//// Идея хорошая, но надо менять схему реализации
//private GroupedEntities getable;
//private Dictionary<int, object[]> geHash;
public ColumnsStore(string path, IStringIntCoding entityCoding, PredicatesCoding predicatesCoding, NameSpaceStore nameSpaceStore, LiteralStoreAbstract literalStore)
: base(path, entityCoding, predicatesCoding, nameSpaceStore, literalStore)
{
InitTypes();
otriplets_op_filePath = path + "otriples_op.pac";
otriples_filePath = path + "otriples.pac";
dtriples_filePath = path + "dtriples.pac";
dataPredicatesColumn_filePath = path + "dataPredicatesColumn.pac";
objPredicatesColumn_filePath = path + "objPredicatesColumn.pac";
invPredicatesColumn_filePath = path + "invPredicatesColumn.pac";
invSubjectsColumn_filePath = path + "invSubjectsColumn.pac";
objectsColumn_filePath = path + "objectsColumn.pac";
dataColumn_filePath = path + "dataColumn.pac";
Open(File.Exists(otriples_filePath));
ewt = new EntitiesWideTable(path, 3);
//ewtHash = new EntitiesMemoryHashTable(ewt);
// ewtHash.Load();
//getable = new GroupedEntities(path); // Это хорошая идея, но нужно менять схему реализации
//getable.CheckGroupedEntities();
//geHash = getable.GroupedEntitiesHash();
}
protected RDFIntStoreAbstract(string path, IStringIntCoding entityCoding, PredicatesCoding predicatesCoding,
NameSpaceStore nameSpaceStore, LiteralStoreAbstract literalStore)
: this(entityCoding, predicatesCoding, nameSpaceStore, literalStore, new ScaleCell(path))
{
// TODO: Complete member initialization
this.path = path;
}
public virtual void MakeIndexed()
{
EntityCoding.MakeIndexed();
PredicatesCoding.MakeIndexed();
NameSpaceStore.Flush();
Scale.Flush();
LiteralStore.Flush();
}
public virtual void Clear()
{
LiteralStore.Clear();
EntityCoding.Clear();
PredicatesCoding.Clear();
NameSpaceStore.Clear();
LiteralStore.InitConstants(NameSpaceStore);
Scale.Clear();
}
public virtual void WarmUp()
{
LiteralStore.WarmUp();
EntityCoding.WarmUp();
PredicatesCoding.WarmUp();
if (Scale.Filescale)
{
Scale.WarmUp();
}
// NameSpaceStore.WarmUp();
}
protected RDFIntStoreAbstract(IStringIntCoding entityCoding, PredicatesCoding predicatesCoding, NameSpaceStore nameSpaceStore, LiteralStoreAbstract literalStore,
ScaleCell scale)
{
this.literalStore = literalStore;
this.entityCoding = entityCoding;
this.nameSpaceStore = nameSpaceStore;
this.predicatesCoding = predicatesCoding;
this.scale = scale;
if (!scale.Cell.IsEmpty)
{
scale.CalculateRange();
}
}
/// <summary>
/// Конструктор
/// </summary>
/// <param name="path">директория базы данных с (обратным) слешем</param>
/// <param name="literalStore"></param>
/// <param name="entityCoding"></param>
/// <param name="nameSpaceStore"></param>
/// <param name="predicatesCoding"></param>
public RdfTrees(string path, IStringIntCoding entityCoding, PredicatesCoding predicatesCoding, NameSpaceStore nameSpaceStore, LiteralStoreAbstract literalStore)
: base(path, entityCoding, predicatesCoding, nameSpaceStore, literalStore)
{
// Построим типы
InitTypes();
// Создадим или откроем ячейки
this.entitiesTree = new PxCell(tp_entitiesTree, entitiesTreePath = path + "entitiesTree.pxc", false);
//this.literalsTree = new PxCell(tp_literalsTree, path + "literalsTree.pxc", false);
// this.dtriples = new PaCell(tp_dtriple_spf, path + "dtriples.pac", false); // Это вместо не работающего дерева литералов }
otriples = new PaCell(tp_otriple_seq, path + "otriples.pac", File.Exists(path + "otriples.pac"));
otriples.Close();
}
//// Идея хорошая, но надо менять схему реализации
//private GroupedEntities getable;
//private Dictionary<int, object[]> geHash;
public TripleStoreInt(string path, IStringIntCoding entityCoding, PredicatesCoding predicatesCoding, NameSpaceStore nameSpaceStore, LiteralStoreAbstract literalStore)
: base(path, entityCoding, predicatesCoding, nameSpaceStore, literalStore)
{
this.path = path;
InitTypes();
otriplets_op_filePath = path + "otriples_op.pac";
otriples_filePath = path + "otriples.pac";
dtriples_filePath = path + "dtriples_spf.pac";
