"use strict";
Object.defineProperty(exports, "__esModule", {
    value: true
});
function _export(target, all) {
    for(var name in all)Object.defineProperty(target, name, {
        enumerable: true,
        get: Object.getOwnPropertyDescriptor(all, name).get
    });
}
_export(exports, {
    get ARRAY_GROUP_REGEX () {
        return ARRAY_GROUP_REGEX;
    },
    get CAPTURE_DYNAMIC_PARAMS () {
        return CAPTURE_DYNAMIC_PARAMS;
    },
    get CAPTURE_GROUP_REGEX () {
        return CAPTURE_GROUP_REGEX;
    },
    get CATCH_ALL () {
        return CATCH_ALL;
    },
    get SLUG () {
        return SLUG;
    },
    get TYPED_ROUTES_EXCLUSION_REGEX () {
        return TYPED_ROUTES_EXCLUSION_REGEX;
    },
    get extrapolateGroupRoutes () {
        return extrapolateGroupRoutes;
    },
    get getTemplateString () {
        return getTemplateString;
    },
    get getTypedRoutesUtils () {
        return getTypedRoutesUtils;
    },
    get setToUnionType () {
        return setToUnionType;
    },
    get setupTypedRoutes () {
        return setupTypedRoutes;
    }
});
function _path() {
    const data = /*#__PURE__*/ _interop_require_default(require("path"));
    _path = function() {
        return data;
    };
    return data;
}
const _template = require("../../../utils/template");
const _metroWatchTypeScriptFiles = require("../metro/metroWatchTypeScriptFiles");
function _interop_require_default(obj) {
    return obj && obj.__esModule ? obj : {
        default: obj
    };
}
const CAPTURE_DYNAMIC_PARAMS = /\[(?:\.{3})?(\w*?)[\]$]/g;
const CATCH_ALL = /\[\.\.\..+?\]/g;
const SLUG = /\[.+?\]/g;
const ARRAY_GROUP_REGEX = /\(\s*\w[\w\s]*?,.*?\)/g;
const CAPTURE_GROUP_REGEX = /[\\(,]\s*(\w[\w\s]*?)\s*(?=[,\\)])/g;
const TYPED_ROUTES_EXCLUSION_REGEX = /(_layout|[^/]*?\+[^/]*?)\.[tj]sx?$/;
async function setupTypedRoutes(options) {
    // TODO(@kitten): Remove indirection here. Unclear why it's needed
    const typedRoutesModule = require.resolve('@expo/router-server/build/typed-routes');
    return typedRoutes(typedRoutesModule, options);
}
async function typedRoutes(typedRoutesModulePath, { server, metro, typesDirectory, projectRoot, routerDirectory, plugin }) {
    /*
   * Expo Router uses EXPO_ROUTER_APP_ROOT in multiple places to determine the root of the project.
   * In apps compiled by Metro, this code is compiled away. But Typed Routes run in NodeJS with no compilation
   * so we need to explicitly set it.
   */ process.env.EXPO_ROUTER_APP_ROOT = routerDirectory;
    const typedRoutesModule = require(typedRoutesModulePath);
    /*
   * Typed Routes can be run with out Metro or a Server, e.g. `expo customize tsconfig.json`
   */ if (metro && server) {
        // Setup out watcher first
        (0, _metroWatchTypeScriptFiles.metroWatchTypeScriptFiles)({
            projectRoot,
            server,
            metro,
            eventTypes: [
                'add',
                'delete',
                'change'
            ],
            callback: typedRoutesModule.getWatchHandler(typesDirectory)
        });
    }
    /*
   * In SDK 52, the `regenerateDeclarations` was changed to accept plugin options.
   * This function has an optional parameter that we cannot override, so we need to ensure the user
   * is using a compatible version of `expo-router`. Otherwise, we will fallback to the old method.
   *
   * TODO(@marklawlor): In SDK53+ we should remove this check and always use the new method.
   */ if ('version' in typedRoutesModule && typedRoutesModule.version >= 52) {
        typedRoutesModule.regenerateDeclarations(typesDirectory, plugin);
    } else {
        typedRoutesModule.regenerateDeclarations(typesDirectory);
    }
}
function getTemplateString(staticRoutes, dynamicRoutes, dynamicRouteTemplates) {
    return routerDotTSTemplate({
        staticRoutes: setToUnionType(staticRoutes),
        dynamicRoutes: setToUnionType(dynamicRoutes),
        dynamicRouteParams: setToUnionType(dynamicRouteTemplates)
    });
}
function getTypedRoutesUtils(appRoot, filePathSeperator = _path().default.sep) {
    /*
   * staticRoutes are a map where the key if the route without groups and the value
   *   is another set of all group versions of the route. e.g,
   *    Map([
   *      ["/", ["/(app)/(notes)", "/(app)/(profile)"]
   *    ])
   */ const staticRoutes = new Map([
        [
            '/',
            new Set('/')
        ]
    ]);
    /*
