public void beforTest()
{
ARelation r3 = new ComplexRelation();
ARelation r4 = new ComplexRelation(Relator.Binary.AND);
ARelation r5 = new ComplexRelation(r4);
ARelation r6 = new ComplexRelation(Relator.Binary.AND, r4);
rArray = new ARelation[4] { r3, r4, r5, r6 };
}
public void beforTest()
{
ARelation r5 = new Between_Int(1, 2, "a", "b");
ARelation r6 = new Between_String("a", "b", "c", "d");
ARelation r3 = new IntSearch(1234, "a", "b");
ARelation r4 = new EndingAttributeSearch(Ending.Attribute.Cold, "a", "b");
ARelation r1 = new StringSearch("a", "b", "c");
ARelation r2 = new ComplexRelation();
rArray = new ARelation[4] { r1, r2, r3, r4 };
}
/// <summary>
/// Aetzend!
/// </summary>
/// <param name="job"></param>
/// <returns></returns>
/// <remarks>
/// Wozu diese Konvertierung? Davon abgesehen das ARelation lange vor(!) ISearchItemDto da war...
/// </remarks>
public ARelation job2Relation(ISearchJobDto job)
{
ComplexRelation relation = new ComplexRelation(job.BinaryRelator);
foreach(ASearchItemDto item in job.SearchItemList) {
if(item.HasNoSearchPhrase) { continue; }
if( item is SearchItem_Between_Dto)
relation.addRelata(this.convert(item as SearchItem_Between_Dto));
else
relation.addRelata(this.convert(item as SearchItem_Like_Dto));
}
return relation;
}
/// @todo Naming.
public static ComplexRelation combine(Relator.Binary binaryRelator, ASimpleRelation s1, ASimpleRelation s2)
{
Check.Require(s1 != null && s2 != null, "No null arguments!");
ComplexRelation s1_s2;
if(binaryRelator == Relator.Binary.AND)
s1_s2 = new ComplexRelation();
else
s1_s2 = new ComplexRelation(Relator.Binary.OR);
s1_s2.addRelata(s1, s2);
return s1_s2;
}
public void runBeforTest()
{
titel = "Love";
autor = "Hill";
TITEL = new StringSearch(titel, Track.Property.Titel.ToString(), Titel.Property.Name.ToString());
AUTOR = new StringSearch(autor, Track.Property.Autor.ToString(), Autor.Property.Name.ToString());
AND = new ComplexRelation();
OR = new ComplexRelation(Relator.Binary.OR);
}
public void can_search_Titel_or_Bpm2()
{
int bpm = 100;
ASimpleRelation BPM = new IntSearch(bpm, Track.Property.Bpm.ToString(), Bpm.Property.Value.ToString());
ComplexRelation cr = new ComplexRelation(Relator.Binary.OR, BPM, this.TITEL);
IList<Track> tracks = TrackSearch_Service.getTrackListing(cr);
IList<Track> tracksTITEL = TrackSearch_Service.getTrackListing(this.TITEL);
foreach(Track track in tracks)
Assert.IsTrue(
(track.Bpm ?? new Bpm(0)).Value == bpm ||
Regex.IsMatch(track.Titel.Name, this.titel, RegexOptions.IgnoreCase)
);
Assert.IsTrue(tracks.Count >= tracksTITEL.Count);
}
public void can_search_Bpm_or_Year()
{
Bpm bpm = new Bpm(140);
Year year = new Year(8);
ASimpleRelation BPM = new IntSearch(140, Track.Property.Bpm.ToString(), Bpm.Property.Value.ToString());
ASimpleRelation YEAR = new IntSearch(2008, Track.Property.Year.ToString(), Year.Property.Value.ToString());
ComplexRelation cr = new ComplexRelation(Relator.Binary.OR, BPM, YEAR);
IList<Track> tracks = TrackSearch_Service.getTrackListing(cr);
foreach(Track track in tracks)
Assert.IsTrue(track.Bpm.Value == bpm.Value || track.Year.Value == year.Value);
}
public void can_getTrackListing_by_Titel_by_ComplexRelation_and_Autor_by_ComplexRelation()
{
ComplexRelation searchPattern = new ComplexRelation();
ComplexRelation complex1 = new ComplexRelation();
ComplexRelation complex2 = new ComplexRelation();
complex1.addRelata(this.TITEL);
searchPattern.addRelata(complex1);
complex2.addRelata(this.AUTOR);
searchPattern.addRelata(complex2);
IList<Track> trackListing = TrackSearch_Service.getTrackListing(searchPattern);
this.showResult(trackListing);
this.showCount(trackListing);
foreach(Track track in trackListing) {
Assert.IsTrue(Regex.IsMatch(track.Titel.Name, titel, RegexOptions.IgnoreCase));
Assert.IsTrue(Regex.IsMatch(track.Autor.Name, autor, RegexOptions.IgnoreCase));
}
}
public void can_getTrackListing_by_Titel_and_Autor_AND_Titel_or_Autor()
{
AND.addRelata(TITEL, AUTOR);
OR.addRelata(TITEL, AUTOR);
ComplexRelation root = new ComplexRelation();
root.addRelata(AND, OR);
IList<Track> trackListing = TrackSearch_Service.getTrackListing(root);
this.showResult(trackListing);
this.showCount(trackListing);
foreach(Track track in trackListing) {
Assert.IsTrue(
(
Regex.IsMatch(track.Titel.Name, titel, RegexOptions.IgnoreCase) &&
Regex.IsMatch(track.Autor.Name, autor, RegexOptions.IgnoreCase)
)
&&
(
Regex.IsMatch(track.Titel.Name, titel, RegexOptions.IgnoreCase) ||
Regex.IsMatch(track.Autor.Name, autor, RegexOptions.IgnoreCase)
)
);
}
}