if (File.Exists(otriples_filePath))
{
Open(true);
}
else
{
otriples = new PaCell(tp_triple_seq_two, otriples_filePath, false);
otriples_op = new PaCell(tp_triple_seq_two, otriplets_op_filePath, false);
dtriples_sp = new PaCell(tp_dtriple_spf_two, dtriples_filePath, false);
}
if (!Scale.Cell.IsEmpty)
{
Scale.CalculateRange();
}
ewt = new EntitiesWideTable(path, 3);
//ewtHash = new EntitiesMemoryHashTable(ewt);
// ewtHash.Load();
//getable = new GroupedEntities(path); // Это хорошая идея, но нужно менять схему реализации
//getable.CheckGroupedEntities();
//geHash = getable.GroupedEntitiesHash();
}
public void Compress(PaCell dtriplets, PredicatesCoding predicatesCoding)
{
stringsArhive.WriteCell();
PaEntry paEntry = stringsCell.Root.Element(0);
foreach (var dtripletElement in dtriplets.Root.Elements())
{
int predicateCode = (int)dtripletElement.Field(1).Get();
if (predicatesCoding.LiteralVid[predicateCode] == LiteralVidEnumeration.text)
{
PaEntry offsetElement = dtripletElement.Field(2);
long offset = (long)offsetElement.Get();
paEntry.offset = offset;
object[] stri_lang = (object[])paEntry.Get();
offsetElement.Set(
StringsArchedCell.Root.AppendElement(new object[] {
Enumerable.Cast <object>(stringsArhive.Compress((string)stri_lang[0])).ToArray(),
Enumerable.Cast <object>(stringsArhive.Compress((string)stri_lang[01])).ToArray()
}));
}
}
StringsArchedCell.Flush();
}
private static void Test()
{
string path = (@"C:\Users\Admin\Source\Repos\PolarDemo\Databases\" + Millions + @"mln\");
var nameSpaceStore = new NameSpaceStore(path);
StringIntMD5RAMUnsafe stringIntMd5RamUnsafe = new StringIntMD5RAMUnsafe(path);
PredicatesCoding predicatesCoding = new PredicatesCoding(path);
RDFIntStoreAbstract ts = new CashingTripleStoreInt(
new RdfTrees(path,
// new CasheCoding(new StringIntCoding(path+"entitiesCodes")),
stringIntMd5RamUnsafe,
predicatesCoding,
nameSpaceStore,
new LiteralStore(path, nameSpaceStore)));
// bool load = false;
bool load = false;
using (StreamWriter wr = new StreamWriter(@"..\..\output.txt", true))
wr.WriteLine("millions " + Millions);
DateTime start = DateTime.Now;
long spent = 0;
if (load)
{
ts.LoadTurtle(@"C:\deployed\" + Millions + "M.ttl", useBuffer: false);
}
else
{
var obj2 = stringIntMd5RamUnsafe.GetCode(nameSpaceStore.GetShortFromFullOrPrefixed("<http://www4.wiwiss.fu-berlin.de/bizer/bsbm/v01/instances/ProductFeature19>"));
var obj1 = stringIntMd5RamUnsafe.GetCode(nameSpaceStore.GetShortFromFullOrPrefixed("<http://www4.wiwiss.fu-berlin.de/bizer/bsbm/v01/instances/ProductFeature8>"));
var pred = predicatesCoding.GetCode(nameSpaceStore.GetShortFromFullOrPrefixed("<http://www4.wiwiss.fu-berlin.de/bizer/bsbm/v01/vocabulary/productFeature>"));
var triplets1 = ts.GetSubjectByObjPred(obj1, pred);
var triplets2 = ts.GetSubjectByObjPred(obj2, pred);
foreach (var i in triplets1.Where(i => triplets2.Contains(i)))
{
Console.WriteLine("sdfg");
}
for (int i = 0; i < stringIntMd5RamUnsafe.Count; i++)
{
if (
ts.GetObjBySubj(i)
.Any(
keyValuePair =>
!ts.GetSubjectByObjPred(keyValuePair.Key, keyValuePair.Value).Contains(i)))
{
throw new Exception();
}
}
return;
ts.WarmUp();
spent = (DateTime.Now - start).Ticks / 10000;
using (StreamWriter wr = new StreamWriter(@"..\..\output.txt", true))
wr.WriteLine("warm up " + spent + " мс.");
RunBerlinsWithConstants(ts);
// RunBerlinsParameters(ts);
}
spent = (DateTime.Now - start).Ticks / 10000;
using (StreamWriter wr = new StreamWriter(@"..\..\output.txt", true))
wr.WriteLine("total " + spent + " мс.");
// (ts as TracingTripleStoreInt).x.Save((ts as TracingTripleStoreInt).xPath);
}
public int CodePredicateFullOrShort(string name)
{
return(PredicatesCoding.GetCode(NameSpaceStore.GetShortFromFullOrPrefixed(name)));
}
public int CodePredicateFullName(string name)
{
return(PredicatesCoding.GetCode(NameSpaceStore.FromFullName(name.Substring(1, name.Length - 2))));
}
public string DecodePredicateFullName(int code)
{
return(NameSpaceStore.DecodeNsShortName(PredicatesCoding.GetName(code)));
}
