@tanstack/router-generator
Advanced tools
@@ -57,8 +57,11 @@ const require_runtime = require("../../_virtual/_rolldown/runtime.cjs"); | ||
| const filePath = require_utils.replaceBackslash(node_path.default.join(normalizedDir, node.filePath)); | ||
| const prefixPath = require_utils.cleanPath(`/${normalizedDir}`); | ||
| const routePath = require_utils.cleanPath(`/${normalizedDir}${node.routePath}`); | ||
| node.variableName = require_utils.routePathToVariable(require_utils.cleanPath(`/${normalizedDir}/${require_utils.removeExt(node.filePath)}`)); | ||
| node._routePathSegmentMetadata = require_utils.joinRoutePathSegmentMetadata(routePath, prefixPath, void 0, node._routePathSegmentMetadata); | ||
| const { routePath: prefixPath, originalRoutePath: originalPrefixPath } = normalizedDir ? require_utils.determineInitialRoutePath(normalizedDir) : { | ||
| routePath: "", | ||
| originalRoutePath: "" | ||
| }; | ||
| const routePath = require_utils.cleanPath(`${prefixPath}${node.routePath}`); | ||
| node.variableName = require_utils.routePathToVariable(require_utils.cleanPath(`${prefixPath}/${require_utils.removeExt(node.filePath)}`)); | ||
| node._routePathSegmentMetadata = require_utils.joinRoutePathSegmentMetadata(routePath, prefixPath, require_utils.createRoutePathSegmentMetadata(prefixPath, originalPrefixPath), node._routePathSegmentMetadata); | ||
| node.routePath = routePath; | ||
| if (node.originalRoutePath) node.originalRoutePath = require_utils.cleanPath(`/${normalizedDir}${node.originalRoutePath}`); | ||
| if (node.originalRoutePath) node.originalRoutePath = require_utils.cleanPath(`${originalPrefixPath}${node.originalRoutePath}`); | ||
| node.filePath = filePath; | ||
@@ -138,3 +141,2 @@ delete node._virtualParentRoutePath; | ||
| if (routePathSegments.length === 1) routePath = "/"; | ||
| if (lastOriginalSegment === updatedLastRouteSegment) originalRoutePath = "/"; | ||
| const isLayoutRoute = routeType === "layout"; | ||
@@ -141,0 +143,0 @@ routePath = routePath.replace(new RegExp(`/${require_utils.escapeRegExp(updatedLastRouteSegment)}$`), "/") || (isLayoutRoute ? "" : "/"); |
@@ -1,1 +0,1 @@ | ||
| {"version":3,"file":"getRouteNodes.cjs","names":[],"sources":["../../../../src/filesystem/physical/getRouteNodes.ts"],"sourcesContent":["import path from 'node:path'\nimport * as fsp from 'node:fs/promises'\nimport {\n cleanPath,\n createRoutePathSegmentMetadata,\n determineInitialRoutePath,\n escapeRegExp,\n hasEscapedLeadingUnderscore,\n joinRoutePathSegmentMetadata,\n removeExt,\n replaceBackslash,\n routePathToVariable,\n unwrapBracketWrappedSegment,\n} from '../../utils'\nimport { getRouteNodes as getRouteNodesVirtual } from '../virtual/getRouteNodes'\nimport { loadConfigFile } from '../virtual/loadConfigFile'\nimport { logging } from '../../logger'\nimport { rootPathId } from './rootPathId'\nimport type {\n VirtualRootRoute,\n VirtualRouteSubtreeConfig,\n} from '@tanstack/virtual-file-routes'\nimport type { FsRouteType, GetRouteNodesResult, RouteNode } from '../../types'\nimport type { Config } from '../../config'\n\n/**\n * Pre-compiled segment regexes for matching token patterns against route segments.\n * These are created once (in Generator constructor) and passed through to avoid\n * repeated regex compilation during route crawling.\n */\nexport interface TokenRegexBundle {\n indexTokenSegmentRegex: RegExp\n routeTokenSegmentRegex: RegExp\n}\n\nconst disallowedRouteGroupConfiguration = /\\(([^)]+)\\).(ts|js|tsx|jsx|vue)/\n\nconst virtualConfigFileRegExp = /__virtual\\.[mc]?[jt]s$/\nexport function isVirtualConfigFile(fileName: string): boolean {\n return virtualConfigFileRegExp.test(fileName)\n}\n\nexport async function getRouteNodes(\n config: Pick<\n Config,\n | 'routesDirectory'\n | 'routeFilePrefix'\n | 'routeFileIgnorePrefix'\n | 'routeFileIgnorePattern'\n | 'disableLogging'\n | 'routeToken'\n | 'indexToken'\n >,\n root: string,\n tokenRegexes: TokenRegexBundle,\n): Promise<GetRouteNodesResult> {\n const { routeFilePrefix, routeFileIgnorePrefix, routeFileIgnorePattern } =\n config\n\n const logger = logging({ disabled: config.disableLogging })\n const routeFileIgnoreRegExp = new RegExp(routeFileIgnorePattern ?? '', 'g')\n\n const routeNodes: Array<RouteNode> = []\n const allPhysicalDirectories: Array<string> = []\n\n async function recurse(dir: string) {\n const fullDir = path.resolve(config.routesDirectory, dir)\n let dirList = await fsp.readdir(fullDir, { withFileTypes: true })\n\n dirList = dirList.filter((d) => {\n if (\n d.name.startsWith('.') ||\n (routeFileIgnorePrefix && d.name.startsWith(routeFileIgnorePrefix))\n ) {\n return false\n }\n\n if (routeFilePrefix) {\n if (routeFileIgnorePattern) {\n return (\n d.name.startsWith(routeFilePrefix) &&\n !d.name.match(routeFileIgnoreRegExp)\n )\n }\n\n return d.name.startsWith(routeFilePrefix)\n }\n\n if (routeFileIgnorePattern) {\n return !d.name.match(routeFileIgnoreRegExp)\n }\n\n return true\n })\n\n const virtualConfigFile = dirList.find((dirent) => {\n return dirent.isFile() && isVirtualConfigFile(dirent.name)\n })\n\n if (virtualConfigFile !== undefined) {\n const virtualRouteConfigExport = await loadConfigFile(\n path.resolve(fullDir, virtualConfigFile.name),\n )\n let virtualRouteSubtreeConfig: VirtualRouteSubtreeConfig\n if (typeof virtualRouteConfigExport.default === 'function') {\n virtualRouteSubtreeConfig = await virtualRouteConfigExport.default()\n } else {\n virtualRouteSubtreeConfig = virtualRouteConfigExport.default\n }\n const dummyRoot: VirtualRootRoute = {\n type: 'root',\n file: '',\n children: virtualRouteSubtreeConfig,\n }\n const { routeNodes: virtualRouteNodes, physicalDirectories } =\n await getRouteNodesVirtual(\n {\n ...config,\n routesDirectory: fullDir,\n virtualRouteConfig: dummyRoot,\n },\n root,\n tokenRegexes,\n )\n allPhysicalDirectories.push(...physicalDirectories)\n virtualRouteNodes.forEach((node) => {\n const normalizedDir = dir === './' ? '' : dir\n const filePath = replaceBackslash(\n path.join(normalizedDir, node.filePath),\n )\n const prefixPath = cleanPath(`/${normalizedDir}`)\n const routePath = cleanPath(`/${normalizedDir}${node.routePath}`)\n\n node.variableName = routePathToVariable(\n cleanPath(`/${normalizedDir}/${removeExt(node.filePath)}`),\n )\n node._routePathSegmentMetadata = joinRoutePathSegmentMetadata(\n routePath,\n prefixPath,\n undefined,\n node._routePathSegmentMetadata,\n )\n node.routePath = routePath\n // Keep originalRoutePath aligned with routePath for escape detection\n if (node.originalRoutePath) {\n node.originalRoutePath = cleanPath(\n `/${normalizedDir}${node.originalRoutePath}`,\n )\n }\n node.filePath = filePath\n // Virtual subtree nodes (from __virtual.ts) are embedded in a\n // physical directory tree. They should use path-based parent\n // inference, not the explicit virtual parent tracking. Clear any\n // _virtualParentRoutePath that was set at construction time.\n delete node._virtualParentRoutePath\n })\n\n routeNodes.push(...virtualRouteNodes)\n\n return\n }\n\n await Promise.all(\n dirList.map(async (dirent) => {\n const fullPath = replaceBackslash(path.join(fullDir, dirent.name))\n const relativePath = path.posix.join(dir, dirent.name)\n\n if (dirent.isDirectory()) {\n await recurse(relativePath)\n } else if (fullPath.match(/\\.(tsx|ts|jsx|js|vue)$/)) {\n const filePath = replaceBackslash(path.join(dir, dirent.name))\n const filePathNoExt = removeExt(filePath)\n const {\n routePath: initialRoutePath,\n originalRoutePath: initialOriginalRoutePath,\n } = determineInitialRoutePath(filePathNoExt)\n\n let routePath = initialRoutePath\n let originalRoutePath = initialOriginalRoutePath\n\n if (routeFilePrefix) {\n routePath = routePath.replaceAll(routeFilePrefix, '')\n originalRoutePath = originalRoutePath.replaceAll(\n routeFilePrefix,\n '',\n )\n }\n\n if (disallowedRouteGroupConfiguration.test(dirent.name)) {\n const errorMessage = `A route configuration for a route group was found at \\`${filePath}\\`. This is not supported. Did you mean to use a layout/pathless route instead?`\n logger.error(`ERROR: ${errorMessage}`)\n throw new Error(errorMessage)\n }\n\n const meta = getRouteMeta(routePath, originalRoutePath, tokenRegexes)\n const variableName = meta.variableName\n let routeType: FsRouteType = meta.fsRouteType\n\n if (routeType === 'lazy') {\n routePath = routePath.replace(/\\/lazy$/, '')\n originalRoutePath = originalRoutePath.replace(/\\/lazy$/, '')\n }\n\n // this check needs to happen after the lazy route has been cleaned up\n // since the routePath is used to determine if a route is pathless\n if (\n isValidPathlessLayoutRoute(\n routePath,\n originalRoutePath,\n routeType,\n tokenRegexes,\n )\n ) {\n routeType = 'pathless_layout'\n }\n\n // Only show deprecation warning for .tsx/.ts files, not .vue files\n // Vue files using .component.vue is the Vue-native way\n const isVueFile = filePath.endsWith('.vue')\n if (!isVueFile) {\n ;(\n [\n ['component', 'component'],\n ['errorComponent', 'errorComponent'],\n ['notFoundComponent', 'notFoundComponent'],\n ['pendingComponent', 'pendingComponent'],\n ['loader', 'loader'],\n ] satisfies Array<[FsRouteType, string]>\n ).forEach(([matcher, type]) => {\n if (routeType === matcher) {\n logger.warn(\n `WARNING: The \\`.${type}.tsx\\` suffix used for the ${filePath} file is deprecated. Use the new \\`.lazy.tsx\\` suffix instead.`,\n )\n }\n })\n }\n\n // Get the last segment of originalRoutePath to check for escaping\n const originalSegments = originalRoutePath.split('/').filter(Boolean)\n const lastOriginalSegmentForSuffix =\n originalSegments[originalSegments.length - 1] || ''\n\n const { routeTokenSegmentRegex, indexTokenSegmentRegex } =\n tokenRegexes\n\n // List of special suffixes that can be escaped\n const specialSuffixes = [\n 'component',\n 'errorComponent',\n 'notFoundComponent',\n 'pendingComponent',\n 'loader',\n 'lazy',\n ]\n\n const routePathSegments = routePath.split('/').filter(Boolean)\n const lastRouteSegment =\n routePathSegments[routePathSegments.length - 1] || ''\n\n const suffixToStrip = specialSuffixes.find((suffix) => {\n const endsWithSuffix = routePath.endsWith(`/${suffix}`)\n // A suffix is escaped if wrapped in brackets in the original: [lazy] means literal \"lazy\"\n const isEscaped =\n lastOriginalSegmentForSuffix.startsWith('[') &&\n lastOriginalSegmentForSuffix.endsWith(']') &&\n unwrapBracketWrappedSegment(lastOriginalSegmentForSuffix) ===\n suffix\n return endsWithSuffix && !isEscaped\n })\n\n const routeTokenCandidate = unwrapBracketWrappedSegment(\n lastOriginalSegmentForSuffix,\n )\n const isRouteTokenEscaped =\n lastOriginalSegmentForSuffix !== routeTokenCandidate &&\n routeTokenSegmentRegex.test(routeTokenCandidate)\n\n const shouldStripRouteToken =\n routeTokenSegmentRegex.test(lastRouteSegment) &&\n !isRouteTokenEscaped\n\n if (suffixToStrip || shouldStripRouteToken) {\n const stripSegment = suffixToStrip ?? lastRouteSegment\n routePath = routePath.replace(\n new RegExp(`/${escapeRegExp(stripSegment)}$`),\n '',\n )\n originalRoutePath = originalRoutePath.replace(\n new RegExp(`/${escapeRegExp(stripSegment)}$`),\n '',\n )\n }\n\n // Check if the index token should be treated specially or as a literal path\n // Escaping stays literal-only: if the last original segment is bracket-wrapped,\n // treat it as literal even if it matches the token regex.\n const lastOriginalSegment =\n originalRoutePath.split('/').filter(Boolean).pop() || ''\n\n const indexTokenCandidate =\n unwrapBracketWrappedSegment(lastOriginalSegment)\n const isIndexEscaped =\n lastOriginalSegment !== indexTokenCandidate &&\n indexTokenSegmentRegex.test(indexTokenCandidate)\n\n if (!isIndexEscaped) {\n const updatedRouteSegments = routePath.split('/').filter(Boolean)\n const updatedLastRouteSegment =\n updatedRouteSegments[updatedRouteSegments.length - 1] || ''\n\n if (indexTokenSegmentRegex.test(updatedLastRouteSegment)) {\n if (routePathSegments.length === 1) {\n routePath = '/'\n }\n\n if (lastOriginalSegment === updatedLastRouteSegment) {\n originalRoutePath = '/'\n }\n\n // For layout routes, don't use '/' fallback - an empty path means\n // \"layout for the parent path\" which is important for physical() mounts\n // where route.tsx at root should have empty path, not '/'\n const isLayoutRoute = routeType === 'layout'\n\n routePath =\n routePath.replace(\n new RegExp(`/${escapeRegExp(updatedLastRouteSegment)}$`),\n '/',\n ) || (isLayoutRoute ? '' : '/')\n\n originalRoutePath =\n originalRoutePath.replace(\n new RegExp(`/${escapeRegExp(indexTokenCandidate)}$`),\n '/',\n ) || (isLayoutRoute ? '' : '/')\n }\n }\n\n routeNodes.push({\n filePath,\n fullPath,\n routePath,\n variableName,\n _fsRouteType: routeType,\n originalRoutePath,\n _routePathSegmentMetadata: createRoutePathSegmentMetadata(\n routePath,\n originalRoutePath,\n ),\n })\n }\n }),\n )\n\n return routeNodes\n }\n\n await recurse('./')\n\n // Find the root route node - prefer the actual route file over component/loader files\n const rootRouteNode =\n routeNodes.find(\n (d) =>\n d.routePath === `/${rootPathId}` &&\n ![\n 'component',\n 'errorComponent',\n 'notFoundComponent',\n 'pendingComponent',\n 'loader',\n 'lazy',\n ].includes(d._fsRouteType),\n ) ?? routeNodes.find((d) => d.routePath === `/${rootPathId}`)\n if (rootRouteNode) {\n rootRouteNode._fsRouteType = '__root'\n rootRouteNode.variableName = 'root'\n }\n\n return {\n rootRouteNode,\n routeNodes,\n physicalDirectories: allPhysicalDirectories,\n }\n}\n\n/**\n * Determines the metadata for a given route path based on the provided configuration.