@minisylar/express-typed-router/dist/zod-router.cjs.map

A strongly-typed Express router with Zod validation and automatic type inference for params, body, query, and middleware

{"version":3,"file":"zod-router.cjs","names":["schema: AnyZodType","schema: T","data: unknown","error: unknown","z3","middleware: TypedMiddleware<TReq, TLocals>","path: string","optionsOrHandler: any","handler?: any","method: HttpMethod","middlewares: any[]","req: Request","res: Response","next: NextFunction","config?: RouterConfig"],"sources":["../src/zod-router.ts"],"sourcesContent":["/**\n * @packageDocumentation\n * @module @minisylar/express-typed-router\n *\n * @title @minisylar/express-typed-router\n *\n * A strongly-typed Express router with Zod validation and automatic type inference for params, body, query, and middleware.\n *\n * @example\n * // Example 1: Basic usage with router-level middleware\n * const router = createTypedRouter()\n *   .useMiddleware(timestampMiddleware)\n *   .useMiddleware(requestIdMiddleware)\n *\n * router.get('/posts/:postId', (req, res) => {\n *   const { postId } = req.params // Typed as { postId: string }\n *   const { timestamp, requestId } = req // Both properties are now typed correctly!\n *   res.json({ postId, timestamp, requestId })\n * })\n *\n * @example\n * // Example 2: Per-route middleware with automatic type inference\n * router.post(\n *   '/posts',\n *   {\n *     bodySchema: CreatePostSchema,\n *     middleware: [timestampMiddleware, requestIdMiddleware] as const\n *   },\n *   (req, res) => {\n *     const { title, content, tags } = req.body // From schema validation\n *     const { timestamp, requestId } = req // From middleware - should be automatically typed!\n *     res.json({ title, content, tags, timestamp, requestId })\n *   }\n * )\n *\n * @example\n * // Example 3: Mixed middleware\n * const router = createTypedRouter().useMiddleware(requestIdMiddleware)\n * router.get(\n *   '/posts/:postId',\n *   {\n *     middleware: [authMiddleware] as const\n *   },\n *   (req, res) => {\n *     const { postId } = req.params\n *     const { requestId } = req // From router-level middleware\n *     const { userId, hasPermission } = req // From per-route middleware\n *     res.json({ postId, requestId, userId, hasPermission })\n *   }\n * )\n *\n * @example\n * // Example 4: Using factory with pre-configured middleware\n * const router = createTypedRouterWithMiddleware(timestampMiddleware, requestIdMiddleware)\n * router.get('/simple/:id', (req, res) => {\n *   const { id } = req.params\n *   const { timestamp, requestId } = req // Already available from factory setup!\n *   res.json({ id, timestamp, requestId })\n * })\n *\n * @example\n * // Example 5: Demonstrating all HTTP methods\n * const router = createTypedRouter().useMiddleware(requestIdMiddleware)\n *\n * // GET with query validation\n * router.get('/posts', { querySchema: QuerySchema }, (req, res) => {\n *   const { limit, offset } = req.query // Typed from schema\n *   const { requestId } = req // From router middleware\n *   res.json({ posts: [], limit, offset, requestId })\n * })\n *\n * // POST with body validation and middleware\n * router.post(\n *   '/posts',\n *   {\n *     bodySchema: CreatePostSchema,\n *     middleware: [timestampMiddleware] as const\n *   },\n *   (req, res) => {\n *     const { title, content } = req.body // From body schema\n *     const { requestId, timestamp } = req // From middleware\n *     res.json({ id: 'new-post', title, content, requestId, timestamp })\n *   }\n * )\n *\n * // PUT for full updates\n * router.put(\n *   '/posts/:postId',\n *   {\n *     bodySchema: CreatePostSchema,\n *     middleware: [authMiddleware] as const\n *   },\n *   (req, res) => {\n *     const { postId } = req.params\n *     const { title, content } = req.body\n *     const { requestId, userId, hasPermission } = req\n *     res.json({ postId, title, content, requestId, userId, hasPermission })\n *   }\n * )\n *\n * // PATCH for partial updates\n * router.patch('/posts/:postId', { bodySchema: UpdatePostSchema }, (req, res) => {\n *   const { postId } = req.params\n *   const updates = req.body // Partial update object\n *   const { requestId } = req\n *   res.json({ postId, updates, requestId })\n * })\n *\n * // DELETE\n * router.delete('/posts/:postId', (req, res) => {\n *   const { postId } = req.params\n *   const { requestId } = req\n *   res.json({ deleted: postId, requestId })\n * })\n *\n * // OPTIONS for CORS preflight\n * router.options('/posts/*', (req, res) => {\n *   res.header('Access-Control-Allow-Methods', 'GET,POST,PUT,PATCH,DELETE')\n *   res.header('Access-Control-Allow-Headers', 'Content-Type')\n *   res.status(200).end()\n * })\n *\n * // HEAD for metadata only\n * router.head('/posts/:postId', (req, res) => {\n *   const { postId } = req.params\n *   res.header('X-Post-ID', postId)\n *   res.status(200).end()\n * })\n *\n * // ALL method for catch-all routes\n * router.all('/debug/*', (req, res) => {\n *   const { requestId } = req\n *   res.json({\n *     method: req.method,\n *     path: req.path,\n *     requestId\n *   })\n * })\n */\n/* eslint-disable @typescript-eslint/no-empty-object-type */\nimport express, {\n  type Request,\n  type Response,\n  type NextFunction,\n} from \"express\";\n\n// Import from versioned subpaths as recommended by Zod docs\nimport * as z3 from \"zod/v3\";\nimport * as z4 from \"zod/v4/core\";\n\n// Compatibility layer for Zod v3/v4 following official recommendations\nexport type AnyZodType = z3.ZodTypeAny | z4.