//Takes the input from the user and runs a search based on them. Takes the results and places them in a collection that can be data binded later. Takes the user to the results page.
private async void Search_Click(object sender, RoutedEventArgs e)
{
sharedData.isAdvancedSearch = false;
sharedData.SearchBoxTerm = SearchBox.Text;
String SearchTerm = SearchBox.Text;
MusicSearchRootObject musicSearchRootObject = new MusicSearchRootObject();
Retriever retriever = new Retriever();
//Errors if things are missing
if (SearchOptions.Content.Equals("Select"))
{
WarningBlock.Text = "Please select a search option";
return;
}
if (SearchTerm.Equals(""))
{
WarningBlock.Text = "Please enter a search term";
return;
}
WarningBlock.Text = "";
//Calls API for root objects
if (SearchOptions.Content.Equals("Artist"))
{
sharedData.isArtistSearch = true;
musicSearchRootObject = await retriever.GetTrackSearchResults(SearchTerm, "", false, false);
}
else
{
sharedData.isArtistSearch = false;
musicSearchRootObject = await retriever.GetTrackSearchResults(SearchTerm, "", false, true);
}
sharedData.Music.Clear();
sharedData.SearchTerm = SearchTerm;
SearchResults = musicSearchRootObject.message.body.track_list;
//Making the observable collection of the results for the results page from the root object
foreach (TrackList trackList in SearchResults)
{
MusicViewModel music = new MusicViewModel()
{
TrackName = trackList.track.track_name,
TrackId = "" + trackList.track.track_id,
CommonTrackId = "" + trackList.track.commontrack_id,
ArtistName = trackList.track.artist_name
};
sharedData.Music.Add(music);
}
this.Frame.Navigate(typeof(ResultsPage), sharedData);
}
//Same as previous method, just for advanced search.
private async void AdvancedSearch_Click(object sender, RoutedEventArgs e)
{
sharedData.isAdvancedSearch = true;
sharedData.AdvancedSearchBoxTrack = AdvancedSearchTrack.Text;
sharedData.AdvancedSearchBoxArtist = AdvancedSearchArtist.Text;
MusicSearchRootObject musicSearchRootObject = new MusicSearchRootObject();
Retriever retriever = new Retriever();
if (AdvancedSearchTrack.Text.Equals("") || AdvancedSearchArtist.Text.Equals(""))
{
sharedData.noArtistOrTrack = true;
if (AdvancedSearchTrack.Text.Equals("") && AdvancedSearchArtist.Text.Equals(""))
{
AdvancedWarningBlock.Text = "Please enter a search term";
return;
}
}
else
{
sharedData.noArtistOrTrack = false;
}
AdvancedWarningBlock.Text = "";
musicSearchRootObject = await retriever.GetTrackSearchResults(AdvancedSearchTrack.Text, AdvancedSearchArtist.Text, true, true);
sharedData.Music.Clear();
if (sharedData.noArtistOrTrack)
{
sharedData.SearchTerm = AdvancedSearchTrack.Text + AdvancedSearchArtist.Text;
}
else
{
sharedData.SearchTerm = AdvancedSearchTrack.Text + " by " + AdvancedSearchArtist.Text;
}
SearchResults = musicSearchRootObject.message.body.track_list;
foreach (TrackList trackList in SearchResults)
{
MusicViewModel music = new MusicViewModel()
{
TrackName = trackList.track.track_name,
TrackId = "" + trackList.track.track_id,
CommonTrackId = "" + trackList.track.commontrack_id,
ArtistName = trackList.track.artist_name
};
sharedData.Music.Add(music);
}
this.Frame.Navigate(typeof(ResultsPage), sharedData);
}