async fn should_persist_event_ids(path: &str) {
    let mut rng = crate::new_rng();
    let mut fixture = TestFixture::new(&mut rng);

    let first_run_final_id = {
        // Run the first server to emit the 100 events.
        let mut server_behavior = ServerBehavior::new();
        let barrier = server_behavior.add_client_sync_before_event(0);
        let server_address = fixture.run_server(server_behavior).await;

        // Consume these and stop the server.
        let url = url(server_address, path, None);
        let (_expected_events, final_id) = fixture.all_filtered_events(path);
        let _ = subscribe(&url, barrier, final_id, "client 1")
            .await
            .unwrap();
        fixture.stop_server().await;
        final_id
    };

    assert!(first_run_final_id > 0);

    {
        // Start a new server with a client barrier set for just before event ID 100.
        let mut server_behavior = ServerBehavior::new();
        let barrier = server_behavior.add_client_sync_before_event(EVENT_COUNT);
        let server_address = fixture.run_server(server_behavior).await;

        // Check the test fixture has set the server's first event ID to at least
        // `first_run_final_id`.
        assert!(fixture.first_event_id >= first_run_final_id);

        // Consume the events and assert their IDs are all >= `first_run_final_id`.
        let url = url(server_address, path, None);
        let (expected_events, final_id) = fixture.filtered_events(path, EVENT_COUNT);
        let received_events = subscribe(&url, barrier, final_id, "client 2")
            .await
            .unwrap();
        fixture.stop_server().await;

        assert_eq!(received_events, expected_events);
        assert!(received_events
            .iter()
            .skip(1)
            .all(|event| event.id.unwrap() >= first_run_final_id));
    }
}
/// Check that a server which restarts continues from the previous numbering of event IDs.
Check that a server which restarts continues from the previous numbering of event IDs.
Check that a server which restarts continues from the previous numbering of event IDs .
async fn should_persist_event_ids(path: &str) {
    let mut rng = crate::new_rng();
    let mut fixture = TestFixture::new(&mut rng);
    let first_run_final_id = {
        // Run the first server to emit the 100 events.
        let mut server_behavior = ServerBehavior::new();
        let barrier = server_behavior.add_client_sync_before_event(0);
        let server_address = fixture.run_server(server_behavior).await;
        // Consume these and stop the server.
        let url = url(server_address, path, None);
        let (_expected_events, final_id) = fixture.all_filtered_events(path);
        let _ = subscribe(&url, barrier, final_id, "client 1")
            .await
            .unwrap();
        fixture.stop_server().await;
        final_id
    };
    assert!(first_run_final_id > 0);
    {
        // Start a new server with a client barrier set for just before event ID 100.
        let mut server_behavior = ServerBehavior::new();
        let barrier = server_behavior.add_client_sync_before_event(EVENT_COUNT);
        let server_address = fixture.run_server(server_behavior).await;
        // Check the test fixture has set the server's first event ID to at least
        // `first_run_final_id`.
        assert!(fixture.first_event_id >= first_run_final_id);
        // Consume the events and assert their IDs are all >= `first_run_final_id`.
        let url = url(server_address, path, None);
        let (expected_events, final_id) = fixture.filtered_events(path, EVENT_COUNT);
        let received_events = subscribe(&url, barrier, final_id, "client 2")
            .await
            .unwrap();
        fixture.stop_server().await;
        assert_eq!(received_events, expected_events);
        assert!(received_events
            .iter()
            .skip(1)
            .all(|event| event.id.unwrap() >= first_run_final_id));
    }
}
async fn should_persist_event_ids ( path : & str ) { let mut rng = crate :: new_rng ( ) ; let mut fixture = TestFixture :: new ( & mut rng ) ; let first_run_final_id = { // Run the first server to emit the 100 events. let mut server_behavior = ServerBehavior :: new ( ) ; let barrier = server_behavior . add_client_sync_before_event ( 0 ) ; let server_address = fixture . run_server ( server_behavior ) . await ; // Consume these and stop the server. let url = url ( server_address , path , None ) ; let ( _expected_events , final_id ) = fixture . all_filtered_events ( path ) ; let _ = subscribe ( & url , barrier , final_id , " " ) . await . unwrap ( ) ; fixture . stop_server ( ) . await ; final_id } ; assert ! ( first_run_final_id 0 ) ; { // Start a new server with a client barrier set for just before event ID 100. let mut server_behavior = ServerBehavior :: new ( ) ; let barrier = server_behavior . add_client_sync_before_event ( EVENT_COUNT ) ; let server_address = fixture . run_server ( server_behavior ) . await ; // Check the test fixture has set the server's first event ID to at least // `first_run_final_id`. assert ! ( fixture first_event_id first_run_final_id ) ; // Consume the events and assert their IDs are all >= `first_run_final_id`. let url = url ( server_address , path , None ) ; let ( expected_events , final_id ) = fixture . filtered_events ( path , EVENT_COUNT ) ; let received_events = subscribe ( & url , barrier , final_id , " " ) . await . unwrap ( ) ; fixture . stop_server ( ) . await ; assert_eq ! ( received_events expected_events ) ; assert ! ( received_events iter ( ) skip ( 1 ) all ( event event id unwrap ( ) first_run_final_id ) ) ; } }
Check that a server which restarts continues from the previous numbering of event IDs.
Check that a server which restarts continues from the previous numbering of event IDs .
path
&str
path
&str