import { ActionBuilder, ChainBuilder, CheckBuilder, Duration, Session, Wrapper } from "@gatling.io/core";
import { RequestActionBuilder } from "./request";
import JvmWsFrameCheckBinary = io.gatling.javaapi.http.WsFrameCheck$Binary;
import JvmWsFrameCheckText = io.gatling.javaapi.http.WsFrameCheck$Text;
/**
 * DSL for building WebSocket configurations
 *
 * <p>Immutable, so all methods return a new occurrence and leave the original unmodified.
 */
export interface Ws {
    /**
     * Define a custom WebSocket name so multiple WebSockets for the same virtual users don't conflict
     *
     * @param wsName - the name, expressed as a Gatling Expression Language String
     * @returns a new Ws instance
     */
    wsName(wsName: string): Ws;
    /**
     * Define a custom WebSocket name so multiple WebSockets for the same virtual users don't conflict
     *
     * @param wsName - the name, expressed as a function
     * @returns a new Ws instance
     */
    wsName(wsName: (session: Session) => string): Ws;
    /**
     * Boostrap an action to connect the WebSocket
     *
     * @param url - the url to connect to, expressed as a Gatling Expression Language String
     * @returns the next DSL step
     */
    connect(url: string): WsConnectActionBuilder;
    /**
     * Boostrap an action to connect the WebSocket
     *
     * @param url - the url to connect to, expressed as a function
     * @returns the next DSL step
     */
    connect(url: (session: Session) => string): WsConnectActionBuilder;
    /**
     * Boostrap an action to send a TEXT frame
     *
     * @param text - the text to send, expressed as a Gatling Expression Language String
     * @returns the next DSL step
     */
    sendText(text: string): WsSendTextActionBuilder;
    /**
     * Boostrap an action to send a TEXT frame
     *
     * @param text - the text to send, expressed as a function
     * @returns the next DSL step
     */
    sendText(text: (session: Session) => string): WsSendTextActionBuilder;
    /**
     * Boostrap an action to send a BINARY frame
     *
     * @param bytes - the static bytes to send
     * @returns the next DSL step
     */
    sendBytes(bytes: number[]): WsSendBinaryActionBuilder;
    /**
     * Boostrap an action to send a BINARY frame
     *
     * @param bytes - the bytes to send, expressed as a Gatling Expression Language String
     * @returns the next DSL step
     */
    sendBytes(bytes: string): WsSendBinaryActionBuilder;
    /**
     * Boostrap an action to send a BINARY frame
     *
     * @param bytes - the bytes to send, expressed as a function
     * @returns the next DSL step
     */
    sendBytes(bytes: (session: Session) => number[]): WsSendBinaryActionBuilder;
    /**
     * Boostrap an action to send a CLOSE frame with the default 1000 status code
     *
     * @returns the next DSL step
     */
    close(): ActionBuilder;
    /**
     * Boostrap an action to send a CLOSE frame with specified status and reason
     *
     * @param statusCode - the close frame status code
     * @param reason - the close frame reason
     * @returns the next DSL step
     */
    close(statusCode: number, reason: string): ActionBuilder;
}
type WsProcessUnmatchedMessagesCallback = (messages: WsInboundMessage[], session: Session) => Session;
export interface WsPrefix {
    /**
     * Bootstrap a check on inbound TEXT frames
     *
     * @param name - the name of the check, expressed as a Gatling Expression Language String
     * @returns the next DSL step
     */
    checkTextMessage(name: string): WsFrameCheckText;
    /**
     * Bootstrap a check on inbound TEXT frames
     *
     * @param name - the name of the check, expressed as a function
     * @returns the next DSL step
     */
    checkTextMessage(name: (session: Session) => string): WsFrameCheckText;
    /**
     * Bootstrap a check on inbound BINARY frames
     *
     * @param name - the name of the check, expressed as a Gatling Expression Language String
     * @returns the next DSL step
     */
    checkBinaryMessage(name: string): WsFrameCheckBinary;
    /**
     * Bootstrap a check on inbound BINARY frames
     *
     * @param name - the name of the check, expressed as a function
     * @returns the next DSL step
     */
    checkBinaryMessage(name: (session: Session) => string): WsFrameCheckBinary;
    /**
     * Process the currently buffered inbound WebSocket messages and empty the buffer
     *
     * @param f - the function to process the buffered messages
     * @returns an ActionBuilder
     */
    processUnmatchedMessages(f: WsProcessUnmatchedMessagesCallback): ActionBuilder;
