pubg esp

Prior Knowledge Static variables are stored in static storage, local variables are stored in dynamic storage (stacks), code is stored in code area Register, EBP points to the bottom, esp points to the top of the stack, the EIP points to the next instruction that is executing the instruction, three registers are stored in the address, 32-bit system, the address is 4 bytes is a DWORD All statements written in the function definition are

network security. Because VLANs can isolate broadcast, different VLANs cannot communicate with each other, so they have a certain degree of security. 5. Port isolation With the port isolation feature, you can add the ports to be controlled to an isolation group to isolate ports in the isolation group from Layer 2 and Layer 3 data, enhancing network security, it also provides users with flexible networking solutions. Currently, only one isolation group can be set up for one device. The number of

alone, there are a variety of injection techniques.Most of the calculations for FPS games are done locally, because there are several reasons why it is not possible for each action to interact with the server:Some of the methods mentioned in the art of game external attack and defense:Modify the local file PUBG plug-inThis is how I use Python to achieve this.Principle:Modify the local game resource *.pak to achieve the various functions you want to a

double-click the corresponding code.0040EA92. E8 99F9FFFF CALL Ultra_MP.0040E4300040EA97. 83C4 08 add esp, 80040EA9A. 85C0 test eax, EAX0040EA9C 75 2B jnz short Ultra_MP.0040EAC90040EA9E. 6A 40 PUSH 400040EAA0. 68 E49D4100 PUSH Ultra_MP.00419DE4; sorry0040EAA5. 68 C09D4100 PUSH Ultra_MP.00419DC0; Invalid user name or register codeWe choose to run the software at the breakpoint at ea92, enter the user name "Hokkien" in the registration box, and enter

// exit the subfunction Http://hi.baidu.com/donghongchen/blog/item/486ac300e96dc4027bec2c80.html Http://my.oschina.net/orion/blog/15879The following is the assembly code for calling the test (INT P1, int P2) function according to the call Convention _ stdcall.Suppose that the pre-function Stack pointer ESP is NNPush P2; parameter 2 into the stack, ESP-= 4 h, esp

3.3 x86 Command System3.3. 1 data transmission instructions 1. General transfer commands(1) mov commandFormat: mov DST, SRCFunction: Send the content of the source operand SRC to the destination operand DST.(2) movsx signed extended transfer command (after 386)Format: movsx DST, SRCFunction: (DST) compliant with the extension (SRC)(3) movzx transfer instruction with zero extension (after 386)Format: movzx DST, SRCFunction: (DST) Zero-Scaling (SRC)Example 3.25 movzx dx, Al; 816Example 3.26 movzx

the original BP value.RET//exit child function http://my.oschina.net/orion/blog/15879The following is the assembly code for calling function test (int p1,int p2) by calling convention __stdcall; Assume that the stack pointer esp is NN before executing the functionPush P2 parameter 2 in stack, ESP = 4h, esp = nn-4hPush p1 parameter 1 in stack,

results are as follows:　　One of the first two cases overflowed, and only the third was normal. And then we'll look at their assembly code, which is the assembler code I disassembled with Objdump:　　1 intMainintArgc,char *argv[])2 {3 8048394: - Push%EBP4 8048395: theE5mov%ESP,%EBP5 8048397: theE4 F8 and$0xfffffff8,%esp6804839a: theEc - Sub$0x30,%esp7Long Muln =203879;8804839d: C7 - - 0c the1cGenevamovl $0x31c6

caches.Iv. Types of registersThe early x86 CPU had only 8 registers, and each had a different purpose. Now there are more than 100 registers, all become general-purpose registers, not specifically used, but the names of the early registers are preserved. EAX EBX Ecx EDX Edi Esi Ebp Esp Of the above 8 registers, the first seven are universal. ESP registers have a sp

Refer to this article: http://blog.csdn.net/linyt/article/details/6336762classBase { Public: Virtual voidf () {}Virtual voidg () {}}; classDerive: PublicBase { Public: Virtual voidf () {}}; intMain () {Derive D; intA =4; Base*PB; intb =5; PB= D; intc =6; PB-f (); return 0; } %ESP| ...| | | ------>Derive d| | | ------>int C| | | ------>base *PB| | | ------>int b| | | ------>int a| +. file"main.cpp". Section. Text$_zn4base1fev,"x

