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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(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\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","createdAt",["D",1788660211007],"branchVersion","branchId","35b679b8-79ea-4d07-a74e-db8f3bf6ce8b","id","c65dd86a-b37f-4be8-9316-7f775eeaf3a6","brain-coalesce-v2-a19c",["D",1788660201596],"deletedAt","legacyEnvVars","privacy","public","httpPrivacy","description","Isolated Brain coalescer V2 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{ sqlite } from \"https://esm.town/v/std/sqlite/main.ts\";\nimport { coalesceFollowersSql, mayCoalesceSuccessfulLeader } from \"./brain_bridge_readonly_coalesce_v1_candidate.ts\";\n\nconst T=\"coalesce_order_\"+crypto.randomUUID().replaceAll(\"-\",\"\");\nconst read=JSON.stringify({args:[\"verify-chain\"],timeout:60});\nconst mutation=JSON.stringify({args:[\"commit\",\"--agent\",\"a\"],timeout:60});\nawait sqlite.execute(`CREATE TABLE ${T}(\n id TEXT PRIMARY KEY, priority REAL, op TEXT, payload_json TEXT, state TEXT,\n lease_owner TEXT, lease_expires_at TEXT, result_json TEXT, error_json TEXT,\n created_at TEXT, updated_at TEXT)`);\ntry{\n const rows=[\n [\"leader\",100,\"brain\",read,\"LEASED\",\"w\",\"2026-01-01 00:03:10\",\"2026-01-01 00:00:01\",\"2026-01-01 00:00:10\"],\n [\"mutation\",100,\"brain\",mutation,\"READY\",null,null,\"2026-01-01 00:00:05\",\"2026-01-01 00:00:05\"],\n [\"follower\",100,\"brain\",read,\"READY\",null,null,\"2026-01-01 00:00:06\",\"2026-01-01 00:00:06\"],\n ];\n for(const r of rows){\n await sqlite.execute({sql:`INSERT INTO ${T}\n (id,priority,op,payload_json,state,lease_owner,lease_expires_at,created_at,updated_at)\n VALUES(?,?,?,?,?,?,?,?,?)`,args:r});\n }\n const leader:any=(await sqlite.execute(`SELECT id,state,lease_owner,op,payload_json,updated_at AS leased_at FROM ${T} WHERE id='leader'`)).rows?.[0];\n if(!mayCoalesceSuccessfulLeader(leader,true,\"w\")) throw new Error(\"SETUP_LEADER_NOT_ELIGIBLE\");\n const result=JSON.stringify({returncode:0,stdout:'{\"ok\":true}\\\\n',stderr:\"\",stdout_truncated:false,stderr_truncated:false});\n const c:any=await sqlite.execute({sql:coalesceFollowersSql(T),args:[result,leader.op,leader.payload_json,leader.leased_at]});\n const ids=(c.rows||[]).map((x:any)=>String(x.id)).sort();\n const mutationState:any=(await sqlite.execute(`SELECT state FROM ${T} WHERE id='mutation'`)).rows?.[0]?.state;\n const followerState:any=(await sqlite.execute(`SELECT state FROM ${T} WHERE id='follower'`)).rows?.[0]?.state;\n const pass=ids.length===0 && mutationState===\"READY\" && followerState===\"READY\";\n const report={\n ok:pass,\n classification:pass?