在软件版权保护的时候可以用CPU的序列号来保证只在一台机上运行,有哪一位师兄可以告诉我如何才能获得CPU的序列号,或者有什么更好的保护软件的办法。谢谢!
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我有个纯vb代码的实现,可惜是公司的不能给你
你到csdn上搜索下,可以找到,不过他的程序有个bug,需要修改下
大体上是准备machinecode, 然后调用API CallWindowProc,传递你要传递变量的地址,让他执行,然后用eax做返回值
提供一个函数给你, 可以获取cpu serial的一部分,不过用来加密cpu是没有问题的了Public MachineCode() As Byte
Public Sub InitMachineCode_CpuType() 'code for get CPU type
'//==B==head
ReDim Preserve MachineCode(0) As Byte
MachineCode(UBound(MachineCode)) = &H55 'push ebp
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H8B 'move ebp, esp
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &HEC
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H57 'push edi
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H52 'push edx
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H51 'push ecx
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H53 'push ebx
'//==E===head
'// 注意这个时候践中的分配 eax可以不push,因为vb vc编译器不用他做长保留,为返回值,调用函数前编译器也不push eax why?
'// ----lower memory---- ebp = esp(mov ebp,esp} push order val
'// old ebp 'push ebp 6 [ebp]
'// eip 'CallWindowProc function will call[asm call] 5 [ebp+4]
'// param 1 'CallWindowProc function will push param1 4 [ebp+8]
'// param 2 'CallWindowProc function will push param4 3 [ebp+12]
'// param 3 'CallWindowProc function will push param4 2 [ebp+16]
'// param 4 'CallWindowProc function will push param5 1 [ebp+20]
'// ---higher memory---
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H8B 'mov eax, dword ptr [ebp+8] eax = param1
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H45
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H8
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &HF 'cpuid
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &HA2
'//b debug
' ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
' MachineCode(UBound(MachineCode)) = &H8B 'mov ebx, eax
' ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
' MachineCode(UBound(MachineCode)) = &HD8
'//e debug
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H8B 'mov edi, dword ptr [ebp+12] *param2 = ebx
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H7D
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &HC
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H89 'mov dword ptr [edi],ebx
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H1F
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H8B 'mov edi, dword ptr [ebp+16] *param3 = edx
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H7D
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H10
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H89 'mov dword ptr [edi], edx
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H17
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H8B 'mov edi, dword ptr [ebp+20] *param4 = ecx
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H7D
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H14
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H89 'mov dword ptr [edi], ecx
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &HF
'//==B==tail
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H53 'pop ebx
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H59 'pop ecx
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H5A 'pop edx
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H55 'pop edi
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H8B 'mov esp ebp
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &HE5
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H5D 'pop ebp
' ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
' MachineCode(UBound(MachineCode)) = &HC3 'ret
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &HC2 'ret 10h
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H10
ReDim Preserve MachineCode(UBound(MachineCode) + 1) As Byte
MachineCode(UBound(MachineCode)) = &H0
'其实上面直接ret &HC3也行,调用这个call的函数在asm级会判断 方法如下
'在push参数之前首先push &HDCBAABCD 和 push esi
'如果ret10h, 这样 cmp[esp+4],&HDCBAABCD相等,不等证明是ret,这样 会进行 add esp, 10h的操作
'当然后面会 add esp,8h 修正&HDCBAABCD 和 esi的push
'//==E==tail
End Sub
dim vendor_id(11) as byte
dim lngCpuID as long call InitMachineCode_CpuType
lngCpuID = CallWindowProc(VarPtr(MachineCode.MachineCode(0)), 1, VarPtr(vendor_id(0)), VarPtr(vendor_id(4)), VarPtr(vendor_id(8)))
可以了
Public Declare Function CallWindowProc Lib "user32" Alias "CallWindowProcA" (ByVal lpPrevWndFunc As Long, ByVal hwnd As Long, ByVal Msg As Long, ByVal wParam As Long, ByVal lParam As Long) As Long
machinecode.machinecode(0) 因为我的machinecode是在machindecode.bas模块中定义的,忘了说,你去掉machinecode. 就可以了
返回值为eax
可以调用 1 功能,然后判断edx 即 vendor_id(4-7) 注意是内存排列
edx 的 第18位为1表示支持psn
如果支持psn:
这个时候eax即返回值为 psn的64-93位
然后调用 3 功能
edx 即 vendor_id(4,7)为psn的32-63位
ecx 即 vendor_id(8-11)为psn的0-31位连接起来就是个完整的psn
Type SYSTEM_INFO ' 36 Bytes
dwOemID As Long
dwPageSize As Long
lpMinimumApplicationAddress As Long
lpMaximumApplicationAddress As Long
dwActiveProcessorMask As Long
dwNumberOrfProcessors As Long
dwProcessorType As Long
dwAllocationGranularity As Long
wProcessorLevel As Integer
wProcessorRevision As Integer
End Type
说明
This structure contains information regarding the current computer system.
