TriadicFrameworks
Overzicht

rtt-sdk

# beacon.py — helper utilities for RTT beacon events (beta)
 
import time
import random
 
 
def create_session_id():
    return "rtt-" + hex(int(time.time()))[2:] + "-" + hex(random.getrandbits(32))[2:]
 
 
def collect_structure_snapshot():
    # Python SDK cannot inspect browser DOM; placeholder shape only.
    return {
        "url": "",
        "title": "",
        "nav_count": 0,
        "main_count": 0,
        "form_count": 0,
        "button_count": 0,
        "dom_nodes": 0
    }
 
 
def build_beacon_payload(site, session, event):
    return {
        "site": site,
        "session": session,
        "event": event,
        "ts": time.strftime("%Y-%m-%dT%H:%M:%SZ", time.gmtime()),
        "structure": collect_structure_snapshot()
    }

```python import requests import json

class RTTClient: def init(self, base_url="https://www.triadicframeworks.org/api/rtt"): self.base_url = base_url self.version = "0.1.0"

def beacon(self, payload):
    r = requests.post(f"{self.base_url}/beacon", json=payload)
    return r.json()

def get_profile(self, site):
    r = requests.get(f"{self.base_url}/profile/{site}")
    return r.json()

def set_profile(self, site, profile):
    r = requests.post(f"{self.base_url}/profile/{site}", json=profile)
    return r.json()

# Diagnostics (reserved)
def validate(self, payload):
    r = requests.post(f"{self.base_url}/validate", json=payload)
    return r.json()

def corridor(self, payload):
    r = requests.post(f"{self.base_url}/corridor", json=payload)
    return r.json()

def topology(self, payload):
    r = requests.post(f"{self.base_url}/topology", json=payload)
    return r.json()

```python
# diagnostics.py — vST-beta diagnostics helpers (placeholders)

def build_validate_payload(system_map=None, flows=None, constraints=None):
    return {
        "system_map": system_map or {},
        "flows": flows or [],
        "constraints": constraints or []
    }


def build_corridor_payload(data=None):
    return data or {}


def build_topology_payload(data=None):
    return data or {}

# These helpers define the shape of future vST interactions.
# They do not implement substrate logic.

```json { "name": "rtt-sdk", "version": "0.1.0", "description": "RTT client SDK (beta) — minimal, stable, forward-compatible with vST.", "main": "index.js", "type": "module", "keywords": [ "rtt", "triadicframeworks", "resonance-time", "vst", "sdk" ], "author": "TriadicFrameworks", "license": "MIT" }

```python
# profile.py — helper utilities for RTT site profiles (beta)

def create_profile(version="1.0", supports=None, contact=""):
    if supports is None:
        supports = []
    return {
        "rtt_version": version,
        "supports": supports,
        "contact": contact
    }


def validate_profile(profile):
    if not isinstance(profile, dict):
        return False
    if "rtt_version" not in profile:
        return False
    if "supports" not in profile or not isinstance(profile["supports"], list):
        return False
    return True

# RTT‑Inside Quick‑Start Guide (Beta)
A fast path for developers integrating RTT structural awareness into their sites or services.

RTT‑Inside provides a lightweight, forward‑compatible way for websites, applications, and backend services to participate in the RTT ecosystem. These integrations support early structural awareness, coherence sampling, and future vST‑beta features.

This guide walks you through the fastest way to get RTT‑Inside running.

1. Add the RTT JavaScript Snippet (Web Integration)

The simplest way to enable RTT‑Inside on a website is to include the rtt.js client.

<script src="https://www.triadicframeworks.org/rtt.js" data-site="example.com"></script>

This automatically:

  • sends page‑load and visibility beacons
  • collects lightweight structural snapshots
  • registers the site with RTT
  • exposes a global RTT object for optional manual use

Optional: Manual Beacon#

RTT.ping("user_action");

Optional: Inspect Structure#

console.log(RTT.getStructureSnapshot());

2. Declare RTT‑Inside Support (Optional but Recommended)#

Add RTT metadata to your site to signal RTT‑Inside compatibility.

