940 lines
30 KiB
Plaintext
Executable File
940 lines
30 KiB
Plaintext
Executable File
<?php
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/**
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* @file
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* Install, update and uninstall functions for the taxonomy module.
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*/
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/**
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* Implements hook_uninstall().
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*/
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function taxonomy_uninstall() {
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// Remove variables.
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variable_del('taxonomy_override_selector');
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variable_del('taxonomy_terms_per_page_admin');
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// Remove taxonomy_term bundles.
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$vocabularies = db_query("SELECT machine_name FROM {taxonomy_vocabulary}")->fetchCol();
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foreach ($vocabularies as $vocabulary) {
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field_attach_delete_bundle('taxonomy_term', $vocabulary);
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}
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}
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/**
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* Implements hook_schema().
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*/
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function taxonomy_schema() {
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$schema['taxonomy_term_data'] = array(
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'description' => 'Stores term information.',
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'fields' => array(
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'tid' => array(
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'type' => 'serial',
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'unsigned' => TRUE,
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'not null' => TRUE,
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'description' => 'Primary Key: Unique term ID.',
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),
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'vid' => array(
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'type' => 'int',
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'unsigned' => TRUE,
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'not null' => TRUE,
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'default' => 0,
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'description' => 'The {taxonomy_vocabulary}.vid of the vocabulary to which the term is assigned.',
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),
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'name' => array(
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'type' => 'varchar',
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'length' => 255,
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'not null' => TRUE,
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'default' => '',
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'description' => 'The term name.',
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'translatable' => TRUE,
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),
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'description' => array(
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'type' => 'text',
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'not null' => FALSE,
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'size' => 'big',
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'description' => 'A description of the term.',
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'translatable' => TRUE,
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),
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'format' => array(
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'type' => 'varchar',
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'length' => 255,
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'not null' => FALSE,
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'description' => 'The {filter_format}.format of the description.',
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),
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'weight' => array(
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'type' => 'int',
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'not null' => TRUE,
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'default' => 0,
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'description' => 'The weight of this term in relation to other terms.',
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),
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),
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'primary key' => array('tid'),
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'foreign keys' => array(
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'vocabulary' => array(
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'table' => 'taxonomy_vocabulary',
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'columns' => array('vid' => 'vid'),
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),
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),
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'indexes' => array(
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'taxonomy_tree' => array('vid', 'weight', 'name'),
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'vid_name' => array('vid', 'name'),
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'name' => array('name'),
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),
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);
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$schema['taxonomy_term_hierarchy'] = array(
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'description' => 'Stores the hierarchical relationship between terms.',
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'fields' => array(
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'tid' => array(
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'type' => 'int',
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'unsigned' => TRUE,
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'not null' => TRUE,
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'default' => 0,
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'description' => 'Primary Key: The {taxonomy_term_data}.tid of the term.',
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),
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'parent' => array(
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'type' => 'int',
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'unsigned' => TRUE,
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'not null' => TRUE,
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'default' => 0,
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'description' => "Primary Key: The {taxonomy_term_data}.tid of the term's parent. 0 indicates no parent.",
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),
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),
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'indexes' => array(
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'parent' => array('parent'),
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),
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'foreign keys' => array(
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'taxonomy_term_data' => array(
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'table' => 'taxonomy_term_data',
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'columns' => array('tid' => 'tid'),
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),
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),
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'primary key' => array('tid', 'parent'),
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);
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$schema['taxonomy_vocabulary'] = array(
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'description' => 'Stores vocabulary information.',
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'fields' => array(
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'vid' => array(
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'type' => 'serial',
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'unsigned' => TRUE,
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'not null' => TRUE,
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'description' => 'Primary Key: Unique vocabulary ID.',
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),
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'name' => array(
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'type' => 'varchar',
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'length' => 255,
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'not null' => TRUE,
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'default' => '',
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'description' => 'Name of the vocabulary.',
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'translatable' => TRUE,
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),
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'machine_name' => array(
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'type' => 'varchar',
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'length' => 255,
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'not null' => TRUE,
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'default' => '',
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'description' => 'The vocabulary machine name.',
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),
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'description' => array(
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'type' => 'text',
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'not null' => FALSE,
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'size' => 'big',
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'description' => 'Description of the vocabulary.',
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'translatable' => TRUE,
