/** Implementation of `openclaw models status`. */
import path from "node:path";
import { stripSelfProviderModelPrefix } from "@openclaw/model-catalog-core/provider-model-id-normalization";
import {
  parseStrictFiniteNumber,
  parseStrictPositiveInteger,
} from "@openclaw/normalization-core/number-coercion";
import { normalizeOptionalString } from "@openclaw/normalization-core/string-coerce";
import { colorize, theme } from "../../../packages/terminal-core/src/theme.js";
import {
  resolveAgentExplicitModelPrimary,
  resolveAgentModelFallbacksOverride,
  resolveAgentWorkspaceDir,
} from "../../agents/agent-scope.js";
import {
  buildAuthHealthSummary,
  DEFAULT_OAUTH_WARN_MS,
  formatRemainingShort,
} from "../../agents/auth-health.js";
import { buildAuthProfileUnusableHint } from "../../agents/auth-profiles/oauth-refresh-failure.js";
import { resolveAuthStorePathForDisplay } from "../../agents/auth-profiles/paths.js";
import {
  ensureAuthProfileStore,
  ensureAuthProfileStoreWithoutExternalProfiles,
} from "../../agents/auth-profiles/store-runtime.js";
import { getRuntimeAuthProfileStoreSnapshot } from "../../agents/auth-profiles/store.js";
import type { AuthProfileCredential } from "../../agents/auth-profiles/types.js";
import { resolveProfileUnusableUntilForDisplay } from "../../agents/auth-profiles/usage.js";
import { resolveAgentHarnessPolicy } from "../../agents/harness/policy.js";
import {
  resolveAgentHarnessOwnerPluginIds,
  resolveAgentHarnessRuntimeAvailability,
  type AgentHarnessRuntimeAvailability,
} from "../../agents/harness/runtime-plugin.js";
import {
  createModelAuthAvailabilityResolver,
  type ModelAuthAvailabilityEvaluation,
  type ModelAuthAvailabilityResolver,
} from "../../agents/model-auth-availability.js";
import {
  listProviderEnvAuthLookupKeys,
  resolveProviderEnvAuthLookupMaps,
} from "../../agents/model-auth-env-vars.js";
import { resolveEnvApiKey } from "../../agents/model-auth.js";
import { resolveCliRuntimeExecutionProvider } from "../../agents/model-runtime-aliases.js";
import { resolveConfiguredModelPolicyAllow } from "../../agents/model-selection-shared.js";
import {
  buildModelAliasIndex,
  isCliProvider,
  modelKey,
  normalizeProviderId,
  resolveConfiguredModelRef,
  resolveModelRefFromString,
} from "../../agents/model-selection.js";
import { createModelVisibilityPolicy } from "../../agents/model-visibility-policy.js";
import { resolveModelCatalogIdentityKey } from "../../agents/openai-model-routes.js";
import { OPENAI_PROVIDER_ID } from "../../agents/openai-routing.js";
import { loadPreparedModelCatalogSnapshot } from "../../agents/prepared-model-catalog.js";
import { resolveProviderIdForAuth } from "../../agents/provider-auth-aliases.js";
import {
  readUtilityModelSetting,
  resolveUtilityModelRefForAgent,
} from "../../agents/utility-model.js";
import { resolveDefaultAgentWorkspaceDir } from "../../agents/workspace.js";
import { requestExitAfterOneShotOutput } from "../../cli/one-shot-exit.js";
import { createConfigIO } from "../../config/config.js";
import {
  resolveAgentModelFallbackValues,
  resolveAgentModelPrimaryValue,
} from "../../config/model-input.js";
import { parseModelPolicyWildcardRef } from "../../config/model-policy-ref.js";
import { resolveMergedModelProviderConfig } from "../../config/model-provider-config.js";
import { getShellEnvAppliedKeys, shouldEnableShellEnvFallback } from "../../infra/shell-env.js";
import type { ProviderModelRouteCandidate } from "../../plugin-sdk/provider-model-types.js";
import { withPluginMetadataSnapshotScope } from "../../plugins/current-plugin-metadata-snapshot.js";
import { loadManifestMetadataSnapshot } from "../../plugins/manifest-contract-eligibility.js";
import type { ProviderSyntheticAuthResult } from "../../plugins/provider-external-auth.types.js";
import { prepareProviderSyntheticAuthWithPlugin } from "../../plugins/provider-runtime.js";
import { resolveRuntimeSyntheticAuthProviderRefs } from "../../plugins/synthetic-auth.runtime.js";
import { type RuntimeEnv, writeRuntimeJson, writeRuntimeStdout } from "../../runtime.js";
import { createLazyImportLoader } from "../../shared/lazy-promise.js";
import { resolveUserPath, shortenHomePath } from "../../utils.js";
import {
  formatProviderAuthProfileCounts,
  resolveProviderAuthOverview,
} from "./list.auth-overview.js";
import { isRich } from "./list.format.js";
import type { AuthProbeSummary } from "./list.probe.js";
import type { ProviderAuthOverview } from "./list.types.js";
import { loadModelsConfig } from "./load-config.js";
import {
  DEFAULT_MODEL,
  DEFAULT_PROVIDER,
  ensureFlagCompatibility,
  resolveModelsTargetAgent,
} from "./shared.js";

type ProviderUsageRuntime = typeof import("../../infra/provider-usage.js");
type ProgressRuntime = typeof import("../../cli/progress.js");

function resolveEnvAgentDirOverride(env: NodeJS.ProcessEnv = process.env): string | undefined {
  const override = env.OPENCLAW_AGENT_DIR?.trim() || env.PI_CODING_AGENT_DIR?.trim();
  return override ? resolveUserPath(override, env) : undefined;
}
type TerminalTableRuntime = typeof import("../../../packages/terminal-core/src/table.js");
type ListProbeRuntime = typeof import("./list.probe.js");

const providerUsageRuntimeLoader = createLazyImportLoader<ProviderUsageRuntime>(
  () => import("../../infra/provider-usage.js"),
);
const progressRuntimeLoader = createLazyImportLoader<ProgressRuntime>(
  () => import("../../cli/progress.js"),
);
const terminalTableRuntimeLoader = createLazyImportLoader<TerminalTableRuntime>(
  () => import("../../../packages/terminal-core/src/table.js"),
);
const listProbeRuntimeLoader = createLazyImportLoader<ListProbeRuntime>(
  () => import("./list.probe.js"),
);

const DISPLAY_MODEL_PARSE_OPTIONS = { allowPluginNormalization: false } as const;

type StatusSyntheticAuth = {
  value: string;
  source: string;
  credential?: string;
  mode?: ProviderSyntheticAuthResult["mode"];
  expiresAt?: number;
};

type StatusProviderUseRef = {
  provider: string;
  model: string;
  allowCodexRuntimeFallback: boolean;
  /** Text uses get per-model route analysis; image auth stays provider-wide. */
  routeScope: "text" | "image";
};

type StatusProviderUse = {
  provider: string;
  model: string;
  allowCodexRuntimeFallback: boolean;
  evaluation: ModelAuthAvailabilityEvaluation;
  usesCodexRuntimeAuth: boolean;
  runtimeAvailability?: AgentHarnessRuntimeAvailability;
  runtimeIncompatibility?: { code: string; message: string };
};

function resolveStatusProviderUseIncompatibility(usage: StatusProviderUse) {
  const routeResolution = usage.evaluation.routeResolution;
  return routeResolution?.kind === "incompatible" ? routeResolution : usage.runtimeIncompatibility;
}

type StatusRuntimeAuthStatus = "usable" | "missing" | "indeterminate";

type StatusRuntimeAuthRouteBase = {
  provider: string;
  runtime: string;
  authProvider: string;
  effective: ProviderAuthOverview["effective"];
};

type StatusRuntimeAuthRoute =
  | (StatusRuntimeAuthRouteBase & {
      status: StatusRuntimeAuthStatus;
    })
  | (StatusRuntimeAuthRouteBase & {
      status: "unavailable";
      authStatus: StatusRuntimeAuthStatus;
      runtimeStatus: "unavailable";
      runtimeReason: Extract<AgentHarnessRuntimeAvailability, { status: "unavailable" }>["reason"];
      runtimeDetail: string;
      runtimePluginIds: string[];
    });

