D7net Mini Sh3LL v1
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<?php
/**
* @file
* Drupal database update API.
*
* This file contains functions to perform database updates for a Drupal
* installation. It is included and used extensively by update.php.
*/
/**
* Minimum schema version of Drupal 6 required for upgrade to Drupal 7.
*
* Upgrades from Drupal 6 to Drupal 7 require that Drupal 6 be running
* the most recent version, or the upgrade could fail. We can't easily
* check the Drupal 6 version once the update process has begun, so instead
* we check the schema version of system.module in the system table.
*/
define('REQUIRED_D6_SCHEMA_VERSION', '6055');
/**
* Disable any items in the {system} table that are not core compatible.
*/
function update_fix_compatibility() {
$incompatible = array();
$result = db_query("SELECT name, type, status FROM {system} WHERE status = 1 AND type IN ('module','theme')");
foreach ($result as $row) {
if (update_check_incompatibility($row->name, $row->type)) {
$incompatible[] = $row->name;
}
}
if (!empty($incompatible)) {
db_update('system')
->fields(array('status' => 0))
->condition('name', $incompatible, 'IN')
->execute();
}
}
/**
* Tests the compatibility of a module or theme.
*/
function update_check_incompatibility($name, $type = 'module') {
static $themes, $modules;
// Store values of expensive functions for future use.
if (empty($themes) || empty($modules)) {
// We need to do a full rebuild here to make sure the database reflects any
// code changes that were made in the filesystem before the update script
// was initiated.
$themes = system_rebuild_theme_data();
$modules = system_rebuild_module_data();
}
if ($type == 'module' && isset($modules[$name])) {
$file = $modules[$name];
}
elseif ($type == 'theme' && isset($themes[$name])) {
$file = $themes[$name];
}
if (!isset($file)
|| !isset($file->info['core'])
|| $file->info['core'] != DRUPAL_CORE_COMPATIBILITY
|| version_compare(phpversion(), $file->info['php']) < 0) {
return TRUE;
}
return FALSE;
}
/**
* Performs extra steps required to bootstrap when using a Drupal 6 database.
*
* Users who still have a Drupal 6 database (and are in the process of
* updating to Drupal 7) need extra help before a full bootstrap can be
* achieved. This function does the necessary preliminary work that allows
* the bootstrap to be successful.
*
* No access check has been performed when this function is called, so no
* irreversible changes to the database are made here.
*/
function update_prepare_d7_bootstrap() {
// Allow the bootstrap to proceed even if a Drupal 6 settings.php file is
// still being used.
include_once DRUPAL_ROOT . '/includes/install.inc';
drupal_bootstrap(DRUPAL_BOOTSTRAP_CONFIGURATION);
global $databases, $db_url, $db_prefix, $update_rewrite_settings;
if (empty($databases) && !empty($db_url)) {
$databases = update_parse_db_url($db_url, $db_prefix);
// Record the fact that the settings.php file will need to be rewritten.
$update_rewrite_settings = TRUE;
$settings_file = conf_path() . '/settings.php';
$writable = drupal_verify_install_file($settings_file, FILE_EXIST|FILE_READABLE|FILE_WRITABLE);
$requirements = array(
'settings file' => array(
'title' => 'Settings file',
'value' => $writable ? 'The settings file is writable.' : 'The settings file is not writable.',
'severity' => $writable ? REQUIREMENT_OK : REQUIREMENT_ERROR,
'description' => $writable ? '' : 'Drupal requires write permissions to <em>' . $settings_file . '</em> during the update process. If you are unsure how to grant file permissions, consult the <a href="http://drupal.org/server-permissions">online handbook</a>.',
),
);
update_extra_requirements($requirements);
}
// The new {blocked_ips} table is used in Drupal 7 to store a list of
// banned IP addresses. If this table doesn't exist then we are still
// running on a Drupal 6 database, so we suppress the unavoidable errors
// that occur by creating a static list.
$GLOBALS['conf']['blocked_ips'] = array();
// Check that PDO is available and that the correct PDO database driver is
// loaded. Bootstrapping to DRUPAL_BOOTSTRAP_DATABASE will result in a fatal
// error otherwise.
$message = '';
$pdo_link = 'http://drupal.org/requirements/pdo';
// Check that PDO is loaded.
if (!extension_loaded('pdo')) {
$message = '<h2>PDO is required!</h2><p>Drupal 7 requires PHP ' . DRUPAL_MINIMUM_PHP . ' or higher with the PHP Data Objects (PDO) extension enabled.</p>';
}
// The PDO::ATTR_DEFAULT_FETCH_MODE constant is not available in the PECL
// version of PDO.
elseif (!defined('PDO::ATTR_DEFAULT_FETCH_MODE')) {
$message = '<h2>The wrong version of PDO is installed!</h2><p>Drupal 7 requires the PHP Data Objects (PDO) extension from PHP core to be enabled. This system has the older PECL version installed.';
$pdo_link = 'http://drupal.org/requirements/pdo#pecl';
}
// Check that the correct driver is loaded for the database being updated.
// If we have no driver information (for example, if someone tried to create
// the Drupal 7 $databases array themselves but did not do it correctly),
// this message will be confusing, so do not perform the check; instead, just
// let the database connection fail in the code that follows.
elseif (isset($databases['default']['default']['driver']) && !in_array($databases['default']['default']['driver'], PDO::getAvailableDrivers())) {
$message = '<h2>A PDO database driver is required!</h2><p>You need to enable the PDO_' . strtoupper($databases['default']['default']['driver']) . ' database driver for PHP ' . DRUPAL_MINIMUM_PHP . ' or higher so that Drupal 7 can access the database.</p>';
}
if ($message) {
print $message . '<p>See the <a href="' . $pdo_link . '">system requirements page</a> for more information.</p>';
exit();
}
// Allow the database system to work even if the registry has not been
// created yet.
drupal_bootstrap(DRUPAL_BOOTSTRAP_DATABASE);
// If the site has not updated to Drupal 7 yet, check to make sure that it is
// running an up-to-date version of Drupal 6 before proceeding. Note this has
// to happen AFTER the database bootstraps because of
// drupal_get_installed_schema_version().
