		@@ -7,27 +7,12 @@ 'use strict';

		function _interopNamespace(e) {
		if (e && e.__esModule) { return e; } else {
		var n = {};
		if (e) {
		Object.keys(e).forEach(function (k) {
		var d = Object.getOwnPropertyDescriptor(e, k);
		Object.defineProperty(n, k, d.get ? d : {
		enumerable: true,
		get: function () {
		return e[k];
		}
		});
		});
		}
		n['default'] = e;
		return n;
		}
		}

		const utils = require('@graphql-tools/utils');
		const process = require('process');
		const graphql = require('graphql');
		const isGlob = _interopDefault(require('is-glob'));
		const pLimit = _interopDefault(require('p-limit'));
		const schemaMerging = require('@graphql-tools/schema-merging');
		const lodash = require('lodash');
		const importFrom = _interopDefault(require('import-from'));
		const unixify = _interopDefault(require('unixify'));
		const globby = require('globby');
		const globby__default = _interopDefault(globby);
		const merge = require('@graphql-tools/merge');

		@@ -53,18 +38,3 @@ function normalizePointers(unnormalizedPointerOrPointers) {
		options.sort = 'sort' in options ? options.sort : true;
		options.processedFiles = options.processedFiles \|\| new Map();
		}
		async function prepareOptions(options) {
		applyDefaultOptions(options);
		options.fs = await utils.resolveBuiltinModule('fs', options.fs);
		options.path = await utils.resolveBuiltinModule('path', options.path);
		options.os = await utils.resolveBuiltinModule('os', options.os);
		return options;
		}
		async function prepareOptionsSync(options) {
		applyDefaultOptions(options);
		options.fs = utils.resolveBuiltinModuleSync('fs', options.fs);
		options.path = utils.resolveBuiltinModuleSync('path', options.path);
		options.os = utils.resolveBuiltinModuleSync('os', options.os);
		return options;
		}

		@@ -150,5 +120,4 @@ async function loadFile(pointer, options) {

		async function getCustomLoaderByPath(path, cwd) {
		function getCustomLoaderByPath(path, cwd) {
		try {
		const { default: importFrom } = await new Promise(function (resolve) { resolve(_interopNamespace(require('import-from'))); });
		const requiredModule = importFrom(cwd, path);
		@@ -167,19 +136,2 @@ if (requiredModule) {
		}
		function getCustomLoaderByPathSync(path, cwd) {
		try {
		let importFrom = require('import-from');
		importFrom = importFrom.default \|\| importFrom;
		const requiredModule = importFrom(cwd, path);
		if (requiredModule) {
		if (requiredModule.default && typeof requiredModule.default === 'function') {
		return requiredModule.default;
		}
		if (typeof requiredModule === 'function') {
		return requiredModule;
		}
		}
		}
		catch (e) { }
		return null;
		}
		async function useCustomLoader(loaderPointer, cwd) {
		@@ -201,3 +153,3 @@ let loader;
		if (typeof loaderPointer === 'string') {
		loader = getCustomLoaderByPathSync(loaderPointer, cwd);
		loader = getCustomLoaderByPath(loaderPointer, cwd);
		}
		@@ -244,3 +196,2 @@ else if (typeof loaderPointer === 'function') {
		const queue = useQueue({ concurrency: CONCURRENCY_LIMIT });
		const unixify = await new Promise(function (resolve) { resolve(_interopNamespace(require('unixify'))); }).then(m => m.default \|\| m);
		const { addSource, addGlob, collect } = createHelpers({
		@@ -271,7 +222,5 @@ sources,
		options,
		unixify,
		globs,
		});
		const { default: globby } = await new Promise(function (resolve) { resolve(_interopNamespace(require('globby'))); });
		const paths = await globby(globs, createGlobbyOptions(options));
		const paths = await globby__default(globs, createGlobbyOptions(options));
		collectSourcesFromGlobals({
		@@ -295,4 +244,2 @@ filepaths: paths,
		const queue = useSyncQueue();
		let unixify = require('unixify');
		unixify = unixify.default \|\| unixify;
		const { addSource, addGlob, collect } = createHelpers({
		@@ -323,6 +270,4 @@ sources,
		options,
		unixify,
		globs,
		});
		const globby = require('globby');
		const paths = globby.sync(globs, createGlobbyOptions(options));
		@@ -360,3 +305,3 @@ collectSourcesFromGlobalsSync({
		}
		function includeIgnored({ options, unixify, globs }) {
		function includeIgnored({ options, globs }) {
		if (options.ignore) {
		@@ -511,464 +456,2 @@ const ignoreList = utils.asArray(options.ignore)

