aureon-public / surfaces.py
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Aureon public MCP server from Aureon-OS main cf35ec95 (PR #224)
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"""Resources and prompts. Bodies are quoted from the checkout or from code constants."""
from __future__ import annotations
import json
from typing import Any
from aureon_public import paths
from aureon_public.quiet import quiet
from aureon_public.text import AURIS_FOUR, HOLD_LINE, SERVER_PLAIN
def _text(path_reader: Any) -> str:
return path_reader().read_text(encoding="utf-8")
def _dumps(payload: dict[str, Any]) -> str:
return json.dumps(payload, ensure_ascii=False, allow_nan=False, sort_keys=True)
@quiet
def harmonic_reality_defaults() -> str:
"""Code defaults for HarmonicRealityField. Not a fit and not a measurement.
The class default enable_multiverse is True (multiverse on). Label: cited, aureon/harmonic/aureon_harmonic_reality.py.
"""
from aureon.harmonic.aureon_harmonic_reality import (
DEFAULT_ALPHA,
DEFAULT_BETA,
DEFAULT_DELTA_T,
DEFAULT_G,
DEFAULT_TAU,
PHI_INVERSE,
SCHUMANN_BASE,
HarmonicRealityField,
)
formula = ""
for line in (HarmonicRealityField.__doc__ or "").splitlines():
if "Λ(t)" in line or "Λ(t)" in line:
formula = line.strip()
break
if not formula:
for line in (HarmonicRealityField.__doc__ or "").splitlines():
if "Λ" in line and "=" in line:
formula = line.strip()
break
return _dumps(
{
"class_default_enable_multiverse": True,
"delta_t": DEFAULT_DELTA_T,
"formula": formula,
"g": DEFAULT_G,
"alpha": DEFAULT_ALPHA,
"beta": DEFAULT_BETA,
"label": "cited. Code defaults. Not a measurement.",
"phi_inverse": PHI_INVERSE,
"sample_rate": 1000.0,
"schumann_base_constant": SCHUMANN_BASE,
"schumann_f0": "null. HOLD.",
"tau": DEFAULT_TAU,
}
)
@quiet
def lambda_engine_defaults() -> str:
"""LambdaEngine module constants. BETA is _resolve_beta(), not a fitted file.
This resource does not read state/. Label: cited, aureon/core/aureon_lambda_engine.py.
"""
from aureon.core import aureon_lambda_engine as engine
return _dumps(
{
"ALPHA": engine.ALPHA,
"BETA": engine.BETA,
"BETA_note": "BETA is _resolve_beta(). When AUREON_HNC_BETA is unset the function returns 1.0.",
"DELTA_T": engine.DELTA_T,
"FREQUENCIES": list(engine.FREQUENCIES),
"G": engine.G,
"TAU": engine.TAU,
"WEIGHTS": list(engine.WEIGHTS),
"label": "cited. Not a fitted result. state/hnc_fitted_params.json was not read.",
}
)
@quiet
def hnc_params_code_defaults() -> str:
"""HNCParams field defaults. Not a fit. load_params is not called.
Label: cited, aureon/core/hnc_params.py HNCParams.
"""
from aureon.core.hnc_params import HNCParams
params = HNCParams()
return _dumps(
{
"alpha": params.alpha,
"beta": params.beta,
"delta_t": params.delta_t,
"fitted_at": params.fitted_at,
"fitted_from": params.fitted_from,
"g": params.g,
"label": "cited. Code defaults on HNCParams. Not a fit. load_params was not called.",
"r_squared": params.r_squared,
"tau": params.tau,
}
)
@quiet
def auris_nodes_resource() -> str:
"""Nine nodes. This resource is the AURIS_NODES table.
It is not the conjecture (not called), not the persona (not scored), and not the coherence evaluator. Only the nine nodes and get_auris_coherence are real functions exposed here. Label: cited, aureon/utils/aureon_queen_hive_mind.py AURIS_NODES.