$system_schema = drupal_get_installed_schema_version('system');
if ($system_schema < 7000) {
$has_required_schema = $system_schema >= REQUIRED_D6_SCHEMA_VERSION;
$requirements = array(
'drupal 6 version' => array(
'title' => 'Drupal 6 version',
'value' => $has_required_schema ? 'You are running a current version of Drupal 6.' : 'You are not running a current version of Drupal 6',
'severity' => $has_required_schema ? REQUIREMENT_OK : REQUIREMENT_ERROR,
'description' => $has_required_schema ? '' : 'Please update your Drupal 6 installation to the most recent version before attempting to upgrade to Drupal 7',
),
);
// Make sure that the database environment is properly set up.
try {
db_run_tasks(db_driver());
}
catch (DatabaseTaskException $e) {
$requirements['database tasks'] = array(
'title' => 'Database environment',
'value' => 'There is a problem with your database environment',
'severity' => REQUIREMENT_ERROR,
'description' => $e->getMessage(),
);
}
update_extra_requirements($requirements);
// Allow a D6 session to work, since the upgrade has not been performed yet.
$d6_session_name = update_get_d6_session_name();
if (!empty($_COOKIE[$d6_session_name])) {
// Set the current sid to the one found in the D6 cookie.
$sid = $_COOKIE[$d6_session_name];
$_COOKIE[session_name()] = $sid;
session_id($sid);
}
// Upgrading from D6 to D7.{0,1,2,3,4,8,...} is different than upgrading
// from D6 to D7.{5,6,7} which should be considered broken. To be able to
// properly handle this difference in node_update_7012 we need to keep track
// of whether a D6 > D7 upgrade or a D7 > D7 update is running.
// Since variable_set() is not available here, the D6 status is being saved
// in a local variable to be able to store it later.
$update_d6 = TRUE;
}
// Create the registry tables.
if (!db_table_exists('registry')) {
$schema['registry'] = array(
'fields' => array(
'name' => array('type' => 'varchar', 'length' => 255, 'not null' => TRUE, 'default' => ''),
'type' => array('type' => 'varchar', 'length' => 9, 'not null' => TRUE, 'default' => ''),
'filename' => array('type' => 'varchar', 'length' => 255, 'not null' => TRUE, 'default' => ''),
'module' => array('type' => 'varchar', 'length' => 255, 'not null' => TRUE, 'default' => ''),
'weight' => array('type' => 'int', 'not null' => TRUE, 'default' => 0),
),
'primary key' => array('name', 'type'),
'indexes' => array(
'hook' => array('type', 'weight', 'module'),
),
);
db_create_table('registry', $schema['registry']);
}
if (!db_table_exists('registry_file')) {
$schema['registry_file'] = array(
'fields' => array(
'filename' => array('type' => 'varchar', 'length' => 255, 'not null' => TRUE),
'hash' => array('type' => 'varchar', 'length' => 64, 'not null' => TRUE),
),
'primary key' => array('filename'),
);
db_create_table('registry_file', $schema['registry_file']);
}
// Older versions of Drupal 6 do not include the semaphore table, which is
// required to bootstrap, so we add it now so that we can bootstrap and
// provide a reasonable error message.
if (!db_table_exists('semaphore')) {
$semaphore = array(
'description' => 'Table for holding semaphores, locks, flags, etc. that cannot be stored as Drupal variables since they must not be cached.',
'fields' => array(
'name' => array(
'description' => 'Primary Key: Unique name.',
'type' => 'varchar',
'length' => 255,
'not null' => TRUE,
'default' => ''
),
'value' => array(
'description' => 'A value for the semaphore.',
'type' => 'varchar',
'length' => 255,
'not null' => TRUE,
'default' => ''
),
'expire' => array(
'description' => 'A Unix timestamp with microseconds indicating when the semaphore should expire.',
'type' => 'float',
'size' => 'big',
'not null' => TRUE
),
),
'indexes' => array(
'value' => array('value'),
'expire' => array('expire'),
),
'primary key' => array('name'),
);
db_create_table('semaphore', $semaphore);
}
// The new cache_bootstrap bin is required to bootstrap to
// DRUPAL_BOOTSTRAP_SESSION, so create it here rather than in
// update_fix_d7_requirements().
if (!db_table_exists('cache_bootstrap')) {
$cache_bootstrap = array(
'description' => 'Cache table for data required to bootstrap Drupal, may be routed to a shared memory cache.',
'fields' => array(
'cid' => array(
'description' => 'Primary Key: Unique cache ID.',
'type' => 'varchar',
'length' => 255,
'not null' => TRUE,
'default' => '',
),
'data' => array(
'description' => 'A collection of data to cache.',
'type' => 'blob',
'not null' => FALSE,
'size' => 'big',
),
'expire' => array(
'description' => 'A Unix timestamp indicating when the cache entry should expire, or 0 for never.',
'type' => 'int',
'not null' => TRUE,
'default' => 0,
),
'created' => array(
'description' => 'A Unix timestamp indicating when the cache entry was created.',
'type' => 'int',
'not null' => TRUE,
'default' => 0,
),
'serialized' => array(
'description' => 'A flag to indicate whether content is serialized (1) or not (0).',
'type' => 'int',
'size' => 'small',
'not null' => TRUE,
'default' => 0,
),
),
'indexes' => array(
'expire' => array('expire'),
),
'primary key' => array('cid'),
);
db_create_table('cache_bootstrap', $cache_bootstrap);
}
// Set a valid timezone for 6 -> 7 upgrade process.
drupal_bootstrap(DRUPAL_BOOTSTRAP_VARIABLES);
$timezone_offset = variable_get('date_default_timezone', 0);
if (is_numeric($timezone_offset)) {
// Save the original offset.
variable_set('date_temporary_timezone', $timezone_offset);
// Set the timezone for this request only.
$GLOBALS['conf']['date_default_timezone'] = 'UTC';
}
// This allows update functions to tell if an upgrade from D6 is running.
if (!empty($update_d6)) {
variable_set('update_d6', TRUE);
}
}
/**
* A helper function that modules can use to assist with the transformation
* from numeric block deltas to string block deltas during the 6.x -> 7.x
* upgrade.
*
* @todo This function should be removed in 8.x.
*
* @param $sandbox
* An array holding data for the batch process.
* @param $renamed_deltas
* An associative array. Keys are module names, values an associative array
* mapping the old block deltas to the new block deltas for the module.