		const builtinTypes = ['String', 'Float', 'Int', 'Boolean', 'ID', 'Upload'];
		const builtinDirectives = [
		'deprecated',
		'skip',
		'include',
		'cacheControl',
		'key',
		'external',
		'requires',
		'provides',
		'connection',
		'client',
		];
		/**
		* Post processing of all imported type definitions. Loops over each of the
		* imported type definitions, and processes it using collectNewTypeDefinitions.
		*
		* @param allDefinitions All definitions from all schemas
		* @param definitionPool Current definitions (from first schema)
		* @param newTypeDefinitions All imported definitions
		* @returns Final collection of type definitions for the resulting schema
		*/
		function completeDefinitionPool(allDefinitions, definitionPool, newTypeDefinitions) {
		const visitedDefinitions = {};
		while (newTypeDefinitions.length > 0) {
		const schemaMap = lodash.keyBy(lodash.reverse(allDefinitions), d => ('name' in d ? d.name.value : 'schema'));
		const newDefinition = newTypeDefinitions.shift();
		const defName = 'name' in newDefinition ? newDefinition.name.value : 'schema';
		if (visitedDefinitions[defName]) {
		continue;
		}
		const collectedTypedDefinitions = collectNewTypeDefinitions(allDefinitions, definitionPool, newDefinition, schemaMap);
		newTypeDefinitions.push(...collectedTypedDefinitions);
		definitionPool.push(...collectedTypedDefinitions);
		visitedDefinitions[defName] = true;
		}
		return lodash.uniqBy(definitionPool, 'name.value');
		}
		/**
		* Processes a single type definition, and performs a number of checks:
		* - Add missing interface implementations
		* - Add missing referenced types
		* - Remove unused type definitions
		*
		* @param allDefinitions All definitions from all schemas
		* (only used to find missing interface implementations)
		* @param definitionPool Resulting definitions
		* @param newDefinition All imported definitions
		* @param schemaMap Map of all definitions for easy lookup
		* @returns All relevant type definitions to add to the final schema
		*/
		function collectNewTypeDefinitions(allDefinitions, definitionPool, newDefinition, schemaMap) {
		const newTypeDefinitions = [];
		if (newDefinition.kind !== graphql.Kind.DIRECTIVE_DEFINITION) {
		newDefinition.directives.forEach(collectDirective);
		}
		if (newDefinition.kind === graphql.Kind.ENUM_TYPE_DEFINITION) {
		newDefinition.values.forEach(value => value.directives.forEach(collectDirective));
		}
		if (newDefinition.kind === graphql.Kind.INPUT_OBJECT_TYPE_DEFINITION) {
		newDefinition.fields.forEach(collectNode);
		}
		if (newDefinition.kind === graphql.Kind.INTERFACE_TYPE_DEFINITION) {
		const interfaceName = newDefinition.name.value;
		newDefinition.fields.forEach(collectNode);
		const interfaceImplementations = allDefinitions.filter(d => d.kind === graphql.Kind.OBJECT_TYPE_DEFINITION && d.interfaces.some(i => i.name.value === interfaceName));
		newTypeDefinitions.push(...interfaceImplementations);
		}
		if (newDefinition.kind === graphql.Kind.UNION_TYPE_DEFINITION) {
		newDefinition.types.forEach(type => {
		if (!definitionPool.some(d => 'name' in d && d.name.value === type.name.value)) {
		const typeName = type.name.value;
		const typeMatch = schemaMap[typeName];
		if (!typeMatch) {
		throw new Error(`Couldn't find type ${typeName} in any of the schemas.`);
		}
		newTypeDefinitions.push(schemaMap[type.name.value]);
		}
		});
		}
		if (newDefinition.kind === graphql.Kind.OBJECT_TYPE_DEFINITION) {
		// collect missing interfaces
		newDefinition.interfaces.forEach(int => {
		if (!definitionPool.some(d => 'name' in d && d.name.value === int.name.value)) {
		const interfaceName = int.name.value;
		const interfaceMatch = schemaMap[interfaceName];
		if (!interfaceMatch) {
		throw new Error(`Couldn't find interface ${interfaceName} in any of the schemas.`);
		}
		newTypeDefinitions.push(schemaMap[int.name.value]);
		}
		});
		// iterate over all fields
		newDefinition.fields.forEach(field => {
		collectNode(field);
		// collect missing argument input types
		field.arguments.forEach(collectNode);
		});
		}
		if (newDefinition.kind === graphql.Kind.SCHEMA_DEFINITION) {
		newDefinition.operationTypes.forEach(operationType => {
		if (!definitionPool.some(d => 'name' in d && d.name.value === operationType.type.name.value)) {
		const typeName = operationType.type.name.value;
		const typeMatch = schemaMap[typeName];
		if (!typeMatch) {
		throw new Error(`Couldn't find type ${typeName} in any of the schemas.`);
		}
		newTypeDefinitions.push(schemaMap[operationType.type.name.value]);
		}
		});
		}
		if (newDefinition.kind === graphql.Kind.OPERATION_DEFINITION \|\| newDefinition.kind === graphql.Kind.FRAGMENT_DEFINITION) {
		if (newDefinition.selectionSet) {
		for (const selection of newDefinition.selectionSet.selections) {
		collectFragments(selection);
		}
		}
		}
		return newTypeDefinitions;
		function collectFragments(node) {
		if (node.kind === graphql.Kind.FRAGMENT_SPREAD) {
		const fragmentName = node.name.value;
		if (!definitionPool.some(d => 'name' in d && d.name.value === fragmentName)) {
		const fragmentMatch = schemaMap[fragmentName];
		if (!fragmentMatch) {
		throw new Error(`Fragment ${fragmentName}: Couldn't find fragment ${fragmentName} in any of the documents.`);
		}
		newTypeDefinitions.push(fragmentMatch);
		}
		}
		else if (node.selectionSet) {
		for (const selection of node.selectionSet.selections) {
		for (const directive of node.directives) {
		collectDirective(directive);
		}
		collectFragments(selection);
		}
		}
		}
		function collectNode(node) {
		const nodeType = getNamedType(node.type);
		const nodeTypeName = nodeType.name.value;
		// collect missing argument input types
		if (!definitionPool.some(d => 'name' in d && d.name.value === nodeTypeName) &&
		!lodash.includes(builtinTypes, nodeTypeName)) {
		const argTypeMatch = schemaMap[nodeTypeName];
		if (!argTypeMatch) {
		throw new Error(`Field ${node.name.value}: Couldn't find type ${nodeTypeName} in any of the schemas.`);
		}
		newTypeDefinitions.push(argTypeMatch);
		}
		node.directives.forEach(collectDirective);
		}
		function collectDirective(directive) {
		const directiveName = directive.name.value;
		if (!definitionPool.some(d => 'name' in d && d.name.value === directiveName) &&
		!lodash.includes(builtinDirectives, directiveName)) {
		const directive = schemaMap[directiveName];
		if (!directive) {
		throw new Error(`Directive ${directiveName}: Couldn't find type ${directiveName} in any of the schemas.`);
		}
		directive.arguments.forEach(collectNode);
		newTypeDefinitions.push(directive);
		}
		}
		}
		/**
		* Nested visitor for a type node to get to the final NamedType
		*
		* @param {TypeNode} type Type node to get NamedTypeNode for
		* @returns {NamedTypeNode} The found NamedTypeNode
		*/
		function getNamedType(type) {
		if (type.kind === graphql.Kind.NAMED_TYPE) {
		return type;
		}
		return getNamedType(type.type);
		}

