#!/usr/bin/env node
// SPEC: PJ2026-01060505 Workbench Performance; PJ2026-0106 平台运维
import assert from "node:assert/strict";
import { execFile } from "node:child_process";
import { createHash } from "node:crypto";
import { mkdir, readFile, rm, writeFile } from "node:fs/promises";
import path from "node:path";
import { promisify } from "node:util";
import { fileURLToPath } from "node:url";

import {
  applyRuntimeLaneDeployConfig,
  defaultEndpointForRuntimeLane,
  defaultPortForRuntimeLane,
  isRuntimeLane,
  runtimeLaneMirrorSpecs,
  runtimeLaneConfig,
  versionNameForRuntimeLane
} from "../runtime-lane.ts";
import { readStructuredFile } from "../structured-config.mjs";

const execFileAsync = promisify(execFile);
const repoRoot = path.resolve(path.dirname(fileURLToPath(import.meta.url)), "../../..");
const defaultOutDir = "deploy/gitops/node";
const defaultRegistryPrefix = process.env.HWLAB_NODE_REGISTRY_PREFIX || "127.0.0.1:5000/hwlab";
const defaultSourceRepo = process.env.HWLAB_NODE_GIT_URL || "git@github.com:pikasTech/HWLAB.git";
const defaultGitReadUrl = process.env.HWLAB_NODE_GIT_READ_URL || null;
const defaultV02GitReadUrl = process.env.HWLAB_V02_GIT_READ_URL || "http://git-mirror-http.devops-infra.svc.cluster.local/pikasTech/HWLAB.git";
const defaultV02GitWriteUrl = process.env.HWLAB_V02_GIT_WRITE_URL || "http://git-mirror-write.devops-infra.svc.cluster.local/pikasTech/HWLAB.git";
const defaultRuntimeLaneGitReadUrl = process.env.HWLAB_RUNTIME_LANE_GIT_READ_URL || "http://gitea-http.devops-infra.svc.cluster.local:3000/mirrors/pikasTech-HWLAB.git";
const defaultRuntimeLaneGitWriteUrl = process.env.HWLAB_RUNTIME_LANE_GIT_WRITE_URL || defaultV02GitWriteUrl;
const defaultBranch = process.env.HWLAB_NODE_BRANCH || "node";
const defaultGitopsBranch = process.env.HWLAB_NODE_GITOPS_BRANCH || "node-gitops";
const defaultCatalogPath = process.env.HWLAB_ARTIFACT_CATALOG_PATH || "deploy/artifact-catalog.dev.json";
const defaultRuntimeEndpoint = process.env.HWLAB_NODE_RUNTIME_ENDPOINT || "http://74.48.78.17:17667";
const defaultWebEndpoint = process.env.HWLAB_NODE_WEB_ENDPOINT || "http://74.48.78.17:17666";
const defaultProdRuntimeEndpoint = process.env.HWLAB_NODE_PROD_RUNTIME_ENDPOINT || "http://74.48.78.17:18667";
const defaultProdWebEndpoint = process.env.HWLAB_NODE_PROD_WEB_ENDPOINT || "http://74.48.78.17:18666";
const defaultV02RuntimeEndpoint = process.env.HWLAB_V02_RUNTIME_ENDPOINT || "https://hwlab.74-48-78-17.nip.io";
const defaultV02WebEndpoint = process.env.HWLAB_V02_WEB_ENDPOINT || "https://hwlab.74-48-78-17.nip.io";
const defaultProxyUrl = process.env.HWLAB_NODE_PROXY_URL || "http://127.0.0.1:10808";
const defaultAllProxyUrl = process.env.HWLAB_NODE_ALL_PROXY_URL || "socks5h://127.0.0.1:10808";
const defaultNoProxy = process.env.HWLAB_NODE_NO_PROXY || "hyueapi.com,.hyueapi.com,127.0.0.1,localhost,::1,10.0.0.0/8,10.42.0.0/16,10.43.0.0/16,192.168.0.0/16,.svc,.cluster.local,kubernetes.default.svc,registry.hwlab-ci.svc,hwlab-registry.hwlab-ci.svc,git-mirror-http,git-mirror-http.devops-infra,git-mirror-http.devops-infra.svc,git-mirror-http.devops-infra.svc.cluster.local,git-mirror-write,git-mirror-write.devops-infra,git-mirror-write.devops-infra.svc,git-mirror-write.devops-infra.svc.cluster.local";
const ciToolsRunnerImage = process.env.HWLAB_NODE_CI_TOOLS_IMAGE || "127.0.0.1:5000/hwlab/hwlab-ci-node-tools:node22-alpine-bun-v1";
const buildkitRunnerImage = process.env.HWLAB_NODE_BUILDKIT_IMAGE || "moby/buildkit:rootless";
const defaultDevBaseImage = process.env.HWLAB_NODE_DEV_BASE_IMAGE || "127.0.0.1:5000/hwlab/hwlab-node20-base:20-bookworm-slim";
const defaultServiceIds = Object.freeze([
  "hwlab-cloud-api",
  "hwlab-cloud-web",
  "hwlab-gateway",
  "hwlab-edge-proxy",
  "hwlab-agent-skills"
]);
const v02ExtraObservableServices = Object.freeze([
  { serviceId: "hwlab-deepseek-proxy", port: 4000, healthPath: "/health/live" }
]);
const v02RemovedServiceIds = new Set([
  "hwlab-agent-mgr",
  "hwlab-agent-worker",
  "hwlab-agent-worker-template",
  "hwlab-code-agent-workspace",
  "hwlab-router",
  "hwlab-tunnel-client",
  "hwlab-gateway-simu",
  "hwlab-box-simu",
  "hwlab-patch-panel"
]);
const v02RemovedServiceEnvNames = new Set([
  "CODEX_HOME",
  "OPENAI_API_KEY",
  "HWLAB_CODE_AGENT_PROVIDER",
  "HWLAB_CODE_AGENT_MODEL",
  "HWLAB_CODE_AGENT_OPENAI_BASE_URL",
  "HWLAB_CODE_AGENT_WORKSPACE",
  "HWLAB_CODE_AGENT_CODEX_HOME",
  "HWLAB_CODE_AGENT_CODEX_WORKSPACE",
  "HWLAB_CODE_AGENT_CODEX_SANDBOX",
  "HWLAB_CODE_AGENT_CODEX_COMMAND",
  "HWLAB_CODE_AGENT_CODEX_STDIO_ENABLED",
  "HWLAB_CODE_AGENT_CODEX_STDIO_SUPERVISOR",
  "HWLAB_M3_GATEWAY_SIMU_1_URL",
  "HWLAB_M3_GATEWAY_SIMU_2_URL",
  "HWLAB_M3_PATCH_PANEL_URL",
  "HWLAB_GATEWAY_SIMU_URL",
  "HWLAB_BOX_SIMU_URL",
  "HWLAB_PATCH_PANEL_URL",
  "HWLAB_ROUTER_URL",
  "HWLAB_TUNNEL_CLIENT_URL"
]);
const moonBridgeSourceRef = process.env.HWLAB_NODE_MOONBRIDGE_REF || "1b99888d3dae889b79ee602cb875c7907f7e76f2";
const moonBridgeImage = process.env.HWLAB_NODE_MOONBRIDGE_IMAGE || `${defaultRegistryPrefix}/moonbridge:${moonBridgeSourceRef.slice(0, 12)}`;
const deepSeekProfileModel = process.env.HWLAB_NODE_DEEPSEEK_PROFILE_MODEL || "deepseek-chat";
const codexApiProfileModel = process.env.HWLAB_NODE_CODEX_API_PROFILE_MODEL || "gpt-5.5";
const codexApiProfileBaseUrl = process.env.HWLAB_NODE_CODEX_API_PROFILE_BASE_URL || "http://127.0.0.1:49280/responses";
const codexApiForwarderPort = process.env.HWLAB_NODE_CODEX_API_FORWARDER_PORT || "49280";
const codexApiForwarderUpstreamBaseUrl = process.env.HWLAB_NODE_CODEX_API_UPSTREAM_BASE_URL || "https://hyueapi.com";
const sourceCommitPattern = /^[a-f0-9]{7,40}$/u;
const v02EnvReuseRuntimeMode = "env-reuse-git-mirror-checkout";

function k8sLabelHash(value) {
  return String(value || "").slice(0, 16);
}

const primitiveValidationTasks = Object.freeze([
  {
    name: "repo-reports-guard",
    commands: ["node scripts/repo-reports-guard.mjs"]
  },
  {
    name: "node-contract-check",
    commands: [
      "node --check scripts/gitops-render.mjs",
      `node --input-type=module <<'NODE'
import { readdirSync, readFileSync, statSync } from "node:fs";
import path from "node:path";

const root = process.cwd();
const ciFileName = "CI" + ".json";
const forbiddenCiFragments = [
  "ci" + "-json",
  "HWLAB_NODE_TEKTON" + "_SINGLE_IMAGE_PUBLISH",
  "single" + "-dind",
  "docker" + ":29",
  "DOCKER" + "_HOST",
  "Docker" + "-in-Docker",
  "D" + "IND",
  "docker" + " push",
  "--build" + "-backend",
  "HWLAB_ARTIFACT" + "_BUILD_BACKEND",
  "--legacy" + "-source-images",
  "HWLAB_NODE_USE_DEPLOY_IMAGES" + "=0"
];
const scanTargets = [
  "scripts/gitops-render.mjs",
  "scripts/src/runtime-lane.ts",
  "scripts/artifact-publish.mjs",
  "scripts/src/ci-plan-lib.mjs",
  "deploy/gitops/node/tekton"
];
const skipDirs = new Set([".git", "node_modules", ".worktree"]);

function walkFiles(relativePath) {
  const absolutePath = path.join(root, relativePath);
  let stat;
  try {
    stat = statSync(absolutePath);
  } catch {
    return [];
  }
  if (stat.isFile()) return [relativePath];
  if (!stat.isDirectory()) return [];
  const files = [];
  for (const entry of readdirSync(absolutePath, { withFileTypes: true })) {
    if (entry.isDirectory() && skipDirs.has(entry.name)) continue;
    files.push(...walkFiles(path.join(relativePath, entry.name)));
  }
  return files;
}

const ciFiles = walkFiles(".").filter((filePath) => path.basename(filePath) === ciFileName);
const violations = [];
for (const filePath of scanTargets.flatMap(walkFiles)) {
  const text = readFileSync(path.join(root, filePath), "utf8");
  for (const fragment of forbiddenCiFragments) {
    if (text.includes(fragment)) violations.push({ filePath, fragment });
  }
}
if (ciFiles.length || violations.length) {
  console.error(JSON.stringify({ status: "failed", ciFiles, violations }, null, 2));
  process.exit(1);
}
NODE`,
      "node --check scripts/artifact-publish.mjs"
    ]
  },
  {
    name: "codex-api-forwarder-check",
    commands: [
      "node scripts/run-bun.mjs test cmd/hwlab-codex-api-responses-forwarder/main.test.ts"
    ]
  }
]);

function proxyEnv() {
  return [
    { name: "HTTP_PROXY", value: defaultProxyUrl },
    { name: "HTTPS_PROXY", value: defaultProxyUrl },
    { name: "ALL_PROXY", value: defaultAllProxyUrl },
    { name: "NO_PROXY", value: defaultNoProxy },
    { name: "http_proxy", value: defaultProxyUrl },
    { name: "https_proxy", value: defaultProxyUrl },
    { name: "all_proxy", value: defaultAllProxyUrl },
    { name: "no_proxy", value: defaultNoProxy }
  ];
}