\"ORDERING_BARRIER_PASS\":\"ORDERING_BARRIER_FAIL\",\n scenario:\"same-priority leader read -> mutation -> exact follower read, all queued before leader lease\",\n expected:\"follower must remain READY because FIFO would execute mutation before follower\",\n observed:{coalesced:ids,mutationState,followerState},\n defect:pass?null:\"coalescer ignores intervening mutation and can serve a pre-mutation snapshot to a read ordered after that mutation\"\n };\n console.log(JSON.stringify(report,null,2));\n if(!pass) throw new Error(\"INTERVENING_MUTATION_ORDERING_VIOLATION\");\n}finally{\n await sqlite.execute(`DROP TABLE IF EXISTS ${T}`);\n}","label",[136],"b9f7f3e7-f52f-4ec6-b823-a129d1e5d31e","coalesce_e72c_boundary_test.ts","01a07474-d845-763b-8ed2-4449ec6bcf0e",["D",1788660209734],"import { sqlite } from \"https://esm.town/v/std/sqlite/main.ts\";\nimport { coalesceFollowersSql, mayCoalesceSuccessfulLeader } from \"./brain_bridge_readonly_coalesce_v1_candidate.ts\";\nimport { resultSql } from \"./brain_bridge_worker.ts\";\n\ntype Check={name:string;pass:boolean;detail?:unknown};\nconst checks:Check[]=[];\nconst check=(name:string,pass:boolean,detail?:unknown)=>checks.push({name,pass,detail});\nconst T=\"coalesce_boundary_\"+crypto.randomUUID().replaceAll(\"-\",\"\");\nconst p=JSON.stringify({args:[\"verify-chain\"],timeout:60});\nawait sqlite.execute(`CREATE TABLE ${T}(\n id TEXT PRIMARY KEY, priority REAL, op TEXT, payload_json TEXT, state TEXT,\n lease_owner TEXT, lease_expires_at TEXT, result_json TEXT, error_json TEXT,\n created_at TEXT, updated_at TEXT)`);\n\nasync function reset(){await sqlite.execute(`DELETE FROM ${T}`)}\nasync function seed(expiryExpr:string){\n await sqlite.execute({sql:`INSERT INTO ${T}\n (id,priority,op,payload_json,state,lease_owner,lease_expires_at,result_json,error_json,created_at,updated_at)\n VALUES('leader',0,'brain',?,'LEASED','w',datetime('now',?),NULL,NULL,datetime('now','-20 seconds'),datetime('now','-10 seconds'))`,\n args:[p,expiryExpr]});\n await sqlite.execute({sql:`INSERT INTO ${T}\n (id,priority,op,payload_json,state,lease_owner,lease_expires_at,result_json,error_json,created_at,updated_at)\n VALUES('follower',0,'brain',?,'READY',NULL,NULL,NULL,NULL,datetime('now','-15 seconds'),datetime('now','-15 seconds'))`,\n args:[p]});\n}\nasync function snapshot(){\n return (await sqlite.execute(`SELECT id,state,lease_owner,op,payload_json,updated_at AS leased_at FROM ${T} WHERE id='leader'`)).rows?.[0] as any;\n}\nasync function integrate(result:any){\n const leader=await snapshot();\n const resultText=JSON.stringify(result);\n const rr:any=await sqlite.execute({\n sql:resultSql(T),\n args:[\"COMPLETE\",resultText,null,\"leader\",\"w\"],\n });\n let coalesced:string[]=[];\n if(rr.rows?.length && mayCoalesceSuccessfulLeader(leader,true,\"w\")){\n const cr:any=await sqlite.execute({sql:coalesceFollowersSql(T),args:[resultText,leader.op,leader.payload_json,leader.leased_at]});\n coalesced=(cr.rows||[]).map((x:any)=>String(x.id));\n }\n const follower=(await sqlite.execute(`SELECT state,result_json FROM ${T} WHERE id='follower'`)).rows?.