WaitingRoomArgs

data class WaitingRoomArgs(val additionalRoutes: Output<List<WaitingRoomAdditionalRouteArgs>>? = null, val cookieAttributes: Output<WaitingRoomCookieAttributesArgs>? = null, val cookieSuffix: Output<String>? = null, val customPageHtml: Output<String>? = null, val defaultTemplateLanguage: Output<String>? = null, val description: Output<String>? = null, val disableSessionRenewal: Output<Boolean>? = null, val enabledOriginCommands: Output<List<String>>? = null, val host: Output<String>? = null, val jsonResponseEnabled: Output<Boolean>? = null, val name: Output<String>? = null, val newUsersPerMinute: Output<Int>? = null, val path: Output<String>? = null, val queueAll: Output<Boolean>? = null, val queueingMethod: Output<String>? = null, val queueingStatusCode: Output<Int>? = null, val sessionDuration: Output<Int>? = null, val suspended: Output<Boolean>? = null, val totalActiveUsers: Output<Int>? = null, val turnstileAction: Output<String>? = null, val turnstileMode: Output<String>? = null, val zoneId: Output<String>? = null) : ConvertibleToJava<WaitingRoomArgs>

Example Usage

import * as pulumi from "@pulumi/pulumi";
import * as cloudflare from "@pulumi/cloudflare";
const exampleWaitingRoom = new cloudflare.WaitingRoom("example_waiting_room", {
zoneId: "023e105f4ecef8ad9ca31a8372d0c353",
host: "shop.example.com",
name: "production_webinar",
newUsersPerMinute: 200,
totalActiveUsers: 200,
additionalRoutes: [{
host: "shop2.example.com",
path: "/shop2/checkout",
}],
cookieAttributes: {
samesite: "auto",
secure: "auto",
},
cookieSuffix: "abcd",
customPageHtml: "{{#waitTimeKnown}} {{waitTime}} mins {{/waitTimeKnown}} {{^waitTimeKnown}} Queue all enabled {{/waitTimeKnown}}",
defaultTemplateLanguage: "en-US",
description: "Production - DO NOT MODIFY",
disableSessionRenewal: false,
enabledOriginCommands: ["revoke"],
jsonResponseEnabled: false,
path: "/shop/checkout",
queueAll: true,
queueingMethod: "fifo",
queueingStatusCode: 200,
sessionDuration: 1,
suspended: true,
turnstileAction: "log",
turnstileMode: "off",
});
import pulumi
import pulumi_cloudflare as cloudflare
example_waiting_room = cloudflare.WaitingRoom("example_waiting_room",
zone_id="023e105f4ecef8ad9ca31a8372d0c353",
host="shop.example.com",
name="production_webinar",
new_users_per_minute=200,
total_active_users=200,
additional_routes=[{
"host": "shop2.example.com",
"path": "/shop2/checkout",
}],
cookie_attributes={
"samesite": "auto",
"secure": "auto",
},
cookie_suffix="abcd",
custom_page_html="{{#waitTimeKnown}} {{waitTime}} mins {{/waitTimeKnown}} {{^waitTimeKnown}} Queue all enabled {{/waitTimeKnown}}",
default_template_language="en-US",
description="Production - DO NOT MODIFY",
disable_session_renewal=False,
enabled_origin_commands=["revoke"],
json_response_enabled=False,
path="/shop/checkout",
queue_all=True,
queueing_method="fifo",
queueing_status_code=200,
session_duration=1,
suspended=True,
turnstile_action="log",
turnstile_mode="off")
using System.Collections.Generic;
using System.Linq;
using Pulumi;
using Cloudflare = Pulumi.Cloudflare;
return await Deployment.RunAsync(() =>
{
var exampleWaitingRoom = new Cloudflare.WaitingRoom("example_waiting_room", new()
{
ZoneId = "023e105f4ecef8ad9ca31a8372d0c353",
Host = "shop.example.com",
Name = "production_webinar",
NewUsersPerMinute = 200,
TotalActiveUsers = 200,
AdditionalRoutes = new[]
{
new Cloudflare.Inputs.WaitingRoomAdditionalRouteArgs
{
Host = "shop2.example.com",
Path = "/shop2/checkout",
},
},
CookieAttributes = new Cloudflare.Inputs.WaitingRoomCookieAttributesArgs
{
Samesite = "auto",
Secure = "auto",
},
CookieSuffix = "abcd",
CustomPageHtml = "{{#waitTimeKnown}} {{waitTime}} mins {{/waitTimeKnown}} {{^waitTimeKnown}} Queue all enabled {{/waitTimeKnown}}",
DefaultTemplateLanguage = "en-US",
Description = "Production - DO NOT MODIFY",
DisableSessionRenewal = false,
EnabledOriginCommands = new[]
{
"revoke",
},
JsonResponseEnabled = false,
Path = "/shop/checkout",
QueueAll = true,
QueueingMethod = "fifo",
QueueingStatusCode = 200,
SessionDuration = 1,
