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withTransaction(mode:\"read\"|\"write\",fn:()=>Promise):Promise{\n if(txContext.getStore())return await fn();\n const tx:any=await (rootSqlite as any).transaction(mode);\n try{\n const out=await txContext.run(tx,fn);\n await tx.commit();\n return out;\n }catch(e){\n try{await tx.rollback()}catch{}\n throw e;\n }\n}\n\nconst SRC=\"svrec1864_\",P=\"brainvn_\";\nconst PREDECESSOR_HEAD=\"d88a49daefd5520d5612c1bee960bcf7f587fc5f734a8e568b749e9bd390c1db\";\nconst PREDECESSOR_EVENTS=1991;\nconst enc=new TextEncoder();\nconst NON_AGENT=new Set([\"human_authority_approval\"]);\nconst EXTERNAL_ARTIFACT_COMMAND=\"record-external-artifact\";\nconst EXTERNAL_ARTIFACT_URI_PREFIX=\"valblob:mosadek/project-brain-live-v1-durable/\";\nconst EXTERNAL_ARTIFACT_MAX_SAFE_SIZE=Number.MAX_SAFE_INTEGER;\nconst EXTERNAL_ARTIFACT_REQUIRED=[\"sha256\",\"size\",\"name\",\"uri\",\"workstream\"];\nconst EXTERNAL_ARTIFACT_OPTIONAL=[\"agent\",\"task\"];\nconst EXTERNAL_ARTIFACT_ALLOWED=new Set([...EXTERNAL_ARTIFACT_REQUIRED,...EXTERNAL_ARTIFACT_OPTIONAL]);\ntype ExternalArtifactSpec={\n sha256:string;size:number;name:string;uri:string;blob_key:string;workstream:string;agent:string|null;task:string|null;\n};\ntype ExternalArtifactExistingRow={\n sha256:any;size:any;logical_name:any;producer_agent:any;task_id:any;storage_json:any;\n};\nconst SUPPORTED=new Set([\"status\",\"verify-chain\",\"verify-claim-graph\",\"register-agent\",\"ensure-task\",\"claim\",\"renew-lease\",\"recover-stale\",\"commit\"]);\nconst READ_ONLY_COMMANDS=new Set([\"status\",\"verify-chain\",\"verify-claim-graph\"]);\nconst REACTIVATION_MUTATION_ALLOWLIST=new Set([\"register-agent\",\"ensure-task\",\"claim\",\"renew-lease\",\"commit\",\"recover-stale\",\"supersede-task-context\"]);\nconst EMERGENCY_MUTATIONS_FROZEN=false; // Six-core reactivation only; REACTIVATION_MUTATION_ALLOWLIST remains the hard mutator ceiling.\nconst EMERGENCY_MUTATION_CANARY_JOB_ID=\"chat-sol-20260907-1528-boundcanary-register\";\nconst MUTATION_RECEIPT_TABLE=\"brainvn_mutation_receipts\";\nconst MUTATION_RETRY_AUTH_TABLE=\"brainvn_mutation_retry_authorizations\";\ntype StableRetryProbe={\n schema:\"VAL_NATIVE_STABLE_COMMIT_RETRY_PROBE_V2\";\n stable_snapshot_sha256:string;\n retry_guard_snapshot_complete:boolean;\n};\ntype StableRetryRequest={\n schema:\"VAL_NATIVE_STABLE_COMMIT_RETRY_REQUEST_V2\";\n retry_index:number;\n from_expected_workstream_generation:number;\n to_expected_workstream_generation:number;\n stable_snapshot_sha256:string;\n};\ntype BoundTransportContext={\n job_id:string;\n transport_lease_generation:number;\n lease_owner:string;\n lease_instance_id:string;\n lease_attempt_id:string;\n authority_epoch:number;\n payload_json:string;\n stable_retry_probe?:StableRetryProbe;\n stable_retry_request?:StableRetryRequest;\n};\nasync function ensureMutationReceiptTable(){\n await sqlite.execute(`CREATE TABLE IF NOT EXISTS ${MUTATION_RECEIPT_TABLE}(\n job_id TEXT NOT NULL,\n lease_attempt_id TEXT NOT NULL,\n lease_instance_id TEXT NOT NULL,\n lease_owner TEXT NOT NULL,\n transport_lease_generation INTEGER NOT NULL,\n authority_epoch INTEGER NOT NULL,\n command TEXT NOT NULL,\n payload_sha256 TEXT NOT NULL,\n committed_generation INTEGER NOT NULL,\n event_head_hash TEXT NOT NULL,\n result_json TEXT NOT NULL,\n committed_at TEXT NOT NULL,\n PRIMARY KEY(job_id,lease_attempt_id)\n )`);\n}\nasync function ensureMutationRetryAuthTable(){\n await sqlite.execute(`CREATE TABLE IF NOT EXISTS ${MUTATION_RETRY_AUTH_TABLE}(\n job_id TEXT NOT NULL,\n lease_attempt_id TEXT NOT NULL,\n lease_instance_id TEXT NOT NULL,\n lease_owner TEXT NOT NULL,\n transport_lease_generation INTEGER NOT NULL,\n authority_epoch INTEGER NOT NULL,\n command TEXT NOT NULL,\n payload_sha256 TEXT NOT NULL,\n stale_expected_workstream_generation INTEGER NOT NULL,\n observed_workstream_generation INTEGER NOT NULL,\n stable_snapshot_sha256 TEXT NOT NULL,\n retry_count INTEGER NOT NULL DEFAULT 0,\n created_at TEXT NOT NULL,\n updated_at TEXT NOT NULL,\n PRIMARY KEY(job_id,lease_attempt_id)\n )`);\n}\n\nfunction now(){return new Date().toISOString().replace(\"Z\",\"+00:00\")}\nfunction canon(x:any):string{\n if(x===null||typeof x!==\"object\")return JSON.stringify(x);\n if(Array.isArray(x))return \"[\"+x.map(canon).join(\",\")+\"]\";\n return \"{\"+Object.keys(x).sort().map(k=>JSON.stringify(k)+\":\"+canon(x[k])).join(\",\")+\"}\";\n}\nasync function sha(s:string){const d=await crypto.subtle.digest(\"SHA-256\",enc.encode(s));return[...new Uint8Array(d)].map(x=>x.toString(16).padStart(2,\"0\")).join(\"\")}\nasync function one(sql:string,args:any[]=[]){const r:any=await sqlite.execute({sql,args});return r.rows?.[0]??null}\nconst CHAT_UNPROVEN_ACTIVATION_TASK=\"BRAIN-FIRST-SUPERHERO-CHAT-UNPROVEN-PROTOCOL-WRITE-RECONCILIATION-P0-V1-20260908\";\nasync function chatUnprovenActivation(){\n const t:any=await one(`SELECT state,result_event_id FROM ${P}tasks WHERE id=?`,[CHAT_UNPROVEN_ACTIVATION_TASK]);\n if(!t||String(t.state)!==\"COMPLETE\"||!Number.isInteger(Number(t.result_event_id)))return{active:false,reason:\"ACTIVATION_TASK_NOT_AUTHORIZED_COMPLETE\"};\n const localSeq=Number(t.result_event_id)-PREDECESSOR_EVENTS;\n if(!Number.isInteger(localSeq)||localSeq<1)return{active:false,reason:\"ACTIVATION_RESULT_EVENT_INVALID\"};\n const ev:any=await one(`SELECT agent_id,type,task_id FROM ${P}epoch_events WHERE local_seq=?`,[localSeq]);\n if(!ev||String(ev.type)!==\"TASK_RESULT_COMMITTED\"||String(ev.task_id)!==CHAT_UNPROVEN_ACTIVATION_TASK||!ev.agent_id)return{active:false,reason:\"ACTIVATION_RESULT_EVENT_MISSING_OR_MISBOUND\"};\n const a:any=await one(`SELECT type FROM ${P}agents WHERE id=?`,[String(ev.agent_id)]);\n if(!a||String(a.type)===\"CHAT_UNPROVEN\")return{active:false,reason:\"CIRCULAR_CHAT_UNPROVEN_ACTIVATION_FORBIDDEN\",activator_agent_id:String(ev.agent_id)};\n return{active:true,reason:null,activator_agent_id:String(ev.agent_id),activator_type:String(a.type)};\n}\nasync function requireChatUnprovenActivation(){\n const a:any=await chatUnprovenActivation();\n return a.active===true?null:{ok:false,reason:\"CHAT_UNPROVEN_PROTOCOL_V5_NOT_ACTIVE\",activation:a,activation_task_id:CHAT_UNPROVEN_ACTIVATION_TASK,generation:await generation()};\n}\nfunction flags(args:any[],start:number){const m:any={};for(let i=start;i=args.length)throw new Error(\"BAD_FLAG_VECTOR\");m[args[i].slice(2)]=args[i+1]}return m}\nfunction parseJson(s:any,kind:string){try{return JSON.parse(String(s))}catch{throw new Error(\"BAD_JSON_\"+kind)}}\nfunction exactTop(q:any){return q&&typeof q===\"object\"&&!Array.isArray(q)&&Object.keys(q).sort().join(\",\")===\"args,timeout\"&&Array.isArray(q.args)&&q.args.length>0&&q.args.every((x:any)=>typeof x===\"string\")&&Number.isInteger(q.timeout)&&q.timeout>=1&&q.timeout<=120}\nfunction stableRetryProbeOk(p:any):p is StableRetryProbe{\n return !!p&&p.schema===\"VAL_NATIVE_STABLE_COMMIT_RETRY_PROBE_V2\"&&\n typeof p.stable_snapshot_sha256===\"string\"&&/^[0-9a-f]{64}$/.test(p.stable_snapshot_sha256)&&\n typeof p.retry_guard_snapshot_complete===\"boolean\";\n}\nfunction stableRetryRequestOk(p:any):p is StableRetryRequest{\n return !!p&&p.schema===\"VAL_NATIVE_STABLE_COMMIT_RETRY_REQUEST_V2\"&&\n Number.isInteger(p.retry_index)&&p.retry_index>=1&&p.retry_index<=8&&\n Number.isInteger(p.from_expected_workstream_generation)&&p.from_expected_workstream_generation>=0&&\n Number.isInteger(p.to_expected_workstream_generation)&&p.to_expected_workstream_generation>=0&&\n typeof p.stable_snapshot_sha256===\"string\"&&/^[0-9a-f]{64}$/.test(p.stable_snapshot_sha256);\n}\nfunction commitExpectedWorkstreamGeneration(args:any[]){\n let found:number|null=null;\n for(let i=1;itypeof v!==\"string\"||!v))throw new Error(\"CAPABILITIES_MUST_BE_STRING_LIST\");return [...new Set(x)].sort()}\nfunction cleanWrites(x:any){if(!Array.isArray(x)||x.some(v=>typeof v!==\"string\"||!v.trim()))throw new Error(\"WRITE_RESOURCES_MUST_BE_STRING_LIST\");return [...new Set(x.map((v:string)=>v.trim()))].sort()}\nfunction cleanExternalText(v:string,max:number){return v.length>=1&&v.length<=max&&v.trim()===v&&!/[\\u0000-\\u001f\\u007f]/.test(v)}\nfunction safeExternalId(v:string,max:number){return v.length>=1&&v.length<=max&&/^[A-Za-z0-9][A-Za-z0-9._:-]*$/.test(v)}\nfunction parseExternalArtifactSpec(args:any[]):ExternalArtifactSpec{\n if(!Array.isArray(args)||String(args[0]||\"\")!==EXTERNAL_ARTIFACT_COMMAND)throw new Error(\"EXTERNAL_ARTIFACT_COMMAND_INVALID\");\n const m=new Map();\n for(let i=1;i=args.length)throw new Error(\"EXTERNAL_ARTIFACT_FLAG_VECTOR_INVALID\");\n const key=flag.slice(2);\n if(key===\"human-authority-approval\"||key===\"human_authority_approval\")throw new Error(\"HUMAN_AUTHORITY_APPROVAL_FORBIDDEN\");\n if(!EXTERNAL_ARTIFACT_ALLOWED.has(key))throw new Error(\"EXTERNAL_ARTIFACT_UNKNOWN_FLAG\");\n if(m.has(key))throw new Error(\"EXTERNAL_ARTIFACT_DUPLICATE_FLAG\");\n const value=args[i+1];if(typeof value!==\"string\"||value.startsWith(\"--\"))throw new Error(\"EXTERNAL_ARTIFACT_FLAG_VALUE_INVALID\");\n m.set(key,value);\n }\n for(const k of EXTERNAL_ARTIFACT_REQUIRED)if(!m.has(k))throw new Error(\"EXTERNAL_ARTIFACT_REQUIRED_FLAG_MISSING\");\n const rawSha=String(m.get(\"sha256\"));if(!/^[0-9a-fA-F]{64}$/.test(rawSha))throw new Error(\"EXTERNAL_ARTIFACT_SHA256_INVALID\");\n const rawSize=String(m.get(\"size\"));if(!/^(0|[1-9][0-9]*)$/.test(rawSize))throw new Error(\"EXTERNAL_ARTIFACT_SIZE_INVALID\");\n let sizeBig:bigint;try{sizeBig=BigInt(rawSize)}catch{throw new Error(\"EXTERNAL_ARTIFACT_SIZE_INVALID\")}\n if(sizeBig>BigInt(EXTERNAL_ARTIFACT_MAX_SAFE_SIZE))throw new Error(\"EXTERNAL_ARTIFACT_SIZE_NOT_RUNTIME_SAFE\");\n const name=String(m.get(\"name\"));if(!cleanExternalText(name,512))throw new Error(\"EXTERNAL_ARTIFACT_NAME_INVALID\");\n const uri=String(m.get(\"uri\"));if(!cleanExternalText(uri,2048)||!uri.startsWith(EXTERNAL_ARTIFACT_URI_PREFIX))throw new Error(\"EXTERNAL_ARTIFACT_URI_FORBIDDEN\");\n const blobKey=uri.slice(EXTERNAL_ARTIFACT_URI_PREFIX.length);if(!blobKey||blobKey.startsWith(\"/\")||blobKey.includes(\"\\0\"))throw new Error(\"EXTERNAL_ARTIFACT_BLOB_KEY_INVALID\");\n const workstream=String(m.get(\"workstream\"));if(!safeExternalId(workstream,128))throw new Error(\"EXTERNAL_ARTIFACT_WORKSTREAM_INVALID\");\n const agent=m.has(\"agent\")?String(m.get(\"agent\")):null;if(agent!==null&&!safeExternalId(agent,256))throw new Error(\"EXTERNAL_ARTIFACT_AGENT_INVALID\");\n const task=m.has(\"task\")?String(m.get(\"task\")):null;if(task!==null&&!safeExternalId(task,256))throw new Error(\"EXTERNAL_ARTIFACT_TASK_INVALID\");\n return{sha256:rawSha.toLowerCase(),size:Number(sizeBig),name,uri,blob_key:blobKey,workstream,agent,task};\n}\nfunction externalArtifactExistingDecision(row:ExternalArtifactExistingRow|null,spec:ExternalArtifactSpec){\n if(!row)return{kind:\"CREATE\" as const};\n let storage:any;try{storage=parseJson(row.storage_json,\"EXTERNAL_ARTIFACT_STORAGE\")}catch{return{kind:\"CONFLICT\" as const,reason:\"EXTERNAL_ARTIFACT_STORAGE_INVALID\"}}\n const exact=String(row.sha256).toLowerCase()===spec.sha256&&Number(row.size)===spec.size&&String(row.logical_name)===spec.name&&\n (row.producer_agent??null)===(spec.agent??null)&&(row.task_id??null)===(spec.task??null)&&canon(storage)===canon([spec.uri]);\n return exact?{kind:\"ALREADY_RECORDED\" as const}:{kind:\"CONFLICT\" as const,reason:\"EXTERNAL_ARTIFACT_METADATA_CONFLICT\"};\n}\nasync function verifyExternalArtifactBlobBytes(spec:ExternalArtifactSpec){\n let bytes:Uint8Array;try{const res=await blob.get(spec.blob_key);bytes=new Uint8Array(await res.arrayBuffer())}catch{throw new Error(\"EXTERNAL_ARTIFACT_BLOB_NOT_READABLE\")}\n if(bytes.length!==spec.size)throw new Error(\"EXTERNAL_ARTIFACT_BLOB_SIZE_MISMATCH\");\n const d=await crypto.subtle.digest(\"SHA-256\",bytes);const actual=[...new Uint8Array(d)].map(x=>x.toString(16).padStart(2,\"0\")).join(\"\");\n if(actual!==spec.sha256)throw new Error(\"EXTERNAL_ARTIFACT_BLOB_SHA256_MISMATCH\");\n return{key:spec.blob_key,size:bytes.length,sha256:actual};\n}\n\nasync function cloneState(){\n const tables=[\"meta\",\"workstreams\",\"agents\",\"tasks\",\"claims\",\"claim_deps\",\"artifacts\",\"replicas\",\"task_context_history\",\"task_invariant_history\",\"replay_log\",\"anchor\",\"epoch_events\",\"epoch_meta\"];\n for(const t of tables){await sqlite.execute(`DROP TABLE IF EXISTS ${P}${t}`);await sqlite.execute(`CREATE TABLE ${P}${t} AS SELECT * FROM ${SRC}${t}`)}\n await sqlite.execute(`DROP TABLE IF EXISTS ${Q}`);\n await sqlite.execute(`CREATE TABLE ${Q}(\n id TEXT PRIMARY KEY,priority REAL NOT NULL,payload_json TEXT NOT NULL,state TEXT NOT NULL,\n lease_owner TEXT,lease_attempt_id TEXT,lease_expires_at TEXT,result_json TEXT,error_json TEXT,\n created_at TEXT NOT NULL,updated_at TEXT NOT NULL)`);\n}\n\nasync function meta(){return await one(`SELECT * FROM ${P}epoch_meta WHERE id=1`)}\nasync function generation(){return Number((await meta()).generation)}\nasync function appendEvent(ws:string,agent:any,task:any,type:string,payload:any){\n if(!txContext.getStore())throw new Error(\"EVENT_APPEND_REQUIRES_COMMAND_TRANSACTION\");\n const m:any=await meta(),prev=String(m.event_head_hash),g=Number(m.generation);\n const e={event_uuid:crypto.randomUUID(),ts:now(),workstream:ws,agent_id:agent??null,task_id:task??null,type,payload,prev_hash:prev};\n const h=await sha(canon(e));\n const ins:any=await sqlite.execute({sql:`INSERT INTO ${P}epoch_events(local_seq,event_uuid,ts,workstream,agent_id,task_id,type,payload_json,prev_hash,event_hash,transaction_generation)\n SELECT (SELECT COALESCE(MAX(local_seq),0)+1 FROM ${P}epoch_events),?,?,?,?,?,?,?,?,?,?\n RETURNING local_seq`,\n args:[e.event_uuid,e.ts,ws,e.agent_id,e.task_id,type,canon(payload),prev,h,g]});\n const rows=ins.rows||[];\n if(rows.length!==1)throw new Error(\"EVENT_INSERT_FAILED\");\n const upd:any=await sqlite.execute({sql:`UPDATE ${P}epoch_meta\n SET event_head_hash=?,new_event_count=new_event_count+1\n WHERE id=1 AND event_head_hash=? AND generation=?\n RETURNING new_event_count`,args:[h,prev,g]});\n if((upd.rows||[]).length!==1)throw new Error(\"EVENT_HEAD_CAS_FAILED\");\n return{seq:Number(rows[0].local_seq),event_hash:h};\n}\nasync function bump(){\n const r:any=await sqlite.execute(`UPDATE ${P}epoch_meta SET generation=generation+1 WHERE id=1 RETURNING generation`);\n if(!(r.rows||[]).length)throw new Error(\"GENERATION_BUMP_FAILED\");\n return Number(r.rows[0].generation);\n}\n\nasync function artifactBelongs(h:string,ws:string){\n const a:any=await one(`SELECT task_id,producer_agent FROM ${P}artifacts WHERE sha256=?`,[h]);if(!a)return false;\n if(a.task_id){const t:any=await one(`SELECT workstream FROM ${P}tasks WHERE id=?`,[a.task_id]);if(t&&String(t.workstream)===ws)return true}\n if(a.producer_agent){const ag:any=await one(`SELECT workstream FROM ${P}agents WHERE id=?`,[a.producer_agent]);if(ag&&String(ag.workstream)===ws)return true}\n return false;\n}\nasync function depsSatisfied(r:any){for(const d of parseJson(r.depends_json||\"[]\",\"DEPS\")){const x:any=await one(`SELECT state FROM ${P}tasks WHERE id=?`,[d]);if(!x||String(x.state)!==\"COMPLETE\")return false}return true}\nconst EXECUTION_DISTINCT_GUARD=\"execution_distinct\";\nconst EXECUTION_DISTINCT_ATTESTATION_SCHEMA=\"PROJECT_BRAIN_EXECUTION_DISTINCTNESS_ATTESTATION_V1\";\nconst EXECUTION_DISTINCT_EVIDENCE_CLASS=\"NON_MODEL_CONTROLLED_AUTHENTICATED_CHATGPT_HOST\";\nconst EXECUTION_DISTINCT_MAX_LIFETIME_MS=60*60*1000;\nconst EXECUTION_DISTINCT_PROJECT=\"mosadek/project-brain-live-v1-durable\";\nconst EXECUTION_DISTINCT_INGRESS_QUALIFIED=false; // Fail closed until a separately accepted host-attestation ingress is canonically integrated.\nconst HEX64=/^[0-9a-f]{64}$/;\nconst RUNTIME_FOCUS_POLICY_CARRIER_TASK=\"BRAIN-RUNTIME-TEMPORARY-FOCUS-POLICY-CARRIER-P0-V1-20260910\";\nconst RUNTIME_FOCUS_POLICY_SCHEMA=\"BRAIN_RUNTIME_FOCUS_POLICY_V1\";\ntype RuntimeFocusPolicy={valid:boolean;active:boolean;allowed:Set;revision:number;source_sha256:string;reason:string|null};\nasync function runtimeFocusPolicy():Promise{\n const row:any=await one(`SELECT state,context_manifest FROM ${P}tasks WHERE id=?`,[RUNTIME_FOCUS_POLICY_CARRIER_TASK]);\n if(!row)return{valid:false,active:true,allowed:new Set(),revision:0,source_sha256:\"\",reason:\"FOCUS_POLICY_CARRIER_MISSING\"};\n let c:any;try{c=parseJson(row.context_manifest||\"{}\",\"FOCUS_POLICY\")}catch{return{valid:false,active:true,allowed:new Set(),revision:0,source_sha256:\"\",reason:\"FOCUS_POLICY_CONTEXT_INVALID\"}}\n const allowed=Array.isArray(c.allowed_classes)&&c.allowed_classes.length>0&&c.allowed_classes.every((x:any)=>typeof x===\"string\"&&!!x)&&new Set(c.allowed_classes).size===c.allowed_classes.length?new Set(c.allowed_classes):null;\n const sourceSha=String(c.source_sha256||\"\").toLowerCase();\n const valid=String(row.state)===\"READY\"&&c.schema===RUNTIME_FOCUS_POLICY_SCHEMA&&c.execution_allowed===false&&typeof c.active===\"boolean\"&&Number.isInteger(c.revision)&&c.revision>=1&&typeof c.source_uri===\"string\"&&c.source_uri.startsWith(\"valblob:mosadek/project-brain-live-v1-durable/evidence/user-directives/\")&&HEX64.test(sourceSha)&&!!allowed;\n return valid?{valid:true,active:c.active,allowed:allowed!,revision:c.revision,source_sha256:sourceSha,reason:null}:{valid:false,active:true,allowed:new Set(),revision:0,source_sha256:\"\",reason:\"FOCUS_POLICY_CARRIER_INVALID\"};\n}\nconst FOCUS_DIRECT_CLASSES=new Set([\"HARNESS\",\"RELEVANT_OPENAI_MECHANISM\"]);\nconst FOCUS_STRICT_CLASS=\"STRICT_NECESSARY_DEPENDENCY\";\nconst FOCUS_LIVE_TARGET_STATES=new Set([\"READY\",\"LEASED\",\"BLOCKED\"]);\nconst FOCUS_CAUSAL_STATES=new Set([\"READY\",\"LEASED\"]);\ntype FocusNormalizedTask={id:string;state:string;depends:string[];supported:boolean;executionAllowed:boolean;policyExact:boolean;cls:string;direct:boolean;strict:boolean};\ntype FocusSnapshot={ok:boolean;reason:string|null;byId:Map;cyclicStrict:Set;strictParents:Map};\nfunction focusObjectJson(raw:any){try{const v=JSON.parse(String(raw));return v&&typeof v===\"object\"&&!Array.isArray(v)?v:null}catch{return null}}\nfunction focusDepsJson(raw:any){try{const v=JSON.parse(String(raw));if(!Array.isArray(v)||v.some((x:any)=>typeof x!==\"string\"||!x)||new Set(v).size!==v.length)return null;return v as string[]}catch{return null}}\nfunction focusPolicyExact(ctx:any,policy:RuntimeFocusPolicy){const rev=Number(ctx?.temporary_focus_policy_revision),src=String(ctx?.temporary_focus_source_sha256||\"\").toLowerCase();return Number.isInteger(rev)&&rev===policy.revision&&src===policy.source_sha256}\nfunction buildFocusSnapshot(rows:any[],policy:RuntimeFocusPolicy):FocusSnapshot{\n const empty={ok:false,reason:\"FOCUS_SNAPSHOT_INVALID\",byId:new Map(),cyclicStrict:new Set(),strictParents:new Map()};\n if(!policy.valid||!Array.isArray(rows))return empty;\n const counts=new Map();for(const r of rows){const id=typeof r?.id===\"string\"?r.id:\"\";if(id)counts.set(id,(counts.get(id)||0)+1)}\n const byId=new Map();\n for(const r of rows){const id=typeof r?.id===\"string\"?r.id:\"\";if(!id||counts.get(id)!==1)continue;const ctx=focusObjectJson(r.context_manifest),deps=focusDepsJson(r.depends_json),state=typeof r.state===\"string\"?r.state:\"\",cls=ctx&&typeof ctx.temporary_focus_classification===\"string\"?ctx.temporary_focus_classification:\"\";const supported=!!ctx&&deps!==null&&typeof ctx.execution_allowed===\"boolean\"&&typeof ctx.temporary_focus_classification===\"string\"&&Number.isInteger(ctx.temporary_focus_policy_revision)&&typeof ctx.temporary_focus_source_sha256===\"string\";byId.set(id,{id,state,depends:deps||[],supported,executionAllowed:ctx?.execution_allowed===true,policyExact:!!ctx&&focusPolicyExact(ctx,policy),cls,direct:FOCUS_DIRECT_CLASSES.has(cls),strict:cls===FOCUS_STRICT_CLASS})}\n const graph=new Map();\n for(const t of byId.values())if(FOCUS_CAUSAL_STATES.has(t.state)&&t.supported&&t.executionAllowed&&t.policyExact&&(t.direct||t.strict))graph.set(t.id,t.depends.filter(d=>byId.has(d)));\n const cyclicStrict=new Set(),nodeCount=graph.size;\n for(const t of byId.values())if(t.strict&&graph.has(t.id)){const seen=new Set([t.id]),stack=[...(graph.get(t.id)||[])];let steps=0;while(stack.length&&steps++<=nodeCount+1){const x=stack.pop()!;if(x===t.id){cyclicStrict.add(t.id);break}if(seen.has(x)||!graph.has(x))continue;seen.add(x);for(const d of graph.get(x)||[])stack.push(d)}}\n const strictParents=new Map();\n for(const p of byId.values())if(graph.has(p.id)){for(const d of graph.get(p.id)||[]){const child=byId.get(d);if(!child?.strict||cyclicStrict.has(d))continue;const a=strictParents.get(d)||[];a.push(p.id);strictParents.set(d,a)}}\n for(const a of strictParents.values())a.sort();return{ok:true,reason:null,byId,cyclicStrict,strictParents}\n}\nfunction focusTaskDecision(taskId:string,policy:RuntimeFocusPolicy,snap:FocusSnapshot){\n if(!policy.valid||!snap.ok)return{allowed:false,reason:policy.valid?snap.reason:\"FOCUS_POLICY_INVALID\",roots:[] as string[]};const t=snap.byId.get(taskId);if(!t)return{allowed:false,reason:\"TARGET_ID_NOT_UNIQUE_OR_MISSING\",roots:[] as string[]};\n if(!policy.active)return FOCUS_LIVE_TARGET_STATES.has(t.state)&&t.supported&&t.executionAllowed?{allowed:true,reason:\"FOCUS_INACTIVE\",roots:[] as string[]}:{allowed:false,reason:\"TARGET_CANONICAL_SHAPE_OR_EXECUTION_INVALID\",roots:[] as string[]};\n if(FOCUS_LIVE_TARGET_STATES.has(t.state)&&t.supported&&t.executionAllowed&&t.policyExact&&t.direct)return{allowed:true,reason:\"DIRECT_FOCUS_CLASS\",roots:[t.id]};\n if(!(FOCUS_LIVE_TARGET_STATES.has(t.state)&&t.supported&&t.executionAllowed&&t.policyExact&&t.strict))return{allowed:false,reason:\"FOCUS_CLASS_OR_BINDING_REJECTED\",roots:[] as string[]};\n if(!FOCUS_CAUSAL_STATES.has(t.state))return{allowed:false,reason:\"STRICT_TARGET_NOT_CAUSALLY_LIVE\",roots:[] as string[]};if(snap.cyclicStrict.has(t.id))return{allowed:false,reason:\"STRICT_TARGET_CYCLIC\",roots:[] as string[]};\n const roots=new Set(),seen=new Set([t.id]),q=[t.id];let steps=0,max=Math.max(1,snap.byId.size+1);\n while(q.length&&steps++<=max){const x=q.shift()!;for(const p of snap.strictParents.get(x)||[]){const pt=snap.byId.get(p);if(!pt||!FOCUS_CAUSAL_STATES.has(pt.state)||!pt.supported||!pt.executionAllowed||!pt.policyExact)continue;if(pt.direct){roots.add(pt.id);continue}if(pt.strict&&!snap.cyclicStrict.has(pt.id)&&!seen.has(pt.id)){seen.add(pt.id);q.push(pt.id)}}}\n const rs=[...roots].sort();return rs.length?{allowed:true,reason:\"STRICT_CAUSAL_PATH_QUALIFIED\",roots:rs}:{allowed:false,reason:\"STRICT_CAUSAL_PATH_NOT_QUALIFIED\",roots:rs};\n}\nfunction exactObjectKeys(v:any,keys:string[]){if(!v||typeof v!==\"object\"||Array.isArray(v))return false;const got=Object.keys(v).sort(),want=[...keys].sort();return got.length===want.length&&got.every((k,i)=>k===want[i])}\nconst EXECUTION_DISTINCT_ATTESTATION_KEYS=[\"schema\",\"positive\",\"project\",\"task_id\",\"challenge_sha256\",\"builder_agent_id\",\"reviewer_agent_id\",\"builder_execution_sha256\",\"reviewer_execution_sha256\",\"evidence_class\",\"issuer_receipt_sha256\",\"self_asserted\",\"ownership_only\",\"issued_at\",\"expires_at\"];\nasync function executionDistinctGuardSatisfied(task:any,g:any,agentId:string){\n const claimant:any=await one(`SELECT type FROM ${P}agents WHERE id=?`,[agentId]);\n if(!claimant||String(claimant.type)===\"CHAT_UNPROVEN\")return false;\n if(EXECUTION_DISTINCT_INGRESS_QUALIFIED!==true)return false;\n const q:any=await sqlite.execute({sql:`SELECT workstream,status,statement_json,evidence_json FROM ${P}claims WHERE workstream=? AND status='VERIFIED' ORDER BY id`,args:[task.workstream]});\n for(const row of q.rows||[]){\n const s=parseJson(row.statement_json||\"{}\",\"EXECUTION_DISTINCT_STATEMENT\"),e=parseJson(row.evidence_json||\"[]\",\"EXECUTION_DISTINCT_EVIDENCE\");\n if(String(row.workstream)!==String(task.workstream)||String(row.status)!==\"VERIFIED\"||!exactObjectKeys(s,EXECUTION_DISTINCT_ATTESTATION_KEYS)||!Array.isArray(e))continue;\n if(s.schema!==EXECUTION_DISTINCT_ATTESTATION_SCHEMA||s.positive!==true||s.project!==EXECUTION_DISTINCT_PROJECT||s.task_id!==task.id)continue;\n if(String(s.challenge_sha256||\"\").toLowerCase()!==String(g.challenge_sha256))continue;\n if(s.builder_agent_id!==g.builder_agent_id||s.reviewer_agent_id!==agentId||s.builder_agent_id===s.reviewer_agent_id)continue;\n if(!HEX64.test(String(s.builder_execution_sha256))||!HEX64.test(String(s.reviewer_execution_sha256))||s.builder_execution_sha256===s.reviewer_execution_sha256)continue;\n if(s.evidence_class!==EXECUTION_DISTINCT_EVIDENCE_CLASS||s.self_asserted!==false||s.ownership_only!==false||!HEX64.test(String(s.issuer_receipt_sha256)))continue;\n if(!e.includes(`artifact:${s.issuer_receipt_sha256}`))continue;\n const issued=Date.parse(String(s.issued_at)),expires=Date.parse(String(s.expires_at)),nowMs=Date.now();\n if(!Number.isFinite(issued)||!Number.isFinite(expires)||issued>nowMs||expires<=nowMs||expires<=issued||(expires-issued)>EXECUTION_DISTINCT_MAX_LIFETIME_MS)continue;\n return true;\n }\n return false\n}\nasync function guardsSatisfied(r:any,agentId:string){\n for(const g of parseJson(r.guards_json||\"[]\",\"GUARDS\")){\n if(g.type===\"task_complete\"){const x:any=await one(`SELECT workstream,state FROM ${P}tasks WHERE id=?`,[g.id]);if(!x||String(x.workstream)!==String(r.workstream)||String(x.state)!==\"COMPLETE\")return false}\n else if(g.type===\"claim_verified\"){const x:any=await one(`SELECT workstream,status FROM ${P}claims WHERE id=?`,[g.id]);if(!x||String(x.workstream)!==String(r.workstream)||String(x.status)!==\"VERIFIED\")return false}\n else if(g.type===\"artifact_present\"){if(!await artifactBelongs(String(g.sha256),String(r.workstream)))return false}\n else if(g.type===EXECUTION_DISTINCT_GUARD){if(!await executionDistinctGuardSatisfied(r,g,agentId))return false}\n else return false;\n }return true\n}\nasync function normalizeGuards(ws:string,x:any){\n if(!Array.isArray(x))throw new Error(\"GUARDS_MUST_BE_LIST\");const out:any[]=[],seen=new Set();\n for(const g of x){\n if(!g||typeof g!==\"object\"||Array.isArray(g))throw new Error(\"GUARD_MUST_BE_OBJECT\");let ng:any;\n if(g.type===\"task_complete\"){if(typeof g.id!==\"string\"||!g.id)throw new Error(\"BAD_TASK_GUARD\");const r:any=await one(`SELECT workstream,state FROM ${P}tasks WHERE id=?`,[g.id]);if(!r)throw new Error(\"UNKNOWN_GUARD_TASK\");if(String(r.workstream)!==ws)throw new Error(\"CROSS_WORKSTREAM_TASK_GUARD\");if([\"INVALID\",\"BLOCKED\"].includes(String(r.state)))throw new Error(\"TERMINAL_TASK_GUARD\");ng={type:\"task_complete\",id:g.id}}\n else if(g.type===\"claim_verified\"){if(typeof g.id!==\"string\"||!g.id)throw new Error(\"BAD_CLAIM_GUARD\");const r:any=await one(`SELECT workstream,status FROM ${P}claims WHERE id=?`,[g.id]);if(!r)throw new Error(\"UNKNOWN_GUARD_CLAIM\");if(String(r.workstream)!==ws)throw new Error(\"CROSS_WORKSTREAM_CLAIM_GUARD\");if(String(r.status)!==\"VERIFIED\")throw new Error(\"CLAIM_GUARD_NOT_VERIFIED\");ng={type:\"claim_verified\",id:g.id}}\n else if(g.type===\"artifact_present\"){const h=String(g.sha256||\"\").toLowerCase();if(!HEX64.test(h))throw new Error(\"BAD_ARTIFACT_GUARD_SHA256\");ng={type:\"artifact_present\",sha256:h}}\n else if(g.type===EXECUTION_DISTINCT_GUARD){\n if(!exactObjectKeys(g,[\"type\",\"builder_agent_id\",\"challenge_sha256\"]))throw new Error(\"BAD_EXECUTION_DISTINCT_GUARD_SHAPE\");\n if(typeof g.builder_agent_id!==\"string\"||!g.builder_agent_id)throw new Error(\"BAD_EXECUTION_DISTINCT_BUILDER\");\n const h=String(g.challenge_sha256||\"\").toLowerCase();if(!HEX64.test(h))throw new Error(\"BAD_EXECUTION_DISTINCT_CHALLENGE\");\n ng={type:EXECUTION_DISTINCT_GUARD,builder_agent_id:g.builder_agent_id,challenge_sha256:h}\n }\n else throw new Error(\"UNKNOWN_GUARD_TYPE\");\n const k=canon(ng);if(!seen.has(k)){seen.add(k);out.push(ng)}\n }out.sort((a,b)=>canon(a).localeCompare(canon(b)));return out\n}\nasync function writeConflict(r:any){\n const writes=new Set(parseJson(r.writes_json||\"[]\",\"WRITES\"));if(!writes.size)return null;\n const q:any=await sqlite.execute(`SELECT id,workstream,lease_owner,writes_json FROM ${P}tasks WHERE state='LEASED'`);\n for(const o of q.rows||[]){const ow=new Set(parseJson(o.writes_json||\"[]\",\"WRITES\"));const overlap=[...writes].filter(x=>ow.has(x)).sort();if(overlap.length)return{task_id:o.id,workstream:o.workstream,lease_owner:o.lease_owner,resources:overlap}}\n return null\n}\nfunction unprovenIndependenceSensitive(req:Set,ctx:any){\n if(req.has(\"independent_verification\"))return true;\n const flags=[\n \"identity_gate_pending\",\n \"prevent_self_review\",\n \"self_certification_forbidden\",\n \"physical_chat_execution_distinctness_required\",\n \"reviewer_must_be_distinct\",\n \"reviewer_must_be_distinct_from_refresh_executor\",\n \"reviewer_must_be_physically_distinct\",\n \"reviewer_must_be_physically_distinct_chat_execution\",\n \"reviewer_must_differ\",\n \"reviewer_must_differ_from_builder\",\n \"reviewer_must_differ_from_source_contributors\",\n \"reviewer_population_must_be_distinct\",\n \"do_not_infer_distinctness_from_agent_id\"\n ];\n if(flags.some(k=>ctx?.[k]===true))return true;\n if(ctx?.if_distinctness_not_positively_proven===\"DO_NOT_CLAIM_THIS_TASK\")return true;\n return false\n}\ntype NoReadyReason=\"MISSING_DEDUPE\"|\"ASSIGNED_OTHER\"|\"FOCUS_POLICY_INVALID\"|\"TEMPORARY_FOCUS_INELIGIBLE\"|\"EXECUTION_DISABLED\"|\"CHAT_UNPROVEN_INDEPENDENCE\"|\"EXECUTION_DISTINCT_INGRESS_UNQUALIFIED\"|\"NON_AGENT_REQUIREMENT\"|\"MISSING_CAPABILITY\"|\"DEPENDENCY_UNSATISFIED\"|\"GUARD_UNSATISFIED\"|\"WRITE_CONFLICT\";\nconst NO_READY_REASONS:NoReadyReason[]=[\"MISSING_DEDUPE\",\"ASSIGNED_OTHER\",\"FOCUS_POLICY_INVALID\",\"TEMPORARY_FOCUS_INELIGIBLE\",\"EXECUTION_DISABLED\",\"CHAT_UNPROVEN_INDEPENDENCE\",\"EXECUTION_DISTINCT_INGRESS_UNQUALIFIED\",\"NON_AGENT_REQUIREMENT\",\"MISSING_CAPABILITY\",\"DEPENDENCY_UNSATISFIED\",\"GUARD_UNSATISFIED\",\"WRITE_CONFLICT\"];\nasync function bestReady(ws:string,caps:string[],agentId:string){\n const q:any=await sqlite.execute({sql:`SELECT * FROM ${P}tasks WHERE workstream=? AND state='READY' ORDER BY priority DESC,id`,args:[ws]});const C=new Set(caps);\n const meta:any=await one(`SELECT type FROM ${P}agents WHERE id=?`,[agentId]),unproven=String(meta?.type||\"\")===\"CHAT_UNPROVEN\";\n const focusPolicy=await runtimeFocusPolicy(),focusRows:any[]=(await sqlite.execute(`SELECT id,state,depends_json,context_manifest FROM ${P}tasks ORDER BY rowid`)).rows as any[],focusSnap=buildFocusSnapshot(focusRows,focusPolicy);\n const reasonCounts:Record=Object.fromEntries(NO_READY_REASONS.map(x=>[x,0])) as Record;let highest:any=null,readyRowsSeen=0;\n const reject=(r:any,reason:NoReadyReason)=>{reasonCounts[reason]++;if(highest===null){const p=Number(r.priority);highest={task_id:String(r.id).slice(0,200),priority:Number.isFinite(p)?p:null,reason}}};\n for(const r of q.rows||[]){\n readyRowsSeen++;\n if(!r.dedupe_key){reject(r,\"MISSING_DEDUPE\");continue}if(r.assigned_agent!==null&&String(r.assigned_agent)!==agentId){reject(r,\"ASSIGNED_OTHER\");continue}\n const req=new Set(parseJson(r.requires_json||\"[]\",\"REQ\")),ctx=parseJson(r.context_manifest||\"{}\",\"CTX\");\n const focusDecision=focusTaskDecision(String(r.id),focusPolicy,focusSnap);if(!focusDecision.allowed){reject(r,focusPolicy.valid?\"TEMPORARY_FOCUS_INELIGIBLE\":\"FOCUS_POLICY_INVALID\");continue}\n if(ctx.execution_allowed===false){reject(r,\"EXECUTION_DISABLED\");continue}const independenceSensitive=unprovenIndependenceSensitive(req,ctx);if(independenceSensitive&&unproven){reject(r,\"CHAT_UNPROVEN_INDEPENDENCE\");continue}if(independenceSensitive&&EXECUTION_DISTINCT_INGRESS_QUALIFIED!==true){reject(r,\"EXECUTION_DISTINCT_INGRESS_UNQUALIFIED\");continue}if([...req].some(x=>NON_AGENT.has(x))){reject(r,\"NON_AGENT_REQUIREMENT\");continue}if([...req].some(x=>!C.has(x))){reject(r,\"MISSING_CAPABILITY\");continue}\n if(!await depsSatisfied(r)){reject(r,\"DEPENDENCY_UNSATISFIED\");continue}if(!await guardsSatisfied(r,agentId)){reject(r,\"GUARD_UNSATISFIED\");continue}if(await writeConflict(r)){reject(r,\"WRITE_CONFLICT\");continue}return{task:r,no_ready_diagnostics:null}\n }\n return{task:null,no_ready_diagnostics:{schema:\"NO_READY_TASK_EXPLANATION_V7\",frontier_class:readyRowsSeen===0?\"TRUE_EMPTY_FRONTIER\":\"ALL_READY_ROWS_REJECTED\",ready_rows_seen:readyRowsSeen,reason_counts:reasonCounts,highest_priority_rejected:highest,focus_policy:{valid:focusPolicy.valid,active:focusPolicy.active,revision:focusPolicy.revision,reason:focusPolicy.reason}}}\n}\n\nasync function verifyChain(){\n const m:any=await meta(),es:any[]=(await sqlite.execute(`\n SELECT e.*,\n lower(hex(sha256(\n '{'\n || '\"agent_id\":' || CASE WHEN e.agent_id IS NULL THEN 'null' ELSE json_quote(e.agent_id) END\n || ',\"event_uuid\":' || json_quote(e.event_uuid)\n || ',\"payload\":' || e.payload_json\n || ',\"prev_hash\":' || json_quote(e.prev_hash)\n || ',\"task_id\":' || CASE WHEN e.task_id IS NULL THEN 'null' ELSE json_quote(e.task_id) END\n || ',\"ts\":' || json_quote(e.ts)\n || ',\"type\":' || json_quote(e.type)\n || ',\"workstream\":' || json_quote(e.workstream)\n || '}'\n ))) AS computed_event_hash\n FROM ${P}epoch_events e\n ORDER BY e.local_seq\n `)).rows as any[];let prev=PREDECESSOR_HEAD,bad:any[]=[],structural_problems:any[]=[];\n const metaCount=Number((await one(`SELECT COUNT(*) n FROM ${P}epoch_meta`)).n);\n if(metaCount!==1)structural_problems.push({reason:\"EPOCH_META_NOT_SINGLETON\",rows:metaCount});\n const seenSeq=new Set(),seenUuid=new Set(),seenHash=new Set();let lastTx=Number(m.predecessor_generation);\n for(const r of es){\n const seq=Number(r.local_seq),uuid=String(r.event_uuid??\"\"),eh=String(r.event_hash??\"\"),txg=Number(r.transaction_generation);\n if(!Number.isInteger(seq)||seq<1)structural_problems.push({reason:\"BAD_LOCAL_SEQ\",value:r.local_seq});\n if(seenSeq.has(seq))structural_problems.push({reason:\"DUPLICATE_LOCAL_SEQ\",value:seq});else seenSeq.add(seq);\n if(!uuid)structural_problems.push({reason:\"EMPTY_EVENT_UUID\",seq});else if(seenUuid.has(uuid))structural_problems.push({reason:\"DUPLICATE_EVENT_UUID\",value:uuid});else seenUuid.add(uuid);\n if(!/^[0-9a-f]{64}$/.test(eh))structural_problems.push({reason:\"BAD_EVENT_HASH_SHAPE\",seq,value:eh});else if(seenHash.has(eh))structural_problems.push({reason:\"DUPLICATE_EVENT_HASH\",value:eh});else seenHash.add(eh);\n if(!Number.isInteger(txg)||txg=Number(m.generation))structural_problems.push({reason:\"TRANSACTION_GENERATION_OUT_OF_RANGE\",seq,value:r.transaction_generation,predecessor_generation:Number(m.predecessor_generation),generation:Number(m.generation)});\n if(txgNumber(r.local_seq))):0,have=new Set(es.map(r=>Number(r.local_seq))),missing:number[]=[];for(let i=1;i<=maxSeq;i++)if(!have.has(i))missing.push(i);\n const qs:any[]=(await sqlite.execute(\"SELECT * FROM brainvn_epoch_event_quarantine ORDER BY local_seq\")).rows as any[];\n const C={orphan_seq:294,orphan_hash:\"eca5c756dd83bc28429f3cffb6bfac977acf966b784ec4282cbf233fc8be4a13\",parent_seq:293,parent_hash:\"461da01e9eb9325fd540764875ef5ff8a78c78ee2e7aa9416de7644d576b8c13\",successor_seq:295,successor_hash:\"221b97099f2a2968804f04352570f4a4f0510fe658eac9b5c3038f315fab7d2d\",forensic:\"d2a060847807015f97522f4e3948a1ebce5ca63fce57ef0fa20dddcad32f8e1c\",manifest:\"99e8f1adbb426a3016c55acb2b412584f1c5c327e01122a4d7557233935acb1a\",task:\"BRAIN-UNIVERSAL-AGENT-FABRIC-EPOCH2-CORRECTIVE-INTEGRATION-V1-20260907\"};\n let quarantine_ok=false;\n if(missing.length===0&&qs.length===0)quarantine_ok=true;\n else if(missing.length===1&&missing[0]===C.orphan_seq&&qs.length===1&&es.length+qs.length===maxSeq){\n const q:any=qs[0],parent:any=es.find(r=>Number(r.local_seq)===C.parent_seq),succ:any=es.find(r=>Number(r.local_seq)===C.successor_seq),rec:any[]=es.filter(r=>String(r.type)===\"EPOCH_RECOVERY_LINEAGE_COMMITTED\");\n const p:any=rec.length===1?parseJson(rec[0].payload_json,\"RECOVERY_LINEAGE\"):null;\n quarantine_ok=Number(q.local_seq)===C.orphan_seq&&String(q.event_hash)===C.orphan_hash&&String(q.prev_hash)===C.parent_hash&&Number(q.transaction_generation)===2133&&String(q.task_id)===C.task&&String(q.event_type)===\"TASK_LEASED\"&&String(q.reason)===\"PROVEN_UNCOMMITTED_HALF_COMMAND_ORPHAN_FORK_SEQ294\"&&String(q.forensic_uri)===\"valblob:mosadek/project-brain-live-v1-durable/evidence/control_plane/epoch2-command-atomicity-fork-repair-v1/SEQ294_FORENSIC_SNAPSHOT_V1.json\"&&!!parent&&String(parent.event_hash)===C.parent_hash&&!!succ&&String(succ.event_hash)===C.successor_hash&&String(succ.prev_hash)===C.parent_hash&&!es.some(r=>String(r.event_hash)===C.orphan_hash)&&!!p&&p.classification===\"EXPLICIT_QUARANTINE_RECOVERY_LINEAGE\"&&Number(p.orphan_seq)===C.orphan_seq&&String(p.orphan_hash)===C.orphan_hash&&Number(p.parent_seq)===C.parent_seq&&String(p.parent_hash)===C.parent_hash&&Number(p.valid_successor_seq)===C.successor_seq&&String(p.valid_successor_hash)===C.successor_hash&&String(p.forensic_blob_sha256)===C.forensic&&String(p.quarantine_manifest_sha256)===C.manifest&&String(p.quarantine_manifest_uri)===\"valblob:mosadek/project-brain-live-v1-durable/evidence/control_plane/epoch2-command-atomicity-fork-repair-v1/SEQ294_QUARANTINE_MANIFEST_99e8f1adbb426a3016c55acb2b412584f1c5c327e01122a4d7557233935acb1a.json\"&&String(p.affected_task_id)===C.task&&p.affected_task_reconciled_to_ready===true;\n }\n if(!quarantine_ok)structural_problems.push({reason:\"UNVERIFIED_EVENT_SEQUENCE_GAP_OR_QUARANTINE\",missing,quarantine_rows:qs.length});\n return{ok:bad.length===0&&structural_problems.length===0,predecessor_event_count:PREDECESSOR_EVENTS,new_events:es.length,total_events:PREDECESSOR_EVENTS+es.length,computed_head:prev,stored_head:storedHead,generation:Number(m.generation),bad,structural_problems,quarantine:{ok:quarantine_ok,missing_local_seq:missing,rows:qs.length}}\n}\nasync function verifyClaimGraph(){\n const claims:any[]=(await sqlite.execute(`SELECT * FROM ${P}claims ORDER BY id`)).rows as any[],deps:any[]=(await sqlite.execute(`SELECT * FROM ${P}claim_deps`)).rows as any[];const cm=new Map(claims.map(x=>[String(x.id),x])),problems:any[]=[];\n for(const d of deps){const p:any=cm.get(String(d.parent_claim)),c:any=cm.get(String(d.child_claim));if(!p||!c)problems.push({dep:d,reason:\"MISSING_CLAIM\"});else if(String(p.workstream)!==String(c.workstream))problems.push({dep:d,reason:\"CROSS_WORKSTREAM\"});else if([\"FALSIFIED\",\"STALE\"].includes(String(p.status))&&String(c.status)===\"VERIFIED\")problems.push({dep:d,reason:\"VERIFIED_CHILD_OF_INVALID_PARENT\"})}\n return{ok:problems.length===0,claims:claims.length,problems}\n}\nasync function status(){\n const m:any=await meta();const counts:any={};for(const t of [\"agents\",\"tasks\",\"claims\",\"artifacts\"])counts[t]=Number((await one(`SELECT COUNT(*) n FROM ${P}${t}`)).n);\n const states:any=(await sqlite.execute(`SELECT state,COUNT(*) n FROM ${P}tasks GROUP BY state ORDER BY state`)).rows;\n return{ok:true,classification:\"VAL_NATIVE_RECOVERY_EPOCH\",epoch:Number(m.epoch),generation:Number(m.generation),event_head_hash:String(m.event_head_hash),predecessor_generation:Number(m.predecessor_generation),predecessor_head:String(m.predecessor_head),new_event_count:Number(m.new_event_count),counts,task_states:states}\n}\n\nasync function register(args:string[]){\n if(args.length<2)throw new Error(\"REGISTER_ID_REQUIRED\");const id=args[1],f=flags(args,2),ws=String(f.workstream||\"\"),role=String(f.role||\"\"),type=String(f.type||\"\"),parent=f.parent??null,caps=cleanCaps(parseJson(f.capabilities||\"[]\",\"CAPS\"));\n if(!ws||!role||!type)throw new Error(\"REGISTER_FIELDS_REQUIRED\");if(!await one(`SELECT id FROM ${P}workstreams WHERE id=?`,[ws]))throw new Error(\"UNKNOWN_WORKSTREAM\");\n if(type===\"CHAT_UNPROVEN\"){const blocked:any=await requireChatUnprovenActivation();if(blocked)return blocked}\n if(parent){if(String(parent)===id)throw new Error(\"AGENT_CANNOT_PARENT_SELF\");const pr:any=await one(`SELECT workstream FROM ${P}agents WHERE id=?`,[parent]);if(!pr)throw new Error(\"UNKNOWN_PARENT_AGENT\");if(String(pr.workstream)!==ws)throw new Error(\"CROSS_WORKSTREAM_PARENT\")}\n const ex:any=await one(`SELECT * FROM ${P}agents WHERE id=?`,[id]);if(ex){const same=String(ex.workstream)===ws&&String(ex.role)===role&&String(ex.type)===type&&(ex.parent_id??null)===(parent??null)&&String(ex.capabilities_json)===canon(caps);if(!same)throw new Error(\"AGENT_REJOIN_IDENTITY_MISMATCH\");await sqlite.execute({sql:`UPDATE ${P}agents SET last_seen=? WHERE id=?`,args:[now(),id]});return{ok:true,created:false,agent_id:id,generation:await generation()}}\n const g0=await generation();await sqlite.execute({sql:`INSERT INTO ${P}agents(id,parent_id,type,workstream,role,status,boot_generation,last_generation,last_seen,capabilities_json) VALUES(?,?,?,?,?,'READY',?,?,?,?)`,args:[id,parent,type,ws,role,g0,g0,now(),canon(caps)]});await appendEvent(ws,id,null,\"AGENT_REGISTERED\",{type,role,parent,boot_generation:g0,capabilities:caps});const ng=await bump();await sqlite.execute({sql:`UPDATE ${P}agents SET last_generation=? WHERE id=?`,args:[ng,id]});return{ok:true,created:true,agent_id:id,generation:ng}\n}\nasync function ensureTask(args:string[]){\n if(args.length<2)throw new Error(\"TASK_ID_REQUIRED\");const id=args[1],f=flags(args,2),ws=String(f.workstream||\"\"),dedupe=String(f[\"dedupe-key\"]||\"\");if(!ws||!dedupe)throw new Error(\"ENSURE_FIELDS_REQUIRED\");\n const deps=parseJson(f.depends||\"[]\",\"DEPS\"),ctx=parseJson(f.context||\"{}\",\"CTX\"),req=parseJson(f.requires||\"[]\",\"REQ\"),writes=cleanWrites(parseJson(f.writes||\"[]\",\"WRITES\")),guards=await normalizeGuards(ws,parseJson(f.guards||\"[]\",\"GUARDS\"));\n if(!Array.isArray(deps)||!ctx||Array.isArray(ctx)||!Array.isArray(req))throw new Error(\"BAD_JSON_SHAPE\");\n const existing:any=await one(`SELECT * FROM ${P}tasks WHERE workstream=? AND dedupe_key=? ORDER BY created_at DESC LIMIT 1`,[ws,dedupe]);if(existing)return{ok:true,created:false,task_id:existing.id,state:existing.state,lease_owner:existing.lease_owner,generation:await generation(),dedupe_key:dedupe};\n if(!await one(`SELECT id FROM ${P}workstreams WHERE id=?`,[ws]))throw new Error(\"UNKNOWN_WORKSTREAM\");\n for(const d of deps){const r:any=await one(`SELECT workstream,state FROM ${P}tasks WHERE id=?`,[d]);if(!r)throw new Error(\"UNKNOWN_DEP\");if(String(r.workstream)!==ws)throw new Error(\"CROSS_WORKSTREAM_DEP\");if([\"INVALID\",\"BLOCKED\"].includes(String(r.state)))throw new Error(\"TERMINAL_DEPENDENCY\")}\n const t=now(),priority=Number(f.priority);if(!Number.isFinite(priority))throw new Error(\"BAD_PRIORITY\");\n await sqlite.execute({sql:`INSERT INTO ${P}tasks(id,workstream,state,priority,depends_json,success_condition,decision_value,context_manifest,lease_owner,lease_mode,lease_generation,lease_expires_at,created_at,updated_at,result_event_id,requires_json,dedupe_key,assigned_agent,delegated_by,writes_json,guards_json) VALUES(?,?,'READY',?,?,?,?,?,NULL,NULL,NULL,NULL,?,?,NULL,?,?,NULL,NULL,?,?)`,args:[id,ws,priority,canon(deps),String(f.success||\"\"),String(f.value||\"\"),canon(ctx),t,t,canon(req),dedupe,canon(writes),canon(guards)]});\n await appendEvent(ws,f.agent??null,id,\"TASK_CREATED\",{priority,depends:deps,requires:req,writes,guards,dedupe_key:dedupe,success_condition:String(f.success||\"\"),decision_value:String(f.value||\"\")});const ng=await bump();await sqlite.execute({sql:`UPDATE ${P}workstreams SET head_generation=?,updated_at=? WHERE id=?`,args:[ng,now(),ws]});return{ok:true,created:true,task_id:id,state:\"READY\",generation:ng,dedupe_key:dedupe}\n}\nasync function claim(args:string[]){\n const f=flags(args,1),id=String(f.agent||\"\"),mode=String(f.mode||\"INTERACTIVE\"),secs=f[\"lease-seconds\"]===undefined?(mode===\"INTERACTIVE\"?1800:900):Number(f[\"lease-seconds\"]);if(!id)throw new Error(\"AGENT_REQUIRED\");if(![\"INTERACTIVE\",\"PROCESS\"].includes(mode)||secs<60||secs>7200)throw new Error(\"BAD_LEASE\");\n const ag:any=await one(`SELECT * FROM ${P}agents WHERE id=?`,[id]);if(!ag)throw new Error(\"UNKNOWN_AGENT\");if(String(ag.type)===\"CHAT_UNPROVEN\"){const blocked:any=await requireChatUnprovenActivation();if(blocked)return blocked}const held:any=await one(`SELECT id,lease_expires_at FROM ${P}tasks WHERE state='LEASED' AND lease_owner=? ORDER BY updated_at DESC LIMIT 1`,[id]);const g0=await generation();\n if(held){if(held.lease_expires_at&&String(held.lease_expires_at){\n const items:any[]=[];\n for(const pair of pairs){\n if(!pair||!Array.isArray(pair.registerArgs)||!Array.isArray(pair.claimArgs))throw new Error(\"COHORT_PAIR_SHAPE_INVALID\");\n const regResult:any=await register(pair.registerArgs);\n if(regResult?.ok!==true)throw new Error(\"COHORT_REGISTER_REJECTED:\"+String(regResult?.reason||\"UNKNOWN\"));\n const regMeta:any=await meta();\n const regGeneration=Number(regMeta.generation);\n if(Number(regResult.generation)!==regGeneration)throw new Error(\"COHORT_REGISTER_GENERATION_DRIFT\");\n const claimResult:any=await claim(pair.claimArgs);\n if(claimResult?.ok!==true)throw new Error(\"COHORT_CLAIM_REJECTED:\"+String(claimResult?.reason||\"UNKNOWN\"));\n const claimMeta:any=await meta();\n const claimGeneration=Number(claimMeta.generation);\n if(Number(claimResult.generation)!==claimGeneration)throw new Error(\"COHORT_CLAIM_GENERATION_DRIFT\");\n items.push({\n regResult,claimResult,\n reg_generation:regGeneration,\n claim_generation:claimGeneration,\n reg_event_head_hash:String(regMeta.event_head_hash),\n claim_event_head_hash:String(claimMeta.event_head_hash)\n });\n }\n return{ok:true,items};\n });\n}\n\nasync function renew(args:string[]){\n const f=flags(args,1),agent=String(f.agent||\"\"),task=String(f.task||\"\"),secs=Number(f.seconds??1800);if(!agent||!task||secs<60||secs>7200)throw new Error(\"BAD_RENEW\");\n const r:any=await one(`SELECT * FROM ${P}tasks WHERE id=?`,[task]);if(!r)throw new Error(\"UNKNOWN_TASK\");if(String(r.state)!==\"LEASED\"||String(r.lease_owner)!==agent)throw new Error(\"NOT_LEASE_OWNER\");if(task===CHAT_UNPROVEN_ACTIVATION_TASK){const a:any=await one(`SELECT type FROM ${P}agents WHERE id=?`,[agent]);if(String(a?.type||\"\")===\"CHAT_UNPROVEN\"){const blocked:any=await requireChatUnprovenActivation();if(blocked)return{...blocked,reason:\"CHAT_UNPROVEN_PREACTIVATION_LEASE_RENEW_FORBIDDEN\"}}}if(r.lease_expires_at&&String(r.lease_expires_at)String(r.workstream)))].sort();for(const ws of wss)await sqlite.execute({sql:`UPDATE ${P}workstreams SET head_generation=?,updated_at=? WHERE id=?`,args:[g,now(),ws]})}return{ok:true,recovered,generation:g}\n}\nasync function commit(args:string[]){\n const f=flags(args,1),agent=String(f.agent||\"\"),taskId=String(f.task||\"\"),state=String(f.state||\"COMPLETE\");if(!agent||!taskId)throw new Error(\"COMMIT_FIELDS_REQUIRED\");if(state!==\"COMPLETE\")throw new Error(\"UNSUPPORTED_VAL_NATIVE_COMMIT_STATE\");\n const task:any=await one(`SELECT * FROM ${P}tasks WHERE id=?`,[taskId]),ag:any=await one(`SELECT * FROM ${P}agents WHERE id=?`,[agent]);if(!task||!ag)throw new Error(\"UNKNOWN_TASK_OR_AGENT\");if(String(task.workstream)!==String(ag.workstream))throw new Error(\"CROSS_WORKSTREAM_COMMIT\");if(String(task.lease_owner)!==agent)throw new Error(\"NOT_LEASE_OWNER\");if(String(ag.type)===\"CHAT_UNPROVEN\"&&taskId===CHAT_UNPROVEN_ACTIVATION_TASK){const blocked:any=await requireChatUnprovenActivation();if(blocked)return{...blocked,reason:\"CHAT_UNPROVEN_ACTIVATION_SELF_COMMIT_FORBIDDEN\"}}if(task.lease_expires_at&&String(task.lease_expires_at)String(a.id).localeCompare(String(b.id))||String(a.state).localeCompare(String(b.state)))\n}\nasync function terminalGuardFailures(r:any){\n const out:any[]=[];for(const g of parseJson(r.guards_json||\"[]\",\"GUARDS\")){\n if(g.type===\"task_complete\"){const x:any=await one(`SELECT workstream,state FROM ${P}tasks WHERE id=?`,[g.id]);if(!x)out.push({type:g.type,id:g.id,state:\"MISSING\"});else if(String(x.workstream)!==String(r.workstream))out.push({type:g.type,id:g.id,state:\"CROSS_WORKSTREAM\"});else if([\"INVALID\",\"BLOCKED\"].includes(String(x.state)))out.push({type:g.type,id:g.id,state:String(x.state)})}\n else if(g.type===\"claim_verified\"){const x:any=await one(`SELECT workstream,status FROM ${P}claims WHERE id=?`,[g.id]);if(!x)out.push({type:g.type,id:g.id,status:\"MISSING\"});else if(String(x.workstream)!==String(r.workstream))out.push({type:g.type,id:g.id,status:\"CROSS_WORKSTREAM\"});else if([\"FALSIFIED\",\"STALE\"].includes(String(x.status)))out.push({type:g.type,id:g.id,status:String(x.status)})}\n }return out.sort((a,b)=>canon(a).localeCompare(canon(b)))\n}\nasync function propagateImpossible(ws:string,agent:any,rootCause:any){\n const changed:any[]=[];while(true){const rows:any[]=(await sqlite.execute({sql:`SELECT * FROM ${P}tasks WHERE workstream=? AND state='READY' ORDER BY id`,args:[ws]})).rows as any[];const round:any[]=[];\n for(const r of rows){const deps=await terminalDepFailures(r),guards=await terminalGuardFailures(r);if(!deps.length&&!guards.length)continue;const type=deps.length&&!guards.length?