[0] as any;\n return {leaderUpdateRows:rr.rows?.length||0,coalesced,follower};\n}\n\ntry{\n await reset();\n await seed(\"-1 second\");\n const expired=await integrate({returncode:0,stdout:'{\"ok\":true}\\\\n',stderr:\"\",stdout_truncated:false,stderr_truncated:false});\n check(\"existing_resultSql_blocks_expired_lease_before_fanout\",\n expired.leaderUpdateRows===0 && expired.coalesced.length===0 && expired.follower.state===\"READY\",expired);\n\n await reset();\n await seed(\"+120 seconds\");\n const good=await integrate({returncode:0,stdout:'{\"ok\":true}\\\\n',stderr:\"\",stdout_truncated:false,stderr_truncated:false});\n check(\"natural_composition_fans_out_valid_good_result\",\n good.leaderUpdateRows===1 && good.coalesced.includes(\"follower\") && good.follower.state===\"COMPLETE\",good);\n\n await reset();\n await seed(\"+120 seconds\");\n const truncated=await integrate({returncode:0,stdout:'{\"partial\":',stderr:\"\",stdout_truncated:true,stderr_truncated:false});\n check(\"natural_composition_must_reject_truncated_result\",\n truncated.leaderUpdateRows===1 && truncated.coalesced.length===0 && truncated.follower.state===\"READY\",truncated);\n\n await reset();\n await seed(\"+120 seconds\");\n const missingEnvelope=await integrate(null);\n check(\"natural_composition_must_reject_missing_result_envelope\",\n missingEnvelope.leaderUpdateRows===1 && missingEnvelope.coalesced.length===0 && missingEnvelope.follower.state===\"READY\",missingEnvelope);\n\n const failed=checks.filter(x=>!x.pass);\n const report={ok:failed.length===0,classification:failed.length?\"COALESCE_CURRENT_RESULT_PATH_FAIL\":\"COALESCE_CURRENT_RESULT_PATH_PASS\",checks,failed};\n console.log(JSON.stringify(report,null,2));\n if(failed.length) throw new Error(\"BOUNDARY_FAILURES=\"+failed.map(x=>x.name).join(\",\"));\n}finally{\n await sqlite.execute(`DROP TABLE IF EXISTS ${T}`);\n}",[147],"a7600071-f33a-4f6b-8392-9dc816320925","coalesce_e72c_adv_test.ts","01a07474-d845-763b-8ed2-41a6d012e16c",["D",1788660209734],"import { sqlite } from \"https://esm.town/v/std/sqlite/main.ts\";\nimport {\n coalesceFollowersSql,\n mayCoalesceSuccessfulLeader,\n readonlyBrainCommand,\n} from \"./brain_bridge_readonly_coalesce_v1_candidate.ts\";\n\ntype Check = {name:string; pass:boolean; detail?:unknown};\nconst checks:Check[]=[];\nfunction check(name:string, pass:boolean, detail?:unknown){ checks.push({name,pass,detail}); }\n\nconst T=\"brain_bridge_coalesce_adv_\"+crypto.randomUUID().replaceAll(\"-\",\"\");\nconst p60=JSON.stringify({args:[\"verify-chain\"],timeout:60});\nconst p30=JSON.stringify({args:[\"verify-chain\"],timeout:30});\nconst pPretty='{\"args\": [\"verify-chain\"], \"timeout\": 60}';\nconst write=JSON.stringify({args:[\"register-agent\",\"x\"],timeout:60});\n\nawait sqlite.execute(`CREATE TABLE ${T}(\n id TEXT PRIMARY KEY, priority REAL, op TEXT, payload_json TEXT, state TEXT,\n lease_owner TEXT, lease_expires_at TEXT, result_json TEXT, error_json TEXT,\n created_at TEXT, updated_at TEXT)`);\n\nasync function reset(){ await sqlite.execute(`DELETE FROM ${T}`); }\nasync function ins(id:string,op:string,payload:string,state:string,owner:string|null,expires:string|null,created:string,updated:string){\n await sqlite.execute({\n sql:`INSERT INTO ${T}(id,priority,op,payload_json,state,lease_owner,lease_expires_at,result_json,error_json,created_at,updated_at)\n VALUES(?,0,?,?,?,?,?,NULL,NULL,?,?)`,\n args:[id,op,payload,state,owner,expires,created,updated],\n });\n}\nasync function row(id:string){\n return (await sqlite.execute({sql:`SELECT * FROM ${T} WHERE id=?