# The lower half of the interrupt.Common_interrupt:Addl $-0x80, (% esp)/* Adjust vector into the [-256,-1] range */# Adjust the interrupt number to 0 ~ The value range is 255.SAVE_ALLTRACE_IRQS_OFFMovl % esp, % eaxCall do_IRQ # process the Interrupt Routine.Jmp ret_from_intrENDPROC (common_interrupt) Unsigned int _ irq_entry do_IRQ (struct pt_regs * regs){Struct pt_regs * old_regs = set_irq_regs (regs ); /*

obvious. First, you must write code for every API function that you are interested in. Second, you cannot HOOK all the API functions, due to the lack of complete API call sequence for reference, some small actions may be missed during log analysis.Another idea is to use the debugging technology to set breakpoints in advance at the entrances of all introduced DLL functions, and obtain parameters through stack information during debugging. Both IDA pro and OllyDbg can be used for dynamic debuggin

% instead of D.36 call _ Test37. Push eax; assume that the address of push eax is XXX.38 push offset sztextfmt39 call printf40 add ESP, 841 RET42_main endp43end _ main4445; /**///////////////////////////////////// //// // The stack changes are described below46 The first thing to understand is that the operation of the stack segment SS can only use ESP or EBP registers, other registers eax ebx edx and so o

Document directory 1. Function Parameters 3. Reference This article is based on Win32 compilation.1. Function Parameters The growth direction of function stack is opposite to that of address, from high address to low address. ESP points to the top of the function stack, and EBP points to the bottom of the function stack. Sub esp xxx pushes memory blocks of XXX length into the stack Add

all the API functions, due to the lack of complete API call sequence for reference, some small actions may be missed during log analysis.Another idea is to use the debugging technology to set breakpoints in advance at the entrances of all introduced DLL functions, and obtain parameters through stack information during debugging. Both Ida pro and ollydbg can be used for dynamic debugging and provide script/plug-in functions. During my meeting in Beijing last week, I used the waking time to write

Source program in c ++: Copy codeThe Code is as follows: class X { Private: Int I; }; Int main (){X x;} The preceding class X does not define the constructor and only has an int I. The assembler is as follows: Copy codeCode:; 7: int main (){ Push ebp; ebp is a register that always points to the stack bottom of a function call stack. As the base address, the offset is used to access the variables on the call stack, but no variables need to be accessed here, so it does not workMov ebp and

source programs in C + +: Copy Code code as follows: Class X { Private int i; }; int main () {x x;} The class X above does not have a constructor defined, just an int i. The following is an assembler: Copy Code code as follows: ; 7:int Main () { Push EBP;EBP is a register that always points to the bottom of a function call stack and, as the base address, accesses the variable on the call stack with an offset, but there are no variables to acc

code from when it starts. In fact, all software can start from when it starts.Check with RegMon and FileMon and find a registry key named Key1, which contains a long mess of characters. You can use bpx RegQueryValueExA as a breakpoint and track it. However, this plug-in reads too many registry keys, and the SoftICE conditional breakpoint is not very good (I use bpx RegQueryValueExA if * (esp 8) = 'key1' for resumable upload without interruption), so

calls the _ rtc_check_2_to_1 @ 4 function to check whether there is any data truncation problem. The result is placed in Al, finally, put Al in Ch. _ Rtc_check_2_to_1 @ 4 as the name suggests, it is to check that the data of two bytes is converted into one byte (short is two bytes, char is a byte), the Code is as follows: _ Rtc_check_2_to_1:00411900 push EBP00411901 mov EBP, ESP00411903 push EBX00411904 mov EBX, ECx00411906 mov eax, EBX00411908 and eax, 0ff00h0041190d je _ rtc_check_2_

. Start with EIP pointing at 19 lines, EBP esp in 0 position (01234 on the right is set for convenient analysis) 2.PUSHL%ebp, the EBP value stack 3.movl%esp,%ebp, Assign ESP value to EBP 4.subl $4,%esp, move esp down one grid 5.movl $33, (%