Documentation & API reference
taxonomy.test
Tests for taxonomy.module.
File
drupal/modules/taxonomy/taxonomy.testView source
<?php
/**
* @file
* Tests for taxonomy.module.
*/
/**
* Provides common helper methods for Taxonomy module tests.
*/
class TaxonomyWebTestCase extends DrupalWebTestCase {
/**
* Returns a new vocabulary with random properties.
*/
function createVocabulary() {
// Create a vocabulary.
$vocabulary = new stdClass();
$vocabulary->name = $this
->randomName();
$vocabulary->description = $this
->randomName();
$vocabulary->machine_name = drupal_strtolower($this
->randomName());
$vocabulary->help = '';
$vocabulary->nodes = array(
'article' => 'article',
);
$vocabulary->weight = mt_rand(0, 10);
taxonomy_vocabulary_save($vocabulary);
return $vocabulary;
}
/**
* Returns a new term with random properties in vocabulary $vid.
*/
function createTerm($vocabulary) {
$term = new stdClass();
$term->name = $this
->randomName();
$term->description = $this
->randomName();
// Use the first available text format.
$term->format = db_query_range('SELECT format FROM {filter_format}', 0, 1)
->fetchField();
$term->vid = $vocabulary->vid;
taxonomy_term_save($term);
return $term;
}
}
/**
* Tests the taxonomy vocabulary interface.
*/
class TaxonomyVocabularyFunctionalTest extends TaxonomyWebTestCase {
public static function getInfo() {
return array(
'name' => 'Taxonomy vocabulary interface',
'description' => 'Test the taxonomy vocabulary interface.',
'group' => 'Taxonomy',
);
}
function setUp() {
parent::setUp();
$this->admin_user = $this
->drupalCreateUser(array(
'administer taxonomy',
));
$this
->drupalLogin($this->admin_user);
$this->vocabulary = $this
->createVocabulary();
}
/**
* Create, edit and delete a vocabulary via the user interface.
*/
function testVocabularyInterface() {
// Visit the main taxonomy administration page.
$this
->drupalGet('admin/structure/taxonomy');
// Create a new vocabulary.
$this
->clickLink(t('Add vocabulary'));
$edit = array();
$machine_name = drupal_strtolower($this
->randomName());
$edit['name'] = $this
->randomName();
$edit['description'] = $this
->randomName();
$edit['machine_name'] = $machine_name;
$this
->drupalPost(NULL, $edit, t('Save'));
$this
->assertRaw(t('Created new vocabulary %name.', array(
'%name' => $edit['name'],
)), 'Vocabulary created successfully.');
// Edit the vocabulary.
$this
->drupalGet('admin/structure/taxonomy');
$this
->assertText($edit['name'], 'Vocabulary found in the vocabulary overview listing.');
$this
->clickLink(t('edit vocabulary'));
$edit = array();
$edit['name'] = $this
->randomName();
$this
->drupalPost(NULL, $edit, t('Save'));
$this
->drupalGet('admin/structure/taxonomy');
$this
->assertText($edit['name'], 'Vocabulary found in the vocabulary overview listing.');
// Try to submit a vocabulary with a duplicate machine name.
$edit['machine_name'] = $machine_name;
$this
->drupalPost('admin/structure/taxonomy/add', $edit, t('Save'));
$this
->assertText(t('The machine-readable name is already in use. It must be unique.'));
// Try to submit an invalid machine name.
$edit['machine_name'] = '!&^%';
$this
->drupalPost('admin/structure/taxonomy/add', $edit, t('Save'));
$this
->assertText(t('The machine-readable name must contain only lowercase letters, numbers, and underscores.'));
// Ensure that vocabulary titles are escaped properly.
$edit = array();
$edit['name'] = 'Don\'t Panic';
$edit['description'] = $this
->randomName();
$edit['machine_name'] = 'don_t_panic';
$this
->drupalPost('admin/structure/taxonomy/add', $edit, t('Save'));
$site_name = variable_get('site_name', 'Drupal');
$this
->drupalGet('admin/structure/taxonomy/don_t_panic');
$this
->assertTitle(t('Don\'t Panic | @site-name', array(
'@site-name' => $site_name,
)));
$this
->assertNoTitle(t('Don't Panic | @site-name', array(
'@site-name' => $site_name,
)));
}
/**
* Changing weights on the vocabulary overview with two or more vocabularies.
*/
function testTaxonomyAdminChangingWeights() {
// Create some vocabularies.
for ($i = 0; $i < 10; $i++) {
$this
->createVocabulary();
}
// Get all vocabularies and change their weights.
$vocabularies = taxonomy_get_vocabularies();
$edit = array();
foreach ($vocabularies as $key => $vocabulary) {
$vocabulary->weight = -$vocabulary->weight;
$vocabularies[$key]->weight = $vocabulary->weight;
$edit[$key . '[weight]'] = $vocabulary->weight;
}
// Saving the new weights via the interface.
$this
->drupalPost('admin/structure/taxonomy', $edit, t('Save'));
// Load the vocabularies from the database.
$new_vocabularies = taxonomy_get_vocabularies();
// Check that the weights are saved in the database correctly.
foreach ($vocabularies as $key => $vocabulary) {
$this
->assertEqual($new_vocabularies[$key]->weight, $vocabularies[$key]->weight, 'The vocabulary weight was changed.');
}
}
/**
* Test the vocabulary overview with no vocabularies.
*/
function testTaxonomyAdminNoVocabularies() {
// Delete all vocabularies.
$vocabularies = taxonomy_get_vocabularies();
foreach ($vocabularies as $key => $vocabulary) {
taxonomy_vocabulary_delete($key);
}
// Confirm that no vocabularies are found in the database.
$this
->assertFalse(taxonomy_get_vocabularies(), 'No vocabularies found in the database.');
$this
->drupalGet('admin/structure/taxonomy');
// Check the default message for no vocabularies.
$this
->assertText(t('No vocabularies available.'), 'No vocabularies were found.');
}
/**
* Deleting a vocabulary.
*/
function testTaxonomyAdminDeletingVocabulary() {
// Create a vocabulary.
$edit = array(
'name' => $this
->randomName(),
'machine_name' => drupal_strtolower($this
->randomName()),
);
$this
->drupalPost('admin/structure/taxonomy/add', $edit, t('Save'));
$this
->assertText(t('Created new vocabulary'), 'New vocabulary was created.');
// Check the created vocabulary.
$vocabularies = taxonomy_get_vocabularies();
$vocabularies_keys = array_keys($vocabularies);
$vid = $vocabularies[end($vocabularies_keys)]->vid;
entity_get_controller('taxonomy_vocabulary')
->resetCache();
$vocabulary = taxonomy_vocabulary_load($vid);
$this
->assertTrue($vocabulary, 'Vocabulary found in database.');
// Delete the vocabulary.
$edit = array();
$this
->drupalPost('admin/structure/taxonomy/' . $vocabulary->machine_name . '/edit', $edit, t('Delete'));
$this
->assertRaw(t('Are you sure you want to delete the vocabulary %name?', array(
'%name' => $vocabulary->name,
)), '[confirm deletion] Asks for confirmation.');
$this
->assertText(t('Deleting a vocabulary will delete all the terms in it. This action cannot be undone.'), '[confirm deletion] Inform that all terms will be deleted.');
// Confirm deletion.
$this
->drupalPost(NULL, NULL, t('Delete'));
$this
->assertRaw(t('Deleted vocabulary %name.', array(
'%name' => $vocabulary->name,
)), 'Vocabulary deleted.');
entity_get_controller('taxonomy_vocabulary')
->resetCache();
$this
->assertFalse(taxonomy_vocabulary_load($vid), 'Vocabulary is not found in the database.');
}
}
/**
* Tests for taxonomy vocabulary functions.
*/
class TaxonomyVocabularyTestCase extends TaxonomyWebTestCase {
public static function getInfo() {
return array(
'name' => 'Taxonomy vocabularies',
'description' => 'Test loading, saving and deleting vocabularies.',
'group' => 'Taxonomy',
);
}
function setUp() {
parent::setUp('taxonomy', 'field_test');
$admin_user = $this
->drupalCreateUser(array(
'create article content',
'administer taxonomy',
));
$this
->drupalLogin($admin_user);
$this->vocabulary = $this
->createVocabulary();
}
/**
* Ensure that when an invalid vocabulary vid is loaded, it is possible
* to load the same vid successfully if it subsequently becomes valid.
*/
function testTaxonomyVocabularyLoadReturnFalse() {
// Load a vocabulary that doesn't exist.
$vocabularies = taxonomy_get_vocabularies();
$vid = count($vocabularies) + 1;
$vocabulary = taxonomy_vocabulary_load($vid);
// This should not return an object because no such vocabulary exists.
$this
->assertTrue(empty($vocabulary), 'No object loaded.');
// Create a new vocabulary.
$this
->createVocabulary();
// Load the vocabulary with the same $vid from earlier.
// This should return a vocabulary object since it now matches a real vid.
$vocabulary = taxonomy_vocabulary_load($vid);
$this
->assertTrue(!empty($vocabulary) && is_object($vocabulary), 'Vocabulary is an object.');
$this
->assertEqual($vocabulary->vid, $vid, 'Valid vocabulary vid is the same as our previously invalid one.');
}
/**
* Test deleting a taxonomy that contains terms.
*/
function testTaxonomyVocabularyDeleteWithTerms() {
// Delete any existing vocabularies.
foreach (taxonomy_get_vocabularies() as $vocabulary) {
taxonomy_vocabulary_delete($vocabulary->vid);
}
// Assert that there are no terms left.
$this
->assertEqual(0, db_query('SELECT COUNT(*) FROM {taxonomy_term_data}')
->fetchField());
// Create a new vocabulary and add a few terms to it.
$vocabulary = $this
->createVocabulary();
$terms = array();
for ($i = 0; $i < 5; $i++) {
$terms[$i] = $this
->createTerm($vocabulary);
}
// Set up hierarchy. term 2 is a child of 1 and 4 a child of 1 and 2.
$terms[2]->parent = array(
$terms[1]->tid,
);
taxonomy_term_save($terms[2]);
$terms[4]->parent = array(
$terms[1]->tid,
$terms[2]->tid,
);
taxonomy_term_save($terms[4]);
// Assert that there are now 5 terms.
$this
->assertEqual(5, db_query('SELECT COUNT(*) FROM {taxonomy_term_data}')
->fetchField());
taxonomy_vocabulary_delete($vocabulary->vid);
// Assert that there are no terms left.
$this
->assertEqual(0, db_query('SELECT COUNT(*) FROM {taxonomy_term_data}')
->fetchField());
}
/**
* Ensure that the vocabulary static reset works correctly.
