public override void AddLogicalDependencies(AlterProcessorCaps caps, DbDiffOptions opts, List <AlterOperation> before, List <AlterOperation> after, AlterPlan plan)
{
base.AddLogicalDependencies(caps, opts, before, after, plan);
var pk = OldObject as PrimaryKeyInfo;
if (pk != null)
{
foreach (var col in pk.Columns)
{
foreach (var fk in ParentTable.GetReferences())
{
bool fkdeleted = false;
for (int i = 0; i < fk.RefColumns.Count; i++)
{
if (fk.RefColumns[i].Name == col.Name)
{
fkdeleted = true;
break;
}
}
if (fkdeleted)
{
opts.AlterLogger.Warning(String.Format("Dropped reference {0} on table {1}", fk.ConstraintName, fk.OwnerTable.FullName));
before.Add(new AlterOperation_DropConstraint {
ParentTable = ParentTable, OldObject = fk
});
}
}
}
}
}
public override void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List <AlterOperation> replacement, AlterPlan plan)
{
if (!caps.PermuteColumns)
{
TransformToRecreateTable(caps, replacement, plan);
}
}
//public void EndFixedOrder()
//{
// m_fixedOrderCounter++;
//}
//public void BeginFixedOrder()
//{
// m_fixedOrderCounter--;
//}
public void AddLogicalDependencies(AlterProcessorCaps caps, DbDiffOptions opts)
{
for (int index = 0; index < Operations.Count; index++)
{
var before = new List <AlterOperation>();
var after = new List <AlterOperation>();
Operations[index].AddLogicalDependencies(caps, opts, before, after, this);
Operations.InsertRange(index, before);
index += before.Count;
Operations.InsertRange(index + 1, after);
index += after.Count;
}
for (int index = Operations.Count - 1; index >= 0; index--)
{
for (int j = index - 1; j >= 0; j--)
{
if (Operations[index].IsDuplicateOf(Operations[j]))
{
Operations.RemoveAt(index);
break;
}
}
}
}
public override void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List <AlterOperation> replacement, AlterPlan plan)
{
//if (!caps[OldObject).ObjectType].Change)
//{
plan.RecreateObject(OldObject, NewObject);
replacement.Clear();
//}
}
public override void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List <AlterOperation> replacement, AlterPlan plan)
{
var c = GetConstraintCaps(caps, OldObject);
if (!c.Drop)
{
TransformToRecreateTable(caps, replacement, plan);
}
}
public override void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List <AlterOperation> replacement, AlterPlan plan)
{
replacement.Clear();
replacement.Add(this);
var table = (TableInfo)NewObject;
foreach (var fk in new List <ForeignKeyInfo>(table.ForeignKeys))
{
table.ForeignKeys.Remove(fk);
fk.SetDummyTable(table.FullName);
replacement.Add(new AlterOperation_CreateConstraint
{
NewObject = fk
});
}
}
public override bool AbsorbOperation(AlterProcessorCaps caps, AlterOperation op)
{
var cop = op as AlterOperation_Create;
if (cop != null)
{
var pk = cop.NewObject as PrimaryKeyInfo;
if (pk != null && pk.Columns.Count == 1 && pk.Columns[0].Name == ((ColumnInfo)NewObject).Name)
{
pk = pk.ClonePrimaryKey();
pk.SetDummyTable(ParentTable.FullName);
AdditionalConstraints.Add(pk);
return(true);
}
}
return(base.AbsorbOperation(caps, op));
}
public override void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List <AlterOperation> replacement, AlterPlan plan)
{
var c = GetConstraintCaps(caps, NewObject);
if (!c.Change)
{
if (c.Create && c.Drop)
{
plan.RecreateObject(OldObject, NewObject);
replacement.Clear();
}
else
{
TransformToRecreateTable(caps, replacement, plan);
}
}
}
