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TTA.dev

Experimental foundation for AI-native workflow primitives, observability, and agent-first dev tooling.

TTA.dev exists to build the reusable AI devops tools that the future TTA product will rely on. The repository has a real, tested core today, but it is still aspirational overall and should not yet be read as a finished product.

Verified proof path

The commands below were re-verified in a clean clone on 2026-03-22.

# 1. Clone and install dependencies
git clone https://github.com/theinterneti/TTA.dev.git
cd TTA.dev
./setup.sh

# 2. Terminal 1: start the observability server
uv run python -m ttadev.observability

# 3. Terminal 2: generate trace data
uv run python scripts/test_realtime_traces.py

# 4. Optional: inspect the emitted spans directly
curl http://localhost:8000/api/v2/health
curl http://localhost:8000/api/v2/spans | head

That flow currently proves:

  • the observability server starts on http://localhost:8000
  • a workflow can execute successfully with current primitives
  • trace data is written to .observability/traces.jsonl
  • the server ingests those traces and exposes them via /api/v2/spans

What works today

  • Composable primitives for sequencing, parallelism, retries, timeouts, caching, and more
  • A local observability server with a working v2 API and dashboard entrypoint
  • Agent and workflow foundations in ttadev/agents/ and ttadev/workflows/
  • An L0 developer control plane for local task, run, gate, lock, and ownership coordination
  • A documented L0-backed workflow proof path via tta workflow run feature_dev --track-l0
  • A substantial automated test suite covering a large portion of the current core

What is still in progress

  • broader example coverage beyond the narrow proof path is still catching up
  • some package-local and historical docs still need follow-up cleanup for full consistency
  • type-checking still fails in several areas
  • some integrations remain partial or stubbed
  • the first documented multi-agent proof path exists, but the repo still needs broader workflow coverage and stronger validation of what is stable vs experimental

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MIT

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