// Type definitions for axios based off of Definitions by: Marcel Buesing <https://github.com/marcelbuesing> but adapted for xlib use by JasonS@Novaleaf.com

/** a NOT BLUEBIRD COMPATABLE, promise-like construct returned by axios calls.  should NOT passs this through the system.  you need to wrap it in a "new Promise((resolve,reject)=>{})" object.
 * this interface actually is more promise-compatabile than what we expose, but we limit it to the minimum to force you to wrap in a 'new Promise()', otherwise BAD THINGS WILL HAPPEN TO YOU! */
export interface IAxiosPromiseish<R> {
	then<U>(onFulfilled?: (value: R) => void): { catch(onRejected?: (error: AxiosErrorResponse<R>) => void): void; };
}

//export interface IP<TResult> extends PromiseLike<TResult> { }

/**
 * HTTP Basic auth details
 */
export interface AxiosHttpBasicAuth {
	username: string;
	password: string;
}

/**
 * Common axios XHR config interface.
 * <T> - request body data type
 */
export interface AxiosXHRConfigBase<T> {
	/**
	 * will be prepended to `url` unless `url` is absolute.
	 * It can be convenient to set `baseURL` for an instance
	 * of axios to pass relative URLs to methods of that instance.
	 */
	baseURL?: string;

	/**
	 * custom headers to be sent
	 */
	headers?: { [key: string]: string };

	/**
	 * URL parameters to be sent with the request
	 */
	params?: Object;

	/**
	 * optional function in charge of serializing `params`
	 * (e.g. https://www.npmjs.com/package/qs, http://api.jquery.com/jquery.param/)
	 */
	paramsSerializer?: (params: Object) => string;

	/**
	 * specifies the number of milliseconds before the request times out.
	 * If the request takes longer than `timeout`, the request will be aborted.
	 */
	timeout?: number;

	/**
	 * indicates whether or not cross-site Access-Control requests
	 * should be made using credentials
	 */
	withCredentials?: boolean;

	/**
	 * indicates that HTTP Basic auth should be used, and supplies
	 * credentials. This will set an `Authorization` header,
	 * overwriting any existing `Authorization` custom headers you have
	 * set using `headers`.
	 */
	auth?: AxiosHttpBasicAuth;

	/**
	 * indicates the type of data that the server will respond with
	 * options are 'arraybuffer', 'blob', 'document', 'json', 'text'
	 */
	responseType?: string;

	/**
	 * name of the cookie to use as a value for xsrf token
	 */
	xsrfCookieName?: string;

	/**
	 * name of the http header that carries the xsrf token value
	 */
	xsrfHeaderName?: string;

	/**
	 * Change the request data before it is sent to the server.
	 * This is only applicable for request methods 'PUT', 'POST', and 'PATCH'
	 * The last function in the array must return a string or an ArrayBuffer
	 */
	transformRequest?: (<U>(data: T) => U) | [<U>(data: T) => U];

	/**
	 * change the response data to be made before it is passed to then/catch
	 */
	transformResponse?: <U>(data: T) => U;
}

/**
 * <T> - request body data type
 */
export interface AxiosXHRConfig<T> extends AxiosXHRConfigBase<T> {
	/**
	 * server URL that will be used for the request, options are:
	 * GET, PUT, POST, DELETE, CONNECT, HEAD, OPTIONS, TRACE, PATCH
	 */
	url: string;

	/**
	 * request method to be used when making the request
	 */
	method?: string;

	/**
	 * data to be sent as the request body
	 * Only applicable for request methods 'PUT', 'POST', and 'PATCH'
	 * When no `transformRequest` is set, must be a string, an ArrayBuffer or a hash
	 */
	data?: T;
}

export interface AxiosXHRConfigDefaults<T> extends AxiosXHRConfigBase<T> {
	// /**
	//  * custom headers to be sent
	//  */
	// headers: {
	//     common: { [index: string]: string };
	//     patch: { [index: string]: string };
	//     post: { [index: string]: string };
	//     put: { [index: string]: string };
	//     //[key:string]:string;
	// };
}

