public void ConceptChronologyDTOIsEquivalentTest()
{
{
ConceptChronologyDTO a = Misc.CreateConceptChronologyDTO;
ConceptChronologyDTO b = Misc.CreateConceptChronologyDTO;
Assert.True(a.IsEquivalent(b));
}
{
ConceptChronologyDTO a = Misc.CreateConceptChronologyDTO;
ConceptChronologyDTO b = Misc.CreateConceptChronologyDTO
with
{
PublicId = new PublicId(Misc.other)
};
Assert.False(a.IsEquivalent(b));
}
{
ConceptChronologyDTO a = new ConceptChronologyDTO(
Misc.PublicIdG,
Misc.ConceptVersionsBase(Misc.PublicIdG).ToImmutableArray()
);
ConceptChronologyDTO b = new ConceptChronologyDTO(
Misc.PublicIdG,
new ConceptVersionDTO[]
{
Misc.cv1(Misc.PublicIdG)
}.ToImmutableArray()
);
Assert.False(a.IsEquivalent(b));
}
}
public void ConceptChronologyDTOCompareToTest()
{
{
ConceptChronologyDTO a = Misc.CreateConceptChronologyDTO;
ConceptChronologyDTO b = Misc.CreateConceptChronologyDTO;
Assert.True(a.CompareTo(b) == 0);
}
{
ConceptChronologyDTO a = Misc.CreateConceptChronologyDTO;
ConceptChronologyDTO b = Misc.CreateConceptChronologyDTO
with
{
PublicId = new PublicId(Misc.g2, Misc.g2, Misc.g3, Misc.g4)
};
Assert.False(a.CompareTo(b) == 0);
}
{
ConceptChronologyDTO a = new ConceptChronologyDTO(
Misc.PublicIdG,
Misc.ConceptVersionsBase(Misc.PublicIdG).ToImmutableArray()
);
ConceptChronologyDTO b = new ConceptChronologyDTO(
Misc.PublicIdG,
new ConceptVersionDTO[]
{
Misc.cv1(Misc.PublicIdG)
}.ToImmutableArray()
);
Assert.False(a.CompareTo(b) == 0);
}
}
public void PBToDTOConceptChronology()
{
ConceptChronologyDTO dtoStart = Misc.CreateConceptChronologyDTO;
PBConceptChronology pb = dtoStart.ToPBConceptChronology();
ConceptChronologyDTO dtoEnd = pb.ToConceptChronology();
Assert.True(dtoStart.CompareTo(dtoEnd) == 0);
}
public void ConceptChronologyDTOFieldsTest()
{
ConceptChronologyDTO dtoStart = Misc.CreateConceptChronologyDTO;
Misc.Compare(dtoStart.PublicId, Misc.g1, Misc.g2, Misc.g3, Misc.g4);
Misc.Compare(dtoStart.Versions,
Misc.ConceptVersionsBase(Misc.PublicIdG));
}
public static PBConceptChronology ToPBConceptChronology(this ConceptChronologyDTO c)
{
//# Tested
PBConceptChronology retVal = new PBConceptChronology
{
PublicId = c.PublicId.ToPBPublicId()
};
PBConceptVersion[] versions = new PBConceptVersion[c.Versions.Length];
for (Int32 i = 0; i < c.Versions.Length; i++)
{
versions[i] = c.Versions[i].ToPBConceptVersion();
}
retVal.ConceptVersions.AddRange(versions);
return(retVal);
}
/// <summary>
/// Read Tinkar items from file.