Suspended = true,
TurnstileAction = "log",
TurnstileMode = "off",
});
});
package main
import (
"github.com/pulumi/pulumi-cloudflare/sdk/v6/go/cloudflare"
"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)
func main() {
pulumi.Run(func(ctx *pulumi.Context) error {
_, err := cloudflare.NewWaitingRoom(ctx, "example_waiting_room", &cloudflare.WaitingRoomArgs{
ZoneId: pulumi.String("023e105f4ecef8ad9ca31a8372d0c353"),
Host: pulumi.String("shop.example.com"),
Name: pulumi.String("production_webinar"),
NewUsersPerMinute: pulumi.Int(200),
TotalActiveUsers: pulumi.Int(200),
AdditionalRoutes: cloudflare.WaitingRoomAdditionalRouteArray{
&cloudflare.WaitingRoomAdditionalRouteArgs{
Host: pulumi.String("shop2.example.com"),
Path: pulumi.String("/shop2/checkout"),
},
},
CookieAttributes: &cloudflare.WaitingRoomCookieAttributesArgs{
Samesite: pulumi.String("auto"),
Secure: pulumi.String("auto"),
},
CookieSuffix: pulumi.String("abcd"),
CustomPageHtml: pulumi.String("{{#waitTimeKnown}} {{waitTime}} mins {{/waitTimeKnown}} {{^waitTimeKnown}} Queue all enabled {{/waitTimeKnown}}"),
DefaultTemplateLanguage: pulumi.String("en-US"),
Description: pulumi.String("Production - DO NOT MODIFY"),
DisableSessionRenewal: pulumi.Bool(false),
EnabledOriginCommands: pulumi.StringArray{
pulumi.String("revoke"),
},
JsonResponseEnabled: pulumi.Bool(false),
Path: pulumi.String("/shop/checkout"),
QueueAll: pulumi.Bool(true),
QueueingMethod: pulumi.String("fifo"),
QueueingStatusCode: pulumi.Int(200),
SessionDuration: pulumi.Int(1),
Suspended: pulumi.Bool(true),
TurnstileAction: pulumi.String("log"),
TurnstileMode: pulumi.String("off"),
})
if err != nil {
return err
}
return nil
})
}
package generated_program;
import com.pulumi.Context;
import com.pulumi.Pulumi;
import com.pulumi.core.Output;
import com.pulumi.cloudflare.WaitingRoom;
import com.pulumi.cloudflare.WaitingRoomArgs;
import com.pulumi.cloudflare.inputs.WaitingRoomAdditionalRouteArgs;
import com.pulumi.cloudflare.inputs.WaitingRoomCookieAttributesArgs;
import java.util.List;
import java.util.ArrayList;
import java.util.Map;
import java.io.File;
import java.nio.file.Files;
import java.nio.file.Paths;
public class App {
public static void main(String[] args) {
Pulumi.run(App::stack);
}
public static void stack(Context ctx) {
var exampleWaitingRoom = new WaitingRoom("exampleWaitingRoom", WaitingRoomArgs.builder()
.zoneId("023e105f4ecef8ad9ca31a8372d0c353")
.host("shop.example.com")
.name("production_webinar")
.newUsersPerMinute(200)
.totalActiveUsers(200)
.additionalRoutes(WaitingRoomAdditionalRouteArgs.builder()
.host("shop2.example.com")
.path("/shop2/checkout")
.build())
.cookieAttributes(WaitingRoomCookieAttributesArgs.builder()
.samesite("auto")
.secure("auto")
.build())
.cookieSuffix("abcd")
.customPageHtml("{{#waitTimeKnown}} {{waitTime}} mins {{/waitTimeKnown}} {{^waitTimeKnown}} Queue all enabled {{/waitTimeKnown}}")
.defaultTemplateLanguage("en-US")
.description("Production - DO NOT MODIFY")
.disableSessionRenewal(false)
.enabledOriginCommands("revoke")
.jsonResponseEnabled(false)
.path("/shop/checkout")
.queueAll(true)
.queueingMethod("fifo")
.queueingStatusCode(200)
.sessionDuration(1)
.suspended(true)
.turnstileAction("log")
.turnstileMode("off")
.build());
}
}
resources:
exampleWaitingRoom:
type: cloudflare:WaitingRoom
name: example_waiting_room
properties:
zoneId: 023e105f4ecef8ad9ca31a8372d0c353
host: shop.example.com
name: production_webinar
newUsersPerMinute: 200
totalActiveUsers: 200
additionalRoutes:
- host: shop2.example.com
path: /shop2/checkout
cookieAttributes:
samesite: auto
secure: auto
cookieSuffix: abcd
customPageHtml: '{{#waitTimeKnown}} {{waitTime}} mins {{/waitTimeKnown}} {{^waitTimeKnown}} Queue all enabled {{/waitTimeKnown}}'
defaultTemplateLanguage: en-US
description: Production - DO NOT MODIFY
disableSessionRenewal: false
enabledOriginCommands:
- revoke
jsonResponseEnabled: false
path: /shop/checkout
queueAll: true
queueingMethod: fifo
queueingStatusCode: 200
sessionDuration: 1
suspended: true
turnstileAction: log
turnstileMode: off

