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- Bug fixes for general core bugs in 3.10.x will end 8 November 2021 (12 months).
- Bug fixes for security issues in 3.10.x will end 9 May 2022 (18 months).
- PHP version: minimum PHP 7.2.0 Note: minimum PHP version has increased since Moodle 3.8. PHP 7.3.x and 7.4.x are supported too.
/lib/tests/ -> moodlelib_test.php (source)
<?php
// This file is part of Moodle - http://moodle.org/
//
// Moodle is free software: you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation, either version 3 of the License, or
// (at your option) any later version.
//
// Moodle is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License
// along with Moodle. If not, see <http://www.gnu.org/licenses/>.
/**
* Unit tests for (some of) ../moodlelib.php.
*
* @package core
* @category phpunit
* @copyright © 2006 The Open University
* @author T.J.Hunt@open.ac.uk
* @author nicolas@moodle.com
*/
defined('MOODLE_INTERNAL') || die();
class core_moodlelib_testcase extends advanced_testcase {
public static $includecoverage = array('lib/moodlelib.php');
/**
* Define a local decimal separator.
*
* It is not possible to directly change the result of get_string in
* a unit test. Instead, we create a language pack for language 'xx' in
* dataroot and make langconfig.php with the string we need to change.
* The default example separator used here is 'X'; on PHP 5.3 and before this
* must be a single byte character due to PHP bug/limitation in
* number_format, so you can't use UTF-8 characters.
*
* @param string $decsep Separator character. Defaults to `'X'`.
*/
protected function define_local_decimal_separator(string $decsep = 'X') {
global $SESSION, $CFG;
$SESSION->lang = 'xx';
$langconfig = "<?php\n\$string['decsep'] = '$decsep';";
$langfolder = $CFG->dataroot . '/lang/xx';
check_dir_exists($langfolder);
file_put_contents($langfolder . '/langconfig.php', $langconfig);
// Ensure the new value is picked up and not taken from the cache.
$stringmanager = get_string_manager();
$stringmanager->reset_caches(true);
}
public function test_cleanremoteaddr() {
// IPv4.
$this->assertNull(cleanremoteaddr('1023.121.234.1'));
$this->assertSame('123.121.234.1', cleanremoteaddr('123.121.234.01 '));
// IPv6.
$this->assertNull(cleanremoteaddr('0:0:0:0:0:0:0:0:0'));
$this->assertNull(cleanremoteaddr('0:0:0:0:0:0:0:abh'));
$this->assertNull(cleanremoteaddr('0:0:0:::0:0:1'));
$this->assertSame('::', cleanremoteaddr('0:0:0:0:0:0:0:0', true));
$this->assertSame('::1:1', cleanremoteaddr('0:0:0:0:0:0:1:1', true));
$this->assertSame('abcd:ef::', cleanremoteaddr('abcd:00ef:0:0:0:0:0:0', true));
$this->assertSame('1::1', cleanremoteaddr('1:0:0:0:0:0:0:1', true));
$this->assertSame('0:0:0:0:0:0:10:1', cleanremoteaddr('::10:1', false));
$this->assertSame('1:1:0:0:0:0:0:0', cleanremoteaddr('01:1::', false));
$this->assertSame('10:0:0:0:0:0:0:10', cleanremoteaddr('10::10', false));
$this->assertSame('::ffff:c0a8:11', cleanremoteaddr('::ffff:192.168.1.1', true));
}
public function test_address_in_subnet() {
// 1: xxx.xxx.xxx.xxx/nn or xxxx:xxxx:xxxx:xxxx:xxxx:xxxx:xxxx/nnn (number of bits in net mask).
$this->assertTrue(address_in_subnet('123.121.234.1', '123.121.234.1/32'));
$this->assertFalse(address_in_subnet('123.121.23.1', '123.121.23.0/32'));
$this->assertTrue(address_in_subnet('10.10.10.100', '123.121.23.45/0'));
$this->assertTrue(address_in_subnet('123.121.234.1', '123.121.234.0/24'));
$this->assertFalse(address_in_subnet('123.121.34.1', '123.121.234.0/24'));
$this->assertTrue(address_in_subnet('123.121.234.1', '123.121.234.0/30'));
$this->assertFalse(address_in_subnet('123.121.23.8', '123.121.23.0/30'));
$this->assertTrue(address_in_subnet('baba:baba::baba', 'baba:baba::baba/128'));
$this->assertFalse(address_in_subnet('bab:baba::baba', 'bab:baba::cece/128'));
$this->assertTrue(address_in_subnet('baba:baba::baba', 'cece:cece::cece/0'));
$this->assertTrue(address_in_subnet('baba:baba::baba', 'baba:baba::baba/128'));
$this->assertTrue(address_in_subnet('baba:baba::00ba', 'baba:baba::/120'));
$this->assertFalse(address_in_subnet('baba:baba::aba', 'baba:baba::/120'));
$this->assertTrue(address_in_subnet('baba::baba:00ba', 'baba::baba:0/112'));
$this->assertFalse(address_in_subnet('baba::aba:00ba', 'baba::baba:0/112'));
$this->assertFalse(address_in_subnet('aba::baba:0000', 'baba::baba:0/112'));
// Fixed input.
$this->assertTrue(address_in_subnet('123.121.23.1 ', ' 123.121.23.0 / 24'));
$this->assertTrue(address_in_subnet('::ffff:10.1.1.1', ' 0:0:0:000:0:ffff:a1:10 / 126'));
// Incorrect input.
$this->assertFalse(address_in_subnet('123.121.234.1', '123.121.234.1/-2'));
$this->assertFalse(address_in_subnet('123.121.234.1', '123.121.234.1/64'));
$this->assertFalse(address_in_subnet('123.121.234.x', '123.121.234.1/24'));
$this->assertFalse(address_in_subnet('123.121.234.0', '123.121.234.xx/24'));
$this->assertFalse(address_in_subnet('123.121.234.1', '123.121.234.1/xx0'));
$this->assertFalse(address_in_subnet('::1', '::aa:0/xx0'));
$this->assertFalse(address_in_subnet('::1', '::aa:0/-5'));
$this->assertFalse(address_in_subnet('::1', '::aa:0/130'));
$this->assertFalse(address_in_subnet('x:1', '::aa:0/130'));
$this->assertFalse(address_in_subnet('::1', '::ax:0/130'));
// 2: xxx.xxx.xxx.xxx-yyy or xxxx:xxxx:xxxx:xxxx:xxxx:xxxx:xxxx::xxxx-yyyy (a range of IP addresses in the last group).
$this->assertTrue(address_in_subnet('123.121.234.12', '123.121.234.12-14'));
$this->assertTrue(address_in_subnet('123.121.234.13', '123.121.234.12-14'));
$this->assertTrue(address_in_subnet('123.121.234.14', '123.121.234.12-14'));
$this->assertFalse(address_in_subnet('123.121.234.1', '123.121.234.12-14'));
$this->assertFalse(address_in_subnet('123.121.234.20', '123.121.234.12-14'));
$this->assertFalse(address_in_subnet('123.121.23.12', '123.121.234.12-14'));
$this->assertFalse(address_in_subnet('123.12.234.12', '123.121.234.12-14'));
$this->assertTrue(address_in_subnet('baba:baba::baba', 'baba:baba::baba-babe'));
$this->assertTrue(address_in_subnet('baba:baba::babc', 'baba:baba::baba-babe'));
$this->assertTrue(address_in_subnet('baba:baba::babe', 'baba:baba::baba-babe'));
$this->assertFalse(address_in_subnet('bab:baba::bab0', 'bab:baba::baba-babe'));
$this->assertFalse(address_in_subnet('bab:baba::babf', 'bab:baba::baba-babe'));
$this->assertFalse(address_in_subnet('bab:baba::bfbe', 'bab:baba::baba-babe'));
$this->assertFalse(address_in_subnet('bfb:baba::babe', 'bab:baba::baba-babe'));
// Fixed input.
$this->assertTrue(address_in_subnet('123.121.234.12', '123.121.234.12 - 14 '));
$this->assertTrue(address_in_subnet('bab:baba::babe', 'bab:baba::baba - babe '));
// Incorrect input.
$this->assertFalse(address_in_subnet('123.121.234.12', '123.121.234.12-234.14'));
$this->assertFalse(address_in_subnet('123.121.234.12', '123.121.234.12-256'));
$this->assertFalse(address_in_subnet('123.121.234.12', '123.121.234.12--256'));
// 3: xxx.xxx or xxx.xxx. or xxx:xxx:xxxx or xxx:xxx:xxxx. (incomplete address, a bit non-technical ;-).
$this->assertTrue(address_in_subnet('123.121.234.12', '123.121.234.12'));
$this->assertFalse(address_in_subnet('123.121.23.12', '123.121.23.13'));
$this->assertTrue(address_in_subnet('123.121.234.12', '123.121.234.'));
$this->assertTrue(address_in_subnet('123.121.234.12', '123.121.234'));
$this->assertTrue(address_in_subnet('123.121.234.12', '123.121'));
$this->assertTrue(address_in_subnet('123.121.234.12', '123'));
$this->assertFalse(address_in_subnet('123.121.234.1', '12.121.234.'));
$this->assertFalse(address_in_subnet('123.121.234.1', '12.121.234'));
$this->assertTrue(address_in_subnet('baba:baba::bab', 'baba:baba::bab'));
$this->assertFalse(address_in_subnet('baba:baba::ba', 'baba:baba::bc'));
$this->assertTrue(address_in_subnet('baba:baba::bab', 'baba:baba'));
$this->assertTrue(address_in_subnet('baba:baba::bab', 'baba:'));
$this->assertFalse(address_in_subnet('bab:baba::bab', 'baba:'));
// Multiple subnets.
$this->assertTrue(address_in_subnet('123.121.234.12', '::1/64, 124., 123.121.234.10-30'));
$this->assertTrue(address_in_subnet('124.121.234.12', '::1/64, 124., 123.121.234.10-30'));
$this->assertTrue(address_in_subnet('::2', '::1/64, 124., 123.121.234.10-30'));
$this->assertFalse(address_in_subnet('12.121.234.12', '::1/64, 124., 123.121.234.10-30'));
// Other incorrect input.
$this->assertFalse(address_in_subnet('123.123.123.123', ''));
}
public function test_fix_utf8() {
// Make sure valid data including other types is not changed.
$this->assertSame(null, fix_utf8(null));
$this->assertSame(1, fix_utf8(1));
$this->assertSame(1.1, fix_utf8(1.1));
$this->assertSame(true, fix_utf8(true));
$this->assertSame('', fix_utf8(''));
$this->assertSame('abc', fix_utf8('abc'));
$array = array('do', 're', 'mi');
$this->assertSame($array, fix_utf8($array));
$object = new stdClass();
$object->a = 'aa';
$object->b = 'bb';
$this->assertEquals($object, fix_utf8($object));
// valid utf8 string
$this->assertSame("žlutý koníček přeskočil potůček \n\t\r", fix_utf8("žlutý koníček přeskočil potůček \n\t\r\0"));
// Invalid utf8 string.