\n *\n * @param routePath - The determined initial routePath (with brackets removed).\n * @param originalRoutePath - The original route path (may contain brackets for escaped content).\n * @param tokenRegexes - Pre-compiled token regexes for matching.\n * @returns An object containing the type of the route and the variable name derived from the route path.\n */\nexport function getRouteMeta(\n routePath: string,\n originalRoutePath: string,\n tokenRegexes: TokenRegexBundle,\n): {\n // `__root` is can be more easily determined by filtering down to routePath === /${rootPathId}\n // `pathless` is needs to determined after `lazy` has been cleaned up from the routePath\n fsRouteType: Extract<\n FsRouteType,\n | 'static'\n | 'layout'\n | 'api'\n | 'lazy'\n | 'loader'\n | 'component'\n | 'pendingComponent'\n | 'errorComponent'\n | 'notFoundComponent'\n >\n variableName: string\n} {\n let fsRouteType: FsRouteType = 'static'\n\n // Get the last segment from the original path to check for escaping\n const originalSegments = originalRoutePath.split('/').filter(Boolean)\n const lastOriginalSegment =\n originalSegments[originalSegments.length - 1] || ''\n\n const { routeTokenSegmentRegex } = tokenRegexes\n\n // Helper to check if a specific suffix is escaped (literal-only)\n // A suffix is escaped if the original segment is wrapped in brackets: [lazy] means literal \"lazy\"\n const isSuffixEscaped = (suffix: string): boolean => {\n return (\n lastOriginalSegment.startsWith('[') &&\n lastOriginalSegment.endsWith(']') &&\n unwrapBracketWrappedSegment(lastOriginalSegment) === suffix\n )\n }\n\n const routeSegments = routePath.split('/').filter(Boolean)\n const lastRouteSegment = routeSegments[routeSegments.length - 1] || ''\n\n const routeTokenCandidate = unwrapBracketWrappedSegment(lastOriginalSegment)\n const isRouteTokenEscaped =\n lastOriginalSegment !== routeTokenCandidate &&\n routeTokenSegmentRegex.test(routeTokenCandidate)\n\n if (routeTokenSegmentRegex.test(lastRouteSegment) && !isRouteTokenEscaped) {\n // layout routes, i.e `/foo/route.tsx` or `/foo/_layout/route.tsx`\n fsRouteType = 'layout'\n } else if (routePath.endsWith('/lazy') && !isSuffixEscaped('lazy')) {\n // lazy routes, i.e. `/foo.lazy.tsx`\n fsRouteType = 'lazy'\n } else if (routePath.endsWith('/loader') && !isSuffixEscaped('loader')) {\n // loader routes, i.e. `/foo.loader.tsx`\n fsRouteType = 'loader'\n } else if (\n routePath.endsWith('/component') &&\n !isSuffixEscaped('component')\n ) {\n // component routes, i.e. `/foo.component.tsx`\n fsRouteType = 'component'\n } else if (\n routePath.endsWith('/pendingComponent') &&\n !isSuffixEscaped('pendingComponent')\n ) {\n // pending component routes, i.e. `/foo.pendingComponent.tsx`\n fsRouteType = 'pendingComponent'\n } else if (\n routePath.endsWith('/errorComponent') &&\n !isSuffixEscaped('errorComponent')\n ) {\n // error component routes, i.e. `/foo.errorComponent.tsx`\n fsRouteType = 'errorComponent'\n } else if (\n routePath.endsWith('/notFoundComponent') &&\n !isSuffixEscaped('notFoundComponent')\n ) {\n // not found component routes, i.e. `/foo.notFoundComponent.tsx`\n fsRouteType = 'notFoundComponent'\n }\n\n // Use originalRoutePath for variable name when any segment is fully\n // bracket-wrapped (e.g. [index], [route], [_]auth) to avoid collisions\n // with their non-escaped counterparts that get special token treatment\n const hasFullyEscapedSegment = originalSegments.some(\n (seg) =>\n seg.startsWith('[') &&\n seg.endsWith(']') &&\n !seg.slice(1, -1).includes('[') &&\n !seg.slice(1, -1).includes(']'),\n )\n const variableName = routePathToVariable(\n hasFullyEscapedSegment ? originalRoutePath : routePath,\n )\n\n return { fsRouteType, variableName }\n}\n\n/**\n * Used to validate if a route is a pathless layout route\n * @param normalizedRoutePath Normalized route path, i.e `/foo/_layout/route.tsx` and `/foo._layout.route.tsx` to `/foo/_layout/route`\n * @param originalRoutePath Original route path with brackets for escaped content\n * @param routeType The route type determined from file extension\n * @param tokenRegexes Pre-compiled token regexes for matching\n * @returns Boolean indicating if the route is a pathless layout route\n */\nfunction isValidPathlessLayoutRoute(\n normalizedRoutePath: string,\n originalRoutePath: string,\n routeType: FsRouteType,\n tokenRegexes: TokenRegexBundle,\n): boolean {\n if (routeType === 'lazy') {\n return false\n }\n\n const segments = normalizedRoutePath.split('/').filter(Boolean)\n const originalSegments = originalRoutePath.split('/').filter(Boolean)\n\n if (segments.length === 0) {\n return false\n }\n\n const lastRouteSegment = segments[segments.length - 1]!\n const lastOriginalSegment =\n originalSegments[originalSegments.length - 1] || ''\n const secondToLastRouteSegment = segments[segments.length - 2]\n const secondToLastOriginalSegment =\n originalSegments[originalSegments.length - 2]\n\n // If segment === __root, then exit as false\n if (lastRouteSegment === rootPathId) {\n return false\n }\n\n const { routeTokenSegmentRegex, indexTokenSegmentRegex } = tokenRegexes\n\n // If segment matches routeToken and secondToLastSegment is a string that starts with _, then exit as true\n // Since the route is actually a configuration route for a layout/pathless route\n // i.e. /foo/_layout/route.tsx === /foo/_layout.tsx\n // But if the underscore is escaped, it's not a pathless layout\n if (\n routeTokenSegmentRegex.test(lastRouteSegment) &&\n typeof secondToLastRouteSegment === 'string' &&\n typeof secondToLastOriginalSegment === 'string'\n ) {\n // Check if the underscore is escaped\n if (hasEscapedLeadingUnderscore(secondToLastOriginalSegment)) {\n return false\n }\n return secondToLastRouteSegment.startsWith('_')\n }\n\n // Segment starts with _ but check if it's escaped\n // If the original segment has [_] at the start, the underscore is escaped and it's not a pathless layout\n if (hasEscapedLeadingUnderscore(lastOriginalSegment)) {\n return false\n }\n\n return (\n !indexTokenSegmentRegex.test(lastRouteSegment) &&\n !routeTokenSegmentRegex.test(lastRouteSegment) &&\n lastRouteSegment.startsWith('_')\n 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| {"version":3,"file":"getRouteNodes.cjs","names":[],"sources":["../../../../src/filesystem/physical/getRouteNodes.ts"],"sourcesContent":["import path from 'node:path'\nimport * as fsp from 'node:fs/promises'\nimport {\n cleanPath,\n createRoutePathSegmentMetadata,\n determineInitialRoutePath,\n escapeRegExp,\n hasEscapedLeadingUnderscore,\n joinRoutePathSegmentMetadata,\n removeExt,\n replaceBackslash,\n routePathToVariable,\n unwrapBracketWrappedSegment,\n} from '../../utils'\nimport { getRouteNodes as getRouteNodesVirtual } from '../virtual/getRouteNodes'\nimport { loadConfigFile } from '../virtual/loadConfigFile'\nimport { logging } from '../../logger'\nimport { rootPathId } from './rootPathId'\nimport type {\n VirtualRootRoute,\n VirtualRouteSubtreeConfig,\n} from '@tanstack/virtual-file-routes'\nimport type { FsRouteType, GetRouteNodesResult, RouteNode } from '../../types'\nimport type { Config } from '../../config'\n\n/**\n * Pre-compiled segment regexes for matching token patterns against route segments.\n * These are created once (in Generator constructor) and passed through to avoid\n * repeated regex compilation during route crawling.\n */\nexport interface TokenRegexBundle {\n indexTokenSegmentRegex: RegExp\n routeTokenSegmentRegex: RegExp\n}\n\nconst disallowedRouteGroupConfiguration = /\\(([^)]+)\\).(ts|js|tsx|jsx|vue)/\n\nconst virtualConfigFileRegExp = /__virtual\\.[mc]?[jt]s$/\nexport function isVirtualConfigFile(fileName: string): boolean {\n return virtualConfigFileRegExp.test(fileName)\n}\n\nexport async function getRouteNodes(\n config: Pick<\n Config,\n | 'routesDirectory'\n | 'routeFilePrefix'\n | 'routeFileIgnorePrefix'\n | 'routeFileIgnorePattern'\n | 'disableLogging'\n | 'routeToken'\n | 'indexToken'\n >,\n root: string,\n tokenRegexes: TokenRegexBundle,\n): Promise<GetRouteNodesResult> {\n const { routeFilePrefix, routeFileIgnorePrefix, routeFileIgnorePattern } =\n config\n\n const logger = logging({ disabled: config.disableLogging })\n const routeFileIgnoreRegExp = new RegExp(routeFileIgnorePattern ?? '', 'g')\n\n const routeNodes: Array<RouteNode> = []\n const allPhysicalDirectories: Array<string> = []\n\n async function recurse(dir: string) {\n const fullDir = path.resolve(config.routesDirectory, dir)\n let dirList = await fsp.readdir(fullDir, { withFileTypes: true })\n\n dirList = dirList.filter((d) => {\n if (\n d.name.startsWith('.') ||\n (routeFileIgnorePrefix && d.name.startsWith(routeFileIgnorePrefix))\n ) {\n return false\n }\n\n if (routeFilePrefix) {\n if (routeFileIgnorePattern) {\n return (\n d.name.startsWith(routeFilePrefix) &&\n !d.name.match(routeFileIgnoreRegExp)\n )\n }\n\n return d.name.startsWith(routeFilePrefix)\n }\n\n if (routeFileIgnorePattern) {\n return !d.name.match(routeFileIgnoreRegExp)\n }\n\n return true\n })\n\n const virtualConfigFile = dirList.find((dirent) => {\n return dirent.isFile() && isVirtualConfigFile(dirent.name)\n })\n\n if (virtualConfigFile !== undefined) {\n const virtualRouteConfigExport = await loadConfigFile(\n path.resolve(fullDir, virtualConfigFile.name),\n )\n let virtualRouteSubtreeConfig: VirtualRouteSubtreeConfig\n if (typeof virtualRouteConfigExport.default === 'function') {\n virtualRouteSubtreeConfig = await virtualRouteConfigExport.default()\n } else {\n virtualRouteSubtreeConfig = virtualRouteConfigExport.default\n }\n const dummyRoot: VirtualRootRoute = {\n type: 'root',\n file: '',\n children: virtualRouteSubtreeConfig,\n }\n const { routeNodes: virtualRouteNodes, physicalDirectories } =\n await getRouteNodesVirtual(\n {\n ...config,\n routesDirectory: fullDir,\n virtualRouteConfig: dummyRoot,\n },\n root,\n tokenRegexes,\n )\n allPhysicalDirectories.push(...physicalDirectories)\n virtualRouteNodes.forEach((node) => {\n const normalizedDir = dir === './' ? '' : dir\n const filePath = replaceBackslash(\n path.join(normalizedDir, node.filePath),\n )\n const { routePath: prefixPath, originalRoutePath: originalPrefixPath } =\n normalizedDir\n ? determineInitialRoutePath(normalizedDir)\n : { routePath: '', originalRoutePath: '' }\n const routePath = cleanPath(`${prefixPath}${node.routePath}`)\n\n node.variableName = routePathToVariable(\n cleanPath(`${prefixPath}/${removeExt(node.filePath)}`),\n )\n node._routePathSegmentMetadata = joinRoutePathSegmentMetadata(\n routePath,\n prefixPath,\n createRoutePathSegmentMetadata(prefixPath, originalPrefixPath),\n node._routePathSegmentMetadata,\n )\n node.routePath = routePath\n // Keep originalRoutePath aligned with routePath for escape detection\n if (node.originalRoutePath) {\n node.originalRoutePath = cleanPath(\n `${originalPrefixPath}${node.originalRoutePath}`,\n )\n }\n node.filePath = filePath\n // Virtual subtree nodes (from __virtual.ts) are embedded in a\n // physical directory tree. They should use path-based parent\n // inference, not the explicit virtual parent tracking. Clear any\n // _virtualParentRoutePath that was set at construction time.\n delete node._virtualParentRoutePath\n })\n\n routeNodes.push(...virtualRouteNodes)\n\n return\n }\n\n await Promise.all(\n dirList.map(async (dirent) => {\n const fullPath = replaceBackslash(path.join(fullDir, dirent.name))\n const relativePath = path.posix.join(dir, dirent.name)\n\n if (dirent.isDirectory()) {\n await recurse(relativePath)\n } else if (fullPath.match(/\\.(tsx|ts|jsx|js|vue)$/)) {\n const filePath = replaceBackslash(path.join(dir, dirent.name))\n const filePathNoExt = removeExt(filePath)\n const {\n routePath: initialRoutePath,\n originalRoutePath: initialOriginalRoutePath,\n } = determineInitialRoutePath(filePathNoExt)\n\n let routePath = initialRoutePath\n let originalRoutePath = initialOriginalRoutePath\n\n if (routeFilePrefix) {\n routePath = routePath.replaceAll(routeFilePrefix, '')\n originalRoutePath = originalRoutePath.replaceAll(\n routeFilePrefix,\n '',\n )\n }\n\n if (disallowedRouteGroupConfiguration.test(dirent.name)) {\n const errorMessage = `A route configuration for a route group was found at \\`${filePath}\\`. This is not supported. Did you mean to use a layout/pathless route instead?`\n logger.error(`ERROR: ${errorMessage}`)\n throw new Error(errorMessage)\n }\n\n const meta = getRouteMeta(routePath, originalRoutePath, tokenRegexes)\n const variableName = meta.variableName\n let routeType: FsRouteType = meta.fsRouteType\n\n if (routeType === 'lazy') {\n routePath = routePath.replace(/\\/lazy$/, '')\n originalRoutePath = originalRoutePath.replace(/\\/lazy$/, '')\n }\n\n // this check needs to happen after the lazy route has been cleaned up\n // since the routePath is used to determine if a route is pathless\n if (\n isValidPathlessLayoutRoute(\n routePath,\n originalRoutePath,\n routeType,\n tokenRegexes,\n )\n ) {\n routeType = 'pathless_layout'\n }\n\n // Only show deprecation warning for .tsx/.ts files, not .vue files\n // Vue files using .component.vue is the Vue-native way\n const isVueFile = filePath.endsWith('.vue')\n if (!isVueFile) {\n ;(\n [\n ['component', 'component'],\n ['errorComponent', 'errorComponent'],\n ['notFoundComponent', 'notFoundComponent'],\n ['pendingComponent', 'pendingComponent'],\n ['loader', 'loader'],\n ] satisfies Array<[FsRouteType, string]>\n ).forEach(([matcher, type]) => {\n if (routeType === matcher) {\n logger.warn(\n `WARNING: The \\`.${type}.tsx\\` suffix used for the ${filePath} file is deprecated. 