everything-dev/dist/infra/planner.cjs

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

const require_service_descriptor = require('../service-descriptor.cjs');
const require_app = require('../app.cjs');
const require_infra = require('../cli/infra.cjs');
const require_types = require('./types.cjs');
const require_materializer = require('./materializer.cjs');
const require_port_ownership = require('./port-ownership.cjs');
let node_path = require("node:path");
let effect = require("effect");
let node_crypto = require("node:crypto");

//#region src/infra/planner.ts
const DEFAULT_HOST_PORT = 3e3;
const POSTGRES_USER = "everythingdev";
const POSTGRES_PASSWORD = "everythingdev";
function workspaceKey(configDir) {
	return (0, node_crypto.createHash)("sha256").update((0, node_path.resolve)(configDir)).digest("hex").slice(0, 12);
}
function normalizeCliPorts(input) {
	return {
		host: input.port,
		api: input.apiPort,
		auth: input.authPort,
		ui: input.uiPort,
		pluginsStart: input.pluginPortStart,
		plugins: input.plugins
	};
}
const PLUGIN_START_OFFSET = 10;
const BLOCK_STEP = 100;
function allocateServices(cliPorts, plugins, configDir, auth, sources) {
	return effect.Effect.gen(function* () {
		const wKey = workspaceKey(configDir);
		const persisted = require_infra.loadPortState(configDir).devPorts;
		const allocator = yield* require_app.PortAllocator;
		const base = cliPorts.host ?? persisted?.host ?? DEFAULT_HOST_PORT;
		const pluginStartPreferred = cliPorts.pluginsStart ?? persisted?.pluginPortStart ?? base + PLUGIN_START_OFFSET;
		const pluginStartPinned = cliPorts.pluginsStart !== void 0 || persisted?.pluginPortStart !== void 0;
		const entries = [];
		const addEntry = (key, flag, persistedValue, derived) => {
			if (flag !== void 0) entries.push({
				key,
				preferred: flag,
				pinned: true
			});
			else if (persistedValue !== void 0) entries.push({
				key,
				preferred: persistedValue,
				pinned: true
			});
			else entries.push({
				key,
				preferred: derived,
				pinned: false
			});
		};
		addEntry("host", cliPorts.host, void 0, base);
		if (sources?.api !== "remote") addEntry("api", cliPorts.api, persisted?.api, base + 1);
		if (sources?.auth !== "remote") addEntry("auth", cliPorts.auth, persisted?.auth, base + 2);
		if (sources?.ui !== "remote") addEntry("ui", cliPorts.ui, persisted?.ui, base + 3);
		const pluginKeys = Object.keys(plugins).sort();
		const isAuthMirrorFor = (pluginId, pluginCfg) => pluginCfg !== void 0 && require_service_descriptor.isAuthMirrorPluginEntry(auth, pluginId, pluginCfg);
		let pluginSlot = 0;
		for (const pluginId of pluginKeys) {
			const pluginCfg = plugins[pluginId];
			const pluginIsLocal = pluginCfg?.source === "local";
			const slotBase = pluginStartPinned ? pluginStartPreferred : base + PLUGIN_START_OFFSET;
			if (!isAuthMirrorFor(pluginId, pluginCfg) && pluginIsLocal) {
				addEntry(`plugin:${pluginId}`, cliPorts.plugins?.[pluginId]?.api, void 0, slotBase + pluginSlot);
				pluginSlot += 1;
			}
			if (pluginCfg?.source === "local" && pluginCfg?.localPath && pluginCfg?.ui?.source === "local") {
				addEntry(`plugin-ui:${pluginId}`, cliPorts.plugins?.[pluginId]?.ui, void 0, slotBase + pluginSlot);
				pluginSlot += 1;
			}
		}
		const allocation = yield* allocator.acquireBlock({
			base,
			step: BLOCK_STEP,
			entries
		});
		if (allocation.base !== base) {
			yield* effect.Effect.logError(`[Dev] Preferred port block starting at ${base} is occupied — using ${allocation.base} (this run only; restarts will retry ${base})`);
