chore: initialize POM 2 repo (docs guards green; release gates recorded NOT RUN pending install)
This commit is contained in:
Antigravity
327
src/tools.ts
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327
src/tools.ts
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import type { ExtensionAPI, ExtensionContext } from "@oh-my-pi/pi-coding-agent";
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import { join } from "node:path";
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import {
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addBlocker,
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bumpPatchVersion,
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gotoStage,
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passStage,
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recordEvidence,
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resolveBlocker,
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startStage,
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summarizeState,
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} from "./state";
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import { stage, type ArtifactRecord, type PomState, type ValidationScope } from "./domain";
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import {
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appendMarkdownLog,
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recordHiveEvent,
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registerArtifact,
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syncKnowledgeBase,
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writeHiveMission,
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} from "./persistence";
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import { validatePom } from "./validators";
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import { getPrompt, listPrompts, renderStagePrompt } from "./prompts";
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import { buildHiveMission, missionToTaskBatch } from "./studio";
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import { exportProject } from "./exporter";
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import { loadPomConfig } from "./config";
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import { routeStage } from "./router";
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import { checkpointStage, enterStageBranch } from "./git";
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import { toolCallComponent, toolResultComponent, type PomTheme } from "./visual";
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import type { PomRuntime } from "./runtime";
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import { updateChrome } from "./ui";
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function visual(runtime: PomRuntime, label: string) {
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return {
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renderCall(args: Record<string, unknown>, options: { spinnerFrame?: number }, theme: PomTheme) {
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const action = [args.action, args.op, args.scope, args.kind, args.path].find((value) => typeof value === "string") as string | undefined;
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return toolCallComponent(label, action, theme, runtime.get().motion, options.spinnerFrame);
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},
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renderResult(
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result: { content: Array<{ type: string; text?: string }>; details?: unknown; isError?: boolean },
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options: { expanded: boolean; isPartial: boolean },
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theme: PomTheme,
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) {
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return toolResultComponent(result, options.expanded, options.isPartial, theme, runtime.get().view);
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},
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};
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}
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function textResult(text: string, details?: unknown, isError = false) {
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return { content: [{ type: "text" as const, text }], details, isError };
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}
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async function refresh(_pi: ExtensionAPI, runtime: PomRuntime, ctx: ExtensionContext): Promise<void> {
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const state = runtime.get();
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const config = await loadPomConfig(state.projectRoot);
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updateChrome(ctx, state, config, runtime);
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}
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export function registerPomTools(pi: ExtensionAPI, runtime: PomRuntime): void {
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const { z } = pi.zod;
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// @ts-expect-error OMP 16.4.x + Zod v4 can exceed TypeScript instantiation depth while contextualizing this complete tool schema.
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pi.registerTool({
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...visual(runtime, "State"),
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name: "pom_state",
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label: "POM State",
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description: "Read or update canonical POM configuration, decisions, assumptions, and warnings.",
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defaultInactive: true,
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approval: "write",
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parameters: z.object({
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action: z.enum(["get", "configure", "decision", "assumption", "warning"]),
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value: z.string().optional(),
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mode: z.enum(["autopilot", "collaborative", "strict-autopilot"]).optional(),
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view: z.enum(["cinematic", "rich", "compact", "minimal"]).optional(),
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motion: z.enum(["off", "subtle", "full"]).optional(),
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}),
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async execute(_id, params, signal, _onUpdate, ctx) {
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if (signal?.aborted) return textResult("Cancelled", undefined, true);
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const state = structuredClone(runtime.get());
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if (params.action === "configure") {
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state.mode = params.mode ?? state.mode;
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state.view = params.view ?? state.view;
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state.motion = params.motion ?? state.motion;
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}
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if (params.action === "decision" && params.value?.trim() && !state.decisions.includes(params.value.trim())) state.decisions.push(params.value.trim());
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if (params.action === "assumption" && params.value?.trim() && !state.assumptions.includes(params.value.trim())) state.assumptions.push(params.value.trim());
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if (params.action === "warning" && params.value?.trim() && !state.warnings.includes(params.value.trim())) state.warnings.push(params.value.trim());