type StatusModelRouteIssue =
  | {
      kind: "incompatible";
      provider: string;
      model: string;
      code: string;
      message: string;
    }
  | {
      kind: "indeterminate";
      provider: string;
      model: string;
      evidence?: ModelAuthAvailabilityEvaluation["evidence"];
      message: string;
    }
  | {
      kind: "missing-auth";
      provider: string;
      model: string;
      authRequirement: ProviderModelRouteCandidate["authRequirement"];
      message: string;
    };

function parseOptionalPositiveFiniteOption(raw: unknown, label: string, fallback: number): number {
  if (raw === undefined || raw === null) {
    return fallback;
  }
  const parsed = parseStrictFiniteNumber(raw);
  if (parsed === undefined || parsed <= 0) {
    throw new Error(`${label} must be a positive number.`);
  }
  return parsed;
}

function parseOptionalPositiveIntegerOption(raw: unknown, label: string, fallback: number): number {
  if (raw === undefined || raw === null) {
    return fallback;
  }
  const parsed = parseStrictPositiveInteger(raw);
  if (parsed === undefined) {
    throw new Error(`${label} must be a positive integer.`);
  }
  return parsed;
}

function syntheticAuthCredential(
  provider: string,
  auth: StatusSyntheticAuth,
): AuthProfileCredential | undefined {
  if (!auth.mode) {
    return undefined;
  }
  if (auth.mode === "api-key") {
    return {
      type: "api_key",
      provider,
      key: auth.credential,
    };
  }
  if (auth.mode === "token" || auth.mode === "oauth") {
    // Plugin synthetic OAuth is already materialized as a bearer token. Keep
    // it token-shaped so non-expiring credentials do not require refresh data.
    return {
      type: "token",
      provider,
      token: auth.credential,
      expires: auth.expiresAt,
    };
  }
  return undefined;
}

function finishModelsStatusOutput(
  runtime: RuntimeEnv,
  check: boolean | undefined,
  checkStatus: number,
): void {
  if (check) {
    if (!requestExitAfterOneShotOutput(runtime, checkStatus)) {
      runtime.exit(checkStatus);
    }
    return;
  }
  requestExitAfterOneShotOutput(runtime);
}

/** Prints model default, auth, provider, and optional probe status. */
export async function modelsStatusCommand(
  opts: {
    json?: boolean;
    plain?: boolean;
    check?: boolean;
    probe?: boolean;
    probeProvider?: string;
    probeProfile?: string | string[];
    probeTimeout?: string;
    probeConcurrency?: string;
    probeMaxTokens?: string;
    agent?: string;
  },
  runtime: RuntimeEnv,
) {
  ensureFlagCompatibility(opts);
  if (opts.plain && opts.probe) {
    throw new Error("--probe cannot be used with --plain output.");
  }
  const configPath = createConfigIO().configPath;
  const cfg = await loadModelsConfig({
    commandName: "models status",
    runtime,
    skipPluginValidation: opts.probe !== true,
  });
  const explicitAgentId = opts.agent?.trim();
  const { agentId: workspaceAgentId, agentDir } = resolveModelsTargetAgent(cfg, opts.agent, {
    agentDirOverride: explicitAgentId ? undefined : resolveEnvAgentDirOverride(),
    kind: "read",
  });
  // Only an explicit --agent narrows the reported model/fallback overrides; an inferred
  // system-agent target still reports unscoped defaults, matching this command's shipped output.
  const agentId = explicitAgentId ? workspaceAgentId : undefined;
  const workspaceDir =
    resolveAgentWorkspaceDir(cfg, workspaceAgentId) ?? resolveDefaultAgentWorkspaceDir();
  const agentModelPrimary = agentId ? resolveAgentExplicitModelPrimary(cfg, agentId) : undefined;
  const agentFallbacksOverride = agentId
    ? resolveAgentModelFallbacksOverride(cfg, agentId)
    : undefined;
  const metadataSnapshot = loadManifestMetadataSnapshot({
    config: cfg,
    workspaceDir,
    env: process.env,
  });
  const selectedPluginRootDirs = new Map(
    [...metadataSnapshot.byPluginId].map(([pluginId, plugin]) => [pluginId, plugin.rootDir]),
  );
  const codexRuntimeAvailabilityByProvider = new Map<
    string,
    Promise<AgentHarnessRuntimeAvailability>
  >();
  const resolveCodexRuntimeAvailability = (
    provider: string,
  ): Promise<AgentHarnessRuntimeAvailability> => {
    const cached = codexRuntimeAvailabilityByProvider.get(provider);
    if (cached) {
      return cached;
    }
    const pending = (async () => {
      const { runPluginPayloadSmokeCheckForManifestRecords } =
        await import("../../plugins/payload-verification.js");
      const ownerPluginIds = resolveAgentHarnessOwnerPluginIds({
        runtime: "codex",
        provider,
        config: cfg,
        workspaceDir,
      });
      const pluginPayloadSmoke = await runPluginPayloadSmokeCheckForManifestRecords({
        plugins: ownerPluginIds.flatMap((pluginId) => {
          const plugin = metadataSnapshot.byPluginId.get(pluginId);
          return plugin ? [plugin] : [];
        }),
        env: process.env,
      });
      return resolveAgentHarnessRuntimeAvailability({
        runtime: "codex",
        provider,
        config: cfg,
        workspaceDir,
        payloadFailures: pluginPayloadSmoke.failures,
        payloadCheckedPluginIds: pluginPayloadSmoke.checked,
        selectedPluginRootDirs,
      });
    })();
    codexRuntimeAvailabilityByProvider.set(provider, pending);
    return pending;
  };
  return withPluginMetadataSnapshotScope(
    metadataSnapshot,
    async () => {
      // agentId, not a synthetic config carrying the agent's primary into global
      // defaults: the canonical resolvers merge per-agent model rows themselves, so
      // the synthetic route resolved a bare per-agent alias against global defaults
      // and reported a different provider than runtime selects.
      const resolved = resolveConfiguredModelRef({
        cfg,
        agentId,
        defaultProvider: DEFAULT_PROVIDER,
        defaultModel: DEFAULT_MODEL,
        ...DISPLAY_MODEL_PARSE_OPTIONS,
      });

      const rawDefaultsModel = resolveAgentModelPrimaryValue(cfg.agents?.defaults?.model) ?? "";
      const rawModel = agentModelPrimary ?? rawDefaultsModel;
      const resolvedLabel = modelKey(resolved.provider, resolved.model);
      const defaultLabel = rawModel || resolvedLabel;
      const defaultsFallbacks = resolveAgentModelFallbackValues(cfg.agents?.defaults?.model);
      const fallbacks = agentFallbacksOverride ?? defaultsFallbacks;
      const imageModel = resolveAgentModelPrimaryValue(cfg.agents?.defaults?.imageModel) ?? "";
      const imageFallbacks = resolveAgentModelFallbackValues(cfg.agents?.defaults?.imageModel);
      // Narration/titles ride the utility model on a plain API auth path that can
      // differ from the primary's (e.g. OAuth primary, api_key utility); show the
      // resolved ref so a broken utility credential is inspectable here.
      const utilitySetting = readUtilityModelSetting(cfg, workspaceAgentId);
      const utilityModelRef = resolveUtilityModelRefForAgent({ cfg, agentId: workspaceAgentId });
      // resolveUtilityModelRefForAgent never falls back to the primary model: an
      // unset setting yields the provider-declared default or undefined, so a
      // non-null auto result really is a provider default (unlike the runtime's
      // simple-completion selection, which does fall back to the primary).
      const utilityModelSource =
        utilitySetting.kind === "explicit"
          ? "config"
          : utilitySetting.kind === "disabled"
            ? "disabled"
            : utilityModelRef
              ? "provider-default"
              : "none";
      const configuredAllowRefs = [
        ...resolveConfiguredModelPolicyAllow({ cfg, agentId: workspaceAgentId }).refs,
      ];