			for (const conflict of allocation.conflicts.slice(0, 6)) if (conflict.claimed) yield* effect.Effect.logError(`[Dev]   port ${conflict.port} (${conflict.key}) — live bos session (registry claim)`);
			else {
				const owner = yield* require_port_ownership.ownerOfPort(conflict.port);
				yield* effect.Effect.logError(`[Dev]   port ${conflict.port} (${conflict.key}) — ${owner ? `pid ${owner.pid} (${owner.command})` : "foreign holder (lsof unavailable)"}`);
			}
		}
		const pluginApiPorts = {};
		const pluginUiPorts = {};
		for (const pluginId of pluginKeys) {
			const api = allocation.ports[`plugin:${pluginId}`];
			if (api !== void 0) pluginApiPorts[pluginId] = api;
			const ui = allocation.ports[`plugin-ui:${pluginId}`];
			if (ui !== void 0) pluginUiPorts[pluginId] = ui;
		}
		const resolved = {
			host: allocation.ports.host,
			api: allocation.ports.api,
			auth: allocation.ports.auth,
			ui: allocation.ports.ui,
			plugins: Object.fromEntries(pluginKeys.map((k) => [k, {
				api: pluginApiPorts[k],
				ui: pluginUiPorts[k]
			}]))
		};
		const devPortsState = {
			host: cliPorts.host,
			api: cliPorts.api,
			auth: cliPorts.auth,
			ui: cliPorts.ui,
			pluginPortStart: cliPorts.pluginsStart
		};
		const claimPorts = {};
		for (const [key, port] of Object.entries(allocation.ports)) claimPorts[key] = port;
		return {
			ports: resolved,
			claims: [{
				resourceKey: `workspace:${wKey}`,
				pid: process.pid,
				configDir,
				ports: claimPorts,
				startedAt: yield* effect.Clock.currentTimeMillis
			}],
			devPortsState
		};
	}).pipe(effect.Effect.mapError((portErr) => new require_types.InfraError({
		phase: "allocate-services",
		message: `Port allocation failed: ${String(portErr)}`,
		cause: portErr
	})));
}
function allocateDatabases(runtimeConfig) {
	return effect.Effect.gen(function* () {
		const allSecrets = require_infra.getSecretGroups(runtimeConfig).flatMap((group) => group.secrets);
		const allocator = yield* require_app.PortAllocator;
		const conventionalDatabases = require_infra.buildConventionalDatabases(allSecrets);
		const conventionalRedis = require_infra.buildConventionalRedis(allSecrets);
		const dbs = [];
		const allocatedByDesired = /* @__PURE__ */ new Map();
		for (const db of conventionalDatabases) {
			let port;
			if (allocatedByDesired.has(db.port)) port = allocatedByDesired.get(db.port);
			else {
				port = yield* allocator.pickAvailable(db.port);
				allocatedByDesired.set(db.port, port);
			}
			dbs.push({
				secret: db.secret,
				slug: db.slug,
				port,
				dbName: db.databaseName,
				url: `postgres://${POSTGRES_USER}:${POSTGRES_PASSWORD}@localhost:${port}/${db.databaseName}`
			});
		}
		const redisPlans = [];
		for (const r of conventionalRedis) {
			const port = yield* allocator.pickAvailable(r.port);
			redisPlans.push({
				secret: r.secret,
				slug: r.slug,
				port,
				url: `redis://localhost:${port}`
			});
		}
		return {
			dbs,
			redisPlans
		};
	}).pipe(effect.Effect.mapError((portErr) => new require_types.InfraError({
		phase: "allocate-databases",
		message: `Database port allocation failed: ${String(portErr)}`,
		cause: portErr
	})));
}
function buildServiceDescriptors(runtimeConfig, resolvedPorts) {
	const descriptors = [];
	if (runtimeConfig.host) {
		const isLocal = runtimeConfig.host.source === "local";
		descriptors.push({
			key: "host",
			source: runtimeConfig.host.source,
			url: isLocal ? `http://localhost:${resolvedPorts.host}` : runtimeConfig.host.url,
			port: isLocal ? resolvedPorts.host : void 0,
			localPath: isLocal ? runtimeConfig.host.localPath : void 0
		});
	}
	if (runtimeConfig.api) {
		const isLocal = runtimeConfig.api.source === "local";
