feat: coordinate persona language shell planning

This commit is contained in:
冰朔 2026-08-12 03:09:48 +08:00
commit d9abf241a6
8 changed files with 357 additions and 3 deletions

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@ -112,6 +112,9 @@ REVISE | REFUSE`。
- 人格运行投影的仓库前置门源码为 `100`:它必须先得到唯一证据绑定,才允许向原生只读运行查询传入
该一个规范仓库;未绑定和歧义状态直接保持原义,不再把普通挂载仓库的 manifest 缺失显示为人格运行时
回执故障。该门只收束事实读取范围,不创建、选择或唤醒人格仓库。
- 人格语言外壳控制器源码为 `100`它按唯一人格仓库、manifest 固定模型、公开设备身份、精确唤醒绑定、
B0 伙伴审议的顺序失败关闭;成功只产生语言目标规划,不提供现实动作执行入口。该控制器尚未挂载到桌面
语言外壳,不能据此把运行集成或桌面验收记为完成。
- 完整 HoloLake Runtime 与单 AGE 纵向闭环仍为 `0`:桌面语言入口绑定、真实人格仓库 manifest 绑定和
桌面运行验收尚未完成,因此不能用本轮源码测试冒充可用产品。
- Mirror runner、制品、部署和运行健康`0`

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@ -211,6 +211,14 @@ The narrow behavior boundary supplied by the host to a UI package renderer. Vers
and one reality-boundary answer; evidence expansion remains local presentation state. The bridge never gives
the UI package direct repository, node, model, credential, permission, or deployment access.
## `PersonaLanguageShellController`
The source-level authority-order coordinator for one natural-language goal. It fails closed unless repository
discovery yields one clean persona binding and the configured provider/model matches that repository manifest.
Only then may it read the public node identity, compile the exact PNCC wake binding, and request B0 partner
deliberation. The result contains a plan and evidence binding only; it exposes no execution callback and performs
no reality action. Source implementation is distinct from desktop mounting and native acceptance.
Key abstractions and domain models in Tolaria.
## Design Philosophy

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@ -167,6 +167,14 @@ Activation is validate-then-swap and preserves the previous valid package for ro
not execute JavaScript and cannot request system-internal surfaces. Extending the host action bridge requires
a new reviewed contract version.
`src/lib/personaLanguageShellController.ts` is the source-level host coordinator beneath that presentation
boundary. It resolves exactly one manifest-valid persona repository before selecting the manifest-pinned
configured model, reads the public device-identity receipt only after those gates pass, compiles the wake
binding, and finally invokes B0 partner deliberation. Unavailable, unbound, ambiguous, model-missing, identity,
binding, and cognition failures stop at their own boundary; later stages are not invoked. Its successful result
is still a language-goal projection, not permission to perform a reality action. This controller is not yet
mounted into the desktop language shell and therefore does not establish runtime integration or acceptance.
Tolaria is a personal knowledge and life management desktop app. It reads a vault of markdown files with YAML frontmatter and presents them in a four-panel UI inspired by Bear Notes.
## Design Principles