		const gqlExt = /\.g(raph)?ql(s)?$/;
		function isGraphQLFile(f) {
		return gqlExt.test(f);
		}
		const IMPORT_FROM_REGEX = /^import\s+(\\|(.))\s+from\s+('\|")(.*)('\|");?$/;
		const IMPORT_DEFAULT_REGEX = /^import\s+('\|")(.*)('\|");?$/;
		/**
		* Parse a single import line and extract imported types and schema filename
		*
		* @param importLine Import line
		* @returns Processed import line
		*/
		function parseImportLine(importLine) {
		if (IMPORT_FROM_REGEX.test(importLine)) {
		// Apply regex to import line
		const matches = importLine.match(IMPORT_FROM_REGEX);
		if (matches && matches.length === 6 && matches[4]) {
		// Extract matches into named variables
		const [, wildcard, importsString, , from] = matches;
		// Extract imported types
		const imports = wildcard === '' ? [''] : importsString.split(',').map(d => d.trim());
		// Return information about the import line
		return { imports, from };
		}
		}
		else if (IMPORT_DEFAULT_REGEX.test(importLine)) {
		const [, , from] = importLine.match(IMPORT_DEFAULT_REGEX);
		return { imports: ['*'], from };
		}
		throw new Error(`
		Import statement is not valid: ${importLine}
		If you want to have comments starting with '# import', please use ''' instead!
		You can only have 'import' statements in the following pattern;
		# import [Type].[Field] from [File]
		`);
		}
		/**
		* Parse a schema and analyze all import lines
		*
		* @param sdl Schema to parse
		* @returns Array with collection of imports per import line (file)
		*/
		function parseSDL(sdl) {
		return sdl
		.split('\n')
		.map(l => l.trim())
		.filter(l => l.startsWith('# import ') \|\| l.startsWith('#import '))
		.map(l => l.replace('#', '').trim())
		.map(parseImportLine);
		}
		/**
		* Main entry point. Recursively process all import statement in a schema
		*
		* @param filePath File path to the initial schema file
		* @returns Single bundled schema with all imported types
		*/
		async function processImportSyntax(documentSource, options, allDefinitions) {
		const typeDefinitions = [];
		// Recursively process the imports, starting by importing all types from the initial schema
		await collectDefinitions(['*'], documentSource, options, typeDefinitions, allDefinitions);
		return process$1({
		typeDefinitions,
		options,
		allDefinitions,
		});
		}
		/**
		* Main entry point. Recursively process all import statement in a schema
		*
		* @param documentSource File path to the initial schema file
		* @returns Single bundled schema with all imported types
		*/
		function processImportSyntaxSync(documentSource, options, allDefinitions) {
		const typeDefinitions = [];
		// Recursively process the imports, starting by importing all types from the initial schema
		collectDefinitionsSync(['*'], documentSource, options, typeDefinitions, allDefinitions);
		return process$1({
		typeDefinitions,
		options,
		allDefinitions,
		});
		}
		function process$1({ typeDefinitions, options, allDefinitions, }) {
		// Post processing of the final schema (missing types, unused types, etc.)
		// Query, Mutation and Subscription should be merged
		// And should always be in the first set, to make sure they
		// are not filtered out.
		const firstTypes = lodash.flatten(typeDefinitions);
		const secondFirstTypes = typeDefinitions[0];
		const otherFirstTypes = lodash.flatten(typeDefinitions.slice(1));
		const firstSet = firstTypes.concat(secondFirstTypes, otherFirstTypes);
		const processedTypeNames = [];
		const mergedFirstTypes = [];
		for (const type of firstSet) {
		if ('name' in type) {
		if (!processedTypeNames.includes(type.name.value)) {
		processedTypeNames.push(type.name.value);
		mergedFirstTypes.push(type);
		}
		else {
		const existingType = mergedFirstTypes.find(t => t.name.value === type.name.value);
		if ('fields' in existingType) {
		existingType.fields = lodash.uniqBy(existingType.fields.concat(type.fields), 'name.value');
		if (options.sort) {
		existingType.fields = existingType.fields.sort(utils.compareNodes);
		}
		}
		}
		}
		}
		return completeDefinitionPool(lodash.flatten(allDefinitions), firstSet, lodash.flatten(typeDefinitions));
		}
		/**
		* Parses a schema into a graphql DocumentNode.
		* If the schema is empty a DocumentNode with empty definitions will be created.
		*
		* @param sdl Schema to parse
		* @returns A graphql DocumentNode with definitions of the parsed sdl.
		*/
		function getDocumentFromSDL(sdl) {
		if (isEmptySDL(sdl)) {
		return {
		kind: graphql.Kind.DOCUMENT,
		definitions: [],
		};
		}
		return graphql.parse(sdl, { noLocation: true });
		}
		/**
		* Check if a schema contains any type definitions at all.
		*
		* @param sdl Schema to parse
		* @returns True if SDL only contains comments and/or whitespaces
		*/
		function isEmptySDL(sdl) {
		return (sdl
		.split('\n')
		.map(l => l.trim())
		.filter(l => !(l.length === 0 \|\| l.startsWith('#'))).length === 0);
		}
		/**
		* Resolve the path of an import.
		* First it will try to find a file relative from the file the import is in, if that fails it will try to resolve it as a module so imports from packages work correctly.
		*
		* @param filePath Path the import was made from
		* @param importFrom Path given for the import
		* @returns Full resolved path to a file
		*/
		function resolveModuleFilePath(filePath, importFrom, options) {
		const { fs, path } = options;
		if (fs && path) {
		const fullPath = path.resolve(options.cwd, filePath);
		const dirName = path.dirname(fullPath);
		if (isGraphQLFile(fullPath) && isGraphQLFile(importFrom)) {
		try {
		return fs.realpathSync(path.join(dirName, importFrom));
		}
		catch (e) {