$this->assertSame('aš', fix_utf8('a'.chr(130).'š'), 'This fails with buggy iconv() when mbstring extenstion is not available as fallback.');
}
public function test_optional_param() {
global $CFG;
$_POST['username'] = 'post_user';
$_GET['username'] = 'get_user';
$this->assertSame($_POST['username'], optional_param('username', 'default_user', PARAM_RAW));
unset($_POST['username']);
$this->assertSame($_GET['username'], optional_param('username', 'default_user', PARAM_RAW));
unset($_GET['username']);
$this->assertSame('default_user', optional_param('username', 'default_user', PARAM_RAW));
// Make sure exception is triggered when some params are missing, hide error notices here - new in 2.2.
$_POST['username'] = 'post_user';
try {
optional_param('username', 'default_user', null);
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
try {
@optional_param('username', 'default_user');
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
} catch (Error $error) {
// PHP 7.1 throws Error even earlier.
$this->assertRegExp('/Too few arguments to function/', $error->getMessage());
}
try {
@optional_param('username');
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
} catch (Error $error) {
// PHP 7.1 throws Error even earlier.
$this->assertRegExp('/Too few arguments to function/', $error->getMessage());
}
try {
optional_param('', 'default_user', PARAM_RAW);
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
// Make sure warning is displayed if array submitted - TODO: throw exception in Moodle 2.3.
$_POST['username'] = array('a'=>'a');
$this->assertSame($_POST['username'], optional_param('username', 'default_user', PARAM_RAW));
$this->assertDebuggingCalled();
}
public function test_optional_param_array() {
global $CFG;
$_POST['username'] = array('a'=>'post_user');
$_GET['username'] = array('a'=>'get_user');
$this->assertSame($_POST['username'], optional_param_array('username', array('a'=>'default_user'), PARAM_RAW));
unset($_POST['username']);
$this->assertSame($_GET['username'], optional_param_array('username', array('a'=>'default_user'), PARAM_RAW));
unset($_GET['username']);
$this->assertSame(array('a'=>'default_user'), optional_param_array('username', array('a'=>'default_user'), PARAM_RAW));
// Make sure exception is triggered when some params are missing, hide error notices here - new in 2.2.
$_POST['username'] = array('a'=>'post_user');
try {
optional_param_array('username', array('a'=>'default_user'), null);
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
try {
@optional_param_array('username', array('a'=>'default_user'));
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
} catch (Error $error) {
// PHP 7.1 throws Error even earlier.
$this->assertRegExp('/Too few arguments to function/', $error->getMessage());
}
try {
@optional_param_array('username');
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
} catch (Error $error) {
// PHP 7.1 throws Error even earlier.
$this->assertRegExp('/Too few arguments to function/', $error->getMessage());
}
try {
optional_param_array('', array('a'=>'default_user'), PARAM_RAW);
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
// Do not allow nested arrays.
try {
$_POST['username'] = array('a'=>array('b'=>'post_user'));
optional_param_array('username', array('a'=>'default_user'), PARAM_RAW);
$this->fail('coding_exception expected');
} catch (coding_exception $ex) {
$this->assertTrue(true);
}
// Do not allow non-arrays.
$_POST['username'] = 'post_user';
$this->assertSame(array('a'=>'default_user'), optional_param_array('username', array('a'=>'default_user'), PARAM_RAW));
$this->assertDebuggingCalled();
// Make sure array keys are sanitised.
$_POST['username'] = array('abc123_;-/*-+ '=>'arrggh', 'a1_-'=>'post_user');
$this->assertSame(array('a1_-'=>'post_user'), optional_param_array('username', array(), PARAM_RAW));
$this->assertDebuggingCalled();
}
public function test_required_param() {
$_POST['username'] = 'post_user';
$_GET['username'] = 'get_user';
$this->assertSame('post_user', required_param('username', PARAM_RAW));
unset($_POST['username']);
$this->assertSame('get_user', required_param('username', PARAM_RAW));
unset($_GET['username']);
try {
$this->assertSame('default_user', required_param('username', PARAM_RAW));
$this->fail('moodle_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('moodle_exception', $ex);
}
// Make sure exception is triggered when some params are missing, hide error notices here - new in 2.2.
$_POST['username'] = 'post_user';
try {
@required_param('username');
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
} catch (Error $error) {
// PHP 7.1 throws Error even earlier.
$this->assertRegExp('/Too few arguments to function/', $error->getMessage());
}
try {
required_param('username', '');
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
try {
required_param('', PARAM_RAW);
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
// Make sure warning is displayed if array submitted - TODO: throw exception in Moodle 2.3.
$_POST['username'] = array('a'=>'a');
$this->assertSame($_POST['username'], required_param('username', PARAM_RAW));
$this->assertDebuggingCalled();
}
public function test_required_param_array() {
global $CFG;
$_POST['username'] = array('a'=>'post_user');
$_GET['username'] = array('a'=>'get_user');
$this->assertSame($_POST['username'], required_param_array('username', PARAM_RAW));
unset($_POST['username']);
$this->assertSame($_GET['username'], required_param_array('username', PARAM_RAW));
// Make sure exception is triggered when some params are missing, hide error notices here - new in 2.2.
$_POST['username'] = array('a'=>'post_user');
try {
required_param_array('username', null);
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
try {
@required_param_array('username');
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
} catch (Error $error) {
// PHP 7.1 throws Error.
$this->assertRegExp('/Too few arguments to function/', $error->getMessage());
}
try {
required_param_array('', PARAM_RAW);
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
// Do not allow nested arrays.
try {
$_POST['username'] = array('a'=>array('b'=>'post_user'));
required_param_array('username', PARAM_RAW);
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
// Do not allow non-arrays.
try {
$_POST['username'] = 'post_user';
required_param_array('username', PARAM_RAW);
$this->fail('moodle_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('moodle_exception', $ex);
}
// Make sure array keys are sanitised.
$_POST['username'] = array('abc123_;-/*-+ '=>'arrggh', 'a1_-'=>'post_user');
$this->assertSame(array('a1_-'=>'post_user'), required_param_array('username', PARAM_RAW));
$this->assertDebuggingCalled();
}
public function test_clean_param() {
// Forbid objects and arrays.
try {
clean_param(array('x', 'y'), PARAM_RAW);
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
try {
$param = new stdClass();
$param->id = 1;
clean_param($param, PARAM_RAW);
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
// Require correct type.
try {
clean_param('x', 'xxxxxx');
$this->fail('moodle_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('moodle_exception', $ex);
}
try {
@clean_param('x');
$this->fail('moodle_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('moodle_exception', $ex);
} catch (Error $error) {
// PHP 7.1 throws Error even earlier.
$this->assertRegExp('/Too few arguments to function/', $error->getMessage());
}
}
public function test_clean_param_array() {
$this->assertSame(array(), clean_param_array(null, PARAM_RAW));
$this->assertSame(array('a', 'b'), clean_param_array(array('a', 'b'), PARAM_RAW));
$this->assertSame(array('a', array('b')), clean_param_array(array('a', array('b')), PARAM_RAW, true));
// Require correct type.
try {
clean_param_array(array('x'), 'xxxxxx');
$this->fail('moodle_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('moodle_exception', $ex);
}
try {
@clean_param_array(array('x'));
$this->fail('moodle_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('moodle_exception', $ex);
} catch (Error $error) {
// PHP 7.1 throws Error even earlier.
$this->assertRegExp('/Too few arguments to function/', $error->getMessage());
}
try {
clean_param_array(array('x', array('y')), PARAM_RAW);
$this->fail('coding_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
// Test recursive.
}
public function test_clean_param_raw() {
$this->assertSame(
'#()*#,9789\'".,<42897></?$(*DSFMO#$*)(SDJ)($*)',
clean_param('#()*#,9789\'".,<42897></?$(*DSFMO#$*)(SDJ)($*)', PARAM_RAW));
}
public function test_clean_param_trim() {
$this->assertSame('Frog toad', clean_param(" Frog toad \r\n ", PARAM_RAW_TRIMMED));
}
public function test_clean_param_clean() {
// PARAM_CLEAN is an ugly hack, do not use in new code (skodak),
// instead use more specific type, or submit sothing that can be verified properly.
$this->assertSame('xx', clean_param('xx<script>', PARAM_CLEAN));
}
public function test_clean_param_alpha() {
$this->assertSame('DSFMOSDJ', clean_param('#()*#,9789\'".,<42897></?$(*DSFMO#$*)(SDJ)($*)', PARAM_ALPHA));
}
public function test_clean_param_alphanum() {
$this->assertSame('978942897DSFMOSDJ', clean_param('#()*#,9789\'".,<42897></?$(*DSFMO#$*)(SDJ)($*)', PARAM_ALPHANUM));
}
public function test_clean_param_alphaext() {
$this->assertSame('DSFMOSDJ', clean_param('#()*#,9789\'".,<42897></?$(*DSFMO#$*)(SDJ)($*)', PARAM_ALPHAEXT));
}
public function test_clean_param_sequence() {
$this->assertSame(',9789,42897', clean_param('#()*#,9789\'".,<42897></?$(*DSFMO#$*)(SDJ)($*)', PARAM_SEQUENCE));
}
public function test_clean_param_component() {
// Please note the cleaning of component names is very strict, no guessing here.
$this->assertSame('mod_forum', clean_param('mod_forum', PARAM_COMPONENT));
$this->assertSame('block_online_users', clean_param('block_online_users', PARAM_COMPONENT));
$this->assertSame('block_blond_online_users', clean_param('block_blond_online_users', PARAM_COMPONENT));
$this->assertSame('mod_something2', clean_param('mod_something2', PARAM_COMPONENT));
$this->assertSame('forum', clean_param('forum', PARAM_COMPONENT));
$this->assertSame('user', clean_param('user', PARAM_COMPONENT));
$this->assertSame('rating', clean_param('rating', PARAM_COMPONENT));
$this->assertSame('feedback360', clean_param('feedback360', PARAM_COMPONENT));
$this->assertSame('mod_feedback360', clean_param('mod_feedback360', PARAM_COMPONENT));
$this->assertSame('', clean_param('mod_2something', PARAM_COMPONENT));
$this->assertSame('', clean_param('2mod_something', PARAM_COMPONENT));
$this->assertSame('', clean_param('mod_something_xx', PARAM_COMPONENT));
$this->assertSame('', clean_param('auth_something__xx', PARAM_COMPONENT));
$this->assertSame('', clean_param('mod_Something', PARAM_COMPONENT));
$this->assertSame('', clean_param('mod_somethíng', PARAM_COMPONENT));
$this->assertSame('', clean_param('mod__something', PARAM_COMPONENT));
$this->assertSame('', clean_param('auth_xx-yy', PARAM_COMPONENT));
$this->assertSame('', clean_param('_auth_xx', PARAM_COMPONENT));
$this->assertSame('a2uth_xx', clean_param('a2uth_xx', PARAM_COMPONENT));
$this->assertSame('', clean_param('auth_xx_', PARAM_COMPONENT));
$this->assertSame('', clean_param('auth_xx.old', PARAM_COMPONENT));
$this->assertSame('', clean_param('_user', PARAM_COMPONENT));
$this->assertSame('', clean_param('2rating', PARAM_COMPONENT));
$this->assertSame('', clean_param('user_', PARAM_COMPONENT));
}
public function test_clean_param_localisedfloat() {
$this->assertSame(0.5, clean_param('0.5', PARAM_LOCALISEDFLOAT));
$this->assertSame(false, clean_param('0X5', PARAM_LOCALISEDFLOAT));
$this->assertSame(0.5, clean_param('.5', PARAM_LOCALISEDFLOAT));
$this->assertSame(false, clean_param('X5', PARAM_LOCALISEDFLOAT));
$this->assertSame(10.5, clean_param('10.5', PARAM_LOCALISEDFLOAT));
$this->assertSame(false, clean_param('10X5', PARAM_LOCALISEDFLOAT));
$this->assertSame(1000.5, clean_param('1 000.5', PARAM_LOCALISEDFLOAT));
$this->assertSame(false, clean_param('1 000X5', PARAM_LOCALISEDFLOAT));
$this->assertSame(false, clean_param('1.000.5', PARAM_LOCALISEDFLOAT));
$this->assertSame(false, clean_param('1X000X5', PARAM_LOCALISEDFLOAT));
$this->assertSame(false, clean_param('nan', PARAM_LOCALISEDFLOAT));
$this->assertSame(false, clean_param('10.6blah', PARAM_LOCALISEDFLOAT));
// Tests with a localised decimal separator.