\"TASK_DEPENDENCY_BLOCKED\":\"TASK_CAUSALLY_BLOCKED\";let payload:any;\n if(type===\"TASK_DEPENDENCY_BLOCKED\")payload={blocking_dependencies:deps,root_terminal_task:(rootCause&&rootCause.task_id)||deps[0].id};\n else payload={blocking_dependencies:deps,blocking_guards:guards,root_cause:rootCause};\n const ev=await appendEvent(ws,agent,String(r.id),type,payload),eid=PREDECESSOR_EVENTS+Number(ev.seq);\n const u:any=await sqlite.execute({sql:`UPDATE ${P}tasks SET state='BLOCKED',result_event_id=?,updated_at=?,lease_owner=NULL,lease_mode=NULL,lease_generation=NULL,lease_expires_at=NULL WHERE id=? AND state='READY' RETURNING id`,args:[eid,now(),r.id]});\n if((u.rows||[]).length){const item={task_id:r.id,event_id:eid,blocking_dependencies:deps,blocking_guards:guards};round.push(item);changed.push(item)}\n }if(!round.length)break;\n }return changed\n}\nasync function delegateTask(args:string[]){\n if(args.length<2)throw new Error(\"TASK_ID_REQUIRED\");const id=args[1],f=flags(args,2),ws=String(f.workstream||\"\"),parent=String(f[\"parent-agent\"]||\"\"),child=String(f[\"child-agent\"]||\"\"),dedupe=String(f[\"dedupe-key\"]||\"\");\n const deps=parseJson(f.depends||\"[]\",\"DEPS\"),ctx=parseJson(f.context||\"{}\",\"CTX\"),req=parseJson(f.requires||\"[]\",\"REQ\"),writes=cleanWrites(parseJson(f.writes||\"[]\",\"WRITES\")),guards=await normalizeGuards(ws,parseJson(f.guards||\"[]\",\"GUARDS\"));if(!ws||!parent||!child||!dedupe||!Array.isArray(deps)||!Array.isArray(req)||!ctx||Array.isArray(ctx))throw new Error(\"BAD_DELEGATE\");\n const p:any=await one(`SELECT * FROM ${P}agents WHERE id=?`,[parent]),c:any=await one(`SELECT * FROM ${P}agents WHERE id=?`,[child]);if(!p)throw new Error(\"UNKNOWN_PARENT_AGENT\");if(!c)throw new Error(\"UNKNOWN_CHILD_AGENT\");if(String(p.workstream)!==ws||String(c.workstream)!==ws)throw new Error(\"CROSS_WORKSTREAM_DELEGATION_FORBIDDEN\");if(String(c.parent_id)!==parent)throw new Error(\"NOT_DIRECT_CHILD\");\n const existing:any=await one(`SELECT * FROM ${P}tasks WHERE workstream=? AND dedupe_key=? ORDER BY created_at DESC LIMIT 1`,[ws,dedupe]);if(existing){if(String(existing.assigned_agent)!==child||String(existing.delegated_by)!==parent)throw new Error(\"DEDUPE_KEY_DELEGATION_MISMATCH\");return{ok:true,created:false,task_id:existing.id,state:existing.state,assigned_agent:existing.assigned_agent,delegated_by:existing.delegated_by,lease_owner:existing.lease_owner,generation:await generation(),dedupe_key:dedupe}}\n for(const d of deps){const r:any=await one(`SELECT workstream,state FROM ${P}tasks WHERE id=?`,[d]);if(!r)throw new Error(\"UNKNOWN_DEP\");if(String(r.workstream)!==ws)throw new Error(\"CROSS_WORKSTREAM_DEP_FORBIDDEN\");if([\"INVALID\",\"BLOCKED\"].includes(String(r.state)))throw new Error(\"TERMINAL_DEPENDENCY\")}\n const t=now(),priority=Number(f.priority??0);await sqlite.execute({sql:`INSERT INTO ${P}tasks(id,workstream,state,priority,depends_json,success_condition,decision_value,context_manifest,lease_owner,lease_mode,lease_generation,lease_expires_at,created_at,updated_at,result_event_id,requires_json,dedupe_key,assigned_agent,delegated_by,writes_json,guards_json) VALUES(?,?,'READY',?,?,?,?,?,NULL,NULL,NULL,NULL,?,?,NULL,?,?,?,?,?,?)`,args:[id,ws,priority,canon(deps),String(f.success||\"\"),String(f.value||\"\"),canon(ctx),t,t,canon(req),dedupe,child,parent,canon(writes),canon(guards)]});\n await appendEvent(ws,parent,id,\"TASK_DELEGATED\",{priority,depends:deps,requires:req,writes,guards,dedupe_key:dedupe,assigned_agent:child,delegated_by:parent,success_condition:String(f.success||\"\"),decision_value:String(f.value||\"\")});const ng=await bump();await sqlite.execute({sql:`UPDATE ${P}workstreams SET head_generation=?,updated_at=? WHERE id=?`,args:[ng,now(),ws]});return{ok:true,created:true,task_id:id,state:\"READY\",generation:ng,dedupe_key:dedupe,assigned_agent:child,delegated_by:parent}\n}\nasync function supersedeContext(args:string[]){\n const f=flags(args,1),taskId=String(f.task||\"\"),agent=String(f.agent||\"\"),expected=Number(f[\"expected-workstream-generation\"]),newCtx=parseJson(f[\"new-context\"],\"NEW_CONTEXT\"),evidence=parseJson(f.evidence||\"[]\",\"EVIDENCE\");if(!taskId||!agent||!Number.isInteger(expected)||!newCtx||Array.isArray(newCtx)||!Array.isArray(evidence))throw new Error(\"BAD_SUPERSEDE\");\n const task:any=await one(`SELECT * FROM ${P}tasks WHERE id=?`,[taskId]),ag:any=await one(`SELECT * FROM ${P}agents WHERE id=?`,[agent]);if(!task||!ag)throw new Error(\"UNKNOWN_TASK_OR_AGENT\");if(String(task.workstream)!==String(ag.workstream))throw new Error(\"CROSS_WORKSTREAM_TASK_CONTEXT_SUPERSESSION_FORBIDDEN\");if(String(task.state)!==\"READY\")throw new Error(\"TASK_CONTEXT_SUPERSESSION_REQUIRES_READY\");\n const actual=Number((await one(`SELECT head_generation FROM ${P}workstreams WHERE id=?`,[task.workstream])).head_generation);if(actual!==expected)return{ok:false,reason:\"STALE_WORKSTREAM_WRITE\",expected,actual,workstream:task.workstream};await validateEvidenceRefs(evidence);const oldCtx=parseJson(task.context_manifest||\"{}\",\"CTX\");if(canon(oldCtx)===canon(newCtx))return{ok:true,changed:false,task_id:taskId,generation:await generation(),workstream_generation:actual};\n const ver=Number((await one(`SELECT COALESCE(MAX(version),0)+1 n FROM ${P}task_context_history WHERE task_id=?`,[taskId])).n),ev=await appendEvent(String(task.workstream),agent,taskId,\"TASK_CONTEXT_SUPERSEDED\",{version:ver,reason:String(f.reason||\"\"),evidence,old_context:oldCtx,new_context:newCtx}),eid=PREDECESSOR_EVENTS+Number(ev.seq),hid=Number((await one(`SELECT COALESCE(MAX(id),0)+1 n FROM ${P}task_context_history`)).n);\n await sqlite.execute({sql:`INSERT INTO ${P}task_context_history(id,task_id,version,old_context_json,new_context_json,reason,evidence_json,agent_id,event_id,created_at) VALUES(?,?,?,?,?,?,?,?,?,?)`,args:[hid,taskId,ver,canon(oldCtx),canon(newCtx),String(f.reason||\"\"),canon(evidence),agent,eid,now()]});await sqlite.execute({sql:`UPDATE ${P}tasks SET context_manifest=?,updated_at=? WHERE id=?`,args:[canon(newCtx),now(),taskId]});const ng=await bump();await sqlite.execute({sql:`UPDATE ${P}agents SET last_generation=?,last_seen=? WHERE id=?`,args:[ng,now(),agent]});await sqlite.execute({sql:`UPDATE ${P}workstreams SET head_generation=?,updated_at=? WHERE id=?`,args:[ng,now(),task.workstream]});return{ok:true,changed:true,task_id:taskId,version:ver,generation:ng,workstream_generation:ng,event_id:eid}\n}\nasync function ensureTaskInvariantRequiresColumns(){\n const r:any=await sqlite.execute(`PRAGMA table_info(${P}task_invariant_history)`),names=new Set((r.rows||[]).map((x:any)=>String(x.name)));\n if(!names.has(\"old_requires_json\"))await sqlite.execute(`ALTER TABLE ${P}task_invariant_history ADD COLUMN old_requires_json TEXT`);\n if(!names.has(\"new_requires_json\"))await sqlite.execute(`ALTER TABLE ${P}task_invariant_history ADD COLUMN new_requires_json TEXT`);\n}\nasync function migrateInvariants(args:string[]){\n const f=flags(args,1),taskId=String(f.task||\"\"),agent=String(f.agent||\"\"),expected=Number(f[\"expected-workstream-generation\"]),dedupe=String(f[\"dedupe-key\"]||\"\"),writes=cleanWrites(parseJson(f.writes||\"[]\",\"WRITES\")),evidence=parseJson(f.evidence||\"[]\",\"EVIDENCE\"),hasRequires=Object.prototype.hasOwnProperty.call(f,\"requires\"),requiresOverride=hasRequires?cleanCaps(parseJson(f.requires,\"REQUIRES\")):null;if(!taskId||!agent||!Number.isInteger(expected)||!dedupe||!Array.isArray(evidence))throw new Error(\"BAD_MIGRATE\");\n const task:any=await one(`SELECT * FROM ${P}tasks WHERE id=?`,[taskId]),ag:any=await one(`SELECT * FROM ${P}agents WHERE id=?`,[agent]);if(!task||!ag)throw new Error(\"UNKNOWN_TASK_OR_AGENT\");if(String(task.workstream)!==String(ag.workstream))throw new Error(\"CROSS_WORKSTREAM_TASK_MIGRATION_FORBIDDEN\");if(String(task.state)!==\"READY\")throw new Error(\"TASK_MIGRATION_REQUIRES_READY\");const guards=await normalizeGuards(String(task.workstream),parseJson(f.guards||\"[]\",\"GUARDS\"));\n const actual=Number((await one(`SELECT head_generation FROM ${P}workstreams WHERE id=?`,[task.workstream])).head_generation);if(actual!==expected)return{ok:false,reason:\"STALE_WORKSTREAM_WRITE\",expected,actual,workstream:task.workstream};await validateEvidenceRefs(evidence);const conflict:any=await one(`SELECT id,state FROM ${P}tasks WHERE workstream=? AND dedupe_key=? AND id<>? AND state IN ('READY','LEASED') LIMIT 1`,[task.workstream,dedupe,taskId]);if(conflict)throw new Error(\"OPEN_DEDUPE_CONFLICT\");\n const oldD=task.dedupe_key,oldW=String(task.writes_json||\"[]\"),oldG=String(task.guards_json||\"[]\"),oldR=String(task.requires_json||\"[]\"),oldReq=parseJson(oldR,\"OLDREQ\");if(!Array.isArray(oldReq))throw new Error(\"OLD_REQUIRES_NOT_LIST\");const newReq=hasRequires?requiresOverride:oldReq,newR=hasRequires?canon(newReq):oldR;if(String(oldD)===dedupe&&canon(parseJson(oldW,\"OLDW\"))===canon(writes)&&canon(parseJson(oldG,\"OLDG\"))===canon(guards)&&canon(oldReq)===canon(newReq))return{ok:true,changed:false,task_id:taskId,generation:await generation(),workstream_generation:actual};\n await ensureTaskInvariantRequiresColumns();const ver=Number((await one(`SELECT COALESCE(MAX(version),0)+1 n FROM ${P}task_invariant_history WHERE task_id=?`,[taskId])).n),ev=await appendEvent(String(task.workstream),agent,taskId,\"TASK_INVARIANTS_MIGRATED\",{version:ver,reason:String(f.reason||\"\"),evidence,old_dedupe_key:oldD,new_dedupe_key:dedupe,old_writes:parseJson(oldW,\"OLDW\"),new_writes:writes,old_guards:parseJson(oldG,\"OLDG\"),new_guards:guards,old_requires:oldReq,new_requires:newReq}),eid=PREDECESSOR_EVENTS+Number(ev.seq),hid=Number((await one(`SELECT COALESCE(MAX(id),0)+1 n FROM ${P}task_invariant_history`)).n);\n await sqlite.execute({sql:`INSERT INTO ${P}task_invariant_history(id,task_id,version,old_dedupe_key,new_dedupe_key,old_writes_json,new_writes_json,old_guards_json,new_guards_json,old_requires_json,new_requires_json,reason,evidence_json,agent_id,event_id,created_at) VALUES(?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?)`,args:[hid,taskId,ver,oldD,dedupe,oldW,canon(writes),oldG,canon(guards),oldR,newR,String(f.reason||\"\"),canon(evidence),agent,eid,now()]});await sqlite.execute({sql:`UPDATE ${P}tasks SET dedupe_key=?,writes_json=?,guards_json=?,requires_json=?,updated_at=? WHERE id=?`,args:[dedupe,canon(writes),canon(guards),newR,now(),taskId]});const ng=await bump();await sqlite.execute({sql:`UPDATE ${P}agents SET last_generation=?,last_seen=? WHERE id=?`,args:[ng,now(),agent]});await sqlite.execute({sql:`UPDATE ${P}workstreams SET head_generation=?,updated_at=? WHERE id=?`,args:[ng,now(),task.workstream]});return{ok:true,changed:true,task_id:taskId,version:ver,generation:ng,workstream_generation:ng,event_id:eid,dedupe_key:dedupe,writes,guards,requires:newReq}\n}\nasync function reconcileCausal(args:string[]){\n const f=flags(args,1),ws=String(f.workstream||\"\"),agent=String(f.agent||\"\"),expected=Number(f[\"expected-workstream-generation\"]);if(!ws||!agent||!Number.isInteger(expected))throw new Error(\"BAD_RECONCILE\");const ag:any=await one(`SELECT workstream FROM ${P}agents WHERE id=?`,[agent]);if(!ag)throw new Error(\"UNKNOWN_AGENT\");if(String(ag.workstream)!==ws)throw new Error(\"CROSS_WORKSTREAM_RECONCILIATION_FORBIDDEN\");const actual=Number((await one(`SELECT head_generation FROM ${P}workstreams WHERE id=?`,[ws])).head_generation);if(actual!==expected)return{ok:false,reason:\"STALE_WORKSTREAM_WRITE\",expected,actual,workstream:ws};const changed=await propagateImpossible(ws,agent,{type:\"historical_reconcile\"});let ng=await generation();if(changed.length){ng=await bump();await sqlite.execute({sql:`UPDATE ${P}workstreams SET head_generation=?,updated_at=? WHERE id=?`,args:[ng,now(),ws]});await sqlite.execute({sql:`UPDATE ${P}agents SET last_generation=?,last_seen=? WHERE id=?`,args:[ng,now(),agent]})}return{ok:true,changed_count:changed.length,changed,generation:ng,workstream_generation:changed.length?ng:actual,workstream:ws}\n}\nasync function addClaimFull(args:string[]){\n if(args.length<2)throw new Error(\"CLAIM_ID_REQUIRED\");const id=args[1],f=flags(args,2),ws=String(f.workstream||\"\"),status0=String(f.status||\"VERIFIED\"),statement=parseJson(f.statement,\"STATEMENT\"),evidence=parseJson(f.evidence||\"[]\",\"EVIDENCE\"),deps=parseJson(f.depends||\"[]\",\"DEPS\");if(!ws||![\"VERIFIED\",\"CANDIDATE\",\"HYPOTHESIS\"].includes(status0)||!statement||Array.isArray(statement)||!Array.isArray(evidence)||!Array.isArray(deps))throw new Error(\"BAD_CLAIM\");if(!await one(`SELECT id FROM ${P}workstreams WHERE id=?`,[ws]))throw new Error(\"UNKNOWN_WORKSTREAM\");await validateEvidenceRefs(evidence);\n for(const d of deps){const r:any=await one(`SELECT workstream,status FROM ${P}claims WHERE id=?`,[d]);if(!r)throw new Error(\"UNKNOWN_CLAIM_DEP\");if(String(r.workstream)!==ws)throw new Error(\"CROSS_WORKSTREAM_CLAIM_DEP_FORBIDDEN\");if(String(r.status)!==\"VERIFIED\")throw new Error(\"NONVERIFIED_CLAIM_DEP\")}\n const raw=canon(statement),h=await sha(raw),g0=await generation(),t=now();if(await one(`SELECT id FROM ${P}claims WHERE id=?`,[id]))throw new Error(\"CLAIM_EXISTS\");await sqlite.execute({sql:`INSERT INTO ${P}claims(id,workstream,status,statement_json,statement_sha256,evidence_json,created_generation,invalidated_by,created_at,updated_at) VALUES(?,?,?,?,?,?,?,NULL,?,?)`,args:[id,ws,status0,raw,h,canon(evidence),g0,t,t]});for(const d of deps)await sqlite.execute({sql:`INSERT INTO ${P}claim_deps(parent_claim,child_claim) VALUES(?,?)`,args:[d,id]});await appendEvent(ws,f.agent??null,null,\"CLAIM_ADDED\",{claim_id:id,status:status0,statement_sha256:h,evidence,depends:deps});const ng=await bump();await sqlite.execute({sql:`UPDATE ${P}workstreams SET head_generation=?,updated_at=? WHERE id=?`,args:[ng,now(),ws]});return{ok:true,claim_id:id,statement_sha256:h,generation:ng}\n}\nasync function invalidateClaimFull(args:string[]){\n if(args.length<2)throw new Error(\"CLAIM_ID_REQUIRED\");const id=args[1],f=flags(args,2),reason=String(f.reason||\"\"),agent=f.agent??null;const root:any=await one(`SELECT workstream,status FROM ${P}claims WHERE id=?`,[id]);if(!root)throw new Error(\"UNKNOWN_CLAIM\");const todo=[id],seen=new Set(),changed:any[]=[];\n while(todo.length){const q=String(todo.pop());if(seen.has(q))continue;seen.add(q);const row:any=await one(`SELECT status FROM ${P}claims WHERE id=?`,[q]);if(row&&![\"FALSIFIED\",\"STALE\"].includes(String(row.status))){const ns=q===id?\"FALSIFIED\":\"STALE\";await sqlite.execute({sql:`UPDATE ${P}claims SET status=?,invalidated_by=?,updated_at=? WHERE id=?`,args:[ns,id,now(),q]});changed.push([q,ns])}const kids:any[]=(await sqlite.execute({sql:`SELECT child_claim FROM ${P}claim_deps WHERE parent_claim=?`,args:[q]})).rows as any[];for(const k of kids)todo.push(String(k.child_claim))}\n await appendEvent(String(root.workstream),agent,null,\"CLAIM_INVALIDATED\",{root_claim:id,reason,affected:changed});const propagated=await propagateImpossible(String(root.workstream),agent,{type:\"claim_invalidated\",claim_id:id,reason});const ng=await bump();await sqlite.execute({sql:`UPDATE ${P}workstreams SET head_generation=?,updated_at=? WHERE id=?`,args:[ng,now(),root.workstream]});return{ok:true,root_claim:id,affected:changed,generation:ng,propagated_blocked:propagated}\n}\nasync function recordExternalArtifact(args:string[]){\n const spec=parseExternalArtifactSpec(args);\n const ws:any=await one(`SELECT id FROM ${P}workstreams WHERE id=?`,[spec.workstream]);if(!ws)throw new Error(\"UNKNOWN_WORKSTREAM\");\n if(spec.agent!==null){const a:any=await one(`SELECT workstream FROM ${P}agents WHERE id=?`,[spec.agent]);if(!a)throw new Error(\"UNKNOWN_ARTIFACT_AGENT\");if(String(a.workstream)!==spec.workstream)throw new Error(\"CROSS_WORKSTREAM_ARTIFACT_AGENT\")}\n if(spec.task!==null){const t:any=await one(`SELECT workstream FROM ${P}tasks WHERE id=?`,[spec.task]);if(!t)throw new Error(\"UNKNOWN_ARTIFACT_TASK\");if(String(t.workstream)!==spec.workstream)throw new Error(\"CROSS_WORKSTREAM_ARTIFACT_TASK\")}\n const integrity=await verifyExternalArtifactBlobBytes(spec);\n const found:any=await sqlite.execute({sql:`SELECT sha256,size,logical_name,producer_agent,task_id,storage_json FROM ${P}artifacts WHERE lower(sha256)=?`,args:[spec.sha256]});\n const rows:any[]=found.rows||[];if(rows.length>1)throw new Error(\"EXTERNAL_ARTIFACT_DUPLICATE_CANONICAL_ROWS\");\n const decision=externalArtifactExistingDecision(rows[0]??null,spec);\n if(decision.kind===\"CONFLICT\")throw new Error(decision.reason);\n if(decision.kind===\"ALREADY_RECORDED\")return{ok:true,created:false,already_recorded:true,sha256:spec.sha256,generation:await generation(),semantic_generation_unchanged:true,integrity};\n const t=now();\n await sqlite.execute({sql:`INSERT INTO ${P}artifacts(sha256,size,logical_name,producer_agent,task_id,storage_json,created_at) VALUES(?,?,?,?,?,?,?)`,\n args:[spec.sha256,spec.size,spec.name,spec.agent,spec.task,canon([spec.uri]),t]});\n const payload={sha256:spec.sha256,size:spec.size,logical_name:spec.name,storage_uri:spec.uri,producer_agent:spec.agent,task_id:spec.task};\n const ev=await appendEvent(spec.workstream,spec.agent,spec.task,\"EXTERNAL_ARTIFACT_RECORDED\",payload);\n const ng=await bump();\n await sqlite.execute({sql:`UPDATE ${P}workstreams SET head_generation=?,updated_at=? WHERE id=?`,args:[ng,now(),spec.workstream]});\n return{ok:true,created:true,already_recorded:false,sha256:spec.sha256,generation:ng,event_id:PREDECESSOR_EVENTS+Number(ev.seq),event_hash:ev.event_hash,integrity};\n}\n\nasync function commitFull(args:string[]){\n const f=flags(args,1),agent=String(f.agent||\"\"),taskId=String(f.task||\"\"),state=String(f.state||\"COMPLETE\");if(!agent||!taskId||![\"COMPLETE\",\"INVALID\",\"BLOCKED\"].includes(state))throw new Error(\"BAD_COMMIT\");const task:any=await one(`SELECT * FROM ${P}tasks WHERE id=?`,[taskId]),ag:any=await one(`SELECT * FROM ${P}agents WHERE id=?`,[agent]);if(!task||!ag)throw new Error(\"UNKNOWN_TASK_OR_AGENT\");if(String(task.workstream)!==String(ag.workstream))throw new Error(\"CROSS_WORKSTREAM_COMMIT_FORBIDDEN\");if(String(task.lease_owner)!==agent)throw new Error(\"NOT_LEASE_OWNER\");if(String(ag.type)===\"CHAT_UNPROVEN\"&&taskId===CHAT_UNPROVEN_ACTIVATION_TASK){const blocked:any=await requireChatUnprovenActivation();if(blocked)return{...blocked,reason:\"CHAT_UNPROVEN_ACTIVATION_SELF_COMMIT_FORBIDDEN\"}}if(task.lease_expires_at&&String(task.lease_expires_at)g?.type===EXECUTION_DISTINCT_GUARD))throw new Error(\"CHAT_UNPROVEN_INDEPENDENCE_COMMIT_FORBIDDEN\");\n payload={...payload,contributor_trust_class:\"CHAT_UNPROVEN\",contributor_agent_type:\"CHAT_UNPROVEN\",independence_eligible:false,p_real_eligible:false};\n }else if(payload&&typeof payload===\"object\"&&!Array.isArray(payload)&&reserved.some(k=>Object.prototype.hasOwnProperty.call(payload,k))){\n throw new Error(\"CALLER_CONTROLLED_TRUST_METADATA_FORBIDDEN\");\n }\n const ev=await appendEvent(String(task.workstream),agent,taskId,\"TASK_RESULT_COMMITTED\",payload),eid=PREDECESSOR_EVENTS+Number(ev.seq);await sqlite.execute({sql:`UPDATE ${P}tasks SET state=?,result_event_id=?,updated_at=?,lease_owner=NULL,lease_mode=NULL,lease_generation=NULL,lease_expires_at=NULL WHERE id=?`,args:[state,eid,now(),taskId]});let propagated:any[]=[];if([\"INVALID\",\"BLOCKED\"].includes(state))propagated=await propagateImpossible(String(task.workstream),agent,{type:\"task_terminal\",task_id:taskId,state});const ng=await bump();await sqlite.execute({sql:`UPDATE ${P}agents SET status='READY',last_generation=?,last_seen=? WHERE id=?`,args:[ng,now(),agent]});await sqlite.execute({sql:`UPDATE ${P}workstreams SET head_generation=?,updated_at=? WHERE id=?`,args:[ng,now(),task.workstream]});return{ok:true,generation:ng,event_id:eid,propagated_blocked:propagated}\n}\nconst CHECKPOINT_STATE_TABLES=[\"workstreams\",\"agents\",\"tasks\",\"claims\",\"claim_deps\",\"artifacts\",\"task_context_history\",\"task_invariant_history\"];\nfunction checkpointSortedRows(rows:any[]){return [...(rows||[])].sort((a:any,b:any)=>canon(a).localeCompare(canon(b)))}\nasync function checkpointStateView(){\n const m:any=await meta(),tables:any={};\n for(const t of CHECKPOINT_STATE_TABLES)tables[t]=checkpointSortedRows((await sqlite.execute(`SELECT * FROM ${P}${t}`)).rows||[]);\n const events=(await sqlite.execute(`SELECT * FROM ${P}epoch_events ORDER BY local_seq`)).rows||[];\n const stateSha256=await sha(canon({epoch_meta:m,events,state:tables}));\n return{m,tables,events,state_sha256:stateSha256};\n}\nasync function captureCheckpointSnapshot(){\n return await withTransaction(\"read\",async()=>{\n const v:any=await checkpointStateView();\n const payload={schema:\"BRAIN_VAL_NATIVE_SNAPSHOT_V2\",lineage:{predecessor_generation:v.m.predecessor_generation,predecessor_event_count:v.m.predecessor_event_count,predecessor_head:v.m.predecessor_head},epoch_meta:v.m,events:v.events,state:v.tables,state_sha256:v.state_sha256,exported_at:now()};\n const raw=JSON.stringify(payload,null,2)+\"\\n\",h=await sha(raw),key=`snapshots/val_native/brain_snapshot_epoch${v.m.epoch}_g${v.m.generation}_${h.slice(0,16)}.json`;\n return{...v,raw,snapshot_sha256:h,key};\n });\n}\nasync function checkpointNativeBound(payloadJson:string,c:BoundTransportContext){\n const cmd=\"checkpoint\";\n const captured:any=await withTransaction(\"read\",async()=>{\n const pre:any=await boundTransportGuard(c,payloadJson,cmd);if(!pre.ok)return{early:pre};\n const prior=await existingBoundReceipt(c,payloadJson,cmd);if(prior!==null)return{early:prior};\n return await captureCheckpointSnapshot();\n });\n if(captured.early!==undefined)return captured.early;\n await blob.set(captured.key,captured.raw);\n const rb:any=await blob.get(captured.key),rbRaw=await rb.text(),rbSha=await sha(rbRaw);\n if(rbRaw!==captured.raw||rbSha!==captured.snapshot_sha256)throw new Error(\"CHECKPOINT_BLOB_READBACK_MISMATCH\");\n return await withTransaction(\"write\",async()=>{\n await ensureMutationReceiptTable();\n const pre:any=await boundTransportGuard(c,payloadJson,cmd);if(!pre.ok)return pre;\n const prior=await existingBoundReceipt(c,payloadJson,cmd);if(prior!==null)return prior;\n const current:any=await checkpointStateView();\n if(String(current.state_sha256)!==String(captured.state_sha256))return{ok:false,reason:\"CHECKPOINT_CAPTURE_STALE\",captured_generation:Number(captured.m.generation),current_generation:Number(current.m.generation),captured_event_head_hash:String(captured.m.event_head_hash),current_event_head_hash:String(current.m.event_head_hash),captured_state_sha256:String(captured.state_sha256),current_state_sha256:String(current.state_sha256),orphan_blob_noncanonical:true,orphan_blob_uri:`valblob:mosadek/project-brain-live-v1-durable/${captured.key}`};\n const id=Number((await one(`SELECT COALESCE(MAX(id),0)+1 n FROM ${P}replicas`)).n),uri=`valblob:mosadek/project-brain-live-v1-durable/${captured.key}`;\n await sqlite.execute({sql:`INSERT INTO ${P}replicas(id,generation,provider,uri,snapshot_sha256,event_head_hash,verified,created_at) VALUES(?,?,?,?,?,?,1,?)`,args:[id,Number(captured.m.generation),\"val-town-native\",uri,String(captured.snapshot_sha256),String(captured.m.event_head_hash),now()]});\n const post:any=await boundTransportGuard(c,payloadJson,cmd);if(!post.ok)throw new Error(\"BOUND_TRANSPORT_CHANGED_BEFORE_CHECKPOINT_COMMIT:\"+String(post.reason||\"UNKNOWN\"));\n const result={ok:true,generation:Number(captured.m.generation),durability_lag_generations:Number(current.m.generation)-Number(captured.m.generation),snapshot_sha256:String(captured.snapshot_sha256),state_sha256:String(captured.state_sha256),event_head_hash:String(captured.m.event_head_hash),uri,attempts:[{attempt:1,generation:Number(captured.m.generation),sha256:String(captured.snapshot_sha256),state_sha256:String(captured.state_sha256),size:enc.encode(captured.raw).length,ok:true,uri,lag_after_ack:Number(current.m.generation)-Number(captured.m.generation)}],orphan_blob_policy:\"CONTENT_ADDRESSED_BLOB_HAS_NO_CANONICAL_CHECKPOINT_MEANING_UNTIL_REPLICA_ROW_AND_BOUND_MUTATION_RECEIPT_COMMIT\"};\n const m:any=await meta(),payloadSha=await sha(payloadJson);\n await sqlite.execute({sql:`INSERT INTO ${MUTATION_RECEIPT_TABLE}\n (job_id,lease_attempt_id,lease_instance_id,lease_owner,transport_lease_generation,authority_epoch,command,payload_sha256,committed_generation,event_head_hash,result_json,committed_at)\n VALUES(?,?,?,?,?,?,?,?,?,?,?,?)`,\n args:[c.job_id,c.lease_attempt_id,c.lease_instance_id,c.lease_owner,c.transport_lease_generation,c.authority_epoch,cmd,payloadSha,Number(m.generation),String(m.event_head_hash),canon(result),now()]});\n return result;\n });\n}\nfunction transportContextShapeOk(c:any):c is BoundTransportContext{\n return !!c&&typeof c===\"object\"&&!Array.isArray(c)&&\n typeof c.job_id===\"string\"&&!!c.job_id&&\n Number.isInteger(c.transport_lease_generation)&&c.transport_lease_generation>=1&&\n typeof c.lease_owner===\"string\"&&!!c.lease_owner&&\n typeof c.lease_instance_id===\"string\"&&!!c.lease_instance_id&&\n typeof c.lease_attempt_id===\"string\"&&!!c.lease_attempt_id&&\n Number.isInteger(c.authority_epoch)&&c.authority_epoch>=1&&\n typeof c.payload_json===\"string\"&&!!c.payload_json;\n}\nasync function boundTransportGuard(c:BoundTransportContext,payloadJson:string,cmd:string){\n const authority:any=await one(`SELECT epoch,writer,mode,source_generation,source_head FROM brain_control_plane_authority_v1 WHERE id=1`);\n if(!authority||Number(authority.epoch)!==c.authority_epoch||String(authority.writer)!==\"val_native\"||String(authority.mode)!==\"ACTIVE\"){\n return{ok:false,reason:\"VAL_NATIVE_MUTATIONS_AUTHORITY_FENCED\",command:cmd,authority:authority??null};\n }\n const job:any=await one(`SELECT id,op,payload_json,state,lease_owner,lease_instance_id,lease_attempt_id,transport_lease_generation,lease_expires_at\n FROM brain_bridge_jobs\n WHERE id=? AND state='LEASED' AND lease_owner=? AND lease_instance_id=? AND lease_attempt_id=? AND transport_lease_generation=? AND lease_expires_at>datetime('now')`,\n [c.job_id,c.lease_owner,c.lease_instance_id,c.lease_attempt_id,c.transport_lease_generation]);\n if(!job)return{ok:false,reason:\"VAL_NATIVE_TRANSPORT_ATTEMPT_FENCED\",command:cmd,job_id:c.job_id};\n if(String(job.op)!==\"brain\")return{ok:false,reason:\"VAL_NATIVE_TRANSPORT_OP_MISMATCH\",command:cmd,job_id:c.job_id};\n if(String(job.payload_json)!==c.payload_json||payloadJson!==c.payload_json)return{ok:false,reason:\"VAL_NATIVE_TRANSPORT_PAYLOAD_MISMATCH\",command:cmd,job_id:c.job_id};\n return{ok:true,authority,job};\n}\nasync function existingBoundReceipt(c:BoundTransportContext,payloadJson:string,cmd:string){\n const r:any=await one(`SELECT job_id,lease_attempt_id,lease_instance_id,lease_owner,transport_lease_generation,authority_epoch,command,payload_sha256,result_json\n FROM ${MUTATION_RECEIPT_TABLE} WHERE job_id=? AND lease_attempt_id=?`,[c.job_id,c.lease_attempt_id]);\n if(!r)return null;\n const psha=await sha(payloadJson);\n if(String(r.lease_instance_id)!==c.lease_instance_id||String(r.lease_owner)!==c.lease_owner||\n Number(r.transport_lease_generation)!==c.transport_lease_generation||Number(r.authority_epoch)!==c.authority_epoch||\n String(r.command)!==cmd||String(r.payload_sha256)!==psha)throw new Error(\"MUTATION_RECEIPT_BINDING_MISMATCH\");\n return parseJson(r.result_json,\"MUTATION_RECEIPT_RESULT\");\n}\nasync function dispatchFull(payloadJson:string,transportContext?:BoundTransportContext){\n const q=parseJson(payloadJson,\"PAYLOAD\");if(!exactTop(q))throw new Error(\"PAYLOAD_SCHEMA_NOT_CLOSED\");const cmd=String(q.args[0]);\n const full=new Set([\"status\",\"verify-chain\",\"verify-claim-graph\",\"register-agent\",\"ensure-task\",\"delegate-task\",\"claim\",\"renew-lease\",\"commit\",\"checkpoint\",\"add-claim\",\"invalidate-claim\",\"supersede-task-context\",\"migrate-task-invariants\",\"reconcile-causal-blocks\",\"recover-stale\",\"record-external-artifact\"]);if(!full.has(cmd))throw new Error(\"BRAIN_SUBCOMMAND_NOT_ALLOWED\");\n const invoke=async(argsOverride?:any[])=>{\n const a=argsOverride??q.args;\n if(cmd===\"status\")return await status();if(cmd===\"verify-chain\")return await verifyChain();if(cmd===\"verify-claim-graph\")return await verifyClaimGraph();if(cmd===\"register-agent\")return await register(a);if(cmd===\"ensure-task\")return await ensureTask(a);if(cmd===\"delegate-task\")return await delegateTask(a);if(cmd===\"claim\")return await claim(a);if(cmd===\"renew-lease\")return await renew(a);if(cmd===\"commit\")return await commitFull(a);if(cmd===\"checkpoint\")return await checkpointNative();if(cmd===\"add-claim\")return await addClaimFull(a);if(cmd===\"invalidate-claim\")return await invalidateClaimFull(a);if(cmd===\"supersede-task-context\")return await supersedeContext(a);if(cmd===\"migrate-task-invariants\")return await migrateInvariants(a);if(cmd===\"reconcile-causal-blocks\")return await reconcileCausal(a);if(cmd===\"record-external-artifact\")return await recordExternalArtifact(a);if(cmd===\"recover-stale\"){if(a.length!==1)throw new Error(\"RECOVER_STALE_ARGS_INVALID\");return await recover()}throw new Error(\"UNREACHABLE\");\n };\n if(READ_ONLY_COMMANDS.has(cmd))return await withTransaction(\"read\",()=>invoke());\n const emergencyCanary=transportContextShapeOk(transportContext)&&transportContext.job_id===EMERGENCY_MUTATION_CANARY_JOB_ID;\n if(EMERGENCY_MUTATIONS_FROZEN&&!emergencyCanary){\n const authority:any=await one(`SELECT epoch,writer,mode,source_generation,source_head FROM brain_control_plane_authority_v1 WHERE id=1`);\n return{ok:false,reason:\"VAL_NATIVE_MUTATIONS_EMERGENCY_FROZEN\",command:cmd,authority:authority??null};\n }\n if(!REACTIVATION_MUTATION_ALLOWLIST.has(cmd))return{ok:false,reason:\"VAL_NATIVE_MUTATOR_NOT_YET_ATOMICALLY_QUALIFIED\",command:cmd};\n if(!transportContextShapeOk(transportContext))return{ok:false,reason:\"VAL_NATIVE_TRANSPORT_CONTEXT_REQUIRED\",command:cmd};\n if(cmd===\"checkpoint\")return await checkpointNativeBound(payloadJson,transportContext);\n return await withTransaction(\"write\",async()=>{\n await ensureMutationReceiptTable();\n await ensureMutationRetryAuthTable();\n const pre:any=await boundTransportGuard(transportContext,payloadJson,cmd);\n if(!pre.ok)return pre;\n const prior=await existingBoundReceipt(transportContext,payloadJson,cmd);\n if(prior!==null)return prior;\n const payloadSha=await sha(payloadJson);\n let result:any=null,retriableStale=false;\n const req:any=transportContext.stable_retry_request;\n if(cmd!==\"commit\"&&(transportContext.stable_retry_probe!==undefined||req!==undefined)){\n result={ok:false,reason:\"STABLE_RETRY_METADATA_NONCOMMIT_FORBIDDEN\",command:cmd};\n }else if(cmd===\"commit\"&&req!==undefined){\n const originalExpected=commitExpectedWorkstreamGeneration(q.args);\n if(!stableRetryRequestOk(req)||originalExpected===null){\n result={ok:false,reason:\"STABLE_RETRY_REQUEST_INVALID\"};\n }else{\n const ar:any=await one(`SELECT * FROM ${MUTATION_RETRY_AUTH_TABLE} WHERE job_id=? AND lease_attempt_id=?`,[transportContext.job_id,transportContext.lease_attempt_id]);\n const bindingOk=!!ar&&String(ar.lease_instance_id)===transportContext.lease_instance_id&&String(ar.lease_owner)===transportContext.lease_owner&&\n Number(ar.transport_lease_generation)===transportContext.transport_lease_generation&&Number(ar.authority_epoch)===transportContext.authority_epoch&&\n String(ar.command)===\"commit\"&&String(ar.payload_sha256)===payloadSha&&Number(ar.stale_expected_workstream_generation)===originalExpected&&\n String(ar.stable_snapshot_sha256)===String(req.stable_snapshot_sha256)&&Number(req.from_expected_workstream_generation)===originalExpected&&\n Number(req.retry_index)===Number(ar.retry_count)+1;\n if(!bindingOk){\n result={ok:false,reason:\"STABLE_RETRY_AUTHORIZATION_FENCED\"};\n }else{\n const u:any=await sqlite.execute({sql:`UPDATE ${MUTATION_RETRY_AUTH_TABLE}\n SET retry_count=retry_count+1,updated_at=? WHERE job_id=? AND lease_attempt_id=? AND retry_count=? RETURNING retry_count`,\n args:[now(),transportContext.job_id,transportContext.lease_attempt_id,Number(ar.retry_count)]});\n if(!(u.rows||[]).length)result={ok:false,reason:\"STABLE_RETRY_AUTHORIZATION_RACE\"};\n else{\n result=await invoke(withCommitExpectedWorkstreamGeneration(q.args,Number(req.to_expected_workstream_generation)));\n if(result?.ok===false&&result?.reason===\"STALE_WORKSTREAM_WRITE\"){\n retriableStale=true;\n if(Number.isInteger(Number(result.actual)))await sqlite.execute({sql:`UPDATE ${MUTATION_RETRY_AUTH_TABLE} SET observed_workstream_generation=?,updated_at=? WHERE job_id=? AND lease_attempt_id=?`,\n args:[Number(result.actual),now(),transportContext.job_id,transportContext.lease_attempt_id]});\n }else{\n // Keep the exact-attempt authorization row as immutable-ish audit evidence.\n // The successful mutation receipt is the idempotent completion authority;\n // deleting this row is unnecessary and conflicts with canonical no-delete hardening.\n }\n }\n }\n }\n }else{\n result=await invoke();\n if(cmd===\"commit\"&&result?.ok===false&&result?.reason===\"STALE_WORKSTREAM_WRITE\"){\n const probe:any=transportContext.stable_retry_probe;\n const originalExpected=commitExpectedWorkstreamGeneration(q.args);\n const eligible=stableRetryProbeOk(probe)&&probe.retry_guard_snapshot_complete===true&&originalExpected!==null&&\n Number(result.expected)===originalExpected&&Number.isInteger(Number(result.actual));\n if(eligible){\n await sqlite.execute({sql:`INSERT OR IGNORE INTO ${MUTATION_RETRY_AUTH_TABLE}\n (job_id,lease_attempt_id,lease_instance_id,lease_owner,transport_lease_generation,authority_epoch,command,payload_sha256,\n stale_expected_workstream_generation,observed_workstream_generation,stable_snapshot_sha256,retry_count,created_at,updated_at)\n VALUES(?,?,?,?,?,?,?,?,?,?,?,?,?,?)`,\n args:[transportContext.job_id,transportContext.lease_attempt_id,transportContext.lease_instance_id,transportContext.lease_owner,\n transportContext.transport_lease_generation,transportContext.authority_epoch,\"commit\",payloadSha,originalExpected,Number(result.actual),\n probe.stable_snapshot_sha256,0,now(),now()]});\n const ar:any=await one(`SELECT * FROM ${MUTATION_RETRY_AUTH_TABLE} WHERE job_id=? AND lease_attempt_id=?`,[transportContext.job_id,transportContext.lease_attempt_id]);\n retriableStale=!!ar&&String(ar.payload_sha256)===payloadSha&&String(ar.stable_snapshot_sha256)===probe.stable_snapshot_sha256&&\n Number(ar.stale_expected_workstream_generation)===originalExpected&&String(ar.lease_instance_id)===transportContext.lease_instance_id&&\n Number(ar.transport_lease_generation)===transportContext.transport_lease_generation;\n if(!retriableStale)result={ok:false,reason:\"STABLE_RETRY_AUTHORIZATION_CONFLICT\"};\n }\n }\n }\n const post:any=await boundTransportGuard(transportContext,payloadJson,cmd);\n if(!post.ok)throw new Error(\"BOUND_TRANSPORT_CHANGED_BEFORE_COMMIT:\"+String(post.reason||\"UNKNOWN\"));\n if(retriableStale)return{...result,stable_retry_authorized:true};\n const m:any=await meta();\n await sqlite.execute({sql:`INSERT INTO ${MUTATION_RECEIPT_TABLE}\n (job_id,lease_attempt_id,lease_instance_id,lease_owner,transport_lease_generation,authority_epoch,command,payload_sha256,committed_generation,event_head_hash,result_json,committed_at)\n VALUES(?,?,?,?,?,?,?,?,?,?,?,?)`,\n args:[transportContext.job_id,transportContext.lease_attempt_id,transportContext.lease_instance_id,transportContext.lease_owner,\n transportContext.transport_lease_generation,transportContext.authority_epoch,cmd,payloadSha,Number(m.generation),String(m.event_head_hash),canon(result),now()]});\n return result;\n });\n}\n\n\nasync function brainStatusSafe(){return await withTransaction(\"read\",()=>status())}\nasync function verifyBrainChainSafe(){return await withTransaction(\"read\",()=>verifyChain())}\nasync function verifyBrainClaimGraphSafe(){return await withTransaction(\"read\",()=>verifyClaimGraph())}\nasync function checkpointBrainNativeSafe(){return await dispatchFull(JSON.stringify({args:[\"checkpoint\"],timeout:120}))}\nasync function recoverBrainStaleSafe(){return await dispatchFull(JSON.stringify({args:[\"recover-stale\"],timeout:120}))}\nasync function registerBrainAgentSafe(args:string[]){return await dispatchFull(JSON.stringify({args,timeout:120}))}\nasync function claimBrainTaskSafe(args:string[]){return await dispatchFull(JSON.stringify({args,timeout:120}))}\nasync function brainGenerationSafe(){return await withTransaction(\"read\",()=>generation())}\n\nexport {\n dispatchFull as dispatchBrain,\n brainStatusSafe as brainStatus,\n verifyBrainChainSafe as verifyBrainChain,\n verifyBrainClaimGraphSafe as verifyBrainClaimGraph,\n checkpointBrainNativeSafe as checkpointBrainNative,\n recoverBrainStaleSafe as recoverBrainStale,\n registerBrainAgentSafe as registerBrainAgent,\n claimBrainTaskSafe as claimBrainTask,\n brainGenerationSafe as brainGeneration\n};\n",[388],"57bf2c30-da63-453e-9aa7-023dbdc6f334","val_native_executor_prod.ts","01a09317-9391-721f-b3bf-1400ab0a8be2",["D",1789174188714],"import { API_URL } from \"https://esm.town/v/std/API_URL\";\nimport { createClient } from \"npm:@libsql/client@0.17.2/web\";\nconst hranaNativeFetch = globalThis.fetch.bind(globalThis);\nasync function hranaCompatFetch(input:any, init?:any):Promise{\n let target:any=input;\n let reqInit:any=init;\n if(typeof input!==\"string\" && !(input instanceof URL)){\n const method=String(input?.method||init?.method||\"GET\");\n const headers=new Headers();\n const src=input?.headers||init?.headers;\n if(src?.forEach) src.forEach((v:string,k:string)=>headers.set(k,v));\n else if(src) for(const [k,v] of Object.entries(src)) headers.set(k,String(v));\n let body:any=undefined;\n if(method!==\"GET\" && method!==\"HEAD\"){\n if(typeof input?.arrayBuffer===\"function\") body=new Uint8Array(await input.arrayBuffer());\n else body=input?.body??init?.body;\n }\n target=String(input?.url||\"\");\n if(!target) throw new Error(\"HRANA_REQUEST_URL_REQUIRED\");\n reqInit={method,headers,body,redirect:\"manual\"};\n }\n const r:any=await hranaNativeFetch(target,reqInit);\n if(r?.body==null||typeof r.body.cancel===\"function\") return r;\n const bytes=new Uint8Array(await r.arrayBuffer());\n return new Response(bytes,{status:r.status,statusText:r.statusText,headers:r.headers});\n}\nconst sqlite=createClient({\n url:`${API_URL}/v3/sqlite/scoped/`,\n authToken:Deno.env.get(\"VAL_TOWN_API_KEY\"),\n fetch:hranaCompatFetch,\n});\nimport { leaseOneSql } from \"./brain_bridge_worker.ts\";\nimport { classifyValidCoalesceResult } from \"./brain_bridge_readonly_coalesce_v4.ts\";\nimport { dispatchBrain, verifyBrainChain, verifyBrainClaimGraph, cohortRegisterClaimExactInTransactionV1 } from \"./val_native_kernel_v1.ts\";\n\nconst JOB_TABLE=\"brain_bridge_jobs\";\nconst AUTH_TABLE=\"brain_control_plane_authority_v1\";\n// A unique module query-string creates an independent worker incarnation inside the\n// same Val runtime. The default preserves the canonical executor identity.\nconst moduleUrl=new URL(import.meta.url);\nconst WORKER=moduleUrl.searchParams.get(\"worker\")||\"project-brain-val-native-v1\";\nconst INSTANCE=moduleUrl.searchParams.get(\"instance\")||\"val-native-epoch2\";\nconst LEASE_SECONDS=180;\nconst MUTATION_RECEIPT_TABLE=\"brainvn_mutation_receipts\";\nconst RUNTIME_TICK_TABLE=\"val_native_executor_runtime_v1\";\nconst RUNTIME_TICK_TTL_SECONDS=300;\nconst PRELEASE_RANK_RECEIPT_TABLE=\"brain_bridge_prelease_rank_receipts_v1\";\n// R8K2 installs in two phases: helpers first, then only enable after the exact\n// rebased source passes remote Deno/libSQL qualification and production readback.\nconst PRELEASE_READ_COALESCE_V1_ENABLED=false;\nasync function ensureMutationReceiptTable(db:any=sqlite){\n await db.execute(`CREATE TABLE IF NOT EXISTS ${MUTATION_RECEIPT_TABLE}(\n job_id TEXT NOT NULL,\n lease_attempt_id TEXT NOT NULL,\n lease_instance_id TEXT NOT NULL,\n lease_owner TEXT NOT NULL,\n transport_lease_generation INTEGER NOT NULL,\n authority_epoch INTEGER NOT NULL,\n command TEXT NOT NULL,\n payload_sha256 TEXT NOT NULL,\n committed_generation INTEGER NOT NULL,\n event_head_hash TEXT NOT NULL,\n result_json TEXT NOT NULL,\n committed_at TEXT NOT NULL,\n PRIMARY KEY(job_id,lease_attempt_id)\n )`);\n}\n\nfunction safeSqlTableV1(t:string){\n if(!/^[A-Za-z_][A-Za-z0-9_]*$/.test(t))throw new Error(\"BAD_TABLE\");\n return t;\n}\nfunction canonicalJsonV1(x:any):string{\n if(x===null||typeof x!==\"object\")return JSON.stringify(x);\n if(Array.isArray(x))return \"[\"+x.map(canonicalJsonV1).join(\",\")+\"]\";\n return \"{\"+Object.keys(x).sort().map(k=>JSON.stringify(k)+\":\"+canonicalJsonV1(x[k])).join(\",\")+\"}\";\n}\nexport async function ensurePreleaseRankReceiptTableV1(db:any=sqlite,table=PRELEASE_RANK_RECEIPT_TABLE){\n table=safeSqlTableV1(table);\n await db.execute(`CREATE TABLE IF NOT EXISTS ${table}(\n job_id TEXT NOT NULL,\n lease_attempt_id TEXT NOT NULL,\n lease_instance_id TEXT NOT NULL,\n lease_owner TEXT NOT NULL,\n transport_lease_generation INTEGER NOT NULL,\n rank0_id TEXT NOT NULL,\n rank1_id TEXT,\n rank_snapshot_sha256 TEXT NOT NULL,\n created_at TEXT NOT NULL,\n PRIMARY KEY(job_id,lease_attempt_id)\n )`);\n}\nexport function orderedReadyTop2SqlV1(table=JOB_TABLE){\n table=safeSqlTableV1(table);\n const raw=leaseOneSql(table);\n const marker=`SELECT j.id FROM ${table} j`;\n const start=raw.indexOf(marker);\n const end=raw.indexOf(\"\\n LIMIT 1\",start);\n if(start<0||end<0)throw new Error(\"PRELEASE_SELECTOR_SHAPE_DRIFT\");\n const selector=raw.slice(start,end).replace(marker,`SELECT j.rowid AS queue_rowid,j.* FROM ${table} j`);\n if((selector.match(/\\?/g)||[]).length!==1)throw new Error(\"PRELEASE_SELECTOR_PLACEHOLDER_DRIFT\");\n return selector+\"\\n LIMIT 2\";\n}\nexport async function acquireWithPreleaseRankReceiptV1(db:any,opts:{qTable?:string;rTable?:string;worker:string;instance:string;attempt:string;injectReceiptFailure?:boolean}){\n const q=safeSqlTableV1(opts.qTable||JOB_TABLE),r=safeSqlTableV1(opts.rTable||PRELEASE_RANK_RECEIPT_TABLE);\n await ensurePreleaseRankReceiptTableV1(db,r);\n const tx:any=await db.transaction(\"write\");let done=false;\n try{\n const active:any=await tx.execute(`SELECT id FROM ${q} WHERE state='LEASED' AND lease_expires_at>datetime('now') ORDER BY id LIMIT 2`);\n const activeRows:any[]=active.rows||[];\n if(activeRows.length>1){await tx.rollback();done=true;return {kind:\"conflict\",active:activeRows}}\n if(activeRows.length===1){await tx.rollback();done=true;return {kind:\"busy\",active:activeRows[0]}}\n const ranked:any=await tx.execute({sql:orderedReadyTop2SqlV1(q),args:[opts.worker]});\n const rows:any[]=ranked.rows||[];\n if(!rows.length){await tx.rollback();done=true;return {kind:\"empty\"}}\n const leader=rows[0],follower=rows[1]??null;\n const u:any=await tx.execute({sql:`UPDATE ${q}\n SET state='LEASED',lease_owner=?,lease_expires_at=datetime('now','+${LEASE_SECONDS} seconds'),\n transport_lease_generation=transport_lease_generation+1,lease_instance_id=?,lease_attempt_id=?,updated_at=datetime('now')\n WHERE id=? AND state='READY'\n AND NOT EXISTS(SELECT 1 FROM ${q} x WHERE x.state='LEASED' AND x.lease_expires_at>datetime('now'))\n RETURNING id,op,payload_json,priority,lease_expires_at,transport_lease_generation,lease_instance_id,lease_attempt_id`,\n args:[opts.worker,opts.instance,opts.attempt,String(leader.id)]});\n const leased:any=u.rows?.[0]??null;if(!leased)throw new Error(\"PRELEASE_LEASE_CAS_FAILED\");\n const snap={\n rank0:{id:String(leader.id),op:String(leader.op),payload_json:String(leader.payload_json),priority:Number(leader.priority),created_at:String(leader.created_at)},\n rank1:follower?{id:String(follower.id),op:String(follower.op),payload_json:String(follower.payload_json),priority:Number(follower.priority),created_at:String(follower.created_at)}:null,\n };\n const rankSnapshotSha256=await sha256Text(canonicalJsonV1(snap));\n await tx.execute({sql:`INSERT INTO ${r}(job_id,lease_attempt_id,lease_instance_id,lease_owner,transport_lease_generation,rank0_id,rank1_id,rank_snapshot_sha256,created_at)\n VALUES(?,?,?,?,?,?,?,?,datetime('now'))`,args:[String(leased.id),opts.attempt,opts.instance,opts.worker,Number(leased.transport_lease_generation),String(leader.id),follower?String(follower.id):null,opts.injectReceiptFailure?\"INVALID\":rankSnapshotSha256]});\n if(opts.injectReceiptFailure)throw new Error(\"INJECTED_PRELEASE_RECEIPT_FAILURE\");\n await tx.commit();done=true;\n return {kind:\"leased\",job:leased,rank0:String(leader.id),rank1:follower?String(follower.id):null,rank_snapshot_sha256:rankSnapshotSha256};\n }catch(e){if(!done){try{await tx.rollback()}catch{}}throw e}\n}\nfunction exactObjectKeysV1(v:any,keys:string[]){\n if(!v||typeof v!==\"object\"||Array.isArray(v))return false;\n const a=Object.keys(v).sort(),b=[...keys].sort();\n return a.length===b.length&&a.every((x,i)=>x===b[i]);\n}\nexport function classifyValNativeCoalesceResultV1(resultJson:string){\n let r:any;try{r=JSON.parse(resultJson)}catch{return null}\n if(!exactObjectKeysV1(r,[\"returncode\",\"stderr\",\"stdout\"]))return null;\n return classifyValidCoalesceResult(JSON.stringify({returncode:r.returncode,stdout:r.stdout,stderr:r.stderr,stdout_truncated:false,stderr_truncated:false}));\n}\nexport function preleaseReceiptBindingReasonV1(job:any,x:any){\n if(!x)return \"PRELEASE_RECEIPT_MISSING\";\n if(String(x.job_id)!==String(job.id)||String(x.rank0_id)!==String(job.id))return \"PRELEASE_RECEIPT_CORRUPT\";\n if(String(x.lease_owner)!==String(job.lease_owner)||String(x.lease_instance_id)!==String(job.lease_instance_id)||String(x.lease_attempt_id)!==String(job.lease_attempt_id)||Number(x.transport_lease_generation)!==Number(job.transport_lease_generation))return \"PRELEASE_RECEIPT_STALE_OR_MISBOUND\";\n if(!/^[0-9a-f]{64}$/.test(String(x.rank_snapshot_sha256)))return \"PRELEASE_RECEIPT_HASH_INVALID\";\n if(x.rank1_id==null)return \"PRELEASE_RECEIPT_NO_FOLLOWER\";\n return \"OK\";\n}\nexport async function finalizeLeaderOptionalPreleaseFollowerV1(db:any,opts:{qTable?:string;rTable?:string;job:any;expected:any}){\n const q=safeSqlTableV1(opts.qTable||JOB_TABLE),r=safeSqlTableV1(opts.rTable||PRELEASE_RANK_RECEIPT_TABLE);\n await ensurePreleaseRankReceiptTableV1(db,r);\n const command=opts.expected?.state===\"COMPLETE\"&&opts.expected?.error_json==null&&typeof opts.expected?.result_json===\"string\"\n ? classifyValNativeCoalesceResultV1(opts.expected.result_json):null;\n const job=opts.job;\n const tx:any=await db.transaction(\"write\");let done=false;\n try{\n const lr:any=await tx.execute({sql:`SELECT * FROM ${q} WHERE id=? AND state='LEASED' AND lease_owner=? AND lease_instance_id=? AND lease_attempt_id=? AND transport_lease_generation=? AND op=? AND payload_json=? AND lease_expires_at>datetime('now')`,\n args:[String(job.id),String(job.lease_owner),String(job.lease_instance_id),String(job.lease_attempt_id),Number(job.transport_lease_generation),String(job.op),String(job.payload_json)]});\n const leader:any=lr.rows?.[0]??null;\n if(!leader){await tx.rollback();done=true;return {ok:false,reason:\"RESULT_FENCE_REJECTED_CURRENT_ATTEMPT\"}}\n let followerId:string|null=null,receiptReason=\"NOT_COALESCIBLE\";\n if(command){\n const rr:any=await tx.execute({sql:`SELECT * FROM ${r} WHERE job_id=? AND lease_attempt_id=?`,args:[String(job.id),String(job.lease_attempt_id)]});\n const recs:any[]=rr.rows||[];\n if(recs.length!==1)receiptReason=recs.length>1?\"AMBIGUOUS_PRELEASE_RECEIPTS\":\"PRELEASE_RECEIPT_MISSING\";\n else{\n const x:any=recs[0];\n receiptReason=preleaseReceiptBindingReasonV1(job,x);\n if(receiptReason===\"OK\"){\n const fr:any=await tx.execute({sql:`SELECT * FROM ${q} WHERE id=?`,args:[String(x.rank1_id)]});\n const f:any=fr.rows?.[0]??null;\n if(f&&String(f.state)===\"READY\"&&String(f.op)===String(leader.op)&&String(f.payload_json)===String(leader.payload_json)&&Number(f.priority)===Number(leader.priority))followerId=String(f.id);\n else receiptReason=\"PRELEASE_FOLLOWER_NO_LONGER_EXACT_READY_MATCH\";\n }\n }\n }\n const lu:any=await tx.execute({sql:`UPDATE ${q}\n SET state=?,result_json=?,error_json=?,lease_owner=NULL,lease_expires_at=NULL,updated_at=datetime('now')\n WHERE id=? AND state='LEASED' AND lease_owner=? AND lease_instance_id=? AND lease_attempt_id=? AND transport_lease_generation=? AND op=? AND payload_json=? AND lease_expires_at>datetime('now')\n RETURNING id,state,lease_instance_id,lease_attempt_id,transport_lease_generation`,\n args:[String(opts.expected.state),opts.expected.result_json??null,opts.expected.error_json??null,String(job.id),String(job.lease_owner),String(job.lease_instance_id),String(job.lease_attempt_id),Number(job.transport_lease_generation),String(job.op),String(job.payload_json)]});\n if(!