function parseArgs(argv) {
  const args = {
    lane: process.env.HWLAB_GITOPS_LANE || "node",
    nodeId: process.env.HWLAB_NODE_ID || "node",
    outDir: defaultOutDir,
    gitopsRoot: defaultOutDir,
    catalogPath: defaultCatalogPath,
    imageTagMode: process.env.HWLAB_ARTIFACT_IMAGE_TAG_MODE || "short",
    registryPrefix: defaultRegistryPrefix,
    sourceRevision: null,
    sourceBranch: defaultBranch,
    gitopsBranch: defaultGitopsBranch,
    sourceRepo: defaultSourceRepo,
    gitReadUrl: defaultGitReadUrl,
    gitWriteUrl: null,
    runtimeEndpoint: defaultRuntimeEndpoint,
    webEndpoint: defaultWebEndpoint,
    prodRuntimeEndpoint: defaultProdRuntimeEndpoint,
    prodWebEndpoint: defaultProdWebEndpoint,
    useDeployImages: true,
    check: false,
    write: true,
    help: false
  };
  for (let index = 0; index < argv.length; index += 1) {
    const arg = argv[index];
    if (arg === "--lane") args.lane = readOption(argv, ++index, arg);
    else if (arg === "--node") args.nodeId = readOption(argv, ++index, arg);
    else if (arg === "--out") args.outDir = readOption(argv, ++index, arg);
    else if (arg === "--gitops-root") args.gitopsRoot = readOption(argv, ++index, arg);
    else if (arg === "--catalog-path") args.catalogPath = readOption(argv, ++index, arg);
    else if (arg === "--image-tag-mode") args.imageTagMode = readOption(argv, ++index, arg);
    else if (arg === "--registry-prefix") args.registryPrefix = readOption(argv, ++index, arg).replace(/\/+$/u, "");
    else if (arg === "--source-revision") args.sourceRevision = readOption(argv, ++index, arg);
    else if (arg === "--source-branch") args.sourceBranch = readOption(argv, ++index, arg);
    else if (arg === "--gitops-branch") args.gitopsBranch = readOption(argv, ++index, arg);
    else if (arg === "--source-repo") args.sourceRepo = readOption(argv, ++index, arg);
    else if (arg === "--git-read-url") args.gitReadUrl = readOption(argv, ++index, arg);
    else if (arg === "--git-write-url") args.gitWriteUrl = readOption(argv, ++index, arg);
    else if (arg === "--runtime-endpoint") args.runtimeEndpoint = readOption(argv, ++index, arg);
    else if (arg === "--web-endpoint") args.webEndpoint = readOption(argv, ++index, arg);
    else if (arg === "--prod-runtime-endpoint") args.prodRuntimeEndpoint = readOption(argv, ++index, arg);
    else if (arg === "--prod-web-endpoint") args.prodWebEndpoint = readOption(argv, ++index, arg);
    else if (arg === "--use-deploy-images") args.useDeployImages = true;
    else if (arg === "--check") {
      args.check = true;
      args.write = false;
    } else if (arg === "--no-write") args.write = false;
    else if (arg === "--help" || arg === "-h") args.help = true;
    else throw new Error(`unknown argument ${arg}`);
  }
  if (isRuntimeLane(args.lane)) {
    const versionName = versionNameForRuntimeLane(args.lane);
    const defaultLaneEndpoint = defaultEndpointForRuntimeLane(args.lane);
    if (args.sourceBranch === defaultBranch) args.sourceBranch = versionName;
    if (args.gitopsBranch === defaultGitopsBranch) args.gitopsBranch = `${versionName}-gitops`;
    if (args.catalogPath === defaultCatalogPath) args.catalogPath = `deploy/artifact-catalog.${args.lane}.json`;
    if (args.runtimeEndpoint === defaultRuntimeEndpoint) args.runtimeEndpoint = defaultLaneEndpoint;
    if (args.webEndpoint === defaultWebEndpoint) args.webEndpoint = defaultLaneEndpoint;
    if (args.imageTagMode === "short") args.imageTagMode = "full";
    if (!args.gitReadUrl) args.gitReadUrl = defaultRuntimeLaneGitReadUrl;
    if (!args.gitWriteUrl) args.gitWriteUrl = defaultRuntimeLaneGitWriteUrl;
  }
  if (!args.gitReadUrl) args.gitReadUrl = args.sourceRepo;
  if (!args.gitWriteUrl) args.gitWriteUrl = args.sourceRepo;
  assert.ok(args.lane === "node" || isRuntimeLane(args.lane), `unknown lane ${args.lane}`);
  assert.ok(["short", "full"].includes(args.imageTagMode), `unknown image tag mode ${args.imageTagMode}`);
  if (isRuntimeLane(args.lane)) {
    const versionName = versionNameForRuntimeLane(args.lane);
    assert.equal(args.sourceBranch, versionName, `${args.lane} source branch must be ${versionName}`);
    assert.equal(args.gitopsBranch, `${versionName}-gitops`, `${args.lane} GitOps branch must be ${versionName}-gitops`);
  }
  return args;
}

function readOption(argv, index, name) {
  const value = argv[index];
  if (!value || value.startsWith("--")) throw new Error(`${name} requires a value`);
  return value;
}

function usage() {
  return [
    "usage: node scripts/run-bun.mjs scripts/gitops-render.mjs [options]",
    "",
    "Render node-scoped Kubernetes-native CI/CD manifests from built-in Tekton CI primitives, deploy/deploy.yaml, and deploy/k8s/*.",
    "",
    "options:",
    "  --lane LANE              node or runtime lane such as v02/v03/v04; default: node",
    `  --node NODE              deployment node id from deploy.nodes; runtime lanes default from deploy.lanes.<lane>.node`,
    `  --out DIR                 default: ${defaultOutDir}`,
    `  --gitops-root DIR         path inside GitOps repo; default comes from deploy.nodes.<node>.gitopsRoot`,
    `  --catalog-path PATH       default: ${defaultCatalogPath}`,
    "  --image-tag-mode MODE    short or full; v02 uses full source commit IDs",
    `  --source-repo URL         default: ${defaultSourceRepo}`,
    "  --git-read-url URL       read-only source URL; runtime lanes default to devops-infra git mirror",
    "  --git-write-url URL      GitOps write URL; runtime lanes default to devops-infra git mirror write relay",
    `  --source-branch BRANCH    default: ${defaultBranch}`,
    `  --gitops-branch BRANCH    default: ${defaultGitopsBranch}`,
    "  --source-revision SHA    source commit used for image tags and runtime annotations; default: git rev-parse HEAD",
    `  --registry-prefix PREFIX  default: ${defaultRegistryPrefix}`,
    `  --runtime-endpoint URL    default: ${defaultRuntimeEndpoint}; runtime lane default is derived from deploy.yaml/public URL`,
    `  --web-endpoint URL        default: ${defaultWebEndpoint}; runtime lane default is derived from deploy.yaml/public URL`,
    `  --prod-runtime-endpoint URL default: ${defaultProdRuntimeEndpoint}`,
    `  --prod-web-endpoint URL   default: ${defaultProdWebEndpoint}`,
    "  --use-deploy-images      default and only supported mode: render workload images from deploy/artifact-catalog.dev.json per service",
    "  --check                  verify generated files are current without writing",
    "  --no-write               plan and print generated file list without writing"
  ].join("\n");
}

function generatedPath(filePath) {
  return path.isAbsolute(filePath) ? filePath : path.join(repoRoot, filePath);
}

async function readJson(relativePath) {
  return readStructuredFile(repoRoot, relativePath);
}

async function readJsonIfPresent(relativePath, fallback = null) {
  try {
    return await readJson(relativePath);
  } catch (error) {
    if (error && error.code === "ENOENT") return fallback;
    throw error;
  }
}

async function attachAccessControlEnv(deploy) {
  const byProfile = {};
  for (const [profile, laneConfig] of Object.entries(deploy?.lanes ?? {})) {
    if (!isRuntimeLane(profile)) continue;
    const accessControl = laneConfig?.accessControl;
    if (!accessControl || typeof accessControl !== "object" || Array.isArray(accessControl)) continue;
    const users = await readConfigRef(accessControl.usersRef, `${profile}.accessControl.usersRef`);
    const navProfiles = await readConfigRef(accessControl.navProfilesRef, `${profile}.accessControl.navProfilesRef`);
    const env = accessControlEnvFromConfig({ users, navProfiles });
    if (Object.keys(env).length > 0) byProfile[profile] = { "hwlab-cloud-api": env };
  }
  Object.defineProperty(deploy, "__accessControlEnvByProfile", { value: byProfile, enumerable: false, configurable: true });
}

async function readConfigRef(ref, label) {
  assert.equal(typeof ref, "string", `${label} must be a file reference`);
  const [filePath, fragment = ""] = ref.split("#");
  assert.ok(filePath, `${label} must include a file path`);
  const root = await readJson(filePath);
  return configFragment(root, fragment || "", label);
}

function configFragment(value, fragment, label) {
  const pathText = String(fragment ?? "").replace(/^\//u, "");
  if (!pathText) return value;
  return pathText.split(/[./]/u).filter(Boolean).reduce((current, segment) => {
    assert.ok(current && typeof current === "object" && Object.hasOwn(current, segment), `${label} fragment is missing ${segment}`);
    return current[segment];
  }, value);
}

function accessControlEnvFromConfig({ users, navProfiles }) {
  assert.ok(Array.isArray(users), "accessControl usersRef must resolve to an array");
  assert.ok(Array.isArray(navProfiles), "accessControl navProfilesRef must resolve to an array");
  const env = {};
  const renderedUsers = users.map((user, index) => normalizeAccessControlUser(user, index, env));
  const renderedProfiles = navProfiles.map(normalizeNavProfile);
  env.HWLAB_ACCESS_CONTROL_USERS_JSON = JSON.stringify(renderedUsers);
  env.HWLAB_ACCESS_CONTROL_NAV_PROFILES_JSON = JSON.stringify(renderedProfiles);
  return env;
}

function normalizeAccessControlUser(user, index, env) {
  assert.ok(user && typeof user === "object" && !Array.isArray(user), `accessControl user ${index} must be an object`);
  const passwordHashRef = user.passwordHashRef && typeof user.passwordHashRef === "object" && !Array.isArray(user.passwordHashRef) ? user.passwordHashRef : null;
  const passwordHashEnv = configString(user.passwordHashEnv) || configString(passwordHashRef?.env);
  const secretRef = configString(passwordHashRef?.secretRef) || secretRefFromParts(passwordHashRef);
  if (passwordHashEnv && secretRef) env[passwordHashEnv] = `secretRef:${secretRef}`;
  return {
    id: requiredAccessConfigString(user.id, `accessControl user ${index}.id`),
    username: requiredAccessConfigString(user.username, `accessControl user ${index}.username`),
    displayName: configString(user.displayName) || configString(user.username),
    email: configString(user.email) || null,
    role: configString(user.role) === "admin" ? "admin" : "user",
    status: configString(user.status) === "disabled" ? "disabled" : "active",
    navProfile: requiredAccessConfigString(user.navProfile, `accessControl user ${index}.navProfile`),
    passwordHashEnv: passwordHashEnv || null
  };
}

function normalizeNavProfile(profile, index) {
  assert.ok(profile && typeof profile === "object" && !Array.isArray(profile), `accessControl nav profile ${index} must be an object`);
  const allowedIds = Array.isArray(profile.allowedIds) ? profile.allowedIds.map(configString).filter(Boolean) : [];
  assert.ok(allowedIds.length > 0, `accessControl nav profile ${index}.allowedIds must not be empty`);
  return {
    id: requiredAccessConfigString(profile.id, `accessControl nav profile ${index}.id`),
    displayName: configString(profile.displayName) || configString(profile.id),
    allowedIds
  };
}

function secretRefFromParts(value) {
  if (!value || typeof value !== "object" || Array.isArray(value)) return "";
  const sourceRef = configString(value.sourceRef ?? value.secretName);
  const targetKey = configString(value.targetKey ?? value.key);
  return sourceRef && targetKey ? `${sourceRef}/${targetKey}` : "";
}

function configString(value) {
  return typeof value === "string" ? value.trim() : "";
}

function requiredAccessConfigString(value, label) {
  const text = configString(value);
  assert.ok(text, `${label} is required`);
  return text;
}

function optionalObject(value) {
  return value && typeof value === "object" && !Array.isArray(value) ? value : {};
}

async function gitValue(args) {
  const result = await execFileAsync("git", args, { cwd: repoRoot, timeout: 10000, maxBuffer: 1024 * 1024 });
  return result.stdout.trim();
}

async function resolveSourceRevision(value) {
  const revision = value || await gitValue(["rev-parse", "HEAD"]);
  const full = sourceCommitPattern.test(revision) && revision.length === 40
    ? revision
    : await gitValue(["rev-parse", revision]);
  assert.match(full, /^[a-f0-9]{40}$/u, "source revision must resolve to a 40-char git commit");
  return { full, short: full.slice(0, 7) };
}

function jsonManifest(value) {
  return `${JSON.stringify(value, null, 2)}\n`;
}

function textFile(value) {
  return value.endsWith("\n") ? value : `${value}\n`;
}

function cloneJson(value) {
  return JSON.parse(JSON.stringify(value));
}

function ensureObject(value, name) {
  assert.ok(value && typeof value === "object" && !Array.isArray(value), `${name} must be an object`);
  return value;
}

function asItems(list, name) {
  assert.equal(list?.kind, "List", `${name} must be a Kubernetes List`);
  assert.ok(Array.isArray(list.items), `${name}.items must be an array`);
  return list.items;
}

function serviceIdForWorkload(item, container) {
  return (
    item?.metadata?.labels?.["hwlab.pikastech.local/service-id"] ||
    item?.spec?.template?.metadata?.labels?.["hwlab.pikastech.local/service-id"] ||
    container?.name
  );
}

function upsertEnv(envList, name, value) {
  if (!Array.isArray(envList)) return;
  const existing = envList.find((entry) => entry?.name === name);
  if (existing) {
    delete existing.valueFrom;
    existing.value = value;
  } else {
    envList.push({ name, value });
  }
}

function upsertEnvEntry(envList, entry) {
  if (!Array.isArray(envList) || !entry?.name) return;
  const existing = envList.find((item) => item?.name === entry.name);
  if (existing) {
    delete existing.value;
    delete existing.valueFrom;
    Object.assign(existing, cloneJson(entry));
  } else {
    envList.push(cloneJson(entry));
  }
}

