/* Copyright (c) 2014, 2024, Oracle and/or its affiliates.

   This program is free software; you can redistribute it and/or modify
   it under the terms of the GNU General Public License, version 2.0,
   as published by the Free Software Foundation.

   This program is designed to work with certain software (including
   but not limited to OpenSSL) that is licensed under separate terms,
   as designated in a particular file or component or in included license
   documentation.  The authors of MySQL hereby grant you an additional
   permission to link the program and your derivative works with the
   separately licensed software that they have either included with
   the program or referenced in the documentation.

   This program is distributed in the hope that it will be useful,
   but WITHOUT ANY WARRANTY; without even the implied warranty of
   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
   GNU General Public License, version 2.0, for more details.

   You should have received a copy of the GNU General Public License
   along with this program; if not, write to the Free Software
   Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301  USA */

#include "sql/dd/collection.h"

#include <algorithm>
#include <memory>  // std::unique_ptr

#include "my_dbug.h"
#include "sql/dd/impl/object_key.h"  // Needed for destructor
#include "sql/dd/impl/raw/raw_record.h"
#include "sql/dd/impl/raw/raw_record_set.h"              // dd::Raw_record_set
#include "sql/dd/impl/raw/raw_table.h"                   // dd::Raw_table
#include "sql/dd/impl/types/abstract_table_impl.h"       // IWYU pragma: keep
#include "sql/dd/impl/types/check_constraint_impl.h"     // IWYU pragma: keep
#include "sql/dd/impl/types/column_impl.h"               // IWYU pragma: keep
#include "sql/dd/impl/types/column_type_element_impl.h"  // IWYU pragma: keep
#include "sql/dd/impl/types/foreign_key_element_impl.h"  // IWYU pragma: keep
#include "sql/dd/impl/types/foreign_key_impl.h"          // IWYU pragma: keep
#include "sql/dd/impl/types/index_element_impl.h"        // IWYU pragma: keep
#include "sql/dd/impl/types/index_impl.h"                // IWYU pragma: keep
#include "sql/dd/impl/types/parameter_impl.h"            // IWYU pragma: keep
#include "sql/dd/impl/types/parameter_type_element_impl.h"  // IWYU pragma: keep
#include "sql/dd/impl/types/partition_impl.h"               // IWYU pragma: keep
#include "sql/dd/impl/types/partition_index_impl.h"         // IWYU pragma: keep
#include "sql/dd/impl/types/partition_value_impl.h"         // IWYU pragma: keep
#include "sql/dd/impl/types/routine_impl.h"                 // IWYU pragma: keep
#include "sql/dd/impl/types/table_impl.h"                   // IWYU pragma: keep
#include "sql/dd/impl/types/tablespace_file_impl.h"         // IWYU pragma: keep
#include "sql/dd/impl/types/tablespace_impl.h"              // IWYU pragma: keep
#include "sql/dd/impl/types/trigger_impl.h"                 // IWYU pragma: keep
#include "sql/dd/impl/types/view_impl.h"                    // IWYU pragma: keep
#include "sql/dd/impl/types/view_routine_impl.h"            // IWYU pragma: keep
#include "sql/dd/impl/types/view_table_impl.h"              // IWYU pragma: keep
#include "template_utils.h"

namespace dd {

template <typename T>
T &Collection<T>::Collection_iterator::operator*() {
  // Dereferencing an invalid iterator is prohibited.
  assert(m_current != m_array->end());

  // Need a non-tmp placeholder of correct type since reference is returned.
  m_current_obj = *m_current;
  return m_current_obj;
}

template <typename T>
const typename Collection<T>::abstract_type *&
Collection<T>::Collection_const_iterator::operator*() {
  // Dereferencing an invalid iterator is prohibited.
  assert(m_current != m_array->end());

  // Need a non-tmp placeholder of correct type since reference is returned.
  m_current_obj = *m_current;
  return m_current_obj;
}

template <typename T>
void Collection<T>::clear_all_items() {
  delete_container_pointers(m_items);
  delete_container_pointers(m_removed_items);
}

template <typename T>
void Collection<T>::clear_removed_items() {
  delete_container_pointers(m_removed_items);
}

// Doxygen gets confused by this function.