`,args:[id]})).rows?.[0] as any;\n}\nasync function coalesceIfEligible(leader:any,success:boolean,worker:string,result:string){\n if(!mayCoalesceSuccessfulLeader(leader,success,worker)) return [] as string[];\n const r:any=await sqlite.execute({\n sql:coalesceFollowersSql(T),\n args:[result,leader.op,leader.payload_json,leader.leased_at],\n });\n return (r.rows||[]).map((x:any)=>String(x.id)).sort();\n}\n\ntry {\n check(\"recognizes_status\", readonlyBrainCommand(\"brain\",JSON.stringify({args:[\"status\"],timeout:60}))===\"status\");\n check(\"recognizes_verify_chain\", readonlyBrainCommand(\"brain\",p60)===\"verify-chain\");\n check(\"recognizes_verify_claim_graph\", readonlyBrainCommand(\"brain\",JSON.stringify({args:[\"verify-claim-graph\"],timeout:60}))===\"verify-claim-graph\");\n check(\"rejects_mutating_command\", readonlyBrainCommand(\"brain\",write)===null);\n check(\"rejects_read_text\", readonlyBrainCommand(\"read_text\",JSON.stringify({path:\"/brain/JOIN_PROTOCOL.md\",max_bytes:1}))===null);\n check(\"rejects_open_schema\", readonlyBrainCommand(\"brain\",JSON.stringify({args:[\"status\"],timeout:60,extra:true}))===null);\n check(\"rejects_multi_arg_read\", readonlyBrainCommand(\"brain\",JSON.stringify({args:[\"status\",\"extra\"],timeout:60}))===null);\n\n await reset();\n await ins(\"leader\",\"brain\",p60,\"LEASED\",\"w\",\"2026-01-01 00:03:10\",\"2026-01-01 00:00:01\",\"2026-01-01 00:00:10\");\n await ins(\"before\",\"brain\",p60,\"READY\",null,null,\"2026-01-01 00:00:02\",\"2026-01-01 00:00:02\");\n await ins(\"same-second\",\"brain\",p60,\"READY\",null,null,\"2026-01-01 00:00:10\",\"2026-01-01 00:00:10\");\n await ins(\"later\",\"brain\",p60,\"READY\",null,null,\"2026-01-01 00:00:11\",\"2026-01-01 00:00:11\");\n await ins(\"timeout-mismatch\",\"brain\",p30,\"READY\",null,null,\"2026-01-01 00:00:02\",\"2026-01-01 00:00:02\");\n await ins(\"payload-byte-mismatch\",\"brain\",pPretty,\"READY\",null,null,\"2026-01-01 00:00:02\",\"2026-01-01 00:00:02\");\n const leader:any={...(await row(\"leader\")),leased_at:\"2026-01-01 00:00:10\"};\n const good=JSON.stringify({returncode:0,stdout:'{\"ok\":true}\\\\n',stderr:\"\",stdout_truncated:false,stderr_truncated:false});\n const ids=await coalesceIfEligible(leader,true,\"w\",good);\n check(\"leader_success_coalesces_exact_prelease\", JSON.stringify(ids)===JSON.stringify([\"before\"]), ids);\n check(\"same_second_arrival_not_coalesced\",(await row(\"same-second\")).state===\"READY\");\n check(\"later_arrival_not_coalesced\",(await row(\"later\")).state===\"READY\");\n check(\"timeout_mismatch_not_coalesced\",(await row(\"timeout-mismatch\")).state===\"READY\");\n check(\"payload_byte_mismatch_not_coalesced\",(await row(\"payload-byte-mismatch\")).state===\"READY\");\n\n await reset();\n await ins(\"leader\",\"brain\",p60,\"LEASED\",\"w\",\"2026-01-01 00:03:10\",\"2026-01-01 00:00:01\",\"2026-01-01 00:00:10\");\n await ins(\"follower\",\"brain\",p60,\"READY\",null,null,\"2026-01-01 00:00:02\",\"2026-01-01 00:00:02\");\n const failLeader:any={...