//
// Anime TimeSpan Handler
//
//This method querys AniDB and gets the TimeSpan to the next episode
//Returns MaxTimeSpan if there is no episode
//May return a negative Timespan if the end already aired
public static Tuple <string, TimeSpan> GetNextEpisodeTimeSpan(string animeID)
{
//First we create the query Adress
string adress = BuildAniDBQueryAdress(animeID);
//We query the XMLDocument containing the airtimes
XmlDocument aniDBEntry = HttpRequester.GetHttpXmlDocument(adress, DecompressionMethods.GZip);
//AniDBEntry is null if we found no Entry
if (aniDBEntry == null)
{
return(new Tuple <string, TimeSpan>("No entry", TimeSpan.MaxValue));
}
//We get the Anime Name
string animeName = GetAnimeName(aniDBEntry);
//We get the Airtime of the next episode
DateTime nextEpisodeDate = ExtractNextDate(aniDBEntry);
//If there is no next episode DateTime is Maxvalue
if (nextEpisodeDate == DateTime.MaxValue)
{
return(new Tuple <string, TimeSpan>(animeName, TimeSpan.MaxValue));
}
//Calculating the Timespan to the Next Episode
TimeSpan timeToNextEpisode = GetTimeUntilDateTime(nextEpisodeDate);
return(new Tuple <string, TimeSpan>(animeName, timeToNextEpisode));
}
//This method returns the IDs of all Animes matching the query(animeName)
public static List <string> GetAnimeIDs(string animeName)
{
//Creating List
List <string> animeIDsList = new List <string>();
//creating the adress for our XmlRequest to receive the IDs
string adress = BuildIDQueryAdress(animeName);
//Getting the IDXmlDocument
XmlDocument aniIDXmlDocument = HttpRequester.GetHttpXmlDocument(adress);
//adding each ID to our IDList
//this method returns an empty list if we have found no matches
if (aniIDXmlDocument["animetitles"] == null ||
aniIDXmlDocument["animetitles"].ChildNodes.Count == 0)
{
return(animeIDsList);
}
//iterating over the entrys, extracting the aid
foreach (XmlNode animeEntry in aniIDXmlDocument["animetitles"].ChildNodes)
{
if (animeEntry.Attributes != null &&
animeEntry.Attributes.GetNamedItem("aid") != null &&
animeEntry.Attributes.GetNamedItem("aid").Value != null)
{
animeIDsList.Add(animeEntry.Attributes.GetNamedItem("aid").Value);
}
}
return(animeIDsList);
}
//This method returns a link to an (random)(the last) imagefile, matching the provider and tags
public static string GetFileLink(string tags, string provider)
{
string adress = AdressBuilder(tags, provider);
//Since we can pull multiple images at once we recieve a JArray instead of a JObject
JArray json = HttpRequester.GetHttpJSONArray(adress);
//json is null if we messed up
if (json == null)
{
return("Can not get acess to provider, provider-san is an ashole");
}
//jsons count is 0 if we got something but the tags found no match
if (json.Count == 0)
{
return("No File matching the tags found, you are an idiot");
}
//we only want to get the first image, so we take the first jsonObject in the JArray (we also request only one)
var innerJObject = json.First;
//we extract the field "file_url" from the json, works just like XML
string file_url = (string)innerJObject["file_url"];
//we create a link from the relative file_url
string fileLink = LinkBuilder(file_url, provider);
return(fileLink);
}
public static List <Tuple <string, string> > GetAnimeManga(string tag, AnimeManga tempAnimeManga)
{
string adress = AdressBuilder(tag, tempAnimeManga);
XmlDocument baseXmlResponse = HttpRequester.GetHttpXmlDocument(adress, "HaruhiBot", "HaruhiBot123");
if (baseXmlResponse == null)
{
return(null);
}
return(GetAnimeMangaDictionary(tempAnimeManga, baseXmlResponse));
}