Unit tests for browse
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@ -89,16 +89,11 @@ impl IAppInteractBrowse for AppMachine<AppBrowse> {
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#[cfg(test)]
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mod tests {
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use mockall::{predicate, Sequence};
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use musichoard::collection::{album::AlbumMeta, artist::ArtistMeta, musicbrainz::Mbid};
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use crate::tui::{
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app::{
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machine::tests::{inner, inner_with_mb, music_hoard},
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AppAlbumMatches, AppArtistMatches, AppMatchesInfo, Category, IAppAccess, IAppInteract,
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IAppInteractMatches, MatchOption,
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machine::tests::{inner, music_hoard},
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Category, IAppInteract,
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},
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lib::interface::musicbrainz::{self, Match, MockIMusicBrainz},
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testmod::COLLECTION,
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};
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@ -174,208 +169,12 @@ mod tests {
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app.unwrap_search();
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}
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// #[test]
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// fn fetch_musicbrainz() {
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// let mut mb_api = MockIMusicBrainz::new();
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// let arid: Mbid = "11111111-1111-1111-1111-111111111111".try_into().unwrap();
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// let album_1 = COLLECTION[1].albums[0].meta.clone();
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// let album_4 = COLLECTION[1].albums[3].meta.clone();
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// let album_match_1_1 = Match::new(100, album_1.clone());
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// let album_match_1_2 = Match::new(50, album_4.clone());
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// let album_match_4_1 = Match::new(100, album_4.clone());
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// let album_match_4_2 = Match::new(30, album_1.clone());
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// let matches_1 = vec![album_match_1_1.clone(), album_match_1_2.clone()];
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// let matches_4 = vec![album_match_4_1.clone(), album_match_4_2.clone()];
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// let result_1: Result<Vec<Match<AlbumMeta>>, musicbrainz::Error> = Ok(matches_1.clone());
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// let result_4: Result<Vec<Match<AlbumMeta>>, musicbrainz::Error> = Ok(matches_4.clone());
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// // Other albums have an MBID and so they will be skipped.
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// let mut seq = Sequence::new();
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// mb_api
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// .expect_search_release_group()
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// .with(predicate::eq(arid.clone()), predicate::eq(album_1.clone()))
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// .times(1)
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// .in_sequence(&mut seq)
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// .return_once(|_, _| result_1);
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// mb_api
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// .expect_search_release_group()
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// .with(predicate::eq(arid.clone()), predicate::eq(album_4.clone()))
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// .times(1)
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// .in_sequence(&mut seq)
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// .return_once(|_, _| result_4);
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// let browse = AppMachine::browse(inner_with_mb(music_hoard(COLLECTION.to_owned()), mb_api));
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// // Use the second artist for this test.
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// let browse = browse.increment_selection(Delta::Line).unwrap_browse();
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// let mut app = browse.fetch_musicbrainz();
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// let public = app.get();
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// assert!(matches!(public.state, AppState::Matches(_)));
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// let public_matches = public.state.unwrap_matches();
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// let mut matches_1: Vec<MatchOption<AlbumMeta>> =
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// matches_1.into_iter().map(Into::into).collect();
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// matches_1.push(MatchOption::CannotHaveMbid);
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// let expected = Some(AppMatchesInfo::Album(AppAlbumMatches {
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// matching: album_1.clone(),
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// list: matches_1.clone(),
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// }));
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// assert_eq!(public_matches.matches, expected.as_ref());
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// let mut app = app.unwrap_matches().select();
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// let public = app.get();
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// assert!(matches!(public.state, AppState::Matches(_)));
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// let public_matches = public.state.unwrap_matches();
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// let mut matches_4: Vec<MatchOption<AlbumMeta>> =
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// matches_4.into_iter().map(Into::into).collect();
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// matches_4.push(MatchOption::CannotHaveMbid);
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// let expected = Some(AppMatchesInfo::Album(AppAlbumMatches {
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// matching: album_4.clone(),
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// list: matches_4.clone(),
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// }));
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// assert_eq!(public_matches.matches, expected.as_ref());
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// let app = app.unwrap_matches().select();
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// app.unwrap_browse();
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// }
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// #[test]
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// fn fetch_musicbrainz_no_artist() {
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// let browse = AppMachine::browse(inner(music_hoard(vec![])));
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// let app = browse.fetch_musicbrainz();
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// app.unwrap_error();
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// }
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// #[test]
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// fn fetch_musicbrainz_no_artist_mbid() {
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// let mut mb_api = MockIMusicBrainz::new();
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// let artist = COLLECTION[3].meta.clone();
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// let artist_match_1 = Match::new(100, artist.clone());
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// let artist_match_2 = Match::new(50, artist.clone());
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// let matches = vec![artist_match_1.clone(), artist_match_2.clone()];
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// let result: Result<Vec<Match<ArtistMeta>>, musicbrainz::Error> = Ok(matches.clone());
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// mb_api
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// .expect_search_artist()
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// .with(predicate::eq(artist.clone()))
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// .times(1)
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// .return_once(|_| result);
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// let browse = AppMachine::browse(inner_with_mb(music_hoard(COLLECTION.to_owned()), mb_api));
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// // Use the fourth artist for this test as they have no MBID.