      const modelsPath = path.join(agentDir, "models.json");
      const aliasIndex = buildModelAliasIndex({
        cfg,
        agentId,
        defaultProvider: DEFAULT_PROVIDER,
        ...DISPLAY_MODEL_PARSE_OPTIONS,
      });
      // The index is the same effective alias set the resolvers use, so per-agent
      // rows that replace or empty-disable a default alias are reflected here
      // instead of being read straight off `agents.defaults.models`.
      const aliases = Object.fromEntries(
        [...aliasIndex.byAlias.values()].map((match) => [
          match.alias,
          modelKey(match.ref.provider, match.ref.model),
        ]),
      );
      const resolveStatusModelRef = (raw: string | undefined) => {
        const modelRef = raw?.trim();
        if (!modelRef) {
          return undefined;
        }
        return resolveModelRefFromString({
          cfg,
          agentId,
          raw: modelRef,
          defaultProvider: DEFAULT_PROVIDER,
          aliasIndex,
          ...DISPLAY_MODEL_PARSE_OPTIONS,
        })?.ref;
      };
      const textUsesOpenAI = [defaultLabel, ...fallbacks].some(
        (raw) =>
          normalizeProviderId(resolveStatusModelRef(raw)?.provider ?? "") === OPENAI_PROVIDER_ID,
      );
      // Match execution's read-only, provider-scoped Codex CLI overlay. This lets
      // status select the same OpenAI subscription profile without scanning
      // unrelated external CLIs or prompting the keychain.
      const store = textUsesOpenAI
        ? ensureAuthProfileStore(agentDir, {
            allowKeychainPrompt: false,
            config: cfg,
            externalCliProviderIds: [OPENAI_PROVIDER_ID],
            readOnly: true,
          })
        : ensureAuthProfileStoreWithoutExternalProfiles(agentDir);
      const providersFromStore = new Set(
        Object.values(store.profiles)
          .map((profile) => normalizeProviderId(profile.provider))
          .filter((p): p is string => Boolean(p)),
      );
      const providersFromConfig = new Set(
        Object.keys(cfg.models?.providers ?? {})
          .map((p) => (typeof p === "string" ? normalizeProviderId(p) : ""))
          .filter(Boolean),
      );
      const providersFromModels = new Set<string>();
      const providerUseRefs: StatusProviderUseRef[] = [];
      const addProviderUse = (
        raw: string | undefined,
        allowCodexRuntimeFallback: boolean,
        routeScope: StatusProviderUseRef["routeScope"],
      ) => {
        const ref = resolveStatusModelRef(raw);
        if (ref?.provider) {
          const provider = normalizeProviderId(ref.provider);
          providerUseRefs.push({
            provider,
            model: ref.model,
            allowCodexRuntimeFallback,
            routeScope,
          });
        }
      };
      for (const raw of [
        defaultLabel,
        ...fallbacks,
        imageModel,
        ...imageFallbacks,
        utilityModelRef ?? "",
        ...configuredAllowRefs,
      ]) {
        const ref = resolveStatusModelRef(raw);
        if (ref?.provider) {
          providersFromModels.add(normalizeProviderId(ref.provider));
        }
      }
      for (const raw of [defaultLabel, ...fallbacks]) {
        addProviderUse(raw, true, "text");
      }
      for (const raw of [imageModel, ...imageFallbacks]) {
        addProviderUse(raw, false, "image");
      }
      // Utility completions (narration/titles) are a text-route auth consumer in
      // their own right: an OAuth-healthy primary does not prove the utility's
      // plain API path, so the ref gets full route analysis without inheriting
      // the primary's codex-runtime fallback.
      addProviderUse(utilityModelRef, false, "text");
      // Display the canonical provider/model: utilityModel accepts aliases, and
      // route issues/probes always report the resolved ref.
      const resolvedUtilityRef = utilityModelRef
        ? resolveStatusModelRef(utilityModelRef)
        : undefined;
      const utilityModelDisplayRef = resolvedUtilityRef
        ? modelKey(normalizeProviderId(resolvedUtilityRef.provider), resolvedUtilityRef.model)
        : (utilityModelRef ?? null);