*/
function testTaxonomyVocabularyLoadStaticReset() {
$original_vocabulary = taxonomy_vocabulary_load($this->vocabulary->vid);
$this
->assertTrue(is_object($original_vocabulary), 'Vocabulary loaded successfully.');
$this
->assertEqual($this->vocabulary->name, $original_vocabulary->name, 'Vocabulary loaded successfully.');
// Change the name and description.
$vocabulary = $original_vocabulary;
$vocabulary->name = $this
->randomName();
$vocabulary->description = $this
->randomName();
taxonomy_vocabulary_save($vocabulary);
// Load the vocabulary.
$new_vocabulary = taxonomy_vocabulary_load($original_vocabulary->vid);
$this
->assertEqual($new_vocabulary->name, $vocabulary->name);
$this
->assertEqual($new_vocabulary->name, $vocabulary->name);
// Delete the vocabulary.
taxonomy_vocabulary_delete($this->vocabulary->vid);
$vocabularies = taxonomy_get_vocabularies();
$this
->assertTrue(!isset($vocabularies[$this->vocabulary->vid]), 'The vocabulary was deleted.');
}
/**
* Tests for loading multiple vocabularies.
*/
function testTaxonomyVocabularyLoadMultiple() {
// Delete any existing vocabularies.
foreach (taxonomy_get_vocabularies() as $vocabulary) {
taxonomy_vocabulary_delete($vocabulary->vid);
}
// Create some vocabularies and assign weights.
$vocabulary1 = $this
->createVocabulary();
$vocabulary1->weight = 0;
taxonomy_vocabulary_save($vocabulary1);
$vocabulary2 = $this
->createVocabulary();
$vocabulary2->weight = 1;
taxonomy_vocabulary_save($vocabulary2);
$vocabulary3 = $this
->createVocabulary();
$vocabulary3->weight = 2;
taxonomy_vocabulary_save($vocabulary3);
// Fetch the names for all vocabularies, confirm that they are keyed by
// machine name.
$names = taxonomy_vocabulary_get_names();
$this
->assertEqual($names[$vocabulary1->machine_name]->name, $vocabulary1->name, 'Vocabulary 1 name found.');
// Fetch all of the vocabularies using taxonomy_get_vocabularies().
// Confirm that the vocabularies are ordered by weight.
$vocabularies = taxonomy_get_vocabularies();
$this
->assertEqual(array_shift($vocabularies)->vid, $vocabulary1->vid, 'Vocabulary was found in the vocabularies array.');
$this
->assertEqual(array_shift($vocabularies)->vid, $vocabulary2->vid, 'Vocabulary was found in the vocabularies array.');
$this
->assertEqual(array_shift($vocabularies)->vid, $vocabulary3->vid, 'Vocabulary was found in the vocabularies array.');
// Fetch the vocabularies with taxonomy_vocabulary_load_multiple(), specifying IDs.
// Ensure they are returned in the same order as the original array.
$vocabularies = taxonomy_vocabulary_load_multiple(array(
$vocabulary3->vid,
$vocabulary2->vid,
$vocabulary1->vid,
));
$this
->assertEqual(array_shift($vocabularies)->vid, $vocabulary3->vid, 'Vocabulary loaded successfully by ID.');
$this
->assertEqual(array_shift($vocabularies)->vid, $vocabulary2->vid, 'Vocabulary loaded successfully by ID.');
$this
->assertEqual(array_shift($vocabularies)->vid, $vocabulary1->vid, 'Vocabulary loaded successfully by ID.');
// Fetch vocabulary 1 by name.
$vocabulary = current(taxonomy_vocabulary_load_multiple(array(), array(
'name' => $vocabulary1->name,
)));
$this
->assertEqual($vocabulary->vid, $vocabulary1->vid, 'Vocabulary loaded successfully by name.');
// Fetch vocabulary 1 by name and ID.
$this
->assertEqual(current(taxonomy_vocabulary_load_multiple(array(
$vocabulary1->vid,
), array(
'name' => $vocabulary1->name,
)))->vid, $vocabulary1->vid, 'Vocabulary loaded successfully by name and ID.');
}
/**
* Tests that machine name changes are properly reflected.
*/
function testTaxonomyVocabularyChangeMachineName() {
// Add a field instance to the vocabulary.
$field = array(
'field_name' => 'field_test',
'type' => 'test_field',
);
field_create_field($field);
$instance = array(
'field_name' => 'field_test',
'entity_type' => 'taxonomy_term',
'bundle' => $this->vocabulary->machine_name,
);
field_create_instance($instance);
// Change the machine name.
$new_name = drupal_strtolower($this
->randomName());
$this->vocabulary->machine_name = $new_name;
taxonomy_vocabulary_save($this->vocabulary);
// Check that the field instance is still attached to the vocabulary.
$this
->assertTrue(field_info_instance('taxonomy_term', 'field_test', $new_name), 'The bundle name was updated correctly.');
}
/**
* Test uninstall and reinstall of the taxonomy module.
*/
function testUninstallReinstall() {
// Fields and field instances attached to taxonomy term bundles should be
// removed when the module is uninstalled.
$this->field_name = drupal_strtolower($this
->randomName() . '_field_name');
$this->field = array(
'field_name' => $this->field_name,
'type' => 'text',
'cardinality' => 4,
);
$this->field = field_create_field($this->field);
$this->instance = array(
'field_name' => $this->field_name,
'entity_type' => 'taxonomy_term',
'bundle' => $this->vocabulary->machine_name,
'label' => $this
->randomName() . '_label',
);
field_create_instance($this->instance);
module_disable(array(
'taxonomy',
));
require_once DRUPAL_ROOT . '/includes/install.inc';
drupal_uninstall_modules(array(
'taxonomy',
));
module_enable(array(
'taxonomy',
));
// Now create a vocabulary with the same name. All field instances
// connected to this vocabulary name should have been removed when the
// module was uninstalled. Creating a new field with the same name and
// an instance of this field on the same bundle name should be successful.
unset($this->vocabulary->vid);
taxonomy_vocabulary_save($this->vocabulary);
unset($this->field['id']);
field_create_field($this->field);
field_create_instance($this->instance);
}
}
/**
* Unit tests for taxonomy term functions.
*/
class TaxonomyTermFunctionTestCase extends TaxonomyWebTestCase {
public static function getInfo() {
return array(
'name' => 'Taxonomy term unit tests',
'description' => 'Unit tests for taxonomy term functions.',
'group' => 'Taxonomy',
);
}
function testTermDelete() {
$vocabulary = $this
->createVocabulary();
$valid_term = $this
->createTerm($vocabulary);
// Delete a valid term.
taxonomy_term_delete($valid_term->tid);
$terms = taxonomy_term_load_multiple(array(), array(
'vid' => $vocabulary->vid,
));
$this
->assertTrue(empty($terms), 'Vocabulary is empty after deletion.');
// Delete an invalid term. Should not throw any notices.
taxonomy_term_delete(42);
}
/**
* Test a taxonomy with terms that have multiple parents of different depths.
*/
function testTaxonomyVocabularyTree() {
// Create a new vocabulary with 6 terms.
$vocabulary = $this
->createVocabulary();
$term = array();
for ($i = 0; $i < 6; $i++) {
$term[$i] = $this
->createTerm($vocabulary);
}
// $term[2] is a child of 1 and 5.
$term[2]->parent = array(
$term[1]->tid,
$term[5]->tid,
);
taxonomy_term_save($term[2]);
// $term[3] is a child of 2.
$term[3]->parent = array(
$term[2]->tid,
);
taxonomy_term_save($term[3]);
// $term[5] is a child of 4.
$term[5]->parent = array(
$term[4]->tid,
);
taxonomy_term_save($term[5]);
/**
* Expected tree:
* term[0] | depth: 0
* term[1] | depth: 0
* -- term[2] | depth: 1
* ---- term[3] | depth: 2
* term[4] | depth: 0
* -- term[5] | depth: 1
* ---- term[2] | depth: 2
* ------ term[3] | depth: 3
*/
// Count $term[1] parents with $max_depth = 1.
$tree = taxonomy_get_tree($vocabulary->vid, $term[1]->tid, 1);
$this
->assertEqual(1, count($tree), 'We have one parent with depth 1.');
// Count all vocabulary tree elements.
$tree = taxonomy_get_tree($vocabulary->vid);
$this
->assertEqual(8, count($tree), 'We have all vocabulary tree elements.');
// Count elements in every tree depth.
foreach ($tree as $element) {
if (!isset($depth_count[$element->depth])) {
$depth_count[$element->depth] = 0;
}
$depth_count[$element->depth]++;
}
$this
->assertEqual(3, $depth_count[0], 'Three elements in taxonomy tree depth 0.');
$this
->assertEqual(2, $depth_count[1], 'Two elements in taxonomy tree depth 1.');
$this
->assertEqual(2, $depth_count[2], 'Two elements in taxonomy tree depth 2.');
$this
->assertEqual(1, $depth_count[3], 'One element in taxonomy tree depth 3.');
}
}
/**
* Test for legacy node bug.
*/
class TaxonomyLegacyTestCase extends TaxonomyWebTestCase {
public static function getInfo() {
return array(
'name' => 'Test for legacy node bug.',
'description' => 'Posts an article with a taxonomy term and a date prior to 1970.',
'group' => 'Taxonomy',
);
}
function setUp() {
parent::setUp('taxonomy');
$this->admin_user = $this
->drupalCreateUser(array(
'administer taxonomy',
'administer nodes',
'bypass node access',
));
$this
->drupalLogin($this->admin_user);
}
/**
* Test taxonomy functionality with nodes prior to 1970.
*/
function testTaxonomyLegacyNode() {
// Posts an article with a taxonomy term and a date prior to 1970.
$langcode = LANGUAGE_NONE;
$edit = array();
$edit['title'] = $this
->randomName();
$edit['date'] = '1969-01-01 00:00:00 -0500';
$edit["body[{$langcode}][0][value]"] = $this
->randomName();
$edit["field_tags[{$langcode}]"] = $this
->randomName();
$this
->drupalPost('node/add/article', $edit, t('Save'));
// Checks that the node has been saved.
$node = $this
->drupalGetNodeByTitle($edit['title']);
$this
->assertEqual($node->created, strtotime($edit['date']), 'Legacy node was saved with the right date.');
}
}
/**
* Tests for taxonomy term functions.