$ZodType;\n\n// Type guard to detect Zod 4 schemas at runtime\nexport function isZod4Schema(schema: AnyZodType): schema is z4.$ZodType {\n  return \"_zod\" in schema;\n}\n\n// Helper type to extract output type from Zod v3, v4, drizzle-zod, or fallback to unknown\nexport type InferOutput<T> = T extends z4.$ZodType\n  ? z4.output<T>\n  : T extends z3.ZodTypeAny\n  ? z3.output<T>\n  : T extends { _output: infer O }\n  ? O\n  : T extends { _type: infer O }\n  ? O\n  : unknown;\n\n// Helper type to extract input type from Zod v3, v4, drizzle-zod, or fallback to unknown\nexport type InferInput<T> = T extends z4.$ZodType\n  ? z4.input<T>\n  : T extends z3.ZodTypeAny\n  ? z3.input<T>\n  : T extends { _input: infer I }\n  ? I\n  : T extends { _type: infer I }\n  ? I\n  : unknown;\n\n// Unified parsing functions that work with both Zod 3 and 4\nexport function parseSchema<T extends AnyZodType>(\n  schema: T,\n  data: unknown\n): InferOutput<T> {\n  if (isZod4Schema(schema)) {\n    return z4.parse(schema, data) as InferOutput<T>;\n  } else {\n    return (schema as z3.ZodTypeAny).parse(data) as InferOutput<T>;\n  }\n}\n\n// Safe parse result type that works with both versions\nexport type SafeParseResult<T extends AnyZodType> = T extends z4.$ZodType\n  ? ReturnType<typeof z4.safeParse<T>>\n  : T extends z3.ZodTypeAny\n  ? z3.SafeParseReturnType<z3.input<T>, z3.output<T>>\n  : never;\n\nexport function safeParseSchema<T extends AnyZodType>(\n  schema: T,\n  data: unknown\n): SafeParseResult<T> {\n  if (isZod4Schema(schema)) {\n    return z4.safeParse(schema, data) as SafeParseResult<T>;\n  } else {\n    return (schema as z3.ZodTypeAny).safeParse(data) as SafeParseResult<T>;\n  }\n}\n\n// Error detection helper\nexport function isZodError(error: unknown): error is z3.ZodError {\n  return (\n    error instanceof z3.ZodError ||\n    (error !== null &&\n      typeof error === \"object\" &&\n      \"issues\" in error &&\n      Array.isArray((error as any).issues))\n  );\n}\n\n/**\n * Extract route parameters from Express.js route patterns.\n *\n * Supports all Express.js routing patterns:\n * - Named parameters: /users/:userId → { userId: string }\n * - Multiple parameters: /users/:userId/books/:bookId → { userId: string; bookId: string }\n * - Parameters with separators: /flights/:from-:to → { from: string; to: string }\n * - Dot notation: /plantae/:genus.:species → { genus: string; species: string }\n * - Regex constraints: /user/:id(\\\\d+) → { id: string }\n * - Optional parameters: /posts/:year/:month? → { year: string; month?: string }\n * - Wildcard parameters: /files/* → { \"0\": string }\n * - Multiple wildcards: /a/star/b/star → { \"0\": string; \"1\": string }\n */\nexport type ExtractRouteParams<Path extends string> = string extends Path\n  ? Record<string, string>\n  : ExtractParams<Path>;\n\n/**\n * Main parameter extraction logic - enhanced for Express 5 support with recursion depth limit\n */\ntype ExtractParams<Path extends string> =\n  // Handle Express 5 braces for optional segments: {/:param} or {/path/:param}\n  Path extends `${infer Before}{${infer OptionalContent}}${infer After}`\n    ? ExtractOptionalSegment<OptionalContent> &\n        ExtractParams<`${Before}${After}`>\n    : // Handle named parameters :paramName\n    Path extends `${infer _Before}:${infer Rest}`\n    ? ExtractSingleParam<Rest> & ExtractParams<RemoveFirstParam<Path>>\n    : // Handle wildcards *\n    Path extends `${infer _Before}*${infer After}`\n    ? {\n        [K in CountWildcards<_Before, \"0\">]: string;\n      } & ExtractParams<After>\n    : // No more parameters\n      {};\n\n/**\n * Extract parameters from Express 5 optional segments in braces\n * Handles patterns like {/:param}, {.:ext}, {/optional/:param}\n */\ntype ExtractOptionalSegment<Content extends string> =\n  // Handle optional parameter patterns like /:param\n  Content extends `/:${infer Rest}`\n    ? ExtractOptionalParam<Rest>\n    : Content extends `.:${infer Rest}`\n    ? ExtractOptionalParam<Rest>\n    : Content extends `${infer _Path}:${infer Rest}`\n    ? ExtractOptionalParam<Rest>\n    : {};\n\n/**\n * Extract a single optional parameter from brace content\n */\ntype ExtractOptionalParam<Rest extends string> =\n  Rest extends `${infer ParamName}/${infer _After}`\n    ? { [K in ParamName]?: string }\n    : Rest extends `${infer ParamName}-${infer _After}`\n    ? { [K in ParamName]?: string }\n    : Rest extends `${infer ParamName}.${infer _After}`\n    ? { [K in ParamName]?: string }\n    : Rest extends `${infer ParamName}`\n    ? { [K in ParamName]?: string }\n    : {};\n\n/**\n * Extract a single parameter name from the rest of the path\n * Enhanced to handle Express 5 patterns and optional parameters correctly\n * Special handling for consecutive parameters like :from-:to\n * Order matters: regex constraints must be handled before repeating parameters\n */\ntype ExtractSingleParam<Rest extends string> =\n  // Handle regex constraints FIRST (before +, *, ?) to avoid conflicts\n  Rest extends `${infer ParamName}(${infer _Constraint})${infer _After}`\n    ? { [K in ParamName]: string } // Handle consecutive parameters with separators first: param-:nextParam\n    : Rest extends `${infer ParamName}-:${infer _NextParam}`\n    ? { [K in ParamName]: string }\n    : Rest extends `${infer ParamName}.:${infer _NextParam}`\n    ? { [K in ParamName]: string }\n    : // Handle optional parameters followed by delimiters (before regular delimiters)\n    Rest extends `${infer ParamName}?/${infer _After}`\n    ? { [K in ParamName]?: string }\n    : Rest extends `${infer ParamName}?