public IEnumerable <JsonObjectDto> IntersectChangedValues(CompareJsonObjects compareObjects)
{
var jsonA = compareObjects.JsonA;
var jsonB = compareObjects.JsonB;
var changedValues = new Dictionary <JsonPkDto, JsonValueDto>();
foreach (var a in jsonA)
{
//if have same keys and different values
if (jsonB.ContainsKey(a.Key) && !a.Value.Equals(jsonB[a.Key]))
{
var mergedValue = a.Value.Merge(jsonB[a.Key]);
if (mergedValue.HasValue())
{
changedValues.Add(a.Key, mergedValue);
}
}
}
var jsonObjects = changedValues.Select(c => new JsonObjectDto
{
PrimaryKey = c.Key,
Values = c.Value
});
return(jsonObjects);
}
public ComparePkDto IntersectPrimaryKeys(CompareJsonObjects compareObjects)
{
var jsonA = compareObjects.JsonA;
var jsonB = compareObjects.JsonB;
var compPk = new ComparePkDto();
foreach (var a in jsonA)
{
if (!jsonB.ContainsKey(a.Key))
{
compPk.JsonAPrimaryKeys.Add(a.Key);
}
}
foreach (var b in jsonB)
{
if (!jsonA.ContainsKey(b.Key))
{
compPk.JsonBPrimaryKeys.Add(b.Key);
}
}
return(compPk);
}
public bool TryParseJsonFiles(string fileA, string fileB, out CompareJsonObjects compareObjects)
{
var serializer = new JsonSerializer();
try
{
compareObjects = new CompareJsonObjects
{
JsonA = DeserializeFile(fileA, serializer),
JsonB = DeserializeFile(fileB, serializer)
};
return(true);
} catch
{
compareObjects = null;
return(false);
}
}
public Dictionary <PrimaryKeyDto, ValueDto> IntersectByPrimaryKey(CompareJsonObjects compareObjects, bool shouldLeaveOnlyChangedValues)
{
throw new NotImplementedException();
}
public CompareJsonObjects ExceptIntersect(CompareJsonObjects compareObjects)
{
throw new NotImplementedException();
}