Option A — HTML <meta> tags#

<meta name="rtt:coherence" content="declared">
<meta name="rtt:version" content="1.0">

Option B — /rtt.json manifest#

Create a file at the root of your site:

/rtt.json

{
  "rtt_version": "1.0",
  "supports": ["coherence", "drift"],
  "contact": "ops@example.com"
}

This allows RTT tools and validators to recognize your site.

3. Use the RTT SDK (JavaScript or Python)#

The SDK provides a clean, stable interface for interacting with the RTT API.

JavaScript Example#

import { RTTClient } from "./rtt-sdk/index.js";
 
const client = new RTTClient();
 
await client.beacon({
  site: "example.com",
  event: "page_load",
  ts: new Date().toISOString()
});

Python Example#

from rtt_sdk import RTTClient, build_beacon_payload, create_session_id
 
client = RTTClient()
 
payload = build_beacon_payload(
    site="example.com",
    session=create_session_id(),
    event="page_load"
)
 
resp = client.beacon(payload)
print(resp)

4. Register a Site Profile (Optional)#

Profiles allow RTT to understand your site’s capabilities.

JavaScript#

import { create_profile } from "./rtt-sdk/profile.js";
 
const profile = create_profile({
  version: "1.0",
  supports: ["coherence"],
  contact: "ops@example.com"
});
 
await client.setProfile("example.com", profile);

Python#

from rtt_sdk import create_profile
 
profile = create_profile(
    version="1.0",
    supports=["coherence"],
    contact="ops@example.com"
)
 
client.set_profile("example.com", profile)

5. Prepare for vST‑Beta Diagnostics (Reserved)#

These endpoints are placeholders but stable:

  • /validate
  • /corridor
  • /topology

You can already shape your payloads using the SDK.

Example (Python)#

from rtt_sdk import build_validate_payload
 
payload = build_validate_payload(
    system_map={"services": ["auth", "api", "db"]},
    flows=[],
    constraints=[]
)
 
client.validate(payload)

6. Verify Integration#

Once RTT‑Inside is active, you can:

  • check your server logs for beacon events
  • inspect RTT API responses
  • confirm your profile is registered
  • use the SDK to send manual test events

Everything is safe, minimal, and forward‑compatible.

7. Where to Go Next#

  • RTT API Docs: docs/api/rtt/
  • SDK Reference: docs/rtt-sdk/README.md
  • Router Overview: docs/api/rtt/router.md

These documents provide deeper detail for advanced integrations. # RTT SDK (Beta)

The RTT SDK provides a minimal, stable, and forward‑compatible interface for interacting with the RTT API. It supports early RTT‑Inside integrations across browsers, services, and research environments while the full vST substrate remains in development.

This SDK defines the shape of RTT/vST interactions without exposing internal substrate logic. It is safe for early adopters and suitable for experimentation, prototyping, and structural‑awareness tooling.

Features#

  • Send RTT beacon events
  • Create and validate RTT site profiles
  • Prepare vST‑beta diagnostics payloads
  • Unified client for all RTT API endpoints
  • Identical API surface across JavaScript and Python
  • Stable versioning (0.1.0) for long‑term compatibility

Directory Structure#

docs/rtt-sdk/
├── beacon.js
├── beacon.py
├── client.js
├── client.py
├── diagnostics.js
├── diagnostics.py
├── index.js
├── profile.js
├── profile.py
└── __init__.py

Each file provides a minimal, well‑defined interface for its domain:

  • beacon — session IDs, structural snapshots, beacon payloads
  • profile — RTT‑Inside profile creation and validation
  • diagnostics — vST‑beta payload builders (placeholders)
  • client — unified RTT API client (JS + Python)
  • index / __init__ — clean package exports

JavaScript Usage#

Install (local copy)#

Place the SDK folder in your project and import:

import { RTTClient } from "./rtt-sdk/index.js";
 
const client = new RTTClient();
 
await client.beacon({
  site: "example.com",
  event: "page_load",
  ts: new Date().toISOString()
});

Build a Beacon Payload#

import { build_beacon_payload, create_session_id } from "./rtt-sdk/beacon.js";
 
const payload = build_beacon_payload({
  site: "example.com",
  session: create_session_id(),
  event: "manual_ping"
});

