Week 1: Understand Variables and Data Types

• Description: Learn about different data types in C, including integers, floats, characters, and how to declare and use variables.
• Tasks:
  • Research C data types
  • Create a program to demonstrate variable declarations
  • Practice using different data types in C

Week 2: Explore Operators and Expressions

• Description: Dive into C operators, expressions, and their precedence. Practice using arithmetic, relational, and logical operators.
• Tasks:
  • Research C operators and their usage
  • Implement programs showcasing various operators
  • Solve exercises involving complex expressions

Week 3: Master Control Flow and Loops

• Description: Understand control structures like if-else statements and loops such as for, while, and do-while. Apply them in simple programs.
• Tasks:
  • Study control flow structures in C
  • Create programs using if-else statements
  • Practice implementing loops in different scenarios

Week 4: Grasp Functions and Modular Programming

• Description: Learn the basics of functions, function prototypes, and modular programming. Create functions, understand scope, and practice modular code design.
• Tasks:
  • Research C functions and their syntax
  • Implement programs with modular design
  • Practice passing parameters to functions

Week 8: Apply Knowledge in Real-world Projects

• Description: Select a small project (e.g., a simple game, utility program) to implement using the knowledge gained in Phases 1 and 2.
• Tasks:
  • Define project requirements
  • Plan project structure
  • Implement and test the project

Week 9: Sharpen Problem-Solving Skills

• Description: Tackle a series of coding challenges to reinforce your understanding of C and enhance your problem-solving abilities.
• Tasks:
  • Solve a set of coding challenges
  • Analyze and optimize solutions
  • Seek feedback from peers

Week 5: Delve into Pointers and Memory Management

• Description: Explore the concept of pointers, dynamic memory allocation, and memory management. Understand the relationship between pointers and arrays.
• Tasks:
  • Study C pointers and memory allocation
  • Create programs demonstrating pointer usage
  • Practice dynamic memory allocation in C

Week 6: Learn File Handling in C

• Description: Understand file operations in C, including reading from and writing to files. Practice handling different file types.
• Tasks:
  • Research C file handling functions
  • Implement programs for reading and writing files
  • Explore error handling in file operations

Week 7: Introduction to Basic Data Structures

• Description: Explore basic data structures like arrays and linked lists. Implement algorithms using these structures to solve problems.
• Tasks:
  • Study basic data structures in C
  • Implement algorithms with arrays and linked lists
  • Solve problems using basic data structures

Where are Codeforwin's problems?

Problem Overview:

An issue has surfaced in the organization of my repository. Initially, I diligently solved a majority of Codeforwin's problems without the intention of uploading them to GitHub. However, after a few weeks, I recognized the importance of showcasing my work on GitHub for both learning purposes and maintaining a continuous code portfolio.

Folder Structure Discrepancy:

Unlike other platforms such as HackerRank, CodeForces, BeeCrowd, w3resource, and Online Judge, where I created a dedicated folder named Online Platform Problem Solving, I inadvertently included all my Codeforwin's problems in topic-wise folders. For instance, array problems were stored in the array's folder, and string problems in the string's folder, and so forth.

Current Organization:

As it stands, Codeforwin's problems are not segregated in a standalone folder like those from other platforms. Meanwhile, problems from diverse platforms are meticulously organized within the "Online Platform Problem Solving" folder, each with its own sub-folder.

Commitment to Organization:

Despite the inadvertent mix-up, I've strived to maintain a clean and organized structure for each folder. The repository serves as a comprehensive compilation of everything I've learned and solved in C. Should there be any overlooked topics, please bring them to my attention, and I'll promptly address them.

Collaboration and Teamwork:

I hold a deep appreciation for collaboration and teamwork. I value diverse opinions as they enrich the project with a multitude of perspectives, enhancing both options and accuracy.

Conclusion:

I appreciate your understanding and collaboration. If there are any suggestions or corrections, I'm open to feedback. Let's continue to create and code together!

Thank you, and happy coding 😇!

Where are CodeForWin's problems?

Problem Overview:

An issue has surfaced in the organization of my repository. Initially, I diligently solved a majority of CodeForWin's problems without the intention of uploading them to GitHub. However, after a few weeks, I recognized the importance of showcasing my work on GitHub for both learning purposes and maintaining a continuous code portfolio.

Folder Structure Discrepancy:

Unlike other platforms such as HackerRank, CodeForces, BeeCrowd, w3resource, and Online Judge, where I created a dedicated folder named Online Platform Problem Solving, I inadvertently included all my CodeForWin's problems in topic-wise folders. For instance, array problems were stored in the array's folder, and string problems in the string's folder, and so forth.

Current Organization:

As it stands, CodeForWin's problems are not segregated in a standalone folder like those from other platforms. Meanwhile, problems from diverse platforms are meticulously organized within the "Online Platform Problem Solving" folder, each with its own sub-folder.

Commitment to Organization:

Despite the inadvertent mix-up, I've strived to maintain a clean and organized structure for each folder. The repository serves as a comprehensive compilation of everything I've learned and solved in C. Should there be any overlooked topics, please bring them to my attention, and I'll promptly address them.

Collaboration and Teamwork:

I hold a deep appreciation for collaboration and teamwork. I value diverse opinions as they enrich the project with a multitude of perspectives, enhancing both options and accuracy.

Conclusion:

I appreciate your understanding and collaboration. If there are any suggestions or corrections, I'm open to feedback. Let's continue to create and code together!

Thank you, and happy coding 😇!