private List <CandidateEdition> GetDbCandidatesByBook(Book book, bool includeExisting)
{
// Sort by most voted so less likely to swap to a random release
return(GetDbCandidatesByEdition(_editionService.GetEditionsByBook(book.Id)
.OrderByDescending(x => x.Ratings.Votes)
.ToList(), includeExisting));
}
private void AddDbIds(string authorId, Book book, Dictionary <string, AuthorMetadata> authors)
{
var dbBook = _bookService.FindById(book.ForeignBookId);
if (dbBook != null)
{
book.UseDbFieldsFrom(dbBook);
var editions = _editionService.GetEditionsByBook(dbBook.Id).ToDictionary(x => x.ForeignEditionId);
// If we have any database editions, exactly one will be monitored.
// So unmonitor all the found editions and let the UseDbFieldsFrom set
// the monitored status
foreach (var edition in book.Editions.Value)
{
edition.Monitored = false;
if (editions.TryGetValue(edition.ForeignEditionId, out var dbEdition))
{
edition.UseDbFieldsFrom(dbEdition);
}
}
// Double check at least one edition is monitored
if (book.Editions.Value.Any() && !book.Editions.Value.Any(x => x.Monitored))
{
var mostPopular = book.Editions.Value.OrderByDescending(x => x.Ratings.Popularity).First();
mostPopular.Monitored = true;
}
}
var author = _authorService.FindById(authorId);
if (author == null)
{
if (!authors.TryGetValue(authorId, out var metadata))
{
throw new BookInfoException(string.Format("Expected author metadata for id [{0}] in book data {1}", authorId, book));
}
author = new Author
{
CleanName = Parser.Parser.CleanAuthorName(metadata.Name),
Metadata = metadata
};
}
book.Author = author;
book.AuthorMetadata = author.Metadata.Value;
book.AuthorMetadataId = author.AuthorMetadataId;
}
public List <EditionResource> GetEditions(int bookId)
{
var editions = _editionService.GetEditionsByBook(bookId);
return(editions.ToResource());
}