Manage Profiles#

import { create_profile } from "./rtt-sdk/profile.js";
 
const profile = create_profile({
  version: "1.0",
  supports: ["coherence"],
  contact: "ops@example.com"
});
 
await client.setProfile("example.com", profile);

Python Usage#

Import#

from rtt_sdk import RTTClient, build_beacon_payload, create_session_id

Send a Beacon#

client = RTTClient()
 
payload = build_beacon_payload(
    site="example.com",
    session=create_session_id(),
    event="page_load"
)
 
resp = client.beacon(payload)
print(resp)

Create a Profile#

from rtt_sdk import create_profile
 
profile = create_profile(
    version="1.0",
    supports=["coherence"],
    contact="ops@example.com"
)
 
client.set_profile("example.com", profile)

Diagnostics (Reserved)#

The following methods exist for future vST‑beta validators:

  • validate(payload)
  • corridor(payload)
  • topology(payload)

These endpoints currently return placeholder responses but define the stable API surface for future structural analysis.

API Reference#

Full RTT API documentation is available in:

docs/api/rtt/

Key files:

  • README.md — overview of the RTT API
  • beacon.md — beacon endpoint
  • profile.md — RTT‑Inside site profiles
  • diagnostics.md — vST‑beta endpoint shapes
  • router.md — endpoint wiring and routing philosophy

Versioning#

The SDK follows semantic versioning:

  • 0.1.x — early adopters, stable shapes, no substrate logic
  • 0.2.x — vST‑beta integration
  • 1.x.x — full validator support

Status#

Beta.
The SDK is stable for integration and experimentation.
Internal substrate logic will activate as vST research becomes public. # RTT‑Inside for Backend Services (Beta)
A practical guide for integrating RTT structural awareness into servers, microservices, and full‑stack systems.

Backend services can participate in the RTT ecosystem just as easily as websites.
RTT‑Inside provides a minimal, stable API surface that allows services to:

  • send structural heartbeat events
  • declare RTT‑Inside capabilities
  • prepare for vST‑beta diagnostics
  • unify system‑level clarity and coherence signals

This guide walks backend developers through the recommended integration patterns.

1. Install or Vendor the RTT SDK#

Backend services can use either the JavaScript or Python SDK.

JavaScript (Node)#

import { RTTClient } from "./rtt-sdk/index.js";
 
const client = new RTTClient();

Python#

from rtt_sdk import RTTClient
client = RTTClient()

The SDK provides a stable, versioned interface for all RTT endpoints.

2. Send Structural Heartbeats#

Backend services don’t have a DOM, so their beacon payloads are simpler — but the shape is identical.

JavaScript Example#

await client.beacon({
  site: "auth-service",
  session: "srv-" + Date.now(),
  event: "heartbeat",
  ts: new Date().toISOString(),
  structure: {
    url: "internal://auth",
    title: "Auth Service",
    nav_count: 0,
    main_count: 0,
    form_count: 0,
    button_count: 0,
    dom_nodes: 0
  }
});

Python Example#

payload = {
    "site": "auth-service",
    "session": "srv-12345",
    "event": "heartbeat",
    "ts": "2026-01-19T15:00:00Z",
    "structure": {
        "url": "internal://auth",
        "title": "Auth Service",
        "nav_count": 0,
        "main_count": 0,
        "form_count": 0,
        "button_count": 0,
        "dom_nodes": 0
    }
}
 
client.beacon(payload)

Recommended cadence:

  • every 30–60 seconds for active services
  • on startup and shutdown
  • after major configuration changes

These heartbeats help RTT build a structural map of your system.

3. Register a Service Profile#

Profiles allow RTT to understand what your service supports.

JavaScript#

import { create_profile } from "./rtt-sdk/profile.js";
 
const profile = create_profile({
  version: "1.0",
  supports: ["coherence", "drift"],
  contact: "infra@example.com"
});
 
await client.setProfile("auth-service", profile);

Python#

from rtt_sdk import create_profile
 
profile = create_profile(
    version="1.0",
    supports=["coherence", "drift"],
    contact="infra@example.com"
)
 
client.set_profile("auth-service", profile)

Profiles are optional but recommended for multi‑service architectures.

