/// <summary>
/// Executes the scalar function returning the value of a specified type.
/// </summary>
/// <typeparam name="T">The type of a value to return.</typeparam>
/// <param name="client">A client assembly.</param>
/// <param name="arguments">Are the arguments to pass.</param>
protected T GoFunc <T>(System.Reflection.Assembly client, params ParameterArgument[] arguments)
{
return(PublicInvoker.Call <T>(() =>
{
var root = Mapper.GetRoot();
DbMapping.CreateParams(root, this);
var parameters = String.Join(",", root.AllParams.Select(p => p.Name).ToArray());
// build
string sql = Text.GenerateSql(100)
.NewLine(Text.Select).S()
.Append(Map.Name.Sql)
.EncloseLeft()
.Append(parameters)
.EncloseRight()
.Append(Text._As_)
.Append(Text.LeftSquareBracket)
.Append(Text.SingleColumnName)
.Append(Text.RightSquareBracket)
.Terminate()
.ToString();
Mapper.SetSql(sql);
var cpass = new PassChainer(Mapper, arguments);
var connectable = Reader.GetConnectable(client, cpass);
return Reader.LoadTable <Row <T> >(connectable, null, true).ToValue <T>();
}));
}
internal ElseIfChainer(Chainer prev, IOpenView openView, bool sign)
: base(prev)
{
chainMethod = Text.Method.ElseIfExists;
CheckNullAndThrow(Arg(() => openView, openView));
IOpenView query;
if (openView is ISemantic)
{
query = DbMapping.SelectFromSemantic((ISemantic)openView);
}
else
{
query = openView;
}
var view = new View(query);
if (Exception != null)
{
Exception.Extra = String.Format("Check {0} method.", Exception.Method);
TryThrow();
}
Build = BuildViewMethod(view, sign);
}
internal static void CheckQuantifierAndThrow(DbNode currentNode, DbNode innerNode, DbNode intermediate, Predicate predicate)
{
if (currentNode == null || innerNode == null)
{
return;
}
Relation relation;
if (intermediate != null)
{
relation = DbMapping.GetRelation(intermediate.NodeID, currentNode.SynonymOrThis.NodeID, intermediate.GetFK());
}
else
{
relation = DbMapping.GetRelation(innerNode.SynonymOrThis.NodeID, currentNode.SynonymOrThis.NodeID, innerNode.SynonymOrThis.GetFK());
}
// one-to-many is ok
if (relation.IsRefTable(currentNode.SynonymOrThis.NodeID))
{
return;
}
// many-to-one is not ok if a predicate type is not existential
if (!predicate.HasDefaultQuantifier())
{
ThrowInvalidQuantifierException(predicate, currentNode, (ISemantic)innerNode, intermediate, null);
}
}
internal static DataParamChainer AddNodeColumns(Chainer prev, DB3 nodeID, ColumnSelector selector, string prefix)
{
var node = DbMapping.GetNodeMap(nodeID);
ColumnMap[] columns;
if (selector == ColumnSelector.All)
{
if (node.HasRowversion)
{
return(((IParam)prev).Param(prefix.AsParam(1), node.RowversionColumn.DataType));
}
columns = node.SortedColumns;
}
else if (selector == ColumnSelector.RK)
{
columns = node.SortedRKColumns;
}
else if (selector == ColumnSelector.InsertableWithIdentity)
{
columns = node.GetInsertableColumns(true);
}
else
{
columns = node.GetInsertableColumns(false);
}
return(AddNodeColumns(prev, columns, prefix));
}
private static Expression _GetMappedExpression(TableChainer source, TableChainer target, DB3 foreignKey)
{
if (foreignKey.IsDefault)
{
foreignKey = source.Node.GetFK();
}
var joinRelation = DbMapping.GetRelation(target.Node.Root.SynonymOrThis.NodeID, source.Node.Root.SynonymOrThis.NodeID,
foreignKey, Text.Method.By);
if (foreignKey.IsDefault)
{
foreignKey = joinRelation.ForeignKey;
}
// determine join operator (for .Join method only)
if (source is SemqJoinChainer && !joinRelation.IsInnerJoin(target.Node.Root.SynonymOrThis.NodeID))
{
((SemqJoinChainer)source).IsLeftOuterJoin = true;
}
// foreign key table = this
if (foreignKey.TableID.Equals(source.Node.NodeID.TableID))
