public void PBToDTOSemanticChronology()
{
SemanticChronologyDTO dtoStart = Misc.CreateSemanticChronologyDTO;
PBSemanticChronology pb = dtoStart.ToPBSemanticChronology();
SemanticChronologyDTO dtoEnd = pb.ToSemanticChronology();
Assert.True(dtoStart.CompareTo(dtoEnd) == 0);
}
public static SemanticChronologyDTO ToSemanticChronology(this PBSemanticChronology c)
{
//# Tested
SemanticVersionDTO[] versions = new SemanticVersionDTO[c.Versions.Count];
for (Int32 i = 0; i < c.Versions.Count; i++)
{
versions[i] = c.Versions[i].ToSemanticVersion();
}
SemanticChronologyDTO retVal = new SemanticChronologyDTO(
c.PublicId.ToPublicId(),
c.PatternForSemantic.ToPublicId(),
c.ReferencedComponent.ToPublicId(),
versions.ToImmutableArray());
return(retVal);
}
public static PBSemanticChronology ToPBSemanticChronology(this SemanticChronologyDTO c)
{
//# Tested
PBSemanticChronology retVal = new PBSemanticChronology
{
PublicId = c.PublicId.ToPBPublicId(),
PatternForSemantic = c.PatternForSemantic.ToPBPublicId(),
ReferencedComponent = c.ReferencedComponentPublicId.ToPBPublicId()
};
PBSemanticVersion[] versions = new PBSemanticVersion[c.Versions.Length];
for (Int32 i = 0; i < c.Versions.Length; i++)
{
versions[i] = c.Versions[i].ToPBSemanticVersion();
}
retVal.Versions.AddRange(versions);
return(retVal);
}