-${infer _After}`\n    ? { [K in ParamName]?: string }\n    : Rest extends `${infer ParamName}?.${infer _After}`\n    ? { [K in ParamName]?: string }\n    : Rest extends `${infer ParamName}?#${infer _After}`\n    ? { [K in ParamName]?: string }\n    : Rest extends `${infer ParamName}?:${infer _After}`\n    ? { [K in ParamName]?: string }\n    : // Then handle regular delimiters (after optional parameter patterns)\n    Rest extends `${infer ParamName}/${infer _After}`\n    ? { [K in ParamName]: string }\n    : Rest extends `${infer ParamName}-${infer _After}`\n    ? { [K in ParamName]: string }\n    : Rest extends `${infer ParamName}.${infer _After}`\n    ? { [K in ParamName]: string }\n    : Rest extends `${infer ParamName}#${infer _After}`\n    ? { [K in ParamName]: string }\n    : Rest extends `${infer ParamName}:${infer _After}`\n    ? { [K in ParamName]: string }\n    : // Handle Express 5 repeating parameters (after regular delimiters)\n    Rest extends `${infer ParamName}+${infer _After}`\n    ? { [K in ParamName]: string[] }\n    : Rest extends `${infer ParamName}*${infer _After}`\n    ? { [K in ParamName]?: string[] }\n    : // Handle optional parameters with ? (Express 4) - only at the end of a segment\n    Rest extends `${infer ParamName}?${infer _After}`\n    ? { [K in ParamName]?: string } // Parameter at absolute end of string\n    : Rest extends string\n    ? Rest extends \"\"\n      ? {}\n      : Rest extends `${infer ParamName}?`\n      ? { [K in ParamName]?: string } // ParamName here doesn't include the ?\n      : Rest extends `${infer ParamName}+`\n      ? { [K in ParamName]: string[] }\n      : Rest extends `${infer ParamName}*`\n      ? { [K in ParamName]?: string[] }\n      : { [K in Rest]: string }\n    : {};\n\n/**\n * Remove the first parameter from path to continue parsing\n * Enhanced to handle Express 5 patterns and optional parameters\n * Handles patterns like :from-:to by removing just :from and keeping -:to\n * Order matters: regex constraints must be handled before repeating parameters\n */\ntype RemoveFirstParam<Path extends string> =\n  Path extends `${infer Before}:${infer Rest}`\n    ? // Handle regex constraints FIRST (before +, *, ?) to avoid conflicts\n      Rest extends `${infer _ParamName}(${infer _Constraint})${infer After}`\n      ? `${Before}${After}` // Handle consecutive parameters: :param-:nextParam -> -:nextParam\n      : Rest extends `${infer _ParamName}-:${infer After}`\n      ? `${Before}-:${After}`\n      : Rest extends `${infer _ParamName}.:${infer After}`\n      ? `${Before}.:${After}`\n      : // Handle optional parameters followed by delimiters (before regular delimiters)\n      Rest extends `${infer _ParamName}?/${infer After}`\n      ? `${Before}/${After}`\n      : Rest extends `${infer _ParamName}?-${infer After}`\n      ? `${Before}${After}`\n      : Rest extends `${infer _ParamName}?.${infer After}`\n      ? `${Before}${After}`\n      : Rest extends `${infer _ParamName}?#${infer After}`\n      ? `${Before}${After}`\n      : Rest extends `${infer _ParamName}?:${infer After}`\n      ? `${Before}:${After}`\n      : // Handle regular separators (after optional parameter patterns)\n      Rest extends `${infer _ParamName}/${infer After}`\n      ? `${Before}/${After}`\n      : Rest extends `${infer _ParamName}-${infer After}`\n      ? `${Before}${After}`\n      : Rest extends `${infer _ParamName}.${infer After}`\n      ? `${Before}${After}`\n      : Rest extends `${infer _ParamName}#${infer After}`\n      ? `${Before}${After}`\n      : Rest extends `${infer _ParamName}:${infer After}`\n      ? `${Before}:${After}`\n      : // Handle Express 5 repeating parameters (after regular separators)\n      Rest extends `${infer _ParamName}+${infer After}`\n      ? `${Before}${After}`\n      : Rest extends `${infer _ParamName}*${infer After}`\n      ? `${Before}${After}`\n      : // Handle optional parameters with ?\n      Rest extends `${infer _ParamName}?${infer After}`\n      ? `${Before}${After}`\n      : Before\n    : Path;\n\n/**\n * Count wildcards to assign proper numeric indices with recursion depth limit\n */\ntype CountWildcards<\n  Path extends string,\n  Count extends string = \"0\"\n> = Path extends `${infer _Before}*${infer Rest}`\n  ? CountWildcards<Rest, IncrementWildcard<Count>>\n  : Count;\n\n/**\n * Helper type to increment wildcard count as string\n */\ntype IncrementWildcard<T extends string> = T extends \"0\"\n  ? \"1\"\n  : T extends \"1\"\n  ? \"2\"\n  : T extends \"2\"\n  ? \"3\"\n  : T extends \"3\"\n  ? \"4\"\n  : T extends \"4\"\n  ? \"5\"\n  : T extends \"5\"\n  ? \"6\"\n  : T extends \"6\"\n  ? \"7\"\n  : T extends \"7\"\n  ? \"8\"\n  : T extends \"8\"\n  ? \"9\"\n  : \"10\"; // Reasonable limit for wildcards\n\n/**\n * Express middleware that adds custom properties to the request object and/or response locals.\n *\n * @template TReq - The shape of the properties added to the request object.\n * @template TLocals - The shape of the properties added to response.locals.\n * @param req - The Express request object, extended with TReq.\n * @param res - The Express response object with typed locals.\n * @param next - The next middleware function.