/* eslint-disable jsdoc/check-param-names -- The `pick()` and `exclude()` doc comments cover both overloads, so they document `filter` as well as `keys` and `options`. The rule only models the first overload. */
export type ParseOptions = {
	/**
	Decode the keys and values. A byte that is not valid UTF-8 becomes the replacement character `U+FFFD`, and the bytes around it are still decoded, like the [`URL` parser](https://developer.mozilla.org/en-US/docs/Web/API/URL) and [`URLSearchParams`](https://developer.mozilla.org/en-US/docs/Web/API/URLSearchParams) do. A `%` that is not followed by two hexadecimal digits is not an escape and is kept as it is.

	@default true
	*/
	readonly decode?: boolean;

	/**
	@default 'none'

	- `bracket`: Parse arrays with bracket representation:

		```
		import queryString from 'query-string';

		queryString.parse('foo[]=1&foo[]=2&foo[]=3', {arrayFormat: 'bracket'});
		//=> {foo: ['1', '2', '3']}
		```

	- `index`: Parse arrays with index representation:

		```
		import queryString from 'query-string';

		queryString.parse('foo[0]=1&foo[1]=2&foo[3]=3', {arrayFormat: 'index'});
		//=> {foo: ['1', '2', '3']}
		```

		Entries without an index, such as `foo[]`, are appended after the highest index seen so far. Appending after an index greater than or equal to `Number.MAX_SAFE_INTEGER` is unsupported.

	- `comma`: Parse arrays with elements separated by comma:

		```
		import queryString from 'query-string';

		queryString.parse('foo=1,2,3', {arrayFormat: 'comma'});
		//=> {foo: ['1', '2', '3']}

		queryString.parse('foo=1,2&foo=3', {arrayFormat: 'comma'});
		//=> {foo: ['1', '2', '3']}
		```

		A single value has no separator, so it is a plain value, not an array with one element. Use the `types` option to always get an array, or use `bracket-separator`, which marks arrays explicitly.

		```
		import queryString from 'query-string';

		queryString.parse('foo=1', {arrayFormat: 'comma'});
		//=> {foo: '1'}

		queryString.parse('foo=1', {arrayFormat: 'comma', types: {foo: 'string[]'}});
		//=> {foo: ['1']}
		```

	- `separator`: Parse arrays with elements separated by a custom character:

		```
		import queryString from 'query-string';

		queryString.parse('foo=1|2|3', {arrayFormat: 'separator', arrayFormatSeparator: '|'});
		//=> {foo: ['1', '2', '3']}
		```

	- `bracket-separator`: Parse arrays (that are explicitly marked with brackets) with elements separated by a custom character:

		```
		import queryString from 'query-string';

		queryString.parse('foo[]', {arrayFormat: 'bracket-separator', arrayFormatSeparator: '|'});
		//=> {foo: []}

		queryString.parse('foo[]=', {arrayFormat: 'bracket-separator', arrayFormatSeparator: '|'});
		//=> {foo: ['']}

		queryString.parse('foo[]=1', {arrayFormat: 'bracket-separator', arrayFormatSeparator: '|'});
		//=> {foo: ['1']}

		queryString.parse('foo[]=1|2|3', {arrayFormat: 'bracket-separator', arrayFormatSeparator: '|'});
		//=> {foo: ['1', '2', '3']}

		queryString.parse('foo[]=1||3|||6', {arrayFormat: 'bracket-separator', arrayFormatSeparator: '|'});
		//=> {foo: ['1', '', '3', '', '', '6']}

		queryString.parse('foo[]=1|2|3&bar=fluffy&baz[]=4', {arrayFormat: 'bracket-separator', arrayFormatSeparator: '|'});
		//=> {bar: 'fluffy', baz: ['4'], foo: ['1', '2', '3']}
		```

