Adds Ctrl+P and Ctrl+N as Emacs-style alternatives for slash-command autocomplete navigation while keeping the global Ctrl+P file picker from stealing focus when the slash menu is open.
Harvested from PR #3196 by @1Git2Clone.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Wire the foreground fleet manager loop to FleetExecutor so leased tasks launch real codewhale exec workers, stream progress into the ledger, and record terminal receipts from subprocess outcomes. Remove the local_result simulation path and update manager tests to use a fake codewhale binary.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
The WhaleFlow, goal, and sub-agent opt-ins already live in the Config view's
Experimental section (whaleflow / goal_command / features.subagents rows).
This adds /experiments (and /experimental) as a discoverable entry point to
that view so the opt-ins #3182 asks for are reachable by name. Implemented as
aliases on the config command (validated by the registry uniqueness/metadata
tests; commands suite 431/0). A bespoke section-focused panel is left as polish.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
/swarm [N] <task> is a high-fanout overlay on the current mode (Agent/Plan/YOLO),
NOT a fourth mode. It mirrors the proven /agent command pattern: it emits a
model instruction to decompose the task, fan out one headless sub-agent per
subtask via agent_open (role/agent_type per subtask, max_depth N for nesting),
run them concurrently, and synthesize from each worker's result SUMMARY (not its
transcript) — the isolation pattern that keeps the orchestrator light.
Registered with aliases fanout/qun; CmdSwarmDescription was already localized in
all locales. Validated by the command-registry completeness tests (unique
names/aliases, complete metadata); broad commands suite 431/0.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
While a turn is in flight (`is_loading`), the model/permission surface the
engine is acting on must not shift underneath it. User-initiated mode cycling
(cycle_mode / cycle_mode_reverse) and thinking cycling (cycle_effort) are now
refused with a concise status message ("… is locked while a turn is running —
press Esc to interrupt first") and the selection stays put (the chip "twitches"
back rather than moving). Internal set_mode transitions (YOLO/plan) are
unaffected — only the user gestures are guarded.
Unit-tested: locked while is_loading, works again once idle. Persistent
busy/free chip styling is left for a visual-review pass.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
The fleet-foundation provider expansion added Anthropic/Zai/Stepfun/Minimax as
recognized providers (auth parser + PROVIDER_LIST), but also flipped all four to
TUI-supported in provider_is_supported_by_tui — making every ProviderKind
supported, killing the rejection path and breaking three build_tui_command
rejection tests (the flip had no positive test, so it was an unverified side
effect).
Anthropic speaks the native Messages API, not the OpenAI-compatible shape the
interactive loop expects, so it stays exec-only (as it was on origin):
`codewhale --provider anthropic` is rejected with a hint to use
`codewhale exec --provider anthropic`. Zai (GLM/Z.AI — the v0.8.60 headline),
Stepfun, and Minimax are OpenAI-compatible and remain interactively supported.
Restores the rejection guard and the 3 tests (now 95/0 in codewhale-cli).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Adds a verifiable dogfood smoke that drives several concurrent exec-style
workers (three healthy + one injected-failure that emits an error event and
exits non-zero) through the real host adapter, asserting distinct terminal
pass/fail outcomes — no external services, no model calls, no codewhale binary.
Documents the automated CI smoke vs the manual `codewhale fleet run` path in
the dogfood spec, and is honest that the manager run-loop cutover to drive real
FleetExecutor workers is still in progress.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Adds docs/AGENT_RUNTIME.md: one headless runtime, three launchers (TUI turn,
`codewhale exec`, Agent Fleet); sub-agent == fleet worker == nested/launched run
of the same runtime; the isolation+events+compact-projection lag fix; the single
recursion axis; and the one event vocabulary. Answers #2972 (how much Claude
Code convergence): converge on shape (headless runtime, isolated sub-agents,
event-driven fanout, skills, receipts), keep CodeWhale branding + multi-provider
+ the local-first fleet distinct, and never fork execution semantics per surface.
Cross-linked from FLEET.md.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Adds FleetExecutor: drives a worker as a local `codewhale exec` subprocess via
the existing host adapter, incrementally drains its stream-json output into
FleetWorkerEventPayload ledger events, and finalizes the terminal outcome from
the process exit. The worker's heavy runtime/tool construction lives in its own
process, so the orchestrator only ingests a compact event stream — the
isolation pattern that keeps fanout light (per Codex/Kimi/Claude Code).
Verified end-to-end by an integration test that runs a REAL subprocess emitting
stream-json (standing in for `codewhale exec`) through the real adapter and
asserts RunningTool + terminal Completed events flow out — no codewhale binary
needed. 8 executor tests pass; the 58 existing fleet tests stay green
(executor is not yet wired into `codewhale fleet run`, so no behavior change).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
A fleet worker IS a headless `codewhale exec` run — not a separate execution
engine. New crates/tui/src/fleet/executor.rs provides the bridge:
- build_worker_exec_command: FleetTaskSpec + FleetExecConfig ->
`codewhale exec --auto --output-format stream-json [--model/--allowed-tools/
--disallowed-tools/--max-turns/--append-system-prompt] <prompt>`. Secrets are
never on argv (worker resolves its own config/keyring).
- map_exec_stream_line: maps the worker's stream-json events
({"type":"tool_use"|"content"|"tool_result"|"done"|"error"}) into
FleetWorkerEventPayload so the durable ledger persists the worker's OWN event
vocabulary (collapses the translation layer toward identity).
- classify_worker_exit: process exit -> terminal Completed/Failed/Cancelled.
This is the substrate for replacing the local simulation with real headless
workers. fleet_task_prompt is now pub(crate). 7 new unit tests; building blocks
only (no behavior change yet) so the 58 existing fleet tests stay green.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Refs #3163.
Adds the @codewhale/runtime-sdk workspace with typed fleet Runtime API helpers, protocol-shaped TypeScript declarations, JSON/SSE event fixture handling, and typed RuntimeCapabilityError failures for create/event-stream endpoints that the Rust API has not exposed yet.
Documents the SDK contract in docs/RUNTIME_API.md and wires npm workspace verification through npm test --workspace @codewhale/runtime-sdk.
Refs #1310.
Adds the direct minimax provider slot, auth/config/env bindings, model aliases, docs, and picker/status surfaces. MiniMax requests now set reasoning_split and preserve reasoning_details history so thinking stays out of answer text.
Also updates Moonshot/Kimi reasoning classification for the Kimi Code route so reasoning_content streams into Thinking cells instead of inline prose.
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