		if (e.code === 'ENOENT') {
		let resolveFrom = require('resolve-from');
		resolveFrom = resolveFrom.default \|\| resolveFrom;
		return resolveFrom(dirName, importFrom);
		}
		}
		}
		}
		return importFrom;
		}
		/**
		* Recursively process all schema files. Keeps track of both the filtered
		* type definitions, and all type definitions, because they might be needed
		* in post-processing (to add missing types)
		*
		* @param imports Types specified in the import statement
		* @param sdl Current schema
		* @param filePath File location for current schema
		* @param Tracking of processed schemas (for circular dependencies)
		* @param Tracking of imported type definitions per schema
		* @param Tracking of all type definitions per schema
		* @returns Both the collection of all type definitions, and the collection of imported type definitions
		*/
		async function collectDefinitions(imports, source, options, typeDefinitions, allDefinitions) {
		const rawModules = preapreRawModules({ allDefinitions, source, imports, options, typeDefinitions });
		// Process each file (recursively)
		await Promise.all(rawModules.map(async (module) => {
		// If it was not yet processed (in case of circular dependencies)
		const filepath = resolveModuleFilePath(source.location, module.from, options);
		if (canProcess({
		options,
		module,
		filepath,
		})) {
		const result = await loadFile(filepath, options);
		await collectDefinitions(module.imports, result, options, typeDefinitions, allDefinitions);
		}
		}));
		}
		/**
		* Recursively process all schema files. Keeps track of both the filtered
		* type definitions, and all type definitions, because they might be needed
		* in post-processing (to add missing types)
		*
		* @param imports Types specified in the import statement
		* @param sdl Current schema
		* @param filePath File location for current schema
		* @param Tracking of processed schemas (for circular dependencies)
		* @param Tracking of imported type definitions per schema
		* @param Tracking of all type definitions per schema
		* @returns Both the collection of all type definitions, and the collection of imported type definitions
		*/
		function collectDefinitionsSync(imports, source, options, typeDefinitions, allDefinitions) {
		const rawModules = preapreRawModules({ allDefinitions, source, imports, options, typeDefinitions });
		// Process each file (recursively)
		rawModules.forEach(module => {
		// If it was not yet processed (in case of circular dependencies)
		const filepath = resolveModuleFilePath(source.location, module.from, options);
		if (canProcess({
		options,
		module,
		filepath,
		})) {
		const result = loadFileSync(filepath, options);
		collectDefinitionsSync(module.imports, result, options, typeDefinitions, allDefinitions);
		}
		});
		}
		//
		function preapreRawModules({ allDefinitions, imports, options, typeDefinitions, source, }) {
		// Add all definitions to running total
		allDefinitions.push(source.document.definitions);
		// Filter TypeDefinitionNodes by type and defined imports
		const currentTypeDefinitions = filterImportedDefinitions(imports, source.document.definitions, allDefinitions, options.sort);
		// Add typedefinitions to running total
		typeDefinitions.push(currentTypeDefinitions);
		// Read imports from current file
		return parseSDL(source.rawSDL);
		}
		function canProcess({ options, module, filepath, }) {
		const processedFile = options.processedFiles.get(filepath);
		if (!processedFile \|\| !processedFile.find(rModule => lodash.isEqual(rModule, module))) {
		// Mark this specific import line as processed for this file (for cicular dependency cases)
		options.processedFiles.set(filepath, processedFile ? processedFile.concat(module) : [module]);
		return true;
		}
		return false;
		}
		/**
		* Filter the types loaded from a schema, first by relevant types,
		* then by the types specified in the import statement.
		*
		* @param imports Types specified in the import statement
		* @param typeDefinitions All definitions from a schema
		* @returns Filtered collection of type definitions
		*/
		function filterImportedDefinitions(imports, typeDefinitions, allDefinitions, sort) {
		// This should do something smart with fields
		const filteredDefinitions = typeDefinitions;
		if (imports.includes('*')) {
		if (imports.length === 1 && imports[0] === '*' && allDefinitions.length > 1) {
		const previousTypeDefinitions = lodash.keyBy(lodash.flatten(allDefinitions.slice(0, allDefinitions.length - 1)).filter(def => 'name' in def), def => 'name' in def && def.name.value);
		return typeDefinitions.filter(typeDef => typeDef.kind === 'ObjectTypeDefinition' && previousTypeDefinitions[typeDef.name.value]);
		}
		return filteredDefinitions;
		}
		else {
		const importedTypes = imports.map(i => i.split('.')[0]);
		const result = filteredDefinitions.filter(d => 'name' in d && importedTypes.includes(d.name.value));
		const fieldImports = imports.filter(i => i.split('.').length > 1);
		const groupedFieldImports = lodash.groupBy(fieldImports, x => x.split('.')[0]);
		for (const rootType in groupedFieldImports) {
		const fields = groupedFieldImports[rootType].map(x => x.split('.')[1]);
		const objectTypeDefinition = filteredDefinitions.find(def => 'name' in def && def.name.value === rootType);
		if (objectTypeDefinition && 'fields' in objectTypeDefinition && !fields.includes('*')) {
		objectTypeDefinition.fields = objectTypeDefinition.fields.filter((f) => fields.includes(f.name.value) \|\| fields.includes('*'));
		if (sort) {
		objectTypeDefinition.fields.sort(utils.compareNodes);
		}
		}
		}
		return result;
		}
		}