4. Integrate RTT into Your Observability Layer#

Backend services can incorporate RTT signals into:

  • logs
  • metrics
  • dashboards
  • health checks
  • distributed tracing

Example: Logging RTT Heartbeats#

console.log("[RTT] heartbeat sent", payload);

Example: Prometheus Counter#

rtt_beacons_total{service="auth"} 42

Example: Grafana Panel#

  • RTT heartbeat frequency
  • RTT drift indicators
  • RTT coherence score (future vST)

This prepares your observability stack for vST‑beta diagnostics.

5. Prepare for vST‑Beta Diagnostics (Reserved)#

Backend services can already shape payloads for future validators.

JavaScript Example#

await client.validate({
  system_map: { services: ["auth", "api", "db"] },
  flows: [],
  constraints: []
});

Python Example#

from rtt_sdk import build_validate_payload
 
payload = build_validate_payload(
    system_map={"services": ["auth", "api", "db"]},
    flows=[],
    constraints=[]
)
 
client.validate(payload)

These endpoints currently return placeholder responses but define the stable API surface.

6. Recommended Integration Patterns#

A. Microservices#

Each service sends:

  • startup beacon
  • periodic heartbeat
  • shutdown beacon
  • optional profile

B. Monolithic Backends#

Send:

  • per‑module heartbeats
  • per‑endpoint drift signals
  • system‑level topology payloads

C. Datacenters / Research Labs#

Use:

  • /validate for coherence
  • /corridor for flow alignment
  • /topology for triadic decomposition

This is the earliest path to vST‑beta adoption.

7. Verification Checklist#

Your backend is RTT‑Inside ready if:

  • RTTClient is configured
  • periodic beacons are sent
  • service profile is registered
  • logs show RTT events
  • observability stack receives RTT signals
  • diagnostics payloads can be generated

This ensures smooth migration to future vST validators.

8. Where to Go Next#

  • RTT API Docs: docs/api/rtt/
  • SDK Reference: docs/rtt-sdk/README.md
  • Quick‑Start Guide: docs/rtt-sdk/quickstart.md
  • Router Overview: docs/api/rtt/router.md

These documents provide deeper detail for advanced integrations. # RTT‑Inside for Browser Extensions (Beta)
A guide for building RTT‑aware extensions for Edge, Firefox, and Chromium‑based browsers.

Browser extensions are a natural fit for RTT‑Inside. They allow end‑users to experience structural clarity, coherence cues, and early resonance‑time awareness directly in their browsing environment — without requiring sites to integrate anything.

This guide outlines the recommended patterns for building RTT‑aware extensions that interact with the RTT API and the rtt.js ecosystem.

1. Extension Capabilities#

An RTT‑Inside extension can:

  • inspect page structure
  • detect drift or clarity issues
  • send RTT beacon events
  • annotate pages with RTT insights
  • read RTT metadata (<meta> tags, /rtt.json)
  • provide a sidebar or popup UI for structural clarity

Extensions do not need access to vST internals — they rely on the stable RTT API surface.

2. Basic Extension Architecture#

A typical RTT‑Inside extension includes:

manifest.json
background.js
content.js
sidebar.html / popup.html
rtt-extension.js (optional helper)

Key roles:#

  • content script: inspects the page, collects structure, reads RTT metadata
  • background script: sends RTT beacons, manages sessions
  • UI (popup/sidebar): displays clarity indicators, drift warnings, or structure maps

3. Collecting Structural Snapshots#

Extensions can reuse the same structural shape as rtt.js.

Example (content script)#

function collectStructure() {
  return {
    url: window.location.href,
    title: document.title,
    nav_count: document.querySelectorAll("nav, header, footer").length,
    main_count: document.querySelectorAll("main, [role='main']").length,
    form_count: document.querySelectorAll("form").length,
    button_count: document.querySelectorAll("button, [role='button']").length,
    dom_nodes: document.getElementsByTagName("*").length
  };
}
 
browser.runtime.sendMessage({
  type: "rtt-structure",
  structure: collectStructure()
});

This mirrors the RTT beacon payload shape exactly.

4. Sending RTT Beacon Events#

The background script can forward events to the RTT API.