	- `colon-list-separator`: Parse arrays with parameter names that are explicitly marked with `:list`:

		```
		import queryString from 'query-string';

		queryString.parse('foo:list=one&foo:list=two', {arrayFormat: 'colon-list-separator'});
		//=> {foo: ['one', 'two']}
		```

	- `none`: Parse arrays with elements using duplicate keys:

		```
		import queryString from 'query-string';

		queryString.parse('foo=1&foo=2&foo=3');
		//=> {foo: ['1', '2', '3']}
		```
	*/
	readonly arrayFormat?:
		| 'bracket'
		| 'index'
		| 'comma'
		| 'separator'
		| 'bracket-separator'
		| 'colon-list-separator'
		| 'none';

	/**
	The character used to separate array elements when using `{arrayFormat: 'separator'}`.

	Only a literal separator delimits array elements. A percent-encoded separator (for example, `%2C`) is part of the element, which is how `.stringify()` encodes elements that contain the separator. Because of this, `%` and a hexadecimal digit are unsupported, since those also appear inside percent-encoded elements, and so are `&`, `+`, and `#`, since those already have a meaning in a URL: `&` separates parameters, `+` is decoded as a space, and `#` starts the fragment identifier. Those are handled on a best-effort basis, so the result is undefined. Whitespace cannot work at all, since leading and trailing whitespace is ignored when parsing, and a lone surrogate cannot be percent-encoded, so both throw a `TypeError`.

	@example
	```
	import queryString from 'query-string';

	queryString.parse('foo=a%2Cb,c', {arrayFormat: 'comma'});
	//=> {foo: ['a,b', 'c']}

	queryString.parse('foo[]=a%2Cb,c', {arrayFormat: 'bracket-separator'});
	//=> {foo: ['a,b', 'c']}
	```

	@default ,
	*/
	readonly arrayFormatSeparator?: string;

	/**
	Supports both `Function` as a custom sorting function or `false` to disable sorting.

	If omitted, keys are sorted using `Array#sort`.

	@default true

	@example
	```
	import queryString from 'query-string';

	const order = ['c', 'a', 'b'];

	queryString.parse('?a=one&b=two&c=three', {
		sort: (itemLeft, itemRight) => order.indexOf(itemLeft) - order.indexOf(itemRight)
	});
	//=> {c: 'three', a: 'one', b: 'two'}
	```

	@example
	```
	import queryString from 'query-string';

	queryString.parse('?a=one&c=three&b=two', {sort: false});
	//=> {a: 'one', c: 'three', b: 'two'}
	```
	*/
	readonly sort?: ((itemLeft: string, itemRight: string) => number) | boolean;

	/**
	Parse the value as a number type instead of string type if it's a number.

	@default false

	@example
	```
	import queryString from 'query-string';

	queryString.parse('foo=1', {parseNumbers: true});
	//=> {foo: 1}
	```
	*/
	readonly parseNumbers?: boolean;

	/**
	Parse the value as a boolean type instead of string type if it's a boolean.

	@default false

	@example
	```
	import queryString from 'query-string';

	queryString.parse('foo=true', {parseBooleans: true});
	//=> {foo: true}
	```
	*/
	readonly parseBooleans?: boolean;

	/**
	Parse the fragment identifier from the URL and add it to result object.

	@default false

	@example
	```
	import queryString from 'query-string';

	queryString.parseUrl('https://foo.bar?foo=bar#xyz', {parseFragmentIdentifier: true});
	//=> {url: 'https://foo.bar', query: {foo: 'bar'}, fragmentIdentifier: 'xyz'}
	```
	*/
	readonly parseFragmentIdentifier?: boolean;

	/**
	Specifies a schema for parsing query values with explicit type declarations. When defined, the types provided here take precedence over general parsing options such as `parseNumbers`, `parseBooleans`, and `arrayFormat`.

	Use this option to explicitly define the type of a specific parameter—particularly useful in cases where the type might otherwise be ambiguous (e.g., phone numbers or IDs).

