C++ · CMake · native system evolution
C++ public engineering lineage
Public C++ work includes Conway's Game of Life and Go Fish from 2020, preceding the current GetBibleSWORD native engine and its stable C interoperability boundary.
- Role
- Author of the public 2020 C++ implementations and architect/developer of the current GetBibleSWORD engine.
- Evidence
- 3 direct public links
Purpose and value
Why this system exists
The public chronology matters: recent C++20 work is not the beginning of native-language capability. The smaller 2020 applications provide earlier inspectable evidence; GetBibleSWORD shows how that capability is now applied to ABI design, native dependencies, deterministic protocols, conformance, packaging, and cross-architecture delivery.
Author of the public 2020 C++ implementations and architect/developer of the current GetBibleSWORD engine.
System structure
Architecture
- 01
Game of Life models state transitions and simulation rules in a portable CMake project.
- 02
Go Fish provides a second public object-oriented C++ application from 2020.
- 03
GetBibleSWORD advances the public record into a native engine, CLI, C ABI, and deterministic streaming contract.
Boundaries
Principal interfaces
Judgement
Engineering decisions
Present repository dates as the start of public evidence, not the start of professional language experience.
Show progression from smaller applications to maintained native platform infrastructure.
Keep the README's acknowledged starting point for Game of Life visible rather than erasing provenance.
Confidence model
Delivery, validation, and maintenance
- Two directly inspectable C++ repositories from 2020
- Portable CMake build documentation
- Current conformance and ABI evidence through GetBibleSWORD
- No arbitrary proficiency score
Direct sources