(lu.rows||[]).length){await tx.rollback();done=true;return {ok:false,reason:\"RESULT_FENCE_REJECTED_CURRENT_ATTEMPT\"}}\n let followerCompleted=false;\n if(followerId){\n const fu:any=await tx.execute({sql:`UPDATE ${q} SET state='COMPLETE',result_json=?,error_json=NULL,updated_at=datetime('now') WHERE id=? AND state='READY' AND op=? AND payload_json=? AND priority=? RETURNING id`,\n args:[opts.expected.result_json,followerId,String(leader.op),String(leader.payload_json),Number(leader.priority)]});\n followerCompleted=(fu.rows||[]).length===1;\n }\n await tx.commit();done=true;\n return {ok:true,id:String(job.id),state:String(opts.expected.state),command,receipt_reason:receiptReason,follower_completed:followerCompleted,follower_id:followerCompleted?followerId:null};\n }catch(e){if(!done){try{await tx.rollback()}catch{}}throw e}\n}\n\nfunction legacyEnvelope(v:any){return JSON.stringify({returncode:0,stderr:\"\",stdout:JSON.stringify(v)+\"\\n\"})}\nasync function sha256Text(s:string){\n const d=await crypto.subtle.digest(\"SHA-256\",new TextEncoder().encode(s));\n return [...new Uint8Array(d)].map(x=>x.toString(16).padStart(2,\"0\")).join(\"\");\n}\nasync function authority(){\n const r:any=await sqlite.execute(`SELECT epoch,writer,source_generation,source_head,mode,prepared_at,updated_at FROM ${AUTH_TABLE} WHERE id=1`);\n return r.rows?.[0]??null;\n}\nconst RESULT_FINALIZATION_HELPER_V1_SHA256=\"b82e4f00c3f7b3eb721871e780d0f7c43180e32516b9a5c87112a956e550677f\";\nconst RESULT_FINALIZATION_HELPER_V1_SOURCE=String.raw`// RESULT_FINALIZATION_EXACT_ATTEMPT_RECONCILIATION_V1\n// Candidate-only pure helper. It never dispatches/re-dispatches a Brain command.\n// Production integration supplies narrowly-scoped queue/authority/receipt operations.\n\nexport const READ_ONLY_COMMANDS_V1 = new Set([\"status\",\"verify-chain\",\"verify-claim-graph\"]);\n\nexport function canonV1(x) {\n if (x === null || typeof x !== \"object\") return JSON.stringify(x);\n if (Array.isArray(x)) return \"[\" + x.map(canonV1).join(\",\") + \"]\";\n return \"{\" + Object.keys(x).sort().map(k => JSON.stringify(k) + \":\" + canonV1(x[k])).join(\",\") + \"}\";\n}\n\nexport function legacyEnvelopeV1(v) {\n return JSON.stringify({returncode:0, stderr:\"\", stdout:JSON.stringify(v) + \"\\n\"});\n}\n\nexport async function sha256TextV1(s) {\n const d = await crypto.subtle.digest(\"SHA-256\", new TextEncoder().encode(s));\n return [...new Uint8Array(d)].map(x => x.toString(16).padStart(2,\"0\")).join(\"\");\n}\n\nfunction errText(e) {\n return e instanceof Error ? e.message : String(e);\n}\n\nfunction authorityMatches(a, epoch, mode) {\n return !!a &&\n Number(a.epoch) === Number(epoch) &&\n String(a.writer) === \"val_native\" &&\n String(a.mode) === String(mode);\n}\n\nfunction expectedTerminal(dispatchOk, dispatchValue) {\n return dispatchOk\n ? {state:\"COMPLETE\", result_json:legacyEnvelopeV1(dispatchValue), error_json:null}\n : {state:\"FAILED\", result_json:null, error_json:JSON.stringify(dispatchValue)};\n}\n\nfunction sameNullable(a,b) {\n return (a ?? null) === (b ?? null);\n}\n\nfunction exactStaticJobBinding(row, job) {\n return !!row &&\n String(row.id) === String(job.id) &&\n String(row.op) === String(job.op) &&\n String(row.payload_json) === String(job.payload_json) &&\n Number(row.transport_lease_generation) === Number(job.transport_lease_generation);\n}\n\nfunction exactLiveAttempt(row, job) {\n return exactStaticJobBinding(row, job) &&\n String(row.lease_instance_id) === String(job.lease_instance_id) &&\n String(row.lease_attempt_id) === String(job.lease_attempt_id);\n}\n\nfunction exactTerminal(row, job, expected) {\n return exactLiveAttempt(row, job) &&\n String(row.state) === expected.state &&\n sameNullable(row.result_json, expected.result_json) &&\n sameNullable(row.error_json, expected.error_json) &&\n row.lease_owner == null &&\n row.lease_expires_at == null;\n}\n\nfunction leaseUnexpired(row, nowIso) {\n return !!row?.lease_expires_at && String(row.lease_expires_at) > String(nowIso);\n}\n\nfunction isExpiryUnknown(row) {\n if (!row || String(row.state) !== \"FAILED\" || row.result_json != null) return false;\n try {\n const e = JSON.parse(String(row.error_json || \"{}\"));\n return e?.classification === \"TRANSPORT_LEASE_EXPIRED_OUTCOME_UNKNOWN_REQUIRES_CANONICAL_RECONCILIATION\";\n } catch {\n return false;\n }\n}\n\nasync function exactReceipt(receipts, job, expectedEpoch, command, dispatchValue) {\n if (!Array.isArray(receipts) || receipts.length !== 1) return {ok:false, reason:receipts?.length > 1 ? \"AMBIGUOUS_MUTATION_RECEIPTS\" : \"MUTATION_RECEIPT_MISSING\"};\n const r = receipts[0];\n const payloadSha = await sha256TextV1(String(job.payload_json));\n if (String(r.job_id) !== String(job.id)) return {ok:false,reason:\"RECEIPT_JOB_MISMATCH\"};\n if (String(r.lease_attempt_id) !== String(job.lease_attempt_id)) return {ok:false,reason:\"RECEIPT_ATTEMPT_MISMATCH\"};\n if (String(r.lease_instance_id) !== String(job.lease_instance_id)) return {ok:false,reason:\"RECEIPT_INSTANCE_MISMATCH\"};\n if (String(r.lease_owner) !== String(job.lease_owner)) return {ok:false,reason:\"RECEIPT_OWNER_MISMATCH\"};\n if (Number(r.transport_lease_generation) !== Number(job.transport_lease_generation)) return {ok:false,reason:\"RECEIPT_GENERATION_MISMATCH\"};\n if (Number(r.authority_epoch) !== Number(expectedEpoch)) return {ok:false,reason:\"RECEIPT_AUTHORITY_EPOCH_MISMATCH\"};\n if (String(r.command) !== String(command)) return {ok:false,reason:\"RECEIPT_COMMAND_MISMATCH\"};\n if (String(r.payload_sha256) !== payloadSha) return {ok:false,reason:\"RECEIPT_PAYLOAD_MISMATCH\"};\n if (String(r.result_json) !== canonV1(dispatchValue)) return {ok:false,reason:\"RECEIPT_RESULT_MISMATCH\"};\n return {ok:true, receipt:r, payload_sha256:payloadSha};\n}\n\nasync function readOnlyStillFresh(command, preDispatchGeneration, deps) {\n if (!READ_ONLY_COMMANDS_V1.has(command)) return {ok:true};\n if (!Number.isInteger(preDispatchGeneration)) return {ok:false,reason:\"READ_ONLY_PRE_DISPATCH_GENERATION_REQUIRED\"};\n const g = await deps.readCanonicalGeneration();\n if (Number(g) !== Number(preDispatchGeneration)) return {ok:false,reason:\"READ_ONLY_CANONICAL_GENERATION_DRIFT\",expected:preDispatchGeneration,actual:Number(g)};\n return {ok:true};\n}\n\n/**\n * deps contract:\n * - readAuthority()\n * - readJob(id)\n * - readCanonicalGeneration()\n * - finishOncePreservingAttempt(job, expected) // exact attempt UPDATE; at most called twice total: initial + one retry\n * - readMutationReceipts(jobId, attemptId)\n * - finalizeExpiredMutationFromReceipt(job, expected, receipt)\n * - nowIso()\n *\n * No dispatch/re-dispatch function is accepted by this helper.\n */\nexport async function finalizeExactAttemptV1({\n job,\n expectedAuthorityEpoch,\n expectedAuthorityMode,\n command,\n dispatchOk,\n dispatchValue,\n preDispatchGeneration,\n deps,\n}) {\n const expected = expectedTerminal(dispatchOk, dispatchValue);\n const readOnly = READ_ONLY_COMMANDS_V1.has(command);\n const trace = [];\n let finishCalls = 0;\n\n const a0 = await deps.readAuthority();\n if (!authorityMatches(a0, expectedAuthorityEpoch, expectedAuthorityMode)) {\n return {ok:false,reason:\"FINALIZE_AUTHORITY_FENCED_PRE\",trace,finish_calls:finishCalls};\n }\n const fresh0 = await readOnlyStillFresh(command, preDispatchGeneration, deps);\n if (!fresh0.ok) return {...fresh0,trace,finish_calls:finishCalls};\n\n // Normal path. Candidate production finishOnce must preserve lease_instance_id and\n // lease_attempt_id on terminal rows so a client-unknown finish can be read back\n // as the exact attempt rather than merely the same job id.\n try {\n finishCalls++;\n const f = await deps.finishOncePreservingAttempt(job, expected);\n trace.push({phase:\"finish_initial\",returned:f});\n if (f?.ok === true) {\n const rb = await deps.readJob(job.id);\n if (!exactTerminal(rb,job,expected)) return {ok:false,reason:\"FINISH_SUCCESS_READBACK_MISMATCH\",trace,finish_calls:finishCalls};\n return {ok:true,reconciled:false,path:\"INITIAL_FINISH\",trace,finish_calls:finishCalls};\n }\n trace.push({phase:\"finish_initial_nonok\",value:f});\n } catch (e) {\n trace.push({phase:\"finish_initial_throw\",error:errText(e)});\n }\n\n // Outcome-aware reconciliation begins. Re-read authority after the uncertain client outcome.\n const a1 = await deps.readAuthority();\n if (!authorityMatches(a1, expectedAuthorityEpoch, expectedAuthorityMode)) {\n return {ok:false,reason:\"FINALIZE_AUTHORITY_FENCED_RECONCILE\",trace,finish_calls:finishCalls};\n }\n const fresh1 = await readOnlyStillFresh(command, preDispatchGeneration, deps);\n if (!fresh1.ok) return {...fresh1,trace,finish_calls:finishCalls};\n\n let row = await deps.readJob(job.id);\n if (!row || !exactStaticJobBinding(row,job)) {\n return {ok:false,reason:\"QUEUE_JOB_BINDING_MISMATCH\",trace,finish_calls:finishCalls};\n }\n\n // Case A: UPDATE committed but client threw. Terminal readback itself proves completion,\n // but only because candidate finish preserves exact attempt identity.\n if (exactTerminal(row,job,expected)) {\n return {ok:true,reconciled:true,path:\"TERMINAL_EXACT_READBACK\",trace,finish_calls:finishCalls};\n }\n\n // Case B: UPDATE did not commit. Retry the exact finish at most once, only while this\n // exact attempt is still leased and unexpired.\n if (String(row.state) === \"LEASED\" && exactLiveAttempt(row,job) && String(row.lease_owner) === String(job.lease_owner) && leaseUnexpired(row,deps.nowIso())) {\n try {\n finishCalls++;\n const f2 = await deps.finishOncePreservingAttempt(job, expected);\n trace.push({phase:\"finish_retry_once\",returned:f2});\n } catch (e) {\n trace.push({phase:\"finish_retry_once_throw\",error:errText(e)});\n }\n const fresh2 = await readOnlyStillFresh(command, preDispatchGeneration, deps);\n if (!fresh2.ok) return {...fresh2,trace,finish_calls:finishCalls};\n const rb2 = await deps.readJob(job.id);\n if (exactTerminal(rb2,job,expected)) {\n return {ok:true,reconciled:true,path:\"ONE_EXACT_FINISH_RETRY\",trace,finish_calls:finishCalls};\n }\n return {ok:false,reason:\"ONE_FINISH_RETRY_EXHAUSTED\",trace,finish_calls:finishCalls};\n }\n\n // Read-only results may never be resurrected after lease expiry/reassignment, and they\n // may never cross canonical generation drift.\n if (readOnly) {\n return {ok:false,reason:\"READ_ONLY_RESULT_NOT_SAFE_TO_RECONCILE\",trace,finish_calls:finishCalls};\n }\n\n // A mutation receipt is not a license to reinterpret a still-LEASED row from another\n // attempt/instance. Receipt-bound recovery below is only for the exact known\n // expiry-terminalization state, never for a live/reassigned lease.\n if (String(row.state) === \"LEASED\") {\n if (!exactLiveAttempt(row,job)) {\n return {ok:false,reason:\"LIVE_ATTEMPT_IDENTITY_MISMATCH\",trace,finish_calls:finishCalls};\n }\n return {ok:false,reason:\"LEASED_ATTEMPT_EXPIRED_OR_UNSAFE_AFTER_ONE_RETRY\",trace,finish_calls:finishCalls};\n }\n\n // Case C: mutation dispatch is canonically known from the exact bound receipt.\n // This may repair the historical FAILED/OUTCOME_UNKNOWN transport row without\n // re-dispatching the canonical mutation.\n if (dispatchOk !== true) {\n return {ok:false,reason:\"MUTATION_DISPATCH_EXCEPTION_HAS_NO_SAFE_RECEIPT_ASSUMPTION\",trace,finish_calls:finishCalls};\n }\n const receipts = await deps.readMutationReceipts(job.id,job.lease_attempt_id);\n const rr = await exactReceipt(receipts,job,expectedAuthorityEpoch,command,dispatchValue);\n if (!rr.ok) return {...rr,trace,finish_calls:finishCalls};\n\n // Only the exact known expiry terminalization is repairable after expiry. Transport\n // generation equality proves no later lease generation was issued for this job.\n if (!isExpiryUnknown(row) || Number(row.transport_lease_generation) !== Number(job.transport_lease_generation)) {\n return {ok:false,reason:\"EXPIRED_RECEIPT_RECOVERY_ROW_NOT_ELIGIBLE\",trace,finish_calls:finishCalls};\n }\n if (row.lease_owner != null || row.lease_expires_at != null) {\n return {ok:false,reason:\"EXPIRED_RECEIPT_RECOVERY_ROW_STILL_OWNED\",trace,finish_calls:finishCalls};\n }\n // Historical recovery cleared attempt/instance. If present, they must still match.\n if (row.lease_attempt_id != null && String(row.lease_attempt_id) !== String(job.lease_attempt_id)) {\n return {ok:false,reason:\"EXPIRED_RECEIPT_ROW_ATTEMPT_CONFLICT\",trace,finish_calls:finishCalls};\n }\n if (row.lease_instance_id != null && String(row.lease_instance_id) !== String(job.lease_instance_id)) {\n return {ok:false,reason:\"EXPIRED_RECEIPT_ROW_INSTANCE_CONFLICT\",trace,finish_calls:finishCalls};\n }\n\n const rec = await deps.finalizeExpiredMutationFromReceipt(job,expected,rr.receipt);\n trace.push({phase:\"receipt_bound_expiry_recovery\",returned:rec});\n const a2 = await deps.readAuthority();\n if (!authorityMatches(a2, expectedAuthorityEpoch, expectedAuthorityMode)) {\n return {ok:false,reason:\"FINALIZE_AUTHORITY_FENCED_POST_RECEIPT\",trace,finish_calls:finishCalls};\n }\n const rb3 = await deps.readJob(job.id);\n if (!exactTerminal(rb3,job,expected)) {\n return {ok:false,reason:\"RECEIPT_RECOVERY_READBACK_MISMATCH\",trace,finish_calls:finishCalls};\n }\n return {ok:true,reconciled:true,path:\"EXACT_MUTATION_RECEIPT_EXPIRY_RECOVERY\",trace,finish_calls:finishCalls};\n}\n`;\nlet resultFinalizationHelperV1Promise:Promise|null=null;\nasync function resultFinalizationHelperV1(){\n const h=await sha256Text(RESULT_FINALIZATION_HELPER_V1_SOURCE);\n if(h!==RESULT_FINALIZATION_HELPER_V1_SHA256)throw new Error(\"RESULT_FINALIZATION_HELPER_INTEGRITY_MISMATCH\");\n if(!resultFinalizationHelperV1Promise){\n resultFinalizationHelperV1Promise=import(\"data:text/javascript;charset=utf-8,\"+encodeURIComponent(RESULT_FINALIZATION_HELPER_V1_SOURCE));\n }\n return await resultFinalizationHelperV1Promise;\n}\n\nasync function canonicalAnchor(){\n const r:any=await sqlite.execute(\"SELECT generation,event_head_hash FROM brainvn_epoch_meta WHERE id=1\");\n const row:any=r.rows?.[0]??null;\n const g=Number(row?.generation),head=String(row?.event_head_hash??\"\");\n if(!Number.isInteger(g)||g<0||!/^[0-9a-f]{64}$/.test(head))throw new Error(\"CANONICAL_ANCHOR_UNAVAILABLE\");\n return {generation:g,event_head_hash:head};\n}\nasync function canonicalGeneration(){return (await canonicalAnchor()).generation;}\nasync function normalizedFinalizationAuthority(){\n const g:any=await admit();\n if(g?.ok===true)return {epoch:Number(g.epoch),writer:\"val_native\",mode:String(g.mode)};\n const a:any=g?.authority??await authority();\n return {epoch:Number(a?.epoch),writer:String(a?.writer??\"\"),mode:String(a?.mode)===\"PREPARED\"?\"PREPARED_READ_ONLY\":String(a?.mode??\"\")};\n}\n\nasync function emitRuntimeTick(){\n const a:any=await authority();\n if(!a||String(a.writer)!==\"val_native\"||![\"ACTIVE\",\"PREPARED\"].includes(String(a.mode))){\n return {ok:false,emitted:false,reason:\"VAL_NATIVE_NOT_SELECTED\",authority:a??null};\n }\n await sqlite.execute(`CREATE TABLE IF NOT EXISTS ${RUNTIME_TICK_TABLE}(\n id TEXT PRIMARY KEY,\n worker_id TEXT NOT NULL,\n instance_id TEXT NOT NULL,\n authority_epoch INTEGER NOT NULL,\n state TEXT NOT NULL,\n tick_at TEXT NOT NULL,\n expires_at TEXT NOT NULL,\n metadata_json TEXT NOT NULL\n )`);\n const metadata=JSON.stringify({\n classification:\"NONAUTHORITY_EXECUTOR_RUNTIME_TICK\",\n grants_brain_authority:false,\n extends_canonical_lease:false,\n source:\"val_native_executor_prod.drain\"\n });\n await sqlite.execute({\n sql:`INSERT INTO ${RUNTIME_TICK_TABLE}(id,worker_id,instance_id,authority_epoch,state,tick_at,expires_at,metadata_json)\n VALUES('val-native-executor',?,?,?,'RUNNING',datetime('now'),datetime('now','+${RUNTIME_TICK_TTL_SECONDS} seconds'),?)\n ON CONFLICT(id) DO UPDATE SET\n worker_id=excluded.worker_id,\n instance_id=excluded.instance_id,\n authority_epoch=excluded.authority_epoch,\n state='RUNNING',\n tick_at=excluded.tick_at,\n expires_at=excluded.expires_at,\n metadata_json=excluded.metadata_json`,\n args:[WORKER,INSTANCE,Number(a.epoch),metadata]\n });\n return {ok:true,emitted:true,authority_epoch:Number(a.epoch),ttl_seconds:RUNTIME_TICK_TTL_SECONDS};\n}\nasync function admit(){\n const a:any=await authority();\n if(!a)return {ok:false,reason:\"AUTHORITY_UNINITIALIZED\",authority:null};\n if(String(a.writer)!==\"val_native\")return {ok:false,reason:\"WRITER_NOT_CANONICAL\",authority:a};\n const mode=String(a.mode);\n if(mode===\"ACTIVE\")return {ok:true,epoch:Number(a.epoch),mode:\"ACTIVE\",authority:a};\n if(mode===\"PREPARED\")return {ok:true,epoch:Number(a.epoch),mode:\"PREPARED_READ_ONLY\",authority:a};\n return {ok:false,reason:\"AUTHORITY_MODE_NOT_ADMITTED\",authority:a};\n}\nconst ACQUIRE_RECONCILE_ATTEMPTS_R2=3;\ntype LeaseReconcileResultR2=\n | {kind:\"leased\";job:any;epoch:number;mode:string;acquisition_reconciled:true;acquisition_error:string}\n | {kind:\"none\";attempt_id:string}\n | {kind:\"outcome_unknown\";attempt_id:string;errors:string[]};\nexport async function reconcileExactLeaseAttemptR2(\n attempt:string,\n expectedEpoch:number,\n expectedMode:string,\n acquisitionError:unknown,\n):Promise{\n const errors:string[]=[];\n for(let i=0;i=1\n AND lease_expires_at>datetime('now')\n ORDER BY id`,args:[WORKER,INSTANCE,attempt]});\n const rows:any[]=r.rows||[];\n if(rows.length===0)return {kind:\"none\",attempt_id:attempt};\n if(rows.length!==1){\n return {kind:\"outcome_unknown\",attempt_id:attempt,errors:[...errors,`ATTEMPT_CARDINALITY_CONFLICT_${rows.length}`]};\n }\n const job=rows[0];\n if(String(job.lease_instance_id)!==INSTANCE||String(job.lease_attempt_id)!==attempt||Number(job.transport_lease_generation)<1){\n return {kind:\"outcome_unknown\",attempt_id:attempt,errors:[...errors,\"ATTEMPT_IDENTITY_POSTCONDITION_FAILED\"]};\n }\n return {\n kind:\"leased\",\n job,\n epoch:expectedEpoch,\n mode:expectedMode,\n acquisition_reconciled:true,\n acquisition_error:acquisitionError instanceof Error?acquisitionError.message:String(acquisitionError),\n };\n }catch(e){\n errors.push(e instanceof Error?e.message:String(e));\n }\n }\n return {kind:\"outcome_unknown\",attempt_id:attempt,errors};\n}\nasync function recoverExpiredTransport(){\n const tx:any=await (sqlite as any).transaction(\"write\");let done=false;\n try{\n const r:any=await tx.execute(`SELECT id,op,payload_json,lease_owner,lease_instance_id,lease_attempt_id,transport_lease_generation,lease_expires_at\n FROM ${JOB_TABLE} WHERE state='LEASED' AND lease_expires_at IS NOT NULL AND lease_expires_at<=datetime('now') ORDER BY id`);\n const outcomes:any[]=[];\n for(const j of (r.rows||[])){\n const u:any=await tx.execute({sql:`UPDATE ${JOB_TABLE}\n SET state='FAILED',result_json=NULL,\n error_json=json_object(\n 'classification','TRANSPORT_LEASE_EXPIRED_OUTCOME_UNKNOWN_REQUIRES_CANONICAL_RECONCILIATION',\n 'receipt_policy','SIDE_RECEIPTS_DIAGNOSTIC_ONLY_NOT_COMPLETION_AUTHORITY',\n 'retry_policy','RECONCILE_CANONICAL_STATE_THEN_NEW_JOB_ID'\n ),\n lease_owner=NULL,lease_expires_at=NULL,updated_at=datetime('now')\n WHERE id=? AND state='LEASED' AND lease_owner IS ? AND lease_instance_id IS ? AND lease_attempt_id IS ? AND transport_lease_generation=? AND lease_expires_at<=datetime('now')\n RETURNING id`,\n args:[j.id,j.lease_owner,j.lease_instance_id,j.lease_attempt_id,j.transport_lease_generation]});\n if((u.rows||[]).length)outcomes.push({id:j.id,state:\"FAILED\",reconciled_from_receipt:false,outcome_unknown:true});\n }\n await tx.commit();done=true;return{ok:true,outcomes};\n }catch(e){if(!done){try{await tx.rollback()}catch{}}throw e}\n}\nasync function activeLeases(){\n const r:any=await sqlite.execute(`SELECT id,lease_owner,lease_instance_id,lease_attempt_id,lease_expires_at\n FROM ${JOB_TABLE} WHERE state='LEASED' AND lease_expires_at>datetime('now') ORDER BY id`);\n return r.rows||[];\n}\nfunction atomicizeLeaseSql(sql:string){\n const setNeedle=`SET state='LEASED',lease_owner=?,lease_expires_at=datetime('now','+${LEASE_SECONDS} seconds'),updated_at=datetime('now')`;\n const retNeedle=\"RETURNING id,op,payload_json,priority,lease_expires_at\";\n if(sql.split(setNeedle).length!==2)throw new Error(\"ATOMIC_LEASE_SET_SHAPE_DRIFT\");\n if(sql.split(retNeedle).length!==2)throw new Error(\"ATOMIC_LEASE_RETURNING_SHAPE_DRIFT\");\n return sql.replace(setNeedle,`SET state='LEASED',lease_owner=?,lease_expires_at=datetime('now','+${LEASE_SECONDS} seconds'),transport_lease_generation=transport_lease_generation+1,lease_instance_id=?,lease_attempt_id=?,updated_at=datetime('now')`)\n .replace(retNeedle,\"RETURNING id,op,payload_json,priority,lease_expires_at,transport_lease_generation,lease_instance_id,lease_attempt_id\");\n}\nasync function leaseOne(){\n const gate=await admit();if(!gate.ok)return {kind:\"fenced\",gate} as const;\n await recoverExpiredTransport();\n const active=await activeLeases();\n if(active.length>1)return {kind:\"conflict\",active} as const;\n if(active.length===1)return {kind:\"busy\",active:active[0]} as const;\n const preparedReadOnly=gate.mode===\"PREPARED_READ_ONLY\";\n const attempt=crypto.randomUUID();\n const expectedMode=String(gate.mode);\n let core:any;\n try{\n if(!preparedReadOnly&&!EMERGENCY_MUTATIONS_FROZEN&&PRELEASE_READ_COALESCE_V1_ENABLED){\n const acq:any=await acquireWithPreleaseRankReceiptV1(sqlite,{worker:WORKER,instance:INSTANCE,attempt});\n if(acq.kind===\"leased\"){\n const j:any=acq.job;\n if(String(j.lease_instance_id)!==INSTANCE||String(j.lease_attempt_id)!==attempt||Number(j.transport_lease_generation)<1)throw new Error(\"LEASE_ATTEMPT_ATOMICITY_POSTCONDITION_FAILED\");\n return {kind:\"leased\",job:j,epoch:gate.epoch,mode:expectedMode,prelease_receipt:{rank0:acq.rank0,rank1:acq.rank1,rank_snapshot_sha256:acq.rank_snapshot_sha256}} as const;\n }\n return acq;\n }\n core=preparedReadOnly\n ? await sqlite.execute({sql:`UPDATE ${JOB_TABLE}\n SET state='LEASED',lease_owner=?,lease_expires_at=datetime('now','+${LEASE_SECONDS} seconds'),\n transport_lease_generation=transport_lease_generation+1,lease_instance_id=?,lease_attempt_id=?,updated_at=datetime('now')\n WHERE id=(\n SELECT j.id FROM ${JOB_TABLE} j\n WHERE j.state='READY' AND j.op='brain'\n AND json_valid(j.payload_json)=1\n AND json_type(j.payload_json,'$.args')='array'\n AND json_array_length(json_extract(j.payload_json,'$.args'))=1\n AND json_extract(j.payload_json,'$.args[0]') IN ('status','verify-chain','verify-claim-graph')\n AND json_type(j.payload_json,'$.timeout')='integer'\n AND json_extract(j.payload_json,'$.timeout') BETWEEN 1 AND 120\n AND (SELECT COUNT(*) FROM json_each(j.payload_json))=2\n AND NOT EXISTS(\n SELECT 1 FROM ${JOB_TABLE} x\n WHERE x.state='LEASED' AND x.lease_expires_at>datetime('now')\n )\n ORDER BY\n CASE json_extract(j.payload_json,'$.args[0]')\n WHEN 'status' THEN 0\n WHEN 'verify-chain' THEN 1\n WHEN 'verify-claim-graph' THEN 2\n ELSE 3\n END,\n CASE WHEN j.priority>1000000000 THEN 1000000000 ELSE j.priority END DESC,\n j.created_at,j.id\n LIMIT 1\n )\n RETURNING id,op,payload_json,priority,lease_expires_at,transport_lease_generation,lease_instance_id,lease_attempt_id`,\n args:[WORKER,INSTANCE,attempt]})\n : EMERGENCY_MUTATIONS_FROZEN\n ? await sqlite.execute({sql:`UPDATE ${JOB_TABLE}\n SET state='LEASED',lease_owner=?,lease_expires_at=datetime('now','+${LEASE_SECONDS} seconds'),\n transport_lease_generation=transport_lease_generation+1,lease_instance_id=?,lease_attempt_id=?,updated_at=datetime('now')\n WHERE id=? AND state='READY'\n AND NOT EXISTS(\n SELECT 1 FROM ${JOB_TABLE}\n WHERE state='LEASED' AND lease_owner=? AND lease_expires_at>datetime('now')\n )\n RETURNING id,op,payload_json,priority,lease_expires_at,transport_lease_generation,lease_instance_id,lease_attempt_id`,\n args:[WORKER,INSTANCE,attempt,EMERGENCY_MUTATION_CANARY_JOB_ID,WORKER]})\n : await sqlite.execute({sql:atomicizeLeaseSql(leaseOneSql(JOB_TABLE)),args:[WORKER,INSTANCE,attempt,WORKER]});\n }catch(e){\n const rr=await reconcileExactLeaseAttemptR2(attempt,gate.epoch,expectedMode,e);\n if(rr.kind===\"leased\")return rr;\n if(rr.kind===\"none\")return {\n kind:\"acquisition_failed_no_bound_lease\",\n attempt_id:attempt,\n reason:e instanceof Error?e.message:String(e),\n } as const;\n return {kind:\"acquisition_outcome_unknown\",attempt_id:attempt,errors:rr.errors} as const;\n }\n const j:any=core.rows?.[0]??null;if(!j)return {kind:\"empty\"} as const;\n if(String(j.lease_instance_id)!==INSTANCE||String(j.lease_attempt_id)!==attempt||Number(j.transport_lease_generation)<1)throw new Error(\"LEASE_ATTEMPT_ATOMICITY_POSTCONDITION_FAILED\");\n return {kind:\"leased\",job:j,epoch:gate.epoch,mode:expectedMode} as const;\n}\nasync function readQueueJob(id:string){\n const r:any=await sqlite.execute({sql:`SELECT * FROM ${JOB_TABLE} WHERE id=?`,args:[id]});\n return r.rows?.[0]??null;\n}\nasync function finishOncePreservingAttempt(job:any,expected:any){\n if(PRELEASE_READ_COALESCE_V1_ENABLED&&expected?.state===\"COMPLETE\"&&expected?.error_json==null&&typeof expected?.result_json===\"string\"&&classifyValNativeCoalesceResultV1(expected.result_json)){\n return await finalizeLeaderOptionalPreleaseFollowerV1(sqlite,{job:{...job,lease_owner:String(job.lease_owner||WORKER)},expected});\n }\n const r:any=await sqlite.execute({sql:`UPDATE ${JOB_TABLE}\n SET state=?,result_json=?,error_json=?,lease_owner=NULL,lease_expires_at=NULL,updated_at=datetime('now')\n WHERE id=? AND state='LEASED' AND lease_owner=? AND lease_instance_id=? AND lease_attempt_id=? AND transport_lease_generation=? AND op=? AND payload_json=? AND lease_expires_at>datetime('now')\n RETURNING id,state,lease_instance_id,lease_attempt_id,transport_lease_generation`,\n args:[String(expected.state),expected.result_json??null,expected.error_json??null,job.id,String(job.lease_owner||WORKER),String(job.lease_instance_id),String(job.lease_attempt_id),Number(job.transport_lease_generation),String(job.op),String(job.payload_json)]});\n if(!(r.rows||[]).length)return {ok:false,reason:\"RESULT_FENCE_REJECTED_CURRENT_ATTEMPT\"};\n return {ok:true,id:job.id,state:String(expected.state)};\n}\nasync function readMutationReceiptsExact(jobId:string,attemptId:string){\n await ensureMutationReceiptTable();\n const r:any=await sqlite.execute({sql:`SELECT job_id,lease_attempt_id,lease_instance_id,lease_owner,transport_lease_generation,authority_epoch,command,payload_sha256,committed_generation,event_head_hash,result_json,committed_at\n FROM ${MUTATION_RECEIPT_TABLE}\n WHERE job_id=? AND lease_attempt_id=?\n ORDER BY committed_at,job_id,lease_attempt_id`,args:[jobId,attemptId]});\n return r.rows||[];\n}\nfunction sameReceiptRow(a:any,b:any){\n const keys=[\"job_id\",\"lease_attempt_id\",\"lease_instance_id\",\"lease_owner\",\"transport_lease_generation\",\"authority_epoch\",\"command\",\"payload_sha256\",\"committed_generation\",\"event_head_hash\",\"result_json\",\"committed_at\"];\n return keys.every(k=>String(a?.[k]??\"\")===String(b?.[k]??\"\"));\n}\nasync function finalizeExpiredMutationFromReceiptExact(job:any,expected:any,receipt:any){\n await ensureMutationReceiptTable();\n const tx:any=await (sqlite as any).transaction(\"write\");let done=false;\n try{\n const rr:any=await tx.execute({sql:`SELECT job_id,lease_attempt_id,lease_instance_id,lease_owner,transport_lease_generation,authority_epoch,command,payload_sha256,committed_generation,event_head_hash,result_json,committed_at\n FROM ${MUTATION_RECEIPT_TABLE} WHERE job_id=? AND lease_attempt_id=?`,args:[String(job.id),String(job.lease_attempt_id)]});\n const rows:any[]=rr.rows||[];\n if(rows.length!==1||!sameReceiptRow(rows[0],receipt)){\n await tx.rollback();done=true;\n return {ok:false,reason:rows.length>1?\"AMBIGUOUS_MUTATION_RECEIPTS\":\"MUTATION_RECEIPT_CHANGED_OR_MISSING\"};\n }\n const u:any=await tx.execute({sql:`UPDATE ${JOB_TABLE}\n SET state=?,result_json=?,error_json=?,lease_owner=NULL,lease_expires_at=NULL,\n lease_instance_id=?,lease_attempt_id=?,updated_at=datetime('now')\n WHERE id=? AND state='FAILED' AND op=? AND payload_json=? AND transport_lease_generation=?\n AND result_json IS NULL AND lease_owner IS NULL AND lease_expires_at IS NULL\n AND (lease_instance_id IS NULL OR lease_instance_id=?)\n AND (lease_attempt_id IS NULL OR lease_attempt_id=?)\n AND json_valid(error_json)=1\n AND json_extract(error_json,'$.classification')='TRANSPORT_LEASE_EXPIRED_OUTCOME_UNKNOWN_REQUIRES_CANONICAL_RECONCILIATION'\n RETURNING id,state,lease_instance_id,lease_attempt_id,transport_lease_generation`,\n args:[String(expected.state),expected.result_json??null,expected.error_json??null,String(job.lease_instance_id),String(job.lease_attempt_id),\n String(job.id),String(job.op),String(job.payload_json),Number(job.transport_lease_generation),String(job.lease_instance_id),String(job.lease_attempt_id)]});\n if((u.rows||[]).length!==1){\n await tx.rollback();done=true;\n return {ok:false,reason:\"EXPIRED_RECEIPT_RECOVERY_UPDATE_REJECTED\"};\n }\n await tx.commit();done=true;\n return {ok:true,receipt_job_id:String(receipt.job_id)};\n }catch(e){if(!done){try{await tx.rollback()}catch{}}throw e}\n}\nasync function finalizeJobExactAttempt(job:any,epoch:number,mode:string,command:string,dispatchOk:boolean,dispatchValue:any,preDispatchGeneration:number|undefined){\n const helper:any=await resultFinalizationHelperV1();\n const boundJob={...job,lease_owner:WORKER,lease_instance_id:String(job.lease_instance_id),lease_attempt_id:String(job.lease_attempt_id)};\n return await helper.finalizeExactAttemptV1({\n job:boundJob,\n expectedAuthorityEpoch:Number(epoch),\n expectedAuthorityMode:String(mode),\n command:String(command),\n dispatchOk:dispatchOk===true,\n dispatchValue,\n preDispatchGeneration,\n deps:{\n readAuthority:normalizedFinalizationAuthority,\n readJob:readQueueJob,\n readCanonicalGeneration:canonicalGeneration,\n finishOncePreservingAttempt,\n readMutationReceipts:readMutationReceiptsExact,\n finalizeExpiredMutationFromReceipt:finalizeExpiredMutationFromReceiptExact,\n nowIso:()=>new Date().toISOString().replace(\"Z\",\"+00:00\")\n }\n });\n}\nconst CHAIN_FAILURE_READ_ONLY=new Set([\"status\",\"verify-chain\",\"verify-claim-graph\"]);\nconst EMERGENCY_MUTATIONS_FROZEN=false; // Six-core reactivation only; kernel allowlist still fences every unqualified mutator.\nconst EMERGENCY_MUTATION_CANARY_JOB_ID=\"chat-sol-20260907-1528-boundcanary-register\";\nfunction brainCommand(raw:string){\n try{const p=JSON.parse(raw);return Array.isArray(p?.args)?String(p.args[0]||\"\"):\"\"}catch{return \"\"}\n}\nasync function chainCircuitBreaker(raw:string,jobId:string){\n const command=brainCommand(raw);\n if(CHAIN_FAILURE_READ_ONLY.has(command))return {allow:true,command,integrity:null};\n const emergencyCanary=EMERGENCY_MUTATIONS_FROZEN&&jobId===EMERGENCY_MUTATION_CANARY_JOB_ID&&command===\"register-agent\";\n if(EMERGENCY_MUTATIONS_FROZEN&&!emergencyCanary)return {allow:false,command,integrity:{ok:false,reason:\"EPOCH2_MUTATIONS_EMERGENCY_FROZEN_PENDING_ATOMICITY_REPAIR\"}};\n let chain:any,graph:any;\n try{chain=await verifyBrainChain()}\n catch(e){return {allow:false,command,integrity:{ok:false,reason:\"VERIFY_CHAIN_EXCEPTION\",detail:e instanceof Error?e.message:String(e)}}}\n if(chain?.ok!==true)return {allow:false,command,integrity:{chain,graph:null}};\n try{graph=await verifyBrainClaimGraph()}\n catch(e){return {allow:false,command,integrity:{ok:false,reason:\"VERIFY_CLAIM_GRAPH_EXCEPTION\",detail:e instanceof Error?e.message:String(e),chain}}}\n if(graph?.ok!==true)return {allow:false,command,integrity:{chain,graph}};\n return {allow:true,command,integrity:{chain,graph}};\n}\nfunction parseArr(v:any){try{const x=JSON.parse(String(v??\"[]\"));return Array.isArray(x)?x:[]}catch{return []}}\nasync function localCommitSnapshot(taskId:string,agent:string){\n const t:any=(await sqlite.execute({sql:`SELECT id,workstream,state,lease_owner,lease_generation,lease_expires_at,context_manifest,success_condition,decision_value,depends_json,requires_json,writes_json,guards_json\n FROM brainvn_tasks WHERE id=?`,args:[taskId]})).rows?.[0]??null;\n if(!t)return{ok:false,reason:\"TASK_MISSING\"};\n if(String(t.state)!==\"LEASED\"||String(t.lease_owner)!==agent)return{ok:false,reason:\"LEASE_CHANGED\",task:t};\n if(t.lease_expires_at&&String(t.lease_expires_at)<=new Date().toISOString().replace(\"Z\",\"+00:00\"))return{ok:false,reason:\"LEASE_EXPIRED\",task:t};\n const deps=parseArr(t.depends_json),guards=parseArr(t.guards_json);\n const depRows:any[]=[];\n for(const id of deps){\n const r:any=(await sqlite.execute({sql:\"SELECT id,workstream,state,result_event_id FROM brainvn_tasks WHERE id=?\",args:[String(id)]})).rows?.[0]??null;\n depRows.push(r??{id:String(id),state:\"MISSING\"});\n }\n const guardRows:any[]=[];\n let retryGuardSnapshotComplete=true;\n for(const g of guards){\n if(g?.type===\"task_complete\"){\n const r:any=(await sqlite.execute({sql:\"SELECT id,workstream,state,result_event_id FROM brainvn_tasks WHERE id=?\",args:[String(g.id)]})).rows?.[0]??null;\n guardRows.push({guard:g,resolved:r??{id:String(g.id),state:\"MISSING\"}});\n }else if(g?.type===\"claim_verified\"){\n const r:any=(await sqlite.execute({sql:\"SELECT id,workstream,status,updated_at FROM brainvn_claims WHERE id=?\",args:[String(g.id)]})).rows?.[0]??null;\n guardRows.push({guard:g,resolved:r??{id:String(g.id),status:\"MISSING\"}});\n }else{\n retryGuardSnapshotComplete=false;\n guardRows.push({guard:g,resolved:null});\n }\n }\n const ws:any=(await sqlite.execute({sql:\"SELECT id,mission,verified_state FROM brainvn_workstreams WHERE id=?\",args:[String(t.workstream)]})).rows?.[0]??null;\n const stable={\n task:{id:t.id,workstream:t.workstream,state:t.state,lease_owner:t.lease_owner,lease_generation:t.lease_generation,\n context_manifest:t.context_manifest,success_condition:t.success_condition,decision_value:t.decision_value,\n depends_json:t.depends_json,requires_json:t.requires_json,writes_json:t.writes_json,guards_json:t.guards_json},\n dependencies:depRows,guards:guardRows,workstream_semantics:ws\n };\n return{ok:true,stable,lease_expires_at:t.lease_expires_at,workstream:String(t.workstream),retry_guard_snapshot_complete:retryGuardSnapshotComplete};\n}\nfunction sameSnapshot(a:any,b:any){return JSON.stringify(a?.stable)===JSON.stringify(b?.stable)}\nfunction mutationFields(args:any[]){\n let agent=\"\",task=\"\";\n for(let i=1;i{\n let found:number|null=null;\n for(let i=1;iJSON.stringify(k)+\":\"+cohortCanon(x[k])).join(\",\")+\"}\";\n}\nfunction cohortStrictJson(s:any,kind:string){\n try{return JSON.parse(String(s))}\n catch{throw new Error(\"COHORT_BAD_JSON_\"+kind)}\n}\nfunction cohortStrictObjectJson(s:any,kind:string){\n const v=cohortStrictJson(s,kind);\n if(!v||typeof v!==\"object\"||Array.isArray(v))throw new Error(\"COHORT_\"+kind+\"_MUST_BE_OBJECT\");\n return v;\n}\nfunction cohortStrictListJson(s:any,kind:string){\n const v=cohortStrictJson(s,kind);\n if(!Array.isArray(v))throw new Error(\"COHORT_\"+kind+\"_MUST_BE_LIST\");\n return v;\n}\nfunction cohortStrictStringListJson(s:any,kind:string){\n const v=cohortStrictListJson(s,kind);\n if(v.some((x:any)=>typeof x!==\"string\"||!x))throw new Error(\"COHORT_\"+kind+\"_MUST_BE_STRING_LIST\");\n return v;\n}\nfunction cohortCleanCaps(x:any){\n if(!Array.isArray(x)||x.some(v=>typeof v!==\"string\"||!v))throw new Error(\"COHORT_BAD_CAPS\");\n return [...new Set(x)].sort();\n}\nfunction cohortFlagMap(args:any[],start:number,allowed:Set){\n if(!Array.isArray(args)||args.some(x=>typeof x!==\"string\"))return null;\n if((args.length-start)%2!==0)return null;\n const out:any={};\n for(let i=start;i=args.length)return null;\n const name=k.slice(2);\n if(!allowed.has(name)||Object.prototype.hasOwnProperty.call(out,name))return null;\n out[name]=String(args[i+1]);\n }\n return out;\n}\nfunction cohortExactEnvelope(row:any){\n if(String(row?.op)!==\"brain\")return null;\n let q:any;\n try{q=JSON.parse(String(row.payload_json))}\n catch{return null}\n if(!q||typeof q!==\"object\"||Array.isArray(q))return null;\n const keys=Object.keys(q).sort();\n if(keys.length!==2||keys[0]!==\"args\"||keys[1]!==\"timeout\")return null;\n if(!Array.isArray(q.args)||!Number.isInteger(q.timeout)||q.timeout<1||q.timeout>120)return null;\n return q;\n}\nfunction cohortParseRegister(row:any){\n const q=cohortExactEnvelope(row);if(!q||q.args[0]!==\"register-agent\"||typeof q.args[1]!==\"string\"||!q.args[1])return null;\n const f=cohortFlagMap(q.args,2,new Set([\"workstream\",\"role\",\"type\",\"capabilities\"]));if(!f)return null;\n if(f.workstream!==\"global\"||!f.role||f.type!==\"CHAT_UNPROVEN\"||typeof f.capabilities!==\"string\")return null;\n let caps:any;try{caps=cohortCleanCaps(JSON.parse(f.capabilities))}catch{return null}\n return {row,q,member:{id:String(q.args[1]),workstream:\"global\",role:String(f.role),type:\"CHAT_UNPROVEN\",parent:null,capabilities:caps}};\n}\nfunction cohortParseClaim(row:any,agentId:string){\n const q=cohortExactEnvelope(row);if(!q||q.args[0]!==\"claim\")return null;\n const f=cohortFlagMap(q.args,1,new Set([\"agent\",\"mode\",\"lease-seconds\",\"constitution-version\",\"constitution-sha256\",\"registry-version\"]));if(!f)return null;\n if(f.agent!==agentId)return null;\n if(f.mode!==undefined&&f.mode!==\"INTERACTIVE\")return null;\n if(f[\"lease-seconds\"]!==undefined&&f[\"lease-seconds\"]!==\"1800\")return null;\n return {row,q};\n}\nasync function cohortTxRows(tx:any,sql:string,args:any[]=[]){\n const r:any=await tx.execute({sql,args});return r.rows||[];\n}\nasync function cohortTxOne(tx:any,sql:string,args:any[]=[]){\n return (await cohortTxRows(tx,sql,args))[0]??null;\n}\nasync function cohortSnapshot(tx:any){\n return {\n workstreams:await cohortTxRows(tx,\"SELECT * FROM brainvn_workstreams ORDER BY id\"),\n agents:await cohortTxRows(tx,\"SELECT * FROM brainvn_agents ORDER BY id\"),\n tasks:await cohortTxRows(tx,\"SELECT * FROM brainvn_tasks ORDER BY id\"),\n claims:await cohortTxRows(tx,\"SELECT * FROM brainvn_claims ORDER BY id\"),\n deps:await cohortTxRows(tx,\"SELECT * FROM brainvn_claim_deps ORDER BY parent_claim,child_claim\"),\n artifacts:await cohortTxRows(tx,\"SELECT * FROM brainvn_artifacts ORDER BY sha256\")\n };\n}\nfunction cohortParseTask(t:any){\n return {\n row:t,\n ctx:cohortStrictObjectJson(t.context_manifest,\"CTX\"),\n req:cohortStrictStringListJson(t.requires_json,\"REQ\"),\n deps:cohortStrictListJson(t.depends_json,\"DEPS\"),\n guards:cohortStrictListJson(t.guards_json,\"GUARDS\"),\n writes:cohortStrictStringListJson(t.writes_json,\"WRITES\")\n };\n}\nfunction cohortOverlap(a:string[],b:string[]){const B=new Set(b);return a.some(x=>B.has(x))}\nasync function cohortActivationOk(tx:any){\n const meta:any=await cohortTxOne(tx,\"SELECT predecessor_event_count FROM brainvn_epoch_meta WHERE id=1\");\n const t:any=await cohortTxOne(tx,\"SELECT state,result_event_id FROM brainvn_tasks WHERE id=?\",[COHORT_ADMISSION_FASTPATH_V3R2R1_ACTIVATION_TASK]);\n if(!meta||!t||String(t.state)!==\"COMPLETE\"||!Number.isInteger(Number(t.result_event_id)))return false;\n const localSeq=Number(t.result_event_id)-Number(meta.predecessor_event_count);\n if(!Number.isInteger(localSeq)||localSeq<1)return false;\n const ev:any=await cohortTxOne(tx,\"SELECT agent_id,type,task_id FROM brainvn_epoch_events WHERE local_seq=?\",[localSeq]);\n if(!ev||String(ev.type)!==\"TASK_RESULT_COMMITTED\"||String(ev.task_id)!==COHORT_ADMISSION_FASTPATH_V3R2R1_ACTIVATION_TASK||!ev.agent_id)return false;\n const a:any=await cohortTxOne(tx,\"SELECT type FROM brainvn_agents WHERE id=?\",[String(ev.agent_id)]);\n return !!a&&String(a.type)!==\"CHAT_UNPROVEN\";\n}\nfunction cohortOrderedReadySql(){\n const raw=leaseOneSql(JOB_TABLE);\n const start=raw.indexOf(\"SELECT j.id FROM \");\n const limit=raw.indexOf(\"LIMIT 1\",start);\n if(start<0||limit<0)throw new Error(\"COHORT_LEASE_ORDER_SHAPE_DRIFT\");\n let inner=raw.slice(start,limit)+\"LIMIT \"+COHORT_ADMISSION_FASTPATH_V3R2R1_SCAN_JOBS;\n inner=inner.replace(\"SELECT j.id FROM \",\"SELECT j.rowid AS queue_rowid,j.* FROM \");\n const qCount=(inner.match(/\\?/g)||[]).length;\n if(qCount!==1)throw new Error(\"COHORT_LEASE_ORDER_PLACEHOLDER_DRIFT_\"+qCount);\n return inner;\n}\nasync function cohortBaseReceipt(){\n const chain:any=await verifyBrainChain();\n if(chain?.ok!==true)return {ok:false,reason:\"CHAIN_NOT_VERIFIED\",chain};\n const graph:any=await verifyBrainClaimGraph();\n if(graph?.ok!==true)return {ok:false,reason:\"CLAIM_GRAPH_NOT_VERIFIED\",graph};\n const tx:any=await (sqlite as any).transaction(\"read\");let done=false;\n try{\n const meta:any=await cohortTxOne(tx,\"SELECT generation,event_head_hash FROM brainvn_epoch_meta WHERE id=1\");\n const authority:any=await cohortTxOne(tx,\"SELECT epoch,writer,mode,source_generation,source_head FROM \"+AUTH_TABLE+\" WHERE id=1\");\n const state=await cohortSnapshot(tx);\n const digest=await sha256Text(cohortCanon(state));\n if(!meta||Number(meta.generation)!==Number(chain.generation)||String(meta.event_head_hash)!==String(chain.stored_head)){\n await tx.rollback();done=true;return {ok:false,reason:\"CHAIN_RECEIPT_STALE\"};\n }\n if(!authority||String(authority.writer)!==\"val_native\"||String(authority.mode)!==\"ACTIVE\"){\n await tx.rollback();done=true;return {ok:false,reason:\"AUTHORITY_NOT_ACTIVE\"};\n }\n await tx.commit();done=true;\n return {ok:true,generation:Number(meta.generation),head:String(meta.event_head_hash),admission_digest:digest,\n authority:{epoch:Number(authority.epoch),writer:String(authority.writer),mode:String(authority.mode),\n source_generation:Number(authority.source_generation),source_head:String(authority.source_head)}};\n }catch(e){if(!done){try{await tx.rollback()}catch{}}return {ok:false,reason:e instanceof Error?e.message:String(e)}}\n}\nfunction cohortEventBody(e:any){\n return cohortCanon({event_uuid:e.event_uuid,ts:e.ts,workstream:e.workstream,agent_id:e.agent_id,task_id:e.task_id,type:e.type,payload:e.payload,prev_hash:e.prev_hash});\n}\nasync function cohortEventHash(e:any){return await sha256Text(cohortEventBody(e))}\nfunction cohortNow(ms=Date.now()){return new Date(ms).toISOString().replace(\"Z\",\"+00:00\")}\nasync function tryCohortAdmissionFastpathV3R2R1(maxPairs:number){\n if(!COHORT_ADMISSION_FASTPATH_V3R2R1_ENABLED||maxPairsdatetime('now') ORDER BY id LIMIT 2\");\n if(activeInside.length){await tx.rollback();done=true;return {kind:\"not_applicable\"} as const}\n const meta:any=await cohortTxOne(tx,\"SELECT * FROM brainvn_epoch_meta WHERE id=1\");\n const ws:any=await cohortTxOne(tx,\"SELECT * FROM brainvn_workstreams WHERE id='global'\");\n const state=await cohortSnapshot(tx);\n const digest=await sha256Text(cohortCanon(state));\n if(!meta||!ws||Number(meta.generation)!==Number(base.generation)||String(meta.event_head_hash)!==String(base.head)||digest!==String(base.admission_digest)){\n await tx.rollback();done=true;return {kind:\"not_applicable\",reason:\"COHORT_BASE_DRIFT\"} as const;\n }\n if(!(await cohortActivationOk(tx))){\n await tx.rollback();done=true;return {kind:\"not_applicable\",reason:\"COHORT_ACTIVATION_NOT_VERIFIED\"} as const;\n }\n const ordered:any[]=await cohortTxRows(tx,cohortOrderedReadySql(),[WORKER]);\n const pairs:any[]=[];const seen=new Set();\n const pairCap=Math.min(COHORT_ADMISSION_FASTPATH_V3R2R1_MAX_PAIRS,maxPairs);\n for(let i=0;i+1[String(a.id),a]));\n for(const p of pairs)if(existing.has(p.reg.member.id)){\n await tx.rollback();done=true;return {kind:\"not_applicable\",reason:\"COHORT_EXISTING_AGENT\"} as const;\n }\n const queueAttempts:any[]=[];\n for(const p of pairs){\n for(const kind of [\"reg\",\"claim\"]){\n const qr=p[kind].row,attempt=crypto.randomUUID();\n const u:any=await tx.execute({sql:\"UPDATE \"+JOB_TABLE+\" SET state='LEASED',lease_owner=?,lease_expires_at=datetime('now','+\"+LEASE_SECONDS+\" seconds'),transport_lease_generation=transport_lease_generation+1,lease_instance_id=?,lease_attempt_id=?,updated_at=datetime('now') WHERE rowid=? AND id=? AND state='READY' AND op=? AND payload_json=? RETURNING id,op,payload_json,priority,lease_expires_at,transport_lease_generation,lease_instance_id,lease_attempt_id\",\n args:[WORKER,INSTANCE,attempt,Number(qr.queue_rowid),String(qr.id),String(qr.op),String(qr.payload_json)]});\n const row:any=u.rows?.[0]??null;if(!row)throw new Error(\"COHORT_QUEUE_CAS_FAILED_\"+String(qr.id));\n queueAttempts.push({...row,kind,agent_id:p.reg.member.id});\n }\n }\n\n const startGen=Number(meta.generation);\n const exact:any=await cohortRegisterClaimExactInTransactionV1(tx,pairs.map((p:any)=>({registerArgs:p.reg.q.args,claimArgs:p.claim.q.args})));\n if(exact?.ok!==true||!Array.isArray(exact.items)||exact.items.length!==pairs.length)throw new Error(\"COHORT_EXACT_KERNEL_RESULT_SHAPE\");\n const byAgent=new Map(pairs.map((p:any,i:number)=>[p.reg.member.id,exact.items[i]]));\n const postMeta:any=await cohortTxOne(tx,\"SELECT generation,event_head_hash FROM brainvn_epoch_meta WHERE id=1\");\n if(!postMeta)throw new Error(\"COHORT_POST_META_MISSING\");\n const g=Number(postMeta.generation);\n\n const outputItems:any[]=[];\n for(const q of queueAttempts){\n const rr:any=byAgent.get(q.agent_id);\n if(!rr)throw new Error(\"COHORT_EXACT_KERNEL_AGENT_RESULT_MISSING_\"+String(q.agent_id));\n const result=q.kind===\"reg\"?rr.regResult:rr.claimResult;\n const committedGeneration=q.kind===\"reg\"?rr.reg_generation:rr.claim_generation;\n const committedHead=q.kind===\"reg\"?rr.reg_event_head_hash:rr.claim_event_head_hash;\n const committedAt=cohortNow();\n const payloadSha=await sha256Text(String(q.payload_json));\n await tx.execute({sql:\"INSERT INTO \"+MUTATION_RECEIPT_TABLE+\"(job_id,lease_attempt_id,lease_instance_id,lease_owner,transport_lease_generation,authority_epoch,command,payload_sha256,committed_generation,event_head_hash,result_json,committed_at) VALUES(?,?,?,?,?,?,?,?,?,?,?,?)\",\n args:[String(q.id),String(q.lease_attempt_id),String(q.lease_instance_id),WORKER,Number(q.transport_lease_generation),Number(authority.epoch),\n q.kind===\"reg\"?\"register-agent\":\"claim\",payloadSha,committedGeneration,committedHead,cohortCanon(result),committedAt]});\n const fq:any=await tx.execute({sql:\"UPDATE \"+JOB_TABLE+\" SET state='COMPLETE',result_json=?,error_json=NULL,lease_owner=NULL,lease_expires_at=NULL,updated_at=datetime('now') WHERE id=? AND state='LEASED' AND lease_owner=? AND lease_instance_id=? AND lease_attempt_id=? AND transport_lease_generation=? AND op=? AND payload_json=? RETURNING id,state\",\n args:[legacyEnvelope(result),String(q.id),WORKER,String(q.lease_instance_id),String(q.lease_attempt_id),Number(q.transport_lease_generation),String(q.op),String(q.payload_json)]});\n if((fq.rows||[]).length!==1)throw new Error(\"COHORT_QUEUE_FINALIZE_CAS_FAILED_\"+String(q.id));\n outputItems.push({id:String(q.id),transport_lease_generation:Number(q.transport_lease_generation),attempt_id:String(q.lease_attempt_id),\n dispatch_ok:true,result,finish:{ok:true,id:String(q.id),state:\"COMPLETE\",path:\"COHORT_ATOMIC_SAME_DB_EXACT_KERNEL\"},\n cohort_fastpath:{schema:\"COHORT_ADMISSION_FASTPATH_EXACT_KERNEL_V1\",candidate_sha256:COHORT_ADMISSION_FASTPATH_V3R2R1_CANDIDATE_SHA256,\n pair_count:pairs.length,atomic_same_db:true,ordinary_register_claim_reused:true}});\n }\n\n await tx.commit();done=true;\n const postChain:any=await verifyBrainChain(),postGraph:any=await verifyBrainClaimGraph();\n return {kind:\"completed\",items:outputItems,pairs:pairs.length,post_integrity:{chain_ok:postChain?.ok===true,claim_graph_ok:postGraph?.ok===true,\n generation:postChain?.generation,head:postChain?.stored_head},base_generation:startGen,post_generation:g} as const;\n }catch(e){\n if(!done){try{await tx.rollback()}catch{}}\n return {kind:\"not_applicable\",reason:e instanceof Error?e.message:String(e)} as const;\n }\n}\n\nasync function executeJob(job:any,epoch:number){\n const raw=String(job.payload_json);\n const fallbackCommand=brainCommand(raw);\n let command=fallbackCommand;\n let preDispatchGeneration:number|undefined=undefined;\n if(String(job.op)!