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|
use axum::{
extract::{Json, State},
http::StatusCode,
};
use crate::{
push::app::SubscribeError,
test::{fixtures, fixtures::event},
};
#[tokio::test]
async fn accepts_new_subscription() {
let app = fixtures::scratch_app().await;
let subscriber = fixtures::identity::create(&app, &fixtures::now()).await;
// Issue a VAPID key.
app.vapid()
.refresh_key(&fixtures::now())
.await
.expect("refreshing the VAPID key always succeeds");
// Find out what that VAPID key is.
let boot = app.boot().snapshot().await.expect("boot always succeeds");
let vapid = boot
.events
.into_iter()
.filter_map(event::vapid)
.filter_map(event::vapid::changed)
.next_back()
.expect("the application will have a vapid key after a refresh");
// Create a dummy subscription with that key.
let request = super::Request {
subscription: super::Subscription {
endpoint: String::from("https://push.example.com/endpoint"),
keys: super::Keys {
p256dh: String::from("test-p256dh-value"),
auth: String::from("test-auth-value"),
},
},
vapid: vapid.key,
};
let response = super::handler(State(app.push()), subscriber, Json(request))
.await
.expect("test request will succeed on a fresh app");
// Check that the response looks as expected.
assert_eq!(StatusCode::CREATED, response);
}
#[tokio::test]
async fn accepts_repeat_subscription() {
let app = fixtures::scratch_app().await;
let subscriber = fixtures::identity::create(&app, &fixtures::now()).await;
// Issue a VAPID key.
app.vapid()
.refresh_key(&fixtures::now())
.await
.expect("refreshing the VAPID key always succeeds");
// Find out what that VAPID key is.
let boot = app.boot().snapshot().await.expect("boot always succeeds");
let vapid = boot
.events
.into_iter()
.filter_map(event::vapid)
.filter_map(event::vapid::changed)
.next_back()
.expect("the application will have a vapid key after a refresh");
// Create a dummy subscription with that key.
let request = super::Request {
subscription: super::Subscription {
endpoint: String::from("https://push.example.com/endpoint"),
keys: super::Keys {
p256dh: String::from("test-p256dh-value"),
auth: String::from("test-auth-value"),
},
},
vapid: vapid.key,
};
let response = super::handler(State(app.push()), subscriber.clone(), Json(request.clone()))
.await
.expect("test request will succeed on a fresh app");
// Check that the response looks as expected.
assert_eq!(StatusCode::CREATED, response);
// Repeat the request
let response = super::handler(State(app.push()), subscriber, Json(request))
.await
.expect("test request will succeed twice on a fresh app");
// Check that the second response also looks as expected.
assert_eq!(StatusCode::CREATED, response);
}
#[tokio::test]
async fn rejects_duplicate_subscription() {
let app = fixtures::scratch_app().await;
let subscriber = fixtures::identity::create(&app, &fixtures::now()).await;
// Issue a VAPID key.
app.vapid()
.refresh_key(&fixtures::now())
.await
.expect("refreshing the VAPID key always succeeds");
// Find out what that VAPID key is.
let boot = app.boot().snapshot().await.expect("boot always succeeds");
let vapid = boot
.events
.into_iter()
.filter_map(event::vapid)
.filter_map(event::vapid::changed)
.next_back()
.expect("the application will have a vapid key after a refresh");
// Create a dummy subscription with that key.
let request = super::Request {
subscription: super::Subscription {
endpoint: String::from("https://push.example.com/endpoint"),
keys: super::Keys {
p256dh: String::from("test-p256dh-value"),
auth: String::from("test-auth-value"),
},
},
vapid: vapid.key,
};
super::handler(State(app.push()), subscriber.clone(), Json(request))
.await
.expect("test request will succeed on a fresh app");
// Repeat the request with different keys
let request = super::Request {
subscription: super::Subscription {
endpoint: String::from("https://push.example.com/endpoint"),
keys: super::Keys {
p256dh: String::from("different-test-p256dh-value"),
auth: String::from("different-test-auth-value"),
},
},
vapid: vapid.key,
};
let response = super::handler(State(app.push()), subscriber, Json(request))
.await
.expect_err("request with duplicate endpoint should fail");
// Make sure we got the error we expected.
assert!(matches!(response, super::Error(SubscribeError::Duplicate)));
}
#[tokio::test]
async fn rejects_stale_vapid_key() {
let app = fixtures::scratch_app().await;
let subscriber = fixtures::identity::create(&app, &fixtures::now()).await;
// Issue a VAPID key.
app.vapid()
.refresh_key(&fixtures::now())
.await
.expect("refreshing the VAPID key always succeeds");
// Find out what that VAPID key is.
let boot = app.boot().snapshot().await.expect("boot always succeeds");
let vapid = boot
.events
.into_iter()
.filter_map(event::vapid)
.filter_map(event::vapid::changed)
.next_back()
.expect("the application will have a vapid key after a refresh");
// Change the VAPID key.
app.vapid()
.rotate_key()
.await
.expect("key rotation always succeeds");
app.vapid()
.refresh_key(&fixtures::now())
.await
.expect("refreshing the VAPID key always succeeds");
// Find out what the new VAPID key is.
let boot = app.boot().snapshot().await.expect("boot always succeeds");
let fresh_vapid = boot
.events
.into_iter()
.filter_map(event::vapid)
.filter_map(event::vapid::changed)
.next_back()
.expect("the application will have a vapid key after a refresh");
// Create a dummy subscription with the original key.
let request = super::Request {
subscription: super::Subscription {
endpoint: String::from("https://push.example.com/endpoint"),
keys: super::Keys {
p256dh: String::from("test-p256dh-value"),
auth: String::from("test-auth-value"),
},
},
vapid: vapid.key,
};
let response = super::handler(State(app.push()), subscriber, Json(request))
.await
.expect_err("test request has a stale vapid key");
// Check that the response looks as expected.
assert!(matches!(
response,
super::Error(SubscribeError::StaleVapidKey(key)) if key == fresh_vapid.key
));
}
|