      const providersFromEnv = new Set<string>();
      // Use the shared provider-env registry so `models status` stays aligned with
      // env-backed providers beyond the text-model defaults (for example image-gen).
      const envLookupParams = {
        config: cfg,
        workspaceDir,
        env: process.env,
        metadataSnapshot,
      };
      const { aliasMap, envCandidateMap, authEvidenceMap } =
        resolveProviderEnvAuthLookupMaps(envLookupParams);
      for (const provider of listProviderEnvAuthLookupKeys({ envCandidateMap, authEvidenceMap })) {
        if (
          resolveEnvApiKey(provider, process.env, {
            config: cfg,
            workspaceDir,
            aliasMap,
            candidateMap: envCandidateMap,
            authEvidenceMap,
            skipSetupProviderFallback: true,
          })
        ) {
          providersFromEnv.add(provider);
        }
      }
      const syntheticAuthProviderRefs = new Set(
        resolveRuntimeSyntheticAuthProviderRefs({
          index: metadataSnapshot.index,
          registryDiagnostics: metadataSnapshot.registryDiagnostics,
        }).map((provider) => normalizeProviderId(provider)),
      );
      const createStatusAuthResolver = (
        authStore: Parameters<typeof createModelAuthAvailabilityResolver>[0]["authStore"],
        nativeMode?: "api_key" | "oauth" | "token",
      ) =>
        createModelAuthAvailabilityResolver({
          cfg,
          agentId: workspaceAgentId,
          authStore,
          agentDir,
          workspaceDir,
          env: process.env,
          // Native mode chooses a harness route without becoming a host credential.
          syntheticAuthProviderRefs: [...syntheticAuthProviderRefs],
          preparedRuntimeAuthModes: nativeMode
            ? { codex: { source: "native", mode: nativeMode } }
            : {},
          metadataSnapshot,
        });
      let authResolver = createStatusAuthResolver(store);
      // Status already owns the complete provider/auth use set. Carry it into the
      // catalog owner so a read-only status does not discover every provider plugin.
      const probedProvider = normalizeOptionalString(opts.probeProvider);
      const providerDiscoveryProviderIds = [
        ...new Set([
          ...authResolver.providerDiscoveryProviderIds,
          ...providersFromConfig,
          ...providersFromModels,
          ...(probedProvider ? [normalizeProviderId(probedProvider)] : []),
        ]),
      ].toSorted((left, right) => left.localeCompare(right));
      const catalog = await loadPreparedModelCatalogSnapshot({
        config: cfg,
        agentId: workspaceAgentId,
        providerDiscoveryProviderIds,
        readOnly: true,
      });
      const visibilityPolicy = createModelVisibilityPolicy({
        cfg,
        catalog: catalog.entries,
        defaultProvider: resolved.provider,
        defaultModel: resolved.model,
        agentId: workspaceAgentId,
        ...DISPLAY_MODEL_PARSE_OPTIONS,
      });
      const allowed = visibilityPolicy.allowAny
        ? []
        : [
            ...new Set([
              ...visibilityPolicy.allowedCatalog.map((entry) => modelKey(entry.provider, entry.id)),
              ...configuredAllowRefs.flatMap((raw) => {
                const wildcard = parseModelPolicyWildcardRef(raw);
                if (!wildcard) {
                  return [];
                }
                const prefix = wildcard.key.slice(0, -1);
                const hasCatalogMatch = catalog.entries.some((entry) =>
                  modelKey(entry.provider, entry.id).startsWith(prefix),
                );
                return hasCatalogMatch ? [] : [wildcard.key];
              }),
            ]),
          ].toSorted();
      const routeSourcesByModel = new Map<
        string,
        Array<{ api?: (typeof catalog.routeVariants)[number]["api"]; baseUrl?: string }>
      >();
      const resolveStatusRouteIdentityKey = (entry: { provider: string; id: string }) => {
        const provider = normalizeProviderId(entry.provider);
        // Physical catalog rows may repeat their provider in the model id.
        // Collapse only that prefix; the remaining model id stays case-sensitive.
        return resolveModelCatalogIdentityKey({
          provider,
          id: stripSelfProviderModelPrefix(provider, modelKey(provider, entry.id)),
        });
      };
      for (const entry of catalog.routeVariants) {
        if (entry.api === undefined && entry.baseUrl === undefined) {
          continue;
        }
        const key = resolveStatusRouteIdentityKey(entry);
        const sources = routeSourcesByModel.get(key) ?? [];
        sources.push({ api: entry.api, baseUrl: entry.baseUrl });
        routeSourcesByModel.set(key, sources);
      }
      const resolveProviderUses = async (
        resolver: ModelAuthAvailabilityResolver,
      ): Promise<StatusProviderUse[]> =>
        await Promise.all(
          providerUseRefs.map(async (usage) => {
            const observedRoutes = routeSourcesByModel.get(
              resolveStatusRouteIdentityKey({ provider: usage.provider, id: usage.model }),
            );
            const ref = {
              modelId: usage.model,
              ...(observedRoutes ? { observedRoutes } : {}),
            };
            // Image tools own their provider auth behavior. The text-route artifact
            // must not reinterpret image auth as an OpenAI text transport.
            const rawEvaluation: ModelAuthAvailabilityEvaluation =
              usage.routeScope === "text"
                ? usage.allowCodexRuntimeFallback
                  ? resolver.evaluateRuntimeModelAuth(usage.provider, ref)
                  : resolver.evaluateModelAuth(usage.provider, ref)
                : {
                    availability: resolver.resolveProviderAuthAvailability(usage.provider, ref),
                    routeResolution: null,
                  };
            const providerRouteIncompatible =
              rawEvaluation.routeResolution?.kind === "incompatible";
            const requestedCodexRuntimeAuth =
              !providerRouteIncompatible &&
              usage.allowCodexRuntimeFallback &&
              resolveAgentHarnessPolicy({
                provider: usage.provider,
                modelId: usage.model,
                ...(rawEvaluation.selectedRoute
                  ? {
                      modelApi: rawEvaluation.selectedRoute.api,
                      modelBaseUrl: rawEvaluation.selectedRoute.baseUrl,
                    }
                  : {}),
                config: cfg,
                agentId: workspaceAgentId,
              }).runtime === "codex";
            const runtimeIncompatibility =
              requestedCodexRuntimeAuth &&
              usage.provider !== OPENAI_PROVIDER_ID &&
              usage.provider !== "codex"
                ? {
                    code: "unsupported-codex-runtime-provider",
                    message: `The Codex runtime does not support provider ${usage.provider}.`,
                  }
                : undefined;
            const usesCodexRuntimeAuth =
              requestedCodexRuntimeAuth && runtimeIncompatibility === undefined;
            const runtimeAvailability = usesCodexRuntimeAuth
              ? await resolveCodexRuntimeAvailability(usage.provider)
              : undefined;
            return {
              provider: usage.provider,
              model: usage.model,
              allowCodexRuntimeFallback: usage.allowCodexRuntimeFallback,
              evaluation: rawEvaluation,
              usesCodexRuntimeAuth,
              runtimeAvailability,
              runtimeIncompatibility,
            };
          }),
        );
      let providerUses = await resolveProviderUses(authResolver);
      const syntheticAuthByProvider = new Map<string, StatusSyntheticAuth>();
      const runtimeSyntheticAuthByProvider = new Map<string, StatusSyntheticAuth>();
      const cliRuntimeAuthUsages = providerUses
        // Codex harness auth is already modeled by the selected OpenAI route.
        // CLI-runtime aliases are only for distinct backends such as Gemini CLI.
        .filter((usage) => usage.allowCodexRuntimeFallback && !usage.usesCodexRuntimeAuth)
        .map((usage) => {
          const runtimeProvider = resolveCliRuntimeExecutionProvider({
            provider: usage.provider,
            modelId: usage.model,
            cfg,
            agentId: workspaceAgentId,
          });
          const normalizedRuntime = runtimeProvider
            ? normalizeProviderId(runtimeProvider)
            : undefined;
          return normalizedRuntime && normalizedRuntime !== usage.provider
            ? {
                provider: usage.provider,
                model: usage.model,
                allowCodexRuntimeFallback: usage.allowCodexRuntimeFallback,
                runtime: normalizedRuntime,
              }
            : undefined;
        })
        .filter((usage): usage is NonNullable<typeof usage> => Boolean(usage));

      const providers = Array.from(
        new Set([
          ...providersFromStore,
          ...providersFromConfig,
          ...providersFromModels,
          ...providersFromEnv,
          ...cliRuntimeAuthUsages.map((usage) => usage.runtime),
        ]),
      )
        .map((p) => normalizeOptionalString(p) ?? "")
        .filter(Boolean)
        .toSorted((a, b) => a.localeCompare(b));
      const syntheticProvidersToProbe = new Set(
        providers.map((provider) => normalizeProviderId(provider)),
      );
      const codexProvider = normalizeProviderId(OPENAI_PROVIDER_ID);
      const codexProviderAlias = aliasMap[codexProvider] ?? codexProvider;
      let codexRuntimeAuthUsages = providerUses.filter((usage) => usage.usesCodexRuntimeAuth);
      if (codexRuntimeAuthUsages.length > 0) {
        syntheticProvidersToProbe.add(codexProvider);
        syntheticProvidersToProbe.add(codexProviderAlias);
        syntheticProvidersToProbe.add("codex");
      }
      for (const provider of syntheticProvidersToProbe) {
        const normalized = normalizeProviderId(provider);
        if (!syntheticAuthProviderRefs.has(normalized)) {
          continue;
        }
        const resolvedLocal = await prepareProviderSyntheticAuthWithPlugin({
          provider: normalized,
          config: cfg,
          workspaceDir,
          context: {
            config: cfg,
            provider: normalized,
            providerConfig: resolveMergedModelProviderConfig(cfg, normalized),
          },
        });
        if (!resolvedLocal) {
          continue;
        }
        const syntheticAuth: StatusSyntheticAuth = {
          value: "plugin-owned",
          source: resolvedLocal.source,
          credential: resolvedLocal.apiKey,
          mode: resolvedLocal.mode,
          expiresAt: resolvedLocal.expiresAt,
        };
        syntheticAuthByProvider.set(normalized, syntheticAuth);
        // The generic Codex token authenticates the local harness, not an
        // OpenAI model route. Only provider-owned synthetic credentials may
        // become concrete evaluator profiles.
        if (normalized !== "codex") {
          runtimeSyntheticAuthByProvider.set(normalized, syntheticAuth);
        }
        if (normalized !== "codex" && normalized === codexProviderAlias) {
          syntheticAuthByProvider.set(codexProvider, syntheticAuth);
        }
      }
      const runtimeCredentialsByProvider = new Map(
        Array.from(runtimeSyntheticAuthByProvider.entries())
          .map(([provider, auth]) => [provider, syntheticAuthCredential(provider, auth)] as const)
          .filter((entry): entry is readonly [string, AuthProfileCredential] => Boolean(entry[1])),
      );
      const nativeCodexMode = syntheticAuthByProvider.get("codex")?.mode;
      if (runtimeCredentialsByProvider.size > 0 || nativeCodexMode) {
        const syntheticProfiles = Object.fromEntries(
          Array.from(runtimeCredentialsByProvider.entries()).map(([provider, credential]) => [
            `${provider}:runtime-synthetic`,
            credential,
          ]),
        );
        authResolver = createStatusAuthResolver(
          {
            ...store,
            profiles: { ...store.profiles, ...syntheticProfiles },
          },
          nativeCodexMode === "api-key" ? "api_key" : nativeCodexMode,
        );
        providerUses = await resolveProviderUses(authResolver);
        codexRuntimeAuthUsages = providerUses.filter((usage) => usage.usesCodexRuntimeAuth);
      }

