/// <summary>
/// Visits primary index.
/// </summary>
/// <param name="index">The index.</param>
/// <returns>Visit result.</returns>
private IPathNode VisitPrimaryIndexInfo(IndexInfo index)
{
foreach (var column in index.Columns)
{
Visit(column);
}
// Support for mysql as primary indexes there always have name 'PRIMARY'
string name = providerInfo.ConstantPrimaryIndexName;
if (string.IsNullOrEmpty(name))
{
name = index.MappingName;
}
var primaryIndex = new PrimaryIndexInfo(currentTable, name);
foreach (KeyValuePair <ColumnInfo, Direction> pair in index.KeyColumns)
{
string columName = GetPrimaryIndexColumnName(index, pair.Key, index);
var column = currentTable.Columns[columName];
new KeyColumnRef(primaryIndex, column,
providerInfo.Supports(ProviderFeatures.KeyColumnSortOrder)
? pair.Value
: Direction.Positive);
}
primaryIndex.PopulateValueColumns();
primaryIndex.IsClustered = index.IsClustered && providerInfo.Supports(ProviderFeatures.ClusteredIndexes);
foreach (var secondaryIndex in index.ReflectedType.Indexes.Where(i => i.IsSecondary && !i.IsVirtual))
{
VisitIndexInfo(index, secondaryIndex);
}
return(primaryIndex);
}
public void CreateModel()
{
storage = new StorageModel("storage1");
table = new TableInfo(storage, "table");
primary = new PrimaryIndexInfo(table, "primary1");
secondary = new SecondaryIndexInfo(table, "secondary1");
primaryKey = new StorageColumnInfo(table, "key", new StorageTypeInfo(typeof(int), null));
primaryValue1 = new StorageColumnInfo(table, "value1", new StorageTypeInfo(typeof(int), null));
primaryValue2 = new StorageColumnInfo(table, "value2", new StorageTypeInfo(typeof(int), null));
new KeyColumnRef(primary, primaryKey, Direction.Positive);
new ValueColumnRef(primary, primaryValue1);
new ValueColumnRef(primary, primaryValue2);
}
/// <inheritdoc/>
protected override IPathNode VisitPrimaryKey(PrimaryKey key)
{
var tableInfo = currentTable;
var primaryIndexInfo = new PrimaryIndexInfo(tableInfo, key.Name)
{
IsClustered = key.IsClustered
};
foreach (var keyColumn in key.Columns)
{
new KeyColumnRef(primaryIndexInfo, tableInfo.Columns[keyColumn.Name],
Direction.Positive);
}
// TODO: Get direction for key columns
primaryIndexInfo.PopulateValueColumns();
return(primaryIndexInfo);
}
public void CreateModel()
{
storage = new StorageModel("STORAGE")
{
Actions = new ActionSequence()
};
table = new TableInfo(storage, "TABLE");
primary = new PrimaryIndexInfo(table, "PK");
secondary = new SecondaryIndexInfo(table, "IX");
primaryKey = new StorageColumnInfo(table, "ID", new StorageTypeInfo(typeof(int), null));
primaryValue1 = new StorageColumnInfo(table, "AGE", new StorageTypeInfo(typeof(int), null));
primaryValue2 = new StorageColumnInfo(table, "NAME", new StorageTypeInfo(typeof(int), null));
new KeyColumnRef(primary, primaryKey, Direction.Positive);
new ValueColumnRef(primary, primaryValue1);
new ValueColumnRef(primary, primaryValue2);
new KeyColumnRef(secondary, primaryValue1, Direction.Positive);
storage.Dump();
}
public void BuildStorageModel()
{
storage = new StorageModel("storage");
referencingTable = new TableInfo(storage, "referencingTable");