(await row(\"leader\")),leased_at:\"2026-01-01 00:00:10\"};\n const failIds=await coalesceIfEligible(failLeader,false,\"w\",good);\n check(\"leader_failure_not_coalesced\",failIds.length===0 && (await row(\"follower\")).state===\"READY\",failIds);\n\n await reset();\n await ins(\"leader\",\"brain\",p60,\"LEASED\",\"w\",\"2026-01-01 00:03:10\",\"2026-01-01 00:00:01\",\"2026-01-01 00:00:10\");\n await ins(\"post\",\"brain\",p60,\"READY\",null,null,\"2026-01-01 00:00:20\",\"2026-01-01 00:00:20\");\n const staleLeader:any={...(await row(\"leader\")),leased_at:\"2026-01-01 00:00:10\"};\n await coalesceIfEligible(staleLeader,true,\"w\",good);\n check(\"post_lease_arrival_not_served_stale_result\",(await row(\"post\")).state===\"READY\");\n\n await reset();\n await ins(\"leader\",\"brain\",p60,\"LEASED\",\"w\",\"2026-01-01 00:03:10\",\"2026-01-01 00:00:01\",\"2026-01-01 00:00:10\");\n await ins(\"race-follower\",\"brain\",p60,\"READY\",null,null,\"2026-01-01 00:00:02\",\"2026-01-01 00:00:02\");\n const raceLeader:any={...(await row(\"leader\")),leased_at:\"2026-01-01 00:00:10\"};\n const [r1,r2]=await Promise.all([\n coalesceIfEligible(raceLeader,true,\"w\",good),\n coalesceIfEligible(raceLeader,true,\"w\",good),\n ]);\n const raceHits=[...r1,...r2].filter(x=>x===\"race-follower\").length;\n check(\"concurrent_updates_claim_follower_once\",raceHits===1,{r1,r2,raceHits});\n\n const expired:any={\n id:\"expired\",state:\"LEASED\",lease_owner:\"w\",op:\"brain\",payload_json:p60,\n leased_at:\"2026-01-01 00:00:10\",lease_expires_at:\"2026-01-01 00:03:10\"\n };\n check(\"expired_leader_rejected\", mayCoalesceSuccessfulLeader(expired,true,\"w\")===false, {\n observed:mayCoalesceSuccessfulLeader(expired,true,\"w\"),\n lease_expires_at:expired.lease_expires_at,\n note:\"candidate guard has no expiry input/check\"\n });\n\n await reset();\n await ins(\"leader\",\"brain\",p60,\"LEASED\",\"w\",\"2026-01-01 00:03:10\",\"2026-01-01 00:00:01\",\"2026-01-01 00:00:10\");\n await ins(\"follower\",\"brain\",p60,\"READY\",null,null,\"2026-01-01 00:00:02\",\"2026-01-01 00:00:02\");\n const truncLeader:any={...(await row(\"leader\")),leased_at:\"2026-01-01 00:00:10\"};\n const truncated=JSON.stringify({\n returncode:0,stdout:\"{\\\\\\\"partial\\\\\\\":\",stderr:\"\",\n stdout_truncated:true,stderr_truncated:false\n });\n const truncIds=await coalesceIfEligible(truncLeader,true,\"w\",truncated);\n const truncFollower=await row(\"follower\");\n check(\"truncated_success_not_fanned_out\",\n truncIds.length===0 && truncFollower.state===\"READY\",\n {truncIds,follower_state:truncFollower.state,result_json:truncFollower.result_json}\n );\n\n const failed=checks.filter(x=>!x.pass);\n const report={\n ok:failed.length===0,\n classification:failed.length===0?