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),
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'hierarchy' => array(
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'type' => 'int',
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'unsigned' => TRUE,
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'not null' => TRUE,
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'default' => 0,
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'size' => 'tiny',
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'description' => 'The type of hierarchy allowed within the vocabulary. (0 = disabled, 1 = single, 2 = multiple)',
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),
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'module' => array(
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'type' => 'varchar',
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'length' => 255,
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'not null' => TRUE,
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'default' => '',
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'description' => 'The module which created the vocabulary.',
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),
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'weight' => array(
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'type' => 'int',
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'not null' => TRUE,
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'default' => 0,
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'description' => 'The weight of this vocabulary in relation to other vocabularies.',
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),
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),
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'primary key' => array('vid'),
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'indexes' => array(
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'list' => array('weight', 'name'),
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),
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'unique keys' => array(
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'machine_name' => array('machine_name'),
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),
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);
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$schema['taxonomy_index'] = array(
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'description' => 'Maintains denormalized information about node/term relationships.',
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'fields' => array(
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'nid' => array(
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'description' => 'The {node}.nid this record tracks.',
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'type' => 'int',
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'unsigned' => TRUE,
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'not null' => TRUE,
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'default' => 0,
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),
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'tid' => array(
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'description' => 'The term ID.',
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'type' => 'int',
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'unsigned' => TRUE,
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'not null' => TRUE,
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'default' => 0,
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),
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'sticky' => array(
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'description' => 'Boolean indicating whether the node is sticky.',
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'type' => 'int',
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'not null' => FALSE,
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'default' => 0,
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'size' => 'tiny',
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),
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'created' => array(
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'description' => 'The Unix timestamp when the node was created.',
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'type' => 'int',
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'not null' => TRUE,
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'default'=> 0,
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),
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),
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'indexes' => array(
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'term_node' => array('tid', 'sticky', 'created'),
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'nid' => array('nid'),
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),
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'foreign keys' => array(
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'tracked_node' => array(
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'table' => 'node',
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'columns' => array('nid' => 'nid'),
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),
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'term' => array(
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'table' => 'taxonomy_term_data',
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'columns' => array('tid' => 'tid'),
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),
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),
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);
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return $schema;
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}
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/**
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* Implements hook_field_schema().
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*/
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function taxonomy_field_schema($field) {
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return array(
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'columns' => array(
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'tid' => array(
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'type' => 'int',
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'unsigned' => TRUE,
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'not null' => FALSE,
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),
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),
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'indexes' => array(
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'tid' => array('tid'),
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),
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'foreign keys' => array(
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'tid' => array(
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'table' => 'taxonomy_term_data',
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'columns' => array('tid' => 'tid'),
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),
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),
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);
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}
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/**
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* Implements hook_update_dependencies().
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*/
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function taxonomy_update_dependencies() {
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// taxonomy_update_7004() migrates taxonomy term data to fields and therefore
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// must run after all Field modules have been enabled, which happens in
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// system_update_7027().
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$dependencies['taxonomy'][7004] = array(
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'system' => 7027,
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);
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return $dependencies;
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}
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/**
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* Utility function: get the list of vocabularies directly from the database.
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*
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* This function is valid for a database schema version 7002.
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*
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* @ingroup update_api
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*/
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function _update_7002_taxonomy_get_vocabularies() {
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return db_query('SELECT v.* FROM {taxonomy_vocabulary} v ORDER BY v.weight, v.name')->fetchAllAssoc('vid', PDO::FETCH_OBJ);
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}
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/**
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* Rename taxonomy tables.
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*/
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function taxonomy_update_7001() {
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db_rename_table('term_data', 'taxonomy_term_data');
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db_rename_table('term_hierarchy', 'taxonomy_term_hierarchy');
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db_rename_table('term_node', 'taxonomy_term_node');
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db_rename_table('term_relation', 'taxonomy_term_relation');
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db_rename_table('term_synonym', 'taxonomy_term_synonym');
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db_rename_table('vocabulary', 'taxonomy_vocabulary');
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db_rename_table('vocabulary_node_types', 'taxonomy_vocabulary_node_type');
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}
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/**
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* Add {vocabulary}.machine_name column.
