everything-dev/dist/services/codegen/runtime-map.cjs

A consolidated product package for building Module Federation apps with oRPC APIs.

let node_fs = require("node:fs");
let node_path = require("node:path");
let effect = require("effect");
let every_plugin_ui_manifest = require("every-plugin/ui/manifest");

//#region src/services/codegen/runtime-map.ts
/**
* The composition inspector's generator (#591/#594): a *generated,
* machine- and human-readable* effective route tree for a resolved runtime.
*
* Reads every ui source's route manifest (local `src/manifest.gen.json`, or
* the published `<ui>/manifest.gen.json` for remote sources), applies the
* same core-wins precedence the host's `constructTree` applies at runtime,
* and emits:
*
*   .bos/generated/runtime-map.json   machine/human inventory
*   ui/src/lib/runtime-map.gen.ts     typed REMOTE_ROUTES union + metadata
*
* This is a *static model* of composition: nav labels are runtime-only (they
* live in route options, not manifests) and are reported as null.
*
* Loud degradation: a remote manifest that can't be fetched is reported as
* UNRESOLVED and — in strict mode (`bos types gen`) — fails the run, so
* typecheck catches an upstream rename instead of silently shrinking the
* map. Dev/build/train paths run warn-mode (a flaky remote must not block a
* boot; the runtime load fails loudly on its own). Set
* BOS_MAP_ALLOW_UNRESOLVED=1 for offline work (the map is still written,
* with the unresolved sources).
*/
var RuntimeMapError = class extends effect.Data.TaggedError("RuntimeMapError") {
	toString() {
		return this.message;
	}
};
const envBool = (name) => process.env[name] === "1";
const isoNow = (ms) => new Date(ms).toISOString();
const CORE_UI_KEY = "ui";
const FETCH_TIMEOUT_MS = Number(process.env.BOS_MAP_FETCH_TIMEOUT_MS ?? 15e3);
function joinPath(a, b) {
	const left = a && a !== "/" ? a.replace(/\/+$/, "") : "";
	const right = b && b !== "/" ? (b ?? "").replace(/^\/+/, "") : "";
	if (!left) return right ? `/${right}` : "/";
	if (!right) return left;
	return `${left}/${right}`;
}
function isHttp(value) {
	return typeof value === "string" && /^https?:\/\//.test(value);
}
function manifestUrlFor(base) {
	return new URL("manifest.gen.json", base.endsWith("/") ? base : `${base}/`).toString();
}
function describeSlot(_root, key, kind, slot, unresolved) {
	if (!slot) return null;
	const pin = slot.pin?.manifest;
	if (slot.localPath) {
		const manifestPath = (0, node_path.join)(slot.localPath, "src/manifest.gen.json");
		if ((0, node_fs.existsSync)(manifestPath)) return {
			key,
			kind,
			source: "local",
			location: slot.localPath,
			manifestPath,
			pin
		};
		if (isHttp(slot.url)) return {
			key,
			kind,
			source: "remote",
			location: slot.url,
			manifestUrl: manifestUrlFor(slot.url),
			pin,
			note: `local path "${slot.localPath}" is absent; using the published bundle`
		};
		unresolved.push({
			key,
			kind,
			reason: `local path "${slot.localPath}" is absent and there is no production target`
		});
		return null;
	}
	if (isHttp(slot.url)) return {
		key,
		kind,
		source: "remote",
		location: slot.url,
		manifestUrl: manifestUrlFor(slot.url),
		pin
	};
	unresolved.push({
		key,
		kind,
		reason: "no local workspace or remote target"
	});
	return null;
}
function validateManifest(source, manifest) {
	if (!manifest || typeof manifest !== "object" || !Array.isArray(manifest.routes)) throw new Error(`source "${source.key}": manifest is not a route manifest`);
	if (manifest.manifestVersion !== every_plugin_ui_manifest.MANIFEST_VERSION) throw new Error(`source "${source.key}": manifest version ${manifest.manifestVersion} (expected ${every_plugin_ui_manifest.MANIFEST_VERSION})`);
}
