edi x12

Once the original program encounters a 0-byte file, it will be suspended. Here I added the seh error handling code, which perfectly solved the problem! . 386 . Model flat, stdcall Option Casemap: None Include windows. inc Include user32.inc Includelib user32.lib Include kernel32.inc Includelib kernel32.lib . Data? Hfile dd? Hmapfile dd? Lpfile dd? . Const Szerr DB "is not a valid 32-bit program! ", 0 Szok db "is an executable file! ", 0 Szno DB "failed to open the file! ", 0 Szname DB "D:. EXE

This is even a boring time to track part of Kingsoft Ranger's code, and write the complete code according to the program process with the compilation. Let's be a trainer! 0041ec32/. 55 push EBP; Use EBP to read the stack and find external parameters. Therefore, save EBP first.0041ec33 |. 8bec mov EBP, esp; Use EBP to read the stack, so that ESP is constantly changing0041ec35 |. 51 push ECx0041ec36 |. 56 push ESI0041ec37 |. 57 push EDI; values of the a

will break down the BPX shell_policyicona breakpoint and use F12 to check if the software is called and the parameters are used! First come to the following: Here is where the software is called at startup: * Possible reference to string resource id = 00114: "CCProxy"|: 00408770 6a72 push 00000072: 00408772 51 push ECx: 00408773 c681_f0000000005 mov byte PTR [esp + 000024f4], 05: 0040877b e8c0890100 call 00421140: 00408780 83c408 add ESP, 00000008: 00408783 50 push eax: 00408784 8d4c2414 Lea EC

:--------------------------------------------------------------------------------Xchg ah, AlRol eax, 10Xchg ah, AlAdd eax, ESI-------------------------------------------------------------------------------- Locate at 003b826d, disconnect at mov Al, byte ptr ds: 003b825e of [EDI], run F9, and disconnect Code :--------------------------------------------------------------------------------003b825e 8a07 mov Al, byte ptr ds: [

int goo(int a, int b){return a + b;}void foo(){int a[] = {1, 2, 3};int result = goo(a[1], a[2]);printf("result: %d", result);} Compile in vs2010 Foo function assembly: 00EB3890 push ebp 00EB3891 mov ebp,esp 00EB3893 sub esp,0E4h 00EB3899 push ebx 00EB389A push esi 00EB389B push edi 00EB389C lea edi,[ebp-0E4h] 00EB38A2 mov ecx,39h

three elements point. The decompiling of 00f57f60 address is as follows: Classsizeres staticobj; @ 0 00f57f60 push EBP 00f57f61 mov EBP, ESP 00f57f63 sub ESP, 0c0h 00f57f69 push EBX 00f57f6a push ESI 00f57f6b push EDI 00f57f6c Lea EDI, [ebp-0C0h] 00f57f72 mov ECx, 30 h 00f57f77 mov eax, 0 cccccccch 00f57f7c rep STOs dword ptr es: [EDI]

virtual function of the subclass is called through the constructor of the parent class, and this virtual function may fail to access data members of the subclass. Let's take a look at the compiled code generated by vc7.1 to easily understand this behavior. This is the c190 constructor: 01 000000fe0 push EBP 02 000000fe1 mov EBP, esp 03 000000fe3 sub ESP, 0cch 04 00426fe9 push EBX 05 00426fea push ESI 06 00426feb push EDI 07 00426fec push

By axis 2007-03-28 Http://www.ph4nt0m.org General jump address of windows in simplified Chinese: (2 k/XP/2K3) 0x7ffa45f3 JMP ECx \ xFF \ xe1 0x7ffa4967 jmp ebp \ xFF \ xe5 0x7ffa4a1b jmp ebx \ xFF \ xe3 0x7ffa6773 push EBX, retn \ x53 \ xc3 (0x7ffa6772 is pop EDX) 0x7ffd1769 -- 0x7ffd1779 JMP eax \ xFF \ xe0 0x7ffc01b0 pop ESI, retn \ x5e \ xc3 0x7ffa54cf 0x7ffaf780 JMP edX \ xFF \ xe2 7ffa1571 58 pop eax7ffa1572 BF 58c058c2 mov EDI, c258c0587ffa1

bug correction used in the code, see the article "GDI + for VCL basics-GDI + and VCL". (8.8.18)Data Type: Type // Image data structure compatible with the GDI + tbitmapdata Structure Timagedata = packed record Width: longword; // The image width. Height: longword; // Image Height Stride: longword; // The length of the scanned line of the image in bytes. Pixelformat: longword; // unused Scan0: pointer; // image data address Reserved: longword; // Reserved End; Pimagedata = ^ timaged

constant Stack (Stack Space ). Why does tail recursion achieve constant stack space? We use the famous fibonacci series as an example to illustrate this. The implementation method of the fibonacci series is generally like this. int FibonacciRecur (int n) {if (0 = n) return 0; if (1 = n) return 1; return FibonacciRecur (n-1) + FibonacciRecur (n-2);} but note that this implementation method is not tail recursion, because the last action of tail recursion must be called itself, the final action he

Before analyzing set_base in Linux, we defined; EAX is TSS0 offset address;ebx are kernel_base address 0x10000;ecx is Gdt_address;edi 0x20set_base:addl%ebx,%eax; EAX = eax + ebx = 0x10000 + TSS0 offset address addl%ecx,%edi; EDI = edi + ECX = gdt_address + Tss0_sel MOVW%ax, 2 (%edi