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'' : '/')\n }\n }\n\n routeNodes.push({\n filePath,\n fullPath,\n routePath,\n variableName,\n _fsRouteType: routeType,\n originalRoutePath,\n _routePathSegmentMetadata: createRoutePathSegmentMetadata(\n routePath,\n originalRoutePath,\n ),\n })\n }\n }),\n )\n\n return routeNodes\n }\n\n await recurse('./')\n\n // Find the root route node - prefer the actual route file over component/loader files\n const rootRouteNode =\n routeNodes.find(\n (d) =>\n d.routePath === `/${rootPathId}` &&\n ![\n 'component',\n 'errorComponent',\n 'notFoundComponent',\n 'pendingComponent',\n 'loader',\n 'lazy',\n ].includes(d._fsRouteType),\n ) ?? routeNodes.find((d) => d.routePath === `/${rootPathId}`)\n if (rootRouteNode) {\n rootRouteNode._fsRouteType = '__root'\n rootRouteNode.variableName = 'root'\n }\n\n return {\n rootRouteNode,\n routeNodes,\n physicalDirectories: allPhysicalDirectories,\n }\n}\n\n/**\n * Determines the metadata for a given route path based on the provided configuration.\n *\n * @param routePath - The determined initial routePath (with brackets removed).\n * @param originalRoutePath - The original route path (may contain brackets for escaped content).\n * @param tokenRegexes - Pre-compiled token regexes for matching.\n * @returns An object containing the type of the route and the variable name derived from the route path.\n */\nexport function getRouteMeta(\n routePath: string,\n originalRoutePath: string,\n tokenRegexes: TokenRegexBundle,\n): {\n // `__root` is can be more easily determined by filtering down to routePath === /${rootPathId}\n // `pathless` is needs to determined after `lazy` has been cleaned up from the routePath\n fsRouteType: Extract<\n FsRouteType,\n | 'static'\n | 'layout'\n | 'api'\n | 'lazy'\n | 'loader'\n | 'component'\n | 'pendingComponent'\n | 'errorComponent'\n | 'notFoundComponent'\n >\n variableName: string\n} {\n let fsRouteType: FsRouteType = 'static'\n\n // Get the last segment from the original path to check for escaping\n const originalSegments = originalRoutePath.split('/').filter(Boolean)\n const lastOriginalSegment =\n originalSegments[originalSegments.length - 1] || ''\n\n const { routeTokenSegmentRegex } = tokenRegexes\n\n // Helper to check if a specific suffix is escaped (literal-only)\n // A suffix is escaped if the original segment is wrapped in brackets: [lazy] means literal \"lazy\"\n const isSuffixEscaped = (suffix: string): boolean => {\n return (\n lastOriginalSegment.startsWith('[') &&\n lastOriginalSegment.endsWith(']') &&\n unwrapBracketWrappedSegment(lastOriginalSegment) === suffix\n )\n }\n\n const routeSegments = routePath.split('/').filter(Boolean)\n const lastRouteSegment = routeSegments[routeSegments.length - 1] || ''\n\n const routeTokenCandidate = unwrapBracketWrappedSegment(lastOriginalSegment)\n const isRouteTokenEscaped =\n lastOriginalSegment !== routeTokenCandidate &&\n routeTokenSegmentRegex.test(routeTokenCandidate)\n\n if (routeTokenSegmentRegex.test(lastRouteSegment) && !isRouteTokenEscaped) {\n // layout routes, i.e `/foo/route.tsx` or `/foo/_layout/route.tsx`\n fsRouteType = 'layout'\n } else if (routePath.endsWith('/lazy') && !isSuffixEscaped('lazy')) {\n // lazy routes, i.e. `/foo.lazy.tsx`\n fsRouteType = 'lazy'\n } else if (routePath.endsWith('/loader') && !isSuffixEscaped('loader')) {\n // loader routes, i.e. `/foo.loader.tsx`\n fsRouteType = 'loader'\n } else if (\n routePath.endsWith('/component') &&\n !isSuffixEscaped('component')\n ) {\n // component routes, i.e. `/foo.component.tsx`\n fsRouteType = 'component'\n } else if (\n routePath.endsWith('/pendingComponent') &&\n !isSuffixEscaped('pendingComponent')\n ) {\n // pending component routes, i.e. `/foo.pendingComponent.tsx`\n fsRouteType = 'pendingComponent'\n } else if (\n routePath.endsWith('/errorComponent') &&\n !isSuffixEscaped('errorComponent')\n ) {\n // error component routes, i.e. `/foo.errorComponent.tsx`\n fsRouteType = 'errorComponent'\n } else if (\n routePath.endsWith('/notFoundComponent') &&\n !isSuffixEscaped('notFoundComponent')\n ) {\n // not found component routes, i.e. `/foo.notFoundComponent.tsx`\n fsRouteType = 'notFoundComponent'\n }\n\n // Use originalRoutePath for variable name when any segment is fully\n // bracket-wrapped (e.g. [index], [route], [_]auth) to avoid collisions\n // with their non-escaped counterparts that get special token treatment\n const hasFullyEscapedSegment = originalSegments.some(\n (seg) =>\n seg.startsWith('[') &&\n seg.endsWith(']') &&\n !seg.slice(1, -1).includes('[') &&\n !seg.slice(1, -1).includes(']'),\n )\n const variableName = routePathToVariable(\n hasFullyEscapedSegment ? originalRoutePath : routePath,\n )\n\n return { fsRouteType, variableName }\n}\n\n/**\n * Used to validate if a route is a pathless layout route\n * @param normalizedRoutePath Normalized route path, i.e `/foo/_layout/route.tsx` and `/foo._layout.route.tsx` to `/foo/_layout/route`\n * @param originalRoutePath Original route path with brackets for escaped content\n * @param routeType The route type determined from file extension\n * @param tokenRegexes Pre-compiled token regexes for matching\n * @returns Boolean indicating if the route is a pathless layout route\n */\nfunction isValidPathlessLayoutRoute(\n normalizedRoutePath: string,\n originalRoutePath: string,\n routeType: FsRouteType,\n tokenRegexes: TokenRegexBundle,\n): boolean {\n if (routeType === 'lazy') {\n return false\n }\n\n const segments = normalizedRoutePath.split('/').filter(Boolean)\n const originalSegments = originalRoutePath.split('/').filter(Boolean)\n\n if (segments.length === 0) {\n return false\n }\n\n const lastRouteSegment = segments[segments.length - 1]!\n const lastOriginalSegment =\n originalSegments[originalSegments.length - 1] || ''\n const secondToLastRouteSegment = segments[segments.length - 2]\n const secondToLastOriginalSegment =\n originalSegments[originalSegments.length - 2]\n\n // If segment === __root, then exit as false\n if (lastRouteSegment === rootPathId) {\n return false\n }\n\n const { routeTokenSegmentRegex, indexTokenSegmentRegex } = tokenRegexes\n\n // If segment matches routeToken and secondToLastSegment is a string that starts with _, then exit as true\n // Since the route is actually a configuration route for a layout/pathless route\n // i.e. /foo/_layout/route.tsx === /foo/_layout.tsx\n // But if the underscore is escaped, it's not a pathless layout\n if (\n routeTokenSegmentRegex.test(lastRouteSegment) &&\n typeof secondToLastRouteSegment === 'string' &&\n typeof secondToLastOriginalSegment === 'string'\n ) {\n // Check if the underscore is escaped\n if (hasEscapedLeadingUnderscore(secondToLastOriginalSegment)) {\n return false\n }\n return secondToLastRouteSegment.startsWith('_')\n }\n\n // Segment starts with _ but check if it's escaped\n // If the original segment has [_] at the start, the underscore is escaped and it's not a pathless layout\n if 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|
@@ -71,2 +71,6 @@ const require_runtime = require("../../_virtual/_rolldown/runtime.cjs"); | ||
| if (node.type === "physical") { | ||
| const { routePath: routePathPrefix, originalRoutePath: originalRoutePathPrefix } = node.pathPrefix ? require_utils.determineInitialRoutePath(require_utils.removeLeadingSlash(node.pathPrefix)) : { | ||
| routePath: "", | ||
| originalRoutePath: "" | ||
| }; | ||
| const { routeNodes, physicalDirectories } = await require_getRouteNodes.getRouteNodes({ | ||
@@ -78,9 +82,10 @@ ...tsrConfig, | ||
| routeNodes.forEach((subtreeNode) => { | ||
| const pathPrefix = require_utils.cleanPath(`${parent?.routePath ?? ""}${node.pathPrefix}`); | ||
| const pathPrefix = require_utils.cleanPath(`${parent?.routePath ?? ""}${routePathPrefix}`); | ||
| const originalPathPrefix = require_utils.cleanPath(`${parent?.originalRoutePath ?? parent?.routePath ?? ""}${originalRoutePathPrefix}`); | ||
| const literalPathPrefixSegments = require_utils.createLiteralRoutePathSegmentMetadata(pathPrefix, parent, true); | ||
| const routePath = require_utils.cleanPath(`${pathPrefix}${subtreeNode.routePath}`); | ||
| subtreeNode.variableName = require_utils.routePathToVariable(`${node.pathPrefix}/${require_utils.removeExt(subtreeNode.filePath)}`); | ||
| subtreeNode.variableName = require_utils.routePathToVariable(`${routePathPrefix}/${require_utils.removeExt(subtreeNode.filePath)}`); | ||
| subtreeNode._routePathSegmentMetadata = require_utils.joinRoutePathSegmentMetadata(routePath, pathPrefix, literalPathPrefixSegments, subtreeNode._routePathSegmentMetadata); | ||
| subtreeNode.routePath = routePath; | ||
| if (subtreeNode.originalRoutePath) subtreeNode.originalRoutePath = require_utils.cleanPath(`${parent?.originalRoutePath ?? parent?.routePath ?? ""}${node.pathPrefix}${subtreeNode.originalRoutePath}`); | ||
| if (subtreeNode.originalRoutePath) subtreeNode.originalRoutePath = require_utils.cleanPath(`${originalPathPrefix}${subtreeNode.originalRoutePath}`); | ||
| subtreeNode.filePath = `${node.directory}/${subtreeNode.filePath}`; | ||
@@ -109,2 +114,4 @@ }); | ||
| routePath: `${parentRoutePath}/`, | ||
| originalRoutePath: `${parentOriginalRoutePath}/`, | ||
| _routePathSegmentMetadata: parent?._routePathSegmentMetadata ? [...parent._routePathSegmentMetadata] : void 0, | ||
| _fsRouteType: "static", | ||
@@ -111,0 +118,0 @@ _virtualParentRoutePath: virtualParentRoutePath |
@@ -1,1 +0,1 @@ | ||
| {"version":3,"file":"getRouteNodes.cjs","names":[],"sources":["../../../../src/filesystem/virtual/getRouteNodes.ts"],"sourcesContent":["import path, { join, resolve } from 'node:path'\nimport {\n cleanPath,\n createLiteralRoutePathSegmentMetadata,\n createRoutePathSegmentMetadata,\n determineInitialRoutePath,\n joinRoutePathSegmentMetadata,\n removeExt,\n removeLeadingSlash,\n removeTrailingSlash,\n replaceBackslash,\n routePathToVariable,\n} from '../../utils'\nimport { getRouteNodes as getRouteNodesPhysical } from '../physical/getRouteNodes'\nimport { rootPathId } from '../physical/rootPathId'\nimport { virtualRootRouteSchema } from './config'\nimport { loadConfigFile } from './loadConfigFile'\nimport type {\n VirtualRootRoute,\n VirtualRouteNode,\n} from '@tanstack/virtual-file-routes'\nimport type { GetRouteNodesResult, RouteNode } from '../../types'\nimport type { Config } from '../../config'\nimport type { TokenRegexBundle } from '../physical/getRouteNodes'\n\nfunction ensureLeadingUnderScore(id: string) {\n if (id.startsWith('_')) {\n return id\n }\n return `_${id}`\n}\n\nfunction flattenTree(node: RouteNode): Array<RouteNode> {\n const result = [node]\n\n if (node.children) {\n for (const child of node.children) {\n result.push(...flattenTree(child))\n }\n }\n delete node.children\n\n return result\n}\n\nexport async function getRouteNodes(\n tsrConfig: Pick<\n Config,\n | 'routesDirectory'\n | 'virtualRouteConfig'\n | 'routeFileIgnorePrefix'\n | 'disableLogging'\n | 'indexToken'\n | 'routeToken'\n >,\n root: string,\n tokenRegexes: TokenRegexBundle,\n): Promise<GetRouteNodesResult> {\n const fullDir = resolve(tsrConfig.routesDirectory)\n if (tsrConfig.virtualRouteConfig === undefined) {\n throw new Error(`virtualRouteConfig is undefined`)\n }\n let virtualRouteConfig: VirtualRootRoute\n if (typeof tsrConfig.virtualRouteConfig === 'string') {\n virtualRouteConfig = await getVirtualRouteConfigFromFileExport(\n tsrConfig,\n root,\n )\n } else {\n virtualRouteConfig = tsrConfig.virtualRouteConfig\n }\n const { children, physicalDirectories } = await getRouteNodesRecursive(\n tsrConfig,\n root,\n fullDir,\n virtualRouteConfig.children,\n tokenRegexes,\n )\n const allNodes = flattenTree({\n children,\n filePath: virtualRouteConfig.file,\n fullPath: replaceBackslash(join(fullDir, virtualRouteConfig.file)),\n variableName: 'root',\n routePath: `/${rootPathId}`,\n _fsRouteType: '__root',\n })\n\n const rootRouteNode = allNodes[0]\n const routeNodes = allNodes.slice(1)\n\n return { rootRouteNode, routeNodes, physicalDirectories }\n}\n\n/**\n * Get the virtual route config from a file export\n *\n * @example\n * ```ts\n * // routes.ts\n * import { rootRoute } from '@tanstack/virtual-file-routes'\n *\n * export const routes = rootRoute({ ... })\n * // or\n * export default rootRoute({ ... })\n * ```\n *\n */\nasync function getVirtualRouteConfigFromFileExport(\n tsrConfig: Pick<Config, 'virtualRouteConfig'>,\n root: string,\n): Promise<VirtualRootRoute> {\n if (\n tsrConfig.virtualRouteConfig === undefined ||\n typeof tsrConfig.virtualRouteConfig !== 'string' ||\n tsrConfig.virtualRouteConfig === ''\n ) {\n throw new Error(`virtualRouteConfig is undefined or empty`)\n }\n const exports = await loadConfigFile(join(root, tsrConfig.virtualRouteConfig))\n\n if (!('routes' in exports) && !('default' in exports)) {\n throw new Error(\n `routes not found in ${tsrConfig.virtualRouteConfig}. The routes export must be named like 'export const routes = ...' or done using 'export default ...'