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// let browse = browse.increment_selection(Delta::Line).unwrap_browse();
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// let browse = browse.increment_selection(Delta::Line).unwrap_browse();
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// let browse = browse.increment_selection(Delta::Line).unwrap_browse();
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// let mut app = browse.fetch_musicbrainz();
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// let public = app.get();
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// assert!(matches!(public.state, AppState::Matches(_)));
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// let public_matches = public.state.unwrap_matches();
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// let mut matches: Vec<MatchOption<ArtistMeta>> =
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// matches.into_iter().map(Into::into).collect();
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// matches.push(MatchOption::CannotHaveMbid);
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// let expected = Some(AppMatchesInfo::Artist(AppArtistMatches {
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// matching: artist.clone(),
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// list: matches.clone(),
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// }));
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// assert_eq!(public_matches.matches, expected.as_ref());
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// let app = app.unwrap_matches().select();
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// app.unwrap_browse();
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// }
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// #[test]
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// fn fetch_musicbrainz_artist_api_error() {
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// let mut mb_api = MockIMusicBrainz::new();
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// let error = Err(musicbrainz::Error::RateLimit);
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// mb_api
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// .expect_search_artist()
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// .times(1)
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// .return_once(|_| error);
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// let browse = AppMachine::browse(inner_with_mb(music_hoard(COLLECTION.to_owned()), mb_api));
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// // Use the fourth artist for this test as they have no MBID.
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// let browse = browse.increment_selection(Delta::Line).unwrap_browse();
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// let browse = browse.increment_selection(Delta::Line).unwrap_browse();
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// let browse = browse.increment_selection(Delta::Line).unwrap_browse();
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// let app = browse.fetch_musicbrainz();
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// app.unwrap_error();
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// }
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// #[test]
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// fn fetch_musicbrainz_album_api_error() {
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// let mut mb_api = MockIMusicBrainz::new();
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// let error = Err(musicbrainz::Error::RateLimit);
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// mb_api
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// .expect_search_release_group()
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// .times(1)
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// .return_once(|_, _| error);
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// let browse = AppMachine::browse(inner_with_mb(music_hoard(COLLECTION.to_owned()), mb_api));
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// let app = browse.fetch_musicbrainz();
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// app.unwrap_error();
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// }
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// #[test]
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// fn fetch_musicbrainz_artist_receiver_disconnect() {
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// let (tx, rx) = mpsc::channel::<FetchResult>();
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// drop(rx);
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// let mut mb_api = MockIMusicBrainz::new();
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// mb_api
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// .expect_search_artist()
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// .times(1)
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// .return_once(|_| Ok(vec![]));
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// // We only check it does not panic and that it doesn't call the API more than once.
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// AppMachine::fetch_artist(Arc::new(Mutex::new(mb_api)), tx, COLLECTION[3].meta.clone());
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// }
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// #[test]
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// fn fetch_musicbrainz_albums_receiver_disconnect() {
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// let (tx, rx) = mpsc::channel::<FetchResult>();
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// drop(rx);
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// let mut mb_api = MockIMusicBrainz::new();
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// mb_api
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// .expect_search_release_group()
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// .times(1)
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// .return_once(|_, _| Ok(vec![]));
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// // We only check it does not panic and that it doesn't call the API more than once.