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*/
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function taxonomy_update_7002() {
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$field = array(
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'type' => 'varchar',
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'length' => 255,
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'not null' => TRUE,
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'default' => '',
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'description' => 'The vocabulary machine name.',
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);
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db_add_field('taxonomy_vocabulary', 'machine_name', $field);
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// Do a direct query here, rather than calling taxonomy_get_vocabularies(),
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// in case Taxonomy module is disabled.
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$vids = db_query('SELECT vid FROM {taxonomy_vocabulary}')->fetchCol();
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foreach ($vids as $vid) {
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$machine_name = 'vocabulary_' . $vid;
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db_update('taxonomy_vocabulary')
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->fields(array('machine_name' => $machine_name))
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->condition('vid', $vid)
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->execute();
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}
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// The machine_name unique key can only be added after we ensure the
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// machine_name column contains unique values.
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db_add_unique_key('taxonomy_vocabulary', 'machine_name', array('machine_name'));
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}
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/**
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* Remove the related terms setting from vocabularies.
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*
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* This setting has not been used since Drupal 6. The {taxonomy_relations} table
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* itself is retained to allow for data to be upgraded.
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*/
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function taxonomy_update_7003() {
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db_drop_field('taxonomy_vocabulary', 'relations');
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}
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/**
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* Move taxonomy vocabulary associations for nodes to fields and field instances.
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*/
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function taxonomy_update_7004() {
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$taxonomy_index = array(
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'description' => 'Maintains denormalized information about node/term relationships.',
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'fields' => array(
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'nid' => array(
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'description' => 'The {node}.nid this record tracks.',
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'type' => 'int',
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'unsigned' => TRUE,
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'not null' => TRUE,
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'default' => 0,
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),
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'tid' => array(
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'description' => 'The term ID.',
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'type' => 'int',
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'unsigned' => TRUE,
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'not null' => TRUE,
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'default' => 0,
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),
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'sticky' => array(
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'description' => 'Boolean indicating whether the node is sticky.',
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'type' => 'int',
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'not null' => FALSE,
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'default' => 0,
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'size' => 'tiny',
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),
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'created' => array(
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'description' => 'The Unix timestamp when the node was created.',
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'type' => 'int',
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'unsigned' => TRUE,
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'not null' => TRUE,
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'default'=> 0,
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),
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),
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'indexes' => array(
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'term_node' => array('tid', 'sticky', 'created'),
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'nid' => array('nid'),
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),
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'foreign keys' => array(
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'tracked_node' => array(
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'table' => 'node',
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'columns' => array('nid' => 'nid'),
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),
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'term' => array(
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'table' => 'taxonomy_term_data',
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'columns' => array('tid' => 'tid'),
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),
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),
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);
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db_create_table('taxonomy_index', $taxonomy_index);
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// Use an inline version of Drupal 6 taxonomy_get_vocabularies() here since
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// we can no longer rely on $vocabulary->nodes from the API function.
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$result = db_query('SELECT v.*, n.type FROM {taxonomy_vocabulary} v LEFT JOIN {taxonomy_vocabulary_node_type} n ON v.vid = n.vid ORDER BY v.weight, v.name');
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$vocabularies = array();
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foreach ($result as $record) {
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// If no node types are associated with a vocabulary, the LEFT JOIN will
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// return a NULL value for type.
