
Define handle.i, *LastDPdistanceArr_unalign, *LastDPdistanceArr, *TEMPLastDPdistanceArr, *problemArrDist, problemsz, *expophex, *hightest
Define HT_dead
Define HT_date
Define HT_items
Define HT_mask
Define HT_total_items = 0
Define HT_max_collisions = 0
Define HT_items_with_collisions = 0
Define HT_total_hashes = 0
Define initHTsize=1
Define driverVersion.i, NewList checker.checkerStructure()
checkrMutex = CreateMutex()
TableMutex = CreateMutex()
keyMutex = CreateMutex()
calcMutex = CreateMutex()
;-Default settings
#MaxItemsSave = 65536
#NumberOfRun = 64
SETTINGS\DPsize = 16
SETTINGS\HT_POW = 25
SETTINGS\SaveTimeS = 600
SETTINGS\Defdevice$=""
SETTINGS\Defgrid$=""
SETTINGS\htfilename$=""
SETTINGS\kangaroofilename$=""
SETTINGS\outputfile$=""
SETTINGS\Defdevice$=""
SETTINGS\Defgrid$=""
;optimal grid size
;GTX 1660s 88,128 ~880Mkeys/s
;RTX 3070 92,256 ~1535Mkeys/s
;puzzle #64
;SETTINGS\rb$ = "8000000000000000"
;SETTINGS\re$ = "ffffffffffffffff"
;SETTINGS\pubcompressed$ = "03100611c54dfef604163b8358f7b7fac13ce478e02cb224ae16d45526b25d9d4d"
;puzzle #70
;SETTINGS\rb$ = "200000000000000000"
;SETTINGS\re$ = "3fffffffffffffffff"
;SETTINGS\pubcompressed$ = "0290e6900a58d33393bc1097b5aed31f2e4e7cbd3e5466af958665bc0121248483"
;puzzle #75
SETTINGS\rb$ = "4000000000000000000"
SETTINGS\re$ = "7ffffffffffffffffff"
SETTINGS\pubcompressed$ = "03726b574f193e374686d8e12bc6e4142adeb06770e0a2856f5e4ad89f66044755"
;puzzle #80
;SETTINGS\rb$ = "80000000000000000000"
;SETTINGS\re$ = "ffffffffffffffffffff"
;SETTINGS\pubcompressed$ = "037e1238f7b1ce757df94faa9a2eb261bf0aeb9f84dbf81212104e78931c2a19dc"
;puzzle #85
;SETTINGS\rb$ = "1000000000000000000000"
;SETTINGS\re$ = "1fffffffffffffffffffff"
;SETTINGS\pubcompressed$ = "0329c4574a4fd8c810b7e42a4b398882b381bcd85e40c6883712912d167c83e73a"
;puzzle #90
;SETTINGS\rb$ = "20000000000000000000000"
;SETTINGS\re$ = "3ffffffffffffffffffffff"
;SETTINGS\pubcompressed$ = "035c38bd9ae4b10e8a250857006f3cfd98ab15a6196d9f4dfd25bc7ecc77d788d5"
;puzzle #125
;SETTINGS\rb$ = "10000000000000000000000000000000"
;SETTINGS\re$ = "1fffffffffffffffffffffffffffffff"
;SETTINGS\pubcompressed$ = "0233709eb11e0d4439a729f21c2c443dedb727528229713f0065721ba8fa46f00e "
;puzzle #130 ( 1Fo65aKq8s8iquMt6weF1rku1moWVEd5Ua )
;SETTINGS\rb$ = "200000000000000000000000000000000"
;SETTINGS\re$ = "3FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF"
;SETTINGS\pubcompressed$ = "03633CBE3EC02B9401C5EFFA144C5B4D22F87940259634858FC7E59B1C09937852"
Declare exit(str.s)