`,\n )\n }\n\n const virtualRouteConfig =\n 'routes' in exports ? exports.routes : exports.default\n\n return virtualRootRouteSchema.parse(virtualRouteConfig)\n}\n\nexport async function getRouteNodesRecursive(\n tsrConfig: Pick<\n Config,\n | 'routesDirectory'\n | 'routeFileIgnorePrefix'\n | 'disableLogging'\n | 'indexToken'\n | 'routeToken'\n >,\n root: string,\n fullDir: string,\n nodes: Array<VirtualRouteNode> | undefined,\n tokenRegexes: TokenRegexBundle,\n parent?: RouteNode,\n): Promise<{ children: Array<RouteNode>; physicalDirectories: Array<string> }> {\n if (nodes === undefined) {\n return { children: [], physicalDirectories: [] }\n }\n const allPhysicalDirectories: Array<string> = []\n const children = await Promise.all(\n nodes.map(async (node) => {\n if (node.type === 'physical') {\n const { routeNodes, physicalDirectories } = await getRouteNodesPhysical(\n {\n ...tsrConfig,\n routesDirectory: resolve(fullDir, node.directory),\n },\n root,\n tokenRegexes,\n )\n allPhysicalDirectories.push(\n resolve(fullDir, node.directory),\n ...physicalDirectories,\n )\n routeNodes.forEach((subtreeNode) => {\n const pathPrefix = cleanPath(\n `${parent?.routePath ?? ''}${node.pathPrefix}`,\n )\n const literalPathPrefixSegments =\n createLiteralRoutePathSegmentMetadata(pathPrefix, parent, true)\n const routePath = cleanPath(`${pathPrefix}${subtreeNode.routePath}`)\n subtreeNode.variableName = routePathToVariable(\n `${node.pathPrefix}/${removeExt(subtreeNode.filePath)}`,\n )\n subtreeNode._routePathSegmentMetadata = joinRoutePathSegmentMetadata(\n routePath,\n pathPrefix,\n literalPathPrefixSegments,\n subtreeNode._routePathSegmentMetadata,\n )\n subtreeNode.routePath = routePath\n // Keep originalRoutePath aligned with routePath for escape detection\n if (subtreeNode.originalRoutePath) {\n subtreeNode.originalRoutePath = cleanPath(\n `${parent?.originalRoutePath ?? parent?.routePath ?? ''}${node.pathPrefix}${subtreeNode.originalRoutePath}`,\n )\n }\n subtreeNode.filePath = `${node.directory}/${subtreeNode.filePath}`\n })\n return routeNodes\n }\n\n function getFile(file: string) {\n const filePath = file\n const variableName = routePathToVariable(removeExt(filePath))\n const fullPath = replaceBackslash(join(fullDir, filePath))\n return { filePath, variableName, fullPath }\n }\n const parentRoutePath = removeTrailingSlash(parent?.routePath ?? '/')\n const parentOriginalRoutePath = removeTrailingSlash(\n parent?.originalRoutePath ?? parent?.routePath ?? '/',\n )\n const virtualParentRoutePath = parent?.routePath ?? `/${rootPathId}`\n\n switch (node.type) {\n case 'index': {\n const { filePath, variableName, fullPath } = getFile(node.file)\n const routePath = `${parentRoutePath}/`\n return {\n filePath,\n fullPath,\n variableName,\n routePath,\n _fsRouteType: 'static',\n _virtualParentRoutePath: virtualParentRoutePath,\n } satisfies RouteNode\n }\n\n case 'route': {\n const lastSegment = node.path\n let routeNode: RouteNode\n\n // Process the segment to handle escape sequences like [_]\n const {\n routePath: escapedSegment,\n originalRoutePath: originalSegment,\n } = determineInitialRoutePath(removeLeadingSlash(lastSegment))\n const routePath = `${parentRoutePath}${escapedSegment}`\n const originalRoutePath = `${parentOriginalRoutePath}${originalSegment}`\n const routePathSegmentMetadata =\n createLiteralRoutePathSegmentMetadata(routePath, parent, true)\n\n if (node.file) {\n const { filePath, variableName, fullPath } = getFile(node.file)\n routeNode = {\n filePath,\n fullPath,\n variableName,\n routePath,\n originalRoutePath,\n _routePathSegmentMetadata: routePathSegmentMetadata,\n _fsRouteType: 'static',\n _virtualParentRoutePath: virtualParentRoutePath,\n }\n } else {\n routeNode = {\n filePath: '',\n fullPath: '',\n variableName: routePathToVariable(routePath),\n routePath,\n originalRoutePath,\n _routePathSegmentMetadata: routePathSegmentMetadata,\n isVirtual: true,\n _fsRouteType: 'static',\n _virtualParentRoutePath: virtualParentRoutePath,\n }\n }\n\n if (node.children !== undefined) {\n const { children, physicalDirectories } =\n await getRouteNodesRecursive(\n tsrConfig,\n root,\n fullDir,\n node.children,\n tokenRegexes,\n routeNode,\n )\n routeNode.children = children\n allPhysicalDirectories.push(...physicalDirectories)\n\n // If the route has children, it should be a layout\n routeNode._fsRouteType = 'layout'\n }\n return routeNode\n }\n case 'layout': {\n const { filePath, variableName, fullPath } = getFile(node.file)\n\n if (node.id !== undefined) {\n node.id = ensureLeadingUnderScore(node.id)\n } else {\n const baseName = path.basename(filePath)\n const fileNameWithoutExt = path.parse(baseName).name\n node.id = ensureLeadingUnderScore(fileNameWithoutExt)\n }\n const lastSegment = node.id\n // Process the segment to handle escape sequences like [_]\n const {\n routePath: escapedSegment,\n originalRoutePath: originalSegment,\n } = determineInitialRoutePath(removeLeadingSlash(lastSegment))\n const routePath = `${parentRoutePath}${escapedSegment}`\n // Store the original path with brackets for escape detection\n const originalRoutePath = `${parentOriginalRoutePath}${originalSegment}`\n const routePathSegmentMetadata = joinRoutePathSegmentMetadata(\n routePath,\n parentRoutePath,\n parent?._routePathSegmentMetadata,\n createRoutePathSegmentMetadata(escapedSegment, originalSegment),\n )\n\n const routeNode: RouteNode = {\n fullPath,\n filePath,\n variableName,\n routePath,\n originalRoutePath,\n _routePathSegmentMetadata: routePathSegmentMetadata,\n _fsRouteType: 'pathless_layout',\n _virtualParentRoutePath: virtualParentRoutePath,\n }\n\n if (node.children !== undefined) {\n const { children, physicalDirectories } =\n await getRouteNodesRecursive(\n tsrConfig,\n root,\n fullDir,\n node.children,\n tokenRegexes,\n routeNode,\n )\n routeNode.children = children\n allPhysicalDirectories.push(...physicalDirectories)\n }\n return routeNode\n }\n }\n }),\n )\n return {\n children: children.flat(),\n physicalDirectories: allPhysicalDirectories,\n 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| ||
| {"version":3,"file":"getRouteNodes.cjs","names":[],"sources":["../../../../src/filesystem/virtual/getRouteNodes.ts"],"sourcesContent":["import path, { join, resolve } from 'node:path'\nimport {\n cleanPath,\n createLiteralRoutePathSegmentMetadata,\n createRoutePathSegmentMetadata,\n determineInitialRoutePath,\n joinRoutePathSegmentMetadata,\n removeExt,\n removeLeadingSlash,\n removeTrailingSlash,\n replaceBackslash,\n routePathToVariable,\n} from '../../utils'\nimport { getRouteNodes as getRouteNodesPhysical } from '../physical/getRouteNodes'\nimport { rootPathId } from '../physical/rootPathId'\nimport { virtualRootRouteSchema } from './config'\nimport { loadConfigFile } from './loadConfigFile'\nimport type {\n VirtualRootRoute,\n VirtualRouteNode,\n} from '@tanstack/virtual-file-routes'\nimport type { GetRouteNodesResult, RouteNode } from '../../types'\nimport type { Config } from '../../config'\nimport type { TokenRegexBundle } from '../physical/getRouteNodes'\n\nfunction ensureLeadingUnderScore(id: string) {\n if (id.startsWith('_')) {\n return id\n }\n return `_${id}`\n}\n\nfunction flattenTree(node: RouteNode): Array<RouteNode> {\n const result = [node]\n\n if (node.children) {\n for (const child of node.children) {\n result.push(...flattenTree(child))\n }\n }\n delete node.children\n\n return result\n}\n\nexport async function getRouteNodes(\n tsrConfig: Pick<\n Config,\n | 'routesDirectory'\n | 'virtualRouteConfig'\n | 'routeFileIgnorePrefix'\n | 'disableLogging'\n | 'indexToken'\n | 'routeToken'\n >,\n root: string,\n tokenRegexes: TokenRegexBundle,\n): Promise<GetRouteNodesResult> {\n const fullDir = resolve(tsrConfig.routesDirectory)\n if (tsrConfig.virtualRouteConfig === undefined) {\n throw new Error(`virtualRouteConfig is undefined`)\n }\n let virtualRouteConfig: VirtualRootRoute\n if (typeof tsrConfig.virtualRouteConfig === 'string') {\n virtualRouteConfig = await getVirtualRouteConfigFromFileExport(\n tsrConfig,\n root,\n )\n } else {\n virtualRouteConfig = tsrConfig.virtualRouteConfig\n }\n const { children, physicalDirectories } = await getRouteNodesRecursive(\n tsrConfig,\n root,\n fullDir,\n virtualRouteConfig.children,\n tokenRegexes,\n )\n const allNodes = flattenTree({\n children,\n filePath: virtualRouteConfig.file,\n fullPath: replaceBackslash(join(fullDir, virtualRouteConfig.file)),\n variableName: 'root',\n routePath: `/${rootPathId}`,\n _fsRouteType: '__root',\n })\n\n const rootRouteNode = allNodes[0]\n const routeNodes = allNodes.slice(1)\n\n return { rootRouteNode, routeNodes, physicalDirectories }\n}\n\n/**\n * Get the virtual route config from a file export\n *\n * @example\n * ```ts\n * // routes.ts\n * import { rootRoute } from '@tanstack/virtual-file-routes'\n *\n * export const routes = rootRoute({ ... })\n * // or\n * export default rootRoute({ ... })\n * ```\n *\n */\nasync function getVirtualRouteConfigFromFileExport(\n tsrConfig: Pick<Config, 'virtualRouteConfig'>,\n root: string,\n): Promise<VirtualRootRoute> {\n if (\n tsrConfig.virtualRouteConfig === undefined ||\n typeof tsrConfig.virtualRouteConfig !== 'string' ||\n tsrConfig.virtualRouteConfig === ''\n ) {\n throw new Error(`virtualRouteConfig is undefined or empty`)\n }\n const exports = await loadConfigFile(join(root, tsrConfig.virtualRouteConfig))\n\n if (!('routes' in exports) && !('default' in exports)) {\n throw new Error(\n `routes not found in ${tsrConfig.virtualRouteConfig}. The routes export must be named like 'export const routes = ...' or done using 'export default ...'`,\n )\n }\n\n const virtualRouteConfig =\n 'routes' in exports ? exports.routes : exports.default\n\n return virtualRootRouteSchema.parse(virtualRouteConfig)\n}\n\nexport async function getRouteNodesRecursive(\n tsrConfig: Pick<\n Config,\n | 'routesDirectory'\n | 'routeFileIgnorePrefix'\n | 'disableLogging'\n | 'indexToken'\n | 'routeToken'\n >,\n root: string,\n fullDir: string,\n nodes: Array<VirtualRouteNode> | undefined,\n tokenRegexes: TokenRegexBundle,\n parent?: RouteNode,\n): Promise<{ children: Array<RouteNode>; physicalDirectories: Array<string> }> {\n if (nodes === undefined) {\n return { children: [], physicalDirectories: [] }\n }\n const allPhysicalDirectories: Array<string> = []\n const children = await Promise.all(\n nodes.map(async (node) => {\n if (node.type === 'physical') {\n const {\n routePath: routePathPrefix,\n originalRoutePath: originalRoutePathPrefix,\n } = node.pathPrefix\n ? determineInitialRoutePath(removeLeadingSlash(node.pathPrefix))\n : { routePath: '', originalRoutePath: '' }\n const { routeNodes, physicalDirectories } = await getRouteNodesPhysical(\n {\n ...tsrConfig,\n routesDirectory: resolve(fullDir, node.directory),\n },\n root,\n tokenRegexes,\n )\n allPhysicalDirectories.push(\n resolve(fullDir, node.directory),\n ...physicalDirectories,\n )\n routeNodes.forEach((subtreeNode) => {\n const pathPrefix = cleanPath(\n `${parent?.routePath ?? ''}${routePathPrefix}`,\n )\n const originalPathPrefix = cleanPath(\n `${parent?.originalRoutePath ?? parent?.routePath ?? ''}${originalRoutePathPrefix}`,\n )\n const literalPathPrefixSegments =\n createLiteralRoutePathSegmentMetadata(pathPrefix, parent, true)\n const routePath = cleanPath(`${pathPrefix}${subtreeNode.routePath}`)\n subtreeNode.variableName = routePathToVariable(\n `${routePathPrefix}/${removeExt(subtreeNode.filePath)}`,\n )\n subtreeNode._routePathSegmentMetadata = joinRoutePathSegmentMetadata(\n routePath,\n pathPrefix,\n literalPathPrefixSegments,\n subtreeNode._routePathSegmentMetadata,\n )\n subtreeNode.routePath = routePath\n // Keep originalRoutePath aligned with routePath for escape detection\n if (subtreeNode.originalRoutePath) {\n subtreeNode.originalRoutePath = cleanPath(\n `${originalPathPrefix}${subtreeNode.originalRoutePath}`,\n )\n }\n subtreeNode.filePath = `${node.directory}/${subtreeNode.filePath}`\n })\n return routeNodes\n }\n\n function getFile(file: string) {\n const filePath = file\n const variableName = routePathToVariable(removeExt(filePath))\n const fullPath = replaceBackslash(join(fullDir, filePath))\n return { filePath, variableName, fullPath }\n }\n const parentRoutePath = removeTrailingSlash(parent?.routePath ?? '/')\n const parentOriginalRoutePath = removeTrailingSlash(\n parent?.originalRoutePath ?? parent?.routePath ?? '/',\n )\n const virtualParentRoutePath = parent?.routePath ?? `/${rootPathId}`\n\n switch (node.type) {\n case 'index': {\n const { filePath, variableName, fullPath } = getFile(node.file)\n const routePath = `${parentRoutePath}/`\n const originalRoutePath = `${parentOriginalRoutePath}/`\n return {\n filePath,\n fullPath,\n variableName,\n routePath,\n originalRoutePath,\n _routePathSegmentMetadata: parent?._routePathSegmentMetadata\n ? [...parent._routePathSegmentMetadata]\n : undefined,\n _fsRouteType: 'static',\n _virtualParentRoutePath: virtualParentRoutePath,\n } satisfies RouteNode\n }\n\n case 'route': {\n const lastSegment = node.path\n let routeNode: RouteNode\n\n // Process the segment to handle escape sequences like [_]\n const {\n routePath: escapedSegment,\n originalRoutePath: originalSegment,\n } = determineInitialRoutePath(removeLeadingSlash(lastSegment))\n const routePath = `${parentRoutePath}${escapedSegment}`\n const originalRoutePath = `${parentOriginalRoutePath}${originalSegment}`\n const routePathSegmentMetadata =\n createLiteralRoutePathSegmentMetadata(routePath, parent, true)\n\n if (node.file) {\n const { filePath, variableName, fullPath } = getFile(node.file)\n routeNode = {\n filePath,\n fullPath,\n variableName,\n routePath,\n originalRoutePath,\n _routePathSegmentMetadata: routePathSegmentMetadata,\n _fsRouteType: 'static',\n _virtualParentRoutePath: virtualParentRoutePath,\n }\n } else {\n routeNode = {\n filePath: '',\n fullPath: '',\n variableName: routePathToVariable(routePath),\n routePath,\n originalRoutePath,\n _routePathSegmentMetadata: routePathSegmentMetadata,\n isVirtual: true,\n _fsRouteType: 'static',\n _virtualParentRoutePath: virtualParentRoutePath,\n }\n }\n\n if (node.children !== undefined) {\n const { children, physicalDirectories } =\n await getRouteNodesRecursive(\n tsrConfig,\n root,\n fullDir,\n node.children,\n tokenRegexes,\n routeNode,\n )\n routeNode.children = children\n allPhysicalDirectories.push(...physicalDirectories)\n\n // If the route has children, it should be a layout\n routeNode._fsRouteType = 'layout'\n }\n return routeNode\n }\n case 'layout': {\n const { filePath, variableName, fullPath } = getFile(node.file)\n\n if (node.id !== undefined) {\n node.id = ensureLeadingUnderScore(node.id)\n } else {\n const baseName = path.basename(filePath)\n const fileNameWithoutExt = path.parse(baseName).name\n node.id = ensureLeadingUnderScore(fileNameWithoutExt)\n }\n const lastSegment = node.id\n // Process the segment to handle escape sequences like [_]\n const {\n routePath: escapedSegment,\n originalRoutePath: originalSegment,\n } = determineInitialRoutePath(removeLeadingSlash(lastSegment))\n const routePath = `${parentRoutePath}${escapedSegment}`\n // Store the original path with brackets for escape detection\n const originalRoutePath = `${parentOriginalRoutePath}${originalSegment}`\n const routePathSegmentMetadata = joinRoutePathSegmentMetadata(\n routePath,\n parentRoutePath,\n parent?._routePathSegmentMetadata,\n createRoutePathSegmentMetadata(escapedSegment, originalSegment),\n )\n\n const routeNode: RouteNode = {\n fullPath,\n filePath,\n variableName,\n routePath,\n originalRoutePath,\n _routePathSegmentMetadata: routePathSegmentMetadata,\n _fsRouteType: 'pathless_layout',\n _virtualParentRoutePath: virtualParentRoutePath,\n }\n\n if (node.children !== undefined) {\n const { children, physicalDirectories } =\n await getRouteNodesRecursive(\n tsrConfig,\n root,\n fullDir,\n node.children,\n tokenRegexes,\n routeNode,\n )\n routeNode.children = children\n allPhysicalDirectories.push(...physicalDirectories)\n }\n return routeNode\n }\n }\n }),\n )\n return {\n children: children.flat(),\n physicalDirectories: allPhysicalDirectories,\n 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|