*/
class TaxonomyTermTestCase extends TaxonomyWebTestCase {
public static function getInfo() {
return array(
'name' => 'Taxonomy term functions and forms.',
'description' => 'Test load, save and delete for taxonomy terms.',
'group' => 'Taxonomy',
);
}
function setUp() {
parent::setUp('taxonomy');
$this->admin_user = $this
->drupalCreateUser(array(
'administer taxonomy',
'bypass node access',
));
$this
->drupalLogin($this->admin_user);
$this->vocabulary = $this
->createVocabulary();
$field = array(
'field_name' => 'taxonomy_' . $this->vocabulary->machine_name,
'type' => 'taxonomy_term_reference',
'cardinality' => FIELD_CARDINALITY_UNLIMITED,
'settings' => array(
'allowed_values' => array(
array(
'vocabulary' => $this->vocabulary->machine_name,
'parent' => 0,
),
),
),
);
field_create_field($field);
$this->instance = array(
'field_name' => 'taxonomy_' . $this->vocabulary->machine_name,
'bundle' => 'article',
'entity_type' => 'node',
'widget' => array(
'type' => 'options_select',
),
'display' => array(
'default' => array(
'type' => 'taxonomy_term_reference_link',
),
),
);
field_create_instance($this->instance);
}
/**
* Test terms in a single and multiple hierarchy.
*/
function testTaxonomyTermHierarchy() {
// Create two taxonomy terms.
$term1 = $this
->createTerm($this->vocabulary);
$term2 = $this
->createTerm($this->vocabulary);
// Check that hierarchy is flat.
$vocabulary = taxonomy_vocabulary_load($this->vocabulary->vid);
$this
->assertEqual(0, $vocabulary->hierarchy, 'Vocabulary is flat.');
// Edit $term2, setting $term1 as parent.
$edit = array();
$edit['parent[]'] = array(
$term1->tid,
);
$this
->drupalPost('taxonomy/term/' . $term2->tid . '/edit', $edit, t('Save'));
// Check the hierarchy.
$children = taxonomy_get_children($term1->tid);
$parents = taxonomy_get_parents($term2->tid);
$this
->assertTrue(isset($children[$term2->tid]), 'Child found correctly.');
$this
->assertTrue(isset($parents[$term1->tid]), 'Parent found correctly.');
// Load and save a term, confirming that parents are still set.
$term = taxonomy_term_load($term2->tid);
taxonomy_term_save($term);
$parents = taxonomy_get_parents($term2->tid);
$this
->assertTrue(isset($parents[$term1->tid]), 'Parent found correctly.');
// Create a third term and save this as a parent of term2.
$term3 = $this
->createTerm($this->vocabulary);
$term2->parent = array(
$term1->tid,
$term3->tid,
);
taxonomy_term_save($term2);
$parents = taxonomy_get_parents($term2->tid);
$this
->assertTrue(isset($parents[$term1->tid]) && isset($parents[$term3->tid]), 'Both parents found successfully.');
}
/**
* Test that hook_node_$op implementations work correctly.
*
* Save & edit a node and assert that taxonomy terms are saved/loaded properly.
*/
function testTaxonomyNode() {
// Create two taxonomy terms.
$term1 = $this
->createTerm($this->vocabulary);
$term2 = $this
->createTerm($this->vocabulary);
// Post an article.
$edit = array();
$langcode = LANGUAGE_NONE;
$edit["title"] = $this
->randomName();
$edit["body[{$langcode}][0][value]"] = $this
->randomName();
$edit[$this->instance['field_name'] . '[' . $langcode . '][]'] = $term1->tid;
$this
->drupalPost('node/add/article', $edit, t('Save'));
// Check that the term is displayed when the node is viewed.
$node = $this
->drupalGetNodeByTitle($edit["title"]);
$this
->drupalGet('node/' . $node->nid);
$this
->assertText($term1->name, 'Term is displayed when viewing the node.');
// Edit the node with a different term.
$edit[$this->instance['field_name'] . '[' . $langcode . '][]'] = $term2->tid;
$this
->drupalPost('node/' . $node->nid . '/edit', $edit, t('Save'));
$this
->drupalGet('node/' . $node->nid);
$this
->assertText($term2->name, 'Term is displayed when viewing the node.');
// Preview the node.
$this
->drupalPost('node/' . $node->nid . '/edit', $edit, t('Preview'));
$this
->assertNoUniqueText($term2->name, 'Term is displayed when previewing the node.');
$this
->drupalPost(NULL, NULL, t('Preview'));
$this
->assertNoUniqueText($term2->name, 'Term is displayed when previewing the node again.');
}
/**
* Test term creation with a free-tagging vocabulary from the node form.
*/
function testNodeTermCreationAndDeletion() {
// Enable tags in the vocabulary.
$instance = $this->instance;
$instance['widget'] = array(
'type' => 'taxonomy_autocomplete',
);
$instance['bundle'] = 'page';
field_create_instance($instance);
$terms = array(
'term1' => $this
->randomName(),
'term2' => $this
->randomName() . ', ' . $this
->randomName(),
'term3' => $this
->randomName(),
);
$edit = array();
$langcode = LANGUAGE_NONE;
$edit["title"] = $this
->randomName();
$edit["body[{$langcode}][0][value]"] = $this
->randomName();
// Insert the terms in a comma separated list. Vocabulary 1 is a
// free-tagging field created by the default profile.
$edit[$instance['field_name'] . "[{$langcode}]"] = drupal_implode_tags($terms);
// Preview and verify the terms appear but are not created.
$this
->drupalPost('node/add/page', $edit, t('Preview'));
foreach ($terms as $term) {
$this
->assertText($term, 'The term appears on the node preview.');
}
$tree = taxonomy_get_tree($this->vocabulary->vid);
$this
->assertTrue(empty($tree), 'The terms are not created on preview.');
// taxonomy.module does not maintain its static caches.
drupal_static_reset();
// Save, creating the terms.
$this
->drupalPost('node/add/page', $edit, t('Save'));
$this
->assertRaw(t('@type %title has been created.', array(
'@type' => t('Basic page'),
'%title' => $edit["title"],
)), 'The node was created successfully.');
foreach ($terms as $term) {
$this
->assertText($term, 'The term was saved and appears on the node page.');
}
// Get the created terms.
$term_objects = array();
foreach ($terms as $key => $term) {
$term_objects[$key] = taxonomy_get_term_by_name($term);
$term_objects[$key] = reset($term_objects[$key]);
}
// Test editing the node.
$node = $this
->drupalGetNodeByTitle($edit["title"]);
$this
->drupalPost('node/' . $node->nid . '/edit', $edit, t('Save'));
foreach ($terms as $term) {
$this
->assertText($term, 'The term was retained after edit and still appears on the node page.');
}
// Delete term 1.
$this
->drupalPost('taxonomy/term/' . $term_objects['term1']->tid . '/edit', array(), t('Delete'));
$this
->drupalPost(NULL, NULL, t('Delete'));
$term_names = array(
$term_objects['term2']->name,
$term_objects['term3']->name,
);
// Get the node and verify that the terms that should be there still are.
$this
->drupalGet('node/' . $node->nid);
foreach ($term_names as $term_name) {
$this
->assertText($term_name, format_string('The term %name appears on the node page after one term %deleted was deleted', array(
'%name' => $term_name,
'%deleted' => $term_objects['term1']->name,
)));
}
$this
->assertNoText($term_objects['term1']->name, format_string('The deleted term %name does not appear on the node page.', array(
'%name' => $term_objects['term1']->name,
)));
// Test autocomplete on term 2, which contains a comma.
// The term will be quoted, and the " will be encoded in unicode (\u0022).
$input = substr($term_objects['term2']->name, 0, 3);
$this
->drupalGet('taxonomy/autocomplete/taxonomy_' . $this->vocabulary->machine_name . '/' . $input);
$this
->assertRaw('{"\\u0022' . $term_objects['term2']->name . '\\u0022":"' . $term_objects['term2']->name . '"}', format_string('Autocomplete returns term %term_name after typing the first 3 letters.', array(
'%term_name' => $term_objects['term2']->name,
)));
// Test autocomplete on term 3 - it is alphanumeric only, so no extra
// quoting.
$input = substr($term_objects['term3']->name, 0, 3);
$this
->drupalGet('taxonomy/autocomplete/taxonomy_' . $this->vocabulary->machine_name . '/' . $input);
$this
->assertRaw('{"' . $term_objects['term3']->name . '":"' . $term_objects['term3']->name . '"}', format_string('Autocomplete returns term %term_name after typing the first 3 letters.', array(
'%term_name' => $term_objects['term3']->name,
)));
// Test taxonomy autocomplete with a nonexistent field.
$field_name = $this
->randomName();
$tag = $this
->randomName();
$message = t("Taxonomy field @field_name not found.", array(
'@field_name' => $field_name,
));
$this
->assertFalse(field_info_field($field_name), format_string('Field %field_name does not exist.', array(
'%field_name' => $field_name,
)));
$this
->drupalGet('taxonomy/autocomplete/' . $field_name . '/' . $tag);
$this
->assertRaw($message, 'Autocomplete returns correct error message when the taxonomy field does not exist.');
// Test the autocomplete path without passing a field_name and terms.
// This should not trigger a PHP notice.
$field_name = '';
$message = t("Taxonomy field @field_name not found.", array(
'@field_name' => $field_name,
));
$this
->drupalGet('taxonomy/autocomplete');
$this
->assertRaw($message, 'Autocomplete returns correct error message when no taxonomy field is given.');
}
/**
* Tests term autocompletion edge cases with slashes in the names.
*/
function testTermAutocompletion() {
// Add a term with a slash in the name.
$first_term = $this
->createTerm($this->vocabulary);
$first_term->name = '10/16/2011';
taxonomy_term_save($first_term);
// Add another term that differs after the slash character.
$second_term = $this
->createTerm($this->vocabulary);
$second_term->name = '10/17/2011';
taxonomy_term_save($second_term);
// Add another term that has both a comma and a slash character.
$third_term = $this
->createTerm($this->vocabulary);
$third_term->name = 'term with, a comma and / a slash';
taxonomy_term_save($third_term);
// Try to autocomplete a term name that matches both terms.
// We should get both term in a json encoded string.
$input = '10/';
$path = 'taxonomy/autocomplete/taxonomy_';
$path .= $this->vocabulary->machine_name . '/' . $input;
// The result order is not guaranteed, so check each term separately.
$url = url($path, array(
'absolute' => TRUE,
));
$result = drupal_http_request($url);
$data = drupal_json_decode($result->data);
$this
->assertEqual($data[$first_term->name], check_plain($first_term->name), 'Autocomplete returned the first matching term.');
$this
->assertEqual($data[$second_term->name], check_plain($second_term->name), 'Autocomplete returned the second matching term.');
// Try to autocomplete a term name that matches first term.
// We should only get the first term in a json encoded string.