Declare Log2(Quad.q)
Declare HashTableInsert(*hash, *distance, identify)
Declare calculateBitRange(*rb, *re)
Declare randomInRange(*res,*rb, *re)
Declare getprogparam()
OpenConsole()
handle = GetStdHandle_(#STD_OUTPUT_HANDLE)
SetConsoleMode_(handle, 5)
getprogparam()
Macro move16b_1(offset_target_s,offset_target_d)
!movdqa xmm0,[rdx++offset_target_s]
!movdqa [rcx+offset_target_d],xmm0
EndMacro
Macro move32b_(s,d,offset_target_s,offset_target_d)
!mov rdx, [s]
!mov rcx, [d]
move16b_1(0+offset_target_s,0+offset_target_d)
move16b_1(16+offset_target_s,16+offset_target_d)
EndMacro
Procedure toLittleInd32(*a)
!mov rsi,[p.p_a]
!mov eax,[rsi]
!mov ecx,[rsi+4]
!bswap eax
!mov [rsi],eax
!bswap ecx
!mov [rsi+4],ecx
EndProcedure
Procedure toLittleInd32_64(*a)
!mov rsi,[p.p_a]
!mov eax,[rsi]
!mov ecx,[rsi+4]
!bswap eax
!mov [rsi+4],eax
!bswap ecx
!mov [rsi],ecx
EndProcedure
Procedure.s commpressed2uncomressedPub(ha$)
Protected y_parity, ruc$, x$, a$, *a, *res
Shared *CurveP
*a = AllocateMemory(64)
*res=*a + 32
y_parity = Val(Left(ha$,2))-2
x$ = Right(ha$,Len(ha$)-2)
a$=RSet(x$, 64,"0")
Curve::m_sethex32(*a, @a$)
Curve::m_YfromX64(*res,*a, *CurveP)
If PeekB(*res)&1<>y_parity
Curve::m_subModX64(*res,*CurveP,*res,*CurveP)
EndIf
ruc$ = Curve::m_gethex32(*res)
FreeMemory(*a)
ProcedureReturn x$+ruc$
EndProcedure
Procedure.s uncomressed2commpressedPub(ha$)
Protected Str1.s, Str2.s, x$,y$,ru$,rc$
ha$=LCase(ha$)
If Left(ha$,2)="04" And Len(ha$)=130
ha$=Right(ha$,Len(ha$)-2)
EndIf
Str1=Left(ha$,64)
Str2=Right(ha$,64)
Debug Str1
Debug Str2
x$=PeekS(@Str1,-1,#PB_Ascii)
x$=RSet(x$,64,"0")
y$=PeekS(@Str2,-1,#PB_Ascii)
y$=RSet(y$,64,"0")
ru$="04"+x$+y$
If FindString("13579bdf",Right(y$,1))>0
rc$="03"+x$
Else
rc$="02"+x$
EndIf
ProcedureReturn rc$
EndProcedure
Procedure Log2(Quad.q)
Protected Result
While Quad <> 0
Result + 1
Quad>>1
Wend
ProcedureReturn Result-1
EndProcedure
Procedure ValueL(*a)
!mov rbx,[p.p_a]
!mov eax,[rbx]
ProcedureReturn
EndProcedure
Procedure ValuePokeL(*a,vl)
!mov rbx,[p.p_a]
!mov eax,[p.v_vl]
!mov [rbx],eax
EndProcedure
Procedure INCvalue32(*a)
!mov rsi,[p.p_a]
!mov eax,[rsi]
!inc eax
!mov [rsi],eax
EndProcedure
Procedure swap8(*a)
!mov rsi,[p.p_a]
!mov eax,[rsi]
!mov ecx,[rsi+4]
!mov [rsi+4],eax
!mov [rsi],ecx
EndProcedure
Procedure swap32(*a)
!mov rsi,[p.p_a]
!mov eax,[rsi+24]
!mov ecx,[rsi+4]
!mov [rsi+4],eax
!mov [rsi+24],ecx
!mov eax,[rsi+28]
!mov ecx,[rsi]
!mov [rsi],eax
!mov [rsi+28],ecx
!mov eax,[rsi+20]
!mov ecx,[rsi+8]
!mov [rsi+8],eax
!mov [rsi+20],ecx
