import { z } from 'zod/v4';

/**
 * Type mapping for more readable error messages.
 * Maps STIX types to their corresponding readable type names.
 */
declare const stixTypeToTypeName: Record<StixType, string>;
declare const stixTypeSchema: z.ZodEnum<{
    file: "file";
    "attack-pattern": "attack-pattern";
    bundle: "bundle";
    campaign: "campaign";
    "course-of-action": "course-of-action";
    "extension-definition": "extension-definition";
    identity: "identity";
    "intrusion-set": "intrusion-set";
    malware: "malware";
    tool: "tool";
    "marking-definition": "marking-definition";
    "x-mitre-analytic": "x-mitre-analytic";
    "x-mitre-data-component": "x-mitre-data-component";
    "x-mitre-detection-strategy": "x-mitre-detection-strategy";
    "x-mitre-tactic": "x-mitre-tactic";
    "x-mitre-asset": "x-mitre-asset";
    "x-mitre-data-source": "x-mitre-data-source";
    "x-mitre-matrix": "x-mitre-matrix";
    "x-mitre-collection": "x-mitre-collection";
    relationship: "relationship";
    artifact: "artifact";
}>;
type StixType = z.infer<typeof stixTypeSchema>;
/**
 * Creates a factory function that generates type-specific validators for STIX objects
 *
 * @param expectedType - The STIX type that should be validated against (e.g., 'x-mitre-tactic')
 * @param objectName - The human-readable name of the object type (e.g., 'Tactic')
 * @returns A Zod validator that confirms the type matches the expected value
 *
 * @example
 * // Define type validation in your object schema
 * const tacticSchema = z.object({
 *   type: createTypeValidator('x-mitre-tactic', 'Tactic'),
 *   // other schema properties
 * });
 *
 * // Validate an object with incorrect type
 * tacticSchema.validate({ type: 'invalid-type' });
 * // Throws: "Invalid 'type' property. Expected 'x-mitre-tactic' for Tactic object, but received 'invalid-type'"
 */
declare function createStixTypeValidator(stixType: StixType): z.ZodLiteral<"file" | "attack-pattern" | "bundle" | "campaign" | "course-of-action" | "extension-definition" | "identity" | "intrusion-set" | "malware" | "tool" | "marking-definition" | "x-mitre-analytic" | "x-mitre-data-component" | "x-mitre-detection-strategy" | "x-mitre-tactic" | "x-mitre-asset" | "x-mitre-data-source" | "x-mitre-matrix" | "x-mitre-collection" | "relationship" | "artifact">;
/**
 * Creates a type validator for STIX objects that can have multiple valid types
 *
 * @param stixTypes - Array of valid STIX types for this object
 * @returns A configured Zod validator that accepts any of the specified types
 *
 * @example
 * // For an object that can be either malware or tool
 * const malwareToolSchema = attackBaseObjectSchema
 *   .extend({
 *     id: createStixIdentifierSchema(['malware', 'tool']),
 *     type: createMultiStixTypeValidator(['malware', 'tool']),
 *     // other properties...
 *   });
 */
declare function createMultiStixTypeValidator(stixTypes: StixType[]): z.ZodUnion<[z.ZodLiteral<"file" | "attack-pattern" | "bundle" | "campaign" | "course-of-action" | "extension-definition" | "identity" | "intrusion-set" | "malware" | "tool" | "marking-definition" | "x-mitre-analytic" | "x-mitre-data-component" | "x-mitre-detection-strategy" | "x-mitre-tactic" | "x-mitre-asset" | "x-mitre-data-source" | "x-mitre-matrix" | "x-mitre-collection" | "relationship" | "artifact">, ...z.ZodLiteral<"file" | "attack-pattern" | "bundle" | "campaign" | "course-of-action" | "extension-definition" | "identity" | "intrusion-set" | "malware" | "tool" | "marking-definition" | "x-mitre-analytic" | "x-mitre-data-component" | "x-mitre-detection-strategy" | "x-mitre-tactic" | "x-mitre-asset" | "x-mitre-data-source" | "x-mitre-matrix" | "x-mitre-collection" | "relationship" | "artifact">[]]>;

export { type StixType, createMultiStixTypeValidator, createStixTypeValidator, stixTypeSchema, stixTypeToTypeName };