protected void TransformToRecreateTable(AlterProcessorCaps caps, List <AlterOperation> replacement, AlterPlan plan)
{
replacement.Clear();
var op = new AlterOperation_RecreateTable {
ParentTable = ParentTable
};
//ParentTable.LoadStructure(TableStructureMembers.All, targetDb);
if (caps.DropConstraint)
{
foreach (var fk in ParentTable.GetReferences())
{
plan.RecreateObject(fk, null);
}
}
op.AppendOp(this);
replacement.Add(op);
}
public override void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List <AlterOperation> replacement, AlterPlan plan)
{
if (!caps.ChangeColumn)
{
TransformToRecreateTable(caps, replacement, plan);
return;
}
if (!caps.ChangeAutoIncrement && ((ColumnInfo)OldObject).AutoIncrement != ((ColumnInfo)NewObject).AutoIncrement)
{
TransformToRecreateTable(caps, replacement, plan);
return;
}
if (!caps.ChangeComputedColumnExpression && ((ColumnInfo)NewObject).ComputedExpression != null)
{
plan.RecreateObject(OldObject, NewObject);
replacement.Clear();
}
}
public override void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List <AlterOperation> replacement, AlterPlan plan)
{
var c = GetConstraintCaps(caps, OldObject);
if (!c.Rename)
{
if (c.Create && c.Drop)
{
var newobj = OldObject.CloneObject(null);
((ConstraintInfo)newobj).ConstraintName = NewName.Name;
plan.RecreateObject(OldObject, newobj);
replacement.Clear();
}
else
{
TransformToRecreateTable(caps, replacement, plan);
}
}
}
public override void AddLogicalDependencies(AlterProcessorCaps caps, DbDiffOptions opts, List <AlterOperation> before, List <AlterOperation> after, AlterPlan plan)
{
var oldcol = OldObject as ColumnInfo;
var newcol = NewObject as ColumnInfo;
//var recreateFks = new List<ForeignKeyInfo>();
//var changeCols = new List<Tuple<ColumnInfo, ColumnInfo>>();
if (caps.DropConstraint)
{
foreach (var fk in ParentTable.GetReferences())
{
for (int i = 0; i < fk.RefColumns.Count; i++)
{
if (fk.RefColumns[i].Name == oldcol.Name)
{
//plan.RecreateObject(fk, null);
var table = fk.OwnerTable;
var othercol = table.ColumnByName(fk.Columns[i].Name);
// compare types with ignoring autoincrement flag
// HACK: ignore specific attributes
var opts2 = opts.Clone();
opts2.IgnoreSpecificData = true;
if (!DbDiffTool.EqualTypes(othercol, newcol, opts2))
{
var othercolNewType = othercol.CloneColumn();
CopyDataType(othercolNewType, newcol);
after.Add(new AlterOperation_ChangeColumn
{
ParentTable = table,
OldObject = othercol,
NewObject = othercolNewType,
});
}
opts.AlterLogger.Warning(String.Format("Changed referenced column {0}.{1}", fk.OwnerTable.FullName, othercol.Name));
}
}
}
}
}
public override void AddPhysicalDependencies(AlterProcessorCaps caps, DbDiffOptions opts, List <AlterOperation> before, List <AlterOperation> after, AlterPlan plan)
{
var oldcol = OldObject as ColumnInfo;
if (caps.DepCaps.ChangeColumn_Constraint || caps.DepCaps.ChangeColumn_Index)
{
foreach (var cnt in ParentTable.Constraints)
{
var cc = cnt as ColumnsConstraintInfo;
if (cc == null)
{
continue;
}
if (cc.Columns.Any(c => c.Name == oldcol.Name))
{
if (
(cc is IndexInfo && caps.DepCaps.ChangeColumn_Index) ||
(!(cc is IndexInfo) && caps.DepCaps.ChangeColumn_Constraint))
{
plan.RecreateObject(cc, null);
}
}
}
}
if (caps.DepCaps.ChangeColumn_Reference)
{
foreach (ForeignKeyInfo fk in ParentTable.GetReferences())
{
for (int i = 0; i < fk.RefColumns.Count; i++)
{
if (fk.RefColumns[i].Name == oldcol.Name)
{
plan.RecreateObject(fk, null);
}
}
}
}
}