$this->define_local_decimal_separator();
$this->assertSame(0.5, clean_param('0.5', PARAM_LOCALISEDFLOAT));
$this->assertSame(0.5, clean_param('0X5', PARAM_LOCALISEDFLOAT));
$this->assertSame(0.5, clean_param('.5', PARAM_LOCALISEDFLOAT));
$this->assertSame(0.5, clean_param('X5', PARAM_LOCALISEDFLOAT));
$this->assertSame(10.5, clean_param('10.5', PARAM_LOCALISEDFLOAT));
$this->assertSame(10.5, clean_param('10X5', PARAM_LOCALISEDFLOAT));
$this->assertSame(1000.5, clean_param('1 000.5', PARAM_LOCALISEDFLOAT));
$this->assertSame(1000.5, clean_param('1 000X5', PARAM_LOCALISEDFLOAT));
$this->assertSame(false, clean_param('1.000.5', PARAM_LOCALISEDFLOAT));
$this->assertSame(false, clean_param('1X000X5', PARAM_LOCALISEDFLOAT));
$this->assertSame(false, clean_param('nan', PARAM_LOCALISEDFLOAT));
$this->assertSame(false, clean_param('10X6blah', PARAM_LOCALISEDFLOAT));
}
public function test_is_valid_plugin_name() {
$this->assertTrue(is_valid_plugin_name('forum'));
$this->assertTrue(is_valid_plugin_name('forum2'));
$this->assertTrue(is_valid_plugin_name('feedback360'));
$this->assertTrue(is_valid_plugin_name('online_users'));
$this->assertTrue(is_valid_plugin_name('blond_online_users'));
$this->assertFalse(is_valid_plugin_name('online__users'));
$this->assertFalse(is_valid_plugin_name('forum '));
$this->assertFalse(is_valid_plugin_name('forum.old'));
$this->assertFalse(is_valid_plugin_name('xx-yy'));
$this->assertFalse(is_valid_plugin_name('2xx'));
$this->assertFalse(is_valid_plugin_name('Xx'));
$this->assertFalse(is_valid_plugin_name('_xx'));
$this->assertFalse(is_valid_plugin_name('xx_'));
}
public function test_clean_param_plugin() {
// Please note the cleaning of plugin names is very strict, no guessing here.
$this->assertSame('forum', clean_param('forum', PARAM_PLUGIN));
$this->assertSame('forum2', clean_param('forum2', PARAM_PLUGIN));
$this->assertSame('feedback360', clean_param('feedback360', PARAM_PLUGIN));
$this->assertSame('online_users', clean_param('online_users', PARAM_PLUGIN));
$this->assertSame('blond_online_users', clean_param('blond_online_users', PARAM_PLUGIN));
$this->assertSame('', clean_param('online__users', PARAM_PLUGIN));
$this->assertSame('', clean_param('forum ', PARAM_PLUGIN));
$this->assertSame('', clean_param('forum.old', PARAM_PLUGIN));
$this->assertSame('', clean_param('xx-yy', PARAM_PLUGIN));
$this->assertSame('', clean_param('2xx', PARAM_PLUGIN));
$this->assertSame('', clean_param('Xx', PARAM_PLUGIN));
$this->assertSame('', clean_param('_xx', PARAM_PLUGIN));
$this->assertSame('', clean_param('xx_', PARAM_PLUGIN));
}
public function test_clean_param_area() {
// Please note the cleaning of area names is very strict, no guessing here.
$this->assertSame('something', clean_param('something', PARAM_AREA));
$this->assertSame('something2', clean_param('something2', PARAM_AREA));
$this->assertSame('some_thing', clean_param('some_thing', PARAM_AREA));
$this->assertSame('some_thing_xx', clean_param('some_thing_xx', PARAM_AREA));
$this->assertSame('feedback360', clean_param('feedback360', PARAM_AREA));
$this->assertSame('', clean_param('_something', PARAM_AREA));
$this->assertSame('', clean_param('something_', PARAM_AREA));
$this->assertSame('', clean_param('2something', PARAM_AREA));
$this->assertSame('', clean_param('Something', PARAM_AREA));
$this->assertSame('', clean_param('some-thing', PARAM_AREA));
$this->assertSame('', clean_param('somethííng', PARAM_AREA));
$this->assertSame('', clean_param('something.x', PARAM_AREA));
}
public function test_clean_param_text() {
$this->assertSame(PARAM_TEXT, PARAM_MULTILANG);
// Standard.
$this->assertSame('xx<lang lang="en">aa</lang><lang lang="yy">pp</lang>', clean_param('xx<lang lang="en">aa</lang><lang lang="yy">pp</lang>', PARAM_TEXT));
$this->assertSame('<span lang="en" class="multilang">aa</span><span lang="xy" class="multilang">bb</span>', clean_param('<span lang="en" class="multilang">aa</span><span lang="xy" class="multilang">bb</span>', PARAM_TEXT));
$this->assertSame('xx<lang lang="en">aa'."\n".'</lang><lang lang="yy">pp</lang>', clean_param('xx<lang lang="en">aa'."\n".'</lang><lang lang="yy">pp</lang>', PARAM_TEXT));
// Malformed.
$this->assertSame('<span lang="en" class="multilang">aa</span>', clean_param('<span lang="en" class="multilang">aa</span>', PARAM_TEXT));
$this->assertSame('aa', clean_param('<span lang="en" class="nothing" class="multilang">aa</span>', PARAM_TEXT));
$this->assertSame('aa', clean_param('<lang lang="en" class="multilang">aa</lang>', PARAM_TEXT));
$this->assertSame('aa', clean_param('<lang lang="en!!">aa</lang>', PARAM_TEXT));
$this->assertSame('aa', clean_param('<span lang="en==" class="multilang">aa</span>', PARAM_TEXT));
$this->assertSame('abc', clean_param('a<em>b</em>c', PARAM_TEXT));
$this->assertSame('a>c>', clean_param('a><xx >c>', PARAM_TEXT)); // Standard strip_tags() behaviour.
$this->assertSame('a', clean_param('a<b', PARAM_TEXT));
$this->assertSame('a>b', clean_param('a>b', PARAM_TEXT));
$this->assertSame('<lang lang="en">a>a</lang>', clean_param('<lang lang="en">a>a</lang>', PARAM_TEXT)); // Standard strip_tags() behaviour.
$this->assertSame('a', clean_param('<lang lang="en">a<a</lang>', PARAM_TEXT));
$this->assertSame('<lang lang="en">aa</lang>', clean_param('<lang lang="en">a<br>a</lang>', PARAM_TEXT));
}
public function test_clean_param_url() {
// Test PARAM_URL and PARAM_LOCALURL a bit.
// Valid URLs.
$this->assertSame('http://google.com/', clean_param('http://google.com/', PARAM_URL));
$this->assertSame('http://some.very.long.and.silly.domain/with/a/path/', clean_param('http://some.very.long.and.silly.domain/with/a/path/', PARAM_URL));
$this->assertSame('http://localhost/', clean_param('http://localhost/', PARAM_URL));
$this->assertSame('http://0.255.1.1/numericip.php', clean_param('http://0.255.1.1/numericip.php', PARAM_URL));
$this->assertSame('https://google.com/', clean_param('https://google.com/', PARAM_URL));
$this->assertSame('https://some.very.long.and.silly.domain/with/a/path/', clean_param('https://some.very.long.and.silly.domain/with/a/path/', PARAM_URL));
$this->assertSame('https://localhost/', clean_param('https://localhost/', PARAM_URL));
$this->assertSame('https://0.255.1.1/numericip.php', clean_param('https://0.255.1.1/numericip.php', PARAM_URL));
$this->assertSame('ftp://ftp.debian.org/debian/', clean_param('ftp://ftp.debian.org/debian/', PARAM_URL));
$this->assertSame('/just/a/path', clean_param('/just/a/path', PARAM_URL));
// Invalid URLs.
$this->assertSame('', clean_param('funny:thing', PARAM_URL));
$this->assertSame('', clean_param('http://example.ee/sdsf"f', PARAM_URL));
$this->assertSame('', clean_param('javascript://comment%0Aalert(1)', PARAM_URL));
$this->assertSame('', clean_param('rtmp://example.com/livestream', PARAM_URL));
$this->assertSame('', clean_param('rtmp://example.com/live&foo', PARAM_URL));
$this->assertSame('', clean_param('rtmp://example.com/fms&mp4:path/to/file.mp4', PARAM_URL));
$this->assertSame('', clean_param('mailto:support@moodle.org', PARAM_URL));
$this->assertSame('', clean_param('mailto:support@moodle.org?subject=Hello%20Moodle', PARAM_URL));
$this->assertSame('', clean_param('mailto:support@moodle.org?subject=Hello%20Moodle&cc=feedback@moodle.org', PARAM_URL));
}
public function test_clean_param_localurl() {
global $CFG;
$this->resetAfterTest();
// External, invalid.
$this->assertSame('', clean_param('funny:thing', PARAM_LOCALURL));
$this->assertSame('', clean_param('http://google.com/', PARAM_LOCALURL));
$this->assertSame('', clean_param('https://google.com/?test=true', PARAM_LOCALURL));
$this->assertSame('', clean_param('http://some.very.long.and.silly.domain/with/a/path/', PARAM_LOCALURL));
// Local absolute.
$this->assertSame(clean_param($CFG->wwwroot, PARAM_LOCALURL), $CFG->wwwroot);
$this->assertSame($CFG->wwwroot . '/with/something?else=true',
clean_param($CFG->wwwroot . '/with/something?else=true', PARAM_LOCALURL));
// Local relative.