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// let mbref = &COLLECTION[1].meta.musicbrainz;
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// let albums = &COLLECTION[1].albums;
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// AppMachine::fetch_albums(
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// Arc::new(Mutex::new(mb_api)),
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// tx,
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// mbref.as_ref().unwrap().mbid().clone(),
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// albums.iter().map(|a| &a.meta).cloned().collect(),
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// );
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// }
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#[test]
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fn fetch_musicbrainz() {
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let browse = AppMachine::browse(inner(music_hoard(vec![])));
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let app = browse.fetch_musicbrainz();
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app.unwrap_error();
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}
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#[test]
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fn no_op() {
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@ -200,6 +200,209 @@ mod tests {
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// use super::*;
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// #[test]
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// fn fetch_musicbrainz() {
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// let mut mb_api = MockIMusicBrainz::new();
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// let arid: Mbid = "11111111-1111-1111-1111-111111111111".try_into().unwrap();
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// let album_1 = COLLECTION[1].albums[0].meta.clone();
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// let album_4 = COLLECTION[1].albums[3].meta.clone();
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// let album_match_1_1 = Match::new(100, album_1.clone());
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// let album_match_1_2 = Match::new(50, album_4.clone());
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// let album_match_4_1 = Match::new(100, album_4.clone());
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// let album_match_4_2 = Match::new(30, album_1.clone());
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// let matches_1 = vec![album_match_1_1.clone(), album_match_1_2.clone()];
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// let matches_4 = vec![album_match_4_1.clone(), album_match_4_2.clone()];
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// let result_1: Result<Vec<Match<AlbumMeta>>, musicbrainz::Error> = Ok(matches_1.clone());
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// let result_4: Result<Vec<Match<AlbumMeta>>, musicbrainz::Error> = Ok(matches_4.clone());
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// // Other albums have an MBID and so they will be skipped.
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// let mut seq = Sequence::new();
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// mb_api
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// .expect_search_release_group()
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// .with(predicate::eq(arid.clone()), predicate::eq(album_1.clone()))
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// .times(1)
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// .in_sequence(&mut seq)
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// .return_once(|_, _| result_1);
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// mb_api
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// .expect_search_release_group()
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// .with(predicate::eq(arid.clone()), predicate::eq(album_4.clone()))
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// .times(1)
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// .in_sequence(&mut seq)
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// .return_once(|_, _| result_4);
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// let browse = AppMachine::browse(inner_with_mb(music_hoard(COLLECTION.to_owned()), mb_api));
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// // Use the second artist for this test.
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// let browse = browse.increment_selection(Delta::Line).unwrap_browse();
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// let mut app = browse.fetch_musicbrainz();
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// let public = app.get();
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// assert!(matches!(public.state, AppState::Matches(_)));
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// let public_matches = public.state.unwrap_matches();
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// let mut matches_1: Vec<MatchOption<AlbumMeta>> =
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// matches_1.into_iter().map(Into::into).collect();
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// matches_1.push(MatchOption::CannotHaveMbid);
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// let expected = Some(AppMatchesInfo::Album(AppAlbumMatches {
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// matching: album_1.clone(),
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// list: matches_1.clone(),
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// }));
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// assert_eq!(public_matches.matches, expected.as_ref());
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// let mut app = app.unwrap_matches().select();
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// let public = app.get();
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// assert!(matches!(public.state, AppState::Matches(_)));
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// let public_matches = public.state.unwrap_matches();
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// let mut matches_4: Vec<MatchOption<AlbumMeta>> =
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// matches_4.into_iter().map(Into::into).collect();
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// matches_4.push(MatchOption::CannotHaveMbid);
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// let expected = Some(AppMatchesInfo::Album(AppAlbumMatches {
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// matching: album_4.clone(),
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// list: matches_4.clone(),
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// }));
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// assert_eq!(public_matches.matches, expected.as_ref());
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// let app = app.unwrap_matches().select();
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// app.unwrap_browse();
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// }
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// #[test]
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// fn fetch_musicbrainz_no_artist() {
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// let browse = AppMachine::browse(inner(music_hoard(vec![])));
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// let app = browse.fetch_musicbrainz();
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// app.unwrap_error();
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// }
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// #[test]
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// fn fetch_musicbrainz_no_artist_mbid() {
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// let mut mb_api = MockIMusicBrainz::new();
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// let artist = COLLECTION[3].meta.clone();
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// let artist_match_1 = Match::new(100, artist.clone());
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// let artist_match_2 = Match::new(50, artist.clone());
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// let matches = vec![artist_match_1.clone(), artist_match_2.clone()];
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// let result: Result<Vec<Match<ArtistMeta>>, musicbrainz::Error> = Ok(matches.clone());
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// mb_api
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// .expect_search_artist()
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// .with(predicate::eq(artist.clone()))
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// .times(1)
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// .return_once(|_| result);
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// let browse = AppMachine::browse(inner_with_mb(music_hoard(COLLECTION.to_owned()), mb_api));
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// // Use the fourth artist for this test as they have no MBID.