Import

$ pulumi import cloudflare:index/waitingRoom:WaitingRoom example '<zone_id>/<waiting_room_id>'

Constructors

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constructor(additionalRoutes: Output<List<WaitingRoomAdditionalRouteArgs>>? = null, cookieAttributes: Output<WaitingRoomCookieAttributesArgs>? = null, cookieSuffix: Output<String>? = null, customPageHtml: Output<String>? = null, defaultTemplateLanguage: Output<String>? = null, description: Output<String>? = null, disableSessionRenewal: Output<Boolean>? = null, enabledOriginCommands: Output<List<String>>? = null, host: Output<String>? = null, jsonResponseEnabled: Output<Boolean>? = null, name: Output<String>? = null, newUsersPerMinute: Output<Int>? = null, path: Output<String>? = null, queueAll: Output<Boolean>? = null, queueingMethod: Output<String>? = null, queueingStatusCode: Output<Int>? = null, sessionDuration: Output<Int>? = null, suspended: Output<Boolean>? = null, totalActiveUsers: Output<Int>? = null, turnstileAction: Output<String>? = null, turnstileMode: Output<String>? = null, zoneId: Output<String>? = null)

Properties

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Only available for the Waiting Room Advanced subscription. Additional hostname and path combinations to which this waiting room will be applied. There is an implied wildcard at the end of the path. The hostname and path combination must be unique to this and all other waiting rooms.

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Configures cookie attributes for the waiting room cookie. This encrypted cookie stores a user's status in the waiting room, such as queue position.

