/**
 * Generate a JWT for App Store Connect API authentication.
 * Uses ES256 algorithm with the .p8 private key.
 */
export declare function generateJwt(keyId: string, issuerId: string, p8Content: string): string;
export declare class AppleApiHttpError extends Error {
    readonly status: number;
    constructor(status: number, message: string);
}
/**
 * Verify the API key works and try to detect the team ID from existing certificates.
 * Throws on 401/403 with a user-friendly message.
 */
export declare function verifyApiKey(token: string): Promise<{
    valid: true;
    teamId: string;
}>;
export interface AscDistributionCert {
    id: string;
    name: string;
    serialNumber: string;
    expirationDate: string;
    /**
     * Base64-encoded DER of the certificate. Populated when {@link listDistributionCerts}
     * is called with `includeContent: true` — kept optional so existing callers don't pay
     * the larger payload when they don't need it.
     */
    certificateContent?: string;
}
/**
 * Why a local Keychain cert can't be used to ship builds.
 *
 * Concrete enumeration so the import-pick-identity UI can render a stable
 * Reason column and so we can add specific guidance per reason (e.g.
 * "managed" certs get a "can't sign locally" note, "not-visible" certs get
 * a "Open Developer Portal to verify" note).
 */
export type CertAvailabilityReason = 'expired' | 'managed' | 'not-visible' | 'check-failed' | 'no-private-key';
export interface CertAvailability {
    available: boolean;
    reason?: CertAvailabilityReason;
    /** Short human-readable reason for display in the picker. */
    reasonText?: string;
    /** When available — Apple-side cert resource id for downstream API calls. */
    appleCertId?: string;
}
/**
 * Pure classifier: given a local cert + the result of an Apple-side lookup,
 * decide whether it's usable for shipping builds and surface a short
 * reasonText for the picker UI.
 *
 * Exported separately from the lookup function so we can unit-test the
 * decision logic without mocking network calls. Callers compose:
 *
 *   const certId = await findCertIdBySha1(token, identity.sha1)
 *     .catch(err => { lookupError = err; return null })
 *   const availability = classifyCertAvailability({
 *     localExpirationDate: identity.expirationDate,
 *     appleCertId: certId,
 *     lookupError,
 *   })
 *
 * The `expired` and `managed` branches don't need a lookup — they're checked
 * up-front from local metadata. Callers can pass null `appleCertId` without
 * having run the lookup at all when those local-side conditions already
 * disqualify the identity.
 */
export declare function classifyCertAvailability(args: {
    localExpirationDate?: string;
    isManaged?: boolean;
    appleCertId: string | null;
    lookupError?: unknown;
}): CertAvailability;
/**
 * List all iOS distribution certificates.
 *
 * Set `includeContent: true` when you need to compute the cert's SHA1 for
 * matching against a local Keychain identity ({@link findCertIdBySha1}).
 */
export declare function listDistributionCerts(token: string, options?: {
    includeContent?: boolean;
    types?: ('DISTRIBUTION' | 'IOS_DISTRIBUTION')[];
}): Promise<AscDistributionCert[]>;
/**
 * Compute the SHA1 hash of an ASC certificate's base64-DER content. Returns
 * the lowercase 40-char hex string used elsewhere as the canonical identity
 * key — matches the SHA1 reported by `security find-identity` on macOS.
 *
 * SECURITY NOTE on SHA1: this is NOT a security primitive. macOS itself
 * reports code-signing identities as cert-DER SHA1 (via `security
 * find-identity`), and we have to use the same hash to look up an Apple-side
 * cert by its on-Mac counterpart. SHA1 here is a non-secret identifier, not
 * a message digest protecting any data. CodeQL's "weak cryptographic
 * algorithm" rule is suppressed for this reason.
 */
export declare function computeCertSha1(certificateContentBase64: string): string;
/**
 * Match a local Keychain identity (by its SHA1) against an Apple-side
 * certificate and return the Apple certificate ID needed for profile
 * creation. Returns null if no Apple-side cert matches the SHA1.
 */
export declare function findCertIdBySha1(token: string, sha1: string): Promise<string | null>;
/**
 * Like {@link findCertIdBySha1} but returns the full Apple-side cert
 * record (id + name + expirationDate + serialNumber) when matched. Used
 * by the eager batch validation so the picker / manual-portal-walkthrough
 * step can surface concrete disambiguators (expiration date, last few
 * chars of serial number — both visible in the Apple Developer Portal
 * when the user clicks into a cert) that help the user pick the right
 * row when multiple distribution certs are listed for the same team.