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if (isset($record->type)) {
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$node_types[$record->vid][$record->type] = $record->type;
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unset($record->type);
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$record->nodes = $node_types[$record->vid];
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}
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elseif (!isset($record->nodes)) {
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$record->nodes = array();
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}
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$vocabularies[$record->vid] = $record;
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}
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foreach ($vocabularies as $vocabulary) {
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$field_name = 'taxonomy_' . $vocabulary->machine_name;
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$field = array(
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'field_name' => $field_name,
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'module' => 'taxonomy',
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'type' => 'taxonomy_term_reference',
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'cardinality' => $vocabulary->multiple || $vocabulary->tags ? FIELD_CARDINALITY_UNLIMITED : 1,
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'settings' => array(
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'required' => $vocabulary->required ? TRUE : FALSE,
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'allowed_values' => array(
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array(
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'vocabulary' => $vocabulary->machine_name,
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'parent' => 0,
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),
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),
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),
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);
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_update_7000_field_create_field($field);
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foreach ($vocabulary->nodes as $bundle) {
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$instance = array(
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'label' => $vocabulary->name,
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'field_name' => $field_name,
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'bundle' => $bundle,
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'entity_type' => 'node',
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'settings' => array(),
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'description' => $vocabulary->help,
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'required' => $vocabulary->required,
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'widget' => array(),
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'display' => array(
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'default' => array(
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'type' => 'taxonomy_term_reference_link',
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'weight' => 10,
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),
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'teaser' => array(
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'type' => 'taxonomy_term_reference_link',
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'weight' => 10,
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),
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),
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);
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if ($vocabulary->tags) {
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$instance['widget'] = array(
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'type' => 'taxonomy_autocomplete',
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'module' => 'taxonomy',
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'settings' => array(
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'size' => 60,
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'autocomplete_path' => 'taxonomy/autocomplete',
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),
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);
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}
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else {
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$instance['widget'] = array(
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'type' => 'select',
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'module' => 'options',
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'settings' => array(),
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);
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}
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_update_7000_field_create_instance($field, $instance);
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}
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}
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// Some contrib projects stored term node associations without regard for the
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// selections in the taxonomy_vocabulary_node_types table, or have more terms
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// for a single node than the vocabulary allowed. We construct the
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// taxonomyextra field to store all the extra stuff.
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// Allowed values for this extra vocabs field is every vocabulary.
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$allowed_values = array();
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foreach (_update_7002_taxonomy_get_vocabularies() as $vocabulary) {
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$allowed_values[] = array(
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'vocabulary' => $vocabulary->machine_name,
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'parent' => 0,
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);
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}
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$field_name = 'taxonomyextra';
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$field = array(
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'field_name' => $field_name,
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'module' => 'taxonomy',
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'type' => 'taxonomy_term_reference',
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'cardinality' => FIELD_CARDINALITY_UNLIMITED,
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'settings' => array(
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'required' => FALSE,
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'allowed_values' => $allowed_values,
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),
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);
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_update_7000_field_create_field($field);
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foreach (_update_7000_node_get_types() as $bundle) {
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$instance = array(
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'label' => 'Taxonomy upgrade extras',
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'field_name' => $field_name,
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'entity_type' => 'node',
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'bundle' => $bundle->type,
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'settings' => array(),
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'description' => 'Debris left over after upgrade from Drupal 6',
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'required' => FALSE,
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'widget' => array(
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'type' => 'taxonomy_autocomplete',
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'module' => 'taxonomy',
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'settings' => array(),
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),
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'display' => array(
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'default' => array(
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'type' => 'taxonomy_term_reference_link',
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'weight' => 10,
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),
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'teaser' => array(
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'type' => 'taxonomy_term_reference_link',
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'weight' => 10,
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),
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),
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);
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_update_7000_field_create_instance($field, $instance);
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}
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$fields = array('help', 'multiple', 'required', 'tags');
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foreach ($fields as $field) {
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db_drop_field('taxonomy_vocabulary', $field);
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}
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}
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/**
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* Migrate {taxonomy_term_node} table to field storage.
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*
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* @todo: This function can possibly be made much faster by wrapping a
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* transaction around all the inserts.
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*/
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function taxonomy_update_7005(&$sandbox) {
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// $sandbox contents:
|
|
// - total: The total number of term_node relationships to migrate.
|
|
// - count: The number of term_node relationships that have been
|
|
// migrated so far.
|
|
// - last: The db_query_range() offset to use when querying
|
|
// term_node; this field is incremented in quantities of $batch
|
|
// (1000) but at the end of each call to this function, last and
|
|
// count are the same.
|
|
// - vocabularies: An associative array mapping vocabulary id and node
|
|
// type to field name. If a voc id/node type pair does not appear
|
|
// in this array but a term_node relationship exists mapping a
|
|
// term in voc id to node of that type, the relationship is
|
|
// assigned to the taxonomymyextra field which allows terms of all
|
|
// vocabularies.
|
|
// - cursor[values], cursor[deltas]: The contents of $values and
|
|
// $deltas at the end of the previous call to this function. These
|
|
// need to be preserved across calls because a single batch of
|
|
// 1000 rows from term_node may end in the middle of the terms for
|
|
// a single node revision.