      const applied = getShellEnvAppliedKeys();
      const shellFallbackEnabled =
        shouldEnableShellEnvFallback(process.env) || cfg.env?.shellEnv?.enabled === true;
      const providerAuth = Array.from(
        new Set([
          ...providers,
          ...(codexRuntimeAuthUsages.length > 0 && syntheticAuthByProvider.has(codexProvider)
            ? [codexProvider]
            : []),
        ]),
      )
        .toSorted((a, b) => a.localeCompare(b))
        .map((provider) =>
          resolveProviderAuthOverview({
            provider,
            cfg,
            store,
            modelsPath,
            agentDir,
            workspaceDir,
            syntheticAuth: syntheticAuthByProvider.get(provider),
            aliasMap,
            envCandidateMap,
            authEvidenceMap,
          }),
        )
        .filter((entry) => {
          const hasAny =
            entry.profiles.count > 0 ||
            Boolean(entry.env) ||
            Boolean(entry.modelsJson) ||
            Boolean(entry.syntheticAuth);
          return hasAny;
        });
      const providerAuthMap = new Map(providerAuth.map((entry) => [entry.provider, entry]));
      const missingProviderAuthEffective: ProviderAuthOverview["effective"] = {
        kind: "missing",
        detail: "missing",
      };
      const runtimeAuthStore = getRuntimeAuthProfileStoreSnapshot(agentDir);
      const healthStore = runtimeAuthStore
        ? {
            ...store,
            profiles: { ...store.profiles, ...runtimeAuthStore.profiles },
          }
        : store;
      const authHealth = buildAuthHealthSummary({
        store: healthStore,
        cfg,
        warnAfterMs: DEFAULT_OAUTH_WARN_MS,
        runtimeCredentialsByProvider,
        allowKeychainPrompt: false,
      });
      const authProfileHealthById = new Map(
        authHealth.profiles.map((profile) => [profile.profileId, profile]),
      );
      const resolveProviderAuthHealthId = (provider: string): string =>
        resolveProviderIdForAuth(provider, envLookupParams);
      const resolveRuntimeAuthRouteEffective = (
        provider: string,
        evaluation?: ModelAuthAvailabilityEvaluation,
      ): ProviderAuthOverview["effective"] => {
        if (!evaluation) {
          return providerAuthMap.get(provider)?.effective ?? missingProviderAuthEffective;
        }
        if (evaluation?.availability === false) {
          return missingProviderAuthEffective;
        }
        if (evaluation.runtimeAuth?.source === "native") {
          return {
            kind: "synthetic",
            detail:
              syntheticAuthByProvider.get(evaluation.runtimeAuth.id)?.source ?? "native login",
          };
        }
        const candidates = Array.from(
          new Set([normalizeProviderId(provider), resolveProviderAuthHealthId(provider)]),
        );
        const profileId = evaluation.selectedProfileId;
        if (profileId) {
          const credentialProvider = store.profiles[profileId]?.provider ?? provider;
          const source = providerAuthMap.get(
            resolveProviderAuthHealthId(credentialProvider),
          )?.effective;
          return source && source.kind !== "missing"
            ? source
            : { kind: "profiles", detail: profileId };
        }
        for (const candidate of candidates) {
          const auth = providerAuthMap.get(candidate);
          if (evaluation.evidence === "environment" && auth?.env) {
            return { kind: "env", detail: auth.env.value };
          }
          if (
            (evaluation.evidence === "provider-config" || evaluation.evidence === "runtime") &&
            auth?.modelsJson
          ) {
            return { kind: "models.json", detail: auth.modelsJson.value };
          }
          if (evaluation.evidence === "synthetic" && syntheticAuthByProvider.has(candidate)) {
            return {
              kind: "synthetic",
              detail: syntheticAuthByProvider.get(candidate)?.source ?? "plugin-owned",
            };
          }
        }
        const direct = providerAuthMap.get(provider)?.effective;
        return direct ?? missingProviderAuthEffective;
      };
      const resolveCliRuntimeAuthProvider = (usage: (typeof providerUses)[number]) =>
        cliRuntimeAuthUsages.find(
          (candidate) =>
            candidate.provider === usage.provider &&
            candidate.model === usage.model &&
            candidate.allowCodexRuntimeFallback === usage.allowCodexRuntimeFallback,
        )?.runtime;
      const hasUsableAuthForProviderInUse = (usage: (typeof providerUses)[number]): boolean => {
        const cliRuntimeAuthProvider = resolveCliRuntimeAuthProvider(usage);
        if (cliRuntimeAuthProvider) {
          return authResolver.resolveProviderAuthAvailability(cliRuntimeAuthProvider) !== false;
        }
        if (resolveStatusProviderUseIncompatibility(usage)) {
          // Route contract failures are reported separately from missing auth.
          return true;
        }
        // Unknown evidence is reported as indeterminate, not missing auth.
        return usage.evaluation.availability !== false;
      };
      const codexRuntimeUsagesByProvider = new Map<string, StatusProviderUse[]>();
      for (const usage of codexRuntimeAuthUsages) {
        const usages = codexRuntimeUsagesByProvider.get(usage.provider) ?? [];
        usages.push(usage);
        codexRuntimeUsagesByProvider.set(usage.provider, usages);
      }
      const runtimeAuthRouteEntries: Array<readonly [string, StatusRuntimeAuthRoute]> = [
        ...Array.from(codexRuntimeUsagesByProvider.entries()).map(([provider, usages]) => {
          const representative =
            usages.find((usage) => usage.evaluation.availability === true) ?? usages[0];
          const effective = resolveRuntimeAuthRouteEffective(
            codexProvider,
            representative?.evaluation,
          );
          const availabilities = usages.map((usage) => usage.evaluation.availability);
          const authStatus = availabilities.every((availability) => availability === true)
            ? "usable"
            : availabilities.some((availability) => availability === false)
              ? "missing"
              : "indeterminate";
          const runtimeAvailability = representative?.runtimeAvailability;
          const route: StatusRuntimeAuthRoute =
            runtimeAvailability?.status === "unavailable"
              ? {
                  provider,
                  runtime: "codex",
                  authProvider: codexProvider,
                  status: "unavailable",
                  effective,
                  authStatus,
                  runtimeStatus: runtimeAvailability.status,
                  runtimeReason: runtimeAvailability.reason,
                  runtimeDetail: runtimeAvailability.detail,
                  runtimePluginIds: runtimeAvailability.ownerPluginIds,
                }
              : {
                  provider,
                  runtime: "codex",
                  authProvider: codexProvider,
                  status: authStatus,
                  effective,
                };
          return [`${provider}:codex:${codexProvider}`, route] as const;
        }),
        ...cliRuntimeAuthUsages.map((usage) => {
          const evaluation = authResolver.evaluateModelAuth(usage.runtime);
          const effective = resolveRuntimeAuthRouteEffective(usage.runtime, evaluation);
          return [
            `${usage.provider}:${usage.runtime}:${usage.runtime}`,
            {
              provider: usage.provider,
              runtime: usage.runtime,
              authProvider: usage.runtime,
              status:
                evaluation.availability === true
                  ? "usable"
                  : evaluation.availability === false
                    ? "missing"
                    : "indeterminate",
              effective,
            },
          ] as const;
        }),
      ];
      const runtimeAuthRoutes = Array.from(
        new Map<string, StatusRuntimeAuthRoute>(runtimeAuthRouteEntries).values(),
      ).toSorted((a, b) => a.provider.localeCompare(b.provider));
      const modelRouteIssues = providerUses.flatMap<StatusModelRouteIssue>((usage) => {
        const cliRuntimeAuthProvider = resolveCliRuntimeAuthProvider(usage);
        const evaluation = cliRuntimeAuthProvider
          ? authResolver.evaluateModelAuth(cliRuntimeAuthProvider)
          : usage.evaluation;
        const incompatibility = resolveStatusProviderUseIncompatibility(usage);
        if (incompatibility) {
          return [
            {
              kind: "incompatible" as const,
              provider: usage.provider,
              model: usage.model,
              code: incompatibility.code,
              message: incompatibility.message,
            },
          ];
        }
        if (evaluation.availability === undefined) {
          return [
            {
              kind: "indeterminate" as const,
              provider: usage.provider,
              model: usage.model,
              ...(evaluation.evidence ? { evidence: evaluation.evidence } : {}),
              message: `Auth readiness could not be confirmed for ${usage.provider}/${usage.model}.`,
            },
          ];
        }
        if (!usage.evaluation.selectedRoute || evaluation.availability) {
          return [];
        }
        const authRequirement = usage.evaluation.selectedRoute.authRequirement;
        return [
          {
            kind: "missing-auth" as const,
            provider: usage.provider,
            model: usage.model,
            authRequirement,
            message: `No usable ${authRequirement} authentication is available for ${usage.provider}/${usage.model}.`,
          },
        ];
      });
      // Utility (or duplicate fallback) refs can repeat a configured model;
      // identical diagnostics collapse while genuinely different evaluations
      // for the same model (e.g. codex-fallback vs plain route) stay separate.
      const seenRouteIssues = new Set<string>();
      const dedupedModelRouteIssues = modelRouteIssues.filter((issue) => {
        const key = JSON.stringify(issue);
        if (seenRouteIssues.has(key)) {
          return false;
        }
        seenRouteIssues.add(key);
        return true;
      });
      const missingProvidersInUse = Array.from(
        new Set(
          providerUses
            .filter((usage) => !hasUsableAuthForProviderInUse(usage))
            .map((usage) => resolveCliRuntimeAuthProvider(usage) ?? usage.provider),
        ),
      )
        .filter(
          (provider) =>
            !isCliProvider(provider, cfg) ||
            cliRuntimeAuthUsages.some((usage) => usage.runtime === provider),
        )
        .toSorted((a, b) => a.localeCompare(b));