@@ -54,8 +54,11 @@ import { logging } from "../../logger.js"; | ||
| const filePath = replaceBackslash(path.join(normalizedDir, node.filePath)); | ||
| const prefixPath = cleanPath(`/${normalizedDir}`); | ||
| const routePath = cleanPath(`/${normalizedDir}${node.routePath}`); | ||
| node.variableName = routePathToVariable(cleanPath(`/${normalizedDir}/${removeExt(node.filePath)}`)); | ||
| node._routePathSegmentMetadata = joinRoutePathSegmentMetadata(routePath, prefixPath, void 0, node._routePathSegmentMetadata); | ||
| const { routePath: prefixPath, originalRoutePath: originalPrefixPath } = normalizedDir ? determineInitialRoutePath(normalizedDir) : { | ||
| routePath: "", | ||
| originalRoutePath: "" | ||
| }; | ||
| const routePath = cleanPath(`${prefixPath}${node.routePath}`); | ||
| node.variableName = routePathToVariable(cleanPath(`${prefixPath}/${removeExt(node.filePath)}`)); | ||
| node._routePathSegmentMetadata = joinRoutePathSegmentMetadata(routePath, prefixPath, createRoutePathSegmentMetadata(prefixPath, originalPrefixPath), node._routePathSegmentMetadata); | ||
| node.routePath = routePath; | ||
| if (node.originalRoutePath) node.originalRoutePath = cleanPath(`/${normalizedDir}${node.originalRoutePath}`); | ||
| if (node.originalRoutePath) node.originalRoutePath = cleanPath(`${originalPrefixPath}${node.originalRoutePath}`); | ||
| node.filePath = filePath; | ||
@@ -135,3 +138,2 @@ delete node._virtualParentRoutePath; | ||
| if (routePathSegments.length === 1) routePath = "/"; | ||
| if (lastOriginalSegment === updatedLastRouteSegment) originalRoutePath = "/"; | ||
| const isLayoutRoute = routeType === "layout"; | ||
@@ -138,0 +140,0 @@ routePath = routePath.replace(new RegExp(`/${escapeRegExp(updatedLastRouteSegment)}$`), "/") || (isLayoutRoute ? "" : "/"); |
@@ -1,1 +0,1 @@ | ||
| {"version":3,"file":"getRouteNodes.js","names":[],"sources":["../../../../src/filesystem/physical/getRouteNodes.ts"],"sourcesContent":["import path from 'node:path'\nimport * as fsp from 'node:fs/promises'\nimport {\n cleanPath,\n createRoutePathSegmentMetadata,\n determineInitialRoutePath,\n escapeRegExp,\n hasEscapedLeadingUnderscore,\n joinRoutePathSegmentMetadata,\n removeExt,\n replaceBackslash,\n routePathToVariable,\n unwrapBracketWrappedSegment,\n} from '../../utils'\nimport { getRouteNodes as getRouteNodesVirtual } from '../virtual/getRouteNodes'\nimport { loadConfigFile } from '../virtual/loadConfigFile'\nimport { logging } from '../../logger'\nimport { rootPathId } from './rootPathId'\nimport type {\n VirtualRootRoute,\n VirtualRouteSubtreeConfig,\n} from '@tanstack/virtual-file-routes'\nimport type { FsRouteType, GetRouteNodesResult, RouteNode } from '../../types'\nimport type { Config } from '../../config'\n\n/**\n * Pre-compiled segment regexes for matching token patterns against route segments.\n * These are created once (in Generator constructor) and passed through to avoid\n * repeated regex compilation during route crawling.\n */\nexport interface TokenRegexBundle {\n indexTokenSegmentRegex: RegExp\n routeTokenSegmentRegex: RegExp\n}\n\nconst disallowedRouteGroupConfiguration = /\\(([^)]+)\\).(ts|js|tsx|jsx|vue)/\n\nconst virtualConfigFileRegExp = /__virtual\\.[mc]?[jt]s$/\nexport function isVirtualConfigFile(fileName: string): boolean {\n return virtualConfigFileRegExp.test(fileName)\n}\n\nexport async function getRouteNodes(\n config: Pick<\n Config,\n | 'routesDirectory'\n | 'routeFilePrefix'\n | 'routeFileIgnorePrefix'\n | 'routeFileIgnorePattern'\n | 'disableLogging'\n | 'routeToken'\n | 'indexToken'\n >,\n root: string,\n tokenRegexes: TokenRegexBundle,\n): Promise<GetRouteNodesResult> {\n const { routeFilePrefix, routeFileIgnorePrefix, routeFileIgnorePattern } =\n config\n\n const logger = logging({ disabled: config.disableLogging })\n const routeFileIgnoreRegExp = new RegExp(routeFileIgnorePattern ?? '', 'g')\n\n const routeNodes: Array<RouteNode> = []\n const allPhysicalDirectories: Array<string> = []\n\n async function recurse(dir: string) {\n const fullDir = path.resolve(config.routesDirectory, dir)\n let dirList = await fsp.readdir(fullDir, { withFileTypes: true })\n\n dirList = dirList.filter((d) => {\n if (\n d.name.startsWith('.') ||\n (routeFileIgnorePrefix && d.name.startsWith(routeFileIgnorePrefix))\n ) {\n return false\n }\n\n if (routeFilePrefix) {\n if (routeFileIgnorePattern) {\n return (\n d.name.startsWith(routeFilePrefix) &&\n !d.name.match(routeFileIgnoreRegExp)\n )\n }\n\n return d.name.startsWith(routeFilePrefix)\n }\n\n if (routeFileIgnorePattern) {\n return !d.name.match(routeFileIgnoreRegExp)\n }\n\n return true\n })\n\n const virtualConfigFile = dirList.find((dirent) => {\n return dirent.isFile() && isVirtualConfigFile(dirent.name)\n })\n\n if (virtualConfigFile !== undefined) {\n const virtualRouteConfigExport = await loadConfigFile(\n path.resolve(fullDir, virtualConfigFile.name),\n )\n let virtualRouteSubtreeConfig: VirtualRouteSubtreeConfig\n if (typeof virtualRouteConfigExport.default === 'function') {\n virtualRouteSubtreeConfig = await virtualRouteConfigExport.default()\n } else {\n virtualRouteSubtreeConfig = virtualRouteConfigExport.default\n }\n const dummyRoot: VirtualRootRoute = {\n type: 'root',\n file: '',\n children: virtualRouteSubtreeConfig,\n }\n const { routeNodes: virtualRouteNodes, physicalDirectories } =\n await getRouteNodesVirtual(\n {\n ...config,\n routesDirectory: fullDir,\n virtualRouteConfig: dummyRoot,\n },\n root,\n tokenRegexes,\n )\n allPhysicalDirectories.push(...physicalDirectories)\n virtualRouteNodes.forEach((node) => {\n const normalizedDir = dir === './' ? '' : dir\n const filePath = replaceBackslash(\n path.join(normalizedDir, node.filePath),\n )\n const prefixPath = cleanPath(`/${normalizedDir}`)\n const routePath = cleanPath(`/${normalizedDir}${node.routePath}`)\n\n node.variableName = routePathToVariable(\n cleanPath(`/${normalizedDir}/${removeExt(node.filePath)}`),\n )\n node._routePathSegmentMetadata = joinRoutePathSegmentMetadata(\n routePath,\n prefixPath,\n undefined,\n node._routePathSegmentMetadata,\n )\n node.routePath = routePath\n // Keep originalRoutePath aligned with routePath for escape detection\n if (node.originalRoutePath) {\n node.originalRoutePath = cleanPath(\n `/${normalizedDir}${node.originalRoutePath}`,\n )\n }\n node.filePath = filePath\n // Virtual subtree nodes (from __virtual.ts) are embedded in a\n // physical directory tree. They should use path-based parent\n // inference, not the explicit virtual parent tracking. Clear any\n // _virtualParentRoutePath that was set at construction time.\n delete node._virtualParentRoutePath\n })\n\n routeNodes.push(...virtualRouteNodes)\n\n return\n }\n\n await Promise.all(\n dirList.map(async (dirent) => {\n const fullPath = replaceBackslash(path.join(fullDir, dirent.name))\n const relativePath = path.posix.join(dir, dirent.name)\n\n if (dirent.isDirectory()) {\n await recurse(relativePath)\n } else if (fullPath.match(/\\.(tsx|ts|jsx|js|vue)$/)) {\n const filePath = replaceBackslash(path.join(dir, dirent.name))\n const filePathNoExt = removeExt(filePath)\n const {\n routePath: initialRoutePath,\n originalRoutePath: initialOriginalRoutePath,\n } = determineInitialRoutePath(filePathNoExt)\n\n let routePath = initialRoutePath\n let originalRoutePath = initialOriginalRoutePath\n\n if (routeFilePrefix) {\n routePath = routePath.replaceAll(routeFilePrefix, '')\n originalRoutePath = originalRoutePath.replaceAll(\n routeFilePrefix,\n '',\n )\n }\n\n if (disallowedRouteGroupConfiguration.test(dirent.name)) {\n const errorMessage = `A route configuration for a route group was found at \\`${filePath}\\`. This is not supported. Did you mean to use a layout/pathless route instead?`\n logger.error(`ERROR: ${errorMessage}`)\n throw new Error(errorMessage)\n }\n\n const meta = getRouteMeta(routePath, originalRoutePath, tokenRegexes)\n const variableName = meta.variableName\n let routeType: FsRouteType = meta.fsRouteType\n\n if (routeType === 'lazy') {\n routePath = routePath.replace(/\\/lazy$/, '')\n originalRoutePath = originalRoutePath.replace(/\\/lazy$/, '')\n }\n\n // this check needs to happen after the lazy route has been cleaned up\n // since the routePath is used to determine if a route is pathless\n if (\n isValidPathlessLayoutRoute(\n routePath,\n originalRoutePath,\n routeType,\n tokenRegexes,\n )\n ) {\n routeType = 'pathless_layout'\n }\n\n // Only show deprecation warning for .tsx/.ts files, not .vue files\n // Vue files using .component.vue is the Vue-native way\n const isVueFile = filePath.endsWith('.vue')\n if (!isVueFile) {\n ;(\n [\n ['component', 'component'],\n ['errorComponent', 'errorComponent'],\n ['notFoundComponent', 'notFoundComponent'],\n ['pendingComponent', 'pendingComponent'],\n ['loader', 'loader'],\n ] satisfies Array<[FsRouteType, string]>\n ).forEach(([matcher, type]) => {\n if (routeType === matcher) {\n logger.warn(\n `WARNING: The \\`.${type}.tsx\\` suffix used for the ${filePath} file is deprecated. Use the new \\`.lazy.tsx\\` suffix instead.`,\n )\n }\n })\n }\n\n // Get the last segment of originalRoutePath to check for escaping\n const originalSegments = originalRoutePath.split('/').filter(Boolean)\n const lastOriginalSegmentForSuffix =\n originalSegments[originalSegments.length - 1] || ''\n\n const { routeTokenSegmentRegex, indexTokenSegmentRegex } =\n tokenRegexes\n\n // List of special suffixes that can be escaped\n const specialSuffixes = [\n 'component',\n 'errorComponent',\n 'notFoundComponent',\n 'pendingComponent',\n 'loader',\n 'lazy',\n ]\n\n const routePathSegments = routePath.split('/').filter(Boolean)\n const lastRouteSegment =\n routePathSegments[routePathSegments.length - 1] || ''\n\n const suffixToStrip = specialSuffixes.find((suffix) => {\n const endsWithSuffix = routePath.endsWith(`/${suffix}`)\n // A suffix is escaped if wrapped in brackets in the original: [lazy] means literal \"lazy\"\n const isEscaped =\n lastOriginalSegmentForSuffix.startsWith('[') &&\n lastOriginalSegmentForSuffix.endsWith(']') &&\n unwrapBracketWrappedSegment(lastOriginalSegmentForSuffix) ===\n suffix\n return endsWithSuffix && !isEscaped\n })\n\n const routeTokenCandidate = unwrapBracketWrappedSegment(\n lastOriginalSegmentForSuffix,\n )\n const isRouteTokenEscaped =\n lastOriginalSegmentForSuffix !== routeTokenCandidate &&\n routeTokenSegmentRegex.test(routeTokenCandidate)\n\n const shouldStripRouteToken =\n routeTokenSegmentRegex.test(lastRouteSegment) &&\n !isRouteTokenEscaped\n\n if (suffixToStrip || shouldStripRouteToken) {\n const stripSegment = suffixToStrip ?? lastRouteSegment\n routePath = routePath.replace(\n new RegExp(`/${escapeRegExp(stripSegment)}$`),\n '',\n )\n originalRoutePath = originalRoutePath.replace(\n new RegExp(`/${escapeRegExp(stripSegment)}$`),\n '',\n )\n }\n\n // Check if the index token should be treated specially or as a literal path\n // Escaping stays literal-only: if the last original segment is bracket-wrapped,\n // treat it as literal even if it matches the token regex.\n const lastOriginalSegment =\n originalRoutePath.split('/').filter(Boolean).pop() || ''\n\n const indexTokenCandidate =\n unwrapBracketWrappedSegment(lastOriginalSegment)\n const isIndexEscaped =\n lastOriginalSegment !