/**
 * <T> - expected response type,
 * <U> - request body data type
 */
export interface AxiosXHR<T> {
	/** payload that came with the response */
	data: T;

	/**
	 * HTTP status code from the server response
	 */
	status: number;

	/**
	 * HTTP status message from the server response
	 */
	statusText: string;

	/**
	 * headers that the server responded with
	 */
	headers: Object;

	/**
	 * config that was provided to `axios` for the request
	 */
	config: AxiosXHRConfig<T>;

}

/** the response from an error.  this inherits from the Error object */
export interface AxiosErrorResponse<T> extends Error {

	/** inherited from the Error object*/
	name: "Error";
	/**human readable error message, such as ```getaddrinfo ENOTFOUND moo moo:443``` or ```Request failed with status code 401``` */
	message: string;
	/**
	 * config that was provided to `axios` for the request
	 */
	config: AxiosXHRConfig<T>;

	/** The server response.  ```undefined``` if no response from server (such as invalid url or network timeout */
	response?: AxiosXHR<T>;

	/** example ```ENOTFOUND```, but only set if unable to get response from server.  otherwise does not exist (not even undefined!). */
	code?: string;

	/** example ```ENOTFOUND```, but only set if unable to get response from server.  otherwise does not exist (not even undefined!). */
	errno?: string;

	/** example ```getaddrinfo```, but only set if unable to get response from server.  otherwise does not exist (not even undefined!). */
	syscall?: string;
	/** only set if unable to get response from server.  otherwise does not exist (not even undefined!). */
	hostname?: string;
	/** only set if unable to get response from server.  otherwise does not exist (not even undefined!). */
	host?: string;
	/** only set if unable to get response from server.  otherwise does not exist (not even undefined!). */
	port?: number;


}

export interface Interceptor {
	/**
	 * intercept request before it is sent
	 */
	request: RequestInterceptor;

	/**
	 * intercept response of request when it is received.
	 */
	response: ResponseInterceptor
}

export type InterceptorId = number;

export interface RequestInterceptor {
	/**
	 * <U> - request body data type
	 */

	use<U>(fulfilledFn: (config: AxiosXHRConfig<U>) => AxiosXHRConfig<U>): InterceptorId;

	use<U>(fulfilledFn: (config: AxiosXHRConfig<U>) => AxiosXHRConfig<U>,
		rejectedFn: (error: any) => any)
		: InterceptorId;

	eject(interceptorId: InterceptorId): void;
}

export interface ResponseInterceptor {
	/**
	 * <T> - expected response type
	 */

	use<T>(fulfilledFn: (config: AxiosXHR<T>) => AxiosXHR<T>): InterceptorId;

	use<T>(fulfilledFn: (config: AxiosXHR<T>) => AxiosXHR<T>,
		rejectedFn: (error: any) => any)
		: InterceptorId;

	eject(interceptorId: InterceptorId): void;
}

/**
 * <T> - expected response type,
 * <U> - request body data type
 */
export interface AxiosInstance {

	/**
	 * Send request as configured
	 */
	<T>(config: AxiosXHRConfig<T>): IAxiosPromiseish<AxiosXHR<T>>;

	/**
	 * Send request as configured
	 */
	new <T>(config: AxiosXHRConfig<T>): IAxiosPromiseish<AxiosXHR<T>>;

	/**
	 * Send request as configured
	 */
	request<T>(config: AxiosXHRConfig<T>): IAxiosPromiseish<AxiosXHR<T>>;

	/**
	 * intercept requests or responses before they are handled by then or catch
	 */
	interceptors: Interceptor;

	/**
	 * Config defaults
	 */
	defaults: AxiosXHRConfigDefaults<any>;

