neuromorphic.sl
// Spiking neural network fn simulate_snn(steps: i64) -> i64 { let neuron = create(1.0, 0.9) let spikes = 0 }
pattern_match.sl
enum Shape { Circle(f64), Rect(f64,f64) } fn area(s: Shape) { match s { Circle(r) => r*r } }
tensor_ops.sl
// tensor ops fn forward() { let w = tensor(8,8) let x = tensor(8,1) }
concurrency.sl
async fn process(data) {
spawn {
send(data)
}
}
The compiler compiles itself. Produces native executables with deterministic builds.
Compiles to native machine code. No interpreter, no bytecode, no VM.
Bare-metal OS with GUI, file system, kernel modules and zero dependencies.
Spike engines, STDP learning, LIF neurons, hippocampal memory systems.
Mutex, channels, async tasks, and deadlock detection built-in.
Type inference with polymorphism, unification, and flow typing.
Effect handlers, borrow regions, and lifetime tracking system.
Memory safety via ownership, move semantics, and immutability.
ML, cryptography, graphs, compression, bioinformatics & more.
Vitalis source files
Zero-copy tokenizer, 80+ tokens
Recursive-descent, 30+ AST nodes
Hindley-Milner + ownership + effects
30 instruction variants
DCE, CSE, constant folding, inlining
Native x86-64 machine code
12 token types, keyword table
Recursive-descent, 200K node buffer
Scope resolution, builtin registry
SSA IR, 200K instruction buffer
Linear-scan, live intervals
REX, ModR/M, label fixups
DOS stub, COFF, sections, imports
The kernel boots through a precisely ordered initialization sequence. After UEFI firmware loads the binary, efi_main() takes control and launches the graphical desktop.
COM1 at 115200 baud 8N1
Locate UEFI Graphics Output Protocol
Search configuration tables
Get UEFI memory descriptors
Transition to bare-metal
Kernel/user segments
Interrupt handling setup
Physical memory bitmap
Kernel heap allocator
Kernel stack via trampoline
Page tables, mapping
PIT + keyboard/mouse
ramfs + VFS mount
Graphical UI launch