$this->assertSame('/just/a/path', clean_param('/just/a/path', PARAM_LOCALURL));
$this->assertSame('course/view.php?id=3', clean_param('course/view.php?id=3', PARAM_LOCALURL));
// Local absolute HTTPS in a non HTTPS site.
$CFG->wwwroot = str_replace('https:', 'http:', $CFG->wwwroot); // Need to simulate non-https site.
$httpsroot = str_replace('http:', 'https:', $CFG->wwwroot);
$this->assertSame('', clean_param($httpsroot, PARAM_LOCALURL));
$this->assertSame('', clean_param($httpsroot . '/with/something?else=true', PARAM_LOCALURL));
// Local absolute HTTPS in a HTTPS site.
$CFG->wwwroot = str_replace('http:', 'https:', $CFG->wwwroot);
$httpsroot = $CFG->wwwroot;
$this->assertSame($httpsroot, clean_param($httpsroot, PARAM_LOCALURL));
$this->assertSame($httpsroot . '/with/something?else=true',
clean_param($httpsroot . '/with/something?else=true', PARAM_LOCALURL));
// Test open redirects are not possible.
$CFG->wwwroot = 'http://www.example.com';
$this->assertSame('', clean_param('http://www.example.com.evil.net/hack.php', PARAM_LOCALURL));
$CFG->wwwroot = 'https://www.example.com';
$this->assertSame('', clean_param('https://www.example.com.evil.net/hack.php', PARAM_LOCALURL));
}
public function test_clean_param_file() {
$this->assertSame('correctfile.txt', clean_param('correctfile.txt', PARAM_FILE));
$this->assertSame('badfile.txt', clean_param('b\'a<d`\\/fi:l>e.t"x|t', PARAM_FILE));
$this->assertSame('..parentdirfile.txt', clean_param('../parentdirfile.txt', PARAM_FILE));
$this->assertSame('....grandparentdirfile.txt', clean_param('../../grandparentdirfile.txt', PARAM_FILE));
$this->assertSame('..winparentdirfile.txt', clean_param('..\winparentdirfile.txt', PARAM_FILE));
$this->assertSame('....wingrandparentdir.txt', clean_param('..\..\wingrandparentdir.txt', PARAM_FILE));
$this->assertSame('myfile.a.b.txt', clean_param('myfile.a.b.txt', PARAM_FILE));
$this->assertSame('myfile..a..b.txt', clean_param('myfile..a..b.txt', PARAM_FILE));
$this->assertSame('myfile.a..b...txt', clean_param('myfile.a..b...txt', PARAM_FILE));
$this->assertSame('myfile.a.txt', clean_param('myfile.a.txt', PARAM_FILE));
$this->assertSame('myfile...txt', clean_param('myfile...txt', PARAM_FILE));
$this->assertSame('...jpg', clean_param('...jpg', PARAM_FILE));
$this->assertSame('.a.b.', clean_param('.a.b.', PARAM_FILE));
$this->assertSame('', clean_param('.', PARAM_FILE));
$this->assertSame('', clean_param('..', PARAM_FILE));
$this->assertSame('...', clean_param('...', PARAM_FILE));
$this->assertSame('. . . .', clean_param('. . . .', PARAM_FILE));
$this->assertSame('dontrtrim.me. .. .. . ', clean_param('dontrtrim.me. .. .. . ', PARAM_FILE));
$this->assertSame(' . .dontltrim.me', clean_param(' . .dontltrim.me', PARAM_FILE));
$this->assertSame('here is a tab.txt', clean_param("here is a tab\t.txt", PARAM_FILE));
$this->assertSame('here is a linebreak.txt', clean_param("here is a line\r\nbreak.txt", PARAM_FILE));
// The following behaviours have been maintained although they seem a little odd.
$this->assertSame('funnything', clean_param('funny:thing', PARAM_FILE));
$this->assertSame('.currentdirfile.txt', clean_param('./currentdirfile.txt', PARAM_FILE));
$this->assertSame('ctempwindowsfile.txt', clean_param('c:\temp\windowsfile.txt', PARAM_FILE));
$this->assertSame('homeuserlinuxfile.txt', clean_param('/home/user/linuxfile.txt', PARAM_FILE));
$this->assertSame('~myfile.txt', clean_param('~/myfile.txt', PARAM_FILE));
}
public function test_clean_param_path() {
$this->assertSame('correctfile.txt', clean_param('correctfile.txt', PARAM_PATH));
$this->assertSame('bad/file.txt', clean_param('b\'a<d`\\/fi:l>e.t"x|t', PARAM_PATH));
$this->assertSame('/parentdirfile.txt', clean_param('../parentdirfile.txt', PARAM_PATH));
$this->assertSame('/grandparentdirfile.txt', clean_param('../../grandparentdirfile.txt', PARAM_PATH));
$this->assertSame('/winparentdirfile.txt', clean_param('..\winparentdirfile.txt', PARAM_PATH));
$this->assertSame('/wingrandparentdir.txt', clean_param('..\..\wingrandparentdir.txt', PARAM_PATH));
$this->assertSame('funnything', clean_param('funny:thing', PARAM_PATH));
$this->assertSame('./here', clean_param('./././here', PARAM_PATH));
$this->assertSame('./currentdirfile.txt', clean_param('./currentdirfile.txt', PARAM_PATH));
$this->assertSame('c/temp/windowsfile.txt', clean_param('c:\temp\windowsfile.txt', PARAM_PATH));
$this->assertSame('/home/user/linuxfile.txt', clean_param('/home/user/linuxfile.txt', PARAM_PATH));
$this->assertSame('/home../user ./.linuxfile.txt', clean_param('/home../user ./.linuxfile.txt', PARAM_PATH));
$this->assertSame('~/myfile.txt', clean_param('~/myfile.txt', PARAM_PATH));
$this->assertSame('~/myfile.txt', clean_param('~/../myfile.txt', PARAM_PATH));
$this->assertSame('/..b../.../myfile.txt', clean_param('/..b../.../myfile.txt', PARAM_PATH));
$this->assertSame('..b../.../myfile.txt', clean_param('..b../.../myfile.txt', PARAM_PATH));
$this->assertSame('/super/slashes/', clean_param('/super//slashes///', PARAM_PATH));
}
public function test_clean_param_username() {
global $CFG;
$currentstatus = $CFG->extendedusernamechars;
// Run tests with extended character == false;.
$CFG->extendedusernamechars = false;
$this->assertSame('johndoe123', clean_param('johndoe123', PARAM_USERNAME) );
$this->assertSame('john.doe', clean_param('john.doe', PARAM_USERNAME));
$this->assertSame('john-doe', clean_param('john-doe', PARAM_USERNAME));
$this->assertSame('john-doe', clean_param('john- doe', PARAM_USERNAME));
$this->assertSame('john_doe', clean_param('john_doe', PARAM_USERNAME));
$this->assertSame('john@doe', clean_param('john@doe', PARAM_USERNAME));
$this->assertSame('johndoe', clean_param('john~doe', PARAM_USERNAME));
$this->assertSame('johndoe', clean_param('john´doe', PARAM_USERNAME));
$this->assertSame(clean_param('john# $%&()+_^', PARAM_USERNAME), 'john_');
$this->assertSame(clean_param(' john# $%&()+_^ ', PARAM_USERNAME), 'john_');
$this->assertSame(clean_param('john#$%&() ', PARAM_USERNAME), 'john');
$this->assertSame('johnd', clean_param('JOHNdóé ', PARAM_USERNAME));
$this->assertSame(clean_param('john.,:;-_/|\ñÑ[]A_X-,D {} ~!@#$%^&*()_+ ?><[] ščřžžý ?ýá?ý??doe ', PARAM_USERNAME), 'john.-_a_x-d@_doe');
// Test success condition, if extendedusernamechars == ENABLE;.
$CFG->extendedusernamechars = true;
$this->assertSame('john_doe', clean_param('john_doe', PARAM_USERNAME));
$this->assertSame('john@doe', clean_param('john@doe', PARAM_USERNAME));
$this->assertSame(clean_param('john# $%&()+_^', PARAM_USERNAME), 'john# $%&()+_^');
$this->assertSame(clean_param(' john# $%&()+_^ ', PARAM_USERNAME), 'john# $%&()+_^');
$this->assertSame('john~doe', clean_param('john~doe', PARAM_USERNAME));
$this->assertSame('john´doe', clean_param('joHN´doe', PARAM_USERNAME));
$this->assertSame('johndoe', clean_param('johnDOE', PARAM_USERNAME));
$this->assertSame('johndóé', clean_param('johndóé ', PARAM_USERNAME));
$CFG->extendedusernamechars = $currentstatus;
}
public function test_clean_param_stringid() {
// Test string identifiers validation.
// Valid strings.
$this->assertSame('validstring', clean_param('validstring', PARAM_STRINGID));
$this->assertSame('mod/foobar:valid_capability', clean_param('mod/foobar:valid_capability', PARAM_STRINGID));
$this->assertSame('CZ', clean_param('CZ', PARAM_STRINGID));
$this->assertSame('application/vnd.ms-powerpoint', clean_param('application/vnd.ms-powerpoint', PARAM_STRINGID));
$this->assertSame('grade2', clean_param('grade2', PARAM_STRINGID));
// Invalid strings.
$this->assertSame('', clean_param('trailing ', PARAM_STRINGID));
$this->assertSame('', clean_param('space bar', PARAM_STRINGID));
$this->assertSame('', clean_param('0numeric', PARAM_STRINGID));
$this->assertSame('', clean_param('*', PARAM_STRINGID));
$this->assertSame('', clean_param(' ', PARAM_STRINGID));
}
public function test_clean_param_timezone() {
// Test timezone validation.