	You can also provide a custom function to transform the value. The function will receive the raw string and should return the desired parsed result. When used with array formats (like `comma`, `separator`, `bracket`, etc.), the function is applied to each array element individually.

	NOTE: With `arrayFormat: 'none'`, array types (`string[]`, `number[]`) do not turn a single value into an array. The value stays a string, and `parseNumbers` and `parseBooleans` do not apply to it. A repeated key is still an array, and its items are parsed with the element type.

	@default {}

	@example
	Parse `phoneNumber` as a string, overriding the `parseNumbers` option:
	```
	import queryString from 'query-string';

	queryString.parse('?phoneNumber=%2B380951234567&id=1', {
		parseNumbers: true,
		types: {
			phoneNumber: 'string',
		}
	});
	//=> {id: 1, phoneNumber: '+380951234567'}
	```

	@example
	Parse `items` as an array of strings, overriding the `parseNumbers` option:
	```
	import queryString from 'query-string';

	queryString.parse('?age=20&items=1,2,3', {
		arrayFormat: 'comma',
		parseNumbers: true,
		types: {
			items: 'string[]',
		}
	});
	//=> {age: 20, items: ['1', '2', '3']}
	```

	@example
	Force `age` to be parsed as a number even when `parseNumbers` is false:
	```
	import queryString from 'query-string';

	queryString.parse('?age=20&id=01234&zipcode=90210', {
		types: {
			age: 'number',
		}
	});
	//=> {age: 20, id: '01234', zipcode: '90210'}
	```

	@example
	Use a custom parser function to transform the value of `age`:
	```
	import queryString from 'query-string';

	queryString.parse('?age=20&id=01234&zipcode=90210', {
		types: {
			age: value => value * 2,
		}
	});
	//=> {age: 40, id: '01234', zipcode: '90210'}
	```

	@example
	Custom functions are applied to each array element when using array formats:
	```
	import queryString from 'query-string';

	// With arrays, the function is applied to each element
	queryString.parse('?scores=10,20,30', {
		arrayFormat: 'comma',
		types: {
			scores: value => Number(value) * 2,
		}
	});
	//=> {scores: [20, 40, 60]}
	```

	@example
	Array types do not split a single value when `arrayFormat` is set to `'none'`:
	```
	queryString.parse('ids=001,002,003&foods=apple,orange,mango', {
		arrayFormat: 'none',
		types: {
			ids: 'number[]',
			foods: 'string[]',
		},
	});
	//=> {foods: 'apple,orange,mango', ids: '001,002,003'}
	```

	@example
	Parse a query using multiple type definitions:
	```
	import queryString from 'query-string';

	queryString.parse('?ids=001,002,003&items=1,2,3&price=22.00&numbers=1,2,3&double=5&number=20', {
		arrayFormat: 'comma',
		types: {
			ids: 'string',
			items: 'string[]',
			price: 'string',
			numbers: 'number[]',
			double: value => value * 2,
			number: 'number',
		},
	});
	//=> {double: 10, ids: '001,002,003', items: ['1', '2', '3'], number: 20, numbers: [1, 2, 3], price: '22.00'}
	```

	@example
	Force `flagged` to be parsed as a boolean even when `parseBooleans` is false:
	```
	queryString.parse('?isAdmin=true&flagged=true&isOkay=0', {
		parseBooleans: false,
		types: {
			flagged: 'boolean',
			isOkay: 'boolean',
		},
	});
	//=> {flagged: true, isAdmin: 'true', isOkay: false}
	```

	Note: The `'boolean'` type also converts `'0'` and `'1'` to booleans, and treats valueless keys (e.g. `?flag`) as `true`.
	*/
	readonly types?: Record<
		string,
	'boolean' | 'number' | 'string' | 'string[]' | 'number[]' | ((value: string) => unknown)
	>;
};

// `parse('foo')` returns `{foo: null}`, so `null` is part of the result and stays in the type.
// eslint-disable-next-line @typescript-eslint/no-restricted-types
export type ParsedQuery<T = string> = Record<string, T | null | Array<T | null>>;

type ParsedTypeValue<Type> =
	Type extends 'number' | 'number[]' ? number
		: Type extends 'boolean' ? boolean
			: Type extends (value: string) => infer Result ? Result
				: never;

/**
The type of a parsed value, from the `parseNumbers`, `parseBooleans`, and `types` options. A value that does not match its type stays a string.