* Example:
* @code
* $renamed_deltas = array(
* 'mymodule' =>
* array(
* 0 => 'mymodule-block-1',
* 1 => 'mymodule-block-2',
* ),
* );
* @endcode
* @param $moved_deltas
* An associative array. Keys are source module names, values an associative
* array mapping the (possibly renamed) block name to the new module name.
* Example:
* @code
* $moved_deltas = array(
* 'user' =>
* array(
* 'navigation' => 'system',
* ),
* );
* @endcode
*/
function update_fix_d7_block_deltas(&$sandbox, $renamed_deltas, $moved_deltas) {
// Loop through each block and make changes to the block tables.
// Only run this the first time through the batch update.
if (!isset($sandbox['progress'])) {
// Determine whether to use the old or new block table names.
$block_tables = db_table_exists('blocks') ? array('blocks', 'blocks_roles') : array('block', 'block_role');
foreach ($block_tables as $table) {
foreach ($renamed_deltas as $module => $deltas) {
foreach ($deltas as $old_delta => $new_delta) {
// Only do the update if the old block actually exists.
$block_exists = db_query("SELECT COUNT(*) FROM {" . $table . "} WHERE module = :module AND delta = :delta", array(
':module' => $module,
':delta' => $old_delta,
))
->fetchField();
if ($block_exists) {
// Delete any existing blocks with the new module+delta.
db_delete($table)
->condition('module', $module)
->condition('delta', $new_delta)
->execute();
// Rename the old block to the new module+delta.
db_update($table)
->fields(array('delta' => $new_delta))
->condition('module', $module)
->condition('delta', $old_delta)
->execute();
}
}
}
foreach ($moved_deltas as $old_module => $deltas) {
foreach ($deltas as $delta => $new_module) {
// Only do the update if the old block actually exists.
$block_exists = db_query("SELECT COUNT(*) FROM {" . $table . "} WHERE module = :module AND delta = :delta", array(
':module' => $old_module,
':delta' => $delta,
))
->fetchField();
if ($block_exists) {
// Delete any existing blocks with the new module+delta.
db_delete($table)
->condition('module', $new_module)
->condition('delta', $delta)
->execute();
// Rename the old block to the new module+delta.
db_update($table)
->fields(array('module' => $new_module))
->condition('module', $old_module)
->condition('delta', $delta)
->execute();
}
}
}
}
// Initialize batch update information.
$sandbox['progress'] = 0;
$sandbox['last_user_processed'] = -1;
$sandbox['max'] = db_query("SELECT COUNT(*) FROM {users} WHERE data LIKE :block", array(
':block' => '%' . db_like(serialize('block')) . '%',
))
->fetchField();
}
// Now do the batch update of the user-specific block visibility settings.
$limit = 100;
$result = db_select('users', 'u')
->fields('u', array('uid', 'data'))
->condition('uid', $sandbox['last_user_processed'], '>')
->condition('data', '%' . db_like(serialize('block')) . '%', 'LIKE')
->orderBy('uid', 'ASC')
->range(0, $limit)
->execute();
foreach ($result as $row) {
$data = unserialize($row->data);
$user_needs_update = FALSE;
foreach ($renamed_deltas as $module => $deltas) {
foreach ($deltas as $old_delta => $new_delta) {
if (isset($data['block'][$module][$old_delta])) {
// Transfer the old block visibility settings to the newly-renamed
// block, and mark this user for a database update.
$data['block'][$module][$new_delta] = $data['block'][$module][$old_delta];
unset($data['block'][$module][$old_delta]);
$user_needs_update = TRUE;
}
}
}
foreach ($moved_deltas as $old_module => $deltas) {
foreach ($deltas as $delta => $new_module) {
if (isset($data['block'][$old_module][$delta])) {
// Transfer the old block visibility settings to the moved
// block, and mark this user for a database update.
$data['block'][$new_module][$delta] = $data['block'][$old_module][$delta];
unset($data['block'][$old_module][$delta]);
$user_needs_update = TRUE;
}
}
}
// Update the current user.
if ($user_needs_update) {
db_update('users')
->fields(array('data' => serialize($data)))
->condition('uid', $row->uid)
->execute();
}
// Update our progress information for the batch update.
$sandbox['progress']++;
$sandbox['last_user_processed'] = $row->uid;
}
// Indicate our current progress to the batch update system.
if ($sandbox['progress'] < $sandbox['max']) {
$sandbox['#finished'] = $sandbox['progress'] / $sandbox['max'];
}
}
/**
* Perform Drupal 6.x to 7.x updates that are required for update.php
* to function properly.
*
* This function runs when update.php is run the first time for 7.x,
* even before updates are selected or performed. It is important
* that if updates are not ultimately performed that no changes are
* made which make it impossible to continue using the prior version.
*/
function update_fix_d7_requirements() {
global $conf;
// Rewrite the settings.php file if necessary, see
// update_prepare_d7_bootstrap().
global $update_rewrite_settings, $db_url, $db_prefix;
if (!empty($update_rewrite_settings)) {
$databases = update_parse_db_url($db_url, $db_prefix);
$salt = drupal_hash_base64(drupal_random_bytes(55));
file_put_contents(conf_path() . '/settings.php', "\n" . '$databases = ' . var_export($databases, TRUE) . ";\n\$drupal_hash_salt = '$salt';", FILE_APPEND);
}
if (drupal_get_installed_schema_version('system') < 7000 && !variable_get('update_d7_requirements', FALSE)) {
// Change 6.x system table field values to 7.x equivalent.
// Change field values.
db_change_field('system', 'schema_version', 'schema_version', array(
'type' => 'int',
'size' => 'small',
'not null' => TRUE,
'default' => -1)
);
db_change_field('system', 'status', 'status', array(
'type' => 'int', 'not null' => TRUE, 'default' => 0));
db_change_field('system', 'weight', 'weight', array(
'type' => 'int', 'not null' => TRUE, 'default' => 0));
db_change_field('system', 'bootstrap', 'bootstrap', array(
'type' => 'int', 'not null' => TRUE, 'default' => 0));
// Drop and recreate 6.x indexes.
db_drop_index('system', 'bootstrap');
db_add_index('system', 'bootstrap', array(
'status', 'bootstrap', array('type', 12), 'weight', 'name'));
db_drop_index('system' ,'modules');
db_add_index('system', 'modules', array(array(
'type', 12), 'status', 'weight', 'name'));
db_drop_index('system', 'type_name');
db_add_index('system', 'type_name', array(array('type', 12), 'name'));
// Add 7.x indexes.
db_add_index('system', 'system_list', array('weight', 'name'));
// Add the cache_path table.
if (db_table_exists('cache_path')) {
db_drop_table('cache_path');
}
require_once('./modules/system/system.install');
$schema['cache_path'] = system_schema_cache_7054();
$schema['cache_path']['description'] = 'Cache table used for path alias lookups.';
db_create_table('cache_path', $schema['cache_path']);
// system_update_7042() renames columns, but these are needed to bootstrap.