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if (params.action !== "get") await runtime.set(state);
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await refresh(pi, runtime, ctx);
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return textResult(summarizeState(runtime.get()), runtime.get());
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},
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});
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pi.registerTool({
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...visual(runtime, "Stage"),
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name: "pom_stage",
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label: "POM Stage",
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description: "Start, inspect, evidence, block, resolve, pass, or navigate the authoritative stage machine.",
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defaultInactive: true,
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approval: "write",
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parameters: z.object({
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action: z.enum(["inspect", "start", "evidence", "block", "resolve", "pass", "goto"]),
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stage: z.number().int().min(0).max(8).optional(),
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criterionId: z.string().optional(),
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summary: z.string().optional(),
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paths: z.array(z.string()).optional(),
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agent: z.string().optional(),
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reason: z.string().optional(),
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owner: z.string().optional(),
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blockerId: z.string().optional(),
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resolution: z.string().optional(),
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allStages: z.boolean().optional(),
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validationScope: z.enum(["quick", "stage", "canon", "continuity", "knowledge", "files", "delivery", "all"]).optional(),
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}),
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async execute(_id, params, signal, onUpdate, ctx) {
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if (signal?.aborted) return textResult("Cancelled", undefined, true);
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let state = runtime.get();
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if (params.action === "start") {
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state = startStage(state, params.stage ?? state.currentStage, params.allStages ?? false);
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await runtime.set(state);
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const config = await loadPomConfig(state.projectRoot);
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await enterStageBranch(state, config);
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await routeStage(pi, ctx, state);
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} else if (params.action === "goto") {
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if (params.stage === undefined) throw new Error("stage is required");
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state = gotoStage(state, params.stage);
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await runtime.set(state);
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} else if (params.action === "evidence") {
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if (!params.criterionId || !params.summary) throw new Error("criterionId and summary are required");
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state = recordEvidence(state, params.criterionId, params.summary, params.paths ?? [], params.agent);
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await runtime.set(state);
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} else if (params.action === "block") {
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state = addBlocker(state, params.reason ?? "Unspecified blocker", params.owner);
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await runtime.set(state);
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} else if (params.action === "resolve") {
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if (!params.blockerId) throw new Error("blockerId is required");
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state = resolveBlocker(state, params.blockerId, params.resolution ?? "Resolved");
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await runtime.set(state);
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} else if (params.action === "pass") {
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onUpdate?.({ content: [{ type: "text", text: "Running deterministic stage gate…" }] });
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const wasAllStages = state.activeRun?.allStages ?? false;
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const scope = (params.validationScope ?? (state.currentStage === 8 ? "delivery" : "stage")) as ValidationScope;
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const report = await validatePom(state, scope);
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runtime.telemetry.validationFailures = report.checks.filter((item) => item.status === "fail").length;
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pi.sendMessage({ customType: "pom:validation", content: `${report.passed ? "PASS" : "FAIL"} ${scope}`, display: true, details: report }, { triggerTurn: false });
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if (!report.passed || !report.reportPath) return textResult(`Stage gate FAIL · ${runtime.telemetry.validationFailures} failures`, report, true);
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const passedStage = state.currentStage;
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state = passStage(state, report.reportPath);
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await runtime.set(state);
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const config = await loadPomConfig(state.projectRoot);
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const commit = await checkpointStage(state, config, `pom: complete stage ${passedStage} ${stage(passedStage).slug}`);
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pi.sendMessage({ customType: "pom:milestone", content: `Stage ${passedStage} complete`, display: true, details: { stage: passedStage, status: "PASS", path: report.reportPath, commit } }, { triggerTurn: false });
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if (wasAllStages && passedStage < 8) {
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state = startStage(state, state.currentStage, true);
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await runtime.set(state);
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await enterStageBranch(state, config);
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await routeStage(pi, ctx, state);
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pi.sendUserMessage(await renderStagePrompt(state, true), { deliverAs: "followUp" });
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}
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}
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await syncKnowledgeBase(runtime.get());
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await refresh(pi, runtime, ctx);
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return textResult(summarizeState(runtime.get()), runtime.get());
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},
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});
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pi.registerTool({
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...visual(runtime, "Artifact"),