\"READONLY_COALESCE_ADVERSARIAL_PASS\":\"READONLY_COALESCE_ADVERSARIAL_FAIL\",\n checks:checks.length,\n passed:checks.length-failed.length,\n failed:failed.length,\n failures:failed,\n results:checks,\n };\n console.log(JSON.stringify(report,null,2));\n if(failed.length) throw new Error(\"ADVERSARIAL_FAILURES=\"+failed.map(x=>x.name).join(\",\"));\n} finally {\n await sqlite.execute(`DROP TABLE IF EXISTS ${T}`);\n}\n",[153],"6b3f6f59-2014-44d7-9197-a5d190c4cb69",["D",1788660211007],[27],"51b92974-5757-4047-9f8a-6a6bb801f3b2","brain_bridge_readonly_coalesce_v1_test.ts","01a07474-d2f9-700b-b98b-525025b02d85",2,["D",1788660208378],"import { sqlite } from \"https://esm.town/v/std/sqlite/main.ts\";\nimport { coalesceFollowersSql, mayCoalesceSuccessfulLeader, readonlyBrainCommand } from \"./brain_bridge_readonly_coalesce_v1_candidate.ts\";\n\nfunction assert(c:boolean,m:string){ if(!c) throw new Error(m); }\nconst T=\"brain_bridge_coalesce_test_\"+crypto.randomUUID().replaceAll(\"-\",\"\");\nconst p=JSON.stringify({args:[\"verify-chain\"],timeout:60});\nconst pOtherTimeout=JSON.stringify({args:[\"verify-chain\"],timeout:30});\nconst write=JSON.stringify({args:[\"register-agent\",\"x\"],timeout:60});\nawait sqlite.execute(`CREATE TABLE ${T}(\n id TEXT PRIMARY KEY, priority REAL, op TEXT, payload_json TEXT, state TEXT,\n lease_owner TEXT, lease_expires_at TEXT, result_json TEXT, error_json TEXT,\n created_at TEXT, updated_at TEXT)`);\ntry{\n const rows=[\n [\"leader\",\"brain\",p,\"LEASED\",\"w\",\"2026-01-01 00:03:10\",\"2026-01-01 00:00:01\",\"2026-01-01 00:00:10\"],\n [\"before-a\",\"brain\",p,\"READY\",null,null,\"2026-01-01 00:00:02\",\"2026-01-01 00:00:02\"],\n [\"before-b\",\"brain\",p,\"READY\",null,null,\"2026-01-01 00:00:09\",\"2026-01-01 00:00:09\"],\n [\"same-second\",\"brain\",p,\"READY\",null,null,\"2026-01-01 00:00:10\",\"2026-01-01 00:00:10\"],\n [\"during\",\"brain\",p,\"READY\",null,null,\"2026-01-01 00:00:11\",\"2026-01-01 00:00:11\"],\n [\"different-timeout\",\"brain\",pOtherTimeout,\"READY\",null,null,\"2026-01-01 00:00:02\",\"2026-01-01 00:00:02\"],\n [\"write\",\"brain\",write,\"READY\",null,null,\"2026-01-01 00:00:02\",\"2026-01-01 00:00:02\"]\n ];\n for(const r of rows){\n await sqlite.execute({sql:`INSERT INTO ${T}\n (id,priority,op,payload_json,state,lease_owner,lease_expires_at,created_at,updated_at)\n VALUES(?,0,?,?,?,?,?,?,?)`,args:r});\n }\n assert(readonlyBrainCommand(\"brain\",p)===\"verify-chain\",\"read-only recognition\");\n assert(readonlyBrainCommand(\"brain\",pOtherTimeout)===\"verify-chain\",\"timeout variant still read-only\");\n assert(readonlyBrainCommand(\"brain\",write)===null,\"mutating command rejected\");\n assert(readonlyBrainCommand(\"read_text\",JSON.stringify({path:\"/brain/JOIN_PROTOCOL.md\",max_bytes:1}))===null,\"read_text not coalesced\");\n assert(readonlyBrainCommand(\"brain\",JSON.stringify({args:[\"status\"],timeout:60,extra:true}))===null,\"open schema rejected\");\n\n const leader:any=(await sqlite.execute(`SELECT id,state,lease_owner,op,payload_json,updated_at AS leased_at FROM ${T} WHERE id='leader'`)).rows[0];\n assert(mayCoalesceSuccessfulLeader(leader,true,\"w\"),\"successful leased leader accepted\");\n assert(!mayCoalesceSuccessfulLeader(leader,false,\"w\"),\"failure never coalesces\");\n assert(!mayCoalesceSuccessfulLeader(leader,true,\"other\"),\"wrong worker rejected\");\n\n const result=JSON.stringify({returncode:0,stdout:'{\"ok\":true}\\\\n',stderr:\"\"});\n const c:any=await