\n */\nexport type TypedMiddleware<\n  TReq extends Record<string, any> = {},\n  TLocals extends Record<string, any> = {}\n> = (\n  req: Request & TReq,\n  res: Response<any, TLocals>,\n  next: NextFunction\n) => void | Promise<void>;\n\n/**\n * Simplified TypedMiddleware for request-only extensions (backward compatibility)\n */\nexport type RequestOnlyMiddleware<TReq extends Record<string, any>> =\n  TypedMiddleware<TReq, {}>;\n\n/**\n * Simplified TypedMiddleware for response locals-only extensions\n */\nexport type LocalsOnlyMiddleware<TLocals extends Record<string, any>> =\n  TypedMiddleware<{}, TLocals>;\n\n// Utility type to infer props from middleware array (no recursion depth limit)\ntype InferMiddlewareProps<T extends readonly TypedMiddleware<any, any>[]> =\n  T extends readonly [infer First, ...infer Rest]\n    ? First extends TypedMiddleware<infer FirstReq, any>\n      ? Rest extends readonly TypedMiddleware<any, any>[]\n        ? FirstReq & InferMiddlewareProps<Rest>\n        : FirstReq\n      : {}\n    : {};\n\n// Utility type to infer locals from middleware array (no recursion depth limit)\ntype InferMiddlewareLocals<T extends readonly TypedMiddleware<any, any>[]> =\n  T extends readonly [infer First, ...infer Rest]\n    ? First extends TypedMiddleware<any, infer FirstLocals>\n      ? Rest extends readonly TypedMiddleware<any, any>[]\n        ? FirstLocals & InferMiddlewareLocals<Rest>\n        : FirstLocals\n      : {}\n    : {};\n\n// Enhanced Request type with proper inference\nexport type ZodRequest<\n  Path extends string = string,\n  BodySchema extends AnyZodType | unknown = unknown,\n  QuerySchema extends AnyZodType | unknown = unknown,\n  MiddlewareProps extends Record<string, any> = {}\n> = Omit<Request, \"params\" | \"query\" | \"body\"> & {\n  params: ExtractRouteParams<Path>;\n  body: BodySchema extends AnyZodType ? InferOutput<BodySchema> : unknown;\n  query: QuerySchema extends AnyZodType ? InferOutput<QuerySchema> : unknown;\n} & MiddlewareProps;\n\n// Route handler type\nexport type ZodRouteHandler<\n  Path extends string = string,\n  BodySchema extends AnyZodType | unknown = unknown,\n  QuerySchema extends AnyZodType | unknown = unknown,\n  MiddlewareProps extends Record<string, any> = {},\n  ResponseLocals extends Record<string, any> = {}\n> = (\n  req: ZodRequest<Path, BodySchema, QuerySchema, MiddlewareProps>,\n  res: Response<any, ResponseLocals>,\n  next?: NextFunction\n) => void | Promise<void> | Response | Promise<Response>;\n\n/**\n * Options for defining a typed route, including schemas and middleware.\n *\n * @template BodySchema - Zod schema for request body validation.\n * @template QuerySchema - Zod schema for query parameter validation.\n * @property bodySchema - Optional Zod schema for validating the request body.\n * @property querySchema - Optional Zod schema for validating the query string.\n * @property middleware - Optional array of TypedMiddleware for this route.\n */\nexport interface RouteOptions<\n  BodySchema extends AnyZodType | unknown = unknown,\n  QuerySchema extends AnyZodType | unknown = unknown\n> {\n  bodySchema?: BodySchema;\n  querySchema?: QuerySchema;\n  middleware?: TypedMiddleware<any, any>[];\n}\n\n// HTTP methods\nexport type HttpMethod =\n  | \"get\"\n  | \"post\"\n  | \"put\"\n  | \"delete\"\n  | \"patch\"\n  | \"options\"\n  | \"head\"\n  | \"all\";\n\n// Main typed router class\nclass TypedRouter<\n  RouterMiddlewareProps extends Record<string, any> = {},\n  RouterLocals extends Record<string, any> = {}\n> {\n  private router: express.Router;\n\n  constructor() {\n    this.router = express.Router();\n  }\n  /**\n   * Add typed middleware that extends the request with additional properties\n   * and/or adds properties to response.locals\n   */ /**\n   * Add typed middleware to the router.\n   * This middleware will apply to all routes defined after this call.\n   *\n   * @template TReq - Type extensions for the request object\n   * @template TLocals - Type extensions for response.locals\n   * @param middleware - The typed middleware function\n   * @returns A new router instance with updated types\n   */\n  useMiddleware<\n    TReq extends Record<string, any> = {},\n    TLocals extends Record<string, any> = {}\n  >(\n    middleware: TypedMiddleware<TReq, TLocals>\n  ): TypedRouter<RouterMiddlewareProps & TReq, RouterLocals & TLocals> {\n    this.router.use(middleware as any);\n    return this as any;\n  }\n  /**\n   * Get the underlying Express router\n   */\n  getRouter(): express.Router {\n    return this.router;\n  }\n  // Method overloads for GET requests with automatic middleware type inference\n  get<Path extends string>(\n    path: Path,\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      unknown,\n      RouterMiddlewareProps,\n      RouterLocals\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  get<\n    Path extends string,\n    BodySchema extends AnyZodType | unknown,\n    QuerySchema extends AnyZodType | unknown\n  >(\n    path: Path,\n    options: RouteOptions<BodySchema, QuerySchema>,\n    handler: ZodRouteHandler<\n      Path,\n      BodySchema,\n      QuerySchema,\n      RouterMiddlewareProps,\n      RouterLocals\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Special overload for middleware type inference\n  get<\n    Path extends string,\n    Middleware extends readonly TypedMiddleware<any, any>[]\n  >(\n    path: Path,\n    options: { middleware: Middleware },\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      unknown,\n      RouterMiddlewareProps & InferMiddlewareProps<Middleware>,\n      RouterLocals & InferMiddlewareLocals<Middleware>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n  // Combined overload for body/query schema + middleware\n  get<\n    Path extends string,\n    BodySchema extends AnyZodType | unknown,\n    QuerySchema extends AnyZodType | unknown,\n    M extends TypedMiddleware<any, any>[] // Using array type for JS