		const filterKind = (content, filterKinds) => {
		@@ -999,3 +482,3 @@ if (content && content.definitions && content.definitions.length && filterKinds && filterKinds.length > 0) {

		async function parseSource({ partialSource, options, globOptions, pointerOptionMap, addValidSource, cache, }) {
		function parseSource({ partialSource, options, globOptions, pointerOptionMap, addValidSource }) {
		if (partialSource) {
		@@ -1013,3 +496,2 @@ const input = prepareInput({
		useComments(input);
		await useGraphQLImport(input, () => processImportSyntax(input.source, input.options, cache));
		collectValidSources(input, addValidSource);
		@@ -1019,20 +501,2 @@ }
		}
		function parseSourceSync({ partialSource, options, globOptions, pointerOptionMap, addValidSource, cache, }) {
		if (partialSource) {
		const input = prepareInput({
		source: partialSource,
		options,
		globOptions,
		pointerOptionMap,
		});
		parseSchema(input);
		parseRawSDL(input);
		if (input.source.document) {
		useKindsFilter(input);
		useComments(input);
		useGraphQLImport(input, () => processImportSyntaxSync(input.source, input.options, cache));
		collectValidSources(input, addValidSource);
		}
		}
		}
		//
		@@ -1054,8 +518,3 @@ function prepareInput({ source, options, globOptions, pointerOptionMap, }) {
		if (input.source.rawSDL) {
		input.source.document = isEmptySDL(input.source.rawSDL)
		? {
		kind: graphql.Kind.DOCUMENT,
		definitions: [],
		}
		: graphql.parse(new graphql.Source(input.source.rawSDL, input.source.location), input.options);
		input.source.document = graphql.parse(new graphql.Source(input.source.rawSDL, input.source.location), input.options);
		}
		@@ -1070,25 +529,6 @@ }
		if (!input.source.rawSDL) {
		input.source.rawSDL = schemaMerging.printWithComments(input.source.document);
		schemaMerging.resetComments();
		input.source.rawSDL = merge.printWithComments(input.source.document);
		merge.resetComments();
		}
		}
		function useGraphQLImport(input, definitionsGetter) {
		if (input.options.forceGraphQLImport \|\|
		(!input.options.skipGraphQLImport && /^\#.*import /i.test(input.source.rawSDL.trimLeft()))) {
		const rewriteDoc = (definitions) => {
		input.source.document = {
		kind: graphql.Kind.DOCUMENT,
		definitions,
		};
		};
		const result = definitionsGetter();
		if (isPromise(result)) {
		return result.then(rewriteDoc);
		}
		rewriteDoc(result);
		}
		}
		function isPromise(val) {
		return val instanceof Promise;
		}
		function collectValidSources(input, addValidSource) {
		@@ -1104,3 +544,3 @@ if (input.source.document.definitions && input.source.document.definitions.length > 0) {
		const globOptions = {};
		await prepareOptions(options);
		applyDefaultOptions(options);
		const sources = await collectSources({
		@@ -1111,3 +551,2 @@ pointerOptionMap,
		const validSources = [];
		const definitionsCacheForImport = [];
		// If we have few k of files it may be an issue
		@@ -1123,3 +562,2 @@ const limit = useLimit(CONCURRENCY_LIMIT$1);
		},
		cache: definitionsCacheForImport,
		}))));
		@@ -1131,3 +569,3 @@ return prepareResult({ options, pointerOptionMap, validSources });
		const globOptions = {};
		prepareOptionsSync(options);
		applyDefaultOptions(options);
		const sources = collectSourcesSync({
		@@ -1138,5 +576,4 @@ pointerOptionMap,
		const validSources = [];
		const definitionsCacheForImport = [];
		sources.forEach(partialSource => {
		parseSourceSync({
		parseSource({
		partialSource,
		@@ -1149,3 +586,2 @@ options,
		},
		cache: definitionsCacheForImport,
		});
		@@ -1192,3 +628,3 @@ });
		};
		const schema = await schemaMerging.mergeSchemasAsync(mergeSchemasOptions);
		const schema = await merge.mergeSchemasAsync(mergeSchemasOptions);
		if (options.includeSources) {
		@@ -1210,3 +646,3 @@ includeSources(schema, sources);
		};
		const schema = schemaMerging.mergeSchemas(mergeSchemasOptions);
		const schema = merge.mergeSchemas(mergeSchemasOptions);
		if (options.includeSources) {
		@@ -1244,7 +680,3 @@ includeSources(schema, sources);
		exports.OPERATION_KINDS = OPERATION_KINDS;
		exports.collectDefinitions = collectDefinitions;
		exports.collectDefinitionsSync = collectDefinitionsSync;
		exports.filterKind = filterKind;
		exports.getDocumentFromSDL = getDocumentFromSDL;
		exports.isEmptySDL = isEmptySDL;
		exports.loadDocuments = loadDocuments;
		@@ -1256,7 +688,2 @@ exports.loadDocumentsSync = loadDocumentsSync;
		exports.loadTypedefsSync = loadTypedefsSync;
		exports.parseImportLine = parseImportLine;
		exports.parseSDL = parseSDL;
		exports.processImportSyntax = processImportSyntax;
		exports.processImportSyntaxSync = processImportSyntaxSync;
		exports.resolveModuleFilePath = resolveModuleFilePath;
		//# sourceMappingURL=index.cjs.js.map

index.d.ts

		@@ -5,2 +5,1 @@ export * from './load-typedefs';
		export * from './filter-document-kind';
		export * from './import-parser';

580

index.esm.js

		@@ -1,7 +0,10 @@
		import { asArray, resolveBuiltinModule, resolveBuiltinModuleSync, debugLog, printSchemaWithDirectives, isDocumentString, parseGraphQLSDL, compareNodes, fixSchemaAst, compareStrings } from '@graphql-tools/utils';
		import { asArray, debugLog, printSchemaWithDirectives, isDocumentString, parseGraphQLSDL, fixSchemaAst, compareStrings } from '@graphql-tools/utils';
		import { cwd } from 'process';
		import { isSchema, parse, Kind, Source, print } from 'graphql';
		import isGlob from 'is-glob';
		import pLimit from 'p-limit';
		import { printWithComments, resetComments, mergeSchemasAsync, mergeSchemas } from '@graphql-tools/schema-merging';
		import { uniqBy, keyBy, reverse, includes, flatten, isEqual, groupBy } from 'lodash';
		import importFrom from 'import-from';
		import unixify from 'unixify';
		import globby, { sync } from 'globby';
		import { printWithComments, resetComments, mergeSchemasAsync, mergeSchemas } from '@graphql-tools/merge';