function syncCodeAgentWorkspaceInitContainer(initContainers, { image, runtimeCommit, runtimeImageTag }) {
  const initContainer = Array.isArray(initContainers)
    ? initContainers.find((entry) => entry?.name === "hwlab-code-agent-workspace-init")
    : null;
  if (!initContainer) return;
  initContainer.image = image;
  initContainer.imagePullPolicy = "IfNotPresent";
  initContainer.env ??= [];
  upsertEnv(initContainer.env, "HWLAB_WORKSPACE_SOURCE_COMMIT", runtimeCommit);
  upsertEnv(initContainer.env, "HWLAB_IMAGE", image);
  upsertEnv(initContainer.env, "HWLAB_IMAGE_TAG", runtimeImageTag);
}

function annotate(metadata, annotations) {
  metadata.annotations = { ...(metadata.annotations ?? {}), ...annotations };
}

function label(metadata, labels) {
  metadata.labels = { ...(metadata.labels ?? {}), ...labels };
}

function imageFor(registryPrefix, serviceId, imageTag) {
  return `${registryPrefix}/${serviceId}:${imageTag}`;
}

function imageTagFromReference(image) {
  const value = String(image ?? "");
  const slashIndex = value.lastIndexOf("/");
  const colonIndex = value.lastIndexOf(":");
  if (colonIndex <= slashIndex) return null;
  return value.slice(colonIndex + 1).split("@", 1)[0] || null;
}

function repositoryFromImage(image) {
  const value = String(image ?? "").split("@", 1)[0];
  const slashIndex = value.lastIndexOf("/");
  const colonIndex = value.lastIndexOf(":");
  return colonIndex > slashIndex ? value.slice(0, colonIndex) : value;
}

function digestPinnedImage(image, digest) {
  if (!/^sha256:[a-f0-9]{64}$/u.test(String(digest ?? ""))) return image;
  const repository = repositoryFromImage(image);
  return repository ? `${repository}@${digest}` : image;
}

function catalogServiceById(catalog, serviceId) {
  return (catalog?.services ?? []).find((service) => service?.serviceId === serviceId) ?? null;
}

function v02EnvReuseEnabled(catalog, serviceId, envReuseServiceIds = null) {
  if (envReuseServiceIds?.has(serviceId)) return true;
  const service = catalogServiceById(catalog, serviceId);
  return service?.runtimeMode === v02EnvReuseRuntimeMode || service?.envReuse === true;
}

function bootShForService(deployService, serviceId) {
  assert.ok(deployService?.bootSh, `deploy lane bootScripts.${serviceId} is required`);
  const value = deployService.bootSh;
  const text = String(value).replaceAll("\\", "/").replace(/^\.\//u, "");
  assert.ok(text && !text.startsWith("/") && !text.split("/").includes(".."), `${serviceId} boot script must be repo-relative`);
  return text;
}

function envReuseServiceIdsForLane(deploy, lane) {
  if (!isRuntimeLane(lane)) return new Set();
  const configured = deploy?.lanes?.[lane]?.envReuseServices;
  const allowed = new Set(serviceIdsForLane(lane, deploy));
  return new Set((Array.isArray(configured) ? configured : []).filter((serviceId) => allowed.has(serviceId)));
}

function deployServiceForBoot(deploy, serviceId, lane = "v02") {
  return {
    serviceId,
    bootSh: deploy?.lanes?.[lane]?.bootScripts?.[serviceId]
  };
}

function bootMetadataForService({ args, catalog, deployService, serviceId, source }) {
  const catalogService = catalogServiceById(catalog, serviceId);
  const environmentImage = catalogService?.environmentImage ?? imageFor(args.registryPrefix, `${serviceId}-env`, `env-${String(catalogService?.environmentInputHash ?? source.full).slice(0, 12)}`);
  const environmentDigest = catalogService?.environmentDigest ?? catalogService?.digest ?? null;
  return {
    runtimeMode: v02EnvReuseRuntimeMode,
    environmentImage,
    environmentDigest,
    environmentInputHash: catalogService?.environmentInputHash ?? null,
    codeInputHash: catalogService?.codeInputHash ?? null,
    bootRepo: catalogService?.bootRepo ?? args.sourceRepo,
    bootCommit: source.full,
    bootSh: catalogService?.bootSh ?? bootShForService(deployService, serviceId)
  };
}

function envReuseBootShForContainer({ serviceId, container, defaultBootSh }) {
  if (serviceId === "hwlab-cloud-api" && container?.name === "hwlab-codex-api-forwarder") {
    return "deploy/runtime/boot/hwlab-codex-api-responses-forwarder.sh";
  }
  return defaultBootSh;
}

function applyEnvReuseBootEnv(container, bootMetadata, { sourceBranch, gitReadUrl, bootSh = bootMetadata?.bootSh } = {}) {
  if (!container || !bootMetadata) return;
  delete container.command;
  delete container.args;
  container.env ??= [];
  upsertEnv(container.env, "HWLAB_RUNTIME_MODE", bootMetadata.runtimeMode);
  upsertEnv(container.env, "HWLAB_BOOT_REPO", bootMetadata.bootRepo);
  upsertEnv(container.env, "HWLAB_BOOT_COMMIT", bootMetadata.bootCommit);
  upsertEnv(container.env, "HWLAB_BOOT_REF", sourceBranch);
  upsertEnv(container.env, "HWLAB_BOOT_SH", bootSh);
  upsertEnv(container.env, "HWLAB_BOOT_READ_URL", gitReadUrl ?? defaultV02GitReadUrl);
  upsertEnv(container.env, "HWLAB_ENVIRONMENT_IMAGE", bootMetadata.environmentImage ?? "");
  upsertEnv(container.env, "HWLAB_ENVIRONMENT_DIGEST", bootMetadata.environmentDigest ?? "");
  upsertEnv(container.env, "HWLAB_ENVIRONMENT_INPUT_HASH", bootMetadata.environmentInputHash ?? "");
  upsertEnv(container.env, "HWLAB_CODE_INPUT_HASH", bootMetadata.codeInputHash ?? "");
  upsertEnv(container.env, "HWLAB_IMAGE_DIGEST", bootMetadata.environmentDigest ?? "unknown");
  applyEnvReuseStartupProbe(container);
}

function applyEnvReuseStartupProbe(container) {
  const probe = container.readinessProbe ?? container.livenessProbe;
  if (!probe?.httpGet && !probe?.tcpSocket && !probe?.exec) return;
  container.startupProbe ??= {
    ...cloneJson(probe),
    periodSeconds: 10,
    timeoutSeconds: Math.max(Number(probe.timeoutSeconds ?? 1), 2),
    failureThreshold: 30,
    successThreshold: 1
  };
}

function applyServiceHealthProbe(container, healthProbe) {
  if (!healthProbe || typeof healthProbe !== "object" || Array.isArray(healthProbe)) return;
  for (const [probeName, key] of [["readinessProbe", "readiness"], ["livenessProbe", "liveness"], ["startupProbe", "startup"]]) {
    const probe = container?.[probeName];
    const timing = normalizeProbeTiming(healthProbe[key]);
    if (!probe || Object.keys(timing).length === 0) continue;
    Object.assign(probe, timing);
  }
}

function applyServiceShutdownDrainLifecycle(container, shutdownDrain) {
  if (!container || !shutdownDrain || shutdownDrain.enabled !== true) return;
  const pathValue = typeof shutdownDrain.path === "string" && /^\/[A-Za-z0-9/_:.-]+$/u.test(shutdownDrain.path) ? shutdownDrain.path : "/internal/workbench/drain";
  const sleepSeconds = boundedInteger(shutdownDrain.sleepSeconds, 3, 0, 30);
  const timeoutMs = boundedInteger(shutdownDrain.timeoutMs, 2500, 100, 30000);
  container.env ??= [];
  upsertEnv(container.env, "HWLAB_WORKBENCH_SSE_DRAIN_TIMEOUT_MS", String(timeoutMs));
  const command = [
    'port="${PORT:-${HWLAB_PORT:-${HWLAB_CLOUD_API_PORT:-6667}}}"',
    `url="http://127.0.0.1:\${port}${pathValue}"`,
    '/usr/local/bin/bun -e \'const [url, hostname] = process.argv.slice(2); await fetch(url, { method: "POST", headers: { "x-hwlab-drain-hostname": hostname || "" } }).catch(() => {});\' "$url" "${HOSTNAME:-}" >/dev/null 2>&1 || true',
    `sleep ${sleepSeconds}`
  ].join("; ");
  container.lifecycle ??= {};
  container.lifecycle.preStop = { exec: { command: ["sh", "-c", command] } };
}

function boundedInteger(value, fallback, minimum, maximum) {
  const parsed = Number(value);
  if (!Number.isInteger(parsed)) return fallback;
  return Math.max(minimum, Math.min(maximum, parsed));
}

function normalizeProbeTiming(value) {
  if (!value || typeof value !== "object" || Array.isArray(value)) return {};
  const result = {};
  for (const field of ["initialDelaySeconds", "periodSeconds", "timeoutSeconds", "failureThreshold", "successThreshold"]) {
    const raw = value[field];
    const minimum = field === "initialDelaySeconds" ? 0 : 1;
    if (Number.isInteger(raw) && raw >= minimum) result[field] = raw;
  }
  return result;
}

function useLocalHealthProbe(container, pathValue = "/health") {
  if (!container) return;
  for (const probeName of ["readinessProbe", "livenessProbe"]) {
    const probe = container[probeName];
    if (!probe?.httpGet) continue;
    probe.httpGet.path = pathValue;
  }
}

function annotateEnvReusePodTemplate(podMetadata, bootMetadata) {
  if (!podMetadata || !bootMetadata) return;
  annotate(podMetadata, {
    "hwlab.pikastech.local/runtime-mode": bootMetadata.runtimeMode,
    "hwlab.pikastech.local/boot-repo": bootMetadata.bootRepo,
    "hwlab.pikastech.local/boot-commit": bootMetadata.bootCommit,
    "hwlab.pikastech.local/boot-sh": bootMetadata.bootSh,
    "hwlab.pikastech.local/environment-digest": bootMetadata.environmentDigest ?? "not_published",
    "hwlab.pikastech.local/environment-input-hash": bootMetadata.environmentInputHash ?? "unknown",
    "hwlab.pikastech.local/code-input-hash": bootMetadata.codeInputHash ?? "unknown"
  });
  label(podMetadata, {
    "hwlab.pikastech.local/runtime-mode": bootMetadata.runtimeMode,
    "hwlab.pikastech.local/boot-commit": bootMetadata.bootCommit
  });
}

function runtimeArtifactForService({ catalog, deploy, serviceId, source, registryPrefix, useDeployImages = false, digestPin = false, envReuseServiceIds = null }) {
  const catalogService = catalogServiceById(catalog, serviceId);
  if (v02EnvReuseEnabled(catalog, serviceId, envReuseServiceIds)) {
    const environmentImage = catalogService?.environmentImage ?? imageFor(registryPrefix, `${serviceId}-env`, `env-${String(catalogService?.environmentInputHash ?? source.full).slice(0, 12)}`);
    const runtimeImage = digestPin && useDeployImages ? digestPinnedImage(environmentImage, catalogService?.environmentDigest ?? catalogService?.digest) : environmentImage;
    return {
      image: runtimeImage,
      imageTag: imageTagFromReference(environmentImage) ?? source.imageTag ?? source.short,
      commit: source.full,
      runtimeMode: v02EnvReuseRuntimeMode,
      environmentDigest: catalogService?.environmentDigest ?? catalogService?.digest ?? null
    };
  }
  const fallbackImageTag = source.imageTag ?? source.short;
  const image = useDeployImages && catalogService?.image
    ? catalogService.image
    : imageFor(registryPrefix, serviceId, fallbackImageTag);
  const runtimeImage = digestPin && useDeployImages ? digestPinnedImage(image, catalogService?.digest) : image;
  const imageTag = useDeployImages && catalogService?.imageTag
    ? catalogService.imageTag
    : imageTagFromReference(image) ?? fallbackImageTag;
  const commit = useDeployImages
    ? catalogService?.sourceCommitId ?? catalogService?.commitId ?? imageTag ?? source.full
    : source.full;
  return { image: runtimeImage, imageTag, commit };
}

function runtimeImageForService(options) {
  return runtimeArtifactForService(options).image;
}

function runtimeCommitForService(options) {
  return runtimeArtifactForService(options).commit;
}

function runtimeImageTagForService(options) {
  return runtimeArtifactForService(options).imageTag;
}

function artifactEnvironment(args) {
  return isRuntimeLane(args.lane) ? args.lane : "dev";
}

function artifactEndpoint(args) {
  return isRuntimeLane(args.lane) ? args.runtimeEndpoint : defaultRuntimeEndpoint;
}

function serviceIdsForLane(lane, deploy = null) {
  return isRuntimeLane(lane) ? runtimeLaneServiceIdsFromDeploy(deploy, lane) : defaultServiceIds;
}

function serviceIdsForProfile(profile, deploy = null) {
  return isRuntimeLane(profile) ? runtimeLaneServiceIdsFromDeploy(deploy, profile) : defaultServiceIds;
}

function runtimeLaneServiceIdsFromDeploy(deploy, lane) {
  const laneConfig = runtimeLaneConfig(deploy, lane);
  const serviceIds = uniquePreserveOrder((Array.isArray(laneConfig.envReuseServices) ? laneConfig.envReuseServices : [])
    .map((item) => String(item ?? "").trim())
    .filter(Boolean));
  assert.ok(serviceIds.length > 0, `deploy.lanes.${lane}.envReuseServices must not be empty`);
  return serviceIds;
}

