Dry share: North Wind Network C + + disassembly reverse engineering video download!

Dry Goods: C + + DISASSEMBLY reverse engineering!!!

This course focuses on how to read and understand the disassembly code of A/C + + language program. The so-called disassembly, simple is to translate the binary code of the executable into assembly language code, from the assembly code to read the meaning of the original high-level language. This is a basic course that focuses on the correspondence between the disassembly code and the C + + syntax and captures the most important points of knowledge.

Student objects

Course-oriented learners need to have basic knowledge of C + +, assembly language does not have to be skilled, to understand some common directives. If you want to engage in areas such as reverse engineering and software protection, this course will be a good primer.

First, Basic concepts

Register

Addressing mode

Common Assembly directives

C + + inline assembler

C + + entry function

Disassembly identifies the main function

Second, integer and floating-point type

Original code, anti-code and complement

Representation of integers

Big-endian and small-end byte-order

Floating-point encoding method

Floating-point registers and floating-point directives

Integral type and floating point type mutual conversion

The third pointer and constant

Address

Pointer

Reference

Constant

Type four Boolean with character (string)

Boolean type

Character type

The representation of a string

String to find length

String manipulation

The expression of the five-speech

An invalid expression

An assignment expression

An arithmetic expression

Relational expressions

Logical Expressions

Conditional expressions

Bitwise op-Expressions

VI. Select structure

If statement

If ... else statement

If ... else statement

Switch ... case statement

Linear Jump Table

Seventh talk about the loop structure

While statement

Do...while statements

For statement

Nested loops

Break, continue, and GOTO statements

Comparison of efficiency of various cyclic structures

compiler optimization of the loop structure

The eighth variable

Global variables

Local variables

static variables

Heap variables

Nineth lecture function

Parameter passing

calling convention

return value

EBP addressing and ESP addressing

Tenth lecture Array

Storage of arrays

Subscript addressing and pointer addressing

Two-dimensional arrays and multidimensional arrays

Array of local variables

Array of function arguments

Array of function return values

11th talk about structure and class

Similarities and differences of structure and class

Storage and alignment of objects

This pointer and member function

Access to member variables

Static member variables

Object as a function parameter

Object as a function return value

12th Speaking Constructors

Default constructor

Constructors for local objects

Constructors for heap objects

Constructors for global objects

Constructors for local static objects

13th Talk copy Constructor

Copy when the object is defined

Copy the function when the parameter is passed

function returns a copy of the object

Default copy constructor

14th Speaking destructor

The destruction of local objects

Destruction of Heap objects

The destruction of a heap object array

Destruction of global objects and static objects

The destruction of function parameters

Destructors for returning objects

15th virtual function

Hard Rod dry: [Reverse hack] North Wind net C + + Disassembly Foundation: WIN32 Platform (reverse instance, dynamic debugging instance)

virtual function and virtual function table

Multi-State implementation

Recognition of virtual function

16th Single Inheritance

Memory layout for inheritance relationships

Construction and destruction of inheritance relation

Virtual functions for inheritance relationships

The 17th is to say multiple inheritance

Memory layout with multiple inheritance

Type conversions for multiple inheritance

The construction process of multiple inheritance

The destruction process of multiple inheritance

Multiple inheritance and virtual functions

18th Converse Example of C language

19th. Reverse instance of C + +

20th Dynamic Debugging Example

Baidu Network Disk:

Link: Http://pan.baidu.com/s/1nt00oOT Password: JMHQ

This article is from the "focus on IT Resources sharing" blog, be sure to keep this source http://itjishu.blog.51cto.com/2602918/1656047

Dry share: North Wind Network C + + disassembly reverse engineering video download!