/**
* Static model of every-plugin's `constructTree` precedence: core ui first,
* then sources by key; core wins route/mount claims, peer collisions throw.
*/
function composeRuntimeMap(sources) {
	const ordered = [...sources.filter((source) => source.key === CORE_UI_KEY), ...sources.filter((source) => source.key !== CORE_UI_KEY).sort((a, b) => a.key.localeCompare(b.key))];
	const mounts = /* @__PURE__ */ new Map();
	const mountByLayoutId = /* @__PURE__ */ new Map();
	const shadowed = [];
	for (const source of ordered) for (const record of source.manifest.routes) {
		if (!record.mount) continue;
		const existing = mounts.get(record.mount);
		if (existing) {
			if (existing.key === CORE_UI_KEY && source.key !== CORE_UI_KEY) {
				shadowed.push({
					id: record.id,
					owner: source.key,
					kind: "mount",
					reason: `mount "${record.mount}" is declared by core ui`
				});
				mountByLayoutId.set(record.id, record.mount);
				continue;
			}
			throw new Error(`mount "${record.mount}" declared by multiple sources: "${existing.key}" and "${source.key}"`);
		}
		mounts.set(record.mount, {
			key: source.key,
			recordId: record.id
		});
		mountByLayoutId.set(record.id, record.mount);
	}
	const routes = [];
	const claims = /* @__PURE__ */ new Map();
	for (const source of ordered) {
		const pending = source.manifest.routes.filter((record) => !record.mount);
		const byId = /* @__PURE__ */ new Map();
		const shadowedIds = /* @__PURE__ */ new Set();
		let progressed = true;
		while (pending.length > 0 && progressed) {
			progressed = false;
			for (let index = 0; index < pending.length; index += 1) {
				const record = pending[index];
				let parent;
				if (record.parentId) {
					if (shadowedIds.has(record.parentId)) {
						shadowedIds.add(record.id);
						shadowed.push({
							id: record.id,
							owner: source.key,
							kind: "route",
							reason: `parent "${record.parentId}" is shadowed`
						});
						pending.splice(index, 1);
						index -= 1;
						progressed = true;
						continue;
					}
					const local = byId.get(record.parentId);
					if (local) parent = {
						fullPath: local.fullPath,
						mount: local.mount,
						key: `${source.key}:${record.parentId}`
					};
					else if (mountByLayoutId.has(record.parentId)) {
						const mount = mountByLayoutId.get(record.parentId);
						parent = {
							fullPath: "",
							mount,
							key: `mount:${mount}`
						};
					} else continue;
				} else {
					const firstSegment = record.id.split("/")[0] ?? "";
					if (!firstSegment.startsWith("_")) throw new Error(`route "${record.id}" in "${source.key}" must live under a mount`);
					const mount = (0, every_plugin_ui_manifest.resolveMountSegment)(firstSegment.slice(1));
					if (!mount) throw new Error(`unknown mount "_${firstSegment.slice(1)}" (route "${record.id}" in "${source.key}")`);
					if (!mounts.has(mount)) throw new Error(`mount "${mount}" is not declared by any source (route "${record.id}" in "${source.key}")`);
					parent = {
						fullPath: "",
						mount,
						key: `mount:${mount}`
					};
				}
				pending.splice(index, 1);
				index -= 1;
				progressed = true;
				if (!(record.type === "layout" || record.path === void 0)) {
					const siblings = claims.get(parent.key) ?? /* @__PURE__ */ new Map();
					const claimant = siblings.get(record.path);
					if (claimant) {
						if (source.key !== CORE_UI_KEY && claimant.startsWith(`${CORE_UI_KEY}:`)) {
							shadowedIds.add(record.id);
							shadowed.push({
								id: record.id,
								owner: source.key,
								kind: "route",
								reason: `path "${record.path}" is claimed by "${claimant}"`
							});
							continue;
						}