function v02ServiceIdsFromDeploy(deploy) {
  return runtimeLaneServiceIdsFromDeploy(deploy, "v02");
}

function runtimeLaneObservableServicesForDeploy(deploy, lane) {
  const laneConfig = runtimeLaneConfig(deploy, lane);
  const declarations = laneConfig.serviceDeclarations ?? {};
  const serviceIds = new Set(runtimeLaneServiceIdsFromDeploy(deploy, lane));
  const declared = Object.entries(declarations)
    .filter(([serviceId, declaration]) => serviceIds.has(serviceId) && declaration?.observable !== false && Number.isInteger(declaration?.healthPort))
    .map(([serviceId, declaration]) => ({
      serviceId,
      port: declaration.healthPort,
      healthPath: declaration.healthPath || "/health/live"
    }));
  return [...declared, ...v02ExtraObservableServices];
}

function v02ObservableServicesForDeploy(deploy) {
  return runtimeLaneObservableServicesForDeploy(deploy, "v02");
}

function v02ObservableService(deploy, serviceId) {
  return v02ObservableServicesForDeploy(deploy).find((item) => item.serviceId === serviceId) ?? null;
}

function runtimeLaneObservableService(deploy, lane, serviceId) {
  return runtimeLaneObservableServicesForDeploy(deploy, lane).find((item) => item.serviceId === serviceId) ?? null;
}

function runtimeLaneObservableServiceIdsForDeploy(deploy, lane) {
  return new Set(runtimeLaneObservableServicesForDeploy(deploy, lane).map((item) => item.serviceId));
}

function v02ObservableServiceIdsForDeploy(deploy) {
  return runtimeLaneObservableServiceIdsForDeploy(deploy, "v02");
}

function servicesParamForLane(lane, deploy = null) {
  return serviceIdsForLane(lane, deploy).join(",");
}

function uniquePreserveOrder(values) {
  const seen = new Set();
  const result = [];
  for (const value of values) {
    if (seen.has(value)) continue;
    seen.add(value);
    result.push(value);
  }
  return result;
}

function isV02RemovedServiceId(serviceId) {
  return v02RemovedServiceIds.has(serviceId);
}

function artifactCatalogSkeleton({ args, deploy, source }) {
  const environment = artifactEnvironment(args);
  const namespace = isRuntimeLane(args.lane) ? namespaceNameForProfile(args.lane) : "hwlab-dev";
  const tag = imageTagForSource(args, source);
  return {
    catalogVersion: "v1",
    kind: "hwlab-artifact-catalog",
    environment,
    profile: environment,
    namespace,
    endpoint: artifactEndpoint(args),
    commitId: tag,
    artifactState: "contract-skeleton",
    publish: {
      registryPrefix: args.registryPrefix,
      sourceCommitId: source.full,
      imageTag: tag,
      publishedAt: null
    },
    allowedProfiles: [environment],
    forbiddenProfiles: isRuntimeLane(args.lane) ? ["dev", "prod"] : ["prod"],
    services: serviceIdsForLane(args.lane, deploy).map((serviceId) => artifactCatalogSkeletonService({ args, deploy, source, serviceId, environment, namespace, tag }))
  };
}

function artifactCatalogSkeletonService({ args, deploy, source, serviceId, environment, namespace, tag }) {
  const base = {
    serviceId,
    profile: environment,
    namespace,
    commitId: tag,
    sourceCommitId: source.full,
    image: imageFor(args.registryPrefix, serviceId, tag),
    imageTag: tag,
    digest: null,
    buildBackend: "contract-skeleton"
  };
  const envReuseServiceIds = envReuseServiceIdsForLane(deploy, args.lane);
  if (!envReuseServiceIds.has(serviceId)) return base;
  const bootSh = bootShForService(deployServiceForBoot(deploy, serviceId, args.lane), serviceId);
  const environmentImage = imageFor(args.registryPrefix, `${serviceId}-env`, `env-${String(source.full).slice(0, 12)}`);
  return {
    ...base,
    image: environmentImage,
    imageTag: imageTagFromReference(environmentImage),
    runtimeMode: v02EnvReuseRuntimeMode,
    envReuse: true,
    environmentImage,
    environmentDigest: null,
    environmentInputHash: null,
    bootRepo: args.sourceRepo,
    bootCommit: source.full,
    bootSh,
    codeInputHash: null,
    bootEnvEvidence: {
      env: {
        HWLAB_BOOT_REPO: args.sourceRepo,
        HWLAB_BOOT_COMMIT: source.full,
        HWLAB_BOOT_SH: bootSh
      }
    }
  };
}

function namespaceNameForProfile(profile) {
  if (isRuntimeLane(profile)) return `hwlab-${profile}`;
  return profile === "prod" ? "hwlab-prod" : "hwlab-dev";
}

function runtimePathForProfile(profile) {
  if (isRuntimeLane(profile)) return `runtime-${profile}`;
  return profile === "prod" ? "runtime-prod" : "runtime-dev";
}

function runtimeLabelForProfile(profile) {
  if (isRuntimeLane(profile)) return profile;
  return profile === "prod" ? "prod" : "dev";
}

function gitopsTargetForProfile(profile) {
  return isRuntimeLane(profile) ? profile : "node";
}

function gitopsRootForArgs(args) {
  return String(args.gitopsRoot || defaultOutDir).replace(/\/+$/u, "");
}

function gitopsPathForProfile(args, profile) {
  return `${gitopsRootForArgs(args)}/${runtimePathForProfile(profile)}`;
}

function gitopsPathFor(args, relativePath) {
  return `${gitopsRootForArgs(args)}/${String(relativePath).replace(/^\/+/, "")}`;
}

function profileEndpoint(args, profile) {
  if (isRuntimeLane(profile)) return { runtimeEndpoint: args.runtimeEndpoint, webEndpoint: args.webEndpoint };
  return profile === "prod"
    ? { runtimeEndpoint: args.prodRuntimeEndpoint, webEndpoint: args.prodWebEndpoint }
    : { runtimeEndpoint: args.runtimeEndpoint, webEndpoint: args.webEndpoint };
}

function laneRuntimeProfiles(args) {
  return isRuntimeLane(args.lane) ? [args.lane] : ["dev", "prod"];
}

function laneNames(args) {
  if (isRuntimeLane(args.lane)) {
    const namespace = namespaceNameForProfile(args.lane);
    return {
      gitopsTarget: args.lane,
      pipeline: `${namespace}-ci-image-publish`,
      poller: `${namespace}-branch-poller`,
      reconciler: `${namespace}-control-plane-reconciler`,
      serviceAccount: `${namespace}-tekton-runner`,
      pipelineRunPrefix: `${namespace}-ci-poll-`,
      runtimeNamespace: namespace,
      runtimePath: gitopsPathForProfile(args, args.lane),
      argoApplications: [`argocd/hwlab-node-${args.lane}`]
    };
  }
  return {
    gitopsTarget: "node",
    pipeline: "hwlab-node-ci-image-publish",
    poller: "hwlab-node-branch-poller",
    reconciler: "hwlab-node-control-plane-reconciler",
    serviceAccount: "hwlab-tekton-runner",
    pipelineRunPrefix: "hwlab-node-ci-poll-",
    runtimeNamespace: "hwlab-dev",
    runtimePath: gitopsPathForProfile(args, "dev"),
    argoApplications: ["argocd/hwlab-node-dev", "argocd/hwlab-node-prod"]
  };
}

function argoApplicationName(profile) {
  return `hwlab-node-${profile}`;
}

function imageTagForSource(args, source) {
  return args.imageTagMode === "full" ? source.full : source.short;
}

function deepSeekBaseUrl(namespace) {
  return `http://hwlab-deepseek-proxy.${namespace}.svc.cluster.local:4000/v1/responses`;
}

function codeAgentNoProxy(namespace) {
  return [
    `${namespace}.svc.cluster.local`,
    ".svc",
    ".cluster.local",
    "hyueapi.com",
    ".hyueapi.com",
    "hyui.com",
    ".hyui.com",
    "127.0.0.1",
    "localhost",
    "::1",
    "10.0.0.0/8",
    "10.42.0.0/16",
    "10.43.0.0/16",
    "api.minimaxi.com",
    ".minimaxi.com"
  ].join(",");
}

function namespaceScopedHost(value, namespace) {
  if (typeof value !== "string") return value;
  return value.replace(/\.hwlab-dev\.svc\.cluster\.local/gu, `.${namespace}.svc.cluster.local`);
}

function secretNameForProfile(secretName, profile) {
  if (!isRuntimeLane(profile)) return secretName;
  if (secretName === "hwlab-cloud-api-dev-db") return `hwlab-cloud-api-${profile}-db`;
  if (secretName === "hwlab-code-agent-provider") return `hwlab-${profile}-code-agent-provider`;
  if (secretName === "hwlab-code-agent-codex-auth") return `hwlab-${profile}-code-agent-codex-auth`;
  if (secretName === "hwlab-opencode-server-auth") return `hwlab-${profile}-opencode-server-auth`;
  if (secretName === "hwlab-bootstrap-admin") return `hwlab-${profile}-bootstrap-admin`;
  return secretName;
}

function secretRefObjectForProfile(secretRef, profile) {
  const ref = configString(secretRef);
  const slashIndex = ref.indexOf("/");
  assert.ok(slashIndex > 0 && slashIndex < ref.length - 1, `secretRef ${JSON.stringify(secretRef)} must be name/key`);
  return { name: secretNameForProfile(ref.slice(0, slashIndex), profile), key: ref.slice(slashIndex + 1), optional: true };
}

function rewritePodSecretRefs(podSpec, profile) {
  if (!podSpec || !isRuntimeLane(profile)) return;
  for (const volume of podSpec.volumes ?? []) {
    if (volume?.secret?.secretName) volume.secret.secretName = secretNameForProfile(volume.secret.secretName, profile);
  }
}

function deployEnvEntry(name, value, namespace, profile = "dev") {
  if (typeof value === "string" && value.startsWith("secretRef:")) {
    return { name, valueFrom: { secretKeyRef: secretRefObjectForProfile(value.slice("secretRef:".length), profile) } };
  }
  return { name, value: namespaceScopedHost(value, namespace) };
}

function applyDeployEnv(envList, deployService, namespace, profile = "dev") {
  if (!deployService?.env || typeof deployService.env !== "object" || Array.isArray(deployService.env)) return;
  for (const [name, value] of Object.entries(deployService.env)) {
    upsertEnvEntry(envList, deployEnvEntry(name, value, namespace, profile));
  }
}

function applyDeployConfigMapMounts(podSpec, container, deployService) {
  const mounts = Array.isArray(deployService?.configMapMounts) ? deployService.configMapMounts : [];
  if (mounts.length === 0 || !podSpec || !container) return;
  podSpec.volumes ??= [];
  container.volumeMounts ??= [];
  for (const mount of mounts) {
    const name = String(mount?.name ?? "").trim();
    const configMapName = String(mount?.configMapName ?? "").trim();
    const mountPath = String(mount?.mountPath ?? "").trim();
    if (!name || !configMapName || !mountPath) continue;
    const items = Array.isArray(mount.items)
      ? mount.items
        .map((item) => ({ key: String(item?.key ?? "").trim(), path: String(item?.path ?? "").trim() }))
        .filter((item) => item.key && item.path)
      : [];
    const volume = { name, configMap: { name: configMapName } };
    if (items.length > 0) volume.configMap.items = items;
    const existingVolume = podSpec.volumes.find((entry) => entry?.name === name);
    if (existingVolume) Object.assign(existingVolume, volume);
    else podSpec.volumes.push(volume);
    const volumeMount = { name, mountPath, readOnly: mount.readOnly !== false };
    const existingMount = container.volumeMounts.find((entry) => entry?.name === name);
    if (existingMount) Object.assign(existingMount, volumeMount);
    else container.volumeMounts.push(volumeMount);
  }
}

function removeV02LegacySimulatorEnv(envList) {
  if (!Array.isArray(envList)) return envList;
  return envList.filter((entry) => !v02RemovedServiceEnvNames.has(entry?.name));
}

function removeV02RepoOwnedCodeAgentPodConfig(deploymentSpec, podSpec) {
  if (!podSpec) return;
  podSpec.initContainers = (podSpec.initContainers ?? []).filter((entry) => entry?.name !== "hwlab-code-agent-workspace-init");
  const removedVolumeNames = new Set([
    "hwlab-code-agent-workspace",
    "hwlab-code-agent-codex-home",
    "hwlab-code-agent-codex-config",
    "hwlab-code-agent-codex-auth"
  ]);
  podSpec.volumes = (podSpec.volumes ?? []).filter((volume) => !removedVolumeNames.has(volume?.name));
  for (const container of podSpec.containers ?? []) {
    container.volumeMounts = (container.volumeMounts ?? []).filter((mount) => !removedVolumeNames.has(mount?.name));
  }
  if (deploymentSpec?.strategy?.type === "Recreate") delete deploymentSpec.strategy;
}

function applyDeployServiceReplicas(item, deployService) {
  if (!(item?.kind === "Deployment" || item?.kind === "StatefulSet")) return;
  const replicas = deployService?.replicas;
  if (!Number.isInteger(replicas) || replicas < 0) return;
  item.spec ??= {};
  item.spec.replicas = replicas;
}