When `types` is a non-literal value, like a variable typed as `Record<string, ...>`, the value type widens to `unknown` because the specific keys are not known. Pass an object literal to get precise types.
*/
type ParsedValue<Options extends ParseOptions> =
	| string
	| (Options extends {parseNumbers: true} ? number : never)
	| (Options extends {parseBooleans: true} ? boolean : never)
	| (Options extends {types: infer Types} ? ParsedTypeValue<Types[keyof Types]> : never);

/**
Rejects a property that is not a parse or stringify option. A generic parameter is not checked for excess properties, so without this, a typo like `sortt` in an object literal would compile. Stringify options are allowed, since one options object is often shared by `parse()` and `stringify()`.

It is a mapped type instead of an intersection, so a generic wrapper that forwards its options still compiles. The wrapper gets the plain `string` value type, since its options are not known.
*/
type KnownOptions<Options> = {[Key in keyof Options]: Key extends keyof ParseOptions | keyof StringifyOptions ? Options[Key] : never};

/**
Parse a query string into an object. Leading `?` or `#` are ignored, so you can pass `location.search` or `location.hash` directly.

The returned object is created with [`Object.create(null)`](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Object/create) and thus does not have a `prototype`.

@param query - The query string to parse.
*/
export function parse<Options extends ParseOptions>(query: string, options?: KnownOptions<Options>): ParsedQuery<ParsedValue<Options>>;

export type ParsedUrl<T = string> = {
	readonly url: string;
	readonly query: ParsedQuery<T>;

	/**
	The fragment identifier of the URL.

	Present when the `parseFragmentIdentifier` option is `true`.
	*/
	readonly fragmentIdentifier?: string;
};

/**
Extract the URL and the query string as an object. Leading and trailing whitespace is ignored.

@param url - The URL to parse.
@returns An object with a `url` and `query` property.

If the `parseFragmentIdentifier` option is `true`, the object will also contain a `fragmentIdentifier` property.

@example
```
import queryString from 'query-string';

queryString.parseUrl('https://foo.bar?foo=bar');
//=> {url: 'https://foo.bar', query: {foo: 'bar'}}

queryString.parseUrl('https://foo.bar?foo=bar#xyz', {parseFragmentIdentifier: true});
//=> {url: 'https://foo.bar', query: {foo: 'bar'}, fragmentIdentifier: 'xyz'}
```
*/
export function parseUrl<Options extends ParseOptions>(url: string, options?: KnownOptions<Options>): ParsedUrl<ParsedValue<Options>>;

export type StringifyOptions = {
	/**
	Strictly encode URI components. It uses [`encodeURIComponent`](https://developer.mozilla.org/en/docs/Web/JavaScript/Reference/Global_Objects/encodeURIComponent) if set to `false`. You probably [don't care](https://github.com/sindresorhus/query-string/issues/42) about this option.

	@default true
	*/
	readonly strict?: boolean;

	/**
	[URL encode](https://developer.mozilla.org/en/docs/Web/JavaScript/Reference/Global_Objects/encodeURIComponent) the keys and values.

	A lone surrogate, which cannot be percent-encoded, is replaced with the replacement character U+FFFD, like `URLSearchParams` does.

