public async Task MultiplePagesAsync_PageSizeNotInOptions()
{
// We create the client using our user, but then access a dataset in a public data
// project. We can't run a query "as" the public data project.
var projectId = _fixture.ProjectId;
var client = BigQueryClient.Create(projectId);
var table = client.GetTable(PublicDatasetsProject, PublicDatasetsDataset, ShakespeareTable);
var sql = $"SELECT corpus as title, COUNT(word) as unique_words FROM {table} GROUP BY title ORDER BY unique_words DESC LIMIT 13";
// Note that we don't specify any options. That means when we want to read a page at a time later, we'll need to perform the query again.
var results = await client.ExecuteQueryAsync(sql, parameters : null);
// Iterate over multiple pages automatically to get all results. The query has 13 results.
var rows = await results.GetRowsAsync().ToListAsync();
Assert.Equal(13, rows.Count);
// Now try getting one page at a time, in the same way we would if we were in a web application.
var page1 = await results.ReadPageAsync(5);
var page2 = await client.GetQueryResults(results.JobReference, new GetQueryResultsOptions { PageToken = page1.NextPageToken }).ReadPageAsync(5);
var page3 = await client.GetQueryResults(results.JobReference, new GetQueryResultsOptions { PageToken = page2.NextPageToken }).ReadPageAsync(5);
var titleComparer = new TitleComparer();
Assert.Equal(rows.Take(5), page1.Rows, titleComparer);
Assert.Equal(rows.Skip(5).Take(5), page2.Rows, titleComparer);
Assert.Equal(rows.Skip(10).Take(5), page3.Rows, titleComparer);
Assert.Null(page3.NextPageToken);
}
public void MultiplePagesWithStartIndex()
{
// We create the client using our user, but then access a dataset in a public data
// project. We can't run a query "as" the public data project.
var projectId = _fixture.ProjectId;
var client = BigQueryClient.Create(projectId);
var table = client.GetTable(PublicDatasetsProject, PublicDatasetsDataset, ShakespeareTable);
var sql = $"SELECT corpus as title, COUNT(word) as unique_words FROM {table} GROUP BY title ORDER BY unique_words DESC LIMIT 20";
var results = client.ExecuteQuery(sql, parameters: null, resultsOptions: new GetQueryResultsOptions {
PageSize = 5, StartIndex = 7
});
// Iterate over multiple pages automatically to get all results. The query has 20 results, but
// we're asking to start at index 7, so we actually see 13.
var rows = results.ToList();
Assert.Equal(13, rows.Count);
// Now try getting one page at a time, in the same way we would if we were in a web application.
var page1 = results.ReadPage(5);
var page2 = client.GetQueryResults(results.JobReference, new GetQueryResultsOptions {
PageToken = page1.NextPageToken
}).ReadPage(5);
var page3 = client.GetQueryResults(results.JobReference, new GetQueryResultsOptions {
PageToken = page2.NextPageToken
}).ReadPage(5);
var titleComparer = new TitleComparer();
Assert.Equal(rows.Take(5), page1.Rows, titleComparer);
Assert.Equal(rows.Skip(5).Take(5), page2.Rows, titleComparer);
Assert.Equal(rows.Skip(10).Take(5), page3.Rows, titleComparer);
Assert.Null(page3.NextPageToken);
}
public void ExtractSeriesNameFromFilename()
{
TitleComparer comparer = new TitleComparer();
string fileName = @"the.chilling.adventures.of.sabrina.s01e07.720p.webrip.hevc.x265.rmteam.mkv";
string expected = "the.chilling.adventures.of.sabrina";
Assert.Equal(expected, comparer.ExtractSeriesNameFromFilename(fileName));
}
public void ExtractSeasonNumberFromFilename_ReturnsSeason()
{
TitleComparer comparer = new TitleComparer();
string fileName = @"the.chilling.adventures.of.sabrina.s01e07.720p.webrip.hevc.x265.rmteam.mkv";
int expected = 1;
Assert.Equal(expected, comparer.ExtractSeasonNumberFromFilename(fileName));
}
public void ExtractSeasonEpisodeFromFilenameAsEpisodeObject_ContainsSeasonEpisode_ReturnsEpObject()
{
TitleComparer comparer = new TitleComparer();
string fileName = @"the.chilling.adventures.of.sabrina.s01e07.720p.webrip.hevc.x265.rmteam.mkv";
int expectedSeason = 1;
int expectedEpisode = 7;
Assert.Equal(expectedSeason, comparer.ExtractSeasonEpisodeFromFilenameAsEpisodeObject(fileName).SeasonNumber);