   * dynamicRoutes are the same as staticRoutes (key if the resolved route,
   *   and the value is a set of possible routes). e.g:
   *
   * /[...fruits] -> /${CatchAllRoutePart<T>}
   * /color/[color] -> /color/${SingleRoutePart<T>}
   *
   * The keys of this map are also important, as they can be used as "static" types
   * <Link href={{ pathname: "/[...fruits]",params: { fruits: ["apple"] } }} />
   */ const dynamicRoutes = new Map();
    function normalizedFilePath(filePath) {
        return filePath.replaceAll(filePathSeperator, '/');
    }
    const normalizedAppRoot = normalizedFilePath(appRoot);
    const filePathToRoute = (filePath)=>{
        return normalizedFilePath(filePath).replace(normalizedAppRoot, '').replace(/index\.[jt]sx?/, '').replace(/\.[jt]sx?$/, '');
    };
    const isRouteFile = (filePath)=>{
        if (filePath.match(TYPED_ROUTES_EXCLUSION_REGEX)) {
            return false;
        }
        // Route files must be nested with in the appRoot
        const relative = _path().default.relative(appRoot, filePath);
        return relative && !relative.startsWith('..') && !_path().default.isAbsolute(relative);
    };
    const addFilePath = (filePath)=>{
        if (!isRouteFile(filePath)) {
            return false;
        }
        const route = filePathToRoute(filePath);
        // We have already processed this file
        if (staticRoutes.has(route) || dynamicRoutes.has(route)) {
            return false;
        }
        const dynamicParams = new Set([
            ...route.matchAll(CAPTURE_DYNAMIC_PARAMS)
        ].map((match)=>match[1]));
        const isDynamic = dynamicParams.size > 0;
        const addRoute = (originalRoute, route)=>{
            if (isDynamic) {
                let set = dynamicRoutes.get(originalRoute);
                if (!set) {
                    set = new Set();
                    dynamicRoutes.set(originalRoute, set);
                }
                set.add(route.replaceAll(CATCH_ALL, '${CatchAllRoutePart<T>}').replaceAll(SLUG, '${SingleRoutePart<T>}'));
            } else {
                let set = staticRoutes.get(originalRoute);
                if (!set) {
                    set = new Set();
                    staticRoutes.set(originalRoute, set);
                }
                set.add(route);
            }
        };
        if (!route.match(ARRAY_GROUP_REGEX)) {
            addRoute(route, route);
        }
        // Does this route have a group? eg /(group)
        if (route.includes('/(')) {
            const routeWithoutGroups = route.replace(/\/\(.+?\)/g, '');
            addRoute(route, routeWithoutGroups);
            // If there are multiple groups, we need to expand them
            // eg /(test1,test2)/page => /test1/page & /test2/page
            for (const routeWithSingleGroup of extrapolateGroupRoutes(route)){
                addRoute(route, routeWithSingleGroup);
            }
        }
        return true;
    };
    return {
        staticRoutes,
        dynamicRoutes,
        filePathToRoute,
        addFilePath,
        isRouteFile
    };
}
const setToUnionType = (set)=>{
    return set.size > 0 ? [
        ...set
    ].map((s)=>`\`${s}\``).join(' | ') : 'never';
};
function extrapolateGroupRoutes(route, routes = new Set()) {
    // Create a version with no groups. We will then need to cleanup double and/or trailing slashes
    routes.add(route.replaceAll(ARRAY_GROUP_REGEX, '').replaceAll(/\/+/g, '/').replace(/\/$/, ''));
    const match = route.match(ARRAY_GROUP_REGEX);
    if (!match) {
        routes.add(route);
        return routes;
    }
    const groupsMatch = match[0];
    for (const group of groupsMatch.matchAll(CAPTURE_GROUP_REGEX)){
        extrapolateGroupRoutes(route.replace(groupsMatch, `(${group[1].trim()})`), routes);
    }
    return routes;
}
/**
 * NOTE: This code refers to a specific version of `expo-router` and is therefore unsafe to
 * mix with arbitrary versions.
 * TODO: Version this code with `expo-router` or version expo-router with `@expo/cli`.
 */ const routerDotTSTemplate = (0, _template.unsafeTemplate)`/* eslint-disable @typescript-eslint/no-unused-vars */
/* eslint-disable import/export */
/* eslint-disable @typescript-eslint/ban-types */
declare module "expo-router" {
  import type { LinkProps as OriginalLinkProps } from 'expo-router/build/link/Link';
  import type { Router as OriginalRouter } from 'expo-router/build/types';
  export * from 'expo-router/build';

