public void TablesUniquelyNamedOnlyWithinThread()
{
var uniqueIntegerList = new System.Collections.Concurrent.ConcurrentBag<int>();
var method = new ThreadStart(() =>
{
Table tbl1 = new Table();
Table tbl2 = new Table();
// Store these values for later comparison
uniqueIntegerList.Add(tbl1.UniqueInteger);
uniqueIntegerList.Add(tbl2.UniqueInteger);
// Ensure that within a thread we have unique integers
Assert.AreEqual(tbl1.UniqueInteger + 1, tbl2.UniqueInteger);
});
var thread1 = new CrossThreadTestRunner(method);
var thread2 = new CrossThreadTestRunner(method);
thread1.Start();
thread2.Start();
thread1.Join();
thread2.Join();
// There should in total be 4 tables, but only two distinct identifiers.
Assert.AreEqual(4, uniqueIntegerList.Count);
Assert.AreEqual(2, uniqueIntegerList.Distinct().Count());
}
public AuditTable(Table dataTable,
INamingStrategy namingStrategy,
IAuditColumnSource auditColumnSource)
{
_auditTable = BuildAuditTable(dataTable,
namingStrategy, auditColumnSource);
}
public void TablesUniquelyNamed()
{
Table tbl1 = new Table();
Table tbl2 = new Table();
Assert.AreEqual(tbl1.UniqueInteger + 1, tbl2.UniqueInteger);
}
public static string BuildSqlDropIndexString(Dialect.Dialect dialect, Table table, string name, string defaultCatalog, string defaultSchema)
{
string ifExists = dialect.GetIfExistsDropConstraint(table, name);
string drop = string.Format("drop index {0}", StringHelper.Qualify(table.GetQualifiedName(dialect, defaultCatalog, defaultSchema), name));
string end = dialect.GetIfExistsDropConstraintEnd(table, name);
return ifExists + Environment.NewLine + drop + Environment.NewLine + end;
}
internal IndexInfo(Table table, Index index)
{
_name = MakeName("IX_", table.Name, index.ColumnIterator);
_columns = CollectionUtils.Map<Column, string>(
index.ColumnIterator,
delegate(Column column) { return column.Name; });
}
public void QuotedTableNameWithoutSchemaWithSqlLite()
{
Table tbl = new Table();
tbl.Name = "`name`";
Assert.AreEqual("\"name\"", tbl.GetQualifiedName(dialect));
}
public AuditTable(Table dataTable,
INamingStrategy namingStrategy,
IAuditColumnSource auditColumnSource)
{
this.auditColumnSource = auditColumnSource;
auditTable = BuildAuditTable(dataTable, namingStrategy);
}
public void QuotedTableNameWithSqlLite()
{
Table tbl = new Table();
tbl.Name = "`Group`";
Assert.AreEqual("\"Group\"", tbl.GetQualifiedName(dialect));
}
public void BindId(HbmId idSchema, PersistentClass rootClass, Table table)
{
if (idSchema != null)
{
var id = new SimpleValue(table);
new TypeBinder(id, Mappings).Bind(idSchema.Type);
rootClass.Identifier = id;
Func<HbmColumn> defaultColumn = () => new HbmColumn
{
name = idSchema.name ?? RootClass.DefaultIdentifierColumnName,
length = idSchema.length
};
new ColumnsBinder(id, Mappings).Bind(idSchema.Columns, false, defaultColumn);
CreateIdentifierProperty(idSchema, rootClass, id);
VerifiyIdTypeIsValid(id.Type, rootClass.EntityName);
new IdGeneratorBinder(Mappings).BindGenerator(id, GetIdGenerator(idSchema));
id.Table.SetIdentifierValue(id);
BindUnsavedValue(idSchema, id);
}
}
private void BindTimestamp(HbmTimestamp timestampSchema, PersistentClass rootClass, Table table)
{
if (timestampSchema == null)
return;
string propertyName = timestampSchema.name;
SimpleValue simpleValue = new SimpleValue(table);
BindColumns(timestampSchema, simpleValue, propertyName);
if (!simpleValue.IsTypeSpecified)
simpleValue.TypeName = NHibernateUtil.Timestamp.Name;
Mapping.Property property = new Mapping.Property(simpleValue);
BindProperty(timestampSchema, property);
// for version properties marked as being generated, make sure they are "always"
// generated; "insert" is invalid. This is dis-allowed by the schema, but just to make
// sure...