$testvalues = array (
'America/Jamaica' => 'America/Jamaica',
'America/Argentina/Cordoba' => 'America/Argentina/Cordoba',
'America/Port-au-Prince' => 'America/Port-au-Prince',
'America/Argentina/Buenos_Aires' => 'America/Argentina/Buenos_Aires',
'PST8PDT' => 'PST8PDT',
'Wrong.Value' => '',
'Wrong/.Value' => '',
'Wrong(Value)' => '',
'0' => '0',
'0.0' => '0.0',
'0.5' => '0.5',
'9.0' => '9.0',
'-9.0' => '-9.0',
'+9.0' => '+9.0',
'9.5' => '9.5',
'-9.5' => '-9.5',
'+9.5' => '+9.5',
'12.0' => '12.0',
'-12.0' => '-12.0',
'+12.0' => '+12.0',
'12.5' => '12.5',
'-12.5' => '-12.5',
'+12.5' => '+12.5',
'13.0' => '13.0',
'-13.0' => '-13.0',
'+13.0' => '+13.0',
'13.5' => '',
'+13.5' => '',
'-13.5' => '',
'0.2' => '');
foreach ($testvalues as $testvalue => $expectedvalue) {
$actualvalue = clean_param($testvalue, PARAM_TIMEZONE);
$this->assertEquals($expectedvalue, $actualvalue);
}
}
public function test_validate_param() {
try {
$param = validate_param('11a', PARAM_INT);
$this->fail('invalid_parameter_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('invalid_parameter_exception', $ex);
}
$param = validate_param('11', PARAM_INT);
$this->assertSame(11, $param);
try {
$param = validate_param(null, PARAM_INT, false);
$this->fail('invalid_parameter_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('invalid_parameter_exception', $ex);
}
$param = validate_param(null, PARAM_INT, true);
$this->assertSame(null, $param);
try {
$param = validate_param(array(), PARAM_INT);
$this->fail('invalid_parameter_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('invalid_parameter_exception', $ex);
}
try {
$param = validate_param(new stdClass, PARAM_INT);
$this->fail('invalid_parameter_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('invalid_parameter_exception', $ex);
}
$param = validate_param('1.0', PARAM_FLOAT);
$this->assertSame(1.0, $param);
// Make sure valid floats do not cause exception.
validate_param(1.0, PARAM_FLOAT);
validate_param(10, PARAM_FLOAT);
validate_param('0', PARAM_FLOAT);
validate_param('119813454.545464564564546564545646556564465465456465465465645645465645645645', PARAM_FLOAT);
validate_param('011.1', PARAM_FLOAT);
validate_param('11', PARAM_FLOAT);
validate_param('+.1', PARAM_FLOAT);
validate_param('-.1', PARAM_FLOAT);
validate_param('1e10', PARAM_FLOAT);
validate_param('.1e+10', PARAM_FLOAT);
validate_param('1E-1', PARAM_FLOAT);
try {
$param = validate_param('1,2', PARAM_FLOAT);
$this->fail('invalid_parameter_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('invalid_parameter_exception', $ex);
}
try {
$param = validate_param('', PARAM_FLOAT);
$this->fail('invalid_parameter_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('invalid_parameter_exception', $ex);
}
try {
$param = validate_param('.', PARAM_FLOAT);
$this->fail('invalid_parameter_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('invalid_parameter_exception', $ex);
}
try {
$param = validate_param('e10', PARAM_FLOAT);
$this->fail('invalid_parameter_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('invalid_parameter_exception', $ex);
}
try {
$param = validate_param('abc', PARAM_FLOAT);
$this->fail('invalid_parameter_exception expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('invalid_parameter_exception', $ex);
}
}
public function test_shorten_text_no_tags_already_short_enough() {
// ......12345678901234567890123456.
$text = "short text already no tags";
$this->assertSame($text, shorten_text($text));
}
public function test_shorten_text_with_tags_already_short_enough() {
// .........123456...7890....12345678.......901234567.
$text = "<p>short <b>text</b> already</p><p>with tags</p>";
$this->assertSame($text, shorten_text($text));
}
public function test_shorten_text_no_tags_needs_shortening() {
// Default truncation is after 30 chars, but allowing 3 for the final '...'.
// ......12345678901234567890123456789023456789012345678901234.
$text = "long text without any tags blah de blah blah blah what";
$this->assertSame('long text without any tags ...', shorten_text($text));
}
public function test_shorten_text_with_tags_needs_shortening() {
// .......................................123456789012345678901234567890...
$text = "<div class='frog'><p><blockquote>Long text with tags that will ".
"be chopped off but <b>should be added back again</b></blockquote></p></div>";
$this->assertEquals("<div class='frog'><p><blockquote>Long text with " .
"tags that ...</blockquote></p></div>", shorten_text($text));
}
public function test_shorten_text_with_tags_and_html_comment() {
$text = "<div class='frog'><p><blockquote><!--[if !IE]><!-->Long text with ".
"tags that will<!--<![endif]--> ".
"be chopped off but <b>should be added back again</b></blockquote></p></div>";
$this->assertEquals("<div class='frog'><p><blockquote><!--[if !IE]><!-->Long text with " .
"tags that ...<!--<![endif]--></blockquote></p></div>", shorten_text($text));
}
public function test_shorten_text_with_entities() {
// Remember to allow 3 chars for the final '...'.
// ......123456789012345678901234567_____890...
$text = "some text which shouldn't break there";
$this->assertSame("some text which shouldn't ...", shorten_text($text, 31));
$this->assertSame("some text which shouldn't ...", shorten_text($text, 30));
$this->assertSame("some text which shouldn't ...", shorten_text($text, 29));
}
public function test_shorten_text_known_tricky_case() {
// This case caused a bug up to 1.9.5
// ..........123456789012345678901234567890123456789.....0_____1___2___...
$text = "<h3>standard 'break-out' sub groups in TGs?</h3> <<There are several";
$this->assertSame("<h3>standard 'break-out' sub groups in ...</h3>",
shorten_text($text, 41));
$this->assertSame("<h3>standard 'break-out' sub groups in TGs?...</h3>",
shorten_text($text, 42));
$this->assertSame("<h3>standard 'break-out' sub groups in TGs?</h3> ...",
shorten_text($text, 43));
}
public function test_shorten_text_no_spaces() {
// ..........123456789.
$text = "<h1>123456789</h1>"; // A string with no convenient breaks.
$this->assertSame("<h1>12345...</h1>", shorten_text($text, 8));
}
public function test_shorten_text_utf8_european() {
// Text without tags.
// ......123456789012345678901234567.
$text = "Žluťoučký koníček přeskočil";
$this->assertSame($text, shorten_text($text)); // 30 chars by default.
$this->assertSame("Žluťoučký koníče...", shorten_text($text, 19, true));
$this->assertSame("Žluťoučký ...", shorten_text($text, 19, false));
// And try it with 2-less (that are, in bytes, the middle of a sequence).
$this->assertSame("Žluťoučký koní...", shorten_text($text, 17, true));
$this->assertSame("Žluťoučký ...", shorten_text($text, 17, false));
// .........123456789012345678...901234567....89012345.
$text = "<p>Žluťoučký koníček <b>přeskočil</b> potůček</p>";
$this->assertSame($text, shorten_text($text, 60));
$this->assertSame("<p>Žluťoučký koníček ...</p>", shorten_text($text, 21));
$this->assertSame("<p>Žluťoučký koníče...</p>", shorten_text($text, 19, true));
$this->assertSame("<p>Žluťoučký ...</p>", shorten_text($text, 19, false));
// And try it with 2 fewer (that are, in bytes, the middle of a sequence).
$this->assertSame("<p>Žluťoučký koní...</p>", shorten_text($text, 17, true));
$this->assertSame("<p>Žluťoučký ...</p>", shorten_text($text, 17, false));
// And try over one tag (start/end), it does proper text len.
$this->assertSame("<p>Žluťoučký koníček <b>př...</b></p>", shorten_text($text, 23, true));
$this->assertSame("<p>Žluťoučký koníček <b>přeskočil</b> pot...</p>", shorten_text($text, 34, true));
// And in the middle of one tag.
$this->assertSame("<p>Žluťoučký koníček <b>přeskočil...</b></p>", shorten_text($text, 30, true));
}
public function test_shorten_text_utf8_oriental() {
// Japanese
// text without tags
// ......123456789012345678901234.
$text = '言語設定言語設定abcdefghijkl';
$this->assertSame($text, shorten_text($text)); // 30 chars by default.
$this->assertSame("言語設定言語...", shorten_text($text, 9, true));
$this->assertSame("言語設定言語...", shorten_text($text, 9, false));
$this->assertSame("言語設定言語設定ab...", shorten_text($text, 13, true));
$this->assertSame("言語設定言語設定...", shorten_text($text, 13, false));
// Chinese
// text without tags
// ......123456789012345678901234.
$text = '简体中文简体中文abcdefghijkl';
$this->assertSame($text, shorten_text($text)); // 30 chars by default.
$this->assertSame("简体中文简体...", shorten_text($text, 9, true));
$this->assertSame("简体中文简体...", shorten_text($text, 9, false));
$this->assertSame("简体中文简体中文ab...", shorten_text($text, 13, true));
$this->assertSame("简体中文简体中文...", shorten_text($text, 13, false));
}
public function test_shorten_text_multilang() {
// This is not necessaryily specific to multilang. The issue is really
// tags with attributes, where before we were generating invalid HTML
// output like shorten_text('<span id="x" class="y">A</span> B', 1)
// returning '<span id="x" ...</span>'. It is just that multilang
// requires the sort of HTML that is quite likely to trigger this.
// ........................................1...
$text = '<span lang="en" class="multilang">A</span>' .
'<span lang="fr" class="multilang">B</span>';
$this->assertSame('<span lang="en" class="multilang">...</span>',
shorten_text($text, 1));
}
/**
* Provider for long filenames and its expected result, with and without hash.
*
* @return array of ($filename, $length, $expected, $includehash)
*/
public function shorten_filename_provider() {
$filename = 'sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium doloremque laudantium totam rem';
$shortfilename = 'sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium doloremque';
return [
'More than 100 characters' => [
$filename,
null,
'sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium doloremque laudantium tot',
false,
],
'More than 100 characters with hash' => [
$filename,
null,
'sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium doloremque l - 3bec1da8b8',
true,
],
'More than 100 characters with extension' => [
"{$filename}.zip",
null,
'sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium doloremque laudantium tot.zip',
false,
],
'More than 100 characters with extension and hash' => [
"{$filename}.zip",
null,
'sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium doloremque l - 3bec1da8b8.zip',
true,
],
'Limit filename to 50 chars' => [
$filename,
50,
'sed ut perspiciatis unde omnis iste natus error si',
false,
],
'Limit filename to 50 chars with hash' => [
$filename,
50,
'sed ut perspiciatis unde omnis iste n - 3bec1da8b8',
true,
],
'Limit filename to 50 chars with extension' => [
"{$filename}.zip",
50,
'sed ut perspiciatis unde omnis iste natus error si.zip',
false,
],
'Limit filename to 50 chars with extension and hash' => [
"{$filename}.zip",
50,
'sed ut perspiciatis unde omnis iste n - 3bec1da8b8.zip',
true,
],
'Test filename that contains less than 100 characters' => [
$shortfilename,
null,
$shortfilename,
false,
],
'Test filename that contains less than 100 characters and hash' => [
$shortfilename,
null,
$shortfilename,
true,
],
'Test filename that contains less than 100 characters with extension' => [
"{$shortfilename}.zip",
null,
"{$shortfilename}.zip",
false,
],
'Test filename that contains less than 100 characters with extension and hash' => [
"{$shortfilename}.zip",
null,
"{$shortfilename}.zip",
true,
],
];
}
/**
* Test the {@link shorten_filename()} method.
*
* @dataProvider shorten_filename_provider
*
* @param string $filename
* @param int $length
* @param string $expected
* @param boolean $includehash
*/
public function test_shorten_filename($filename, $length, $expected, $includehash) {
if (null === $length) {
$length = MAX_FILENAME_SIZE;
}
$this->assertSame($expected, shorten_filename($filename, $length, $includehash));
}
/**
* Provider for long filenames and its expected result, with and without hash.