// Add empty columns for now.
db_add_field('url_alias', 'source', array('type' => 'varchar', 'length' => 255, 'not null' => TRUE, 'default' => ''));
db_add_field('url_alias', 'alias', array('type' => 'varchar', 'length' => 255, 'not null' => TRUE, 'default' => ''));
// Add new columns to {menu_router}.
db_add_field('menu_router', 'delivery_callback', array('type' => 'varchar', 'length' => 255, 'not null' => TRUE, 'default' => ''));
db_add_field('menu_router', 'context', array(
'description' => 'Only for local tasks (tabs) - the context of a local task to control its placement.',
'type' => 'int',
'not null' => TRUE,
'default' => 0,
));
db_drop_index('menu_router', 'tab_parent');
db_add_index('menu_router', 'tab_parent', array(array('tab_parent', 64), 'weight', 'title'));
db_add_field('menu_router', 'theme_callback', array('type' => 'varchar', 'length' => 255, 'not null' => TRUE, 'default' => ''));
db_add_field('menu_router', 'theme_arguments', array('type' => 'varchar', 'length' => 255, 'not null' => TRUE, 'default' => ''));
// Add the role_permission table.
$schema['role_permission'] = array(
'fields' => array(
'rid' => array(
'type' => 'int',
'unsigned' => TRUE,
'not null' => TRUE,
),
'permission' => array(
'type' => 'varchar',
'length' => 128,
'not null' => TRUE,
'default' => '',
),
),
'primary key' => array('rid', 'permission'),
'indexes' => array(
'permission' => array('permission'),
),
);
db_create_table('role_permission', $schema['role_permission']);
// Drops and recreates semaphore value index.
db_drop_index('semaphore', 'value');
db_add_index('semaphore', 'value', array('value'));
$schema['date_format_type'] = array(
'description' => 'Stores configured date format types.',
'fields' => array(
'type' => array(
'description' => 'The date format type, e.g. medium.',
'type' => 'varchar',
'length' => 64,
'not null' => TRUE,
),
'title' => array(
'description' => 'The human readable name of the format type.',
'type' => 'varchar',
'length' => 255,
'not null' => TRUE,
),
'locked' => array(
'description' => 'Whether or not this is a system provided format.',
'type' => 'int',
'size' => 'tiny',
'default' => 0,
'not null' => TRUE,
),
),
'primary key' => array('type'),
);
$schema['date_formats'] = array(
'description' => 'Stores configured date formats.',
'fields' => array(
'dfid' => array(
'description' => 'The date format identifier.',
'type' => 'serial',
'not null' => TRUE,
'unsigned' => TRUE,
),
'format' => array(
'description' => 'The date format string.',
'type' => 'varchar',
'length' => 100,
'not null' => TRUE,
),
'type' => array(
'description' => 'The date format type, e.g. medium.',
'type' => 'varchar',
'length' => 64,
'not null' => TRUE,
),
'locked' => array(
'description' => 'Whether or not this format can be modified.',
'type' => 'int',
'size' => 'tiny',
'default' => 0,
'not null' => TRUE,
),
),
'primary key' => array('dfid'),
'unique keys' => array('formats' => array('format', 'type')),
);
$schema['date_format_locale'] = array(
'description' => 'Stores configured date formats for each locale.',
'fields' => array(
'format' => array(
'description' => 'The date format string.',
'type' => 'varchar',
'length' => 100,
'not null' => TRUE,
),
'type' => array(
'description' => 'The date format type, e.g. medium.',
'type' => 'varchar',
'length' => 64,
'not null' => TRUE,
),
'language' => array(
'description' => 'A {languages}.language for this format to be used with.',
'type' => 'varchar',
'length' => 12,
'not null' => TRUE,
),
),
'primary key' => array('type', 'language'),
);
db_create_table('date_format_type', $schema['date_format_type']);
// Sites that have the Drupal 6 Date module installed already have the
// following tables.
if (db_table_exists('date_formats')) {
db_rename_table('date_formats', 'd6_date_formats');
}
db_create_table('date_formats', $schema['date_formats']);
if (db_table_exists('date_format_locale')) {
db_rename_table('date_format_locale', 'd6_date_format_locale');
}
db_create_table('date_format_locale', $schema['date_format_locale']);
// Add the queue table.
$schema['queue'] = array(
'description' => 'Stores items in queues.',
'fields' => array(
'item_id' => array(
'type' => 'serial',
'unsigned' => TRUE,
'not null' => TRUE,
'description' => 'Primary Key: Unique item ID.',
),
'name' => array(
'type' => 'varchar',
'length' => 255,
'not null' => TRUE,
'default' => '',
'description' => 'The queue name.',
),
'data' => array(
'type' => 'blob',
'not null' => FALSE,
'size' => 'big',
'serialize' => TRUE,
'description' => 'The arbitrary data for the item.',
),
'expire' => array(
'type' => 'int',
'not null' => TRUE,
'default' => 0,
'description' => 'Timestamp when the claim lease expires on the item.',
),
'created' => array(
'type' => 'int',
'not null' => TRUE,
'default' => 0,
'description' => 'Timestamp when the item was created.',
),
),
'primary key' => array('item_id'),
'indexes' => array(
'name_created' => array('name', 'created'),
'expire' => array('expire'),
),
);
// Check for queue table that may remain from D5 or D6, if found
//drop it.
if (db_table_exists('queue')) {
db_drop_table('queue');
}
db_create_table('queue', $schema['queue']);
// Create the sequences table.