      const probeProfileIds = (() => {
        if (!opts.probeProfile) {
          return [];
        }
        const raw = Array.isArray(opts.probeProfile) ? opts.probeProfile : [opts.probeProfile];
        return raw
          .flatMap((value) => (value ?? "").split(","))
          .map((value) => value.trim())
          .filter(Boolean);
      })();
      const probeTimeoutMs = parseOptionalPositiveFiniteOption(
        opts.probeTimeout,
        "--probe-timeout",
        8000,
      );
      const probeConcurrency = parseOptionalPositiveIntegerOption(
        opts.probeConcurrency,
        "--probe-concurrency",
        2,
      );
      const probeMaxTokens = parseOptionalPositiveIntegerOption(
        opts.probeMaxTokens,
        "--probe-max-tokens",
        8,
      );

      const rawCandidates = [
        rawModel || resolvedLabel,
        ...fallbacks,
        imageModel,
        ...imageFallbacks,
        // Probe the configured utility model itself; an arbitrary catalog model
        // from the same provider can sit on a different auth route.
        utilityModelRef ?? "",
        ...configuredAllowRefs,
      ].filter(Boolean);
      const resolvedCandidates = rawCandidates
        .map(
          (raw) =>
            resolveModelRefFromString({
              cfg,
              agentId,
              raw: raw ?? "",
              defaultProvider: DEFAULT_PROVIDER,
              aliasIndex,
              ...DISPLAY_MODEL_PARSE_OPTIONS,
            })?.ref,
        )
        .filter((ref): ref is { provider: string; model: string } => Boolean(ref));
      const modelCandidates = resolvedCandidates.map((ref) => `${ref.provider}/${ref.model}`);

      let probeSummary: AuthProbeSummary | undefined;
      if (opts.probe) {
        const [{ withProgressTotals }, { runAuthProbes }] = await Promise.all([
          progressRuntimeLoader.load(),
          listProbeRuntimeLoader.load(),
        ]);
        probeSummary = await withProgressTotals(
          { label: "Probing auth profiles…", total: 1 },
          async (update) => {
            return await runAuthProbes({
              cfg,
              agentId: workspaceAgentId,
              agentDir,
              workspaceDir,
              providers,
              modelCandidates,
              options: {
                provider: opts.probeProvider,
                profileIds: probeProfileIds,
                timeoutMs: probeTimeoutMs,
                concurrency: probeConcurrency,
                maxTokens: probeMaxTokens,
              },
              // Direct CLI probes create hidden sessions in the canonical agent DB.
              // Gateway RPC probes omit this because the Gateway already owns the lock.
              stateOwnership: { mode: "exclusive" },
              onProgress: update,
            });
          },
        );
      }

      const providersWithOauth = providerAuth
        .filter(
          (entry) =>
            entry.profiles.oauth > 0 ||
            entry.profiles.token > 0 ||
            entry.env?.value === "OAuth (env)",
        )
        .map((entry) => {
          const count =
            entry.profiles.oauth +
            entry.profiles.token +
            (entry.env?.value === "OAuth (env)" ? 1 : 0);
          return `${entry.provider} (${count})`;
        });

      const oauthProfiles = authHealth.profiles.filter(
        (profile) => profile.type === "oauth" || profile.type === "token",
      );

      const unusableProfiles = (() => {
        const now = Date.now();
        const out: Array<{
          profileId: string;
          provider?: string;
          kind: "cooldown" | "disabled";
          reason?: string;
          classification?: string;
          recoveryHint: string;
          until: number;
          remainingMs: number;
        }> = [];
        for (const profileId of Object.keys(store.usageStats ?? {})) {
          const unusableUntil = resolveProfileUnusableUntilForDisplay(store, profileId);
          if (!unusableUntil || now >= unusableUntil) {
            continue;
          }
          const stats = store.usageStats?.[profileId];
          const kind =
            typeof stats?.disabledUntil === "number" && now < stats.disabledUntil
              ? "disabled"
              : "cooldown";
          const reason = kind === "disabled" ? stats?.disabledReason : stats?.cooldownReason;
          const classification = kind === "cooldown" ? stats?.cooldownClassification : undefined;
          const provider = store.profiles[profileId]?.provider;
          out.push({
            profileId,
            provider,
            kind,
            reason,
            ...(classification ? { classification } : {}),
            recoveryHint: buildAuthProfileUnusableHint({
              kind,
              reason,
              provider: provider ?? profileId,
              profileId,
            }),
            until: unusableUntil,
            remainingMs: unusableUntil - now,
          });
        }
        return out.toSorted((a, b) => a.remainingMs - b.remainingMs);
      })();

      const checkStatus = (() => {
        type RequirementHealth = "ok" | "expiring" | "missing" | "indeterminate";
        const resolveRouteAuthHealth = (usage: StatusProviderUse): RequirementHealth => {
          if (resolveStatusProviderUseIncompatibility(usage)) {
            return "missing";
          }
          const cliRuntimeAuthProvider = resolveCliRuntimeAuthProvider(usage);
          const evaluation = cliRuntimeAuthProvider
            ? authResolver.evaluateModelAuth(cliRuntimeAuthProvider)
            : usage.evaluation;
          if (evaluation.availability === undefined) {
            return "indeterminate";
          }
          if (!evaluation.availability) {
            return "missing";
          }
          const profileId = evaluation.selectedProfileId;
          if (!profileId) {
            return "ok";
          }
          const health = authProfileHealthById.get(profileId);
          if (health?.status === "expiring") {
            return "expiring";
          }
          if (health?.status === "expired" || health?.status === "missing") {
            return "missing";
          }
          return "ok";
        };
        const routeAuthHealth = new Set(providerUses.map(resolveRouteAuthHealth));
        const hasExpiredOrMissing =
          dedupedModelRouteIssues.some(
            (issue) => issue.kind === "incompatible" || issue.kind === "indeterminate",
          ) ||
          routeAuthHealth.has("missing") ||
          routeAuthHealth.has("indeterminate") ||
          runtimeAuthRoutes.some((route) => route.status === "unavailable") ||
          missingProvidersInUse.length > 0;
        const hasExpiring = routeAuthHealth.has("expiring");
        if (hasExpiredOrMissing) {
          return 1;
        }
        if (hasExpiring) {
          return 2;
        }
        return 0;
      })();