/**
 @cond
*/

template <typename T>
void Collection<T>::remove(typename Collection<T>::impl_type *item) {
  if (std::find(m_items.begin(), m_items.end(), item) != m_items.end()) {
    m_removed_items.push_back(item);

    // Remove items using the "erase-remove" idiom.
    m_items.erase(std::remove(m_items.begin(), m_items.end(), item),
                  m_items.end());

    renumerate_items();
  }
}

template <typename T>
typename Collection<T>::iterator Collection<T>::find(const impl_type *item) {
  // Find the element and prepare iterator pointing to found element.
  return iterator(&m_items, std::find(m_items.begin(), m_items.end(), item));
}

/**
 @endcond
*/

template <typename T>
template <typename Parent_item, typename Compare>
bool Collection<T>::restore_items(Parent_item *parent,
                                  Open_dictionary_tables_ctx *otx,
                                  Raw_table *table, Object_key *key,
                                  Compare comp) {
  DBUG_TRACE;

  // NOTE: if this assert is firing, that means the table was not registered
  // for that transaction. Use Open_dictionary_tables_ctx::register_tables().
  assert(table);

  assert(empty());

  std::unique_ptr<Object_key> key_holder(key);

  std::unique_ptr<Raw_record_set> rs;
  if (table->open_record_set(key, rs)) return true;

  // Process records.

  Raw_record *r = rs->current_record();
  while (r) {
    Collection<T>::impl_type *item =
        Collection<T>::impl_type::restore_item(parent);
    item->set_ordinal_position(static_cast<uint>(m_items.size() + 1));
    m_items.push_back(item);

    if (item->restore_attributes(*r) || rs->next(r)) {
      clear_all_items();
      return true;
    }
  }

  /*
    It is necessary to complete the table scan above reading the
    parent DD object first before reading child DD object. If
    both the parent and DD child objects are stored in single DD
    table (E.g., we stored parent and sub partitions both in
    single mysql.partitions DD table.), we cannot keep two
    table scans context using single table handler. We might need
    two handler instances to achieve the same.

    Support multiple table handler for same DD table is not quite
    easy when we look at the current DD framework design.

    The other solution is to complete the scan for parent DD
    object entries first and then read child DD object entries.
    This seem to serve the purpose. There seem to be no side
    effect of we splitting this loop into two.
  */
  rs.reset();

  for (auto item : m_items) {
    if (item->restore_children(otx) || item->validate()) {
      clear_all_items();
      return true;
    }
  }

  // The record fetched from DB may not be ordered based on ordinal position,
  // since some elements store their ordinal position persistently.
  // So we need to sort the elements in m_item based on ordinal position.
  std::sort(m_items.begin(), m_items.end(), comp);

  return false;
}

template <typename T>
static bool item_compare(const T *a, const T *b) {
  return a->ordinal_position() < b->ordinal_position();
}

template <typename T>
template <typename Parent_item>
bool Collection<T>::restore_items(Parent_item *parent,
                                  Open_dictionary_tables_ctx *otx,
                                  Raw_table *table, Object_key *key) {
  return restore_items(parent, otx, table, key,
                       item_compare<Collection<T>::impl_type>);
}

template <typename T>
bool Collection<T>::store_items(Open_dictionary_tables_ctx *otx) {
  DBUG_TRACE;

  if (empty()) return false;

  // Drop items from m_removed_items.

  for (auto *removed : m_removed_items) {
    if (removed->validate() || removed->drop(otx)) return true;
  }

  delete_container_pointers(m_removed_items);

  // Add new items and update existing if needed.

  for (Collection<T>::impl_type *item : m_items) {
    if (item->validate() || item->store(otx)) return true;
  }

  return false;
}

template <typename T>
bool Collection<T>::drop_items(Open_dictionary_tables_ctx *otx,
                               Raw_table *table, Object_key *key) const {
  DBUG_TRACE;

  // Make sure key gets deleted
  std::unique_ptr<Object_key> key_holder(key);

  if (empty()) return false;

  // Drop items

  for (const Collection<T>::impl_type *item : m_items) {
    if (item->drop_children(otx)) return true;
  }

  std::unique_ptr<Raw_record_set> rs;
  if (table->open_record_set(key, rs)) return true;

  // Process records.

