grix-connector/dist/bridge/respawn-manager.js

Connect local AI coding agents (Claude, Codex, Gemini, Qwen, DeepSeek, Cursor, OpenCode, Pi, OpenHuman, Reasonix) to the Grix scheduling platform. Also serves as an OpenClaw plugin for Grix channel transport.

import{log as t}from"../core/log/index.js";const l=3e3,n=6e4,i=10,r=300*1e3,o=6e4,p=1e4,h=3;class w{attempts=0;slowRetryTimer=null;respawnTimer=null;healthCheckTimer=null;healthFailures=0;get exhausted(){return this.attempts>=i}resetAttempts(){this.attempts=0}resetHealthFailures(){this.healthFailures=0}stopSlowRetry(){this.slowRetryTimer&&(clearTimeout(this.slowRetryTimer),this.slowRetryTimer=null)}stopHealthCheck(){this.healthCheckTimer&&(clearInterval(this.healthCheckTimer),this.healthCheckTimer=null)}stop(){this.stopSlowRetry(),this.respawnTimer&&(clearTimeout(this.respawnTimer),this.respawnTimer=null)}stopAll(){this.stopHealthCheck(),this.stop()}startHealthCheck(e){this.stopHealthCheck(),e.pingAgent&&(this.healthFailures=0,this.healthCheckTimer=setInterval(()=>{if(e.stopped){this.stopHealthCheck();return}if(!e.pingAgent){this.stopHealthCheck();return}e.agentAlive!==!1&&e.pingAgent(p).then(s=>{s?this.healthFailures=0:(this.healthFailures++,t.info(e.name,`Health check failed (${this.healthFailures}/${h})`),this.healthFailures>=h&&(t.error(e.name,"Health check exhausted, triggering respawn"),this.healthFailures=0,e.onAbortActiveRun&&e.onAbortActiveRun("health check exhausted"),this.scheduleRespawn(e)))}).catch(()=>{this.healthFailures++,t.info(e.name,`Health check error (${this.healthFailures}/${h})`),this.healthFailures>=h&&(t.error(e.name,"Health check exhausted (error), triggering respawn"),this.healthFailures=0,e.onAbortActiveRun&&e.onAbortActiveRun("health check exhausted"),this.scheduleRespawn(e))})},o))}scheduleRespawn(e){try{e.onCleanupAgent()}catch{}if(this.respawnTimer&&(clearTimeout(this.respawnTimer),this.respawnTimer=null),this.attempts++,this.attempts>i){t.error(e.name,`Max respawn attempts reached, will retry in ${r/1e3}s`),this.scheduleSlowRetry(e);return}const s=Math.min(l*2**(this.attempts-1),n);t.info(e.name,`Respawn attempt ${this.attempts}/${i} in ${s}ms`),this.respawnTimer=setTimeout(()=>{this.respawnTimer=null,!e.stopped&&e.onRespawnNeeded().catch(a=>{t.error(e.name,`Respawn failed: ${a}`),this.scheduleRespawn(e)})},s)}scheduleSlowRetry(e){this.stopSlowRetry(),this.slowRetryTimer=setTimeout(()=>{e.stopped||(t.info(e.name,"Slow retry: attempting respawn"),this.attempts=0,e.onRespawnNeeded().catch(s=>{t.error(e.name,`Slow retry failed: ${s}`),this.scheduleRespawn(e)}))},r)}}export{w as RespawnManager};