compatibility\n  >(\n    path: Path,\n    options: RouteOptions<BodySchema, QuerySchema> & { middleware: [...M] }, // Using tuple spread pattern\n    handler: ZodRouteHandler<\n      Path,\n      BodySchema,\n      QuerySchema,\n      RouterMiddlewareProps & InferMiddlewareProps<readonly [...M]>, // Make it readonly for type inference\n      RouterLocals & InferMiddlewareLocals<readonly [...M]>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n  // Implementation\n  get(\n    path: string,\n    optionsOrHandler: any,\n    handler?: any\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals> {\n    return this.registerRoute(\"get\", path, optionsOrHandler, handler);\n  } // Combined overload for body/query schema + middleware (most specific first)\n  post<\n    Path extends string,\n    BodySchema extends AnyZodType,\n    QuerySchema extends AnyZodType | unknown,\n    M extends TypedMiddleware<any, any>[] // Using array type for JS compatibility\n  >(\n    path: Path,\n    options: {\n      bodySchema: BodySchema;\n      querySchema?: QuerySchema;\n      middleware: [...M]; // Using tuple spread pattern\n    },\n    handler: ZodRouteHandler<\n      Path,\n      BodySchema,\n      QuerySchema,\n      RouterMiddlewareProps & InferMiddlewareProps<readonly [...M]>, // Make it readonly for type inference\n      RouterLocals & InferMiddlewareLocals<readonly [...M]>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Body schema only + middleware\n  post<\n    Path extends string,\n    BodySchema extends AnyZodType,\n    M extends TypedMiddleware<any, any>[] // Using array type for JS compatibility\n  >(\n    path: Path,\n    options: { bodySchema: BodySchema; middleware: [...M] }, // Using tuple spread pattern\n    handler: ZodRouteHandler<\n      Path,\n      BodySchema,\n      unknown,\n      RouterMiddlewareProps & InferMiddlewareProps<readonly [...M]>, // Make it readonly for type inference\n      RouterLocals & InferMiddlewareLocals<readonly [...M]>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Middleware only\n  post<\n    Path extends string,\n    M extends TypedMiddleware<any, any>[] // Using array type for JS compatibility\n  >(\n    path: Path,\n    options: { middleware: [...M] }, // Using tuple spread pattern\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      unknown,\n      RouterMiddlewareProps & InferMiddlewareProps<readonly [...M]>, // Make it readonly for type inference\n      RouterLocals & InferMiddlewareLocals<readonly [...M]>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Body + Query schema without middleware\n  post<\n    Path extends string,\n    BodySchema extends AnyZodType | unknown,\n    QuerySchema extends AnyZodType | unknown\n  >(\n    path: Path,\n    options: RouteOptions<BodySchema, QuerySchema>,\n    handler: ZodRouteHandler<\n      Path,\n      BodySchema,\n      QuerySchema,\n      RouterMiddlewareProps,\n      RouterLocals\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Just handler, no options\n  post<Path extends string>(\n    path: Path,\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      unknown,\n      RouterMiddlewareProps,\n      RouterLocals\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  post(\n    path: string,\n    optionsOrHandler: any,\n    handler?: any\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals> {\n    return this.registerRoute(\"post\", path, optionsOrHandler, handler);\n  }\n  // PUT method with all the same overloads as POST\n  put<\n    Path extends string,\n    BodySchema extends AnyZodType,\n    QuerySchema extends AnyZodType | unknown,\n    Middleware extends readonly TypedMiddleware<any, any>[]\n  >(\n    path: Path,\n    options: {\n      bodySchema: BodySchema;\n      querySchema?: QuerySchema;\n      middleware: Middleware;\n    },\n    handler: ZodRouteHandler<\n      Path,\n      BodySchema,\n      QuerySchema,\n      RouterMiddlewareProps & InferMiddlewareProps<Middleware>,\n      RouterLocals & InferMiddlewareLocals<Middleware>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  put<\n    Path extends string,\n    BodySchema extends AnyZodType,\n    Middleware extends readonly TypedMiddleware<any, any>[]\n  >(\n    path: Path,\n    options: { bodySchema: BodySchema; middleware: Middleware },\n    handler: ZodRouteHandler<\n      Path,\n      BodySchema,\n      unknown,\n      RouterMiddlewareProps & InferMiddlewareProps<Middleware>,\n      RouterLocals & InferMiddlewareLocals<Middleware>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  put<\n    Path extends string,\n    Middleware extends readonly TypedMiddleware<any, any>[]\n  >(\n    path: Path,\n    options: { middleware: Middleware },\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      unknown,\n      RouterMiddlewareProps & InferMiddlewareProps<Middleware>,\n      RouterLocals & InferMiddlewareLocals<Middleware>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  put<\n    Path extends string,\n    BodySchema extends AnyZodType | unknown,\n    QuerySchema extends AnyZodType | unknown\n  >(\n    path: Path,\n    options: RouteOptions<BodySchema, QuerySchema>,\n    handler: ZodRouteHandler<\n      Path,\n      BodySchema,\n      QuerySchema,\n      RouterMiddlewareProps,\n      RouterLocals\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  put<Path extends string>(\n    path: Path,\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      unknown,\n      RouterMiddlewareProps,\n      RouterLocals\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n  put(\n    path: string,\n    optionsOrHandler: any,\n    handler?: any\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals> {\n    return this.registerRoute(\"put\", path, optionsOrHandler, handler);\n  }\n  // PATCH method with all the same overloads as POST\n  patch<\n    Path extends string,\n    BodySchema extends AnyZodType,\n    QuerySchema extends AnyZodType | unknown,\n    Middleware extends readonly TypedMiddleware<any, any>[]\n  >(\n    path: Path,\n    options: {\n      bodySchema: BodySchema;\n      querySchema?: QuerySchema;\n      middleware: Middleware;\n    },\n    handler: ZodRouteHandler<\n      Path,\n      BodySchema,\n      QuerySchema,\n      RouterMiddlewareProps & InferMiddlewareProps<Middleware>,\n      RouterLocals & InferMiddlewareLocals<Middleware>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  patch<\n    Path extends string,\n    BodySchema extends AnyZodType,\n    Middleware extends readonly TypedMiddleware<any, any>[]\n  >(\n    path: Path,\n    options: { bodySchema: BodySchema; middleware: Middleware },\n    handler: ZodRouteHandler<\n      Path,\n      BodySchema,\n      unknown,\n      RouterMiddlewareProps & InferMiddlewareProps<Middleware>,\n      RouterLocals & InferMiddlewareLocals<Middleware>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  patch<\n    Path extends string,\n    Middleware extends readonly TypedMiddleware<any, any>[]\n  >(\n    path: Path,\n    options: { middleware: Middleware },\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      unknown,\n      RouterMiddlewareProps & InferMiddlewareProps<Middleware>,\n      RouterLocals & InferMiddlewareLocals<Middleware>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  patch<\n    Path extends string,\n    BodySchema extends AnyZodType | unknown,\n    QuerySchema extends AnyZodType | unknown\n  >(\n    path: Path,\n    options: RouteOptions<BodySchema, QuerySchema>,\n    handler: ZodRouteHandler<\n      Path,\n      BodySchema,\n      QuerySchema,\n      RouterMiddlewareProps,\n      RouterLocals\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  patch<Path extends string>(\n    path: Path,\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      unknown,\n      RouterMiddlewareProps,\n      RouterLocals\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n  patch(\n    path: string,\n    optionsOrHandler: any,\n    handler?: any\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals> {\n    return this.registerRoute(\"patch\", path, optionsOrHandler, handler);\n  } // DELETE method (typically no body, but can have query params and middleware)\n  // Most specific first: query schema + middleware\n  delete<\n    Path extends string,\n    QuerySchema extends AnyZodType | unknown,\n    Middleware extends readonly TypedMiddleware<any, any>[]\n  >(\n    path: Path,\n    options: { querySchema: QuerySchema; middleware: Middleware },\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      QuerySchema,\n      RouterMiddlewareProps & InferMiddlewareProps<Middleware>,\n      RouterLocals & InferMiddlewareLocals<Middleware>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Query schema only\n  delete<Path extends string, QuerySchema extends AnyZodType | unknown>(\n    path: Path,\n    options: { querySchema: QuerySchema },\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      QuerySchema,\n      RouterMiddlewareProps,\n      RouterLocals\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Middleware only\n  delete<\n    Path extends string,\n    Middleware extends readonly TypedMiddleware<any, any>[]\n  >(\n    path: Path,\n    options: { middleware: Middleware },\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      unknown,\n      RouterMiddlewareProps & InferMiddlewareProps<Middleware>,\n      RouterLocals & InferMiddlewareLocals<Middleware>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Basic overload with no options\n  delete<Path extends string>(\n    path: Path,\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      unknown,\n      RouterMiddlewareProps,\n      RouterLocals\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n  delete(\n    path: string,\n    optionsOrHandler: any,\n    handler?: any\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals> {\n    return this.registerRoute(\"delete\", path, optionsOrHandler, handler);\n  } // OPTIONS method (typically no body, used for CORS preflight)\n  // Most specific first: query schema + middleware\n  options<\n    Path extends string,\n    QuerySchema extends AnyZodType | unknown,\n    Middleware extends readonly TypedMiddleware<any, any>[]\n  >(\n    path: Path,\n    options: { querySchema: QuerySchema; middleware: Middleware },\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      QuerySchema,\n      RouterMiddlewareProps & InferMiddlewareProps<Middleware>,\n      RouterLocals & InferMiddlewareLocals<Middleware>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Query schema only\n  options<Path extends string, QuerySchema extends AnyZodType | unknown>(\n    path: Path,\n    options: { querySchema: QuerySchema },\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      QuerySchema,\n      RouterMiddlewareProps,\n      RouterLocals\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Middleware only\n  options<\n    Path extends string,\n    Middleware extends readonly TypedMiddleware<any, any>[]\n  >(\n    path: Path,\n    options: { middleware: Middleware },\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      unknown,\n      RouterMiddlewareProps & InferMiddlewareProps<Middleware>,\n      RouterLocals & InferMiddlewareLocals<Middleware>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Basic overload with no options\n  options<Path extends string>(\n    path: Path,\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      unknown,\n      RouterMiddlewareProps,\n      RouterLocals\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n  options(\n    path: string,\n    optionsOrHandler: any,\n    handler?: any\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals> {\n    return this.registerRoute(\"options\", path, optionsOrHandler, handler);\n  } // HEAD method (like GET but only returns headers)\n  // Most specific first: query schema + middleware\n  head<\n    Path extends string,\n    QuerySchema extends AnyZodType | unknown,\n    Middleware extends readonly TypedMiddleware<any, any>[]\n  >(\n    path: Path,\n    options: { querySchema: QuerySchema; middleware: Middleware },\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      QuerySchema,\n      RouterMiddlewareProps & InferMiddlewareProps<Middleware>,\n      RouterLocals & InferMiddlewareLocals<Middleware>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Query schema only\n  head<Path extends string, QuerySchema extends AnyZodType | unknown>(\n    path: Path,\n    options: { querySchema: QuerySchema },\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      QuerySchema,\n      RouterMiddlewareProps,\n      RouterLocals\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Middleware only\n  head<\n    Path extends string,\n    Middleware extends readonly TypedMiddleware<any, any>[]\n  >(\n    path: Path,\n    options: { middleware: Middleware },\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      unknown,\n      RouterMiddlewareProps & InferMiddlewareProps<Middleware>,\n      RouterLocals & InferMiddlewareLocals<Middleware>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Basic overload with no options\n  head<Path extends string>(\n    path: Path,\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      unknown,\n      RouterMiddlewareProps,\n      RouterLocals\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n  head(\n    path: string,\n    optionsOrHandler: any,\n    handler?: any\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals> {\n    return this.registerRoute(\"head\", path, optionsOrHandler, handler);\n  } // ALL method (matches all HTTP methods)\n  // Most specific first: body + query + middleware\n  all<\n    Path extends string,\n    BodySchema extends AnyZodType,\n    QuerySchema extends AnyZodType | unknown,\n    Middleware extends readonly TypedMiddleware<any, any>[]\n  >(\n    path: Path,\n    options: {\n      bodySchema: BodySchema;\n      querySchema?: QuerySchema;\n      middleware: Middleware;\n    },\n    handler: ZodRouteHandler<\n      Path,\n      BodySchema,\n      QuerySchema,\n      RouterMiddlewareProps & InferMiddlewareProps<Middleware>,\n      RouterLocals & InferMiddlewareLocals<Middleware>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Body schema + middleware (no query)\n  all<\n    Path extends string,\n    BodySchema extends AnyZodType,\n    Middleware extends readonly TypedMiddleware<any, any>[]\n  >(\n    path: Path,\n    options: { bodySchema: BodySchema; middleware: Middleware },\n    handler: ZodRouteHandler<\n      Path,\n      BodySchema,\n      unknown,\n      RouterMiddlewareProps & InferMiddlewareProps<Middleware>,\n      RouterLocals & InferMiddlewareLocals<Middleware>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Query schema + middleware (no body)\n  all<\n    Path extends string,\n    QuerySchema extends AnyZodType | unknown,\n    Middleware extends readonly TypedMiddleware<any, any>[]\n  >(\n    path: Path,\n    options: { querySchema: QuerySchema; middleware: Middleware },\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      QuerySchema,\n      RouterMiddlewareProps & InferMiddlewareProps<Middleware>,\n      RouterLocals & InferMiddlewareLocals<Middleware>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Body + query schemas (no middleware)\n  all<\n    Path extends string,\n    BodySchema extends AnyZodType | unknown,\n    QuerySchema extends AnyZodType | unknown\n  >(\n    path: Path,\n    options: RouteOptions<BodySchema, QuerySchema>,\n    handler: ZodRouteHandler<\n      Path,\n      BodySchema,\n      QuerySchema,\n      RouterMiddlewareProps,\n      RouterLocals\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Middleware only (no schemas)\n  all<\n    Path extends string,\n    Middleware extends readonly TypedMiddleware<any, any>[]\n  >(\n    path: Path,\n    options: { middleware: Middleware },\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      unknown,\n      RouterMiddlewareProps & InferMiddlewareProps<Middleware>,\n      RouterLocals & InferMiddlewareLocals<Middleware>\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n\n  // Basic overload with no options\n  all<Path extends string>(\n    path: Path,\n    handler: ZodRouteHandler<\n      Path,\n      unknown,\n      unknown,\n      RouterMiddlewareProps,\n      RouterLocals\n    >\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals>;\n  all(\n    path: string,\n    optionsOrHandler: any,\n    handler?: any\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals> {\n    return this.registerRoute(\"all\", path, optionsOrHandler, handler);\n  }\n  // Helper method to register routes\n  private registerRoute(\n    method: HttpMethod,\n    path: string,\n    optionsOrHandler: any,\n    handler?: any\n  ): TypedRouter<RouterMiddlewareProps, RouterLocals> {\n    