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// let browse = browse.increment_selection(Delta::Line).unwrap_browse();
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// let browse = browse.increment_selection(Delta::Line).unwrap_browse();
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// let browse = browse.increment_selection(Delta::Line).unwrap_browse();
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// let mut app = browse.fetch_musicbrainz();
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// let public = app.get();
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// assert!(matches!(public.state, AppState::Matches(_)));
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// let public_matches = public.state.unwrap_matches();
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// let mut matches: Vec<MatchOption<ArtistMeta>> =
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// matches.into_iter().map(Into::into).collect();
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// matches.push(MatchOption::CannotHaveMbid);
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// let expected = Some(AppMatchesInfo::Artist(AppArtistMatches {
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// matching: artist.clone(),
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// list: matches.clone(),
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// }));
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// assert_eq!(public_matches.matches, expected.as_ref());
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// let app = app.unwrap_matches().select();
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// app.unwrap_browse();
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// }
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// #[test]
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// fn fetch_musicbrainz_artist_api_error() {
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// let mut mb_api = MockIMusicBrainz::new();
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// let error = Err(musicbrainz::Error::RateLimit);
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// mb_api
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// .expect_search_artist()
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// .times(1)
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// .return_once(|_| error);
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// let browse = AppMachine::browse(inner_with_mb(music_hoard(COLLECTION.to_owned()), mb_api));
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// // Use the fourth artist for this test as they have no MBID.
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// let browse = browse.increment_selection(Delta::Line).unwrap_browse();
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// let browse = browse.increment_selection(Delta::Line).unwrap_browse();
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// let browse = browse.increment_selection(Delta::Line).unwrap_browse();
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// let app = browse.fetch_musicbrainz();
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// app.unwrap_error();
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// }
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// #[test]
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// fn fetch_musicbrainz_album_api_error() {
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// let mut mb_api = MockIMusicBrainz::new();
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// let error = Err(musicbrainz::Error::RateLimit);
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// mb_api
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// .expect_search_release_group()
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// .times(1)
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// .return_once(|_, _| error);
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// let browse = AppMachine::browse(inner_with_mb(music_hoard(COLLECTION.to_owned()), mb_api));
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// let app = browse.fetch_musicbrainz();
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// app.unwrap_error();
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// }
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// #[test]
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// fn fetch_musicbrainz_artist_receiver_disconnect() {
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// let (tx, rx) = mpsc::channel::<FetchResult>();
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// drop(rx);
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// let mut mb_api = MockIMusicBrainz::new();
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// mb_api
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// .expect_search_artist()
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// .times(1)
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// .return_once(|_| Ok(vec![]));
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// // We only check it does not panic and that it doesn't call the API more than once.
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// AppMachine::fetch_artist(Arc::new(Mutex::new(mb_api)), tx, COLLECTION[3].meta.clone());
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// }
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// #[test]
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// fn fetch_musicbrainz_albums_receiver_disconnect() {
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// let (tx, rx) = mpsc::channel::<FetchResult>();
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// drop(rx);
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// let mut mb_api = MockIMusicBrainz::new();
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// mb_api
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// .expect_search_release_group()
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// .times(1)
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// .return_once(|_, _| Ok(vec![]));
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// // We only check it does not panic and that it doesn't call the API more than once.
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// let mbref = &COLLECTION[1].meta.musicbrainz;
|
||||
// let albums = &COLLECTION[1].albums;
|
||||
// AppMachine::fetch_albums(
|
||||
// Arc::new(Mutex::new(mb_api)),
|
||||
// tx,
|
||||
// mbref.as_ref().unwrap().mbid().clone(),
|
||||
// albums.iter().map(|a| &a.meta).cloned().collect(),
|
||||
// );
|
||||
// }
|
||||
|
||||
// impl<T> Match<T> {
|
||||
// pub fn new(score: u8, item: T) -> Self {
|
||||
// Match {
|
||||
|
||||
Loading…
Reference in New Issue
Block a user