protected static ObjectOperationCaps GetConstraintCaps(AlterProcessorCaps caps, DatabaseObjectInfo obj)
{
if (obj is IndexInfo)
{
return new ObjectOperationCaps
{
Create = caps.AddIndex,
Drop = caps.DropIndex,
Rename = caps.RenameIndex,
Change = caps.ChangeIndex,
};
}
else
{
return new ObjectOperationCaps
{
Create = caps.AddConstraint,
Drop = caps.DropConstraint,
Rename = caps.RenameConstraint,
Change = caps.ChangeConstraint,
};
}
}
protected static ObjectOperationCaps GetConstraintCaps(AlterProcessorCaps caps, DatabaseObjectInfo obj)
{
if (obj is IndexInfo)
{
return(new ObjectOperationCaps
{
Create = caps.AddIndex,
Drop = caps.DropIndex,
Rename = caps.RenameIndex,
Change = caps.ChangeIndex,
});
}
else
{
return(new ObjectOperationCaps
{
Create = caps.AddConstraint,
Drop = caps.DropConstraint,
Rename = caps.RenameConstraint,
Change = caps.ChangeConstraint,
});
}
}
public override void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List<AlterOperation> replacement, AlterPlan plan)
{
var c = GetConstraintCaps(caps, OldObject);
if (!c.Drop) TransformToRecreateTable(replacement, plan);
}
public override void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List<AlterOperation> replacement, AlterPlan plan)
{
var c = GetConstraintCaps(caps, NewObject);
if (!c.Change)
{
if (c.Create && c.Drop)
{
plan.RecreateObject(OldObject, NewObject);
replacement.Clear();
}
else
{
TransformToRecreateTable(replacement, plan);
}
}
}
public override void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List<AlterOperation> replacement, AlterPlan plan)
{
var c = GetConstraintCaps(caps, OldObject);
if (!c.Rename)
{
if (c.Create && c.Drop)
{
var newobj = OldObject.CloneObject(null);
((ConstraintInfo)newobj).ConstraintName = NewName.Name;
plan.RecreateObject(OldObject, newobj);
replacement.Clear();
}
else
{
TransformToRecreateTable(replacement, plan);
}
}
}
public virtual bool AbsorbOperation(AlterProcessorCaps caps, AlterOperation op)
{
return(false);
}
public virtual bool MustRunAbsorbTest(AlterProcessorCaps caps)
{
return(false);
}
public override bool MustRunAbsorbTest(AlterProcessorCaps caps)
{
return caps.ForceAbsorbPrimaryKey;
}
public override void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List<AlterOperation> replacement, AlterPlan plan)
{
if (!caps.PermuteColumns)
{
TransformToRecreateTable(replacement, plan);
}
}
public override void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List<AlterOperation> replacement, AlterPlan plan)
{
if (!caps.ChangeColumn)
{
TransformToRecreateTable(replacement, plan);
return;
}
if (!caps.ChangeAutoIncrement && ((ColumnInfo)OldObject).AutoIncrement != ((ColumnInfo)NewObject).AutoIncrement)
{
TransformToRecreateTable(replacement, plan);
return;
}
if (!caps.ChangeComputedColumnExpression && ((ColumnInfo)NewObject).ComputedExpression != null)
{
plan.RecreateObject(OldObject, NewObject);
replacement.Clear();
}
}
public virtual void AddLogicalDependencies(AlterProcessorCaps caps, DbDiffOptions opts, List<AlterOperation> before, List<AlterOperation> after, AlterPlan plan)
{
}
public override void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List<AlterOperation> replacement, AlterPlan plan)
{
replacement.Clear();
replacement.Add(this);
var table = (TableInfo)NewObject;
foreach (var fk in new List<ForeignKeyInfo>(table.ForeignKeys))
{
table.ForeignKeys.Remove(fk);
fk.SetDummyTable(table.FullName);
replacement.Add(new AlterOperation_CreateConstraint