|
|
//
|
|
// $values is the array of values about to be/most recently inserted
|
|
// into the SQL data table for the taxonomy_term_reference
|
|
// field. Before $values is constructed for each record, the
|
|
// $values from the previous insert is checked to see if the two
|
|
// records are for the same node revision id; this enables knowing
|
|
// when to reset the delta counters which are incremented across all
|
|
// terms for a single field on a single revision, but reset for each
|
|
// new field and revision.
|
|
//
|
|
// $deltas is an associative array mapping field name to the number
|
|
// of term references stored so far for the current revision, which
|
|
// provides the delta value for each term reference data insert. The
|
|
// deltas are reset for each new revision.
|
|
|
|
$conditions = array(
|
|
'type' => 'taxonomy_term_reference',
|
|
'deleted' => 0,
|
|
);
|
|
$field_info = _update_7000_field_read_fields($conditions, 'field_name');
|
|
|
|
// This is a multi-pass update. On the first call we need to initialize some
|
|
// variables.
|
|
if (!isset($sandbox['total'])) {
|
|
$sandbox['last'] = 0;
|
|
$sandbox['count'] = 0;
|
|
|
|
// Run the same joins as the query that is used later to retrieve the
|
|
// term_node data, this ensures that bad records in that table - for
|
|
// tids which aren't in taxonomy_term_data or nids which aren't in {node}
|
|
// are not included in the count.
|
|
$sandbox['total'] = db_query('SELECT COUNT(*) FROM {taxonomy_term_data} td INNER JOIN {taxonomy_term_node} tn ON td.tid = tn.tid INNER JOIN {node} n ON tn.nid = n.nid LEFT JOIN {node} n2 ON tn.vid = n2.vid')->fetchField();
|
|
|
|
// Use an inline version of Drupal 6 taxonomy_get_vocabularies() here since
|
|
// we can no longer rely on $vocabulary->nodes from the API function.
|
|
$result = db_query('SELECT v.vid, v.machine_name, n.type FROM {taxonomy_vocabulary} v INNER JOIN {taxonomy_vocabulary_node_type} n ON v.vid = n.vid');
|
|
$vocabularies = array();
|
|
foreach ($result as $record) {
|
|
|
|
// If no node types are associated with a vocabulary, the LEFT JOIN will
|
|
// return a NULL value for type.
|
|
if (isset($record->type)) {
|
|
$vocabularies[$record->vid][$record->type] = 'taxonomy_'. $record->machine_name;
|
|
}
|
|
}
|
|
|
|
if (!empty($vocabularies)) {
|
|
$sandbox['vocabularies'] = $vocabularies;
|
|
}
|
|
|
|
db_create_table('taxonomy_update_7005', array(
|
|
'description' => 'Stores temporary data for taxonomy_update_7005.',
|
|
'fields' => array(
|
|
'n' => array(
|
|
'description' => 'Preserve order.',
|
|
'type' => 'serial',
|
|
'unsigned' => TRUE,
|
|
'not null' => TRUE,
|
|
),
|
|
'vocab_id' => array(
|
|
'type' => 'int',
|
|
'unsigned' => TRUE,
|
|
'not null' => TRUE,
|
|
'default' => 0,
|
|
),
|
|
'tid' => array(
|
|
'type' => 'int',
|
|
'unsigned' => TRUE,
|
|
'not null' => TRUE,
|
|
),
|
|
'nid' => array(
|
|
'type' => 'int',
|
|
'unsigned' => TRUE,
|
|
'not null' => TRUE,
|
|
),
|
|
'vid' => array(
|
|
'type' => 'int',
|
|
'unsigned' => TRUE,
|
|
'not null' => FALSE,
|
|
'default' => NULL,
|
|
),
|
|
'type' => array(
|
|
'type' => 'varchar',
|
|
'length' => 32,
|
|
'not null' => TRUE,
|
|
'default' => '',
|
|
),
|
|
'created' => array(
|
|
'type' => 'int',
|
|
'not null' => FALSE,
|
|
),
|
|
'sticky' => array(
|
|
'type' => 'int',
|
|
'not null' => FALSE,
|
|
),
|
|
'status' => array(
|
|
'type' => 'int',
|
|
'not null' => FALSE,
|
|
),
|
|
'is_current' => array(
|
|
'type' => 'int',
|
|
'unsigned' => TRUE,
|
|
'not null' => FALSE,
|
|
),
|
|
),
|
|
'primary key' => array('n'),
|
|
));
|
|
|
|
// Query selects all revisions at once and processes them in revision and
|
|
// term weight order.