$input = '10/16';
$url = 'taxonomy/autocomplete/taxonomy_';
$url .= $this->vocabulary->machine_name . '/' . $input;
$this
->drupalGet($url);
$target = array(
$first_term->name => check_plain($first_term->name),
);
$this
->assertRaw(drupal_json_encode($target), 'Autocomplete returns only the expected matching term.');
// Try to autocomplete a term name with both a comma and a slash.
$input = '"term with, comma and / a';
$url = 'taxonomy/autocomplete/taxonomy_';
$url .= $this->vocabulary->machine_name . '/' . $input;
$this
->drupalGet($url);
$n = $third_term->name;
// Term names containing commas or quotes must be wrapped in quotes.
if (strpos($third_term->name, ',') !== FALSE || strpos($third_term->name, '"') !== FALSE) {
$n = '"' . str_replace('"', '""', $third_term->name) . '"';
}
$target = array(
$n => check_plain($third_term->name),
);
$this
->assertRaw(drupal_json_encode($target), 'Autocomplete returns a term containing a comma and a slash.');
}
/**
* Save, edit and delete a term using the user interface.
*/
function testTermInterface() {
$edit = array(
'name' => $this
->randomName(12),
'description[value]' => $this
->randomName(100),
);
// Explicitly set the parents field to 'root', to ensure that
// taxonomy_form_term_submit() handles the invalid term ID correctly.
$edit['parent[]'] = array(
0,
);
// Create the term to edit.
$this
->drupalPost('admin/structure/taxonomy/' . $this->vocabulary->machine_name . '/add', $edit, t('Save'));
$terms = taxonomy_get_term_by_name($edit['name']);
$term = reset($terms);
$this
->assertNotNull($term, 'Term found in database.');
// Submitting a term takes us to the add page; we need the List page.
$this
->drupalGet('admin/structure/taxonomy/' . $this->vocabulary->machine_name);
// Test edit link as accessed from Taxonomy administration pages.
// Because Simpletest creates its own database when running tests, we know
// the first edit link found on the listing page is to our term.
$this
->clickLink(t('edit'));
$this
->assertRaw($edit['name'], 'The randomly generated term name is present.');
$this
->assertText($edit['description[value]'], 'The randomly generated term description is present.');
$edit = array(
'name' => $this
->randomName(14),
'description[value]' => $this
->randomName(102),
);
// Edit the term.
$this
->drupalPost('taxonomy/term/' . $term->tid . '/edit', $edit, t('Save'));
// Check that the term is still present at admin UI after edit.
$this
->drupalGet('admin/structure/taxonomy/' . $this->vocabulary->machine_name);
$this
->assertText($edit['name'], 'The randomly generated term name is present.');
$this
->assertLink(t('edit'));
// View the term and check that it is correct.
$this
->drupalGet('taxonomy/term/' . $term->tid);
$this
->assertText($edit['name'], 'The randomly generated term name is present.');
$this
->assertText($edit['description[value]'], 'The randomly generated term description is present.');
// Did this page request display a 'term-listing-heading'?
$this
->assertPattern('|class="taxonomy-term-description"|', 'Term page displayed the term description element.');
// Check that it does NOT show a description when description is blank.
$term->description = '';
taxonomy_term_save($term);
$this
->drupalGet('taxonomy/term/' . $term->tid);
$this
->assertNoPattern('|class="taxonomy-term-description"|', 'Term page did not display the term description when description was blank.');
// Check that the term feed page is working.
$this
->drupalGet('taxonomy/term/' . $term->tid . '/feed');
// Check that the term edit page does not try to interpret additional path
// components as arguments for taxonomy_form_term().
$this
->drupalGet('taxonomy/term/' . $term->tid . '/edit/' . $this
->randomName());
// Delete the term.
$this
->drupalPost('taxonomy/term/' . $term->tid . '/edit', array(), t('Delete'));
$this
->drupalPost(NULL, NULL, t('Delete'));
// Assert that the term no longer exists.
$this
->drupalGet('taxonomy/term/' . $term->tid);
$this
->assertResponse(404, 'The taxonomy term page was not found.');
}
/**
* Save, edit and delete a term using the user interface.
*/
function testTermReorder() {
$this
->createTerm($this->vocabulary);
$this
->createTerm($this->vocabulary);
$this
->createTerm($this->vocabulary);
// Fetch the created terms in the default alphabetical order, i.e. term1
// precedes term2 alphabetically, and term2 precedes term3.
drupal_static_reset('taxonomy_get_tree');
drupal_static_reset('taxonomy_get_treeparent');
drupal_static_reset('taxonomy_get_treeterms');
list($term1, $term2, $term3) = taxonomy_get_tree($this->vocabulary->vid);
$this
->drupalGet('admin/structure/taxonomy/' . $this->vocabulary->machine_name);
// Each term has four hidden fields, "tid:1:0[tid]", "tid:1:0[parent]",
// "tid:1:0[depth]", and "tid:1:0[weight]". Change the order to term2,
// term3, term1 by setting weight property, make term3 a child of term2 by
// setting the parent and depth properties, and update all hidden fields.
$edit = array(
'tid:' . $term2->tid . ':0[tid]' => $term2->tid,
'tid:' . $term2->tid . ':0[parent]' => 0,
'tid:' . $term2->tid . ':0[depth]' => 0,
'tid:' . $term2->tid . ':0[weight]' => 0,
'tid:' . $term3->tid . ':0[tid]' => $term3->tid,
'tid:' . $term3->tid . ':0[parent]' => $term2->tid,
'tid:' . $term3->tid . ':0[depth]' => 1,
'tid:' . $term3->tid . ':0[weight]' => 1,
'tid:' . $term1->tid . ':0[tid]' => $term1->tid,
'tid:' . $term1->tid . ':0[parent]' => 0,
'tid:' . $term1->tid . ':0[depth]' => 0,
'tid:' . $term1->tid . ':0[weight]' => 2,
);
$this
->drupalPost(NULL, $edit, t('Save'));
drupal_static_reset('taxonomy_get_tree');
drupal_static_reset('taxonomy_get_treeparent');
drupal_static_reset('taxonomy_get_treeterms');
$terms = taxonomy_get_tree($this->vocabulary->vid);
$this
->assertEqual($terms[0]->tid, $term2->tid, 'Term 2 was moved above term 1.');
$this
->assertEqual($terms[1]->parents, array(
$term2->tid,
), 'Term 3 was made a child of term 2.');
$this
->assertEqual($terms[2]->tid, $term1->tid, 'Term 1 was moved below term 2.');
$this
->drupalPost('admin/structure/taxonomy/' . $this->vocabulary->machine_name, array(), t('Reset to alphabetical'));
// Submit confirmation form.
$this
->drupalPost(NULL, array(), t('Reset to alphabetical'));
drupal_static_reset('taxonomy_get_tree');
drupal_static_reset('taxonomy_get_treeparent');
drupal_static_reset('taxonomy_get_treeterms');
$terms = taxonomy_get_tree($this->vocabulary->vid);
$this
->assertEqual($terms[0]->tid, $term1->tid, 'Term 1 was moved to back above term 2.');
$this
->assertEqual($terms[1]->tid, $term2->tid, 'Term 2 was moved to back below term 1.');
$this
->assertEqual($terms[2]->tid, $term3->tid, 'Term 3 is still below term 2.');
$this
->assertEqual($terms[2]->parents, array(
$term2->tid,
), 'Term 3 is still a child of term 2.' . var_export($terms[1]->tid, 1));
}
/**
* Test saving a term with multiple parents through the UI.
*/
function testTermMultipleParentsInterface() {
// Add a new term to the vocabulary so that we can have multiple parents.
$parent = $this
->createTerm($this->vocabulary);
// Add a new term with multiple parents.
$edit = array(
'name' => $this
->randomName(12),
'description[value]' => $this
->randomName(100),
'parent[]' => array(
0,
$parent->tid,
),
);
// Save the new term.
$this
->drupalPost('admin/structure/taxonomy/' . $this->vocabulary->machine_name . '/add', $edit, t('Save'));
// Check that the term was successfully created.
$terms = taxonomy_get_term_by_name($edit['name']);
$term = reset($terms);
$this
->assertNotNull($term, 'Term found in database.');
$this
->assertEqual($edit['name'], $term->name, 'Term name was successfully saved.');
$this
->assertEqual($edit['description[value]'], $term->description, 'Term description was successfully saved.');
// Check that the parent tid is still there. The other parent (<root>) is
// not added by taxonomy_get_parents().
$parents = taxonomy_get_parents($term->tid);
$parent = reset($parents);
$this
->assertEqual($edit['parent[]'][1], $parent->tid, 'Term parents were successfully saved.');
}
/**
* Test taxonomy_get_term_by_name().
*/
function testTaxonomyGetTermByName() {
$term = $this
->createTerm($this->vocabulary);
// Load the term with the exact name.
$terms = taxonomy_get_term_by_name($term->name);
$this
->assertTrue(isset($terms[$term->tid]), 'Term loaded using exact name.');
// Load the term with space concatenated.
$terms = taxonomy_get_term_by_name(' ' . $term->name . ' ');
$this
->assertTrue(isset($terms[$term->tid]), 'Term loaded with extra whitespace.');
// Load the term with name uppercased.
$terms = taxonomy_get_term_by_name(strtoupper($term->name));
$this
->assertTrue(isset($terms[$term->tid]), 'Term loaded with uppercased name.');
// Load the term with name lowercased.
$terms = taxonomy_get_term_by_name(strtolower($term->name));
$this
->assertTrue(isset($terms[$term->tid]), 'Term loaded with lowercased name.');
// Try to load an invalid term name.
$terms = taxonomy_get_term_by_name('Banana');
$this
->assertFalse($terms);
// Try to load the term using a substring of the name.
$terms = taxonomy_get_term_by_name(drupal_substr($term->name, 2));
$this
->assertFalse($terms);
// Create a new term in a different vocabulary with the same name.
$new_vocabulary = $this
->createVocabulary();
$new_term = new stdClass();
$new_term->name = $term->name;
$new_term->vid = $new_vocabulary->vid;
taxonomy_term_save($new_term);
// Load multiple terms with the same name.
$terms = taxonomy_get_term_by_name($term->name);
$this
->assertEqual(count($terms), 2, 'Two terms loaded with the same name.');
// Load single term when restricted to one vocabulary.
$terms = taxonomy_get_term_by_name($term->name, $this->vocabulary->machine_name);
$this
->assertEqual(count($terms), 1, 'One term loaded when restricted by vocabulary.');
$this
->assertTrue(isset($terms[$term->tid]), 'Term loaded using exact name and vocabulary machine name.');
// Create a new term with another name.