	@default true
	*/
	readonly encode?: boolean;

	/**
	@default 'none'

	- `bracket`: Serialize arrays using bracket representation:

		```
		import queryString from 'query-string';

		queryString.stringify({foo: [1, 2, 3]}, {arrayFormat: 'bracket'});
		//=> 'foo[]=1&foo[]=2&foo[]=3'
		```

	- `index`: Serialize arrays using index representation:

		```
		import queryString from 'query-string';

		queryString.stringify({foo: [1, 2, 3]}, {arrayFormat: 'index'});
		//=> 'foo[0]=1&foo[1]=2&foo[2]=3'
		```

	- `comma`: Serialize arrays by separating elements with comma:

		```
		import queryString from 'query-string';

		queryString.stringify({foo: [1, 2, 3]}, {arrayFormat: 'comma'});
		//=> 'foo=1,2,3'

		queryString.stringify({foo: [1, null, '']}, {arrayFormat: 'comma'});
		//=> 'foo=1,,'
		// Note that typing information for null values is lost
		// and `.parse('foo=1,,', {arrayFormat: 'comma'})` would return `{foo: ['1', '', '']}`.
		```

	- `separator`: Serialize arrays by separating elements with character:

		```
		import queryString from 'query-string';

		queryString.stringify({foo: [1, 2, 3]}, {arrayFormat: 'separator', arrayFormatSeparator: '|'});
		//=> 'foo=1|2|3'
		```

	- `bracket-separator`: Serialize arrays by explicitly post-fixing array names with brackets and separating elements with a custom character:

		```
		import queryString from 'query-string';

		queryString.stringify({foo: []}, {arrayFormat: 'bracket-separator', arrayFormatSeparator: '|'});
		//=> 'foo[]'

		queryString.stringify({foo: ['']}, {arrayFormat: 'bracket-separator', arrayFormatSeparator: '|'});
		//=> 'foo[]='

		queryString.stringify({foo: [1]}, {arrayFormat: 'bracket-separator', arrayFormatSeparator: '|'});
		//=> 'foo[]=1'

		queryString.stringify({foo: [1, 2, 3]}, {arrayFormat: 'bracket-separator', arrayFormatSeparator: '|'});
		//=> 'foo[]=1|2|3'

		queryString.stringify({foo: [1, '', 3, null, null, 6]}, {arrayFormat: 'bracket-separator', arrayFormatSeparator: '|'});
		//=> 'foo[]=1||3|||6'

		queryString.stringify({foo: [1, '', 3, null, null, 6]}, {arrayFormat: 'bracket-separator', arrayFormatSeparator: '|', skipNull: true});
		//=> 'foo[]=1||3|6'

		queryString.stringify({foo: [1, 2, 3], bar: 'fluffy', baz: [4]}, {arrayFormat: 'bracket-separator', arrayFormatSeparator: '|'});
		//=> 'bar=fluffy&baz[]=4&foo[]=1|2|3'
		```

	- `colon-list-separator`: Serialize arrays with parameter names that are explicitly marked with `:list`:

		```js
		import queryString from 'query-string';

		queryString.stringify({foo: ['one', 'two']}, {arrayFormat: 'colon-list-separator'});
		//=> 'foo:list=one&foo:list=two'
		```

	- `none`: Serialize arrays by using duplicate keys:

		```
		import queryString from 'query-string';

		queryString.stringify({foo: [1, 2, 3]});
		//=> 'foo=1&foo=2&foo=3'
		```
	*/
	readonly arrayFormat?: 'bracket' | 'index' | 'comma' | 'separator' | 'bracket-separator' | 'colon-list-separator' | 'none';

	/**
	The character used to separate array elements when using `{arrayFormat: 'separator'}`.

	A separator inside an element is percent-encoded, so `.parse()` can tell it apart from the separator between elements. With `comma` and `separator`, a plain value that contains the separator is percent-encoded the same way, so it does not turn into an array. Because of this, `%` and a hexadecimal digit are unsupported, since those also appear inside percent-encoded elements, and so are `&`, `+`, and `#`, since those already have a meaning in a URL: `&` separates parameters, `+` is decoded as a space, and `#` starts the fragment identifier. Those are handled on a best-effort basis, so the result is undefined. Whitespace cannot work at all, since leading and trailing whitespace is ignored when parsing, and a lone surrogate cannot be percent-encoded, so both throw a `TypeError`.

