public void UpdatePlaylist_Change_From_Smart_To_Explicit_Test()
{
BrightcoveItemCollection <BrightcovePlaylist> playlists = _api.FindAllPlaylists();
// Look for the first NON-explicit (i.e. smart) playlist.
BrightcovePlaylist playlist = playlists.FirstOrDefault(x => x.PlaylistType != PlaylistType.Explicit);
if (playlist == null)
{
Assert.Fail("There are no smart playlists in the collection. Try creating an smart playlist first.");
}
else
{
// If it doesn't have any videos, add some to test the inclusion of the VideoIds property.
if (!playlist.VideoIds.Any())
{
BrightcoveItemCollection <BrightcoveVideo> videos = _api.FindAllVideos(4, 0);
playlist.VideoIds = videos.Select(x => x.Id).ToList();
}
// Make an explicit playlist.
playlist.PlaylistType = PlaylistType.Explicit;
ICollection <long> videoIds = playlist.VideoIds;
playlist.VideoIds = new Collection <long>();
BrightcovePlaylist updatedPlaylist = _api.UpdatePlaylist(playlist);
Assert.AreEqual(playlist.PlaylistType, updatedPlaylist.PlaylistType);
updatedPlaylist.VideoIds = videoIds;
BrightcovePlaylist newUpdatedPlaylist = _api.UpdatePlaylist(updatedPlaylist);
Assert.AreEqual(videoIds.Count, newUpdatedPlaylist.VideoIds.Count);
}
}
public void Sort_Videos_By_DisplayName_Desc_Creation_Date_Asc_With_All_Any_None_Parameters()
{
// Perform the API call
BrightcoveItemCollection <BrightcoveVideo> videos = Api.SearchVideos
(
AllFieldValues,
AnyFieldValues,
NoneFieldValues,
100,
0,
false,
new SortedFieldDictionary(SortBy.DisplayName,
SortOrder.Descending,
SortBy.CreationDate,
SortOrder.Ascending)
);
List <BrightcoveVideo> expectedVideos = AllVideos
.Where(x => videos.Select(y => y.Id).Contains(x.Id))
.OrderByDescending(x => x.Name.Replace("-", "").Replace("_", "")) // Brightcove search doesn't seem to take dashes and underscores into consideration when ordering; perhaps all special characters?
.ThenBy(x => x.CreationDate)
.ToList();
bool hasCorrectIndexes = expectedVideos
.Select((x, i) => new
{
Id = x.Id,
Index = i
})
.All(x => x.Index == videos.IndexOf(videos.Single(y => y.Id == x.Id)));
Assert.AreEqual(expectedVideos.Count, videos.Count);
Assert.IsTrue(hasCorrectIndexes);
}
public void UpdatePlaylist_Change_From_Explicit_To_Smart_Test()
{
BrightcoveItemCollection <BrightcovePlaylist> playlists = _api.FindAllPlaylists();
// Look for the first Explicit playlist.
BrightcovePlaylist playlist = playlists.LastOrDefault(x => x.PlaylistType == PlaylistType.Explicit);
if (playlist == null)
{
Assert.Fail("There are no explicit playlists in the collection. Try creating an explicit playlist first.");
}
else
{
// If it doesn't have any videos, add some to test the inclusion of the VideoIds property.
if (!playlist.VideoIds.Any())
{
BrightcoveItemCollection <BrightcoveVideo> videos = _api.FindAllVideos(4, 0);
playlist.VideoIds = videos.Select(x => x.Id).ToList();
}
// Make a smart playlist of any sort.
playlist.PlaylistType = PlaylistType.PlaysTotal;
BrightcovePlaylist updatedPlaylist = _api.UpdatePlaylist(playlist);
Assert.AreEqual(PlaylistType.PlaysTotal, updatedPlaylist.PlaylistType);
}
}
public void Sort_Videos_By_Creation_Date_Desc_With_All_Any_None_Parameters()
{
// Perform the API call
BrightcoveItemCollection <BrightcoveVideo> videos = Api.SearchVideos
(
AllFieldValues,
AnyFieldValues,
NoneFieldValues,
100,
0,
false,
SortBy.CreationDate,
SortOrder.Descending
);
// Assume data is searched correctly based on the parameters, but check to see if the dates are in fact sorted correctly.
