public TableReference(TableOrViewName ti)
: this()
{
InitializeMembers();
InterpretTableOrViewName(ti);
}
public static TableOrViewName Create(TableReference tr)
{
var res = new TableOrViewName();
res.tableReference = tr;
return res;
}
private void InterpretTableOrViewName(TableOrViewName ti)
{
var ds = ti.FindDescendant<DatasetName>();
datasetName = (ds != null) ? Util.RemoveIdentifierQuotes(ds.Value) : null;
var dbn = ti.FindDescendant<DatabaseName>();
databaseName = (dbn != null) ? Util.RemoveIdentifierQuotes(dbn.Value) : null;
var sn = ti.FindDescendant<SchemaName>();
schemaName = (sn != null) ? Util.RemoveIdentifierQuotes(sn.Value) : null;
var tn = ti.FindDescendant<TableName>();
databaseObjectName = (tn != null) ? Util.RemoveIdentifierQuotes(tn.Value) : null;
isTableOrView = true;
}
private void InitializeMembers()
{
this.tableName = null;
}
public override Node Interpret()
{
this.tableName = FindDescendant<TableOrViewName>();
return base.Interpret();
}
public abstract bool WriteTableOrViewName(TableOrViewName node);
/// <summary>
///
/// </summary>
/// <param name="node"></param>
/// <returns></returns>
/// <remarks>
/// Table names are only written by this function when the
/// table appears in the FROM clause. In all other cases it's
/// WriteColumnIdentifier that generates the output
/// </remarks>
public void WriteTableOrViewName(TableOrViewName node)
{
if (resolveNames)
{
Writer.Write(GetResolvedTableName(node.TableReference));
}
else
{
// Fall back to original behavior
base.WriteNode(node);
}
}