	@default ,
	*/
	readonly arrayFormatSeparator?: string;

	/**
	Supports both `Function` as a custom sorting function or `false` to disable sorting.

	If omitted, keys are sorted using `Array#sort`.

	@default true

	@example
	```
	import queryString from 'query-string';

	const order = ['c', 'a', 'b'];

	queryString.stringify({a: 1, b: 2, c: 3}, {
		sort: (itemLeft, itemRight) => order.indexOf(itemLeft) - order.indexOf(itemRight)
	});
	//=> 'c=3&a=1&b=2'
	```

	@example
	```
	import queryString from 'query-string';

	queryString.stringify({b: 1, c: 2, a: 3}, {sort: false});
	//=> 'b=1&c=2&a=3'
	```
	*/
	readonly sort?: ((itemLeft: string, itemRight: string) => number) | boolean;

	/**
	Skip keys with `null` as the value.

	Note that keys with `undefined` as the value are always skipped.

	@default false

	@example
	```
	import queryString from 'query-string';

	queryString.stringify({a: 1, b: undefined, c: null, d: 4}, {
		skipNull: true
	});
	//=> 'a=1&d=4'

	queryString.stringify({a: undefined, b: null}, {
		skipNull: true
	});
	//=> ''
	```
	*/
	readonly skipNull?: boolean;

	/**
	Skip keys with an empty string as the value.

	@default false

	@example
	```
	import queryString from 'query-string';

	queryString.stringify({a: 1, b: '', c: '', d: 4}, {
		skipEmptyString: true
	});
	//=> 'a=1&d=4'
	```

	@example
	```
	import queryString from 'query-string';

	queryString.stringify({a: '', b: ''}, {
		skipEmptyString: true
	});
	//=> ''
	```
	*/
	readonly skipEmptyString?: boolean;

	/**
	A function that transforms key-value pairs before stringification.

	Similar to the `replacer` parameter of `JSON.stringify()`, this function is called for each key-value pair and can be used to transform values before they are stringified.

	The function receives the key and value, and should return the transformed value. Returning `undefined` will omit the key-value pair from the resulting query string. The `skipNull` and `skipEmptyString` options apply to the returned value.

	This is useful for custom serialization of non-primitive types like `Date`:

	@example
	```
	import queryString from 'query-string';

	queryString.stringify({
		date: new Date('2024-01-15T10:30:00Z'),
		name: 'John'
	}, {
		replacer: (key, value) => {
			if (value instanceof Date) {
				return value.toISOString();
			}

			return value;
		}
	});
	//=> 'date=2024-01-15T10%3A30%3A00.000Z&name=John'
	```

	@example
	```
	import queryString from 'query-string';

	// Omit keys with null values using replacer instead of skipNull
	queryString.stringify({
		a: 1,
		b: null,
		c: 3
	}, {
		replacer: (key, value) => value === null ? undefined : value
	});
	//=> 'a=1&c=3'
	```
	*/
	readonly replacer?: (key: string, value: unknown) => unknown;
};

/**
Supported value types for query string parameters.

Note: `Symbol`, functions, and objects (except arrays) are not supported and will throw an error when stringified.
*/
// `null` is a value `stringify()` accepts and `parse()` can produce, so it stays in the type.
// eslint-disable-next-line @typescript-eslint/no-restricted-types
export type Stringifiable = string | boolean | number | bigint | null | undefined;

/**
A record of stringifiable values.
*/
export type StringifiableRecord = Record<
	string,
Stringifiable | readonly Stringifiable[]
>;

/**
Stringify an object into a query string and sorting the keys.

@param object - Object to stringify. Supported value types are: `string`, `number`, `bigint`, `boolean`, `null`, `undefined`, and arrays of these types. Other types like `Symbol`, functions, or objects (except arrays) will throw an error.

