
Contributed to the shweatank/Mirafra_LDD_BATCH_2 repository by developing features centered on data management, system programming, and concurrency. Built a menu-driven student records manager using singly linked lists in C, enabling efficient record addition, deletion, and display. Demonstrated core system programming concepts through dedicated modules for arithmetic, process management with fork and wait, and file I/O. Developed a multithreaded arithmetic application leveraging POSIX threads, mutexes, and condition variables to synchronize operations and persist results. Undertook comprehensive codebase cleanup, removing legacy modules and outdated build artifacts to streamline maintenance and clarify project structure, establishing a robust foundation for future enhancements.
April 2025 performance summary for shweatank/Mirafra_LDD_BATCH_2. Delivered targeted features focused on data management, system programming demonstrations, and concurrency capabilities, while significantly reducing technical debt through codebase cleanup. Key features delivered include: Student Records Linked List Management; System Programming Concepts Demo Suite; Multithreaded Arithmetic and File I/O. A major Codebase Cleanup and Legacy Deprecation reduced maintenance surface by removing legacy modules and stale build artifacts. Impact: improved maintainability, clearer project boundaries, and a solid foundation for future enhancements. Technologies demonstrated include C fundamentals, singly linked lists, system calls (fork/wait), pthreads with mutexes/condvars, function pointers via typedefs, and makefile-based builds.
April 2025 performance summary for shweatank/Mirafra_LDD_BATCH_2. Delivered targeted features focused on data management, system programming demonstrations, and concurrency capabilities, while significantly reducing technical debt through codebase cleanup. Key features delivered include: Student Records Linked List Management; System Programming Concepts Demo Suite; Multithreaded Arithmetic and File I/O. A major Codebase Cleanup and Legacy Deprecation reduced maintenance surface by removing legacy modules and stale build artifacts. Impact: improved maintainability, clearer project boundaries, and a solid foundation for future enhancements. Technologies demonstrated include C fundamentals, singly linked lists, system calls (fork/wait), pthreads with mutexes/condvars, function pointers via typedefs, and makefile-based builds.

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