- Introduction to C programming, focusing on writing a simple "Hello, World!" program to understand basic syntax and compilation.
- Exploring C variables, control flow statements like if, else, and while loops for decision-making and iterative operations.
- Defining functions in C and using nested loops to perform complex tasks and improve code modularity and reusability.
- Techniques for debugging C programs and common strategies for identifying and fixing errors.
- Advanced use of functions and nested loops in C to handle more complex programming problems and enhance code efficiency.
- Understanding pointers, arrays, and strings in C, including memory management and how to manipulate data through pointers and array indexing.
- Further exploration of pointers, arrays, and strings, focusing on their interrelations and practical applications in C programming.
- Continued study of pointers, arrays, and strings, with more complex exercises and applications to deepen understanding.
- Introduction to recursion in C, where functions call themselves to solve problems by breaking them down into smaller, manageable sub-problems.
- Creating and using static libraries in C, including the process of compiling code into a static library and linking it to applications.
- Implementing variadic functions in C, which accept a variable number of arguments, using macros and standard library functions like va_list.
- Working with singly linked lists in C, including defining list nodes, traversing lists, and implementing basic operations like insertion and deletion.
- Advanced topics in singly linked lists, including more complex operations and optimizations for handling list data.
- Techniques for bit manipulation in C, including bitwise operators and common practices for manipulating and analyzing individual bits in data.
- File input and output operations in C, including reading from and writing to files, and handling file pointers and streams.
- Understanding doubly linked lists in C, where each node points to both the next and previous nodes, allowing for bidirectional traversal and manipulation.
- Creating and using dynamic libraries in C, including the process of compiling shared libraries and linking them at runtime.
- Handling command-line arguments in C using argc and argv to pass information to programs and process user input from the command line.
- Memory management in C using malloc and free functions to allocate and deallocate memory dynamically during program execution.
- Advanced memory management techniques in C, including error handling and optimization strategies for dynamic memory allocation.
- Using the C preprocessor for tasks like macro definition, file inclusion, and conditional compilation to control the compilation process.
- Defining and using structures and typedef in C to create custom data types and organize related data into cohesive units.
- Understanding and using function pointers in C to implement callback functions, dynamic function execution, and improve code flexibility.
- Implementing hash tables in C, including hash functions, collision resolution techniques, and practical applications for efficient data retrieval.
- Creating and managing Makefiles for automating the build process in C projects, including compiling, linking, and dependency management.
- Exploring search algorithms in C, including linear search and binary search, and analyzing their performance and efficiency for finding data.