var pkColumn = new StorageColumnInfo(referencingTable, "Id", new StorageTypeInfo(typeof(int), null));
var fkColumn = new StorageColumnInfo(referencingTable, "foreignId", new StorageTypeInfo(typeof(int?), null));
var fkColumn2 = new StorageColumnInfo(referencingTable, "invalideForeignId", new StorageTypeInfo(typeof(string), null));
var primaryKey = new PrimaryIndexInfo(referencingTable, "PK1");
new KeyColumnRef(primaryKey, pkColumn);
referencingIndex = new SecondaryIndexInfo(referencingTable, "FK");
new KeyColumnRef(referencingIndex, fkColumn);
referencingIndex.PopulatePrimaryKeyColumns();
invalideReferencingIndex = new SecondaryIndexInfo(referencingTable, "FK2");
invalideReferencingIndex.PopulatePrimaryKeyColumns();
new KeyColumnRef(invalideReferencingIndex, fkColumn2);
primaryKey.PopulateValueColumns();
referencedTable = new TableInfo(storage, "referencedTable");
pkColumn = new StorageColumnInfo(referencedTable, "Id", new StorageTypeInfo(typeof(int), null));
foreignPrimary = new PrimaryIndexInfo(referencedTable, "Id");
new KeyColumnRef(foreignPrimary, pkColumn);
}
public void CreateModel()
{
storage = new StorageModel("storage")
{
Actions = new ActionSequence()
};
// Table 1
table1 = new TableInfo(storage, "table1");
pi1 = new PrimaryIndexInfo(table1, "pk1");
column1 = new StorageColumnInfo(table1, "col1", new StorageTypeInfo(typeof(string), null, false));
column2 = new StorageColumnInfo(table1, "col2", new StorageTypeInfo(typeof(string), null));
column3 = new StorageColumnInfo(table1, "col3", new StorageTypeInfo(typeof(string), null));
new KeyColumnRef(pi1, column1, Direction.Positive);
pi1.PopulateValueColumns();
si1 = new SecondaryIndexInfo(table1, "ix1");
new KeyColumnRef(si1, column2, Direction.Positive);
si1.PopulatePrimaryKeyColumns();
// Table 2
table2 = new TableInfo(storage, "table2");
pi2 = new PrimaryIndexInfo(table2, "pk2");
column4 = new StorageColumnInfo(table2, "col4", new StorageTypeInfo(typeof(int), null));
column5 = new StorageColumnInfo(table2, "col5", new StorageTypeInfo(typeof(string), null));
new KeyColumnRef(pi2, column4, Direction.Negative);
pi2.PopulateValueColumns();
si2 = new SecondaryIndexInfo(table2, "ix2");
new KeyColumnRef(si2, column5, Direction.Positive);
si2.PopulatePrimaryKeyColumns();
// Foreign keys
fk1 = new ForeignKeyInfo(table2, "fk1")
{
PrimaryKey = pi1
};
fk1.ForeignKeyColumns.Set(si2);
}
private static StorageInfo CreateSimpleStorageModel()
{
var storage = new StorageInfo("Storage");
// Model:
// class A:Entity {int Id, int Data}
// class B:A {int Id}
// class C:B {int Id; A RefA; B RefB; C RefC}
var tA = new TableInfo(storage, "A");
var tB = new TableInfo(storage, "B");
var tC = new TableInfo(storage, "C");
var idA = new ColumnInfo(tA, "Id", new TypeInfo(typeof(int)));
var idB = new ColumnInfo(tB, "Id", new TypeInfo(typeof(int)));
var idC = new ColumnInfo(tC, "Id", new TypeInfo(typeof(int)));
var refCA = new ColumnInfo(tC, "RefA", new TypeInfo(typeof(int)));
var refCB = new ColumnInfo(tC, "RefB", new TypeInfo(typeof(int)));
var refCC = new ColumnInfo(tC, "RefC", new TypeInfo(typeof(int)));
