prototype.rs
v0.1.0 — First Iteration
Forging durable prototypes from raw ideas
The Forge
Every prototype begins as ore — raw, unrefined, full of potential impurities. The forge of prototype.rs heats these raw ideas until they become malleable, then hammers them into shape through repeated compilation cycles. What emerges is not fragile wireframe but tempered structure.
The Rust philosophy demands that we think before we allocate, that we own before we share, that we prove correctness before we ship. Prototyping under these constraints is slower at first, but what survives the borrow checker survives everything.
Zero-Cost Abstractions
Safety is not a feature bolted on after the fact. It is the substrate — the graphite base upon which every copper trace is etched. In prototype.rs, memory safety is guaranteed at compile time. There are no runtime surprises, no segfaults lurking in production shadows.
The abstractions we build cost nothing at runtime because they are resolved before the binary is emitted. This is the promise: think carefully once, run fearlessly forever.
Borrow and Return
Ownership is the central discipline. Every resource has exactly one owner. When you borrow, you return. When you move, the source is consumed. This model, applied to prototyping, means no orphaned experiments, no dangling dependencies, no leaked allocations of creative energy.
The borrow checker is not an obstacle — it is a collaborator that forces clarity of thought. It asks: who owns this idea? Who has permission to modify it? When does it get dropped?
Compile, Test, Ship
The iteration loop is tight. Write. Compile. Fix. Compile again. Each cycle strips away another layer of uncertainty. The compiler is merciless but honest — it will never tell you everything is fine when it is not.
When the build succeeds, when every test passes, when clippy has no complaints — then, and only then, does the prototype earn the right to call itself a release candidate.