List <BrightcoveVideo> expectedVideos = AllVideos
.Where(x => videos.Select(y => y.Id).Contains(x.Id))
.OrderByDescending(x => x.CreationDate)
.ToList();
bool hasCorrectIndexes = expectedVideos
.Select((x, i) => new
{
Id = x.Id,
Index = i
})
.All(x => x.Index == videos.IndexOf(videos.Single(y => y.Id == x.Id)));
Assert.AreEqual(expectedVideos.Count, videos.Count);
Assert.IsTrue(hasCorrectIndexes);
}
public void FindAllVideos()
{
Api = BrightcoveApiFactory.CreateApi(ApiKey);
// Perform the API call
BrightcoveItemCollection <BrightcoveVideo> videos = Api.SearchVideos(new List <FieldValuePair>(),
new List <FieldValuePair>(),
new List <FieldValuePair>());
int k = 0;
while (k <= Math.Floor((decimal)videos.TotalCount / (decimal)videos.PageSize))
{
if (k != 0)
{
videos = Api.SearchVideos(new List <FieldValuePair>(),
new List <FieldValuePair>(),
new List <FieldValuePair>(),
videos.PageSize,
k);
}
AllVideos.AddRange(videos);
k++;
}
}
public void FindAudioTrackPlaylistsByReferenceIds_Basic_Test()
{
BrightcoveItemCollection <BrightcoveAudioTrackPlaylist> playlists = _api.FindAudioTrackPlaylistsByReferenceIds(new[] { _refId, _refId2 });
Assert.NotNull(playlists);
Assert.AreEqual(2, playlists.Count);
Assert.AreEqual(1, playlists.Count(o => o != null)); // only _refId is a real reference Id in the system
}
public void DeleteAudioTrackByIdTest()
{
BrightcoveItemCollection <BrightcoveAudioTrack> audioTracks = Api.FindAllAudioTracks();
foreach (BrightcoveAudioTrack audioTrack in audioTracks)
{
Api.DeleteAudioTrack(audioTrack.Id, true, true);
}
}
public void FindAudioTracksByPlaylistIds_Basic_Test()
{
_playlists = _api.FindAllAudioTrackPlaylists(1, 0);
BrightcoveItemCollection <BrightcoveAudioTrackPlaylist> playlists = _api.FindAudioTrackPlaylistsByIds(new[] { _playlists.First().Id, long.MaxValue });
Assert.NotNull(playlists);
Assert.AreEqual(2, playlists.Count);
Assert.AreEqual(1, playlists.Count(o => o != null)); // only one playlist is in the system
}
public void UpdateAudioTrackInformation_ReferenceId_Test()
{
BrightcoveItemCollection <BrightcoveAudioTrack> audioTracks = Api.FindAllAudioTracks();
BrightcoveAudioTrack audioTrack = audioTracks.Single(x => x.LongDescription.Contains("arbor")); // arbor for pearl hARBOR
// Change the reference Id
audioTrack.ReferenceId = "FDR-Pearl-Harbor";
BrightcoveAudioTrack result = Api.UpdateAudioTrack(audioTrack);
Assert.AreEqual(audioTrack.ReferenceId, result.ReferenceId);
}
public void UpdateAudioTrackInformation_Tags_Test()
{
BrightcoveItemCollection <BrightcoveAudioTrack> audioTracks = Api.FindAllAudioTracks();
BrightcoveAudioTrack audioTrack = audioTracks.Single(x => x.LongDescription.Contains("arbor")); // arbor for pearl hARBOR
// Make sure the tag property changes.