  Raw_record *r = rs->current_record();
  while (r) {
    // Drop the item record from DD table
    if (r->drop()) return true;

    if (rs->next(r)) return true;
  }

  return false;
}

template <typename T>
const typename Collection<T>::abstract_type *Collection<T>::at(size_t n) const {
  assert(n < size());
  return m_items[n];
}

template <typename T>
template <typename Parent_item>
void Collection<T>::deep_copy(const Collection<T> &src, Parent_item *parent) {
  m_items.reserve(src.m_items.size());
  for (const Collection<T>::impl_type *item : src.m_items)
    m_items.push_back(Collection<T>::impl_type::clone(*item, parent));
}

///////////////////////////////////////////////////////////////////////////

// The explicit instantiation of the template members below
// is not handled well by doxygen, so we enclose this in a
// cond/endcon block. Documenting these does not add much
// value anyway, if the member definitions were in a header
// file, the compiler would do the instantiation for us.

/**
 @cond
*/

template Column *&Collection<Column *>::Collection_iterator::operator*();
template Column_type_element *&
Collection<Column_type_element *>::Collection_iterator::operator*();
template Foreign_key *&
Collection<Foreign_key *>::Collection_iterator::operator*();
template Foreign_key_element *&
Collection<Foreign_key_element *>::Collection_iterator::operator*();
template Index *&Collection<Index *>::Collection_iterator::operator*();
template Index_element *&
Collection<Index_element *>::Collection_iterator::operator*();
template Parameter_type_element *&
Collection<Parameter_type_element *>::Collection_iterator::operator*();
template Partition *&Collection<Partition *>::Collection_iterator::operator*();
template dd::Partition_index *&
Collection<dd::Partition_index *>::Collection_iterator::operator*();
template Tablespace_file *&
Collection<Tablespace_file *>::Collection_iterator::operator*();
template Trigger *&Collection<Trigger *>::Collection_iterator::operator*();
template Check_constraint *&
Collection<Check_constraint *>::Collection_iterator::operator*();

template const Column *&
Collection<Column *>::Collection_const_iterator::operator*();
template const Column_type_element *&
Collection<Column_type_element *>::Collection_const_iterator::operator*();
template const Foreign_key *&
Collection<Foreign_key *>::Collection_const_iterator::operator*();
template const Foreign_key_element *&
Collection<Foreign_key_element *>::Collection_const_iterator::operator*();
template const Index *&
Collection<Index *>::Collection_const_iterator::operator*();
template const Index_element *&
Collection<Index_element *>::Collection_const_iterator::operator*();
template const Parameter *&
Collection<Parameter *>::Collection_const_iterator::operator*();
template const Parameter_type_element *&
Collection<Parameter_type_element *>::Collection_const_iterator::operator*();
template const Partition *&
Collection<Partition *>::Collection_const_iterator::operator*();
template const Partition_index *&
Collection<Partition_index *>::Collection_const_iterator::operator*();
template const Partition_value *&
Collection<Partition_value *>::Collection_const_iterator::operator*();
template const Tablespace_file *&
Collection<Tablespace_file *>::Collection_const_iterator::operator*();
template const View_routine *&
Collection<View_routine *>::Collection_const_iterator::operator*();
template const View_table *&
Collection<View_table *>::Collection_const_iterator::operator*();
template const Trigger *&
Collection<Trigger *>::Collection_const_iterator::operator*();
template const Check_constraint *&
Collection<Check_constraint *>::Collection_const_iterator::operator*();