if (property.Generation == PropertyGeneration.Insert)
throw new MappingException("'generated' attribute cannot be 'insert' for versioning property");
simpleValue.NullValue = timestampSchema.unsavedvalue;
rootClass.Version = property;
rootClass.AddProperty(property);
}
public IEnumerable<AuditColumn> GetAuditColumns(Table dataTable)
{
var userStamp = new AuditColumn()
{
Name = "AuditUser",
SqlType = "sysname",
Length = 50,
IsNullable = false,
IncludeInPrimaryKey = true,
ValueFunction = delegate(TriggerActions action)
{
return "system_user";
}
};
var timeStamp = new AuditColumn()
{
Name = "AuditTimestamp",
Value = new SimpleValue()
{
TypeName = NHibernateUtil.DateTime.Name
},
IsNullable = false,
IncludeInPrimaryKey = true,
ValueFunction = delegate(TriggerActions action)
{
return "getdate()";
}
};
var operation = new AuditColumn()
{
Name = "AuditOperation",
Value = new SimpleValue()
{
TypeName = NHibernateUtil.AnsiChar.Name
},
Length = 1,
IsNullable = false,
IncludeInPrimaryKey = false,
ValueFunction = delegate(TriggerActions action)
{
switch (action)
{
case TriggerActions.INSERT:
return "'I'";
case TriggerActions.UPDATE:
return "'U'";
case TriggerActions.DELETE:
return "'D'";
default:
throw new ArgumentOutOfRangeException("action");
}
}
};
return new AuditColumn[] {
userStamp, timeStamp, operation
};
}
public void UnmatchingColumns()
{
Table primaryTable = new Table();
primaryTable.Name = "pktable";
primaryTable.PrimaryKey = new PrimaryKey();
Column pkColumn = new Column( NHibernateUtil.Int16, 0 );
pkColumn.Name = "pk_column";
primaryTable.PrimaryKey.AddColumn( pkColumn );
Table fkTable = new Table();
fkTable.Name = "fktable";
ForeignKey fk = new ForeignKey();
Column fkColumn1 = new Column( NHibernateUtil.Int16, 0 );
fkColumn1.Name = "col1";
Column fkColumn2 = new Column( NHibernateUtil.Int16, 0 );
fkColumn2.Name = "col2";
fk.AddColumn( fkColumn1 );
fk.AddColumn( fkColumn2 );
fk.Table = fkTable;
fk.ReferencedTable = primaryTable;
}
public void UnmatchingColumns()
{
Table primaryTable = new Table("pktable");
primaryTable.PrimaryKey = new PrimaryKey();
SimpleValue sv = new SimpleValue();
sv.TypeName = NHibernateUtil.Int16.Name;
Column pkColumn = new Column("pk_column");
pkColumn.Value = sv;
primaryTable.PrimaryKey.AddColumn(pkColumn);
Table fkTable = new Table("fktable");
ForeignKey fk = new ForeignKey();
sv = new SimpleValue();
sv.TypeName = NHibernateUtil.Int16.Name;
Column fkColumn1 = new Column("col1");
fkColumn1.Value = sv;
sv = new SimpleValue();
sv.TypeName = NHibernateUtil.Int16.Name;
Column fkColumn2 = new Column("col2");
fkColumn2.Value = sv;
fk.AddColumn(fkColumn1);
fk.AddColumn(fkColumn2);
fk.Table = fkTable;
fk.ReferencedTable = primaryTable;
Assert.Throws<FKUnmatchingColumnsException>(() => fk.AlignColumns());
}
private static void BindIndex(string indexAttribute, Table table, Column column)
{
if (indexAttribute != null && table != null)
{
var tokens = indexAttribute.Split(',');
System.Array.ForEach(tokens, t => table.GetOrCreateIndex(t.Trim()).AddColumn(column));
}
}
private static SimpleValue CreateIdentifier(HbmId idSchema, PersistentClass rootClass, Table table)
{
SimpleValue iv = new SimpleValue(table);
iv.TypeName = idSchema.type;
rootClass.Identifier = iv;
return iv;
}
protected void CreateIndex(Table table, IEnumerable<Column> columns)
{