*
* @return array of ($filename, $length, $expected, $includehash)
*/
public function shorten_filenames_provider() {
$shortfilename = 'sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium doloremque';
$longfilename = 'sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium doloremque laudantium totam rem';
$extfilename = $longfilename.'.zip';
$expected = 'sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium doloremque laudantium tot';
$expectedwithhash = 'sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium doloremque l - 3bec1da8b8';
$expectedext = 'sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium doloremque laudantium tot.zip';
$expectedextwithhash = 'sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium doloremque l - 3bec1da8b8.zip';
$expected50 = 'sed ut perspiciatis unde omnis iste natus error si';
$expected50withhash = 'sed ut perspiciatis unde omnis iste n - 3bec1da8b8';
$expected50ext = 'sed ut perspiciatis unde omnis iste natus error si.zip';
$expected50extwithhash = 'sed ut perspiciatis unde omnis iste n - 3bec1da8b8.zip';
$expected50short = 'sed ut perspiciatis unde omnis iste n - 5fb6543490';
return [
'Empty array without hash' => [
[],
null,
[],
false,
],
'Empty array with hash' => [
[],
null,
[],
true,
],
'Array with less than 100 characters' => [
[$shortfilename, $shortfilename, $shortfilename],
null,
[$shortfilename, $shortfilename, $shortfilename],
false,
],
'Array with more than 100 characters without hash' => [
[$longfilename, $longfilename, $longfilename],
null,
[$expected, $expected, $expected],
false,
],
'Array with more than 100 characters with hash' => [
[$longfilename, $longfilename, $longfilename],
null,
[$expectedwithhash, $expectedwithhash, $expectedwithhash],
true,
],
'Array with more than 100 characters with extension' => [
[$extfilename, $extfilename, $extfilename],
null,
[$expectedext, $expectedext, $expectedext],
false,
],
'Array with more than 100 characters with extension and hash' => [
[$extfilename, $extfilename, $extfilename],
null,
[$expectedextwithhash, $expectedextwithhash, $expectedextwithhash],
true,
],
'Array with more than 100 characters mix (short, long, with extension) without hash' => [
[$shortfilename, $longfilename, $extfilename],
null,
[$shortfilename, $expected, $expectedext],
false,
],
'Array with more than 100 characters mix (short, long, with extension) with hash' => [
[$shortfilename, $longfilename, $extfilename],
null,
[$shortfilename, $expectedwithhash, $expectedextwithhash],
true,
],
'Array with less than 50 characters without hash' => [
[$longfilename, $longfilename, $longfilename],
50,
[$expected50, $expected50, $expected50],
false,
],
'Array with less than 50 characters with hash' => [
[$longfilename, $longfilename, $longfilename],
50,
[$expected50withhash, $expected50withhash, $expected50withhash],
true,
],
'Array with less than 50 characters with extension' => [
[$extfilename, $extfilename, $extfilename],
50,
[$expected50ext, $expected50ext, $expected50ext],
false,
],
'Array with less than 50 characters with extension and hash' => [
[$extfilename, $extfilename, $extfilename],
50,
[$expected50extwithhash, $expected50extwithhash, $expected50extwithhash],
true,
],
'Array with less than 50 characters mix (short, long, with extension) without hash' => [
[$shortfilename, $longfilename, $extfilename],
50,
[$expected50, $expected50, $expected50ext],
false,
],
'Array with less than 50 characters mix (short, long, with extension) with hash' => [
[$shortfilename, $longfilename, $extfilename],
50,
[$expected50short, $expected50withhash, $expected50extwithhash],
true,
],
];
}
/**
* Test the {@link shorten_filenames()} method.
*
* @dataProvider shorten_filenames_provider
*
* @param string $filenames
* @param int $length
* @param string $expected
* @param boolean $includehash
*/
public function test_shorten_filenames($filenames, $length, $expected, $includehash) {
if (null === $length) {
$length = MAX_FILENAME_SIZE;
}
$this->assertSame($expected, shorten_filenames($filenames, $length, $includehash));
}
public function test_usergetdate() {
global $USER, $CFG, $DB;
$this->resetAfterTest();
$this->setAdminUser();
$USER->timezone = 2;// Set the timezone to a known state.
$ts = 1261540267; // The time this function was created.
$arr = usergetdate($ts, 1); // Specify the timezone as an argument.
$arr = array_values($arr);
list($seconds, $minutes, $hours, $mday, $wday, $mon, $year, $yday, $weekday, $month) = $arr;
$this->assertSame(7, $seconds);
$this->assertSame(51, $minutes);
$this->assertSame(4, $hours);
$this->assertSame(23, $mday);
$this->assertSame(3, $wday);
$this->assertSame(12, $mon);
$this->assertSame(2009, $year);
$this->assertSame(356, $yday);
$this->assertSame('Wednesday', $weekday);
$this->assertSame('December', $month);
$arr = usergetdate($ts); // Gets the timezone from the $USER object.
$arr = array_values($arr);
list($seconds, $minutes, $hours, $mday, $wday, $mon, $year, $yday, $weekday, $month) = $arr;
$this->assertSame(7, $seconds);
$this->assertSame(51, $minutes);
$this->assertSame(5, $hours);
$this->assertSame(23, $mday);
$this->assertSame(3, $wday);
$this->assertSame(12, $mon);
$this->assertSame(2009, $year);
$this->assertSame(356, $yday);
$this->assertSame('Wednesday', $weekday);
$this->assertSame('December', $month);
}
public function test_mark_user_preferences_changed() {
$this->resetAfterTest();
$otheruser = $this->getDataGenerator()->create_user();
$otheruserid = $otheruser->id;
set_cache_flag('userpreferenceschanged', $otheruserid, null);
mark_user_preferences_changed($otheruserid);
$this->assertEquals(get_cache_flag('userpreferenceschanged', $otheruserid, time()-10), 1);
set_cache_flag('userpreferenceschanged', $otheruserid, null);
}
public function test_check_user_preferences_loaded() {
global $DB;
$this->resetAfterTest();
$otheruser = $this->getDataGenerator()->create_user();
$otheruserid = $otheruser->id;
$DB->delete_records('user_preferences', array('userid'=>$otheruserid));
set_cache_flag('userpreferenceschanged', $otheruserid, null);
$user = new stdClass();
$user->id = $otheruserid;
// Load.
check_user_preferences_loaded($user);
$this->assertTrue(isset($user->preference));
$this->assertTrue(is_array($user->preference));
$this->assertArrayHasKey('_lastloaded', $user->preference);
$this->assertCount(1, $user->preference);
// Add preference via direct call.
$DB->insert_record('user_preferences', array('name'=>'xxx', 'value'=>'yyy', 'userid'=>$user->id));
// No cache reload yet.
check_user_preferences_loaded($user);
$this->assertCount(1, $user->preference);
// Forced reloading of cache.
unset($user->preference);
check_user_preferences_loaded($user);
$this->assertCount(2, $user->preference);
$this->assertSame('yyy', $user->preference['xxx']);
// Add preference via direct call.
$DB->insert_record('user_preferences', array('name'=>'aaa', 'value'=>'bbb', 'userid'=>$user->id));
// Test timeouts and modifications from different session.
set_cache_flag('userpreferenceschanged', $user->id, 1, time() + 1000);
$user->preference['_lastloaded'] = $user->preference['_lastloaded'] - 20;
check_user_preferences_loaded($user);
$this->assertCount(2, $user->preference);
check_user_preferences_loaded($user, 10);
$this->assertCount(3, $user->preference);
$this->assertSame('bbb', $user->preference['aaa']);
set_cache_flag('userpreferenceschanged', $user->id, null);
}
public function test_set_user_preference() {
global $DB, $USER;
$this->resetAfterTest();
$this->setAdminUser();
$otheruser = $this->getDataGenerator()->create_user();
$otheruserid = $otheruser->id;
$DB->delete_records('user_preferences', array('userid'=>$otheruserid));
set_cache_flag('userpreferenceschanged', $otheruserid, null);
$user = new stdClass();
$user->id = $otheruserid;
set_user_preference('aaa', 'bbb', $otheruserid);
$this->assertSame('bbb', $DB->get_field('user_preferences', 'value', array('userid'=>$otheruserid, 'name'=>'aaa')));
$this->assertSame('bbb', get_user_preferences('aaa', null, $otheruserid));
set_user_preference('xxx', 'yyy', $user);
$this->assertSame('yyy', $DB->get_field('user_preferences', 'value', array('userid'=>$otheruserid, 'name'=>'xxx')));
$this->assertSame('yyy', get_user_preferences('xxx', null, $otheruserid));
$this->assertTrue(is_array($user->preference));
$this->assertSame('bbb', $user->preference['aaa']);
$this->assertSame('yyy', $user->preference['xxx']);
set_user_preference('xxx', null, $user);
$this->assertFalse($DB->get_field('user_preferences', 'value', array('userid'=>$otheruserid, 'name'=>'xxx')));
$this->assertNull(get_user_preferences('xxx', null, $otheruserid));
set_user_preference('ooo', true, $user);
$prefs = get_user_preferences(null, null, $otheruserid);
$this->assertSame($user->preference['aaa'], $prefs['aaa']);
$this->assertSame($user->preference['ooo'], $prefs['ooo']);
$this->assertSame('1', $prefs['ooo']);
set_user_preference('null', 0, $user);
$this->assertSame('0', get_user_preferences('null', null, $otheruserid));
$this->assertSame('lala', get_user_preferences('undefined', 'lala', $otheruserid));
$DB->delete_records('user_preferences', array('userid'=>$otheruserid));
set_cache_flag('userpreferenceschanged', $otheruserid, null);
// Test $USER default.
set_user_preference('_test_user_preferences_pref', 'ok');
$this->assertSame('ok', $USER->preference['_test_user_preferences_pref']);
unset_user_preference('_test_user_preferences_pref');
$this->assertTrue(!isset($USER->preference['_test_user_preferences_pref']));
// Test 1333 char values (no need for unicode, there are already tests for that in DB tests).
$longvalue = str_repeat('a', 1333);
set_user_preference('_test_long_user_preference', $longvalue);
$this->assertEquals($longvalue, get_user_preferences('_test_long_user_preference'));
$this->assertEquals($longvalue,
$DB->get_field('user_preferences', 'value', array('userid' => $USER->id, 'name' => '_test_long_user_preference')));
// Test > 1333 char values, coding_exception expected.
$longvalue = str_repeat('a', 1334);
try {
set_user_preference('_test_long_user_preference', $longvalue);
$this->fail('Exception expected - longer than 1333 chars not allowed as preference value');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
// Test invalid params.
try {
set_user_preference('_test_user_preferences_pref', array());
$this->fail('Exception expected - array not valid preference value');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
try {
set_user_preference('_test_user_preferences_pref', new stdClass);
$this->fail('Exception expected - class not valid preference value');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
try {
set_user_preference('_test_user_preferences_pref', 1, array('xx' => 1));
$this->fail('Exception expected - user instance expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
try {
set_user_preference('_test_user_preferences_pref', 1, 'abc');
$this->fail('Exception expected - user instance expected');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
try {
set_user_preference('', 1);
$this->fail('Exception expected - invalid name accepted');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
try {
set_user_preference('1', 1);
$this->fail('Exception expected - invalid name accepted');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
}
public function test_set_user_preference_for_current_user() {
global $USER;
$this->resetAfterTest();
$this->setAdminUser();
set_user_preference('test_pref', 2);
set_user_preference('test_pref', 1, $USER->id);
$this->assertEquals(1, get_user_preferences('test_pref'));
}
public function test_unset_user_preference_for_current_user() {
global $USER;
$this->resetAfterTest();
$this->setAdminUser();
set_user_preference('test_pref', 1);
unset_user_preference('test_pref', $USER->id);
$this->assertNull(get_user_preferences('test_pref'));
}
/**
* Test essential features implementation of {@link get_extra_user_fields()} as the admin user with all capabilities.
