private void AddOthers(string schemaOwner, string tableName, DatabaseTable table, DataSet ds)
{
if (ds.Tables.Contains(_schemaReader.ComputedColumnsCollectionName))
{
SchemaConstraintConverter.AddComputed(ds.Tables[_schemaReader.ComputedColumnsCollectionName], table);
}
var indexConverter = new IndexConverter(ds.Tables[_schemaReader.IndexColumnsCollectionName], null);
table.Indexes.AddRange(indexConverter.Indexes(tableName, schemaOwner));
if (ds.Tables.Contains(_schemaReader.IdentityColumnsCollectionName))
{
SchemaConstraintConverter.AddIdentity(ds.Tables[_schemaReader.IdentityColumnsCollectionName], table);
}
}
/// <summary>
/// Gets the table. If <see cref="Owner"/> is specified, it is used.
/// </summary>
/// <param name="tableName">Name of the table. Oracle names can be case sensitive.</param>
public DatabaseTable Table(string tableName)
{
if (string.IsNullOrEmpty(tableName))
{
throw new ArgumentNullException("tableName");
}
var schemaOwner = _schemaReader.Owner;
DatabaseTable table;
using (DataSet ds = _schemaReader.Table(tableName))
{
if (ds == null)
{
return(null);
}
if (ds.Tables.Count == 0)
{
return(null);
}
table = DatabaseSchema.FindTableByName(tableName, schemaOwner);
if (table == null)
{
table = new DatabaseTable();
DatabaseSchema.Tables.Add(table);
}
table.Name = tableName;
table.SchemaOwner = schemaOwner;
//columns must be done first as it is updated by the others
table.Columns.Clear();
var columnConverter = new ColumnConverter(ds.Tables[_schemaReader.ColumnsCollectionName]);
var databaseColumns = columnConverter.Columns(tableName, schemaOwner).ToList();
if (!databaseColumns.Any())
{
//need to define the schema
databaseColumns = columnConverter.Columns().ToList();
var first = databaseColumns.FirstOrDefault();
if (first != null)
{
//take the schema of the first we find
table.SchemaOwner = schemaOwner = first.SchemaOwner;
}
databaseColumns = columnConverter.Columns(tableName, schemaOwner).ToList();
}
table.Columns.AddRange(databaseColumns);
if (ds.Tables.Contains(_schemaReader.PrimaryKeysCollectionName))
{
var converter = new SchemaConstraintConverter(ds.Tables[_schemaReader.PrimaryKeysCollectionName], ConstraintType.PrimaryKey);
var pkConstraints = converter.Constraints();
PrimaryKeyLogic.AddPrimaryKey(table, pkConstraints);
}
if (ds.Tables.Contains(_schemaReader.ForeignKeysCollectionName))
{
var converter = new SchemaConstraintConverter(ds.Tables[_schemaReader.ForeignKeysCollectionName], ConstraintType.ForeignKey);
table.AddConstraints(converter.Constraints());
}
if (ds.Tables.Contains(_schemaReader.ForeignKeyColumnsCollectionName))
{
var fkConverter = new ForeignKeyColumnConverter(ds.Tables[_schemaReader.ForeignKeyColumnsCollectionName]);
fkConverter.AddForeignKeyColumns(table.ForeignKeys);
}
if (ds.Tables.Contains(_schemaReader.UniqueKeysCollectionName))
{
var converter = new SchemaConstraintConverter(ds.Tables[_schemaReader.UniqueKeysCollectionName], ConstraintType.UniqueKey);
table.AddConstraints(converter.Constraints());
}
if (ds.Tables.Contains(_schemaReader.ComputedColumnsCollectionName))
{
SchemaConstraintConverter.AddComputed(ds.Tables[_schemaReader.ComputedColumnsCollectionName], table);
}
var indexConverter = new IndexConverter(ds.Tables[_schemaReader.IndexColumnsCollectionName], null);
table.Indexes.AddRange(indexConverter.Indexes(tableName, schemaOwner));
if (ds.Tables.Contains(_schemaReader.IdentityColumnsCollectionName))
{
SchemaConstraintConverter.AddIdentity(ds.Tables[_schemaReader.IdentityColumnsCollectionName], table);
}
_schemaReader.PostProcessing(table);
}
if (DatabaseSchema.DataTypes.Count > 0)
{
DatabaseSchemaFixer.UpdateDataTypes(DatabaseSchema);
}
_schemaReader.PostProcessing(DatabaseSchema);
return(table);
}
/// <summary>
/// Gets all tables (plus constraints, indexes and triggers).