var dataA = new ColumnInfo(tA, "Data", new TypeInfo(typeof(int)));
var pkA = new PrimaryIndexInfo(tA, "PK_A");
var pkB = new PrimaryIndexInfo(tB, "PK_B");
var pkC = new PrimaryIndexInfo(tC, "PK_C");
new KeyColumnRef(pkA, idA);
new KeyColumnRef(pkB, idB);
new KeyColumnRef(pkC, idC);
pkC.PopulateValueColumns();
pkA.PopulateValueColumns();
var ixRefCA = new SecondaryIndexInfo(tC, "FK_CRefA");
new KeyColumnRef(ixRefCA, refCA);
ixRefCA.PopulatePrimaryKeyColumns();
var ixRefCB = new SecondaryIndexInfo(tC, "FK_CRefB");
new KeyColumnRef(ixRefCB, refCB);
ixRefCB.PopulatePrimaryKeyColumns();
var ixRefCC = new SecondaryIndexInfo(tC, "FK_CRefC");
new KeyColumnRef(ixRefCC, refCC);
ixRefCC.PopulatePrimaryKeyColumns();
var fkCRefA = new ForeignKeyInfo(tC, "FK_CRefA");
fkCRefA.PrimaryKey = pkA;
fkCRefA.ForeignKeyColumns.Set(ixRefCA);
var fkCRefB = new ForeignKeyInfo(tC, "FK_CRefB");
fkCRefB.PrimaryKey = pkB;
fkCRefB.ForeignKeyColumns.Set(ixRefCB);
var fkCRefC = new ForeignKeyInfo(tC, "FK_CRefC");
fkCRefC.PrimaryKey = pkC;
fkCRefC.ForeignKeyColumns.Set(ixRefCC);
var fkCA = new ForeignKeyInfo(tC, "FK_CA");
fkCA.PrimaryKey = pkA;
fkCA.ForeignKeyColumns.Set(pkC);
var fkBA = new ForeignKeyInfo(tB, "FK_BA");
fkBA.PrimaryKey = pkA;
fkBA.ForeignKeyColumns.Set(pkB);
storage.Validate();
return(storage);
}
private static StorageInfo CreateSimpleStorageModel()
{
var storage = new StorageInfo("Storage");
// Types table
var t = new TableInfo(storage, "Types");
var tId = new ColumnInfo(t, "Id")
{
Type = new TypeInfo(typeof(int), false)
};
var tValue = new ColumnInfo(t, "Value")
{
Type = new TypeInfo(typeof(string), 1024)
};
var tData = new ColumnInfo(t, "Data")
{
Type = new TypeInfo(typeof(byte[]), 1024 * 1024)
};
var tiPk = new PrimaryIndexInfo(t, "PK_Types");
new KeyColumnRef(tiPk, tId);
tiPk.PopulateValueColumns();
var tiValue = new SecondaryIndexInfo(t, "IX_Value");
new KeyColumnRef(tiValue, tValue);
tiValue.PopulatePrimaryKeyColumns();
var tiFt = new FullTextIndexInfo(t, "FT_Index");
new FullTextColumnRef(tiFt, tValue);
// Objects table
var o = new TableInfo(storage, "Objects");
var oId = new ColumnInfo(o, "Id")
{
Type = new TypeInfo(typeof(long), false)
};
var oTypeId = new ColumnInfo(o, "TypeId")
{
Type = new TypeInfo(typeof(int), false)
};
var oValue = new ColumnInfo(o, "Value")
{
Type = new TypeInfo(typeof(string), 1024)
};
var oiPk = new PrimaryIndexInfo(o, "PK_Objects");
new KeyColumnRef(oiPk, oId);
oiPk.PopulateValueColumns();
var oiTypeId = new SecondaryIndexInfo(o, "IX_TypeId");
new KeyColumnRef(oiTypeId, oTypeId);
oiTypeId.PopulatePrimaryKeyColumns();
var oiValue = new SecondaryIndexInfo(o, "IX_Value");
new KeyColumnRef(oiValue, oValue);
new IncludedColumnRef(oiValue, oTypeId);
oiValue.PopulatePrimaryKeyColumns();
var ofkTypeId = new ForeignKeyInfo(o, "FK_TypeId")
{
PrimaryKey = tiPk,
};
ofkTypeId.ForeignKeyColumns.Set(oiTypeId);
storage.Validate();
return(storage);
}
public void CreateStorage()
{
storage = new StorageModel("s1");
table = new TableInfo(storage, "table");
index = new PrimaryIndexInfo(table, "i");
}