{
return(joinRelation.BuildRelation(foreignKey, source.Alias.Name, target.Alias.Name).E());
}
// foreign key table = target
else
{
return(joinRelation.BuildRelation(foreignKey, target.Alias.Name, source.Alias.Name).E());
}
}
Chainer ISemantic.Translate(SemqContext context, DbNode predecessor)
{
if (context == null)
{
throw new QueryTalkException(this, QueryTalkExceptionType.NullArgumentInnerException,
"context = null", "InternalNode.ISemantic.Translate");
}
if (predecessor == null)
{
throw new QueryTalkException(this, QueryTalkExceptionType.NullArgumentInnerException,
"predecessor = null", "InternalNode.ISemantic.Translate");
}
context.SetIndex(this);
var from = GetDesigner().From(new Table(Map.Name, new AliasAs(Index)));
if (!((IPredicate)this).HasPredicate)
{
return(from);
}
var predicate = ((IPredicate)this).Predicates[0];
var relation = DbMapping.GetRelation(predecessor.SynonymOrThis.NodeID, NodeID, DB3.Default);
var relationExpression = relation.BuildRelation(predecessor.SynonymOrThis.NodeID, predecessor.Index, Index).E();
if (predicate.PredicateType == PredicateType.Cartesian)
{
var innerNode = ((ISemantic)predicate).Subject;
context.SetIndex(innerNode);
innerNode.QueryRoot = context.Subject;
var innerJoinAs = from
.InnerJoin((IOpenView)innerNode)
.As(innerNode.Index);
var joinRelation = DbMapping.GetRelation(NodeID, innerNode.SynonymOrThis.NodeID, DB3.Default);
var joinExpression = joinRelation.BuildRelation(NodeID, Index, innerNode.Index).E();
var on = innerJoinAs
.On(joinExpression);
if (IsFinalizeable)
{
return(on.Where(relationExpression));
}
else
{
return(on);
}
}
else
{
return((Chainer)from.WhereExists(
(INonSelectView)
((ISemantic)predicate).Translate(context, this), true)
.AndWhere(relationExpression, true));
}
}
internal bool IsInnerJoin(DB3 firstTable)
{
if (IsRefTable(firstTable))
{
return(true);
}
return(!DbMapping.GetColumnMap(FKColumns[0]).IsNullable);
}
internal static void ThrowForeignKeyNotFoundException(DB3 foreignKey, DB3 table)
{
var foreignKeyFullName = DbMapping.GetForeignKeyName(foreignKey);
throw new QueryTalkException("Link.TryGetRelation", QueryTalkExceptionType.ForeignKeyNotFound,
String.Format("table = {0}{1} foreign key = {2}",
DbMapping.GetNodeMap(table).Name.Sql,
Environment.NewLine,
foreignKeyFullName), Text.Method.By);
}
internal Column[] GetFK(int alias)
{
List <Column> columns = new List <Column>();
foreach (var columnID in FKColumns)
{
columns.Add(Designer.Identifier(alias.ToString(), DbMapping.GetColumnMap(columnID).Name.Part1));
}
return(columns.ToArray());
}
// mapped bulk insert
internal static Result <T> ExecuteBulkInsert <T>(Assembly client, IEnumerable <T> rows, ConnectBy connectBy)
where T : DbRow
{
if (rows == null)
{
throw new QueryTalkException("Importer.ExecuteBulkInsert<T>",
QueryTalkExceptionType.ArgumentNull, "rows = null", Text.Method.BulkInsertGo);
}
if (rows.Count() == 0)
{
return(new Result <T>(false, 0));
}
Crud.CheckTable(rows.First(), Text.Method.BulkInsertGo);
var first = rows.First();
var nodeID = ((DbRow)first).NodeID;
var nodeMap = DbMapping.GetNodeMap(nodeID);
var table = nodeMap.Name.ToString();
var data = rows.ToDataTable();
try
{
ConnectionKey connKey = null;
if (connectBy != null)
{
connKey = ((IConnectable)connectBy).ConnectionKey;
}
var connectionString = ConnectionManager.InvokeConnectionFunc(client, connKey).ConnectionString;
using (SqlConnection cn = new SqlConnection(connectionString))
{
cn.Open();
using (SqlBulkCopy bulkCopy = new SqlBulkCopy(cn))
{
bulkCopy.DestinationTableName = table;
foreach (var column in nodeMap.GetInsertableColumns(false))
{
bulkCopy.ColumnMappings.Add(column.Name.Part1, column.Name.Part1);