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name: "pom_artifact",
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label: "POM Artifact",
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description: "Register a non-empty canonical artifact with measured size, SHA-256, status, source, and rights metadata.",
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defaultInactive: true,
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approval: "write",
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parameters: z.object({
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path: z.string(),
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category: z.string().default("other"),
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status: z.enum(["draft", "reviewed", "approved", "superseded"]).default("draft"),
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rightsStatus: z.enum(["original", "licensed", "public-domain", "reference-only", "unknown"]).default("unknown"),
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source: z.string().optional(),
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notes: z.string().optional(),
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}),
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async execute(_id, params, signal) {
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if (signal?.aborted) return textResult("Cancelled", undefined, true);
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const state = runtime.get();
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const artifactVersion = bumpPatchVersion(state.artifactVersion);
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const record = await registerArtifact(state, params.path, {
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category: params.category,
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status: params.status as ArtifactRecord["status"],
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rightsStatus: params.rightsStatus as ArtifactRecord["rightsStatus"],
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source: params.source,
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notes: params.notes,
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version: artifactVersion,
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});
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const next = structuredClone(state);
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next.artifactVersion = artifactVersion;
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if (/canon|bible|continuity|timeline|world|character/i.test(params.category)) {
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next.canonVersion = bumpPatchVersion(next.canonVersion);
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}
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await runtime.set(next);
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return textResult(`Registered ${record.path} · v${record.version} · ${record.bytes} bytes · ${record.sha256.slice(0, 12)}`, record);
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},
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});
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pi.registerTool({
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...visual(runtime, "Validate"),
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name: "pom_validate",
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label: "POM Validate",
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description: "Run deterministic state, artifact, evidence, manifest, knowledge, continuity, and delivery checks.",
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defaultInactive: true,
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approval: "read",
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parameters: z.object({
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scope: z.enum(["quick", "stage", "canon", "continuity", "knowledge", "files", "delivery", "all"]).default("stage"),
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}),
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async execute(_id, params, signal, onUpdate) {
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if (signal?.aborted) return textResult("Cancelled", undefined, true);
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onUpdate?.({ content: [{ type: "text", text: `Validating ${params.scope}…` }] });
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const report = await validatePom(runtime.get(), params.scope as ValidationScope);
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const failures = report.checks.filter((item) => item.status === "fail").length;
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runtime.telemetry.validationFailures = failures;
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pi.sendMessage({ customType: "pom:validation", content: `${report.passed ? "PASS" : "FAIL"} ${params.scope}`, display: true, details: report }, { triggerTurn: false });
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return textResult(`${report.passed ? "PASS" : "FAIL"} · ${failures} failures · ${report.checks.length} checks`, report, !report.passed);
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},
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});
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pi.registerTool({
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...visual(runtime, "Prompt"),
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name: "pom_prompt",
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label: "POM Prompt",
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description: "List or retrieve versioned POM prompt fragments, including project-local overrides and provenance hashes.",
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defaultInactive: true,
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approval: "read",
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parameters: z.object({ action: z.enum(["list", "get"]), id: z.string().optional() }),
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async execute(_id, params) {
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const state = runtime.get().initialized ? runtime.get() : undefined;
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if (params.action === "list") {
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const prompts = await listPrompts(state);
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return textResult(prompts.map((item) => `${item.id}\t${item.source}\t${item.sha256.slice(0, 12)}`).join("\n"), prompts);
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}
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if (!params.id) throw new Error("id is required");
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const prompt = await getPrompt(state, params.id);
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return textResult(prompt.content, prompt);
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},
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});
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pi.registerTool({
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...visual(runtime, "Hive"),
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name: "pom_hive",
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label: "POM Hive",
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description: "Plan native task batches, persist inter-agent signals, and record final synthesis without replacing OMP task or IRC.",
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defaultInactive: true,
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approval: "write",
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parameters: z.object({
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op: z.enum(["plan", "signal", "synthesize", "inspect"]),
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preset: z.enum(["lean", "stage", "audit"]).optional(),
