KnotenCore v1.0.48: The Marketplace Launch

Internal Flow

Modular Architecture

KnotenCore separates intelligence from execution. Your Agent defines the logic via AST; our engine handles the heavy lifting.

Module	Role & Core Function
executor.rs	Coordinator — Orchestrates data flow between all engine components.
evaluator.rs	Interpreter (JIT) — Recursive evaluation of logic and high-level UI nodes.
vm/mod.rs	Virtual Machine (AOT) — Ahead-of-Time Bytecode compiler for math-intensive loops.
renderer.rs	Eyes — WGPU Pipeline, Blinn-Phong shading, and Native 3D Primitives.
window.rs	Skin — Winit event-loop, native application lifecycle, and hardware input.
async_bridge.rs	Nervous System — Non-blocking background workers for networking and data.

Foundation

Engineered for AI-Readiness

KnotenCore provides a machine-validated environment. Every node and function is formally specified to eliminate LLM hallucinations.

// docs/LANGUAGE_REFERENCE/nod_grammar.ebnf
expr = math_op | logical_op | fn_call;
node = "{" variant ":" args "}";
block = "[" { node } "]";

// docs/LANGUAGE_REFERENCE/node_types.json
"MathDiv": {
    "type": "object",
    "properties": {
        "lhs": { "$ref": "#/definitions/node" },
        "rhs": { "$ref": "#/definitions/node" }
    },
    "additionalProperties": false
}

// CLI --output-format json
{
    "status": "fault",
    "msg": "Fault: Div by zero (at Node::MathDiv)",
    "node": "Node::MathDiv",
    "hint": "Ensure rhs is not zero"
}

KnotenCore eliminates human-centric boilerplate. AI writes Neural DSL for a bare-metal Agent VM – no React, no GC, binaries at ~7 MB.

Zero Boilerplate

No NPM, no config hell. AI generates the AST; the engine handles execution.

Machine-Readable

Standardized Schema and Grammar enable zero-context-loss generation.

AOT Bytecode VM

Recursive interpreter for UI, flat Opcode VM for intensive computation.

Progress

Sprint Milestones

Sprint 1

Concept & Neural DSL Vision

Sprint 25

First Stack Machine (Opcodes)

Sprint 58

Neural DSL Parser v0.1

Sprint 89

AOT-Compiler (Binary Emission)

Sprint 109

Lock-Free Input Architecture

Sprint 118

Native JSON Parsing & FFI Bridge

Sprint 121

WGPU 3D Primitives & Shading

Sprint 124

AI-Readiness: Self-Healing & Context Engine

Sprint 132

VS Code Extension (Phase 1)

Sprint 134

Audit Rectification — Security & Reality

Sprint 137–144

LSP: Diagnostics, Hover, Completion, Rename, Goto

Sprint 146–152

GPGPU Compute Shaders & AI-DX Bridge

Milestone: v1.0.48

The Marketplace Launch 🚀

Tag: v1.0.48 • Target: main

KnotenCore v1.0.48:
The Marketplace Launch 🚀

KnotenCore crosses the threshold from experimental to globally available. The VS Code Extension is live on the official Marketplace, the native LSP server delivers real-time diagnostics and auto-completion, and the engine now routes computation directly to the GPU via WGPU Compute Shaders.

🛒 VS Code Marketplace Launch (Sprint 150–151)

Install directly in VS Code:

ext install holger-bl.knotencore

•Syntax highlighting & snippets for .knoten and .nod files — live on the official Marketplace.
•Native knoten_lsp server: real-time diagnostics (ERR_UNKNOWN_NODE), hover docs, auto-completion, rename refactoring, goto-definition.
•Deep schema validation ("The Iron Shield") blocks malformed AST generation before execution.

⚡ GPGPU Compute Shader Acceleration (Sprint 146–152)

•LoadComputeShader(wgsl_source) compiles WGSL shaders natively on the GPU via wgpu::Device.
•DispatchCompute(id, x, y, z) fires GPU workgroups — for AI inference, simulations, data-parallel tasks.
•Verified through all 10 engine layers: AST → Opcode → Compiler → VM → Registry → Window.

🔒 Compliance & Integrity

•cargo clippy --workspace --all-targets -D warnings — 0 warnings. Enforced by GitHub Actions CI.
•3-Gate CI: cargo fmt → cargo clippy → cargo test. Every push to main is automatically verified.
•Audit autonomously conducted by AI Agent Antigravity — live proof of KnotenCore AI-Readiness.

Performance

AOT Compiler & Constant Pool

v1.0.28-alpha emits flat RPN-Bytecode. Reoccurring values (Strings, Floats) automatically stream into the deduplicated constant pool. This yields near O(1) allocation during AST evaluation and stops heap-explosion cold.

compiler.rs (v1.0.28-alpha)

// Memory Deduplication
let idx = compiler.add_constant(RelType::Int(10));
compiler.instructions.push(OpCode::Constant(idx));

async_bridge.rs

// Resilient Async Networking
let agent = ureq::AgentBuilder::new()
    .timeout(Duration::from_secs(10))
    .build();

Connectivity

Resilient AsyncBridge

Built for the modern web. The AsyncBridge offloads blocking I/O (like Fetch nodes) to dedicated background workers with strict timeouts. Your Agent stays responsive while global data is being retrieved.

Security

Hardened Sandbox

Security is not an afterthought. v1.0.28-alpha implements Strict Permissions by default. Agents cannot access the network or file system unless explicitly authorized via CLI flags. Absolute isolation for autonomous code.

run_knc.rs

// Secure by Default
engine.permissions.allow_fs_read = false;
engine.permissions.allow_fs_write = false;

machine.rs

// Error-Hardened ALU
OpCode::Add => {
    let r = stack.pop().ok_or("Stack underflow")?;
    let l = stack.pop().ok_or("Stack underflow")?;
    stack.push(l + r);
}

Turing-Complete

Stack-based Bytecode VM

The execution engine is now a true stack-machine (Instruction-Pointer based). Thanks to compiler backpatching, it natively supports conditional branching, loops, and blazingly fast RPN operations.