$term2 = $this
->createTerm($this->vocabulary);
// Try to load a term by name that doesn't exist in this vocabulary but
// exists in another vocabulary.
$terms = taxonomy_get_term_by_name($term2->name, $new_vocabulary->machine_name);
$this
->assertFalse($terms, 'Invalid term name restricted by vocabulary machine name not loaded.');
// Try to load terms filtering by a non-existing vocabulary.
$terms = taxonomy_get_term_by_name($term2->name, 'non_existing_vocabulary');
$this
->assertEqual(count($terms), 0, 'No terms loaded when restricted by a non-existing vocabulary.');
}
}
/**
* Tests the rendering of term reference fields in RSS feeds.
*/
class TaxonomyRSSTestCase extends TaxonomyWebTestCase {
public static function getInfo() {
return array(
'name' => 'Taxonomy RSS Content.',
'description' => 'Ensure that data added as terms appears in RSS feeds if "RSS Category" format is selected.',
'group' => 'Taxonomy',
);
}
function setUp() {
parent::setUp('taxonomy');
$this->admin_user = $this
->drupalCreateUser(array(
'administer taxonomy',
'bypass node access',
'administer content types',
'administer fields',
));
$this
->drupalLogin($this->admin_user);
$this->vocabulary = $this
->createVocabulary();
$field = array(
'field_name' => 'taxonomy_' . $this->vocabulary->machine_name,
'type' => 'taxonomy_term_reference',
'cardinality' => FIELD_CARDINALITY_UNLIMITED,
'settings' => array(
'allowed_values' => array(
array(
'vocabulary' => $this->vocabulary->machine_name,
'parent' => 0,
),
),
),
);
field_create_field($field);
$this->instance = array(
'field_name' => 'taxonomy_' . $this->vocabulary->machine_name,
'bundle' => 'article',
'entity_type' => 'node',
'widget' => array(
'type' => 'options_select',
),
'display' => array(
'default' => array(
'type' => 'taxonomy_term_reference_link',
),
),
);
field_create_instance($this->instance);
}
/**
* Tests that terms added to nodes are displayed in core RSS feed.
*
* Create a node and assert that taxonomy terms appear in rss.xml.
*/
function testTaxonomyRSS() {
// Create two taxonomy terms.
$term1 = $this
->createTerm($this->vocabulary);
// RSS display must be added manually.
$this
->drupalGet("admin/structure/types/manage/article/display");
$edit = array(
"view_modes_custom[rss]" => '1',
);
$this
->drupalPost(NULL, $edit, t('Save'));
// Change the format to 'RSS category'.
$this
->drupalGet("admin/structure/types/manage/article/display/rss");
$edit = array(
"fields[taxonomy_" . $this->vocabulary->machine_name . "][type]" => 'taxonomy_term_reference_rss_category',
);
$this
->drupalPost(NULL, $edit, t('Save'));
// Post an article.
$edit = array();
$langcode = LANGUAGE_NONE;
$edit["title"] = $this
->randomName();
$edit[$this->instance['field_name'] . '[' . $langcode . '][]'] = $term1->tid;
$this
->drupalPost('node/add/article', $edit, t('Save'));
// Check that the term is displayed when the RSS feed is viewed.
$this
->drupalGet('rss.xml');
$test_element = array(
'key' => 'category',
'value' => $term1->name,
'attributes' => array(
'domain' => url('taxonomy/term/' . $term1->tid, array(
'absolute' => TRUE,
)),
),
);
$this
->assertRaw(format_xml_elements(array(
$test_element,
)), 'Term is displayed when viewing the rss feed.');
}
}
/**
* Tests the hook implementations that maintain the taxonomy index.
*/
class TaxonomyTermIndexTestCase extends TaxonomyWebTestCase {
public static function getInfo() {
return array(
'name' => 'Taxonomy term index',
'description' => 'Tests the hook implementations that maintain the taxonomy index.',
'group' => 'Taxonomy',
);
}
function setUp() {
parent::setUp('taxonomy');
// Create an administrative user.
$this->admin_user = $this
->drupalCreateUser(array(
'administer taxonomy',
'bypass node access',
));
$this
->drupalLogin($this->admin_user);
// Create a vocabulary and add two term reference fields to article nodes.
$this->vocabulary = $this
->createVocabulary();
$this->field_name_1 = drupal_strtolower($this
->randomName());
$this->field_1 = array(
'field_name' => $this->field_name_1,
'type' => 'taxonomy_term_reference',
'cardinality' => FIELD_CARDINALITY_UNLIMITED,
'settings' => array(
'allowed_values' => array(
array(
'vocabulary' => $this->vocabulary->machine_name,
'parent' => 0,
),
),
),
);
field_create_field($this->field_1);
$this->instance_1 = array(
'field_name' => $this->field_name_1,
'bundle' => 'article',
'entity_type' => 'node',
'widget' => array(
'type' => 'options_select',
),
'display' => array(
'default' => array(
'type' => 'taxonomy_term_reference_link',
),
),
);
field_create_instance($this->instance_1);
$this->field_name_2 = drupal_strtolower($this
->randomName());
$this->field_2 = array(
'field_name' => $this->field_name_2,
'type' => 'taxonomy_term_reference',
'cardinality' => FIELD_CARDINALITY_UNLIMITED,
'settings' => array(
'allowed_values' => array(
array(
'vocabulary' => $this->vocabulary->machine_name,
'parent' => 0,
),
),
),
);
field_create_field($this->field_2);
$this->instance_2 = array(
'field_name' => $this->field_name_2,
'bundle' => 'article',
'entity_type' => 'node',
'widget' => array(
'type' => 'options_select',
),
'display' => array(
'default' => array(
'type' => 'taxonomy_term_reference_link',
),
),
);
field_create_instance($this->instance_2);
}
/**
* Tests that the taxonomy index is maintained properly.
*/
function testTaxonomyIndex() {
// Create terms in the vocabulary.
$term_1 = $this
->createTerm($this->vocabulary);
$term_2 = $this
->createTerm($this->vocabulary);
// Post an article.
$edit = array();
$langcode = LANGUAGE_NONE;
$edit["title"] = $this
->randomName();
$edit["body[{$langcode}][0][value]"] = $this
->randomName();
$edit["{$this->field_name_1}[{$langcode}][]"] = $term_1->tid;
$edit["{$this->field_name_2}[{$langcode}][]"] = $term_1->tid;
$this
->drupalPost('node/add/article', $edit, t('Save'));
// Check that the term is indexed, and only once.
$node = $this
->drupalGetNodeByTitle($edit["title"]);
$index_count = db_query('SELECT COUNT(*) FROM {taxonomy_index} WHERE nid = :nid AND tid = :tid', array(
':nid' => $node->nid,
':tid' => $term_1->tid,
))
->fetchField();
$this
->assertEqual(1, $index_count, 'Term 1 is indexed once.');
// Update the article to change one term.
$edit["{$this->field_name_1}[{$langcode}][]"] = $term_2->tid;
$this
->drupalPost('node/' . $node->nid . '/edit', $edit, t('Save'));
// Check that both terms are indexed.
$index_count = db_query('SELECT COUNT(*) FROM {taxonomy_index} WHERE nid = :nid AND tid = :tid', array(
':nid' => $node->nid,
':tid' => $term_1->tid,
))
->fetchField();
$this
->assertEqual(1, $index_count, 'Term 1 is indexed.');
$index_count = db_query('SELECT COUNT(*) FROM {taxonomy_index} WHERE nid = :nid AND tid = :tid', array(
':nid' => $node->nid,
':tid' => $term_2->tid,
))
->fetchField();
$this
->assertEqual(1, $index_count, 'Term 2 is indexed.');
// Update the article to change another term.
$edit["{$this->field_name_2}[{$langcode}][]"] = $term_2->tid;
$this
->drupalPost('node/' . $node->nid . '/edit', $edit, t('Save'));
// Check that only one term is indexed.
$index_count = db_query('SELECT COUNT(*) FROM {taxonomy_index} WHERE nid = :nid AND tid = :tid', array(
':nid' => $node->nid,
':tid' => $term_1->tid,
))
->fetchField();
$this
->assertEqual(0, $index_count, 'Term 1 is not indexed.');
$index_count = db_query('SELECT COUNT(*) FROM {taxonomy_index} WHERE nid = :nid AND tid = :tid', array(
':nid' => $node->nid,
':tid' => $term_2->tid,
))
->fetchField();
$this
->assertEqual(1, $index_count, 'Term 2 is indexed once.');
// Redo the above tests without interface.
$update_node = array(
'nid' => $node->nid,
'vid' => $node->vid,
'uid' => $node->uid,
'type' => $node->type,
'title' => $this
->randomName(),
);
// Update the article with no term changed.
$updated_node = (object) $update_node;
node_save($updated_node);
// Check that the index was not changed.
$index_count = db_query('SELECT COUNT(*) FROM {taxonomy_index} WHERE nid = :nid AND tid = :tid', array(
':nid' => $node->nid,
':tid' => $term_1->tid,
))
->fetchField();
$this
->assertEqual(0, $index_count, 'Term 1 is not indexed.');
$index_count = db_query('SELECT COUNT(*) FROM {taxonomy_index} WHERE nid = :nid AND tid = :tid', array(
':nid' => $node->nid,
':tid' => $term_2->tid,
))
->fetchField();
$this
->assertEqual(1, $index_count, 'Term 2 is indexed once.');
// Update the article to change one term.
$update_node[$this->field_name_1][$langcode] = array(
array(
'tid' => $term_1->tid,
),
);
$updated_node = (object) $update_node;
node_save($updated_node);
// Check that both terms are indexed.
$index_count = db_query('SELECT COUNT(*) FROM {taxonomy_index} WHERE nid = :nid AND tid = :tid', array(
':nid' => $node->nid,
':tid' => $term_1->tid,
))
->fetchField();
$this
->assertEqual(1, $index_count, 'Term 1 is indexed.');
$index_count = db_query('SELECT COUNT(*) FROM {taxonomy_index} WHERE nid = :nid AND tid = :tid', array(
':nid' => $node->nid,
':tid' => $term_2->tid,
))
->fetchField();
$this
->assertEqual(1, $index_count, 'Term 2 is indexed.');
// Update the article to change another term.
$update_node[$this->field_name_2][$langcode] = array(
array(
'tid' => $term_1->tid,
),
);
$updated_node = (object) $update_node;
node_save($updated_node);
// Check that only one term is indexed.