template bool Collection<Column *>::restore_items<Abstract_table_impl>(
    Abstract_table_impl *, Open_dictionary_tables_ctx *, Raw_table *,
    Object_key *);
template bool Collection<Column_type_element *>::restore_items<Column_impl>(
    Column_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *);
template bool Collection<Foreign_key *>::restore_items<Table_impl>(
    Table_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *);
template bool Collection<Foreign_key *>::restore_items<
    Table_impl, Foreign_key_order_comparator>(Table_impl *,
                                              Open_dictionary_tables_ctx *,
                                              Raw_table *, Object_key *,
                                              Foreign_key_order_comparator);
template bool Collection<Foreign_key_element *>::restore_items<
    Foreign_key_impl>(Foreign_key_impl *, Open_dictionary_tables_ctx *,
                      Raw_table *, Object_key *);
template bool Collection<Index *>::restore_items<Table_impl>(
    Table_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *);
template bool Collection<Index_element *>::restore_items<Index_impl>(
    Index_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *);
template bool Collection<Parameter *>::restore_items<Routine_impl>(
    Routine_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *);
template bool
Collection<Parameter_type_element *>::restore_items<Parameter_impl>(
    Parameter_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *);
template bool Collection<Partition *>::restore_items<Table_impl>(
    Table_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *);
template bool
Collection<Partition *>::restore_items<Table_impl, Partition_order_comparator>(
    Table_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *,
    Partition_order_comparator);
template bool Collection<Partition *>::restore_items<Partition_impl>(
    Partition_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *);
template bool Collection<Partition *>::restore_items<
    Partition_impl, Partition_order_comparator>(Partition_impl *,
                                                Open_dictionary_tables_ctx *,
                                                Raw_table *, Object_key *,
                                                Partition_order_comparator);
template bool Collection<Partition_index *>::restore_items<
    Partition_impl, Partition_index_order_comparator>(
    Partition_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *,
    Partition_index_order_comparator);
template bool Collection<Partition_value *>::restore_items<Partition_impl>(
    Partition_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *);
template bool Collection<Partition_value *>::restore_items<
    Partition_impl, Partition_value_order_comparator>(
    Partition_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *,
    Partition_value_order_comparator);
template bool Collection<Tablespace_file *>::restore_items<Tablespace_impl>(
    Tablespace_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *);
template bool Collection<View_routine *>::restore_items<View_impl>(
    View_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *);
template bool Collection<View_table *>::restore_items<View_impl>(
    View_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *);
template bool Collection<Trigger *>::restore_items<Table_impl>(
    Table_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *);
template bool
Collection<Trigger *>::restore_items<Table_impl, Trigger_order_comparator>(
    Table_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *,
    Trigger_order_comparator);
template bool Collection<Check_constraint *>::restore_items<Table_impl>(
    Table_impl *, Open_dictionary_tables_ctx *, Raw_table *, Object_key *,
    Check_constraint_order_comparator);

template bool Collection<Column *>::store_items(Open_dictionary_tables_ctx *);
template bool Collection<Column_type_element *>::store_items(
    Open_dictionary_tables_ctx *);
template bool Collection<Foreign_key *>::store_items(
    Open_dictionary_tables_ctx *);
template bool Collection<Foreign_key_element *>::store_items(
    Open_dictionary_tables_ctx *);
template bool Collection<Index *>::store_items(Open_dictionary_tables_ctx *);
template bool Collection<Index_element *>::store_items(
    Open_dictionary_tables_ctx *);
template bool Collection<Parameter *>::store_items(
    Open_dictionary_tables_ctx *);
template bool Collection<Parameter_type_element *>::store_items(
    Open_dictionary_tables_ctx *);
template bool Collection<Partition *>::store_items(
    Open_dictionary_tables_ctx *);
template bool Collection<Partition_index *>::store_items(
    Open_dictionary_tables_ctx *);
template bool Collection<Partition_value *>::store_items(
    Open_dictionary_tables_ctx *);
template bool Collection<Tablespace_file *>::store_items(
    Open_dictionary_tables_ctx *);
template bool Collection<View_routine *>::store_items(
    Open_dictionary_tables_ctx *);
template bool Collection<View_table *>::store_items(
    Open_dictionary_tables_ctx *);
template bool Collection<Trigger *>::store_items(Open_dictionary_tables_ctx *);
template bool Collection<Check_constraint *>::store_items(
    Open_dictionary_tables_ctx *);

template bool Collection<Column *>::drop_items(Open_dictionary_tables_ctx *,
                                               Raw_table *, Object_key *) const;
template bool Collection<Column_type_element *>::drop_items(
    Open_dictionary_tables_ctx *, Raw_table *, Object_key *) const;
template bool Collection<Foreign_key *>::drop_items(
    Open_dictionary_tables_ctx *, Raw_table *, Object_key *) const;
template bool Collection<Foreign_key_element *>::drop_items(
    Open_dictionary_tables_ctx *, Raw_table *, Object_key *) const;
template bool Collection<Index *>::drop_items(Open_dictionary_tables_ctx *,
                                              Raw_table *, Object_key *) const;
template bool Collection<Index_element *>::drop_items(
    Open_dictionary_tables_ctx *, Raw_table *, Object_key *) const;
template bool Collection<Parameter_type_element *>::drop_items(
    Open_dictionary_tables_ctx *, Raw_table *, Object_key *) const;
template bool Collection<Parameter *>::drop_items(Open_dictionary_tables_ctx *,
                                                  Raw_table *,
                                                  Object_key *) const;
template bool Collection<Partition *>::drop_items(Open_dictionary_tables_ctx *,
                                                  Raw_table *,
                                                  Object_key *) const;
template bool Collection<Partition_index *>::drop_items(
    Open_dictionary_tables_ctx *, Raw_table *, Object_key *) const;
template bool Collection<Partition_value *>::drop_items(
    Open_dictionary_tables_ctx *, Raw_table *, Object_key *) const;
template bool Collection<Tablespace_file *>::drop_items(
    Open_dictionary_tables_ctx *, Raw_table *, Object_key *) const;
template bool Collection<View_routine *>::drop_items(
    Open_dictionary_tables_ctx *, Raw_table *, Object_key *) const;
template bool Collection<View_table *>::drop_items(Open_dictionary_tables_ctx *,
                                                   Raw_table *,
                                                   Object_key *) const;
template bool Collection<Trigger *>::drop_items(Open_dictionary_tables_ctx *,
                                                Raw_table *,
                                                Object_key *) const;
template bool Collection<Check_constraint *>::drop_items(
    Open_dictionary_tables_ctx *, Raw_table *, Object_key *) const;