	/**
	 * equivalent to `Promise.all`
	 */
	all<T1, T2, T3, T4, T5, T6, T7, T8, T9, T10>(values: [T1 | IAxiosPromiseish<AxiosXHR<T1>>, T2 | IAxiosPromiseish<AxiosXHR<T2>>, T3 | IAxiosPromiseish<AxiosXHR<T3>>, T4 | IAxiosPromiseish<AxiosXHR<T4>>, T5 | IAxiosPromiseish<AxiosXHR<T5>>, T6 | IAxiosPromiseish<AxiosXHR<T6>>, T7 | IAxiosPromiseish<AxiosXHR<T7>>, T8 | IAxiosPromiseish<AxiosXHR<T8>>, T9 | IAxiosPromiseish<AxiosXHR<T9>>, T10 | IAxiosPromiseish<AxiosXHR<T10>>]): IAxiosPromiseish<[AxiosXHR<T1>, AxiosXHR<T2>, AxiosXHR<T3>, AxiosXHR<T4>, AxiosXHR<T5>, AxiosXHR<T6>, AxiosXHR<T7>, AxiosXHR<T8>, AxiosXHR<T9>, AxiosXHR<T10>]>;
	all<T1, T2, T3, T4, T5, T6, T7, T8, T9>(values: [T1 | IAxiosPromiseish<AxiosXHR<T1>>, T2 | IAxiosPromiseish<AxiosXHR<T2>>, T3 | IAxiosPromiseish<AxiosXHR<T3>>, T4 | IAxiosPromiseish<AxiosXHR<T4>>, T5 | IAxiosPromiseish<AxiosXHR<T5>>, T6 | IAxiosPromiseish<AxiosXHR<T6>>, T7 | IAxiosPromiseish<AxiosXHR<T7>>, T8 | IAxiosPromiseish<AxiosXHR<T8>>, T9 | IAxiosPromiseish<AxiosXHR<T9>>]): IAxiosPromiseish<[AxiosXHR<T1>, AxiosXHR<T2>, AxiosXHR<T3>, AxiosXHR<T4>, AxiosXHR<T5>, AxiosXHR<T6>, AxiosXHR<T7>, AxiosXHR<T8>, AxiosXHR<T9>]>;
	all<T1, T2, T3, T4, T5, T6, T7, T8>(values: [T1 | IAxiosPromiseish<AxiosXHR<T1>>, T2 | IAxiosPromiseish<AxiosXHR<T2>>, T3 | IAxiosPromiseish<AxiosXHR<T3>>, T4 | IAxiosPromiseish<AxiosXHR<T4>>, T5 | IAxiosPromiseish<AxiosXHR<T5>>, T6 | IAxiosPromiseish<AxiosXHR<T6>>, T7 | IAxiosPromiseish<AxiosXHR<T7>>, T8 | IAxiosPromiseish<AxiosXHR<T8>>]): IAxiosPromiseish<[AxiosXHR<T1>, AxiosXHR<T2>, AxiosXHR<T3>, AxiosXHR<T4>, AxiosXHR<T5>, AxiosXHR<T6>, AxiosXHR<T7>, AxiosXHR<T8>]>;
	all<T1, T2, T3, T4, T5, T6, T7>(values: [T1 | IAxiosPromiseish<AxiosXHR<T1>>, T2 | IAxiosPromiseish<AxiosXHR<T2>>, T3 | IAxiosPromiseish<AxiosXHR<T3>>, T4 | IAxiosPromiseish<AxiosXHR<T4>>, T5 | IAxiosPromiseish<AxiosXHR<T5>>, T6 | IAxiosPromiseish<AxiosXHR<T6>>, T7 | IAxiosPromiseish<AxiosXHR<T7>>]): IAxiosPromiseish<[AxiosXHR<T1>, AxiosXHR<T2>, AxiosXHR<T3>, AxiosXHR<T4>, AxiosXHR<T5>, AxiosXHR<T6>, AxiosXHR<T7>]>;
	all<T1, T2, T3, T4, T5, T6>(values: [T1 | IAxiosPromiseish<AxiosXHR<T1>>, T2 | IAxiosPromiseish<AxiosXHR<T2>>, T3 | IAxiosPromiseish<AxiosXHR<T3>>, T4 | IAxiosPromiseish<AxiosXHR<T4>>, T5 | IAxiosPromiseish<AxiosXHR<T5>>, T6 | IAxiosPromiseish<AxiosXHR<T6>>]): IAxiosPromiseish<[AxiosXHR<T1>, AxiosXHR<T2>, AxiosXHR<T3>, AxiosXHR<T4>, AxiosXHR<T5>, AxiosXHR<T6>]>;
	all<T1, T2, T3, T4, T5>(values: [T1 | IAxiosPromiseish<AxiosXHR<T1>>, T2 | IAxiosPromiseish<AxiosXHR<T2>>, T3 | IAxiosPromiseish<AxiosXHR<T3>>, T4 | IAxiosPromiseish<AxiosXHR<T4>>, T5 | IAxiosPromiseish<AxiosXHR<T5>>]): IAxiosPromiseish<[AxiosXHR<T1>, AxiosXHR<T2>, AxiosXHR<T3>, AxiosXHR<T4>, AxiosXHR<T5>]>;
	all<T1, T2, T3, T4>(values: [T1 | IAxiosPromiseish<AxiosXHR<T1>>, T2 | IAxiosPromiseish<AxiosXHR<T2>>, T3 | IAxiosPromiseish<AxiosXHR<T3>>, T4 | IAxiosPromiseish<AxiosXHR<T4>>]): IAxiosPromiseish<[AxiosXHR<T1>, AxiosXHR<T2>, AxiosXHR<T3>, AxiosXHR<T4>]>;
	all<T1, T2, T3>(values: [T1 | IAxiosPromiseish<AxiosXHR<T1>>, T2 | IAxiosPromiseish<AxiosXHR<T2>>, T3 | IAxiosPromiseish<AxiosXHR<T3>>]): IAxiosPromiseish<[AxiosXHR<T1>, AxiosXHR<T2>, AxiosXHR<T3>]>;
	all<T1, T2>(values: [T1 | IAxiosPromiseish<AxiosXHR<T1>>, T2 | IAxiosPromiseish<AxiosXHR<T2>>]): IAxiosPromiseish<[AxiosXHR<T1>, AxiosXHR<T2>]>;

