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Object-Oriented Framework for C11 (Calciom)

The Calciom Framework is a specialized ecosystem designed to modernize software architecture within pure procedural programming environments. It provides the low-level boilerplate, macro-architecture models, and structural conventions required to build robust, maintainable, object-oriented systems natively in Standard C.

Direct Object Orientation Without C++ Bloat

Rather than forcing a transition to heavier runtimes, Calciom brings strict structural safety patterns to systems developers while keeping the raw performance of a pure C toolchain intact:

  • Core Paradigms: Enables native implementation of classes, formal interfaces, polymorphism, and encapsulated inheritance trees.
  • Uncompromised Bare-Metal Access: Because the ecosystem compiles directly under standard C11, developers retain complete, unhindered control over registers, memory mapping, and low-level hardware structures.
  • No Platform Overheads: Eliminates the necessity for fragile Platform Invocation Services (P/Invoke) or foreign function interface wrappers, ensuring a unified compilation path on embedded or high-performance systems.

Status: Ongoing engineering. Technical documentation on macro layouts, runtime vtables, and interface binding strategies will be indexed below.