|
|
$query = db_select('taxonomy_term_data', 'td');
|
|
// We are migrating term-node relationships. If there are none for a
|
|
// term, we do not need the term_data row.
|
|
$query->join('taxonomy_term_node', 'tn', 'td.tid = tn.tid');
|
|
// If a term-node relationship exists for a nid that does not exist, we
|
|
// cannot migrate it as we have no node to relate it to; thus we do not
|
|
// need that row from term_node.
|
|
$query->join('node', 'n', 'tn.nid = n.nid');
|
|
// If the current term-node relationship is for the current revision of
|
|
// the node, this left join will match and is_current will be non-NULL
|
|
// (we also get the current sticky and created in this case). This
|
|
// tells us whether to insert into the current data tables in addition
|
|
// to the revision data tables.
|
|
$query->leftJoin('node', 'n2', 'tn.vid = n2.vid');
|
|
$query->addField('td', 'vid', 'vocab_id');
|
|
$query->addField('td', 'tid');
|
|
$query->addField('tn', 'nid');
|
|
$query->addField('tn', 'vid');
|
|
$query->addField('n', 'type');
|
|
$query->addField('n2', 'created');
|
|
$query->addField('n2', 'sticky');
|
|
$query->addField('n2', 'status');
|
|
$query->addField('n2', 'nid', 'is_current');
|
|
// This query must return a consistent ordering across multiple calls.
|
|
// We need them ordered by node vid (since we use that to decide when
|
|
// to reset the delta counters) and by term weight so they appear
|
|
// within each node in weight order. However, tn.vid,td.weight is not
|
|
// guaranteed to be unique, so we add tn.tid as an additional sort key
|
|
// because tn.tid,tn.vid is the primary key of the D6 term_node table
|
|
// and so is guaranteed unique. Unfortunately it also happens to be in
|
|
// the wrong order which is less efficient, but c'est la vie.
|
|
$query->orderBy('tn.vid');
|
|
$query->orderBy('td.weight');
|
|
$query->orderBy('tn.tid');
|
|
|
|
// Work around a bug in the PostgreSQL driver that would result in fatal
|
|
// errors when this subquery is used in the insert query below. See
|
|
// https://drupal.org/node/2057693.
|
|
$fields = &$query->getFields();
|
|
unset($fields['td.weight']);
|
|
unset($fields['tn.tid']);
|
|
|
|
db_insert('taxonomy_update_7005')
|
|
->from($query)
|
|
->execute();
|
|
}
|
|
else {
|
|
// We do each pass in batches of 1000.
|
|
$batch = 1000;
|
|
|
|
$result = db_query_range('SELECT vocab_id, tid, nid, vid, type, created, sticky, status, is_current FROM {taxonomy_update_7005} ORDER BY n', $sandbox['last'], $batch);
|
|
if (isset($sandbox['cursor'])) {
|
|
$values = $sandbox['cursor']['values'];
|
|
$deltas = $sandbox['cursor']['deltas'];
|
|
}
|
|
else {
|
|
$deltas = array();
|
|
}
|
|
foreach ($result as $record) {
|
|
$sandbox['count'] += 1;
|
|
|
|
// Use the valid field for this vocabulary and node type or use the
|
|
// overflow vocabulary if there is no valid field.
|
|
$field_name = isset($sandbox['vocabularies'][$record->vocab_id][$record->type]) ? $sandbox['vocabularies'][$record->vocab_id][$record->type] : 'taxonomyextra';
|
|
$field = $field_info[$field_name];
|
|
|
|
// Start deltas from 0, and increment by one for each term attached to a
|
|
// node.
|
|
if (!isset($deltas[$field_name])) {
|
|
$deltas[$field_name] = 0;
|
|
}
|
|
|
|
if (isset($values)) {
|
|
|
|
// If the last inserted revision_id is the same as the current record,
|
|
// use the previous deltas to calculate the next delta.
|
|
if ($record->vid == $values[2]) {
|
|
|
|
// For limited cardinality fields, the delta must not be allowed to
|
|
// exceed the cardinality during the update. So ensure that the
|
|
// delta about to be inserted is within this limit.