$schema['sequences'] = array(
'description' => 'Stores IDs.',
'fields' => array(
'value' => array(
'description' => 'The value of the sequence.',
'type' => 'serial',
'unsigned' => TRUE,
'not null' => TRUE,
),
),
'primary key' => array('value'),
);
// Check for sequences table that may remain from D5 or D6, if found
//drop it.
if (db_table_exists('sequences')) {
db_drop_table('sequences');
}
db_create_table('sequences', $schema['sequences']);
// Initialize the table with the maximum current increment of the tables
// that will rely on it for their ids.
$max_aid = db_query('SELECT MAX(aid) FROM {actions_aid}')->fetchField();
$max_uid = db_query('SELECT MAX(uid) FROM {users}')->fetchField();
$max_batch_id = db_query('SELECT MAX(bid) FROM {batch}')->fetchField();
db_insert('sequences')->fields(array('value' => max($max_aid, $max_uid, $max_batch_id)))->execute();
// Add column for locale context.
if (db_table_exists('locales_source')) {
db_add_field('locales_source', 'context', array('type' => 'varchar', 'length' => 255, 'not null' => TRUE, 'default' => '', 'description' => 'The context this string applies to.'));
}
// Rename 'site_offline_message' variable to 'maintenance_mode_message'
// and 'site_offline' variable to 'maintenance_mode'.
// Old variable is removed in update for system.module, see
// system_update_7072().
if ($message = variable_get('site_offline_message', NULL)) {
variable_set('maintenance_mode_message', $message);
}
// Old variable is removed in update for system.module, see
// system_update_7069().
$site_offline = variable_get('site_offline', -1);
if ($site_offline != -1) {
variable_set('maintenance_mode', $site_offline);
}
// Add ssid column and index.
db_add_field('sessions', 'ssid', array('description' => "Secure session ID. The value is generated by Drupal's session handlers.", 'type' => 'varchar', 'length' => 128, 'not null' => TRUE, 'default' => ''));
db_add_index('sessions', 'ssid', array('ssid'));
// Drop existing primary key.
db_drop_primary_key('sessions');
// Add new primary key.
db_add_primary_key('sessions', array('sid', 'ssid'));
// Allow longer javascript file names.
if (db_table_exists('languages')) {
db_change_field('languages', 'javascript', 'javascript', array('type' => 'varchar', 'length' => 64, 'not null' => TRUE, 'default' => ''));
}
// Rename action description to label.
db_change_field('actions', 'description', 'label', array('type' => 'varchar', 'length' => 255, 'not null' => TRUE, 'default' => '0'));
variable_set('update_d7_requirements', TRUE);
}
update_fix_d7_install_profile();
}
/**
* Register the currently installed profile in the system table.
*
* Installation profiles are now treated as modules by Drupal, and have an
* upgrade path based on their schema version in the system table.
*
* The installation profile will be set to schema_version 0, as it has already
* been installed. Any other hook_update_N functions provided by the
* installation profile will be run by update.php.
*/
function update_fix_d7_install_profile() {
$profile = drupal_get_profile();
// 'Default' profile has been renamed to 'Standard' in D7.
// We change the profile here to prevent a broken record in the system table.
// See system_update_7049().
if ($profile == 'default') {
$profile = 'standard';
variable_set('install_profile', $profile);
}
$results = db_select('system', 's')
->fields('s', array('name', 'schema_version'))
->condition('name', $profile)
->condition('type', 'module')
->execute()
->fetchAll();
if (empty($results)) {
$filename = 'profiles/' . $profile . '/' . $profile . '.profile';
// Read profile info file
$info = drupal_parse_info_file(dirname($filename) . '/' . $profile . '.info');
// Merge in defaults.
$info = $info + array(
'dependencies' => array(),
'description' => '',
'package' => 'Other',
'version' => NULL,
'php' => DRUPAL_MINIMUM_PHP,
'files' => array(),
);
$values = array(
'filename' => $filename,
'name' => $profile,
'info' => serialize($info),
'schema_version' => 0,
'type' => 'module',
'status' => 1,
'owner' => '',
);
// Installation profile hooks are always executed last by the module system
$values['weight'] = 1000;
// Initializing the system table entry for the installation profile
db_insert('system')
->fields(array_keys($values))
->values($values)
->execute();
// Reset the cached schema version.
drupal_get_installed_schema_version($profile, TRUE);
// Load the updates again to make sure the installation profile updates
// are loaded.
drupal_load_updates();
}
}
/**
* Parse pre-Drupal 7 database connection URLs and return D7 compatible array.
*
* @return
* Drupal 7 DBTNG compatible array of database connection information.
*/
function update_parse_db_url($db_url, $db_prefix) {
$databases = array();
if (!is_array($db_url)) {
$db_url = array('default' => $db_url);
}
foreach ($db_url as $database => $url) {
$url = parse_url($url);
$databases[$database]['default'] = array(
// MySQLi uses the mysql driver.
'driver' => $url['scheme'] == 'mysqli' ? 'mysql' : $url['scheme'],
// Remove the leading slash to get the database name.
'database' => substr(urldecode($url['path']), 1),
'username' => urldecode($url['user']),
'password' => isset($url['pass']) ? urldecode($url['pass']) : '',
'host' => urldecode($url['host']),
'port' => isset($url['port']) ? urldecode($url['port']) : '',
);
if (isset($db_prefix)) {
$databases[$database]['default']['prefix'] = $db_prefix;
}
}
return $databases;
}
/**
* Constructs a session name compatible with a D6 environment.
*
* @return
* D6-compatible session name string.
*
* @see drupal_settings_initialize()
*/
function update_get_d6_session_name() {
global $base_url, $cookie_domain;
$cookie_secure = ini_get('session.cookie_secure');
// If a custom cookie domain is set in settings.php, that variable forms
// the basis of the session name. Re-compute the D7 hashing method to find
// out if $cookie_domain was used as the session name.
if (($cookie_secure ? 'SSESS' : 'SESS') . substr(hash('sha256', $cookie_domain), 0, 32) == session_name()) {
$session_name = $cookie_domain;
}
else {
// Otherwise use $base_url as session name, without the protocol
// to use the same session identifiers across HTTP and HTTPS.
list( , $session_name) = explode('://', $base_url, 2);
}
if ($cookie_secure) {
$session_name .= 'SSL';
}
return 'SESS' . md5($session_name);
}
/**
* Implements callback_batch_operation().
*
* Performs one update and stores the results for display on the results page.