function deployServicesForProfile(deploy, profile) {
  const allowed = new Set(serviceIdsForProfile(profile, deploy));
  const services = new Map((deploy.services ?? [])
    .filter((service) => allowed.has(service.serviceId))
    .map((service) => {
      const copy = cloneJson(service);
      copy.env = mergeEnvMaps(
        copy.env,
        serviceDeclarationEnvForProfile(deploy, profile, service.serviceId),
        accessControlEnvForProfile(deploy, profile, service.serviceId),
        runtimeStoreEnvForProfile(deploy, profile, service.serviceId),
        workbenchRuntimeClientEnvForProfile(deploy, profile, service.serviceId),
        workbenchRuntimeFactsQueryEnvForProfile(deploy, profile, service.serviceId),
        workbenchRuntimeSessionsSummaryEnvForProfile(deploy, profile, service.serviceId),
        workbenchRuntimePostgresEnvForProfile(deploy, profile, service.serviceId),
        workbenchRuntimeRedisEnvForProfile(deploy, profile, service.serviceId)
      );
      return [service.serviceId, copy];
    }));
  const laneServices = isRuntimeLane(profile) && Array.isArray(deploy.lanes?.[profile]?.services)
    ? deploy.lanes[profile].services
    : [];
  for (const override of laneServices) {
    const existing = services.get(override.serviceId) ?? {
      serviceId: override.serviceId,
      env: mergeEnvMaps(
        serviceDeclarationEnvForProfile(deploy, profile, override.serviceId),
        accessControlEnvForProfile(deploy, profile, override.serviceId),
        runtimeStoreEnvForProfile(deploy, profile, override.serviceId),
        workbenchRuntimeClientEnvForProfile(deploy, profile, override.serviceId),
        workbenchRuntimeFactsQueryEnvForProfile(deploy, profile, override.serviceId),
        workbenchRuntimeSessionsSummaryEnvForProfile(deploy, profile, override.serviceId),
        workbenchRuntimePostgresEnvForProfile(deploy, profile, override.serviceId),
        workbenchRuntimeRedisEnvForProfile(deploy, profile, override.serviceId)
      )
    };
    services.set(override.serviceId, {
      ...existing,
      ...cloneJson(override),
      env: mergeEnvMaps(existing.env, override.env)
    });
  }
  return services;
}

function accessControlEnvForProfile(deploy, profile, serviceId) {
  return deploy?.__accessControlEnvByProfile?.[profile]?.[serviceId] ?? {};
}

function serviceDeclarationEnvForProfile(deploy, profile, serviceId) {
  if (!isRuntimeLane(profile)) return {};
  const env = deploy?.lanes?.[profile]?.serviceDeclarations?.[serviceId]?.env;
  if (!env || typeof env !== "object" || Array.isArray(env)) return {};
  return cloneJson(env);
}

function runtimeWorkbenchTraceTimelinePolicy(deploy, profile) {
  if (!isRuntimeLane(profile)) return null;
  const traceTimeline = runtimeLaneConfig(deploy, profile)?.workbench?.traceTimeline;
  if (!traceTimeline || typeof traceTimeline !== "object" || Array.isArray(traceTimeline)) return null;
  const result = {};
  if (typeof traceTimeline.autoExpandRunning === "boolean") result.autoExpandRunning = traceTimeline.autoExpandRunning;
  if (typeof traceTimeline.autoCollapseTerminal === "boolean") result.autoCollapseTerminal = traceTimeline.autoCollapseTerminal;
  return Object.keys(result).length > 0 ? result : null;
}

function runtimeWorkbenchRawHwlabEventWindowPolicy(deploy, profile) {
  if (!isRuntimeLane(profile)) return null;
  const policy = runtimeLaneConfig(deploy, profile)?.workbench?.rawHwlabEventWindow;
  if (!policy || typeof policy !== "object" || Array.isArray(policy)) return null;
  return {
    enabled: policy.enabled,
    maxEntries: policy.maxEntries,
    maxRetainedBytes: policy.maxRetainedBytes
  };
}

function runtimeAgentObserverPolicy(deploy, profile) {
  if (!isRuntimeLane(profile)) return null;
  const policy = runtimeLaneConfig(deploy, profile)?.agentObserver;
  if (!policy || typeof policy !== "object" || Array.isArray(policy)) return null;
  return cloneJson(policy);
}

function runtimeTraceExplorerUrlTemplate(deploy, profile) {
  if (!isRuntimeLane(profile)) return null;
  const template = runtimeLaneConfig(deploy, profile)?.observability?.traceExplorerUrlTemplate;
  return typeof template === "string" && template.trim().length > 0 ? template.trim() : null;
}

function runtimePrometheusOperatorResourcesEnabled(deploy, profile) {
  if (!isRuntimeLane(profile)) return true;
  const enabled = runtimeLaneConfig(deploy, profile)?.observability?.prometheusOperatorResources;
  return enabled !== false;
}

function effectiveSecretPlaneNodeId(args = {}) {
  return gitopsRootNodeId(args.gitopsRoot) ?? String(args.nodeId ?? "").trim().toUpperCase();
}

function gitopsRootNodeId(gitopsRoot) {
  const normalized = String(gitopsRoot ?? "").replaceAll("\\", "/").replace(/\/+$/u, "");
  const match = normalized.match(/(?:^|\/)deploy\/gitops\/node\/([^/]+)$/u);
  return match?.[1] ? match[1].trim().toUpperCase() : null;
}

function runtimeFrpConfigForProfile(deploy, profile, args = {}) {
  const fallbackWebRemotePort = isRuntimeLane(profile) ? defaultPortForRuntimeLane(profile) : profile === "prod" ? 18666 : 17666;
  const fallbackEdgeRemotePort = isRuntimeLane(profile) ? fallbackWebRemotePort + 1 : profile === "prod" ? 18667 : 17667;
  const baseFrp = isRuntimeLane(profile) ? runtimeLaneConfig(deploy, profile)?.frp : deploy?.frp;
  const nodeId = effectiveSecretPlaneNodeId(args);
  const nodeFrp = nodeId ? baseFrp?.nodes?.[nodeId] : null;
  const frp = nodeFrp && typeof nodeFrp === "object" && !Array.isArray(nodeFrp) ? { ...baseFrp, ...nodeFrp } : baseFrp;
  const server = frp && typeof frp === "object" && !Array.isArray(frp) ? frp.server : null;
  const proxies = Array.isArray(frp?.proxies) ? frp.proxies : [];
  const proxyByEndpoint = new Map(proxies
    .filter((proxy) => proxy && typeof proxy === "object" && !Array.isArray(proxy))
    .map((proxy) => [String(proxy.endpointId || proxy.name || ""), proxy]));
  const proxyValue = (endpointId, key, fallback) => {
    const value = proxyByEndpoint.get(endpointId)?.[key];
    return typeof value === "string" && value.trim().length > 0 ? value.trim() : fallback;
  };
  const proxyPort = (endpointId, fallback) => {
    const value = proxyByEndpoint.get(endpointId)?.remotePort;
    return Number.isInteger(value) ? value : fallback;
  };
  return {
    serverAddr: typeof server?.address === "string" && server.address.trim().length > 0 ? server.address.trim() : "74.48.78.17",
    serverPort: Number.isInteger(server?.bindPort) ? server.bindPort : 7000,
    webRemotePort: proxyPort("frontend", fallbackWebRemotePort),
    edgeRemotePort: proxyPort("api", fallbackEdgeRemotePort),
    webProxyName: proxyValue("frontend", "name", null),
    edgeProxyName: proxyValue("api", "name", null),
    authSecretName: typeof frp?.auth?.secretName === "string" && frp.auth.secretName.trim().length > 0 ? frp.auth.secretName.trim() : null,
    authSecretKey: typeof frp?.auth?.secretKey === "string" && frp.auth.secretKey.trim().length > 0 ? frp.auth.secretKey.trim() : null
  };
}

function runtimeStoreEnvForProfile(deploy, profile, serviceId) {
  if (!isRuntimeLane(profile) || serviceId !== "hwlab-cloud-api") return {};
  const postgres = runtimeLaneConfig(deploy, profile)?.runtimeStore?.postgres;
  if (!postgres || typeof postgres !== "object" || Array.isArray(postgres)) return {};
  const env = {};
  if (postgres.sslMode === "disable" || postgres.sslMode === "require") env.HWLAB_CLOUD_DB_SSL_MODE = postgres.sslMode;
  if (Number.isInteger(postgres.poolMax)) env.HWLAB_CLOUD_DB_POOL_MAX = String(postgres.poolMax);
  if (Number.isInteger(postgres.connectionTimeoutMs)) {
    env.HWLAB_CLOUD_DB_PROBE_TIMEOUT_MS = String(postgres.connectionTimeoutMs);
  }
  if (Number.isInteger(postgres.queryTimeoutMs)) {
    env.HWLAB_CLOUD_DB_QUERY_TIMEOUT_MS = String(postgres.queryTimeoutMs);
  }
  if (Number.isInteger(postgres.queryRetryMaxAttempts)) {
    env.HWLAB_CLOUD_DB_QUERY_RETRY_MAX_ATTEMPTS = String(postgres.queryRetryMaxAttempts);
  }
  if (Number.isInteger(postgres.queryRetryInitialDelayMs)) {
    env.HWLAB_CLOUD_DB_QUERY_RETRY_INITIAL_DELAY_MS = String(postgres.queryRetryInitialDelayMs);
  }
  if (Number.isInteger(postgres.queryRetryMaxDelayMs)) {
    env.HWLAB_CLOUD_DB_QUERY_RETRY_MAX_DELAY_MS = String(postgres.queryRetryMaxDelayMs);
  }
  return env;
}

function workbenchRuntimeRedisEnvForProfile(deploy, profile, serviceId) {
  if (!isRuntimeLane(profile) || serviceId !== "hwlab-workbench-runtime") return {};
  const redis = workbenchRuntimeRedisConfigForProfile(deploy, profile);
  if (!redis || typeof redis !== "object" || Array.isArray(redis)) return {};
  const env = {
    HWLAB_WORKBENCH_CACHE_REDIS_ENABLED: booleanEnv(Boolean(redis.enabled))
  };
  const namespace = typeof redis.namespace === "string" ? redis.namespace.trim() : "";
  const serviceName = typeof redis.serviceName === "string" ? redis.serviceName.trim() : "";
  const port = Number.isInteger(redis.port) ? redis.port : null;
  if (namespace) env.HWLAB_WORKBENCH_CACHE_REDIS_NAMESPACE = namespace;
  if (serviceName) env.HWLAB_WORKBENCH_CACHE_REDIS_SERVICE_NAME = serviceName;
  if (port !== null) env.HWLAB_WORKBENCH_CACHE_REDIS_PORT = String(port);
  if (namespace && serviceName && port !== null) {
    env.HWLAB_WORKBENCH_CACHE_REDIS_URL = `redis://${serviceName}.${namespace}.svc.cluster.local:${port}/0`;
  }
  const ttl = redis.ttl ?? {};
  if (Number.isInteger(ttl.sessionsSummaryMs)) env.HWLAB_WORKBENCH_CACHE_REDIS_TTL_SESSIONS_SUMMARY_MS = String(ttl.sessionsSummaryMs);
  if (Number.isInteger(ttl.terminalTurnMs)) env.HWLAB_WORKBENCH_CACHE_REDIS_TTL_TERMINAL_TURN_MS = String(ttl.terminalTurnMs);
  if (Number.isInteger(ttl.terminalTracePageMs)) env.HWLAB_WORKBENCH_CACHE_REDIS_TTL_TERMINAL_TRACE_PAGE_MS = String(ttl.terminalTracePageMs);
  if (Number.isInteger(ttl.runningPageMs)) env.HWLAB_WORKBENCH_CACHE_REDIS_TTL_RUNNING_PAGE_MS = String(ttl.runningPageMs);
  const limits = redis.limits ?? {};
  if (Number.isInteger(limits.maxKeyBytes)) env.HWLAB_WORKBENCH_CACHE_REDIS_MAX_KEY_BYTES = String(limits.maxKeyBytes);
  if (Number.isInteger(limits.maxPayloadBytes)) env.HWLAB_WORKBENCH_CACHE_REDIS_MAX_PAYLOAD_BYTES = String(limits.maxPayloadBytes);
  const timeouts = redis.timeouts ?? {};
  if (Number.isInteger(timeouts.connectMs)) env.HWLAB_WORKBENCH_CACHE_REDIS_CONNECT_TIMEOUT_MS = String(timeouts.connectMs);
  if (Number.isInteger(timeouts.operationMs)) env.HWLAB_WORKBENCH_CACHE_REDIS_OPERATION_TIMEOUT_MS = String(timeouts.operationMs);
  const labels = redis.metrics?.labels;
  if (labels && typeof labels === "object" && !Array.isArray(labels)) {
    env.HWLAB_WORKBENCH_CACHE_REDIS_METRICS_LABELS = JSON.stringify(labels);
  }
  const behavior = redis.unavailableBehavior ?? {};
  if (typeof behavior.livenessFailure === "boolean") env.HWLAB_WORKBENCH_CACHE_REDIS_UNAVAILABLE_LIVENESS_FAILURE = booleanEnv(behavior.livenessFailure);
  if (typeof behavior.readMode === "string") env.HWLAB_WORKBENCH_CACHE_REDIS_UNAVAILABLE_READ_MODE = behavior.readMode;
  if (typeof behavior.fallbackStateSource === "boolean") env.HWLAB_WORKBENCH_CACHE_REDIS_UNAVAILABLE_FALLBACK_STATE_SOURCE = booleanEnv(behavior.fallbackStateSource);
  if (typeof redis.disableSwitchEnv === "string" && redis.disableSwitchEnv.trim()) {
    env[redis.disableSwitchEnv.trim()] = booleanEnv(Boolean(redis.enabled));
  }
  return env;
}