"""
from aureon.utils.aureon_queen_hive_mind import AURIS_NODES
return _dumps(
{
"auris": "nine nodes",
"label": "cited. AURIS_NODES.",
"nodes": AURIS_NODES,
"which_auris": AURIS_FOUR,
}
)
@quiet
def organism_seats_resource() -> str:
"""circulation_seats(). Names only. Circulation is not started. Label: cited."""
from aureon.core.organism_circulation import circulation_seats
return _dumps({"label": "cited", "seats": list(circulation_seats())})
@quiet
def organism_nodes_resource() -> str:
"""list_nodes(). Names only. Label: cited."""
from aureon.core.algorithmic_nodes import list_nodes
return _dumps({"label": "cited", "nodes": list_nodes()})
@quiet
def organism_systems_resource() -> str:
"""list_systems(). The rule strings are the source text. Label: cited."""
from aureon.core.deterministic_systems import list_systems
return _dumps({"label": "cited", "systems": list_systems()})
def holds_resource() -> str:
"""HOLD lines from huggingface/README.md. Label: cited-unverified until a new run."""
readme = _text(paths.holds_readme)
return _dumps(
{
"hold": HOLD_LINE,
"label": "cited-unverified. huggingface/README.md",
"readme": readme,
}
)
def replay_brain_resource() -> str:
"""Vendored brain replay. Two paths. Class default is multiverse on. Label: cited."""
return _text(paths.brain_json)
def replay_qgita_resource() -> str:
"""Vendored QGITA adapter record. Detection rate stays HOLD. Label: cited."""
return _text(paths.qgita_json)
def replay_organism_resource() -> str:
"""Vendored circulation replay. The fault block in the file is seeded synthetic, not telemetry. Label: cited."""
return _text(paths.organism_json)
def replay_auris_resource() -> str:
"""Committed coherence-evaluator replay with no market series.
This resource is the coherence evaluator record. It is not the conjecture (not called), not a persona score (not scored), and it does not publish nine-node values. Only the nine nodes and get_auris_coherence are real functions exposed here. Label: cited, huggingface/fixed-seed-reproducible-runs/auris_nodes.json.
"""
body = json.loads(_text(paths.auris_json))
if isinstance(body, dict):
body = {
"auris": "coherence evaluator",
"record": body,
"which_auris": AURIS_FOUR,
}
return json.dumps(body, ensure_ascii=False, sort_keys=True)
@quiet
def explain_two_lambda_implementations() -> str:
"""HarmonicRealityField and LambdaEngine are different code with different defaults.
A number from one is not a number from the other. The formulas below are the docstrings already in the repo. Label: cited.
"""
from aureon.core import hnc_params
from aureon.harmonic.aureon_harmonic_reality import HarmonicRealityField
reality = " ".join(
line.strip()
for line in (HarmonicRealityField.__doc__ or "").splitlines()
if "Λ" in line and "=" in line
)
params = " ".join(
line.strip() for line in (hnc_params.__doc__ or "").splitlines() if "Λ" in line and "=" in line
)
return (
"HarmonicRealityField and LambdaEngine are different implementations. "
"A number from one is not a number from the other. "
"The class default HarmonicRealityField() sets enable_multiverse=True (multiverse on). "
f"HarmonicRealityField docstring: {reality} "
f"hnc_params docstring: {params} "
"Label: cited. No formula was added here."
)
def explain_auris_four_meanings() -> str:
"""Name the four Auris meanings. Only two functions are exposed.
This prompt is the four-way split. The conjecture is not called. The nine nodes are read_auris_nodes and AURIS_NODES. The persona is not scored. The coherence evaluator is get_auris_coherence. Auris-to-Lambda link: HOLD.
"""
return (
f"{AURIS_FOUR} "
"auris_nodes calls read_auris_nodes. "
"aureon://auris/nodes is the AURIS_NODES table. "
"auris_coherence calls get_auris_coherence. "
"Whenever any node has no reading, that tool returns status no_data and coherence null. "
"Trade readiness: HOLD. Auris-to-Lambda link: HOLD."
)
def explain_qgita_adapter() -> str:
"""QGITA events are the adapter return. Detection rate is HOLD. signals are not shown.
Label: cited, QGITAMarketAnalyzer.analyze. The bundled series is cited-unverified and is not public market data.
"""
return (
"QGITA events are the return of QGITAMarketAnalyzer.analyze. "
"They are not a detection rate. Detection rate: HOLD. False-alarm rate: HOLD. "
"The signals object is not shown. "
"The bundled Lambda column is cited-unverified and is not public market data."
)
def explain_organism_replay() -> str:
"""The organism replay is a file. Catalog names are not a running circulation.
The fault block is seeded synthetic input, not telemetry. Label: cited.
"""
return (
f"{SERVER_PLAIN} "
"The organism replay is a file. "
"Seats in the catalog are names. Circulation is not started. "
"The fault block is seeded synthetic input, not telemetry. "
"A claim that those faults are recorded seat faults is HOLD."
)