public List <TaxonRank> GetDefaultChildRanks(string parentElemType, string kingdomCode)
{
var list = new List <TaxonRank>();
StoredProcReaderForEach("spBiotaDefGetChildren", (reader) => {
list.Add(TaxonMapper.MapTaxonRank(reader));
}, _P("vchrRank", parentElemType), _P("vchrKingdom", kingdomCode));
return(list);
}
public List <Taxon> GetTaxaForParent(int taxonId)
{
List <Taxon> taxa = new List <Taxon>();
StoredProcReaderForEach("spBiotaList", (reader) => {
taxa.Add(TaxonMapper.MapTaxon(reader));
}, new SqlParameter("intParentId", taxonId));
return(taxa);
}
public List <Taxon> GetTopLevelTaxa()
{
List <Taxon> taxa = new List <Taxon>();
StoredProcReaderForEach("spBiotaListTop", (reader) => {
taxa.Add(TaxonMapper.MapTaxon(reader));
});
return(taxa);
}
public List <Taxon> GetExpandFullTree(int taxonId)
{
List <Taxon> taxa = new List <Taxon>();
StoredProcReaderForEach("spBiotaListFullTree", (reader) => {
taxa.Add(TaxonMapper.MapTaxon(reader, new ConvertingMapper("NumChildren", (elem) => { return(Int32.Parse(elem == null ? "-1" : elem.ToString())); })));
}, new SqlParameter("intParentId", taxonId));
return(taxa);
}
public List <TaxonSearchResult> FindTaxa(string searchTerm)
{
List <TaxonSearchResult> taxa = new List <TaxonSearchResult>();
searchTerm = EscapeSearchTerm(searchTerm, true); /// * are wildcards, replace them with the SQL wildcard
StoredProcReaderForEach("spBiotaFind", (reader) => {
taxa.Add(TaxonMapper.MapTaxonSearchResult(reader));
}, new SqlParameter("vchrLimitations", ""), new SqlParameter("vchrTaxaToFind", searchTerm));
return(taxa);
}
/// <summary>
/// The rank list is cached because it rarely, if ever, changes.
/// </summary>
/// <returns></returns>
public List <TaxonRank> GetTaxonRanks()
{
lock (_rankLock) {
if (_rankList == null)
{
_rankList = new List <TaxonRank>();
StoredProcReaderForEach("spBiotaDefRankGetAll", (reader) => {
_rankList.Add(TaxonMapper.MapTaxonRank(reader));
});
}
}
return(_rankList);
}