function workbenchRuntimeClientEnvForProfile(deploy, profile, serviceId) {
  if (!isRuntimeLane(profile) || serviceId !== "hwlab-cloud-api") return {};
  const client = runtimeLaneConfig(deploy, profile)?.workbenchRuntime?.client;
  if (!client || typeof client !== "object" || Array.isArray(client)) return {};
  const env = {};
  if (Number.isInteger(client.timeoutMs)) env.HWLAB_WORKBENCH_RUNTIME_TIMEOUT_MS = String(client.timeoutMs);
  return env;
}

function workbenchRuntimeFactsQueryEnvForProfile(deploy, profile, serviceId) {
  if (!isRuntimeLane(profile) || serviceId !== "hwlab-cloud-api") return {};
  const factsQuery = runtimeLaneConfig(deploy, profile)?.workbenchRuntime?.factsQuery;
  if (!factsQuery || typeof factsQuery !== "object" || Array.isArray(factsQuery)) return {};
  const env = {};
  if (Number.isInteger(factsQuery.maxAttempts)) env.HWLAB_WORKBENCH_FACTS_QUERY_MAX_ATTEMPTS = String(factsQuery.maxAttempts);
  if (Number.isInteger(factsQuery.backoffBaseMs)) env.HWLAB_WORKBENCH_FACTS_QUERY_BACKOFF_BASE_MS = String(factsQuery.backoffBaseMs);
  if (Number.isInteger(factsQuery.backoffMaxMs)) env.HWLAB_WORKBENCH_FACTS_QUERY_BACKOFF_MAX_MS = String(factsQuery.backoffMaxMs);
  return env;
}

function workbenchRuntimeSessionsSummaryEnvForProfile(deploy, profile, serviceId) {
  if (!isRuntimeLane(profile) || serviceId !== "hwlab-workbench-runtime") return {};
  const sessionsSummary = runtimeLaneConfig(deploy, profile)?.workbenchRuntime?.sessionsSummary;
  if (!sessionsSummary || typeof sessionsSummary !== "object" || Array.isArray(sessionsSummary)) return {};
  const env = {};
  if (Number.isInteger(sessionsSummary.maxAttempts)) env.HWLAB_WORKBENCH_SESSIONS_SUMMARY_QUERY_MAX_ATTEMPTS = String(sessionsSummary.maxAttempts);
  if (Number.isInteger(sessionsSummary.attemptTimeoutMs)) env.HWLAB_WORKBENCH_SESSIONS_SUMMARY_QUERY_ATTEMPT_TIMEOUT_MS = String(sessionsSummary.attemptTimeoutMs);
  if (Number.isInteger(sessionsSummary.backoffMs)) env.HWLAB_WORKBENCH_SESSIONS_SUMMARY_QUERY_BACKOFF_MS = String(sessionsSummary.backoffMs);
  return env;
}

function workbenchRuntimePostgresEnvForProfile(deploy, profile, serviceId) {
  if (!isRuntimeLane(profile) || serviceId !== "hwlab-workbench-runtime") return {};
  const postgres = runtimeLaneConfig(deploy, profile)?.workbenchRuntime?.postgres;
  if (!postgres || typeof postgres !== "object" || Array.isArray(postgres)) return {};
  const env = {};
  if (Number.isInteger(postgres.poolMax)) env.HWLAB_WORKBENCH_RUNTIME_DB_POOL_MAX = String(postgres.poolMax);
  if (Number.isInteger(postgres.queryTimeoutMs)) env.HWLAB_WORKBENCH_RUNTIME_QUERY_TIMEOUT_MS = String(postgres.queryTimeoutMs);
  if (Number.isInteger(postgres.readyTimeoutMs)) env.HWLAB_WORKBENCH_RUNTIME_READY_TIMEOUT_MS = String(postgres.readyTimeoutMs);
  return env;
}

function configObject(value, label) {
  assert.ok(value && typeof value === "object" && !Array.isArray(value), `${label} must be an object`);
  return value;
}

function requiredConfigString(record, key, label) {
  const value = record[key];
  assert.ok(typeof value === "string" && value.length > 0, `${label}.${key} must be a non-empty string`);
  return value;
}

function optionalConfigString(record, key, label) {
  const value = record[key];
  if (value === undefined || value === null || value === "") return null;
  assert.ok(typeof value === "string", `${label}.${key} must be a string when set`);
  return value;
}

function requiredConfigPositiveInteger(record, key, label) {
  const value = record[key];
  assert.ok(Number.isInteger(value) && value > 0, `${label}.${key} must be a positive integer`);
  return value;
}

function workbenchRuntimeRedisConfigForProfile(deploy, profile) {
  if (!isRuntimeLane(profile)) return null;
  const label = `deploy.lanes.${profile}.workbenchRuntime.cache.redis`;
  const redis = runtimeLaneConfig(deploy, profile)?.workbenchRuntime?.cache?.redis;
  if (!redis || redis.enabled !== true) return null;
  configObject(redis, label);
  const namespace = requiredConfigString(redis, "namespace", label);
  assert.equal(namespace, namespaceNameForProfile(profile), `${label}.namespace must match ${namespaceNameForProfile(profile)}`);
  const serviceName = requiredConfigString(redis, "serviceName", label);
  const image = requiredConfigString(redis, "image", label);
  const port = requiredConfigPositiveInteger(redis, "port", label);
  assert.ok(port <= 65535, `${label}.port must be a valid TCP port`);
  const resources = configObject(redis.resources, `${label}.resources`);
  configObject(resources.requests, `${label}.resources.requests`);
  configObject(resources.limits, `${label}.resources.limits`);
  const memoryPolicy = configObject(redis.memoryPolicy, `${label}.memoryPolicy`);
  assert.equal(memoryPolicy.persistence, "disabled", `${label}.memoryPolicy.persistence must be disabled`);
  requiredConfigString(memoryPolicy, "maxMemory", `${label}.memoryPolicy`);
  requiredConfigString(memoryPolicy, "eviction", `${label}.memoryPolicy`);
  return redis;
}

function booleanEnv(value) {
  return value ? "1" : "0";
}

function mergeEnvMaps(...values) {
  const result = {};
  for (const value of values) {
    if (!value || typeof value !== "object" || Array.isArray(value)) continue;
    Object.assign(result, value);
  }
  return result;
}

function runtimeNodeIdForProfile(deploy, profile, fallback = "node") {
  if (!isRuntimeLane(profile)) return fallback;
  if (typeof fallback === "string" && fallback.trim() && fallback !== "node") return fallback;
  const nodeId = deploy?.lanes?.[profile]?.node;
  return typeof nodeId === "string" && nodeId.length > 0 ? nodeId : fallback;
}

function v02MetricsLabels(serviceId) {
  return {
    "hwlab.pikastech.local/monitoring": "enabled",
    "hwlab.pikastech.local/service-id": serviceId
  };
}

function v02MetricsSidecarVolume(profile = "v02") {
  return { name: "hwlab-metrics-sidecar", configMap: { name: `hwlab-${profile}-metrics-sidecar` } };
}

function v02MetricsSidecarAnnotations(metricsSidecarSha256) {
  return metricsSidecarSha256 ? { "hwlab.pikastech.local/metrics-sidecar-sha256": metricsSidecarSha256 } : {};
}

function v02MetricsSidecarContainer({ deploy, serviceId, namespace, gitopsTarget, profile = "v02" }) {
  const service = runtimeLaneObservableService(deploy, profile, serviceId);
  assert.ok(service, `unknown ${profile} observable service ${serviceId}`);
  const extraMetricsEnv = serviceId === "hwlab-cloud-api"
    ? [
        { name: "HWLAB_METRICS_EXTRA_URL", value: `http://127.0.0.1:${service.port}/v1/web-performance/metrics` },
        { name: "HWLAB_METRICS_EXTRA_TIMEOUT_MS", value: "2000" }
      ]
    : [];
  return {
    name: "hwlab-metrics",
    image: ciToolsRunnerImage,
    imagePullPolicy: "IfNotPresent",
    command: ["node", "/metrics/metrics-sidecar.mjs"],
    env: [
      { name: "HWLAB_METRICS_SERVICE_ID", value: serviceId },
      { name: "HWLAB_METRICS_NAMESPACE", value: namespace },
      { name: "HWLAB_METRICS_GITOPS_TARGET", value: gitopsTarget },
      { name: "HWLAB_METRICS_PORT", value: "9100" },
      { name: "HWLAB_METRICS_TARGET_URL", value: `http://127.0.0.1:${service.port}${service.healthPath}` },
      { name: "HWLAB_METRICS_TARGET_TIMEOUT_MS", value: "2000" },
      ...extraMetricsEnv
    ],
    ports: [{ name: "metrics", containerPort: 9100 }],
    readinessProbe: { httpGet: { path: "/health/live", port: "metrics" }, initialDelaySeconds: 3, periodSeconds: 10 },
    livenessProbe: { httpGet: { path: "/health/live", port: "metrics" }, initialDelaySeconds: 10, periodSeconds: 20 },
    volumeMounts: [{ name: "hwlab-metrics-sidecar", mountPath: "/metrics", readOnly: true }]
  };
}

function upsertV02MetricsSidecar(podSpec, options) {
  if (!podSpec || !Array.isArray(podSpec.containers)) return;
  podSpec.containers = podSpec.containers.filter((container) => container?.name !== "hwlab-metrics");
  podSpec.containers.push(v02MetricsSidecarContainer(options));
  podSpec.volumes ??= [];
  podSpec.volumes = podSpec.volumes.filter((volume) => volume?.name !== "hwlab-metrics-sidecar");
  podSpec.volumes.push(v02MetricsSidecarVolume(options.profile));
}

function upsertV02MetricsPort(service) {
  service.spec ??= {};
  service.spec.ports ??= [];
  service.spec.ports = service.spec.ports.filter((port) => port?.name !== "metrics");
  service.spec.ports.push({ name: "metrics", port: 9100, targetPort: "metrics" });
}