/// </summary>
/// <returns>Object[].</returns>
public IEnumerable <ComponentDTO> GetComponents()
{
JObject jObject = this.ReadJsonObject();
JArray items = (JArray)jObject["root"];
foreach (JObject item in items)
{
String className = (String)item["class"];
switch (className)
{
case ConceptChronologyDTO.JSONCLASSNAME:
yield return(ConceptChronologyDTO.Make(item));
break;
case PatternChronologyDTO.JSONCLASSNAME:
yield return(PatternChronologyDTO.Make(item));
break;
case SemanticChronologyDTO.JSONCLASSNAME:
yield return(SemanticChronologyDTO.Make(item));
break;
case ConceptDTO.JSONCLASSNAME:
yield return(ConceptDTO.Make(item));
break;
case PatternDTO.JSONCLASSNAME:
yield return(PatternDTO.Make(item));
break;
case SemanticDTO.JSONCLASSNAME:
yield return(SemanticDTO.Make(item));
break;
default:
throw new NotImplementedException($"Tinkar class {className} not known");
}
}
}
public void ConceptChronologyDTOJsonMarshal()
{
ConceptChronologyDTO dtoStart = Misc.CreateConceptChronologyDTO;
MemoryStream ms = new MemoryStream();
using (TinkarJsonOutput output = new TinkarJsonOutput(ms, true))
{
dtoStart.Marshal(output);
}
ms.Dump();
ms.Position = 0;
using (TinkarJsonInput input = new TinkarJsonInput(ms))
{
ConceptChronologyDTO dtoEnd = ConceptChronologyDTO.Make(input.ReadJsonObject());
Assert.True(dtoStart.CompareTo(dtoEnd) == 0);
}
}
public void ConceptChronologyDTOMarshalTest()
{
ConceptChronologyDTO dtoStart = new ConceptChronologyDTO(
Misc.PublicIdG,
Misc.ConceptVersionsBase(Misc.PublicIdG).ToImmutableArray()
);
MemoryStream ms = new MemoryStream();
using (TinkarOutput output = new TinkarOutput(ms))
{
output.WriteField(dtoStart);
}
ms.Position = 0;
using (TinkarInput input = new TinkarInput(ms))
{
ConceptChronologyDTO dtoRead = (ConceptChronologyDTO)input.GetField();
Assert.True(dtoStart.CompareTo(dtoRead) == 0);
}
}
/// <summary>
/// Read IJsonMarshalable values from the named child property.
/// </summary>
/// <param name="jObj">JSON parent container.</param>
/// <returns>IJsonMarshalable values.</returns>
private static IJsonMarshalable ReadJsonMarshable(this JObject jObj)
{
String actualClassName = jObj[ComponentFieldForJson.CLASS]?.Value <String>();
switch (actualClassName)
{
case null:
throw new Exception($"{TErr} Missing CLASS Declaration");
case ConceptChronologyDTO.JSONCLASSNAME:
return(ConceptChronologyDTO.Make(jObj));
case ConceptDTO.JSONCLASSNAME:
return(ConceptDTO.Make(jObj));
case PatternChronologyDTO.JSONCLASSNAME:
return(PatternChronologyDTO.Make(jObj));
case PatternDTO.JSONCLASSNAME:
return(PatternDTO.Make(jObj));
case SemanticChronologyDTO.JSONCLASSNAME:
return(SemanticChronologyDTO.Make(jObj));
case SemanticDTO.JSONCLASSNAME:
return(SemanticDTO.Make(jObj));
case SpatialPointDTO.JSONCLASSNAME:
return(SpatialPointDTO.Make(jObj));
case PlanarPointDTO.JSONCLASSNAME:
return(PlanarPointDTO.Make(jObj));
default:
throw new NotImplementedException($"Class {actualClassName} not known");
}
}
/// <summary>
/// Create serialized output test cases.
/// These can be read into java side to compare java and c# implementations.
/// </summary>
public List <ComponentDTO> CreateComponents()
{
List <ComponentDTO> retVal = new List <ComponentDTO>();
{
IPublicId pid = NextPublicId(1);
// Write ConceptChronologyDTO.
