Files
Kigi-CLI/AGENTS.md
T
ZacharyZhang-NY c5ddaec71e Add per-provider auth.json keys; make auth methods registry-generic (P0b)
Platform API keys now live in auth.json under the platform-id scope (the
per-provider auth.json key contract), resolved env > auth.json > legacy
[platforms.*] config.toml (read-only fallback). The TUI login picker,
paste box, auth-method advertising, and authenticate handler are all
registry-generic: a new PlatformSpec row appears in the login UI and
authenticates with zero UI changes. Spec rows gained vendor/console_host/
login_label display fields (moonshot strings byte-identical, pinned by
tests).

Adversarial review caught that auth.json keys were validated at login but
never stamped onto catalog entries (completions would 401; restart lost
eager auth). Fixed red-green: resolve_model_list/resolve_model_catalog now
take a resolved PlatformApiKeys snapshot consumed by the credential-
stamping layer (auth.json beats stale config.toml, matching the login
validator), with production callers resolving fresh per catalog build.
Also from review: the new auth.json writer takes the manager's cross-
process flock (bounded retry — an unlocked RMW racing a token refresh
could revert a rotated refresh token); the oauth-401 wiremock test is
hermetic (KIGI_SHARE_DIR tempdir; it could read a dev's real auth.json
and hit live moonshot); cli_models resolves real keys; auth.json is read
once per registry sweep; caller-less lock_config_writes deleted; catalog
resolvers tightened to pub(crate); stale config.toml doc comments and the
no-credentials error copy updated.
2026-07-21 01:18:46 -04:00

180 lines
9.8 KiB
Markdown

# Kigi — agent/developer notes
Single source of truth for how this repository is organized and the
constraints every change must respect. Update this file whenever the tech
stack or product direction changes.
## What this is
Kigi is an unofficial Kimi Code CLI community build: a hard fork of
xai-org/grok-build (Apache-2.0, Rust) re-targeted at the Kimi Code
subscription API and the Moonshot open platform. It coexists with the
official `kimi` CLI: binary `kigi`, config dir `~/.kigi`
(`KIGI_SHARE_DIR` override), keyring service `kigi`, env prefix `KIGI_*`.
Never read or write `~/.kimi` (except the explicit one-time read-only
import) or any `KIMI_*` env var.
## Hard constraints
- **Zero egress**: outbound connections are limited to
`auth.kimi.com`, `api.kimi.com`, `api.moonshot.cn`, `api.moonshot.ai`,
GitHub Releases domains, and user-configured MCP servers. No telemetry,
no analytics, ever. `crates/codegen/kigi-env` is the single home of
first-party endpoints.
- **Toolchain**: Rust 1.97.0 (rust-toolchain.toml), edition 2024.
- **Gates** (all must stay green):
`cargo check --workspace --all-targets`,
`cargo clippy --workspace --all-targets` (zero warnings),
`cargo fmt --all --check`, `cargo deny check advisories`.
- **Observability is local**: `kigi-log` (unified session log, `--debug`
firehose, subsystem file logs, opt-in instrumentation) writes under
`~/.kigi` only. Its zero-network property is a contract.
- The root `Cargo.toml` is hand-maintained (upstream's generator is not in
this repo). Members sorted; versions inherited from
`workspace.package.version` (0.1.0).
## Layout
- `crates/codegen/` — the bulk of the application (62 `kigi-*` crates).
Key ones: `kigi-bin` (binary `kigi`), `kigi-tui` (full-screen TUI +
headless `-p` mode + `acp`/`mcp` commands), `kigi-shell` (agent runtime,
leader-follower IPC, sessions), `kigi-sampler` (inference client;
ChatCompletions/Responses/Messages backends), `kigi-auth` (credentials),
`kigi-config` (config layering, `~/.kigi` paths), `kigi-env` (endpoints),
`kigi-tools` (tool implementations incl. codex/opencode ports — see its
THIRD_PARTY_NOTICES.md), `kigi-workspace` (FS/VCS/exec/permissions,
checkpoint/worktree), `kigi-log` (local observability).