      if (opts.json) {
        writeRuntimeJson(runtime, {
          configPath,
          ...(agentId ? { agentId } : {}),
          agentDir,
          defaultModel: defaultLabel,
          resolvedDefault: resolvedLabel,
          fallbacks,
          imageModel: imageModel || null,
          imageFallbacks,
          utilityModel: { ref: utilityModelDisplayRef, source: utilityModelSource },
          ...(agentId
            ? {
                modelConfig: {
                  defaultSource: agentModelPrimary ? "agent" : "defaults",
                  fallbacksSource: agentFallbacksOverride !== undefined ? "agent" : "defaults",
                },
              }
            : {}),
          aliases,
          allowed,
          auth: {
            storePath: resolveAuthStorePathForDisplay(agentDir),
            shellEnvFallback: {
              enabled: shellFallbackEnabled,
              appliedKeys: applied,
            },
            providersWithOAuth: providersWithOauth,
            missingProvidersInUse,
            modelRouteIssues: dedupedModelRouteIssues,
            runtimeAuthRoutes,
            providers: providerAuth,
            unusableProfiles,
            oauth: {
              warnAfterMs: authHealth.warnAfterMs,
              profiles: authHealth.profiles,
              providers: authHealth.providers,
            },
            probes: probeSummary,
          },
        });
        finishModelsStatusOutput(runtime, opts.check, checkStatus);
        return;
      }

      if (opts.plain) {
        writeRuntimeStdout(runtime, resolvedLabel);
        finishModelsStatusOutput(runtime, opts.check, checkStatus);
        return;
      }

      const rich = isRich(opts);
      type ModelConfigSource = "agent" | "defaults";
      const label = (value: string) => colorize(rich, theme.accent, value.padEnd(14));
      const labelWithSource = (value: string, source?: ModelConfigSource) =>
        label(source ? `${value} (${source})` : value);
      const displayDefault =
        rawModel && rawModel !== resolvedLabel
          ? `${resolvedLabel} (from ${rawModel})`
          : resolvedLabel;

      runtime.log(
        `${label("Config")}${colorize(rich, theme.muted, ":")} ${colorize(rich, theme.info, shortenHomePath(configPath))}`,
      );
      runtime.log(
        `${label("Agent dir")}${colorize(rich, theme.muted, ":")} ${colorize(
          rich,
          theme.info,
          shortenHomePath(agentDir),
        )}`,
      );
      runtime.log(
        `${labelWithSource("Default", agentId ? (agentModelPrimary ? "agent" : "defaults") : undefined)}${colorize(
          rich,
          theme.muted,
          ":",
        )} ${colorize(rich, theme.success, displayDefault)}`,
      );
      runtime.log(
        `${labelWithSource(
          `Fallbacks (${fallbacks.length || 0})`,
          agentId ? (agentFallbacksOverride !== undefined ? "agent" : "defaults") : undefined,
        )}${colorize(rich, theme.muted, ":")} ${colorize(
          rich,
          fallbacks.length ? theme.warn : theme.muted,
          fallbacks.length ? fallbacks.join(", ") : "-",
        )}`,
      );
      runtime.log(
        `${label("Utility model")}${colorize(rich, theme.muted, ":")} ${colorize(
          rich,
          utilityModelDisplayRef ? theme.success : theme.muted,
          utilityModelDisplayRef
            ? `${utilityModelDisplayRef}${utilityModelSource === "provider-default" ? " (provider default)" : ""}`
            : utilityModelSource === "disabled"
              ? "off"
              : "-",
        )}`,
      );
      runtime.log(
        `${labelWithSource("Image model", agentId ? "defaults" : undefined)}${colorize(
          rich,
          theme.muted,
          ":",
        )} ${colorize(rich, imageModel ? theme.accentBright : theme.muted, imageModel || "-")}`,
      );
      runtime.log(
        `${labelWithSource(
          `Image fallbacks (${imageFallbacks.length || 0})`,
          agentId ? "defaults" : undefined,
        )}${colorize(rich, theme.muted, ":")} ${colorize(
          rich,
          imageFallbacks.length ? theme.accentBright : theme.muted,
          imageFallbacks.length ? imageFallbacks.join(", ") : "-",
        )}`,
      );
      runtime.log(
        `${label(`Aliases (${Object.keys(aliases).length || 0})`)}${colorize(rich, theme.muted, ":")} ${colorize(
          rich,
          Object.keys(aliases).length ? theme.accent : theme.muted,
          Object.keys(aliases).length
            ? Object.entries(aliases)
                .map(([alias, target]) =>
                  rich
                    ? `${theme.accentDim(alias)} ${theme.muted("->")} ${theme.info(target)}`
                    : `${alias} -> ${target}`,
                )
                .join(", ")
            : "-",
        )}`,
      );
      runtime.log(
        `${label(`Allowed models (${allowed.length || 0})`)}${colorize(rich, theme.muted, ":")} ${colorize(
          rich,
          allowed.length ? theme.info : theme.muted,
          allowed.length ? allowed.join(", ") : "all",
        )}`,
      );

      runtime.log("");
      runtime.log(colorize(rich, theme.heading, "Auth overview"));
      runtime.log(
        `${label("Auth store")}${colorize(rich, theme.muted, ":")} ${colorize(
          rich,
          theme.info,
          shortenHomePath(resolveAuthStorePathForDisplay(agentDir)),
        )}`,
      );
      runtime.log(
        `${label("Shell env")}${colorize(rich, theme.muted, ":")} ${colorize(
          rich,
          shellFallbackEnabled ? theme.success : theme.muted,
          shellFallbackEnabled ? "on" : "off",
        )}${applied.length ? colorize(rich, theme.muted, ` (applied: ${applied.join(", ")})`) : ""}`,
      );
      runtime.log(
        `${label(`Providers w/ OAuth/tokens (${providersWithOauth.length || 0})`)}${colorize(
          rich,
          theme.muted,
          ":",
        )} ${colorize(
          rich,
          providersWithOauth.length ? theme.info : theme.muted,
          providersWithOauth.length ? providersWithOauth.join(", ") : "-",
        )}`,
      );

      const formatKey = (key: string) => colorize(rich, theme.warn, key);
      const formatKeyValue = (key: string, value: string) =>
        `${formatKey(key)}=${colorize(rich, theme.info, value)}`;
      const formatSeparator = () => colorize(rich, theme.muted, " | ");

      for (const entry of providerAuth) {
        const separator = formatSeparator();
        const bits: string[] = [];
        bits.push(
          formatKeyValue(
            "effective",
            `${colorize(rich, theme.accentBright, entry.effective.kind)}:${colorize(
              rich,
              theme.muted,
              entry.effective.detail,
            )}`,
          ),
        );
        if (entry.profiles.count > 0) {
          bits.push(formatKeyValue("profiles", formatProviderAuthProfileCounts(entry.profiles)));
          if (entry.profiles.labels.length > 0) {
            bits.push(colorize(rich, theme.info, entry.profiles.labels.join(", ")));
          }
        }
        if (entry.env) {
          bits.push(
            formatKeyValue(
              "env",
              `${entry.env.value}${separator}${formatKeyValue("source", entry.env.source)}`,
            ),
          );
        }
        if (entry.modelsJson) {
          bits.push(
            formatKeyValue(
              "models.json",
              `${entry.modelsJson.value}${separator}${formatKeyValue("source", entry.modelsJson.source)}`,
            ),
          );
        }
        if (entry.syntheticAuth) {
          bits.push(
            formatKeyValue(
              "synthetic",
              `${entry.syntheticAuth.value}${separator}${formatKeyValue("source", entry.syntheticAuth.source)}`,
            ),
          );
        }
        runtime.log(`- ${theme.heading(entry.provider)} ${bits.join(separator)}`);
      }

      if (runtimeAuthRoutes.length > 0) {
        runtime.log("");
        runtime.log(colorize(rich, theme.heading, "Runtime auth"));
        for (const route of runtimeAuthRoutes) {
          const runtimeAvailability =
            route.status === "unavailable"
              ? `${formatSeparator()}${formatKeyValue(
                  "auth",
                  route.authStatus,
                )}${formatSeparator()}${formatKeyValue("runtime", route.runtimeStatus)}${
                  route.runtimeDetail
                    ? `${formatSeparator()}${colorize(rich, theme.muted, route.runtimeDetail)}`
                    : ""
                }`
              : "";
          runtime.log(
            `- ${theme.heading(route.provider)} via ${colorize(
              rich,
              theme.accentBright,
              route.runtime,
            )} uses ${theme.heading(route.authProvider)} ${formatKeyValue(
              "effective",
              `${colorize(rich, theme.accentBright, route.effective.kind)}:${colorize(
                rich,
                theme.muted,
                route.effective.detail,
              )}`,
            )}${formatSeparator()}${formatKeyValue("status", route.status)}${runtimeAvailability}`,
          );
        }
      }