*/
public function test_get_extra_user_fields_essentials() {
global $CFG, $USER, $DB;
$this->resetAfterTest();
$this->setAdminUser();
$context = context_system::instance();
// No fields.
$CFG->showuseridentity = '';
$this->assertEquals(array(), get_extra_user_fields($context));
// One field.
$CFG->showuseridentity = 'frog';
$this->assertEquals(array('frog'), get_extra_user_fields($context));
// Two fields.
$CFG->showuseridentity = 'frog,zombie';
$this->assertEquals(array('frog', 'zombie'), get_extra_user_fields($context));
// No fields, except.
$CFG->showuseridentity = '';
$this->assertEquals(array(), get_extra_user_fields($context, array('frog')));
// One field.
$CFG->showuseridentity = 'frog';
$this->assertEquals(array(), get_extra_user_fields($context, array('frog')));
// Two fields.
$CFG->showuseridentity = 'frog,zombie';
$this->assertEquals(array('zombie'), get_extra_user_fields($context, array('frog')));
}
/**
* Prepare environment for couple of tests related to permission checks in {@link get_extra_user_fields()}.
*
* @return stdClass
*/
protected function environment_for_get_extra_user_fields_tests() {
global $CFG, $DB;
$CFG->showuseridentity = 'idnumber,country,city';
$CFG->hiddenuserfields = 'country,city';
$env = new stdClass();
$env->course = $this->getDataGenerator()->create_course();
$env->coursecontext = context_course::instance($env->course->id);
$env->teacherrole = $DB->get_record('role', array('shortname' => 'teacher'));
$env->studentrole = $DB->get_record('role', array('shortname' => 'student'));
$env->managerrole = $DB->get_record('role', array('shortname' => 'manager'));
$env->student = $this->getDataGenerator()->create_user();
$env->teacher = $this->getDataGenerator()->create_user();
$env->manager = $this->getDataGenerator()->create_user();
role_assign($env->studentrole->id, $env->student->id, $env->coursecontext->id);
role_assign($env->teacherrole->id, $env->teacher->id, $env->coursecontext->id);
role_assign($env->managerrole->id, $env->manager->id, SYSCONTEXTID);
return $env;
}
/**
* No identity fields shown to student user (no permission to view identity fields).
*/
public function test_get_extra_user_fields_no_access() {
$this->resetAfterTest();
$env = $this->environment_for_get_extra_user_fields_tests();
$this->setUser($env->student);
$this->assertEquals(array(), get_extra_user_fields($env->coursecontext));
$this->assertEquals(array(), get_extra_user_fields(context_system::instance()));
}
/**
* Teacher can see students' identity fields only within the course.
*/
public function test_get_extra_user_fields_course_only_access() {
$this->resetAfterTest();
$env = $this->environment_for_get_extra_user_fields_tests();
$this->setUser($env->teacher);
$this->assertEquals(array('idnumber', 'country', 'city'), get_extra_user_fields($env->coursecontext));
$this->assertEquals(array(), get_extra_user_fields(context_system::instance()));
}
/**
* Teacher can be prevented from seeing students' identity fields even within the course.
*/
public function test_get_extra_user_fields_course_prevented_access() {
$this->resetAfterTest();
$env = $this->environment_for_get_extra_user_fields_tests();
$this->setUser($env->teacher);
assign_capability('moodle/course:viewhiddenuserfields', CAP_PREVENT, $env->teacherrole->id, $env->coursecontext->id);
$this->assertEquals(array('idnumber'), get_extra_user_fields($env->coursecontext));
}
/**
* Manager can see students' identity fields anywhere.
*/
public function test_get_extra_user_fields_anywhere_access() {
$this->resetAfterTest();
$env = $this->environment_for_get_extra_user_fields_tests();
$this->setUser($env->manager);
$this->assertEquals(array('idnumber', 'country', 'city'), get_extra_user_fields($env->coursecontext));
$this->assertEquals(array('idnumber', 'country', 'city'), get_extra_user_fields(context_system::instance()));
}
/**
* Manager can be prevented from seeing hidden fields outside the course.
*/
public function test_get_extra_user_fields_schismatic_access() {
$this->resetAfterTest();
$env = $this->environment_for_get_extra_user_fields_tests();
$this->setUser($env->manager);
assign_capability('moodle/user:viewhiddendetails', CAP_PREVENT, $env->managerrole->id, SYSCONTEXTID, true);
$this->assertEquals(array('idnumber'), get_extra_user_fields(context_system::instance()));
// Note that inside the course, the manager can still see the hidden identifiers as this is currently
// controlled by a separate capability for legacy reasons.
$this->assertEquals(array('idnumber', 'country', 'city'), get_extra_user_fields($env->coursecontext));
}
/**
* Two capabilities must be currently set to prevent manager from seeing hidden fields.
*/
public function test_get_extra_user_fields_hard_to_prevent_access() {
$this->resetAfterTest();
$env = $this->environment_for_get_extra_user_fields_tests();
$this->setUser($env->manager);
assign_capability('moodle/user:viewhiddendetails', CAP_PREVENT, $env->managerrole->id, SYSCONTEXTID, true);
assign_capability('moodle/course:viewhiddenuserfields', CAP_PREVENT, $env->managerrole->id, SYSCONTEXTID, true);
$this->assertEquals(array('idnumber'), get_extra_user_fields(context_system::instance()));
$this->assertEquals(array('idnumber'), get_extra_user_fields($env->coursecontext));
}
public function test_get_extra_user_fields_sql() {
global $CFG, $USER, $DB;
$this->resetAfterTest();
$this->setAdminUser();
$context = context_system::instance();
// No fields.
$CFG->showuseridentity = '';
$this->assertSame('', get_extra_user_fields_sql($context));
// One field.
$CFG->showuseridentity = 'frog';
$this->assertSame(', frog', get_extra_user_fields_sql($context));
// Two fields with table prefix.
$CFG->showuseridentity = 'frog,zombie';
$this->assertSame(', u1.frog, u1.zombie', get_extra_user_fields_sql($context, 'u1'));
// Two fields with field prefix.
$CFG->showuseridentity = 'frog,zombie';
$this->assertSame(', frog AS u_frog, zombie AS u_zombie',
get_extra_user_fields_sql($context, '', 'u_'));
// One field excluded.
$CFG->showuseridentity = 'frog';
$this->assertSame('', get_extra_user_fields_sql($context, '', '', array('frog')));
// Two fields, one excluded, table+field prefix.
$CFG->showuseridentity = 'frog,zombie';
$this->assertEquals(', u1.zombie AS u_zombie',
get_extra_user_fields_sql($context, 'u1', 'u_', array('frog')));
}
/**
* Test some critical TZ/DST.
*
* This method tests some special TZ/DST combinations that were fixed
* by MDL-38999. The tests are done by comparing the results of the
* output using Moodle TZ/DST support and PHP native one.
*
* Note: If you don't trust PHP TZ/DST support, can verify the
* harcoded expectations below with:
* http://www.tools4noobs.com/online_tools/unix_timestamp_to_datetime/
*/
public function test_some_moodle_special_dst() {
$stamp = 1365386400; // 2013/04/08 02:00:00 GMT/UTC.
// In Europe/Tallinn it was 2013/04/08 05:00:00.
$expectation = '2013/04/08 05:00:00';
$phpdt = DateTime::createFromFormat('U', $stamp, new DateTimeZone('UTC'));
$phpdt->setTimezone(new DateTimeZone('Europe/Tallinn'));
$phpres = $phpdt->format('Y/m/d H:i:s'); // PHP result.
$moodleres = userdate($stamp, '%Y/%m/%d %H:%M:%S', 'Europe/Tallinn', false); // Moodle result.
$this->assertSame($expectation, $phpres);
$this->assertSame($expectation, $moodleres);
// In St. Johns it was 2013/04/07 23:30:00.
$expectation = '2013/04/07 23:30:00';
$phpdt = DateTime::createFromFormat('U', $stamp, new DateTimeZone('UTC'));
$phpdt->setTimezone(new DateTimeZone('America/St_Johns'));
$phpres = $phpdt->format('Y/m/d H:i:s'); // PHP result.
$moodleres = userdate($stamp, '%Y/%m/%d %H:%M:%S', 'America/St_Johns', false); // Moodle result.
$this->assertSame($expectation, $phpres);
$this->assertSame($expectation, $moodleres);
$stamp = 1383876000; // 2013/11/08 02:00:00 GMT/UTC.
// In Europe/Tallinn it was 2013/11/08 04:00:00.
$expectation = '2013/11/08 04:00:00';
$phpdt = DateTime::createFromFormat('U', $stamp, new DateTimeZone('UTC'));
$phpdt->setTimezone(new DateTimeZone('Europe/Tallinn'));
$phpres = $phpdt->format('Y/m/d H:i:s'); // PHP result.
$moodleres = userdate($stamp, '%Y/%m/%d %H:%M:%S', 'Europe/Tallinn', false); // Moodle result.
$this->assertSame($expectation, $phpres);
$this->assertSame($expectation, $moodleres);
// In St. Johns it was 2013/11/07 22:30:00.
$expectation = '2013/11/07 22:30:00';
$phpdt = DateTime::createFromFormat('U', $stamp, new DateTimeZone('UTC'));
$phpdt->setTimezone(new DateTimeZone('America/St_Johns'));
$phpres = $phpdt->format('Y/m/d H:i:s'); // PHP result.
$moodleres = userdate($stamp, '%Y/%m/%d %H:%M:%S', 'America/St_Johns', false); // Moodle result.
$this->assertSame($expectation, $phpres);
$this->assertSame($expectation, $moodleres);
}
public function test_userdate() {
global $USER, $CFG, $DB;
$this->resetAfterTest();
$this->setAdminUser();
$testvalues = array(
array(
'time' => '1309514400',
'usertimezone' => 'America/Moncton',
'timezone' => '0.0', // No dst offset.
'expectedoutput' => 'Friday, 1 July 2011, 10:00 AM',
'expectedoutputhtml' => '<time datetime="2011-07-01T07:00:00-03:00">Friday, 1 July 2011, 10:00 AM</time>'
),
array(
'time' => '1309514400',
'usertimezone' => 'America/Moncton',
'timezone' => '99', // Dst offset and timezone offset.