|
|
// @see field_default_validate().
|
|
if ($field['cardinality'] != FIELD_CARDINALITY_UNLIMITED && ($deltas[$field_name] + 1) > $field['cardinality']) {
|
|
|
|
// For excess values of a single-term vocabulary, switch over to
|
|
// the overflow field.
|
|
$field_name = 'taxonomyextra';
|
|
$field = $field_info[$field_name];
|
|
if (!isset($deltas[$field_name])) {
|
|
$deltas[$field_name] = 0;
|
|
}
|
|
}
|
|
}
|
|
else {
|
|
|
|
// When the record is a new revision, empty the deltas array.
|
|
$deltas = array($field_name => 0);
|
|
}
|
|
}
|
|
|
|
// Table and column found in the field's storage details. During upgrades,
|
|
// it's always SQL.
|
|
$table_name = "field_data_{$field_name}";
|
|
$revision_name = "field_revision_{$field_name}";
|
|
$value_column = $field_name . '_tid';
|
|
|
|
// Column names and values in field storage are the same for current and
|
|
// revision.
|
|
$columns = array('entity_type', 'entity_id', 'revision_id', 'bundle', 'language', 'delta', $value_column);
|
|
$values = array('node', $record->nid, $record->vid, $record->type, LANGUAGE_NONE, $deltas[$field_name]++, $record->tid);
|
|
|
|
// Insert rows into the revision table.
|
|
db_insert($revision_name)->fields($columns)->values($values)->execute();
|
|
|
|
// is_current column is a node ID if this revision is also current.
|
|
if ($record->is_current) {
|
|
db_insert($table_name)->fields($columns)->values($values)->execute();
|
|
// Only insert a record in the taxonomy index if the node is published.
|
|
if ($record->status) {
|
|
// Update the {taxonomy_index} table.
|
|
db_insert('taxonomy_index')
|
|
->fields(array('nid', 'tid', 'sticky', 'created',))
|
|
->values(array($record->nid, $record->tid, $record->sticky, $record->created))
|
|
->execute();
|
|
}
|
|
}
|
|
}
|
|
|
|
// Store the set of inserted values and the current revision's deltas in the
|
|
// sandbox.
|
|
$sandbox['cursor'] = array(
|
|
'values' => $values,
|
|
'deltas' => $deltas,
|
|
);
|
|
$sandbox['last'] += $batch;
|
|
}
|
|
|
|
if ($sandbox['count'] < $sandbox['total']) {
|
|
$sandbox['#finished'] = FALSE;
|
|
}
|
|
else {
|
|
db_drop_table('taxonomy_vocabulary_node_type');
|
|
db_drop_table('taxonomy_term_node');
|
|
|
|
// If there are no vocabs, we're done.
|
|
db_drop_table('taxonomy_update_7005');
|
|
$sandbox['#finished'] = TRUE;
|
|
|
|
// Determine necessity of taxonomyextras field.
|
|
$field = $field_info['taxonomyextra'];
|
|
$revision_name = 'field_revision_' . $field['field_name'];
|
|
$node_types = db_select($revision_name)->distinct()->fields($revision_name, array('bundle'))
|
|
->execute()->fetchCol();
|
|
|
|
if (empty($node_types)) {
|
|
// Delete the overflow field if there are no rows in the revision table.
|
|
_update_7000_field_delete_field('taxonomyextra');
|
|
}
|
|
else {
|
|
// Remove instances which are not actually used.
|
|
$bundles = db_query('SELECT bundle FROM {field_config_instance} WHERE field_name = :field_name', array(':field_name' => 'taxonomyextra'))->fetchCol();
|
|
$bundles = array_diff($bundles, $node_types);
|
|
foreach ($bundles as $bundle) {
|
|
_update_7000_field_delete_instance('taxonomyextra', 'node', $bundle);
|
|
}
|
|
}
|
|
}
|
|
}
|
|
|
|
/**
|
|
* Add {taxonomy_term_data}.format column.
|
|
*/
|
|
function taxonomy_update_7006() {
|
|
db_add_field('taxonomy_term_data', 'format', array(
|
|
'type' => 'int',
|
|
'unsigned' => TRUE,
|
|
'not null' => FALSE,
|
|
'description' => 'The {filter_format}.format of the description.',
|
|
));
|
|
}
|
|
|
|
/**
|
|
* Add index on {taxonomy_term_data}.name column to speed up taxonomy_get_term_by_name().