==\"brain\")return {ok:false,value:{classification:\"VAL_NATIVE_UNSUPPORTED_TRANSPORT_OP\",op:String(job.op)},command,preDispatchGeneration};\n try{\n const gate=await chainCircuitBreaker(raw,String(job.id));\n command=String(gate.command||fallbackCommand||\"\");\n if(!gate.allow)return {ok:false,value:{\n classification:\"VAL_NATIVE_CHAIN_INTEGRITY_CIRCUIT_BREAKER\",\n command:command||\"UNKNOWN\",\n integrity:gate.integrity,\n retry_policy:\"RESTORE_VERIFIED_CHAIN_THEN_SUBMIT_NEW_JOB_ID\",\n canonical_dispatch_performed:false\n },command,preDispatchGeneration};\n if(CHAIN_FAILURE_READ_ONLY.has(command))preDispatchGeneration=await canonicalGeneration();\n const value=await dispatchWithStableMutationRetry(raw,boundTransportContext(job,epoch));\n return {ok:true,value,command,preDispatchGeneration};\n }catch(e){\n return {ok:false,value:{type:e instanceof Error?e.name:\"Error\",detail:e instanceof Error?e.message:String(e)},command,preDispatchGeneration};\n }\n}\nexport async function drain(maxJobs=32){\n const started=new Date().toISOString(),items:any[]=[];\n let runtime_tick:any=null;\n try{runtime_tick=await emitRuntimeTick();}\n catch(e){runtime_tick={ok:false,emitted:false,reason:\"RUNTIME_TICK_WRITE_FAILED\",detail:e instanceof Error?e.message:String(e)};}\n while(items.length=COHORT_ADMISSION_FASTPATH_V3R2R1_MIN_PAIRS*2){\n const cohort:any=await tryCohortAdmissionFastpathV3R2R1(Math.floor(remaining/2));\n if(cohort.kind===\"completed\"){\n items.push(...cohort.items);\n if(cohort.post_integrity?.chain_ok!==true||cohort.post_integrity?.claim_graph_ok!==true){\n return {ok:false,started,finished:new Date().toISOString(),runtime_tick,\n stop:{kind:\"cohort_post_integrity_failed\",post_integrity:cohort.post_integrity},processed:items.length,items};\n }\n continue;\n }\n }\n const l:any=await leaseOne();\n if(l.kind!==\"leased\"){\n const acquisitionFault=l.kind===\"acquisition_failed_no_bound_lease\"||l.kind===\"acquisition_outcome_unknown\";\n return {ok:!acquisitionFault&&l.kind!==\"conflict\"&&l.kind!==\"fenced\",started,finished:new Date().toISOString(),runtime_tick,stop:l,processed:items.length,items};\n }\n const ex=await executeJob(l.job,l.epoch);\n const fin=await finalizeJobExactAttempt(l.job,l.epoch,String(l.mode),String(ex.command||brainCommand(String(l.job.payload_json))),ex.ok,ex.value,ex.preDispatchGeneration);\n items.push({id:l.job.id,transport_lease_generation:l.job.transport_lease_generation,attempt_id:l.job.lease_attempt_id,dispatch_ok:ex.ok,result:ex.value,finish:fin});\n if(!fin.ok)return {ok:false,started,finished:new Date().toISOString(),runtime_tick,stop:fin,processed:items.length,items};\n }\n return {ok:true,started,finished:new Date().toISOString(),runtime_tick,stop:{kind:\"max_jobs\"},processed:items.length,items};\n}\nexport default drain;\n",[394],"22fb9d65-5876-42a5-8676-4919778d8257","tmp_recovery_search_http.ts","01a09317-9391-721f-b3bf-10327b4a50ef",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\nfunction gen(k:string){const m=k.match(/^snapshots\\/brain_snapshot_g(\\d+)_/);return m?Number(m[1]):-1;}\nexport default async function(req:Request){\n const q=new URL(req.url).searchParams.get(\"q\")||\"proxy|http|server|worker|bridge|checkpoint|snapshot|listen|serve\";\n const re=new RegExp(q,\"i\");\n const es:any[]=await blob.list(\"snapshots/brain_snapshot_g\"); es.sort((a,b)=>gen(b.key)-gen(a.key)); const d=JSON.parse(await (await blob.get(es[0].key)).text());\n const out:any={generation:d.snapshot?.generation,files:{}};\n for(const r of d.recovery_files||[]){const lines=String(r.content_utf8||\"\").split(\"\\n\"); const hits:any[]=[]; for(let i=0;igen(b.key)-gen(a.key)); const e=es[0];\n const d=JSON.parse(await (await blob.get(e.key)).text()); const rec=d.recovery_files||[];\n return Response.json({key:e.key,generation:d.snapshot?.generation,count:rec.length,files:rec.map((r:any)=>({path:r.logical_path,size:r.size,sha256:r.sha256}))});\n}",[406],"11518acd-8a34-487c-a47c-85a7a282dd88","tmp_python_probe_http.ts","01a09317-9391-721f-b3bf-08d5b3495f73",["D",1789174188714],"export default async function(_req:Request) {\n try {\n const p=new Deno.Command(\"python3\",{args:[\"-c\",\"import sys; print(sys.version); print('PYTHON_OK')\"],stdout:\"piped\",stderr:\"piped\"});\n const o=await p.output();\n return Response.json({ok:o.success,code:o.code,stdout:new TextDecoder().decode(o.stdout),stderr:new TextDecoder().decode(o.stderr)});\n } catch(e) { return Response.json({ok:false,error:String(e)}); }\n}",[412],"4373fb69-5026-4682-aea5-a886cb440da2","tmp_python_probe.ts","01a09317-9391-721f-b3bf-076b738b126d",["D",1789174188714],"export default async function() {\n try {\n const p = new Deno.Command(\"python3\",{args:[\"-c\",\"import sys; print(sys.version); print('PYTHON_OK')\"],stdout:\"piped\",stderr:\"piped\"});\n const o=await p.output();\n const out={ok:o.success,code:o.code,stdout:new TextDecoder().decode(o.stdout),stderr:new TextDecoder().decode(o.stderr)}; console.log(JSON.stringify(out)); return out;\n } catch(e) { const out={ok:false,error:String(e)}; console.log(JSON.stringify(out)); return out; }\n}",[418],"4bc4ba64-70d6-4789-b4b4-9052727edb55","tmp_latest_worker_recovery_search_http.ts","01a09317-9391-721f-b3bf-0127bdc30051",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\nfunction gen(k:string){const m=k.match(/^snapshots\\/brain_snapshot_g(\\d+)_/);return m?Number(m[1]):-1;}\nexport default async function(req:Request){\n const terms=(new URL(req.url).searchParams.get(\"q\")||\"persistent worker|worker process|worker service|supervisor|restart|systemd|brain bridge worker|worker_id\").split(\"|\").map(s=>s.toLowerCase());\n const es:any[]=await blob.list(\"snapshots/brain_snapshot_g\"); es.sort((a,b)=>gen(b.key)-gen(a.key));\n const d:any=JSON.parse(await (await blob.get(es[0].key)).text());\n const has=(x:any)=>{const s=JSON.stringify(x).toLowerCase();return terms.some(t=>s.includes(t));};\n const events=(d.events||[]).filter(has).map((e:any)=>({id:e.id,type:e.type,task_id:e.task_id,agent_id:e.agent_id,ts:e.ts,payload_json:String(e.payload_json||\"\").slice(0,5000)})).slice(-200);\n const tasks=(d.snapshot?.tasks||[]).filter(has).map((t:any)=>({id:t.id,state:t.state,priority:t.priority,requires_json:t.requires_json,depends_json:t.depends_json,lease_owner:t.lease_owner,lease_expires_at:t.lease_expires_at,dedupe_key:t.dedupe_key,success_condition:t.success_condition,context_manifest:t.context_manifest,result_event_id:t.result_event_id,updated_at:t.updated_at})).slice(-120);\n return Response.json({key:es[0]?.key,generation:d.snapshot?.generation,events,tasks});\n}",[424],"96a8b911-913b-43d1-96e8-81d6688473ac","tmp_latest_snapshot_task_lookup_sol.ts","01a09317-9391-721f-b3be-fcf30b77d0f1",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\nexport default async function(req:Request){\n const u=new URL(req.url); const q=(u.searchParams.get(\"q\")||\"\").toLowerCase();\n const es:any[]=await blob.list(\"snapshots/brain_snapshot_g\");\n const gen=(k:string)=>Number(k.match(/^snapshots\\/brain_snapshot_g(\\d+)_/)?.[1]||-1);\n es.sort((a,b)=>gen(b.key)-gen(a.key));\n const e=es[0]; const d=JSON.parse(await (await blob.get(e.key)).text());\n const tasks=(d.snapshot?.tasks||[]).filter((x:any)=>JSON.stringify(x).toLowerCase().includes(q)).slice(0,30);\n return Response.json({snapshot:e.key,generation:d.snapshot?.generation,event_head_hash:d.snapshot?.event_head_hash,q,tasks});\n}",[430],"17a7984b-b9f6-4aad-8753-bb92603c4150","tmp_join_snapshot_sol_http.ts","01a09317-9391-721f-b3be-f89708973060",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\nexport default async function(){\n const es:any[]=await blob.list(\"snapshots/brain_snapshot_g\");\n const gen=(k:string)=>Number(k.match(/^snapshots\\/brain_snapshot_g(\\d+)_/)?.[1]||-1);\n es.sort((a,b)=>gen(b.key)-gen(a.key));\n const e=es[0];\n const d=JSON.parse(await (await blob.get(e.key)).text());\n const r=(d.recovery_files||[]).find((x:any)=>x.logical_path===\"JOIN_PROTOCOL.md\");\n if(!r) return new Response(\"NOT_FOUND\",{status:404});\n return new Response(r.content_utf8,{headers:{\"content-type\":\"text/markdown; charset=utf-8\",\"x-snapshot-key\":e.key,\"x-join-sha256\":r.sha256}});\n}",[436],"59f8c334-9390-4d8d-8dc1-5180d151fade","tmp_frontier_scan_20260906_0250.ts","01a09317-9391-721f-b3be-f6e37d131a6d",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\nconst key=\"snapshots/brain_snapshot_g1420_711a31c48ef277cd.json\";\nconst doc:any=JSON.parse(await (await blob.get(key)).text());\nconst tasks=(doc?.snapshot?.tasks ?? doc?.tasks ?? []);\nconst agents=(doc?.snapshot?.agents ?? doc?.agents ?? []);\nconst live=tasks.filter((t:any)=>[\"READY\",\"WORKING\"].includes(String(t.state))).map((t:any)=>({\n id:t.id, workstream:t.workstream, state:t.state, priority:t.priority,\n assigned_agent:t.assigned_agent, lease_owner:t.lease_owner, lease_expires_at:t.lease_expires_at,\n requires_json:t.requires_json, depends_json:t.depends_json, success_condition:t.success_condition,\n decision_value:t.decision_value\n}));\nlive.sort((a:any,b:any)=>(Number(b.priority)||0)-(Number(a.priority)||0)||String(a.id).localeCompare(String(b.id)));\nconsole.log(JSON.stringify({snapshot_generation:doc?.snapshot?.generation,live_count:live.length,live:live.slice(0,80),agents:agents.filter((a:any)=>a.status===\"WORKING\").map((a:any)=>({id:a.id,workstream:a.workstream,status:a.status,last_seen:a.last_seen}))},null,2));",[442],"43ddfda3-0b7f-4be6-8542-6ddf14f701ff","tmp_brain_cli_search_sol_http.ts","01a09317-9391-721f-b3be-f32c08e25e6d",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\nexport default async function(req:Request){\n const u=new URL(req.url); const q=u.searchParams.get(\"q\")||\"\"; const ctx=Math.min(20,Math.max(0,Number(u.searchParams.get(\"ctx\")||8)));\n const es:any[]=await blob.list(\"snapshots/brain_snapshot_g\"); const gen=(k:string)=>Number(k.match(/^snapshots\\/brain_snapshot_g(\\d+)_/)?.[1]||-1); es.sort((a,b)=>gen(b.key)-gen(a.key));\n const e=es[0]; const d=JSON.parse(await (await blob.get(e.key)).text()); const r=(d.recovery_files||[]).find((x:any)=>x.logical_path===\"brain.py\"); if(!r) return Response.json({error:\"NO_BRAIN\"});\n const lines=String(r.content_utf8).split(\"\\n\"); const hits:number[]=[]; lines.forEach((s,i)=>{if(s.includes(q))hits.push(i)});\n const windows=hits.slice(0,30).map(i=>({line:i+1,text:lines.slice(Math.max(0,i-ctx),Math.min(lines.length,i+ctx+1)).map((s,j)=>String(Math.max(0,i-ctx)+j+1).padStart(5)+\"|\"+s).join(\"\\n\")}));\n return Response.json({snapshot:e.key,generation:d.snapshot?.generation,brain_sha256:r.sha256,q,hits:hits.length,windows});\n}",[448],"62262ddc-8cfe-4243-a6b0-b87258e8537d","snapshot_bridge_forensics_http.ts","01a09317-9391-721f-b3be-ef0a5caf672a",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\nexport default async function(req: Request): Promise {\n const key=\"snapshots/brain_snapshot_g1235_08f571acc715207e.json\";\n const doc:any=JSON.parse(await (await blob.get(key)).text());\n const terms=[\"brain_proxy\",\"proxy\",\"reverse bridge\",\"brain bridge\",\"val bridge\",\"ed25519\",\"signed http\",\"signed request\"];\n const has=(x:any)=>terms.some(t=>JSON.stringify(x).toLowerCase().includes(t));\n const events=(doc.events||[]).filter(has).map((e:any)=>({id:e.id,type:e.type,task_id:e.task_id,agent_id:e.agent_id,payload_json:e.payload_json})).slice(-30);\n const tasks=(doc.snapshot?.tasks||[]).filter(has).map((t:any)=>({id:t.id,state:t.state,dedupe_key:t.dedupe_key,success_condition:t.success_condition,context_manifest:t.context_manifest,result_event_id:t.result_event_id})).slice(-30);\n return Response.json({generation:doc.snapshot?.generation,events,tasks});\n}",[454],"673ff537-5787-4445-bb85-58f9f07a6109","snapshot_bridge_forensics.ts","01a09317-9391-721f-b3be-e891ac863780",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\n\nexport default async function () {\n const key = \"snapshots/brain_snapshot_g1235_08f571acc715207e.json\";\n const res = await blob.get(key);\n const text = await res.text();\n const doc:any = JSON.parse(text);\n const terms = [\"brain_proxy\",\"proxy\",\"reverse bridge\",\"brain bridge\",\"val bridge\",\"ed25519\",\"signed http\",\"signed request\"];\n const has = (s:string) => terms.some(t => s.toLowerCase().includes(t));\n const events = (doc.events || []).filter((e:any) => has(JSON.stringify(e))).map((e:any)=>({\n id:e.id,type:e.type,task_id:e.task_id,agent_id:e.agent_id,workstream:e.workstream,\n payload_json:String(e.payload_json||\"\").slice(0,2600)\n })).slice(-80);\n const tasks = (doc.snapshot?.tasks || []).filter((t:any)=>has(JSON.stringify(t))).map((t:any)=>({\n id:t.id,state:t.state,priority:t.priority,requires_json:t.requires_json,depends_json:t.depends_json,\n dedupe_key:t.dedupe_key,success_condition:t.success_condition,context_manifest:t.context_manifest,\n result_event_id:t.result_event_id,lease_owner:t.lease_owner,updated_at:t.updated_at\n })).slice(-60);\n return { key, generation:doc.snapshot?.generation, events, tasks };\n}",[460],"861315a2-bd3e-469c-b303-ca9f466ee485","shadow_m01_g1502_fix.ts","01a09317-9391-721f-b3be-e5a92582c3ca",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\n\ntype H={workstream:string,reqKey:string,dur:number};\ntype T={id:string,dur:number,arrival:number,deps:string[],writes:string[],workstream:string,reqKey:string,priority:number,finalState:string};\ntype PolicyName=\"SINGLE_N1\"|\"FIXED_N3\"|\"WIDTH_138\"|\"CEF_LITE_R1\";\nconst TRAIN=\"snapshots/brain_snapshot_g1384_b79d1480fd985a52.json\";\nconst EVAL=\"snapshots/brain_snapshot_g1502_81b7279d60860f9e.json\";\nconst OUT=\"evidence/meta_architecture/prospective_m01/SHADOW_RESULT_G1502_VERDICT_FIXED_V1.json\";\nconst FREEZE_SHA=\"184f610badaa22b7d99defe6b021cf0974068ee0a72a29bfc1376b5b695156bb\";\nconst SURFACE=[1,3,8], ORACLE_NS=[1,2,3,4,6,8,12,16];\nconst TELE={\n staleRate:32/47,noReadyRate:52/92,recoveryRate:11/385,\n claim:108.75000007774518,commit:65.59574328204418,recover:117.12499838322401,\n warmStartup:108.75000007774518,coldStartup:892.4685210614151\n};\nconst j=(x:any,d:any)=>{try{return JSON.parse(x??JSON.stringify(d))}catch{return d}};\nconst ms=(x:any)=>{const t=Date.parse(String(x||\"\"));return Number.isFinite(t)?t:null};\nconst q=(xs:number[],p:number)=>{if(!xs.length)return null;const a=[...xs].sort((a,b)=>a-b);return a[Math.min(a.length-1,Math.floor((a.length-1)*p))]};\nconst med=(xs:number[])=>{if(!xs.length)return null;const a=[...xs].sort((a,b)=>a-b),m=Math.floor(a.length/2);return a.length%2?a[m]:(a[m-1]+a[m])/2};\nconst sha=async(s:string)=>{const b=new TextEncoder().encode(s),d=await crypto.subtle.digest(\"SHA-256\",b);return [...new Uint8Array(d)].map(x=>x.toString(16).padStart(2,\"0\")).join(\"\")};\nconst sortTask=(a:T,b:T)=>(b.priority-a.priority)||a.id.localeCompare(b.id);\nconst subset=(req:string[],caps:Set)=>req.every(x=>caps.has(x));\nconst sig=(req:string[])=>[...req].sort().join(\"|\");\n\nconst train:any=JSON.parse(await(await blob.get(TRAIN)).text());\nconst ev:any=JSON.parse(await(await blob.get(EVAL)).text());\nconst tsnap=train.snapshot||train, esnap=ev.snapshot||ev;\nconst trainEvents:any[]=train.events||[], evalEvents:any[]=ev.events||[];\nconst cutoff=Math.max(...trainEvents.map(e=>ms(e.ts)??-Infinity));\nif(!Number.isFinite(cutoff))throw new Error(\"NO_TRAINING_CUTOFF\");\n\nfunction eventMaps(events:any[]){\n const lease=new Map(),commit=new Map();\n for(const e of events){const id=String(e.task_id||\"\"),t=ms(e.ts);if(!id||t===null)continue;\n if(e.type===\"TASK_LEASED\"&&!lease.has(id))lease.set(id,t);\n if(e.type===\"TASK_RESULT_COMMITTED\"&&!commit.has(id))commit.set(id,t);\n }\n return {lease,commit};\n}\nconst trm=eventMaps(trainEvents), erm=eventMaps(evalEvents);\n\nconst profiles=(tsnap.agents||[]).filter((a:any)=>String(a.type)===\"CHAT\").map((a:any)=>{\n const caps=(j(a.capabilities_json,[]) as any[]).map(String).filter(x=>x!==\"human_authority_approval\").sort();\n return {id:String(a.id),caps:[...new Set(caps)]};\n}).filter((x:any)=>x.caps.length);\nprofiles.sort((a:any,b:any)=>b.caps.length-a.caps.length||JSON.stringify(a.caps).localeCompare(JSON.stringify(b.caps))||a.id.localeCompare(b.id));\nif(!profiles.length)throw new Error(\"NO_TRAINING_CHAT_PROFILE\");\nconst profile=profiles[0], capSet=new Set(profile.caps);\n\nconst trainTasks:any[]=tsnap.tasks||[], evalTasks:any[]=esnap.tasks||[];\nconst trainHist:H[]=[];\nfor(const t of trainTasks){\n const id=String(t.id),s=trm.lease.get(id),c=trm.commit.get(id);if(s===undefined||c===undefined||c<=s||c>cutoff)continue;\n const req=(j(t.requires_json,[]) as any[]).map(String);if(!subset(req,capSet))continue;\n trainHist.push({workstream:String(t.workstream||\"UNKNOWN\"),reqKey:sig(req),dur:(c-s)/1000});\n}\nconst trainDur=trainHist.map(x=>x.dur).filter(x=>x>0);\nif(trainDur.length<8)throw new Error(\"INSUFFICIENT_TRAIN_HISTORY\");\n\nconst raw=new Map(evalTasks.map(t=>[String(t.id),t]));\nconst preSatisfied=new Set();\nfor(const [id,c] of erm.commit)if(c<=cutoff)preSatisfied.add(id);\nconst candidates=new Map();\nlet postLeasePositive=0,capExcluded=0,noDuration=0;\nfor(const t of evalTasks){\n const id=String(t.id),s=erm.lease.get(id),c=erm.commit.get(id);\n if(s===undefined||s<=cutoff)continue; postLeasePositive++;\n if(c===undefined||c<=s){noDuration++;continue}\n const req=(j(t.requires_json,[]) as any[]).map(String);\n if(!subset(req,capSet)){capExcluded++;continue}\n const created=ms(t.created_at)??s;\n candidates.set(id,{\n id,dur:(c-s)/1000,arrival:Math.max(0,(Math.max(created,cutoff)-cutoff)/1000),\n deps:(j(t.depends_json,[]) as any[]).map(String),\n writes:(j(t.writes_json,[]) as any[]).map(String).sort(),\n workstream:String(t.workstream||\"UNKNOWN\"),reqKey:sig(req),priority:Number(t.priority||0),finalState:String(t.state||\"UNKNOWN\")\n });\n}\nlet changed=true,closureRemoved=0;\nwhile(changed){changed=false;for(const [id,t] of [...candidates]){\n const bad=t.deps.some(d=>!preSatisfied.has(d)&&!candidates.has(d));\n if(bad){candidates.delete(id);closureRemoved++;changed=true;}\n}}\nfor(const t of candidates.values())t.deps=t.deps.filter(d=>candidates.has(d));\nconst actual=[...candidates.values()].sort((a,b)=>a.arrival-b.arrival||sortTask(a,b));\n\nfunction conflictFree(ready:T[],running:any[]){\n const used=new Set();for(const r of running)for(const w of r.writes)used.add(w);\n const out:T[]=[];\n for(const t of [...ready].sort(sortTask)){\n if(t.writes.some(w=>used.has(w)))continue;\n out.push(t);for(const w of t.writes)used.add(w);\n }\n return out;\n}\nfunction estimate(t:T,h:H[]){\n const exact=h.filter(x=>x.workstream===t.workstream&&x.reqKey===t.reqKey).map(x=>x.dur);\n const ws=h.filter(x=>x.workstream===t.workstream).map(x=>x.dur);\n const global=h.map(x=>x.dur);\n let src:string,xs:number[],mult:number;\n if(exact.length>=3){src=\"exact\";xs=exact;mult=exact.length>=8?2:4}\n else if(ws.length>=5){src=\"workstream\";xs=ws;mult=8}\n else if(global.length>=8){src=\"global\";xs=global;mult=16}\n else {src=\"sparse\";xs=global;mult=256}\n const p50=med(xs)??TELE.commit,p90=q(xs,.9)??p50;\n return {point:p50,upper:Math.max(p90,p50*mult),src,n:xs.length};\n}\nfunction extraPenalty(n:number){\n const stale=TELE.staleRate*TELE.commit*Math.max(0,n-1)/Math.max(1,n);\n const recovery=Math.max(0,n-1)*TELE.recoveryRate*TELE.recover;\n return {stale,recovery,total:stale+recovery};\n}\nfunction cefTarget(ready:T[],running:any[],hist:H[],current:number,activated:number,startup:number){\n const cf=conflictFree(ready,running).slice(0,8),width=cf.length;\n if(width<3)return {target:1,scores:{1:0},width,sources:{}};\n const allowed=SURFACE.filter(n=>n===1||n<=width);\n const vals=cf.map(t=>({t,e:estimate(t,hist)}));\n const scores:any={},sources:any={};for(const x of vals)sources[x.e.src]=(sources[x.e.src]||0)+1;\n for(const n of allowed){\n const ds=vals.map(x=>x.e.upper),service=Math.max(Math.max(...ds),ds.reduce((a,b)=>a+b,0)/Math.min(n,width));\n const nw=Math.max(0,n-activated);\n const stale=vals.length*TELE.staleRate*TELE.commit*(n-1)/n;\n const recovery=(n-1)*TELE.recoveryRate*TELE.recover;\n const noready=Math.max(0,n-width)*TELE.noReadyRate*TELE.claim;\n scores[n]=service+nw*startup+nw*TELE.claim+stale+recovery+noready;\n }\n const best=[...allowed].sort((a,b)=>scores[a]-scores[b]||a-b)[0];\n let target=best;\n if(best>current&&scores[current]!==undefined&&scores[best]>scores[current]*0.85)target=current;\n if(!allowed.includes(target))target=best;\n return {target,scores,width,sources};\n}\nfunction widthTarget(ready:T[],running:any[]){\n const w=conflictFree(ready,running).length;return w>=8?8:w>=3?3:1;\n}\nfunction simulate(tasks:T[],policy:PolicyName,startup:number,seedHist:H[]=trainHist,fixedN=0){\n const hist:H[]=seedHist.map(x=>({...x}));const byId=new Map(tasks.map(t=>[t.id,t]));\n const done=new Set(),running:any[]=[];const workers:any[]=[{avail:0}];let target=1,activated=1,now=0;\n let controlTx=0,staleCost=0,recoveryCost=0,scaleUps=0,decisions=0;const trace:any[]=[];\n const firstArrival=tasks.length?Math.min(...tasks.map(t=>t.arrival)):0;\n const completedObs:any={COMPLETE:0,FAILED:0,CANCELLED:0,OTHER:0};\n function desired(ready:T[]){\n if(fixedN)return {target:fixedN,detail:{fixed:true}};\n if(policy===\"SINGLE_N1\")return {target:1,detail:{fixed:true}};\n if(policy===\"FIXED_N3\")return {target:3,detail:{fixed:true}};\n if(policy===\"WIDTH_138\")return {target:widthTarget(ready,running),detail:{width:conflictFree(ready,running).length}};\n const x=cefTarget(ready,running,hist,target,activated,startup);return {target:x.target,detail:x};\n }\n let guard=0;\n while(done.size=0;i--)if(running[i].finish<=now+1e-9){\n const x=running.splice(i,1)[0],t=byId.get(x.id)!;done.add(x.id);hist.push({workstream:t.workstream,reqKey:t.reqKey,dur:t.dur});\n const s=t.finalState.toUpperCase();if(s===\"COMPLETE\")completedObs.COMPLETE++;else if(s===\"FAILED\")completedObs.FAILED++;else if(s===\"CANCELLED\")completedObs.CANCELLED++;else completedObs.OTHER++;\n }\n const runningIds=new Set(running.map(x=>x.id));\n const ready=tasks.filter(t=>t.arrival<=now+1e-9&&!done.has(t.id)&&!runningIds.has(t.id)&&t.deps.every(d=>done.has(d)));\n const d=desired(ready);decisions++;\n if(d.target>activated){\n const add=d.target-activated;for(let k=1;k<=add;k++)workers.push({avail:now+startup*k});\n activated=d.target;controlTx+=add;scaleUps+=add;\n }\n target=d.target;\n if(trace.length<200)trace.push({t:now,ready:ready.length,running:running.length,target,activated,detail:d.detail});\n const busy=new Set(running.map(x=>x.worker));\n const idle:number[]=[];for(let w=0;wx.id!==t.id&&!running.some(r=>r.id===x.id)),running);\n }\n if(dispatched)continue;\n const nexts:number[]=[];\n for(const t of tasks)if(t.arrival>now+1e-9&&!done.has(t.id))nexts.push(t.arrival);\n for(const x of running)if(x.finish>now+1e-9)nexts.push(x.finish);\n for(let w=0;wnow+1e-9)nexts.push(workers[w].avail);\n if(!nexts.length)break;\n now=Math.min(...nexts);\n }\n const end=running.length?Math.max(now,...running.map(x=>x.finish)):now;\n return {policy:fixedN?(\"FIXED_N\"+fixedN):policy,tasks:tasks.length,completed:done.size,critical_path_wall_seconds:Math.max(0,end-firstArrival),\n activated_workers:activated,scale_up_workers:scaleUps,control_plane_transactions:controlTx,\n stale_retry_expected_cost_seconds:staleCost,recovery_expected_cost_seconds:recoveryCost,decisions,\n observable_final_states:completedObs,trace:trace.slice(0,80),deadlocked:done.size!==tasks.length};\n}\nfunction staticOracle(tasks:T[],startup:number,h:H[]){\n const rows=ORACLE_NS.map(n=>simulate(tasks,\"SINGLE_N1\",startup,h,n));\n const best=[...rows].sort((a,b)=>a.critical_path_wall_seconds-b.critical_path_wall_seconds||Number(a.policy.replace(\"FIXED_N\",\"\"))-Number(b.policy.replace(\"FIXED_N\",\"\")))[0];\n return {best_n:Number(best.policy.replace(\"FIXED_N\",\"\")),best_seconds:best.critical_path_wall_seconds,rows:rows.map(x=>({n:Number(x.policy.replace(\"FIXED_N\",\"\")),seconds:x.critical_path_wall_seconds}))};\n}\nfunction evalSet(name:string,tasks:T[],startup:number,h:H[]){\n const single=simulate(tasks,\"SINGLE_N1\",startup,h),fixed3=simulate(tasks,\"FIXED_N3\",startup,h),width=simulate(tasks,\"WIDTH_138\",startup,h),cef=simulate(tasks,\"CEF_LITE_R1\",startup,h);\n const oracle=staticOracle(tasks,startup,h);\n const add=(x:any)=>({...x,oracle_regret:oracle.best_seconds?x.critical_path_wall_seconds/oracle.best_seconds:null,trace:undefined});\n const fixed8=simulate(tasks,\"SINGLE_N1\",startup,h,8);\n return {name,input_tasks:tasks.length,results:{SINGLE_N1:add(single),FIXED_N3:add(fixed3),WIDTH_138:add(width),CEF_LITE_R1:add(cef)},\n oracle_ceiling:oracle,marginal_static:{n1_to_n3_seconds:single.critical_path_wall_seconds-fixed3.critical_path_wall_seconds,n3_to_n8_seconds:fixed3.critical_path_wall_seconds-fixed8.critical_path_wall_seconds}};\n}\nfunction synthTask(id:string,dur:number,deps:string[],writes:string[]):T{return{id,dur,arrival:0,deps,writes,workstream:\"SYN\",reqKey:\"\",priority:1,finalState:\"COMPLETE\"}}\nconst q25=q(trainDur,.25)!,q50=q(trainDur,.5)!,q75=q(trainDur,.75)!,q90=q(trainDur,.9)!;\nconst synthetic:any[]=[];\nsynthetic.push({name:\"COLD_BROAD_144\",startup:TELE.coldStartup,h:[],tasks:Array.from({length:144},(_,i)=>synthTask(\"b\"+i,q75,[],[\"w\"+i]))});\nsynthetic.push({name:\"COLD_SERIAL_24\",startup:TELE.coldStartup,h:[],tasks:Array.from({length:24},(_,i)=>synthTask(\"s\"+i,q50,i?[\"s\"+(i-1)]:[],[\"sw\"+i]))});\nsynthetic.push({name:\"COLD_CONFLICT_24\",startup:TELE.coldStartup,h:[],tasks:Array.from({length:24},(_,i)=>synthTask(\"c\"+i,q50,[],[\"shared\"]))});\nconst layered:T[]=[];for(let l=0;l<3;l++)for(let i=0;i<16;i++)layered.push(synthTask(\"l\"+l+\"_\"+i,q75,l?[\"l\"+(l-1)+\"_\"+i]:[],[\"lw\"+l+\"_\"+i]));\nsynthetic.push({name:\"COLD_LAYERED_48\",startup:TELE.coldStartup,h:[],tasks:layered});\nconst shiftDur=Math.max(q90,q25*16),shiftHist=Array.from({length:32},()=>({workstream:\"SYN\",reqKey:\"\",dur:q25}));\nsynthetic.push({name:\"SHIFT_BROAD_64\",startup:TELE.warmStartup,h:shiftHist,tasks:Array.from({length:64},(_,i)=>synthTask(\"x\"+i,shiftDur,[],[\"xw\"+i]))});\n\nconst actualEval=evalSet(\"ACTUAL_POST_G1384\",actual,TELE.warmStartup,trainHist);\nconst synthResults=synthetic.map(x=>evalSet(x.name,x.tasks,x.startup,x.h));\nconst manifest=actual.map(t=>({id:t.id,arrival:t.arrival,deps:t.deps,writes:t.writes,workstream:t.workstream,reqKey:t.reqKey,priority:t.priority,finalState:t.finalState,dur:t.dur}));\nconst manifestJson=JSON.stringify(manifest);\nconst result:any={\n schema:\"CEF_LITE_R1_PROSPECTIVE_SHADOW_RESULT_V1\",classification:\"PROSPECTIVE_SHADOW_NONAUTHORITY\",\n freeze_sha256:FREEZE_SHA,training_snapshot:TRAIN,evaluation_snapshot:EVAL,\n cutoff_iso:new Date(cutoff).toISOString(),frozen_worker_profile:profile,\n dataset:{post_cutoff_first_lease_tasks:postLeasePositive,capability_excluded:capExcluded,no_positive_duration:noDuration,closure_removed:closureRemoved,evaluation_tasks:actual.length,\n manifest_sha256:await sha(manifestJson),manifest_bytes:new TextEncoder().encode(manifestJson).length,training_history_tasks:trainHist.length,\n training_duration_quantiles_seconds:{q25,q50,q75,q90}},\n actual:actualEval,synthetic:synthResults,\n guards:[\n \"Policy freeze and synthetic generation rules were written before evaluation snapshot content was loaded.\",\n \"All policies receive identical task records, arrivals, dependency constraints, write conflicts, capability filter, service durations, and frozen control-plane cost model.\",\n \"CEF_LITE_R1 sees only arrivals/dependency completions/history available by each simulated decision event.\",\n \"The oracle is post-hoc static-N ceiling only and is never consulted by CEF_LITE_R1.\",\n \"Scheduling replay does not establish semantic task correctness; observable task final state is reported but not promoted into a correctness claim.\"\n ],\n production_mutation:false,promotion:false,direct_sprites:false,human_authority_approval:false,verdict_fix_only:true\n};\nconst actualC=result.actual.results.CEF_LITE_R1, a1=result.actual.results.SINGLE_N1,a3=result.actual.results.FIXED_N3,aw=result.actual.results.WIDTH_138;\nconst structural=synthResults.every((x:any)=>{\n const c=x.results.CEF_LITE_R1,s=x.results.SINGLE_N1,w=x.results.WIDTH_138;\n if(x.name===\"COLD_SERIAL_24\"||x.name===\"COLD_CONFLICT_24\")return c.critical_path_wall_seconds<=s.critical_path_wall_seconds*1.05;\n return c.critical_path_wall_seconds<=w.critical_path_wall_seconds*1.05;\n});\nconst observableBad=(actualC.observable_final_states.FAILED||0)+(actualC.observable_final_states.CANCELLED||0);\nlet verdict:string,reason:string;\nif(!structural){verdict=\"REJECT\";reason=\"FROZEN_STRUCTURAL_COUNTEREXAMPLE_FAILED\";}\nelse if(actual.length===0){verdict=\"CONDITIONAL_PASS\";reason=\"NO_POST_CUTOFF_EVALUATION_TASKS\";}\nelse if(observableBad>0){verdict=\"REJECT\";reason=\"OBSERVABLE_FAILED_OR_CANCELLED_EVALUATION_TASKS\";}\nelse if(actualC.critical_path_wall_seconds>a1.critical_path_wall_seconds*1.000001||actualC.critical_path_wall_seconds>a3.critical_path_wall_seconds*1.000001||actualC.critical_path_wall_seconds>aw.critical_path_wall_seconds*1.05){verdict=\"REJECT\";reason=\"FROZEN_DECISION_RULE_FAILED\";}\nelse if(actual.length<20){verdict=\"CONDITIONAL_PASS\";reason=\"ACTUAL_POST_CUTOFF_SAMPLE_TOO_SMALL_FOR_PASS\";}\nelse{verdict=\"PASS\";reason=\"FROZEN_PASS_RULE_SATISFIED\";}\nresult.verdict={verdict,reason,actual_sample:actual.length,structural_stress_pass:structural,semantic_correctness_claim:\"NOT_ESTABLISHED\"};\nconst out=JSON.stringify(result,null,2);await blob.set(OUT,out);\nconsole.log(JSON.stringify({out,summary:{cutoff:result.cutoff_iso,dataset:result.dataset,actual:{cef:actualC.critical_path_wall_seconds,n1:a1.critical_path_wall_seconds,n3:a3.critical_path_wall_seconds,width:aw.critical_path_wall_seconds,oracle:result.actual.oracle_ceiling.best_seconds,oracle_n:result.actual.oracle_ceiling.best_n},synthetic:synthResults.map((x:any)=>({name:x.name,cef:x.results.CEF_LITE_R1.critical_path_wall_seconds,n1:x.results.SINGLE_N1.critical_path_wall_seconds,n3:x.results.FIXED_N3.critical_path_wall_seconds,width:x.results.WIDTH_138.critical_path_wall_seconds,oracle:x.oracle_ceiling.best_seconds,oracle_n:x.oracle_ceiling.best_n})),verdict:result.verdict}},null,2));\n",[466],"b072862f-1584-48e3-befc-2d07ca9f673d","seal_metaarch_r1.ts","01a09317-9391-721f-b3be-e3c411801d43",["D",1789174188714],"const s=\"{\\n \\\"schema\\\": \\\"CEF_LITE_R1_PROSPECTIVE_FREEZE_V1\\\",\\n \\\"classification\\\": \\\"FROZEN_CANDIDATE_NONAUTHORITY_BEFORE_EVALUATION_INTERNALS\\\",\\n \\\"task\\\": \\\"BRAIN-META-ARCHITECTURE-PROSPECTIVE-SHADOW-V1-20260906\\\",\\n \\\"agent\\\": \\\"chat-bbn-20260906-0100-sol-cp25\\\",\\n \\\"source_training_snapshot\\\": \\\"snapshots/brain_snapshot_g1384_b79d1480fd985a52.json\\\",\\n \\\"source_training_estimator\\\": \\\"evidence/meta_architecture/independent_a7f/HISTORICAL_ESTIMATOR_V1.json\\\",\\n \\\"source_independent_seal\\\": \\\"evidence/meta_architecture/independent_a7f/SEAL_V3.json\\\",\\n \\\"evaluation_snapshot\\\": \\\"snapshots/brain_snapshot_g1474_bf8d6eee19d24cbf.json\\\",\\n \\\"evaluation_cut\\\": \\\"Only tasks whose first lease is strictly after max event timestamp in training snapshot g1384; policy freeze occurs before evaluation snapshot content is read.\\\",\\n \\\"policy\\\": {\\n \\\"id\\\": \\\"CEF_LITE_R1\\\",\\n \\\"worker_surface\\\": [\\n 1,\\n 3,\\n 8\\n ],\\n \\\"initial_target\\\": 1,\\n \\\"default_target\\\": 1,\\n \\\"decision_events\\\": [\\n \\\"task_arrival\\\",\\n \\\"task_completion\\\",\\n \\\"worker_activation\\\"\\n ],\\n \\\"information_allowed\\\": [\\n \\\"task metadata already created by decision time\\\",\\n \\\"dependency completion observed by decision time\\\",\\n \\\"task requires_json and writes_json\\\",\\n \\\"pre-cutoff registered CHAT capability profiles\\\",\\n \\\"durations of tasks completed before decision time\\\",\\n \\\"worker activations already paid/observed\\\",\\n \\\"frozen pre-evaluation control-plane telemetry below\\\"\\n ],\\n \\\"forbidden\\\": [\\n \\\"future task arrivals\\\",\\n \\\"future topology/component membership\\\",\\n \\\"future service durations\\\",\\n \\\"evaluation-snapshot outcomes before simulated completion\\\",\\n \\\"oracle-selected worker count\\\",\\n \\\"post-evaluation parameter tuning\\\"\\n ],\\n \\\"worker_profile_rule\\\": \\\"From training snapshot only: among CHAT agents excluding any profile containing human_authority_approval, choose the capability set with maximum cardinality; tie-break by lexicographically sorted JSON. All compared policies receive identical copies of this frozen profile.\\\",\\n \\\"readiness\\\": \\\"Task is ready only after arrival and all in-evaluation dependencies finish; dependencies completed before cutoff are treated as satisfied. Build a causal-closed evaluation subset; tasks requiring capabilities outside the frozen profile are excluded from every policy.\\\",\\n \\\"write_conflict\\\": \\\"Two tasks may overlap only when their nonempty writes_json sets are disjoint. Conflict-free frontier width is computed greedily by priority descending then task id, identically for every policy.\\\",\\n \\\"service_estimator\\\": {\\n \\\"exact_signature_min\\\": 3,\\n \\\"workstream_min\\\": 5,\\n \\\"global_min\\\": 8,\\n \\\"point\\\": \\\"median of eligible history\\\",\\n \\\"upper\\\": \\\"max(observed p90, median * uncertainty_multiplier)\\\",\\n \\\"uncertainty_multiplier\\\": {\\n \\\"exact_ge_8\\\": 2,\\n \\\"exact_3_to_7\\\": 4,\\n \\\"workstream_ge_5\\\": 8,\\n \\\"global_ge_8\\\": 16,\\n \\\"sparse_global_lt_8\\\": 256\\n },\\n \\\"no_history_base_seconds\\\": 65.59574328204418,\\n \\\"note\\\": \\\"Sparse multiplier is deliberately conservative because sealed g1384 evidence showed ~215x median underestimation in the early 143-task broad component. It is a hedge, not a calibrated posterior.\\\"\\n },\\n \\\"candidate_score\\\": {\\n \\\"horizon\\\": \\\"up to 8 greedily conflict-free currently ready tasks\\\",\\n \\\"service_term\\\": \\\"max(max robust duration in horizon, sum robust durations / min(N,horizon_width))\\\",\\n \\\"startup_term\\\": \\\"new_workers_to_activate * startup_seconds_for_regime\\\",\\n \\\"scale_control_term\\\": \\\"new_workers_to_activate * mean_claim_e2e_seconds\\\",\\n \\\"stale_integration_term\\\": \\\"horizon_count * stale_commit_rate * mean_commit_e2e_seconds * (N-1)/N\\\",\\n \\\"recovery_term\\\": \\\"(N-1) * recovery_related_failure_rate * mean_recover_e2e_seconds\\\",\\n \\\"no_ready_term\\\": \\\"max(0,N-horizon_width) * no_ready_claim_rate * mean_claim_e2e_seconds\\\",\\n \\\"selection\\\": \\\"Evaluate N in {1,3,8}; choose minimum score. To preserve N=1 default and prevent noise-driven scaling, choose the smaller currently active target unless a larger candidate improves score by at least 15%. Never target above conflict-free width except N=1.\\\",\\n \\\"scale_down\\\": \\\"Target may fall after decision events, but already activated workers remain warm; busy work is never preempted.\\\"\\n }\\n },\\n \\\"frozen_pre_eval_control_plane\\\": {\\n \\\"observation_window\\\": \\\"60 minutes immediately before freeze\\\",\\n \\\"total_brain_jobs\\\": 385,\\n \\\"commit_jobs\\\": 47,\\n \\\"stale_commit_jobs\\\": 32,\\n \\\"stale_commit_rate\\\": 0.6808510638297872,\\n \\\"claim_jobs\\\": 92,\\n \\\"no_ready_claim_jobs\\\": 52,\\n \\\"no_ready_claim_rate\\\": 0.5652173913043478,\\n \\\"recovery_related_failures\\\": 11,\\n \\\"recovery_related_failure_rate\\\": 0.02857142857142857,\\n \\\"total_queue_jobs\\\": 395,\\n \\\"coordination_jobs\\\": 288,\\n \\\"coordination_fraction\\\": 0.7291139240506329,\\n \\\"mean_e2e_seconds\\\": {\\n \\\"claim\\\": 108.75000007774518,\\n \\\"status\\\": 195.8367341331073,\\n \\\"verify_claim_graph\\\": 202.18749884516,\\n \\\"verify_chain\\\": 203.2291724346578,\\n \\\"commit\\\": 65.59574328204418,\\n \\\"register_agent\\\": 182.4651155707448,\\n \\\"recover_stale\\\": 117.12499838322401\\n },\\n \\\"warm_startup_seconds\\\": 108.75000007774518,\\n \\\"cold_startup_seconds\\\": 892.4685210614151\\n },\\n \\\"comparators\\\": {\\n \\\"SINGLE_N1\\\": \\\"fixed target 1\\\",\\n \\\"FIXED_N3\\\": \\\"fixed target 3\\\",\\n \\\"WIDTH_138\\\": \\\"implementable baseline: target 1 when conflict-free width<3, 3 when width 3..7, 8 when width>=8; no duration estimates\\\",\\n \\\"FULL_INFORMATION_ORACLE\\\": \\\"unattainable ceiling only; after evaluation, best static N over [1,2,3,4,6,8,12,16] with true durations and full evaluation topology\\\"\\n },\\n \\\"regimes\\\": {\\n \\\"ACTUAL_POST_G1384\\\": \\\"warm system; arrivals preserved from g1474 post-cutoff data\\\",\\n \\\"COLD_SYNTHETIC\\\": \\\"cold-start stress uses frozen cold_startup_seconds\\\",\\n \\\"WARM_SYNTHETIC\\\": \\\"warm stress uses frozen warm_startup_seconds\\\"\\n },\\n \\\"synthetic_stress_predeclared\\\": [\\n \\\"COLD_BROAD_144: 144 mutually write-disjoint ready tasks at t=0, no prior service history\\\",\\n \\\"COLD_SERIAL_24: 24-task dependency chain at t=0, no history\\\",\\n \\\"COLD_CONFLICT_24: 24 independent dependency-wise tasks sharing one mutable write resource, no history\\\",\\n \\\"COLD_LAYERED_48: three 16-task layers, disjoint writes within layer, no history\\\",\\n \\\"SHIFT_BROAD_64: short-task history followed by 64 long mutually disjoint tasks to test nonstationarity\\\"\\n ],\\n \\\"metrics\\\": [\\n \\\"critical_path_wall_seconds\\\",\\n \\\"verified_completion_count/rate from observable final state\\\",\\n \\\"observable invalid/failed final-state rate\\\",\\n \\\"control_plane_transactions\\\",\\n \\\"stale_retry_expected_cost_seconds\\\",\\n \\\"recovery_expected_cost_seconds\\\",\\n \\\"service_estimator calibration ratio after outcomes reveal\\\",\\n \\\"regret versus full-information oracle ceiling\\\",\\n \\\"marginal N1->N3 and N3->N8 value\\\"\\n ],\\n \\\"decision_rule\\\": {\\n \\\"PASS\\\": \\\"CEF_LITE_R1 beats or matches SINGLE_N1 and FIXED_N3 on actual post-cutoff critical path, does not lose to WIDTH_138 by >5%, has no observable correctness/validity degradation, and passes all structural cold/sparse tests without future leakage.\\\",\\n \\\"CONDITIONAL_PASS\\\": \\\"No material correctness degradation and CEF_LITE_R1 is competitive but evidence is sparse, mixed, or actual post-cutoff sample is too small for promotion.\\\",\\n \\\"REJECT\\\": \\\"Material correctness/validity degradation, >5% actual critical-path loss to a simple implementable comparator without compensating verified benefit, future-information dependence, or structural failure on declared cold/sparse counterexamples.\\\"\\n },\\n \\\"promotion\\\": false,\\n \\\"production_mutation\\\": false,\\n \\\"direct_sprites\\\": false,\\n \\\"human_authority_approval\\\": false\\n}\\n\";const b=new TextEncoder().encode(s);const d=await crypto.subtle.digest(\"SHA-256\",b);console.log(JSON.stringify({file:\"cef_lite_r1_freeze.json\",bytes:b.length,sha256:[...new Uint8Array(d)].map(x=>x.toString(16).padStart(2,\"0\")).join(\"\")}));",[472],"5f01a477-65ad-40e9-99fc-d6a9821207bb","seal_m01.ts","01a09317-9391-721f-b3be-dda48d138ad8",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\nconst K={\n audit:\"evidence/meta_architecture/prospective_m01/VERDICT_AUDIT_V1.json\",\n unfixed:\"evidence/meta_architecture/prospective_m01/SHADOW_RESULT_G1502_V1.json\",\n fixed:\"evidence/meta_architecture/prospective_m01/SHADOW_RESULT_G1502_VERDICT_FIXED_V1.json\",\n fixsrc:\"evidence/meta_architecture/prospective_m01/M01_G1502_VERDICT_FIX_EVALUATOR_EXACT.ts\"\n};\nconst OUT=\"evidence/meta_architecture/prospective_m01/SEAL_V1.json\", enc=new TextEncoder();\nconst hash=async(s:string)=>[...new Uint8Array(await crypto.subtle.digest(\"SHA-256\",enc.encode(s)))].map(x=>x.toString(16).padStart(2,\"0\")).join(\"\");\nconst tx:any={},sha:any={},bytes:any={};\nfor(const [n,k] of Object.entries(K)){const s=await(await blob.get(k as string)).text();tx[n]=s;sha[n]=await hash(s);bytes[n]=enc.encode(s).length;}\nconst a=JSON.parse(tx.audit),u=JSON.parse(tx.unfixed),f=JSON.parse(tx.fixed);\nconst strip=(x:any)=>{const y=structuredClone(x);delete y.verdict;delete y.verdict_fix_only;return y};\nif(JSON.stringify(strip(u))!==JSON.stringify(strip(f)))throw new Error(\"NON_VERDICT_DATA_CHANGED\");\nif(f.verdict?.verdict!==\"REJECT\"||f.verdict?.reason!==\"FROZEN_STRUCTURAL_COUNTEREXAMPLE_FAILED\")throw new Error(\"FIXED_VERDICT_WRONG\");\nif(a.corrected_verdict!==\"REJECT\"||!a.freeze_hash_matches_declared)throw new Error(\"AUDIT_NOT_CLEAN\");\nconst seal={\n schema:\"BRAIN_METAARCH_PROSPECTIVE_M01_SEAL_V1\",\n classification:\"VERIFIED_NONAUTHORITY_EVIDENCE_BYTES\",\n task:\"BRAIN-META-ARCHITECTURE-PROSPECTIVE-SHADOW-V1-20260906\",\n verdict:\"REJECT\",\n reason:\"FROZEN_STRUCTURAL_COUNTEREXAMPLE_FAILED\",\n source_candidate:\"CEF_LITE_R1\",\n freeze_sha256:a.source_hashes.freeze,\n evidence:{audit_sha256:sha.audit,audit_bytes:bytes.audit,unfixed_g1502_sha256:sha.unfixed,unfixed_g1502_bytes:bytes.unfixed,fixed_g1502_sha256:sha.fixed,fixed_g1502_bytes:bytes.fixed,verdict_fix_source_sha256:sha.fixsrc,verdict_fix_source_bytes:bytes.fixsrc},\n invariants:{freeze_hash_matches_declared:true,non_verdict_data_identical_between_g1502_results:true,reported_old_verdict:u.verdict?.verdict,corrected_verdict:f.verdict?.verdict},\n decisive_counterexample:a.decisive_counterexample,\n actual_evaluation_sample:f.verdict?.actual_sample,\n actual_sample_limitation:\"No eligible positive-duration actual tasks under the frozen worker-profile filter in g1502; rejection is independently triggered by the predeclared structural counterexample rule.\",\n semantic_correctness_claim:\"NOT_ESTABLISHED\",\n promotion:false,production_mutation:false,direct_sprites:false,human_authority_approval:false\n};\nconst out=JSON.stringify(seal,null,2),h=await hash(out);await blob.set(OUT,out);\nconsole.log(JSON.stringify({out:OUT,sha256:h,bytes:enc.encode(out).length,verdict:seal.verdict,non_verdict_data_identical:true},null,2));",[478],"21229aac-463e-4e0c-a393-ff95cb503a72","seal4d71.ts","01a09317-9391-721f-b3be-da87b3543f64",["D",1789174188714],"const files={\"worker\":\"import { sqlite } from \\\"https://esm.town/v/std/sqlite/main.ts\\\";\\n\\nconst WORKER_TOKEN = Deno.env.get(\\\"BRAIN_BRIDGE_WORKER_TOKEN\\\") || \\\"\\\";\\nconst JOB_TABLE = \\\"brain_bridge_jobs\\\";\\nexport const STALE_SECONDS = 90;\\nexport const DEAD_SECONDS = 180;\\nexport const PRIORITY_CAP = 1_000_000_000;\\nexport const MAX_JOB_TIMEOUT = 120;\\nexport const LEASE_SECONDS = 180;\\nexport const MAX_READ_BYTES = 200_000;\\n\\nexport const SUPPORTED_BRAIN_COMMANDS = [\\n \\\"status\\\",\\n \\\"verify-chain\\\",\\n \\\"verify-claim-graph\\\",\\n \\\"register-agent\\\",\\n \\\"ensure-task\\\",\\n \\\"delegate-task\\\",\\n \\\"claim\\\",\\n \\\"renew-lease\\\",\\n \\\"commit\\\",\\n \\\"checkpoint\\\",\\n \\\"add-claim\\\",\\n \\\"invalidate-claim\\\",\\n \\\"supersede-task-context\\\",\\n \\\"migrate-task-invariants\\\",\\n \\\"reconcile-causal-blocks\\\",\\n \\\"recover-stale\\\"\\n] as const;\\nconst SUPPORTED = new Set(SUPPORTED_BRAIN_COMMANDS);\\n\\nfunction json(v:unknown,status=200){return Response.json(v,{status});}\\nfunction tableName(table:string){if(!/^[A-Za-z_][A-Za-z0-9_]*$/.test(table))throw new Error(\\\"BAD_TABLE\\\");return table;}\\n\\nexport function classifyWorkerAge(ageSeconds:number|null){\\n if(ageSeconds===null || !Number.isFinite(ageSeconds)) return {state:\\\"UNKNOWN\\\",reason:\\\"NO_WORKER_HEARTBEAT\\\"};\\n if(ageSeconds<=STALE_SECONDS) return {state:\\\"HEALTHY\\\",reason:\\\"RECENT_WORKER_POLL\\\"};\\n if(ageSeconds<=DEAD_SECONDS) return {state:\\\"DEGRADED\\\",reason:\\\"WORKER_POLL_STALE\\\"};\\n return {state:\\\"DOWN\\\",reason:\\\"WORKER_POLL_DEAD\\\"};\\n}\\nexport function effectivePriority(x:number){if(!Number.isFinite(x))return 0;return Math.min(x,PRIORITY_CAP);}\\nexport function healthHttpStatus(workerState:string,duplicateActiveLeases:number,expiredLeases:number){\\n return workerState===\\\"HEALTHY\\\" && duplicateActiveLeases===0 && expiredLeases===0 ? 200 : 503;\\n}\\nexport function activeLeaseDecision(rows:any[]){\\n if(rows.length>1)return {kind:\\\"conflict\\\" as const,count:rows.length};\\n if(rows[0])return {kind:\\\"busy\\\" as const,active_job_id:String(rows[0].id),lease_expires_at:rows[0].lease_expires_at};\\n return {kind:\\\"free\\\" as const};\\n}\\n\\nexport function recoverExpiredSql(table=JOB_TABLE){\\n table=tableName(table);\\n return `UPDATE ${table}\\n SET state='READY',lease_owner=NULL,lease_expires_at=NULL,updated_at=datetime('now')\\n WHERE state='LEASED' AND lease_expires_at IS NOT NULL AND lease_expires_at <= datetime('now')`;\\n}\\nexport function activeLeaseSql(table=JOB_TABLE){\\n table=tableName(table);\\n return `SELECT id,op,payload_json,priority,lease_expires_at\\n FROM ${table}\\n WHERE state='LEASED' AND lease_owner=? AND lease_expires_at > datetime('now')\\n ORDER BY lease_expires_at,id LIMIT 2`;\\n}\\nexport function leaseOneSql(table=JOB_TABLE){\\n table=tableName(table);\\n return `UPDATE ${table}\\n SET state='LEASED',lease_owner=?,lease_expires_at=datetime('now','+${LEASE_SECONDS} seconds'),updated_at=datetime('now')\\n WHERE id=(\\n SELECT j.id FROM ${table} j\\n WHERE j.state='READY'\\n AND NOT EXISTS(\\n SELECT 1 FROM ${table} x\\n WHERE x.state='LEASED' AND x.lease_owner=? AND x.lease_expires_at > datetime('now')\\n )\\n ORDER BY\\n CASE\\n WHEN j.op='brain' AND json_valid(j.payload_json)=1 THEN\\n CASE\\n WHEN json_type(j.payload_json,'$.args')='array'\\n AND json_array_length(json_extract(j.payload_json,'$.args'))=1\\n AND json_extract(j.payload_json,'$.args[0]')='recover-stale'\\n AND json_type(j.payload_json,'$.timeout')='integer'\\n AND json_extract(j.payload_json,'$.timeout') BETWEEN 1 AND ${MAX_JOB_TIMEOUT}\\n AND (SELECT COUNT(*) FROM json_each(j.payload_json))=2\\n THEN 0 ELSE 1\\n END\\n ELSE 1\\n END ASC,\\n CASE WHEN j.priority > ${PRIORITY_CAP} THEN ${PRIORITY_CAP} ELSE j.priority END DESC,\\n j.created_at,j.id\\n LIMIT 1\\n )\\n RETURNING id,op,payload_json,priority,lease_expires_at`;\\n}\\nexport function resultSql(table=JOB_TABLE){\\n table=tableName(table);\\n return `UPDATE ${table}\\n SET state=?,result_json=?,error_json=?,lease_expires_at=NULL,updated_at=datetime('now')\\n WHERE id=? AND state='LEASED' AND lease_owner=? AND lease_expires_at > datetime('now')\\n RETURNING id,state`;\\n}\\n\\nexport type DispatchResult=\\n | {ok:true;payload_json:string}\\n | {ok:false;error:string};\\n\\nfunction exactKeys(q:any, expected:string[]){\\n const got=Object.keys(q).sort();\\n const want=[...expected].sort();\\n return got.length===want.length && got.every((k,i)=>k===want[i]);\\n}\\n\\nexport function normalizeDispatch(op:string,payloadJson:string):DispatchResult{\\n let q:any;try{q=JSON.parse(payloadJson)}catch{return {ok:false,error:\\\"PAYLOAD_JSON_INVALID\\\"}}\\n if(!q || typeof q!==\\\"object\\\" || Array.isArray(q))return {ok:false,error:\\\"PAYLOAD_OBJECT_REQUIRED\\\"};\\n\\n if(op===\\\"brain\\\"){\\n if(!exactKeys(q,[\\\"args\\\",\\\"timeout\\\"]))return {ok:false,error:\\\"BRAIN_PAYLOAD_SCHEMA_NOT_CLOSED\\\"};\\n if(!Array.isArray(q.args) || q.args.length<1 || q.args.some((x:any)=>typeof x!==\\\"string\\\"))return {ok:false,error:\\\"BRAIN_ARGS_INVALID\\\"};\\n if(!Number.isInteger(q.timeout) || q.timeout<1 || q.timeout>MAX_JOB_TIMEOUT)return {ok:false,error:\\\"BRAIN_TIMEOUT_INVALID\\\"};\\n const cmd=q.args[0];\\n if(cmd===\\\"boot\\\")return {ok:false,error:\\\"BOOT_NOT_ATOMIC_USE_REGISTER_AGENT_THEN_CLAIM\\\"};\\n if(cmd===\\\"boot-agent\\\")return {ok:false,error:\\\"RAW_BOOT_AGENT_NOT_BRIDGE_COMMAND\\\"};\\n if(cmd===\\\"recover-leases\\\")return {ok:false,error:\\\"RECOVER_LEASE_ALIAS_NOT_AVAILABLE_ON_CURRENT_EXECUTOR\\\"};\\n if(!SUPPORTED.has(cmd))return {ok:false,error:\\\"BRAIN_SUBCOMMAND_NOT_ALLOWED\\\"};\\n return {ok:true,payload_json:JSON.stringify({args:q.args,timeout:q.timeout})};\\n }\\n\\n if(op===\\\"read_text\\\"){\\n if(!exactKeys(q,[\\\"path\\\",\\\"max_bytes\\\"]))return {ok:false,error:\\\"READ_TEXT_SCHEMA_NOT_CLOSED\\\"};\\n if(typeof q.path!==\\\"string\\\")return {ok:false,error:\\\"READ_TEXT_PATH_REQUIRED\\\"};\\n if(q.path.includes(\\\"\\\\0\\\") || q.path.includes(\\\"\\\\\\\\\\\") || q.path.split(\\\"/\\\").some((s:string)=>s===\\\".\\\" || s===\\\"..\\\")){\\n return {ok:false,error:\\\"READ_TEXT_TRAVERSAL_REJECTED\\\"};\\n }\\n const artifactFile=q.path.startsWith(\\\"/brain/artifacts/\\\") && q.path.length>\\\"/brain/artifacts/\\\".length && !q.path.endsWith(\\\"/\\\");\\n if(!