svrnty-hermes-webui-plugin/plugin.py
Svrnty 4264c6cbe8 feat(plugin): initial scaffold — plugin loader entry + AST + CI workflows (P1.B/C/D)
THE single repo holding every Svrnty modification to nesquena/hermes-webui per
the SVRNTY-HERMES Plugin Protocol PRD (hermes/docs/SVRNTY-PLUGIN-PROTOCOL.md).
This scaffold is the empty vessel; Phase 2 migrates the existing fork
modifications (STT, vault status, brand skin) into it.

Contents:
  plugin.py                          register(api) entry; reads 6-method
                                     contract; wires static + routes
  svrnty_hermes_webui_plugin/        package wrapper for pip install
  manifest.yaml                      plugin name · version · upstream pin
  pyproject.toml                     pip-installable
  routes/__init__.py                 placeholder until Phase 2 migration
  static/                            placeholder for brand skin migration
  CONNECTION-MAP.md                  AST-generated; 4 public API calls, 0 forced
  scripts/ast-connection-map.py      AST walker; modes: regen · --check · --diff
  tests/{unit,integration,evals}/    skeleton for Phase 3 eval suite
  .github/workflows/
    plugin-tests.yml                 push: unit + integration + map check
    connection-map-check.yml         PR: regen + diff vs committed
    upstream-drift.yml               daily cron: detect new upstream tags +
                                     run matrix (activates when Gitea runner
                                     registered on Svrnty infra)

Karpathy 4 rules in CLAUDE.md; every subagent inherits them via the workspace
contract.

Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
2026-05-23 09:59:45 -04:00

65 lines
2.6 KiB
Python

"""svrnty-hermes-webui-plugin — entry point.
Called by hermes-webui's plugin loader at startup (after the env var
HERMES_WEBUI_PYTHON_PLUGIN points the loader at this module).
The loader passes a single `api` argument exposing 6 methods (see CLAUDE.md +
protocol PRD §5.1). This module's job is to wire every route + static dir +
asset injection that defines the Svrnty surface on hermes-webui.
Keep this file thin. Route logic lives in `routes/<feature>.py`. Static lives
in `static/`. The map of every upstream dependency is in CONNECTION-MAP.md
(AST-generated by scripts/ast-connection-map.py).
"""
import os
from pathlib import Path
# Static + asset URL prefix (per protocol §12, decision Q5: /plugins/svrnty/<asset>)
STATIC_PREFIX = "svrnty"
STATIC_DIR = Path(__file__).resolve().parent / "static"
def register(api):
"""Wire every Svrnty modification to hermes-webui.
`api` is the loader-provided extension surface (6 methods). Treat it as the
ONLY public contract. Touching anything else in hermes-webui requires a
`CONNECTION-MAP.md` forced-internal entry with justification.
"""
log = api.logger("svrnty.plugin")
log.info("svrnty-hermes-webui-plugin: registering")
# Brand skin: serve static dir + inject CSS/JS into every page load.
if STATIC_DIR.exists():
api.register_static(STATIC_PREFIX, str(STATIC_DIR))
api.inject_stylesheet(f"/plugins/{STATIC_PREFIX}/app.css")
api.inject_script(f"/plugins/{STATIC_PREFIX}/app.js")
log.info("static + assets wired at /plugins/%s/", STATIC_PREFIX)
# Routes — each feature lives in its own module under routes/.
# Phase 2 will populate these. Import-and-register pattern; failures are
# logged but don't take down the rest of the plugin.
for route_module in _phase2_routes():
try:
mod = __import__(f"routes.{route_module}", fromlist=["register"])
mod.register(api)
log.info("route module loaded: %s", route_module)
except ImportError as e:
log.warning("route module %s not yet implemented (Phase 2): %s", route_module, e)
except Exception as e:
log.error("route module %s failed to register: %s", route_module, e)
log.info("svrnty-hermes-webui-plugin: registration complete")
def _phase2_routes():
"""Routes to attempt loading. Returns module names under routes/.
Phase 2 migrates the existing fork commits into these modules. Until then,
ImportError is logged + swallowed so the plugin loads cleanly.
"""
return [
# "transcribe", # P2.A — STT
# "vault_status", # P2.B — vault connections status
]