}
bulkCopy.WriteToServer(data);
}
}
return(new Result <T>(true, rows.Count()));
}
catch (QueryTalkException ex)
{
ex.Method = Text.Method.BulkInsertGo;
throw;
}
}
// builds the delete query recursively (with a zero-based root node)
private static Chainer BuildQuery(
List <NodeTree> tree, // collection of all related nodes
NodeTree leaf, // leaf node
NodeTree node, // current node
int level, // current node's level
Chainer workingProc, // proc in building progress
Expression where, // where clause
bool isLeaf // is leaf level
)
{
if (level == 0 || node == null)
{
return(workingProc);
}
var link = DbMapping.TryFindLink(node.Child, node.Parent, Text.Method.DeleteCascadeGo);
foreach (var relation in link.Relations)
{
if (isLeaf)
{
workingProc = ((IFrom)workingProc)
.From(node.Child.GetNodeName())
.As(level);
}
// get on condition
var joinConditionSql = relation.BuildRelation(relation.FKTable, level, level - 1);
// build join
workingProc = ((IInnerJoin)workingProc)
.InnerJoin(relation.RefTable.GetNodeName()).As(level - 1)
.On(joinConditionSql.E());
// move up along the parent chain
var parent = tree.Where(a => a.Child.Equals(node.Parent) && a.Level == level - 1).FirstOrDefault();
if (parent == null && level - 1 != 0)
{
throw new QueryTalkException("DeleteCascadeGo.BuildQuery", QueryTalkExceptionType.DeleteCascadeInnerException, null);
}
workingProc = BuildQuery(tree, leaf, parent, level - 1, workingProc, where, false);
if (level - 1 == 0)
{
workingProc = ((IWhere)workingProc)
.Where(where)
.Delete(leaf.Level)
.Comment("");
}
}
return(workingProc);
}
internal static void CheckWithAndThrow(this DbNode node, string argument, string method)
{
if (node == null)
{
throw new QueryTalkException("Common.CheckTable", QueryTalkExceptionType.ArgumentNull,
String.Format("{0} = null", argument), method);
}
if (!(node is ITable))
{
throw new QueryTalkException("Common.CheckTable", QueryTalkExceptionType.InvalidWith,
String.Format("{0} = {1}", argument, DbMapping.GetNodeName(node.NodeID)), method);
}
}
internal static Chainer CreateQueryFromSubject(DbNode currentNode)
{
if (currentNode is IFunction)
{
var arguments = ((IFunction)currentNode).Arguments;
DbMapping.PrepareFunctionArguments(arguments, currentNode);
return(currentNode.GetDesigner()
.From(currentNode.Map.Name.PassUdf(
((IFunction)currentNode).Arguments), currentNode)
.As(currentNode.Index));
}
// table
else
{
if (currentNode.IsSynonym)
{
if (currentNode.SynonymQuery is IOpenView)
{
return(currentNode.GetDesigner().From((IOpenView)currentNode.SynonymQuery, currentNode)
.As(currentNode.Index));
}
// View
else
{
return(currentNode.GetDesigner().From((View)currentNode.SynonymQuery, currentNode)
.As(currentNode.Index));
}
}
else
{
if (currentNode.Row != null)
{
var row = currentNode.Row;
return(currentNode.GetDesigner()
.From(currentNode.Map.Name, currentNode).As(currentNode.Index)
.Where(DbMapping.GetNodeMap(row.NodeID)
.BuildRKExpression(row.GetOriginalRKValues(), currentNode.Index)));
}
else
{
return(currentNode.GetDesigner()
.From(currentNode.Map.Name, currentNode)
.As(currentNode.Index));
}
}
}
}
internal void BuildProc(ParameterArgument[] arguments)
{
Arguments = arguments;
var root = Mapper.GetRoot();
DbMapping.CreateParams(root, this);
string parameters = null;
if (arguments != null && arguments.Length > 0)
{
var i = 0;
parameters = String.Join(",",
root.AllParams
.Select(p =>
{
var s = p.Name;
if (arguments[i] == null)
{
arguments[i] = Designer.Null;
}
if (arguments[i].IsArgumentOutput)
{
s = String.Format("{0} {1}", s, Text.Output);
}
++i;
return(s);
}
));
}
string sql = Text.GenerateSql(100)
.NewLine(Text.Exec).S()
