codex-app-server-persisted

To keep a codex app-server process warm for low-latency interactions, you can manage a long-lived process over stdio. This avoids the overhead of starting a new process for each turn, keeping the model ready.

JSON-RPC programmatic control with a persistent Codex app-server works by communicating over stdio. This enables deterministic turn management, thread management, and event streaming while maintaining the subprocess stdin.

Yes, you can preserve sse_lines.jsonl observability when managing a persistent Codex app-server. The process maintains this file specifically for monitoring event streaming and multi-turn interactions.

The best way to manage a long-lived Codex app-server subprocess for chatbot agents is by spawning it as a subprocess and maintaining its stdin. This ensures rapid responses by keeping the underlying Codex model warm.

Yes, you need to spawn codex app-server as a subprocess and maintain its stdin to facilitate programmatic control via JSON-RPC. This is required for thread management and low-latency multi-turn interactions.

Starting a new Codex process for each turn causes latency in multi-turn interactions due to process initialization overhead. Maintaining a single persistent process alive across multiple turns eliminates this delay.