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val cookieSuffix: Output<String>? = null

Appends a '' + a custom suffix to the end of Cloudflare Waiting Room's cookie name(cfwaitingroom). If cookie_suffix is "abcd", the cookie name will be __cf_waitingroom_abcd. This field is required if using additional_routes.

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val customPageHtml: Output<String>? = null

Only available for the Waiting Room Advanced subscription. This is a template html file that will be rendered at the edge. If no custompagehtml is provided, the default waiting room will be used. The template is based on mustache ( https://mustache.github.io/ ). There are several variables that are evaluated by the Cloudflare edge:

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val defaultTemplateLanguage: Output<String>? = null

The language of the default page template. If no default_template_language is provided, then en-US (English) will be used. Available values: "en-US", "es-ES", "de-DE", "fr-FR", "it-IT", "ja-JP", "ko-KR", "pt-BR", "zh-CN", "zh-TW", "nl-NL", "pl-PL", "id-ID", "tr-TR", "ar-EG", "ru-RU", "fa-IR", "bg-BG", "hr-HR", "cs-CZ", "da-DK", "fi-FI", "lt-LT", "ms-MY", "nb-NO", "ro-RO", "el-GR", "he-IL", "hi-IN", "hu-HU", "sr-BA", "sk-SK", "sl-SI", "sv-SE", "tl-PH", "th-TH", "uk-UA", "vi-VN".

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val description: Output<String>? = null

A note that you can use to add more details about the waiting room.

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val disableSessionRenewal: Output<Boolean>? = null

Only available for the Waiting Room Advanced subscription. Disables automatic renewal of session cookies. If true, an accepted user will have session_duration minutes to browse the site. After that, they will have to go through the waiting room again. If false, a user's session cookie will be automatically renewed on every request.

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val enabledOriginCommands: Output<List<String>>? = null

A list of enabled origin commands.

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val host: Output<String>? = null

The host name to which the waiting room will be applied (no wildcards). Please do not include the scheme (http:// or https://). The host and path combination must be unique.

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val jsonResponseEnabled: Output<Boolean>? = null