.Append(Text.Reserved.ReturnValueOuterParam).Append(Text._Equal_)
.Append(Map.Name.Sql).S()
.Append(parameters).Terminate()
.NewLine(Text.Set).S() // SET @_ri = @_ro;
.Append(Text.Reserved.ReturnValueInnerParam)
.Append(Text._Equal_)
.Append(Text.Reserved.ReturnValueOuterParam)
.Terminate()
.ToString();
Mapper.SetSql(sql);
}
private void TryAddAsteriskColumns()
{
List <Column> columns = new List <Column>();
foreach (var column in _columns)
{
string alias;
if (!DetectAsterisk(column, out alias))
{
columns.Add(column);
continue;
}
// we found the asterisk:
var ctable = GetTarget(ref alias);
if (column.Original is DbColumns)
{
var dbColumns = (DbColumns)column.Original;
string dbColumnsAlias = dbColumns.Alias;
columns.AddRange(
DbMapping.GetNodeMap(dbColumns.Parent.NodeID)
.GetColumnsByDatabaseOrder(dbColumnsAlias, dbColumns.Parent));
continue;
}
// if ctable is found check if it contains node
if (ctable != null && ctable.Node != null &&
!ctable.Node.IsSynonym // if node has a query synonym
// than use the asterix (*)
// since the columns are not mapped to the node
)
{
var allColumns = DbMapping.GetNodeMap(ctable.Node.NodeID).GetColumnsByDatabaseOrder(alias);
columns.AddRange(allColumns);
continue;
}
columns.Add(column);
}
_columns = columns.ToArray();
}
internal static Result <T> InsertGo <T>(Assembly client, DbRow row, bool identityInsert, ConnectBy connectBy)
where T : DbRow
{
var name = Text.NotAvailable;
try
{
var connectable = GetInsertBody <T>(client, row, identityInsert, connectBy, Text.Method.InsertGo, ref name);
var result = connectable.Go <T>();
if (result.RowCount > 0)
{
PropertyAccessor.SetValues(row, PropertyAccessor.GetValues(result.First()));
row.SetStatus(DbRowStatus.Loaded);
// has rowversion & it is not RK
if (row.HasNonRKRowversion)
{
Crud.ReloadGo <T>(client, row, false, connectBy, true);
}
else
{
// rowversion column is null:
var map = DbMapping.TryGetNodeMap(row);
if (map.HasRowversion && row.GetRowversionValue() == null)
{
row.SetStatus(DbRowStatus.Faulted);
}
else
{
row.SetStatus(DbRowStatus.Loaded);
}
}
}
result.FinalizeCrud();
return(result);
}
catch (QueryTalkException)
{
throw;
}
catch (System.Exception ex)
{
throw Crud.ClrException(ex, name, Text.Method.InsertGo);
}
}
// ctor: Maximized
internal Predicate(
DbNode subject,
MaximizationType maximizationType,
bool sign,
LogicalOperator logicalOperator,
OrderingArgument maximizedExpression,
long top = 1)
{
DbMapping.CheckNullAndThrow(subject);
if (maximizedExpression == null)
{
throw new QueryTalkException("Predicate.ctor", QueryTalkExceptionType.ArgumentNull,
"maximized expression = null", Text.Method.HavingMaxMin);
}
// check expression DbColumn type
if (maximizedExpression.ArgType == typeof(DbColumn))
{
var column = (DbColumn)maximizedExpression.Original;
if (column.Parent != null && column.Parent.Prev != null)
{
throw new QueryTalkException("Predicate.ctor", QueryTalkExceptionType.InvalidHavingPredicateArgument,
String.Format("node = {0}", column.Parent), Text.Method.HavingMaxMin);
}
// column parent must be the same as the subject
if (!column.Parent.Equals(subject))
{
throw new QueryTalkException("Predicate.ctor", QueryTalkExceptionType.InvalidHavingPredicateArgument,
String.Format("node = {0}{1} subject = {2}", column.Parent, Environment.NewLine, subject),
Text.Method.HavingMaxMin);
}
}
Subject = subject;
Sign = sign;
LogicalOperator = logicalOperator;
PredicateType = Wall.PredicateType.Maximized;
MaximizedType = maximizationType;
MaximizedExpression = maximizedExpression;
MaximizedTop = top;
IsFinalizeable = true;
subject.IsFinalizeable = true;
}
private static bool CheckAutoTarget(TableChainer source, TableChainer target)