		@@ -25,20 +28,5 @@ function normalizePointers(unnormalizedPointerOrPointers) {
		options.cache = options.cache \|\| {};
		options.cwd = options.cwd \|\| process.cwd();
		options.cwd = options.cwd \|\| cwd();
		options.sort = 'sort' in options ? options.sort : true;
		options.processedFiles = options.processedFiles \|\| new Map();
		}
		async function prepareOptions(options) {
		applyDefaultOptions(options);
		options.fs = await resolveBuiltinModule('fs', options.fs);
		options.path = await resolveBuiltinModule('path', options.path);
		options.os = await resolveBuiltinModule('os', options.os);
		return options;
		}
		async function prepareOptionsSync(options) {
		applyDefaultOptions(options);
		options.fs = resolveBuiltinModuleSync('fs', options.fs);
		options.path = resolveBuiltinModuleSync('path', options.path);
		options.os = resolveBuiltinModuleSync('os', options.os);
		return options;
		}

		@@ -124,5 +112,4 @@ async function loadFile(pointer, options) {

		async function getCustomLoaderByPath(path, cwd) {
		function getCustomLoaderByPath(path, cwd) {
		try {
		const { default: importFrom } = await import('import-from');
		const requiredModule = importFrom(cwd, path);
		@@ -141,19 +128,2 @@ if (requiredModule) {
		}
		function getCustomLoaderByPathSync(path, cwd) {
		try {
		let importFrom = require('import-from');
		importFrom = importFrom.default \|\| importFrom;
		const requiredModule = importFrom(cwd, path);
		if (requiredModule) {
		if (requiredModule.default && typeof requiredModule.default === 'function') {
		return requiredModule.default;
		}
		if (typeof requiredModule === 'function') {
		return requiredModule;
		}
		}
		}
		catch (e) { }
		return null;
		}
		async function useCustomLoader(loaderPointer, cwd) {
		@@ -175,3 +145,3 @@ let loader;
		if (typeof loaderPointer === 'string') {
		loader = getCustomLoaderByPathSync(loaderPointer, cwd);
		loader = getCustomLoaderByPath(loaderPointer, cwd);
		}
		@@ -218,3 +188,2 @@ else if (typeof loaderPointer === 'function') {
		const queue = useQueue({ concurrency: CONCURRENCY_LIMIT });
		const unixify = await import('unixify').then(m => m.default \|\| m);
		const { addSource, addGlob, collect } = createHelpers({
		@@ -245,6 +214,4 @@ sources,
		options,
		unixify,
		globs,
		});
		const { default: globby } = await import('globby');
		const paths = await globby(globs, createGlobbyOptions(options));
		@@ -269,4 +236,2 @@ collectSourcesFromGlobals({
		const queue = useSyncQueue();
		let unixify = require('unixify');
		unixify = unixify.default \|\| unixify;
		const { addSource, addGlob, collect } = createHelpers({
		@@ -297,7 +262,5 @@ sources,
		options,
		unixify,
		globs,
		});
		const globby = require('globby');
		const paths = globby.sync(globs, createGlobbyOptions(options));
		const paths = sync(globs, createGlobbyOptions(options));
		collectSourcesFromGlobalsSync({
		@@ -334,3 +297,3 @@ filepaths: paths,
		}
		function includeIgnored({ options, unixify, globs }) {
		function includeIgnored({ options, globs }) {
		if (options.ignore) {
		@@ -485,464 +448,2 @@ const ignoreList = asArray(options.ignore)

		const builtinTypes = ['String', 'Float', 'Int', 'Boolean', 'ID', 'Upload'];
		const builtinDirectives = [
		'deprecated',
		'skip',
		'include',
		'cacheControl',
		'key',
		'external',
		'requires',
		'provides',
		'connection',
		'client',
		];
		/**
		* Post processing of all imported type definitions. Loops over each of the
		* imported type definitions, and processes it using collectNewTypeDefinitions.
		*
		* @param allDefinitions All definitions from all schemas
		* @param definitionPool Current definitions (from first schema)
		* @param newTypeDefinitions All imported definitions
		* @returns Final collection of type definitions for the resulting schema
		*/
		function completeDefinitionPool(allDefinitions, definitionPool, newTypeDefinitions) {
		const visitedDefinitions = {};
		while (newTypeDefinitions.length > 0) {
		const schemaMap = keyBy(reverse(allDefinitions), d => ('name' in d ? d.name.value : 'schema'));
		const newDefinition = newTypeDefinitions.shift();
		const defName = 'name' in newDefinition ? newDefinition.name.value : 'schema';
		if (visitedDefinitions[defName]) {
		continue;
		}
		const collectedTypedDefinitions = collectNewTypeDefinitions(allDefinitions, definitionPool, newDefinition, schemaMap);
		newTypeDefinitions.push(...collectedTypedDefinitions);
		definitionPool.push(...collectedTypedDefinitions);
		visitedDefinitions[defName] = true;
		}
		return uniqBy(definitionPool, 'name.value');
		}
		/**
		* Processes a single type definition, and performs a number of checks:
		* - Add missing interface implementations
		* - Add missing referenced types
		* - Remove unused type definitions
		*
		* @param allDefinitions All definitions from all schemas
		* (only used to find missing interface implementations)
		* @param definitionPool Resulting definitions
		* @param newDefinition All imported definitions
		* @param schemaMap Map of all definitions for easy lookup
		* @returns All relevant type definitions to add to the final schema
		*/
		function collectNewTypeDefinitions(allDefinitions, definitionPool, newDefinition, schemaMap) {
		const newTypeDefinitions = [];
		if (newDefinition.kind !== Kind.DIRECTIVE_DEFINITION) {
		newDefinition.directives.forEach(collectDirective);
		}
		if (newDefinition.kind === Kind.ENUM_TYPE_DEFINITION) {
		newDefinition.values.forEach(value => value.directives.forEach(collectDirective));
		}
		if (newDefinition.kind === Kind.INPUT_OBJECT_TYPE_DEFINITION) {
		newDefinition.fields.forEach(collectNode);
		}
		if (newDefinition.kind === Kind.INTERFACE_TYPE_DEFINITION) {
		const interfaceName = newDefinition.name.value;
		newDefinition.fields.forEach(collectNode);
		const interfaceImplementations = allDefinitions.filter(d => d.kind === Kind.OBJECT_TYPE_DEFINITION && d.interfaces.some(i => i.name.value === interfaceName));
		newTypeDefinitions.push(...interfaceImplementations);
		}
		if (newDefinition.kind === Kind.UNION_TYPE_DEFINITION) {
		newDefinition.types.forEach(type => {
		if (!definitionPool.some(d => 'name' in d && d.name.value === type.name.value)) {
		const typeName = type.name.value;
		const typeMatch = schemaMap[typeName];
		if (!typeMatch) {
		throw new Error(`Couldn't find type ${typeName} in any of the schemas.`);
		}
		newTypeDefinitions.push(schemaMap[type.name.value]);
		}
		});
		}
		if (newDefinition.kind === Kind.OBJECT_TYPE_DEFINITION) {
		// collect missing interfaces
		newDefinition.interfaces.forEach(int => {
		if (!definitionPool.some(d => 'name' in d && d.name.value === int.name.value)) {
		const interfaceName = int.name.value;
		const interfaceMatch = schemaMap[interfaceName];
		if (!interfaceMatch) {
		throw new Error(`Couldn't find interface ${interfaceName} in any of the schemas.`);
		}
		newTypeDefinitions.push(schemaMap[int.name.value]);
		}
		});
		// iterate over all fields
		newDefinition.fields.forEach(field => {
		collectNode(field);
		// collect missing argument input types
		field.arguments.forEach(collectNode);
		});
		}
		if (newDefinition.kind === Kind.SCHEMA_DEFINITION) {
		newDefinition.operationTypes.forEach(operationType => {
		if (!definitionPool.some(d => 'name' in d && d.name.value === operationType.type.name.value)) {
		const typeName = operationType.type.name.value;
		const typeMatch = schemaMap[typeName];
		if (!typeMatch) {
		throw new Error(`Couldn't find type ${typeName} in any of the schemas.`);
		}
		newTypeDefinitions.push(schemaMap[operationType.type.name.value]);
		}
		});
		}
		if (newDefinition.kind === Kind.OPERATION_DEFINITION \|\| newDefinition.kind === Kind.FRAGMENT_DEFINITION) {
		if (newDefinition.selectionSet) {
		for (const selection of newDefinition.selectionSet.selections) {
		collectFragments(selection);
		}
		}
		}
		return newTypeDefinitions;
		function collectFragments(node) {
		if (node.kind === Kind.FRAGMENT_SPREAD) {
		const fragmentName = node.name.value;
		if (!definitionPool.some(d => 'name' in d && d.name.value === fragmentName)) {
		const fragmentMatch = schemaMap[fragmentName];
		if (!fragmentMatch) {
		throw new Error(`Fragment ${fragmentName}: Couldn't find fragment ${fragmentName} in any of the documents.`);
		}
		newTypeDefinitions.push(fragmentMatch);
		}
		}
		else if (node.selectionSet) {
		for (const selection of node.selectionSet.selections) {
		for (const directive of node.directives) {
		collectDirective(directive);
		}
		collectFragments(selection);
		}
		}
		}
		function collectNode(node) {
		const nodeType = getNamedType(node.type);
		const nodeTypeName = nodeType.name.value;
		// collect missing argument input types
		if (!definitionPool.some(d => 'name' in d && d.name.value === nodeTypeName) &&
		!includes(builtinTypes, nodeTypeName)) {
		const argTypeMatch = schemaMap[nodeTypeName];
		if (!argTypeMatch) {
		throw new Error(`Field ${node.name.value}: Couldn't find type ${nodeTypeName} in any of the schemas.`);
		}
		newTypeDefinitions.push(argTypeMatch);
		}
		node.directives.forEach(collectDirective);
		}
		function collectDirective(directive) {
		const directiveName = directive.name.value;
		if (!definitionPool.some(d => 'name' in d && d.name.value === directiveName) &&
		!includes(builtinDirectives, directiveName)) {
		const directive = schemaMap[directiveName];
		if (!directive) {
		throw new Error(`Directive ${directiveName}: Couldn't find type ${directiveName} in any of the schemas.`);
		}
		directive.arguments.forEach(collectNode);
		newTypeDefinitions.push(directive);
		}
		}
		}
		/**
		* Nested visitor for a type node to get to the final NamedType
		*
		* @param {TypeNode} type Type node to get NamedTypeNode for
		* @returns {NamedTypeNode} The found NamedTypeNode
		*/
		function getNamedType(type) {
		if (type.kind === Kind.NAMED_TYPE) {
		return type;
		}
		return getNamedType(type.type);
		}

