internal override void Parse(XElement element)
{
Id = element.ElementAsLong("id");
var bestBookElement = element.Element("best_book");
if (bestBookElement != null)
{
BestBook = new BestBook();
BestBook.Parse(bestBookElement);
}
BestBookId = element.ElementAsNullableLong("best_book_id");
BooksCount = element.ElementAsInt("books_count");
ReviewsCount = element.ElementAsInt("reviews_count");
RatingsSum = element.ElementAsInt("ratings_sum");
RatingsCount = element.ElementAsInt("ratings_count");
TextReviewsCount = element.ElementAsInt("text_reviews_count");
// Merge the Goodreads publication fields into one date property
var originalPublicationYear = element.ElementAsInt("original_publication_year");
var originalPublicationMonth = element.ElementAsInt("original_publication_month");
var originalPublicationDay = element.ElementAsInt("original_publication_day");
if (originalPublicationYear != 0 && originalPublicationMonth != 0 && originalPublicationDay != 0)
{
OriginalPublicationDate = new DateTime(originalPublicationYear, originalPublicationMonth, originalPublicationDay);
}
OriginalTitle = element.ElementAsString("original_title");
OriginalLanguageId = element.ElementAsNullableInt("original_language_id");
MediaType = element.ElementAsString("media_type");
// Parse out the rating distribution
var ratingDistributionElement = element.ElementAsString("rating_dist");
if (ratingDistributionElement != null)
{
var parts = ratingDistributionElement.Split('|');
if (parts != null && parts.Length > 0)
{
var ratingDistribution = new Dictionary <int, int>();
var ratings = parts.Select(x => x.Split(':'))
.Where(x => x[0] != "total")
.OrderBy(x => x[0]);
foreach (var rating in ratings)
{
int star = 0, count = 0;
int.TryParse(rating[0], out star);
int.TryParse(rating[1], out count);
ratingDistribution.Add(star, count);
}
RatingDistribution = ratingDistribution;
}
}
}
internal override void Parse(XElement element)
{
Id = element.ElementAsInt("id");
var bestBookElement = element.Element("best_book");
if (bestBookElement != null)
{
BestBook = new BestBook();
BestBook.Parse(bestBookElement);
}
BestBookId = element.ElementAsNullableInt("best_book_id");
BooksCount = element.ElementAsInt("books_count");
ReviewsCount = element.ElementAsInt("reviews_count");
RatingsSum = element.ElementAsInt("ratings_sum");
RatingsCount = element.ElementAsInt("ratings_count");
TextReviewsCount = element.ElementAsInt("text_reviews_count");
// Merge the Goodreads publication fields into one date property
var originalPublicationYear = element.ElementAsInt("original_publication_year");
var originalPublicationMonth = element.ElementAsInt("original_publication_month");
var originalPublicationDay = element.ElementAsInt("original_publication_day");
if (originalPublicationYear != 0 && originalPublicationMonth != 0 && originalPublicationDay != 0)
{
OriginalPublicationDate = new DateTime(originalPublicationYear, originalPublicationMonth, originalPublicationDay);
}
OriginalTitle = element.ElementAsString("original_title");
OriginalLanguageId = element.ElementAsNullableInt("original_language_id");
MediaType = element.ElementAsString("media_type");
// Parse out the rating distribution
var ratingDistributionElement = element.ElementAsString("rating_dist");
if (ratingDistributionElement != null)
{
var parts = ratingDistributionElement.Split('|');
if (parts != null && parts.Length > 0)
{
var ratingDistribution = new Dictionary<int, int>();
var ratings = parts.Select(x => x.Split(':'))
.Where(x => x[0] != "total")
.OrderBy(x => x[0]);
foreach (var rating in ratings)
{
int star = 0, count = 0;
int.TryParse(rating[0], out star);
int.TryParse(rating[1], out count);
ratingDistribution.Add(star, count);
}
RatingDistribution = ratingDistribution;
}
}
}