    /**
     * Process the currently buffered inbound WebSocket messages and empty the buffer
     *
     * @param wsName - the name of the WebSocket, expressed as a Gatling Expression Language String
     * @param f - the function to process the buffered messages
     * @returns an ActionBuilder
     */
    processUnmatchedMessages(wsName: string, f: WsProcessUnmatchedMessagesCallback): ActionBuilder;
    /**
     * Process the currently buffered inbound WebSocket messages and empty the buffer
     *
     * @param wsName - the name of the WebSocket, expressed as a function
     * @param f - the function to process the buffered messages
     * @returns an ActionBuilder
     */
    processUnmatchedMessages(wsName: (session: Session) => string, f: WsProcessUnmatchedMessagesCallback): ActionBuilder;
}
export interface WsAwaitActionBuilder<T> {
    /**
     * Boostrap a check that waits for a given duration
     *
     * @param timeout - the static wait duration
     * @returns the next DSL step
     */
    await(timeout: Duration): WsAwaitActionBuilderOn<T>;
    /**
     * Boostrap a check that waits for a given duration
     *
     * @param timeout - the wait duration, expressed as a Gatling Expression Language String
     * @returns the next DSL step
     */
    await(timeout: string): WsAwaitActionBuilderOn<T>;
    /**
     * Boostrap a check that waits for a given duration
     *
     * @param timeout - the wait duration, expressed as a function
     * @returns the next DSL step
     */
    await(timeout: (session: Session) => Duration): WsAwaitActionBuilderOn<T>;
}
export interface WsAwaitActionBuilderOn<T> {
    /**
     * Define the checks to wait on
     *
     * @param checks - the checks
     * @returns a usable ActionBuilder
     */
    on(...checks: WsFrameCheck[]): T;
}
/**
 * DSL for building WebSocket connect actions
 *
 * <p>Immutable, so all methods return a new occurrence and leave the original unmodified.
 */
export interface WsConnectActionBuilder extends RequestActionBuilder<WsConnectActionBuilder>, WsAwaitActionBuilder<WsConnectActionBuilder>, ActionBuilder {
    /**
     * Define a WebSocket subprotocol
     *
     * @param sub - the subprotocol, expressed as a Gatling Expression Language String
     * @returns a new WsConnectActionBuilder instance
     */
    subprotocol(sub: string): WsConnectActionBuilder;
    /**
     * Define a WebSocket subprotocol
     *
     * @param sub - the subprotocol, expressed as a function
     * @returns a new WsConnectActionBuilder instance
     */
    subprotocol(sub: (session: Session) => string): WsConnectActionBuilder;
    /**
     * Define a chain to execute when the WebSocket gets connected or re-connected
     *
     * @param chain - the chain
     * @returns a new WsConnectActionBuilder instance
     */
    onConnected(chain: ChainBuilder): WsConnectActionBuilder;
}
/**
 * DSL for building actions to send TEXT frames
 *
 * <p>Immutable, so all methods return a new occurrence and leave the original unmodified.
 */
export interface WsSendTextActionBuilder extends WsAwaitActionBuilder<WsSendTextActionBuilder>, ActionBuilder {
}
/**
 * DSL for building actions to send BINARY frames
 *
 * <p>Immutable, so all methods return a new occurrence and leave the original unmodified.
 */
export interface WsSendBinaryActionBuilder extends WsAwaitActionBuilder<WsSendBinaryActionBuilder>, ActionBuilder {
}
export type WsFrameCheck = WsFrameCheckBinary | WsFrameCheckText;
/**
 * DSL for building WebSocket BINARY frames checks
 *
 * <p>Immutable, so all methods return a new occurrence and leave the original unmodified.
 */
export interface WsFrameCheckBinary extends Wrapper<JvmWsFrameCheckBinary> {
    /**
     * Define conditions that have to hold true to match inbound messages and apply the checks on
     * them
     *
     * @param newMatchConditions - the conditions to match
     * @returns a new Binary instance
     */
    matching(...newMatchConditions: CheckBuilder[]): WsFrameCheckBinary;
    /**
     * Define the checks to apply on inbound messages
     *
     * @param checks - the checks
     * @returns a new Binary instance
     */
    check(...checks: CheckBuilder[]): WsFrameCheckBinary;
    /**
     * Define the checks to apply on inbound messages when a condition holds true.
     *
     * @param condition - a condition, expressed as a function
     * @returns the next DSL step
     */
    checkIf(condition: (session: Session) => boolean): WsFrameCheckBinaryUntypedCondition;
    /**
     * Define the checks to apply on inbound messages when a condition holds true.