 *
 * Apple's API does NOT expose a "created by" field on certs (the portal
 * UI shows it, but `/v1/certificates` doesn't return that column). The
 * disambiguators we can give are expirationDate + serialNumber.
 */
export declare function findCertBySha1(token: string, sha1: string): Promise<AscDistributionCert | null>;
/**
 * List all provisioning profiles linked to a specific Apple-side certificate.
 * Used by the import-flow no-match-recovery menu to surface profiles that
 * exist on Apple but haven't been downloaded to the user's Mac.
 */
export interface AscProfileSummary {
    id: string;
    name: string;
    profileType: string;
    profileContent: string;
    expirationDate: string;
    bundleIdentifier: string;
}
export declare function listProfilesForCert(token: string, certificateId: string): Promise<AscProfileSummary[]>;
/**
 * Revoke (delete) a certificate by ID.
 */
export declare function revokeCertificate(token: string, certId: string): Promise<void>;
/**
 * Error thrown when certificate limit is reached.
 * Contains the existing certificates so the UI can ask the user which to revoke.
 */
export declare class CertificateLimitError extends Error {
    readonly certificates: AscDistributionCert[];
    constructor(certificates: AscDistributionCert[]);
}
/**
 * Create an Apple Distribution certificate (type DISTRIBUTION — the modern
 * cross-platform type Xcode 11+ uses; the legacy IOS_DISTRIBUTION type is
 * deprecated and its separate per-team pool tends to be full of old certs)
 * using a CSR.
 * Returns the certificate ID, base64 DER content, expiration date, and team ID.
 *
 * Throws CertificateLimitError if the limit is reached, so the UI can ask
 * the user which certificate to revoke.
 */
export declare function createCertificate(token: string, csrPem: string): Promise<{
    certificateId: string;
    certificateContent: string;
    expirationDate: string;
    teamId: string;
}>;
/**
 * Find an existing bundle ID or register a new one.
 * Returns the Apple resource ID needed for profile creation.
 */
export declare function ensureBundleId(token: string, identifier: string): Promise<{
    bundleIdResourceId: string;
}>;
/**
 * An App Store Connect app record. Used by the iOS app-verification step to
 * check whether an app exists whose `bundleId` matches the project's Release
 * `PRODUCT_BUNDLE_IDENTIFIER`.
 */
export interface AscApp {
    id: string;
    bundleId: string;
    name: string;
}
/**
 * Parse a `GET /v1/apps` response into {@link AscApp} records. Tolerant of
 * missing `data`, missing `attributes`, and missing individual fields — Apple
 * omits attributes the API key isn't entitled to see rather than nulling them.
 */
export declare function parseAppsResponse(json: any): AscApp[];
/**
 * Parse a `GET /v1/bundleIds` response into the list of registered identifier
 * strings, dropping any falsy entries (missing `attributes`/`identifier`).
 */
export declare function parseBundleIdsResponse(json: any): string[];
/**
 * List every App Store Connect app visible to the API key, following
 * pagination. Uses the existing {@link ascFetch} — no separate fetch path.
 */
export declare function listApps(token: string): Promise<AscApp[]>;
/**
 * List every registered bundle ID identifier visible to the API key, following
 * pagination. Uses the existing {@link ascFetch} — no separate fetch path.
 */
export declare function listBundleIds(token: string): Promise<string[]>;
/**
 * Get the profile name we use for a given appId.
 */
export declare function getCapgoProfileName(appId: string): string;
/**
 * Find existing provisioning profiles matching our naming convention.
 * Only returns profiles we created (named "Capgo <appId> AppStore").
 */
export declare function findCapgoProfiles(token: string, appId: string): Promise<Array<{
    id: string;
    name: string;
    profileType: string;
}>>;
/**
 * Delete a provisioning profile by ID.
 */
export declare function deleteProfile(token: string, profileId: string): Promise<void>;
/**
 * Create an App Store provisioning profile linking a certificate and bundle ID.
 * Returns the base64 mobileprovision content.
 *
 * Throws a DuplicateProfileError if duplicate profiles exist, so the caller
 * can ask the user whether to delete them and retry.
 */
export declare class DuplicateProfileError extends Error {
    readonly profiles: Array<{
        id: string;
        name: string;
        profileType: string;
    }>;
    constructor(profiles: Array<{
        id: string;
        name: string;
        profileType: string;
    }>);
}
export declare function createProfile(token: string, bundleIdResourceId: string, certificateId: string, appId: string): Promise<{
    profileId: string;
    profileName: string;
    profileContent: string;
    expirationDate: string;
}>;