{
NewObject = fk
});
}
}
public override void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List<AlterOperation> replacement, AlterPlan plan)
{
base.TransformToImplementedOps(caps, opts, replacement, plan);
//if (DbName == null) DbName = targetDb.DatabaseName;
}
public override void AddPhysicalDependencies(AlterProcessorCaps caps, DbDiffOptions opts, List<AlterOperation> before, List<AlterOperation> after, AlterPlan alterPlan)
{
base.AddPhysicalDependencies(caps, opts, before, after, alterPlan);
//ParentTable.LoadStructure(TableStructureMembers.Columns | TableStructureMembers.PrimaryKey, targetDb);
}
public override bool MustRunAbsorbTest(AlterProcessorCaps caps)
{
return(caps.ForceAbsorbPrimaryKey);
}
public override void AddLogicalDependencies(AlterProcessorCaps caps, DbDiffOptions opts, List<AlterOperation> before, List<AlterOperation> after, AlterPlan plan)
{
base.AddLogicalDependencies(caps, opts, before, after, plan);
var pk = OldObject as PrimaryKeyInfo;
if (pk != null)
{
foreach (var col in pk.Columns)
{
foreach (var fk in ParentTable.GetReferences())
{
bool fkdeleted = false;
for (int i = 0; i < fk.RefColumns.Count; i++)
{
if (fk.RefColumns[i].Name == col.Name)
{
fkdeleted = true;
break;
}
}
if (fkdeleted)
{
opts.AlterLogger.Warning(String.Format("Dropped reference {0} on table {1}", fk.ConstraintName, fk.OwnerTable.FullName));
before.Add(new AlterOperation_DropConstraint { ParentTable = ParentTable, OldObject = fk });
}
}
}
}
}
public override bool AbsorbOperation(AlterProcessorCaps caps, AlterOperation op)
{
var cop = op as AlterOperation_Create;
if (cop != null)
{
var pk = cop.NewObject as PrimaryKeyInfo;
if (pk != null && pk.Columns.Count == 1 && pk.Columns[0].Name == ((ColumnInfo)NewObject).Name)
{
pk = pk.ClonePrimaryKey();
pk.SetDummyTable(ParentTable.FullName);
AdditionalConstraints.Add(pk);
return true;
}
}
return base.AbsorbOperation(caps, op);
}
public override void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List<AlterOperation> replacement, AlterPlan plan)
{
//if (!caps[OldObject).ObjectType].Change)
//{
plan.RecreateObject(OldObject, NewObject);
replacement.Clear();
//}
}
public override void AddLogicalDependencies(AlterProcessorCaps caps, DbDiffOptions opts, List<AlterOperation> before, List<AlterOperation> after, AlterPlan plan)
{
var oldcol = OldObject as ColumnInfo;
var newcol = NewObject as ColumnInfo;
//var recreateFks = new List<ForeignKeyInfo>();
//var changeCols = new List<Tuple<ColumnInfo, ColumnInfo>>();
foreach (var fk in ParentTable.GetReferences())
{
for (int i = 0; i < fk.RefColumns.Count; i++)
{
if (fk.RefColumns[i].Name == oldcol.Name)
{
//plan.RecreateObject(fk, null);
var table = fk.OwnerTable;
var othercol = table.Columns[fk.Columns[i].Name];
// compare types with ignoring autoincrement flag
// HACK: ignore specific attributes
var opts2 = opts.Clone();
opts2.IgnoreSpecificData = true;
if (!DbDiffTool.EqualTypes(othercol, newcol, opts2))
{
var othercolNewType = othercol.CloneColumn();
CopyDataType(othercolNewType, newcol);
after.Add(new AlterOperation_ChangeColumn
{
ParentTable = table,
OldObject = othercol,
NewObject = othercolNewType,
});
}
opts.AlterLogger.Warning(String.Format("Changed referenced column {0}.{1}", fk.OwnerTable.FullName, othercol.Name));
}
}
}
}
public virtual bool MustRunAbsorbTest(AlterProcessorCaps caps) { return false; }
//public void EndFixedOrder()
//{
// m_fixedOrderCounter++;
