Foundation of Programming
Programming Foundations
Understanding the C programming language is essential as it forms the basic syntax and structure of most modern languages.
The use of C++ with STL introduces object-oriented concepts and standard libraries, which are pivotal for complex problem solving.
Grasping data structures is crucial for managing data efficiently, which is the backbone of algorithm development and computational thinking.
These foundational skills are a prerequisite for tackling advanced topics like web development, database management, and application development, ensuring a well-rounded skill set for any aspiring programmer.
- Introduction to C programming
- History of C
- Overview of C language features and syntax
- Setting up a development environment
- Basic data types and operations
- Variables and constants
- Data types (int, float, char, etc.)
- Arithmetic and logical operators
- Type casting
- Control flow and loops
- Conditional statements (if, if-else, switch)
- Loops (for, while, do-while)
- Jump statements (break, continue, goto)
- Functions
- Defining and calling functions
- Function parameters and return values
- Scope of variables
- Arrays and pointers
- Arrays and array operations
- Pointers and pointer operations
- Array and pointer arithmetic
- Structures and unions
- Defining and using structures
- Structures and pointers
- Unions and their uses
- File input/output
- Opening and closing files
- Reading and writing data
- Binary and text files
- Advanced topics
- Preprocessor directives
- Memory management
- Command-line arguments
- Standard Library Functions
- String functions
- Math functions
- Time and date functions
- Introduction to C++:
history, evolution, and features of the language. - Basic Syntax: data types, variables, operators, expressions, control structures, and functions.
- Object-Oriented Programming: classes, objects, constructors, destructors, inheritance, polymorphism, and encapsulation.
- Templates and Generic Programming: function templates, class templates, and the Standard Template Library (STL).
- Memory Management:
stack and heap memory, memory allocation, and deallocation, and smart pointers. - Exception Handling:
exception handling concepts, try-catch blocks, and throwing and catching exceptions. - File Input/Output:
reading and writing to files using the C++ standard library. - Standard Template Library (STL):
containers, iterators, and algorithms. - Advanced Topics:
templates, namespaces, and advanced features of the language. - Debugging and testing:
tools and techniques for debugging and testing C++ code.
- Brush up C Language Data Types, Constants & Variables
- Stucture
- Linked list :
- Singly
- Singly Circular
- Doubly, Circular,
- Doubly Circular
- Stack :
- Static
- Dynamic
- Operations
- Queue :
- Static
- Static circular
- Dynamic
- Dynamic Circular
- Double ended
- Double ended Circular
- Priority Queue
- Liner Search, Binary Search
- Sorting
- Tree : Binary tree, Bst TreeAVL
- Graph : BFS, DFS
Duration
100 hours