@example
```
import queryString from 'query-string';

queryString.stringify({foo: 'bar', baz: 42, qux: true});
//=> 'baz=42&foo=bar&qux=true'
```
*/
export function stringify(
	// TODO: Use the below instead when the following TS issues are fixed:
	// - https://github.com/microsoft/TypeScript/issues/15300
	// - https://github.com/microsoft/TypeScript/issues/42021
	// Context: https://github.com/sindresorhus/query-string/issues/298
	// object: StringifiableRecord,
	object: Record<string, any>,
	options?: StringifyOptions,
): string;

/**
Extract a query string from a URL that can be passed into `.parse()`.

@example
```
import queryString from 'query-string';

queryString.extract('https://foo.bar?foo=bar');
//=> 'foo=bar'
```
*/
export function extract(url: string): string;

export type UrlObject = {
	/**
	The URL to stringify. Leading and trailing whitespace is ignored.
	*/
	readonly url: string;

	/**
	Overrides queries in the `url` property.
	*/
	// TODO: Use the below instead when the following TS issues are fixed:
	// - https://github.com/microsoft/TypeScript/issues/15300
	// - https://github.com/microsoft/TypeScript/issues/42021
	// Context: https://github.com/sindresorhus/query-string/issues/298
	// readonly query?: StringifiableRecord;
	readonly query?: Record<string, any>;

	/**
	Overrides the fragment identifier in the `url` property.

	The fragment identifier without the leading `#`. An empty string removes the fragment identifier from the URL.

	Like the query values, it is a decoded value and is percent-encoded when `encode` is `true`, so `.parseUrl()` reads it back unchanged. `/`, `?`, and `#` are kept as-is, so hash routes like `#/users?id=1` work. When `encode` is `false`, it is written as-is.

	@example
	```
	import queryString from 'query-string';

	queryString.stringifyUrl({url: 'https://foo.bar', fragmentIdentifier: '100%'});
	//=> 'https://foo.bar#100%25'

	queryString.stringifyUrl({url: 'https://foo.bar', fragmentIdentifier: '/users?id=1'});
	//=> 'https://foo.bar#/users?id=1'
	```
	*/
	readonly fragmentIdentifier?: string;
};

/**
Stringify an object into a URL with a query string and sorting the keys. The inverse of [`.parseUrl()`](https://github.com/sindresorhus/query-string#parseurlstring-options)

The `options` are the same as for `.stringify()`.

@returns A string with the URL and a query string.

Query items in the `query` property overrides queries in the `url` property. The query in the `url` property is written back from its plain string values, so `parseNumbers`, `parseBooleans`, and `types` do not rewrite it when the options are shared with `.parseUrl()`.

With `encode: false`, an array marker in an existing parameter name is only treated as a marker when it is literal, such as `a[]`, so a percent-encoded marker such as `a%5B%5D` is not overridden by the plain key. The existing parameter is kept as-is, so overriding `a` alongside an existing `a%5B%5D` in the URL writes both `a=2&a%5B%5D=1`.

The `fragmentIdentifier` property overrides the fragment identifier in the `url` property.

@example
```
queryString.stringifyUrl({url: 'https://foo.bar', query: {foo: 'bar'}});
//=> 'https://foo.bar?foo=bar'

queryString.stringifyUrl({url: 'https://foo.bar?foo=baz', query: {foo: 'bar'}});
//=> 'https://foo.bar?foo=bar'

queryString.stringifyUrl({
	url: 'https://foo.bar',
	query: {
		top: 'foo'
	},
	fragmentIdentifier: 'bar'
});
//=> 'https://foo.bar?top=foo#bar'
```
*/
export function stringifyUrl(
	object: UrlObject,
	options?: StringifyOptions,
): string;

/**
Pick query parameters from a URL.

