improvise/context/cloud-agents.md

Cloud Agents (LLM Reference)

Environment notes for agents running in Claude Code on the web. Local checkouts are unaffected — the session hook exits early unless CLAUDE_CODE_REMOTE=true.

.claude/hooks/session-start.sh handles the setup automatically. This doc is the "why", and the record of what bites when it doesn't run.

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The issue tracker is not issues.jsonl

.beads/issues.jsonl is a stale export. It is a viewer/interchange artifact, not the source of truth — .beads/README.md says as much ("Cross-machine sync and backups use Dolt remotes/backups, not JSONL import/export"). The real tracker is the Dolt database published to refs/dolt/data on the git remote.

The gap is not cosmetic. A session that hydrated from the JSONL saw 121 issues against the remote's 168, with every P1 bug showing OPEN though all four were fixed and closed. Two beads were implemented from scratch that the remote had recorded as closed weeks earlier, and which turned out to be already implemented on an unmerged branch.

The hook syncs the database from the remote at session start. If it did not run, or reported a failure:

bd list --all | wc -l     # 121 means you are on the stale export

Verify any bead against the code before starting it. git log --oneline --all | grep -oE 'improvise-[a-z0-9]{3}' names the ones already referenced by a commit, and git log origin/main is worth a look for work that landed without a bead reference.

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bd init is destructive here

A bare bd init in this repo rewrites AGENTS.md, CLAUDE.md and .claude/settings.json, installs Cursor/Codex integration files, and commits all of it. It also rewrites sync.remote in .beads/config.yaml.

Always pass the opt-outs:

bd init --non-interactive --skip-agents --skip-hooks -q --remote git+<origin>

Even then it commits a small .gitignore change, so the hook runs it in a throwaway directory and copies only .beads/embeddeddolt back. Do the same if you need to re-sync by hand; never run it in the working tree.

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What does not work in this environment

Thing	Status	Use instead
nix develop unseeded	Fails: flake inputs are GitHub tarballs, which are not served here	Run scripts/nix-seed-flake-inputs.sh first — see below. Or just use the preinstalled cargo/rustc, the same stable toolchain the flake pins
bd dolt push	Fails: 403 outbound	Nothing; bead status changes stay local. Say so rather than implying the tracker was updated
git+ssh:// Dolt remote in config.yaml	No ssh client in the container	git+https://<origin>, which the hook passes explicitly
git push, GitHub API	Work normally	—

Nix itself installs and runs fine (no init system, so the daemon needs starting by hand). Reads of public GitHub repos over the git protocol work — it is specifically the /archive/*.tar.gz and codeload endpoints that are refused.

Making nix develop work

scripts/nix-seed-flake-inputs.sh makes the devShell work without touching flake.nix or flake.lock. Verified end to end: rustc 1.98.1, cargo, crate2nix in the shell, git status clean.

Why it is needed, and why the obvious fixes are not available:

• Nix's github: fetcher wants a tarball. GitHub traffic bypasses the environment's domain allowlist entirely and goes through a proxy that scopes API and release-asset requests to repositories attached to the session. A flake input from any other owner gets a 403. Raising network access to Full, or allowlisting codeload.github.com, therefore does nothing.
• Attaching the dependency repos is refused: cross-tier adds are not supported in v1 once the session already has sources from another owner.
• Nix has no setting that makes github: inputs use the git transport.

What does work is the lock's own integrity machinery. flake.lock records a narHash per input, and Nix looks a source up in the store and its substituters before fetching. The git and tarball fetchers produce byte-identical trees for a revision, so a git+https prefetch at the locked rev lands the input at exactly the store path the lock names:

lock narHash:  sha256-l0KFg5HjrsfsO/JpG+r7fRrqm12kzFHyUHqHCVpMMbI=
git prefetch:  sha256-l0KFg5HjrsfsO/JpG+r7fRrqm12kzFHyUHqHCVpMMbI=

The script does that for every locked input. Nix still verifies each tree against the recorded hash, so this satisfies the lock rather than working around it — a mismatch fails loudly. Do not instead rewrite the lock's nodes to git type: carrying the old narHash onto a different fetcher is exactly the claim the lock exists to make.

It is not in the session-start hook because it is expensive (minutes, plus several GB of store once the devShell builds) and most work does not need the devShell. Run it when you do.

Two alternatives if per-container seeding is unattractive: push the inputs to a binary cache with nix flake archive and point sessions at it with NIX_CONFIG/extra-substituters plus a Custom allowlist entry for the cache host (not GitHub, so the allowlist does apply); or use a self-hosted environment, where egress leaves through your own network boundary.

cache.nixos.org is reachable, so the build itself substitutes normally.

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Sharp edges in bd

• bd dolt push <remote> ignores its argument and pushes to origin. Pointing it at a throwaway remote does not keep the real one out of it; only the 403 does. Treat the named form as unsafe.
• bd dolt pull into a divergent local database fails with local changes would be stomped by merge. Re-sync from the remote instead of merging.
• bd warns if .beads is not mode 0700.

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Working conventions

• One bead per pull request. Stacking a second bead onto an open PR has been rejected in review.
• A merged PR cannot carry follow-up work: restart from the latest default branch and open a new PR.
• Reconcile diverging history only by merge, including when bringing the default branch into a working branch. Never rebase onto main, and never do anything that needs a force push. Add a new Conventional Commit by default. Only an unpushed HEAD may be amended, and only for a small fix. Never reorder or fold commits (.agents/skills/wave/agent-rules.md, rule 8).
• Keep context/repo-map.md and context/design-principles.md current — they are the two docs agents are expected to maintain by hand.