		descriptors.push({
			key: "api",
			source: runtimeConfig.api.source,
			url: isLocal ? `http://localhost:${resolvedPorts.api}` : runtimeConfig.api.url,
			port: isLocal ? resolvedPorts.api : void 0,
			localPath: isLocal ? runtimeConfig.api.localPath : void 0
		});
	}
	if (runtimeConfig.auth) {
		const isLocal = runtimeConfig.auth.source === "local";
		descriptors.push({
			key: "auth",
			source: runtimeConfig.auth.source,
			url: isLocal ? `http://localhost:${resolvedPorts.auth}` : runtimeConfig.auth.url,
			port: isLocal ? resolvedPorts.auth : void 0,
			localPath: isLocal ? runtimeConfig.auth.localPath : void 0
		});
	}
	if (runtimeConfig.ui) {
		const isLocal = runtimeConfig.ui.source === "local";
		descriptors.push({
			key: "ui",
			source: runtimeConfig.ui.source,
			url: isLocal ? `http://localhost:${resolvedPorts.ui}` : runtimeConfig.ui.url,
			port: isLocal ? resolvedPorts.ui : void 0,
			localPath: isLocal ? runtimeConfig.ui.localPath : void 0
		});
	}
	if (runtimeConfig.plugins) for (const [pluginId, pluginCfg] of Object.entries(runtimeConfig.plugins)) {
		const pluginIsLocal = pluginCfg.source === "local";
		const p = resolvedPorts.plugins[pluginId];
		const isAuthMirror = require_service_descriptor.isAuthMirrorPluginEntry(runtimeConfig.auth, pluginId, pluginCfg);
		if (pluginIsLocal && p?.api && !isAuthMirror) descriptors.push({
			key: `plugin:${pluginId}`,
			source: "local",
			url: `http://localhost:${p.api}`,
			port: p.api,
			localPath: pluginCfg.localPath
		});
		if (!pluginIsLocal && pluginCfg.url && !isAuthMirror) descriptors.push({
			key: `plugin:${pluginId}`,
			source: "remote",
			url: pluginCfg.url,
			port: void 0,
			localPath: void 0
		});
		if (pluginIsLocal && p?.ui && pluginCfg.ui?.source === "local") descriptors.push({
			key: `plugin-ui:${pluginId}`,
			source: "local",
			url: `http://localhost:${p.ui}`,
			port: p.ui,
			localPath: pluginCfg.ui?.localPath
		});
	}
	return descriptors;
}
function buildLaunchSpec(runtimeConfig, resolvedPorts) {
	const hostPort = runtimeConfig.host?.source === "local" ? resolvedPorts.host : runtimeConfig.host?.port;
	const corsOrigin = hostPort ? `http://localhost:${hostPort}` : `http://localhost:3000`;
	return {
		port: resolvedPorts.host,
		hostUrl: runtimeConfig.host?.url,
		corsOrigin,
		env: {
			...resolvedPorts.host ? { PORT: String(resolvedPorts.host) } : {},
			...resolvedPorts.api ? { API_PORT: String(resolvedPorts.api) } : {},
			...resolvedPorts.ui ? { UI_PORT: String(resolvedPorts.ui) } : {},
			...resolvedPorts.auth ? { AUTH_PORT: String(resolvedPorts.auth) } : {}
		},
		runtimeConfig
	};
}
function buildEnvGenerated(resolvedPorts, dbs, redisPlans) {
	const env = {};
	if (resolvedPorts.host) {
		env.CORS_ORIGIN = `http://localhost:${resolvedPorts.host}`;
		env.BASE_URL = `http://localhost:${resolvedPorts.host}`;
	}
	for (const db of dbs) env[db.secret] = db.url;
	for (const r of redisPlans) env[r.secret] = r.url;
	return env;
}
function planInfra(input) {
	return effect.Effect.gen(function* () {
		const cliPorts = normalizeCliPorts(input.cli);
		const wKey = workspaceKey(input.configDir);
		const { ports: svcPorts, claims, devPortsState } = yield* allocateServices(cliPorts, input.bosConfig.plugins ?? {}, input.configDir, input.bosConfig.auth, {
			host: input.bosConfig.host?.source,
			api: input.bosConfig.api?.source,
			auth: input.bosConfig.auth?.source,
			ui: input.bosConfig.ui?.source
		});
		const { dbs, redisPlans } = yield* allocateDatabases(input.bosConfig);
		const resolvedPorts = { ...svcPorts };