						throw new Error(`path collision: "${source.key}" route "${record.id}" declares "${record.path}" already claimed by "${claimant}"`);
					}
					siblings.set(record.path, `${source.key}:${record.id}`);
					claims.set(parent.key, siblings);
				}
				const fullPath = joinPath(parent.fullPath, record.path);
				byId.set(record.id, {
					fullPath,
					mount: parent.mount
				});
				routes.push({
					id: record.id,
					owner: source.key,
					mount: parent.mount,
					type: record.type,
					path: record.path ?? null,
					fullPath,
					core: source.key === CORE_UI_KEY,
					nav: null
				});
			}
		}
		if (pending.length > 0) throw new Error(`unresolvable parentage in "${source.key}": ${pending.map((record) => record.id).join(", ")}`);
	}
	return {
		mounts: [...mounts.entries()].map(([id, value]) => ({
			id,
			declaredBy: value.key,
			recordId: value.recordId
		})),
		routes,
		shadowed
	};
}
async function fetchRemoteManifest(url) {
	const response = await fetch(url, { signal: AbortSignal.timeout(FETCH_TIMEOUT_MS) });
	if (!response.ok) throw new Error(`HTTP ${response.status} ${response.statusText}`);
	return await response.json();
}
async function fetchPluginManifestAsset(url) {
	const response = await fetch(url, { signal: AbortSignal.timeout(FETCH_TIMEOUT_MS) });
	if (!response.ok) throw new Error(`HTTP ${response.status} ${response.statusText}`);
	const asset = await response.json();
	if (!asset || typeof asset !== "object" || asset.kind !== "every-plugin/manifest") throw new Error("not a plugin manifest");
	return asset;
}
function pluginManifestUrlFor(base) {
	return new URL("plugin.manifest.json", base.endsWith("/") ? base : `${base}/`).toString();
}
/** The backend inventory (#594 review): host, api, the auth server, and every
* plugin backend — the "who serves this runtime, from where" analog of the ui
* sources list. Local backends are their own truth (workspace path); remote
* backends fetch their published `plugin.manifest.json` for the version +
* contract hash drift signal. The host is source-level only (it ships no
* manifest asset — it is not an every-plugin module). */
function describeBackend(root, key, kind, slot) {
	if (!slot) return null;
	const name = typeof slot.name === "string" ? slot.name : null;
	const pin = slot.pin?.manifest;
	const dependsOn = slot.dependsOn;
	if (slot.localPath) return {
		key,
		kind,
		name,
		source: "local",
		location: slot.localPath.startsWith(root) ? slot.localPath.slice(root.length + 1) : slot.localPath,
		...pin ? { pin } : {},
		...slot.integrity ? { integrity: slot.integrity } : {},
		...dependsOn ? { dependsOn } : {}
	};
	const remote = slot.remoteUrl ?? slot.url;
	if (isHttp(remote)) return {
		key,
		kind,
		name,
		source: "remote",
		location: remote,
		...kind !== "host" ? { pluginManifestUrl: pluginManifestUrlFor(remote) } : {},
		...pin ? { pin } : {},
		...slot.integrity ? { integrity: slot.integrity } : {},
		...dependsOn ? { dependsOn } : {}
	};
	return null;
}
/** The TS emission requires a local core ui workspace (`ui/src/lib/`); a
* remote-only core ui skips it with a note. */
function renderTypeScript(map) {
	const remoteRoutes = map.routes.filter((route) => !route.core).map((route) => ({
		id: route.id,
		path: route.fullPath,
		mount: route.mount,
		owner: route.owner,
		type: route.type
	}));
	const json = (value) => JSON.stringify(value, null, 2);
	return `// Generated by bos types gen — do not edit.
// Regenerate with \`bos types gen\` (or \`pnpm run types:gen\`). A static model of the
// composed runtime: core ui wins route/mount claims; plugin routes are listed
// below. Nav labels are runtime-only (route options, not manifests).
// See docs/agents/runtime-map.md for the investigation workflows.

