Bachir Soussi Chiadmi 1bc61b12ad first import
2015-04-08 11:40:19 +02:00

211 lines
6.1 KiB
PHP

<?php
/**
* @file
* Support for tables defined through the Schema API.
*/
/**
* Destination class implementing migration into a single table defined through
* the Schema API.
*/
class MigrateDestinationTable extends MigrateDestination {
/**
* The schema of the current table.
*
* @var array
*/
protected $schema = NULL;
/**
* The name of the current table.
*
* @var string
*/
protected $tableName = NULL;
public function __construct($table_name) {
$this->schema = drupal_get_schema($table_name);
$this->tableName = $table_name;
}
static public function getKeySchema($table_name = NULL) {
if (empty($table_name)) {
return array();
}
$schema = drupal_get_schema($table_name);
$keys = array();
foreach ($schema['primary key'] as $primary_key) {
// We can't have any form of serial fields here, since the mapping table
// already has it's own.
$schema['fields'][$primary_key]['auto_increment'] = FALSE;
if ($schema['fields'][$primary_key]['type'] == 'serial') {
$schema['fields'][$primary_key]['type'] = 'int';
}
$keys[$primary_key] = $schema['fields'][$primary_key];
}
return $keys;
}
public function __toString() {
$output = t('Table !name', array('!name' => $this->tableName));
return $output;
}
/**
* Delete a single row.
*
* @param $id
* Primary key values.
*/
public function rollback(array $id) {
migrate_instrument_start('table rollback');
$delete = db_delete($this->tableName);
$keys = array_keys(self::getKeySchema($this->tableName));
$i = 0;
foreach ($id as $value) {
$key = $keys[$i++];
$delete->condition($key, $value);
}
$delete->execute();
migrate_instrument_stop('table rollback');
}
/**
* Import a single row.
*
* @param $entity
* Object object to build. Prefilled with any fields mapped in the Migration.
* @param $row
* Raw source data object - passed through to prepare/complete handlers.
* @return array
* Array of key fields of the object that was saved if
* successful. FALSE on failure.
*/
public function import(stdClass $entity, stdClass $row) {
if (empty($this->schema['primary key'])) {
throw new MigrateException(t("The destination table has no primary key defined."));
}
// Only filled when doing an update.
$primary_key = array();
$migration = Migration::currentMigration();
// Updating previously-migrated content?
if (isset($row->migrate_map_destid1)) {
$i = 1;
foreach ($this->schema['primary key'] as $key) {
$primary_key[] = $key;
$destination_id = $row->{'migrate_map_destid' . $i};
if (isset($entity->{$key})) {
if ($entity->{$key} != $destination_id) {
throw new MigrateException(t("Incoming id !id and map destination id !destid don't match",
array('!id' => $entity->{$key}, '!destid' => $destination_id)));
}
}
else {
$entity->{$key} = $destination_id;
}
$i++;
}
}
if ($migration->getSystemOfRecord() == Migration::DESTINATION) {
foreach ($this->schema['primary key'] as $key) {
$primary_key[] = $key;
if (!isset($entity->{$key})) {
throw new MigrateException(t('System-of-record is DESTINATION, but no destination id provided'));
}
}
$select = db_select($this->tableName)
->fields($this->tableName);
foreach ($this->schema['primary key'] as $key) {
$select->condition($key, $entity->{$key});
}
$old_entity = $select->execute()->fetchObject();
if (empty($old_entity)) {
throw new MigrateException(t('System-of-record is DESTINATION, but the destination entity does not exist'));
}
foreach ($entity as $field => $value) {
$old_entity->$field = $entity->$field;
}
$entity = $old_entity;
}
$this->prepare($entity, $row);
$status = drupal_write_record($this->tableName, $entity, $primary_key);
$this->complete($entity, $row);
if ($status) {
$id = array();
foreach ($this->schema['primary key'] as $key) {
$id[] = $entity->{$key};
}
// Increment the number of updated or inserted records by checking the
// result of drupal_write_record.
($status == SAVED_NEW) ? $this->numCreated++ : $this->numUpdated++;
return $id;
}
}
/**
* Returns a list of fields available to be mapped.
*
* @param Migration $migration
* Optionally, the migration containing this destination.
* @return array
* Keys: machine names of the fields (to be passed to addFieldMapping)
* Values: Human-friendly descriptions of the fields.
*/
public function fields($migration = NULL) {
$fields = array();
foreach ($this->schema['fields'] as $column => $schema) {
$fields[$column] = t('Type: !type', array('!type' => $schema['type']));
}
return $fields;
}
/**
* Give handlers a shot at modifying the object before saving it.
*
* @param $entity
* Entity object to build. Prefilled with any fields mapped in the Migration.
* @param $source_row
* Raw source data object - passed through to prepare handlers.
*/
public function prepare($entity, stdClass $source_row) {
$migration = Migration::currentMigration();
$entity->migrate = array(
'machineName' => $migration->getMachineName(),
);
// Call any prepare handler for this specific Migration.
if (method_exists($migration, 'prepare')) {
$migration->prepare($entity, $source_row);
}
}
/**
* Give handlers a shot at modifying the object (or taking additional action)
* after saving it.
*
* @param $object
* Entity object to build. This is the complete object after saving.
* @param $source_row
* Raw source data object - passed through to complete handlers.
*/
public function complete($entity, stdClass $source_row) {
$migration = Migration::currentMigration();
// Call any complete handler for this specific Migration.
if (method_exists($migration, 'complete')) {
$migration->complete($entity, $source_row);
}
}
}