Example (background.js)#

async function sendBeacon(structure) {
  const payload = {
    site: "browser-extension",
    session: "ext-" + Date.now(),
    event: "page_inspect",
    ts: new Date().toISOString(),
    structure
  };
 
  await fetch("https://www.triadicframeworks.org/api/rtt/beacon", {
    method: "POST",
    headers: { "Content-Type": "application/json" },
    body: JSON.stringify(payload)
  });
}
 
browser.runtime.onMessage.addListener((msg) => {
  if (msg.type === "rtt-structure") {
    sendBeacon(msg.structure);
  }
});

This allows RTT to build a cross‑site structural map of the user’s browsing environment.

5. Reading RTT Metadata from Pages#

Extensions can detect RTT‑Inside sites by reading:

A. <meta> tags#

const coherence = document.querySelector("meta[name='rtt:coherence']");
const version = document.querySelector("meta[name='rtt:version']");

B. /rtt.json manifest#

fetch("/rtt.json")
  .then(r => r.json())
  .then(profile => {
    console.log("RTT profile:", profile);
  })
  .catch(() => {});

This allows the extension to adapt its UI based on site capabilities.

6. Displaying RTT Insights to Users#

Extensions can surface RTT clarity indicators through:

A. Popup UI#

  • coherence score (placeholder)
  • drift warnings
  • structural summary
  • RTT metadata

B. Sidebar Panel (Edge‑friendly)#

A sidebar can show:

  • triadic decomposition of the DOM
  • navigation corridor hints
  • clarity/density indicators
  • RTT‑Inside status

C. Page Overlays (optional)#

Extensions may highlight:

  • confusing UI regions
  • inconsistent navigation
  • structural drift

These overlays are purely client‑side and do not modify the site.

7. Optional: Integrating with rtt.js#

If a site already includes rtt.js, the extension can:

  • read the global RTT object
  • inspect its structure snapshot
  • piggyback on its beacon events
  • enhance its clarity indicators

Example#

if (window.RTT) {
  const snapshot = window.RTT.getStructureSnapshot();
  console.log("RTT snapshot:", snapshot);
}

This creates a smooth ecosystem between site‑level and extension‑level RTT awareness.

8. Preparing for vST‑Beta Diagnostics#

Extensions can prepare payloads for future validators:

const payload = {
  system_map: { pages: [window.location.href] },
  flows: [],
  constraints: []
};
 
fetch("https://www.triadicframeworks.org/api/rtt/validate", {
  method: "POST",
  headers: { "Content-Type": "application/json" },
  body: JSON.stringify(payload)
});

These endpoints currently return placeholder responses but define the stable API shape.

9. Recommended Extension Patterns#

A. Lightweight RTT Companion#

  • structural snapshot
  • beacon sender
  • popup UI

B. Full RTT‑Aware Browser Console#

  • sidebar panel
  • DOM triadic decomposition
  • drift detection
  • clarity overlays

C. Developer‑Mode RTT Inspector#

  • detailed structure maps
  • RTT metadata inspector
  • corridor flow visualizer

These patterns can coexist or evolve independently.

10. Verification Checklist#

Your extension is RTT‑Inside ready if:

  • it collects structural snapshots
  • it sends RTT beacon events
  • it reads RTT metadata
  • it displays clarity indicators
  • it can generate diagnostics payloads
  • it uses the stable RTT API surface

This ensures compatibility with future vST‑beta validators.

11. Where to Go Next#

  • RTT API Docs: docs/api/rtt/
  • SDK Reference: docs/rtt-sdk/README.md
  • Quick‑Start Guide: docs/rtt-sdk/quickstart.md
  • Backend Services Guide: docs/rtt-sdk/backend.md

This completes the RTT‑Inside onboarding suite. # RTT‑Inside for Datacenters & Research Labs (Beta)
A guide for integrating RTT structural awareness into large‑scale systems, research environments, and full‑stack operational workflows.

Datacenters and research labs operate at a scale where structural clarity, coherence, and drift detection become critical. RTT‑Inside provides a minimal, stable interface for early adopters to evaluate their systems using RTT’s structural lens while preparing for future vST‑beta validators.

This guide outlines recommended integration patterns for high‑complexity environments.