export const RUNTIME_MAP_GENERATED_AT = ${JSON.stringify(map.generatedAt)};
export const RUNTIME_MAP_ENV = ${JSON.stringify(map.env)};
export const RUNTIME_PLATFORM = ${JSON.stringify(map.platform)};

export const RUNTIME_SOURCES = ${json(map.sources)} as const;

/** The serving side: host, api, the auth server, and every plugin backend —
 * source-level inventory; remote entries carry the composed plugin version
 * and contract hash. */
export const RUNTIME_BACKENDS = ${json(map.backends)} as const;
export type RuntimeBackend = (typeof RUNTIME_BACKENDS)[number];

/** Routes owned by a plugin/remote ui source (not the core). */
export const REMOTE_ROUTES = ${json(remoteRoutes)} as const;
export type RemoteRoute = (typeof REMOTE_ROUTES)[number];
export type RemotePath = RemoteRoute["path"];

export const RUNTIME_MOUNTS = ${json(map.mounts)} as const;
export const SHADOWED_ROUTES = ${json(map.shadowed)} as const;

export const UNRESOLVED_SOURCES = ${json(map.unresolved)} as const;
export type UnresolvedSource = (typeof UNRESOLVED_SOURCES)[number];
`;
}
const generateRuntimeMapEffect = effect.Effect.fn("generateRuntimeMap")(function* (configDir, runtimeConfig, opts) {
	const allowUnresolved = envBool("BOS_MAP_ALLOW_UNRESOLVED");
	const unresolved = [];
	const descriptors = [describeSlot(configDir, CORE_UI_KEY, "core", runtimeConfig.ui, unresolved), describeSlot(configDir, "auth", "auth-ui", runtimeConfig.auth?.ui, unresolved)];
	for (const [key, plugin] of Object.entries(runtimeConfig.plugins ?? {})) {
		if (key === "auth" && runtimeConfig.auth !== void 0) continue;
		descriptors.push(describeSlot(configDir, key, "plugin-ui", plugin.ui, unresolved));
	}
	const sources = [];
	for (const descriptor of descriptors) {
		if (!descriptor) continue;
		if (descriptor.source === "local" && descriptor.manifestPath) {
			const manifest = JSON.parse((0, node_fs.readFileSync)(descriptor.manifestPath, "utf8"));
			validateManifest(descriptor, manifest);
			sources.push({
				...descriptor,
				manifest
			});
		} else if (descriptor.manifestUrl) yield* effect.Effect.tryPromise({
			try: async () => {
				try {
					const manifest = await fetchRemoteManifest(descriptor.manifestUrl);
					validateManifest(descriptor, manifest);
					sources.push({
						...descriptor,
						manifest
					});
				} catch (error) {
					unresolved.push({
						key: descriptor.key,
						kind: descriptor.kind,
						reason: `fetch ${descriptor.manifestUrl} failed: ${error instanceof Error ? error.message : String(error)}`
					});
				}
			},
			catch: (cause) => new RuntimeMapError({ message: String(cause) })
		});
	}
	const backendSlots = [
		describeBackend(configDir, "host", "host", runtimeConfig.host),
		describeBackend(configDir, "api", "api", runtimeConfig.api),
		describeBackend(configDir, "auth", "auth", runtimeConfig.auth)
	];
	for (const [key, plugin] of Object.entries(runtimeConfig.plugins ?? {})) {
		if (key === "auth" && runtimeConfig.auth !== void 0) continue;
		backendSlots.push(describeBackend(configDir, key, "plugin", plugin));
	}
	const backends = yield* effect.Effect.tryPromise({
		try: async () => {
			const collected = [];
			for (const backend of backendSlots) {
				if (!backend) continue;
				if (backend.pluginManifestUrl) try {
					const asset = await fetchPluginManifestAsset(backend.pluginManifestUrl);
					collected.push({
						...backend,
						pluginVersion: asset.plugin?.version,