Assert.Equal(expectedEpisode, comparer.ExtractSeasonEpisodeFromFilenameAsEpisodeObject(fileName).EpisodeNumberInSeason);
}
public void ExtractSeasonEpisodeFromFilenameAsEpisodeObject_ContainsCapitalSeasonEpisode_ReturnsEpObject()
{
TitleComparer comparer = new TitleComparer();
string fileName = @"Succession.S01E03.BDRip.X264-REWARD.mkv";
int expectedSeason = 1;
int expectedEpisode = 3;
Assert.Equal(expectedSeason, comparer.ExtractSeasonEpisodeFromFilenameAsEpisodeObject(fileName).SeasonNumber);
Assert.Equal(expectedEpisode, comparer.ExtractSeasonEpisodeFromFilenameAsEpisodeObject(fileName).EpisodeNumberInSeason);
}
public static int CompareComic(Comic x, Comic y)
{
var result = string.Compare(x.Author.ToLowerInvariant(), y.Author.ToLowerInvariant(), StringComparison.OrdinalIgnoreCase);
if (result != 0)
{
return(result);
}
return(TitleComparer.CompareComic(x, y));
}
public void ExtractSeasonEpisodeFromFilenameAsEpisodeObject_ContainsEpisode00_ReturnsEpObject()
{
TitleComparer comparer = new TitleComparer();
string fileName = @"doctor.who.2005.s12e00.resolution.720p.webrip.hevc.x265.rmteam.mkv";
int expectedSeason = 12;
int expectedEpisode = 0;
Assert.Equal(expectedSeason, comparer.ExtractSeasonEpisodeFromFilenameAsEpisodeObject(fileName).SeasonNumber);
Assert.Equal(expectedEpisode, comparer.ExtractSeasonEpisodeFromFilenameAsEpisodeObject(fileName).EpisodeNumberInSeason);
}
public void ExtractSeasonEpisodeFromFilenameAsEpisodeObject_DoesNotContainSeasonEpisode_ReturnsNull()
{
TitleComparer comparer = new TitleComparer();
string fileName = @"the.chilling.adventures.of.sabrina.mkv";
string expectedMessage = $"Filename does not contain episode number in s##e## format.\r\nParameter name:{fileName}";
// Act & Assert
// Exception ex = Assert.Throws<ArgumentException>(() => comparer.ExtractSeasonEpisodeFromFilenameAsEpisodeObject(fileName));
// Assert.Equal(expectedMessage.Substring(0,50), ex.Message.Substring(0,50));
Assert.Null(comparer.ExtractSeasonEpisodeFromFilenameAsEpisodeObject(fileName));
}
public FranchiseEntryTitleComparer(
CultureInfo culture,
NullComparison nullComparison = NullComparison.NullsFirst)
: base(nullComparison)
{
this.titleComparer = new TitleComparer(culture);
this.baseComparer = ComparerBuilder.For <FranchiseEntry>()
.OrderBy(this.GetTitleName, this.titleComparer)
.ThenBy(entry => entry.GetStartYear())
.ThenBy(entry => entry.GetEndYear());
}
public void FilenameContainsSeriesName_DoesNotContainSeriesName_ReturnsFalse()
{
TitleComparer comparer = new TitleComparer();
EpisodeForComparingDto episodeObject = new EpisodeForComparingDto()
{
SeriesName = "The Chilling Adventures of Sabrina",
SeasonNumber = 1,
EpisodeNumberInSeason = 4,
EpisodeTitle = "Witch Academy"
};
string fileName = @"doctor.who.2005.s11e10.the.battle.of.ranskoor.av.kolos.720p.web.dl.hevc.x265.rmteam.mkv";
Assert.False(comparer.FilenameContainsSeriesName(episodeObject, fileName));
}
public void FilenameContainsSeriesName_ContainsSeriesName_ReturnsTrue()
{
TitleComparer comparer = new TitleComparer();
EpisodeForComparingDto episodeObject = new EpisodeForComparingDto()
{
SeriesName = "The Chilling Adventures of Sabrina",
SeasonNumber = 1,
EpisodeNumberInSeason = 4,
EpisodeTitle = "Witch Academy"
};
string fileName = @"the.chilling.adventures.of.sabrina.s01e04.720p.webrip.hevc.x265.rmteam.mkv";
Assert.True(comparer.FilenameContainsSeriesName(episodeObject, fileName));
}
public void GetSeasonEpisodeInNumberFormat_Valid_ReturnTrue()
{
EpisodeForComparingDto episodeObject = new EpisodeForComparingDto()
{
SeriesName = "The Orville",
SeasonNumber = 2,
EpisodeNumberInSeason = 9,
EpisodeTitle = "Identity, Part 2"
};
TitleComparer comparer = new TitleComparer();
string expected = "2.09";
Assert.Equal(expected, comparer.GetSeasonEpisodeInNumberFormat(episodeObject));
}
static void Main(string[] args)
{
List <Book> books = Book.InitBooks();
ShowBooks(books);
// Sort the books by title
// TitleComparer does a compare on BookTitle
// We gain the compare on Book by contravariance
// Only valid in .NET 4.0!