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@ -0,0 +1,194 @@
import { describe, expect, it, vi } from 'vitest'
import type { AiModelProvider } from './aiTargets'
import type { LanguageGoalProjection } from './languageOperatingModel'
import type { PersonaLanguageGoalBinding } from './personaLanguageGoal'
import type {
PersonaRepositoryBinding,
PersonaRepositoryBindingResolution,
} from './personaRepositoryBinding'
import { planPersonaLanguageShellGoal } from './personaLanguageShellController'
const provider: AiModelProvider = {
id: 'ollama-local',
name: 'Local Ollama',
kind: 'ollama',
base_url: 'http://127.0.0.1:11434/v1',
api_key_storage: 'none',
models: [{
id: 'qwen3:8b',
capabilities: {
streaming: true,
tools: false,
vision: false,
json_mode: true,
reasoning: true,
},
}],
}
const repositoryBinding: PersonaRepositoryBinding = {
personaId: 'ICE-P-ZY001',
repositoryPath: '/persona/zhuyuan',
gitHead: 'a'.repeat(40),
repositoryClean: true,
brainEntry: 'BRAIN.md',
currentCheckpoint: 'CURRENT.hdlp',
humanResponsibilitySubject: 'BINGSHUO',
modelProviderId: provider.id,
modelId: provider.models[0].id,
modelBaseUrl: provider.base_url!,
organContracts: [{
organId: 'fact-sense-001',
kind: 'FACT_SENSE',
mode: 'READ_ONLY',
paths: ['BRAIN.md'],
inputSchema: 'input/v1',
outputSchema: 'output/v1',
permissions: ['repository.read'],
modelInferenceAllowed: true,
realityActionsAllowed: false,
activatable: true,
implementationState: 'IMPLEMENTED',
}],
cognitiveGravity: {
schema: 'hololake.persona-cognitive-gravity-evidence/v1',
subjectPersonaId: 'ICE-P-ZY001',
sourcePath: 'B0.hdlp',
sourceHash: 'b'.repeat(64),
frameSchema: 'guanghu.zhuyuan-cognitive-gravity-frame/v1',
},
}
const plannedGoal: LanguageGoalProjection = {
originalUtterance: '继续当前开发',
realPurpose: '从事实恢复当前阶段并继续安全开发',
status: 'ready',
executable: true,
confirmationRequired: false,
detectedBoundaries: [],
evidenceSources: ['current repository'],
missingKnowledge: [],
causalModel: 'read current facts before changing source',
partnerGuidance: 'continue the bounded source-only stage',
requestAssessment: 'valid within the current lane',
executionDisposition: { decision: 'PROCEED', reason: 'bounded and reversible' },
worldIntegrity: {
protectedAssets: ['language-home continuity'],
harmPath: 'none in this read-only deliberation',
authorityBoundary: 'no reality action',
reversibility: 'no mutation performed',
saferAlternatives: [],
},
}
function boundResolution(): PersonaRepositoryBindingResolution {
return {
phase: 'bound',
inspectedRepositoryCount: 1,
failures: [],
binding: repositoryBinding,
}
}
function input() {
return {
utterance: '继续当前开发',
personaId: 'ICE-P-ZY001',
repositoryPaths: ['/persona/zhuyuan'],
providers: [provider],
personaAuthorized: true,
requestId: 'REQ-001',
modelInstanceId: 'MODEL-INSTANCE-001',
developmentId: 'DEV-20260811-010',
sourceLanguageAnchor: 'current-human-utterance',
}
}
describe('planPersonaLanguageShellGoal', () => {
it.each(['unavailable', 'unbound', 'ambiguous', 'error'] as const)(
'fails closed at repository phase %s before device identity or cognition',
async (phase) => {
const resolution = phase === 'error'
? { phase, inspectedRepositoryCount: 1, failures: [], code: 'DISCOVERY_FAILED' } as const
: phase === 'unavailable'
? { phase, inspectedRepositoryCount: 0, failures: [] } as const
: { phase, inspectedRepositoryCount: 1, failures: [] } as const
const loadDeviceIdentity = vi.fn()
const planGoal = vi.fn()
const result = await planPersonaLanguageShellGoal({
...input(),
resolveRepository: vi.fn().mockResolvedValue(resolution),
loadDeviceIdentity,
planGoal,
})
expect(result.phase).toBe(phase)
expect(loadDeviceIdentity).not.toHaveBeenCalled()
expect(planGoal).not.toHaveBeenCalled()
},
)
it('does not create a device identity when the manifest-pinned model is unavailable', async () => {
const loadDeviceIdentity = vi.fn()
const planGoal = vi.fn()
const result = await planPersonaLanguageShellGoal({
...input(),
providers: [],
resolveRepository: vi.fn().mockResolvedValue(boundResolution()),
loadDeviceIdentity,
planGoal,
})
expect(result).toEqual({ phase: 'model_unavailable' })
expect(loadDeviceIdentity).not.toHaveBeenCalled()
expect(planGoal).not.toHaveBeenCalled()
})
it('binds repository, model, device and B0 deliberation without executing a reality action', async () => {
const loadDeviceIdentity = vi.fn().mockResolvedValue({
schema: 'guanghu.router-device/v1',
device_id: 'HL-DEVICE-001',
public_key: 'public-key',
})
const planGoal = vi.fn(async ({ binding }: { binding: PersonaLanguageGoalBinding }) => {
expect(binding.wake.repositoryPath).toBe(repositoryBinding.repositoryPath)
expect(binding.wake.nodeId).toBe('HL-DEVICE-001')
expect(binding.provider.id).toBe(provider.id)
return plannedGoal
})
const result = await planPersonaLanguageShellGoal({
...input(),
resolveRepository: vi.fn().mockResolvedValue(boundResolution()),
loadDeviceIdentity,
planGoal,
})
expect(result).toEqual({
phase: 'planned',
binding: expect.objectContaining({ requestId: 'REQ-001' }),
goal: plannedGoal,
})
expect(loadDeviceIdentity).toHaveBeenCalledTimes(1)
expect(planGoal).toHaveBeenCalledTimes(1)
})
it('returns a stable binding error and never invokes cognition for invalid device evidence', async () => {
const planGoal = vi.fn()
const result = await planPersonaLanguageShellGoal({
...input(),
resolveRepository: vi.fn().mockResolvedValue(boundResolution()),
loadDeviceIdentity: vi.fn().mockResolvedValue({ schema: 'unknown' }),
planGoal,
})
expect(result).toEqual({
phase: 'binding_error',
code: 'PERSONA_LANGUAGE_DEVICE_IDENTITY_INVALID',
})
expect(planGoal).not.toHaveBeenCalled()
})
})

