import type { MobileprovisionDetail } from '../mobileprovision-parser.js';
/** Standard locations Xcode writes provisioning profiles into. */
export declare const PROVISIONING_PROFILE_DIRS: readonly ["Library/Developer/Xcode/UserData/Provisioning Profiles", "Library/MobileDevice/Provisioning Profiles"];
export type IdentityType = 'distribution' | 'development' | 'unknown';
export interface SigningIdentity {
    /** SHA1 hash of the certificate, lowercase 40-char hex */
    sha1: string;
    /** Full identity string from `security find-identity` (e.g. "Apple Distribution: Acme Corp (XYZ123ABCD)") */
    name: string;
    /** Best-effort classification from the name prefix */
    type: IdentityType;
    /** Human-readable team name extracted from the identity string */
    teamName: string;
    /** Apple Team ID (10-char alphanumeric) extracted from the identity string */
    teamId: string;
}
export interface DiscoveredProfile extends MobileprovisionDetail {
    /** Absolute path to the .mobileprovision file */
    path: string;
}
export interface IdentityProfileMatch {
    identity: SigningIdentity;
    /** Profiles whose embedded developer certs include this identity's SHA1 */
    profiles: DiscoveredProfile[];
}
export interface ExportedP12 {
    /** Base64-encoded PKCS#12 blob containing the chosen identity's cert + private key */
    base64: string;
    /** Auto-generated passphrase used to wrap the export */
    passphrase: string;
}
export declare class MacOSSigningError extends Error {
    readonly cause?: unknown | undefined;
    constructor(message: string, cause?: unknown | undefined);
}
export declare class NotMacOSError extends MacOSSigningError {
    constructor();
}
/** Returns `true` when running on macOS (Darwin). */
export declare function isMacOS(): boolean;
/**
 * Run a subprocess and capture stdout/stderr/exit-code.
 *
 * Public so tests can inject a fake runner via the optional argument on
 * higher-level functions. Not intended for downstream callers.
 */
export interface SecurityRunResult {
    stdout: string;
    stderr: string;
    code: number | null;
}
export type SecurityRunner = (args: readonly string[]) => Promise<SecurityRunResult>;
/**
 * Parse the human-readable output of `security find-identity -v -p codesigning`.
 * Each line looks like:
 *   `  1) <SHA1> "Apple Distribution: Acme Corp (XYZ123ABCD)"`
 *
 * Exported so unit tests can verify parsing without spawning a subprocess.
 */
export declare function parseFindIdentityOutput(stdout: string): SigningIdentity[];
/**
 * List all code-signing identities visible in the user's default Keychain.
 * Read-only — does NOT trigger any Keychain access prompt.
 *
 * @param runner Optional injection point for testing. Pass a fake to avoid
 *               spawning the real `/usr/bin/security` binary.
 */
export declare function listSigningIdentities(runner?: SecurityRunner): Promise<SigningIdentity[]>;
/**
 * Scan all standard Xcode provisioning-profile directories under the user's
 * home and return parsed metadata for every readable `.mobileprovision`.
 *
 * Read-only — pure filesystem reads, no Keychain interaction.
 *
 * Files that fail to parse are silently skipped (a teammate's malformed
 * profile shouldn't break the whole listing).
 *
 * @param homeDirOverride Optional override for HOME, used in tests.
 */
export declare function scanProvisioningProfiles(homeDirOverride?: string): Promise<DiscoveredProfile[]>;
/**
 * Given a list of identities and profiles, return one match entry per
 * identity, populated with profiles whose embedded developer certs include
 * that identity's SHA1.
 *
 * Pure function — no I/O.
 */
export declare function matchIdentitiesToProfiles(identities: readonly SigningIdentity[], profiles: readonly DiscoveredProfile[]): IdentityProfileMatch[];
/**
 * Compare a provisioning profile's bundle id against the app's concrete bundle
 * id, honoring Apple's wildcard syntax. The mobileprovision parser leaves the
 * asterisk in place after stripping the team-id prefix, so a wildcard profile
 * arrives here as either the bare `*` (matches everything the team owns) or a
 * suffix wildcard like `com.example.*` (matches `com.example.<anything>`).