	/**
	 * spread array parameter to `fn`.
	 * note: alternative to `spread`, destructuring assignment.
	 */
	spread<T1, T2, U>(fn: (t1: T1, t2: T2) => U): (arr: ([T1, T2])) => U;

	/**
	 * convenience alias, method = GET
	 */
	get<T>(url: string, config?: AxiosXHRConfigBase<T>): IAxiosPromiseish<AxiosXHR<T>>;


	/**
	 * convenience alias, method = DELETE
	 */
	delete<T>(url: string, config?: AxiosXHRConfigBase<T>): IAxiosPromiseish<AxiosXHR<T>>;

	/**
	 * convenience alias, method = HEAD
	 */
	head<T>(url: string, config?: AxiosXHRConfigBase<T>): IAxiosPromiseish<AxiosXHR<T>>;

	/**
	 * convenience alias, method = POST
	 */
	post<T>(url: string, data?: any, config?: AxiosXHRConfigBase<T>): IAxiosPromiseish<AxiosXHR<T>>;

	/**
	 * convenience alias, method = PUT
	 */
	put<T>(url: string, data?: any, config?: AxiosXHRConfigBase<T>): IAxiosPromiseish<AxiosXHR<T>>;

	/**
	 * convenience alias, method = PATCH
	 */
	patch<T>(url: string, data?: any, config?: AxiosXHRConfigBase<T>): IAxiosPromiseish<AxiosXHR<T>>;
}

/**
 * <T> - expected response type,
 */
export interface AxiosStatic extends AxiosInstance {
	/**
	 * create a new instance of axios with a custom config
	 */
	create<T>(config: AxiosXHRConfigBase<T>): AxiosInstance;
}


//declare var axios: AxiosStatic;

//declare module "axios" {
//    export = axios;
//}

// export let axios: AxiosStatic = require( "axios" );

// let originalPost = axios.post;
// axios.post = function(...args:any[]){

//     return new Promise((resolve,reject)=>{


//     });

// }.bind(axios) as any;