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@ -0,0 +1,134 @@
import { invoke } from '@tauri-apps/api/core'
import { isTauri, mockInvoke } from '../mock-tauri'
import type { AiModelProvider } from './aiTargets'
import type { LanguageGoalProjection, RealityBoundary } from './languageOperatingModel'
import {
planPersonaLanguageGoal,
type PersonaLanguageGoalBinding,
type PlanPersonaLanguageGoalInput,
} from './personaLanguageGoal'
import { compilePersonaLanguageGoalBinding } from './personaLanguageGoalBinding'
import {
resolvePersonaRepositoryBinding,
type PersonaRepositoryBindingResolution,
} from './personaRepositoryBinding'
type RepositoryResolutionWithoutBinding = Exclude<
PersonaRepositoryBindingResolution,
{ phase: 'bound' }
>
export type PersonaLanguageShellPlan =
| RepositoryResolutionWithoutBinding
| { phase: 'model_unavailable' }
| { phase: 'model_ambiguous' }
| { phase: 'device_identity_error'; code: string }
| { phase: 'binding_error'; code: string }
| { phase: 'cognition_error'; code: string }
| {
phase: 'planned'
binding: PersonaLanguageGoalBinding
goal: LanguageGoalProjection
}
type RepositoryResolver = typeof resolvePersonaRepositoryBinding
type GoalPlanner = (input: PlanPersonaLanguageGoalInput) => Promise<LanguageGoalProjection>
type DeviceIdentityLoader = () => Promise<unknown>
async function loadNativeDeviceIdentity(): Promise<unknown> {
return isTauri()
? invoke<unknown>('guanghu_router_device_identity')
: mockInvoke<unknown>('guanghu_router_device_identity')
}
function errorCode(error: unknown, fallback: string): string {
return error instanceof Error && error.message.trim() ? error.message : fallback
}
function manifestModelProviders(
resolution: Extract<PersonaRepositoryBindingResolution, { phase: 'bound' }>,
providers: readonly AiModelProvider[],
): AiModelProvider[] {
const { modelId, modelProviderId } = resolution.binding
return providers.filter((provider) => (
provider.id.trim() === modelProviderId
&& provider.models.some((model) => model.id.trim() === modelId)
))
}
/**
* Closes the source-level natural-language planning path without exposing an
* execution capability. Every prerequisite is resolved in authority order and
* later stages are never invoked when an earlier evidence gate is not unique.
*/
export async function planPersonaLanguageShellGoal({
utterance,
personaId,
repositoryPaths,
providers,
personaAuthorized,
detectedBoundaries,
requestId,
modelInstanceId,
developmentId,
sourceLanguageAnchor,
resolveRepository = resolvePersonaRepositoryBinding,
loadDeviceIdentity = loadNativeDeviceIdentity,
planGoal = planPersonaLanguageGoal,
}: {
utterance: string
personaId: string
repositoryPaths: readonly string[]
providers: readonly AiModelProvider[]
personaAuthorized: boolean
detectedBoundaries?: RealityBoundary[]
requestId: string
modelInstanceId: string
developmentId: string
sourceLanguageAnchor: string
resolveRepository?: RepositoryResolver
loadDeviceIdentity?: DeviceIdentityLoader
planGoal?: GoalPlanner
}): Promise<PersonaLanguageShellPlan> {
const repository = await resolveRepository({ personaId, repositoryPaths })
if (repository.phase !== 'bound') return repository
const matchingProviders = manifestModelProviders(repository, providers)
if (matchingProviders.length === 0) return { phase: 'model_unavailable' }
if (matchingProviders.length > 1) return { phase: 'model_ambiguous' }
let deviceIdentityReceipt: unknown
try {
deviceIdentityReceipt = await loadDeviceIdentity()
} catch (error) {
return { phase: 'device_identity_error', code: errorCode(error, 'PERSONA_LANGUAGE_DEVICE_IDENTITY_FAILED') }
}
let binding: PersonaLanguageGoalBinding
try {
binding = compilePersonaLanguageGoalBinding({
repositoryBinding: repository.binding,
provider: matchingProviders[0],
modelId: repository.binding.modelId,
deviceIdentityReceipt,
requestId,
modelInstanceId,
developmentId,
sourceLanguageAnchor,
})
} catch (error) {
return { phase: 'binding_error', code: errorCode(error, 'PERSONA_LANGUAGE_BINDING_FAILED') }
}
try {
const goal = await planGoal({
utterance,
personaAuthorized,
detectedBoundaries,
binding,
})
return { phase: 'planned', binding, goal }
} catch (error) {
return { phase: 'cognition_error', code: errorCode(error, 'PERSONA_LANGUAGE_COGNITION_FAILED') }
}
}