{
// skip the non-mapped tables
if (!target.HasNode)
{
return(false);
}
var link = DbMapping.GetLink(source.Node.SynonymOrThis.NodeID, target.Node.SynonymOrThis.NodeID);
if (link == null ||
!link.Intermediate.IsDefault) // intermediate links are not allowed
{
return(false);
}
return(true);
}
internal Relation TryGetRelation(DB3 foreignKey, string method = null)
{
if (HasIntermediate)
{
throw new QueryTalkException("Link.TryGetRelation", QueryTalkExceptionType.IntermediateTableDisallowed,
String.Format("linked tables = {0}:{1}{2} intermediate table = {3}",
DbMapping.GetNodeMap(TableA).Name.Sql,
DbMapping.GetNodeMap(TableB).Name.Sql,
Environment.NewLine, DbMapping.GetNodeMap(Intermediate).Name.Sql),
method);
}
Relation relation = null;
if (foreignKey.Equals(DB3.Default))
{
// single relation
if (_relations.Count == 1)
{
return(_relations.First());
}
// many relations - missing FK
else
{
throw new QueryTalkException("Link.TryGetRelation", QueryTalkExceptionType.MissingForeignKey,
String.Format("linked tables = {0}:{1}",
DbMapping.GetNodeMap(TableA).Name.Sql,
DbMapping.GetNodeMap(TableB).Name.Sql), method);
}
}
// foreign key is defined:
else
{
relation = _relations.Where(a => a.FKColumns.Contains(foreignKey))
.FirstOrDefault();
if (relation == null)
{
DbMapping.ThrowForeignKeyNotFoundException(foreignKey, TableA);
}
}
return(relation);
}
internal static Result <T> InsertCascadeGo <T>(Assembly client, DbRow row, ConnectBy connectBy)
where T : DbRow
{
var name = Text.NotAvailable;
if (row == null)
{
throw new QueryTalkException("Crud", QueryTalkExceptionType.ArgumentNull, "row = null", Text.Method.InsertCascadeGo);
}
Crud.CheckTable(row, Text.Method.InsertCascadeGo);
try
{
var map = DbMapping.TryGetNodeMap(row);
name = map.Name.Sql;
var scopeOption = GetTransactionScopeOption(client, map, connectBy);
if (Transaction.Current != null)
{
scopeOption.IsolationLevel = Transaction.Current.IsolationLevel;
}
using (var scope = new TransactionScope(TransactionScopeOption.Required, scopeOption))
{
Crud.InsertGo <T>(client, row, false, connectBy);
((INode)row).InsertGraph(client, connectBy);
scope.Complete();
}
return(new Result <T>(true, -1));
}
catch (QueryTalkException)
{
throw;
}
catch (System.Exception ex)
{
throw Crud.ClrException(ex, name, Text.Method.InsertCascadeGo);
}
}
internal static Link TryFindLink(DB3 tableA, DB3 tableB, string method = null)
{
var link = GetLink(tableA, tableB);
if (link == null && !tableA.Equals(tableB))
{
link = TryFindIntermediate(tableA, tableB, method);
}
// second check
if (link == null)
{
throw new QueryTalkException("DbMapping.TryFindLink", QueryTalkExceptionType.LinkNotFound,
String.Format("table A = {0}{1} table B = {2}",
DbMapping.GetNodeMap(tableA).Name.Sql, Environment.NewLine,
DbMapping.GetNodeMap(tableB).Name.Sql),
method);
}
return(link);
}
internal static void ThrowInvalidQuantifierException(
Predicate predicate,
DbNode subject,
ISemantic predicateSentence,
DbNode intermediate,
string predicateExpression)
{
DbNode predicateNode = null;
if (predicateSentence != null)
{
predicateNode = (predicateSentence.Subject != null) ? predicateSentence.Subject : null;
}
if (intermediate != null)
{
throw new QueryTalkException("Translate.ThrowInvalidQuantifierException", QueryTalkExceptionType.QuantifierDisallowed,
String.Format("subject = {0}{1} predicate node (intermediate) = {5}{1} given predicate node = {2}{1} predicate expression = {3}{1} quantifier = {4}",
subject != null ? DbMapping.GetNodeName(subject.NodeID).Sql : Text.NotAvailable,
Environment.NewLine,
predicateNode != null ? DbMapping.GetNodeName(predicateNode.NodeID).Sql : Text.NotAvailable,