const middlewares: any[] = [];\n\n    if (typeof optionsOrHandler === \"object\") {\n      const options = optionsOrHandler as RouteOptions<any, any>;\n\n      // Add per-route middleware first\n      if (options.middleware) {\n        middlewares.push(...options.middleware);\n      }\n\n      // Add schema validation middleware\n      if (options.bodySchema) {\n        middlewares.push(\n          this.createBodyValidationMiddleware(options.bodySchema)\n        );\n      }\n      if (options.querySchema) {\n        middlewares.push(\n          this.createQueryValidationMiddleware(options.querySchema)\n        );\n      }\n\n      // Add the main handler\n      middlewares.push(handler);\n    } else {\n      // Direct handler without options\n      middlewares.push(optionsOrHandler);\n    }\n\n    // Register with Express router\n    (this.router as any)[method](path, ...middlewares);\n\n    return this;\n  }\n  private createBodyValidationMiddleware(schema: AnyZodType) {\n    return (req: Request, res: Response, next: NextFunction) => {\n      try {\n        req.body = parseSchema(schema, req.body);\n        next();\n      } catch (error) {\n        // Check for ZodError using our unified helper\n        if (isZodError(error)) {\n          res.status(400).json({\n            error: \"Validation failed\",\n            details: (error as any).errors || (error as any).issues,\n          });\n        } else {\n          next(error);\n        }\n      }\n    };\n  }\n  private createQueryValidationMiddleware(schema: AnyZodType) {\n    return (req: Request, res: Response, next: NextFunction) => {\n      try {\n        const validatedQuery = parseSchema(schema, req.query);\n        // Use Object.defineProperty to properly set the read-only query property\n        Object.defineProperty(req, \"query\", {\n          value: validatedQuery,\n          writable: false,\n          enumerable: true,\n          configurable: true,\n        });\n        next();\n      } catch (error) {\n        // Check for ZodError using our unified helper\n        if (isZodError(error)) {\n          res.status(400).json({\n            error: \"Validation failed\",\n            details: (error as any).errors || (error as any).issues,\n          });\n        } else {\n          next(error);\n        }\n      }\n    };\n  }\n}\n\n/**\n * Create a new strongly-typed Express router instance.\n *\n * This is the simplest way to get started with @minisylar/express-typed-router.\n *\n * @example\n * import { createTypedRouter } from '@minisylar/express-typed-router';\n *\n * // Create a router and add a typed GET route\n * const router = createTypedRouter();\n * router.get('/hello/:name', (req, res) => {\n *   // req.params.name is typed as string\n *   res.json({ message: `Hello, ${req.params.name}!` });\n * });\n *\n * // Use with Express\n * import express from 'express';\n * const app = express();\n * app.use('/api', router.getRouter());\n */\nexport function createTypedRouter<\n  RouterMiddlewareProps extends Record<string, any> = {},\n  RouterLocals extends Record<string, any> = {}\n>(): TypedRouter<RouterMiddlewareProps, RouterLocals> {\n  return new TypedRouter<RouterMiddlewareProps, RouterLocals>();\n}\n\n// Option 2: Factory with optional configuration\n\n/**\n * Configuration options for createTypedRouterWithConfig.\n *\n * @property validateInput - (Future) Whether to enable global input validation.\n * @property errorHandler - Optional global error handler middleware for the router.\n */\nexport interface RouterConfig {\n  validateInput?: boolean;\n  errorHandler?: (\n    error: any,\n    req: Request,\n    res: Response,\n    next: NextFunction\n  ) => void;\n}\n\n/**\n * Create a new typed router with optional configuration.\n *\n * Use this if you want to add a global error handler or future global options.\n *\n * @param config - Optional configuration for the router (e.g. error handler).\n * @returns A new TypedRouter instance.\n *\n * @example\n * import { createTypedRouterWithConfig } from '@minisylar/express-typed-router';\n *\n * const router = createTypedRouterWithConfig({\n *   errorHandler: (err, req, res, next) => {\n *     res.status(500).json({ error: 'Something went wrong', details: err });\n *   }\n * });\n */\nexport function createTypedRouterWithConfig<\n  RouterMiddlewareProps extends Record<string, any> = {},\n  RouterLocals extends Record<string, any> = {}\n>(config?: RouterConfig): TypedRouter<RouterMiddlewareProps, RouterLocals> {\n  const router = new TypedRouter<RouterMiddlewareProps, RouterLocals>();\n  if (config?.errorHandler) {\n    router.getRouter().use(config.errorHandler);\n  }\n  return router;\n}\n\n// Option 3: Factory with pre-configured middleware\n\n/**\n * Create a new typed router with pre-configured middleware.\n *\n * This is useful for setting up router-level middleware in a single call.\n *\n * @param middleware - One or more TypedMiddleware functions to apply to all routes.\n * @returns A new TypedRouter instance with the middleware applied.\n *\n * @example\n * import { createTypedRouterWithMiddleware } from '@minisylar/express-typed-router';\n *\n * const router = createTypedRouterWithMiddleware(authMiddleware, loggingMiddleware);\n */\nexport function createTypedRouterWithMiddleware<T extends Record<string, any>>(\n  ...middleware: TypedMiddleware<any, any>[]\n): TypedRouter<T> {\n  let router = new TypedRouter() as any;\n  for (const mw of middleware) {\n    router = router.useMiddleware(mw);\n  }\n  return 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