|
|
*/
|
|
function taxonomy_update_7007() {
|
|
db_add_index('taxonomy_term_data', 'name', array('name'));
|
|
}
|
|
|
|
/**
|
|
* Change the weight columns to normal int.
|
|
*/
|
|
function taxonomy_update_7008() {
|
|
db_drop_index('taxonomy_term_data', 'taxonomy_tree');
|
|
db_change_field('taxonomy_term_data', 'weight', 'weight', array(
|
|
'type' => 'int',
|
|
'not null' => TRUE,
|
|
'default' => 0,
|
|
'description' => 'The weight of this term in relation to other terms.',
|
|
), array(
|
|
'indexes' => array(
|
|
'taxonomy_tree' => array('vid', 'weight', 'name'),
|
|
),
|
|
));
|
|
|
|
db_drop_index('taxonomy_vocabulary', 'list');
|
|
db_change_field('taxonomy_vocabulary', 'weight', 'weight', array(
|
|
'type' => 'int',
|
|
'not null' => TRUE,
|
|
'default' => 0,
|
|
'description' => 'The weight of this vocabulary in relation to other vocabularies.',
|
|
), array(
|
|
'indexes' => array(
|
|
'list' => array('weight', 'name'),
|
|
),
|
|
));
|
|
}
|
|
|
|
/**
|
|
* Change {taxonomy_term_data}.format into varchar.
|
|
*/
|
|
function taxonomy_update_7009() {
|
|
db_change_field('taxonomy_term_data', 'format', 'format', array(
|
|
'type' => 'varchar',
|
|
'length' => 255,
|
|
'not null' => FALSE,
|
|
'description' => 'The {filter_format}.format of the description.',
|
|
));
|
|
}
|
|
|
|
/**
|
|
* Change {taxonomy_index}.created to support signed int.
|
|
*/
|
|
function taxonomy_update_7010() {
|
|
db_change_field('taxonomy_index', 'created', 'created', array(
|
|
'description' => 'The Unix timestamp when the node was created.',
|
|
'type' => 'int',
|
|
'unsigned' => FALSE,
|
|
'not null' => TRUE,
|
|
'default'=> 0,
|
|
));
|
|
}
|
|
|
|
/**
|
|
* @addtogroup updates-7.x-extra
|
|
* @{
|
|
*/
|
|
|
|
/**
|
|
* Drop unpublished nodes from the index.
|
|
*/
|
|
function taxonomy_update_7011(&$sandbox) {
|
|
// Initialize information needed by the batch update system.
|
|
if (!isset($sandbox['progress'])) {
|
|
$sandbox['progress'] = 0;
|
|
$sandbox['max'] = db_query('SELECT COUNT(DISTINCT n.nid) FROM {node} n INNER JOIN {taxonomy_index} t ON n.nid = t.nid WHERE n.status = :status', array(':status' => NODE_NOT_PUBLISHED))->fetchField();
|
|
// If there's no data, don't bother with the extra work.
|
|
if (empty($sandbox['max'])) {
|
|
return;
|
|
}
|
|
}
|
|
|
|
// Process records in groups of 5000.
|
|
$limit = 5000;
|
|
$nids = db_query_range('SELECT DISTINCT n.nid FROM {node} n INNER JOIN {taxonomy_index} t ON n.nid = t.nid WHERE n.status = :status', 0, $limit, array(':status' => NODE_NOT_PUBLISHED))->fetchCol();
|
|
if (!empty($nids)) {
|
|
db_delete('taxonomy_index')
|
|
->condition('nid', $nids)
|
|
->execute();
|
|
}
|
|
|
|
// Update our progress information for the batch update.
|
|
$sandbox['progress'] += $limit;
|
|
|
|
// Indicate our current progress to the batch update system, if the update is
|
|
// not yet complete.
|
|
if ($sandbox['progress'] < $sandbox['max']) {
|
|
$sandbox['#finished'] = $sandbox['progress'] / $sandbox['max'];
|
|
}
|
|
}
|
|
|
|
/**
|
|
* @} End of "addtogroup updates-7.x-extra".
|
|
*/
|