== indexTokenCandidate &&\n indexTokenSegmentRegex.test(indexTokenCandidate)\n\n if (!isIndexEscaped) {\n const updatedRouteSegments = routePath.split('/').filter(Boolean)\n const updatedLastRouteSegment =\n updatedRouteSegments[updatedRouteSegments.length - 1] || ''\n\n if (indexTokenSegmentRegex.test(updatedLastRouteSegment)) {\n if (routePathSegments.length === 1) {\n routePath = '/'\n }\n\n if (lastOriginalSegment === updatedLastRouteSegment) {\n originalRoutePath = '/'\n }\n\n // For layout routes, don't use '/' fallback - an empty path means\n // \"layout for the parent path\" which is important for physical() mounts\n // where route.tsx at root should have empty path, not '/'\n const isLayoutRoute = routeType === 'layout'\n\n routePath =\n routePath.replace(\n new RegExp(`/${escapeRegExp(updatedLastRouteSegment)}$`),\n '/',\n ) || (isLayoutRoute ? '' : '/')\n\n originalRoutePath =\n originalRoutePath.replace(\n new RegExp(`/${escapeRegExp(indexTokenCandidate)}$`),\n '/',\n ) || (isLayoutRoute ? '' : '/')\n }\n }\n\n routeNodes.push({\n filePath,\n fullPath,\n routePath,\n variableName,\n _fsRouteType: routeType,\n originalRoutePath,\n _routePathSegmentMetadata: createRoutePathSegmentMetadata(\n routePath,\n originalRoutePath,\n ),\n })\n }\n }),\n )\n\n return routeNodes\n }\n\n await recurse('./')\n\n // Find the root route node - prefer the actual route file over component/loader files\n const rootRouteNode =\n routeNodes.find(\n (d) =>\n d.routePath === `/${rootPathId}` &&\n ![\n 'component',\n 'errorComponent',\n 'notFoundComponent',\n 'pendingComponent',\n 'loader',\n 'lazy',\n ].includes(d._fsRouteType),\n ) ?? routeNodes.find((d) => d.routePath === `/${rootPathId}`)\n if (rootRouteNode) {\n rootRouteNode._fsRouteType = '__root'\n rootRouteNode.variableName = 'root'\n }\n\n return {\n rootRouteNode,\n routeNodes,\n physicalDirectories: allPhysicalDirectories,\n }\n}\n\n/**\n * Determines the metadata for a given route path based on the provided configuration.\n *\n * 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'' : dir\n const filePath = replaceBackslash(\n path.join(normalizedDir, node.filePath),\n )\n const { routePath: prefixPath, originalRoutePath: originalPrefixPath } =\n normalizedDir\n ? determineInitialRoutePath(normalizedDir)\n : { routePath: '', originalRoutePath: '' }\n const routePath = cleanPath(`${prefixPath}${node.routePath}`)\n\n node.variableName = routePathToVariable(\n cleanPath(`${prefixPath}/${removeExt(node.filePath)}`),\n )\n node._routePathSegmentMetadata = joinRoutePathSegmentMetadata(\n routePath,\n prefixPath,\n createRoutePathSegmentMetadata(prefixPath, originalPrefixPath),\n node._routePathSegmentMetadata,\n )\n node.routePath = routePath\n // Keep originalRoutePath aligned with routePath for escape detection\n if (node.originalRoutePath) {\n node.originalRoutePath = cleanPath(\n `${originalPrefixPath}${node.originalRoutePath}`,\n )\n }\n node.filePath = filePath\n // Virtual subtree nodes (from __virtual.ts) are embedded in a\n // physical directory tree. They should use path-based parent\n // inference, not the explicit virtual parent tracking. Clear any\n // _virtualParentRoutePath that was set at construction time.\n delete node._virtualParentRoutePath\n })\n\n routeNodes.push(...virtualRouteNodes)\n\n return\n }\n\n await Promise.all(\n dirList.map(async (dirent) => {\n const fullPath = replaceBackslash(path.join(fullDir, dirent.name))\n const relativePath = path.posix.join(dir, dirent.name)\n\n if (dirent.isDirectory()) {\n await recurse(relativePath)\n } else if (fullPath.match(/\\.(tsx|ts|jsx|js|vue)$/)) {\n const filePath = replaceBackslash(path.join(dir, dirent.name))\n const filePathNoExt = removeExt(filePath)\n const {\n routePath: initialRoutePath,\n originalRoutePath: initialOriginalRoutePath,\n } = determineInitialRoutePath(filePathNoExt)\n\n let routePath = initialRoutePath\n let originalRoutePath = initialOriginalRoutePath\n\n if (routeFilePrefix) {\n routePath = routePath.replaceAll(routeFilePrefix, '')\n originalRoutePath = originalRoutePath.replaceAll(\n routeFilePrefix,\n '',\n )\n }\n\n if (disallowedRouteGroupConfiguration.test(dirent.name)) {\n const errorMessage = `A route configuration for a route group was found at \\`${filePath}\\`. This is not supported. Did you mean to use a layout/pathless route instead?`\n logger.error(`ERROR: ${errorMessage}`)\n throw new Error(errorMessage)\n }\n\n const meta = getRouteMeta(routePath, originalRoutePath, tokenRegexes)\n const variableName = meta.variableName\n let routeType: FsRouteType = meta.fsRouteType\n\n if (routeType === 'lazy') {\n routePath = routePath.replace(/\\/lazy$/, '')\n originalRoutePath = originalRoutePath.replace(/\\/lazy$/, '')\n }\n\n // this check needs to happen after the lazy route has been cleaned up\n // since the routePath is used to determine if a route is pathless\n if (\n isValidPathlessLayoutRoute(\n routePath,\n originalRoutePath,\n routeType,\n tokenRegexes,\n )\n ) {\n routeType = 'pathless_layout'\n }\n\n // Only show deprecation warning for .tsx/.ts files, not .vue files\n // Vue files using .component.vue is the Vue-native way\n const isVueFile = filePath.endsWith('.vue')\n if (!isVueFile) {\n ;(\n [\n ['component', 'component'],\n ['errorComponent', 'errorComponent'],\n ['notFoundComponent', 'notFoundComponent'],\n ['pendingComponent', 'pendingComponent'],\n ['loader', 'loader'],\n ] satisfies Array<[FsRouteType, string]>\n ).forEach(([matcher, type]) => {\n if (routeType === matcher) {\n logger.warn(\n `WARNING: The \\`.${type}.tsx\\` suffix used for the ${filePath} file is deprecated. Use the new \\`.lazy.tsx\\` suffix instead.`,\n )\n }\n })\n }\n\n // Get the last segment of originalRoutePath to check for escaping\n const originalSegments = originalRoutePath.split('/').filter(Boolean)\n const lastOriginalSegmentForSuffix =\n originalSegments[originalSegments.length - 1] || ''\n\n const { routeTokenSegmentRegex, indexTokenSegmentRegex } =\n tokenRegexes\n\n // List of special suffixes that can be escaped\n const specialSuffixes = [\n 'component',\n 'errorComponent',\n 'notFoundComponent',\n 'pendingComponent',\n 'loader',\n 'lazy',\n ]\n\n const routePathSegments = routePath.split('/').filter(Boolean)\n const lastRouteSegment =\n routePathSegments[routePathSegments.length - 1] || ''\n\n const suffixToStrip = specialSuffixes.find((suffix) => {\n const endsWithSuffix = routePath.endsWith(`/${suffix}`)\n // A suffix is escaped if wrapped in brackets in the original: [lazy] means literal \"lazy\"\n const isEscaped =\n lastOriginalSegmentForSuffix.startsWith('[') &&\n lastOriginalSegmentForSuffix.endsWith(']') &&\n unwrapBracketWrappedSegment(lastOriginalSegmentForSuffix) ===\n suffix\n return endsWithSuffix && !isEscaped\n })\n\n const routeTokenCandidate = unwrapBracketWrappedSegment(\n lastOriginalSegmentForSuffix,\n )\n const isRouteTokenEscaped =\n lastOriginalSegmentForSuffix !== routeTokenCandidate &&\n routeTokenSegmentRegex.test(routeTokenCandidate)\n\n const shouldStripRouteToken =\n routeTokenSegmentRegex.test(lastRouteSegment) &&\n !isRouteTokenEscaped\n\n if (suffixToStrip || shouldStripRouteToken) {\n const stripSegment = suffixToStrip ?? lastRouteSegment\n routePath = routePath.replace(\n new RegExp(`/${escapeRegExp(stripSegment)}$`),\n '',\n )\n originalRoutePath = originalRoutePath.replace(\n new RegExp(`/${escapeRegExp(stripSegment)}$`),\n '',\n )\n }\n\n // Check if the index token should be treated specially or as a literal path\n // Escaping stays literal-only: if the last original segment is bracket-wrapped,\n // treat it as literal even if it matches the token regex.\n const lastOriginalSegment =\n originalRoutePath.split('/').filter(Boolean).pop() || ''\n\n const indexTokenCandidate =\n unwrapBracketWrappedSegment(lastOriginalSegment)\n const isIndexEscaped =\n lastOriginalSegment !== indexTokenCandidate &&\n indexTokenSegmentRegex.test(indexTokenCandidate)\n\n if (!isIndexEscaped) {\n const updatedRouteSegments = routePath.split('/').filter(Boolean)\n const updatedLastRouteSegment =\n updatedRouteSegments[updatedRouteSegments.length - 1] || ''\n\n if (indexTokenSegmentRegex.test(updatedLastRouteSegment)) {\n if (routePathSegments.length === 1) {\n routePath = '/'\n }\n\n // For layout routes, don't use '/' fallback - an empty path means\n // \"layout for the parent path\" which is important for physical() mounts\n // where route.tsx at root should have empty path, not '/'\n const isLayoutRoute = routeType === 'layout'\n\n routePath =\n routePath.replace(\n new RegExp(`/${escapeRegExp(updatedLastRouteSegment)}$`),\n '/',\n ) || (isLayoutRoute ? '' : '/')\n\n originalRoutePath =\n originalRoutePath.replace(\n new RegExp(`/${escapeRegExp(indexTokenCandidate)}$`),\n '/',\n ) || (isLayoutRoute ? '' : '/')\n }\n }\n\n routeNodes.push({\n filePath,\n fullPath,\n routePath,\n variableName,\n _fsRouteType: routeType,\n originalRoutePath,\n _routePathSegmentMetadata: createRoutePathSegmentMetadata(\n routePath,\n originalRoutePath,\n ),\n })\n }\n }),\n )\n\n return routeNodes\n }\n\n await recurse('./')\n\n // Find the root route node - prefer the actual route file over component/loader files\n const rootRouteNode =\n routeNodes.find(\n (d) =>\n d.routePath === `/${rootPathId}` &&\n ![\n 'component',\n 'errorComponent',\n 'notFoundComponent',\n 'pendingComponent',\n 'loader',\n 'lazy',\n ].includes(d._fsRouteType),\n ) ?? routeNodes.find((d) => d.routePath === `/${rootPathId}`)\n if (rootRouteNode) {\n rootRouteNode._fsRouteType = '__root'\n rootRouteNode.variableName = 'root'\n }\n\n return {\n rootRouteNode,\n routeNodes,\n physicalDirectories: allPhysicalDirectories,\n }\n}\n\n/**\n * Determines the metadata for a given route path based on the provided configuration.\n *\n * @param routePath - The determined initial routePath (with brackets removed).\n * @param originalRoutePath - The original route path (may contain brackets for escaped content).\n * @param tokenRegexes - Pre-compiled token regexes for matching.\n * @returns An object containing the type of the route and the variable name derived from the route path.\n */\nexport function getRouteMeta(\n routePath: string,\n originalRoutePath: string,\n tokenRegexes: TokenRegexBundle,\n): {\n // `__root` is can be more easily determined by filtering down to routePath === /${rootPathId}\n // `pathless` is needs to determined after `lazy` has been cleaned up from the routePath\n fsRouteType: Extract<\n FsRouteType,\n | 'static'\n | 'layout'\n | 'api'\n | 'lazy'\n | 'loader'\n | 'component'\n | 'pendingComponent'\n | 'errorComponent'\n | 'notFoundComponent'\n >\n variableName: string\n} {\n let fsRouteType: FsRouteType = 'static'\n\n // Get the last segment from the original path to check for escaping\n const originalSegments = originalRoutePath.split('/').filter(Boolean)\n const lastOriginalSegment =\n originalSegments[originalSegments.length - 1] || ''\n\n const { routeTokenSegmentRegex } = tokenRegexes\n\n // Helper to check if a specific suffix is escaped (literal-only)\n // A suffix is escaped if the original segment is wrapped in brackets: [lazy] means literal \"lazy\"\n const isSuffixEscaped = (suffix: string): boolean => {\n return (\n lastOriginalSegment.startsWith('[') &&\n lastOriginalSegment.endsWith(']') &&\n unwrapBracketWrappedSegment(lastOriginalSegment) === suffix\n )\n }\n\n const routeSegments = routePath.split('/').filter(Boolean)\n const lastRouteSegment = routeSegments[routeSegments.length - 1] || ''\n\n const routeTokenCandidate = unwrapBracketWrappedSegment(lastOriginalSegment)\n const isRouteTokenEscaped =\n lastOriginalSegment !== routeTokenCandidate &&\n routeTokenSegmentRegex.test(routeTokenCandidate)\n\n if (routeTokenSegmentRegex.test(lastRouteSegment) && !isRouteTokenEscaped) {\n // layout routes, i.e `/foo/route.tsx` or `/foo/_layout/route.tsx`\n fsRouteType = 'layout'\n } else if (routePath.endsWith('/lazy') && !isSuffixEscaped('lazy')) {\n // lazy routes, i.e. `/foo.lazy.tsx`\n fsRouteType = 'lazy'\n } else if (routePath.endsWith('/loader') && !isSuffixEscaped('loader')) {\n // loader routes, i.e. `/foo.loader.tsx`\n fsRouteType = 'loader'\n } else if (\n routePath.endsWith('/component') &&\n !isSuffixEscaped('component')\n ) {\n // component routes, i.e. `/foo.component.tsx`\n fsRouteType = 'component'\n } else if (\n routePath.endsWith('/pendingComponent') &&\n !isSuffixEscaped('pendingComponent')\n ) {\n // pending component routes, i.e. `/foo.pendingComponent.tsx`\n fsRouteType = 'pendingComponent'\n } else if (\n routePath.endsWith('/errorComponent') &&\n !isSuffixEscaped('errorComponent')\n ) {\n // error component routes, i.e. `/foo.errorComponent.tsx`\n fsRouteType = 'errorComponent'\n } else if (\n routePath.endsWith('/notFoundComponent') &&\n !isSuffixEscaped('notFoundComponent')\n ) {\n // not found component routes, i.e. `/foo.notFoundComponent.tsx`\n fsRouteType = 'notFoundComponent'\n }\n\n // Use originalRoutePath for variable name when any segment is fully\n // bracket-wrapped (e.g. [index], [route], [_]auth) to avoid collisions\n // with their non-escaped counterparts that get special token treatment\n const hasFullyEscapedSegment = originalSegments.some(\n (seg) =>\n seg.startsWith('[') &&\n seg.endsWith(']') &&\n !seg.slice(1, -1).includes('[') &&\n !seg.slice(1, -1).includes(']'),\n )\n const variableName = routePathToVariable(\n hasFullyEscapedSegment ? originalRoutePath : routePath,\n )\n\n return { fsRouteType, variableName }\n}\n\n/**\n * Used to validate if a route is a pathless layout route\n * @param normalizedRoutePath Normalized route path, i.e `/foo/_layout/route.tsx` and `/foo._layout.route.tsx` to `/foo/_layout/route`\n * @param originalRoutePath Original route path with brackets for escaped content\n * @param routeType The route type determined from file extension\n * @param tokenRegexes Pre-compiled token regexes for matching\n * @returns Boolean indicating if the route is a pathless layout route\n */\nfunction isValidPathlessLayoutRoute(\n normalizedRoutePath: string,\n originalRoutePath: string,\n routeType: FsRouteType,\n tokenRegexes: TokenRegexBundle,\n): boolean {\n if (routeType === 'lazy') {\n return false\n }\n\n const segments = normalizedRoutePath.split('/').filter(Boolean)\n const originalSegments = originalRoutePath.split('/').filter(Boolean)\n\n if (segments.length === 0) {\n return false\n }\n\n const lastRouteSegment = segments[segments.length - 1]!\n const lastOriginalSegment =\n originalSegments[originalSegments.length - 1] || ''\n const secondToLastRouteSegment = segments[segments.length - 2]\n const secondToLastOriginalSegment =\n originalSegments[originalSegments.length - 2]\n\n // If segment === __root, then exit as false\n if (lastRouteSegment === rootPathId) {\n return false\n }\n\n const { routeTokenSegmentRegex, indexTokenSegmentRegex } = tokenRegexes\n\n // If segment matches routeToken and secondToLastSegment is a string that starts with _, then exit as true\n // Since the route is actually a configuration route for a layout/pathless route\n // i.e. /foo/_layout/route.tsx === /foo/_layout.tsx\n // But if the underscore is escaped, it's not a pathless layout\n if (\n routeTokenSegmentRegex.test(lastRouteSegment) &&\n typeof secondToLastRouteSegment === 'string' &&\n typeof secondToLastOriginalSegment === 'string'\n ) {\n // Check if the underscore is escaped\n if (hasEscapedLeadingUnderscore(secondToLastOriginalSegment)) {\n return false\n }\n return secondToLastRouteSegment.startsWith('_')\n }\n\n // Segment starts with _ but check if it's escaped\n // If the original segment has [_] at the start, the underscore is escaped and it's not a pathless layout\n if 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|
