nanoclaw-e2e

Provision an exe.dev VM and run a headless NanoClaw install on it end to end — Node/pnpm, Docker, OneCLI, vault secret, agent image, service, a cli-channel agent — then assert the same ping round-trip the setup wizard uses. Use to test a branch or PR on a real machine, to reproduce an install failure, or to bake a reusable base VM. Triggers on "e2e test on exe.dev", "install nanoclaw on a vm", "headless install", "test this branch end to end", "exe.dev".

Install and test an exact NanoClaw commit on an existing Mac, locally or over SSH, using a separate retained checkout and a real CLI-agent reply. Use for native macOS install and integration testing while preserving existing NanoClaw services and shared OneCLI credentials.

Create a fresh unprivileged Debian 13 LXC on a Proxmox VE node and test an exact NanoClaw commit through headless setup, a real agent reply, and service verification. Use for NanoClaw install or integration testing on Proxmox; preserve existing development containers.

Triage unexpected NanoClaw E2E failures using retained evidence and current upstream issues and pull requests. Assess matches, report next actions at test completion, and prepare issue-form-compliant drafts for authorized submission. Use during or after an E2E failure, including bootstrap, tooling and recovery failures; not for expected negative-test results.

Test NanoClaw's public setup wizard in a fresh Windows WSL2 distribution using the local Docker Desktop engine. Verify Linux bind mounts, a retained agent's real reply and the service, while preserving sanitized evidence. Includes a Proxmox Windows preparation reference.

Test NanoClaw's real interactive setup wizard through a PTY and terminal emulator on a fresh exe.dev VM or Proxmox LXC. Require public-wizard completion, a retained terminal agent's real reply and service verification, with sanitized evidence and retained failures. Use for interactive installer validation; use e2e-exe-dev for headless setup-step testing.

Open one local browser terminal that the operator and agent can both control, for supervised installers, interactive menus, and sign-in handoffs on macOS or Linux.

Detect and rank drift between the NanoClaw code and the nanoclaw-docs Mintlify portal with the TypeSafe System One decision API. Deterministic code extracts facts (ncl verbs and flags, environment variables, container_configs and cli_scope, workspace skills, gateway selection, timestamp rules), lexical search picks candidate doc sections, and one fan-out request per fact x section asks contradicts / covers / staleness. Prints DRIFT, MISSING, UNSURE and OK rows with the model's numbers; writes nothing to either repository. Use to find doc pages that need a fix, or replay the offline fixture without a key.