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missionId: z.string().optional(),
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signal: z.enum(["CLAIM", "QUERY", "ANSWER", "ALERT", "HANDOFF", "DONE"]).optional(),
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from: z.string().optional(),
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to: z.string().optional(),
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message: z.string().optional(),
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paths: z.array(z.string()).optional(),
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status: z.enum(["complete", "blocked"]).optional(),
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synthesis: z.string().optional(),
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}),
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async execute(_id, params, signal, _onUpdate, ctx) {
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if (signal?.aborted) return textResult("Cancelled", undefined, true);
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let state = structuredClone(runtime.get());
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if (params.op === "inspect") return textResult(JSON.stringify(state.hive, null, 2), state.hive);
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if (params.op === "plan") {
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const config = await loadPomConfig(state.projectRoot);
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const mission = buildHiveMission(state, config, params.preset ?? "stage");
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const batch = missionToTaskBatch(state, mission);
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state.hive.activeMissionId = mission.id;
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state.hive.missions[mission.id] = mission;
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state.stageRuns[String(state.currentStage)].hiveMissionIds.push(mission.id);
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await runtime.set(state);
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const path = await writeHiveMission(state, mission);
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await recordHiveEvent(state, { type: "mission.planned", mission, path });
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pi.sendMessage({ customType: "pom:hive", content: mission.title, display: true, details: mission }, { triggerTurn: false });
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await refresh(pi, runtime, ctx);
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return textResult(`Call native task exactly once with this batch:\n${JSON.stringify(batch, null, 2)}`, { mission, batch, path });
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}
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const missionId = params.missionId ?? state.hive.activeMissionId;
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if (!missionId || !state.hive.missions[missionId]) throw new Error("No matching hive mission");
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const mission = state.hive.missions[missionId];
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if (params.op === "signal") {
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if (!params.signal || !params.message) throw new Error("signal and message are required");
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state.hive.signalsLogged += 1;
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runtime.telemetry.lastIrcSignal = `${params.signal} ${params.from ?? "agent"}: ${params.message}`;
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await runtime.set(state);
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await recordHiveEvent(state, { type: "hive.signal", missionId, signal: params.signal, from: params.from, to: params.to, message: params.message, paths: params.paths ?? [] });
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return textResult(`${params.signal} recorded for ${missionId}`, { missionId, ...params });
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}
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mission.status = params.status === "blocked" ? "blocked" : "complete";
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mission.synthesis = params.synthesis?.trim() || "Synthesis recorded without narrative.";
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mission.updatedAt = new Date().toISOString();
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if (state.hive.activeMissionId === missionId) delete state.hive.activeMissionId;
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await runtime.set(state);
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const path = await writeHiveMission(state, mission);
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await recordHiveEvent(state, { type: "mission.synthesized", missionId, status: mission.status, synthesis: mission.synthesis, path });
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pi.sendMessage({ customType: "pom:hive", content: `${mission.title} ${mission.status}`, display: true, details: mission }, { triggerTurn: false });
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return textResult(`Hive ${missionId} ${mission.status}`, { mission, path });
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},
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});
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pi.registerTool({
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...visual(runtime, "Export"),
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name: "pom_export",
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label: "POM Export",
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description: "Create a fresh delivery archive, parse its central directory, decompress every member, verify sizes and CRC-32, and hash the archive.",
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defaultInactive: true,
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approval: "write",
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parameters: z.object({ kind: z.enum(["checkpoint", "final"]).default("checkpoint") }),
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async execute(_id, params, signal, onUpdate, ctx) {
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if (signal?.aborted) return textResult("Cancelled", undefined, true);
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onUpdate?.({ content: [{ type: "text", text: "Building and verifying archive…" }] });
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const result = await exportProject(runtime.get(), params.kind);
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await appendMarkdownLog(runtime.get().projectRoot, "delivery_ledger.md", "Archive verified", [
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`Archive: ${result.zipPath}`,
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`SHA-256: ${result.verification.sha256}`,
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`Members: ${result.verification.members.length}`,
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`Verification: ${result.verificationPath}`,
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].join("\n\n"));
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pi.sendMessage({ customType: "pom:milestone", content: "Archive verified", display: true, details: { stage: runtime.get().currentStage, status: "ARCHIVE PASS", path: result.verificationPath } }, { triggerTurn: false });
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await refresh(pi, runtime, ctx);
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return textResult(`PASS · ${result.zipPath} · ${result.verification.members.length} members`, result);
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},
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});
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}
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