🏛️ Core C++ Systems Engineering & Algorithmic Design Hub

A low-level, high-performance systems engineering sandbox and algorithmic verification engine. This repository functions as a deterministic environment for validating modern C++ system mechanics, enforcing memory safety invariants, implementing abstract data types (ADTs) from bare-metal primitives, and benchmarking algorithmic scaling boundaries.

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🎯 Strategic Intent & Core Objectives

This repository serves as a dual-track engineering workspace combining core programming execution with structural computer science theory:

1. The Language Track: Transitioning systematically from foundational C++ syntax to advanced runtime concepts (OOP, STL internals, Smart Pointers, and Exception Handling).
2. The Algorithmic Track: Implementing core Data Structures as Abstract Data Types (ADTs) from scratch to master memory layout, before applying them to advanced algorithmic patterns.

🚀 Architectural Overview & Core Tracks

This ecosystem serves as a centralized, deterministic testing environment for synthesizing language mechanics and algorithmic strategies:

• System-Level C++ Mastery: Tracking memory safety, type infrastructure, allocation mechanics, RAII boundaries, and move semantics.
• Abstract Data Types & Analysis: Rigorous verification of mathematical properties, memory footprints, and time/space complexity optimization strategies.

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📂 System Architecture Specification

DSA-MASTERY/
├── .github/                   # Automated continuous integration workflow engines
├── cmake/                     # Modular build-system parameters and helper configurations
├── docs/                      # Authoritative Technical Specifications & Conceptual Frameworks
│   ├── 01_cpp_basic_to_beyond # Stack vs Heap layouts, Pointer decay mechanics, Sequence structures
│   ├── 02_oop_engineering     # VTable layouts, Virtual dispatch costs, Abstract interface layers
│   ├── 03_stl_deep_dive       # Internal allocations of sequential, associative, & adapter containers
│   ├── 04_io_streams          # High-throughput file streams & custom buffer serialization interfaces
│   ├── 05_advance_cpp         # Rvalue references, move semantics, RAII, & Exception Safety levels
│   └── 06_dsa_theory          # Recurrence relations, asymptotic complexities, & proof mechanics
└── src/                       # Sealed, Production-Grade Executable Code Engine
    ├── cpp_sandbox/           # Isolated Multi-file experiments & advanced language benchmarks
    │   ├── 01_fundamentals/   # Pointer arithmetic validation and string footprint tracking
    │   └── 05_advanced_cxx/   # Move semantics benchmarks and exception tracking modules
    ├── data_structures/       # Custom, generic (template-based), zero-leak data structures
    │   ├── arrays/            # Continuously allocated resizing array vector structures
    │   └── linked_lists/      # Forward and doubly-linked node management layouts
    └── patterns/              # Algorithmic state machines conforming to LeetCode system limits
        ├── sliding_window/    # Dynamic-size and fixed-size contiguous index processing
        └── two_pointers/      # Linear time complexity space convergence techniques