 *
 * Exported so the file-picker validation in the Ink UI can reuse the same
 * matching rule as `filterProfilesForApp` — otherwise a wildcard
 * `.mobileprovision` picked manually would be hard-rejected even though the
 * underlying profile is valid for the current app.
 */
export declare function bundleIdMatches(profileBundleId: string, appId: string): boolean;
/**
 * Filter profiles that are actually usable for a given Capacitor app + iOS
 * distribution mode. Used by the import-existing flow to detect dead-end
 * situations where an identity has profiles for a different app or the wrong
 * distribution mode — in which case the no-match-recovery menu can offer
 * "fetch / create via Apple" instead of dropping the user at an empty picker.
 *
 * `importDistribution` is null/undefined when the user hasn't picked yet —
 * in that case any profileType is accepted.
 *
 * Bundle-id comparison goes through {@link bundleIdMatches} so wildcard
 * profiles (the norm for ad_hoc/enterprise teams that share one profile
 * across many apps) are accepted alongside literal-equality matches. Apple
 * never issues wildcard `app_store` profiles in practice, so when the caller
 * pins `importDistribution = 'app_store'` the conjunction naturally drops
 * any ad_hoc/enterprise wildcards that happen to be installed.
 */
export declare function filterProfilesForApp(profiles: readonly DiscoveredProfile[], appId: string, importDistribution: 'app_store' | 'ad_hoc' | null | undefined): DiscoveredProfile[];
/**
 * Generate a cryptographically random passphrase suitable for wrapping the
 * exported PKCS#12. 32 bytes of entropy → 64-char hex string.
 */
export declare function generateP12Passphrase(): string;
/**
 * Bundle identifier of the App Store Connect key helper's CapgoAscKeyHelper.app.
 * Pinned in its designated requirement exactly like the keychain helper above —
 * same team, same Developer ID, different bundle id. Must match
 * cli/scripts/package-asc-key-helper-app.sh and publish_cli_helper.yml's sign step.
 */
export declare const ASC_KEY_HELPER_BUNDLE_IDENTIFIER = "app.capgo.asc-key-helper";
/**
 * Map a Node `process.arch` value to the matching helper package name, or
 * null when no precompiled helper exists for that architecture.
 */
export declare function helperPackageName(arch: string): string | null;
/**
 * codesign designated requirement asserting: the exact helper bundle identifier
 * (defaults to the keychain helper's app.capgo.cli.helper), an Apple-rooted
 * chain, a Developer ID Application leaf cert (OID 1.2.840.113635.100.6.1.13),
 * and the given Apple Team ID as the signing team. The identifier clause is what
 * scopes the requirement to THIS binary — without it, any other binary signed
 * with Capgo's Developer ID cert (a future tool, a leaked artifact) would also
 * satisfy the check. Pass `bundleIdentifier` to scope it to a different Capgo
 * helper (e.g. the ASC key helper) signed with the same Developer ID + team.
 */
export declare function helperSignatureRequirement(teamId?: string, bundleIdentifier?: string): string;
export interface CodesignRunner {
    (args: readonly string[]): Promise<SpawnResult>;
}
export interface ResolveHelperBinaryOptions {
    /** Override `process.arch` (tests). */
    arch?: string;
    /**
     * Override module resolution (tests). Each resolver receives the package's
     * `package.json` specifier and must return its absolute path or throw. Pass an
     * ARRAY to test the fallback chain (each base is tried in order until one
     * resolves); a single function is treated as a one-element chain.
     */
    resolve?: ((specifier: string) => string) | Array<(specifier: string) => string>;
    /** Override the codesign spawn (tests). */
    codesignRunner?: CodesignRunner;
    /** Force the dev env-override gate (tests). Defaults to the build-time flag. */
    allowEnvOverride?: boolean;
    /**
     * Project directory to ALSO resolve the helper package from, in addition to the
     * CLI's own node_modules. Lets a project-local `npm i @capgo/cli-helper-darwin-*`
     * be picked up even when the CLI runs from a global install or the MCP server
     * (which doesn't resolve from the user's project). Defaults to `process.cwd()`.
     * Ignored when `resolve` is provided (tests).
     */
    cwd?: string;
}
/**
 * Locate the precompiled `helper` binary for this machine and verify its code
 * signature chains to Capgo's Developer ID before returning it.