!mov eax,[rsi+16]
!mov ecx,[rsi+12]
!mov [rsi+12],eax
!mov [rsi+16],ecx
EndProcedure
Procedure m_check_less_more_equilX8(*s,*t); 0 - s = t, 1- s < t, 2- s > t
!mov rsi,[p.p_s]
!mov rdi,[p.p_t]
!xor cx,cx
!llm_check_less_continueQ:
!mov rax,[rsi]
!mov rbx,[rdi]
!cmp rax,rbx
!jb llm_check_less_exit_lessQ
!ja llm_check_less_exit_moreQ
!xor rax,rax
!jmp llm_check_less_exitQ
!llm_check_less_exit_moreQ:
!mov rax,2
!jmp llm_check_less_exitQ
!llm_check_less_exit_lessQ:
!mov rax,1
!llm_check_less_exitQ:
ProcedureReturn
EndProcedure
Procedure check_equil(*s,*t,len=8)
!mov rsi,[p.p_s]
!mov rdi,[p.p_t]
!xor cx,cx
!ll_check_equil_continue:
!mov eax,[rsi]
!mov ebx,[rdi]
!add rsi,4
!add rdi,4
!bswap eax
!bswap ebx
!cmp eax,ebx
!jne ll_check_equil_exit_noteqil
!inc cx
!cmp cx,[p.v_len]
!jb ll_check_equil_continue
!mov eax,1
!jmp ll_check_equil_exit
!ll_check_equil_exit_noteqil:
!mov eax,0
!ll_check_equil_exit:
ProcedureReturn
EndProcedure
Procedure div8(*s,n,*q,*r);8 byte / n> *q, *r
!mov rsi,[p.p_s]
!xor rdx,rdx
!mov rax,[rsi]
!mov rbx,[p.v_n]
!div rbx
!mov rsi,[p.p_r]
!mov [rsi],rdx
!mov rsi,[p.p_q]
!mov [rsi],rax
ProcedureReturn
EndProcedure
Procedure sub8(*a,*b,*c);8 byte a-b> c
!mov rsi,[p.p_a]
!mov rax,[rsi]
!mov rdi,[p.p_b]
!sub rax,[rdi]
!mov rsi,[p.p_c]
!mov [rsi],rax
ProcedureReturn
EndProcedure
Procedure add8(*a,*b,*c);8 byte a+b> c
!mov rsi,[p.p_a]
!mov rax,[rsi]
!mov rdi,[p.p_b]
!add rax,[rdi]
!mov rsi,[p.p_c]
!mov [rsi],rax
ProcedureReturn
EndProcedure
Procedure add8ui(*a,n,*c);8 byte a+b> c
!mov rsi,[p.p_a]
!mov rax,[rsi]
!add rax,[p.v_n]
!mov rsi,[p.p_c]
!mov [rsi],rax
ProcedureReturn
EndProcedure
Procedure mul8ui(*s,n,*q);8 byte * n
!mov rsi,[p.p_s]
!mov rax,[rsi]
!mov rbx,[p.v_n]
!mul rbx
!mov rsi,[p.p_q]
!mov [rsi],rax
ProcedureReturn
EndProcedure
Procedure.s m_gethex8(*bin)
Protected *sertemp=AllocateMemory(16, #PB_Memory_NoClear)
Protected res$
;************************************************************************
;Convert bytes in LITTLE indian format to HEX string in BIG indian format
;************************************************************************
Curve::m_serializeX64(*bin,0,*sertemp,2)
res$=PeekS(*sertemp,16, #PB_Ascii)
FreeMemory(*sertemp)
ProcedureReturn res$
EndProcedure
Procedure deserialize(*a,b,*sptr,counter=32);fron hex
Protected *ptr
*ptr=*a+64*b
!mov rbx,[p.p_ptr] ;ebx > rbx
!mov rdi,[p.p_sptr] ;edi > rdi
!xor cx,cx
!ll_MyLabelf:
!push cx
!mov eax,[rdi]
!mov ecx,eax
!xor edx,edx
!sub al,48
!cmp al,15
!jb ll_MyLabelf1