$index_count = db_query('SELECT COUNT(*) FROM {taxonomy_index} WHERE nid = :nid AND tid = :tid', array(
':nid' => $node->nid,
':tid' => $term_1->tid,
))
->fetchField();
$this
->assertEqual(1, $index_count, 'Term 1 is indexed once.');
$index_count = db_query('SELECT COUNT(*) FROM {taxonomy_index} WHERE nid = :nid AND tid = :tid', array(
':nid' => $node->nid,
':tid' => $term_2->tid,
))
->fetchField();
$this
->assertEqual(0, $index_count, 'Term 2 is not indexed.');
}
/**
* Tests that there is a link to the parent term on the child term page.
*/
function testTaxonomyTermHierarchyBreadcrumbs() {
// Create two taxonomy terms and set term2 as the parent of term1.
$term1 = $this
->createTerm($this->vocabulary);
$term2 = $this
->createTerm($this->vocabulary);
$term1->parent = array(
$term2->tid,
);
taxonomy_term_save($term1);
// Verify that the page breadcrumbs include a link to the parent term.
$this
->drupalGet('taxonomy/term/' . $term1->tid);
$this
->assertRaw(l($term2->name, 'taxonomy/term/' . $term2->tid), 'Parent term link is displayed when viewing the node.');
}
}
/**
* Test the taxonomy_term_load_multiple() function.
*/
class TaxonomyLoadMultipleTestCase extends TaxonomyWebTestCase {
public static function getInfo() {
return array(
'name' => 'Taxonomy term multiple loading',
'description' => 'Test the loading of multiple taxonomy terms at once',
'group' => 'Taxonomy',
);
}
function setUp() {
parent::setUp();
$this->taxonomy_admin = $this
->drupalCreateUser(array(
'administer taxonomy',
));
$this
->drupalLogin($this->taxonomy_admin);
}
/**
* Create a vocabulary and some taxonomy terms, ensuring they're loaded
* correctly using taxonomy_term_load_multiple().
*/
function testTaxonomyTermMultipleLoad() {
// Create a vocabulary.
$vocabulary = $this
->createVocabulary();
// Create five terms in the vocabulary.
$i = 0;
while ($i < 5) {
$i++;
$this
->createTerm($vocabulary);
}
// Load the terms from the vocabulary.
$terms = taxonomy_term_load_multiple(NULL, array(
'vid' => $vocabulary->vid,
));
$count = count($terms);
$this
->assertEqual($count, 5, format_string('Correct number of terms were loaded. !count terms.', array(
'!count' => $count,
)));
// Load the same terms again by tid.
$terms2 = taxonomy_term_load_multiple(array_keys($terms));
$this
->assertEqual($count, count($terms2), 'Five terms were loaded by tid.');
$this
->assertEqual($terms, $terms2, 'Both arrays contain the same terms.');
// Load the terms by tid, with a condition on vid.
$terms3 = taxonomy_term_load_multiple(array_keys($terms2), array(
'vid' => $vocabulary->vid,
));
$this
->assertEqual($terms2, $terms3);
// Remove one term from the array, then delete it.
$deleted = array_shift($terms3);
taxonomy_term_delete($deleted->tid);
$deleted_term = taxonomy_term_load($deleted->tid);
$this
->assertFalse($deleted_term);
// Load terms from the vocabulary by vid.
$terms4 = taxonomy_term_load_multiple(NULL, array(
'vid' => $vocabulary->vid,
));
$this
->assertEqual(count($terms4), 4, 'Correct number of terms were loaded.');
$this
->assertFalse(isset($terms4[$deleted->tid]));
// Create a single term and load it by name.
$term = $this
->createTerm($vocabulary);
$loaded_terms = taxonomy_term_load_multiple(array(), array(
'name' => $term->name,
));
$this
->assertEqual(count($loaded_terms), 1, 'One term was loaded.');
$loaded_term = reset($loaded_terms);
$this
->assertEqual($term->tid, $loaded_term->tid, 'Term loaded by name successfully.');
}
}
/**
* Tests for taxonomy hook invocation.
*/
class TaxonomyHooksTestCase extends TaxonomyWebTestCase {
public static function getInfo() {
return array(
'name' => 'Taxonomy term hooks',
'description' => 'Hooks for taxonomy term load/save/delete.',
'group' => 'Taxonomy',
);
}
function setUp() {
parent::setUp('taxonomy', 'taxonomy_test');
module_load_include('inc', 'taxonomy', 'taxonomy.pages');
$taxonomy_admin = $this
->drupalCreateUser(array(
'administer taxonomy',
));
$this
->drupalLogin($taxonomy_admin);
}
/**
* Test that hooks are run correctly on creating, editing, viewing,
* and deleting a term.
*
* @see taxonomy_test.module
*/
function testTaxonomyTermHooks() {
$vocabulary = $this
->createVocabulary();
// Create a term with one antonym.
$edit = array(
'name' => $this
->randomName(),
'antonym' => 'Long',
);
$this
->drupalPost('admin/structure/taxonomy/' . $vocabulary->machine_name . '/add', $edit, t('Save'));
$terms = taxonomy_get_term_by_name($edit['name']);
$term = reset($terms);
$this
->assertEqual($term->antonym, $edit['antonym'], 'Antonym was loaded into the term object.');
// Update the term with a different antonym.
$edit = array(
'name' => $this
->randomName(),
'antonym' => 'Short',
);
$this
->drupalPost('taxonomy/term/' . $term->tid . '/edit', $edit, t('Save'));
taxonomy_terms_static_reset();
$term = taxonomy_term_load($term->tid);
$this
->assertEqual($edit['antonym'], $term->antonym, 'Antonym was successfully edited.');
// View the term and ensure that hook_taxonomy_term_view() and
// hook_entity_view() are invoked.
$term = taxonomy_term_load($term->tid);
$term_build = taxonomy_term_page($term);
$this
->assertFalse(empty($term_build['term_heading']['term']['taxonomy_test_term_view_check']), 'hook_taxonomy_term_view() was invoked when viewing the term.');
$this
->assertFalse(empty($term_build['term_heading']['term']['taxonomy_test_entity_view_check']), 'hook_entity_view() was invoked when viewing the term.');
// Delete the term.
taxonomy_term_delete($term->tid);
$antonym = db_query('SELECT tid FROM {taxonomy_term_antonym} WHERE tid = :tid', array(
':tid' => $term->tid,
))
->fetchField();
$this
->assertFalse($antonym, 'The antonym were deleted from the database.');
}
}
/**
* Tests for taxonomy term field and formatter.
*/
class TaxonomyTermFieldTestCase extends TaxonomyWebTestCase {
protected $instance;
protected $vocabulary;
public static function getInfo() {
return array(
'name' => 'Taxonomy term reference field',
'description' => 'Test the creation of term fields.',
'group' => 'Taxonomy',
);
}
function setUp() {
parent::setUp('field_test');
$web_user = $this
->drupalCreateUser(array(
'access field_test content',
'administer field_test content',
'administer taxonomy',
));
$this
->drupalLogin($web_user);
$this->vocabulary = $this
->createVocabulary();
// Setup a field and instance.
$this->field_name = drupal_strtolower($this
->randomName());
$this->field = array(
'field_name' => $this->field_name,
'type' => 'taxonomy_term_reference',
'settings' => array(
'allowed_values' => array(
array(
'vocabulary' => $this->vocabulary->machine_name,
'parent' => '0',
),
),
),
);
field_create_field($this->field);
$this->instance = array(
'field_name' => $this->field_name,
'entity_type' => 'test_entity',
'bundle' => 'test_bundle',
'widget' => array(
'type' => 'options_select',
),
'display' => array(
'full' => array(
'type' => 'taxonomy_term_reference_link',
),
),
);
field_create_instance($this->instance);
}
/**
* Test term field validation.
*/
function testTaxonomyTermFieldValidation() {
// Test valid and invalid values with field_attach_validate().
$langcode = LANGUAGE_NONE;
$entity = field_test_create_stub_entity();
$term = $this
->createTerm($this->vocabulary);
$entity->{$this->field_name}[$langcode][0]['tid'] = $term->tid;
try {
field_attach_validate('test_entity', $entity);
$this
->pass('Correct term does not cause validation error.');
} catch (FieldValidationException $e) {
$this
->fail('Correct term does not cause validation error.');
}
$entity = field_test_create_stub_entity();
$bad_term = $this
->createTerm($this
->createVocabulary());
$entity->{$this->field_name}[$langcode][0]['tid'] = $bad_term->tid;
try {
field_attach_validate('test_entity', $entity);
$this
->fail('Wrong term causes validation error.');
} catch (FieldValidationException $e) {
$this
->pass('Wrong term causes validation error.');
}
}
/**
* Test widgets.
*/
function testTaxonomyTermFieldWidgets() {
// Create a term in the vocabulary.
$term = $this
->createTerm($this->vocabulary);
// Display creation form.
$langcode = LANGUAGE_NONE;
$this
->drupalGet('test-entity/add/test-bundle');
$this
->assertFieldByName("{$this->field_name}[{$langcode}]", '', 'Widget is displayed.');
// Submit with some value.
$edit = array(
"{$this->field_name}[{$langcode}]" => array(
$term->tid,
),
);
$this
->drupalPost(NULL, $edit, t('Save'));
preg_match('|test-entity/manage/(\\d+)/edit|', $this->url, $match);
$id = $match[1];
$this
->assertRaw(t('test_entity @id has been created.', array(
'@id' => $id,
)), 'Entity was created.');
// Display the object.
$entity = field_test_entity_test_load($id);
$entities = array(
$id => $entity,
);
field_attach_prepare_view('test_entity', $entities, 'full');
$entity->content = field_attach_view('test_entity', $entity, 'full');
$this->content = drupal_render($entity->content);
$this
->assertText($term->name, 'Term name is displayed.');
// Delete the vocabulary and verify that the widget is gone.
taxonomy_vocabulary_delete($this->vocabulary->vid);
$this
->drupalGet('test-entity/add/test-bundle');
$this
->assertNoFieldByName("{$this->field_name}[{$langcode}]", '', 'Widget is not displayed.');
}
/**
* Tests that vocabulary machine name changes are mirrored in field definitions.
*/
function testTaxonomyTermFieldChangeMachineName() {
// Add several entries in the 'allowed_values' setting, to make sure that
// they all get updated.
$this->field['settings']['allowed_values'] = array(
array(
'vocabulary' => $this->vocabulary->machine_name,
'parent' => '0',
),
array(
'vocabulary' => $this->vocabulary->machine_name,
'parent' => '0',
),
array(
'vocabulary' => 'foo',
'parent' => '0',
),
);
field_update_field($this->field);
// Change the machine name.
$old_name = $this->vocabulary->machine_name;
$new_name = drupal_strtolower($this
->randomName());
$this->vocabulary->machine_name = $new_name;
taxonomy_vocabulary_save($this->vocabulary);
// Check that entity bundles are properly updated.
