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+# Table of Contents
+1. [C Language DSA Roadmap](#c-language-dsa-roadmap)
+2. [C Language DSA Resources](#c-language-dsa-resources)
+3. [Language-Agnostic DSA Roadmap](#language-agnostic-dsa-roadmap)
+4. [Language-Agnostic DSA Resources](#language-agnostic-dsa-resources)
+
+# C Language DSA Roadmap
+
+## Learning Path Visualization
+[![](https://mermaid.ink/img/pako:eNqFUrluwzAM_RVBczL0mDwUcKxcQ4AA7lQ7A2MxtgFLCnQECIL8exUd7VC01SKR7_GJetSNdoojLWiv4TyQd9ZK4lfZ1Ba0PZD5_I0smoqsnOQgUFqYzCFyFgGsmh0Kpa9kBxJ6fFASXgWcNQswY0cYWCC11a6zTmPWYIGzbEp-Adkh_5O2SlLl1Cs92kFkeBng9bfKD8YqMmKwDsGm2Wt1nFCQWk2XUfaJugnotqmvxnqQoRl76bGIGneMTrV0P4BB8lT4h4a-TEuTMXFDyX-tei5ItC3XVP_XvPiblEbC6jJXpWkt0yP_13gtSDYpayRTNnHbfmnQGRWoBYzc_47bI91SO_gBt7TwR44ncJN9qNw9FZxV9VV2tPCzwxnVyvVDDtyZg0U2gm9G5OQZ5IdSPjz5L4X3TwxRxxs?type=png)](https://mermaid.live/edit#pako:eNqFUrluwzAM_RVBczL0mDwUcKxcQ4AA7lQ7A2MxtgFLCnQECIL8exUd7VC01SKR7_GJetSNdoojLWiv4TyQd9ZK4lfZ1Ba0PZD5_I0smoqsnOQgUFqYzCFyFgGsmh0Kpa9kBxJ6fFASXgWcNQswY0cYWCC11a6zTmPWYIGzbEp-Adkh_5O2SlLl1Cs92kFkeBng9bfKD8YqMmKwDsGm2Wt1nFCQWk2XUfaJugnotqmvxnqQoRl76bGIGneMTrV0P4BB8lT4h4a-TEuTMXFDyX-tei5ItC3XVP_XvPiblEbC6jJXpWkt0yP_13gtSDYpayRTNnHbfmnQGRWoBYzc_47bI91SO_gBt7TwR44ncJN9qNw9FZxV9VV2tPCzwxnVyvVDDtyZg0U2gm9G5OQZ5IdSPjz5L4X3TwxRxxs)
+
+## Detailed Breakdown
+
+### Phase 1: C Fundamentals (2-3 weeks)
+- Pointers and pointer arithmetic
+- Dynamic memory allocation
+- Structures and unions
+- File handling
+- Preprocessor directives
+- Makefile creation
+
+### Phase 2: Memory Management (2 weeks)
+- Stack vs Heap
+- Memory leaks
+- Buffer overflows
+- Pointer safety
+- Valgrind usage
+- GDB debugging
+
+### Phase 3: Core DSA (8-10 weeks)
+1. Basic Data Structures
+   - Arrays and strings
+   - Linked lists (single, double, circular)
+   - Stacks
+   - Queues
+   - Hash tables
+
+2. Advanced Data Structures
+   - Trees (Binary, BST, AVL)
+   - Graphs (Adjacency matrix/list)
+   - Heaps
+   - Tries
+   - Disjoint sets
+
+3. Basic Algorithms
+   - Searching (Linear, Binary)
+   - Sorting (Bubble, Selection, Insertion)
+   - Recursion
+   - Basic graph traversals
+
+### Phase 4: Advanced Topics (8-10 weeks)
+1. Advanced Algorithms
+   - Advanced sorting (Quicksort, Mergesort, Heapsort)
+   - Dynamic Programming
+   - Greedy Algorithms
+   - Advanced graph algorithms
+   - String algorithms
+
+2. Problem Solving
+   - LeetCode problems
+   - Competitive programming
+   - System design basics
+   - Code optimization
+
+# C Language DSA Resources
+
+## Online Platforms
+1. [GeeksforGeeks C Programming](https://www.geeksforgeeks.org/c-programming-language/)
+   - Extensive C tutorials
+   - DSA implementations in C
+   - Practice problems
+
+2. [CodeForces](https://codeforces.com/)
+   - Competitive programming platform
+   - Many solutions in C
+   - Regular contests
+
+3. [HackerRank C Practice](https://www.hackerrank.com/domains/c)
+   - Structured C programming tasks
+   - Gradually increasing difficulty
+   - Immediate feedback
+
+## Books
+1. "Data Structures Using C" by Reema Thareja
+   - Comprehensive coverage
+   - Practical examples
+   - Exercise problems
+
+2. "The C Programming Language" by Kernighan and Ritchie
+   - Fundamental C concepts
+   - Written by C's creators
+   - Essential reference
+
+3. "Mastering Algorithms with C" by Kyle Loudon
+   - Focus on implementation
+   - Performance analysis
+   - Real-world applications
+
+## GitHub Repositories
+1. [C Data Structures](https://github.com/fragglet/c-algorithms)
+   - Common DSA implementations
+   - Well-documented code
+   - Testing included
+
+2. [C Programming Resources](https://github.com/aleksandar-todorovic/awesome-c)
+   - Curated list of resources
+   - Frameworks and libraries
+   - Learning materials
+
+## Interactive Learning
+1. [CS50x](https://cs50.harvard.edu/x/)
+   - Harvard's intro course
+   - Strong C foundation
+   - Hands-on projects
+
+2. [Learn-C.org](https://www.learn-c.org/)
+   - Interactive tutorials
+   - Practice exercises
+   - Immediate feedback