function transformWorkloads({ workloads, deploy, catalog, source, sourceBranch = defaultBranch, gitReadUrl, registryPrefix, runtimeEndpoint, webEndpoint, profile = "dev", nodeId = "node", useDeployImages = false, metricsSidecarSha256 = null }) {
  const result = cloneJson(workloads);
  const deployServices = deployServicesForProfile(deploy, profile);
  const namespace = namespaceNameForProfile(profile);
  const profileLabel = runtimeLabelForProfile(profile);
  const gitopsTarget = gitopsTargetForProfile(profile);
  const runtimeLane = isRuntimeLane(profile);
  const digestPin = runtimeLane;
  const envReuseServiceIds = envReuseServiceIdsForLane(deploy, profile);
  const runtimeObservableServiceIds = runtimeLane ? runtimeLaneObservableServiceIdsForDeploy(deploy, profile) : new Set();
  const stableRuntimeLabels = {
    "app.kubernetes.io/part-of": "hwlab",
    "hwlab.pikastech.local/environment": profileLabel,
    "hwlab.pikastech.local/profile": profileLabel
  };
  result.items = asItems(result, "workloads").filter((item) => !(runtimeLane && isV02RemovedServiceId(serviceIdForWorkload(item, null))));
  for (const item of asItems(result, "workloads")) {
    item.metadata.namespace = namespace;
    label(item.metadata, {
      ...stableRuntimeLabels,
      "hwlab.pikastech.local/gitops-target": gitopsTarget,
      "hwlab.pikastech.local/gitops-render-source-commit": source.full,
      "hwlab.pikastech.local/source-commit": source.full,
      "unidesk.ai/node-staging": profile === "dev" ? "true" : "false"
    });
    annotate(item.metadata, {
      "hwlab.pikastech.local/gitops-note": profile === "v02" ? "HWLAB v0.2 GitOps target." : profile === "prod" ? "node PROD GitOps target." : "node DEV GitOps target.",
      "hwlab.pikastech.local/gitops-render-source-commit": source.full,
      "hwlab.pikastech.local/source-commit": source.full
    });
    if (item.kind === "Job") {
      annotate(item.metadata, {
        "argocd.argoproj.io/sync-options": "Force=true,Replace=true"
      });
      if (item.spec?.suspend === true) {
        annotate(item.metadata, {
          "argocd.argoproj.io/ignore-healthcheck": "true"
        });
      }
    }
    const podTemplate = item?.spec?.template;
    if (!podTemplate?.spec?.containers) continue;
    const templateServiceId = serviceIdForWorkload(item, podTemplate.spec.containers[0]);
    const templateArtifact = runtimeArtifactForService({ catalog, deploy, serviceId: templateServiceId, source, registryPrefix, useDeployImages, digestPin, envReuseServiceIds });
    const templateSourceCommit = runtimeLane ? (templateArtifact.commit ?? source.full) : source.full;
    const templateArtifactCommit = templateArtifact.commit;
    label(podTemplate.metadata ??= {}, {
      ...stableRuntimeLabels,
      "hwlab.pikastech.local/gitops-target": gitopsTarget,
      "hwlab.pikastech.local/gitops-render-source-commit": source.full,
      "hwlab.pikastech.local/source-commit": templateSourceCommit,
      "hwlab.pikastech.local/artifact-source-commit": templateArtifactCommit
    });
    if (runtimeLane && runtimeObservableServiceIds.has(templateServiceId)) {
      label(item.metadata, v02MetricsLabels(templateServiceId));
      label(podTemplate.metadata, v02MetricsLabels(templateServiceId));
      annotate(podTemplate.metadata, v02MetricsSidecarAnnotations(metricsSidecarSha256));
      upsertV02MetricsSidecar(podTemplate.spec, { deploy, serviceId: templateServiceId, namespace, gitopsTarget, profile });
    }
    if ((item.kind === "Deployment" || item.kind === "StatefulSet") && item.spec?.selector?.matchLabels) {
      item.spec.selector.matchLabels = {
        ...item.spec.selector.matchLabels,
        ...stableRuntimeLabels
      };
    }
    annotate(podTemplate.metadata, {
      "hwlab.pikastech.local/gitops-render-source-commit": source.full,
      "hwlab.pikastech.local/source-commit": templateSourceCommit,
      "hwlab.pikastech.local/artifact-source-commit": templateArtifactCommit,
      "hwlab.pikastech.local/rendered-by": "scripts/gitops-render.mjs"
    });
    for (const container of podTemplate.spec.containers) {
      if (container.name === "hwlab-metrics") continue;
      const serviceId = serviceIdForWorkload(item, container);
      const deployService = deployServices.get(serviceId);
      if (!deployService) continue;
      applyDeployServiceReplicas(item, deployService);
      const artifact = runtimeArtifactForService({ catalog, deploy, serviceId, source, registryPrefix, useDeployImages, digestPin, envReuseServiceIds });
      const envReuse = runtimeLane && v02EnvReuseEnabled(catalog, serviceId, envReuseServiceIds);
      const bootDeployService = envReuse ? deployServiceForBoot(deploy, serviceId, profile) : null;
      const bootMetadata = envReuse ? bootMetadataForService({ args: { sourceRepo: deploy?.lanes?.[profile]?.sourceRepo || defaultSourceRepo, registryPrefix }, catalog, deployService: bootDeployService, serviceId, source }) : null;
      const image = artifact.image;
      const runtimeCommit = artifact.commit;
      const runtimeImageTag = artifact.imageTag;
      container.image = image;
      container.imagePullPolicy = "IfNotPresent";
      container.env ??= [];
      for (const entry of container.env) {
        if (Object.hasOwn(entry, "value")) entry.value = namespaceScopedHost(entry.value, namespace);
      }
      applyDeployEnv(container.env, deployService, namespace, profile);
      applyDeployConfigMapMounts(podTemplate.spec, container, deployService);
      if (runtimeLane) container.env = removeV02LegacySimulatorEnv(container.env);
      upsertEnv(container.env, "HWLAB_ENVIRONMENT", profileLabel);
      upsertEnv(container.env, "HWLAB_COMMIT_ID", runtimeCommit);
      upsertEnv(container.env, "HWLAB_IMAGE", image);
      upsertEnv(container.env, "HWLAB_IMAGE_TAG", runtimeImageTag);
      if (serviceId === "hwlab-agent-skills") {
        upsertEnv(container.env, "HWLAB_SKILLS_COMMIT_ID", runtimeCommit);
      }
      upsertEnv(container.env, "HWLAB_GITOPS_TARGET", gitopsTarget);
      upsertEnv(container.env, "HWLAB_GITOPS_PROFILE", profileLabel);
      upsertEnv(container.env, "HWLAB_GITOPS_SOURCE_COMMIT", runtimeLane ? runtimeCommit : source.full);
      if (runtimeLane && serviceId === "hwlab-cloud-api") {
        upsertEnv(container.env, "HWLAB_CODE_AGENT_AGENTRUN_SOURCE_COMMIT", runtimeCommit);
      }
      if (bootMetadata) {
        applyEnvReuseBootEnv(container, bootMetadata, {
          sourceBranch,
          gitReadUrl,
          bootSh: envReuseBootShForContainer({ serviceId, container, defaultBootSh: bootMetadata.bootSh })
        });
        if (container.name === serviceId) annotateEnvReusePodTemplate(podTemplate.metadata, bootMetadata);
      }
      if (runtimeLane && container.name === serviceId) {
        applyServiceHealthProbe(container, deploy?.lanes?.[profile]?.serviceDeclarations?.[serviceId]?.healthProbe);
      }
      if (serviceId === "hwlab-cloud-api" || serviceId === "hwlab-edge-proxy") {
        upsertEnv(container.env, "HWLAB_PUBLIC_ENDPOINT", runtimeEndpoint);
      }
      if (runtimeLane && (serviceId === "hwlab-cloud-api" || serviceId === "hwlab-cloud-web")) {
        const agentObserverPolicy = runtimeAgentObserverPolicy(deploy, profile);
        if (agentObserverPolicy) {
          upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_RETENTION_EVENT_LIMIT", String(agentObserverPolicy.retentionEventLimit));
          upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_RETENTION_SCAN_LIMIT", String(agentObserverPolicy.retentionScanLimit));
          upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_RETENTION_TIMEOUT_MS", String(agentObserverPolicy.retentionTimeoutMs));
          upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_RETENTION_GROUP_PREFIX", String(agentObserverPolicy.retentionGroupPrefix));
          upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_SSE_HEARTBEAT_MS", String(agentObserverPolicy.sseHeartbeatMs));
          upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_RECONNECT_DELAY_MS", String(agentObserverPolicy.reconnectDelayMs));
          upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_BATCH_MAX_EVENTS", String(agentObserverPolicy.batchMaxEvents));
          upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_LIVE_BUFFER_LIMIT", String(agentObserverPolicy.liveBufferLimit));
          upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_IDENTITY_WINDOW_LIMIT", String(agentObserverPolicy.identityWindowLimit));
          upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_REDUCER_EVENT_LIMIT", String(agentObserverPolicy.reducerEventLimit));
          upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_REDUCER_ENTITY_LIMIT", String(agentObserverPolicy.reducerEntityLimit));
          upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_TREE_NODE_LIMIT", String(agentObserverPolicy.treeNodeLimit));
          upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_INSPECTOR_EVENT_TAIL_LIMIT", String(agentObserverPolicy.inspectorEventTailLimit));
          upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_VIRTUAL_LIST_WINDOW_LIMIT", String(agentObserverPolicy.virtualListWindowLimit));
          upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_CHANGE_HIGHLIGHT_MS", String(agentObserverPolicy.changeHighlightMs));
          upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_STALE_AFTER_MS", String(agentObserverPolicy.staleAfterMs));
          upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_REDUCED_MOTION", String(agentObserverPolicy.reducedMotion));
          if (serviceId === "hwlab-cloud-api") {
            upsertEnv(container.env, "HWLAB_WORKBENCH_KAFKA_REFRESH_REPLAY_GROUP_PREFIX", String(agentObserverPolicy.retentionGroupPrefix));
            upsertEnv(container.env, "HWLAB_WORKBENCH_KAFKA_REFRESH_REPLAY_TIMEOUT_MS", String(agentObserverPolicy.retentionTimeoutMs));
            upsertEnv(container.env, "HWLAB_WORKBENCH_KAFKA_REFRESH_REPLAY_SCAN_LIMIT", String(agentObserverPolicy.retentionScanLimit));
            upsertEnv(container.env, "HWLAB_WORKBENCH_KAFKA_REFRESH_REPLAY_MATCHED_EVENT_LIMIT", String(agentObserverPolicy.retentionEventLimit));
            upsertEnv(container.env, "HWLAB_WORKBENCH_KAFKA_REFRESH_REPLAY_LIVE_BUFFER_LIMIT", String(agentObserverPolicy.liveBufferLimit));
          }
          if (serviceId === "hwlab-cloud-web") {
            upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_NODE_ID", runtimeNodeIdForProfile(deploy, profile, nodeId));
            upsertEnv(container.env, "HWLAB_AGENT_OBSERVER_LANE", profile);
          }
        }
      }
      if (runtimeLane && serviceId === "hwlab-edge-proxy") {
        useLocalHealthProbe(container, "/health");
      }
      if (serviceId === "hwlab-cloud-api") {
        if (runtimeLane) {
          removeV02RepoOwnedCodeAgentPodConfig(item.spec, podTemplate.spec);
          applyServiceShutdownDrainLifecycle(container, deployService.shutdownDrain);
          upsertEnv(container.env, "HWLAB_M3_IO_CONTROL_ENABLED", "false");
          upsertEnv(container.env, "HWLAB_CODE_AGENT_AGENTRUN_REPO_URL", gitReadUrl ?? defaultRuntimeLaneGitReadUrl);
          upsertEnv(container.env, "HWLAB_CODE_AGENT_AGENTRUN_PROVIDER_ID", runtimeNodeIdForProfile(deploy, profile, nodeId));
          upsertEnv(container.env, "HWLAB_OPENFGA_MODE", "enforce");
          upsertEnv(container.env, "HWLAB_OPENFGA_API_URL", `http://hwlab-openfga.${namespace}.svc.cluster.local:8080`);
          upsertEnvEntry(container.env, deployEnvEntry("HWLAB_OPENFGA_AUTHN_TOKEN", `secretRef:hwlab-${profile}-openfga/authn-preshared-key`, namespace, profile));
          upsertEnv(container.env, "UNIDESK_MAIN_SERVER_IP", "http://74.48.78.17:18081");
        } else {
          syncCodeAgentWorkspaceInitContainer(podTemplate.spec.initContainers, { image, runtimeCommit, runtimeImageTag });
        }
        upsertEnv(container.env, "HWLAB_CODE_AGENT_DEFAULT_PROVIDER_PROFILE", runtimeLane ? (configString(runtimeLaneConfig(deploy, profile)?.opencode?.providerProfile) || "dsflash-go") : "deepseek");
        if (runtimeLane) upsertEnv(container.env, "HWLAB_CODE_AGENT_CODEX_STDIO_SUPERVISOR", "repo-owned");
        upsertEnv(container.env, "HWLAB_CODE_AGENT_DEEPSEEK_MODEL", deepSeekProfileModel);
        upsertEnv(container.env, "HWLAB_CODE_AGENT_DEEPSEEK_BASE_URL", deepSeekBaseUrl(namespace));
        upsertEnv(container.env, "HWLAB_CODE_AGENT_CODEX_API_MODEL", codexApiProfileModel);
        upsertEnv(container.env, "HWLAB_CODE_AGENT_CODEX_API_BASE_URL", codexApiProfileBaseUrl);
        upsertEnv(container.env, "HWLAB_CODE_AGENT_CODEX_API_UPSTREAM_BASE_URL", codexApiForwarderUpstreamBaseUrl);
        upsertEnv(container.env, "HWLAB_CODE_AGENT_CODEX_API_FORWARDER_PORT", codexApiForwarderPort);
        upsertEnv(container.env, "HWLAB_PREINSTALLED_SKILLS_DIR", "/app/skills");
        upsertEnv(container.env, "HWLAB_USER_SKILLS_DIR", "/data/user-skills");
        upsertEnv(container.env, "HWLAB_CODE_AGENT_SKILLS_DIRS", "/app/skills:/data/user-skills");
        upsertEnv(container.env, "NO_PROXY", codeAgentNoProxy(namespace));
        upsertEnv(container.env, "no_proxy", codeAgentNoProxy(namespace));
      }
      if (serviceId === "hwlab-cloud-web") {
        upsertEnv(container.env, "HWLAB_API_BASE_URL", `http://hwlab-cloud-api.${namespace}.svc.cluster.local:6667`);
        upsertEnv(container.env, "HWLAB_PUBLIC_ENDPOINT", webEndpoint);
        const traceTimelinePolicy = runtimeWorkbenchTraceTimelinePolicy(deploy, profile);
        if (typeof traceTimelinePolicy?.autoExpandRunning === "boolean") {
          upsertEnv(container.env, "HWLAB_WORKBENCH_TRACE_AUTO_EXPAND_RUNNING", booleanEnv(traceTimelinePolicy.autoExpandRunning));
        }
        if (typeof traceTimelinePolicy?.autoCollapseTerminal === "boolean") {
          upsertEnv(container.env, "HWLAB_WORKBENCH_TRACE_AUTO_COLLAPSE_TERMINAL", booleanEnv(traceTimelinePolicy.autoCollapseTerminal));
        }
        const rawHwlabEventWindowPolicy = runtimeWorkbenchRawHwlabEventWindowPolicy(deploy, profile);
        if (rawHwlabEventWindowPolicy) {
          upsertEnv(container.env, "HWLAB_WORKBENCH_RAW_HWLAB_EVENT_WINDOW_ENABLED", booleanEnv(rawHwlabEventWindowPolicy.enabled));
          upsertEnv(container.env, "HWLAB_WORKBENCH_RAW_HWLAB_EVENT_WINDOW_MAX_ENTRIES", String(rawHwlabEventWindowPolicy.maxEntries));
          upsertEnv(container.env, "HWLAB_WORKBENCH_RAW_HWLAB_EVENT_WINDOW_MAX_RETAINED_BYTES", String(rawHwlabEventWindowPolicy.maxRetainedBytes));
        }
        const traceExplorerUrlTemplate = runtimeTraceExplorerUrlTemplate(deploy, profile);
        if (traceExplorerUrlTemplate) {
          upsertEnv(container.env, "HWLAB_WORKBENCH_TRACE_EXPLORER_URL_TEMPLATE", traceExplorerUrlTemplate);
        }
      }
    }
    rewritePodSecretRefs(podTemplate.spec, profile);
  }
  return result;
}

