Advanced C for Compiler Design and Reverse Engineering
Master advanced C techniques to build compilers and reverse engineer code, equipping you with the skills to analyze, optimize, and secure software systems.
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Pointers Revisited: Mastering Memory Management
Unit 1: Pointer Fundamentals and Dynamic Allocation
Unit 2: Memory Management Best Practices
Advanced Pointer Arithmetic and Array Manipulation
Unit 1: Pointer Arithmetic and Arrays
Unit 2: Multi-Dimensional Arrays and Dynamic Arrays
Function Pointers: Dynamic Function Calls
Unit 1: Fundamentals of Function Pointers
Unit 2: Advanced Applications
Pointers to Pointers: Complex Data Structures
Unit 1: Pointers to Pointers and Dynamic Structures
Unit 2: Advanced Memory Management and Applications
Structures and Unions: Data Representation
Unit 1: Structures: Combining Data
Unit 2: Unions and Bit Fields
Bitwise Operations: Low-Level Manipulation
Unit 1: Fundamentals of Bitwise Operations
Unit 2: Advanced Bitwise Techniques and Applications
File I/O: Advanced Techniques
Unit 1: Advanced File I/O Operations
Unit 2: Custom File Formats and System Calls
Preprocessor Directives: Conditional Compilation
Unit 1: Conditional Compilation Directives
Unit 2: Macro Definitions and Advanced Usage
Debugging with GDB: Finding and Fixing Errors
Unit 1: GDB Fundamentals
Unit 2: Advanced Debugging Techniques
Memory Debugging with Valgrind: Detecting Memory Errors
Unit 1: Valgrind Fundamentals and Memcheck
Unit 2: Advanced Valgrind Tools and Techniques
Introduction to Compiler Design: Lexical Analysis
Unit 1: Compiler Phases and Lexical Analysis Fundamentals
Unit 2: Automating Lexical Analysis with Flex
Parsing: Syntax Analysis
Unit 1: Fundamentals of Parsing
Unit 2: Parsing in Practice with Bison
Abstract Syntax Trees (ASTs): Data Structure for Code Representation
Unit 1: AST Design and Implementation
Unit 2: AST Traversal and Optimization
Symbol Tables: Managing Identifiers
Unit 1: Symbol Table Fundamentals
Unit 2: Advanced Symbol Table Concepts
Semantic Analysis: Type Checking and Error Detection
Unit 1: Fundamentals of Semantic Analysis and Type Checking
Unit 2: Implementing Type Checking and Error Handling
Intermediate Code Generation: Translating to a Lower Level
