rove api

rove api is Rove's scriptable surface: the verbs a shell script — or another AI agent — uses to spawn tasks, supervise them, read their output, and land the winner, with no TUI attached.

Each invocation is a short-lived process: connect to (or auto-start) the daemon, do the work, print one JSON object to stdout, exit. Read-only verbs marked offline below skip the daemon entirely.

rove api schema is the source of truth when this page and the binary disagree: names, types, required flags, and enum values, as JSON. Agents should read it once and drill in with --verb <name> instead of parsing this page. The rest of the binary is documented in the CLI reference.

To teach a coding agent this surface, install the bundled agent skill — rove skill install — instead of pasting this page into a prompt.

The orchestration loop

Running many agents well is graph engineering, not prompt engineering: isolated attempts as nodes, your judgment at the gates. Four moves, one verb each.

Fan out — one prompt, N isolated attempts, one call:

rove api fan-out --repo "$PWD" \
  --agents claude:2,codex:2,copilot:1 \
  --prompt "Try independent approaches to simplify the auth flow."

Completion — a worker spawned from another Rove task sends its outcome back to the dispatching engine tab: creation records the dispatcher (task + tab), so a bare send routes home without any id in hand; no stored report, no blocking wait. Silence is a checkpoint, never a verdict:

rove api send --prompt "succeeded: auth flow simplified (branch rove/auth-flow)"

Observe — read the engine's own structured session, never scrape a TUI screen:

rove api read-output --task-id <id>    # paged history, honest terminal fallback
rove api read-output --task-id <id> --tab tab-3   # one exact tab's terminal

Fan in — compare the attempts, then land one:

rove api collect --task-ids a,b,c      # read-only comparison snapshot
rove api land --task-id a              # merge the winning branch

Output + exit-code contract

• Success → one JSON object on stdout, newline-terminated, exit 0. --pretty indents it (humans only).
• Error → { "error": { "message", "code", ... } } on stderr. Common rejections additionally carry hint and nextCommandArgs (argv runnable verbatim) so a caller can self-heal without parsing prose.
• Exit codes: 0 success · 1 handler/RPC failure · 2 usage errors (unknown verb, bad/missing flag, unreachable daemon) · 3 partial fan-out (some tasks created, some failed; the full payload still goes to stdout so created tasks are never lost).
• rove api <verb> --help prints that verb's usage and exits 0.

Flag parsing: --key value and --key=value both work; boolean flags may be given bare (--force ⇒ true) or explicitly (--archived=false); --task-id / enum / positive-int values are validated against the verb's spec, and unknown flags are rejected (exit 2). --repo resolves relative paths against $PWD (~ expanded). Engine vendors: claude, codex, copilot, kimi, plus any user-registered custom engine id — the schema and --help output for --vendor lists those too. spawn-task is an alias of add.

Discovery

• schema (offline): the API, as JSON. Default is a compact index (groups + verb summaries, no flags); drill in with --verb <name> (full flag detail for one verb), --group <g>, or --all (everything; large). Includes an apiVersion agents can gate on.

read

• list: list all tasks (incl. archived). Returns { tasks }.
• get-task --task-id <id>: one task's metadata; .running = any of its hosted engine tabs is live (not just the first); .tabs = the task's terminal tabs (id/kind/title/vendor/liveVendor/lastTitle/ autoTitle + per-tab alive) — the discovery read for send --tab tab-N. A dead tab whose session ended abnormally also carries exit (code/signal/at); clean exits stay exit: null. A live PTY session the persisted snapshot does not list still gets a row, marked unregistered: true — an alive engine is never invisible here. .task.dispatcher ({taskId, tabId}) = the Rove session that created the task, when one did — the lineage read for a fan-out round's parent.
• collect [--task-ids a,b,c] [--repo PATH]: read-only comparison snapshot of several tasks: identity, branch, lineage (.dispatcher, .groupId), .running, per-tab .tabs (the same join as get-task — pick a send --tab target without a second hop), uncommitted .changes, and committed .base (ahead count + diffstat vs base).
• digest --repo PATH [--since-days N]: the repo's recent agent work — tasks touched in the window plus routine outcomes by status. Default window 7 days. Task outcomes are deliberately absent: completion travels to the spawning agent's engine tab (send), not into Rove state.
• pty-list (offline): hosted PTY sessions (key, alive, pid, command, live window title). Empty when no PTY host runs.
• read-output [--task-id ID] [--tab TAB] [--source auto|history|terminal] [--cursor C] [--limit N]: a task's engine output as bounded, cursor-paged JSON — structured history when the engine has it, else a labeled terminal tail (fallbackReason). The cursor is pinned to one source/session/tab and returns SOURCE_CHANGED if that moved. --tab tab-N reads exactly that tab's hosted terminal session (terminal-only; TAB_NOT_FOUND when the tab has no session). A dead session's terminal page includes terminal.exit (code/signal/at) while the PTY host still runs.
• inspect [--task-id ID] (offline): diagnostics in one read, across four sections — daemon (raw per-task/per-tab activity entries), sessions (PTY inventory joined with a live process-tree walk; dead sessions carry exit), sessionExits (durable death records — exit code/signal/at plus a plain-text output tail, kept in pty-exits.json so they survive the PTY host's idle-exit; abnormal exits only), and tabs (the snapshots the sidebar names its rows from, reconciled against the live session inventory: a task whose snapshot is missing an alive <taskId>::tab-N session reports those tab ids under unregistered, and a task with live sessions but no snapshot at all still gets an entry). Non-spawning: a missing daemon or PTY host degrades that section to null. Run and paste this first when reporting a badge, label, engine-identity, or engine-crash bug.