  // prettier-ignore
  type StaticRoutes = ${'staticRoutes'};
  // prettier-ignore
  type DynamicRoutes<T extends string> = ${'dynamicRoutes'};
  // prettier-ignore
  type DynamicRouteTemplate = ${'dynamicRouteParams'};

  type RelativePathString = \`./\${string}\` | \`../\${string}\` | '..';
  type AbsoluteRoute = DynamicRouteTemplate | StaticRoutes;
  type ExternalPathString = \`\${string}:\${string}\`;

  type ExpoRouterRoutes = DynamicRouteTemplate | StaticRoutes | RelativePathString;
  export type AllRoutes = ExpoRouterRoutes | ExternalPathString;

  /****************
   * Route Utils  *
   ****************/

  type SearchOrHash = \`?\${string}\` | \`#\${string}\`;
  type UnknownInputParams = Record<string, string | number | (string | number)[]>;
  type UnknownOutputParams = Record<string, string | string[]>;

  /**
   * Return only the RoutePart of a string. If the string has multiple parts return never
   *
   * string   | type
   * ---------|------
   * 123      | 123
   * /123/abc | never
   * 123?abc  | never
   * ./123    | never
   * /123     | never
   * 123/../  | never
   */
  type SingleRoutePart<S extends string> = S extends \`\${string}/\${string}\`
    ? never
    : S extends \`\${string}\${SearchOrHash}\`
      ? never
      : S extends ''
        ? never
        : S extends \`(\${string})\`
          ? never
          : S extends \`[\${string}]\`
            ? never
            : S;

  /**
   * Return only the CatchAll router part. If the string has search parameters or a hash return never
   */
  type CatchAllRoutePart<S extends string> = S extends \`\${string}\${SearchOrHash}\`
    ? never
    : S extends ''
      ? never
      : S extends \`\${string}(\${string})\${string}\`
        ? never
        : S extends \`\${string}[\${string}]\${string}\`
          ? never
          : S;

  // type OptionalCatchAllRoutePart<S extends string> = S extends \`\${string}\${SearchOrHash}\` ? never : S

  /**
   * Return the name of a route parameter
   * '[test]'    -> 'test'
   * 'test'      -> never
   * '[...test]' -> '...test'
   */
  type IsParameter<Part> = Part extends \`[\${infer ParamName}]\` ? ParamName : never;

  /**
   * Return a union of all parameter names. If there are no names return never
   *
   * /[test]         -> 'test'
   * /[abc]/[...def] -> 'abc'|'...def'
   */
  type ParameterNames<Path> = Path extends \`\${infer PartA}/\${infer PartB}\`
    ? IsParameter<PartA> | ParameterNames<PartB>
    : IsParameter<Path>;

  /**
   * Returns all segements of a route.
   *
   * /(group)/123/abc/[id]/[...rest] -> ['(group)', '123', 'abc', '[id]', '[...rest]'
   */
  type RouteSegments<Path> = Path extends \`\${infer PartA}/\${infer PartB}\`
    ? PartA extends '' | '.'
      ? [...RouteSegments<PartB>]
      : [PartA, ...RouteSegments<PartB>]
    : Path extends ''
      ? []
      : [Path];

  /**
   * Returns a Record of the routes parameters as strings and CatchAll parameters
   *
   * There are two versions, input and output, as you can input 'string | number' but
   *  the output will always be 'string'
   *
   * /[id]/[...rest] -> { id: string, rest: string[] }
   * /no-params      -> {}
   */
  type InputRouteParams<Path> = {
    [Key in ParameterNames<Path> as Key extends \`...\${infer Name}\`
      ? Name
      : Key]: Key extends \`...\${string}\` ? (string | number)[] : string | number;
  } & UnknownInputParams;

  type OutputRouteParams<Path> = {
    [Key in ParameterNames<Path> as Key extends \`...\${infer Name}\`
      ? Name
      : Key]: Key extends \`...\${string}\` ? string[] : string;
  } & UnknownOutputParams;