1. Why Datacenters Benefit from RTT‑Inside#

Datacenters and research labs often face:

  • complex service topologies
  • multi‑layered dependencies
  • drift between intended and actual system behavior
  • unclear or inconsistent operational flows
  • difficulty predicting structural failure modes

RTT‑Inside offers:

  • early coherence indicators
  • structural drift detection
  • corridor alignment insights
  • topology‑level clarity mapping
  • a future‑ready interface for vST validators

These capabilities help operators reason about their systems with greater precision.

2. Install the RTT SDK (Python or JavaScript)#

Most datacenter tooling is Python‑heavy, but both SDKs are supported.

Python#

from rtt_sdk import RTTClient
client = RTTClient()

JavaScript (Node)#

import { RTTClient } from "./rtt-sdk/index.js";
const client = new RTTClient();

The SDK provides a unified interface for all RTT endpoints.

3. Send System‑Level Beacon Events#

Datacenters can send periodic structural heartbeats representing:

  • cluster state
  • service health
  • topology snapshots
  • configuration changes
  • workload transitions

Python Example#

payload = {
    "site": "datacenter-east",
    "session": "dc-" + str(int(time.time())),
    "event": "cluster_heartbeat",
    "ts": "2026-01-19T15:30:00Z",
    "structure": {
        "url": "internal://cluster",
        "title": "Cluster State",
        "nav_count": 0,
        "main_count": 0,
        "form_count": 0,
        "button_count": 0,
        "dom_nodes": 0
    }
}
 
client.beacon(payload)
  • every 30 seconds for active clusters
  • on topology changes
  • before and after deployments
  • during incident response

These signals help RTT build a structural timeline of your environment.

4. Register Datacenter Profiles#

Profiles allow RTT to understand the capabilities and scope of your environment.

Example Profile#

from rtt_sdk import create_profile
 
profile = create_profile(
    version="1.0",
    supports=["coherence", "drift", "corridor"],
    contact="infra@datacenter.example"
)
 
client.set_profile("datacenter-east", profile)

Profiles are optional but recommended for multi‑cluster or multi‑region setups.

5. Integrate RTT with Observability Systems#

Datacenters can incorporate RTT signals into:

Metrics (Prometheus)#

rtt_beacons_total{cluster="east"} 128
rtt_drift_events_total{cluster="east"} 3

Dashboards (Grafana)#

Panels may include:

  • RTT heartbeat frequency
  • drift vector trends
  • corridor alignment indicators
  • structural coherence over time

Logs (Elastic / Loki)#

[RTT] cluster_heartbeat sent
[RTT] drift detected in service mesh

Tracing (OpenTelemetry)#

RTT metadata can be attached to spans for structural correlation.

This prepares your observability stack for vST‑beta diagnostics.

6. Prepare for vST‑Beta Diagnostics (Reserved)#

Datacenters and research labs are the primary audience for vST‑beta validators.
Even though the endpoints are placeholders today, the payload shapes are stable.

A. Coherence Validation#

from rtt_sdk import build_validate_payload
 
payload = build_validate_payload(
    system_map={"nodes": 128, "services": ["auth", "api", "db"]},
    flows=[{"from": "api", "to": "db"}],
    constraints=[]
)
 
client.validate(payload)

B. Corridor Alignment#

client.corridor({
    "flows": [
        {"path": ["ingress", "api", "db"], "latency_ms": 12}
    ]
})

C. Topology Decomposition#

client.topology({
    "graph": {
        "auth": ["api"],
        "api": ["db"],
        "db": []
    }
})

These calls currently return placeholder responses but define the future validator interface.

7. Recommended Integration Patterns#

A. Cluster‑Level RTT Integration#

  • periodic cluster heartbeats
  • topology snapshots
  • drift detection signals

B. Service Mesh RTT Integration#

  • per‑service RTT profiles
  • corridor flow mapping
  • RTT metadata in service mesh telemetry

C. Research Lab Integration#

  • structural analysis of experimental systems
  • RTT‑aware simulation environments
  • vST‑beta payload generation for research workflows

D. CI/CD Integration#

  • RTT beacon on deployment start
  • RTT beacon on deployment finish
  • drift detection post‑deployment

These patterns help operators reason about system behavior across time.

