🔥 Learn How The PE File Format Works
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📜 Video Description:
After learning the basics of game hacking and reverse engineering you will have a very vague understanding of the PE File Format and the Windows Loader. After 6-12 months of learning you will want to take some time to get a better understanding of these things as they will be important for dealing with anticheat and antidebug.

Why You Need To Understand The PE Header​
A deep understanding of the architecture that is running the code you write (or the programs you use) opens up new ways of thinking and new ways of approaching reverse engineering problems and solutions. Understanding the PE header is a very important step in your reverse engineering and game hacking journey as it’s an essential step of Manual Mapping a DLL into a process (Injecting your cheat). You 100% need to know how the Windows loader interprets an executable's PE header if you want to become a good game hacker.

What is a Windows Binary?​
A Windows binary, or executable file (EXE), is a program format that Windows uses to run software. At its core is the Portable Executable (PE) format, which includes a header and sections with code, data, and metadata. This PE structure is crucial for the Windows loader to map the file into memory and execute it. When you start a program, the Windows loader uses the PE header to understand how to load and execute it, including resolving DLL dependencies.

📝 Timestamps:
00:05 PE File Format
00:18 DOS Header
00:41 Magic Number
01:15 DOS Stub
02:40 NT Headers
03:06 COFF File Header
04:13 Optional Header
07:01 Section Alignment
08:05 Image Base
09:30 Stack and Heap Sizes

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Understanding the Windows PE file format is crucial for anyone working with Windows executables. The Windows PE loader is responsible for loading executable files into memory. If you've ever wondered what is the PE header, it is essentially the part of the file that provides the operating system with important information about how to execute the file. The PE file format explained in simple terms involves the structure and components that make up the executable file. A PE file contains a variety of headers and sections that define its contents and behavior. The portable executable file format is designed to be flexible across different Windows platforms. A portable executable can be recognized by its specific structure and header information. When analyzing a portable executable file, you need to understand its various segments and headers. PE file reverse engineering involves dissecting the file to understand its inner workings and functionality. The COFF file format, from which PE is derived, is also important to comprehend in this context. The term coff refers to the Common Object File Format, which is used in Unix systems. Portable executable files share similarities with COFF but have distinct differences tailored for Windows. The PE format includes specific headers and sections that describe the executable's properties. The PE header, located at the beginning of the file, is essential for the operating system to load the file correctly. There are multiple PE headers that provide different pieces of information about the executable. A PE header file can be examined to understand the layout and content of the executable. Detailed PE file analysis can reveal much about the executable's functionality and security. The PE file structure is composed of various sections, each serving a specific purpose.

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