Only available for the Waiting Room Advanced subscription. If true, requests to the waiting room with the header Accept: application/json will receive a JSON response object with information on the user's status in the waiting room as opposed to the configured static HTML page. This JSON response object has one property cfWaitingRoom which is an object containing the following fields: 1. inWaitingRoom: Boolean indicating if the user is in the waiting room (always true). 2. waitTimeKnown: Boolean indicating if the current estimated wait times are accurate. If false, they are not available. 3. waitTime: Valid only when waitTimeKnown is true. Integer indicating the current estimated time in minutes the user will wait in the waiting room. When queueingMethod is random, this is set to waitTime50Percentile. 4. waitTime25Percentile: Valid only when queueingMethod is random and waitTimeKnown is true. Integer indicating the current estimated maximum wait time for the 25% of users that gain entry the fastest (25th percentile). 5. waitTime50Percentile: Valid only when queueingMethod is random and waitTimeKnown is true. Integer indicating the current estimated maximum wait time for the 50% of users that gain entry the fastest (50th percentile). In other words, half of the queued users are expected to let into the origin website before waitTime50Percentile and half are expected to be let in after it. 6. waitTime75Percentile: Valid only when queueingMethod is random and waitTimeKnown is true. Integer indicating the current estimated maximum wait time for the 75% of users that gain entry the fastest (75th percentile). 7. waitTimeFormatted: String displaying the waitTime formatted in English for users. If waitTimeKnown is false, waitTimeFormatted will display unavailable. 8. queueIsFull: Boolean indicating if the waiting room's queue is currently full and not accepting new users at the moment. 9. queueAll: Boolean indicating if all users will be queued in the waiting room and no one will be let into the origin website. 10. lastUpdated: String displaying the timestamp as an ISO 8601 string of the user's last attempt to leave the waiting room and be let into the origin website. The user is able to make another attempt after refreshIntervalSeconds past this time. If the user makes a request too soon, it will be ignored and lastUpdated will not change. 11. refreshIntervalSeconds: Integer indicating the number of seconds after lastUpdated until the user is able to make another attempt to leave the waiting room and be let into the origin website. When the queueingMethod is reject, there is no specified refresh time — it will always be zero. 12. queueingMethod: The queueing method currently used by the waiting room. It is either fifo, random, passthrough, or reject. 13. isFIFOQueue: Boolean indicating if the waiting room uses a FIFO (First-In-First-Out) queue. 14. isRandomQueue: Boolean indicating if the waiting room uses a Random queue where users gain access randomly. 15. isPassthroughQueue: Boolean indicating if the waiting room uses a passthrough queue. Keep in mind that when passthrough is enabled, this JSON response will only exist when queueAll is true or isEventPrequeueing is true because in all other cases requests will go directly to the origin. 16. isRejectQueue: Boolean indicating if the waiting room uses a reject queue. 17. isEventActive: Boolean indicating if an event is currently occurring. Events are able to change a waiting room's behavior during a specified period of time. For additional information, look at the event properties prequeue_start_time, event_start_time, and event_end_time in the documentation for creating waiting room events. Events are considered active between these start and end times, as well as during the prequeueing period if it exists. 18. isEventPrequeueing: Valid only when isEventActive is true. Boolean indicating if an event is currently prequeueing users before it starts. 19. timeUntilEventStart: Valid only when isEventPrequeueing is true. Integer indicating the number of minutes until the event starts. 20. timeUntilEventStartFormatted: String displaying the timeUntilEventStart formatted in English for users. If isEventPrequeueing is false, timeUntilEventStartFormatted will display unavailable. 21. timeUntilEventEnd: Valid only when isEventActive is true. Integer indicating the number of minutes until the event ends. 22. timeUntilEventEndFormatted: String displaying the timeUntilEventEnd formatted in English for users. If isEventActive is false, timeUntilEventEndFormatted will display unavailable. 23. shuffleAtEventStart: Valid only when isEventActive is true. Boolean indicating if the users in the prequeue are shuffled randomly when the event starts. An example cURL to a waiting room could be: curl -X GET "https://example.com/waitingroom" \ -H "Accept: application/json" If json_response_enabled is true and the request hits the waiting room, an example JSON response when queueingMethod is fifo and no event is active could be: { "cfWaitingRoom": { "inWaitingRoom": true, "waitTimeKnown": true, "waitTime": 10, "waitTime25Percentile": 0, "waitTime50Percentile": 0, "waitTime75Percentile": 0, "waitTimeFormatted": "10 minutes", "queueIsFull": false, "queueAll": false, "lastUpdated": "2020-08-03T23:46:00.000Z", "refreshIntervalSeconds": 20, "queueingMethod": "fifo", "isFIFOQueue": true, "isRandomQueue": false, "isPassthroughQueue": false, "isRejectQueue": false, "isEventActive": false, "isEventPrequeueing": false, "timeUntilEventStart": 0, "timeUntilEventStartFormatted": "unavailable", "timeUntilEventEnd": 0, "timeUntilEventEndFormatted": "unavailable", "shuffleAtEventStart": false } } If json_response_enabled is true and the request hits the waiting room, an example JSON response when queueingMethod is random and an event is active could be: { "cfWaitingRoom": { "inWaitingRoom": true, "waitTimeKnown": true, "waitTime": 10, "waitTime25Percentile": 5, "waitTime50Percentile": 10, "waitTime75Percentile": 15, "waitTimeFormatted": "5 minutes to 15 minutes", "queueIsFull": false, "queueAll": false, "lastUpdated": "2020-08-03T23:46:00.000Z", "refreshIntervalSeconds": 20, "queueingMethod": "random", "isFIFOQueue": false, "isRandomQueue": true, "isPassthroughQueue": false, "isRejectQueue": false, "isEventActive": true, "isEventPrequeueing": false, "timeUntilEventStart": 0, "timeUntilEventStartFormatted": "unavailable", "timeUntilEventEnd": 15, "timeUntilEventEndFormatted": "15 minutes", "shuffleAtEventStart": true } }.