@param url - The URL containing the query parameters to pick. Leading and trailing whitespace is ignored.
@param keys - The names of the query parameters to keep. All other query parameters will be removed from the URL.
@param filter - A filter predicate that will be provided the name of each query parameter and its value. The `parseNumbers`, `parseBooleans`, and `types` options also affect `value`. They only affect the value passed to the filter. The query parameters are written back to the URL from the plain string values, so a value like `007` is not rewritten as `7`. The query is decoded only when `encode` is `true`, so a value like `a%20b` is not percent-encoded a second time. With `encode: false`, the filter receives the key and value as they are in the URL. The `decode` option is ignored. The stringify options apply to the output, so `skipNull` and `skipEmptyString` also drop a parameter that the filter kept.

@param options - The parse and stringify options, which also apply to the filter. `sort: false` keeps the original parameter order in the output.

@returns The URL with the picked query parameters. The query parameters are sorted, like with `.stringify()`. Pass `sort: false` in the options to keep their order. With sorting disabled, integer-index keys come first in ascending numeric order, following JavaScript object enumeration. Repeated keys are grouped together.

@example
```
queryString.pick('https://foo.bar?foo=1&bar=2#hello', ['foo']);
//=> 'https://foo.bar?foo=1#hello'

queryString.pick('https://foo.bar?foo=1&bar=2#hello', (name, value) => value === 2, {parseNumbers: true});
//=> 'https://foo.bar?bar=2#hello'
```
*/
export function pick(
	url: string,
	keys: readonly string[],
	options?: ParseOptions & StringifyOptions,
): string;
export function pick<Options extends ParseOptions & StringifyOptions>(
	url: string,
	// eslint-disable-next-line unicorn/consistent-boolean-name -- `filter` is a published parameter name.
	filter: (key: string, value: ParsedQuery<ParsedValue<Options>>[string]) => boolean,
	options?: KnownOptions<Options>,
): string;

/**
Exclude query parameters from a URL. Like `.pick()` but reversed.

@param url - The URL containing the query parameters to exclude. Leading and trailing whitespace is ignored.
@param keys - The names of the query parameters to remove. All other query parameters will remain in the URL.
@param filter - A filter predicate that will be provided the name of each query parameter and its value. The `parseNumbers`, `parseBooleans`, and `types` options also affect `value`. They only affect the value passed to the filter. The query parameters are written back to the URL from the plain string values, so a value like `007` is not rewritten as `7`. The query is decoded only when `encode` is `true`, so a value like `a%20b` is not percent-encoded a second time. With `encode: false`, the filter receives the key and value as they are in the URL. The `decode` option is ignored. The stringify options apply to the output, so `skipNull` and `skipEmptyString` also drop a parameter that the filter kept.

@param options - The parse and stringify options, which also apply to the filter. `sort: false` keeps the original parameter order in the output.

@returns The URL without the excluded query parameters. The query parameters are sorted, like with `.stringify()`. Pass `sort: false` in the options to keep their order. With sorting disabled, integer-index keys come first in ascending numeric order, following JavaScript object enumeration. Repeated keys are grouped together.

@example
```
queryString.exclude('https://foo.bar?foo=1&bar=2#hello', ['foo']);
//=> 'https://foo.bar?bar=2#hello'

queryString.exclude('https://foo.bar?foo=1&bar=2#hello', (name, value) => value === 2, {parseNumbers: true});
//=> 'https://foo.bar?foo=1#hello'
```
*/
export function exclude(
	url: string,
	keys: readonly string[],
	options?: ParseOptions & StringifyOptions,
): string;
export function exclude<Options extends ParseOptions & StringifyOptions>(
	url: string,
	// eslint-disable-next-line unicorn/consistent-boolean-name -- `filter` is a published parameter name.
	filter: (key: string, value: ParsedQuery<ParsedValue<Options>>[string]) => boolean,
	options?: KnownOptions<Options>,
): string;

export {}; // eslint-disable-line unicorn/require-module-specifiers -- It stops the implicit export of the declarations without `export`.