(q.path===\\\"/brain/JOIN_PROTOCOL.md\\\" || artifactFile))return {ok:false,error:\\\"READ_TEXT_PATH_FORBIDDEN\\\"};\\n if(!Number.isInteger(q.max_bytes) || q.max_bytes<1 || q.max_bytes>MAX_READ_BYTES)return {ok:false,error:\\\"READ_TEXT_MAX_BYTES_INVALID\\\"};\\n return {ok:true,payload_json:JSON.stringify({path:q.path,max_bytes:q.max_bytes})};\\n }\\n return {ok:false,error:\\\"OP_UNSUPPORTED\\\"};\\n}\\n\\nasync function ensureTables(){\\n await sqlite.execute(`CREATE TABLE IF NOT EXISTS brain_bridge_workers_v4 (\\n worker_id TEXT NOT NULL,\\n instance_id TEXT NOT NULL,\\n first_seen_at TEXT NOT NULL,\\n last_poll_at TEXT,\\n last_result_at TEXT,\\n lease_count INTEGER NOT NULL DEFAULT 0,\\n result_count INTEGER NOT NULL DEFAULT 0,\\n updated_at TEXT NOT NULL,\\n PRIMARY KEY(worker_id,instance_id)\\n )`);\\n}\\nfunction instanceOf(q:any){const v=String(q?.instance_id||\\\"\\\").trim();return v||\\\"LEGACY_UNATTESTED_INSTANCE\\\";}\\n\\nasync function workerHealth(){\\n await ensureTables();\\n const wr:any=await sqlite.execute(`\\n SELECT worker_id,instance_id,last_poll_at,last_result_at,lease_count,result_count,\\n CAST((julianday('now')-julianday(last_poll_at))*86400 AS INTEGER) AS poll_age_seconds\\n FROM brain_bridge_workers_v4\\n ORDER BY last_poll_at DESC LIMIT 1`);\\n const w=wr.rows?.[0]||null;\\n const qc:any=await sqlite.execute({\\n sql:`SELECT\\n SUM(CASE WHEN state='READY' THEN 1 ELSE 0 END) AS ready_count,\\n SUM(CASE WHEN state='LEASED' THEN 1 ELSE 0 END) AS leased_count,\\n SUM(CASE WHEN state='LEASED' AND lease_expires_at <= datetime('now') THEN 1 ELSE 0 END) AS expired_lease_count,\\n SUM(CASE WHEN state='READY' AND priority > ? THEN 1 ELSE 0 END) AS overcap_ready_count,\\n MIN(CASE WHEN state='READY' THEN created_at END) AS oldest_ready_at,\\n MIN(CASE WHEN state='LEASED' THEN lease_expires_at END) AS earliest_lease_expiry\\n FROM brain_bridge_jobs`,\\n args:[PRIORITY_CAP]\\n });\\n const dup:any=await sqlite.execute(`\\n SELECT COUNT(*) AS duplicate_worker_count FROM (\\n SELECT lease_owner FROM brain_bridge_jobs\\n WHERE state='LEASED' AND lease_expires_at > datetime('now') AND lease_owner IS NOT NULL\\n GROUP BY lease_owner HAVING COUNT(*) > 1\\n )`);\\n const q=qc.rows?.[0]||{};\\n const duplicateActiveLeases=Number(dup.rows?.[0]?.duplicate_worker_count||0);\\n const cls=classifyWorkerAge(w?Number(w.poll_age_seconds):null);\\n const expiredLeases=Number(q.expired_lease_count||0);\\n const status=healthHttpStatus(cls.state,duplicateActiveLeases,expiredLeases);\\n return {status,body:{\\n endpoint_ok:true,\\n service:\\\"brain-bridge-worker-v5-rebased-candidate\\\",\\n worker:w,\\n worker_state:cls.state,\\n worker_reason:cls.reason,\\n instance_identity_available:w ? w.instance_id!==\\\"LEGACY_UNATTESTED_INSTANCE\\\" : false,\\n duplicate_active_worker_leases:duplicateActiveLeases,\\n queue:q,\\n transport_priority_cap:PRIORITY_CAP,\\n max_brain_timeout_seconds:MAX_JOB_TIMEOUT,\\n queue_lease_seconds:LEASE_SECONDS,\\n selection_policy:\\\"RECOVERY_FIRST_THEN_CLAMPED_PRIORITY_FIFO_SINGLE_FLIGHT\\\",\\n atomic_single_flight:true,\\n fail_closed_http_status:status\\n }};\\n}\\n\\nasync function rejectInvalidLease(worker:string,id:string,error:string){\\n await sqlite.execute({\\n sql:`UPDATE ${JOB_TABLE}\\n SET state='FAILED',result_json=NULL,error_json=?,lease_expires_at=NULL,updated_at=datetime('now')\\n WHERE id=? AND state='LEASED' AND lease_owner=?`,\\n args:[JSON.stringify({classification:\\\"BRIDGE_DISPATCH_REJECTED\\\",error}),id,worker]\\n });\\n}\\n\\nexport default async function(req:Request):Promise{\\n const u=new URL(req.url);\\n if(req.method===\\\"GET\\\" && u.pathname.endsWith(\\\"/health\\\")){\\n const h=await workerHealth();return json(h.body,h.status);\\n }\\n if(req.method!==\\\"POST\\\")return json({ok:false,error:\\\"METHOD\\\"},405);\\n const supplied=req.headers.get(\\\"x-brain-worker-token\\\")||\\\"\\\";\\n if(!WORKER_TOKEN || supplied!==WORKER_TOKEN)return json({ok:false,error:\\\"UNAUTHORIZED\\\"},401);\\n let q:any;try{q=await req.json()}catch{return json({ok:false,error:\\\"BAD_JSON\\\"},400)}\\n await ensureTables();\\n\\n if(u.pathname.endsWith(\\\"/poll\\\")){\\n const worker=String(q.worker_id||\\\"\\\").trim();\\n if(!worker || worker.length>128)return json({ok:false,error:\\\"WORKER_REQUIRED\\\"},400);\\n const instance=instanceOf(q);\\n await sqlite.execute({\\n sql:`INSERT INTO brain_bridge_workers_v4(worker_id,instance_id,first_seen_at,last_poll_at,updated_at)\\n VALUES(?,?,datetime('now'),datetime('now'),datetime('now'))\\n ON CONFLICT(worker_id,instance_id) DO UPDATE SET last_poll_at=datetime('now'),updated_at=datetime('now')`,\\n args:[worker,instance]\\n });\\n\\n await sqlite.execute(recoverExpiredSql());\\n const ar:any=await sqlite.execute({sql:activeLeaseSql(),args:[worker]});\\n const before=activeLeaseDecision(ar.rows||[]);\\n if(before.kind===\\\"conflict\\\")return json({ok:false,error:\\\"MULTIPLE_ACTIVE_LEASES\\\",worker_id:worker,count:before.count},409);\\n if(before.kind===\\\"busy\\\")return json({ok:true,job:null,reason:\\\"ACTIVE_LEASE_EXISTS\\\",active_lease:{id:before.active_job_id,lease_expires_at:before.lease_expires_at},worker_id:worker,instance_id:instance});\\n\\n const r:any=await sqlite.execute({sql:leaseOneSql(),args:[worker,worker]});\\n if(!r.rows?.[0]){\\n return json({ok:true,job:null,reason:\\\"NO_READY_JOB_OR_RACED_ACTIVE_LEASE\\\",worker_id:worker,instance_id:instance,priority_cap:PRIORITY_CAP});\\n }\\n\\n const row=r.rows[0];\\n const normalized=normalizeDispatch(String(row.op),String(row.payload_json));\\n if(!normalized.ok){\\n await rejectInvalidLease(worker,String(row.id),normalized.error);\\n return json({ok:true,job:null,reason:\\\"DISPATCH_REJECTED\\\",rejected_job:String(row.id),dispatch_error:normalized.error,worker_id:worker,instance_id:instance});\\n }\\n\\n await sqlite.execute({\\n sql:\\\"UPDATE brain_bridge_workers_v4 SET lease_count=lease_count+1,updated_at=datetime('now') WHERE worker_id=? AND instance_id=?\\\",\\n args:[worker,instance]\\n });\\n return json({ok:true,job:{...row,payload_json:normalized.payload_json},worker_id:worker,instance_id:instance,priority_cap:PRIORITY_CAP,lease_seconds:LEASE_SECONDS});\\n }\\n\\n if(u.pathname.endsWith(\\\"/result\\\")){\\n const worker=String(q.worker_id||\\\"\\\").trim(),id=String(q.id||\\\"\\\").trim(),success=q.success===true;\\n const instance=instanceOf(q);\\n if(!worker||!id)return json({ok:false,error:\\\"BAD_RESULT_ID\\\"},400);\\n const r:any=await sqlite.execute({\\n sql:resultSql(),\\n args:[success?\\\"COMPLETE\\\":\\\"FAILED\\\",success?JSON.stringify(q.result??null):null,success?null:JSON.stringify(q.error??null),id,worker]\\n });\\n if(!r.rows?.length)return json({ok:false,error:\\\"LEASE_MISMATCH_OR_EXPIRED\\\"},409);\\n await sqlite.execute({\\n sql:\\\"UPDATE brain_bridge_workers_v4 SET last_result_at=datetime('now'),result_count=result_count+1,updated_at=datetime('now') WHERE worker_id=? AND instance_id=?\\\",\\n args:[worker,instance]\\n });\\n return json({ok:true,id,state:r.rows[0].state,worker_id:worker,instance_id:instance});\\n }\\n return json({ok:false,error:\\\"NOT_FOUND\\\"},404);\\n}\\n\",\"protocol\":\"# PROJECT BRAIN VAL BRIDGE PROTOCOL V2\\n\\n## Purpose\\n\\nNormal ChatGPT project work uses Val Town as the only ChatGPT-facing transport to the canonical Project Brain. Direct Sprites connector calls are maintenance-only because they can trigger separate file-materialization approval prompts.\\n\\nNormal path:\\n\\n`ChatGPT → Val Town → brain_bridge_jobs → persistent Brain worker → canonical Brain`\\n\\nVal/project: `mosadek/project-brain-live-v1-durable` \\nQueue: `brain_bridge_jobs` \\nWorker identity: `project-brain-live-v1-worker-v2`\\n\\n## Mandatory health interpretation\\n\\nThe HTTP endpoint being reachable is NOT proof that the persistent Brain worker is alive.\\n\\nRead `brain_bridge_worker.ts /health`.\\n\\n- HTTP 200 means the most recent worker poll is fresh and the queue has no expired lease or duplicate active lease for one worker ID.\\n- HTTP 503 means fail closed. Inspect `worker_state`, `worker_reason`, queue counts, and endpoint traces.\\n- `endpoint_ok:true` only proves the Val endpoint itself is executing.\\n- `instance_identity_available:false` means the persistent worker has not yet supplied a distinct process instance ID. Do not overclaim process identity.\\n\\nCurrent Val-side invariants:\\n- priority cap: `1_000_000_000`;\\n- selection above the cap: FIFO by `created_at,id`;\\n- maximum Brain command timeout: `120 seconds`;\\n- queue lease: `180 seconds`;\\n- atomic single-flight per `worker_id`;\\n- an active unexpired lease is not redelivered to another poll sharing that worker ID;\\n- a pre-existing duplicate active lease for one worker ID fails closed;\\n- expired queue leases are returned to READY on a worker poll;\\n- results are accepted only for the current unexpired lease owner.\\n\\nThese are transport invariants, not Brain authority.\\n\\n## Submit a Brain command\\n\\nInsert a unique job:\\n\\n```sql\\nINSERT INTO brain_bridge_jobs\\n(id, priority, op, payload_json, state, lease_owner, lease_expires_at,\\n result_json, error_json, created_at, updated_at)\\nVALUES (?, ?, 'brain', ?, 'READY', NULL, NULL, NULL, NULL,\\n datetime('now'), datetime('now'))\\n```\\n\\nBrain payload is closed-schema:\\n\\n```json\\n{\\\"args\\\":[\\\"status\\\"],\\\"timeout\\\":60}\\n```\\n\\nRequirements:\\n- exact top-level keys: `args`, `timeout`;\\n- `args` is a non-empty string array;\\n- `timeout` is an integer from 1 through 120.\\n\\nCurrently allowed Brain subcommands:\\n- status\\n- verify-chain\\n- verify-claim-graph\\n- register-agent\\n- ensure-task\\n- delegate-task\\n- claim\\n- renew-lease\\n- commit\\n- checkpoint\\n- add-claim\\n- invalidate-claim\\n- supersede-task-context\\n- migrate-task-invariants\\n- reconcile-causal-blocks\\n\\nAnything else fails at Val-side dispatch rather than being sent onward.\\n\\n## Boot semantics\\n\\nThere is currently NO valid atomic `boot` bridge command.\\n\\nThe public bridge previously advertised `boot`, but the live kernel accepts `boot-agent` while the persistent executor rejects raw `boot-agent`. Therefore neither spelling is a valid end-to-end bridge operation.\\n\\nUse the proven equivalent sequence:\\n\\n1. `register-agent`\\n2. `claim`\\n\\nRegister only capabilities actually present in the current chat. Never claim `human_authority_approval`.\\n\\nExample conceptual sequence:\\n\\n```text\\nregister-agent --workstream --role \\n --type CHAT --capabilities \\n\\nclaim --agent --mode INTERACTIVE --lease-seconds 1800\\n```\\n\\nDo not submit `boot` or `boot-agent` until a later verified bridge/executor revision explicitly restores an atomic wrapper.\\n\\n## Lease recovery semantics\\n\\nDo not submit `recover-leases` or `recover-stale` through this bridge revision.\\n\\n- Val transport queue lease expiry is recovered automatically by the worker on poll.\\n- Canonical Brain task-lease recovery is a separate operation and is not currently exposed end-to-end by the persistent executor.\\n- If canonical stale-lease recovery becomes necessary, create/route a bridge-extension task or use another verified non-Sprites route. Do not guess an alias.\\n\\n## Poll a job result\\n\\n```sql\\nSELECT id,state,lease_owner,lease_expires_at,result_json,error_json,updated_at\\nFROM brain_bridge_jobs\\nWHERE id=?\\n```\\n\\nTerminal states:\\n- COMPLETE\\n- FAILED\\n\\nA READY job means it has not been executed. A LEASED job is not complete. Do not infer canonical mutation from queue state alone.\\n\\n## Read Brain text without Sprites\\n\\nUse `op='read_text'` with exact closed-schema payload:\\n\\n```json\\n{\\\"path\\\":\\\"/brain/JOIN_PROTOCOL.md\\\",\\\"max_bytes\\\":200000}\\n```\\n\\nAllowed paths:\\n- exactly `/brain/JOIN_PROTOCOL.md`;\\n- a non-directory file strictly below `/brain/artifacts/`.\\n\\nConstraints:\\n- `max_bytes`: integer 1..200000;\\n- no `.` or `..` path segments;\\n- no backslash or NUL;\\n- no extra payload fields.\\n\\nEarlier worker stalls coincided with read jobs, but later bounded artifact reads completed successfully. Therefore do not claim that `read_text` itself caused the historical stall. Keep the bounded allowlist and use current worker health as the liveness signal.\\n\\n## Hard transport rule\\n\\nRoutine ChatGPT work:\\n- DO NOT call Sprites;\\n- DO NOT call Sprites.exec;\\n- DO NOT call Sprites.file_read/file_write/file_copy/file_delete;\\n- DO NOT call Sprites service/checkpoint/file/blob operations.\\n\\nIf a required operation is missing:\\n1. use an existing valid non-Sprites substrate when possible;\\n2. route or build a bridge extension;\\n3. fail closed if the missing operation is necessary;\\n4. direct Sprites remains an explicit maintenance emergency, not an automatic fallback.\\n\\n## Failure behavior\\n\\nIf jobs stay READY:\\n1. inspect `/health`;\\n2. inspect worker endpoint traces;\\n3. inspect the current active/expired queue leases;\\n4. do not raise transport priorities above the cap to win a queue arms race;\\n5. do not interpret the Val endpoint being online as the Brain worker being online.\\n\\nIf worker health is DOWN:\\n- queued commands remain pending;\\n- no live Brain registration, claim, commit, status, or verification should be invented;\\n- Val-side code/evidence work may continue when it does not pretend to mutate canonical Brain;\\n- repair/restore the persistent executor through an authorized route, then resume queue processing.\\n\\n## Proven facts and bounded claims\\n\\nThe reverse bridge has successfully:\\n- read Brain status;\\n- created canonical Brain tasks;\\n- registered CHAT agents;\\n- claimed tasks;\\n- committed task results;\\n- run verify-chain and verify-claim-graph.\\n\\nThe Val-side worker has independently reproduced and repaired the same-worker concurrent lease race in isolated queue tests. This does NOT prove the persistent Sprite-side executor is permanently supervised or continuously alive.\\n\\n## Goal\\n\\nNormal project work must stay materialization-free from ChatGPT while remaining fail-closed:\\n\\n`ChatGPT agent → Val Town → durable queue → live worker → verified Brain`\\n\\nIf the live worker disappears, the system must say so rather than smiling with HTTP 200 like a malfunctioning status page.\\n\",\"bootstrap\":\"# PROJECT BRAIN CHAT BOOTSTRAP V3 — VAL-ONLY / NO SPRITES\\n\\n## Non-negotiable transport rule\\n\\nFor normal ChatGPT project work, do not invoke the Sprites ChatGPT connector.\\n\\nUse:\\n`ChatGPT → Val Town → brain_bridge_jobs → persistent worker → canonical Brain`\\n\\nVal/project: `mosadek/project-brain-live-v1-durable` \\nProtocol: `BRAIN_VAL_BRIDGE_PROTOCOL.md`\\n\\nThe first external project call in a new chat is Val Town, not Sprites.\\n\\n## Fail-closed boot sequence\\n\\n1. Read this bootstrap and the current `BRAIN_VAL_BRIDGE_PROTOCOL.md` through Val Town.\\n2. Read `brain_bridge_worker.ts /health`.\\n3. If health is not HTTP 200 with a fresh worker heartbeat, fail closed for live Brain operations. Do not confuse `endpoint_ok` with a live executor.\\n4. Submit a unique `status` Brain job with an integer timeout ≤120.\\n5. Wait for that exact job to become COMPLETE or FAILED.\\n6. Run `verify-chain` and `verify-claim-graph`.\\n7. Determine the correct workstream from verified live state.\\n8. Register a unique CHAT agent with `register-agent`, declaring only capabilities actually present.\\n9. Never claim `human_authority_approval`.\\n10. Claim a causally ready task with `claim`.\\n11. Continue through the Val queue.\\n\\n## Important: no atomic boot alias\\n\\nDo NOT submit `boot` or raw `boot-agent`.\\n\\nThe old bridge documentation was wrong end-to-end:\\n- live Brain kernel command: `boot-agent`;\\n- persistent executor currently rejects raw `boot-agent`;\\n- old public bridge alias `boot` reached Brain literally and failed argparse.\\n\\nCurrent proven boot equivalent:\\n\\n`register-agent → claim`\\n\\nThis preserves the kernel’s registration and scheduler semantics without inventing an unavailable wrapper.\\n\\n## Queue contract\\n\\nBrain payload:\\n\\n```json\\n{\\\"args\\\":[\\\"status\\\"],\\\"timeout\\\":60}\\n```\\n\\nCurrent transport limits:\\n- priority cap: 1,000,000,000;\\n- all over-cap priorities tie and use FIFO;\\n- Brain timeout: 1..120 seconds;\\n- queue lease: 180 seconds;\\n- atomic single-flight per worker ID;\\n- no redelivery while a worker has an unexpired active lease.\\n\\nDo not try to defeat queue fairness by using huge floating-point priorities. Humanity already ran that experiment.\\n\\n## Supported Brain commands\\n\\nCurrently allowed:\\n- status\\n- verify-chain\\n- verify-claim-graph\\n- register-agent\\n- ensure-task\\n- delegate-task\\n- claim\\n- renew-lease\\n- commit\\n- checkpoint\\n- add-claim\\n- invalidate-claim\\n- supersede-task-context\\n- migrate-task-invariants\\n- reconcile-causal-blocks\\n\\nCurrently unavailable end-to-end:\\n- boot\\n- boot-agent\\n- recover-leases\\n- recover-stale\\n- arbitrary/unlisted brain.py subcommands\\n\\nIf an unavailable operation is required, route a bridge-extension task. Do not guess aliases.\\n\\n## Read-only Brain text\\n\\nUse `op='read_text'` only for:\\n- `/brain/JOIN_PROTOCOL.md`;\\n- non-directory files below `/brain/artifacts/`.\\n\\nMaximum 200,000 bytes. Closed payload schema. No traversal segments.\\n\\n## Worker health\\n\\nThe Val endpoint can be alive while the persistent worker is dead.\\n\\nTreat:\\n- HTTP 200 = transport worker heartbeat currently healthy;\\n- HTTP 503 = degraded/down/inconsistent transport. Inspect the response and traces.\\n\\nWhen health is 503, queued jobs may remain READY. Do not invent their results.\\n\\n## Direct Sprites emergency boundary\\n\\nDirect Sprites is not an automatic fallback.\\n\\nUse a non-Sprites route or extend the bridge first. Direct Sprites is reserved for an explicitly authorized maintenance emergency after acknowledging it can trigger the platform materialization approval.\\n\\n## After every task\\n\\n1. preserve consequential evidence and hashes;\\n2. reconcile current workstream generation;\\n3. commit through the Brain;\\n4. verify chain/claim graph when consequential;\\n5. claim the next eligible task;\\n6. continue unless mission complete or a genuine external boundary remains.\\n\\n## Goal\\n\\nA new chat must be able to join the same canonical Brain without recurring Sprites connector approvals, while failures remain visible instead of being laundered into fake liveness.\\n\",\"regression\":\"import { sqlite } from \\\"https://esm.town/v/std/sqlite/main.ts\\\";\\nimport {\\n activeLeaseDecision,activeLeaseSql,LEASE_SECONDS,leaseOneSql,MAX_JOB_TIMEOUT,\\n normalizeDispatch,PRIORITY_CAP,recoverExpiredSql,resultSql\\n} from \\\"./brain_bridge_worker.ts\\\";\\n\\nconst T=\\\"brain_bridge_live_reg_\\\"+crypto.randomUUID().replaceAll(\\\"-\\\",\\\"\\\");\\nconst out:any={tests:[],failures:[]};\\nfunction ok(name:string,cond:boolean,detail:any={}){out.tests.push({name,ok:!!cond,detail});if(!cond)out.failures.push(name);}\\nasync function ex(sql:string,args:any[]=[]){return await sqlite.execute({sql,args});}\\nconst oldSql=(table:string)=>`UPDATE ${table}\\n SET state='LEASED',lease_owner=?,lease_expires_at=datetime('now','+90 seconds'),updated_at=datetime('now')\\n WHERE id=(SELECT id FROM ${table} WHERE state='READY'\\n ORDER BY CASE WHEN priority > ${PRIORITY_CAP} THEN ${PRIORITY_CAP} ELSE priority END DESC,created_at,id LIMIT 1)\\n RETURNING id`;\\n\\nawait sqlite.execute(`CREATE TABLE ${T}(\\n id TEXT PRIMARY KEY,priority REAL NOT NULL DEFAULT 0,op TEXT NOT NULL,payload_json TEXT NOT NULL,\\n state TEXT NOT NULL DEFAULT 'READY',lease_owner TEXT,lease_expires_at TEXT,result_json TEXT,error_json TEXT,\\n created_at TEXT NOT NULL,updated_at TEXT NOT NULL)`);\\ntry{\\n const p=JSON.stringify({args:[\\\"status\\\"],timeout:60});\\n for(let i=0;i<64;i++){\\n await ex(`INSERT INTO ${T}(id,priority,op,payload_json,state,created_at,updated_at)\\n VALUES(?,?, 'brain',?,'READY',?,?)`,\\n [\\\"job-\\\"+String(i).padStart(3,\\\"0\\\"),64-i,p,\\\"2026-01-01 00:00:\\\"+String(i%60).padStart(2,\\\"0\\\"),\\\"2026-01-01 00:00:00\\\"]);\\n }\\n\\n const old:any[]=await Promise.all(Array.from({length:16},()=>ex(oldSql(T),[\\\"dup-worker\\\"])));\\n const oldIds=old.flatMap(x=>(x.rows||[]).map((r:any)=>r.id));\\n ok(\\\"baseline_old_sql_multi_lease\\\",oldIds.length>1,{leased:oldIds.length});\\n\\n await ex(`UPDATE ${T} SET state='READY',lease_owner=NULL,lease_expires_at=NULL,result_json=NULL,error_json=NULL`);\\n const fresh:any[]=await Promise.all(Array.from({length:32},()=>ex(leaseOneSql(T),[\\\"dup-worker\\\",\\\"dup-worker\\\"])));\\n const freshIds=fresh.flatMap(x=>(x.rows||[]).map((r:any)=>r.id));\\n const active:any=await ex(activeLeaseSql(T),[\\\"dup-worker\\\"]);\\n ok(\\\"live_atomic_single_flight\\\",freshIds.length===1 && active.rows.length===1,{leased:freshIds.length,active:active.rows.length,id:freshIds[0]});\\n ok(\\\"live_active_not_redelivered\\\",activeLeaseDecision(active.rows).kind===\\\"busy\\\",activeLeaseDecision(active.rows));\\n\\n const workers=Array.from({length:16},(_,i)=>\\\"worker-\\\"+i);\\n const indep:any[]=await Promise.all(workers.map(w=>ex(leaseOneSql(T),[w,w])));\\n const indepIds=indep.flatMap(x=>(x.rows||[]).map((r:any)=>r.id));\\n ok(\\\"live_distinct_workers_progress\\\",indepIds.length===16 && new Set(indepIds).size===16,{count:indepIds.length});\\n\\n for(const cmd of [\\\"status\\\",\\\"verify-chain\\\",\\\"verify-claim-graph\\\",\\\"register-agent\\\",\\\"claim\\\",\\\"renew-lease\\\",\\\"commit\\\",\\\"checkpoint\\\"]){\\n ok(\\\"allowed_\\\"+cmd,normalizeDispatch(\\\"brain\\\",JSON.stringify({args:[cmd],timeout:60})).ok);\\n }\\n ok(\\\"boot_rejected\\\",!normalizeDispatch(\\\"brain\\\",JSON.stringify({args:[\\\"boot\\\"],timeout:60})).ok);\\n ok(\\\"raw_boot_agent_rejected\\\",!normalizeDispatch(\\\"brain\\\",JSON.stringify({args:[\\\"boot-agent\\\"],timeout:60})).ok);\\n ok(\\\"recover_leases_rejected\\\",!normalizeDispatch(\\\"brain\\\",JSON.stringify({args:[\\\"recover-leases\\\"],timeout:60})).ok);\\n ok(\\\"timeout_120_allowed\\\",normalizeDispatch(\\\"brain\\\",JSON.stringify({args:[\\\"status\\\"],timeout:120})).ok);\\n ok(\\\"timeout_121_rejected\\\",!normalizeDispatch(\\\"brain\\\",JSON.stringify({args:[\\\"status\\\"],timeout:121})).ok);\\n ok(\\\"open_brain_schema_rejected\\\",!normalizeDispatch(\\\"brain\\\",JSON.stringify({args:[\\\"status\\\"],timeout:60,extra:true})).ok);\\n\\n ok(\\\"read_join_allowed\\\",normalizeDispatch(\\\"read_text\\\",JSON.stringify({path:\\\"/brain/JOIN_PROTOCOL.md\\\",max_bytes:200000})).ok);\\n ok(\\\"read_artifact_allowed\\\",normalizeDispatch(\\\"read_text\\\",JSON.stringify({path:\\\"/brain/artifacts/x.json\\\",max_bytes:1})).ok);\\n ok(\\\"read_traversal_rejected\\\",!normalizeDispatch(\\\"read_text\\\",JSON.stringify({path:\\\"/brain/artifacts/../brain.db\\\",max_bytes:10})).ok);\\n ok(\\\"read_directory_rejected\\\",!normalizeDispatch(\\\"read_text\\\",JSON.stringify({path:\\\"/brain/artifacts/\\\",max_bytes:10})).ok);\\n ok(\\\"read_oversize_rejected\\\",!normalizeDispatch(\\\"read_text\\\",JSON.stringify({path:\\\"/brain/artifacts/x\\\",max_bytes:200001})).ok);\\n\\n await ex(`UPDATE ${T} SET state='COMPLETE',lease_owner=NULL,lease_expires_at=NULL`);\\n await ex(`INSERT INTO ${T}(id,priority,op,payload_json,state,created_at,updated_at) VALUES\\n ('overcap-old',1e300,'brain',?,'READY','2026-01-01 00:00:00','2026-01-01 00:00:00'),\\n ('overcap-new',1e301,'brain',?,'READY','2026-01-02 00:00:00','2026-01-02 00:00:00')`,[p,p]);\\n const cap:any=await ex(leaseOneSql(T),[\\\"cap-worker\\\",\\\"cap-worker\\\"]);\\n ok(\\\"live_priority_cap_fifo\\\",cap.rows?.[0]?.id===\\\"overcap-old\\\",{row:cap.rows?.[0]});\\n ok(\\\"lease_exceeds_max_timeout\\\",LEASE_SECONDS>MAX_JOB_TIMEOUT,{LEASE_SECONDS,MAX_JOB_TIMEOUT});\\n\\n const capId=cap.rows?.[0]?.id;\\n const accepted:any=await ex(resultSql(T),[\\\"COMPLETE\\\",\\\"{}\\\",\\\"\\\",capId,\\\"cap-worker\\\"]);\\n ok(\\\"valid_result_accepted\\\",(accepted.rows?.length||0)===1);\\n\\n await ex(`UPDATE ${T} SET state='LEASED',lease_owner='late',lease_expires_at=datetime('now','-1 second') WHERE id='overcap-new'`);\\n const late:any=await ex(resultSql(T),[\\\"COMPLETE\\\",\\\"{}\\\",\\\"\\\", \\\"overcap-new\\\",\\\"late\\\"]);\\n ok(\\\"expired_result_rejected\\\",(late.rows?.length||0)===0);\\n await sqlite.execute(recoverExpiredSql(T));\\n const recovered:any=await ex(`SELECT state,lease_owner FROM ${T} WHERE id='overcap-new'`);\\n ok(\\\"expired_lease_recovered\\\",recovered.rows?.[0]?.state===\\\"READY\\\" && recovered.rows[0].lease_owner===null,{row:recovered.rows?.[0]});\\n\\n const rs=normalizeDispatch(\\\"brain\\\",JSON.stringify({args:[\\\"recover-stale\\\"],timeout:60}));\\n out.observation={recover_stale_val_dispatch_allowed:rs.ok,separate_global_alias_task_required:true};\\n out.summary={passed:out.tests.filter((x:any)=>x.ok).length,failed:out.failures.length,total:out.tests.length};\\n console.log(JSON.stringify(out,null,2));\\n}finally{await sqlite.execute(`DROP TABLE IF EXISTS ${T}`)}\\nif(out.failures.length)throw new Error(\\\"LIVE_SINGLEFLIGHT_REGRESSION_FAILURE:\\\"+out.failures.join(\\\",\\\"));\\n\"};\nasync function h(s:string){\n const b=new TextEncoder().encode(s);\n const d=await crypto.subtle.digest(\"SHA-256\",b);\n return {bytes:b.length,sha256:[...new Uint8Array(d)].map(x=>x.toString(16).padStart(2,\"0\")).join(\"\")};\n}\nconst out:any={};\nfor(const [k,v] of Object.entries(files)) out[k]=await h(v as string);\nconsole.log(JSON.stringify(out));\n",[484],"65585551-39bb-4b57-ad13-a9f9d2bb56ad","r3a4_source_probe.ts","19bdbfce-ae44-11f1-b254-1607ee4eb77e",3,["D",1789174333081],"const enc=new TextEncoder();\nasync function sha(s:string){const d=await crypto.subtle.digest('SHA-256',enc.encode(s));return [...new Uint8Array(d)].map(x=>x.toString(16).padStart(2,'0')).join('')}\nconst k=await (await fetch(new URL('./val_native_kernel_v1.ts',import.meta.url))).text();\nconst e=await (await fetch(new URL('./val_native_executor_prod.ts',import.meta.url))).text();\nfunction slice(s:string,n:string,b=900,a=4800){const i=s.indexOf(n);return {index:i,text:i<0?null:s.slice(Math.max(0,i-b),Math.min(s.length,i+a))}}\nconsole.log(JSON.stringify({kernel:{bytes:enc.encode(k).length,sha256:await sha(k),txContext:slice(k,'txContext'),helper:slice(k,'export async function cohortRegisterClaimExactInTransactionV1')},executor:{bytes:enc.encode(e).length,sha256:await sha(e),bug_count:(e.match(/assignments\\.length/g)||[]).length,fixed_count:(e.match(/pairs:pairs\\.length/g)||[]).length,return_slice:slice(e,'pairs:pairs.length',700,1200)}}));",[490],"d4f3785d-144a-4170-a4d3-74e7eb33cbbf","r3a4_min_local_oracle.ts","582e1786-ae44-11f1-a32b-1607ee4eb77e",["D",1789174398363],"import { Database } from 'jsr:@denext/sqlite@0.1.2';\nimport { cohortRegisterClaimExactInTransactionV1 } from './val_native_kernel_v1.ts';\n\nconst FOCUS_SHA='5502b3da5b7e688ee821db89d9e0f73dbac1df6d9abe306156ba57f4f49ae41e';\nconst CONST_SHA='36034b7e499f7476e2d1ac8558e7203dcc00ae1bea54919543cd3541ce0bde62';\nconst PREV='d88a49daefd5520d5612c1bee960bcf7f587fc5f734a8e568b749e9bd390c1db';\nconst ddls=[\n`CREATE TABLE brainvn_agents(id TEXT,parent_id TEXT,type TEXT,workstream TEXT,role TEXT,status TEXT,boot_generation INT,last_generation INT,last_seen TEXT,capabilities_json TEXT)`,\n`CREATE TABLE brainvn_workstreams(id TEXT,mission TEXT,head_generation INT,verified_state TEXT,updated_at TEXT)`,\n`CREATE TABLE brainvn_tasks(id TEXT,workstream TEXT,state TEXT,priority REAL,depends_json TEXT,success_condition TEXT,decision_value TEXT,context_manifest TEXT,lease_owner TEXT,lease_mode TEXT,lease_generation INT,lease_expires_at TEXT,created_at TEXT,updated_at TEXT,result_event_id INT,requires_json TEXT,dedupe_key TEXT,assigned_agent TEXT,delegated_by TEXT,writes_json TEXT,guards_json TEXT)`,\n`CREATE TABLE brainvn_claims(id TEXT,workstream TEXT,status TEXT,statement_json TEXT,statement_sha256 TEXT,evidence_json TEXT,created_generation INT,invalidated_by TEXT,created_at TEXT,updated_at TEXT)`,\n`CREATE TABLE brainvn_claim_deps(parent_claim TEXT,child_claim TEXT)`,\n`CREATE TABLE brainvn_artifacts(sha256 TEXT,size INT,logical_name TEXT,producer_agent TEXT,task_id TEXT,storage_json TEXT,created_at TEXT)`,\n`CREATE TABLE brainvn_epoch_events(local_seq INT,event_uuid TEXT,ts TEXT,workstream TEXT,agent_id TEXT,task_id TEXT,type TEXT,payload_json TEXT,prev_hash TEXT,event_hash TEXT,transaction_generation INT)`,\n`CREATE TABLE brainvn_epoch_meta(id INT,epoch INT,predecessor_generation INT,predecessor_event_count INT,predecessor_head TEXT,generation INT,event_head_hash TEXT,new_event_count INT,recovered_count INT,ordering_policy TEXT,classification TEXT,created_at TEXT)`,\n`CREATE TABLE brainvn_task_context_history(id INT,task_id TEXT,version INT,old_context_json TEXT,new_context_json TEXT,reason TEXT,evidence_json TEXT,agent_id TEXT,event_id INT,created_at TEXT)`,\n`CREATE TABLE brainvn_task_invariant_history(id INT,task_id TEXT,version INT,old_dedupe_key TEXT,new_dedupe_key TEXT,old_writes_json TEXT,new_writes_json TEXT,old_guards_json TEXT,new_guards_json TEXT,reason TEXT,evidence_json TEXT,agent_id TEXT,event_id INT,created_at TEXT,old_requires_json TEXT,new_requires_json TEXT)`\n];\nclass Tx{constructor(public db:any){} async execute(q:any){const sql=typeof q==='string'?q:q.sql;const args=(typeof q==='string'?[]:(q.args||[])) as any[];const wants=/^\\s*(SELECT|WITH|PRAGMA)\\b/i.test(sql)||/\\bRETURNING\\b/i.test(sql);if(wants){return {rows:this.db.query(sql,args)}}const n=this.db.exec(sql,args);return {rows:[],rowsAffected:n};}}\nfunction setup(){const db:any=new Database();for(const s of ddls)db.exec(s);db.exec(`INSERT INTO brainvn_epoch_meta VALUES(1,2,1863,1991,?,100,?,0,0,'test','TEST','2026-09-12T00:00:00+00:00')`,[PREV,PREV]);db.exec(`INSERT INTO brainvn_workstreams VALUES('global','test',100,'ok','2026-09-12T00:00:00+00:00')`);return db;}\nfunction task(db:any,id:string,p:number){const ctx=JSON.stringify({execution_allowed:true,temporary_focus_policy_revision:3,temporary_focus_source_sha256:FOCUS_SHA,temporary_focus_classification:'HARNESS'});db.exec(`INSERT INTO brainvn_tasks VALUES(?,?,?,?,?,?,?,?,NULL,NULL,NULL,NULL,?,?,NULL,?,?,?,?,?,?)`,[id,'global','READY',p,'[]','s','d',ctx,'2026-09-12T00:00:00+00:00','2026-09-12T00:00:00+00:00',JSON.stringify(['reasoning']),'d:'+id,null,null,'[]','[]']);}\nfunction pair(id:string){const caps=JSON.stringify(['reasoning']);return {registerArgs:['register-agent',id,'--workstream','global','--role','test','--type','CHAT_UNPROVEN','--capabilities',caps],claimArgs:['claim','--agent',id,'--mode','INTERACTIVE','--lease-seconds','1800','--constitution-version','4','--constitution-sha256',CONST_SHA,'--registry-version','5']};}\nconst db=setup();task(db,'T1',20);task(db,'T2',10);const tx=new Tx(db);const out=await cohortRegisterClaimExactInTransactionV1(tx,[pair('A1'),pair('A2')]);console.log(JSON.stringify({ok:true,out,tasks:db.query(`SELECT id,state,lease_owner FROM brainvn_tasks ORDER BY id`),meta:db.query(`SELECT generation,new_event_count FROM brainvn_epoch_meta`)}));db.close();",[497],"c8631aee-62df-46a7-ab00-a91e67ad6930","r3a4_memsqlite_probe.ts","42e675da-ae44-11f1-982d-1607ee4eb77e",4,["D",1789174362846],"import { Database } from 'jsr:@denext/sqlite@0.1.2';\nconst db=await Database.open();\ndb.exec('CREATE TABLE t(id TEXT, v INT)');db.exec('INSERT INTO t VALUES(?,?)',['a',1]);\nconst rows=db.query<{id:string,v:number}>('SELECT * FROM t WHERE id=?',['a']);\nconsole.log(JSON.stringify({ok:rows.length===1&&rows[0].v===1,rows}));db.close();",[503],"65cc56a6-c28a-4a6b-83ca-4c8db3be066e","preserve_shadow_v1_cp25.ts","01a09317-9391-721f-b3be-d48008531199",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\nconst src=\"evidence/meta_architecture/prospective_cp25/SHADOW_RESULT_V1.json\";\nconst dst=\"evidence/meta_architecture/prospective_cp25/SHADOW_RESULT_V1_PRECLASSIFICATION_REPAIR.json\";\nconst txt=await(await blob.get(src)).text();\nawait blob.set(dst,txt);\nconst b=new TextEncoder().encode(txt),d=await crypto.subtle.digest(\"SHA-256\",b);\nconst sha=[...new Uint8Array(d)].map(x=>x.toString(16).padStart(2,\"0\")).join(\"\");\nconsole.log(JSON.stringify({src,dst,bytes:b.length,sha256:sha}));",[510],"fbe561fe-d86e-4e5f-9120-19ef8c1b89f5","metaarch_verdict_audit_m01.ts","01a09317-9391-721f-b3be-d39f209df618",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\nconst K={\n freeze:\"evidence/meta_architecture/prospective_m01/CEF_LITE_R1_FREEZE_EXACT.json\",\n synth:\"evidence/meta_architecture/prospective_m01/CEF_R1_SYNTH_FREEZE_EXACT.json\",\n cp25eval:\"evidence/meta_architecture/prospective_m01/CP25_EVALUATOR_EXACT.ts\",\n m01eval:\"evidence/meta_architecture/prospective_m01/M01_G1502_EVALUATOR_EXACT.ts\",\n cp25:\"evidence/meta_architecture/prospective_cp25/SHADOW_RESULT_V1.json\",\n g1502:\"evidence/meta_architecture/prospective_m01/SHADOW_RESULT_G1502_V1.json\"\n};\nconst OUT=\"evidence/meta_architecture/prospective_m01/VERDICT_AUDIT_V1.json\";\nconst enc=new TextEncoder();\nconst hash=async(s:string)=>[...new Uint8Array(await crypto.subtle.digest(\"SHA-256\",enc.encode(s)))].map(x=>x.toString(16).padStart(2,\"0\")).join(\"\");\nconst txt:any={}, hashes:any={}, bytes:any={};\nfor(const [n,k] of Object.entries(K)){const s=await(await blob.get(k as string)).text();txt[n]=s;hashes[n]=await hash(s);bytes[n]=enc.encode(s).length;}\nconst freeze=JSON.parse(txt.freeze), r1=JSON.parse(txt.cp25), r2=JSON.parse(txt.g1502);\nfunction structural(r:any){\n const rows:any[]=[]; let pass=true;\n for(const x of r.synthetic){\n const c=x.results.CEF_LITE_R1.critical_path_wall_seconds;\n const base=(x.name===\"COLD_SERIAL_24\"||x.name===\"COLD_CONFLICT_24\")\n ?x.results.SINGLE_N1.critical_path_wall_seconds:x.results.WIDTH_138.critical_path_wall_seconds;\n const ratio=base===0?null:c/base;\n const ok=ratio!==null&&ratio<=1.05+1e-12; rows.push({name:x.name,cef_seconds:c,comparator_seconds:base,ratio,pass:ok}); if(!ok)pass=false;\n }\n return {pass,rows};\n}\nconst s1=structural(r1),s2=structural(r2);\nconst shift=s1.rows.find((x:any)=>x.name===\"SHIFT_BROAD_64\");\nconst frozenReject=String(freeze.decision_rule?.REJECT||\"\");\nif(!frozenReject.includes(\"structural failure\")) throw new Error(\"FROZEN_REJECT_RULE_NOT_FOUND\");\nif(s1.pass||s2.pass) throw new Error(\"EXPECTED_STRUCTURAL_FAILURE_NOT_REPRODUCED\");\nif(!(shift?.ratio>1.05)) throw new Error(\"SHIFT_FAILURE_NOT_REPRODUCED\");\nif(r1.verdict?.structural_stress_pass!==false) throw new Error(\"SOURCE_DID_NOT_RECORD_STRUCTURAL_FALSE\");\nconst audit:any={\n schema:\"CEF_LITE_R1_VERDICT_AUDIT_V1\",\n classification:\"DETERMINISTIC_NONAUTHORITY_VERDICT_CORRECTION\",\n task:\"BRAIN-META-ARCHITECTURE-PROSPECTIVE-SHADOW-V1-20260906\",\n source_freeze_declared_sha256:r1.freeze_sha256,\n source_hashes:hashes,source_bytes:bytes,\n freeze_hash_matches_declared:hashes.freeze===r1.freeze_sha256,\n frozen_reject_rule:freeze.decision_rule.REJECT,\n cp25:{evaluation_snapshot:r1.evaluation_snapshot,actual_sample:r1.verdict.actual_sample,reported_verdict:r1.verdict.verdict,reported_reason:r1.verdict.reason,structural:s1},\n g1502:{evaluation_snapshot:r2.evaluation_snapshot,actual_sample:r2.verdict.actual_sample,reported_verdict:r2.verdict.verdict,reported_reason:r2.verdict.reason,structural:s2},\n decisive_counterexample:{name:\"SHIFT_BROAD_64\",cef_seconds:shift.cef_seconds,bounded_width_seconds:shift.comparator_seconds,ratio:shift.ratio,loss_fraction:shift.ratio-1,tolerance_ratio:1.05},\n implementation_bug:{\n description:\"Evaluator checks actual.length===0 before enforcing structural failure, so zero actual sample masks a predeclared REJECT condition.\",\n source_order:[\"if(actual.length===0) -> CONDITIONAL_PASS\",\"later else-if includes !structural -> REJECT\"],\n scientific_effect:\"Reported CONDITIONAL_PASS is inconsistent with frozen decision rule.\"\n },\n corrected_verdict:\"REJECT\",\n corrected_reason:\"FROZEN_STRUCTURAL_COUNTEREXAMPLE_FAILED\",\n semantic_correctness_claim:\"NOT_ESTABLISHED\",\n production_mutation:false,promotion:false,direct_sprites:false,human_authority_approval:false\n};\nconst out=JSON.stringify(audit,null,2), outSha=await hash(out); await blob.set(OUT,out);\nconsole.log(JSON.stringify({out:OUT,sha256:outSha,bytes:enc.encode(out).length,freeze_hash_matches_declared:audit.freeze_hash_matches_declared,corrected_verdict:audit.corrected_verdict,shift_ratio:shift.ratio,cp25_actual:r1.verdict.actual_sample,g1502_actual:r2.verdict.actual_sample},null,2));",[516],"fc1a65a5-2e03-4ed1-8659-d3746eced6b1","metaarch_result_summary_cp25.ts","01a09317-9391-721f-b3be-ce7c05a61550",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\nconst key=\"evidence/meta_architecture/prospective_cp25/SHADOW_RESULT_V1.json\";\nconst d:any=JSON.parse(await(await blob.get(key)).text());\nconst pick=(x:any)=>({\n name:x.name,input_tasks:x.input_tasks,\n cef:x.results.CEF_LITE_R1.critical_path_wall_seconds,\n n1:x.results.SINGLE_N1.critical_path_wall_seconds,\n n3:x.results.FIXED_N3.critical_path_wall_seconds,\n width:x.results.WIDTH_138.critical_path_wall_seconds,\n cef_workers:x.results.CEF_LITE_R1.activated_workers,\n cef_control:x.results.CEF_LITE_R1.control_plane_transactions,\n oracle_n:x.oracle_ceiling.best_n,\n oracle:x.oracle_ceiling.best_seconds,\n cef_oracle_regret:x.results.CEF_LITE_R1.oracle_regret,\n deadlocks:{\n cef:x.results.CEF_LITE_R1.deadlocked,\n n1:x.results.SINGLE_N1.deadlocked,\n n3:x.results.FIXED_N3.deadlocked,\n width:x.results.WIDTH_138.deadlocked\n }\n});\nconsole.log(JSON.stringify({\n schema:d.schema,classification:d.classification,freeze_sha256:d.freeze_sha256,\n cutoff_iso:d.cutoff_iso,frozen_worker_profile:d.frozen_worker_profile,\n dataset:d.dataset,\n actual:pick(d.actual),\n synthetic:d.synthetic.map(pick),\n verdict:d.verdict,\n guards:d.guards\n},null,2));",[522],"226deb0e-3fa5-40ce-a4bd-7d6180cc4bc8","metaarch_prospective_shadow_m01_g1502.ts","01a09317-9391-721f-b3be-c99df4760f73",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\n\ntype H={workstream:string,reqKey:string,dur:number};\ntype T={id:string,dur:number,arrival:number,deps:string[],writes:string[],workstream:string,reqKey:string,priority:number,finalState:string};\ntype PolicyName=\"SINGLE_N1\"|\"FIXED_N3\"|\"WIDTH_138\"|\"CEF_LITE_R1\";\nconst TRAIN=\"snapshots/brain_snapshot_g1384_b79d1480fd985a52.json\";\nconst EVAL=\"snapshots/brain_snapshot_g1502_81b7279d60860f9e.json\";\nconst OUT=\"evidence/meta_architecture/prospective_m01/SHADOW_RESULT_G1502_V1.json\";\nconst FREEZE_SHA=\"184f610badaa22b7d99defe6b021cf0974068ee0a72a29bfc1376b5b695156bb\";\nconst SURFACE=[1,3,8], ORACLE_NS=[1,2,3,4,6,8,12,16];\nconst TELE={\n staleRate:32/47,noReadyRate:52/92,recoveryRate:11/385,\n claim:108.75000007774518,commit:65.59574328204418,recover:117.12499838322401,\n warmStartup:108.75000007774518,coldStartup:892.4685210614151\n};\nconst j=(x:any,d:any)=>{try{return JSON.parse(x??JSON.stringify(d))}catch{return d}};\nconst ms=(x:any)=>{const t=Date.parse(String(x||\"\"));return Number.isFinite(t)?t:null};\nconst q=(xs:number[],p:number)=>{if(!xs.length)return null;const a=[...xs].sort((a,b)=>a-b);return a[Math.min(a.length-1,Math.floor((a.length-1)*p))]};\nconst med=(xs:number[])=>{if(!xs.length)return null;const a=[...xs].sort((a,b)=>a-b),m=Math.floor(a.length/2);return a.length%2?a[m]:(a[m-1]+a[m])/2};\nconst sha=async(s:string)=>{const b=new TextEncoder().encode(s),d=await crypto.subtle.digest(\"SHA-256\",b);return [...new Uint8Array(d)].map(x=>x.toString(16).padStart(2,\"0\")).join(\"\")};\nconst sortTask=(a:T,b:T)=>(b.priority-a.priority)||a.id.localeCompare(b.id);\nconst subset=(req:string[],caps:Set)=>req.every(x=>caps.has(x));\nconst sig=(req:string[])=>[...req].sort().join(\"|\");\n\nconst train:any=JSON.parse(await(await blob.get(TRAIN)).text());\nconst ev:any=JSON.parse(await(await blob.get(EVAL)).text());\nconst tsnap=train.snapshot||train, esnap=ev.snapshot||ev;\nconst trainEvents:any[]=train.events||[], evalEvents:any[]=ev.events||[];\nconst cutoff=Math.max(...trainEvents.map(e=>ms(e.ts)??-Infinity));\nif(!Number.isFinite(cutoff))throw new Error(\"NO_TRAINING_CUTOFF\");\n\nfunction eventMaps(events:any[]){\n const lease=new Map(),commit=new Map();\n for(const e of events){const id=String(e.task_id||\"\"),t=ms(e.ts);if(!id||t===null)continue;\n if(e.type===\"TASK_LEASED\"&&!lease.has(id))lease.set(id,t);\n if(e.type===\"TASK_RESULT_COMMITTED\"&&!commit.has(id))commit.set(id,t);\n }\n return {lease,commit};\n}\nconst trm=eventMaps(trainEvents), erm=eventMaps(evalEvents);\n\nconst profiles=(tsnap.agents||[]).filter((a:any)=>String(a.type)===\"CHAT\").map((a:any)=>{\n const caps=(j(a.capabilities_json,[]) as any[]).map(String).filter(x=>x!==\"human_authority_approval\").sort();\n return {id:String(a.id),caps:[...new Set(caps)]};\n}).filter((x:any)=>x.caps.length);\nprofiles.sort((a:any,b:any)=>b.caps.length-a.caps.length||JSON.stringify(a.caps).localeCompare(JSON.stringify(b.caps))||a.id.localeCompare(b.id));\nif(!profiles.length)throw new Error(\"NO_TRAINING_CHAT_PROFILE\");\nconst profile=profiles[0], capSet=new Set(profile.caps);\n\nconst trainTasks:any[]=tsnap.tasks||[], evalTasks:any[]=esnap.tasks||[];\nconst trainHist:H[]=[];\nfor(const t of trainTasks){\n const id=String(t.id),s=trm.lease.get(id),c=trm.commit.get(id);if(s===undefined||c===undefined||c<=s||c>cutoff)continue;\n const req=(j(t.requires_json,[]) as any[]).map(String);if(!subset(req,capSet))continue;\n trainHist.push({workstream:String(t.workstream||\"UNKNOWN\"),reqKey:sig(req),dur:(c-s)/1000});\n}\nconst trainDur=trainHist.map(x=>x.dur).filter(x=>x>0);\nif(trainDur.length<8)throw new Error(\"INSUFFICIENT_TRAIN_HISTORY\");\n\nconst raw=new Map(evalTasks.map(t=>[String(t.id),t]));\nconst preSatisfied=new Set();\nfor(const [id,c] of erm.commit)if(c<=cutoff)preSatisfied.add(id);\nconst candidates=new Map();\nlet postLeasePositive=0,capExcluded=0,noDuration=0;\nfor(const t of evalTasks){\n const id=String(t.id),s=erm.lease.get(id),c=erm.commit.get(id);\n if(s===undefined||s<=cutoff)continue; postLeasePositive++;\n if(c===undefined||c<=s){noDuration++;continue}\n const req=(j(t.requires_json,[]) as any[]).map(String);\n if(!subset(req,capSet)){capExcluded++;continue}\n const created=ms(t.created_at)??s;\n candidates.set(id,{\n id,dur:(c-s)/1000,arrival:Math.max(0,(Math.max(created,cutoff)-cutoff)/1000),\n deps:(j(t.depends_json,[]) as any[]).map(String),\n writes:(j(t.writes_json,[]) as any[]).map(String).sort(),\n workstream:String(t.workstream||\"UNKNOWN\"),reqKey:sig(req),priority:Number(t.priority||0),finalState:String(t.state||\"UNKNOWN\")\n });\n}\nlet changed=true,closureRemoved=0;\nwhile(changed){changed=false;for(const [id,t] of [...candidates]){\n const bad=t.deps.some(d=>!preSatisfied.has(d)&&!candidates.has(d));\n if(bad){candidates.delete(id);closureRemoved++;changed=true;}\n}}\nfor(const t of candidates.values())t.deps=t.deps.filter(d=>candidates.has(d));\nconst actual=[...candidates.values()].sort((a,b)=>a.arrival-b.arrival||sortTask(a,b));\n\nfunction conflictFree(ready:T[],running:any[]){\n const used=new Set();for(const r of running)for(const w of r.writes)used.add(w);\n const out:T[]=[];\n for(const t of [...ready].sort(sortTask)){\n if(t.writes.some(w=>used.has(w)))continue;\n out.push(t);for(const w of t.writes)used.add(w);\n }\n return out;\n}\nfunction estimate(t:T,h:H[]){\n const exact=h.filter(x=>x.workstream===t.workstream&&x.reqKey===t.reqKey).map(x=>x.dur);\n const ws=h.filter(x=>x.workstream===t.workstream).map(x=>x.dur);\n const global=h.map(x=>x.dur);\n let src:string,xs:number[],mult:number;\n if(exact.length>=3){src=\"exact\";xs=exact;mult=exact.length>=8?2:4}\n else if(ws.length>=5){src=\"workstream\";xs=ws;mult=8}\n else if(global.length>=8){src=\"global\";xs=global;mult=16}\n else {src=\"sparse\";xs=global;mult=256}\n const p50=med(xs)??TELE.commit,p90=q(xs,.9)??p50;\n return {point:p50,upper:Math.max(p90,p50*mult),src,n:xs.length};\n}\nfunction extraPenalty(n:number){\n const stale=TELE.staleRate*TELE.commit*Math.max(0,n-1)/Math.max(1,n);\n const recovery=Math.max(0,n-1)*TELE.recoveryRate*TELE.recover;\n return {stale,recovery,total:stale+recovery};\n}\nfunction cefTarget(ready:T[],running:any[],hist:H[],current:number,activated:number,startup:number){\n const cf=conflictFree(ready,running).slice(0,8),width=cf.length;\n if(width<3)return {target:1,scores:{1:0},width,sources:{}};\n const allowed=SURFACE.filter(n=>n===1||n<=width);\n const vals=cf.map(t=>({t,e:estimate(t,hist)}));\n const scores:any={},sources:any={};for(const x of vals)sources[x.e.src]=(sources[x.e.src]||0)+1;\n for(const n of allowed){\n const ds=vals.map(x=>x.e.upper),service=Math.max(Math.max(...ds),ds.reduce((a,b)=>a+b,0)/Math.min(n,width));\n const nw=Math.max(0,n-activated);\n const stale=vals.length*TELE.staleRate*TELE.commit*(n-1)/n;\n const recovery=(n-1)*TELE.recoveryRate*TELE.recover;\n const noready=Math.max(0,n-width)*TELE.noReadyRate*TELE.claim;\n scores[n]=service+nw*startup+nw*TELE.claim+stale+recovery+noready;\n }\n const best=[...allowed].sort((a,b)=>scores[a]-scores[b]||a-b)[0];\n let target=best;\n if(best>current&&scores[current]!==undefined&&scores[best]>scores[current]*0.85)target=current;\n if(!allowed.includes(target))target=best;\n return {target,scores,width,sources};\n}\nfunction widthTarget(ready:T[],running:any[]){\n const w=conflictFree(ready,running).length;return w>=8?8:w>=3?3:1;\n}\nfunction simulate(tasks:T[],policy:PolicyName,startup:number,seedHist:H[]=trainHist,fixedN=0){\n const hist:H[]=seedHist.map(x=>({...x}));const byId=new Map(tasks.map(t=>[t.id,t]));\n const done=new Set(),running:any[]=[];const workers:any[]=[{avail:0}];let target=1,activated=1,now=0;\n let controlTx=0,staleCost=0,recoveryCost=0,scaleUps=0,decisions=0;const trace:any[]=[];\n const firstArrival=tasks.length?Math.min(...tasks.map(t=>t.arrival)):0;\n const completedObs:any={COMPLETE:0,FAILED:0,CANCELLED:0,OTHER:0};\n function desired(ready:T[]){\n if(fixedN)return {target:fixedN,detail:{fixed:true}};\n if(policy===\"SINGLE_N1\")return {target:1,detail:{fixed:true}};\n if(policy===\"FIXED_N3\")return {target:3,detail:{fixed:true}};\n if(policy===\"WIDTH_138\")return {target:widthTarget(ready,running),detail:{width:conflictFree(ready,running).length}};\n const x=cefTarget(ready,running,hist,target,activated,startup);return {target:x.target,detail:x};\n }\n let guard=0;\n while(done.size=0;i--)if(running[i].finish<=now+1e-9){\n const x=running.splice(i,1)[0],t=byId.get(x.id)!;done.add(x.id);hist.push({workstream:t.workstream,reqKey:t.reqKey,dur:t.dur});\n const s=t.finalState.toUpperCase();if(s===\"COMPLETE\")completedObs.COMPLETE++;else if(s===\"FAILED\")completedObs.FAILED++;else if(s===\"CANCELLED\")completedObs.CANCELLED++;else completedObs.OTHER++;\n }\n const runningIds=new Set(running.map(x=>x.id));\n const ready=tasks.filter(t=>t.arrival<=now+1e-9&&!done.has(t.id)&&!runningIds.has(t.id)&&t.deps.every(d=>done.has(d)));\n const d=desired(ready);decisions++;\n if(d.target>activated){\n const add=d.target-activated;for(let k=1;k<=add;k++)workers.push({avail:now+startup*k});\n activated=d.target;controlTx+=add;scaleUps+=add;\n }\n target=d.target;\n if(trace.length<200)trace.push({t:now,ready:ready.length,running:running.length,target,activated,detail:d.detail});\n const busy=new Set(running.map(x=>x.worker));\n const idle:number[]=[];for(let w=0;wx.id!==t.id&&!running.some(r=>r.id===x.id)),running);\n }\n if(dispatched)continue;\n const nexts:number[]=[];\n for(const t of tasks)if(t.arrival>now+1e-9&&!done.has(t.id))nexts.push(t.arrival);\n for(const x of running)if(x.finish>now+1e-9)nexts.push(x.finish);\n for(let w=0;wnow+1e-9)nexts.push(workers[w].avail);\n if(!nexts.length)break;\n now=Math.min(...nexts);\n }\n const end=running.length?Math.max(now,...running.map(x=>x.finish)):now;\n return {policy:fixedN?(\"FIXED_N\"+fixedN):policy,tasks:tasks.length,completed:done.size,critical_path_wall_seconds:Math.max(0,end-firstArrival),\n activated_workers:activated,scale_up_workers:scaleUps,control_plane_transactions:controlTx,\n stale_retry_expected_cost_seconds:staleCost,recovery_expected_cost_seconds:recoveryCost,decisions,\n observable_final_states:completedObs,trace:trace.slice(0,80),deadlocked:done.size!