predicateExpression != null ? predicateExpression : Text.NotAvailable,
predicate.Quantifier != null ? predicate.Quantifier.QuantifierType.ToString() : Text.NotAvailable,
intermediate.Name),
Text.Method.PredicateMethod).SetExtra("Pay attention to the intermediate predicate node which was provided by the library since the subject and the given predicate node are not related directly to each other.");
}
else
{
throw new QueryTalkException("Translate.ThrowInvalidQuantifierException", QueryTalkExceptionType.QuantifierDisallowed,
String.Format("subject = {0}{1} predicate node = {2}{1} predicate expression = {3}{1} quantifier = {4}",
subject != null ? DbMapping.GetNodeName(subject.NodeID).Sql : Text.NotAvailable,
Environment.NewLine,
predicateNode != null ? DbMapping.GetNodeName(predicateNode.NodeID).Sql : Text.NotAvailable,
predicateExpression != null ? predicateExpression : Text.NotAvailable,
predicate.Quantifier != null ? predicate.Quantifier.QuantifierType.ToString() : Text.NotAvailable),
Text.Method.PredicateMethod);
}
}
internal static void Finalize(DbNode predecessor, DbNode currentNode, ref Chainer query)
{
if (!currentNode.IsFinalizeable)
{
return;
}
predecessor = predecessor.SetSynonymOrThis();
currentNode = currentNode.SetSynonymOrThis();
var foreignKey = currentNode.GetFK();
var relation = DbMapping.GetRelation(currentNode.NodeID, predecessor.NodeID, foreignKey);
var relationExpression = relation.BuildRelation(currentNode.NodeID, currentNode.Index, predecessor.Index).E();
if (query is ConditionChainer)
{
query = ((ConditionChainer)query).AndWhere(relationExpression, true);
}
else
{
query = ((IWhere)query).Where(relationExpression, true);
}
}
internal string BuildRelation(DB3 table1, string alias1, string alias2)
{
string aliasA, aliasB;
if (table1.TableID.Equals(ID.TableID) &&
!IsSelfRelation)
{
aliasA = alias1;
aliasB = alias2;
}
else
{
aliasA = alias2;
aliasB = alias1;
}
var sql = Text.GenerateSql(70);
for (int i = 0; i < FKColumns.Count(); ++i)
{
if (i > 0)
{
sql.Append(Text._And_);
}
var columnA = DbMapping.GetColumnMap(FKColumns[i]);
var columnB = DbMapping.GetColumnMap(RefColumns[i]);
sql
.AppendFormat("[{0}].{1} = [{2}].{3}",
aliasA, columnA.Name.Sql,
aliasB, columnB.Name.Sql);
}
return(sql.ToString());
}
/// <summary>
/// Adds a graph invoker to the mapping data.
/// </summary>
/// <param name="invoker">A mapping object of a graph invoker.</param>
public static void AddGraphInvoker(GraphInvoker invoker)
{
DbMapping.AddGraphInvoker(invoker);
}
/// <summary>
/// Adds a node invoker to the mapping data.
/// </summary>
/// <param name="invoker">A mapping object of an invoker.</param>
public static void AddNodeInvoker(NodeInvoker invoker)
{
DbMapping.AddNodeInvoker(invoker);
}
/// <summary>
/// Adds a link to the mapping data.
/// </summary>
/// <param name="link">A link mapping object.</param>
public static Link AddLink(Link link)
{
return(DbMapping.AddLink(link));
}
/// <summary>
/// Adds a node to the mapping data.
/// </summary>
/// <param name="map">A node mapping object.</param>
public static void AddNode(NodeMap map)
{
DbMapping.AddNode(map);
}
/// <summary>
/// Adds a row type to the mapping data.
/// </summary>
/// <param name="type">A type of the row.</param>
/// <param name="nodeID">A node mapping identifier that row belongs to.</param>
public static void AddRowType(Type type, DB3 nodeID)
{
DbMapping.AddRowType(type, nodeID);
}
/// <summary>
/// Adds a database to the mapping data.
/// </summary>
/// <param name="map">A database mapping object.</param>
public static DatabaseMap AddDatabase(DatabaseMap map)
{
return(DbMapping.AddDatabase(map));
}