- `crates/common/`, `crates/build/`, `prod/mc/` — shared libs, proto build,
proxy wire types (the latter to be redefined against Kimi in M1).
- `third_party/` — vendored Mermaid rendering stack (untouched policy).
- `bin/protoc` — dotslash launcher used by proto codegen.
## Storage discipline
- Tests that touch the filesystem MUST use `tempfile::TempDir` (drop
cleans up) — never bare `std::env::temp_dir()` + `create_dir_all`,
which leaks directories into the OS temp root forever.
- `target/` grows past 150GB across repeated full-workspace builds
(incremental is already off); run `cargo clean` when it exceeds
~50GB and at milestone boundaries.
- Graph node worktrees are removed right after a successful merge-back;
only FAILED nodes keep theirs for postmortem.
## Test seams
Cross-crate test hooks are behind the `test-support` cargo feature
(kigi-workspace, kigi-pager-render, kigi-config, kigi-tui), enabled via
dependents' `[dev-dependencies]`. Don't expose new test seams as plain
`#[cfg(test)]` items across crate boundaries.
## Graph mode (`/graph`, post-0.1.x — plan.md in the parent dir)
A deterministic DAG scheduler layered over the goal engine: `/graph
<objective>` decomposes the objective into nodes (graph planner subagent
→ Agentproof-style static gate in `graph_plan.rs`), then executes each
node as one ordinary goal — the agentic loop lives INSIDE the node; the
edges stay deterministic Rust. The harness appends a terminal
`gn-final` verification node depending on every planner node.
- Feature flag `KIGI_GRAPH=1` (default off); availability additionally
requires the goal harness (`BuiltinGate::Graph`).
- Key modules (kigi-shell): `session/graph_tracker.rs` (pure state
machine; reuses `GoalStatus`/`GoalPhase`/`GoalPauseReason`),
`session/graph_plan.rs` (planner-JSON contract + validation + fnv id
canonicalization), `session/graph_planner.rs` (planner runner, reuses
the goal planner spawn plumbing),
`session/acp_session_impl/graph.rs` (orchestration seam).
- Seam points: `handle_prompt` intercepts GraphSet/GraphResume; the
in-turn loop's `EndTurn` arm calls `run_graph_round_end()` to advance
nodes within the same turn; goal auto-pauses cascade to the graph in
`auto_pause_goal_if_active_inner`; node goals are armed with the
REMAINING graph budget so `enforce_goal_token_budget` cascades trips.
- Persistence: `PersistenceMsg::GraphModeState(Option<..>)`
`<session_dir>/graph/state.json` (`None` tombstones after clear);
immutable per-version baselines `graph/graph.baseline.v{N}.json`;
per-node goal artifacts archived to `graph/<node_id>/`. Restore
demotes `Active``UserPaused` and `Running``Ready` (re-run is safe:
the verifier gates completion).
- `/goal` and `/graph` are mutually exclusive while the graph owns the
engine; e2e suite: `acp_session_tests/graph/graph_e2e_tests.rs`.
- Parallel fan-out (G1): with `KIGI_GRAPH_CONCURRENCY > 1` (default 3,
clamp [1,8]) and ≥2 `Ready` nodes, `drive_graph` runs batches via
`acp_session_impl/graph_workers.rs` — per node a bounded
worker↔verifier subagent loop (`KIGI_GRAPH_NODE_ROUNDS`, default 3;
`general-purpose` children; worktree isolation on round 1, resume
keeps context+worktree on later rounds; `NODE_RESULT:` /
`NODE_VERDICT:` terminal contracts parsed fail-closed), then
SEQUENTIAL merge-back via `kigi_workspace::worktree::apply_worktree`
(`ApplyMode::Merge`); a conflict fails the node and blocks its
dependents while other chains continue. `gn-final` always runs
serially on the full goal engine. Concurrency=1 is byte-identical to
the serial G0 path. Ceiling: a worker round exceeding the foreground
subagent await budget (600s) is cancelled and retried via resume.