template void Collection<Column *>::clear_all_items();
template void Collection<Column_type_element *>::clear_all_items();
template void Collection<Index *>::clear_all_items();
template void Collection<Index_element *>::clear_all_items();
template void Collection<Foreign_key *>::clear_all_items();
template void Collection<Foreign_key_element *>::clear_all_items();
template void Collection<Parameter *>::clear_all_items();
template void Collection<Parameter_type_element *>::clear_all_items();
template void Collection<Partition *>::clear_all_items();
template void Collection<Partition_index *>::clear_all_items();
template void Collection<Partition_value *>::clear_all_items();
template void Collection<Tablespace_file *>::clear_all_items();
template void Collection<View_routine *>::clear_all_items();
template void Collection<View_table *>::clear_all_items();
template void Collection<Trigger *>::clear_all_items();
template void Collection<Check_constraint *>::clear_all_items();

template void Collection<Column *>::clear_removed_items();
template void Collection<Column_type_element *>::clear_removed_items();
template void Collection<Index *>::clear_removed_items();
template void Collection<Index_element *>::clear_removed_items();
template void Collection<Foreign_key *>::clear_removed_items();
template void Collection<Foreign_key_element *>::clear_removed_items();
template void Collection<Parameter *>::clear_removed_items();
template void Collection<Parameter_type_element *>::clear_removed_items();
template void Collection<Partition *>::clear_removed_items();
template void Collection<Partition_index *>::clear_removed_items();
template void Collection<Partition_value *>::clear_removed_items();
template void Collection<Tablespace_file *>::clear_removed_items();
template void Collection<View_table *>::clear_removed_items();
template void Collection<Trigger *>::clear_removed_items();
template void Collection<Check_constraint *>::clear_removed_items();

template void Collection<Column *>::remove(Column_impl *);
template void Collection<Column_type_element *>::remove(
    Column_type_element_impl *);
template void Collection<Foreign_key *>::remove(Foreign_key_impl *);
template void Collection<Index *>::remove(Index_impl *);
template void Collection<Index_element *>::remove(Index_element_impl *);
template void Collection<Foreign_key_element *>::remove(
    Foreign_key_element_impl *);
template void Collection<Parameter *>::remove(Parameter_impl *);
template void Collection<Parameter_type_element *>::remove(
    Parameter_type_element_impl *);
template void Collection<Partition *>::remove(Partition_impl *);
template void Collection<Partition_index *>::remove(Partition_index_impl *);
template void Collection<Partition_value *>::remove(Partition_value_impl *);
template void Collection<Tablespace_file *>::remove(Tablespace_file_impl *);
template void Collection<View_routine *>::remove(View_routine_impl *);
template void Collection<View_table *>::remove(View_table_impl *);
template void Collection<Trigger *>::remove(Trigger_impl *);
template void Collection<Check_constraint *>::remove(Check_constraint_impl *);

