televibe

Run headless coding agents (Claude Code, Codex) one turn at a time, as resumable sessions with a typed event stream.

televibe starts the agent, turns its output into common events (Started, Message, ToolUse, Warning, then exactly one Done or Failed), and kills what it started on timeout, cancel, or when the caller walks away. Claude Code also reports the account's subscription usage as Limits (five-hour and seven-day windows), and a call refused at the limit fails with FailReason.USAGE_LIMIT. Done.text is the final answer; when the agent answers, calls a bookkeeping tool and closes with a short line, engine.turn(..., quiet_tools={"<tool name>"}) keeps the answer whole, and Done.last_message still has the agent's own last text. What to do with the output is the caller's business: televibe never sends a message anywhere.

A one-shot call answers in a JSON schema with no session, no tools and no place in the engine's queue: await claude.ask(prompt, schema={...}, system="...") returns Answer(data, usage, limits) or raises AskFailed with the same reasons a turn fails for. It is for the model-only chores a bot has around its turns — cleaning a transcript, classifying a message. See SPEC.md section 12.

The optional Telegram layer does: pip install 'televibe[telegram]' adds televibe.telegram, which shows a turn in a chat (reactions, typing or a live draft, the answer) and keeps one session per reply chain. It is a set of parts for an aiogram bot, not a framework. Every reaction can be replaced, and Reactions(done=None, failed_when_sent=False) leaves a reaction only when nothing could be sent at all. A live draft shows the usage ("5h 35% · 7d 13%"); Texts relabels it and words the limit message, and Presenter(tz=...) sets the zone of its reset time. See SPEC.md section 13.

Install: pip install televibe, or pip install 'televibe[telegram]' with the Telegram layer. Python 3.12+, Linux and macOS.

Status: 0.4, alpha. Tests: uv run pytest; live tests against real agents: see tests/test_live.py. MIT licensed.

• SPEC.md is the specification. It is the law: numbered requirements, each claimed by a test.