- G2: `BudgetLimited` is resumable — a budget trip demotes in-flight
nodes to `Ready` (resource stop, not a verdict) and
`/graph resume --budget <tokens>` re-arms with fresh headroom. The
pager shows a graph status chip driven by the `GraphUpdated` wire
variant (`extensions/notification.rs`), emitted from the single
`persist_graph_state` chokepoint (checkpoint ⇔ badge tick); old
pagers degrade via `#[serde(other)] Unknown`. PTY scenarios:
`graph_slash_presession{,_disabled}.yaml`.
- G3: dynamic replan. `DISCOVERED: <text>` line markers (fence-stripped,
placeholder-filtered) from workers/verifiers/the serial node's final
text queue as `pending_discoveries`; at each dispatch boundary
`maybe_replan_graph` (`acp_session_impl/graph_replan.rs`) runs a
replanner subagent producing an APPEND-ONLY appendix
(`validate_replan`: existing-id deps allowed, edges onto `gn-final`
rejected — they would cycle after the final-gating extension),
bumps `plan_version`, freezes `graph.baseline.v{N}.json`, and regates
`gn-final` (Ready→Waiting). Bounded by `KIGI_GRAPH_REPLAN_CAP`
(default 3, 0 = off); past the cap — and after the final node has
achieved — discoveries drain to history only. Replan failure degrades
(history + notice); it never pauses a working graph.
- G4: the graph follows the repo. Every checkpoint projects to
`.kigi/graph.jsonl` at the git root (`session/graph_project.rs`,
header line + one node per line, atomic write); single writer via an
fs2 flock sidecar; other instances get read-only `/graph status`.
Fresh sessions revive via `/graph resume` (load UNDER the lock,
from_snapshot demotions apply). All lock-then-mutate sites
identity-check the projected `graph_id`; kigi never commits the file.
- G5: `/graph show` renders box-drawing DAG art
(`session/graph_render.rs`, Sugiyama-lite: longest-path layers, dummy
pass-throughs, barycenter ordering, bus lanes). Wider than 120 cols
degrades to the status tree.
- G6: plan-boundary topology optimizer
(`acp_session_impl/graph_optimize.rs`; `KIGI_GRAPH_OPTIMIZER=0`
disables). Restricted ops (`remove_dep`/`reorder`/`merge`/`split`)
validated by `graph_plan::apply_optimization`: pending-only targets,
immutable nodes byte-identical in the result, terminal gate rebuilt,
whole-graph acyclicity. Applied passes bump `plan_version` and share
the replan cap; `{"ops": []}` is a respected free no-op; failures
degrade.
## Provider registry & API-key auth (post-0.1.3 expansion)
- The platform registry is compiled-in spec rows in `kigi-models`
(`PlatformSpec`; adding a platform = enum variant + `ALL` entry + `spec()`
arm + row; registry tests enforce completeness/uniqueness/row shape).
- API-key resolution precedence, per platform: platform env var(s) >
`auth.json` scope named by the platform id (`moonshot-cn`, …) >
legacy `[platforms.<id>]` in config.toml (read-only fallback).
- The TUI login picker persists pasted keys to `auth.json` (platform-id
scope, `api_key` mode) — never to config.toml. The keyring holds ONLY the
OAuth session scope; platform keys are file-only.
- Auth method ids over ACP equal the platform ids; interactive picker rows
are built generically from advertised methods (`AuthMethodKind::
ApiKeyPlatform`), so new registry rows appear in the picker with no TUI
changes.
## Milestones (PRD §8.3)
- M0 (done): rename, deletions (voice/telemetry/announcements/marketplace/
relay-gateway), toolchain, gates.
- M1: Kimi device-flow auth (F1), Moonshot API-key channel (F2), inference
via ChatCompletions (F3), dynamic model sync (F4). The auth stack in
`kigi-shell/src/auth` + `kigi-auth` gets rewritten here; transitional
grok.com references live only there and in `kigi-sampler`/proxy types.
- M2: server-side search/fetch (F5), command parity with kimi-cli 1.49.0
(F6), one-time `~/.kimi/config.toml` import (F7), F9 smoke list, perf CI.
- M3: GitHub Releases distribution, install scripts, self-update (F8).