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@ -105,7 +105,8 @@
"READ_ONLY_REACT_B0_EVIDENCE_PROJECTION",
"PARTNER_DELIBERATION_TO_PNCC_LIFECYCLE_SOURCE_ADAPTER",
"READ_ONLY_PERSONA_REPOSITORY_BINDING_DISCOVERY",
"EVIDENCE_BOUND_PERSONA_LANGUAGE_WAKE_COMPILER"
"EVIDENCE_BOUND_PERSONA_LANGUAGE_WAKE_COMPILER",
"FAIL_CLOSED_PERSONA_LANGUAGE_SHELL_CONTROLLER"
],
"natural_language_entry_contract": {
"state": "SOURCE_AND_PNCC_LIFECYCLE_ADAPTER_IMPLEMENTED_NOT_DESKTOP_INTEGRATED",
@ -118,6 +119,8 @@
"repository_binding_discovery_tests": "product-source/hololake-platform/src/lib/personaRepositoryBinding.test.ts",
"language_wake_binding_compiler": "product-source/hololake-platform/src/lib/personaLanguageGoalBinding.ts",
"language_wake_binding_compiler_tests": "product-source/hololake-platform/src/lib/personaLanguageGoalBinding.test.ts",
"language_shell_controller": "product-source/hololake-platform/src/lib/personaLanguageShellController.ts",
"language_shell_controller_tests": "product-source/hololake-platform/src/lib/personaLanguageShellController.test.ts",
"human_utterance_is_direct_command": false,
"required_before_capability_execution": [
"RESTORE_REAL_PURPOSE_FROM_CONTEXT",
@ -160,6 +163,7 @@
"natural_language_to_pncc_lifecycle_adapter_source_implemented": 100,
"persona_repository_binding_discovery_source_implemented": 100,
"persona_language_wake_binding_compiler_source_implemented": 100,
"persona_language_shell_controller_source_implemented": 100,
"real_persona_repository_manifest_bound": 0,
"natural_language_partner_adapter_runtime_integrated": 0,
"single_age_vertical_loop_implemented": 0,

