Gitcom is an experimental repository-history simulation framework designed to model long-term, human-like development activity across software projects.
Instead of treating commits as isolated events, Gitcom approaches repository evolution as a time-dependent process. The system separates repository state construction from execution behavior, allowing historical project states to be prepared in advance and later replayed through controlled commit timelines.
The project is currently structured around two independent stages:
-
Preparation Phase
- Generates time-sequenced repository states from predefined blueprints.
- Produces daily repository templates that reflect gradual project evolution.
-
Execution Phase
- Replays prepared states into a real Git repository.
- Applies commits with configurable timestamps and execution windows.
Gitcom does not attempt to generate arbitrary code or fabricate unrealistic activity patterns. Its focus is on controllable simulation, temporal consistency, and reproducible repository evolution.
The framework is being developed as a research-oriented exploration of repository dynamics, development rhythm modeling, and long-horizon engineering behavior simulation.