create

• add --repo PATH [--title T] [--branch B] [--base-branch B] [--vendor V] [--status S] [--pin] [--activate] [--prompt TEXT]: create a task (appears in the sidebar immediately). With --prompt it also materializes the worktree, starts the engine, and delivers the prompt. Does not steal focus unless --activate. Alias: spawn-task.
• fan-out --repo PATH --prompt TEXT (--count N | --agents claude:2,codex:1) [--vendor V] [--title T] [--base-branch B]: spawn N tasks of one prompt in a single call (parallel attempts). Capped at 10.

A create issued from inside a Rove engine tab (add, fan-out) records the caller as the new task's dispatcher ({taskId, tabId} from $ROVE_TASK_ID/$ROVE_TAB_ID, with Kobe aliases) — the reply address the worker's bare send routes back to. Creates from a plain shell or the TUI record none.

A new task's FIRST prompt (add --prompt, fan-out, quick-fork) gets a short coda appended asking the agent to set-branch the auto-generated placeholder branch to a descriptive name. Prompts into existing sessions (send, send --tab new, dispatch) are never modified.

drive

• send [--task-id ID] --prompt TEXT [--tab TAB] [--vendor V] [--plain]: paste a follow-up into a task's running engine (one full turn). Without --task-id, a task that has a dispatcher on record replies to that exact tab — falling back to the dispatcher task's live canonical engine tab when the tab died, and failing loud (DISPATCHER_UNREACHABLE) when nothing on that task is alive, never silently spawning a new engine. Otherwise the default is the active task and its canonical engine tab. From another Rove task, the message includes [KOBE PEER] provenance and a tab-precise reply command (--task-id <sender> --tab <sender's tab>); --plain skips that prefix. --tab new spawns a fresh engine tab, while --tab tab-N targets that exact tab (TAB_NOT_FOUND if it is dead or absent). --vendor V is valid only with --tab new: it pins that new tab to the selected engine without changing the task's default vendor. Using it with an existing tab is a BAD_FLAG error rather than a silent switch. Delivery needs a live engine in that tab: one that exited into the keep-alive shell refuses with ENGINE_NOT_RUNNING and a --tab new hint instead of pasting into a shell. Any registered engine passes, so a tab may run a different vendor than its task. Without --tab, the canonical target is a live engine tab (tab-1 first, then any surviving engine tab); when live tabs exist but none resolves as an engine, send refuses with NO_ENGINE_TAB rather than silently spawning a duplicate engine. Only a task with no live session at all auto-starts its canonical engine tab, in the task's worktree — started: true in the result marks that fresh session (vs. delivery into an existing one).
• dispatch --task-id ID --prompt TEXT [--tab TAB]: route text into a task's live session via the daemon's session.deliver channel; requires an already-hosted session (the dispatcher's messenger; see design/dispatcher.md). --tab tab-N delivers into exactly that tab instead of the canonical engine tab.
• note --task-id ID --text TEXT: file a one-line field note (a resolved, repo-level gotcha). Appended to the repo's durable note store — every future worktree session on this repo starts with it in its system prompt — and forwarded to the dispatcher session for live relay to in-flight tasks.
• note-list --repo PATH: read a repo's accumulated field notes, newest first. Returns { notes }.
• set-active [--task-id ID] [--none]: set (or clear) the shared active task every attached sidebar highlights.
• pane-open [--task-id ID] [--tab TAB] [--command CMD] [--direction right|down] [--placement split|tab] [--title TEXT]: open a terminal pane in a task's workspace — split the focused tab (default, tmux-style beside/below the active pane; --tab tab-N hosts the split in that tab instead) or open a separate command tab. --command runs via sh -lc and the pane closes when it exits; omit it for an interactive shell. Broadcast over the daemon's tab.open channel, so an attached TUI showing the task performs the split (headless, nothing happens). Task defaults to $ROVE_TASK_ID (or its Kobe alias), then the active task. How far splits can go is decided by the terminal's size: a split that would shrink any pane below the minimum usable size (20×6 cells) falls back to a tab.
• pane-close [--task-id ID] --title TEXT [--tab TAB]: the inverse — close every pane (split leaf / command tab) in the task whose label matches --title, the title it was opened with; --tab tab-N scopes the match to one tab. Engine panes are never closed. Broadcast over the daemon's tab.close channel; an attached TUI performs the close (headless, nothing happens).

edit

• rename --task-id ID --title T: set a task's title.
• set-branch --task-id ID --branch B: rename a task's branch (git branch -m if materialized, else recorded).
• set-vendor --task-id ID --vendor V: change the engine vendor (takes effect on next session rebuild).
• set-status --task-id ID --status S: set lifecycle status: backlog, in_progress, in_review, done, canceled, error.

issues

The daemon-owned issue store (backlog; see WORK-TRACKING.md). Statuses: open, doing, hold, done.

