lar-uri

Parse, validate, and canonicalize lar:/// URIs with HA.KA.BA format.

12|1|Updated Aug 29, 2025
One-click install
npx skills add https://github.com/amorphous-dreams/Synthetic-Dream-Machine --skill lar-uri
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: lar-uri
Source: https://github.com/amorphous-dreams/Synthetic-Dream-Machine/tree/main/lares/ha-ka-ba/api/v0.1/pono/lar-uri
Command: npx skills add https://github.com/amorphous-dreams/Synthetic-Dream-Machine --skill lar-uri

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill provides reliable parsing, validation, and canonicalization for lar:/// URIs, ensuring consistent addressing and preventing malformed forms.

Core Features & Use Cases

  • Canonicalization: Convert render-target or variant URIs into a stable, record-form address.
  • Validation & Parsing: Enforce HA.KA.BA slot structure, path class, and FFZ encoding rules.
  • Audit & Derivation: Support deriving authority slots and constructing URIs for systems using lar URIs.

Quick Start

Validate a sample lar URI and return its canonical form

Frequently Asked Questions about lar-uri

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I validate and canonicalize lar:/// URIs?

Canonicalization converts render-target or variant URIs into a stable record-form address by enforcing the HA.KA.BA slot structure, path class rules, and FFZ chronometer encoding to ensure consistent addressing.

What is the HA.KA.BA format for lar URI parsing?

During lar URI parsing, the HA.KA.BA format enforces a strict five-slot structure alongside session and FFZ chronometer encoding rules to validate inputs and prevent malformed address forms across projects.

How do I derive authority slots when constructing lar URIs?

Deriving authority slots involves using the audit and derivation features to parse existing addresses and construct valid lar URIs by applying the HA.KA.BA five-slot format and FFZ chronometer encoding rules.

Why does lar URI validation fail on malformed session structures?

Validation fails because the parser strictly enforces the five-slot HA.KA.BA format, session structure, and FFZ chronometer encoding, rejecting any lar URI inputs that deviate from these canonical addressing rules.

Can I use lar URI canonicalization for render-target addresses across different projects?

lar URI canonicalization supports render-target addresses across projects and tools by converting variant URIs into stable record-form addresses, enforcing HA.KA.BA slot structure and FFZ encoding for consistent addressing.