 *
 * Resolution order:
 *   1. CAPGO_KEYCHAIN_HELPER_PATH (dev builds only — see the build-time flag)
 *   2. The arch-matching @capgo/cli-helper-darwin-* optional dependency
 *   3. Hard error with install guidance. There is no compile fallback.
 */
export declare function resolveHelperBinary(options?: ResolveHelperBinaryOptions): Promise<string>;
export interface VerifyAppBundleSignatureOptions {
    /**
     * Bundle identifier to pin in the designated requirement (e.g.
     * app.capgo.cli.helper for the keychain helper, app.capgo.asc-key-helper for
     * the ASC key helper). Both are signed with the same Developer ID + team.
     */
    bundleIdentifier: string;
    /** Human-readable name for the helper, used in the thrown error message. */
    label?: string;
    /** Extra guidance appended to the error message (e.g. a reinstall hint). */
    reinstallHint?: string;
    /** Override the codesign spawn (tests). */
    codesignRunner?: CodesignRunner;
}
/**
 * Verify an app bundle's (or binary's) code signature against Capgo's designated
 * requirement (Apple-rooted chain + Developer ID Application leaf + Capgo Team ID
 * + the given bundle identifier). macOS validates the certificate chain and the
 * seal, so this also detects post-install tampering. Throws — never returns —
 * on any failure, so callers can verify-then-spawn safely.
 *
 * Shared by the keychain helper and the App Store Connect key helper: both ship
 * inside the same npm package, signed with the same Developer ID, distinguished
 * only by their bundle identifiers.
 */
export declare function verifyAppBundleSignature(bundlePath: string, options: VerifyAppBundleSignatureOptions): Promise<void>;
/**
 * Output shape from the Swift helper's stdout — always emitted as one line of
 * JSON regardless of success or failure. See cli-helper/src/helper.swift for
 * the source of truth.
 */
interface SwiftHelperResult {
    ok: boolean;
    p12Path?: string;
    p12SizeBytes?: number;
    identityName?: string;
    errorCode?: 'INVALID_ARGS' | 'NO_IDENTITY' | 'USER_DENIED' | 'EXPORT_FAILED' | 'WRITE_FAILED' | 'FORBIDDEN_CALLER' | 'INTERNAL';
    message?: string;
    osStatus?: number;
}
/**
 * Spawn an arbitrary command, capturing stdout/stderr/exit-code. Used for
 * `/usr/bin/codesign` and the precompiled Swift helper itself.
 */
interface SpawnResult {
    stdout: string;
    stderr: string;
    code: number | null;
}
export interface ExportP12Options {
    /**
     * Pre-resolved helper binary path. Used in tests to inject a fake binary;
     * in production this is computed automatically. Bypasses the signature
     * check — not reachable from user input.
     */
    helperPathOverride?: string;
    /** Injection points for {@link resolveHelperBinary} (tests). */
    resolveOptions?: ResolveHelperBinaryOptions;
}
/**
 * Export the chosen identity from the user's Keychain as a base64'd PKCS#12.
 *
 * Triggers exactly TWO macOS Keychain prompts on the user's first run for
 * a given identity (one for "access" ACL, one for "export" ACL). Both
 * decisions are cached when the user clicks "Always Allow", so subsequent
 * runs against the same identity from the same binary are silent.
 *
 * Internally runs the precompiled, signature-verified `helper keychain-export`
 * subcommand from the arch-matching `@capgo/cli-helper-darwin-*` package.
 *
 * @param targetSha1 SHA1 of the identity to export (from {@link listSigningIdentities})
 * @param options    See {@link ExportP12Options}
 */
export declare function exportP12FromKeychain(targetSha1: string, options?: ExportP12Options): Promise<ExportedP12>;
/**
 * Parse the helper's JSON output. Tolerates: extra whitespace, trailing
 * newline, BOM. Throws a clear error if the output is unparsable — that
 * indicates the helper crashed without emitting JSON, which our Swift code
 * tries hard to never do (see cli-helper/src/helper.swift's top-level catch).
 *
 * Exported for tests.
 */
export declare function parseHelperJson(stdout: string, stderr: string, exitCode: number | null): SwiftHelperResult;
export {};