*
* If an update function completes successfully, it should return a message
* as a string indicating success, for example:
* @code
* return t('New index added successfully.');
* @endcode
*
* Alternatively, it may return nothing. In that case, no message
* will be displayed at all.
*
* If it fails for whatever reason, it should throw an instance of
* DrupalUpdateException with an appropriate error message, for example:
* @code
* throw new DrupalUpdateException(t('Description of what went wrong'));
* @endcode
*
* If an exception is thrown, the current update and all updates that depend on
* it will be aborted. The schema version will not be updated in this case, and
* all the aborted updates will continue to appear on update.php as updates
* that have not yet been run.
*
* If an update function needs to be re-run as part of a batch process, it
* should accept the $sandbox array by reference as its first parameter
* and set the #finished property to the percentage completed that it is, as a
* fraction of 1.
*
* @param $module
* The module whose update will be run.
* @param $number
* The update number to run.
* @param $dependency_map
* An array whose keys are the names of all update functions that will be
* performed during this batch process, and whose values are arrays of other
* update functions that each one depends on.
* @param $context
* The batch context array.
*
* @see update_resolve_dependencies()
*/
function update_do_one($module, $number, $dependency_map, &$context) {
$function = $module . '_update_' . $number;
// If this update was aborted in a previous step, or has a dependency that
// was aborted in a previous step, go no further.
if (!empty($context['results']['#abort']) && array_intersect($context['results']['#abort'], array_merge($dependency_map, array($function)))) {
return;
}
$ret = array();
if (function_exists($function)) {
try {
$ret['results']['query'] = $function($context['sandbox']);
$ret['results']['success'] = TRUE;
}
// @TODO We may want to do different error handling for different
// exception types, but for now we'll just log the exception and
// return the message for printing.
catch (Exception $e) {
watchdog_exception('update', $e);
require_once DRUPAL_ROOT . '/includes/errors.inc';
$variables = _drupal_decode_exception($e);
// The exception message is run through check_plain() by _drupal_decode_exception().
$ret['#abort'] = array('success' => FALSE, 'query' => t('%type: !message in %function (line %line of %file).', $variables));
}
}
if (isset($context['sandbox']['#finished'])) {
$context['finished'] = $context['sandbox']['#finished'];
unset($context['sandbox']['#finished']);
}
if (!isset($context['results'][$module])) {
$context['results'][$module] = array();
}
if (!isset($context['results'][$module][$number])) {
$context['results'][$module][$number] = array();
}
$context['results'][$module][$number] = array_merge($context['results'][$module][$number], $ret);
if (!empty($ret['#abort'])) {
// Record this function in the list of updates that were aborted.
$context['results']['#abort'][] = $function;
}
// Record the schema update if it was completed successfully.
if ($context['finished'] == 1 && empty($ret['#abort'])) {
drupal_set_installed_schema_version($module, $number);
}
$context['message'] = 'Updating ' . check_plain($module) . ' module';
}
/**
* @class Exception class used to throw error if a module update fails.
*/
class DrupalUpdateException extends Exception { }
/**
* Starts the database update batch process.
*
* @param $start
* An array whose keys contain the names of modules to be updated during the
* current batch process, and whose values contain the number of the first
* requested update for that module. The actual updates that are run (and the
* order they are run in) will depend on the results of passing this data
* through the update dependency system.
* @param $redirect
* Path to redirect to when the batch has finished processing.
* @param $url
* URL of the batch processing page (should only be used for separate
* scripts like update.php).
* @param $batch
* Optional parameters to pass into the batch API.
* @param $redirect_callback
* (optional) Specify a function to be called to redirect to the progressive
* processing page.
*
* @see update_resolve_dependencies()
*/
function update_batch($start, $redirect = NULL, $url = NULL, $batch = array(), $redirect_callback = 'drupal_goto') {
// During the update, bring the site offline so that schema changes do not
// affect visiting users.
$_SESSION['maintenance_mode'] = variable_get('maintenance_mode', FALSE);
if ($_SESSION['maintenance_mode'] == FALSE) {
variable_set('maintenance_mode', TRUE);
}
// Resolve any update dependencies to determine the actual updates that will
// be run and the order they will be run in.
$updates = update_resolve_dependencies($start);
// Store the dependencies for each update function in an array which the
// batch API can pass in to the batch operation each time it is called. (We
// do not store the entire update dependency array here because it is
// potentially very large.)
$dependency_map = array();
foreach ($updates as $function => $update) {
$dependency_map[$function] = !empty($update['reverse_paths']) ? array_keys($update['reverse_paths']) : array();
}
$operations = array();
foreach ($updates as $update) {
if ($update['allowed']) {
// Set the installed version of each module so updates will start at the
// correct place. (The updates are already sorted, so we can simply base
// this on the first one we come across in the above foreach loop.)
if (isset($start[$update['module']])) {
drupal_set_installed_schema_version($update['module'], $update['number'] - 1);
unset($start[$update['module']]);
}
// Add this update function to the batch.
$function = $update['module'] . '_update_' . $update['number'];
$operations[] = array('update_do_one', array($update['module'], $update['number'], $dependency_map[$function]));
}
}
$batch['operations'] = $operations;
$batch += array(
'title' => 'Updating',
'init_message' => 'Starting updates',
'error_message' => 'An unrecoverable error has occurred. You can find the error message below. It is advised to copy it to the clipboard for reference.',
'finished' => 'update_finished',
'file' => 'includes/update.inc',
);
batch_set($batch);
batch_process($redirect, $url, $redirect_callback);
}
/**
* Implements callback_batch_finished().
*
* Finishes the update process and stores the results for eventual display.
*
* After the updates run, all caches are flushed. The update results are
* stored into the session (for example, to be displayed on the update results
* page in update.php). Additionally, if the site was off-line, now that the
* update process is completed, the site is set back online.
*
* @param $success
* Indicate that the batch API tasks were all completed successfully.
* @param $results
* An array of all the results that were updated in update_do_one().
* @param $operations
* A list of all the operations that had not been completed by the batch API.