TitleComparer comp = new TitleComparer();
books.Sort(comp);
ShowBooks(books);
}
public void CreateEpisodeObjectFromFilename_ValidFile_CreatesObject()
{
TitleComparer comparer = new TitleComparer();
string fileName = @"the.chilling.adventures.of.sabrina.s01e07.720p.webrip.hevc.x265.rmteam.mkv";
int expectedSeason = 1;
int expectedEpisode = 7;
string expectedTitle = "the chilling adventures of sabrina";
EpisodeForComparingDto epDto = comparer.CreateEpisodeObjectFromFilename(fileName);
Assert.Equal(expectedSeason, epDto.SeasonNumber);
Assert.Equal(expectedEpisode, epDto.EpisodeNumberInSeason);
Assert.Equal(expectedTitle, epDto.SeriesName);
}
public void GetSeriesNameInLowercaseAndPeriodsWithoutStartingArticle_ReturnsTrue()
{
TitleComparer comparer = new TitleComparer();
EpisodeForComparingDto episodeObject = new EpisodeForComparingDto()
{
SeriesName = "The Chilling Adventures of Sabrina",
SeasonNumber = 1,
EpisodeNumberInSeason = 4,
EpisodeTitle = "Witch Academy"
};
string expected = "chilling.adventures.of.sabrina";
string result = comparer.GetSeriesNameInLowercaseAndPeriodsWithoutStartingArticle(episodeObject);
Assert.Equal(expected, result);
}
public void ContainsSeasonEpisode_DoesContain_ReturnTrue()
{
EpisodeForComparingDto episodeObject = new EpisodeForComparingDto()
{
SeriesName = "Counterpart",
SeasonNumber = 2,
EpisodeNumberInSeason = 9,
EpisodeTitle = "You to You"
};
string fileName = @"counterpart.s02e09.you.to.you.720p.webrip.hevc.x265.rmteam.mkv";
bool expected = true;
TitleComparer comparer = new TitleComparer();
bool result = comparer.FilenameContainsSeasonEpisode(episodeObject, fileName);
Assert.Equal(expected, result);
}
public ListItemTitleComparer(
CultureInfo culture,
IComparer <ListItem> otherComparer,
Func <ListItem, string> getTitle,
Func <Franchise, string> getFranchiseTitle,
NullComparison nullComparison = NullComparison.NullsFirst)
: base(nullComparison)
{
this.getTitle = getTitle;
this.getFranchiseTitle = getFranchiseTitle;
this.titleComparer = new TitleComparer(culture);
this.otherComparer = otherComparer;
this.titleAndOtherComparer = ComparerBuilder.For <ListItem>()
.OrderBy(this.getTitle, this.titleComparer)
.ThenBy(otherComparer);
}
public ActionResult Index()
{
List <Book> books = new List <Book>(db.Books);
string sorting = Request.Cookies["sorting"]?.Value ?? String.Empty;
if (sorting.Equals("byName"))
{
TitleComparer titleComparer = new TitleComparer();
books.Sort(titleComparer);
}
else if (sorting.Equals("byYear"))
{
YearComparer yearComparer = new YearComparer();
books.Sort(yearComparer);
}
ViewBag.Books = books;
return(View());
}
public static MalAnime SearchListForShow(string username, string title)
{
// Clean out any accented characters from the show title
var tempBytes = System.Text.Encoding.GetEncoding("ISO-8859-8").GetBytes(title);
title = System.Text.Encoding.UTF8.GetString(tempBytes);
var searchRequest = WebRequest.Create(string.Format(MalListUrl, username)) as HttpWebRequest;
searchRequest.Method = "GET";
var searchResponse = (HttpWebResponse)searchRequest.GetResponse();
string animeList = string.Empty;
using (var reader = new System.IO.StreamReader(searchResponse.GetResponseStream(), ASCIIEncoding.ASCII))
{
// this is XML
animeList = reader.ReadToEnd();
}
var responseAsXml = new XmlDocument();
