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Codex Plain-Language AI Coding Agent Tutorial is an all-in-one systematic hands-on course covering AI programming + advanced C++ + MFC desktop development + DLL low-level development + game reverse engineering. The course progresses from the basics to the advanced: first, it guides learners to master cutting-edge Codex AI coding agent applications, enabling large model integration, office automation, and API development implementation; then it deeply consolidates core C++ syntax and advanced object-oriented knowledge, and comprehensively masters various MFC controls and graphics development; finally, it implements DLL dynamic library development, DLL injection, process traversal, and privilege escalation hands-on operations, and combines game reverse engineering cases to teach high-level techniques such as reverse engineering CALL finding, base address traversal, data reading, and binary tree traversal step by step. The entire course is practice-driven, from efficient AI agent programming and desktop software interface development to low-level library development, reverse debugging, memory analysis, and game feature implementation, fully connecting the entire technical chain of AI-assisted programming, application development, low-level advancement, and reverse engineering practice. Learners will not only learn to write code efficiently with AI tools, but also solidly master Windows desktop development and core reverse engineering capabilities, establishing a complete technical loop from coding to debugging.

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This course balances beginner entry and advanced improvement, and is a rare comprehensive hands-on course combining AI programming, desktop development, and reverse engineering. Say goodbye to fragmented single-topic learning and help technology learners build a complete technical stack. It not only enables quick entry into AI programming and desktop development to improve daily development efficiency, but also helps technology enthusiasts solidify low-level capabilities, expand core reverse engineering skills, and achieve systematic improvement of full-stack technical abilities.

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• 1.How to Quickly Use Codex
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• 2.Codex Integration with Domestic Large Models
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• 3.Easily Master Excel with Codex
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• 4.Codex Calls API to Generate Course Cover
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• 5.Using MFC Scroll Bar Controls
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• 6.MFC Up-Down Button Control Spin Control
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• 7.MFC DC Drawing Techniques
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• 8.MFC Graphics Controls and Double-Buffering Drawing Techniques
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• 9.Drawing Graphics with MFC Three Primary Colors
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• 10.MFC Timers, Progress Bars, and Sliders
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• 11.MFC List Control List View Control
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• 12.MFC Tree Control
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• 13.Tab Control
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• 14.MFC Animation Control and Date Calendar Control
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• 15.MFC IP Address Control, Split Button, and Hyperlink
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• 16.MFC Menu Bar and Shortcut Key Settings
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• 17.Two Ways to Call Dynamic Libraries from C++ and Calling C++ Dynamic Libraries from Python
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• 18.extern Keyword and Macro Definitions, C and C++ Mixed Development
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• 19.Detailed Explanation of C++ Object-Oriented Inheritance
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• 20.Polymorphism and Virtual Functions, Disassembly to Find Virtual Table
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• 21.Object-Oriented Multiple Inheritance, Diamond Inheritance, and Virtual Inheritance
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• 22.C++ Static Members static and Singleton Design Pattern
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• 23.DLL Export Classes and def File Usage
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• 24.DLL Entry DllMain Function Analysis
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• 25.MFC DLL Shared Library, Static Library, Extension Library
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• 26.DLL Injector Display Process List Dialog Interface
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• 27.DLL Injector Display First Process
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• 28.DLL Injector Only Display Window Processes
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• 29.DLL Injector Enumerate Process Modules and Their Base Addresses
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• 30.DLL Injector File Dialog to Load DLL
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• 31.DLL Injector Export Function Interface Display
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• 32.DLL Injector dll File Mapping
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• 33.DLL Injector Get dll Export Functions
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• 34.DLL Injector Get dll File Export Table
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• 35.DLL Injector Get Export Functions in Main Interface
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• 36.DLL Injector Process Privilege Escalation Operation
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• 37.Tianlong Locate send Packet Function and Find call Principle
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• 38.Tianlong Locate Pathfinding call and Disassembly Analysis of Injection Parameters
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• 39.Tianlong C++ Implement Pathfinding call
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• 40.Tianlong xdbg Reverse Analysis of Character Data Base Address
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• 41.Tianlong C++ Dynamic Library Calling Static Library
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• 42.Tianlong C++ Read HP and MP
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• 43.Tianlong Reverse Analysis of Backpack Data 01
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• 44.Tianlong Reverse Analysis of Backpack Data 02
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• 45.Tianlong Reverse Analysis of Backpack Item Data
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• 46.Tianlong C++ Read Inventory Item Names
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• 47.Tianlong Reverse Engineering Traverse Character Surroundings
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• 48.Tianlong C++ Recursive Preorder Traversal of Surrounding Binary Tree Environment Objects
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• 49.Tianlong Traverse Skill Binary Tree 01
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• 50.Tianlong Traverse Skill Binary Tree 02
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• 51.Tianlong C++ Traverse Skill Binary Tree Recursion and Set Deduplication
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💡 Learning Tip:Content reflects industry practices at time of publication. Please refer to the latest platform rules when learning.

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