      if (dedupedModelRouteIssues.length > 0) {
        runtime.log("");
        runtime.log(colorize(rich, theme.heading, "Model route issues"));
        for (const issue of dedupedModelRouteIssues) {
          const modelRef = `${issue.provider}/${issue.model}`;
          if (issue.kind === "incompatible") {
            runtime.log(`- ${theme.heading(modelRef)} [${issue.code}] ${issue.message}`);
            continue;
          }
          if (issue.kind === "indeterminate") {
            runtime.log(`- ${theme.heading(modelRef)} [indeterminate] ${issue.message}`);
            continue;
          }
          runtime.log(
            `- ${theme.heading(modelRef)} requires ${issue.authRequirement} auth: ${issue.message}`,
          );
        }
      }

      if (missingProvidersInUse.length > 0) {
        const { buildProviderAuthRecoveryHint } =
          await import("../../agents/provider-auth-recovery-hint.js");
        runtime.log("");
        runtime.log(colorize(rich, theme.heading, "Missing auth"));
        for (const provider of missingProvidersInUse) {
          const requiresSubscription = dedupedModelRouteIssues.some(
            (issue) =>
              issue.kind === "missing-auth" &&
              issue.provider === provider &&
              issue.authRequirement === "subscription",
          );
          const hint = buildProviderAuthRecoveryHint({
            provider,
            config: cfg,
            includeEnvVar: !requiresSubscription,
          });
          runtime.log(`- ${theme.heading(provider)} ${hint}`);
        }
      }

      if (unusableProfiles.length > 0) {
        runtime.log("");
        runtime.log(colorize(rich, theme.heading, "Unavailable auth profiles"));
        for (const profile of unusableProfiles) {
          const diagnostic = profile.classification ?? profile.reason;
          const reason = diagnostic ? `:${diagnostic}` : "";
          const provider = profile.provider ? ` (${profile.provider})` : "";
          runtime.log(
            `- ${theme.heading(profile.profileId)}${provider} ${profile.kind}${reason} (${formatRemainingShort(profile.remainingMs)}) — ${profile.recoveryHint}`,
          );
        }
      }

      runtime.log("");
      runtime.log(colorize(rich, theme.heading, "OAuth/token status"));
      if (oauthProfiles.length === 0) {
        runtime.log(colorize(rich, theme.muted, "- none"));
      } else {
        const { formatUsageWindowSummary, loadProviderUsageSummary, resolveUsageProviderId } =
          await providerUsageRuntimeLoader.load();
        const usageByProvider = new Map<string, string>();
        const usageProviders = Array.from(
          new Set(
            oauthProfiles
              .map((profile) =>
                resolveUsageProviderId(profile.provider, { credentialType: profile.type }),
              )
              .filter((provider): provider is NonNullable<typeof provider> => Boolean(provider)),
          ),
        );
        if (usageProviders.length > 0) {
          try {
            const usageSummary = await loadProviderUsageSummary({
              providers: usageProviders,
              agentDir,
              timeoutMs: 3500,
            });
            for (const snapshot of usageSummary.providers) {
              const formatted = formatUsageWindowSummary(snapshot, {
                now: Date.now(),
                maxWindows: 2,
                includeResets: true,
              });
              if (formatted) {
                usageByProvider.set(snapshot.provider, formatted);
              }
            }
          } catch {
            // ignore usage failures
          }
        }

        const formatStatus = (status: string) => {
          if (status === "ok") {
            return colorize(rich, theme.success, "ok");
          }
          if (status === "static") {
            return colorize(rich, theme.muted, "static");
          }
          if (status === "expiring") {
            return colorize(rich, theme.warn, "expiring");
          }
          if (status === "missing") {
            return colorize(rich, theme.warn, "unknown");
          }
          return colorize(rich, theme.error, "expired");
        };

        const profilesByProvider = new Map<string, typeof oauthProfiles>();
        for (const profile of oauthProfiles) {
          const current = profilesByProvider.get(profile.provider);
          if (current) {
            current.push(profile);
          } else {
            profilesByProvider.set(profile.provider, [profile]);
          }
        }

        for (const [provider, profiles] of profilesByProvider) {
          const usageProfile = profiles.find(
            (profile) => profile.type === "oauth" || profile.type === "token",
          );
          const usageKey = resolveUsageProviderId(provider, {
            credentialType: usageProfile?.type,
          });
          const usage = usageKey ? usageByProvider.get(usageKey) : undefined;
          const usageSuffix = usage ? colorize(rich, theme.muted, ` usage: ${usage}`) : "";
          runtime.log(`- ${colorize(rich, theme.heading, provider)}${usageSuffix}`);
          for (const profile of profiles) {
            const labelText = profile.label || profile.profileId;
            const labelLocal = colorize(rich, theme.accent, labelText);
            const status = formatStatus(profile.status);
            const expiry =
              profile.status === "static"
                ? ""
                : profile.expiresAt
                  ? ` expires in ${formatRemainingShort(profile.remainingMs)}`
                  : " expires unknown";
            runtime.log(`  - ${labelLocal} ${status}${expiry}`);
          }
        }
      }

      if (probeSummary) {
        const [
          { getTerminalTableWidth, renderTable },
          { describeProbeSummary, formatProbeLatency, sortProbeResults },
        ] = await Promise.all([terminalTableRuntimeLoader.load(), listProbeRuntimeLoader.load()]);
        runtime.log("");
        runtime.log(colorize(rich, theme.heading, "Auth probes"));
        if (probeSummary.results.length === 0) {
          runtime.log(colorize(rich, theme.muted, "- none"));
        } else {
          const tableWidth = getTerminalTableWidth();
          const sorted = sortProbeResults(probeSummary.results);
          const statusColor = (status: string) => {
            if (status === "ok") {
              return theme.success;
            }
            if (status === "rate_limit") {
              return theme.warn;
            }
            if (status === "timeout" || status === "billing") {
              return theme.warn;
            }
            if (status === "auth" || status === "format") {
              return theme.error;
            }
            if (status === "no_model") {
              return theme.muted;
            }
            return theme.muted;
          };
          const rows = sorted.map((result) => {
            const status = colorize(rich, statusColor(result.status), result.status);
            const latency = formatProbeLatency(result.latencyMs);
            const modelLabel = result.model ?? `${result.provider}/-`;
            const modeLabel = result.mode
              ? ` ${colorize(rich, theme.muted, `(${result.mode})`)}`
              : "";
            const profile = `${colorize(rich, theme.accent, result.label)}${modeLabel}`;
            const detail = result.error?.trim();
            const detailLabel = detail ? `\n${colorize(rich, theme.muted, `↳ ${detail}`)}` : "";
            const statusLabel = `${status}${colorize(rich, theme.muted, ` · ${latency}`)}${detailLabel}`;
            return {
              Model: colorize(rich, theme.heading, modelLabel),
              Profile: profile,
              Status: statusLabel,
            };
          });
          runtime.log(
            renderTable({
              width: tableWidth,
              columns: [
                { key: "Model", header: "Model", minWidth: 18 },
                { key: "Profile", header: "Profile", minWidth: 24 },
                { key: "Status", header: "Status", minWidth: 12 },
              ],
              rows,
            }).trimEnd(),
          );
          runtime.log(colorize(rich, theme.muted, describeProbeSummary(probeSummary)));
        }
      }
      finishModelsStatusOutput(runtime, opts.check, checkStatus);
    },
    { config: cfg, workspaceDir, env: process.env },
  );
}
/* oxlint-disable max-lines -- TODO: split this grandfathered oversized file. */