     *
     * @param condition - a condition, expressed as a Gatling Expression Language String
     * @returns the next DSL step
     */
    checkIf(condition: string): WsFrameCheckBinaryUntypedCondition;
    /**
     * Define the checks to apply on inbound messages when a condition holds true.
     *
     * @param condition - a condition, expressed as a function that's aware of the HTTP response and
     *     the Session
     * @returns the next DSL step
     */
    checkIf(condition: (response: number[], session: Session) => boolean): WsFrameCheckBinaryTypedCondition;
    /**
     * Make the check silent, not logged by the reporting engine
     *
     * @returns a new Binary instance
     */
    silent(): WsFrameCheckBinary;
}
export interface WsFrameCheckBinaryUntypedCondition {
    /**
     * Define the checks to apply on inbound messages when a condition holds true.
     *
     * @param thenChecks - the checks
     * @returns a new Binary instance
     */
    then(...thenChecks: CheckBuilder[]): WsFrameCheckBinary;
}
export interface WsFrameCheckBinaryTypedCondition {
    /**
     * Define the checks to apply when the condition holds true.
     *
     * @param thenChecks - the checks
     * @returns a new Binary instance
     */
    then(...thenChecks: CheckBuilder[]): WsFrameCheckBinary;
}
/**
 * DSL for building WebSocket TEXT frames checks
 *
 * <p>Immutable, so all methods return a new occurrence and leave the original unmodified.
 */
export interface WsFrameCheckText extends Wrapper<JvmWsFrameCheckText> {
    /**
     * Define conditions that have to hold true to match inbound messages and apply the checks on
     * them
     *
     * @param newMatchConditions - the conditions to match
     * @returns a new Text instance
     */
    matching(...newMatchConditions: CheckBuilder[]): WsFrameCheckText;
    /**
     * Define the checks to apply on inbound messages
     *
     * @param checks - the checks
     * @returns a new Text instance
     */
    check(...checks: CheckBuilder[]): WsFrameCheckText;
    /**
     * Define the checks to apply on inbound messages when a condition holds true.
     *
     * @param condition - a condition, expressed as a function
     * @returns the next DSL step
     */
    checkIf(condition: (session: Session) => boolean): WsFrameCheckTextUntypedCondition;
    /**
     * Define the checks to apply on inbound messages when a condition holds true.
     *
     * @param condition - a condition, expressed as a Gatling Expression Language String
     * @returns the next DSL step
     */
    checkIf(condition: string): WsFrameCheckTextUntypedCondition;
    /**
     * Define the checks to apply on inbound messages when a condition holds true.
     *
     * @param condition - a condition, expressed as a function that's aware of the HTTP response and
     *     the Session
     * @returns the next DSL step
     */
    checkIf(condition: (response: string, session: Session) => boolean): WsFrameCheckTextTypedCondition;
    /**
     * Make the check silent, not logged by the reporting engine
     *
     * @returns a new Text instance
     */
    silent(): WsFrameCheckText;
}
export interface WsFrameCheckTextUntypedCondition {
    /**
     * Define the checks to apply on inbound messages when a condition holds true.
     *
     * @param thenChecks - the checks
     * @returns a new Text instance
     */
    then(...thenChecks: CheckBuilder[]): WsFrameCheckText;
}
export interface WsFrameCheckTextTypedCondition {
    /**
     * Define the checks to apply when the condition holds true.
     *
     * @param thenChecks - the checks
     * @returns a new Text instance
     */
    then(...thenChecks: CheckBuilder[]): WsFrameCheckText;
}
export type WsInboundMessage = WsInboundMessageBinary | WsInboundMessageText;
export interface WsInboundMessageBinary {
    timestamp(): number;
    message(): number[];
}
export declare const isWsInboundMessageBinary: (message: WsInboundMessage) => message is WsInboundMessageBinary;
export interface WsInboundMessageText {
    timestamp(): number;
    message(): string;
}
export declare const isWsInboundMessageText: (message: WsInboundMessage) => message is WsInboundMessageText;
export interface WsApply {
    /**
     * Bootstrap a WebSocket request configuration
     *
     * @param name - the WebSocket request name, expressed as a Gatling Expression Language String
     * @param wsName - the name of the WebSocket so multiple WebSockets for the same virtual users don't
     *     conflict, expressed as a Gatling Expression Language String
     * @returns the next DSL step
     */
    (name: string, wsName?: string): Ws;
}
export declare const ws: WsApply & WsPrefix;
export {};