*
* @see update_batch()
*/
function update_finished($success, $results, $operations) {
// Remove the D6 upgrade flag variable so that subsequent update runs do not
// get the wrong context.
variable_del('update_d6');
// Clear the caches in case the data has been updated.
drupal_flush_all_caches();
$_SESSION['update_results'] = $results;
$_SESSION['update_success'] = $success;
$_SESSION['updates_remaining'] = $operations;
// Now that the update is done, we can put the site back online if it was
// previously in maintenance mode.
if (isset($_SESSION['maintenance_mode']) && $_SESSION['maintenance_mode'] == FALSE) {
variable_set('maintenance_mode', FALSE);
unset($_SESSION['maintenance_mode']);
}
}
/**
* Returns a list of all the pending database updates.
*
* @return
* An associative array keyed by module name which contains all information
* about database updates that need to be run, and any updates that are not
* going to proceed due to missing requirements. The system module will
* always be listed first.
*
* The subarray for each module can contain the following keys:
* - start: The starting update that is to be processed. If this does not
* exist then do not process any updates for this module as there are
* other requirements that need to be resolved.
* - warning: Any warnings about why this module can not be updated.
* - pending: An array of all the pending updates for the module including
* the update number and the description from source code comment for
* each update function. This array is keyed by the update number.
*/
function update_get_update_list() {
// Make sure that the system module is first in the list of updates.
$ret = array('system' => array());
$modules = drupal_get_installed_schema_version(NULL, FALSE, TRUE);
foreach ($modules as $module => $schema_version) {
// Skip uninstalled and incompatible modules.
if ($schema_version == SCHEMA_UNINSTALLED || update_check_incompatibility($module)) {
continue;
}
// Otherwise, get the list of updates defined by this module.
$updates = drupal_get_schema_versions($module);
if ($updates !== FALSE) {
// module_invoke returns NULL for nonexisting hooks, so if no updates
// are removed, it will == 0.
$last_removed = module_invoke($module, 'update_last_removed');
if ($schema_version < $last_removed) {
$ret[$module]['warning'] = '<em>' . $module . '</em> module can not be updated. Its schema version is ' . $schema_version . '. Updates up to and including ' . $last_removed . ' have been removed in this release. In order to update <em>' . $module . '</em> module, you will first <a href="http://drupal.org/upgrade">need to upgrade</a> to the last version in which these updates were available.';
continue;
}
$updates = drupal_map_assoc($updates);
foreach (array_keys($updates) as $update) {
if ($update > $schema_version) {
// The description for an update comes from its Doxygen.
$func = new ReflectionFunction($module . '_update_' . $update);
$description = str_replace(array("\n", '*', '/'), '', $func->getDocComment());
$ret[$module]['pending'][$update] = "$update - $description";
if (!isset($ret[$module]['start'])) {
$ret[$module]['start'] = $update;
}
}
}
if (!isset($ret[$module]['start']) && isset($ret[$module]['pending'])) {
$ret[$module]['start'] = $schema_version;
}
}
}
if (empty($ret['system'])) {
unset($ret['system']);
}
return $ret;
}
/**
* Resolves dependencies in a set of module updates, and orders them correctly.
*
* This function receives a list of requested module updates and determines an
* appropriate order to run them in such that all update dependencies are met.
* Any updates whose dependencies cannot be met are included in the returned
* array but have the key 'allowed' set to FALSE; the calling function should
* take responsibility for ensuring that these updates are ultimately not
* performed.
*
* In addition, the returned array also includes detailed information about the
* dependency chain for each update, as provided by the depth-first search
* algorithm in drupal_depth_first_search().
*
* @param $starting_updates
* An array whose keys contain the names of modules with updates to be run
* and whose values contain the number of the first requested update for that
* module.
*
* @return
* An array whose keys are the names of all update functions within the
* provided modules that would need to be run in order to fulfill the
* request, arranged in the order in which the update functions should be
* run. (This includes the provided starting update for each module and all
* subsequent updates that are available.) The values are themselves arrays
* containing all the keys provided by the drupal_depth_first_search()
* algorithm, which encode detailed information about the dependency chain
* for this update function (for example: 'paths', 'reverse_paths', 'weight',
* and 'component'), as well as the following additional keys:
* - 'allowed': A boolean which is TRUE when the update function's
* dependencies are met, and FALSE otherwise. Calling functions should
* inspect this value before running the update.
* - 'missing_dependencies': An array containing the names of any other
* update functions that are required by this one but that are unavailable
* to be run. This array will be empty when 'allowed' is TRUE.
* - 'module': The name of the module that this update function belongs to.
* - 'number': The number of this update function within that module.
*
* @see drupal_depth_first_search()
*/
function update_resolve_dependencies($starting_updates) {
// Obtain a dependency graph for the requested update functions.
$update_functions = update_get_update_function_list($starting_updates);
$graph = update_build_dependency_graph($update_functions);
// Perform the depth-first search and sort the results.
require_once DRUPAL_ROOT . '/includes/graph.inc';
drupal_depth_first_search($graph);
uasort($graph, 'drupal_sort_weight');
foreach ($graph as $function => &$data) {
$module = $data['module'];
$number = $data['number'];
// If the update function is missing and has not yet been performed, mark
// it and everything that ultimately depends on it as disallowed.
if (update_is_missing($module, $number, $update_functions) && !update_already_performed($module, $number)) {
$data['allowed'] = FALSE;
foreach (array_keys($data['paths']) as $dependent) {
$graph[$dependent]['allowed'] = FALSE;
$graph[$dependent]['missing_dependencies'][] = $function;
}
}
elseif (!isset($data['allowed'])) {
$data['allowed'] = TRUE;
$data['missing_dependencies'] = array();
}
// Now that we have finished processing this function, remove it from the
// graph if it was not part of the original list. This ensures that we
// never try to run any updates that were not specifically requested.
if (!isset($update_functions[$module][$number])) {
unset($graph[$function]);
}
}
return $graph;
}
/**
* Returns an organized list of update functions for a set of modules.
*
* @param $starting_updates
* An array whose keys contain the names of modules and whose values contain
* the number of the first requested update for that module.
*
* @return
* An array containing all the update functions that should be run for each
* module, including the provided starting update and all subsequent updates
* that are available. The keys of the array contain the module names, and
* each value is an ordered array of update functions, keyed by the update
* number.
*
* @see update_resolve_dependencies()
*/
function update_get_update_function_list($starting_updates) {
// Go through each module and find all updates that we need (including the
// first update that was requested and any updates that run after it).