string[] tags = audioTrack.Tags.Any() ? new string[] { } : new[] { "War", "world-war-two", "Japan", "president" };
audioTrack.Tags = tags;
BrightcoveAudioTrack result = Api.UpdateAudioTrack(audioTrack);
Assert.IsTrue(tags.OrderBy(x => x).SequenceEqual(result.Tags.OrderBy(x => x)));
}
public void Deserialize_Video_Test_Basic()
{
JavaScriptSerializer serializer = BrightcoveSerializerFactory.GetSerializer();
IDictionary<string, object> dictionary = new Dictionary<string, object>();
var testrenditionCollection = new BrightcoveItemCollection<BrightcoveRendition>();
var testrendition = new BrightcoveRendition();
testrendition.ControllerType = ControllerType.AkamaiHd;
testrenditionCollection.Add(testrendition);
dictionary.Add("renditions", testrenditionCollection);
var renditions =
serializer.ConvertToType<BrightcoveItemCollection<BrightcoveRendition>>(dictionary["renditions"]);
Assert.That(renditions[0].ControllerType, Is.EqualTo(ControllerType.AkamaiHd));
}
public void Sort_Videos_With_Odd_Number_Sort_Params()
{
// Perform the API call
BrightcoveItemCollection <BrightcoveVideo> videos = Api.SearchVideos
(
AllFieldValues,
AnyFieldValues,
NoneFieldValues,
100,
0,
false,
new SortedFieldDictionary(SortBy.DisplayName,
SortOrder.Descending,
SortBy.CreationDate)
);
}
public void Deserialize_Video_Test_Basic()
{
JavaScriptSerializer serializer = BrightcoveSerializerFactory.GetSerializer();
IDictionary <string, object> dictionary = new Dictionary <string, object>();
var testrenditionCollection = new BrightcoveItemCollection <BrightcoveRendition>();
var testrendition = new BrightcoveRendition();
testrendition.ControllerType = ControllerType.AkamaiHd;
testrenditionCollection.Add(testrendition);
dictionary.Add("renditions", testrenditionCollection);
var renditions =
serializer.ConvertToType <BrightcoveItemCollection <BrightcoveRendition> >(dictionary["renditions"]);
Assert.That(renditions[0].ControllerType, Is.EqualTo(ControllerType.AkamaiHd));
}
public void Sort_Videos_By_Creation_Date_No_Parameters()
{
// Perform the API call
BrightcoveItemCollection <BrightcoveVideo> videos = Api.SearchVideos(new List <FieldValuePair>(),
new List <FieldValuePair>(),
new List <FieldValuePair>());
BrightcoveVideo firstVideo = videos.First();
BrightcoveVideo expectedFirstVideo = AllVideos.OrderBy(x => x.CreationDate)
.First();
BrightcoveVideo lastVideoOnPage = videos.Last();
BrightcoveVideo expectedLastVideoInRange = AllVideos.OrderBy(x => x.CreationDate)
.Skip(videos.PageSize - 1)
.First();
Assert.AreEqual(expectedFirstVideo.Id, firstVideo.Id);
Assert.AreEqual(expectedLastVideoInRange.Id, lastVideoOnPage.Id);
}
public void UpdateAudioTrackPlaylist_Test_Change_From_Explicit_To_Smart()
{
BrightcoveItemCollection <BrightcoveAudioTrackPlaylist> playlists = _api.FindAllAudioTrackPlaylists();
// look for the first Explicit playlist
BrightcoveAudioTrackPlaylist playlist = playlists.FirstOrDefault(x => x.PlaylistType == PlaylistType.Explicit);
if (playlist == null)
{
Assert.Fail("There are no explicit playlists in the collection. Try creating an explicit playlist first.");
}
else
{
// Make a smart playlist of any sort.
playlist.PlaylistType = PlaylistType.Alphabetical;
BrightcoveAudioTrackPlaylist updatedPlaylist = _api.UpdateAudioTrackPlaylist(playlist);
Assert.AreEqual(playlist.PlaylistType, updatedPlaylist.PlaylistType);
}
}
public void FindAllVideos_Test_SortOrder()
{
_videos = _api.FindAllVideos(10, 0, SortBy.CreationDate, SortOrder.Descending);
Assert.AreEqual(10, _videos.Count);
BrightcoveItemCollection <BrightcoveVideo> videos = _api.FindAllVideos(10, 0, SortBy.PlaysTotal, SortOrder.Descending);
// verify each video's creation date is in order
BrightcoveVideo lastVideo = null;
foreach (BrightcoveVideo bcVideo in _videos)
{
if (lastVideo == null)
{
lastVideo = bcVideo;
continue;
}
Assert.GreaterOrEqual(lastVideo.CreationDate, bcVideo.CreationDate);
lastVideo = bcVideo;
}
}
public void Sort_Videos_By_None_Desc_Creation_Date_Asc_With_All_Any_None_Parameters()
{
// Perform the API call
BrightcoveItemCollection <BrightcoveVideo> videos = Api.SearchVideos(new List <FieldValuePair>