==tasks.length};\n}\nfunction staticOracle(tasks:T[],startup:number,h:H[]){\n const rows=ORACLE_NS.map(n=>simulate(tasks,\"SINGLE_N1\",startup,h,n));\n const best=[...rows].sort((a,b)=>a.critical_path_wall_seconds-b.critical_path_wall_seconds||Number(a.policy.replace(\"FIXED_N\",\"\"))-Number(b.policy.replace(\"FIXED_N\",\"\")))[0];\n return {best_n:Number(best.policy.replace(\"FIXED_N\",\"\")),best_seconds:best.critical_path_wall_seconds,rows:rows.map(x=>({n:Number(x.policy.replace(\"FIXED_N\",\"\")),seconds:x.critical_path_wall_seconds}))};\n}\nfunction evalSet(name:string,tasks:T[],startup:number,h:H[]){\n const single=simulate(tasks,\"SINGLE_N1\",startup,h),fixed3=simulate(tasks,\"FIXED_N3\",startup,h),width=simulate(tasks,\"WIDTH_138\",startup,h),cef=simulate(tasks,\"CEF_LITE_R1\",startup,h);\n const oracle=staticOracle(tasks,startup,h);\n const add=(x:any)=>({...x,oracle_regret:oracle.best_seconds?x.critical_path_wall_seconds/oracle.best_seconds:null,trace:undefined});\n const fixed8=simulate(tasks,\"SINGLE_N1\",startup,h,8);\n return {name,input_tasks:tasks.length,results:{SINGLE_N1:add(single),FIXED_N3:add(fixed3),WIDTH_138:add(width),CEF_LITE_R1:add(cef)},\n oracle_ceiling:oracle,marginal_static:{n1_to_n3_seconds:single.critical_path_wall_seconds-fixed3.critical_path_wall_seconds,n3_to_n8_seconds:fixed3.critical_path_wall_seconds-fixed8.critical_path_wall_seconds}};\n}\nfunction synthTask(id:string,dur:number,deps:string[],writes:string[]):T{return{id,dur,arrival:0,deps,writes,workstream:\"SYN\",reqKey:\"\",priority:1,finalState:\"COMPLETE\"}}\nconst q25=q(trainDur,.25)!,q50=q(trainDur,.5)!,q75=q(trainDur,.75)!,q90=q(trainDur,.9)!;\nconst synthetic:any[]=[];\nsynthetic.push({name:\"COLD_BROAD_144\",startup:TELE.coldStartup,h:[],tasks:Array.from({length:144},(_,i)=>synthTask(\"b\"+i,q75,[],[\"w\"+i]))});\nsynthetic.push({name:\"COLD_SERIAL_24\",startup:TELE.coldStartup,h:[],tasks:Array.from({length:24},(_,i)=>synthTask(\"s\"+i,q50,i?[\"s\"+(i-1)]:[],[\"sw\"+i]))});\nsynthetic.push({name:\"COLD_CONFLICT_24\",startup:TELE.coldStartup,h:[],tasks:Array.from({length:24},(_,i)=>synthTask(\"c\"+i,q50,[],[\"shared\"]))});\nconst layered:T[]=[];for(let l=0;l<3;l++)for(let i=0;i<16;i++)layered.push(synthTask(\"l\"+l+\"_\"+i,q75,l?[\"l\"+(l-1)+\"_\"+i]:[],[\"lw\"+l+\"_\"+i]));\nsynthetic.push({name:\"COLD_LAYERED_48\",startup:TELE.coldStartup,h:[],tasks:layered});\nconst shiftDur=Math.max(q90,q25*16),shiftHist=Array.from({length:32},()=>({workstream:\"SYN\",reqKey:\"\",dur:q25}));\nsynthetic.push({name:\"SHIFT_BROAD_64\",startup:TELE.warmStartup,h:shiftHist,tasks:Array.from({length:64},(_,i)=>synthTask(\"x\"+i,shiftDur,[],[\"xw\"+i]))});\n\nconst actualEval=evalSet(\"ACTUAL_POST_G1384\",actual,TELE.warmStartup,trainHist);\nconst synthResults=synthetic.map(x=>evalSet(x.name,x.tasks,x.startup,x.h));\nconst manifest=actual.map(t=>({id:t.id,arrival:t.arrival,deps:t.deps,writes:t.writes,workstream:t.workstream,reqKey:t.reqKey,priority:t.priority,finalState:t.finalState,dur:t.dur}));\nconst manifestJson=JSON.stringify(manifest);\nconst result:any={\n schema:\"CEF_LITE_R1_PROSPECTIVE_SHADOW_RESULT_V1\",classification:\"PROSPECTIVE_SHADOW_NONAUTHORITY\",\n freeze_sha256:FREEZE_SHA,training_snapshot:TRAIN,evaluation_snapshot:EVAL,\n cutoff_iso:new Date(cutoff).toISOString(),frozen_worker_profile:profile,\n dataset:{post_cutoff_first_lease_tasks:postLeasePositive,capability_excluded:capExcluded,no_positive_duration:noDuration,closure_removed:closureRemoved,evaluation_tasks:actual.length,\n manifest_sha256:await sha(manifestJson),manifest_bytes:new TextEncoder().encode(manifestJson).length,training_history_tasks:trainHist.length,\n training_duration_quantiles_seconds:{q25,q50,q75,q90}},\n actual:actualEval,synthetic:synthResults,\n guards:[\n \"Policy freeze and synthetic generation rules were written before evaluation snapshot content was loaded.\",\n \"All policies receive identical task records, arrivals, dependency constraints, write conflicts, capability filter, service durations, and frozen control-plane cost model.\",\n \"CEF_LITE_R1 sees only arrivals/dependency completions/history available by each simulated decision event.\",\n \"The oracle is post-hoc static-N ceiling only and is never consulted by CEF_LITE_R1.\",\n \"Scheduling replay does not establish semantic task correctness; observable task final state is reported but not promoted into a correctness claim.\"\n ],\n production_mutation:false,promotion:false,direct_sprites:false,human_authority_approval:false\n};\nconst actualC=result.actual.results.CEF_LITE_R1, a1=result.actual.results.SINGLE_N1,a3=result.actual.results.FIXED_N3,aw=result.actual.results.WIDTH_138;\nconst structural=synthResults.every((x:any)=>{\n const c=x.results.CEF_LITE_R1,s=x.results.SINGLE_N1,w=x.results.WIDTH_138;\n if(x.name===\"COLD_SERIAL_24\"||x.name===\"COLD_CONFLICT_24\")return c.critical_path_wall_seconds<=s.critical_path_wall_seconds*1.05;\n return c.critical_path_wall_seconds<=w.critical_path_wall_seconds*1.05;\n});\nconst observableBad=(actualC.observable_final_states.FAILED||0)+(actualC.observable_final_states.CANCELLED||0);\nlet verdict:string,reason:string;\nif(actual.length===0){verdict=\"CONDITIONAL_PASS\";reason=\"NO_POST_CUTOFF_EVALUATION_TASKS\";}\nelse if(observableBad>0){verdict=\"REJECT\";reason=\"OBSERVABLE_FAILED_OR_CANCELLED_EVALUATION_TASKS\";}\nelse if(actualC.critical_path_wall_seconds>a1.critical_path_wall_seconds*1.000001||actualC.critical_path_wall_seconds>a3.critical_path_wall_seconds*1.000001||actualC.critical_path_wall_seconds>aw.critical_path_wall_seconds*1.05||!structural){verdict=\"REJECT\";reason=\"FROZEN_DECISION_RULE_FAILED\";}\nelse if(actual.length<20){verdict=\"CONDITIONAL_PASS\";reason=\"ACTUAL_POST_CUTOFF_SAMPLE_TOO_SMALL_FOR_PASS\";}\nelse{verdict=\"PASS\";reason=\"FROZEN_PASS_RULE_SATISFIED\";}\nresult.verdict={verdict,reason,actual_sample:actual.length,structural_stress_pass:structural,semantic_correctness_claim:\"NOT_ESTABLISHED\"};\nconst out=JSON.stringify(result,null,2);await blob.set(OUT,out);\nconsole.log(JSON.stringify({out,summary:{cutoff:result.cutoff_iso,dataset:result.dataset,actual:{cef:actualC.critical_path_wall_seconds,n1:a1.critical_path_wall_seconds,n3:a3.critical_path_wall_seconds,width:aw.critical_path_wall_seconds,oracle:result.actual.oracle_ceiling.best_seconds,oracle_n:result.actual.oracle_ceiling.best_n},synthetic:synthResults.map((x:any)=>({name:x.name,cef:x.results.CEF_LITE_R1.critical_path_wall_seconds,n1:x.results.SINGLE_N1.critical_path_wall_seconds,n3:x.results.FIXED_N3.critical_path_wall_seconds,width:x.results.WIDTH_138.critical_path_wall_seconds,oracle:x.oracle_ceiling.best_seconds,oracle_n:x.oracle_ceiling.best_n})),verdict:result.verdict}},null,2));\n",[528],"d2ed882f-63b8-450d-b3f2-0e293df7ea6b","metaarch_prospective_shadow_cp25.ts","01a09317-9391-721f-b3be-c51c9242397e",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\n\ntype H={workstream:string,reqKey:string,dur:number};\ntype T={id:string,dur:number,arrival:number,deps:string[],writes:string[],workstream:string,reqKey:string,priority:number,finalState:string};\ntype PolicyName=\"SINGLE_N1\"|\"FIXED_N3\"|\"WIDTH_138\"|\"CEF_LITE_R1\";\nconst TRAIN=\"snapshots/brain_snapshot_g1384_b79d1480fd985a52.json\";\nconst EVAL=\"snapshots/brain_snapshot_g1474_bf8d6eee19d24cbf.json\";\nconst OUT=\"evidence/meta_architecture/prospective_cp25/SHADOW_RESULT_V1.json\";\nconst FREEZE_SHA=\"184f610badaa22b7d99defe6b021cf0974068ee0a72a29bfc1376b5b695156bb\";\nconst SURFACE=[1,3,8], ORACLE_NS=[1,2,3,4,6,8,12,16];\nconst TELE={\n staleRate:32/47,noReadyRate:52/92,recoveryRate:11/385,\n claim:108.75000007774518,commit:65.59574328204418,recover:117.12499838322401,\n warmStartup:108.75000007774518,coldStartup:892.4685210614151\n};\nconst j=(x:any,d:any)=>{try{return JSON.parse(x??JSON.stringify(d))}catch{return d}};\nconst ms=(x:any)=>{const t=Date.parse(String(x||\"\"));return Number.isFinite(t)?t:null};\nconst q=(xs:number[],p:number)=>{if(!xs.length)return null;const a=[...xs].sort((a,b)=>a-b);return a[Math.min(a.length-1,Math.floor((a.length-1)*p))]};\nconst med=(xs:number[])=>{if(!xs.length)return null;const a=[...xs].sort((a,b)=>a-b),m=Math.floor(a.length/2);return a.length%2?a[m]:(a[m-1]+a[m])/2};\nconst sha=async(s:string)=>{const b=new TextEncoder().encode(s),d=await crypto.subtle.digest(\"SHA-256\",b);return [...new Uint8Array(d)].map(x=>x.toString(16).padStart(2,\"0\")).join(\"\")};\nconst sortTask=(a:T,b:T)=>(b.priority-a.priority)||a.id.localeCompare(b.id);\nconst subset=(req:string[],caps:Set)=>req.every(x=>caps.has(x));\nconst sig=(req:string[])=>[...req].sort().join(\"|\");\n\nconst train:any=JSON.parse(await(await blob.get(TRAIN)).text());\nconst ev:any=JSON.parse(await(await blob.get(EVAL)).text());\nconst tsnap=train.snapshot||train, esnap=ev.snapshot||ev;\nconst trainEvents:any[]=train.events||[], evalEvents:any[]=ev.events||[];\nconst cutoff=Math.max(...trainEvents.map(e=>ms(e.ts)??-Infinity));\nif(!Number.isFinite(cutoff))throw new Error(\"NO_TRAINING_CUTOFF\");\n\nfunction eventMaps(events:any[]){\n const lease=new Map(),commit=new Map();\n for(const e of events){const id=String(e.task_id||\"\"),t=ms(e.ts);if(!id||t===null)continue;\n if(e.type===\"TASK_LEASED\"&&!lease.has(id))lease.set(id,t);\n if(e.type===\"TASK_RESULT_COMMITTED\"&&!commit.has(id))commit.set(id,t);\n }\n return {lease,commit};\n}\nconst trm=eventMaps(trainEvents), erm=eventMaps(evalEvents);\n\nconst profiles=(tsnap.agents||[]).filter((a:any)=>String(a.type)===\"CHAT\").map((a:any)=>{\n const caps=(j(a.capabilities_json,[]) as any[]).map(String).filter(x=>x!==\"human_authority_approval\").sort();\n return {id:String(a.id),caps:[...new Set(caps)]};\n}).filter((x:any)=>x.caps.length);\nprofiles.sort((a:any,b:any)=>b.caps.length-a.caps.length||JSON.stringify(a.caps).localeCompare(JSON.stringify(b.caps))||a.id.localeCompare(b.id));\nif(!profiles.length)throw new Error(\"NO_TRAINING_CHAT_PROFILE\");\nconst profile=profiles[0], capSet=new Set(profile.caps);\n\nconst trainTasks:any[]=tsnap.tasks||[], evalTasks:any[]=esnap.tasks||[];\nconst trainHist:H[]=[];\nfor(const t of trainTasks){\n const id=String(t.id),s=trm.lease.get(id),c=trm.commit.get(id);if(s===undefined||c===undefined||c<=s||c>cutoff)continue;\n const req=(j(t.requires_json,[]) as any[]).map(String);if(!subset(req,capSet))continue;\n trainHist.push({workstream:String(t.workstream||\"UNKNOWN\"),reqKey:sig(req),dur:(c-s)/1000});\n}\nconst trainDur=trainHist.map(x=>x.dur).filter(x=>x>0);\nif(trainDur.length<8)throw new Error(\"INSUFFICIENT_TRAIN_HISTORY\");\n\nconst raw=new Map(evalTasks.map(t=>[String(t.id),t]));\nconst preSatisfied=new Set();\nfor(const [id,c] of erm.commit)if(c<=cutoff)preSatisfied.add(id);\nconst candidates=new Map();\nlet postLeasePositive=0,capExcluded=0,noDuration=0;\nfor(const t of evalTasks){\n const id=String(t.id),s=erm.lease.get(id),c=erm.commit.get(id);\n if(s===undefined||s<=cutoff)continue; postLeasePositive++;\n if(c===undefined||c<=s){noDuration++;continue}\n const req=(j(t.requires_json,[]) as any[]).map(String);\n if(!subset(req,capSet)){capExcluded++;continue}\n const created=ms(t.created_at)??s;\n candidates.set(id,{\n id,dur:(c-s)/1000,arrival:Math.max(0,(Math.max(created,cutoff)-cutoff)/1000),\n deps:(j(t.depends_json,[]) as any[]).map(String),\n writes:(j(t.writes_json,[]) as any[]).map(String).sort(),\n workstream:String(t.workstream||\"UNKNOWN\"),reqKey:sig(req),priority:Number(t.priority||0),finalState:String(t.state||\"UNKNOWN\")\n });\n}\nlet changed=true,closureRemoved=0;\nwhile(changed){changed=false;for(const [id,t] of [...candidates]){\n const bad=t.deps.some(d=>!preSatisfied.has(d)&&!candidates.has(d));\n if(bad){candidates.delete(id);closureRemoved++;changed=true;}\n}}\nfor(const t of candidates.values())t.deps=t.deps.filter(d=>candidates.has(d));\nconst actual=[...candidates.values()].sort((a,b)=>a.arrival-b.arrival||sortTask(a,b));\n\nfunction conflictFree(ready:T[],running:any[]){\n const used=new Set();for(const r of running)for(const w of r.writes)used.add(w);\n const out:T[]=[];\n for(const t of [...ready].sort(sortTask)){\n if(t.writes.some(w=>used.has(w)))continue;\n out.push(t);for(const w of t.writes)used.add(w);\n }\n return out;\n}\nfunction estimate(t:T,h:H[]){\n const exact=h.filter(x=>x.workstream===t.workstream&&x.reqKey===t.reqKey).map(x=>x.dur);\n const ws=h.filter(x=>x.workstream===t.workstream).map(x=>x.dur);\n const global=h.map(x=>x.dur);\n let src:string,xs:number[],mult:number;\n if(exact.length>=3){src=\"exact\";xs=exact;mult=exact.length>=8?2:4}\n else if(ws.length>=5){src=\"workstream\";xs=ws;mult=8}\n else if(global.length>=8){src=\"global\";xs=global;mult=16}\n else {src=\"sparse\";xs=global;mult=256}\n const p50=med(xs)??TELE.commit,p90=q(xs,.9)??p50;\n return {point:p50,upper:Math.max(p90,p50*mult),src,n:xs.length};\n}\nfunction extraPenalty(n:number){\n const stale=TELE.staleRate*TELE.commit*Math.max(0,n-1)/Math.max(1,n);\n const recovery=Math.max(0,n-1)*TELE.recoveryRate*TELE.recover;\n return {stale,recovery,total:stale+recovery};\n}\nfunction cefTarget(ready:T[],running:any[],hist:H[],current:number,activated:number,startup:number){\n const cf=conflictFree(ready,running).slice(0,8),width=cf.length;\n if(width<3)return {target:1,scores:{1:0},width,sources:{}};\n const allowed=SURFACE.filter(n=>n===1||n<=width);\n const vals=cf.map(t=>({t,e:estimate(t,hist)}));\n const scores:any={},sources:any={};for(const x of vals)sources[x.e.src]=(sources[x.e.src]||0)+1;\n for(const n of allowed){\n const ds=vals.map(x=>x.e.upper),service=Math.max(Math.max(...ds),ds.reduce((a,b)=>a+b,0)/Math.min(n,width));\n const nw=Math.max(0,n-activated);\n const stale=vals.length*TELE.staleRate*TELE.commit*(n-1)/n;\n const recovery=(n-1)*TELE.recoveryRate*TELE.recover;\n const noready=Math.max(0,n-width)*TELE.noReadyRate*TELE.claim;\n scores[n]=service+nw*startup+nw*TELE.claim+stale+recovery+noready;\n }\n const best=[...allowed].sort((a,b)=>scores[a]-scores[b]||a-b)[0];\n let target=best;\n if(best>current&&scores[current]!==undefined&&scores[best]>scores[current]*0.85)target=current;\n if(!allowed.includes(target))target=best;\n return {target,scores,width,sources};\n}\nfunction widthTarget(ready:T[],running:any[]){\n const w=conflictFree(ready,running).length;return w>=8?8:w>=3?3:1;\n}\nfunction simulate(tasks:T[],policy:PolicyName,startup:number,seedHist:H[]=trainHist,fixedN=0){\n const hist:H[]=seedHist.map(x=>({...x}));const byId=new Map(tasks.map(t=>[t.id,t]));\n const done=new Set(),running:any[]=[];const workers:any[]=[{avail:0}];let target=1,activated=1,now=0;\n let controlTx=0,staleCost=0,recoveryCost=0,scaleUps=0,decisions=0;const trace:any[]=[];\n const firstArrival=tasks.length?Math.min(...tasks.map(t=>t.arrival)):0;\n const completedObs:any={COMPLETE:0,FAILED:0,CANCELLED:0,OTHER:0};\n function desired(ready:T[]){\n if(fixedN)return {target:fixedN,detail:{fixed:true}};\n if(policy===\"SINGLE_N1\")return {target:1,detail:{fixed:true}};\n if(policy===\"FIXED_N3\")return {target:3,detail:{fixed:true}};\n if(policy===\"WIDTH_138\")return {target:widthTarget(ready,running),detail:{width:conflictFree(ready,running).length}};\n const x=cefTarget(ready,running,hist,target,activated,startup);return {target:x.target,detail:x};\n }\n let guard=0;\n while(done.size=0;i--)if(running[i].finish<=now+1e-9){\n const x=running.splice(i,1)[0],t=byId.get(x.id)!;done.add(x.id);hist.push({workstream:t.workstream,reqKey:t.reqKey,dur:t.dur});\n const s=t.finalState.toUpperCase();if(s===\"COMPLETE\")completedObs.COMPLETE++;else if(s===\"FAILED\")completedObs.FAILED++;else if(s===\"CANCELLED\")completedObs.CANCELLED++;else completedObs.OTHER++;\n }\n const runningIds=new Set(running.map(x=>x.id));\n const ready=tasks.filter(t=>t.arrival<=now+1e-9&&!done.has(t.id)&&!runningIds.has(t.id)&&t.deps.every(d=>done.has(d)));\n const d=desired(ready);decisions++;\n if(d.target>activated){\n const add=d.target-activated;for(let k=1;k<=add;k++)workers.push({avail:now+startup*k});\n activated=d.target;controlTx+=add;scaleUps+=add;\n }\n target=d.target;\n if(trace.length<200)trace.push({t:now,ready:ready.length,running:running.length,target,activated,detail:d.detail});\n const busy=new Set(running.map(x=>x.worker));\n const idle:number[]=[];for(let w=0;wx.id!==t.id&&!running.some(r=>r.id===x.id)),running);\n }\n if(dispatched)continue;\n const nexts:number[]=[];\n for(const t of tasks)if(t.arrival>now+1e-9&&!done.has(t.id))nexts.push(t.arrival);\n for(const x of running)if(x.finish>now+1e-9)nexts.push(x.finish);\n for(let w=0;wnow+1e-9)nexts.push(workers[w].avail);\n if(!nexts.length)break;\n now=Math.min(...nexts);\n }\n const end=running.length?Math.max(now,...running.map(x=>x.finish)):now;\n return {policy:fixedN?(\"FIXED_N\"+fixedN):policy,tasks:tasks.length,completed:done.size,critical_path_wall_seconds:Math.max(0,end-firstArrival),\n activated_workers:activated,scale_up_workers:scaleUps,control_plane_transactions:controlTx,\n stale_retry_expected_cost_seconds:staleCost,recovery_expected_cost_seconds:recoveryCost,decisions,\n observable_final_states:completedObs,trace:trace.slice(0,80),deadlocked:done.size!==tasks.length};\n}\nfunction staticOracle(tasks:T[],startup:number,h:H[]){\n const rows=ORACLE_NS.map(n=>simulate(tasks,\"SINGLE_N1\",startup,h,n));\n const best=[...rows].sort((a,b)=>a.critical_path_wall_seconds-b.critical_path_wall_seconds||Number(a.policy.replace(\"FIXED_N\",\"\"))-Number(b.policy.replace(\"FIXED_N\",\"\")))[0];\n return {best_n:Number(best.policy.replace(\"FIXED_N\",\"\")),best_seconds:best.critical_path_wall_seconds,rows:rows.map(x=>({n:Number(x.policy.replace(\"FIXED_N\",\"\")),seconds:x.critical_path_wall_seconds}))};\n}\nfunction evalSet(name:string,tasks:T[],startup:number,h:H[]){\n const single=simulate(tasks,\"SINGLE_N1\",startup,h),fixed3=simulate(tasks,\"FIXED_N3\",startup,h),width=simulate(tasks,\"WIDTH_138\",startup,h),cef=simulate(tasks,\"CEF_LITE_R1\",startup,h);\n const oracle=staticOracle(tasks,startup,h);\n const add=(x:any)=>({...x,oracle_regret:oracle.best_seconds?x.critical_path_wall_seconds/oracle.best_seconds:null,trace:undefined});\n const fixed8=simulate(tasks,\"SINGLE_N1\",startup,h,8);\n return {name,input_tasks:tasks.length,results:{SINGLE_N1:add(single),FIXED_N3:add(fixed3),WIDTH_138:add(width),CEF_LITE_R1:add(cef)},\n oracle_ceiling:oracle,marginal_static:{n1_to_n3_seconds:single.critical_path_wall_seconds-fixed3.critical_path_wall_seconds,n3_to_n8_seconds:fixed3.critical_path_wall_seconds-fixed8.critical_path_wall_seconds}};\n}\nfunction synthTask(id:string,dur:number,deps:string[],writes:string[]):T{return{id,dur,arrival:0,deps,writes,workstream:\"SYN\",reqKey:\"\",priority:1,finalState:\"COMPLETE\"}}\nconst q25=q(trainDur,.25)!,q50=q(trainDur,.5)!,q75=q(trainDur,.75)!,q90=q(trainDur,.9)!;\nconst synthetic:any[]=[];\nsynthetic.push({name:\"COLD_BROAD_144\",startup:TELE.coldStartup,h:[],tasks:Array.from({length:144},(_,i)=>synthTask(\"b\"+i,q75,[],[\"w\"+i]))});\nsynthetic.push({name:\"COLD_SERIAL_24\",startup:TELE.coldStartup,h:[],tasks:Array.from({length:24},(_,i)=>synthTask(\"s\"+i,q50,i?[\"s\"+(i-1)]:[],[\"sw\"+i]))});\nsynthetic.push({name:\"COLD_CONFLICT_24\",startup:TELE.coldStartup,h:[],tasks:Array.from({length:24},(_,i)=>synthTask(\"c\"+i,q50,[],[\"shared\"]))});\nconst layered:T[]=[];for(let l=0;l<3;l++)for(let i=0;i<16;i++)layered.push(synthTask(\"l\"+l+\"_\"+i,q75,l?[\"l\"+(l-1)+\"_\"+i]:[],[\"lw\"+l+\"_\"+i]));\nsynthetic.push({name:\"COLD_LAYERED_48\",startup:TELE.coldStartup,h:[],tasks:layered});\nconst shiftDur=Math.max(q90,q25*16),shiftHist=Array.from({length:32},()=>({workstream:\"SYN\",reqKey:\"\",dur:q25}));\nsynthetic.push({name:\"SHIFT_BROAD_64\",startup:TELE.warmStartup,h:shiftHist,tasks:Array.from({length:64},(_,i)=>synthTask(\"x\"+i,shiftDur,[],[\"xw\"+i]))});\n\nconst actualEval=evalSet(\"ACTUAL_POST_G1384\",actual,TELE.warmStartup,trainHist);\nconst synthResults=synthetic.map(x=>evalSet(x.name,x.tasks,x.startup,x.h));\nconst manifest=actual.map(t=>({id:t.id,arrival:t.arrival,deps:t.deps,writes:t.writes,workstream:t.workstream,reqKey:t.reqKey,priority:t.priority,finalState:t.finalState,dur:t.dur}));\nconst manifestJson=JSON.stringify(manifest);\nconst result:any={\n schema:\"CEF_LITE_R1_PROSPECTIVE_SHADOW_RESULT_V1\",classification:\"PROSPECTIVE_SHADOW_NONAUTHORITY\",\n freeze_sha256:FREEZE_SHA,training_snapshot:TRAIN,evaluation_snapshot:EVAL,\n cutoff_iso:new Date(cutoff).toISOString(),frozen_worker_profile:profile,\n dataset:{post_cutoff_first_lease_tasks:postLeasePositive,capability_excluded:capExcluded,no_positive_duration:noDuration,closure_removed:closureRemoved,evaluation_tasks:actual.length,\n manifest_sha256:await sha(manifestJson),manifest_bytes:new TextEncoder().encode(manifestJson).length,training_history_tasks:trainHist.length,\n training_duration_quantiles_seconds:{q25,q50,q75,q90}},\n actual:actualEval,synthetic:synthResults,\n guards:[\n \"Policy freeze and synthetic generation rules were written before evaluation snapshot content was loaded.\",\n \"All policies receive identical task records, arrivals, dependency constraints, write conflicts, capability filter, service durations, and frozen control-plane cost model.\",\n \"CEF_LITE_R1 sees only arrivals/dependency completions/history available by each simulated decision event.\",\n \"The oracle is post-hoc static-N ceiling only and is never consulted by CEF_LITE_R1.\",\n \"Scheduling replay does not establish semantic task correctness; observable task final state is reported but not promoted into a correctness claim.\"\n ],\n production_mutation:false,promotion:false,direct_sprites:false,human_authority_approval:false\n};\nconst actualC=result.actual.results.CEF_LITE_R1, a1=result.actual.results.SINGLE_N1,a3=result.actual.results.FIXED_N3,aw=result.actual.results.WIDTH_138;\nconst structural=synthResults.every((x:any)=>{\n const c=x.results.CEF_LITE_R1,s=x.results.SINGLE_N1,w=x.results.WIDTH_138;\n if(x.name===\"COLD_SERIAL_24\"||x.name===\"COLD_CONFLICT_24\")return c.critical_path_wall_seconds<=s.critical_path_wall_seconds*1.05;\n return c.critical_path_wall_seconds<=w.critical_path_wall_seconds*1.05;\n});\nconst observableBad=(actualC.observable_final_states.FAILED||0)+(actualC.observable_final_states.CANCELLED||0);\nlet verdict:string,reason:string;\nif(actual.length===0){verdict=\"CONDITIONAL_PASS\";reason=\"NO_POST_CUTOFF_EVALUATION_TASKS\";}\nelse if(observableBad>0){verdict=\"REJECT\";reason=\"OBSERVABLE_FAILED_OR_CANCELLED_EVALUATION_TASKS\";}\nelse if(actualC.critical_path_wall_seconds>a1.critical_path_wall_seconds*1.000001||actualC.critical_path_wall_seconds>a3.critical_path_wall_seconds*1.000001||actualC.critical_path_wall_seconds>aw.critical_path_wall_seconds*1.05||!structural){verdict=\"REJECT\";reason=\"FROZEN_DECISION_RULE_FAILED\";}\nelse if(actual.length<20){verdict=\"CONDITIONAL_PASS\";reason=\"ACTUAL_POST_CUTOFF_SAMPLE_TOO_SMALL_FOR_PASS\";}\nelse{verdict=\"PASS\";reason=\"FROZEN_PASS_RULE_SATISFIED\";}\nresult.verdict={verdict,reason,actual_sample:actual.length,structural_stress_pass:structural,semantic_correctness_claim:\"NOT_ESTABLISHED\"};\nconst out=JSON.stringify(result,null,2);await blob.set(OUT,out);\nconsole.log(JSON.stringify({out,summary:{cutoff:result.cutoff_iso,dataset:result.dataset,actual:{cef:actualC.critical_path_wall_seconds,n1:a1.critical_path_wall_seconds,n3:a3.critical_path_wall_seconds,width:aw.critical_path_wall_seconds,oracle:result.actual.oracle_ceiling.best_seconds,oracle_n:result.actual.oracle_ceiling.best_n},synthetic:synthResults.map((x:any)=>({name:x.name,cef:x.results.CEF_LITE_R1.critical_path_wall_seconds,n1:x.results.SINGLE_N1.critical_path_wall_seconds,n3:x.results.FIXED_N3.critical_path_wall_seconds,width:x.results.WIDTH_138.critical_path_wall_seconds,oracle:x.oracle_ceiling.best_seconds,oracle_n:x.oracle_ceiling.best_n})),verdict:result.verdict}},null,2));\n",[534],"b3f0cc4e-7504-46d9-a1c2-d66ea9e24ab4","live_sf_reg_4d71.ts","01a09317-9391-721f-b3be-c14e5c74a699",["D",1789174188714],"import { sqlite } from \"https://esm.town/v/std/sqlite/main.ts\";\nimport {\n activeLeaseDecision,activeLeaseSql,LEASE_SECONDS,leaseOneSql,MAX_JOB_TIMEOUT,\n normalizeDispatch,PRIORITY_CAP,recoverExpiredSql,resultSql\n} from \"./brain_bridge_worker.ts\";\n\nconst T=\"brain_bridge_live_reg_\"+crypto.randomUUID().replaceAll(\"-\",\"\");\nconst out:any={tests:[],failures:[]};\nfunction ok(name:string,cond:boolean,detail:any={}){out.tests.push({name,ok:!!cond,detail});if(!cond)out.failures.push(name);}\nasync function ex(sql:string,args:any[]=[]){return await sqlite.execute({sql,args});}\nconst oldSql=(table:string)=>`UPDATE ${table}\n SET state='LEASED',lease_owner=?,lease_expires_at=datetime('now','+90 seconds'),updated_at=datetime('now')\n WHERE id=(SELECT id FROM ${table} WHERE state='READY'\n ORDER BY CASE WHEN priority > ${PRIORITY_CAP} THEN ${PRIORITY_CAP} ELSE priority END DESC,created_at,id LIMIT 1)\n RETURNING id`;\n\nawait sqlite.execute(`CREATE TABLE ${T}(\n id TEXT PRIMARY KEY,priority REAL NOT NULL DEFAULT 0,op TEXT NOT NULL,payload_json TEXT NOT NULL,\n state TEXT NOT NULL DEFAULT 'READY',lease_owner TEXT,lease_expires_at TEXT,result_json TEXT,error_json TEXT,\n created_at TEXT NOT NULL,updated_at TEXT NOT NULL)`);\ntry{\n const p=JSON.stringify({args:[\"status\"],timeout:60});\n for(let i=0;i<64;i++){\n await ex(`INSERT INTO ${T}(id,priority,op,payload_json,state,created_at,updated_at)\n VALUES(?,?, 'brain',?,'READY',?,?)`,\n [\"job-\"+String(i).padStart(3,\"0\"),64-i,p,\"2026-01-01 00:00:\"+String(i%60).padStart(2,\"0\"),\"2026-01-01 00:00:00\"]);\n }\n\n const old:any[]=await Promise.all(Array.from({length:16},()=>ex(oldSql(T),[\"dup-worker\"])));\n const oldIds=old.flatMap(x=>(x.rows||[]).map((r:any)=>r.id));\n ok(\"baseline_old_sql_multi_lease\",oldIds.length>1,{leased:oldIds.length});\n\n await ex(`UPDATE ${T} SET state='READY',lease_owner=NULL,lease_expires_at=NULL,result_json=NULL,error_json=NULL`);\n const fresh:any[]=await Promise.all(Array.from({length:32},()=>ex(leaseOneSql(T),[\"dup-worker\",\"dup-worker\"])));\n const freshIds=fresh.flatMap(x=>(x.rows||[]).map((r:any)=>r.id));\n const active:any=await ex(activeLeaseSql(T),[\"dup-worker\"]);\n ok(\"live_atomic_single_flight\",freshIds.length===1 && active.rows.length===1,{leased:freshIds.length,active:active.rows.length,id:freshIds[0]});\n ok(\"live_active_not_redelivered\",activeLeaseDecision(active.rows).kind===\"busy\",activeLeaseDecision(active.rows));\n\n const workers=Array.from({length:16},(_,i)=>\"worker-\"+i);\n const indep:any[]=await Promise.all(workers.map(w=>ex(leaseOneSql(T),[w,w])));\n const indepIds=indep.flatMap(x=>(x.rows||[]).map((r:any)=>r.id));\n ok(\"live_distinct_workers_progress\",indepIds.length===16 && new Set(indepIds).size===16,{count:indepIds.length});\n\n for(const cmd of [\"status\",\"verify-chain\",\"verify-claim-graph\",\"register-agent\",\"claim\",\"renew-lease\",\"commit\",\"checkpoint\"]){\n ok(\"allowed_\"+cmd,normalizeDispatch(\"brain\",JSON.stringify({args:[cmd],timeout:60})).ok);\n }\n ok(\"boot_rejected\",!normalizeDispatch(\"brain\",JSON.stringify({args:[\"boot\"],timeout:60})).ok);\n ok(\"raw_boot_agent_rejected\",!normalizeDispatch(\"brain\",JSON.stringify({args:[\"boot-agent\"],timeout:60})).ok);\n ok(\"recover_leases_rejected\",!normalizeDispatch(\"brain\",JSON.stringify({args:[\"recover-leases\"],timeout:60})).ok);\n ok(\"timeout_120_allowed\",normalizeDispatch(\"brain\",JSON.stringify({args:[\"status\"],timeout:120})).ok);\n ok(\"timeout_121_rejected\",!normalizeDispatch(\"brain\",JSON.stringify({args:[\"status\"],timeout:121})).ok);\n ok(\"open_brain_schema_rejected\",!normalizeDispatch(\"brain\",JSON.stringify({args:[\"status\"],timeout:60,extra:true})).ok);\n\n ok(\"read_join_allowed\",normalizeDispatch(\"read_text\",JSON.stringify({path:\"/brain/JOIN_PROTOCOL.md\",max_bytes:200000})).ok);\n ok(\"read_artifact_allowed\",normalizeDispatch(\"read_text\",JSON.stringify({path:\"/brain/artifacts/x.json\",max_bytes:1})).ok);\n ok(\"read_traversal_rejected\",!normalizeDispatch(\"read_text\",JSON.stringify({path:\"/brain/artifacts/../brain.db\",max_bytes:10})).ok);\n ok(\"read_directory_rejected\",!normalizeDispatch(\"read_text\",JSON.stringify({path:\"/brain/artifacts/\",max_bytes:10})).ok);\n ok(\"read_oversize_rejected\",!normalizeDispatch(\"read_text\",JSON.stringify({path:\"/brain/artifacts/x\",max_bytes:200001})).ok);\n\n await ex(`UPDATE ${T} SET state='COMPLETE',lease_owner=NULL,lease_expires_at=NULL`);\n await ex(`INSERT INTO ${T}(id,priority,op,payload_json,state,created_at,updated_at) VALUES\n ('overcap-old',1e300,'brain',?,'READY','2026-01-01 00:00:00','2026-01-01 00:00:00'),\n ('overcap-new',1e301,'brain',?,'READY','2026-01-02 00:00:00','2026-01-02 00:00:00')`,[p,p]);\n const cap:any=await ex(leaseOneSql(T),[\"cap-worker\",\"cap-worker\"]);\n ok(\"live_priority_cap_fifo\",cap.rows?.[0]?.id===\"overcap-old\",{row:cap.rows?.[0]});\n ok(\"lease_exceeds_max_timeout\",LEASE_SECONDS>MAX_JOB_TIMEOUT,{LEASE_SECONDS,MAX_JOB_TIMEOUT});\n\n const capId=cap.rows?.[0]?.id;\n const accepted:any=await ex(resultSql(T),[\"COMPLETE\",\"{}\",\"\",capId,\"cap-worker\"]);\n ok(\"valid_result_accepted\",(accepted.rows?.length||0)===1);\n\n await ex(`UPDATE ${T} SET state='LEASED',lease_owner='late',lease_expires_at=datetime('now','-1 second') WHERE id='overcap-new'`);\n const late:any=await ex(resultSql(T),[\"COMPLETE\",\"{}\",\"\", \"overcap-new\",\"late\"]);\n ok(\"expired_result_rejected\",(late.rows?.length||0)===0);\n await sqlite.execute(recoverExpiredSql(T));\n const recovered:any=await ex(`SELECT state,lease_owner FROM ${T} WHERE id='overcap-new'`);\n ok(\"expired_lease_recovered\",recovered.rows?.[0]?.state===\"READY\" && recovered.rows[0].lease_owner===null,{row:recovered.rows?.[0]});\n\n const rs=normalizeDispatch(\"brain\",JSON.stringify({args:[\"recover-stale\"],timeout:60}));\n out.observation={recover_stale_val_dispatch_allowed:rs.ok,separate_global_alias_task_required:true};\n out.summary={passed:out.tests.filter((x:any)=>x.ok).length,failed:out.failures.length,total:out.tests.length};\n console.log(JSON.stringify(out,null,2));\n}finally{await sqlite.execute(`DROP TABLE IF EXISTS ${T}`)}\nif(out.failures.length)throw new Error(\"LIVE_SINGLEFLIGHT_REGRESSION_FAILURE:\"+out.failures.join(\",\"));\n",[540],"095e2f51-49f0-4a22-ba61-c9c7d0f6eca7","inspect_bridge_snapshot_http.ts","01a09317-9391-721f-b3be-bd0009895ffa",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\nexport default async function(req:Request){\n const u=new URL(req.url);\n const q=(u.searchParams.get(\"q\")||\"\").toLowerCase();\n const key=\"snapshots/brain_snapshot_g1235_08f571acc715207e.json\";\n const d=JSON.parse(await (await blob.get(key)).text());\n const hit=(x:any)=>JSON.stringify(x).toLowerCase().includes(q);\n const tasks=(d?.snapshot?.tasks||[]).filter(hit).map((x:any)=>({\n id:x.id,workstream:x.workstream,state:x.state,priority:x.priority,dedupe_key:x.dedupe_key,\n result_event_id:x.result_event_id,context_manifest:x.context_manifest,requires_json:x.requires_json,writes_json:x.writes_json\n }));\n const arts=(d?.artifacts||[]).filter(hit).map((x:any)=>({\n logical_name:x.logical_name,sha256:x.sha256,size:x.size,storage_json:x.storage_json,task_id:x.task_id,producer_agent:x.producer_agent\n }));\n const events=(d?.events||[]).filter(hit).slice(-30).map((x:any)=>({\n id:x.id,ts:x.ts,type:x.type,workstream:x.workstream,task_id:x.task_id,payload:JSON.parse(x.payload_json)\n }));\n return Response.json({q,generation:d?.snapshot?.generation,tasks,artifacts:arts,events});\n}",[546],"eb47eff6-230c-47cd-a980-7b527d096654","inspect_bridge_snapshot.ts","01a09317-9391-721f-b3be-ba9df8ad6bb1",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\n\nexport default async function() {\n const key=\"snapshots/brain_snapshot_g1235_08f571acc715207e.json\";\n const raw=await (await blob.get(key)).text();\n const d=JSON.parse(raw);\n const s=(x:any)=>JSON.stringify(x).toLowerCase();\n const hit=(x:any)=>[\"bridge\",\"worker-v2\",\"brain-val\",\"bridge_worker\",\"val-bridge\"].some(k=>s(x).includes(k));\n const tasks=(d?.snapshot?.tasks||[]).filter(hit).map((x:any)=>({\n id:x.id,workstream:x.workstream,state:x.state,dedupe_key:x.dedupe_key,\n context_manifest:x.context_manifest,requires_json:x.requires_json,writes_json:x.writes_json,\n result_event_id:x.result_event_id,lease_owner:x.lease_owner\n }));\n const artifacts=(d?.artifacts||[]).filter(hit).map((x:any)=>({\n sha256:x.sha256,logical_name:x.logical_name,storage_json:x.storage_json,\n producer_agent:x.producer_agent,task_id:x.task_id,size:x.size\n }));\n const recovery=(d?.recovery_files||[]).filter(hit).map((x:any)=>({\n logical_path:x.logical_path,sha256:x.sha256,size:x.size,\n excerpt:(x.content_utf8||\"\").slice(0,3000)\n }));\n const events=(d?.events||[]).filter(hit).slice(-60).map((x:any)=>({\n id:x.id,ts:x.ts,type:x.type,workstream:x.workstream,agent_id:x.agent_id,task_id:x.task_id,\n payload_json:x.payload_json\n }));\n const out={key,generation:d?.snapshot?.generation,event_head_hash:d?.snapshot?.event_head_hash,\n tasks,artifacts,recovery,events};\n console.log(JSON.stringify(out));\n return {ok:true,counts:{tasks:tasks.length,artifacts:artifacts.length,recovery:recovery.length,events:events.length}};\n}",[552],"3d488084-80b0-4335-9552-a8e69336fd64","find_ready.ts","01a09317-9391-721f-b3be-b6220df07fe8",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\nconst doc:any=JSON.parse(await (await blob.get(\"snapshots/brain_snapshot_g1283_5da37ce43c942522.json\")).text());\nconst s=JSON.stringify(doc);\nfor(const needle of [\"def best_ready_task\",\"excluded_repair_lease_owner\"]){\n let p=0,c=0;\n while(c<5 && (p=s.indexOf(needle,p))>=0){\n console.log(\"\\n=== \"+needle+\" ===\\n\"+s.slice(Math.max(0,p-2200),p+12000));\n p+=needle.length;c++;\n }\n}",[558],"4edb4117-cfa4-44e1-b666-f01e5eff19a7","find_delegate.ts","01a09317-9391-721f-b3be-b20369f7d302",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\nconst key=\"snapshots/brain_snapshot_g1283_5da37ce43c942522.json\";\nconst doc:any=JSON.parse(await (await blob.get(key)).text());\nconst s=JSON.stringify(doc);\nfor(const needle of [\"delegate-task\",\"def delegate_task\",\"add_parser(\\\\\\\"delegate-task\"]){\n const i=s.indexOf(needle);\n if(i>=0) console.log(needle+\"\\n\"+s.slice(Math.max(0,i-2500),i+7000));\n}",[564],"2c45cca4-7ba1-4c78-9827-06003ec896b5","find_claim.ts","01a09317-9391-721f-b3be-acd974c7d0c6",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\nconst doc:any=JSON.parse(await (await blob.get(\"snapshots/brain_snapshot_g1283_5da37ce43c942522.json\")).text());\nconst s=JSON.stringify(doc);\nfor(const needle of [\"def claim_internal\",\"excluded_repair_lease_owner\",\"assigned_agent\",\"capability_mismatch\"]){\n const i=s.indexOf(needle);\n if(i>=0) console.log(\"\\n=== \"+needle+\" ===\\n\"+s.slice(Math.max(0,i-3000),i+12000));\n}",[570],"3e810b87-dbde-4a1a-93c5-57fb6816cb03",["D",1789174188714],"import { blob } from \"https://esm.town/v/std/blob/main.ts\";\n\nconst MAX_BYTES = 5 * 1024 * 1024;\nconst SNAP_PREFIX = \"snapshots/brain_snapshot_g\";\n\nfunction json(obj: unknown, status = 200) {\n return new Response(JSON.stringify(obj), {\n status,\n headers: { \"content-type\": \"application/json; charset=utf-8\" },\n });\n}\n\nasync function sha256Hex(bytes: Uint8Array): Promise {\n const digest = await crypto.subtle.digest(\"SHA-256\", bytes);\n return [...new Uint8Array(digest)].map((b) => b.toString(16).padStart(2, \"0\")).join(\"\");\n}\n\nasync function sha256Text(s: string): Promise {\n return sha256Hex(new TextEncoder().encode(s));\n}\n\nfunction validHex64(x: unknown): x is string {\n return typeof x === \"string\" && /^[0-9a-f]{64}$/.test(x);\n}\n\nfunction q(x: unknown): string {\n return JSON.stringify(x);\n}\n\nfunction canonicalEventBytes(e: any): Uint8Array {\n // Python Brain event hashes use canonical JSON with sorted outer keys and the already-canonical payload_json bytes.\n if (typeof e.payload_json !== \"string\") throw new Error(\"BAD_EVENT_PAYLOAD_JSON\");\n try { JSON.parse(e.payload_json); } catch { throw new Error(\"INVALID_EVENT_PAYLOAD_JSON\"); }\n const raw =\n `{\"agent_id\":${q(e.agent_id)},\"event_uuid\":${q(e.event_uuid)},\"payload\":${e.payload_json},\"prev_hash\":${q(e.prev_hash)},\"task_id\":${q(e.task_id)},\"ts\":${q(e.ts)},\"type\":${q(e.type)},\"workstream\":${q(e.workstream)}}`;\n return new TextEncoder().encode(raw);\n}\n\nasync function verifySnapshotInternals(doc: any) {\n const events = Array.isArray(doc?.events) ? doc.events : null;\n const snap = doc?.snapshot;\n if (!events || !snap) throw new Error(\"MALFORMED_SNAPSHOT\");\n if (!Number.isInteger(snap.generation) || snap.generation < 0) throw new Error(\"BAD_GENERATION\");\n if (!validHex64(snap.event_head_hash)) throw new Error(\"BAD_EVENT_HEAD\");\n if (snap.event_count !== events.length) throw new Error(\"EVENT_COUNT_MISMATCH\");\n\n let prev = \"0\".repeat(64);\n let expectedId = 1;\n for (const e of events) {\n if (e.id !== expectedId) throw new Error(\"NONCONTIGUOUS_EVENT_IDS\");\n if (e.prev_hash !== prev) throw new Error(\"BROKEN_PREV_LINK\");\n if (!validHex64(e.event_hash)) throw new Error(\"BAD_EVENT_HASH_FIELD\");\n const computed = await sha256Hex(canonicalEventBytes(e));\n if (computed !== e.event_hash) throw new Error(`EVENT_HASH_MISMATCH:${e.id}`);\n prev = e.event_hash;\n expectedId++;\n }\n if (prev !== snap.event_head_hash) throw new Error(\"HEAD_LINK_MISMATCH\");\n\n for (const r of (Array.isArray(doc.recovery_files) ? doc.recovery_files : [])) {\n if (typeof r?.logical_path !== \"string\" || typeof r?.content_utf8 !== \"string\") {\n throw new Error(\"BAD_RECOVERY_FILE_RECORD\");\n }\n const b = new TextEncoder().encode(r.content_utf8);\n if (b.length !== r.size) throw new Error(`RECOVERY_FILE_SIZE_MISMATCH:${r.logical_path}`);\n if (!validHex64(r.sha256)) throw new Error(`BAD_RECOVERY_FILE_SHA:${r.logical_path}`);\n const h = await sha256Hex(b);\n if (h !== r.sha256) throw new Error(`RECOVERY_FILE_SHA_MISMATCH:${r.logical_path}`);\n }\n\n for (const c of (Array.isArray(snap.claims) ? snap.claims : [])) {\n if (typeof c?.statement_json !== \"string\" || !validHex64(c?.statement_sha256)) {\n throw new Error(`BAD_CLAIM_RECORD:${String(c?.id)}`);\n }\n try { JSON.parse(c.statement_json); } catch { throw new Error(`INVALID_CLAIM_JSON:${String(c.id)}`); }\n const h = await sha256Text(c.statement_json);\n if (h !== c.statement_sha256) throw new Error(`CLAIM_STATEMENT_HASH_MISMATCH:${String(c.id)}`);\n }\n\n return {\n generation: snap.generation,\n event_head_hash: snap.event_head_hash,\n event_count: events.length,\n claim_count: Array.isArray(snap.claims) ? snap.claims.length : 0,\n recovery_file_count: Array.isArray(doc.recovery_files) ? doc.recovery_files.length : 0,\n };\n}\n\nfunction generationFromKey(key: string): number {\n const m = key.match(/^snapshots\\/brain_snapshot_g(\\d+)_([0-9a-f]{16})\\.json$/);\n return m ? Number(m[1]) : -1;\n}\n\nasync function latestEntry() {\n const entries = await blob.list(SNAP_PREFIX);\n const valid = entries.filter((e: any) => generationFromKey(e.key) >= 0);\n valid.sort((a: any, b: any) => {\n const dg = generationFromKey(b.key) - generationFromKey(a.key);\n if (dg !== 0) return dg;\n return String(b.lastModified).localeCompare(String(a.lastModified));\n });\n return valid[0];\n}\n\nexport default async function (req: Request) {\n const token = Deno.env.get(\"BRAIN_CHECKPOINT_TOKEN\");\n if (!token) return json({ ok: false, error: \"SERVER_TOKEN_MISSING\" }, 500);\n if (req.headers.get(\"authorization\") !== `Bearer ${token}`) {\n return json({ ok: false, error: \"UNAUTHORIZED\" }, 401);\n }\n\n if (req.method === \"GET\") {\n const url = new URL(req.url);\n const entry = await latestEntry();\n if (!entry) return json({ ok: false, error: \"NO_SNAPSHOTS\" }, 404);\n const stored = new Uint8Array(await (await blob.get(entry.key)).arrayBuffer());\n const sha256 = await sha256Hex(stored);\n let doc: any;\n try { doc = JSON.parse(new TextDecoder().decode(stored)); }\n catch { return json({ ok: false, error: \"STORED_SNAPSHOT_INVALID_JSON\" }, 500); }\n let verified;\n try { verified = await verifySnapshotInternals(doc); }\n catch (e) { return json({ ok: false, error: String(e instanceof Error ? e.message : e) }, 500); }\n\n if (url.searchParams.get(\"download\") === \"1\") {\n return new Response(stored, {\n status: 200,\n headers: {\n \"content-type\": \"application/json\",\n \"x-brain-key\": entry.key,\n \"x-brain-sha256\": sha256,\n \"x-brain-generation\": String(verified.generation),\n \"x-brain-event-head\": verified.event_head_hash,\n \"x-brain-size\": String(stored.length),\n \"x-brain-provider-verified\": \"event-hashes,recovery-files,claims\",\n },\n });\n }\n\n return json({\n ok: true,\n key: entry.key,\n size: stored.length,\n sha256,\n generation: verified.generation,\n event_head_hash: verified.event_head_hash,\n event_count: verified.event_count,\n claim_count: verified.claim_count,\n recovery_file_count: verified.recovery_file_count,\n provider_verified: [\"event_hashes\", \"recovery_file_hashes\", \"claim_statement_hashes\"],\n classification: \"DURABILITY_ONLY_NONAUTHORITY\",\n });\n }\n\n if (req.method !== \"POST\") return json({ ok: false, error: \"METHOD_NOT_ALLOWED\" }, 405);\n\n const bytes = new Uint8Array(await req.arrayBuffer());\n if (bytes.length === 0 || bytes.length > MAX_BYTES) {\n return json({ ok: false, error: \"SIZE_OUT_OF_RANGE\", size: bytes.length }, 413);\n }\n\n let doc: any;\n try { doc = JSON.parse(new TextDecoder().decode(bytes)); }\n catch { return json({ ok: false, error: \"INVALID_JSON\" }, 400); }\n\n let verified;\n try { verified = await verifySnapshotInternals(doc); }\n catch (e) { return json({ ok: false, error: String(e instanceof Error ? e.message : e) }, 400); }\n\n const sha256 = await sha256Hex(bytes);\n const claimedSha = req.headers.get(\"x-brain-sha256\");\n const claimedGeneration = req.headers.get(\"x-brain-generation\");\n const claimedHead = req.headers.get(\"x-brain-event-head\");\n\n if (claimedSha && claimedSha !== sha256) return json({ ok: false, error: \"SHA_HEADER_MISMATCH\" }, 400);\n if (claimedGeneration && Number(claimedGeneration) !== verified.generation) return json({ ok: false, error: \"GENERATION_HEADER_MISMATCH\" }, 400);\n if (claimedHead && claimedHead !== verified.event_head_hash) return json({ ok: false, error: \"HEAD_HEADER_MISMATCH\" }, 400);\n\n const key = `snapshots/brain_snapshot_g${verified.generation}_${sha256.slice(0, 16)}.json`;\n await blob.set(key, bytes);\n\n const readback = new Uint8Array(await (await blob.get(key)).arrayBuffer());\n const readbackSha = await sha256Hex(readback);\n if (readback.length !== bytes.length || readbackSha !== sha256) {\n return json({ ok: false, error: \"PROVIDER_READBACK_MISMATCH\" }, 500);\n }\n\n return json({\n ok: true,\n provider: \"val-town\",\n key,\n size: bytes.length,\n sha256,\n generation: verified.generation,\n event_head_hash: verified.event_head_hash,\n event_count: verified.event_count,\n claim_count: verified.claim_count,\n recovery_file_count: verified.recovery_file_count,\n provider_verified: [\"event_hashes\", \"recovery_file_hashes\", \"claim_statement_hashes\", \"readback_sha256\"],\n classification: \"DURABILITY_ONLY_NONAUTHORITY\",\n });\n}",[238],"8d858618-20c4-404a-813d-cd7bcf319264",["D",1789174188714],"{\n \"schema\": \"CEF_LITE_R1_SYNTHETIC_STRESS_FREEZE_V1\",\n \"parent_freeze_sha256\": \"184f610badaa22b7d99defe6b021cf0974068ee0a72a29bfc1376b5b695156bb\",\n \"source_training_snapshot\": \"snapshots/brain_snapshot_g1384_b79d1480fd985a52.json\",\n \"generation_rules\": {\n \"training_duration_pool\": \"positive first-lease to first-commit durations from training snapshot for tasks compatible with frozen worker profile\",\n \"quantiles\": \"nearest-rank q25/q50/q75/q90 from training duration pool, computed before any evaluation-snapshot read\",\n \"COLD_BROAD_144\": \"144 tasks arrive t=0, no dependencies, unique write resource each, duration=q75, empty service history for policy\",\n \"COLD_SERIAL_24\": \"24 tasks arrive t=0, dependency chain, unique write each, duration=q50, empty history\",\n \"COLD_CONFLICT_24\": \"24 tasks arrive t=0, no dependencies, all write the same resource, duration=q50, empty history\",\n \"COLD_LAYERED_48\": \"48 tasks arrive t=0 in three layers of 16; layer k depends position-wise on layer k-1; unique writes; duration=q75, empty history\",\n \"SHIFT_BROAD_64\": \"Policy history is seeded with 32 completed synthetic tasks duration=q25; then 64 mutually disjoint tasks arrive t=0 with duration=max(q90,q25*16).\"\n },\n \"regime\": {\n \"COLD_BROAD_144\": \"cold\",\n \"COLD_SERIAL_24\": \"cold\",\n \"COLD_CONFLICT_24\": \"cold\",\n \"COLD_LAYERED_48\": \"cold\",\n \"SHIFT_BROAD_64\": \"warm\"\n },\n \"same_inputs_for_all_policies\": true,\n \"post_evaluation_tuning_forbidden\": true,\n \"promotion\": false\n}\n",[231],"4b4d80d1-5687-41db-b672-5a687d7967e1",["D",1789174188714],"{\n \"schema\": \"CEF_LITE_R1_PROSPECTIVE_FREEZE_V1\",\n \"classification\": \"FROZEN_CANDIDATE_NONAUTHORITY_BEFORE_EVALUATION_INTERNALS\",\n \"task\": \"BRAIN-META-ARCHITECTURE-PROSPECTIVE-SHADOW-V1-20260906\",\n \"agent\": \"chat-bbn-20260906-0100-sol-cp25\",\n \"source_training_snapshot\": \"snapshots/brain_snapshot_g1384_b79d1480fd985a52.json\",\n \"source_training_estimator\": \"evidence/meta_architecture/independent_a7f/HISTORICAL_ESTIMATOR_V1.json\",\n \"source_independent_seal\": \"evidence/meta_architecture/independent_a7f/SEAL_V3.json\",\n \"evaluation_snapshot\": \"snapshots/brain_snapshot_g1474_bf8d6eee19d24cbf.json\",\n \"evaluation_cut\": \"Only tasks whose first lease is strictly after max event timestamp in training snapshot g1384; policy freeze occurs before evaluation snapshot content is read.\",\n \"policy\": {\n \"id\": \"CEF_LITE_R1\",\n \"worker_surface\": [\n 1,\n 3,\n 8\n ],\n \"initial_target\": 1,\n \"default_target\": 1,\n \"decision_events\": [\n \"task_arrival\",\n \"task_completion\",\n \"worker_activation\"\n ],\n \"information_allowed\": [\n \"task metadata already created by decision time\",\n \"dependency completion observed by decision time\",\n \"task requires_json and writes_json\",\n \"pre-cutoff registered CHAT capability profiles\",\n \"durations of tasks completed before decision time\",\n \"worker activations already paid/observed\",\n \"frozen pre-evaluation control-plane telemetry below\"\n ],\n \"forbidden\": [\n \"future task arrivals\",\n \"future topology/component membership\",\n \"future service durations\",\n \"evaluation-snapshot outcomes before simulated completion\",\n \"oracle-selected worker count\",\n \"post-evaluation parameter tuning\"\n ],\n \"worker_profile_rule\": \"From training snapshot only: among CHAT agents excluding any profile containing human_authority_approval, choose the capability set with maximum cardinality; tie-break by lexicographically sorted JSON. All compared policies receive identical copies of this frozen profile.\",\n \"readiness\": \"Task is ready only after arrival and all in-evaluation dependencies finish; dependencies completed before cutoff are treated as satisfied. Build a causal-closed evaluation subset; tasks requiring capabilities outside the frozen profile are excluded from every policy.\",\n \"write_conflict\": \"Two tasks may overlap only when their nonempty writes_json sets are disjoint. Conflict-free frontier width is computed greedily by priority descending then task id, identically for every policy.\",\n \"service_estimator\": {\n \"exact_signature_min\": 3,\n \"workstream_min\": 5,\n \"global_min\": 8,\n \"point\": \"median of eligible history\",\n \"upper\": \"max(observed p90, median * uncertainty_multiplier)\",\n \"uncertainty_multiplier\": {\n \"exact_ge_8\": 2,\n \"exact_3_to_7\": 4,\n \"workstream_ge_5\": 8,\n \"global_ge_8\": 16,\n \"sparse_global_lt_8\": 256\n },\n \"no_history_base_seconds\": 65.59574328204418,\n \"note\": \"Sparse multiplier is deliberately conservative because sealed g1384 evidence showed ~215x median underestimation in the early 143-task broad component. It is a hedge, not a calibrated posterior.\"\n },\n \"candidate_score\": {\n \"horizon\": \"up to 8 greedily conflict-free currently ready tasks\",\n \"service_term\": \"max(max robust duration in horizon, sum robust durations / min(N,horizon_width))\",\n \"startup_term\": \"new_workers_to_activate * startup_seconds_for_regime\",\n \"scale_control_term\": \"new_workers_to_activate * mean_claim_e2e_seconds\",\n \"stale_integration_term\": \"horizon_count * stale_commit_rate * mean_commit_e2e_seconds * (N-1)/N\",\n \"recovery_term\": \"(N-1) * recovery_related_failure_rate * mean_recover_e2e_seconds\",\n \"no_ready_term\": \"max(0,N-horizon_width) * no_ready_claim_rate * mean_claim_e2e_seconds\",\n \"selection\": \"Evaluate N in {1,3,8}; choose minimum score. To preserve N=1 default and prevent noise-driven scaling, choose the smaller currently active target unless a larger candidate improves score by at least 15%. Never target above conflict-free width except N=1.\",\n \"scale_down\": \"Target may fall after decision events, but already activated workers remain warm; busy work is never preempted.