						contractSha256: asset.contract?.types?.sha256
					});
				} catch (error) {
					const reason = `plugin manifest ${backend.pluginManifestUrl} failed: ${error instanceof Error ? error.message : String(error)}`;
					unresolved.push({
						key: backend.key,
						kind: backend.kind,
						reason
					});
					collected.push({
						...backend,
						note: reason
					});
				}
				else collected.push(backend);
			}
			return collected;
		},
		catch: (cause) => new RuntimeMapError({ message: String(cause) })
	});
	if (sources.length === 0 && unresolved.length === 0 && backends.length === 0) return null;
	if (unresolved.length > 0 && !allowUnresolved) {
		for (const entry of unresolved) yield* effect.Effect.logError(`[runtime-map] UNRESOLVED ${entry.key} (${entry.kind}): ${entry.reason}`);
		if (opts?.strict) return yield* new RuntimeMapError({ message: `runtime map is incomplete — ${unresolved.map((entry) => `${entry.key} (${entry.kind}): ${entry.reason}`).join("; ")} — fix the source or set BOS_MAP_ALLOW_UNRESOLVED=1 for offline work` });
	}
	const composed = composeRuntimeMap(sources);
	const map = {
		generatedAt: isoNow(yield* effect.Clock.currentTimeMillis),
		env: opts?.env ?? "unknown",
		platform: opts?.platform ?? null,
		extends: opts?.extendsChain?.join(" → ") ?? null,
		sources: sources.map((source) => ({
			key: source.key,
			kind: source.kind,
			source: source.source,
			location: source.source === "local" && source.location.startsWith(configDir) ? source.location.slice(configDir.length + 1) : source.location,
			manifestUrl: source.manifestUrl ?? null,
			pin: source.pin ?? null,
			note: source.note ?? null
		})),
		backends,
		unresolved,
		mounts: composed.mounts,
		routes: composed.routes,
		shadowed: composed.shadowed
	};
	const jsonPath = (0, node_path.join)(configDir, ".bos/generated/runtime-map.json");
	(0, node_fs.mkdirSync)((0, node_path.dirname)(jsonPath), { recursive: true });
	(0, node_fs.writeFileSync)(jsonPath, `${JSON.stringify(map, null, 2)}\n`);
	let tsPath;
	const uiLocalPath = runtimeConfig.ui?.source === "local" ? runtimeConfig.ui.localPath : void 0;
	if (uiLocalPath && (0, node_fs.existsSync)((0, node_path.join)(uiLocalPath, "src"))) {
		tsPath = (0, node_path.join)(uiLocalPath, "src/lib/runtime-map.gen.ts");
		(0, node_fs.mkdirSync)((0, node_path.dirname)(tsPath), { recursive: true });
		(0, node_fs.writeFileSync)(tsPath, renderTypeScript(map));
	}
	const remoteCount = map.routes.filter((route) => !route.core).length;
	const remoteBackends = backends.filter((backend) => backend.source === "remote").length;
	yield* effect.Effect.log(`[runtime-map] ${map.routes.length} routes (${remoteCount} remote) from ${sources.length} sources; ${backends.length} backends (${remoteBackends} remote)`);
	for (const entry of unresolved) yield* effect.Effect.logWarning(`[runtime-map] unresolved ${entry.key}: ${entry.reason}`);
	yield* effect.Effect.log(`[runtime-map] wrote ${jsonPath}${tsPath ? ` + ${tsPath}` : " (no local core ui — ts emission skipped)"}`);
	return {
		routeCount: map.routes.length,
		remoteCount,
		sourceCount: sources.length,
		backendCount: backends.length,
		unresolved,
		jsonPath,
		tsPath
	};
});

//#endregion
exports.RuntimeMapError = RuntimeMapError;
exports.composeRuntimeMap = composeRuntimeMap;
exports.generateRuntimeMapEffect = generateRuntimeMapEffect;
//# sourceMappingURL=runtime-map.cjs.map