$info = entity_get_info('taxonomy_term');
$this
->assertFalse(isset($info['bundles'][$old_name]), 'The old bundle name does not appear in entity_get_info().');
$this
->assertTrue(isset($info['bundles'][$new_name]), 'The new bundle name appears in entity_get_info().');
// Check that the field instance is still attached to the vocabulary.
$field = field_info_field($this->field_name);
$allowed_values = $field['settings']['allowed_values'];
$this
->assertEqual($allowed_values[0]['vocabulary'], $new_name, 'Index 0: Machine name was updated correctly.');
$this
->assertEqual($allowed_values[1]['vocabulary'], $new_name, 'Index 1: Machine name was updated correctly.');
$this
->assertEqual($allowed_values[2]['vocabulary'], 'foo', 'Index 2: Machine name was left untouched.');
}
}
/**
* Tests a taxonomy term reference field that allows multiple vocabularies.
*/
class TaxonomyTermFieldMultipleVocabularyTestCase extends TaxonomyWebTestCase {
protected $instance;
protected $vocabulary1;
protected $vocabulary2;
public static function getInfo() {
return array(
'name' => 'Multiple vocabulary term reference field',
'description' => 'Tests term reference fields that allow multiple vocabularies.',
'group' => 'Taxonomy',
);
}
function setUp() {
parent::setUp('field_test');
$web_user = $this
->drupalCreateUser(array(
'access field_test content',
'administer field_test content',
'administer taxonomy',
));
$this
->drupalLogin($web_user);
$this->vocabulary1 = $this
->createVocabulary();
$this->vocabulary2 = $this
->createVocabulary();
// Set up a field and instance.
$this->field_name = drupal_strtolower($this
->randomName());
$this->field = array(
'field_name' => $this->field_name,
'type' => 'taxonomy_term_reference',
'cardinality' => FIELD_CARDINALITY_UNLIMITED,
'settings' => array(
'allowed_values' => array(
array(
'vocabulary' => $this->vocabulary1->machine_name,
'parent' => '0',
),
array(
'vocabulary' => $this->vocabulary2->machine_name,
'parent' => '0',
),
),
),
);
field_create_field($this->field);
$this->instance = array(
'field_name' => $this->field_name,
'entity_type' => 'test_entity',
'bundle' => 'test_bundle',
'widget' => array(
'type' => 'options_select',
),
'display' => array(
'full' => array(
'type' => 'taxonomy_term_reference_link',
),
),
);
field_create_instance($this->instance);
}
/**
* Tests term reference field and widget with multiple vocabularies.
*/
function testTaxonomyTermFieldMultipleVocabularies() {
// Create a term in each vocabulary.
$term1 = $this
->createTerm($this->vocabulary1);
$term2 = $this
->createTerm($this->vocabulary2);
// Submit an entity with both terms.
$langcode = LANGUAGE_NONE;
$this
->drupalGet('test-entity/add/test-bundle');
$this
->assertFieldByName("{$this->field_name}[{$langcode}][]", '', 'Widget is displayed.');
$edit = array(
"{$this->field_name}[{$langcode}][]" => array(
$term1->tid,
$term2->tid,
),
);
$this
->drupalPost(NULL, $edit, t('Save'));
preg_match('|test-entity/manage/(\\d+)/edit|', $this->url, $match);
$id = $match[1];
$this
->assertRaw(t('test_entity @id has been created.', array(
'@id' => $id,
)), 'Entity was created.');
// Render the entity.
$entity = field_test_entity_test_load($id);
$entities = array(
$id => $entity,
);
field_attach_prepare_view('test_entity', $entities, 'full');
$entity->content = field_attach_view('test_entity', $entity, 'full');
$this->content = drupal_render($entity->content);
$this
->assertText($term1->name, 'Term 1 name is displayed.');
$this
->assertText($term2->name, 'Term 2 name is displayed.');
// Delete vocabulary 2.
taxonomy_vocabulary_delete($this->vocabulary2->vid);
// Re-render the content.
$entity = field_test_entity_test_load($id);
$entities = array(
$id => $entity,
);
field_attach_prepare_view('test_entity', $entities, 'full');
$entity->content = field_attach_view('test_entity', $entity, 'full');
$this->plainTextContent = FALSE;
$this->content = drupal_render($entity->content);
// Term 1 should still be displayed; term 2 should not be.
$this
->assertText($term1->name, 'Term 1 name is displayed.');
$this
->assertNoText($term2->name, 'Term 2 name is not displayed.');
// Verify that field and instance settings are correct.
$field_info = field_info_field($this->field_name);
$this
->assertEqual(sizeof($field_info['settings']['allowed_values']), 1, 'Only one vocabulary is allowed for the field.');
// The widget should still be displayed.
$this
->drupalGet('test-entity/add/test-bundle');
$this
->assertFieldByName("{$this->field_name}[{$langcode}][]", '', 'Widget is still displayed.');
// Term 1 should still pass validation.
$edit = array(
"{$this->field_name}[{$langcode}][]" => array(
$term1->tid,
),
);
$this
->drupalPost(NULL, $edit, t('Save'));
}
}
/**
* Test taxonomy token replacement in strings.
*/
class TaxonomyTokenReplaceTestCase extends TaxonomyWebTestCase {
public static function getInfo() {
return array(
'name' => 'Taxonomy token replacement',
'description' => 'Generates text using placeholders for dummy content to check taxonomy token replacement.',
'group' => 'Taxonomy',
);
}
function setUp() {
parent::setUp();
$this->admin_user = $this
->drupalCreateUser(array(
'administer taxonomy',
'bypass node access',
));
$this
->drupalLogin($this->admin_user);
$this->vocabulary = $this
->createVocabulary();
$this->langcode = LANGUAGE_NONE;
$field = array(
'field_name' => 'taxonomy_' . $this->vocabulary->machine_name,
'type' => 'taxonomy_term_reference',
'cardinality' => FIELD_CARDINALITY_UNLIMITED,
'settings' => array(
'allowed_values' => array(
array(
'vocabulary' => $this->vocabulary->machine_name,
'parent' => 0,
),
),
),
);
field_create_field($field);
$this->instance = array(
'field_name' => 'taxonomy_' . $this->vocabulary->machine_name,
'bundle' => 'article',
'entity_type' => 'node',
'widget' => array(
'type' => 'options_select',
),
'display' => array(
'default' => array(
'type' => 'taxonomy_term_reference_link',
),
),
);
field_create_instance($this->instance);
}
/**
* Creates some terms and a node, then tests the tokens generated from them.
*/
function testTaxonomyTokenReplacement() {
global $language;
// Create two taxonomy terms.
$term1 = $this
->createTerm($this->vocabulary);
$term2 = $this
->createTerm($this->vocabulary);
// Edit $term2, setting $term1 as parent.
$edit = array();
$edit['name'] = '<blink>Blinking Text</blink>';
$edit['parent[]'] = array(
$term1->tid,
);
$this
->drupalPost('taxonomy/term/' . $term2->tid . '/edit', $edit, t('Save'));
// Create node with term2.
$edit = array();
$node = $this
->drupalCreateNode(array(
'type' => 'article',
));
$edit[$this->instance['field_name'] . '[' . $this->langcode . '][]'] = $term2->tid;
$this
->drupalPost('node/' . $node->nid . '/edit', $edit, t('Save'));
// Generate and test sanitized tokens for term1.
$tests = array();
$tests['[term:tid]'] = $term1->tid;
$tests['[term:name]'] = check_plain($term1->name);
$tests['[term:description]'] = check_markup($term1->description, $term1->format);
$tests['[term:url]'] = url('taxonomy/term/' . $term1->tid, array(
'absolute' => TRUE,
));
$tests['[term:node-count]'] = 0;
$tests['[term:parent:name]'] = '[term:parent:name]';
$tests['[term:vocabulary:name]'] = check_plain($this->vocabulary->name);
foreach ($tests as $input => $expected) {
$output = token_replace($input, array(
'term' => $term1,
), array(
'language' => $language,
));
$this
->assertEqual($output, $expected, format_string('Sanitized taxonomy term token %token replaced.', array(
'%token' => $input,
)));
}
// Generate and test sanitized tokens for term2.
$tests = array();
$tests['[term:tid]'] = $term2->tid;
$tests['[term:name]'] = check_plain($term2->name);
$tests['[term:description]'] = check_markup($term2->description, $term2->format);
$tests['[term:url]'] = url('taxonomy/term/' . $term2->tid, array(
'absolute' => TRUE,
));
$tests['[term:node-count]'] = 1;
$tests['[term:parent:name]'] = check_plain($term1->name);
$tests['[term:parent:url]'] = url('taxonomy/term/' . $term1->tid, array(
'absolute' => TRUE,
));
$tests['[term:parent:parent:name]'] = '[term:parent:parent:name]';
$tests['[term:vocabulary:name]'] = check_plain($this->vocabulary->name);
// Test to make sure that we generated something for each token.
$this
->assertFalse(in_array(0, array_map('strlen', $tests)), 'No empty tokens generated.');
foreach ($tests as $input => $expected) {
$output = token_replace($input, array(
'term' => $term2,
), array(
'language' => $language,
));
$this
->assertEqual($output, $expected, format_string('Sanitized taxonomy term token %token replaced.', array(
'%token' => $input,
)));
}
// Generate and test unsanitized tokens.
$tests['[term:name]'] = $term2->name;
$tests['[term:description]'] = $term2->description;
$tests['[term:parent:name]'] = $term1->name;
$tests['[term:vocabulary:name]'] = $this->vocabulary->name;
foreach ($tests as $input => $expected) {
$output = token_replace($input, array(
'term' => $term2,
), array(
'language' => $language,
'sanitize' => FALSE,
));
$this
->assertEqual($output, $expected, format_string('Unsanitized taxonomy term token %token replaced.', array(
'%token' => $input,
)));
}
// Generate and test sanitized tokens.
$tests = array();
$tests['[vocabulary:vid]'] = $this->vocabulary->vid;
$tests['[vocabulary:name]'] = check_plain($this->vocabulary->name);
$tests['[vocabulary:description]'] = filter_xss($this->vocabulary->description);
$tests['[vocabulary:node-count]'] = 1;
$tests['[vocabulary:term-count]'] = 2;
// Test to make sure that we generated something for each token.
$this
->assertFalse(in_array(0, array_map('strlen', $tests)), 'No empty tokens generated.');
foreach ($tests as $input => $expected) {
$output = token_replace($input, array(
'vocabulary' => $this->vocabulary,
), array(
'language' => $language,
));
$this
->assertEqual($output, $expected, format_string('Sanitized taxonomy vocabulary token %token replaced.', array(
'%token' => $input,
)));
}
// Generate and test unsanitized tokens.