string indexName = string.Format("IX_{0}{1}", table.Name,
StringUtilities.Combine(columns, "", delegate(Column c) { return c.Name; }));
CollectionUtils.ForEach(columns,
delegate(Column c) { table.GetOrCreateIndex(indexName).AddColumn(c); });
}
private static void BindUniqueKey(string uniqueKeyAttribute, Table table, Column column)
{
if (uniqueKeyAttribute != null && table != null)
{
var tokens = uniqueKeyAttribute.Split(',');
System.Array.ForEach(tokens, t => table.GetOrCreateUniqueKey(t.Trim()).AddColumn(column));
}
}
public void QuotedSchemaNameWithUnqoutedTableInSqlLite()
{
Table tbl = new Table();
tbl.Schema = "`schema`";
tbl.Name = "name";
Assert.AreEqual("\"schema_name\"", tbl.GetQualifiedName(dialect));
Assert.AreEqual("\"schema_table\"", dialect.Qualify("", "\"schema\"", "table"));
}
public IndexOrUniqueKeySecondPass(Table table, string indexName, string[] columns, ExtendedMappings mappings)
{
this.table = table;
this.indexName = indexName;
this.columns = columns;
this.mappings = mappings;
column = null;
unique = false;
}
public static Table FillTable(string schema, string catalog, string realTableName, string logicalName,
bool? isAbstract,
IList<string[]> uniqueConstraints,
string constraints,
Table denormalizedSuperTable,
ExtendedMappings mappings)
{
throw new NotImplementedException();
}
protected static void BindIndex(string indexAttribute, Table table, Column column)
{
if (indexAttribute != null && table != null)
{
StringTokenizer tokens = new StringTokenizer(indexAttribute, ", ");
foreach (string token in tokens)
table.GetOrCreateIndex(token).AddColumn(column);
}
}
protected virtual Table BuildAuditTable(Table dataTable,
INamingStrategy namingStrategy)
{
var auditTableName = namingStrategy.GetAuditTableName(dataTable);
var auditTable = new Table(auditTableName);
CopyColumns(dataTable, auditTable);
CopyPrimaryKey(dataTable, auditTable);
return auditTable;
}
public void SchemaNameQuoted()
{
Table tbl = new Table();
tbl.Schema = "`schema`";
tbl.Name = "name";
Dialect.Dialect dialect = new Dialect.MsSql2000Dialect();
Assert.AreEqual( "[schema].name", tbl.GetQualifiedName( dialect ) );
}
public void Bug()
{
Table table1 = new Table("ATABLE");
Column table1ITestManyA = new Column("itestmanyaid");
Column table1ITestManyB = new Column("itestmanybid");
string t1Fk = table1.UniqueColumnString(new object[] { table1ITestManyA }, "BluewireTechnologies.Core.Framework.DynamicTypes2.Albatross.ITestManyA");
string t2Fk = table1.UniqueColumnString(new object[] { table1ITestManyB }, "BluewireTechnologies.Core.Framework.DynamicTypes2.Albatross.ITestManyB");
Assert.AreNotEqual(t1Fk, t2Fk, "Different columns in differents tables create the same FK name.");
}
public SimpleValue Make()
{
Validate();
log.DebugFormat("building SimpleValue for {0}", propertyName);
if (table == null)
{
table = columns[0].Table;
}
return FillSimpleValue(new SimpleValue(table));
}
public void QuotedCatalogSchemaNameWithSqlLite()
{
Table tbl = new Table();
tbl.Catalog = "dbo";
tbl.Schema = "`schema`";
tbl.Name = "`name`";
Assert.AreEqual("\"dbo_schema_name\"", tbl.GetQualifiedName(dialect));
Assert.AreEqual("\"dbo_schema_table\"", dialect.Qualify("dbo", "\"schema\"", "\"table\""));
}
private void BindKey(JoinedSubclass subclass, HbmKey keyMapping, Table mytable)
{
// TODO : property-ref ??