//}
//public void BeginFixedOrder()
//{
// m_fixedOrderCounter--;
//}
public void AddLogicalDependencies(AlterProcessorCaps caps, DbDiffOptions opts)
{
for (int index = 0; index < Operations.Count; index++)
{
var before = new List<AlterOperation>();
var after = new List<AlterOperation>();
Operations[index].AddLogicalDependencies(caps, opts, before, after, this);
Operations.InsertRange(index, before);
index += before.Count;
Operations.InsertRange(index + 1, after);
index += after.Count;
}
}
public override void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List <AlterOperation> replacement, AlterPlan plan)
{
base.TransformToImplementedOps(caps, opts, replacement, plan);
//if (DbName == null) DbName = targetDb.DatabaseName;
}
public virtual bool AbsorbOperation(AlterProcessorCaps caps, AlterOperation op) { return false; }
public void Transform(AlterProcessorCaps caps, DbDiffOptions opts)
{
// transform operations
for (int index = 0; index < Operations.Count;)
{
var list = new List <AlterOperation>();
list.Add(Operations[index]);
Operations[index].TransformToImplementedOps(caps, opts, list, this);
if (list.Count == 1)
{
Operations[index] = list[0];
index++;
}
else
{
Operations.RemoveAt(index);
Operations.InsertRange(index, list);
index += list.Count;
}
}
// add physical dependencies
for (int index = 0; index < Operations.Count; index++)
{
var before = new List <AlterOperation>();
var after = new List <AlterOperation>();
Operations[index].AddPhysicalDependencies(caps, opts, before, after, this);
Operations.InsertRange(index, before);
index += before.Count;
Operations.InsertRange(index + 1, after);
index += after.Count;
}
// join recreate table operations
for (int index = 0; index < Operations.Count; index++)
{
var rop = Operations[index] as AlterOperation_RecreateTable;
if (rop != null)
{
for (int i = index - 1; i >= 0; i--)
{
if (Operations[i].ParentTable == rop.ParentTable)
{
rop.InsertOp(Operations[i]);
Operations.RemoveAt(i);
index--;
}
}
for (int i = index + 1; i < Operations.Count;)
{
if (Operations[i].ParentTable == rop.ParentTable)
{
rop.AppendOp(Operations[i]);
Operations.RemoveAt(i);
}
else
{
i++;
}
}
}
}
// absorb operatios
for (int index = 0; index < Operations.Count; index++)
{
if (Operations[index].MustRunAbsorbTest(caps))
{
for (int i = 0; i < Operations.Count; i++)
{
if (i == index)
{
continue;
}
if (Operations[index].AbsorbOperation(caps, Operations[i]))
{
Operations.RemoveAt(i);
if (i < index)
{
index--;
}
}
}
}
}
// remove recreates which are dropped
for (int index = 0; index < RecreatedItems.Count;)
{
bool remove = false;
foreach (var op in Operations)
{
if (op.GetDropObject() == RecreatedItems[index].RecreatedObject)
{
remove = true;
}
}
if (remove)
{
RecreatedItems.RemoveAt(index);
}
else
{
index++;
}
}
// transform recreations into regular operations so that they can be sorted
foreach (var dep in RecreatedItems)
{
opts.AlterLogger.Info(String.Format("Recreated object {0}", dep.RecreatedObject));
}
foreach (var cls in RecreatedItem.DropClassOrder)
{
foreach (var dep in RecreatedItems)
{
if (dep.ItemClass != cls)
{
continue;
}
dep.PlanDrop(this, opts);
}
}
foreach (var cls in RecreatedItem.DropClassOrder)
{
foreach (var dep in RecreatedItems)
{
if (dep.ItemClass != cls)
{
continue;
}
dep.PlanCreate(this, opts);
}
}
// reorder operations
// foreign key creation should be at last
// simulate stable order (List.Sort is not stable!!)