		const gqlExt = /\.g(raph)?ql(s)?$/;
		function isGraphQLFile(f) {
		return gqlExt.test(f);
		}
		const IMPORT_FROM_REGEX = /^import\s+(\\|(.))\s+from\s+('\|")(.*)('\|");?$/;
		const IMPORT_DEFAULT_REGEX = /^import\s+('\|")(.*)('\|");?$/;
		/**
		* Parse a single import line and extract imported types and schema filename
		*
		* @param importLine Import line
		* @returns Processed import line
		*/
		function parseImportLine(importLine) {
		if (IMPORT_FROM_REGEX.test(importLine)) {
		// Apply regex to import line
		const matches = importLine.match(IMPORT_FROM_REGEX);
		if (matches && matches.length === 6 && matches[4]) {
		// Extract matches into named variables
		const [, wildcard, importsString, , from] = matches;
		// Extract imported types
		const imports = wildcard === '' ? [''] : importsString.split(',').map(d => d.trim());
		// Return information about the import line
		return { imports, from };
		}
		}
		else if (IMPORT_DEFAULT_REGEX.test(importLine)) {
		const [, , from] = importLine.match(IMPORT_DEFAULT_REGEX);
		return { imports: ['*'], from };
		}
		throw new Error(`
		Import statement is not valid: ${importLine}
		If you want to have comments starting with '# import', please use ''' instead!
		You can only have 'import' statements in the following pattern;
		# import [Type].[Field] from [File]
		`);
		}
		/**
		* Parse a schema and analyze all import lines
		*
		* @param sdl Schema to parse
		* @returns Array with collection of imports per import line (file)
		*/
		function parseSDL(sdl) {
		return sdl
		.split('\n')
		.map(l => l.trim())
		.filter(l => l.startsWith('# import ') \|\| l.startsWith('#import '))
		.map(l => l.replace('#', '').trim())
		.map(parseImportLine);
		}
		/**
		* Main entry point. Recursively process all import statement in a schema
		*
		* @param filePath File path to the initial schema file
		* @returns Single bundled schema with all imported types
		*/
		async function processImportSyntax(documentSource, options, allDefinitions) {
		const typeDefinitions = [];
		// Recursively process the imports, starting by importing all types from the initial schema
		await collectDefinitions(['*'], documentSource, options, typeDefinitions, allDefinitions);
		return process$1({
		typeDefinitions,
		options,
		allDefinitions,
		});
		}
		/**
		* Main entry point. Recursively process all import statement in a schema
		*
		* @param documentSource File path to the initial schema file
		* @returns Single bundled schema with all imported types
		*/
		function processImportSyntaxSync(documentSource, options, allDefinitions) {
		const typeDefinitions = [];
		// Recursively process the imports, starting by importing all types from the initial schema
		collectDefinitionsSync(['*'], documentSource, options, typeDefinitions, allDefinitions);
		return process$1({
		typeDefinitions,
		options,
		allDefinitions,
		});
		}
		function process$1({ typeDefinitions, options, allDefinitions, }) {
		// Post processing of the final schema (missing types, unused types, etc.)
		// Query, Mutation and Subscription should be merged
		// And should always be in the first set, to make sure they
		// are not filtered out.
		const firstTypes = flatten(typeDefinitions);
		const secondFirstTypes = typeDefinitions[0];
		const otherFirstTypes = flatten(typeDefinitions.slice(1));
		const firstSet = firstTypes.concat(secondFirstTypes, otherFirstTypes);
		const processedTypeNames = [];
		const mergedFirstTypes = [];
		for (const type of firstSet) {
		if ('name' in type) {
		if (!processedTypeNames.includes(type.name.value)) {
		processedTypeNames.push(type.name.value);
		mergedFirstTypes.push(type);
		}
		else {
		const existingType = mergedFirstTypes.find(t => t.name.value === type.name.value);
		if ('fields' in existingType) {
		existingType.fields = uniqBy(existingType.fields.concat(type.fields), 'name.value');
		if (options.sort) {
		existingType.fields = existingType.fields.sort(compareNodes);
		}
		}
		}
		}
		}
		return completeDefinitionPool(flatten(allDefinitions), firstSet, flatten(typeDefinitions));
		}
		/**
		* Parses a schema into a graphql DocumentNode.
		* If the schema is empty a DocumentNode with empty definitions will be created.
		*
		* @param sdl Schema to parse
		* @returns A graphql DocumentNode with definitions of the parsed sdl.
		*/
		function getDocumentFromSDL(sdl) {
		if (isEmptySDL(sdl)) {
		return {
		kind: Kind.DOCUMENT,
		definitions: [],
		};
		}
		return parse(sdl, { noLocation: true });
		}
		/**
		* Check if a schema contains any type definitions at all.
		*
		* @param sdl Schema to parse
		* @returns True if SDL only contains comments and/or whitespaces
		*/
		function isEmptySDL(sdl) {
		return (sdl
		.split('\n')
		.map(l => l.trim())
		.filter(l => !(l.length === 0 \|\| l.startsWith('#'))).length === 0);
		}
		/**
		* Resolve the path of an import.
		* First it will try to find a file relative from the file the import is in, if that fails it will try to resolve it as a module so imports from packages work correctly.
		*
		* @param filePath Path the import was made from
		* @param importFrom Path given for the import
		* @returns Full resolved path to a file
		*/
		function resolveModuleFilePath(filePath, importFrom, options) {
		const { fs, path } = options;
		if (fs && path) {
		const fullPath = path.resolve(options.cwd, filePath);
		const dirName = path.dirname(fullPath);
		if (isGraphQLFile(fullPath) && isGraphQLFile(importFrom)) {
		try {
		return fs.realpathSync(path.join(dirName, importFrom));
		}
		catch (e) {
		if (e.code === 'ENOENT') {
		let resolveFrom = require('resolve-from');
		resolveFrom = resolveFrom.default \|\| resolveFrom;
		return resolveFrom(dirName, importFrom);
		}
		}
		}
		}
		return importFrom;
		}
		/**
		* Recursively process all schema files. Keeps track of both the filtered
		* type definitions, and all type definitions, because they might be needed
		* in post-processing (to add missing types)
		*
		* @param imports Types specified in the import statement
		* @param sdl Current schema
		* @param filePath File location for current schema
		* @param Tracking of processed schemas (for circular dependencies)
		* @param Tracking of imported type definitions per schema
		* @param Tracking of all type definitions per schema
		* @returns Both the collection of all type definitions, and the collection of imported type definitions
		*/
		async function collectDefinitions(imports, source, options, typeDefinitions, allDefinitions) {
		const rawModules = preapreRawModules({ allDefinitions, source, imports, options, typeDefinitions });
		// Process each file (recursively)
		await Promise.all(rawModules.map(async (module) => {
		// If it was not yet processed (in case of circular dependencies)
		const filepath = resolveModuleFilePath(source.location, module.from, options);
		if (canProcess({
		options,
		module,
		filepath,
		})) {
		const result = await loadFile(filepath, options);
		await collectDefinitions(module.imports, result, options, typeDefinitions, allDefinitions);
		}
		}));
		}
		/**
		* Recursively process all schema files. Keeps track of both the filtered
		* type definitions, and all type definitions, because they might be needed
		* in post-processing (to add missing types)
		*
		* @param imports Types specified in the import statement
		* @param sdl Current schema
		* @param filePath File location for current schema
		* @param Tracking of processed schemas (for circular dependencies)
		* @param Tracking of imported type definitions per schema
		* @param Tracking of all type definitions per schema
		* @returns Both the collection of all type definitions, and the collection of imported type definitions
		*/
		function collectDefinitionsSync(imports, source, options, typeDefinitions, allDefinitions) {
		const rawModules = preapreRawModules({ allDefinitions, source, imports, options, typeDefinitions });
		// Process each file (recursively)
		rawModules.forEach(module => {
		// If it was not yet processed (in case of circular dependencies)
		const filepath = resolveModuleFilePath(source.location, module.from, options);
		if (canProcess({
		options,
		module,
		filepath,
		})) {
		const result = loadFileSync(filepath, options);
		collectDefinitionsSync(module.imports, result, options, typeDefinitions, allDefinitions);
		}
		});
		}
		//
		function preapreRawModules({ allDefinitions, imports, options, typeDefinitions, source, }) {
		// Add all definitions to running total
		allDefinitions.push(source.document.definitions);
		// Filter TypeDefinitionNodes by type and defined imports
		const currentTypeDefinitions = filterImportedDefinitions(imports, source.document.definitions, allDefinitions, options.sort);
		// Add typedefinitions to running total
		typeDefinitions.push(currentTypeDefinitions);
		// Read imports from current file
		return parseSDL(source.rawSDL);
		}
		function canProcess({ options, module, filepath, }) {
		const processedFile = options.processedFiles.get(filepath);
		if (!processedFile \|\| !processedFile.find(rModule => isEqual(rModule, module))) {
		// Mark this specific import line as processed for this file (for cicular dependency cases)
		options.processedFiles.set(filepath, processedFile ? processedFile.concat(module) : [module]);
		return true;
		}
		return false;
		}
		/**
		* Filter the types loaded from a schema, first by relevant types,
		* then by the types specified in the import statement.
		*
		* @param imports Types specified in the import statement
		* @param typeDefinitions All definitions from a schema
		* @returns Filtered collection of type definitions
		*/
		function filterImportedDefinitions(imports, typeDefinitions, allDefinitions, sort) {
		// This should do something smart with fields
		const filteredDefinitions = typeDefinitions;
		if (imports.includes('*')) {
		if (imports.length === 1 && imports[0] === '*' && allDefinitions.length > 1) {
		const previousTypeDefinitions = keyBy(flatten(allDefinitions.slice(0, allDefinitions.length - 1)).filter(def => 'name' in def), def => 'name' in def && def.name.value);
		return typeDefinitions.filter(typeDef => typeDef.kind === 'ObjectTypeDefinition' && previousTypeDefinitions[typeDef.name.value]);
		}
		return filteredDefinitions;
		}
		else {
		const importedTypes = imports.map(i => i.split('.')[0]);
		const result = filteredDefinitions.filter(d => 'name' in d && importedTypes.includes(d.name.value));
		const fieldImports = imports.filter(i => i.split('.').length > 1);
		const groupedFieldImports = groupBy(fieldImports, x => x.split('.')[0]);
		for (const rootType in groupedFieldImports) {
		const fields = groupedFieldImports[rootType].map(x => x.split('.')[1]);
		const objectTypeDefinition = filteredDefinitions.find(def => 'name' in def && def.name.value === rootType);
		if (objectTypeDefinition && 'fields' in objectTypeDefinition && !fields.includes('*')) {
		objectTypeDefinition.fields = objectTypeDefinition.fields.filter((f) => fields.includes(f.name.value) \|\| fields.includes('*'));
		if (sort) {
		objectTypeDefinition.fields.sort(compareNodes);
		}
		}
		}
		return result;
		}
		}