ConceptChronologyDTO dto = new ConceptChronologyDTO(
pid,
new ConceptVersionDTO[]
{
new ConceptVersionDTO(pid, NextStamp()),
new ConceptVersionDTO(pid, NextStamp())
}.ToImmutableArray()
);
retVal.Add(dto);
}
{
ConceptDTO dto = new ConceptDTO(NextPublicId(4));
retVal.Add(dto);
}
{
IPublicId pid = NextPublicId(1);
PatternChronologyDTO dto = new PatternChronologyDTO(
pid,
new PatternVersionDTO[]
{
new PatternVersionDTO(
pid,
NextStamp(),
NextPublicId(4),
NextPublicId(5),
new FieldDefinitionDTO[] {
new FieldDefinitionDTO(
NextPublicId(4),
NextPublicId(3),
NextPublicId(2)
),
new FieldDefinitionDTO(
NextPublicId(1),
NextPublicId(2),
NextPublicId(3)
)
}.ToImmutableArray()
)
}.ToImmutableArray()
);
retVal.Add(dto);
}
{
PatternDTO dto = new PatternDTO(NextPublicId(2));
retVal.Add(dto);
}
{
IPublicId componentPublicId = NextPublicId(4);
IPublicId patternForSemanticPublicId = NextPublicId(3);
IPublicId referencedComponentPublicId = NextPublicId(2);
SemanticChronologyDTO dto = new SemanticChronologyDTO(
componentPublicId,
patternForSemanticPublicId,
referencedComponentPublicId,
new SemanticVersionDTO[]
{
new SemanticVersionDTO(
componentPublicId,
NextStamp(),
new Object[]
{
true, false,
new byte[] { }, new byte[] { 1, 2, 3 },
0.3F,
-1, 0, 1,
"abcdef",
new DateTime(2020, 1, 2),
new SpatialPointDTO(1, 2, 3),
new PlanarPointDTO(-1, -2)
}.ToImmutableArray()
)
}.ToImmutableArray()
);
retVal.Add(dto);
}
{
SemanticDTO dto = new SemanticDTO(NextPublicId(4));
retVal.Add(dto);
}
{
SemanticVersionDTO dto =
new SemanticVersionDTO(
NextPublicId(3),
NextStamp(),
new Object[]
{
true, false,
new byte[] { }, new byte[] { 1, 2, 3 },
0.3F,
-1, 0, 1,
"abcdef",
new DateTime(2020, 1, 2),
new SpatialPointDTO(1, 2, 3),
new PlanarPointDTO(-1, -2)
}.ToImmutableArray()
);
}
return(retVal);
}
/// <summary>
/// Read an array or Object fields.
/// </summary>
/// <returns>Object[].</returns>
public Object GetField()
{
FieldDataType token;
try
{
token = (FieldDataType)this.reader.ReadByte();
}
catch
{
return(null);
}
switch (token)
{
case FieldDataType.ConceptChronologyType:
return(ConceptChronologyDTO.Make(this));
case FieldDataType.PatternChronologyType:
return(PatternChronologyDTO.Make(this));
case FieldDataType.SemanticChronologyType:
return(SemanticChronologyDTO.Make(this));
case FieldDataType.ConceptVersionType:
throw new NotImplementedException();
case FieldDataType.PatternVersionType:
throw new NotImplementedException();
case FieldDataType.SemanticVersionType:
throw new NotImplementedException();
case FieldDataType.StampType:
throw new NotImplementedException();
case FieldDataType.ConceptType:
return(ConceptDTO.Make(this));
case FieldDataType.PatternType:
return(PatternDTO.Make(this));
case FieldDataType.SemanticType:
return(SemanticDTO.Make(this));
case FieldDataType.DiTreeType:
return(DiTreeDTO.Make(this));
case FieldDataType.DiGraphType:
return(DiGraphDTO.Make(this));
case FieldDataType.VertexType:
throw new NotImplementedException();
case FieldDataType.ComponentIdList:
return(this.GetPublicIdList());
case FieldDataType.ComponentIdSet:
return(this.GetPublicIdSet());
case FieldDataType.PlanarPoint:
return(new PlanarPointDTO(this.GetInt32(), this.GetInt32()));
case FieldDataType.SpatialPoint:
return(new SpatialPointDTO(this.GetInt32(), this.GetInt32(), this.GetInt32()));
case FieldDataType.StringType:
return(this.GetUTF());
case FieldDataType.IntegerType:
return(this.GetInt32());
case FieldDataType.FloatType:
return(this.GetSingle());
case FieldDataType.BooleanType:
return(this.GetBoolean());
case FieldDataType.ByteArrayType:
return(this.GetByteArray());
case FieldDataType.ObjectArrayType:
return(this.GetObjects().ToArray());
case FieldDataType.InstantType:
return(this.GetInstant());
default:
throw new NotImplementedException($"FieldDataType {token} not known");
}
}