Shared parts, not a shared scheduler (agreed): nisse-review will have its
own small scheduler; a common one waits until two exist to compare.
- nisse_core.loop.driver: the driver run, moved; the agent names its
waiting tools per run (nisse-dev's are WAITING_TOOLS), and execution
goes to any Executor (ToolOutcome moves with it).
- nisse_core.loop.tools: the tool helper and the tools any agent offers
(notes, memory, memory_done, ask_expert); nisse_core.loop.expert.
- nisse_core.knowledge.handlers: Knowledge, the vault and memory as
control tools, the index and prompt text, out of LoopAgent.
- nisse_core.config: file reading, references, people, tuning sections of
the agent's own, LLM numbers, the vault.
- New core tests: a driver run with a non-workspace executor and the
agent's own waiting set; Knowledge alone; the shared config pieces.
Docs: the Development Plan marks M7.2 done; Architecture Part L and the
nisse-core README name the new parts.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01J5Utyfzw7gF7UhjRDEtjTk
What isn't the dev agent's moves to nisse-core, unchanged in behaviour,
with its tests: canonical, render, render_anthropic, llm, catalog, probe,
context, views, state, reconcile, worker, cancel, dump, transport, matrix,
execution, testing, vault, memory, oplog, envfile and gitea (whole).
- nisse_core.state.StateStore holds the tables every agent has; an
agent's subclass adds its tables (version, migrations), roles and
views. nisse_dev.state.StateStore adds the build VM blocks (v5).
- views.project takes what each role is shown, rather than a fixed table.
- Vault takes the agent's name (agent=), for provenance.
- A test that nisse_core never imports an agent.
- The loop, config, git, delegation, expert, tools and evals stay in
nisse-dev until nisse-ops has a loop to share.
Docs: the Development Plan marks M7.1 done and notes that Phase 6 waits on
the agent host and Terraform; Architecture Part L names the package.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01J5Utyfzw7gF7UhjRDEtjTk
M4.3's block, with new triggers and a way out. A VM out of reach at the
check before a run, in a run (which ends there: the driver, a toolchain
step and a requested step), or while preparing the workspace blocks every
project on it; the item stays ready, waiting on no one. On the intake round
it is tried again every tuning.build_vm.retry_s (300), and once it answers
it must still answer settle_s (180) later; then the work a lost run left
there is parked (pushed), the VM unblocked, and that said once.
A changed host key, at the check or on a retry, blocks the VM too, until
the operator's `vm ready`, which trusts the new key: `trust new host key`
is retired, and the message says it's a key problem that may be an
impersonation. Questions are answered while a VM is blocked, without it.
Starting the agent with a VM down no longer fails.
The walk breaks the VM's SSH, now or partway through a run, and checks that
no model works on a VM that is down; loop.qnt models the VM going and
coming back (unblocked_only_when_up). Together they found: a lost run's
work set aside by the next item there; a question left behind a block; a
lost VM swallowed while the toolchain step checked or recorded it; and a
remark waiting to be answered that outlived its PR's merge. All fixed.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01J5Utyfzw7gF7UhjRDEtjTk
The driver can request_reimage(reason) when its build VM is broken past the
usual fixes (before the go-ahead too: it asks, it doesn't act). The harness
parks the work in progress (pushed to Gitea), then blocks the VM in the state
store (schema 5, vm_blocks): no item on any project on it is taken up, across
restarts. The operator hears once at top level, with the command to clear it,
and each blocked item's thread gets a line. `vm ready <project>` lifts the
block and trusts the VM's new host key; a reimaged VM is set up again by the
toolchain step, and the item that found it goes first.
loop.qnt gains the block (blocked_vm_runs_nothing) and a scenario; it found
that a reimage lost work in progress, hence parking first. The walk requests
reimages and recovers them, reimaged or not. The unreachable case reuses the
block in #137. Architecture P5 is softer, and D3 describes the block.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01J5Utyfzw7gF7UhjRDEtjTk
The preflight becomes the toolchain step (D3, as #135 describes it): a
bounded run of the item's driver model, in a transcript of its own,
that makes the build VM and the project's files agree.
- Started by the harness when the VM isn't set up for the project
(M4.1's checks): it sets the VM up from the repository and edits
nothing there (no write_file; anything a command changed is reported,
left for the work).
- Requested by the driver with toolchain_step(reason) once work is
agreed: it installs, then brings pins, setup docs and CI
configuration in step; its edits land in the current milestone. The
driver gets the step's report as the tool's result, not its turns.
- D1 made structural: until the go-ahead the fast path refuses what it
knows changes something (and anything dangerous), with a pointer to
the restatement; unknown commands still go to the classifier, so a
bug can be reproduced before it's restated.
- A `toolchain` actor and view; the walk asks for steps now and then.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01PPQ14L3LikyefCMFBqEbKE
dongarandClaude Opus 5.5