function transformHealthContract(value, namespace, labels, annotations, runtimeEndpoint, webEndpoint, profile = "dev") {
  const result = transformListNamespace(value, namespace, labels, annotations);
  if (result.metadata?.name === "hwlab-dev-health-contract") {
    result.metadata.name = `hwlab-${profile}-health-contract`;
  }
  if (result.metadata?.labels && Object.hasOwn(result.metadata.labels, "app.kubernetes.io/name")) {
    result.metadata.labels["app.kubernetes.io/name"] = `hwlab-${profile}-health-contract`;
  }
  if (result.data && typeof result.data === "object") {
    if (Object.hasOwn(result.data, "endpoint")) result.data.endpoint = runtimeEndpoint;
    if (Object.hasOwn(result.data, "cloud-web")) {
      result.data["cloud-web"] = `GET /health/live on ${webEndpoint}; consumes cloud-api only`;
    }
    if (Object.hasOwn(result.data, "cloud-api")) {
      result.data["cloud-api"] = `GET /health/live through ${runtimeEndpoint}`;
    }
    if (Object.hasOwn(result.data, "tunnel-client")) {
      result.data["tunnel-client"] = "disabled for node GitOps; no FRP or production traffic tunnel is required";
    }
  }
  return result;
}

function transformListNamespace(value, namespace, labels, annotations) {
  const result = cloneJson(value);
  if (result.kind === "List") {
    for (const item of result.items ?? []) {
      item.metadata ??= {};
      item.metadata.namespace = namespace;
      label(item.metadata, labels);
      annotate(item.metadata, annotations);
    }
  } else {
    result.metadata ??= {};
    result.metadata.namespace = namespace;
    label(result.metadata, labels);
    annotate(result.metadata, annotations);
  }
  return result;
}

function transformServices({ services, namespace, labels, annotations, profile = "dev", deploy = null, nodeId = "node" }) {
  const observableServiceIds = isRuntimeLane(profile) ? runtimeLaneObservableServiceIdsForDeploy(deploy, profile) : new Set();
  const result = transformListNamespace(services, namespace, labels, annotations);
  if (result.kind === "List") {
    result.items = (result.items ?? []).filter((item) => !(isRuntimeLane(profile) && isV02RemovedServiceId(serviceIdForWorkload(item, null))));
    for (const item of result.items) {
      const serviceId = serviceIdForWorkload(item, null);
      if (!isRuntimeLane(profile) || !observableServiceIds.has(serviceId)) continue;
      label(item.metadata ??= {}, v02MetricsLabels(serviceId));
      upsertV02MetricsPort(item);
    }
    const nodePublicServices = deploy?.lanes?.[profile]?.publicServices?.nodes?.[nodeId];
    assert.ok(nodePublicServices === undefined || Array.isArray(nodePublicServices), `deploy.lanes.${profile}.publicServices.nodes.${nodeId} must be an array`);
    for (const service of nodePublicServices ?? []) {
      assert.ok(service && typeof service === "object" && !Array.isArray(service), `deploy.lanes.${profile}.publicServices.nodes.${nodeId} entries must be objects`);
      assert.ok(typeof service.name === "string" && service.name.length > 0, `deploy.lanes.${profile}.publicServices.nodes.${nodeId}[].name is required`);
      assert.ok(service.selector && typeof service.selector === "object" && !Array.isArray(service.selector), `deploy.lanes.${profile}.publicServices.nodes.${nodeId}[].selector is required`);
      for (const key of ["port", "targetPort", "nodePort"]) {
        assert.ok(Number.isInteger(service[key]) && service[key] > 0, `deploy.lanes.${profile}.publicServices.nodes.${nodeId}[].${key} must be a positive integer`);
      }
      result.items.push({
        apiVersion: "v1",
        kind: "Service",
        metadata: {
          name: service.name,
          namespace,
          labels: { ...labels, "app.kubernetes.io/name": service.name },
          annotations: { ...annotations }
        },
        spec: {
          type: "NodePort",
          selector: cloneJson(service.selector),
          ports: [{ name: "http", port: service.port, targetPort: service.targetPort, nodePort: service.nodePort }]
        }
      });
    }
  }
  return result;
}

function observabilityManifest({ deploy, profile, namespace, labels, annotations, metricsSidecarScript }) {
  assert.ok(isRuntimeLane(profile), `observability profile must be a runtime lane, got ${profile}`);
  const includePrometheusOperatorResources = runtimePrometheusOperatorResourcesEnabled(deploy, profile);
  const baseLabels = {
    ...labels,
    "app.kubernetes.io/part-of": "hwlab",
    "hwlab.pikastech.local/monitoring": "enabled"
  };
  const serviceMonitors = runtimeLaneObservableServicesForDeploy(deploy, profile).map((service) => ({
    apiVersion: "monitoring.coreos.com/v1",
    kind: "ServiceMonitor",
    metadata: {
      name: `hwlab-${profile}-${service.serviceId}`,
      namespace,
      labels: { ...baseLabels, "hwlab.pikastech.local/service-id": service.serviceId },
      annotations
    },
    spec: {
      namespaceSelector: { matchNames: [namespace] },
      selector: {
        matchLabels: {
          "hwlab.pikastech.local/gitops-target": profile,
          "hwlab.pikastech.local/monitoring": "enabled",
          "hwlab.pikastech.local/service-id": service.serviceId
        }
      },
      targetLabels: [
        "hwlab.pikastech.local/gitops-target",
        "hwlab.pikastech.local/service-id"
      ],
      endpoints: [{ port: "metrics", path: "/metrics", interval: "30s", scrapeTimeout: "10s" }]
    }
  }));
  return {
    apiVersion: "v1",
    kind: "List",
    items: [
      {
        apiVersion: "v1",
        kind: "ConfigMap",
        metadata: { name: `hwlab-${profile}-metrics-sidecar`, namespace, labels: baseLabels, annotations },
        data: { "metrics-sidecar.mjs": metricsSidecarScript }
      },
      ...(includePrometheusOperatorResources ? serviceMonitors : []),
      ...(includePrometheusOperatorResources ? [{
        apiVersion: "monitoring.coreos.com/v1",
        kind: "PrometheusRule",
        metadata: { name: `hwlab-${profile}-observability`, namespace, labels: baseLabels, annotations },
        spec: {
          groups: [{
            name: `hwlab-${profile}-observability`,
            rules: [
              {
                alert: `HWLAB${profile.toUpperCase()}MetricsTargetDown`,
                expr: `up{namespace="${namespace}"} == 0`,
                for: "5m",
                labels: { severity: "warning", lane: profile },
                annotations: { summary: `HWLAB ${versionNameForRuntimeLane(profile)} metrics target is down`, description: `Prometheus cannot scrape a HWLAB ${versionNameForRuntimeLane(profile)} metrics target.` }
              },
              {
                alert: `HWLAB${profile.toUpperCase()}ServiceHealthProbeFailed`,
                expr: `hwlab_service_health_probe_success{namespace="${namespace}"} == 0`,
                for: "5m",
                labels: { severity: "warning", lane: profile },
                annotations: { summary: "HWLAB v0.2 service health probe failed", description: "The metrics sidecar cannot reach the service health endpoint inside the pod network." }
              }
            ]
          }]
        }
      }] : [])
    ]
  };
}

export {
  applyDeployConfigMapMounts, applyDeployEnv, applyDeployServiceReplicas,
  applyEnvReuseBootEnv, applyEnvReuseStartupProbe, applyRuntimeLaneDeployConfig,
  argoApplicationName, artifactCatalogSkeleton, artifactEndpoint, artifactEnvironment,
  asItems, attachAccessControlEnv, annotate, booleanEnv, bootMetadataForService,
  bootShForService, boundedInteger, buildkitRunnerImage, catalogServiceById,
  ciToolsRunnerImage, cloneJson, codeAgentNoProxy, codexApiForwarderPort,
  codexApiForwarderUpstreamBaseUrl, codexApiProfileBaseUrl, codexApiProfileModel,
  configObject, configString, deepSeekBaseUrl, deepSeekProfileModel, defaultAllProxyUrl,
  defaultBranch, defaultCatalogPath, defaultDevBaseImage, defaultEndpointForRuntimeLane,
  defaultGitopsBranch, defaultGitReadUrl, defaultNoProxy, defaultOutDir,
  defaultPortForRuntimeLane, defaultProdRuntimeEndpoint, defaultProdWebEndpoint,
  defaultProxyUrl, defaultRegistryPrefix, defaultRuntimeEndpoint,
  defaultRuntimeLaneGitReadUrl, defaultRuntimeLaneGitWriteUrl, defaultServiceIds,
  defaultSourceRepo, defaultV02GitReadUrl, defaultV02GitWriteUrl,
  defaultV02RuntimeEndpoint, defaultV02WebEndpoint, defaultWebEndpoint,
  deployEnvEntry, deployServiceForBoot, deployServicesForProfile, digestPinnedImage,
  effectiveSecretPlaneNodeId, ensureObject, envReuseBootShForContainer, envReuseServiceIdsForLane,
  generatedPath, gitopsPathFor, gitopsPathForProfile, gitopsRootForArgs, gitopsRootNodeId,
  gitopsTargetForProfile, gitValue, imageFor, imageTagForSource,
  imageTagFromReference, isRuntimeLane, isV02RemovedServiceId, jsonManifest,
  k8sLabelHash, label, laneNames, laneRuntimeProfiles, mergeEnvMaps,
  moonBridgeImage, moonBridgeSourceRef, namespaceNameForProfile, namespaceScopedHost,
  normalizeAccessControlUser, normalizeNavProfile, normalizeProbeTiming,
  observabilityManifest, optionalConfigString, optionalObject, parseArgs, primitiveValidationTasks,
  profileEndpoint, proxyEnv, readConfigRef, readJson, readJsonIfPresent,
  readOption, readStructuredFile, removeV02LegacySimulatorEnv, repoRoot,
  removeV02RepoOwnedCodeAgentPodConfig, repositoryFromImage,
  requiredAccessConfigString, requiredConfigPositiveInteger, requiredConfigString,
  resolveSourceRevision, rewritePodSecretRefs,
  runtimeArtifactForService, runtimeCommitForService, runtimeFrpConfigForProfile,
  runtimeImageForService, runtimeImageTagForService, runtimeLabelForProfile,
  runtimeLaneConfig, runtimeLaneMirrorSpecs, runtimeLaneObservableService,
  runtimeLaneObservableServiceIdsForDeploy, runtimeLaneObservableServicesForDeploy,
  runtimeLaneServiceIdsFromDeploy, runtimeNodeIdForProfile,
  runtimePathForProfile, runtimePrometheusOperatorResourcesEnabled,
  runtimeStoreEnvForProfile, runtimeTraceExplorerUrlTemplate,
  runtimeWorkbenchTraceTimelinePolicy, secretNameForProfile,
  secretRefFromParts, secretRefObjectForProfile, serviceDeclarationEnvForProfile,
  serviceIdForWorkload, serviceIdsForLane, serviceIdsForProfile,
  servicesParamForLane, sourceCommitPattern, syncCodeAgentWorkspaceInitContainer,
  textFile, transformHealthContract, transformListNamespace, transformServices,
  transformWorkloads, uniquePreserveOrder, upsertEnv, upsertEnvEntry,
  upsertV02MetricsPort, upsertV02MetricsSidecar, usage, useLocalHealthProbe,
  v02EnvReuseEnabled, v02EnvReuseRuntimeMode, v02ExtraObservableServices,
  v02MetricsLabels, v02MetricsSidecarAnnotations, v02MetricsSidecarContainer,
  v02MetricsSidecarVolume, v02ObservableService, v02ObservableServiceIdsForDeploy,
  v02ObservableServicesForDeploy, v02RemovedServiceEnvNames, v02RemovedServiceIds,
  v02ServiceIdsFromDeploy, versionNameForRuntimeLane, workbenchRuntimeClientEnvForProfile,
  workbenchRuntimeFactsQueryEnvForProfile, workbenchRuntimePostgresEnvForProfile,
  workbenchRuntimeRedisConfigForProfile, workbenchRuntimeRedisEnvForProfile,
  workbenchRuntimeSessionsSummaryEnvForProfile
};