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val name: Output<String>? = null

A unique name to identify the waiting room. Only alphanumeric characters, hyphens and underscores are allowed.

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val newUsersPerMinute: Output<Int>? = null

Sets the number of new users that will be let into the route every minute. This value is used as baseline for the number of users that are let in per minute. So it is possible that there is a little more or little less traffic coming to the route based on the traffic patterns at that time around the world.

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val path: Output<String>? = null

Sets the path within the host to enable the waiting room on. The waiting room will be enabled for all subpaths as well. If there are two waiting rooms on the same subpath, the waiting room for the most specific path will be chosen. Wildcards and query parameters are not supported.

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val queueAll: Output<Boolean>? = null

If queue_all is true, all the traffic that is coming to a route will be sent to the waiting room. No new traffic can get to the route once this field is set and estimated time will become unavailable.

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val queueingMethod: Output<String>? = null

Sets the queueing method used by the waiting room. Changing this parameter from the default queueing method is only available for the Waiting Room Advanced subscription. Regardless of the queueing method, if queue_all is enabled or an event is prequeueing, users in the waiting room will not be accepted to the origin. These users will always see a waiting room page that refreshes automatically. The valid queueing methods are: 1. fifo (default): First-In-First-Out queue where customers gain access in the order they arrived. 2. random: Random queue where customers gain access randomly, regardless of arrival time. 3. passthrough: Users will pass directly through the waiting room and into the origin website. As a result, any configured limits will not be respected while this is enabled. This method can be used as an alternative to disabling a waiting room (with suspended) so that analytics are still reported. This can be used if you wish to allow all traffic normally, but want to restrict traffic during a waiting room event, or vice versa. 4. reject: Users will be immediately rejected from the waiting room. As a result, no users will reach the origin website while this is enabled. This can be used if you wish to reject all traffic while performing maintenance, block traffic during a specified period of time (an event), or block traffic while events are not occurring. Consider a waiting room used for vaccine distribution that only allows traffic during sign-up events, and otherwise blocks all traffic. For this case, the waiting room uses reject, and its events override this with fifo, random, or passthrough. When this queueing method is enabled and neither queueAll is enabled nor an event is prequeueing, the waiting room page will not refresh automatically. Available values: "fifo", "random", "passthrough", "reject".

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val queueingStatusCode: Output<Int>? = null

HTTP status code returned to a user while in the queue. Available values: 200, 202, 429.

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val sessionDuration: Output<Int>? = null

Lifetime of a cookie (in minutes) set by Cloudflare for users who get access to the route. If a user is not seen by Cloudflare again in that time period, they will be treated as a new user that visits the route.

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val suspended: Output<Boolean>? = null

Suspends or allows traffic going to the waiting room. If set to true, the traffic will not go to the waiting room.

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val totalActiveUsers: Output<Int>? = null

Sets the total number of active user sessions on the route at a point in time. A route is a combination of host and path on which a waiting room is available. This value is used as a baseline for the total number of active user sessions on the route. It is possible to have a situation where there are more or less active users sessions on the route based on the traffic patterns at that time around the world.

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val turnstileAction: Output<String>? = null

Which action to take when a bot is detected using Turnstile. log will have no impact on queueing behavior, simply keeping track of how many bots are detected in Waiting Room Analytics. infinite_queue will send bots to a false queueing state, where they will never reach your origin. infinite_queue requires Advanced Waiting Room. Available values: "log", "infinite_queue".

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val turnstileMode: Output<String>? = null

Which Turnstile widget type to use for detecting bot traffic. See [the Turnstile

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val zoneId: Output<String>? = null

Identifier

Functions

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open override fun toJava(): WaitingRoomArgs