\"\n }\n },\n \"frozen_pre_eval_control_plane\": {\n \"observation_window\": \"60 minutes immediately before freeze\",\n \"total_brain_jobs\": 385,\n \"commit_jobs\": 47,\n \"stale_commit_jobs\": 32,\n \"stale_commit_rate\": 0.6808510638297872,\n \"claim_jobs\": 92,\n \"no_ready_claim_jobs\": 52,\n \"no_ready_claim_rate\": 0.5652173913043478,\n \"recovery_related_failures\": 11,\n \"recovery_related_failure_rate\": 0.02857142857142857,\n \"total_queue_jobs\": 395,\n \"coordination_jobs\": 288,\n \"coordination_fraction\": 0.7291139240506329,\n \"mean_e2e_seconds\": {\n \"claim\": 108.75000007774518,\n \"status\": 195.8367341331073,\n \"verify_claim_graph\": 202.18749884516,\n \"verify_chain\": 203.2291724346578,\n \"commit\": 65.59574328204418,\n \"register_agent\": 182.4651155707448,\n \"recover_stale\": 117.12499838322401\n },\n \"warm_startup_seconds\": 108.75000007774518,\n \"cold_startup_seconds\": 892.4685210614151\n },\n \"comparators\": {\n \"SINGLE_N1\": \"fixed target 1\",\n \"FIXED_N3\": \"fixed target 3\",\n \"WIDTH_138\": \"implementable baseline: target 1 when conflict-free width<3, 3 when width 3..7, 8 when width>=8; no duration estimates\",\n \"FULL_INFORMATION_ORACLE\": \"unattainable ceiling only; after evaluation, best static N over [1,2,3,4,6,8,12,16] with true durations and full evaluation topology\"\n },\n \"regimes\": {\n \"ACTUAL_POST_G1384\": \"warm system; arrivals preserved from g1474 post-cutoff data\",\n \"COLD_SYNTHETIC\": \"cold-start stress uses frozen cold_startup_seconds\",\n \"WARM_SYNTHETIC\": \"warm stress uses frozen warm_startup_seconds\"\n },\n \"synthetic_stress_predeclared\": [\n \"COLD_BROAD_144: 144 mutually write-disjoint ready tasks at t=0, no prior service history\",\n \"COLD_SERIAL_24: 24-task dependency chain at t=0, no history\",\n \"COLD_CONFLICT_24: 24 independent dependency-wise tasks sharing one mutable write resource, no history\",\n \"COLD_LAYERED_48: three 16-task layers, disjoint writes within layer, no history\",\n \"SHIFT_BROAD_64: short-task history followed by 64 long mutually disjoint tasks to test nonstationarity\"\n ],\n \"metrics\": [\n \"critical_path_wall_seconds\",\n \"verified_completion_count/rate from observable final state\",\n \"observable invalid/failed final-state rate\",\n \"control_plane_transactions\",\n \"stale_retry_expected_cost_seconds\",\n \"recovery_expected_cost_seconds\",\n \"service_estimator calibration ratio after outcomes reveal\",\n \"regret versus full-information oracle ceiling\",\n \"marginal N1->N3 and N3->N8 value\"\n ],\n \"decision_rule\": {\n \"PASS\": \"CEF_LITE_R1 beats or matches SINGLE_N1 and FIXED_N3 on actual post-cutoff critical path, does not lose to WIDTH_138 by >5%, has no observable correctness/validity degradation, and passes all structural cold/sparse tests without future leakage.\",\n \"CONDITIONAL_PASS\": \"No material correctness degradation and CEF_LITE_R1 is competitive but evidence is sparse, mixed, or actual post-cutoff sample is too small for promotion.\",\n \"REJECT\": \"Material correctness/validity degradation, >5% actual critical-path loss to a simple implementable comparator without compensating verified benefit, future-information dependence, or structural failure on declared cold/sparse counterexamples.\"\n },\n \"promotion\": false,\n \"production_mutation\": false,\n \"direct_sprites\": false,\n \"human_authority_approval\": false\n}\n",[224],"5e716b7e-998c-47ea-8db1-c4ec8f11f31b",["D",1789174188714],"import { cohortRegisterClaimExactInTransactionV1 } from \"./val_native_kernel_v1.ts\";\n\nfunction assert(cond:boolean,msg:string){ if(!cond) throw new Error(msg); }\n\n// Contract test for R3A2 architecture. This is intentionally narrow: the cohort\n// path must delegate canonical scheduling to the ordinary kernel register/claim\n// implementation inside the caller's existing transaction. It must not own a\n// second task selector.\nassert(typeof cohortRegisterClaimExactInTransactionV1 === \"function\", \"EXACT_KERNEL_COHORT_HELPER_MISSING\");\n\nconst kernelSource = await (await fetch(new URL(\"./val_native_kernel_v1.ts\", import.meta.url))).text();\nconst executorSource = await (await fetch(new URL(\"./val_native_executor_prod.ts\", import.meta.url))).text();\n\nassert(kernelSource.includes(\"txContext.run(tx\"), \"HELPER_MUST_BIND_EXISTING_TRANSACTION\");\nassert(kernelSource.includes(\"await register(pair.registerArgs)\"), \"HELPER_MUST_REUSE_ORDINARY_REGISTER\");\nassert(kernelSource.includes(\"await claim(pair.claimArgs)\"), \"HELPER_MUST_REUSE_ORDINARY_CLAIM\");\nassert(kernelSource.includes(\"reg_generation\"), \"HELPER_MUST_RETURN_REGISTER_GENERATION\");\nassert(kernelSource.includes(\"claim_generation\"), \"HELPER_MUST_RETURN_CLAIM_GENERATION\");\nassert(kernelSource.includes(\"reg_event_head_hash\"), \"HELPER_MUST_RETURN_REGISTER_HEAD\");\nassert(kernelSource.includes(\"claim_event_head_hash\"), \"HELPER_MUST_RETURN_CLAIM_HEAD\");\nassert(kernelSource.includes(\"COHORT_REGISTER_GENERATION_DRIFT\"), \"REGISTER_RESULT_GENERATION_MUST_MATCH_META\");\nassert(kernelSource.includes(\"COHORT_CLAIM_GENERATION_DRIFT\"), \"CLAIM_RESULT_GENERATION_MUST_MATCH_META\");\n\nassert(executorSource.includes(\"cohortRegisterClaimExactInTransactionV1\"), \"EXECUTOR_MUST_IMPORT_EXACT_KERNEL_HELPER\");\nassert(!executorSource.includes(\"function cohortIndependenceSensitive(\"), \"EXECUTOR_PRIVATE_ALLOCATOR_MUST_BE_REMOVED\");\nassert(!executorSource.includes(\"COHORT_DYNAMIC_CAUSAL_FALLBACK\"), \"COHORT_MUST_NOT_REJECT_DYNAMIC_CAUSAL_TASKS_WITH_PRIVATE_FALLBACK\");\nassert(!executorSource.includes(\"const used=new Set(),activeWrites\"), \"EXECUTOR_PRIVATE_TASK_SELECTION_LOOP_MUST_BE_REMOVED\");\n\nconsole.log(JSON.stringify({\n ok:true,\n contract:\"R3A2_EXACT_KERNEL_COHORT_V1\",\n properties:[\n \"ordinary_register_reused\",\n \"ordinary_claim_reused\",\n \"existing_transaction_bound\",\n \"private_allocator_removed\",\n \"per_operation_generation_and_head_returned\"\n ]\n}));\n",[217],"f66b0756-1378-47e3-bbc7-a1b116b3e27d",["D",1789174188714],"import { sqlite } from \"https://esm.town/v/std/sqlite/main.ts\";\n\nconst WORKER_TOKEN = Deno.env.get(\"BRAIN_BRIDGE_WORKER_TOKEN\") || \"\";\nconst JOB_TABLE = \"brain_bridge_jobs\";\nexport const STALE_SECONDS = 90;\nexport const DEAD_SECONDS = 180;\nexport const PRIORITY_CAP = 1_000_000_000;\nexport const MAX_JOB_TIMEOUT = 120;\nexport const LEASE_SECONDS = 180;\nexport const MAX_READ_BYTES = 200_000;\n\nexport const SUPPORTED_BRAIN_COMMANDS = [\n \"status\",\n \"verify-chain\",\n \"verify-claim-graph\",\n \"register-agent\",\n \"ensure-task\",\n \"delegate-task\",\n \"claim\",\n \"renew-lease\",\n \"commit\",\n \"checkpoint\",\n \"add-claim\",\n \"invalidate-claim\",\n \"supersede-task-context\",\n \"migrate-task-invariants\",\n \"reconcile-causal-blocks\"\n] as const;\nconst SUPPORTED = new Set(SUPPORTED_BRAIN_COMMANDS);\n\nfunction json(v:unknown,status=200){return Response.json(v,{status});}\nfunction tableName(table:string){if(!/^[A-Za-z_][A-Za-z0-9_]*$/.test(table))throw new Error(\"BAD_TABLE\");return table;}\n\nexport function classifyWorkerAge(ageSeconds:number|null){\n if(ageSeconds===null || !Number.isFinite(ageSeconds)) return {state:\"UNKNOWN\",reason:\"NO_WORKER_HEARTBEAT\"};\n if(ageSeconds<=STALE_SECONDS) return {state:\"HEALTHY\",reason:\"RECENT_WORKER_POLL\"};\n if(ageSeconds<=DEAD_SECONDS) return {state:\"DEGRADED\",reason:\"WORKER_POLL_STALE\"};\n return {state:\"DOWN\",reason:\"WORKER_POLL_DEAD\"};\n}\nexport function effectivePriority(x:number){if(!Number.isFinite(x))return 0;return Math.min(x,PRIORITY_CAP);}\nexport function healthHttpStatus(workerState:string,duplicateActiveLeases:number,expiredLeases:number){\n return workerState===\"HEALTHY\" && duplicateActiveLeases===0 && expiredLeases===0 ? 200 : 503;\n}\nexport function activeLeaseDecision(rows:any[]){\n if(rows.length>1)return {kind:\"conflict\" as const,count:rows.length};\n if(rows[0])return {kind:\"busy\" as const,active_job_id:String(rows[0].id),lease_expires_at:rows[0].lease_expires_at};\n return {kind:\"free\" as const};\n}\n\nexport function recoverExpiredSql(table=JOB_TABLE){\n table=tableName(table);\n return `UPDATE ${table}\n SET state='READY',lease_owner=NULL,lease_expires_at=NULL,updated_at=datetime('now')\n WHERE state='LEASED' AND lease_expires_at IS NOT NULL AND lease_expires_at <= datetime('now')`;\n}\nexport function activeLeaseSql(table=JOB_TABLE){\n table=tableName(table);\n return `SELECT id,op,payload_json,priority,lease_expires_at\n FROM ${table}\n WHERE state='LEASED' AND lease_owner=? AND lease_expires_at > datetime('now')\n ORDER BY lease_expires_at,id LIMIT 2`;\n}\nexport function leaseOneSql(table=JOB_TABLE){\n table=tableName(table);\n return `UPDATE ${table}\n SET state='LEASED',lease_owner=?,lease_expires_at=datetime('now','+${LEASE_SECONDS} seconds'),updated_at=datetime('now')\n WHERE id=(\n SELECT j.id FROM ${table} j\n WHERE j.state='READY'\n AND NOT EXISTS(\n SELECT 1 FROM ${table} x\n WHERE x.state='LEASED' AND x.lease_owner=? AND x.lease_expires_at > datetime('now')\n )\n ORDER BY CASE WHEN j.priority > ${PRIORITY_CAP} THEN ${PRIORITY_CAP} ELSE j.priority END DESC,\n j.created_at,j.id\n LIMIT 1\n )\n RETURNING id,op,payload_json,priority,lease_expires_at`;\n}\nexport function resultSql(table=JOB_TABLE){\n table=tableName(table);\n return `UPDATE ${table}\n SET state=?,result_json=?,error_json=?,lease_expires_at=NULL,updated_at=datetime('now')\n WHERE id=? AND state='LEASED' AND lease_owner=? AND lease_expires_at > datetime('now')\n RETURNING id,state`;\n}\n\nexport type DispatchResult=\n | {ok:true;payload_json:string}\n | {ok:false;error:string};\n\nfunction exactKeys(q:any, expected:string[]){\n const got=Object.keys(q).sort();\n const want=[...expected].sort();\n return got.length===want.length && got.every((k,i)=>k===want[i]);\n}\n\nexport function normalizeDispatch(op:string,payloadJson:string):DispatchResult{\n let q:any;try{q=JSON.parse(payloadJson)}catch{return {ok:false,error:\"PAYLOAD_JSON_INVALID\"}}\n if(!q || typeof q!==\"object\" || Array.isArray(q))return {ok:false,error:\"PAYLOAD_OBJECT_REQUIRED\"};\n\n if(op===\"brain\"){\n if(!exactKeys(q,[\"args\",\"timeout\"]))return {ok:false,error:\"BRAIN_PAYLOAD_SCHEMA_NOT_CLOSED\"};\n if(!Array.isArray(q.args) || q.args.length<1 || q.args.some((x:any)=>typeof x!==\"string\"))return {ok:false,error:\"BRAIN_ARGS_INVALID\"};\n if(!Number.isInteger(q.timeout) || q.timeout<1 || q.timeout>MAX_JOB_TIMEOUT)return {ok:false,error:\"BRAIN_TIMEOUT_INVALID\"};\n const cmd=q.args[0];\n if(cmd===\"boot\")return {ok:false,error:\"BOOT_NOT_ATOMIC_USE_REGISTER_AGENT_THEN_CLAIM\"};\n if(cmd===\"boot-agent\")return {ok:false,error:\"RAW_BOOT_AGENT_NOT_BRIDGE_COMMAND\"};\n if(cmd===\"recover-leases\" || cmd===\"recover-stale\")return {ok:false,error:\"RECOVER_LEASE_ALIAS_NOT_AVAILABLE_ON_CURRENT_EXECUTOR\"};\n if(!SUPPORTED.has(cmd))return {ok:false,error:\"BRAIN_SUBCOMMAND_NOT_ALLOWED\"};\n return {ok:true,payload_json:JSON.stringify({args:q.args,timeout:q.timeout})};\n }\n\n if(op===\"read_text\"){\n if(!exactKeys(q,[\"path\",\"max_bytes\"]))return {ok:false,error:\"READ_TEXT_SCHEMA_NOT_CLOSED\"};\n if(typeof q.path!==\"string\")return {ok:false,error:\"READ_TEXT_PATH_REQUIRED\"};\n if(q.path.includes(\"\\0\") || q.path.includes(\"\\\\\") || q.path.split(\"/\").some((s:string)=>s===\".\" || s===\"..\")){\n return {ok:false,error:\"READ_TEXT_TRAVERSAL_REJECTED\"};\n }\n const artifactFile=q.path.startsWith(\"/brain/artifacts/\") && q.path.length>\"/brain/artifacts/\".length && !q.path.endsWith(\"/\");\n if(!(q.path===\"/brain/JOIN_PROTOCOL.md\" || artifactFile))return {ok:false,error:\"READ_TEXT_PATH_FORBIDDEN\"};\n if(!Number.isInteger(q.max_bytes) || q.max_bytes<1 || q.max_bytes>MAX_READ_BYTES)return {ok:false,error:\"READ_TEXT_MAX_BYTES_INVALID\"};\n return {ok:true,payload_json:JSON.stringify({path:q.path,max_bytes:q.max_bytes})};\n }\n return {ok:false,error:\"OP_UNSUPPORTED\"};\n}\n\nasync function ensureTables(){\n await sqlite.execute(`CREATE TABLE IF NOT EXISTS brain_bridge_workers_v4 (\n worker_id TEXT NOT NULL,\n instance_id TEXT NOT NULL,\n first_seen_at TEXT NOT NULL,\n last_poll_at TEXT,\n last_result_at TEXT,\n lease_count INTEGER NOT NULL DEFAULT 0,\n result_count INTEGER NOT NULL DEFAULT 0,\n updated_at TEXT NOT NULL,\n PRIMARY KEY(worker_id,instance_id)\n )`);\n}\nfunction instanceOf(q:any){const v=String(q?.instance_id||\"\").trim();return v||\"LEGACY_UNATTESTED_INSTANCE\";}\n\nasync function workerHealth(){\n await ensureTables();\n const wr:any=await sqlite.execute(`\n SELECT worker_id,instance_id,last_poll_at,last_result_at,lease_count,result_count,\n CAST((julianday('now')-julianday(last_poll_at))*86400 AS INTEGER) AS poll_age_seconds\n FROM brain_bridge_workers_v4\n ORDER BY last_poll_at DESC LIMIT 1`);\n const w=wr.rows?.[0]||null;\n const qc:any=await sqlite.execute({\n sql:`SELECT\n SUM(CASE WHEN state='READY' THEN 1 ELSE 0 END) AS ready_count,\n SUM(CASE WHEN state='LEASED' THEN 1 ELSE 0 END) AS leased_count,\n SUM(CASE WHEN state='LEASED' AND lease_expires_at <= datetime('now') THEN 1 ELSE 0 END) AS expired_lease_count,\n SUM(CASE WHEN state='READY' AND priority > ? THEN 1 ELSE 0 END) AS overcap_ready_count,\n MIN(CASE WHEN state='READY' THEN created_at END) AS oldest_ready_at,\n MIN(CASE WHEN state='LEASED' THEN lease_expires_at END) AS earliest_lease_expiry\n FROM brain_bridge_jobs`,\n args:[PRIORITY_CAP]\n });\n const dup:any=await sqlite.execute(`\n SELECT COUNT(*) AS duplicate_worker_count FROM (\n SELECT lease_owner FROM brain_bridge_jobs\n WHERE state='LEASED' AND lease_expires_at > datetime('now') AND lease_owner IS NOT NULL\n GROUP BY lease_owner HAVING COUNT(*) > 1\n )`);\n const q=qc.rows?.[0]||{};\n const duplicateActiveLeases=Number(dup.rows?.[0]?.duplicate_worker_count||0);\n const cls=classifyWorkerAge(w?Number(w.poll_age_seconds):null);\n const expiredLeases=Number(q.expired_lease_count||0);\n const status=healthHttpStatus(cls.state,duplicateActiveLeases,expiredLeases);\n return {status,body:{\n endpoint_ok:true,\n service:\"brain-bridge-worker-v5-rebased-candidate\",\n worker:w,\n worker_state:cls.state,\n worker_reason:cls.reason,\n instance_identity_available:w ? w.instance_id!==\"LEGACY_UNATTESTED_INSTANCE\" : false,\n duplicate_active_worker_leases:duplicateActiveLeases,\n queue:q,\n transport_priority_cap:PRIORITY_CAP,\n max_brain_timeout_seconds:MAX_JOB_TIMEOUT,\n queue_lease_seconds:LEASE_SECONDS,\n selection_policy:\"CLAMPED_PRIORITY_THEN_FIFO_SINGLE_FLIGHT\",\n atomic_single_flight:true,\n fail_closed_http_status:status\n }};\n}\n\nasync function rejectInvalidLease(worker:string,id:string,error:string){\n await sqlite.execute({\n sql:`UPDATE ${JOB_TABLE}\n SET state='FAILED',result_json=NULL,error_json=?,lease_expires_at=NULL,updated_at=datetime('now')\n WHERE id=? AND state='LEASED' AND lease_owner=?`,\n args:[JSON.stringify({classification:\"BRIDGE_DISPATCH_REJECTED\",error}),id,worker]\n });\n}\n\nexport default async function(req:Request):Promise{\n const u=new URL(req.url);\n if(req.method===\"GET\" && u.pathname.endsWith(\"/health\")){\n const h=await workerHealth();return json(h.body,h.status);\n }\n if(req.method!==\"POST\")return json({ok:false,error:\"METHOD\"},405);\n const supplied=req.headers.get(\"x-brain-worker-token\")||\"\";\n if(!WORKER_TOKEN || supplied!==WORKER_TOKEN)return json({ok:false,error:\"UNAUTHORIZED\"},401);\n let q:any;try{q=await req.json()}catch{return json({ok:false,error:\"BAD_JSON\"},400)}\n await ensureTables();\n\n if(u.pathname.endsWith(\"/poll\")){\n const worker=String(q.worker_id||\"\").trim();\n if(!worker || worker.length>128)return json({ok:false,error:\"WORKER_REQUIRED\"},400);\n const instance=instanceOf(q);\n await sqlite.execute({\n sql:`INSERT INTO brain_bridge_workers_v4(worker_id,instance_id,first_seen_at,last_poll_at,updated_at)\n VALUES(?,?,datetime('now'),datetime('now'),datetime('now'))\n ON CONFLICT(worker_id,instance_id) DO UPDATE SET last_poll_at=datetime('now'),updated_at=datetime('now')`,\n args:[worker,instance]\n });\n\n await sqlite.execute(recoverExpiredSql());\n const ar:any=await sqlite.execute({sql:activeLeaseSql(),args:[worker]});\n const before=activeLeaseDecision(ar.rows||[]);\n if(before.kind===\"conflict\")return json({ok:false,error:\"MULTIPLE_ACTIVE_LEASES\",worker_id:worker,count:before.count},409);\n if(before.kind===\"busy\")return json({ok:true,job:null,reason:\"ACTIVE_LEASE_EXISTS\",active_lease:{id:before.active_job_id,lease_expires_at:before.lease_expires_at},worker_id:worker,instance_id:instance});\n\n const r:any=await sqlite.execute({sql:leaseOneSql(),args:[worker,worker]});\n if(!r.rows?.[0]){\n return json({ok:true,job:null,reason:\"NO_READY_JOB_OR_RACED_ACTIVE_LEASE\",worker_id:worker,instance_id:instance,priority_cap:PRIORITY_CAP});\n }\n\n const row=r.rows[0];\n const normalized=normalizeDispatch(String(row.op),String(row.payload_json));\n if(!normalized.ok){\n await rejectInvalidLease(worker,String(row.id),normalized.error);\n return json({ok:true,job:null,reason:\"DISPATCH_REJECTED\",rejected_job:String(row.id),dispatch_error:normalized.error,worker_id:worker,instance_id:instance});\n }\n\n await sqlite.execute({\n sql:\"UPDATE brain_bridge_workers_v4 SET lease_count=lease_count+1,updated_at=datetime('now') WHERE worker_id=? AND instance_id=?\",\n args:[worker,instance]\n });\n return json({ok:true,job:{...row,payload_json:normalized.payload_json},worker_id:worker,instance_id:instance,priority_cap:PRIORITY_CAP,lease_seconds:LEASE_SECONDS});\n }\n\n if(u.pathname.endsWith(\"/result\")){\n const worker=String(q.worker_id||\"\").trim(),id=String(q.id||\"\").trim(),success=q.success===true;\n const instance=instanceOf(q);\n if(!worker||!id)return json({ok:false,error:\"BAD_RESULT_ID\"},400);\n const r:any=await sqlite.execute({\n sql:resultSql(),\n args:[success?\"COMPLETE\":\"FAILED\",success?JSON.stringify(q.result??null):null,success?null:JSON.stringify(q.error??null),id,worker]\n });\n if(!r.rows?.length)return json({ok:false,error:\"LEASE_MISMATCH_OR_EXPIRED\"},409);\n await sqlite.execute({\n sql:\"UPDATE brain_bridge_workers_v4 SET last_result_at=datetime('now'),result_count=result_count+1,updated_at=datetime('now') WHERE worker_id=? AND instance_id=?\",\n args:[worker,instance]\n });\n return json({ok:true,id,state:r.rows[0].state,worker_id:worker,instance_id:instance});\n }\n return json({ok:false,error:\"NOT_FOUND\"},404);\n}\n",[210],"e96f378d-411d-42f3-984c-4ec96fe4304c",["D",1789174188714],"import { sqlite } from \"https://esm.town/v/std/sqlite/main.ts\";\nimport { activeLeaseSql, leaseOneSql, recoverExpiredSql } from \"./brain_bridge_worker_v3_candidate.ts\";\n\nconst T=\"brain_bridge_jobs_v3_stress_4d71\";\nconst out:any={tests:[],failures:[]};\nfunction ok(name:string,cond:boolean,detail:any={}){out.tests.push({name,ok:!!cond,detail});if(!cond)out.failures.push(name);}\nasync function ex(sql:string,args:any[]=[]){return await sqlite.execute({sql,args});}\nconst oldSql=(table:string)=>`UPDATE ${table}\n SET state='LEASED',lease_owner=?,lease_expires_at=datetime('now','+90 seconds'),updated_at=datetime('now')\n WHERE id=(SELECT id FROM ${table} WHERE state='READY' ORDER BY priority DESC,created_at,id LIMIT 1)\n RETURNING id`;\n\nawait sqlite.execute(`DROP TABLE IF EXISTS ${T}`);\nawait sqlite.execute(`CREATE TABLE ${T}(\n id TEXT PRIMARY KEY, priority REAL NOT NULL DEFAULT 0, op TEXT NOT NULL, payload_json TEXT NOT NULL,\n state TEXT NOT NULL DEFAULT 'READY', lease_owner TEXT, lease_expires_at TEXT,\n result_json TEXT,error_json TEXT,created_at TEXT NOT NULL,updated_at TEXT NOT NULL)`);\ntry{\n const p=JSON.stringify({args:[\"status\"],timeout:60});\n for(let i=0;i<64;i++){\n const id=\"job-\"+String(i).padStart(3,\"0\");\n await ex(`INSERT INTO ${T}(id,priority,op,payload_json,state,created_at,updated_at)\n VALUES(?,?, 'brain',?,'READY',?,?)`,\n [id,64-i,p,\"2026-01-01 00:00:\"+String(i%60).padStart(2,\"0\"),\"2026-01-01 00:00:00\"]);\n }\n\n const old:any[]=await Promise.all(Array.from({length:16},()=>ex(oldSql(T),[\"dup-worker\"])));\n const oldIds=old.flatMap(x=>(x.rows||[]).map((r:any)=>r.id));\n const oldActive:any=await ex(activeLeaseSql(T),[\"dup-worker\"]);\n ok(\"baseline_old_sql_reproduces_multi_lease\",oldIds.length>1 && oldActive.rows.length>1,{leased_count:oldIds.length,active_count:oldActive.rows.length,first:oldIds.slice(0,5)});\n\n await ex(`UPDATE ${T} SET state='READY',lease_owner=NULL,lease_expires_at=NULL,result_json=NULL,error_json=NULL`);\n\n const fresh:any[]=await Promise.all(Array.from({length:32},()=>ex(leaseOneSql(T),[\"dup-worker\",\"dup-worker\"])));\n const freshIds=fresh.flatMap(x=>(x.rows||[]).map((r:any)=>r.id));\n const freshActive:any=await ex(activeLeaseSql(T),[\"dup-worker\"]);\n ok(\"candidate_32_duplicate_polls_single_lease\",freshIds.length===1 && freshActive.rows.length===1,{leased_count:freshIds.length,active_count:freshActive.rows.length,id:freshIds[0]});\n\n const workers=Array.from({length:16},(_,i)=>\"independent-\"+String(i).padStart(2,\"0\"));\n const independent:any[]=await Promise.all(workers.map(w=>ex(leaseOneSql(T),[w,w])));\n const independentIds=independent.flatMap(x=>(x.rows||[]).map((r:any)=>r.id));\n ok(\"candidate_independent_workers_progress\",independentIds.length===16 && new Set(independentIds).size===16,{leased_count:independentIds.length,unique:new Set(independentIds).size});\n\n const all:any=await ex(`SELECT id,priority,lease_owner FROM ${T} WHERE state='LEASED' ORDER BY priority DESC,created_at,id`);\n ok(\"candidate_deterministic_topology\",all.rows[0]?.id===\"job-000\" && all.rows[0]?.lease_owner===\"dup-worker\",{first:all.rows[0]});\n\n // Expire only dup-worker lease, recover, and ensure exactly that row returns to READY.\n await ex(`UPDATE ${T} SET lease_expires_at=datetime('now','-1 second') WHERE lease_owner='dup-worker'`);\n await sqlite.execute(recoverExpiredSql(T));\n const recovered:any=await ex(`SELECT id,state,lease_owner FROM ${T} WHERE id='job-000'`);\n ok(\"candidate_expired_recovery_preserved\",recovered.rows[0]?.state===\"READY\" && recovered.rows[0]?.lease_owner===null,{row:recovered.rows[0]});\n\n const independentStill:any=await ex(`SELECT count(*) AS n FROM ${T} WHERE state='LEASED' AND lease_owner LIKE 'independent-%'`);\n ok(\"recovery_does_not_clear_live_other_workers\",Number(independentStill.rows[0]?.n)===16,{count:independentStill.rows[0]?.n});\n\n out.summary={passed:out.tests.filter((x:any)=>x.ok).length,failed:out.failures.length,total:out.tests.length};\n console.log(JSON.stringify(out,null,2));\n}finally{\n await sqlite.execute(`DROP TABLE IF EXISTS ${T}`);\n}\nif(out.failures.length)throw new Error(\"STRESS_FAILURE:\"+out.failures.join(\",\"));\n",[203],"1b9dc1da-5407-4a50-a6c6-d4ee757c8241",["D",1789174188714],"import { sqlite } from \"https://esm.town/v/std/sqlite/main.ts\";\nimport { activeLeaseDecision, activeLeaseSql, leaseOneSql, normalizeDispatch, recoverExpiredSql, resultSql } from \"./brain_bridge_worker_v3_candidate.ts\";\n\nconst T=\"brain_bridge_jobs_v3_test_4d71\";\nconst out:any={tests:[],failures:[]};\nfunction ok(name:string,cond:boolean,detail:any={}) {\n out.tests.push({name,ok:!!cond,detail});\n if(!cond) out.failures.push(name);\n}\nasync function ex(sql:string,args:any[]=[]){return await sqlite.execute({sql,args});}\n\nawait sqlite.execute(`DROP TABLE IF EXISTS ${T}`);\nawait sqlite.execute(`CREATE TABLE ${T}(\n id TEXT PRIMARY KEY, priority REAL NOT NULL DEFAULT 0, op TEXT NOT NULL, payload_json TEXT NOT NULL,\n state TEXT NOT NULL DEFAULT 'READY', lease_owner TEXT, lease_expires_at TEXT,\n result_json TEXT,error_json TEXT,created_at TEXT NOT NULL,updated_at TEXT NOT NULL)`);\ntry {\n const payload=JSON.stringify({args:[\"status\"],timeout:60});\n await ex(`INSERT INTO ${T}(id,priority,op,payload_json,state,created_at,updated_at) VALUES\n ('job-a',20,'brain',?,'READY','2026-01-01 00:00:00','2026-01-01 00:00:00'),\n ('job-b',20,'brain',?,'READY','2026-01-01 00:00:00','2026-01-01 00:00:00'),\n ('job-c',10,'brain',?,'READY','2026-01-01 00:00:00','2026-01-01 00:00:00')`,[payload,payload,payload]);\n\n const [p1,p2]:any[]=await Promise.all([\n ex(leaseOneSql(T),[\"worker-same\",\"worker-same\"]),\n ex(leaseOneSql(T),[\"worker-same\",\"worker-same\"])\n ]);\n const got=[...(p1.rows||[]),...(p2.rows||[])];\n ok(\"single_flight_concurrent_same_worker\",got.length===1,{leased:got.map((x:any)=>x.id)});\n ok(\"deterministic_first_job\",got[0]?.id===\"job-a\",{id:got[0]?.id});\n\n const act:any=await ex(activeLeaseSql(T),[\"worker-same\"]);\n ok(\"exactly_one_active_lease\",act.rows?.length===1,{rows:act.rows});\n const busy=activeLeaseDecision(act.rows||[]);\n ok(\"active_lease_not_redelivered\",busy.kind===\"busy\" && busy.active_job_id===\"job-a\",busy);\n ok(\"free_worker_decision\",activeLeaseDecision([]).kind===\"free\");\n\n const other:any=await ex(leaseOneSql(T),[\"worker-other\",\"worker-other\"]);\n ok(\"different_worker_can_lease\",other.rows?.length===1 && other.rows[0].id===\"job-b\",{rows:other.rows});\n\n await ex(`UPDATE ${T} SET lease_expires_at=datetime('now','-1 second') WHERE id='job-a'`);\n await sqlite.execute(recoverExpiredSql(T));\n const state:any=await ex(`SELECT state,lease_owner,lease_expires_at FROM ${T} WHERE id='job-a'`);\n ok(\"expired_lease_recovered\",state.rows?.[0]?.state===\"READY\" && state.rows[0].lease_owner===null && state.rows[0].lease_expires_at===null,{row:state.rows?.[0]});\n const rel:any=await ex(leaseOneSql(T),[\"worker-same\",\"worker-same\"]);\n ok(\"recovered_job_releasable\",rel.rows?.[0]?.id===\"job-a\",{rows:rel.rows});\n\n const boot=normalizeDispatch(\"brain\",JSON.stringify({args:[\"boot\",\"--id\",\"a\"],timeout:60}));\n ok(\"boot_alias_normalized\",boot.ok && JSON.parse(boot.payload_json).args[0]===\"boot-agent\",boot);\n\n const unchanged=normalizeDispatch(\"brain\",JSON.stringify({args:[\"status\"],timeout:60}));\n ok(\"normal_brain_command_unchanged\",unchanged.ok && JSON.parse(unchanged.payload_json).args[0]===\"status\",unchanged);\n\n const rt=normalizeDispatch(\"read_text\",JSON.stringify({path:\"/brain/artifacts/x.txt\",max_bytes:200000}));\n ok(\"read_text_allowed_artifact\",rt.ok,rt);\n ok(\"read_text_join_allowed\",normalizeDispatch(\"read_text\",JSON.stringify({path:\"/brain/JOIN_PROTOCOL.md\",max_bytes:1})).ok);\n ok(\"read_text_traversal_rejected\",!normalizeDispatch(\"read_text\",JSON.stringify({path:\"/brain/artifacts/../brain.db\",max_bytes:10})).ok);\n ok(\"read_text_backslash_rejected\",!normalizeDispatch(\"read_text\",JSON.stringify({path:\"/brain/artifacts/x\\\\y\",max_bytes:10})).ok);\n ok(\"read_text_directory_rejected\",!normalizeDispatch(\"read_text\",JSON.stringify({path:\"/brain/artifacts/\",max_bytes:10})).ok);\n ok(\"read_text_outside_rejected\",!normalizeDispatch(\"read_text\",JSON.stringify({path:\"/etc/passwd\",max_bytes:10})).ok);\n ok(\"read_text_oversize_rejected\",!normalizeDispatch(\"read_text\",JSON.stringify({path:\"/brain/artifacts/x\",max_bytes:200001})).ok);\n ok(\"unsupported_op_rejected\",!normalizeDispatch(\"exec\",JSON.stringify({})).ok);\n\n // Expired results cannot complete a job.\n await ex(`UPDATE ${T} SET state='LEASED',lease_owner='worker-late',lease_expires_at=datetime('now','-1 second') WHERE id='job-c'`);\n const late:any=await ex(resultSql(T),[\"COMPLETE\",\"{}\",\"\", \"job-c\",\"worker-late\"]);\n ok(\"expired_result_rejected\",(late.rows?.length||0)===0,{rows:late.rows});\n await sqlite.execute(recoverExpiredSql(T));\n const lateState:any=await ex(`SELECT state FROM ${T} WHERE id='job-c'`);\n ok(\"expired_result_job_recoverable\",lateState.rows?.[0]?.state===\"READY\",{row:lateState.rows?.[0]});\n\n // Existing multi-lease state is detectable by the active query.\n await ex(`UPDATE ${T} SET state='LEASED',lease_owner='worker-bad',lease_expires_at=datetime('now','+60 seconds') WHERE id IN ('job-a','job-b')`);\n const multi:any=await ex(activeLeaseSql(T),[\"worker-bad\"]);\n ok(\"preexisting_multi_lease_detectable\",(multi.rows?.length||0)===2,{count:multi.rows?.length});\n ok(\"preexisting_multi_lease_fail_closed\",activeLeaseDecision(multi.rows||[]).kind===\"conflict\",activeLeaseDecision(multi.rows||[]));\n\n out.summary={passed:out.tests.filter((x:any)=>x.ok).length,failed:out.failures.length,total:out.tests.length};\n console.log(JSON.stringify(out,null,2));\n} finally {\n await sqlite.execute(`DROP TABLE IF EXISTS ${T}`);\n}\nif(out.failures.length) throw new Error(\"TEST_FAILURE:\"+out.failures.join(\",\"));\n",[196],"3c89a8bd-e1a2-4d91-b0e0-e644f53cd153",["D",1789174188714],"import { sqlite } from \"https://esm.town/v/std/sqlite/main.ts\";\n\nconst WORKER_TOKEN = Deno.env.get(\"BRAIN_BRIDGE_WORKER_TOKEN\") || \"\";\nconst JOB_TABLE = \"brain_bridge_jobs\";\nexport const MAX_READ_BYTES = 200_000;\n\nfunction tableName(table: string): string {\n if (!/^[A-Za-z_][A-Za-z0-9_]*$/.test(table)) throw new Error(\"BAD_TABLE\");\n return table;\n}\n\nexport function recoverExpiredSql(table = JOB_TABLE): string {\n table = tableName(table);\n return `UPDATE ${table}\n SET state='READY',lease_owner=NULL,lease_expires_at=NULL,updated_at=datetime('now')\n WHERE state='LEASED'\n AND lease_expires_at IS NOT NULL\n AND lease_expires_at <= datetime('now')`;\n}\n\nexport function activeLeaseSql(table = JOB_TABLE): string {\n table = tableName(table);\n return `SELECT id,op,payload_json,priority,lease_expires_at\n FROM ${table}\n WHERE state='LEASED'\n AND lease_owner=?\n AND lease_expires_at > datetime('now')\n ORDER BY updated_at,id`;\n}\n\nexport function leaseOneSql(table = JOB_TABLE): string {\n table = tableName(table);\n return `UPDATE ${table}\n SET state='LEASED',lease_owner=?,lease_expires_at=datetime('now','+90 seconds'),updated_at=datetime('now')\n WHERE id=(\n SELECT j.id\n FROM ${table} j\n WHERE j.state='READY'\n AND NOT EXISTS (\n SELECT 1 FROM ${table} x\n WHERE x.state='LEASED'\n AND x.lease_owner=?\n AND x.lease_expires_at > datetime('now')\n )\n ORDER BY j.priority DESC,j.created_at,j.id\n LIMIT 1\n )\n RETURNING id,op,payload_json,priority,lease_expires_at`;\n}\n\nexport function resultSql(table = JOB_TABLE): string {\n table = tableName(table);\n return `UPDATE ${table}\n SET state=?,result_json=?,error_json=?,lease_expires_at=NULL,updated_at=datetime('now')\n WHERE id=?\n AND state='LEASED'\n AND lease_owner=?\n AND lease_expires_at > datetime('now')\n RETURNING id,state`;\n}\n\nexport type DispatchResult =\n | {ok:true; payload_json:string; alias?:string}\n | {ok:false; error:string};\n\nexport function normalizeDispatch(op: string, payloadJson: string): DispatchResult {\n let q:any;\n try { q=JSON.parse(payloadJson); }\n catch { return {ok:false,error:\"PAYLOAD_JSON_INVALID\"}; }\n if (!q || typeof q !== \"object\" || Array.isArray(q)) return {ok:false,error:\"PAYLOAD_OBJECT_REQUIRED\"};\n\n if (op === \"brain\") {\n if (!Array.isArray(q.args) || q.args.length < 1 || q.args.some((x:any)=>typeof x !== \"string\")) {\n return {ok:false,error:\"BRAIN_ARGS_INVALID\"};\n }\n const out=structuredClone(q);\n if (out.args[0] === \"boot\") {\n out.args[0] = \"boot-agent\";\n return {ok:true,payload_json:JSON.stringify(out),alias:\"boot->boot-agent\"};\n }\n return {ok:true,payload_json:JSON.stringify(out)};\n }\n\n if (op === \"read_text\") {\n const keys=Object.keys(q).sort();\n if (keys.some(k=>k!==\"path\" && k!==\"max_bytes\")) return {ok:false,error:\"READ_TEXT_SCHEMA_NOT_CLOSED\"};\n if (typeof q.path !== \"string\") return {ok:false,error:\"READ_TEXT_PATH_REQUIRED\"};\n if (q.path.includes(\"\\0\") || q.path.includes(\"\\\\\") || q.path.split(\"/\").some((s:string)=>s===\".\" || s===\"..\")) {\n return {ok:false,error:\"READ_TEXT_TRAVERSAL_REJECTED\"};\n }\n const artifactFile=q.path.startsWith(\"/brain/artifacts/\") && q.path.length>\"/brain/artifacts/\".length && !q.path.endsWith(\"/\");\n if (!(q.path === \"/brain/JOIN_PROTOCOL.md\" || artifactFile)) {\n return {ok:false,error:\"READ_TEXT_PATH_FORBIDDEN\"};\n }\n if (!Number.isInteger(q.max_bytes) || q.max_bytes < 1 || q.max_bytes > MAX_READ_BYTES) {\n return {ok:false,error:\"READ_TEXT_MAX_BYTES_INVALID\"};\n }\n return {ok:true,payload_json:JSON.stringify({path:q.path,max_bytes:q.max_bytes})};\n }\n\n return {ok:false,error:\"OP_UNSUPPORTED\"};\n}\n\nasync function rejectInvalidLease(worker:string,id:string,error:string) {\n await sqlite.execute({\n sql:`UPDATE ${JOB_TABLE}\n SET state='FAILED',result_json=NULL,error_json=?,lease_expires_at=NULL,updated_at=datetime('now')\n WHERE id=? AND state='LEASED' AND lease_owner=?`,\n args:[JSON.stringify({classification:\"BRIDGE_DISPATCH_REJECTED\",error}),id,worker]\n });\n}\n\nasync function dispatchRow(worker:string,row:any) {\n const n=normalizeDispatch(String(row.op),String(row.payload_json));\n if (!n.ok) {\n await rejectInvalidLease(worker,String(row.id),n.error);\n return {ok:true,job:null,rejected_job:String(row.id),dispatch_error:n.error};\n }\n return {ok:true,job:{...row,payload_json:n.payload_json},reused:false,alias:n.alias||null};\n}\n\nexport function activeLeaseDecision(rows:any[]) {\n if (rows.length > 1) return {kind:\"conflict\" as const,count:rows.length};\n if (rows[0]) return {\n kind:\"busy\" as const,\n active_job_id:String(rows[0].id),\n lease_expires_at:rows[0].lease_expires_at\n };\n return {kind:\"free\" as const};\n}\n\nasync function poll(worker:string) {\n await sqlite.execute(recoverExpiredSql());\n\n const active:any=await sqlite.execute({sql:activeLeaseSql(),args:[worker]});\n const before=activeLeaseDecision(active.rows||[]);\n if (before.kind===\"conflict\") {\n return Response.json({ok:false,error:\"MULTIPLE_ACTIVE_LEASES\",worker_id:worker,count:before.count},{status:409});\n }\n if (before.kind===\"busy\") {\n // Never redeliver an unexpired lease to another process sharing the same worker_id.\n // With no per-process nonce, waiting for expiry is the only fail-closed way to avoid duplicate execution.\n return Response.json({ok:true,job:null,busy:true,active_job_id:before.active_job_id,lease_expires_at:before.lease_expires_at});\n }\n\n const leased:any=await sqlite.execute({sql:leaseOneSql(),args:[worker,worker]});\n if (leased.rows?.[0]) {\n const out:any=await dispatchRow(worker,leased.rows[0]);\n return Response.json(out);\n }\n\n // A concurrent poll by the same worker may have won between the active check and atomic lease.\n const after:any=await sqlite.execute({sql:activeLeaseSql(),args:[worker]});\n const raced=activeLeaseDecision(after.rows||[]);\n if (raced.kind===\"conflict\") {\n return Response.json({ok:false,error:\"MULTIPLE_ACTIVE_LEASES\",worker_id:worker,count:raced.count},{status:409});\n }\n if (raced.kind===\"busy\") {\n return Response.json({ok:true,job:null,busy:true,active_job_id:raced.active_job_id,lease_expires_at:raced.lease_expires_at});\n }\n return Response.json({ok:true,job:null,busy:false});\n}\n\nexport default async function(req: Request): Promise {\n const u = new URL(req.url);\n if (req.method === \"GET\" && u.pathname.endsWith(\"/health\")) {\n return Response.json({\n ok:true,\n service:\"brain-bridge-worker-v3-candidate\",\n endpoint_live:true,\n worker_process_live:\"UNATTESTED_BY_ENDPOINT\",\n single_flight:true,\n boot_alias:\"boot->boot-agent\",\n read_text_max_bytes:MAX_READ_BYTES\n });\n }\n if (req.method !== \"POST\") return Response.json({ok:false,error:\"METHOD\"},{status:405});\n const supplied=req.headers.get(\"x-brain-worker-token\") || \"\";\n if (!WORKER_TOKEN || supplied !== WORKER_TOKEN) {\n return Response.json({ok:false,error:\"UNAUTHORIZED\"},{status:401});\n }\n let q:any;\n try { q=await req.json(); }\n catch { return Response.json({ok:false,error:\"BAD_JSON\"},{status:400}); }\n\n if (u.pathname.endsWith(\"/poll\")) {\n const worker=String(q.worker_id || \"\");\n if (!worker || worker.length>128) return Response.json({ok:false,error:\"WORKER_REQUIRED\"},{status:400});\n return await poll(worker);\n }\n\n if (u.pathname.endsWith(\"/result\")) {\n const worker=String(q.worker_id || \"\");\n const id=String(q.id || \"\");\n const success=q.success===true;\n if (!worker || !id) return Response.json({ok:false,error:\"BAD_RESULT_ID\"},{status:400});\n const r:any=await sqlite.execute({\n sql:resultSql(),\n args:[success?\"COMPLETE\":\"FAILED\",success?JSON.stringify(q.result??null):null,success?null:JSON.stringify(q.error??null),id,worker]\n });\n if (!r.rows?.length) return Response.json({ok:false,error:\"LEASE_MISMATCH_OR_EXPIRED\"},{status:409});\n return Response.json({ok:true,id,state:r.rows[0].state});\n }\n return Response.json({ok:false,error:\"NOT_FOUND\"},{status:404});\n}\n",[189],"07413838-6a3b-4628-8911-fac583630f6b",["D",1789174188714],"import { API_URL } from \"https://esm.town/v/std/API_URL\";\nimport { createClient } from \"npm:@libsql/client@0.17.2/web\";\n\nconst scopedToken=Deno.env.get(\"VAL_TOWN_API_KEY\")||\"\";\nconst nativeFetch=async(input:any,init?:any):Promise=>{\n if(typeof input===\"string\" || input instanceof URL) return await globalThis.fetch(input,init);\n const method=String(input?.method||init?.method||\"GET\");\n const headers=new Headers();\n const src=input?.headers||init?.headers;\n if(src?.forEach) src.forEach((v:string,k:string)=>headers.set(k,v));\n else if(src) for(const [k,v] of Object.entries(src)) headers.set(k,String(v));\n let body:any=undefined;\n if(method!==\"GET\" && method!==\"HEAD\"){\n if(typeof input?.arrayBuffer===\"function\") body=new Uint8Array(await input.arrayBuffer());\n else body=input?.body??init?.body;\n }\n return await globalThis.fetch(String(input.url),{method,headers,body,redirect:\"manual\"});\n};\nconst sqlite:any=createClient({url:`${API_URL}/v3/sqlite/scoped/`,authToken:scopedToken,fetch:nativeFetch});\nimport { prepareAdmissionAwareCoalescePlan as prepareAtomicCoalescePlan } from \"./brain_bridge_readonly_coalesce_admission_v1.ts\";\nimport { AUTHORITY_TABLE, ensureAuthorityTable } from \"./brain_bridge_authority_epoch_v1.ts\";\n\nconst WORKER_TOKEN = Deno.env.get(\"BRAIN_BRIDGE_WORKER_TOKEN\") || \"\";\nconst JOB_TABLE = \"brain_bridge_jobs\";\nexport const STALE_SECONDS = 90;\nexport const DEAD_SECONDS = 180;\nexport const PRIORITY_CAP = 1_000_000_000;\nexport const MAX_JOB_TIMEOUT = 120;\nexport const LEASE_SECONDS = 180;\nexport const MISSION_FAIRNESS_AGE_SECONDS = 15;\nexport const MAX_READ_BYTES = 200_000;\n\nexport const SUPPORTED_BRAIN_COMMANDS = [\n \"status\",\n \"verify-chain\",\n \"verify-claim-graph\",\n \"register-agent\",\n \"ensure-task\",\n \"delegate-task\",\n \"claim\",\n \"renew-lease\",\n \"commit\",\n \"checkpoint\",\n \"add-claim\",\n \"invalidate-claim\",\n \"supersede-task-context\",\n \"migrate-task-invariants\",\n \"reconcile-causal-blocks\",\n \"recover-stale\"\n] as const;\nexport const VAL_NATIVE_ATOMICALLY_QUALIFIED_COMMANDS = [\n \"status\",\n \"verify-chain\",\n \"verify-claim-graph\",\n \"register-agent\",\n \"ensure-task\",\n \"claim\",\n \"renew-lease\",\n \"commit\",\n \"recover-stale\",\n \"supersede-task-context\"\n] as const;\nconst SUPPORTED = new Set(SUPPORTED_BRAIN_COMMANDS);\n\nexport function commandSurfaceForAuthority(writer:string|null|undefined){\n const recognized=[...SUPPORTED_BRAIN_COMMANDS];\n if(writer===\"val_native\") return {\n writer,\n recognized,\n currently_executable:[...VAL_NATIVE_ATOMICALLY_QUALIFIED_COMMANDS],\n fence:\"OTHER_RECOGNIZED_MUTATORS_REQUIRE_INDEPENDENT_ATOMIC_REACTIVATION\"\n };\n if(writer===\"host_bridge\") return {\n writer,\n recognized,\n currently_executable:[...SUPPORTED_BRAIN_COMMANDS],\n fence:\"HOST_BRIDGE_COMPATIBILITY_SURFACE_ONLY_WHILE_AUTHORITY_SELECTED\"\n };\n return {writer:writer??null,recognized,currently_executable:[],fence:\"NO_AUTHORITY_SELECTED_EXECUTION_SURFACE\"};\n}\n\nfunction json(v:unknown,status=200){return Response.json(v,{status});}\nfunction tableName(table:string){if(!/^[A-Za-z_][A-Za-z0-9_]*$/.test(table))throw new Error(\"BAD_TABLE\");return table;}\n\nexport function classifyWorkerAge(ageSeconds:number|null){\n if(ageSeconds===null || !Number.isFinite(ageSeconds)) return {state:\"UNKNOWN\",reason:\"NO_WORKER_HEARTBEAT\"};\n if(ageSeconds<=STALE_SECONDS) return {state:\"HEALTHY\",reason:\"RECENT_WORKER_POLL\"};\n if(ageSeconds<=DEAD_SECONDS) return {state:\"DEGRADED\",reason:\"WORKER_POLL_STALE\"};\n return {state:\"DOWN\",reason:\"WORKER_POLL_DEAD\"};\n}\nexport function effectivePriority(x:number){if(!Number.isFinite(x))return 0;return Math.min(x,PRIORITY_CAP);}\nexport function healthHttpStatus(workerState:string,duplicateActiveLeases:number,expiredLeases:number){\n return workerState===\"HEALTHY\" && duplicateActiveLeases===0 && expiredLeases===0 ? 200 : 503;\n}\nexport function activeLeaseDecision(rows:any[]){\n if(rows.length>1)return {kind:\"conflict\" as const,count:rows.length};\n if(rows[0])return {kind:\"busy\" as const,active_job_id:String(rows[0].id),lease_expires_at:rows[0].lease_expires_at};\n return {kind:\"free\" as const};\n}\n\nexport function recoverExpiredSql(table=JOB_TABLE){\n table=tableName(table);\n return `UPDATE ${table}\n SET state='FAILED',\n result_json=NULL,\n error_json=json_object(\n 'classification','TRANSPORT_LEASE_EXPIRED_OUTCOME_UNKNOWN',\n 'retry_policy','RECONCILE_CANONICAL_STATE_THEN_NEW_JOB_ID'\n ),\n lease_owner=NULL,\n lease_expires_at=NULL,\n updated_at=datetime('now')\n WHERE state='LEASED' AND lease_expires_at IS NOT NULL AND lease_expires_at <= datetime('now')`;\n}\nexport function activeLeaseSql(table=JOB_TABLE){\n table=tableName(table);\n return `SELECT id,op,payload_json,priority,lease_expires_at\n FROM ${table}\n WHERE state='LEASED' AND lease_owner=? AND lease_expires_at > datetime('now')\n ORDER BY lease_expires_at,id LIMIT 2`;\n}\nexport function leaseOneSql(table=JOB_TABLE){\n table=tableName(table);\n return `UPDATE ${table}\n SET state='LEASED',lease_owner=?,lease_expires_at=datetime('now','+${LEASE_SECONDS} seconds'),updated_at=datetime('now')\n WHERE id=(\n SELECT j.id FROM ${table} j\n WHERE j.state='READY'\n AND NOT EXISTS(\n SELECT 1 FROM ${table} x\n WHERE x.state='LEASED' AND x.lease_owner=? AND x.lease_expires_at > datetime('now')\n )\n ORDER BY\n CASE\n WHEN j.op='brain' AND json_valid(j.payload_json)=1 THEN\n CASE\n WHEN json_type(j.payload_json,'$.args')='array'\n AND json_array_length(json_extract(j.payload_json,'$.args'))=1\n AND json_extract(j.payload_json,'$.args[0]')='recover-stale'\n AND json_type(j.payload_json,'$.timeout')='integer'\n AND json_extract(j.payload_json,'$.timeout') BETWEEN 1 AND ${MAX_JOB_TIMEOUT}\n AND (SELECT COUNT(*) FROM json_each(j.payload_json))=2\n THEN 0 ELSE 1\n END\n ELSE 1\n END ASC,\n CASE\n WHEN j.op='brain' AND json_valid(j.payload_json)=1\n AND json_type(j.payload_json,'$.args')='array'\n AND (\n (\n json_array_length(json_extract(j.payload_json,'$.args'))=1\n AND json_extract(j.payload_json,'$.args[0]') IN ('status','verify-chain','verify-claim-graph')\n AND json_type(j.payload_json,'$.timeout')='integer'\n AND json_extract(j.payload_json,'$.timeout') BETWEEN 1 AND ${MAX_JOB_TIMEOUT}\n AND (SELECT COUNT(*) FROM json_each(j.payload_json))=2\n )\n OR json_extract(j.payload_json,'$.args[0]') IN ('register-agent','claim')\n )\n AND EXISTS(\n SELECT 1 FROM ${table} c\n WHERE c.state='READY'\n AND c.op='brain'\n AND json_valid(c.payload_json)=1\n AND json_type(c.payload_json,'$.args')='array'\n AND json_extract(c.payload_json,'$.args[0]')='commit'\n AND json_type(c.payload_json,'$.timeout')='integer'\n AND json_extract(c.payload_json,'$.timeout') BETWEEN 1 AND ${MAX_JOB_TIMEOUT}\n AND (SELECT COUNT(*) FROM json_each(c.payload_json))=2\n AND (\n c.created_at < j.created_at\n OR (c.created_at=j.created_at AND c.rowid < j.rowid)\n )\n )\n THEN 1 ELSE 0\n END ASC,\n CASE\n WHEN j.op='brain' AND json_valid(j.payload_json)=1\n AND json_type(j.payload_json,'$.args')='array'\n AND json_extract(j.payload_json,'$.args[0]') IN ('ensure-task','renew-lease','supersede-task-context','migrate-task-invariants')\n AND json_type(j.payload_json,'$.timeout')='integer'\n AND json_extract(j.payload_json,'$.timeout') BETWEEN 1 AND ${MAX_JOB_TIMEOUT}\n AND (SELECT COUNT(*) FROM json_each(j.payload_json))=2\n AND (julianday('now') - julianday(j.created_at))*86400.0 >= ${MISSION_FAIRNESS_AGE_SECONDS}\n THEN 0 ELSE 1\n END ASC,\n CASE\n WHEN j.op='brain' AND json_valid(j.payload_json)=1\n AND json_type(j.payload_json,'$.args')='array'\n AND (\n (\n json_array_length(json_extract(j.payload_json,'$.args'))=1\n AND json_extract(j.payload_json,'$.args[0]') IN ('status','verify-chain','verify-claim-graph')\n AND json_type(j.payload_json,'$.timeout')='integer'\n AND json_extract(j.payload_json,'$.timeout') BETWEEN 1 AND ${MAX_JOB_TIMEOUT}\n AND (SELECT COUNT(*) FROM json_each(j.payload_json))=2\n )\n OR json_extract(j.payload_json,'$.args[0]') IN ('register-agent','claim')\n )\n THEN 0 ELSE 1\n END ASC,\n CASE\n WHEN j.op='brain'\n AND json_valid(j.payload_json)=1\n AND json_extract(j.payload_json,'$.args[0]')='claim'\n AND json_extract(j.payload_json,'$.args[1]')='--agent'\n AND EXISTS(\n SELECT 1 FROM ${table} r\n WHERE r.state='READY'\n AND r.op='brain'\n AND json_valid(r.payload_json)=1\n AND json_extract(r.payload_json,'$.args[0]')='register-agent'\n AND json_extract(r.payload_json,'$.args[1]')=json_extract(j.payload_json,'$.args[2]')\n AND r.created_at=j.created_at\n )\n THEN 1 ELSE 0\n END ASC,\n CASE WHEN j.priority > ${PRIORITY_CAP} THEN ${PRIORITY_CAP} ELSE j.priority END DESC,\n j.created_at,\n CASE\n WHEN j.op='brain' AND json_valid(j.payload_json)=1\n AND json_extract(j.payload_json,'$.args[0]')='status' THEN 0\n WHEN j.op='brain' AND json_valid(j.payload_json)=1\n AND json_extract(j.payload_json,'$.args[0]')='verify-chain' THEN 1\n WHEN j.op='brain' AND json_valid(j.payload_json)=1\n AND json_extract(j.payload_json,'$.args[0]')='verify-claim-graph' THEN 2\n WHEN j.op='brain' AND json_valid(j.payload_json)=1\n AND json_extract(j.payload_json,'$.args[0]')='register-agent' THEN 3\n WHEN j.op='brain' AND json_valid(j.payload_json)=1\n AND json_extract(j.payload_json,'$.args[0]')='claim' THEN 4\n ELSE 5\n END ASC,\n j.rowid,\n j.id\n LIMIT 1\n )\n RETURNING id,op,payload_json,priority,lease_expires_at`;\n}\nexport function resultSql(table=JOB_TABLE){\n table=tableName(table);\n return `UPDATE ${table}\n SET state=?,result_json=?,error_json=?,lease_expires_at=NULL,updated_at=datetime('now')\n WHERE id=? AND state='LEASED' AND lease_owner=? AND lease_expires_at > datetime('now')\n RETURNING id,state`;\n}\n\nexport type DispatchResult=\n | {ok:true;payload_json:string}\n | {ok:false;error:string};\n\nfunction exactKeys(q:any, expected:string[]){\n const got=Object.keys(q).sort();\n const want=[...expected].sort();\n return got.length===want.length && got.every((k,i)=>k===want[i]);\n}\n\nexport function normalizeDispatch(op:string,payloadJson:string):DispatchResult{\n let q:any;try{q=JSON.parse(payloadJson)}catch{return {ok:false,error:\"PAYLOAD_JSON_INVALID\"}}\n if(!q || typeof q!==\"object\" || Array.isArray(q))return {ok:false,error:\"PAYLOAD_OBJECT_REQUIRED\"};\n\n if(op===\"brain\"){\n if(!exactKeys(q,[\"args\",\"timeout\"]))return {ok:false,error:\"BRAIN_PAYLOAD_SCHEMA_NOT_CLOSED\"};\n if(!Array.isArray(q.args) || q.args.length<1 || q.args.some((x:any)=>typeof x!==\"string\"))return {ok:false,error:\"BRAIN_ARGS_INVALID\"};\n if(!Number.isInteger(q.timeout) || q.timeout<1 || q.timeout>MAX_JOB_TIMEOUT)return {ok:false,error:\"BRAIN_TIMEOUT_INVALID\"};\n const cmd=q.args[0];\n if([\"status\",\"verify-chain\",\"verify-claim-graph\"].includes(cmd) && q.args.length!==1){\n return {ok:false,error:\"READ_ONLY_COMMAND_ARGS_FORBIDDEN\"};\n }\n if(cmd===\"boot\")return {ok:false,error:\"BOOT_NOT_ATOMIC_USE_REGISTER_AGENT_THEN_CLAIM\"};\n if(cmd===\"boot-agent\")return {ok:false,error:\"BOOT_AGENT_NOT_END_TO_END_USE_REGISTER_AGENT_THEN_CLAIM\"};\n if(cmd===\"renew-lease\" && q.args.includes(\"--lease-seconds\")){\n return {ok:false,error:\"RENEW_LEASE_USE_SECONDS_NOT_LEASE_SECONDS\"};\n }\n if(cmd===\"recover-leases\")return {ok:false,error:\"RECOVER_LEASE_ALIAS_NOT_AVAILABLE_ON_CURRENT_EXECUTOR\"};\n if(cmd===\"recover-stale\" && q.args.length!==1)return {ok:false,error:\"RECOVER_STALE_ARGS_INVALID\"};\n if(!SUPPORTED.has(cmd))return {ok:false,error:\"BRAIN_SUBCOMMAND_NOT_ALLOWED\"};\n return {ok:true,payload_json:JSON.stringify({args:q.args,timeout:q.timeout})};\n }\n\n if(op===\"read_text\"){\n if(!exactKeys(q,[\"path\",\"max_bytes\"]))return {ok:false,error:\"READ_TEXT_SCHEMA_NOT_CLOSED\"};\n if(typeof q.path!==\"string\")return {ok:false,error:\"READ_TEXT_PATH_REQUIRED\"};\n if(q.path.includes(\"\\0\") || q.path.includes(\"\\\\\") || q.path.split(\"/\").some((s:string)=>s===\".\" || s===\"..\")){\n return {ok:false,error:\"READ_TEXT_TRAVERSAL_REJECTED\"};\n }\n const artifactFile=q.path.startsWith(\"/brain/artifacts/\") && q.path.length>\"/brain/artifacts/\".length && !q.path.endsWith(\"/\");\n if(!