$update_functions = array();
foreach ($starting_updates as $module => $version) {
$update_functions[$module] = array();
$updates = drupal_get_schema_versions($module);
if ($updates !== FALSE) {
$max_version = max($updates);
if ($version <= $max_version) {
foreach ($updates as $update) {
if ($update >= $version) {
$update_functions[$module][$update] = $module . '_update_' . $update;
}
}
}
}
}
return $update_functions;
}
/**
* Constructs a graph which encodes the dependencies between module updates.
*
* This function returns an associative array which contains a "directed graph"
* representation of the dependencies between a provided list of update
* functions, as well as any outside update functions that they directly depend
* on but that were not in the provided list. The vertices of the graph
* represent the update functions themselves, and each edge represents a
* requirement that the first update function needs to run before the second.
* For example, consider this graph:
*
* system_update_7000 ---> system_update_7001 ---> system_update_7002
*
* Visually, this indicates that system_update_7000() must run before
* system_update_7001(), which in turn must run before system_update_7002().
*
* The function takes into account standard dependencies within each module, as
* shown above (i.e., the fact that each module's updates must run in numerical
* order), but also finds any cross-module dependencies that are defined by
* modules which implement hook_update_dependencies(), and builds them into the
* graph as well.
*
* @param $update_functions
* An organized array of update functions, in the format returned by
* update_get_update_function_list().
*
* @return
* A multidimensional array representing the dependency graph, suitable for
* passing in to drupal_depth_first_search(), but with extra information
* about each update function also included. Each array key contains the name
* of an update function, including all update functions from the provided
* list as well as any outside update functions which they directly depend
* on. Each value is an associative array containing the following keys:
* - 'edges': A representation of any other update functions that immediately
* depend on this one. See drupal_depth_first_search() for more details on
* the format.
* - 'module': The name of the module that this update function belongs to.
* - 'number': The number of this update function within that module.
*
* @see drupal_depth_first_search()
* @see update_resolve_dependencies()
*/
function update_build_dependency_graph($update_functions) {
// Initialize an array that will define a directed graph representing the
// dependencies between update functions.
$graph = array();
// Go through each update function and build an initial list of dependencies.
foreach ($update_functions as $module => $functions) {
$previous_function = NULL;
foreach ($functions as $number => $function) {
// Add an edge to the directed graph representing the fact that each
// update function in a given module must run after the update that
// numerically precedes it.
if ($previous_function) {
$graph[$previous_function]['edges'][$function] = TRUE;
}
$previous_function = $function;
// Define the module and update number associated with this function.
$graph[$function]['module'] = $module;
$graph[$function]['number'] = $number;
}
}
// Now add any explicit update dependencies declared by modules.
$update_dependencies = update_retrieve_dependencies();
foreach ($graph as $function => $data) {
if (!empty($update_dependencies[$data['module']][$data['number']])) {
foreach ($update_dependencies[$data['module']][$data['number']] as $module => $number) {
$dependency = $module . '_update_' . $number;
$graph[$dependency]['edges'][$function] = TRUE;
$graph[$dependency]['module'] = $module;
$graph[$dependency]['number'] = $number;
}
}
}
return $graph;
}
/**
* Determines if a module update is missing or unavailable.
*
* @param $module
* The name of the module.
* @param $number
* The number of the update within that module.
* @param $update_functions
* An organized array of update functions, in the format returned by
* update_get_update_function_list(). This should represent all module
* updates that are requested to run at the time this function is called.
*
* @return
* TRUE if the provided module update is not installed or is not in the
* provided list of updates to run; FALSE otherwise.
*/
function update_is_missing($module, $number, $update_functions) {
return !isset($update_functions[$module][$number]) || !function_exists($update_functions[$module][$number]);
}
/**
* Determines if a module update has already been performed.
*
* @param $module
* The name of the module.
* @param $number
* The number of the update within that module.
*
* @return
* TRUE if the database schema indicates that the update has already been
* performed; FALSE otherwise.
*/
function update_already_performed($module, $number) {
return $number <= drupal_get_installed_schema_version($module);
}
/**
* Invokes hook_update_dependencies() in all installed modules.
*
* This function is similar to module_invoke_all(), with the main difference
* that it does not require that a module be enabled to invoke its hook, only
* that it be installed. This allows the update system to properly perform
* updates even on modules that are currently disabled.
*
* @return
* An array of return values obtained by merging the results of the
* hook_update_dependencies() implementations in all installed modules.
*
* @see module_invoke_all()
* @see hook_update_dependencies()
*/
function update_retrieve_dependencies() {
$return = array();
// Get a list of installed modules, arranged so that we invoke their hooks in
// the same order that module_invoke_all() does.
$modules = db_query("SELECT name FROM {system} WHERE type = 'module' AND schema_version <> :schema ORDER BY weight ASC, name ASC", array(':schema' => SCHEMA_UNINSTALLED))->fetchCol();
foreach ($modules as $module) {
$function = $module . '_update_dependencies';
if (function_exists($function)) {
$result = $function();
// Each implementation of hook_update_dependencies() returns a
// multidimensional, associative array containing some keys that
// represent module names (which are strings) and other keys that
// represent update function numbers (which are integers). We cannot use
// array_merge_recursive() to properly merge these results, since it
// treats strings and integers differently. Therefore, we have to
// explicitly loop through the expected array structure here and perform
// the merge manually.
if (isset($result) && is_array($result)) {
foreach ($result as $module => $module_data) {
foreach ($module_data as $update => $update_data) {
foreach ($update_data as $module_dependency => $update_dependency) {
// If there are redundant dependencies declared for the same
// update function (so that it is declared to depend on more than
// one update from a particular module), record the dependency on
// the highest numbered update here, since that automatically
// implies the previous ones. For example, if one module's
// implementation of hook_update_dependencies() required this
// ordering:
//
// system_update_7001 ---> user_update_7000
//
// but another module's implementation of the hook required this
// one:
//
// system_update_7002 ---> user_update_7000
//
// we record the second one, since system_update_7001() is always
// guaranteed to run before system_update_7002() anyway (within
// an individual module, updates are always run in numerical
// order).
if (!isset($return[$module][$update][$module_dependency]) || $update_dependency > $return[$module][$update][$module_dependency]) {
$return[$module][$update][$module_dependency] = $update_dependency;
}
}
}
}
}
}
}
return $return;
}
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