dwOemID Long,System processor used. In Windows 95, this value is always set to zero (PROCESSOR_ARCHITECTURE_INTEL). In Windows NT, this value may be one of the following : PROCESSOR_ARCHITECTURE_INTEL, PROCESSOR_ARCHITECTURE_MIPS, PROCESSOR_ARCHITECTURE_ALPHA, PROCESSOR_ARCHITECTURE_PPC
dwPageSize Long,Page size used. Also specifies the granularity of page protection and commitment.
lpMinimumApplicationAddress Long,Contains the lowest memory address that applications and dynamic link libraries (DLLs) can access.
lpMaximumApplicationAddress Long,Contains the highest memory address that applications and DLLs can access.
dwActiveProcessorMask Long,Contains a mask representing the set of processors available on the system. Processor zero is indicated by bit zero being set.
dwNumberOrfProcessors Long,The number of processors in this system.
dwProcessorType Long,Obsolete, but maintained for backward compatibility. Can be one of the following values: PROCESSOR_INTEL_386, PROCESSOR_INTEL_486, PROCESSOR_INTEL_PENTIUM. The following are valid on Windows NT systems only: PROCESSOR_MIPS_R4000, PROCESSOR_ALPHA_21046
dwAllocationGranularity Long,Contains the allocation granularity used to allocate memory. This value is usually set to 64K.
wProcessorLevel Integer,Specifies the processor level. This value depends on the PROCESSOR_ARCHITECTURE_* value in the dwOemID field. For PROCESSOR_ARCHITECTURE_INTEL, the valid values are currently: 3 for a 386 CPU, 4 for a 486 CPU, and 5 for a Pentium.
wProcessorRevision Integer,Specifies the processor revision. This value depends on the PROCESSOR_ARCHITECTURE_* value in the dwOemID field.
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工程文件分为一个form1.frm 和一个模块module1.bas----------------------form1.frm的源文件---------------------VERSION 5.00
Begin VB.Form Form1
Caption = "Form1"
ClientHeight = 1965
ClientLeft = 60
ClientTop = 345
ClientWidth = 3105
LinkTopic = "Form1"
ScaleHeight = 1965
ScaleWidth = 3105
StartUpPosition = 2 'Bildschirmmitte
Begin VB.CommandButton Command1
Caption = "Get CPU Name"
Height = 495
Left = 840
TabIndex = 0
Top = 315
Width = 1425
End
Begin VB.Label Label2
Alignment = 2 'Zentriert
AutoSize = -1 'True
BeginProperty Font
Name = "MS Sans Serif"
Size = 9.75
Charset = 0
Weight = 400
Underline = 0 'False
Italic = 0 'False
Strikethrough = 0 'False
EndProperty
Height = 240
Left = 1515
TabIndex = 2
Top = 1065
Width = 60
End
Begin VB.Label Label1
Alignment = 2 'Zentriert
AutoSize = -1 'True
BeginProperty Font
Name = "Arial"
Size = 12
Charset = 0
Weight = 700
Underline = 0 'False
Italic = 0 'False
Strikethrough = 0 'False
EndProperty
Height = 285
Left = 1515
TabIndex = 1
Top = 1350
Width = 75
End
End
Attribute VB_Name = "Form1"
Attribute VB_GlobalNameSpace = False
Attribute VB_Creatable = False
Attribute VB_PredeclaredId = True
Attribute VB_Exposed = False
Option ExplicitPrivate Sub Command1_MouseDown(Button As Integer, Shift As Integer, x As Single, Y As Single) Label1 = ""
Label2 = ""End SubPrivate Sub Command1_Click()
Label1 = GetCpuName() & " CPU"
Label2 = "You have a" & IIf(InStr("AEIOU", Left$(Label1, 1)), "n", "")End Sub
------------------------------end---------------------------------下面是modu1e.bas的源代码----------------------module1.bas的源文件--------------------------
Option Explicit
'
'This shows how to incorporate machine code into VB
'''''''''''''''''''''''''''''''''''''''''''''''''''
'The example fills the array with a few machine instructions and then copies
'them to a procedure address. The modified procedure is then called thru
'CallWindowProc. The result of this specific machine code is your CPU Vendor Name.
'
'##########################################################################
'Apparently it gets a Stack Pointer Error, but I don't know why; if anybody
'can fix that please let me know... [email protected]
'The Error is not present in the native compiled version; so I think it got
'something to do with the P-Code Calling Convention (strange though)...
'##########################################################################
'
'Sub Dummy serves to reserve some space to copy the machine instructions into.
