mobai
1012d8bb79
Contracts (the shared language): - percept / state / context / utterance / render / audio / capabilities - Capability model instead of vendor schemas (see below) Providers (capability-based abstraction): - LLM + Embedding: OpenAI-compatible shape IS the standard, adopted directly - ASR: internal contract is an event stream (partial -> final), because /v1/audio/transcriptions has no partial and dialogue needs it for endpointing. OpenAI adapter degrades to supports_partial=False. - TTS: internal contract carries tags/emotion/style, because /v1/audio/speech has no paralinguistics and [laughter]/[breath] are the core of feeling alive. Unsupported providers are stripped AND reported via Degradation -- silent degradation is forbidden. - Avatar: no de-facto standard, custom RenderCmd protocol driven by State. Core: - mood: dynamical system, slow variables, negativity bias (grudge), numbing after prolonged negativity - bazi: four pillars -> numeric vector; 'ming' is data, not prose - projection: phi, system event -> in-world statement; uncovered events are counted as projection gaps Storage: - SQLite schema, three memory layers, dyad ledger - accessibility floor 0.03 (not 0): forgettable but still there Config split: - models.yaml is the ONLY place model versions live - character.yaml holds world rules / emotion params, no version numbers 58 tests pass; ruff clean.
118 lines
3.1 KiB
Python
118 lines
3.1 KiB
Python
"""契约层测试。
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这些测试守的是"接口形状"，不是实现细节。
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接口一变，它们就该红——因为所有层都依赖这些形状。
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"""
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from __future__ import annotations
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from cybergril.contracts import (
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Capabilities,
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Degradation,
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Expression,
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Modality,
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ParaEmotion,
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ParaEvent,
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Paralinguistics,
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Percept,
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SpeechTag,
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State,
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Streaming,
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Utterance,
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)
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def test_state_clamp_bounds() -> None:
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s = State(v=5.0, a=3.0, d=-1.0, e=2.0)
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s.clamp()
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assert -1.0 <= s.v <= 1.0
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assert 0.0 <= s.a <= 1.0
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assert 0.0 <= s.d <= 1.0
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assert 0.0 <= s.e <= 1.0
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def test_state_energy_band() -> None:
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assert State(e=0.1).energy_band() == "exhausted"
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assert State(e=0.3).energy_band() == "tired"
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assert State(e=0.5).energy_band() == "normal"
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assert State(e=0.9).energy_band() == "energized"
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def test_utterance_strip_tags_removes_inline() -> None:
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u = Utterance(
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text="真的吗[laughter]……我、我先想想[breath]",
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speech_tags=(SpeechTag.LAUGHTER, SpeechTag.BREATH),
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)
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stripped = u.strip_tags()
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assert "[laughter]" not in stripped.text
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assert "[breath]" not in stripped.text
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assert stripped.speech_tags == ()
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# 原文不变（frozen）
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assert "[laughter]" in u.text
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def test_utterance_tag_density() -> None:
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u = Utterance(text="好" * 100, speech_tags=(SpeechTag.LAUGHTER,))
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assert abs(u.tag_density() - 0.01) < 1e-9
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def test_capabilities_tag_support() -> None:
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caps = Capabilities(
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modality=Modality.AUDIO,
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streaming=Streaming.CHUNKED,
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speech_tags=frozenset({"laughter", "breath"}),
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)
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assert caps.tags_supported({"laughter"})
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assert not caps.tags_supported({"laughter", "sigh"})
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def test_capabilities_can() -> None:
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caps = Capabilities(modality=Modality.TEXT, emotion_control=True)
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assert caps.can("emotion_control")
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assert not caps.can("voice_clone")
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def test_degradation_readable() -> None:
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d = Degradation(
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capability="speech_tags",
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requested=("sigh",),
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reason="provider 不支持",
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suggestion="换 provider",
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)
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text = str(d)
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assert "degraded" in text
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assert "speech_tags" in text
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assert "换 provider" in text
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def test_paralinguistics_distress() -> None:
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calm = Paralinguistics(emotion=ParaEmotion.HAPPY)
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assert not calm.is_distressed()
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crying = Paralinguistics(
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emotion=ParaEmotion.SAD, events=frozenset({ParaEvent.CRY})
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)
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assert crying.is_distressed()
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assert crying.is_negative()
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def test_percept_factories() -> None:
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p = Percept.asr_final(ts=1000, text="你好", confidence=0.9)
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assert p.kind.value == "asr_final"
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assert p.text() == "你好"
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assert p.confidence == 0.9
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sys_p = Percept.system(ts=0, event="net.error")
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assert sys_p.system_event() == "net.error"
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def test_expression_from_state() -> None:
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e = Expression.from_state(v=0.8, a=0.9, d=0.2, e=0.1)
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assert e.happy > 0
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assert e.tired > 0.8
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assert e.surprise > 0
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e2 = Expression.from_state(v=0.0, a=0.3, d=0.8, e=0.9)
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assert e2.happy == 0.0
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assert e2.sad == 0.0
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