$tests['[vocabulary:name]'] = $this->vocabulary->name;
$tests['[vocabulary:description]'] = $this->vocabulary->description;
foreach ($tests as $input => $expected) {
$output = token_replace($input, array(
'vocabulary' => $this->vocabulary,
), array(
'language' => $language,
'sanitize' => FALSE,
));
$this
->assertEqual($output, $expected, format_string('Unsanitized taxonomy vocabulary token %token replaced.', array(
'%token' => $input,
)));
}
}
}
/**
* Tests for verifying that taxonomy pages use the correct theme.
*/
class TaxonomyThemeTestCase extends TaxonomyWebTestCase {
public static function getInfo() {
return array(
'name' => 'Taxonomy theme switching',
'description' => 'Verifies that various taxonomy pages use the expected theme.',
'group' => 'Taxonomy',
);
}
function setUp() {
parent::setUp();
// Make sure we are using distinct default and administrative themes for
// the duration of these tests.
variable_set('theme_default', 'bartik');
variable_set('admin_theme', 'seven');
// Create and log in as a user who has permission to add and edit taxonomy
// terms and view the administrative theme.
$admin_user = $this
->drupalCreateUser(array(
'administer taxonomy',
'view the administration theme',
));
$this
->drupalLogin($admin_user);
}
/**
* Test the theme used when adding, viewing and editing taxonomy terms.
*/
function testTaxonomyTermThemes() {
// Adding a term to a vocabulary is considered an administrative action and
// should use the administrative theme.
$vocabulary = $this
->createVocabulary();
$this
->drupalGet('admin/structure/taxonomy/' . $vocabulary->machine_name . '/add');
$this
->assertRaw('seven/style.css', "The administrative theme's CSS appears on the page for adding a taxonomy term.");
// Viewing a taxonomy term should use the default theme.
$term = $this
->createTerm($vocabulary);
$this
->drupalGet('taxonomy/term/' . $term->tid);
$this
->assertRaw('bartik/css/style.css', "The default theme's CSS appears on the page for viewing a taxonomy term.");
// Editing a taxonomy term should use the same theme as adding one.
$this
->drupalGet('taxonomy/term/' . $term->tid . '/edit');
$this
->assertRaw('seven/style.css', "The administrative theme's CSS appears on the page for editing a taxonomy term.");
}
}
/**
* Tests the functionality of EntityFieldQuery for taxonomy entities.
*/
class TaxonomyEFQTestCase extends TaxonomyWebTestCase {
public static function getInfo() {
return array(
'name' => 'Taxonomy EntityFieldQuery',
'description' => 'Verifies operation of a taxonomy-based EntityFieldQuery.',
'group' => 'Taxonomy',
);
}
function setUp() {
parent::setUp();
$this->admin_user = $this
->drupalCreateUser(array(
'administer taxonomy',
));
$this
->drupalLogin($this->admin_user);
$this->vocabulary = $this
->createVocabulary();
}
/**
* Tests that a basic taxonomy EntityFieldQuery works.
*/
function testTaxonomyEFQ() {
$terms = array();
for ($i = 0; $i < 5; $i++) {
$term = $this
->createTerm($this->vocabulary);
$terms[$term->tid] = $term;
}
$query = new EntityFieldQuery();
$query
->entityCondition('entity_type', 'taxonomy_term');
$result = $query
->execute();
$result = $result['taxonomy_term'];
asort($result);
$this
->assertEqual(array_keys($terms), array_keys($result), 'Taxonomy terms were retrieved by EntityFieldQuery.');
// Create a second vocabulary and five more terms.
$vocabulary2 = $this
->createVocabulary();
$terms2 = array();
for ($i = 0; $i < 5; $i++) {
$term = $this
->createTerm($vocabulary2);
$terms2[$term->tid] = $term;
}
$query = new EntityFieldQuery();
$query
->entityCondition('entity_type', 'taxonomy_term');
$query
->entityCondition('bundle', $vocabulary2->machine_name);
$result = $query
->execute();
$result = $result['taxonomy_term'];
asort($result);
$this
->assertEqual(array_keys($terms2), array_keys($result), format_string('Taxonomy terms from the %name vocabulary were retrieved by EntityFieldQuery.', array(
'%name' => $vocabulary2->name,
)));
}
}
/**
* Tests that appropriate query tags are added.
*/
class TaxonomyQueryAlterTestCase extends TaxonomyWebTestCase {
public static function getInfo() {
return array(
'name' => 'Taxonomy query tags',
'description' => 'Verifies that taxonomy_term_access tags are added to queries.',
'group' => 'Taxonomy',
);
}
public function setUp() {
parent::setUp('taxonomy_test');
}
/**
* Tests that appropriate tags are added when querying the database.
*/
public function testTaxonomyQueryAlter() {
// Create a new vocabulary and add a few terms to it.
$vocabulary = $this
->createVocabulary();
$terms = array();
for ($i = 0; $i < 5; $i++) {
$terms[$i] = $this
->createTerm($vocabulary);
}
// Set up hierarchy. Term 2 is a child of 1.
$terms[2]->parent = array(
$terms[1]->tid,
);
taxonomy_term_save($terms[2]);
$this
->setupQueryTagTestHooks();
$loaded_term = taxonomy_term_load($terms[0]->tid);
$this
->assertEqual($loaded_term->tid, $terms[0]->tid, 'First term was loaded');
$this
->assertQueryTagTestResult(1, 'taxonomy_term_load()');
$this
->setupQueryTagTestHooks();
$loaded_terms = taxonomy_get_tree($vocabulary->vid);
$this
->assertEqual(count($loaded_terms), count($terms), 'All terms were loaded');
$this
->assertQueryTagTestResult(1, 'taxonomy_get_tree()');
$this
->setupQueryTagTestHooks();
$loaded_terms = taxonomy_get_parents($terms[2]->tid);
$this
->assertEqual(count($loaded_terms), 1, 'All parent terms were loaded');
$this
->assertQueryTagTestResult(2, 'taxonomy_get_parents()');
$this
->setupQueryTagTestHooks();
$loaded_terms = taxonomy_get_children($terms[1]->tid);
$this
->assertEqual(count($loaded_terms), 1, 'All child terms were loaded');
$this
->assertQueryTagTestResult(2, 'taxonomy_get_children()');
$this
->setupQueryTagTestHooks();
$query = db_select('taxonomy_term_data', 't');
$query
->addField('t', 'tid');
$query
->addTag('taxonomy_term_access');
$tids = $query
->execute()
->fetchCol();
$this
->assertEqual(count($tids), count($terms), 'All term IDs were retrieved');
$this
->assertQueryTagTestResult(1, 'custom db_select() with taxonomy_term_access tag (preferred)');
$this
->setupQueryTagTestHooks();
$query = db_select('taxonomy_term_data', 't');
$query
->addField('t', 'tid');
$query
->addTag('term_access');
$tids = $query
->execute()
->fetchCol();
$this
->assertEqual(count($tids), count($terms), 'All term IDs were retrieved');
$this
->assertQueryTagTestResult(1, 'custom db_select() with term_access tag (deprecated)');
$this
->setupQueryTagTestHooks();
$query = new EntityFieldQuery();
$query
->entityCondition('entity_type', 'taxonomy_term');
$query
->addTag('taxonomy_term_access');
$result = $query
->execute();
$this
->assertEqual(count($result['taxonomy_term']), count($terms), 'All term IDs were retrieved');
$this
->assertQueryTagTestResult(1, 'custom EntityFieldQuery with taxonomy_term_access tag (preferred)');
$this
->setupQueryTagTestHooks();
$query = new EntityFieldQuery();
$query
->entityCondition('entity_type', 'taxonomy_term');
$query
->addTag('term_access');
$result = $query
->execute();
$this
->assertEqual(count($result['taxonomy_term']), count($terms), 'All term IDs were retrieved');
$this
->assertQueryTagTestResult(1, 'custom EntityFieldQuery with term_access tag (deprecated)');
}
/**
* Sets up the hooks in the test module.
*/
protected function setupQueryTagTestHooks() {
taxonomy_terms_static_reset();
variable_set('taxonomy_test_query_alter', 0);
variable_set('taxonomy_test_query_term_access_alter', 0);
variable_set('taxonomy_test_query_taxonomy_term_access_alter', 0);
}
/**
* Verifies invocation of the hooks in the test module.
*
* @param int $expected_invocations
* The number of times the hooks are expected to have been invoked.
* @param string $method
* A string describing the invoked function which generated the query.
*/
protected function assertQueryTagTestResult($expected_invocations, $method) {
$this
->assertIdentical($expected_invocations, variable_get('taxonomy_test_query_alter'), 'hook_query_alter() invoked when executing ' . $method);
$this
->assertIdentical($expected_invocations, variable_get('taxonomy_test_query_term_access_alter'), 'Deprecated hook_query_term_access_alter() invoked when executing ' . $method);
$this
->assertIdentical($expected_invocations, variable_get('taxonomy_test_query_taxonomy_term_access_alter'), 'Preferred hook_query_taxonomy_term_access_alter() invoked when executing ' . $method);
}
}Classes
Name |
Description |
|---|---|
| TaxonomyEFQTestCase | Tests the functionality of EntityFieldQuery for taxonomy entities. |
| TaxonomyHooksTestCase | Tests for taxonomy hook invocation. |
| TaxonomyLegacyTestCase | Test for legacy node bug. |
| TaxonomyLoadMultipleTestCase | Test the taxonomy_term_load_multiple() function. |
| TaxonomyQueryAlterTestCase | Tests that appropriate query tags are added. |
| TaxonomyRSSTestCase | Tests the rendering of term reference fields in RSS feeds. |
| TaxonomyTermFieldMultipleVocabularyTestCase | Tests a taxonomy term reference field that allows multiple vocabularies. |
| TaxonomyTermFieldTestCase | Tests for taxonomy term field and formatter. |
| TaxonomyTermFunctionTestCase | Unit tests for taxonomy term functions. |
| TaxonomyTermIndexTestCase | Tests the hook implementations that maintain the taxonomy index. |
| TaxonomyTermTestCase | Tests for taxonomy term functions. |
| TaxonomyThemeTestCase | Tests for verifying that taxonomy pages use the correct theme. |
| TaxonomyTokenReplaceTestCase | Test taxonomy token replacement in strings. |
| TaxonomyVocabularyFunctionalTest | Tests the taxonomy vocabulary interface. |
| TaxonomyVocabularyTestCase | Tests for taxonomy vocabulary functions. |
| TaxonomyWebTestCase | Provides common helper methods for Taxonomy module tests. |