'
'
'Tested on Intel and AMD CPU's (uncompiled and compiled)
'
'
Private Declare Function CallWindowProc Lib "user32" Alias "CallWindowProcA" (ByVal lpPrevWndFunc As Long, ByVal hWnd As Long, ByVal Msg As Long, ByVal wParam As Long, ByVal lParam As Long) As Long
Private Declare Sub CopyMemory Lib "kernel32" Alias "RtlMoveMemory" (lpvDest As Any, lpvSource As Any, ByVal cbCopy As Long)
Private x As LongPublic Function GetCpuName() As String
Dim MachineCode(0 To 35) As Byte
Dim VarAddr As Long
Dim FunctAddr As Long
Dim EAX As Long
Dim CPUName(1 To 12) As Byte
'set up machine code
MachineCode(0) = &H55 'push ebp
MachineCode(1) = &H8B 'move ebp,esp
MachineCode(2) = &HEC
MachineCode(3) = &H57 'push edi
MachineCode(4) = &H52 'push edx
MachineCode(5) = &H51 'push ecx
MachineCode(6) = &H53 'push ebx
MachineCode(7) = &H8B 'move eax,dword ptr [ebp+8]
MachineCode(8) = &H45
MachineCode(9) = &H8
MachineCode(10) = &HF 'cpuid
MachineCode(11) = &HA2
MachineCode(12) = &H8B 'mov edi,dword ptr [ebp+12]
MachineCode(13) = &H7D
MachineCode(14) = &HC
MachineCode(15) = &H89 'move dword ptr [edi],ebx
MachineCode(16) = &H1F
MachineCode(17) = &H8B 'mov edi,dword ptr [ebp+16]
MachineCode(18) = &H7D
MachineCode(19) = &H10
MachineCode(20) = &H89 'move dword ptr [edi],ecx
MachineCode(21) = &HF
MachineCode(22) = &H8B 'mov edi,dword ptr [ebp+20]
MachineCode(23) = &H7D
MachineCode(24) = &H14
MachineCode(25) = &H89 'move dword ptr [edi],edx
MachineCode(26) = &H17
MachineCode(27) = &H58 'pop ebx MachineCode(28) = &H59 'pop ecx MachineCode(29) = &H5A 'pop edx MachineCode(30) = &H55 'pop edi
MachineCode(31) = &HC9 'leave MachineCode(32) = &HC2 'ret 16 I tried everything from 0 to 24
MachineCode(33) = &H10 ' but all produce the stack error
MachineCode(34) = &H0
'tell cpuid what we want
EAX = 0
'get address of Machine Code
VarAddr = VarPtr(MachineCode(0))
'get address of Sub Dummy
FunctAddr = GetAddress(AddressOf Dummy)
'copy the Machine Code to where it can be called
CopyMemory ByVal FunctAddr, ByVal VarAddr, 35 '35 bytes machine code
'call it
On Error Resume Next 'apparently it gets a stack pointer error when in P-Code but i dont know why
CallWindowProc FunctAddr, EAX, VarPtr(CPUName(1)), VarPtr(CPUName(9)), VarPtr(CPUName(5))
'Debug.Print Err; Err.Description
'MsgBox Err & Err.Description
On Error GoTo 0
GetCpuName = StrConv(CPUName(), vbUnicode) 'UnicodeName
End FunctionPrivate Function GetAddress(Address As Long) As Long GetAddress = AddressEnd FunctionPrivate Sub Dummy() 'the code below just reserves some space to copy the machine code into
'it is never executed x = 0
x = 1
x = 2
x = 3
x = 4
x = 5
x = 6
x = 7
x = 8
x = 9
x = 10
x = 0
x = 1
x = 2
x = 3
x = 4
x = 5
x = 6
x = 7
x = 8
x = 9
x = 10
End Sub
------------------------------end--------------------------------------
dwOSVersionInfoSize As Long
dwMajorVersion As Long
dwMinorVersion As Long
dwBuildNumber As Long
dwPlatformId As Long
szCSDVersion As String * 128 ' Maintenance string for PSS usage
End Type
Private Declare Function GetVersionEx Lib "kernel32" Alias "GetVersionExA" (lpVersionInformation As OSVERSIONINFO) As Long
Private Declare Function GetComputerName Lib "kernel32" Alias "GetComputerNameA" (ByVal lpBuffer As String, nSize As Long) As Long
Private Const VER_PLATFORM_WIN32_NT = 2
Private Const VER_PLATFORM_WIN32_WINDOWS = 1
Private Const VER_PLATFORM_WIN32s = 0
Private Sub Command1_Click()
Dim len5 As Long, aa As Long
Dim cmprName As String
Dim osver As OSVERSIONINFO
'取得Computer Name
cmprName = String(255, 0)
len5 = 256
aa = GetComputerName(cmprName, len5)
cmprName = Left(cmprName, InStr(1, cmprName, Chr(0)) - 1)
Computer = cmprName '取得CPU端口号
Set CPUs = GetObject("winmgmts:{impersonationLevel=impersonate}!\\" & Computer & "\root\cimv2").ExecQuery("select * from Win32_Processor")
For Each mycpu In CPUs
Text1.Text = mycpu.ProcessorId
Next
End Sub
0383FBFF0000068A就是我的cpu号码共4X4=16个字符
窗体上放一个按钮一个text就可以,大家收藏吧,这个程序对保护自己知识产权很有用的!