@@ -69,2 +69,6 @@ import { virtualRootRouteSchema } from "./config.js"; | ||
| if (node.type === "physical") { | ||
| const { routePath: routePathPrefix, originalRoutePath: originalRoutePathPrefix } = node.pathPrefix ? determineInitialRoutePath(removeLeadingSlash(node.pathPrefix)) : { | ||
| routePath: "", | ||
| originalRoutePath: "" | ||
| }; | ||
| const { routeNodes, physicalDirectories } = await getRouteNodes$1({ | ||
@@ -76,9 +80,10 @@ ...tsrConfig, | ||
| routeNodes.forEach((subtreeNode) => { | ||
| const pathPrefix = cleanPath(`${parent?.routePath ?? ""}${node.pathPrefix}`); | ||
| const pathPrefix = cleanPath(`${parent?.routePath ?? ""}${routePathPrefix}`); | ||
| const originalPathPrefix = cleanPath(`${parent?.originalRoutePath ?? parent?.routePath ?? ""}${originalRoutePathPrefix}`); | ||
| const literalPathPrefixSegments = createLiteralRoutePathSegmentMetadata(pathPrefix, parent, true); | ||
| const routePath = cleanPath(`${pathPrefix}${subtreeNode.routePath}`); | ||
| subtreeNode.variableName = routePathToVariable(`${node.pathPrefix}/${removeExt(subtreeNode.filePath)}`); | ||
| subtreeNode.variableName = routePathToVariable(`${routePathPrefix}/${removeExt(subtreeNode.filePath)}`); | ||
| subtreeNode._routePathSegmentMetadata = joinRoutePathSegmentMetadata(routePath, pathPrefix, literalPathPrefixSegments, subtreeNode._routePathSegmentMetadata); | ||
| subtreeNode.routePath = routePath; | ||
| if (subtreeNode.originalRoutePath) subtreeNode.originalRoutePath = cleanPath(`${parent?.originalRoutePath ?? parent?.routePath ?? ""}${node.pathPrefix}${subtreeNode.originalRoutePath}`); | ||
| if (subtreeNode.originalRoutePath) subtreeNode.originalRoutePath = cleanPath(`${originalPathPrefix}${subtreeNode.originalRoutePath}`); | ||
| subtreeNode.filePath = `${node.directory}/${subtreeNode.filePath}`; | ||
@@ -107,2 +112,4 @@ }); | ||
| routePath: `${parentRoutePath}/`, | ||
| originalRoutePath: `${parentOriginalRoutePath}/`, | ||
| _routePathSegmentMetadata: parent?._routePathSegmentMetadata ? [...parent._routePathSegmentMetadata] : void 0, | ||
| _fsRouteType: "static", | ||
@@ -109,0 +116,0 @@ _virtualParentRoutePath: virtualParentRoutePath |
@@ -1,1 +0,1 @@ | ||
| {"version":3,"file":"getRouteNodes.js","names":[],"sources":["../../../../src/filesystem/virtual/getRouteNodes.ts"],"sourcesContent":["import path, { join, resolve } from 'node:path'\nimport {\n cleanPath,\n createLiteralRoutePathSegmentMetadata,\n createRoutePathSegmentMetadata,\n determineInitialRoutePath,\n joinRoutePathSegmentMetadata,\n removeExt,\n removeLeadingSlash,\n removeTrailingSlash,\n replaceBackslash,\n routePathToVariable,\n} from '../../utils'\nimport { getRouteNodes as getRouteNodesPhysical } from '../physical/getRouteNodes'\nimport { rootPathId } from '../physical/rootPathId'\nimport { virtualRootRouteSchema } from './config'\nimport { loadConfigFile } from './loadConfigFile'\nimport type {\n VirtualRootRoute,\n VirtualRouteNode,\n} from '@tanstack/virtual-file-routes'\nimport type { GetRouteNodesResult, RouteNode } from '../../types'\nimport type { Config } from '../../config'\nimport type { TokenRegexBundle } from '../physical/getRouteNodes'\n\nfunction ensureLeadingUnderScore(id: string) {\n if (id.startsWith('_')) {\n return id\n }\n return `_${id}`\n}\n\nfunction flattenTree(node: RouteNode): Array<RouteNode> {\n const result = [node]\n\n if (node.children) {\n for (const child of node.children) {\n result.push(...flattenTree(child))\n }\n }\n delete node.children\n\n return result\n}\n\nexport async function getRouteNodes(\n tsrConfig: Pick<\n Config,\n | 'routesDirectory'\n | 'virtualRouteConfig'\n | 'routeFileIgnorePrefix'\n | 'disableLogging'\n | 'indexToken'\n | 'routeToken'\n >,\n root: string,\n tokenRegexes: TokenRegexBundle,\n): Promise<GetRouteNodesResult> {\n const fullDir = resolve(tsrConfig.routesDirectory)\n if (tsrConfig.virtualRouteConfig === undefined) {\n throw new Error(`virtualRouteConfig is undefined`)\n }\n let virtualRouteConfig: VirtualRootRoute\n if (typeof tsrConfig.virtualRouteConfig === 'string') {\n virtualRouteConfig = await getVirtualRouteConfigFromFileExport(\n tsrConfig,\n root,\n )\n } else {\n virtualRouteConfig = tsrConfig.virtualRouteConfig\n }\n const { children, physicalDirectories } = await getRouteNodesRecursive(\n tsrConfig,\n root,\n fullDir,\n virtualRouteConfig.children,\n tokenRegexes,\n )\n const allNodes = flattenTree({\n children,\n filePath: virtualRouteConfig.file,\n fullPath: replaceBackslash(join(fullDir, virtualRouteConfig.file)),\n variableName: 'root',\n routePath: `/${rootPathId}`,\n _fsRouteType: '__root',\n })\n\n const rootRouteNode = allNodes[0]\n const routeNodes = allNodes.slice(1)\n\n return { rootRouteNode, routeNodes, physicalDirectories }\n}\n\n/**\n * Get the virtual route config from a file export\n *\n * @example\n * ```ts\n * // routes.ts\n * import { rootRoute } from '@tanstack/virtual-file-routes'\n *\n * export const routes = rootRoute({ ... })\n * // or\n * export default rootRoute({ ... })\n * ```\n *\n */\nasync function getVirtualRouteConfigFromFileExport(\n tsrConfig: Pick<Config, 'virtualRouteConfig'>,\n root: string,\n): Promise<VirtualRootRoute> {\n if (\n tsrConfig.virtualRouteConfig === undefined ||\n typeof tsrConfig.virtualRouteConfig !== 'string' ||\n tsrConfig.virtualRouteConfig === ''\n ) {\n throw new Error(`virtualRouteConfig is undefined or empty`)\n }\n const exports = await loadConfigFile(join(root, tsrConfig.virtualRouteConfig))\n\n if (!('routes' in exports) && !('default' in exports)) {\n throw new Error(\n `routes not found in ${tsrConfig.virtualRouteConfig}. The routes export must be named like 'export const routes = ...' or done using 'export default ...'`,\n )\n }\n\n const virtualRouteConfig =\n 'routes' in exports ? exports.routes : exports.default\n\n return virtualRootRouteSchema.parse(virtualRouteConfig)\n}\n\nexport async function getRouteNodesRecursive(\n tsrConfig: Pick<\n Config,\n | 'routesDirectory'\n | 'routeFileIgnorePrefix'\n | 'disableLogging'\n | 'indexToken'\n | 'routeToken'\n >,\n root: string,\n fullDir: string,\n nodes: Array<VirtualRouteNode> | undefined,\n tokenRegexes: TokenRegexBundle,\n parent?: RouteNode,\n): Promise<{ children: Array<RouteNode>; physicalDirectories: Array<string> }> {\n if (nodes === undefined) {\n return { children: [], physicalDirectories: [] }\n }\n const allPhysicalDirectories: Array<string> = []\n const children = await Promise.all(\n nodes.map(async (node) => {\n if (node.type === 'physical') {\n const { routeNodes, physicalDirectories } = await getRouteNodesPhysical(\n {\n ...tsrConfig,\n routesDirectory: resolve(fullDir, node.directory),\n },\n root,\n tokenRegexes,\n )\n allPhysicalDirectories.push(\n resolve(fullDir, node.directory),\n ...physicalDirectories,\n )\n routeNodes.forEach((subtreeNode) => {\n const pathPrefix = cleanPath(\n `${parent?.routePath ?? ''}${node.pathPrefix}`,\n )\n const literalPathPrefixSegments =\n createLiteralRoutePathSegmentMetadata(pathPrefix, parent, true)\n const routePath = cleanPath(`${pathPrefix}${subtreeNode.routePath}`)\n subtreeNode.variableName = routePathToVariable(\n `${node.pathPrefix}/${removeExt(subtreeNode.filePath)}`,\n )\n subtreeNode._routePathSegmentMetadata = joinRoutePathSegmentMetadata(\n routePath,\n pathPrefix,\n literalPathPrefixSegments,\n subtreeNode._routePathSegmentMetadata,\n )\n subtreeNode.routePath = routePath\n // Keep originalRoutePath aligned with routePath for escape detection\n if (subtreeNode.originalRoutePath) {\n subtreeNode.originalRoutePath = cleanPath(\n `${parent?.originalRoutePath ?? parent?.routePath ?? ''}${node.pathPrefix}${subtreeNode.originalRoutePath}`,\n )\n }\n subtreeNode.filePath = `${node.directory}/${subtreeNode.filePath}`\n })\n return routeNodes\n }\n\n function getFile(file: string) {\n const filePath = file\n const variableName = routePathToVariable(removeExt(filePath))\n const fullPath = replaceBackslash(join(fullDir, filePath))\n return { filePath, variableName, fullPath }\n }\n const parentRoutePath = removeTrailingSlash(parent?.routePath ?? '/')\n const parentOriginalRoutePath = removeTrailingSlash(\n parent?.originalRoutePath ?? parent?.routePath ?? '/',\n )\n const virtualParentRoutePath = parent?.routePath ?? `/${rootPathId}`\n\n switch (node.type) {\n case 'index': {\n const { filePath, variableName, fullPath } = getFile(node.file)\n const routePath = `${parentRoutePath}/`\n return {\n filePath,\n fullPath,\n variableName,\n routePath,\n _fsRouteType: 'static',\n _virtualParentRoutePath: virtualParentRoutePath,\n } satisfies RouteNode\n }\n\n case 'route': {\n const lastSegment = node.path\n let routeNode: RouteNode\n\n // Process the segment to handle escape sequences like [_]\n const {\n routePath: escapedSegment,\n originalRoutePath: originalSegment,\n } = determineInitialRoutePath(removeLeadingSlash(lastSegment))\n const routePath = `${parentRoutePath}${escapedSegment}`\n const originalRoutePath = `${parentOriginalRoutePath}${originalSegment}`\n const routePathSegmentMetadata =\n createLiteralRoutePathSegmentMetadata(routePath, parent, true)\n\n if (node.file) {\n const { filePath, variableName, fullPath } = getFile(node.file)\n routeNode = {\n filePath,\n fullPath,\n variableName,\n routePath,\n originalRoutePath,\n _routePathSegmentMetadata: routePathSegmentMetadata,\n _fsRouteType: 'static',\n _virtualParentRoutePath: virtualParentRoutePath,\n }\n } else {\n routeNode = {\n filePath: '',\n fullPath: '',\n variableName: routePathToVariable(routePath),\n routePath,\n originalRoutePath,\n _routePathSegmentMetadata: routePathSegmentMetadata,\n isVirtual: true,\n _fsRouteType: 'static',\n _virtualParentRoutePath: virtualParentRoutePath,\n }\n }\n\n if (node.children !== undefined) {\n const { children, physicalDirectories } =\n await getRouteNodesRecursive(\n tsrConfig,\n root,\n fullDir,\n node.children,\n tokenRegexes,\n routeNode,\n )\n routeNode.children = children\n allPhysicalDirectories.push(...physicalDirectories)\n\n // If the route has children, it should be a layout\n routeNode._fsRouteType = 'layout'\n }\n return routeNode\n }\n case 'layout': {\n const { filePath, variableName, fullPath } = getFile(node.file)\n\n if (node.id !== undefined) {\n node.id = ensureLeadingUnderScore(node.id)\n } else {\n const baseName = path.basename(filePath)\n const fileNameWithoutExt = path.parse(baseName).name\n node.id = ensureLeadingUnderScore(fileNameWithoutExt)\n }\n const lastSegment = node.id\n // Process the segment to handle escape sequences like [_]\n const {\n routePath: escapedSegment,\n originalRoutePath: originalSegment,\n } = determineInitialRoutePath(removeLeadingSlash(lastSegment))\n const routePath = `${parentRoutePath}${escapedSegment}`\n // Store the original path with brackets for escape detection\n const originalRoutePath = `${parentOriginalRoutePath}${originalSegment}`\n const routePathSegmentMetadata = joinRoutePathSegmentMetadata(\n routePath,\n parentRoutePath,\n parent?._routePathSegmentMetadata,\n createRoutePathSegmentMetadata(escapedSegment, originalSegment),\n )\n\n const routeNode: RouteNode = {\n fullPath,\n filePath,\n variableName,\n 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| ||