!sub al,7
!ll_MyLabelf1:
!and al,15 ;1
!or dl,al
!rol edx,4
!ror ecx,8
!mov al,cl
!sub al,48
!cmp al,15
!jb ll_MyLabelf2
!sub al,7
!ll_MyLabelf2:
!and al,15 ;2
!or dl,al
!rol edx,4
!ror ecx,8
!mov al,cl
!sub al,48
!cmp al,15
!jb ll_MyLabelf3
!sub al,7
!ll_MyLabelf3:
!and al,15 ;3
!or dl,al
!rol edx,4
!ror ecx,8
!mov al,cl
!sub al,48
!cmp al,15
!jb ll_MyLabelf4
!sub al,7
!ll_MyLabelf4:
!and al,15 ;4
!or dl,al
!ror dx,8
!mov [rbx],dx
!add rdi,4
!add rbx,2
!pop cx
!inc cx
!cmp cx,[p.v_counter]
!jb ll_MyLabelf
EndProcedure
Procedure serialize(*a,b,*sptr,counter=32);>hex
Protected *ptr
*ptr=*a+#array_dim*b
!mov rbx,[p.p_ptr] ;ebx > rbx
!mov rdi,[p.p_sptr] ;edi > rdi
!xor cx,cx
!ll_MyLabel:
!push cx
!mov ax,[rbx]
!xor edx,edx
!mov cx,ax
!and ax,0fh
!cmp al,10 ;1
!jb ll_MyLabel1
!add al,39
!ll_MyLabel1:
!add al,48
!or dx,ax
!shl edx,8
!ror cx,4
!mov ax,cx
!and ax,0fh
!cmp al,10 ;2
!jb ll_MyLabel2
!add al,39
!ll_MyLabel2:
!add al,48
!or dx,ax
!shl edx,8
!ror cx,4
!mov ax,cx
!and ax,0fh
!cmp al,10 ;3
!jb ll_MyLabel3
!add al,39
!ll_MyLabel3:
!add al,48
!or dx,ax
!shl edx,8
!ror cx,4
!mov ax,cx
!and ax,0fh
!cmp al,10 ;4
!jb ll_MyLabel4
!add al,39
!ll_MyLabel4:
!add al,48
!or dx,ax
!ror edx,16
!mov [rdi],edx
!add rdi,4
!add rbx,2
!pop cx
!inc cx
!cmp cx,[p.v_counter]; words
!jb ll_MyLabel
EndProcedure
Procedure exit(a$)
CloseCryptRandom()
PrintN(a$)
Input()
CloseConsole()
End
EndProcedure
Procedure retGPUcount(i, griddim=0, threaddim=0)
Protected namedev.s=Space(128)
Protected sizebytes.i
Protected piattrib.i
Protected major.i
Protected minor.i
Protected count.i
Protected mp.i
Protected cores.i
Protected pi.i
Protected result.i
Protected CudaDevice.i
Protected freebytes.i
Protected totalbytes.i
Protected CudaContext.i
Shared gpu()
result = cuDeviceGet(@CudaDevice, i)
If result
exit("cuDeviceGet - "+Str(result)+#CRLF$+"Try change -d param")
EndIf
result = cuDeviceGetName(namedev,128,CudaDevice)
If result
exit("cuDeviceGetName - "+Str(result))
EndIf
result = cuDeviceTotalMem_v2(@sizebytes,CudaDevice)
If result
exit("cuDeviceTotalMem - "+Str(result))
EndIf
result = cuCtxCreate_v2(@CudaContext, 4, CudaDevice) ; CU_CTX_BLOCKING_SYNC = 4 -- cuCtxSynchronize()
If result
exit("cuCtxCreate - "+Str(result))
EndIf
result=cuMemGetInfo_v2 (@freebytes,@totalbytes)
If result
exit("error cuMemGetInfo_v2-"+Str(result))
EndIf
cuCtxDestroy_v2(CudaContext)
cuDeviceComputeCapability(@major,@minor,CudaDevice)
cuDeviceGetAttribute(@piattrib,16,CudaDevice)
mp=piattrib
Select major