sqlite.execute({sql:coalesceFollowersSql(T),args:[result,leader.op,leader.payload_json,leader.leased_at]});\n const ids=(c.rows||[]).map((x:any)=>x.id).sort();\n assert(JSON.stringify(ids)===JSON.stringify([\"before-a\",\"before-b\"]),\"only pre-lease exact duplicates coalesced: \"+JSON.stringify(ids));\n\n const state:any=await sqlite.execute(`SELECT id,state,result_json,lease_owner FROM ${T} ORDER BY id`);\n const by=Object.fromEntries(state.rows.map((x:any)=>[x.id,x]));\n assert(by[\"before-a\"].state===\"COMPLETE\" && by[\"before-a\"].result_json===result,\"result copied byte-exactly\");\n assert(by[\"before-a\"].lease_owner===null,\"follower not falsely represented as leased\");\n assert(by[\"same-second\"].state===\"READY\",\"same-second boundary fails conservative\");\n assert(by[\"during\"].state===\"READY\",\"post-lease arrival remains fresh\");\n assert(by[\"different-timeout\"].state===\"READY\",\"different payload remains\");\n assert(by[\"write\"].state===\"READY\",\"write remains\");\n console.log(JSON.stringify({ok:true,classification:\"READONLY_PRELEASE_EXACT_COALESCE_PASS\",assertions:14,coalesced:ids},null,2));\n} finally {\n await sqlite.execute(`DROP TABLE IF EXISTS ${T}`);\n}",[162],"29fe64ce-f4f0-4438-929e-4b583ef83b5c","brain_bridge_readonly_coalesce_v1_candidate.ts","01a07474-d2f9-700b-b98b-4e6cccc78209",["D",1788660208378],"export const READ_ONLY_BRAIN_COMMANDS = new Set([\"status\",\"verify-chain\",\"verify-claim-graph\"]);\n\nexport function readonlyBrainCommand(op:string,payloadJson:string):string|null {\n if(op!==\"brain\") return null;\n let q:any;\n try { q=JSON.parse(payloadJson); } catch { return null; }\n if(!q || typeof q!==\"object\" || Array.isArray(q)) return null;\n const keys=Object.keys(q).sort();\n if(keys.length!==2 || keys[0]!==\"args\" || keys[1]!==\"timeout\") return null;\n if(!Array.isArray(q.args) || q.args.length!==1 || typeof q.args[0]!==\"string\") return null;\n if(!Number.isInteger(q.timeout) || q.timeout<1 || q.timeout>120) return null;\n return READ_ONLY_BRAIN_COMMANDS.has(q.args[0]) ? q.args[0] : null;\n}\n\nfunction tableName(table:string){\n if(!/^[A-Za-z_][A-Za-z0-9_]*$/.test(table)) throw new Error(\"BAD_TABLE\");\n return table;\n}\n\nexport function coalesceFollowersSql(table=\"brain_bridge_jobs\"){\n table=tableName(table);\n return `UPDATE ${table}\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 state='READY'\n AND op=?\n AND payload_json=?\n AND created_at < ?\n RETURNING id`;\n}\n\nexport type LeaderSnapshot={\n id:string;\n state:string;\n lease_owner:string|null;\n op:string;\n payload_json:string;\n leased_at:string;\n};\n\nexport function mayCoalesceSuccessfulLeader(\n leader:LeaderSnapshot,\n success:boolean,\n worker:string,\n):boolean {\n return success===true\n && leader.state===\"LEASED\"\n && leader.lease_owner===worker\n && readonlyBrainCommand(leader.op,leader.payload_json)!==null;\n}\n",[169],"6f75015b-5ec1-4e22-bc81-5914eda752a3","README.md","22efdef8-a997-11f1-b55c-1607ee4eb77e",1,["D",1788660201636],"# Brain Coalescer V2 A19C\n\nIsolated nonauthority repair 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Diff · v4