| {"version":3,"file":"getRouteNodes.js","names":[],"sources":["../../../../src/filesystem/virtual/getRouteNodes.ts"],"sourcesContent":["import path, { join, resolve } from 'node:path'\nimport {\n cleanPath,\n createLiteralRoutePathSegmentMetadata,\n createRoutePathSegmentMetadata,\n determineInitialRoutePath,\n joinRoutePathSegmentMetadata,\n removeExt,\n removeLeadingSlash,\n removeTrailingSlash,\n replaceBackslash,\n routePathToVariable,\n} from '../../utils'\nimport { getRouteNodes as getRouteNodesPhysical } from '../physical/getRouteNodes'\nimport { rootPathId } from '../physical/rootPathId'\nimport { virtualRootRouteSchema } from './config'\nimport { loadConfigFile } from './loadConfigFile'\nimport type {\n VirtualRootRoute,\n VirtualRouteNode,\n} from '@tanstack/virtual-file-routes'\nimport type { GetRouteNodesResult, RouteNode } from '../../types'\nimport type { Config } from '../../config'\nimport type { TokenRegexBundle } from '../physical/getRouteNodes'\n\nfunction ensureLeadingUnderScore(id: string) {\n if (id.startsWith('_')) {\n return id\n }\n return `_${id}`\n}\n\nfunction flattenTree(node: RouteNode): Array<RouteNode> {\n const result = [node]\n\n if (node.children) {\n for (const child of node.children) {\n result.push(...flattenTree(child))\n }\n }\n delete node.children\n\n return result\n}\n\nexport async function getRouteNodes(\n tsrConfig: Pick<\n Config,\n | 'routesDirectory'\n | 'virtualRouteConfig'\n | 'routeFileIgnorePrefix'\n | 'disableLogging'\n | 'indexToken'\n | 'routeToken'\n >,\n root: string,\n tokenRegexes: TokenRegexBundle,\n): Promise<GetRouteNodesResult> {\n const fullDir = resolve(tsrConfig.routesDirectory)\n if (tsrConfig.virtualRouteConfig === undefined) {\n throw new Error(`virtualRouteConfig is undefined`)\n }\n let virtualRouteConfig: VirtualRootRoute\n if (typeof tsrConfig.virtualRouteConfig === 'string') {\n virtualRouteConfig = await getVirtualRouteConfigFromFileExport(\n tsrConfig,\n root,\n )\n } else {\n virtualRouteConfig = tsrConfig.virtualRouteConfig\n }\n const { children, physicalDirectories } = await getRouteNodesRecursive(\n tsrConfig,\n root,\n fullDir,\n virtualRouteConfig.children,\n tokenRegexes,\n )\n const allNodes = flattenTree({\n children,\n filePath: virtualRouteConfig.file,\n fullPath: replaceBackslash(join(fullDir, virtualRouteConfig.file)),\n variableName: 'root',\n routePath: `/${rootPathId}`,\n _fsRouteType: '__root',\n })\n\n const rootRouteNode = allNodes[0]\n const routeNodes = allNodes.slice(1)\n\n return { rootRouteNode, routeNodes, physicalDirectories }\n}\n\n/**\n * Get the virtual route config from a file export\n *\n * @example\n * ```ts\n * // routes.ts\n * import { rootRoute } from '@tanstack/virtual-file-routes'\n *\n * export const routes = rootRoute({ ... })\n * // or\n * export default rootRoute({ ... })\n * ```\n *\n */\nasync function getVirtualRouteConfigFromFileExport(\n tsrConfig: Pick<Config, 'virtualRouteConfig'>,\n root: string,\n): Promise<VirtualRootRoute> {\n if (\n tsrConfig.virtualRouteConfig === undefined ||\n typeof tsrConfig.virtualRouteConfig !== 'string' ||\n tsrConfig.virtualRouteConfig === ''\n ) {\n throw new Error(`virtualRouteConfig is undefined or empty`)\n }\n const exports = await loadConfigFile(join(root, tsrConfig.virtualRouteConfig))\n\n if (!('routes' in exports) && !('default' in exports)) {\n throw new Error(\n `routes not found in ${tsrConfig.virtualRouteConfig}. The routes export must be named like 'export const routes = ...' or done using 'export default ...'`,\n )\n }\n\n const virtualRouteConfig =\n 'routes' in exports ? exports.routes : exports.default\n\n return virtualRootRouteSchema.parse(virtualRouteConfig)\n}\n\nexport async function getRouteNodesRecursive(\n tsrConfig: Pick<\n Config,\n | 'routesDirectory'\n | 'routeFileIgnorePrefix'\n | 'disableLogging'\n | 'indexToken'\n | 'routeToken'\n >,\n root: string,\n fullDir: string,\n nodes: Array<VirtualRouteNode> | undefined,\n tokenRegexes: TokenRegexBundle,\n parent?: RouteNode,\n): Promise<{ children: Array<RouteNode>; physicalDirectories: Array<string> }> {\n if (nodes === undefined) {\n return { children: [], physicalDirectories: [] }\n }\n const allPhysicalDirectories: Array<string> = []\n const children = await Promise.all(\n nodes.map(async (node) => {\n if (node.type === 'physical') {\n const {\n routePath: routePathPrefix,\n originalRoutePath: originalRoutePathPrefix,\n } = node.pathPrefix\n ? determineInitialRoutePath(removeLeadingSlash(node.pathPrefix))\n : { routePath: '', originalRoutePath: '' }\n const { routeNodes, physicalDirectories } = await getRouteNodesPhysical(\n {\n ...tsrConfig,\n routesDirectory: resolve(fullDir, node.directory),\n },\n root,\n tokenRegexes,\n )\n allPhysicalDirectories.push(\n resolve(fullDir, node.directory),\n ...physicalDirectories,\n )\n routeNodes.forEach((subtreeNode) => {\n const pathPrefix = cleanPath(\n `${parent?.routePath ?? ''}${routePathPrefix}`,\n )\n const originalPathPrefix = cleanPath(\n `${parent?.originalRoutePath ?? parent?.routePath ?? ''}${originalRoutePathPrefix}`,\n )\n const literalPathPrefixSegments =\n createLiteralRoutePathSegmentMetadata(pathPrefix, parent, true)\n const routePath = cleanPath(`${pathPrefix}${subtreeNode.routePath}`)\n subtreeNode.variableName = routePathToVariable(\n `${routePathPrefix}/${removeExt(subtreeNode.filePath)}`,\n )\n subtreeNode._routePathSegmentMetadata = joinRoutePathSegmentMetadata(\n routePath,\n pathPrefix,\n literalPathPrefixSegments,\n subtreeNode._routePathSegmentMetadata,\n )\n subtreeNode.routePath = routePath\n // Keep originalRoutePath aligned with routePath for escape detection\n if (subtreeNode.originalRoutePath) {\n subtreeNode.originalRoutePath = cleanPath(\n `${originalPathPrefix}${subtreeNode.originalRoutePath}`,\n )\n }\n subtreeNode.filePath = `${node.directory}/${subtreeNode.filePath}`\n })\n return routeNodes\n }\n\n function getFile(file: string) {\n const filePath = file\n const variableName = routePathToVariable(removeExt(filePath))\n const fullPath = replaceBackslash(join(fullDir, filePath))\n return { filePath, variableName, fullPath }\n }\n const parentRoutePath = removeTrailingSlash(parent?.routePath ?? '/')\n const parentOriginalRoutePath = removeTrailingSlash(\n parent?.originalRoutePath ?? parent?.routePath ?? '/',\n )\n const virtualParentRoutePath = parent?.routePath ?? `/${rootPathId}`\n\n switch (node.type) {\n case 'index': {\n const { filePath, variableName, fullPath } = getFile(node.file)\n const routePath = `${parentRoutePath}/`\n const originalRoutePath = `${parentOriginalRoutePath}/`\n return {\n filePath,\n fullPath,\n variableName,\n routePath,\n originalRoutePath,\n _routePathSegmentMetadata: parent?._routePathSegmentMetadata\n ? [...parent._routePathSegmentMetadata]\n : undefined,\n _fsRouteType: 'static',\n _virtualParentRoutePath: virtualParentRoutePath,\n } satisfies RouteNode\n }\n\n case 'route': {\n const lastSegment = node.path\n let routeNode: RouteNode\n\n // Process the segment to handle escape sequences like [_]\n const {\n routePath: escapedSegment,\n originalRoutePath: originalSegment,\n } = determineInitialRoutePath(removeLeadingSlash(lastSegment))\n const routePath = `${parentRoutePath}${escapedSegment}`\n const originalRoutePath = `${parentOriginalRoutePath}${originalSegment}`\n const routePathSegmentMetadata =\n createLiteralRoutePathSegmentMetadata(routePath, parent, true)\n\n if (node.file) {\n const { filePath, variableName, fullPath } = getFile(node.file)\n routeNode = {\n filePath,\n fullPath,\n variableName,\n routePath,\n originalRoutePath,\n _routePathSegmentMetadata: routePathSegmentMetadata,\n _fsRouteType: 'static',\n _virtualParentRoutePath: virtualParentRoutePath,\n }\n } else {\n routeNode = {\n filePath: '',\n fullPath: '',\n variableName: routePathToVariable(routePath),\n routePath,\n originalRoutePath,\n _routePathSegmentMetadata: routePathSegmentMetadata,\n isVirtual: true,\n _fsRouteType: 'static',\n _virtualParentRoutePath: virtualParentRoutePath,\n }\n }\n\n if (node.children !== undefined) {\n const { children, physicalDirectories } =\n await getRouteNodesRecursive(\n tsrConfig,\n root,\n fullDir,\n node.children,\n tokenRegexes,\n routeNode,\n )\n routeNode.children = children\n allPhysicalDirectories.push(...physicalDirectories)\n\n // If the route has children, it should be a layout\n routeNode._fsRouteType = 'layout'\n }\n return routeNode\n }\n case 'layout': {\n const { filePath, variableName, fullPath } = getFile(node.file)\n\n if (node.id !== undefined) {\n node.id = ensureLeadingUnderScore(node.id)\n } else {\n const baseName = path.basename(filePath)\n const fileNameWithoutExt = path.parse(baseName).name\n node.id = ensureLeadingUnderScore(fileNameWithoutExt)\n }\n const lastSegment = node.id\n // Process the segment to handle escape sequences like [_]\n const {\n routePath: escapedSegment,\n originalRoutePath: originalSegment,\n } = determineInitialRoutePath(removeLeadingSlash(lastSegment))\n const routePath = `${parentRoutePath}${escapedSegment}`\n // Store the original path with brackets for escape detection\n const originalRoutePath = `${parentOriginalRoutePath}${originalSegment}`\n const routePathSegmentMetadata = joinRoutePathSegmentMetadata(\n routePath,\n parentRoutePath,\n parent?._routePathSegmentMetadata,\n createRoutePathSegmentMetadata(escapedSegment, originalSegment),\n )\n\n const routeNode: RouteNode = {\n fullPath,\n filePath,\n variableName,\n routePath,\n originalRoutePath,\n _routePathSegmentMetadata: routePathSegmentMetadata,\n _fsRouteType: 'pathless_layout',\n _virtualParentRoutePath: virtualParentRoutePath,\n }\n\n if (node.children !== undefined) {\n const { children, physicalDirectories } =\n await getRouteNodesRecursive(\n tsrConfig,\n root,\n fullDir,\n node.children,\n tokenRegexes,\n routeNode,\n )\n routeNode.children = children\n allPhysicalDirectories.push(...physicalDirectories)\n }\n return routeNode\n }\n }\n }),\n )\n return {\n children: children.flat(),\n physicalDirectories: allPhysicalDirectories,\n 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|
+1
-1
| { | ||
| "name": "@tanstack/router-generator", | ||
| "version": "1.167.7", | ||
| "version": "1.167.8", | ||
| "description": "Modern and scalable routing for React applications", | ||
@@ -5,0 +5,0 @@ "author": "Tanner Linsley", |
@@ -131,7 +131,10 @@ import path from 'node:path' | ||
| ) | ||
| const prefixPath = cleanPath(`/${normalizedDir}`) | ||
| const routePath = cleanPath(`/${normalizedDir}${node.routePath}`) | ||
| const { routePath: prefixPath, originalRoutePath: originalPrefixPath } = | ||
| normalizedDir | ||
| ? determineInitialRoutePath(normalizedDir) | ||
| : { routePath: '', originalRoutePath: '' } | ||
| const routePath = cleanPath(`${prefixPath}${node.routePath}`) | ||
| node.variableName = routePathToVariable( | ||
| cleanPath(`/${normalizedDir}/${removeExt(node.filePath)}`), | ||
| cleanPath(`${prefixPath}/${removeExt(node.filePath)}`), | ||
| ) | ||
@@ -141,3 +144,3 @@ node._routePathSegmentMetadata = joinRoutePathSegmentMetadata( | ||
| prefixPath, | ||
| undefined, | ||
| createRoutePathSegmentMetadata(prefixPath, originalPrefixPath), | ||
| node._routePathSegmentMetadata, | ||
@@ -149,3 +152,3 @@ ) | ||
| node.originalRoutePath = cleanPath( | ||
| `/${normalizedDir}${node.originalRoutePath}`, | ||
| `${originalPrefixPath}${node.originalRoutePath}`, | ||
| ) | ||
@@ -319,6 +322,2 @@ } | ||
| if (lastOriginalSegment === updatedLastRouteSegment) { | ||
| originalRoutePath = '/' | ||
| } | ||
| // For layout routes, don't use '/' fallback - an empty path means | ||
@@ -325,0 +324,0 @@ // "layout for the parent path" which is important for physical() mounts |
@@ -155,2 +155,8 @@ import path, { join, resolve } from 'node:path' | ||
| if (node.type === 'physical') { | ||
| const { | ||
| routePath: routePathPrefix, | ||
| originalRoutePath: originalRoutePathPrefix, | ||
| } = node.pathPrefix | ||
| ? determineInitialRoutePath(removeLeadingSlash(node.pathPrefix)) | ||
| : { routePath: '', originalRoutePath: '' } | ||
| const { routeNodes, physicalDirectories } = await getRouteNodesPhysical( | ||
@@ -170,4 +176,7 @@ { | ||
| const pathPrefix = cleanPath( | ||
| `${parent?.routePath ?? ''}${node.pathPrefix}`, | ||
| `${parent?.routePath ?? ''}${routePathPrefix}`, | ||
| ) | ||
| const originalPathPrefix = cleanPath( | ||
| `${parent?.originalRoutePath ?? parent?.routePath ?? ''}${originalRoutePathPrefix}`, | ||
| ) | ||
| const literalPathPrefixSegments = | ||
@@ -177,3 +186,3 @@ createLiteralRoutePathSegmentMetadata(pathPrefix, parent, true) | ||
| subtreeNode.variableName = routePathToVariable( | ||
| `${node.pathPrefix}/${removeExt(subtreeNode.filePath)}`, | ||
| `${routePathPrefix}/${removeExt(subtreeNode.filePath)}`, | ||
| ) | ||
@@ -190,3 +199,3 @@ subtreeNode._routePathSegmentMetadata = joinRoutePathSegmentMetadata( | ||
| subtreeNode.originalRoutePath = cleanPath( | ||
| `${parent?.originalRoutePath ?? parent?.routePath ?? ''}${node.pathPrefix}${subtreeNode.originalRoutePath}`, | ||
| `${originalPathPrefix}${subtreeNode.originalRoutePath}`, | ||
| ) | ||
@@ -215,2 +224,3 @@ } | ||
| const routePath = `${parentRoutePath}/` | ||
| const originalRoutePath = `${parentOriginalRoutePath}/` | ||
| return { | ||
@@ -221,2 +231,6 @@ filePath, | ||
| routePath, | ||
| originalRoutePath, | ||
| _routePathSegmentMetadata: parent?._routePathSegmentMetadata | ||
| ? [...parent._routePathSegmentMetadata] | ||
| : undefined, | ||
| _fsRouteType: 'static', | ||
@@ -223,0 +237,0 @@ _virtualParentRoutePath: virtualParentRoutePath, |
Environment variable access
Supply chain riskPackage accesses environment variables, which may be a sign of credential stuffing or data theft.
Found 2 instances in 1 package
Long strings
Supply chain riskContains long string literals, which may be a sign of obfuscated or packed code.
Found 1 instance in 1 package
Environment variable access
Supply chain riskPackage accesses environment variables, which may be a sign of credential stuffing or data theft.
Found 2 instances in 1 package
Long strings
Supply chain riskContains long string literals, which may be a sign of obfuscated or packed code.
Found 1 instance in 1 package
917268
0.42%10829
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