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// Generated by fizzy-sdk-generator from openapi.json and behavior-model.json. DO NOT EDIT.
use crate::client::Scope;
use crate::error::Error;
use crate::generated::routes;
use crate::generated::types::*;
use crate::pagination::Page;
/// The `Webhooks` operations.
pub struct WebhooksService<'a> {
scope: Scope<'a>,
}
impl<'a> WebhooksService<'a> {
pub(crate) fn new(scope: Scope<'a>) -> Self {
Self { scope }
}
/// The client and account these operations send through.
pub fn scope(&self) -> &Scope<'a> {
&self.scope
}
/// `ActivateWebhook` — `POST /{accountId}/boards/{boardId}/webhooks/{webhookId}/activation.json`.
///
/// Sent up to 3 times, backing off from 1000 ms, when the answer is 429, 500 or 503. Idempotent, so a resend is safe.
pub async fn activate(&self, board_id: &str, webhook_id: &str) -> Result<(), Error> {
let mut operation = self
.scope
.operation(&routes::ACTIVATE_WEBHOOK, &[&board_id, &webhook_id])?;
operation.resource_id(board_id);
self.scope.client().send_unit(operation).await
}
/// `CreateWebhook` — `POST /{accountId}/boards/{boardId}/webhooks.json`.
///
/// Sent once and never resent.
pub async fn create(
&self,
board_id: &str,
body: &CreateWebhookRequestContent,
) -> Result<Webhook, Error> {
let mut operation = self
.scope
.operation(&routes::CREATE_WEBHOOK, &[&board_id])?;
operation.resource_id(board_id);
operation.json(body)?;
self.scope.client().send(operation).await
}
/// `DeleteWebhook` — `DELETE /{accountId}/boards/{boardId}/webhooks/{webhookId}`.
///
/// Sent up to 3 times, backing off from 1000 ms, when the answer is 429, 500 or 503.
pub async fn delete(&self, board_id: &str, webhook_id: &str) -> Result<(), Error> {
let mut operation = self
.scope
.operation(&routes::DELETE_WEBHOOK, &[&board_id, &webhook_id])?;
operation.resource_id(webhook_id);
self.scope.client().send_unit(operation).await
}
/// `GetWebhook` — `GET /{accountId}/boards/{boardId}/webhooks/{webhookId}`.
///
/// Sent up to 3 times, backing off from 1000 ms, when the answer is 429, 500 or 503.
pub async fn get(&self, board_id: &str, webhook_id: &str) -> Result<Webhook, Error> {
let mut operation = self
.scope
.operation(&routes::GET_WEBHOOK, &[&board_id, &webhook_id])?;
operation.resource_id(webhook_id);
self.scope.client().send(operation).await
}
/// `ListWebhooks` — `GET /{accountId}/boards/{boardId}/webhooks.json`.
///
/// Sent up to 3 times, backing off from 1000 ms, when the answer is 429, 500 or 503.
pub async fn list(&self, board_id: &str) -> Result<Vec<Webhook>, Error> {
let mut operation = self.scope.operation(&routes::LIST_WEBHOOKS, &[&board_id])?;
operation.resource_id(board_id);
self.scope.client().send(operation).await
}
/// `ListWebhookDeliveries` — `GET /{accountId}/boards/{boardId}/webhooks/{webhookId}/deliveries.json`.
///
/// Sent up to 3 times, backing off from 1000 ms, when the answer is 429, 500 or 503.
///
/// Paginated: the answer is a page with `page` as its cursor, and the next one is read with `next_page`.
pub async fn list_webhook_deliveries(
&self,
board_id: &str,
webhook_id: &str,
) -> Result<Page<Vec<WebhookDelivery>>, Error> {
let mut operation = self
.scope
.operation(&routes::LIST_WEBHOOK_DELIVERIES, &[&board_id, &webhook_id])?;
operation.resource_id(board_id);
self.scope.client().send_page(operation).await
}
/// `UpdateWebhook` — `PATCH /{accountId}/boards/{boardId}/webhooks/{webhookId}`.
///
/// Sent up to 3 times, backing off from 1000 ms, when the answer is 429, 500 or 503.
pub async fn update(
&self,
board_id: &str,
webhook_id: &str,
body: &UpdateWebhookRequestContent,
) -> Result<Webhook, Error> {
let mut operation = self
.scope
.operation(&routes::UPDATE_WEBHOOK, &[&board_id, &webhook_id])?;
operation.resource_id(webhook_id);
operation.json(body)?;
self.scope.client().send(operation).await
}
}