SimpleValue key = new DependantValue(mytable, subclass.Identifier);
subclass.Key = key;
key.IsCascadeDeleteEnabled = keyMapping.ondelete == HbmOndelete.Cascade;
key.ForeignKeyName = keyMapping.foreignkey;
new ValuePropertyBinder(key, Mappings).BindSimpleValue(keyMapping, subclass.EntityName, false);
}
protected virtual void AddAuditColumns(Table auditTable,
IEnumerable<AuditColumn> auditColumns)
{
foreach (var column in auditColumns)
{
auditTable.AddColumn(column);
if (column.IncludeInPrimaryKey)
auditTable.PrimaryKey.AddColumn(column);
}
}
internal ForeignKeyInfo(Table table, ForeignKey fk, Configuration config)
: base("FK_", table.Name, fk.ColumnIterator, null)
{
//note: the fk object has a ReferencedTable property, but it doesn't always seem to be set
//the reference class property is always set, so we use it instead to get the referenced table
Table referencedTable = config.GetClassMapping(fk.ReferencedEntityName).Table;
_referencedTable = referencedTable.Name;
_referencedColumns = CollectionUtils.Map<Column, string>(
referencedTable.PrimaryKey.ColumnIterator,
delegate(Column column) { return column.Name; });
}
private void UpdateForeignKeyReferences(PersistentClass classMapping, Table table)
{
foreach (ForeignKey key in table.ForeignKeyIterator)
{
if (key.ReferencedEntityName != typeof(IUser).FullName)
continue;
key.ReferencedEntityName = userType.FullName;
key.ReferencedTable = classMapping.Table;
}
}
public IIdentifierGenerator CreateIdentifierGenerator(Dialect.Dialect dialect, string defaultCatalog,
string defaultSchema, RootClass rootClass)
{
var @params = new Dictionary <string, string>();
//if the hibernate-mapping did not specify a schema/catalog, use the defaults
//specified by properties - but note that if the schema/catalog were specified
//in hibernate-mapping, or as params, they will already be initialized and
//will override the values set here (they are in identifierGeneratorProperties)
if (!string.IsNullOrEmpty(defaultSchema))
{
@params[PersistentIdGeneratorParmsNames.Schema] = defaultSchema;
}
if (!string.IsNullOrEmpty(defaultCatalog))
{
@params[PersistentIdGeneratorParmsNames.Catalog] = defaultCatalog;
}
//pass the entity-name, if not a collection-id
if (rootClass != null)
{
@params[IdGeneratorParmsNames.EntityName] = rootClass.EntityName;
}
//init the table here instead of earlier, so that we can get a quoted table name
//TODO: would it be better to simply pass the qualified table name, instead of
// splitting it up into schema/catalog/table names
string tableName = Table.GetQuotedName(dialect);
@params[PersistentIdGeneratorParmsNames.Table] = tableName;
//pass the column name (a generated id almost always has a single column and is not a formula)
string columnName = ((Column)ColumnIterator.First()).GetQuotedName(dialect);
@params[PersistentIdGeneratorParmsNames.PK] = columnName;
if (rootClass != null)
{
StringBuilder tables = new StringBuilder();
bool commaNeeded = false;
foreach (Table identityTable in rootClass.IdentityTables)
{
if (commaNeeded)
{
tables.Append(StringHelper.CommaSpace);
}
commaNeeded = true;
tables.Append(identityTable.GetQuotedName(dialect));
}
@params[PersistentIdGeneratorParmsNames.Tables] = tables.ToString();
}
else
{
@params[PersistentIdGeneratorParmsNames.Tables] = tableName;
}
if (identifierGeneratorProperties != null)
{
ArrayHelper.AddAll(@params, identifierGeneratorProperties);
}
return(IdentifierGeneratorFactory.Create(identifierGeneratorStrategy, Type, @params, dialect));
}
public virtual bool IsClassOrSuperclassTable(Table closureTable)
{
return(Table == closureTable);
}
/// <summary>
/// Adds a <see cref="Table"/> that a subclass is stored in.
/// </summary>
/// <param name="table">The <see cref="Table"/> the subclass is stored in.</param>
public virtual void AddSubclassTable(Table table)
{
subclassTables.Add(table);
}
public SimpleValue(Table table)
{
this.table = table;
}