responseAsXml.LoadXml(animeList);
var responseAsJson = JsonConvert.SerializeXmlNode(responseAsXml.GetElementsByTagName("myanimelist")[0]);
var malList = JsonConvert.DeserializeObject <MyAnimeList>(responseAsJson);
var currentlyWatching = from show in malList.AnimeList.AllAnime
where show.MyStatus == MalStatus.Watching
select show;
MalAnime currentShow = new MalAnime();
try
{
currentShow = (from show in currentlyWatching
where (TitleComparer.Compute(show.Title, title) < 5 || show.Title.ToLower().Contains(title.ToLower()))
select show).First();
}
catch
{
//Usually the title from Plex is the English title and not the default Japanese title. Check the Synonyms.
foreach (var show in currentlyWatching)
{
foreach (var altTitle in show.Synonyms.Replace("; ", ";").ToLower().Split(';'))
{
currentShow = (altTitle.Contains(title.ToLower())) ? show : null;
if (currentShow != null)
{
break;
}
}
if (currentShow != null)
{
break;
}
}
if (currentShow == null)
{
// Last resort, split the show by spaces and try to find a word
try
{
foreach (var word in title.Split(' '))
{
var showByWord = (from show in currentlyWatching
where show.Title.Contains(word)
select show);
if (showByWord.Any())
{
currentShow = showByWord.First();
break;
}
}
}
catch (Exception ex)
{
Logger.CreateLogEntry(LogType.Error, ex, DateTime.Now);
currentShow = null;
}
}
}
if (string.IsNullOrEmpty(currentShow.Title))
{
Logger.CreateLogEntry(LogType.Error, "MAL Search was not successful.", DateTime.Now);
throw new Exception("MAL show was not found successfully.");
}
Logger.CreateLogEntry(LogType.Success, $"MAL API search was successful for {title}. ID: {currentShow.Id} | Total Episodes: {currentShow.Episodes}", DateTime.Now);
return(currentShow);
}
public bool Equals(string title)
{
return(TitleComparer.Equals(Title, title));
}
public static async Task <bool> UpdateListAsync(RegisterValues values, PlexRequest plexRequest)
{
var entries = await GetListForUser(values.UserName);
var title = plexRequest.Metadata.GrandparentTitle;
AniListAnime currentShow = new AniListAnime();
try
{
currentShow = entries.Entries
.Where(x => TitleComparer.Compute(x.MediaItem.Title.UserPreferred, title) < 5 ||
x.MediaItem.Title.UserPreferred.ToLower().Contains(title.ToLower())).First();
}
catch
{
try
{
currentShow = entries.Entries.Select(x => x)
.OrderByDescending(x => TitleComparer.Compute(x.MediaItem.Title.UserPreferred.ToLower(), title.ToLower()))
.First();
}
catch (Exception ex)
{
Logger.CreateLogEntry(LogType.Error, ex, DateTime.Now);
currentShow = null;
}
}
if (currentShow == null)
{
return(false);
}
var query = FormUpdateQuery(currentShow.EntryId, currentShow.MediaItem.Id, plexRequest.Metadata.Index);
var token = values.AniListAccessToken;
HttpWebRequest request = WebRequest.Create(BaseUrl + query) as HttpWebRequest;
request.Method = "POST";
request.Headers["Authorization"] = "Bearer " + token;
AniListSearchResponse aniListResponse;
try
{
var response = (HttpWebResponse)await request.GetResponseAsync();
using (var reader = new StreamReader(response.GetResponseStream(), Encoding.ASCII))
{
var aniListResponseString = reader.ReadToEnd();
aniListResponse = JsonConvert.DeserializeObject <AniListSearchResponse>(aniListResponseString);
}
}
catch (Exception ex)
{
return(false);
}
return(true);
}