Case 2 ;Fermi
Debug "Fermi"
If minor=1
cores = mp * 48
Else
cores = mp * 32
EndIf
Case 3; Kepler
Debug "Kepler"
cores = mp * 192
Case 5; Maxwell
Debug "Maxwell"
cores = mp * 128
Case 6; Pascal
Debug "Pascal"
cores = mp * 64
Case 7; Pascal
Debug "Pascal RTX"
cores = mp * 64
Case 8; Ampere
Debug "Ampere RTX"
cores = mp * 128
Default
Debug "Unknown device type"
cores = mp * 128
EndSelect
;PrintN("arch:"+major+minor)
;PrintN("Device have: MP:"+mp+" Cores+"+cores)
gpu(Str(i))\arch = Val(Str(major)+Str(minor))
If griddim=0
gpu(Str(i))\blocktotal = mp * 2
Else
gpu(Str(i))\blocktotal = griddim
EndIf
If threaddim=0
gpu(Str(i))\threadtotal = cores/mp *2
Else
gpu(Str(i))\threadtotal = threaddim
EndIf
PrintN("GPU #"+Str(i)+" "+namedev+" (ARCH"+Str(major)+Str(minor)+") ("+StrD(freebytes/1048576,3)+"/"+Str(sizebytes/1048576)+"MB) ("+Str(mp)+"x"+Str(cores/mp)+")=>("+Str(gpu(Str(i))\blocktotal)+"x"+Str(gpu(Str(i))\threadtotal)+")")
;cuDeviceGetAttribute(@pi,8,CudaDevice)
;PrintN("Shared memory total:"+Str(pi))
;cuDeviceGetAttribute(@pi,9,CudaDevice)
;PrintN("Constant memory total:"+Str(pi))
;PrintN("---------------")
EndProcedure
Procedure.s cutHex(a$)
a$=Trim(UCase(a$))
If Left(a$,2)="0X"
a$=Mid(a$,3,Len(a$)-2)
EndIf
If Len(a$)=1
a$="0"+a$
EndIf
ProcedureReturn LCase(a$)
EndProcedure
Procedure retTBI(idx, *qq.retTBIStructure, threadtotal)
Protected blockIdx, threadIdx, paramid
blockIdx = idx / (threadtotal*#GPU_GRP_SIZE)
threadIdx = (idx -blockIdx * threadtotal*#GPU_GRP_SIZE)/#GPU_GRP_SIZE
paramid = idx - (threadIdx * #GPU_GRP_SIZE + blockIdx*threadtotal*#GPU_GRP_SIZE)
*qq\blockIdx = blockIdx
*qq\threadIdx = threadIdx
*qq\paramid = paramid
EndProcedure
Procedure retIDX(threadIdx, blockIdx, threadDim, paramid)
Protected idx
idx = ( blockIdx * threadDim + threadIdx ) * #GPU_GRP_SIZE + paramid
ProcedureReturn idx
EndProcedure
Procedure GetProblemIDX()
Protected NewMap gpu_local.gpustructure(), i, j, NewList problem_local.i(), problemcounter,a$
Shared gpu(), *problemArrDist, problemsz, calcMutex
CopyMap(gpu(),gpu_local())
ForEach gpu_local()
ClearList(problem_local())
For i = 0 To gpu_local()\threadtotal * gpu_local()\blocktotal * #GPU_GRP_SIZE - 1
For j = 0 To problemsz -1
;compare last dp distanes with every poblem distance
If Curve::m_check_equilX64(gpu_local()\TEMPLastDPArr + i * 32, *problemArrDist + j * 32)
AddElement(problem_local())
problem_local()= i
a$+"["+Str(i)+"]"
EndIf
Next j
Next i
If ListSize(problem_local())
If ListSize(gpu(MapKey(gpu_local()))\problemsList())