template Collection<Column *>::iterator Collection<Column *>::find(
    const Column_impl *);
template Collection<Column_type_element *>::iterator
Collection<Column_type_element *>::find(const Column_type_element_impl *);
template Collection<Foreign_key *>::iterator Collection<Foreign_key *>::find(
    const Foreign_key_impl *);
template Collection<Index *>::iterator Collection<Index *>::find(
    const Index_impl *);
template Collection<Index_element *>::iterator
Collection<Index_element *>::find(const Index_element_impl *);
template Collection<Foreign_key_element *>::iterator
Collection<Foreign_key_element *>::find(const Foreign_key_element_impl *);
template Collection<Parameter *>::iterator Collection<Parameter *>::find(
    const Parameter_impl *);
template Collection<Parameter_type_element *>::iterator
Collection<Parameter_type_element *>::find(const Parameter_type_element_impl *);
template Collection<Partition *>::iterator Collection<Partition *>::find(
    const Partition_impl *);
template Collection<Partition_index *>::iterator
Collection<Partition_index *>::find(const Partition_index_impl *);
template Collection<Partition_value *>::iterator
Collection<Partition_value *>::find(const Partition_value_impl *);
template Collection<Tablespace_file *>::iterator
Collection<Tablespace_file *>::find(const Tablespace_file_impl *);
template Collection<View_routine *>::iterator Collection<View_routine *>::find(
    const View_routine_impl *);
template Collection<View_table *>::iterator Collection<View_table *>::find(
    const View_table_impl *);
template Collection<Trigger *>::iterator Collection<Trigger *>::find(
    const Trigger_impl *);
template Collection<Check_constraint *>::iterator
Collection<Check_constraint *>::find(const Check_constraint_impl *);

template const Collection<Column *>::abstract_type *Collection<Column *>::at(
    size_t n) const;
template const Collection<Foreign_key *>::abstract_type *
Collection<Foreign_key *>::at(size_t n) const;
template const Collection<Foreign_key_element *>::abstract_type *
Collection<Foreign_key_element *>::at(size_t n) const;
template const Collection<Index *>::abstract_type *Collection<Index *>::at(
    size_t n) const;
template const Collection<Index_element *>::abstract_type *
Collection<Index_element *>::at(size_t n) const;
template const Collection<Partition *>::abstract_type *
Collection<Partition *>::at(size_t n) const;
template const Collection<Partition_index *>::abstract_type *
Collection<Partition_index *>::at(size_t n) const;

template void Collection<Column *>::deep_copy<Abstract_table_impl>(
    Collection<Column *> const &, Abstract_table_impl *);
template void Collection<Column_type_element *>::deep_copy<Column_impl>(
    Collection<Column_type_element *> const &, Column_impl *);
template void Collection<Foreign_key *>::deep_copy<Table_impl>(
    Collection<Foreign_key *> const &, Table_impl *);
template void Collection<Foreign_key_element *>::deep_copy<Foreign_key_impl>(
    Collection<Foreign_key_element *> const &, Foreign_key_impl *);
template void Collection<Index *>::deep_copy<Table_impl>(
    Collection<Index *> const &, Table_impl *);
template void Collection<Index_element *>::deep_copy<Index_impl>(
    Collection<Index_element *> const &, Index_impl *);
template void Collection<Parameter *>::deep_copy<Routine_impl>(
    Collection<Parameter *> const &, Routine_impl *);
template void Collection<Parameter_type_element *>::deep_copy<Parameter_impl>(
    Collection<Parameter_type_element *> const &, Parameter_impl *);
template void Collection<Partition *>::deep_copy<Table_impl>(
    Collection<Partition *> const &, Table_impl *);
template void Collection<Partition *>::deep_copy<Partition_impl>(
    Collection<Partition *> const &, Partition_impl *);
template void Collection<Partition_index *>::deep_copy<Partition_impl>(
    Collection<Partition_index *> const &, Partition_impl *);
template void Collection<Partition_value *>::deep_copy<Partition_impl>(
    Collection<Partition_value *> const &, Partition_impl *);
template void Collection<Tablespace_file *>::deep_copy<Tablespace_impl>(
    Collection<Tablespace_file *> const &, Tablespace_impl *);
template void Collection<View_routine *>::deep_copy<View_impl>(
    Collection<View_routine *> const &, View_impl *);
template void Collection<View_table *>::deep_copy<View_impl>(
    Collection<View_table *> const &, View_impl *);
template void Collection<Trigger *>::deep_copy<Table_impl>(
    Collection<Trigger *> const &, Table_impl *);
template void Collection<Check_constraint *>::deep_copy<Table_impl>(
    Collection<Check_constraint *> const &, Table_impl *);

/**
 @endcond
*/

}  // namespace dd