  /**
   * Returns the search parameters for a route.
   */
  export type SearchParams<T extends AllRoutes> = T extends DynamicRouteTemplate
    ? OutputRouteParams<T>
    : T extends StaticRoutes
      ? never
      : UnknownOutputParams;

  /**
   * Route is mostly used as part of Href to ensure that a valid route is provided
   *
   * Given a dynamic route, this will return never. This is helpful for conditional logic
   *
   * /test         -> /test, /test2, etc
   * /test/[abc]   -> never
   * /test/resolve -> /test, /test2, etc
   *
   * Note that if we provide a value for [abc] then the route is allowed
   *
   * This is named Route to prevent confusion, as users they will often see it in tooltips
   */
  export type Route<T> = T extends string
    ? T extends DynamicRouteTemplate
      ? never
      :
          | StaticRoutes
          | RelativePathString
          | ExternalPathString
          | (T extends \`\${infer P}\${SearchOrHash}\`
              ? P extends DynamicRoutes<infer _>
                ? T
                : never
              : T extends DynamicRoutes<infer _>
                ? T
                : never)
    : never;

  /*********
   * Href  *
   *********/

  export type Href<T> = T extends Record<'pathname', string> ? HrefObject<T> : Route<T>;

  export type HrefObject<
    R extends Record<'pathname', string>,
    P = R['pathname'],
  > = P extends DynamicRouteTemplate
    ? { pathname: P; params: InputRouteParams<P> }
    : P extends Route<P>
      ? { pathname: Route<P> | DynamicRouteTemplate; params?: never | InputRouteParams<never> }
      : never;

  /***********************
   * Expo Router Exports *
   ***********************/

  export type Router = Omit<OriginalRouter, 'push' | 'replace' | 'setParams'> & {
    /** Navigate to the provided href. */
    push: <T>(href: Href<T>) => void;
    /** Navigate to route without appending to the history. */
    replace: <T>(href: Href<T>) => void;
    /** Update the current route query params. */
    setParams: <T = ''>(params?: T extends '' ? Record<string, string> : InputRouteParams<T>) => void;
  };

  /** The imperative router. */
  export const router: Router;

  /************
   * <Link /> *
   ************/
  export interface LinkProps<T> extends OriginalLinkProps {
    href: Href<T>;
  }

  export interface LinkComponent {
    <T>(props: React.PropsWithChildren<LinkProps<T>>): JSX.Element;
    /** Helper method to resolve an Href object into a string. */
    resolveHref: <T>(href: Href<T>) => string;
  }

  /**
   * Component to render link to another route using a path.
   * Uses an anchor tag on the web.
   *
   * @param props.href Absolute path to route (e.g. \`/feeds/hot\`).
   * @param props.replace Should replace the current route without adding to the history.
   * @param props.asChild Forward props to child component. Useful for custom buttons.
   * @param props.children Child elements to render the content.
   * @param props.className On web, this sets the HTML \`class\` directly. On native, this can be used with CSS interop tools like Nativewind.
   */
  export const Link: LinkComponent;

  /** Redirects to the href as soon as the component is mounted. */
  export const Redirect: <T>(
    props: React.PropsWithChildren<{ href: Href<T> }>
  ) => JSX.Element;

  /************
   * Hooks *
   ************/
  export function useRouter(): Router;

  export function useLocalSearchParams<
    T extends AllRoutes | UnknownOutputParams = UnknownOutputParams,
  >(): T extends AllRoutes ? SearchParams<T> : T;

  /** @deprecated renamed to \`useGlobalSearchParams\` */
  export function useSearchParams<
    T extends AllRoutes | UnknownOutputParams = UnknownOutputParams,
  >(): T extends AllRoutes ? SearchParams<T> : T;

  export function useGlobalSearchParams<
    T extends AllRoutes | UnknownOutputParams = UnknownOutputParams,
  >(): T extends AllRoutes ? SearchParams<T> : T;

  export function useSegments<
    T extends AbsoluteRoute | RouteSegments<AbsoluteRoute> | RelativePathString,
  >(): T extends AbsoluteRoute ? RouteSegments<T> : T extends string ? string[] : T;
}
`;

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