While ListSize(gpu(MapKey(gpu_local()))\problemsList())
Delay(1)
Wend
EndIf
CopyList(problem_local(), gpu(MapKey(gpu_local()))\problemsList())
gpu(MapKey(gpu_local()))\resetProblemKangaroo = 1
problemcounter + ListSize(problem_local())
EndIf
Next
If problemcounter
LockMutex(calcMutex)
PrintN("")
PrintN("Found problem kangaroos: "+Str(problemcounter)+" "+a$)
UnlockMutex(calcMutex)
EndIf
FreeMap(gpu_local())
FreeList(problem_local())
EndProcedure
Procedure Writeint(*Aptr, idx.i, blockDim.w, threadDim.w, *targPtr)
Protected *initAptr, threadIdx, blockIdx.i = 0, threadtotal.i, base.i, threadId.i, index.i, threadtotal64.i, temp.i
;PrintN("IDX:"+Str(idx))
*initAptr = *Aptr
blockIdx = idx / (threadDim*#GPU_GRP_SIZE)
threadIdx = (idx -blockIdx * threadDim*#GPU_GRP_SIZE)/#GPU_GRP_SIZE
idx = idx - (threadIdx * #GPU_GRP_SIZE + blockIdx*threadDim*#GPU_GRP_SIZE)
;PrintN( "TID>"+Str(threadIdx) + " BID>"+Str(blockIdx)+"P>"+Str(idx)+" "+Curve::m_gethex32(*targPtr))
;PrintN("idx local for thread>"+Str(idx))
threadtotal.i = threadDim * blockDim
base.i = idx * threadtotal * 4
threadId.i = blockIdx * threadDim + threadIdx
index.i = base + threadId
;Debug "index: "+Str(index)
threadtotal64.i = index*8
*Aptr = *Aptr + threadtotal64
threadtotal64.i = threadtotal * 8
CopyMemory(*targPtr, *Aptr, 8)
;Debug "[0] offest:"+Str(*Aptr-*initAptr)+" "+Hex(PeekL(*Aptr))
*Aptr = *Aptr + threadtotal64
CopyMemory(*targPtr+8, *Aptr, 8)
;Debug "[1] offest:"+Str(*Aptr-*initAptr)+" "+Hex(PeekL(*Aptr))
*Aptr = *Aptr + threadtotal64
CopyMemory(*targPtr+16, *Aptr, 8)
;Debug "[2] offest:"+Str(*Aptr-*initAptr)+" "+Hex(PeekL(*Aptr))
*Aptr = *Aptr + threadtotal64
CopyMemory(*targPtr+24, *Aptr, 8)
;Debug "[3] offest:"+Str(*Aptr-*initAptr)+" "+Hex(PeekL(*Aptr))
EndProcedure
Procedure Readint(*Aptr, idx.i, blockDim.w, threadDim.w, *targPtr)
Protected *initAptr, threadIdx, blockIdx.i = 0, threadtotal.i, base.i, threadId.i, index.i, threadtotal64.i, temp.i
;PrintN("IDX:"+Str(idx))
*initAptr = *Aptr
blockIdx = idx / (threadDim*#GPU_GRP_SIZE)
threadIdx = (idx -blockIdx * threadDim*#GPU_GRP_SIZE)/#GPU_GRP_SIZE
idx = idx - (threadIdx * #GPU_GRP_SIZE + blockIdx*threadDim*#GPU_GRP_SIZE)
;PrintN( "TID>"+Str(threadIdx) + " BID>"+Str(blockIdx)+"P>"+Str(idx)+" "+Curve::m_gethex32(*targPtr))
;PrintN("idx local for thread>"+Str(idx))
threadtotal.i = threadDim * blockDim
base.i = idx * threadtotal * 4
threadId.i = blockIdx * threadDim + threadIdx
index.i = base + threadId
;Debug "index: "+Str(index)