/// </summary>
public IList <DatabaseTable> AllTables()
{
DataTable tabs = _schemaReader.Tables();
//get full datatables for all tables, to minimize database calls
//we either use the converters directly (DataTable to our db model)
//or loaders, which wrap the schema loader calls and converters
//loaders hide the switch between calling for all tables, or a specific table
var columnLoader = new ColumnLoader(_schemaReader);
var constraintLoader = new SchemaConstraintLoader(_schemaReader);
var indexLoader = new IndexLoader(_schemaReader);
DataTable ids = _schemaReader.IdentityColumns(null);
DataTable computeds = _schemaReader.ComputedColumns(null);
var tableDescriptions = new TableDescriptionConverter(_schemaReader.TableDescription(null));
var columnDescriptions = new ColumnDescriptionConverter(_schemaReader.ColumnDescription(null));
DataTable triggers = _schemaReader.Triggers(null);
var triggerConverter = new TriggerConverter(triggers);
var tables = SchemaConverter.Tables(tabs);
var tableFilter = Exclusions.TableFilter;
if (tableFilter != null)
{
tables.RemoveAll(t => tableFilter.Exclude(t.Name));
}
tables.Sort(delegate(DatabaseTable t1, DatabaseTable t2)
{
//doesn't account for mixed schemas
return(string.Compare(t1.Name, t2.Name, StringComparison.OrdinalIgnoreCase));
});
foreach (DatabaseTable table in tables)
{
var tableName = table.Name;
var schemaName = table.SchemaOwner;
table.Description = tableDescriptions.FindDescription(table.SchemaOwner, tableName);
var databaseColumns = columnLoader.Load(tableName, schemaName);
table.Columns.AddRange(databaseColumns);
columnDescriptions.AddDescriptions(table);
var pkConstraints = constraintLoader.Load(tableName, schemaName, ConstraintType.PrimaryKey);
PrimaryKeyLogic.AddPrimaryKey(table, pkConstraints);
var fks = constraintLoader.Load(tableName, schemaName, ConstraintType.ForeignKey);
table.AddConstraints(fks);
table.AddConstraints(constraintLoader.Load(tableName, schemaName, ConstraintType.UniqueKey));
table.AddConstraints(constraintLoader.Load(tableName, schemaName, ConstraintType.Check));
table.AddConstraints(constraintLoader.Load(tableName, schemaName, ConstraintType.Default));
indexLoader.AddIndexes(table);
SchemaConstraintConverter.AddIdentity(ids, table);
SchemaConstraintConverter.AddComputed(computeds, table);
table.Triggers.Clear();
table.Triggers.AddRange(triggerConverter.Triggers(tableName));
_schemaReader.PostProcessing(table);
}
DatabaseSchema.Tables.Clear();
DatabaseSchema.Tables.AddRange(tables);
UpdateReferences();
if (DatabaseSchema.DataTypes.Count > 0)
{
DatabaseSchemaFixer.UpdateDataTypes(DatabaseSchema);
}
_schemaReader.PostProcessing(DatabaseSchema);
return(tables);
}
public IList <DatabaseTable> Load(CancellationToken ct)
{
if (ct.IsCancellationRequested)
{
return(EmptyList());
}
RaiseReadingProgress(SchemaObjectType.Tables);
//get full datatables for all tables, to minimize database calls
var tabs = _schemaReader.Tables();
//we either use the converters directly (DataTable to our db model)
//or loaders, which wrap the schema loader calls and converters
//loaders hide the switch between calling for all tables, or a specific table
if (ct.IsCancellationRequested)
{
return(EmptyList());
}
RaiseReadingProgress(SchemaObjectType.Columns);
var columnLoader = new ColumnLoader(_schemaReader);
if (ct.IsCancellationRequested)
{
return(EmptyList());
}
RaiseReadingProgress(SchemaObjectType.Constraints);
var constraintLoader = new SchemaConstraintLoader(_schemaReader);
var indexLoader = new IndexLoader(_schemaReader);
var ids = _schemaReader.IdentityColumns(null);
var computeds = _schemaReader.ComputedColumns(null);
if (ct.IsCancellationRequested)
{
return(EmptyList());
}
RaiseReadingProgress(SchemaObjectType.Descriptions);
var tableDescriptions = new TableDescriptionConverter(_schemaReader.TableDescription(null));
var columnDescriptions = new ColumnDescriptionConverter(_schemaReader.ColumnDescription(null));
DataTable triggers = _schemaReader.Triggers(null);
var triggerConverter = new TriggerConverter(triggers);
if (ct.IsCancellationRequested)
{
return(EmptyList());
}
ReaderEventArgs.RaiseEvent(ReaderProgress, this, ProgressType.Processing, SchemaObjectType.Tables);
var tables = SchemaConverter.Tables(tabs);
var tableFilter = _exclusions.TableFilter;
if (tableFilter != null)
{
tables.RemoveAll(t => tableFilter.Exclude(t.Name));
}
tables.Sort(delegate(DatabaseTable t1, DatabaseTable t2)
{
//doesn't account for mixed schemas
return(string.Compare(t1.Name, t2.Name, StringComparison.OrdinalIgnoreCase));
});
int tablesCount = tables.Count;
for (var i = 0; i < tablesCount; i++)
{
var table = tables[i];
var tableName = table.Name;
var schemaName = table.SchemaOwner;
if (ct.IsCancellationRequested)
{
return(tables);
}
ReaderEventArgs.RaiseEvent(ReaderProgress, this, ProgressType.Processing, SchemaObjectType.Tables, tableName, i, tablesCount);
table.Description = tableDescriptions.FindDescription(table.SchemaOwner, tableName);
var databaseColumns = columnLoader.Load(tableName, schemaName);
table.Columns.AddRange(databaseColumns);
columnDescriptions.AddDescriptions(table);
var pkConstraints = constraintLoader.Load(tableName, schemaName, ConstraintType.PrimaryKey);
PrimaryKeyLogic.AddPrimaryKey(table, pkConstraints);
var fks = constraintLoader.Load(tableName, schemaName, ConstraintType.ForeignKey);
table.AddConstraints(fks);
table.AddConstraints(constraintLoader.Load(tableName, schemaName, ConstraintType.UniqueKey));
table.AddConstraints(constraintLoader.Load(tableName, schemaName, ConstraintType.Check));
table.AddConstraints(constraintLoader.Load(tableName, schemaName, ConstraintType.Default));
indexLoader.AddIndexes(table);
SchemaConstraintConverter.AddIdentity(ids, table);
SchemaConstraintConverter.AddComputed(computeds, table);
table.Triggers.Clear();
table.Triggers.AddRange(triggerConverter.Triggers(tableName));
_schemaReader.PostProcessing(table);
}
return(tables);
}