• issue-list --repo PATH: list a repo's issues.
• issue-create --repo PATH --title T [--body TEXT]: create an issue.
• issue-set-status --repo PATH --id N --status S: set an issue's status.
• issue-update --repo PATH --id N [--title T] [--body TEXT] [--task ID]: edit title/body and/or link a task (kanban: In progress; --task none unlinks).

workitems

A read-only view of a repo's GitHub issues (through the gh CLI), plus one action: start a task on one. Deliberately not an import — the issue stays GitHub's, and nothing is copied into Rove's own issue store. Mechanics: design/work-items.md.

• workitem-list --repo PATH [--state open|closed|all] [--limit N] [--search Q] [--assignee USER] [--label L]: list issues. --assignee @me for your own.
• workitem-start --repo PATH --number N [--vendor V] [--base-branch B]: create a task for issue N and start its engine with the issue title, body, and URL as the first message. The task keeps a linkedWorkItem pointing back, and its branch derives from the issue title (rove/307-memory-ce2e8j).

Requires gh installed and authenticated; failures name which of those is missing (gh-missing / auth / no-remote) rather than a generic error.

routine

Scheduled agent tasks (Routines): a cron rule + a prompt + a repo. Every firing creates a fresh task (worktree + branch + engine session) with the prompt as its first message — a run is an ordinary task you can open and keep talking to. An enabled routine keeps the daemon alive so schedules fire with no TUI attached. Walkthrough: Routines. Mechanics: design/automations.md.

• routine-list: every routine with its next run time.
• routine-create --repo PATH --name N --prompt TEXT --schedule CRON [--vendor V] [--base-branch B] [--precheck CMD] [--precheck-timeout SEC] [--grace MIN] [--disabled]: schedule a prompt. --schedule is five-field cron in the daemon host's local time ("0 9 * * MON-FRI").
• routine-update --id ID [...]: change any field. A new --schedule re-anchors the next run; --precheck '' clears the precheck.
• routine-set-enabled --id ID --enabled BOOL: pause / resume.
• routine-run-now --id ID: run immediately, skipping the precheck. Does not shift the schedule.
• routine-runs --id ID: run history, newest first.
• routine-delete --id ID: delete it and its history (tasks it already created are untouched).

--precheck runs a shell command in the repo before the engine starts; a non-zero exit skips the run without creating a task. Use it so a schedule does not burn a turn when nothing changed (git log --since=24.hours --oneline | grep -q .). Run statuses distinguish skipped_precheck (healthy — nothing to do) from dispatch_failed (needs a human).

lifecycle

• archive --task-id ID [--archived=false]: archive/unarchive. Non-destructive: worktree, branch, and history stay. A manual "hide the row" override — once work is merged, delete (branch survives) is the normal cleanup path; see design/task-lifecycle.md.
• pin --task-id ID [--pinned=false]: pin/unpin a task to the top of the sidebar.
• land --task-id ID [--strategy merge|squash] [--delete-branch] [--then-archive] [--remove-worktree]: merge a task's branch back into its base repo's current branch (--no-ff merge, or one squash commit). Refuses a dirty base checkout; on conflict it aborts and returns the conflicted files. Returns { landedOn, commit }. --remove-worktree removes the task's worktree after a successful land — the branch stays (pair with --delete-branch to drop it too). It never forces: a dirty worktree, the base checkout, and the worktree the caller is running from are all refused, and the outcome lands in the result's worktree field ({ removed, reason? }) instead of failing the land.
• delete --task-id ID [--force] [--delete-branch]: remove a task and its worktree. The git branch stays unless --delete-branch is passed — git is the durable record, the task row is not. Needs --force on a dirty worktree; --force never implies --delete-branch.

worktree

• ensure-worktree --task-id ID: materialize a task's git worktree on disk now (without starting an engine). Returns { worktreePath }.
• discover-adoptable --repo PATH: list existing git worktrees not yet tracked as Rove tasks.
• adopt --repo PATH --worktree PATH [--branch B] [--vendor V] [--title T]: import an existing git worktree as a Rove task.

feedback + other

• feedback --title T --body TEXT [--category SLUG] (offline): create a GitHub Discussion in the Rove repository's Feedback category via gh.
• notify --title TEXT [--kind KIND] [--task-id ID] [--source TAG]: show a toast in every attached Rove UI. done / needs_input / error get severity styling; any other kind renders neutrally.
• prompt --title TEXT [--placeholder T] [--initial T] [--timeout MS]: ask the human for a line of text through the attached TUI's input dialog; blocks until answered/cancelled/timeout (default 120000 ms, max 600000) and returns { value } or { cancelled, reason }.