8. Verification Checklist#

Your datacenter or research environment is RTT‑Inside ready if:

  • RTTClient is configured
  • cluster‑level beacons are sent
  • service‑level profiles are registered
  • observability stack receives RTT signals
  • topology and flow payloads can be generated
  • diagnostics endpoints return stable placeholder responses

This ensures a smooth transition to future vST validators.

9. Where to Go Next#

  • RTT API Docs: docs/api/rtt/
  • SDK Reference: docs/rtt-sdk/README.md
  • Backend Services Guide: docs/rtt-sdk/backend.md
  • Browser Extensions Guide: docs/rtt-sdk/extensions.md
  • Quick‑Start Guide: docs/rtt-sdk/quickstart.md

This completes the RTT‑Inside onboarding suite. ```python

init.py — RTT SDK package initializer (beta)#

from .client import RTTClient from .beacon import ( create_session_id, collect_structure_snapshot, build_beacon_payload ) from .profile import ( create_profile, validate_profile ) from .diagnostics import ( build_validate_payload, build_corridor_payload, build_topology_payload )

all = [ "RTTClient", "create_session_id", "collect_structure_snapshot", "build_beacon_payload", "create_profile", "validate_profile", "build_validate_payload", "build_corridor_payload", "build_topology_payload" ]

```javascript
// beacon.js — helper utilities for RTT beacon events (beta)

export function createSessionId() {
  return "rtt-" + Math.random().toString(36).slice(2) + Date.now().toString(36);
}

export function collectStructureSnapshot() {
  return {
    url: typeof window !== "undefined" ? window.location.href : "",
    title: typeof document !== "undefined" ? document.title : "",
    nav_count: count("nav, header, footer"),
    main_count: count("main, [role='main']"),
    form_count: count("form"),
    button_count: count("button, [role='button']"),
    dom_nodes: typeof document !== "undefined"
      ? document.getElementsByTagName("*").length
      : 0
  };
}

function count(selector) {
  if (typeof document === "undefined") return 0;
  return document.querySelectorAll(selector).length;
}

export function buildBeaconPayload({ site, session, event }) {
  return {
    site,
    session,
    event,
    ts: new Date().toISOString(),
    structure: collectStructureSnapshot()
  };
}

```javascript // client.js — unified RTT API client (beta)

export class RTTClient { constructor(options = {}) { this.baseUrl = options.baseUrl || "https://www.triadicframeworks.org/api/rtt"; this.version = "0.1.0"; }

async beacon(payload) { return this._post("/beacon", payload); }

async getProfile(site) { return this._get(/profile/${site}); }

async setProfile(site, profile) { return this._post(/profile/${site}, profile); }

// Diagnostics (reserved) async validate(payload) { return this._post("/validate", payload); }

async corridor(payload) { return this._post("/corridor", payload); }

async topology(payload) { return this._post("/topology", payload); }

// Internal helpers async _get(path) { const res = await fetch(${this.baseUrl}${path}); return res.json(); }

async _post(path, body) { const res = await fetch(${this.baseUrl}${path}, { method: "POST", headers: { "Content-Type": "application/json" }, body: JSON.stringify(body) }); return res.json(); } }

```javascript
// diagnostics.js — vST-beta diagnostics helpers (placeholders)

export function buildValidatePayload({
  system_map = {},
  flows = [],
  constraints = []
} = {}) {
  return { system_map, flows, constraints };
}

export function buildCorridorPayload(data = {}) {
  return data;
}

export function buildTopologyPayload(data = {}) {
  return data;
}

// These helpers define the shape of future vST interactions.
// They do not implement substrate logic.

```javascript // index.js — RTT SDK entrypoint (beta)

import { RTTClient } from "./client.js"; import * as Beacon from "./beacon.js"; import * as Profile from "./profile.js"; import * as Diagnostics from "./diagnostics.js";

export { RTTClient, Beacon, Profile, Diagnostics };

```javascript
// profile.js — helper utilities for RTT site profiles (beta)

export function createProfile({
  version = "1.0",
  supports = [],
  contact = ""
} = {}) {
  return {
    rtt_version: version,
    supports,
    contact
  };
}

export function validateProfile(profile) {
  if (!profile || typeof profile !== "object") return false;
  if (!profile.rtt_version) return false;
  if (!Array.isArray(profile.supports)) return false;
  return true;
}



Updated

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