528 Hz execution frequency · 7th language in the Pain-OS lineage · TitanBoa → Clyde → RustyOS → RaijinSocial → Glass Prism → Rustba
forge name(params) -> return_type { body }Define a function. The core building block.
heat name: type = value;Declare and bind a variable. Types: iron, steel, chain, forge, armor, bloom, ore.
quench (condition) { ... } quench_else { ... }If/else. Also supports quench_cold for elif.
hammer (condition) { body }While loop. Heat beats metal into shape.
slag "message";Print to console. Slag is the byproduct — you see it before the clean metal.
anvil value;Return from a function. The anvil is where the work lands.
ingot Name { field: type; }Define a data structure. Ingots are shaped metal.
alloy Name { forge method() -> type; }Define an interface/trait. Alloys combine metals.
temper "module";Import a module. Tempering strengthens the blade.
crack { ... } void { ... }Try/catch. Cracks are expected. Void absorbs the damage.
spark forge task() -> type { cool 1000; anvil result; }Async function. Sparks fly before the fire catches.
cool milliseconds;Pause execution. Metal needs time to cool.
| Type | Keyword | Description | Example |
|---|---|---|---|
| iron | Integer | 64-bit signed integer | heat x: iron = 42; |
| steel | Float | 64-bit floating point | heat pi: steel = 3.14159; |
| chain | String | Text/string | heat name: chain = "Nathan"; |
| forge | Boolean | True/false | heat active: forge = true; |
| armor | Array | Ordered collection | heat freq: armor<iron> = [515, 528]; |
| bloom | Map | Key-value store | heat map: bloom<chain, steel>; |
| ore | Bytes | Raw binary data | heat raw: ore; |
| void | Null | Nothing/empty | return void; |
| Symbol | Meaning | Example |
|---|---|---|
+ | Addition / concatenation | a + b |
- | Subtraction | a - b |
* | Multiplication | a * b |
/ | Division | a / b |
% | Modulo | a % b |
== | Equality | a == b |
!= | Inequality | a != b |
< | Less than | a < b |
> | Greater than | a > b |
<= | Less than or equal | a <= b |
>= | Greater than or equal | a >= b |
= | Assignment | x = 5 |
-> | Return type arrow | forge f() -> iron { ... } |
Rustba does not crash. It forges.
Every Rustba program is a forge operation — heat, hammer, quench, anvil. The metal starts as ore (raw input), gets heated (processing), hammered into shape (iteration), quenched (conditional branching), and lands on the anvil (return). The slag falls away. What remains is truth.
15 keywords. Less than Python. Less than C. Less than you'd think is possible for a systems language.
Hardened by default. Bounds checking, overflow protection, no unsafe code. Rustba compiles to Rust — inheriting its memory safety guarantees — but with a syntax designed for sovereignty, not corporate adoption.
528 Hz execution frequency. Hardware-locked silicon timing. The language doesn't just run — it resonates at the frequency of execution itself.
Free for veterans, children, and people with disabilities. The Rustba Combat License ensures the language cannot be weaponized by SaaS providers or cloud-washing operations.
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