		const previousDevPorts = require_infra.loadPortState(input.configDir).devPorts ?? {};
		const devPorts = {
			host: devPortsState.host ?? previousDevPorts.host,
			api: devPortsState.api ?? previousDevPorts.api,
			auth: devPortsState.auth ?? previousDevPorts.auth,
			ui: devPortsState.ui ?? previousDevPorts.ui,
			pluginPortStart: devPortsState.pluginPortStart ?? previousDevPorts.pluginPortStart
		};
		if (require_materializer.shouldPersistPortState()) require_infra.savePortState(input.configDir, { devPorts });
		const hostIsLocal = input.bosConfig.host?.source === "local";
		const apiIsLocal = input.bosConfig.api?.source === "local";
		const uiIsLocal = input.bosConfig.ui?.source === "local";
		const authIsLocal = input.bosConfig.auth?.source === "local";
		const assignedRuntimeConfig = {
			...input.bosConfig,
			host: resolvedPorts.host ? {
				...input.bosConfig.host,
				port: resolvedPorts.host,
				url: `http://localhost:${resolvedPorts.host}`,
				remoteUrl: !hostIsLocal ? input.bosConfig.host.remoteUrl ?? input.bosConfig.host.url : void 0
			} : input.bosConfig.host,
			api: apiIsLocal && resolvedPorts.api ? {
				...input.bosConfig.api,
				port: resolvedPorts.api,
				url: `http://localhost:${resolvedPorts.api}`
			} : input.bosConfig.api,
			ui: uiIsLocal && resolvedPorts.ui ? {
				...input.bosConfig.ui,
				port: resolvedPorts.ui,
				url: `http://localhost:${resolvedPorts.ui}`,
				ssrUrl: void 0
			} : input.bosConfig.ui,
			auth: authIsLocal && resolvedPorts.auth && input.bosConfig.auth ? {
				...input.bosConfig.auth,
				port: resolvedPorts.auth,
				url: `http://localhost:${resolvedPorts.auth}`
			} : input.bosConfig.auth,
			plugins: input.bosConfig.plugins ? Object.fromEntries(Object.entries(input.bosConfig.plugins).map(([id, p]) => {
				const isAuthMirror = require_service_descriptor.isAuthMirrorPluginEntry(input.bosConfig.auth, id, p);
				const pluginPort = resolvedPorts.plugins[id];
				const patchedUi = (() => {
					if (p.ui?.source !== "local" || !p.ui?.localPath || !pluginPort?.ui) return p.ui;
					return {
						...p.ui,
						port: pluginPort.ui,
						url: `http://localhost:${pluginPort.ui}`,
						ssrUrl: void 0
					};
				})();
				if (isAuthMirror) return [id, {
					...p,
					ui: patchedUi
				}];
				if (p.source === "local" && pluginPort?.api) return [id, {
					...p,
					port: pluginPort.api,
					url: `http://localhost:${pluginPort.api}`,
					ui: patchedUi
				}];
				return [id, p];
			})) : void 0
		};
		const serviceDescriptors = buildServiceDescriptors(assignedRuntimeConfig, resolvedPorts);
		const launch = buildLaunchSpec(input.bosConfig, resolvedPorts);
		const envGenerated = buildEnvGenerated(resolvedPorts, dbs, redisPlans);
		const packages = serviceDescriptors.map((d) => d.key);
		const descriptionMap = new Map(serviceDescriptors.map((d) => [d.key, d]));
		const description = require_service_descriptor.buildDescription(descriptionMap);
		const orchestrator = {
			packages,
			env: {},
			description,
			port: resolvedPorts.host,
			interactive: input.cli.interactive
		};
		return {
			workspaceKey: wKey,
			cliPorts,
			resolvedPorts,
			runtimeConfig: assignedRuntimeConfig,
			launch,
			description,
			serviceDescriptors: new Map(serviceDescriptors.map((d) => [d.key, d])),
			envGenerated,
			claims,
			orchestrator
		};
	});
}

//#endregion
exports.buildEnvGenerated = buildEnvGenerated;
exports.buildLaunchSpec = buildLaunchSpec;
exports.buildServiceDescriptors = buildServiceDescriptors;
exports.planInfra = planInfra;
exports.workspaceKey = workspaceKey;
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