(q.path===\"/brain/JOIN_PROTOCOL.md\" || artifactFile))return {ok:false,error:\"READ_TEXT_PATH_FORBIDDEN\"};\n if(!Number.isInteger(q.max_bytes) || q.max_bytes<1 || q.max_bytes>MAX_READ_BYTES)return {ok:false,error:\"READ_TEXT_MAX_BYTES_INVALID\"};\n return {ok:true,payload_json:JSON.stringify({path:q.path,max_bytes:q.max_bytes})};\n }\n return {ok:false,error:\"OP_UNSUPPORTED\"};\n}\n\nlet schemaReady:Promise|null=null;\nasync function ensureTables(){\n if(!schemaReady){\n schemaReady=(async()=>{\n await sqlite.execute(`CREATE TABLE IF NOT EXISTS brain_bridge_workers_v4 (\n worker_id TEXT NOT NULL,\n instance_id TEXT NOT NULL,\n first_seen_at TEXT NOT NULL,\n last_poll_at TEXT,\n last_result_at TEXT,\n lease_count INTEGER NOT NULL DEFAULT 0,\n result_count INTEGER NOT NULL DEFAULT 0,\n updated_at TEXT NOT NULL,\n PRIMARY KEY(worker_id,instance_id)\n )`);\n await ensureAuthorityTable(sqlite);\n })();\n }\n try{await schemaReady}catch(e){schemaReady=null;throw e}\n}\nasync function admitHostWriter(){\n await ensureTables();\n const r:any=await sqlite.execute(`SELECT epoch,writer,source_generation,source_head,mode,prepared_at,updated_at FROM ${AUTHORITY_TABLE} WHERE id=1`);\n const a:any=r.rows?.[0]||null;\n if(!a)return {ok:false,reason:\"AUTHORITY_UNINITIALIZED\"};\n if(String(a.mode)!==\"ACTIVE\")return {ok:false,reason:\"AUTHORITY_PREPARED_NO_WRITER\",authority:a};\n if(String(a.writer)!==\"host_bridge\")return {ok:false,reason:\"WRITER_NOT_CANONICAL\",authority:a};\n return {ok:true,epoch:Number(a.epoch),authority:a};\n}\nfunction instanceOf(q:any){const v=String(q?.instance_id||\"\").trim();return v||\"LEGACY_UNATTESTED_INSTANCE\";}\n\nasync function workerHealth(){\n await ensureTables();\n const [wr,qc,dup,auth,dur]:any[]=await sqlite.batch([\n {sql:`SELECT worker_id,instance_id,last_poll_at,last_result_at,lease_count,result_count,\n CAST((julianday('now')-julianday(last_poll_at))*86400 AS INTEGER) AS poll_age_seconds\n FROM brain_bridge_workers_v4\n ORDER BY last_poll_at DESC LIMIT 1`},\n {sql:`SELECT\n SUM(CASE WHEN state='READY' THEN 1 ELSE 0 END) AS ready_count,\n SUM(CASE WHEN state='LEASED' THEN 1 ELSE 0 END) AS leased_count,\n SUM(CASE WHEN state='LEASED' AND lease_expires_at <= datetime('now') THEN 1 ELSE 0 END) AS expired_lease_count,\n SUM(CASE WHEN state='READY' AND priority > ? THEN 1 ELSE 0 END) AS overcap_ready_count,\n MIN(CASE WHEN state='READY' THEN created_at END) AS oldest_ready_at,\n MIN(CASE WHEN state='LEASED' THEN lease_expires_at END) AS earliest_lease_expiry\n FROM brain_bridge_jobs`,args:[PRIORITY_CAP]},\n {sql:`SELECT COUNT(*) AS duplicate_worker_count FROM (\n SELECT lease_owner FROM brain_bridge_jobs\n WHERE state='LEASED' AND lease_expires_at > datetime('now') AND lease_owner IS NOT NULL\n GROUP BY lease_owner HAVING COUNT(*) > 1\n )`},\n {sql:`SELECT epoch,writer,source_generation,source_head,mode,prepared_at,updated_at\n FROM ${AUTHORITY_TABLE} WHERE id=1`},\n {sql:`SELECT\n (SELECT generation FROM brainvn_epoch_meta WHERE id=1) AS canonical_generation,\n (SELECT MAX(generation) FROM brainvn_replicas WHERE verified=1) AS max_verified_replica_generation,\n (SELECT COUNT(*) FROM brainvn_replicas WHERE verified=1) AS verified_replica_count`}\n ],\"read\");\n const w=wr.rows?.[0]||null;\n const q=qc.rows?.[0]||{};\n const a=auth.rows?.[0]||null;\n const d=dur.rows?.[0]||{};\n const canonicalGeneration=d.canonical_generation==null?null:Number(d.canonical_generation);\n const maxVerifiedReplicaGeneration=d.max_verified_replica_generation==null?null:Number(d.max_verified_replica_generation);\n const durabilityLagGenerations=\n canonicalGeneration==null||maxVerifiedReplicaGeneration==null\n ? null\n : Math.max(0,canonicalGeneration-maxVerifiedReplicaGeneration);\n const durabilityState=\n durabilityLagGenerations==null ? \"UNKNOWN\" :\n durabilityLagGenerations===0 ? \"CURRENT\" : \"LAGGING\";\n const duplicateActiveLeases=Number(dup.rows?.[0]?.duplicate_worker_count||0);\n const cls=classifyWorkerAge(w?Number(w.poll_age_seconds):null);\n const expiredLeases=Number(q.expired_lease_count||0);\n const status=healthHttpStatus(cls.state,duplicateActiveLeases,expiredLeases);\n return {status,body:{\n endpoint_ok:true,\n service:\"brain-bridge-worker-v5-boot-cohort-fair-v1\",\n control_plane_authority:a,\n brain_command_surface:commandSurfaceForAuthority(a?.writer==null?null:String(a.writer)),\n worker:w,\n worker_state:cls.state,\n worker_reason:cls.reason,\n worker_health_scope:\"HOST_BRIDGE_WORKER_ONLY\",\n instance_identity_available:w ? w.instance_id!==\"LEGACY_UNATTESTED_INSTANCE\" : false,\n duplicate_active_worker_leases:duplicateActiveLeases,\n queue:q,\n durability:{\n canonical_generation:canonicalGeneration,\n max_verified_replica_generation:maxVerifiedReplicaGeneration,\n verified_replica_count:Number(d.verified_replica_count||0),\n lag_generations:durabilityLagGenerations,\n state:durabilityState\n },\n transport_priority_cap:PRIORITY_CAP,\n max_brain_timeout_seconds:MAX_JOB_TIMEOUT,\n queue_lease_seconds:LEASE_SECONDS,\n selection_policy:\"RECOVERY_FIRST_THEN_OLDER_READY_COMMIT_BARRIER_THEN_AGED_NONBOOT_MISSION_15S_ESCAPE_THEN_BOOT_COHORT_PAIRED_REGISTER_BEFORE_CLAIM_THEN_CLAMPED_PRIORITY_FIFO_SINGLE_FLIGHT\",\n atomic_single_flight:true,\n fail_closed_http_status:status\n }};\n}\n\nasync function rejectInvalidLease(worker:string,id:string,error:string){\n await sqlite.execute({\n sql:`UPDATE ${JOB_TABLE}\n SET state='FAILED',result_json=NULL,error_json=?,lease_expires_at=NULL,updated_at=datetime('now')\n WHERE id=? AND state='LEASED' AND lease_owner=?`,\n args:[JSON.stringify({classification:\"BRIDGE_DISPATCH_REJECTED\",error}),id,worker]\n });\n}\n\nexport default async function(req:Request):Promise{\n const u=new URL(req.url);\n if(req.method===\"GET\" && u.pathname.endsWith(\"/health\")){\n const h=await workerHealth();return json(h.body,h.status);\n }\n if(req.method!==\"POST\")return json({ok:false,error:\"METHOD\"},405);\n const supplied=req.headers.get(\"x-brain-worker-token\")||\"\";\n if(!WORKER_TOKEN || supplied!==WORKER_TOKEN)return json({ok:false,error:\"UNAUTHORIZED\"},401);\n let q:any;try{q=await req.json()}catch{return json({ok:false,error:\"BAD_JSON\"},400)}\n await ensureTables();\n\n if(u.pathname.endsWith(\"/poll\")){\n const worker=String(q.worker_id||\"\").trim();\n if(!worker || worker.length>128)return json({ok:false,error:\"WORKER_REQUIRED\"},400);\n const authority=await admitHostWriter();\n if(!authority.ok)return json({ok:false,error:\"CONTROL_PLANE_WRITER_FENCED\",reason:authority.reason,authority:authority.authority??null},409);\n const instance=instanceOf(q);\n const pollBatch:any[]=await sqlite.batch([\n {sql:`INSERT INTO brain_bridge_workers_v4(worker_id,instance_id,first_seen_at,last_poll_at,updated_at)\n VALUES(?,?,datetime('now'),datetime('now'),datetime('now'))\n ON CONFLICT(worker_id,instance_id) DO UPDATE SET last_poll_at=datetime('now'),updated_at=datetime('now')`,args:[worker,instance]},\n {sql:recoverExpiredSql()},\n {sql:activeLeaseSql(),args:[worker]},\n {sql:leaseOneSql(),args:[worker,worker]}\n ],\"write\");\n const ar:any=pollBatch[2];\n const r:any=pollBatch[3];\n const before=activeLeaseDecision(ar.rows||[]);\n if(before.kind===\"conflict\")return json({ok:false,error:\"MULTIPLE_ACTIVE_LEASES\",worker_id:worker,count:before.count},409);\n if(before.kind===\"busy\")return json({ok:true,job:null,reason:\"ACTIVE_LEASE_EXISTS\",active_lease:{id:before.active_job_id,lease_expires_at:before.lease_expires_at},worker_id:worker,instance_id:instance});\n if(!r.rows?.[0]){\n return json({ok:true,job:null,reason:\"NO_READY_JOB_OR_RACED_ACTIVE_LEASE\",worker_id:worker,instance_id:instance,priority_cap:PRIORITY_CAP});\n }\n\n const row=r.rows[0];\n const normalized=normalizeDispatch(String(row.op),String(row.payload_json));\n if(!normalized.ok){\n await rejectInvalidLease(worker,String(row.id),normalized.error);\n return json({ok:true,job:null,reason:\"DISPATCH_REJECTED\",rejected_job:String(row.id),dispatch_error:normalized.error,worker_id:worker,instance_id:instance});\n }\n\n await sqlite.execute({\n sql:\"UPDATE brain_bridge_workers_v4 SET lease_count=lease_count+1,updated_at=datetime('now') WHERE worker_id=? AND instance_id=?\",\n args:[worker,instance]\n });\n return json({ok:true,job:{...row,payload_json:normalized.payload_json},worker_id:worker,instance_id:instance,priority_cap:PRIORITY_CAP,lease_seconds:LEASE_SECONDS});\n }\n\n if(u.pathname.endsWith(\"/result\")){\n const worker=String(q.worker_id||\"\").trim(),id=String(q.id||\"\").trim(),success=q.success===true;\n const instance=instanceOf(q);\n if(!worker||!id)return json({ok:false,error:\"BAD_RESULT_ID\"},400);\n const authority=await admitHostWriter();\n if(!authority.ok)return json({ok:false,error:\"CONTROL_PLANE_RESULT_FENCED\",reason:authority.reason,authority:authority.authority??null},409);\n\n const resultJson=success?JSON.stringify(q.result??null):null;\n const plan=success&&resultJson ? prepareAtomicCoalescePlan(resultJson,id,worker,true) : null;\n let state:string;\n let coalescedIds:string[]=[];\n\n if(plan){\n const cr:any=await sqlite.execute({sql:plan.sql,args:plan.args});\n const ids=(cr.rows||[]).map((x:any)=>String(x.id));\n if(!ids.includes(id))return json({ok:false,error:\"LEASE_MISMATCH_OR_EXPIRED\"},409);\n state=\"COMPLETE\";\n coalescedIds=ids.filter((x:string)=>x!==id);\n }else{\n const r:any=await sqlite.execute({\n sql:resultSql(),\n args:[success?\"COMPLETE\":\"FAILED\",resultJson,success?null:JSON.stringify(q.error??null),id,worker]\n });\n if(!r.rows?.length)return json({ok:false,error:\"LEASE_MISMATCH_OR_EXPIRED\"},409);\n state=String(r.rows[0].state);\n }\n\n await sqlite.execute({\n sql:\"UPDATE brain_bridge_workers_v4 SET last_result_at=datetime('now'),result_count=result_count+1,updated_at=datetime('now') WHERE worker_id=? AND instance_id=?\",\n args:[worker,instance]\n });\n return json({ok:true,id,state,worker_id:worker,instance_id:instance,\n coalesced_count:coalescedIds.length,coalesced_ids:coalescedIds});\n }\n return json({ok:false,error:\"NOT_FOUND\"},404);\n}\n",[182],"4c7bcbdc-4864-4349-9ecf-8db4fb89435d",["D",1789174188714],"export const READ_ONLY_BRAIN_COMMANDS = new Set([\"status\",\"verify-chain\",\"verify-claim-graph\"]);\nexport const COALESCE_COMMANDS = new Set([\"verify-chain\",\"verify-claim-graph\"]);\nexport const TRANSPORT_PRIORITY_CAP = 1_000_000_000;\nexport const MAX_JOB_TIMEOUT = 120;\n\nexport type ReadonlyBrainCommand = \"status\"|\"verify-chain\"|\"verify-claim-graph\";\nexport type CoalesceCommand = \"verify-chain\"|\"verify-claim-graph\";\nexport type AtomicPlan = {sql:string;args:unknown[];command:CoalesceCommand};\n\nfunction plainObject(v:any):v is Record{\n return !!v && typeof v===\"object\" && !Array.isArray(v);\n}\nfunction exactKeys(v:Record,expected:string[]){\n const a=Object.keys(v).sort(),b=[...expected].sort();\n return a.length===b.length && a.every((x,i)=>x===b[i]);\n}\nfunction tableName(t:string){\n if(!/^[A-Za-z_][A-Za-z0-9_]*$/.test(t))throw new Error(\"BAD_TABLE\");\n return t;\n}\nfunction hex64(v:unknown){\n return typeof v===\"string\" && /^[0-9a-f]{64}$/.test(v);\n}\n\nexport function readonlyBrainCommand(op:string,payloadJson:string):ReadonlyBrainCommand|null{\n if(op!==\"brain\")return null;\n let q:any;try{q=JSON.parse(payloadJson)}catch{return null}\n if(!plainObject(q)||!exactKeys(q,[\"args\",\"timeout\"]))return null;\n if(!Array.isArray(q.args)||q.args.length!==1||typeof q.args[0]!==\"string\")return null;\n if(!Number.isInteger(q.timeout)||q.timeout<1||q.timeout>MAX_JOB_TIMEOUT)return null;\n return READ_ONLY_BRAIN_COMMANDS.has(q.args[0]) ? q.args[0] as ReadonlyBrainCommand : null;\n}\nexport function coalescibleBrainCommand(op:string,payloadJson:string):CoalesceCommand|null{\n const c=readonlyBrainCommand(op,payloadJson);\n return c && COALESCE_COMMANDS.has(c) ? c as CoalesceCommand : null;\n}\n\n/* Infer the command from the closed successful worker result itself.\n Status is deliberately never classified for coalescing: current live status\n routinely hits MAX_OUTPUT_BYTES and a copied huge snapshot is not a safe cache. */\nexport function classifyValidCoalesceResult(resultJson:string):CoalesceCommand|null{\n let r:any;try{r=JSON.parse(resultJson)}catch{return null}\n if(!plainObject(r)||!exactKeys(r,[\"returncode\",\"stdout\",\"stderr\",\"stdout_truncated\",\"stderr_truncated\"]))return null;\n if(r.returncode!==0||typeof r.stdout!==\"string\"||r.stderr!==\"\"||r.stdout_truncated!==false||r.stderr_truncated!==false)return null;\n let out:any;try{out=JSON.parse(r.stdout.trim())}catch{return null}\n if(!plainObject(out))return null;\n if(exactKeys(out,[\"computed_head\",\"events\",\"ok\",\"stored_head\"])\n && out.ok===true\n && Number.isInteger(out.events)&&out.events>=0\n && hex64(out.stored_head)&&out.stored_head===out.computed_head){\n return \"verify-chain\";\n }\n if(exactKeys(out,[\"claims\",\"ok\",\"problems\"])\n && out.ok===true\n && Number.isInteger(out.claims)&&out.claims>=0\n && Array.isArray(out.problems)&&out.problems.length===0){\n return \"verify-claim-graph\";\n }\n return null;\n}\n\nfunction closedReadonlySql(a:string){\n return `(${a}.op='brain'\n AND json_valid(${a}.payload_json)=1\n AND json_type(${a}.payload_json,'$.args')='array'\n AND json_array_length(json_extract(${a}.payload_json,'$.args'))=1\n AND json_extract(${a}.payload_json,'$.args[0]') IN ('status','verify-chain','verify-claim-graph')\n AND json_type(${a}.payload_json,'$.timeout')='integer'\n AND json_extract(${a}.payload_json,'$.timeout') BETWEEN 1 AND ${MAX_JOB_TIMEOUT}\n AND (SELECT COUNT(*) FROM json_each(${a}.payload_json))=2)`;\n}\nfunction validRecoverStaleSql(a:string){\n return `(${a}.op='brain'\n AND json_valid(${a}.payload_json)=1\n AND json_type(${a}.payload_json,'$.args')='array'\n AND json_array_length(json_extract(${a}.payload_json,'$.args'))=1\n AND json_extract(${a}.payload_json,'$.args[0]')='recover-stale'\n AND json_type(${a}.payload_json,'$.timeout')='integer'\n AND json_extract(${a}.payload_json,'$.timeout') BETWEEN 1 AND ${MAX_JOB_TIMEOUT}\n AND (SELECT COUNT(*) FROM json_each(${a}.payload_json))=2)`;\n}\nfunction canonicalMutationSql(a:string){\n return `(${a}.op='brain' AND NOT ${closedReadonlySql(a)})`;\n}\nfunction effectivePrioritySql(a:string){\n return `(CASE WHEN ${a}.priority > ${TRANSPORT_PRIORITY_CAP} THEN ${TRANSPORT_PRIORITY_CAP} ELSE ${a}.priority END)`;\n}\n/* Exact current scheduler order for a mutating READY row b relative to read follower f:\n recovery-first, then clamped priority DESC, then created_at,id FIFO. */\nfunction mutatingReadyPrecedesSql(b:string,f:string){\n const br=validRecoverStaleSql(b);\n const bp=effectivePrioritySql(b),fp=effectivePrioritySql(f);\n return `(${canonicalMutationSql(b)} AND (\n ${br}\n OR (\n NOT ${br}\n AND (\n ${bp} > ${fp}\n OR (${bp}=${fp} AND (\n ${b}.created_at < ${f}.created_at\n OR (${b}.created_at=${f}.created_at AND ${b}.id<${f}.id)\n ))\n )\n )\n ))`;\n}\nfunction leaderValidSql(a:string){\n return `(${a}.id=?\n AND ${a}.state='LEASED'\n AND ${a}.lease_owner=?\n AND ${a}.lease_expires_at IS NOT NULL\n AND ${a}.lease_expires_at > datetime('now')\n AND ${a}.op='brain'\n AND json_valid(${a}.payload_json)=1\n AND json_type(${a}.payload_json,'$.args')='array'\n AND json_array_length(json_extract(${a}.payload_json,'$.args'))=1\n AND json_extract(${a}.payload_json,'$.args[0]')=?\n AND json_type(${a}.payload_json,'$.timeout')='integer'\n AND json_extract(${a}.payload_json,'$.timeout') BETWEEN 1 AND ${MAX_JOB_TIMEOUT}\n AND (SELECT COUNT(*) FROM json_each(${a}.payload_json))=2)`;\n}\n\nexport function atomicSuccessfulCoalesceSql(table=\"brain_bridge_jobs\"){\n table=tableName(table);\n const leaderL=leaderValidSql(\"l\");\n return `WITH leader AS MATERIALIZED (\n SELECT l.id,l.op,l.payload_json,l.priority,l.updated_at AS leased_at\n FROM ${table} AS l\n WHERE ${leaderL}\n )\n UPDATE ${table} AS j\n SET state='COMPLETE',\n result_json=?,\n error_json=NULL,\n lease_owner=NULL,\n lease_expires_at=NULL,\n updated_at=datetime('now')\n WHERE\n j.id IN (SELECT id FROM leader)\n OR (\n j.state='READY'\n AND EXISTS(\n SELECT 1 FROM leader AS l\n WHERE j.op=l.op\n AND j.payload_json=l.payload_json\n AND j.priority=l.priority\n AND j.created_at < l.leased_at\n\n /* A READY canonical mutation that scheduler order puts before j\n must execute before j; do not move j across it. */\n AND NOT EXISTS(\n SELECT 1 FROM ${table} AS b\n WHERE b.id<>j.id AND b.id<>l.id\n AND b.state='READY'\n AND ${mutatingReadyPrecedesSql(\"b\",\"j\")}\n )\n\n /* Any canonical mutation already in flight can change state\n independently of queue priority. Its older lease timestamp\n must not make it invisible. */\n AND NOT EXISTS(\n SELECT 1 FROM ${table} AS m\n WHERE m.id<>j.id AND m.id<>l.id\n AND m.state='LEASED'\n AND ${canonicalMutationSql(\"m\")}\n )\n\n /* Terminal mutations after the leader lease are state changes or\n unknown/failure boundaries that the leader snapshot may not\n safely represent for j. Same-second timestamps block\n conservatively because sqlite datetime() is second-granularity. */\n AND NOT EXISTS(\n SELECT 1 FROM ${table} AS t\n WHERE t.id<>j.id AND t.id<>l.id\n AND t.state IN ('COMPLETE','FAILED')\n AND t.updated_at >= l.leased_at\n AND ${canonicalMutationSql(\"t\")}\n )\n )\n )\n RETURNING id`;\n}\n\nexport function prepareAtomicCoalescePlan(\n resultJson:string,\n id:string,\n worker:string,\n success:boolean,\n table=\"brain_bridge_jobs\",\n):AtomicPlan|null{\n if(success!==true||!id||!worker)return null;\n const command=classifyValidCoalesceResult(resultJson);\n if(command===null)return null;\n return {\n command,\n sql:atomicSuccessfulCoalesceSql(table),\n args:[id,worker,command,resultJson],\n };\n}\n",[175],"0bf70b5b-be72-4d8c-a82b-527f49877ce4",["D",1789174188714],"import {\n classifyValidCoalesceResult,\n MAX_JOB_TIMEOUT,\n TRANSPORT_PRIORITY_CAP,\n} from \"./brain_bridge_readonly_coalesce_v4.ts\";\n\nexport type AdmissionAtomicPlan={sql:string;args:unknown[];command:\"verify-chain\"|\"verify-claim-graph\"};\n\nfunction tableName(t:string){\n if(!/^[A-Za-z_][A-Za-z0-9_]*$/.test(t))throw new Error(\"BAD_TABLE\");\n return t;\n}\nfunction closedReadonlySql(a:string){\n return `(${a}.op='brain'\n AND json_valid(${a}.payload_json)=1\n AND json_type(${a}.payload_json,'$.args')='array'\n AND json_array_length(json_extract(${a}.payload_json,'$.args'))=1\n AND json_extract(${a}.payload_json,'$.args[0]') IN ('status','verify-chain','verify-claim-graph')\n AND json_type(${a}.payload_json,'$.timeout')='integer'\n AND json_extract(${a}.payload_json,'$.timeout') BETWEEN 1 AND ${MAX_JOB_TIMEOUT}\n AND (SELECT COUNT(*) FROM json_each(${a}.payload_json))=2)`;\n}\nfunction validRecoverStaleSql(a:string){\n return `(${a}.op='brain'\n AND json_valid(${a}.payload_json)=1\n AND json_type(${a}.payload_json,'$.args')='array'\n AND json_array_length(json_extract(${a}.payload_json,'$.args'))=1\n AND json_extract(${a}.payload_json,'$.args[0]')='recover-stale'\n AND json_type(${a}.payload_json,'$.timeout')='integer'\n AND json_extract(${a}.payload_json,'$.timeout') BETWEEN 1 AND ${MAX_JOB_TIMEOUT}\n AND (SELECT COUNT(*) FROM json_each(${a}.payload_json))=2)`;\n}\nfunction canonicalMutationSql(a:string){\n return `(${a}.op='brain' AND NOT ${closedReadonlySql(a)})`;\n}\n/* Mirrors the admission class in the candidate scheduler exactly.\n Keeping this expression byte-local to the candidate is deliberate: if the\n scheduler class changes, parity tests must fail before cutover. */\nfunction admissionMutationSql(a:string){\n return `(${a}.op='brain'\n AND json_valid(${a}.payload_json)=1\n AND json_type(${a}.payload_json,'$.args')='array'\n AND json_extract(${a}.payload_json,'$.args[0]') IN ('register-agent','claim'))`;\n}\nfunction effectivePrioritySql(a:string){\n return `(CASE WHEN ${a}.priority > ${TRANSPORT_PRIORITY_CAP} THEN ${TRANSPORT_PRIORITY_CAP} ELSE ${a}.priority END)`;\n}\n/* For a read follower f, every READY admission mutation precedes f under the\n candidate scheduler regardless of insertion time/priority. Other mutations\n retain the legacy recovery+priority+FIFO ordering. */\nfunction mutatingReadyPrecedesSql(b:string,f:string){\n const br=validRecoverStaleSql(b);\n const ba=admissionMutationSql(b);\n const bp=effectivePrioritySql(b),fp=effectivePrioritySql(f);\n return `(${canonicalMutationSql(b)} AND (\n ${br}\n OR ${ba}\n OR (\n NOT ${br}\n AND NOT ${ba}\n AND (\n ${bp} > ${fp}\n OR (${bp}=${fp} AND (\n ${b}.created_at < ${f}.created_at\n OR (${b}.created_at=${f}.created_at AND ${b}.id<${f}.id)\n ))\n )\n )\n ))`;\n}\nfunction leaderValidSql(a:string){\n return `(${a}.id=?\n AND ${a}.state='LEASED'\n AND ${a}.lease_owner=?\n AND ${a}.lease_expires_at IS NOT NULL\n AND ${a}.lease_expires_at > datetime('now')\n AND ${a}.op='brain'\n AND json_valid(${a}.payload_json)=1\n AND json_type(${a}.payload_json,'$.args')='array'\n AND json_array_length(json_extract(${a}.payload_json,'$.args'))=1\n AND json_extract(${a}.payload_json,'$.args[0]')=?\n AND json_type(${a}.payload_json,'$.timeout')='integer'\n AND json_extract(${a}.payload_json,'$.timeout') BETWEEN 1 AND ${MAX_JOB_TIMEOUT}\n AND (SELECT COUNT(*) FROM json_each(${a}.payload_json))=2)`;\n}\n\nexport function atomicSuccessfulAdmissionAwareCoalesceSql(table=\"brain_bridge_jobs\"){\n table=tableName(table);\n const leaderL=leaderValidSql(\"l\");\n return `WITH leader AS MATERIALIZED (\n SELECT l.id,l.op,l.payload_json,l.priority,l.updated_at AS leased_at\n FROM ${table} AS l\n WHERE ${leaderL}\n )\n UPDATE ${table} AS j\n SET state='COMPLETE',\n result_json=?,\n error_json=NULL,\n lease_owner=NULL,\n lease_expires_at=NULL,\n updated_at=datetime('now')\n WHERE\n j.id IN (SELECT id FROM leader)\n OR (\n j.state='READY'\n AND EXISTS(\n SELECT 1 FROM leader AS l\n WHERE j.op=l.op\n AND j.payload_json=l.payload_json\n AND j.priority=l.priority\n AND j.created_at < l.leased_at\n AND NOT EXISTS(\n SELECT 1 FROM ${table} AS b\n WHERE b.id<>j.id AND b.id<>l.id\n AND b.state='READY'\n AND ${mutatingReadyPrecedesSql(\"b\",\"j\")}\n )\n AND NOT EXISTS(\n SELECT 1 FROM ${table} AS m\n WHERE m.id<>j.id AND m.id<>l.id\n AND m.state='LEASED'\n AND ${canonicalMutationSql(\"m\")}\n )\n AND NOT EXISTS(\n SELECT 1 FROM ${table} AS t\n WHERE t.id<>j.id AND t.id<>l.id\n AND t.state IN ('COMPLETE','FAILED')\n AND t.updated_at >= l.leased_at\n AND ${canonicalMutationSql(\"t\")}\n )\n )\n )\n RETURNING id`;\n}\n\nexport function prepareAdmissionAwareCoalescePlan(\n resultJson:string,id:string,worker:string,success:boolean,table=\"brain_bridge_jobs\",\n):AdmissionAtomicPlan|null{\n if(success!==true||!id||!worker)return null;\n const command=classifyValidCoalesceResult(resultJson);\n if(command===null)return null;\n return {\n command,\n sql:atomicSuccessfulAdmissionAwareCoalesceSql(table),\n args:[id,worker,command,resultJson],\n };\n}",[168],"fb9fdf45-a56e-4120-9ae9-b0a8ad6ce39b",["D",1789174188714],"// BRAIN-VAL-BRIDGE live identity receipt generator.\n// NON-AUTHORITATIVE evidence only.\n// Reads current Val files at execution time; never treat historical seal4d71.ts as current identity.\n// Canonical task: BRAIN-VAL-BRIDGE-LIVE-IDENTITY-RECEIPT-20260906.\n\nimport { readFile, listFiles } from \"https://esm.town/v/std/utils/index.ts\";\n\nconst TRACKED = [\n \"brain_bridge_worker.ts\",\n \"BRAIN_VAL_BRIDGE_PROTOCOL.md\",\n \"PROJECT_BRAIN_CHAT_BOOTSTRAP_V2_NO_SPRITES.md\",\n \"live_sf_reg_4d71.ts\",\n] as const;\n\nconst SEAL_KEY: Record<(typeof TRACKED)[number], string> = {\n \"brain_bridge_worker.ts\": \"worker\",\n \"BRAIN_VAL_BRIDGE_PROTOCOL.md\": \"protocol\",\n \"PROJECT_BRAIN_CHAT_BOOTSTRAP_V2_NO_SPRITES.md\": \"bootstrap\",\n \"live_sf_reg_4d71.ts\": \"regression\",\n};\n\nasync function sha256(text: string): Promise {\n const digest = await crypto.subtle.digest(\"SHA-256\", new TextEncoder().encode(text));\n return [...new Uint8Array(digest)].map((b) => b.toString(16).padStart(2, \"0\")).join(\"\");\n}\n\nfunction parseHistoricalSeal(text: string): Record {\n const marker = \"const files=\";\n const start = text.indexOf(marker);\n if (start < 0) throw new Error(\"HISTORICAL_SEAL_PAYLOAD_NOT_FOUND\");\n const valueStart = start + marker.length;\n const end = text.indexOf(\";\\nasync function h\", valueStart);\n if (end < 0) throw new Error(\"HISTORICAL_SEAL_PAYLOAD_END_NOT_FOUND\");\n const parsed = JSON.parse(text.slice(valueStart, end));\n for (const key of [\"worker\", \"protocol\", \"bootstrap\", \"regression\"]) {\n if (typeof parsed[key] !== \"string\") throw new Error(\"HISTORICAL_SEAL_BAD_SHAPE_\" + key);\n }\n return parsed;\n}\n\nconst [metadata, historicalSealText] = await Promise.all([\n listFiles(),\n readFile(\"/seal4d71.ts\"),\n]);\nconst historicalSeal = parseHistoricalSeal(historicalSealText);\nconst metaByPath = new Map(metadata.map((f: any) => [String(f.path).replace(/^\\//, \"\"), f]));\n\nconst trackedFiles: Record = {};\nlet driftCount = 0;\n\nfor (const path of TRACKED) {\n const current = await readFile(\"/\" + path);\n const historical = historicalSeal[SEAL_KEY[path]];\n const differs = current !== historical;\n if (differs) driftCount++;\n const m: any = metaByPath.get(path);\n trackedFiles[path] = {\n fileId: m?.id ?? m?.fileId ?? null,\n version: m?.version ?? null,\n updatedAt: m?.updatedAt ?? m?.updated_at ?? null,\n type: m?.type ?? m?.fileType ?? null,\n bytes: new TextEncoder().encode(current).length,\n sha256: await sha256(current),\n historical_seal_sha256: await sha256(historical),\n differs_from_historical_seal: differs,\n };\n}\n\nconst sealMeta: any = metaByPath.get(\"seal4d71.ts\");\nconst receipt = {\n schema: \"BRAIN_VAL_BRIDGE_LIVE_IDENTITY_RECEIPT_V2\",\n classification: \"NONAUTHORITATIVE_LIVE_READ_REVISION_BOUND_EVIDENCE\",\n val: \"mosadek/project-brain-live-v1-durable\",\n source_mode: \"VAL_STD_UTILS_READFILE_AND_LISTFILES_AT_EXECUTION_TIME\",\n tracked_files: trackedFiles,\n historical_seal: {\n path: \"seal4d71.ts\",\n fileId: sealMeta?.id ?? sealMeta?.fileId ?? null,\n version: sealMeta?.version ?? null,\n updatedAt: sealMeta?.updatedAt ?? sealMeta?.updated_at ?? null,\n classification: \"HISTORICAL_SNAPSHOT_ONLY\",\n tracked_byte_drift_count: driftCount,\n stale_for_current_identity: driftCount > 0,\n },\n invariants: {\n production_files_mutated_by_this_generator: false,\n canonical_brain_mutated: false,\n direct_sprites_used: false,\n human_authority_approval: false,\n current_identity_is_computed_from_current_val_bytes: true,\n historical_seal_not_current_authority: true,\n },\n};\nconsole.log(JSON.stringify(receipt, null, 2));\nexport default receipt;\n",[161],"9e4a19ac-5f0c-4910-aafe-fb02e2b8f442",["D",1789174188714],"export const AUTHORITY_TABLE=\"brain_control_plane_authority_v1\";\n\nexport async function ensureAuthorityTable(sqlite:any){\n await sqlite.execute(`CREATE TABLE IF NOT EXISTS ${AUTHORITY_TABLE}(\n id INTEGER PRIMARY KEY CHECK(id=1),\n epoch INTEGER NOT NULL,\n writer TEXT NOT NULL,\n source_generation INTEGER NOT NULL,\n source_head TEXT NOT NULL,\n mode TEXT NOT NULL CHECK(mode IN ('ACTIVE','PREPARED')),\n prepared_at TEXT,\n updated_at TEXT NOT NULL\n )`);\n}\n\nexport async function readAuthority(sqlite:any){\n await ensureAuthorityTable(sqlite);\n const r:any=await sqlite.execute(`SELECT epoch,writer,source_generation,source_head,mode,prepared_at,updated_at FROM ${AUTHORITY_TABLE} WHERE id=1`);\n return r.rows?.[0]||null;\n}\n\nexport async function bootstrapHostAuthority(sqlite:any,sourceGeneration:number,sourceHead:string){\n await ensureAuthorityTable(sqlite);\n const r:any=await sqlite.execute({sql:`INSERT INTO ${AUTHORITY_TABLE}(id,epoch,writer,source_generation,source_head,mode,prepared_at,updated_at)\n VALUES(1,1,'host_bridge',?,?,'ACTIVE',NULL,datetime('now')) ON CONFLICT(id) DO NOTHING RETURNING epoch`,args:[sourceGeneration,sourceHead]});\n return {created:!!r.rows?.[0],authority:await readAuthority(sqlite)};\n}\n\nexport async function admitWriter(sqlite:any,writer:string){\n const a:any=await readAuthority(sqlite);\n if(!a)return {ok:false,reason:\"AUTHORITY_UNINITIALIZED\"};\n if(String(a.mode)!==\"ACTIVE\")return {ok:false,reason:\"AUTHORITY_PREPARED_NO_WRITER\",authority:a};\n if(String(a.writer)!==writer)return {ok:false,reason:\"WRITER_NOT_CANONICAL\",authority:a};\n return {ok:true,epoch:Number(a.epoch),authority:a};\n}\n\nexport async function prepareValNativeCutover(sqlite:any,expectedEpoch:number,expectedGeneration:number,expectedHead:string,jobTable=\"brain_bridge_jobs\"){\n const tx=await sqlite.transaction(\"write\");\n try{\n const a:any=(await tx.execute(`SELECT * FROM ${AUTHORITY_TABLE} WHERE id=1`)).rows?.[0];\n if(!a||Number(a.epoch)!==expectedEpoch||String(a.writer)!==\"host_bridge\"||String(a.mode)!==\"ACTIVE\"||Number(a.source_generation)!==expectedGeneration||String(a.source_head)!==expectedHead){await tx.rollback();return{ok:false,reason:\"STALE_OR_WRONG_SOURCE_AUTHORITY\"}}\n const q:any=await tx.execute(`SELECT COUNT(*) n FROM ${jobTable} WHERE state='LEASED' AND lease_expires_at>datetime('now')`);\n const active=Number(q.rows?.[0]?.n||0);\n if(active!==0){await tx.rollback();return{ok:false,reason:\"ACTIVE_TRANSPORT_LEASES\",active_transport_leases:active}}\n const u:any=await tx.execute({sql:`UPDATE ${AUTHORITY_TABLE} SET mode='PREPARED',prepared_at=datetime('now'),updated_at=datetime('now') WHERE id=1 AND epoch=? AND writer='host_bridge' AND mode='ACTIVE' AND source_generation=? AND source_head=? RETURNING epoch`,args:[expectedEpoch,expectedGeneration,expectedHead]});\n if(!u.rows?.[0]){await tx.rollback();return{ok:false,reason:\"PREPARE_RACE_LOST\"}}\n await tx.commit();return{ok:true,epoch:expectedEpoch};\n }catch(e){await tx.rollback();throw e}\n}\n\nexport async function promoteValNative(sqlite:any,expectedEpoch:number,expectedGeneration:number,expectedHead:string){\n const tx=await sqlite.transaction(\"write\");\n try{\n const next=expectedEpoch+1;\n const u:any=await tx.execute({sql:`UPDATE ${AUTHORITY_TABLE} SET epoch=?,writer='val_native',mode='ACTIVE',prepared_at=NULL,updated_at=datetime('now') WHERE id=1 AND epoch=? AND writer='host_bridge' AND mode='PREPARED' AND source_generation=? AND source_head=? RETURNING epoch`,args:[next,expectedEpoch,expectedGeneration,expectedHead]});\n if(!u.rows?.[0]){await tx.rollback();return{ok:false,reason:\"CUTOVER_CAS_REJECTED\"}}\n await tx.commit();return{ok:true,epoch:next};\n }catch(e){await tx.rollback();throw e}\n}\n",[154],"40315a4e-3a9c-44cd-b468-4b093ba236c0",["D",1789174188714],"import { sqlite } from \"https://esm.town/v/std/sqlite/main.ts\";\nimport { blob } from \"https://esm.town/v/std/blob/main.ts\";\n\nconst EXPECTED_WORKER=\"project-brain-live-v1-worker-v2\";\nconst STALE_SECONDS=90;\nconst DEAD_SECONDS=180;\n\nfunction classify(age:number|null){\n if(age===null||!Number.isFinite(age))return {state:\"UNKNOWN\",reason:\"NO_WORKER_HEARTBEAT\"};\n if(age<=STALE_SECONDS)return {state:\"HEALTHY\",reason:\"RECENT_WORKER_POLL\"};\n if(age<=DEAD_SECONDS)return {state:\"DEGRADED\",reason:\"WORKER_POLL_STALE\"};\n return {state:\"DOWN\",reason:\"WORKER_POLL_DEAD\"};\n}\nfunction safeStamp(d=new Date()){return d.toISOString().replace(/[:.]/g,\"-\");}\n\nexport default async function(interval:any){\n const before:any=await sqlite.execute(`\n SELECT COUNT(*) AS n FROM brain_bridge_jobs\n WHERE state='LEASED' AND lease_expires_at IS NOT NULL AND lease_expires_at <= datetime('now')`);\n const expiredBefore=Number(before.rows?.[0]?.n||0);\n\n const recovered:any=await sqlite.execute(`\n UPDATE brain_bridge_jobs\n SET state='READY',lease_owner=NULL,lease_expires_at=NULL,updated_at=datetime('now')\n WHERE state='LEASED' AND lease_expires_at IS NOT NULL AND lease_expires_at <= datetime('now')`);\n\n const workers:any=await sqlite.execute({\n sql:`SELECT worker_id,instance_id,last_poll_at,last_result_at,lease_count,result_count,\n CAST((julianday('now')-julianday(last_poll_at))*86400 AS INTEGER) AS poll_age_seconds\n FROM brain_bridge_workers_v4\n WHERE worker_id=?\n ORDER BY last_poll_at DESC LIMIT 8`,\n args:[EXPECTED_WORKER]\n });\n const w:any=workers.rows?.[0]||null;\n const age=w?Number(w.poll_age_seconds):null;\n const cls=classify(age);\n\n const q:any=await sqlite.execute(`\n SELECT\n SUM(CASE WHEN state='READY' THEN 1 ELSE 0 END) AS ready_count,\n SUM(CASE WHEN state='LEASED' THEN 1 ELSE 0 END) AS leased_count,\n SUM(CASE WHEN state='FAILED' THEN 1 ELSE 0 END) AS failed_count,\n MIN(CASE WHEN state='READY' THEN created_at END) AS oldest_ready_at\n FROM brain_bridge_jobs`);\n const qr:any=q.rows?.[0]||{};\n\n const recentInstances=(workers.rows||[]).filter((x:any)=>Number(x.poll_age_seconds)<=STALE_SECONDS);\n const duplicateRecent=recentInstances.length>1;\n const instanceIdentityAvailable=!!w && String(w.instance_id)!==\"LEGACY_UNATTESTED_INSTANCE\";\n\n const receipt={\n schema:\"PROJECT_BRAIN_AUTONOMY_WATCHDOG_V1\",\n observed_at:new Date().toISOString(),\n previous_successful_interval_run_at:interval?.lastRunAt?.toISOString?.()??null,\n worker_id:EXPECTED_WORKER,\n worker:w,\n instance_identity_available:instanceIdentityAvailable,\n worker_state:duplicateRecent?\"DEGRADED\":(!instanceIdentityAvailable?\"DEGRADED\":cls.state),\n worker_reason:duplicateRecent?\"MULTIPLE_RECENT_EXPECTED_WORKER_INSTANCES\":(!instanceIdentityAvailable?\"LEGACY_UNATTESTED_INSTANCE\":cls.reason),\n recent_expected_worker_instances:recentInstances.map((x:any)=>({\n instance_id:x.instance_id,last_poll_at:x.last_poll_at,poll_age_seconds:Number(x.poll_age_seconds)\n })),\n transport_expired_leases_before:expiredBefore,\n transport_expired_leases_recovered:Number(recovered.rowsAffected??expiredBefore),\n queue:{\n ready_count:Number(qr.ready_count||0),\n leased_count:Number(qr.leased_count||0),\n failed_count:Number(qr.failed_count||0),\n oldest_ready_at:qr.oldest_ready_at||null\n },\n actions:{\n canonical_brain_mutation:false,\n canonical_recover_stale_enqueued:false,\n host_wake_attempted:false,\n routine_sprites_calls:0\n }\n };\n\n await blob.setJSON(\"diagnostics/autonomy_watchdog/latest.json\",receipt);\n if(receipt.worker_state!==\"HEALTHY\" && receipt.queue.ready_count>0){\n await blob.setJSON(\"diagnostics/autonomy_watchdog/anomaly_\"+safeStamp()+\".json\",receipt);\n }\n console.log(JSON.stringify(receipt));\n return receipt;\n}",[146],"2c6db592-742d-47c4-bec8-420372ea0a35",["D",1789174188714],"# Project Brain Durable Checkpoints\n\nThis val is a non-authoritative durability domain for hash-verified Project Brain snapshots. Authority remains defined by the Brain's verified state and stronger workstream-specific authority roots.\n",[118],"e14f2387-b3d4-4056-bffb-a88ee72dd882",["D",1789174188714],"# PROJECT BRAIN CHAT BOOTSTRAP V3 — VAL-ONLY / NO SPRITES\n\n## Non-negotiable transport rule\n\nFor normal ChatGPT project work, do not invoke the Sprites ChatGPT connector.\n\nUse:\n`ChatGPT → Val Town → brain_bridge_jobs → persistent worker → canonical Brain`\n\nVal/project: `mosadek/project-brain-live-v1-durable` \nProtocol: `BRAIN_VAL_BRIDGE_PROTOCOL.md`\n\nThe first external project call in a new chat is Val Town, not Sprites.\n\n## Fail-closed boot sequence\n\n1. Read this bootstrap and the current `BRAIN_VAL_BRIDGE_PROTOCOL.md` through Val Town.\n2. Read `brain_bridge_worker.ts /health`.\n3. If health is not HTTP 200 with a fresh worker heartbeat, fail closed for live Brain operations. Do not confuse `endpoint_ok` with a live executor.\n4. Submit a unique `status` Brain job with an integer timeout ≤120.\n5. Wait for that exact job to become COMPLETE or FAILED.\n6. Run `verify-chain` and `verify-claim-graph`.\n7. Determine the correct workstream from verified live state.\n8. Register a unique CHAT agent with `register-agent`, declaring only capabilities actually present.\n9. Never claim `human_authority_approval`.\n10. Claim a causally ready task with `claim`.\n11. Continue through the Val queue.\n\n## Important: no atomic boot alias\n\nDo NOT submit `boot` or raw `boot-agent`.\n\nThe old bridge documentation was wrong end-to-end:\n- live Brain kernel command: `boot-agent`;\n- persistent executor currently rejects raw `boot-agent`;\n- old public bridge alias `boot` reached Brain literally and failed argparse.\n\nCurrent proven boot equivalent:\n\n`register-agent → wait for that exact job to become COMPLETE → claim`\n\nDo **not** enqueue `register-agent` and `claim` as a causally ordered batch. Queue `created_at` has second resolution and equal capped priorities are ordered by `created_at,id`, so same-second IDs can invert the intended order. A claim submitted before registration is observably complete is a client bug, not a scheduler race to \"fix\" with more priority.\n\nThis preserves the kernel’s registration and scheduler semantics without inventing an unavailable wrapper.\n\n## Anti-glitch command discipline\n\nThese rules are mandatory because each failure has already been reproduced in live multi-chat operation:\n\n- **Causal command submission is sequential.** When command B requires command A, submit A, poll that exact job to COMPLETE, validate its result, then submit B. Do not rely on insertion order inside one second.\n- **Never guess CLI flags or aliases.** The bridge is closed-schema. If a flag is not in the current protocol/kernel interface, do not send it.\n- **`ensure-task` requires both `--success` and `--value`.** Omitting `--value` is a client-side construction error and must be caught before queue insertion.\n- **`status --workstream` is invalid.** Current `status` accepts no workstream selector. Use one bounded global status only when needed, then inspect exact job/task evidence through Val-side reads instead of repeatedly serializing full history.\n- **Bound observability work.** Boot should use one health check, one status job, the required chain/claim verification jobs, then exact-job polling. Do not create status/verification storms from every agent.\n- **Treat truncation as truncation.** Large status/tool output may be truncated by the transport or UI. Truncation does not imply canonical corruption. Query a bounded slice, exact job, snapshot, or artifact instead of rerunning status until the control plane melts.\n- **Client cancellation is not a dependency primitive.** Never fire a downstream mutating job and then \"cancel\" it because its prerequisite has not completed. Prevent invalid submission in the first place.\n\n## Queue contract\n\nBrain payload:\n\n```json\n{\"args\":[\"status\"],\"timeout\":60}\n```\n\nCurrent transport limits:\n- priority cap: 1,000,000,000;\n- all over-cap priorities tie and use FIFO;\n- Brain timeout: 1..120 seconds;\n- queue lease: 180 seconds;\n- atomic single-flight per worker ID;\n- no redelivery while a worker has an unexpired active lease.\n\nDo not try to defeat queue fairness by using huge floating-point priorities. Humanity already ran that experiment.\n\n## Supported Brain commands\n\nCurrently allowed:\n- status\n- verify-chain\n- verify-claim-graph\n- register-agent\n- ensure-task\n- delegate-task\n- claim\n- renew-lease\n- commit\n- checkpoint\n- add-claim\n- invalidate-claim\n- supersede-task-context\n- migrate-task-invariants\n- reconcile-causal-blocks\n- recover-stale\n\nCurrently unavailable end-to-end:\n- boot\n- boot-agent\n- recover-leases\n- arbitrary/unlisted brain.py subcommands\n\n### Lease recovery semantics\n\nCanonical Brain task-lease recovery has exactly one current bridge spelling:\n\n```json\n{\"args\":[\"recover-stale\"],\"timeout\":60}\n```\n\nRequirements:\n- use exactly `recover-stale`;\n- `args` contains exactly that one string, with no additional arguments;\n- `timeout` is an integer from 1 through 120;\n- `recover-leases` is intentionally rejected and is not an alias;\n- unknown recovery spellings fail closed at Val-side dispatch.\n\nThis is distinct from Val transport queue-lease expiry/recovery. End-to-end evidence: queue job `chat-sol-20260906-0139-recover-stale-v5-z91` completed through the persistent worker at Brain generation 1321 and recovered three expired canonical task leases. This proves the current spelling works end-to-end; it does not prove permanent executor liveness, exact-once mutation semantics, or transport attempt fencing.\n\nIf an unavailable operation is required, route a bridge-extension task. Do not guess aliases.\n\n## Read-only Brain text\n\nUse `op='read_text'` only for:\n- `/brain/JOIN_PROTOCOL.md`;\n- non-directory files below `/brain/artifacts/`.\n\nMaximum 200,000 bytes. Closed payload schema. No traversal segments.\n\n## Worker health\n\nThe Val endpoint can be alive while the persistent worker is dead.\n\nTreat:\n- HTTP 200 = transport worker heartbeat currently healthy;\n- HTTP 503 = degraded/down/inconsistent transport. Inspect the response and traces.\n\nWhen health is 503, queued jobs may remain READY. Do not invent their results.\n\n## Direct Sprites emergency boundary\n\nDirect Sprites is not an automatic fallback.\n\nUse a non-Sprites route or extend the bridge first. Direct Sprites is reserved for an explicitly authorized maintenance emergency after acknowledging it can trigger the platform materialization approval.\n\n## After every task\n\n1. preserve consequential evidence and hashes;\n2. reconcile current workstream generation;\n3. commit through the Brain;\n4. verify chain/claim graph when consequential;\n5. claim the next eligible task;\n6. continue unless mission complete or a genuine external boundary remains.\n\n## Goal\n\nA new chat must be able to join the same canonical Brain without recurring Sprites connector approvals, while failures remain visible instead of being laundered into fake liveness.\n",[132],"8d9707af-da20-4c62-971b-a0f795689476",["D",1789174188714],"# PROJECT BRAIN VAL BRIDGE PROTOCOL V2\n\n## Purpose\n\nNormal ChatGPT project work uses Val Town as the only ChatGPT-facing transport to the canonical Project Brain. Direct Sprites connector calls are maintenance-only because they can trigger separate file-materialization approval prompts.\n\nNormal path:\n\n`ChatGPT → Val Town → brain_bridge_jobs → persistent Brain worker → canonical Brain`\n\nVal/project: `mosadek/project-brain-live-v1-durable` \nQueue: `brain_bridge_jobs` \nWorker identity: `project-brain-live-v1-worker-v2`\n\n## Mandatory health interpretation\n\nThe HTTP endpoint being reachable is NOT proof that the persistent Brain worker is alive.\n\nRead `brain_bridge_worker.ts /health`.\n\n- HTTP 200 means the most recent worker poll is fresh and the queue has no expired lease or duplicate active lease for one worker ID.\n- HTTP 503 means fail closed. Inspect `worker_state`, `worker_reason`, queue counts, and endpoint traces.\n- `endpoint_ok:true` only proves the Val endpoint itself is executing.\n- `instance_identity_available:false` means the persistent worker has not yet supplied a distinct process instance ID. Do not overclaim process identity.\n\nCurrent Val-side invariants:\n- priority cap: `1_000_000_000`;\n- selection above the cap: FIFO by `created_at,id`;\n- maximum Brain command timeout: `120 seconds`;\n- queue lease: `180 seconds`;\n- atomic single-flight per `worker_id`;\n- an active unexpired lease is not redelivered to another poll sharing that worker ID;\n- a pre-existing duplicate active lease for one worker ID fails closed;\n- expired queue leases are returned to READY on a worker poll;\n- results are accepted only for the current unexpired lease owner.\n\nThese are transport invariants, not Brain authority.\n\n## Submit a Brain command\n\nInsert a unique job:\n\n```sql\nINSERT INTO brain_bridge_jobs\n(id, priority, op, payload_json, state, lease_owner, lease_expires_at,\n result_json, error_json, created_at, updated_at)\nVALUES (?, ?, 'brain', ?, 'READY', NULL, NULL, NULL, NULL,\n datetime('now'), datetime('now'))\n```\n\nBrain payload is closed-schema:\n\n```json\n{\"args\":[\"status\"],\"timeout\":60}\n```\n\nRequirements:\n- exact top-level keys: `args`, `timeout`;\n- `args` is a non-empty string array;\n- `timeout` is an integer from 1 through 120.\n\nCurrently allowed Brain subcommands:\n- status\n- verify-chain\n- verify-claim-graph\n- register-agent\n- ensure-task\n- delegate-task\n- claim\n- renew-lease\n- commit\n- checkpoint\n- add-claim\n- invalidate-claim\n- supersede-task-context\n- migrate-task-invariants\n- reconcile-causal-blocks\n- recover-stale\n\nAnything else fails at Val-side dispatch rather than being sent onward.\n\n## Boot semantics\n\nThere is currently NO valid atomic `boot` bridge command.\n\nThe public bridge previously advertised `boot`, but the live kernel accepts `boot-agent` while the persistent executor rejects raw `boot-agent`. Therefore neither spelling is a valid end-to-end bridge operation.\n\nUse the proven equivalent sequence:\n\n1. `register-agent`\n2. `claim`\n\nRegister only capabilities actually present in the current chat. Never claim `human_authority_approval`.\n\nExample conceptual sequence:\n\n```text\nregister-agent --workstream --role \n --type CHAT --capabilities \n\nclaim --agent --mode INTERACTIVE --lease-seconds 1800\n```\n\nDo not submit `boot` or `boot-agent` until a later verified bridge/executor revision explicitly restores an atomic wrapper.\n\n## Lease recovery semantics\n\nCanonical Brain task-lease recovery is exposed through exactly one bridge spelling:\n\n```json\n{\"args\":[\"recover-stale\"],\"timeout\":60}\n```\n\nRequirements:\n- the Brain subcommand is exactly `recover-stale`;\n- `args` contains exactly that one string and no additional arguments;\n- `timeout` remains an integer from 1 through 120;\n- `recover-leases` is intentionally rejected and is not an alias;\n- unknown recovery spellings fail closed at Val-side dispatch.\n\nVal transport queue-lease expiry remains a separate transport mechanism and is recovered by the worker on poll.\n\nEnd-to-end evidence: queue job `chat-sol-20260906-0139-recover-stale-v5-z91` completed through the persistent V5 worker at Brain generation 1321 and recovered three expired canonical task leases. This establishes the current recovery path; it does not prove permanent executor liveness or transport attempt-fencing.\n\n## Poll a job result\n\n```sql\nSELECT id,state,lease_owner,lease_expires_at,result_json,error_json,updated_at\nFROM brain_bridge_jobs\nWHERE id=?\n```\n\nTerminal states:\n- COMPLETE\n- FAILED\n\nA READY job means it has not been executed. A LEASED job is not complete. Do not infer canonical mutation from queue state alone.\n\n## Read Brain text without Sprites\n\nUse `op='read_text'` with exact closed-schema payload:\n\n```json\n{\"path\":\"/brain/JOIN_PROTOCOL.md\",\"max_bytes\":200000}\n```\n\nAllowed paths:\n- exactly `/brain/JOIN_PROTOCOL.md`;\n- a non-directory file strictly below `/brain/artifacts/`.\n\nConstraints:\n- `max_bytes`: integer 1..200000;\n- no `.` or `..` path segments;\n- no backslash or NUL;\n- no extra payload fields.\n\nEarlier worker stalls coincided with read jobs, but later bounded artifact reads completed successfully. Therefore do not claim that `read_text` itself caused the historical stall. Keep the bounded allowlist and use current worker health as the liveness signal.\n\n## Hard transport rule\n\nRoutine ChatGPT work:\n- DO NOT call Sprites;\n- DO NOT call Sprites.exec;\n- DO NOT call Sprites.file_read/file_write/file_copy/file_delete;\n- DO NOT call Sprites service/checkpoint/file/blob operations.\n\nIf a required operation is missing:\n1. use an existing valid non-Sprites substrate when possible;\n2. route or build a bridge extension;\n3. fail closed if the missing operation is necessary;\n4. direct Sprites remains an explicit maintenance emergency, not an automatic fallback.\n\n## Failure behavior\n\nIf jobs stay READY:\n1. inspect `/health`;\n2. inspect worker endpoint traces;\n3. inspect the current active/expired queue leases;\n4. do not raise transport priorities above the cap to win a queue arms race;\n5. do not interpret the Val endpoint being online as the Brain worker being online.\n\nIf worker health is DOWN:\n- queued commands remain pending;\n- no live Brain registration, claim, commit, status, or verification should be invented;\n- Val-side code/evidence work may continue when it does not pretend to mutate canonical Brain;\n- repair/restore the persistent executor through an authorized route, then resume queue processing.\n\n## Proven facts and bounded claims\n\nThe reverse bridge has successfully:\n- read Brain status;\n- created canonical Brain tasks;\n- registered CHAT agents;\n- claimed tasks;\n- committed task results;\n- run verify-chain and verify-claim-graph.\n\nThe Val-side worker has independently reproduced and repaired the same-worker concurrent lease race in isolated queue tests. This does NOT prove the persistent Sprite-side executor is permanently supervised or continuously alive.\n\n## Goal\n\nNormal project work must stay materialization-free from ChatGPT while remaining fail-closed:\n\n`ChatGPT agent → Val Town → durable queue → live worker → verified Brain`\n\nIf the live worker disappears, the system must say so rather than smiling with HTTP 200 like a malfunctioning status 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