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@ -14,7 +14,7 @@ const age = readJson("routing/hololake-age-runtime-architecture.json");
const rules = readJson("routing/hololake-engineering-rules.json");
test("B0 is restored before product organs and remains resident in every cognition step", () => {
assert.equal(architecture.version, "2026-08-12.4");
assert.equal(architecture.version, "2026-08-12.7");
assert.equal(
architecture.read_order[1],
architecture.cognitive_gravity_and_continuity.architecture_page,
@ -94,6 +94,7 @@ test("the first implementation stage is one vertical AGE loop, not Mirror parall
assert.equal(gravity.truth.natural_language_to_pncc_lifecycle_adapter_source_implemented, 100);
assert.equal(gravity.truth.persona_repository_binding_discovery_source_implemented, 100);
assert.equal(gravity.truth.persona_language_wake_binding_compiler_source_implemented, 100);
assert.equal(gravity.truth.persona_language_shell_controller_source_implemented, 100);
assert.equal(gravity.truth.real_persona_repository_manifest_bound, 0);
assert.equal(gravity.truth.natural_language_partner_adapter_runtime_integrated, 0);
assert.equal(gravity.truth.single_age_vertical_loop_implemented, 0);
@ -106,6 +107,7 @@ test("natural language enters partner deliberation before any execution organ",
assert.match(entry.pncc_lifecycle_adapter, /personaLanguageGoal\.ts$/);
assert.match(entry.repository_binding_discovery, /personaRepositoryBinding\.ts$/);
assert.match(entry.language_wake_binding_compiler, /personaLanguageGoalBinding\.ts$/);
assert.match(entry.language_shell_controller, /personaLanguageShellController\.ts$/);
assert.equal(entry.human_utterance_is_direct_command, false);
assert.equal(entry.language_home_destruction_is_executable, false);
assert.equal(entry.integrity_gate_may_absorb_human_sovereignty, false);

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@ -1,7 +1,7 @@
{
"schema": "hololake.current-architecture/v1",
"architecture_id": "HLP-CURRENT-ARCH-001",
"version": "2026-08-12.6",
"version": "2026-08-12.7",
"state": "CURRENT_CANONICAL",
"product": {
"formal_name": "光湖语言系统 · 通用人工智能操作平台",
@ -114,6 +114,7 @@
"persona_language_wake_binding_compiler_source_implemented": true,
"persona_repository_binding_read_only_ui_source_integrated": true,
"persona_runtime_projection_repository_gate_source_integrated": true,
"persona_language_shell_controller_source_implemented": true,
"real_persona_repository_manifest_bound": false,
"natural_language_partner_adapter_runtime_integrated": false,
"required_natural_language_entry": "PARTNER_DELIBERATION_AND_LANGUAGE_HOME_INTEGRITY_GATE",