		const filterKind = (content, filterKinds) => {
		@@ -973,3 +474,3 @@ if (content && content.definitions && content.definitions.length && filterKinds && filterKinds.length > 0) {

		async function parseSource({ partialSource, options, globOptions, pointerOptionMap, addValidSource, cache, }) {
		function parseSource({ partialSource, options, globOptions, pointerOptionMap, addValidSource }) {
		if (partialSource) {
		@@ -987,3 +488,2 @@ const input = prepareInput({
		useComments(input);
		await useGraphQLImport(input, () => processImportSyntax(input.source, input.options, cache));
		collectValidSources(input, addValidSource);
		@@ -993,20 +493,2 @@ }
		}
		function parseSourceSync({ partialSource, options, globOptions, pointerOptionMap, addValidSource, cache, }) {
		if (partialSource) {
		const input = prepareInput({
		source: partialSource,
		options,
		globOptions,
		pointerOptionMap,
		});
		parseSchema(input);
		parseRawSDL(input);
		if (input.source.document) {
		useKindsFilter(input);
		useComments(input);
		useGraphQLImport(input, () => processImportSyntaxSync(input.source, input.options, cache));
		collectValidSources(input, addValidSource);
		}
		}
		}
		//
		@@ -1028,8 +510,3 @@ function prepareInput({ source, options, globOptions, pointerOptionMap, }) {
		if (input.source.rawSDL) {
		input.source.document = isEmptySDL(input.source.rawSDL)
		? {
		kind: Kind.DOCUMENT,
		definitions: [],
		}
		: parse(new Source(input.source.rawSDL, input.source.location), input.options);
		input.source.document = parse(new Source(input.source.rawSDL, input.source.location), input.options);
		}
		@@ -1048,21 +525,2 @@ }
		}
		function useGraphQLImport(input, definitionsGetter) {
		if (input.options.forceGraphQLImport \|\|
		(!input.options.skipGraphQLImport && /^\#.*import /i.test(input.source.rawSDL.trimLeft()))) {
		const rewriteDoc = (definitions) => {
		input.source.document = {
		kind: Kind.DOCUMENT,
		definitions,
		};
		};
		const result = definitionsGetter();
		if (isPromise(result)) {
		return result.then(rewriteDoc);
		}
		rewriteDoc(result);
		}
		}
		function isPromise(val) {
		return val instanceof Promise;
		}
		function collectValidSources(input, addValidSource) {
		@@ -1078,3 +536,3 @@ if (input.source.document.definitions && input.source.document.definitions.length > 0) {
		const globOptions = {};
		await prepareOptions(options);
		applyDefaultOptions(options);
		const sources = await collectSources({
		@@ -1085,3 +543,2 @@ pointerOptionMap,
		const validSources = [];
		const definitionsCacheForImport = [];
		// If we have few k of files it may be an issue
		@@ -1097,3 +554,2 @@ const limit = useLimit(CONCURRENCY_LIMIT$1);
		},
		cache: definitionsCacheForImport,
		}))));
		@@ -1105,3 +561,3 @@ return prepareResult({ options, pointerOptionMap, validSources });
		const globOptions = {};
		prepareOptionsSync(options);
		applyDefaultOptions(options);
		const sources = collectSourcesSync({
		@@ -1112,5 +568,4 @@ pointerOptionMap,
		const validSources = [];
		const definitionsCacheForImport = [];
		sources.forEach(partialSource => {
		parseSourceSync({
		parseSource({
		partialSource,
		@@ -1123,3 +578,2 @@ options,
		},
		cache: definitionsCacheForImport,
		});
		@@ -1214,3 +668,3 @@ });

		export { NON_OPERATION_KINDS, OPERATION_KINDS, collectDefinitions, collectDefinitionsSync, filterKind, getDocumentFromSDL, isEmptySDL, loadDocuments, loadDocumentsSync, loadSchema, loadSchemaSync, loadTypedefs, loadTypedefsSync, parseImportLine, parseSDL, processImportSyntax, processImportSyntaxSync, resolveModuleFilePath };
		export { NON_OPERATION_KINDS, OPERATION_KINDS, filterKind, loadDocuments, loadDocumentsSync, loadSchema, loadSchemaSync, loadTypedefs, loadTypedefsSync };
		//# sourceMappingURL=index.esm.js.map

load-typedefs.d.ts

		import { Source, SingleFileOptions, Loader } from '@graphql-tools/utils';
		import { RawModule } from './import-parser';
		export declare type LoadTypedefsOptions<ExtraConfig = {
		[key: string]: any;
		}> = SingleFileOptions & ExtraConfig & {
		processedFiles?: Map<string, RawModule[]>;
		cache?: {
		@@ -16,5 +14,2 @@ [key: string]: Source;
		forceGraphQLImport?: boolean;
		fs?: typeof import('fs');
		path?: typeof import('path');
		os?: typeof import('os');
		};
		@@ -21,0 +16,0 @@ export declare type UnnormalizedTypeDefPointer = {

load-typedefs/options.d.ts

		import { LoadTypedefsOptions } from './../load-typedefs';
		export declare function prepareOptions<T>(options: LoadTypedefsOptions<Partial<T>>): Promise<LoadTypedefsOptions<Partial<T>>>;
		export declare function prepareOptionsSync<T>(options: LoadTypedefsOptions<Partial<T>>): Promise<LoadTypedefsOptions<Partial<T>>>;
		export declare function applyDefaultOptions<T>(options: LoadTypedefsOptions<Partial<T>>): void;

load-typedefs/parse.d.ts

		import { Source } from '@graphql-tools/utils';
		import { DefinitionNode } from 'graphql';
		declare type AddValidSource = (source: Source) => void;
		@@ -10,6 +9,4 @@ declare type ParseOptions = {
		addValidSource: AddValidSource;
		cache: DefinitionNode[][];
		};
		export declare function parseSource({ partialSource, options, globOptions, pointerOptionMap, addValidSource, cache, }: ParseOptions): Promise<void>;
		export declare function parseSourceSync({ partialSource, options, globOptions, pointerOptionMap, addValidSource, cache, }: ParseOptions): void;
		export declare function parseSource({ partialSource, options, globOptions, pointerOptionMap, addValidSource }: ParseOptions): void;
		export {};

package.json

		{
		"name": "@graphql-tools/load",
		"version": "5.0.1-alpha-3cbf9d2.0",
		"version": "5.0.1-alpha-3cd13f3.0",
		"description": "A set of utils for faster development of GraphQL tools",
		@@ -9,11 +9,8 @@ "peerDependencies": {
		"dependencies": {
		"@graphql-tools/utils": "5.0.1-alpha-3cbf9d2.0",
		"@graphql-tools/schema-merging": "5.0.1-alpha-3cbf9d2.0",
		"aggregate-error": "3.0.1",
		"@graphql-tools/utils": "5.0.1-alpha-3cd13f3.0",
		"@graphql-tools/merge": "5.0.1-alpha-3cd13f3.0",
		"globby": "11.0.0",
		"import-from": "^3.0.0",
		"import-from": "3.0.0",
		"is-glob": "4.0.1",
		"lodash": "4.17.15",
		"p-limit": "2.3.0",
		"resolve-from": "5.0.0",
		"tslib": "1.11.1",
		@@ -34,3 +31,2 @@ "unixify": "1.0.0",
		"@types/is-glob": "4.0.1",
		"@types/lodash": "4.14.150",
		"@types/valid-url": "1.0.3",
		@@ -37,0 +33,0 @@ "graphql-tag": "2.10.3",

schema.d.ts

		import { LoadTypedefsOptions, UnnormalizedTypeDefPointer } from './load-typedefs';
		import { GraphQLSchema, BuildSchemaOptions } from 'graphql';
		import { MergeSchemasConfig } from '@graphql-tools/schema-merging';
		import { MergeSchemasConfig } from '@graphql-tools/merge';
		export declare type LoadSchemaOptions = BuildSchemaOptions & LoadTypedefsOptions & Partial<MergeSchemasConfig> & {
		@@ -5,0 +5,0 @@ /**

utils/custom-loader.d.ts

		@@ -1,4 +0,3 @@
		export declare function getCustomLoaderByPath(path: string, cwd: string): Promise<any>;
		export declare function getCustomLoaderByPathSync(path: string, cwd: string): any;
		export declare function getCustomLoaderByPath(path: string, cwd: string): any;
		export declare function useCustomLoader(loaderPointer: any, cwd: string): Promise<any>;
		export declare function useCustomLoaderSync(loaderPointer: any, cwd: string): any;

import-parser/definition.d.ts

import-parser/index.d.ts

index.cjs.js.map

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index.esm.js.map

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