{
new FieldValuePair(null, "sea")
},
new List <FieldValuePair>
{
new FieldValuePair(null, "lion"),
new FieldValuePair(null, "clown"),
new FieldValuePair(null, "crab"),
new FieldValuePair(null, "turtle"),
new FieldValuePair(null, "seagulls")
},
new List <FieldValuePair>
{
new FieldValuePair(null, "fish")
},
100,
0,
false,
new SortedFieldDictionary(SortBy.None, SortOrder.Descending, SortBy.CreationDate, SortOrder.Ascending));
List <BrightcoveVideo> expectedVideos = AllVideos
.Where(x => videos.Select(y => y.Id).Contains(x.Id))
.OrderBy(x => x.CreationDate)
.ToList();
bool hasCorrectIndexes = expectedVideos
.Select((x, i) => new
{
Id = x.Id,
Index = i
})
.All(x => x.Index == videos.IndexOf(videos.Single(y => y.Id == x.Id)));
Assert.AreEqual(expectedVideos.Count, videos.Count);
Assert.IsTrue(hasCorrectIndexes);
}
public void Sort_Videos_By_Creation_Date_Desc_No_Parameters()
{
// Perform the API call
BrightcoveItemCollection <BrightcoveVideo> videos = Api.SearchVideos(new List <FieldValuePair>(),
new List <FieldValuePair>(),
new List <FieldValuePair>(),
100,
0,
false,
SortBy.CreationDate,
SortOrder.Descending);
BrightcoveVideo firstVideo = videos.First();
BrightcoveVideo expectedFirstVideo = AllVideos.OrderByDescending(x => x.CreationDate)
.First();
BrightcoveVideo lastVideoOnPage = videos.Last();
BrightcoveVideo expectedLastVideoInRange = AllVideos.OrderByDescending(x => x.CreationDate)
.Skip(videos.PageSize - 1)
.First();
Assert.AreEqual(videos.TotalCount, AllVideos.Count);
Assert.AreEqual(expectedFirstVideo.Id, firstVideo.Id);
}
public void UpdateAudioTrackPlaylist_Test_Change_From_Smart_To_Explicit()
{
BrightcoveItemCollection <BrightcoveAudioTrackPlaylist> playlists = _api.FindAllAudioTrackPlaylists();
// look for the first NON-Explicit playlist (smart)
BrightcoveAudioTrackPlaylist playlist = playlists.FirstOrDefault(x => x.PlaylistType != PlaylistType.Explicit);
if (playlist == null)
{
Assert.Fail("There are no smart playlists in the collection. Try creating an smart playlist first.");
}
else
{
// If it doesn't have any audio tracks, add some to test the inclusion of the VideoIds property.
if (!playlist.AudioTrackIds.Any())
{
BrightcoveItemCollection <BrightcoveAudioTrack> audioTracks = _api.FindAllAudioTracks(4, 0);
playlist.AudioTrackIds = audioTracks.Select(x => x.Id).ToList();
}
// Make an explicit playlist.
playlist.PlaylistType = PlaylistType.Explicit;
//Apply workaround.
ICollection <long> audioTracksIds = playlist.AudioTrackIds;
playlist.AudioTrackIds = new Collection <long>();
BrightcoveAudioTrackPlaylist updatedPlaylist = _api.UpdateAudioTrackPlaylist(playlist);
Assert.AreEqual(playlist.PlaylistType, updatedPlaylist.PlaylistType);
// Re-update playlist
updatedPlaylist.AudioTrackIds = audioTracksIds;
BrightcoveAudioTrackPlaylist reUpdatedPlaylist = _api.UpdateAudioTrackPlaylist(updatedPlaylist);
Assert.AreEqual(audioTracksIds.Count, reUpdatedPlaylist.AudioTrackIds.Count);
}
}
public void CreateAudioTrackPlaylist_Test_Basic()
{
BrightcoveItemCollection <BrightcoveAudioTrack> audioTracks = _api.FindAllAudioTracks(4, 0);
BrightcoveAudioTrackPlaylist playlist = new BrightcoveAudioTrackPlaylist
{
Name = "Test Audio Playlist",
ReferenceId = "new-reference-id-5" + RandomString(8),
// Get a list of random audio tracks to add to the playlist.
AudioTrackIds = audioTracks.Select(x => x.Id).ToList(),
ShortDescription = "This is a playlist's short description",
PlaylistType = PlaylistType.Explicit,
FilterTags = new[] { "president" }
};
long newId = _api.CreateAudioTrackPlaylist(playlist);
BrightcoveAudioTrackPlaylist newPlaylist = _api.FindAudioTrackPlaylistById(newId);
Assert.AreEqual(playlist.Name, newPlaylist.Name);
Assert.AreEqual(playlist.ReferenceId, newPlaylist.ReferenceId);
Assert.AreEqual(playlist.ShortDescription, newPlaylist.ShortDescription);
Assert.AreEqual(audioTracks.Count, newPlaylist.AudioTrackIds.Count);
Assert.AreEqual(audioTracks.Count, newPlaylist.AudioTracks.Count);
Assert.AreEqual(audioTracks.Count, newPlaylist.AudioTracks.Count(o => o != null));
}