for (int i = 0; i < Operations.Count; i++)
{
Operations[i].m_tmpOrder = i;
}
Operations.Sort(OrderGroupCompare);
foreach (var op in Operations)
{
if (op.DenyTransaction())
{
DenyTransaction = true;
}
}
}
public override void AddPhysicalDependencies(AlterProcessorCaps caps, DbDiffOptions opts, List <AlterOperation> before, List <AlterOperation> after, AlterPlan alterPlan)
{
base.AddPhysicalDependencies(caps, opts, before, after, alterPlan);
//ParentTable.LoadStructure(TableStructureMembers.Columns | TableStructureMembers.PrimaryKey, targetDb);
}
public virtual void AddPhysicalDependencies(AlterProcessorCaps caps, DbDiffOptions opts, List <AlterOperation> before, List <AlterOperation> after, AlterPlan alterPlan)
{
}
public virtual void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List<AlterOperation> replacement, AlterPlan plan)
{
}
public override void AddPhysicalDependencies(AlterProcessorCaps caps, DbDiffOptions opts, List<AlterOperation> before, List<AlterOperation> after, AlterPlan plan)
{
var oldcol = OldObject as ColumnInfo;
if (caps.DepCaps.ChangeColumn_Constraint || caps.DepCaps.ChangeColumn_Index)
{
foreach (var cnt in ParentTable.Constraints)
{
var cc = cnt as ColumnsConstraintInfo;
if (cc == null) continue;
if (cc.Columns.Any(c => c.Name == oldcol.Name))
{
if (
(cc is IndexInfo && caps.DepCaps.ChangeColumn_Index) ||
(!(cc is IndexInfo) && caps.DepCaps.ChangeColumn_Constraint))
{
plan.RecreateObject(cc, null);
}
}
}
}
if (caps.DepCaps.ChangeColumn_Reference)
{
foreach (ForeignKeyInfo fk in ParentTable.GetReferences())
{
for (int i = 0; i < fk.RefColumns.Count; i++)
{
if (fk.RefColumns[i].Name == oldcol.Name)
{
plan.RecreateObject(fk, null);
}
}
}
}
}
public void Transform(AlterProcessorCaps caps, DbDiffOptions opts)
{
// transform operations
for (int index = 0; index < Operations.Count; )
{
var list = new List<AlterOperation>();
list.Add(Operations[index]);
Operations[index].TransformToImplementedOps(caps, opts, list, this);
if (list.Count == 1)
{
Operations[index] = list[0];
index++;
}
else
{
Operations.RemoveAt(index);
Operations.InsertRange(index, list);
index += list.Count;
}
}
// add physical dependencies
for (int index = 0; index < Operations.Count; index++)
{
var before = new List<AlterOperation>();
var after = new List<AlterOperation>();
Operations[index].AddPhysicalDependencies(caps, opts, before, after, this);
Operations.InsertRange(index, before);
index += before.Count;
Operations.InsertRange(index + 1, after);
index += after.Count;
}
// join recreate table operations
for (int index = 0; index < Operations.Count; index++)
{
var rop = Operations[index] as AlterOperation_RecreateTable;
if (rop != null)
{
for (int i = index - 1; i >= 0; i--)
{
if (Operations[i].ParentTable == rop.ParentTable)
{
rop.InsertOp(Operations[i]);
Operations.RemoveAt(i);
index--;
}
}
for (int i = index + 1; i < Operations.Count; )
{
if (Operations[i].ParentTable == rop.ParentTable)
{
rop.AppendOp(Operations[i]);
Operations.RemoveAt(i);
}
else
{
i++;
}
}
}
}
// absorb operatios
for (int index = 0; index < Operations.Count; index++)
{
if (Operations[index].MustRunAbsorbTest(caps))
{
for (int i = 0; i < Operations.Count; i++)
{
if (i == index) continue;
if (Operations[index].AbsorbOperation(caps, Operations[i]))
{
Operations.RemoveAt(i);
if (i < index) index--;
}
}
}
}
// remove recreates which are dropped
for (int index = 0; index < RecreatedItems.Count; )
{
bool remove = false;
foreach (var op in Operations)
{
if (op.GetDropObject() == RecreatedItems[index].RecreatedObject)
{
remove = true;
}
}
if (remove)
{
RecreatedItems.RemoveAt(index);
}
else
{
index++;
}
}
// transform recreations into regular operations so that they can be sorted
foreach (var dep in RecreatedItems)
{
opts.AlterLogger.Info(String.Format("Recreated object {0}", dep.RecreatedObject));
}
foreach (var cls in RecreatedItem.DropClassOrder)
{
foreach (var dep in RecreatedItems)
{
if (dep.ItemClass != cls) continue;
dep.PlanDrop(this, opts);
}
}
foreach (var cls in RecreatedItem.DropClassOrder)
{
foreach (var dep in RecreatedItems)
{
if (dep.ItemClass != cls) continue;
dep.PlanCreate(this, opts);
}
}
// reorder operations
// foreign key creation should be at last
// simulate stable order (List.Sort is not stable!!)
for (int i = 0; i < Operations.Count; i++) Operations[i].m_tmpOrder = i;
Operations.Sort(OrderGroupCompare);
foreach (var op in Operations)
{
if (op.DenyTransaction()) DenyTransaction = true;
}
}
public virtual void TransformToImplementedOps(AlterProcessorCaps caps, DbDiffOptions opts, List <AlterOperation> replacement, AlterPlan plan)
{
}