'expectedoutput' => 'Friday, 1 July 2011, 7:00 AM',
'expectedoutputhtml' => '<time datetime="2011-07-01T07:00:00-03:00">Friday, 1 July 2011, 7:00 AM</time>'
),
array(
'time' => '1309514400',
'usertimezone' => 'America/Moncton',
'timezone' => 'America/Moncton', // Dst offset and timezone offset.
'expectedoutput' => 'Friday, 1 July 2011, 7:00 AM',
'expectedoutputhtml' => '<time datetime="2011-07-01t07:00:00-03:00">Friday, 1 July 2011, 7:00 AM</time>'
),
array(
'time' => '1293876000 ',
'usertimezone' => 'America/Moncton',
'timezone' => '0.0', // No dst offset.
'expectedoutput' => 'Saturday, 1 January 2011, 10:00 AM',
'expectedoutputhtml' => '<time datetime="2011-01-01T06:00:00-04:00">Saturday, 1 January 2011, 10:00 AM</time>'
),
array(
'time' => '1293876000 ',
'usertimezone' => 'America/Moncton',
'timezone' => '99', // No dst offset in jan, so just timezone offset.
'expectedoutput' => 'Saturday, 1 January 2011, 6:00 AM',
'expectedoutputhtml' => '<time datetime="2011-01-01T06:00:00-04:00">Saturday, 1 January 2011, 6:00 AM</time>'
),
array(
'time' => '1293876000 ',
'usertimezone' => 'America/Moncton',
'timezone' => 'America/Moncton', // No dst offset in jan.
'expectedoutput' => 'Saturday, 1 January 2011, 6:00 AM',
'expectedoutputhtml' => '<time datetime="2011-01-01T06:00:00-04:00">Saturday, 1 January 2011, 6:00 AM</time>'
),
array(
'time' => '1293876000 ',
'usertimezone' => '2',
'timezone' => '99', // Take user timezone.
'expectedoutput' => 'Saturday, 1 January 2011, 12:00 PM',
'expectedoutputhtml' => '<time datetime="2011-01-01T12:00:00+02:00">Saturday, 1 January 2011, 12:00 PM</time>'
),
array(
'time' => '1293876000 ',
'usertimezone' => '-2',
'timezone' => '99', // Take user timezone.
'expectedoutput' => 'Saturday, 1 January 2011, 8:00 AM',
'expectedoutputhtml' => '<time datetime="2011-01-01T08:00:00-02:00">Saturday, 1 January 2011, 8:00 AM</time>'
),
array(
'time' => '1293876000 ',
'usertimezone' => '-10',
'timezone' => '2', // Take this timezone.
'expectedoutput' => 'Saturday, 1 January 2011, 12:00 PM',
'expectedoutputhtml' => '<time datetime="2011-01-01T00:00:00-10:00">Saturday, 1 January 2011, 12:00 PM</time>'
),
array(
'time' => '1293876000 ',
'usertimezone' => '-10',
'timezone' => '-2', // Take this timezone.
'expectedoutput' => 'Saturday, 1 January 2011, 8:00 AM',
'expectedoutputhtml' => '<time datetime="2011-01-01T00:00:00-10:00">Saturday, 1 January 2011, 8:00 AM</time>'
),
array(
'time' => '1293876000 ',
'usertimezone' => '-10',
'timezone' => 'random/time', // This should show server time.
'expectedoutput' => 'Saturday, 1 January 2011, 6:00 PM',
'expectedoutputhtml' => '<time datetime="2011-01-01T00:00:00-10:00">Saturday, 1 January 2011, 6:00 PM</time>'
),
array(
'time' => '1293876000 ',
'usertimezone' => '20', // Fallback to server time zone.
'timezone' => '99', // This should show user time.
'expectedoutput' => 'Saturday, 1 January 2011, 6:00 PM',
'expectedoutputhtml' => '<time datetime="2011-01-01T18:00:00+08:00">Saturday, 1 January 2011, 6:00 PM</time>'
),
);
// Set default timezone to Australia/Perth, else time calculated
// will not match expected values.
$this->setTimezone(99, 'Australia/Perth');
foreach ($testvalues as $vals) {
$USER->timezone = $vals['usertimezone'];
$actualoutput = userdate($vals['time'], '%A, %d %B %Y, %I:%M %p', $vals['timezone']);
$actualoutputhtml = userdate_htmltime($vals['time'], '%A, %d %B %Y, %I:%M %p', $vals['timezone']);
// On different systems case of AM PM changes so compare case insensitive.
$vals['expectedoutput'] = core_text::strtolower($vals['expectedoutput']);
$vals['expectedoutputhtml'] = core_text::strtolower($vals['expectedoutputhtml']);
$actualoutput = core_text::strtolower($actualoutput);
$actualoutputhtml = core_text::strtolower($actualoutputhtml);
$this->assertSame($vals['expectedoutput'], $actualoutput,
"Expected: {$vals['expectedoutput']} => Actual: {$actualoutput} \ndata: " . var_export($vals, true));
$this->assertSame($vals['expectedoutputhtml'], $actualoutputhtml,
"Expected: {$vals['expectedoutputhtml']} => Actual: {$actualoutputhtml} \ndata: " . var_export($vals, true));
}
}
/**
* Make sure the DST changes happen at the right time in Moodle.
*/
public function test_dst_changes() {
// DST switching in Prague.
// From 2AM to 3AM in 1989.
$date = new DateTime('1989-03-26T01:59:00+01:00');
$this->assertSame('Sunday, 26 March 1989, 01:59', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Europe/Prague'));
$date = new DateTime('1989-03-26T02:01:00+01:00');
$this->assertSame('Sunday, 26 March 1989, 03:01', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Europe/Prague'));
// From 3AM to 2AM in 1989 - not the same as the west Europe.
$date = new DateTime('1989-09-24T01:59:00+01:00');
$this->assertSame('Sunday, 24 September 1989, 02:59', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Europe/Prague'));
$date = new DateTime('1989-09-24T02:01:00+01:00');
$this->assertSame('Sunday, 24 September 1989, 02:01', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Europe/Prague'));
// From 2AM to 3AM in 2014.
$date = new DateTime('2014-03-30T01:59:00+01:00');
$this->assertSame('Sunday, 30 March 2014, 01:59', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Europe/Prague'));
$date = new DateTime('2014-03-30T02:01:00+01:00');
$this->assertSame('Sunday, 30 March 2014, 03:01', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Europe/Prague'));
// From 3AM to 2AM in 2014.
$date = new DateTime('2014-10-26T01:59:00+01:00');
$this->assertSame('Sunday, 26 October 2014, 02:59', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Europe/Prague'));
$date = new DateTime('2014-10-26T02:01:00+01:00');
$this->assertSame('Sunday, 26 October 2014, 02:01', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Europe/Prague'));
// From 2AM to 3AM in 2020.
$date = new DateTime('2020-03-29T01:59:00+01:00');
$this->assertSame('Sunday, 29 March 2020, 01:59', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Europe/Prague'));
$date = new DateTime('2020-03-29T02:01:00+01:00');
$this->assertSame('Sunday, 29 March 2020, 03:01', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Europe/Prague'));
// From 3AM to 2AM in 2020.
$date = new DateTime('2020-10-25T01:59:00+01:00');
$this->assertSame('Sunday, 25 October 2020, 02:59', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Europe/Prague'));
$date = new DateTime('2020-10-25T02:01:00+01:00');
$this->assertSame('Sunday, 25 October 2020, 02:01', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Europe/Prague'));
// DST switching in NZ.
// From 3AM to 2AM in 2015.
$date = new DateTime('2015-04-05T02:59:00+13:00');
$this->assertSame('Sunday, 5 April 2015, 02:59', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Pacific/Auckland'));
$date = new DateTime('2015-04-05T03:01:00+13:00');
$this->assertSame('Sunday, 5 April 2015, 02:01', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Pacific/Auckland'));
// From 2AM to 3AM in 2009.
$date = new DateTime('2015-09-27T01:59:00+12:00');
$this->assertSame('Sunday, 27 September 2015, 01:59', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Pacific/Auckland'));
$date = new DateTime('2015-09-27T02:01:00+12:00');
$this->assertSame('Sunday, 27 September 2015, 03:01', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Pacific/Auckland'));
// DST switching in Perth.
// From 3AM to 2AM in 2009.
$date = new DateTime('2008-03-30T01:59:00+08:00');
$this->assertSame('Sunday, 30 March 2008, 02:59', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Australia/Perth'));
$date = new DateTime('2008-03-30T02:01:00+08:00');
$this->assertSame('Sunday, 30 March 2008, 02:01', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Australia/Perth'));
// From 2AM to 3AM in 2009.
$date = new DateTime('2008-10-26T01:59:00+08:00');
$this->assertSame('Sunday, 26 October 2008, 01:59', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Australia/Perth'));
$date = new DateTime('2008-10-26T02:01:00+08:00');
$this->assertSame('Sunday, 26 October 2008, 03:01', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'Australia/Perth'));
// DST switching in US.
// From 2AM to 3AM in 2014.
$date = new DateTime('2014-03-09T01:59:00-05:00');
$this->assertSame('Sunday, 9 March 2014, 01:59', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'America/New_York'));
$date = new DateTime('2014-03-09T02:01:00-05:00');
$this->assertSame('Sunday, 9 March 2014, 03:01', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'America/New_York'));
// From 3AM to 2AM in 2014.
$date = new DateTime('2014-11-02T01:59:00-04:00');
$this->assertSame('Sunday, 2 November 2014, 01:59', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'America/New_York'));
$date = new DateTime('2014-11-02T02:01:00-04:00');
$this->assertSame('Sunday, 2 November 2014, 01:01', userdate($date->getTimestamp(), '%A, %d %B %Y, %H:%M', 'America/New_York'));
}
public function test_make_timestamp() {
global $USER, $CFG, $DB;
$this->resetAfterTest();
$this->setAdminUser();
$testvalues = array(
array(
'usertimezone' => 'America/Moncton',
'year' => '2011',
'month' => '7',
'day' => '1',
'hour' => '10',
'minutes' => '00',
'seconds' => '00',
'timezone' => '0.0',
'applydst' => false, // No dst offset.
'expectedoutput' => '1309514400' // 6pm at UTC+0.
),
array(
'usertimezone' => 'America/Moncton',
'year' => '2011',
'month' => '7',
'day' => '1',
'hour' => '10',
'minutes' => '00',
'seconds' => '00',
'timezone' => '99', // User default timezone.
'applydst' => false, // Don't apply dst.
'expectedoutput' => '1309528800'
),
array(
'usertimezone' => 'America/Moncton',
'year' => '2011',
'month' => '7',
'day' => '1',
'hour' => '10',
'minutes' => '00',
'seconds' => '00',
'timezone' => '99', // User default timezone.
'applydst' => true, // Apply dst.
'expectedoutput' => '1309525200'
),
array(
'usertimezone' => 'America/Moncton',
'year' => '2011',
'month' => '7',
'day' => '1',
'hour' => '10',
'minutes' => '00',
'seconds' => '00',
'timezone' => 'America/Moncton', // String timezone.
'applydst' => true, // Apply dst.
'expectedoutput' => '1309525200'
),
array(
'usertimezone' => '2', // No dst applyed.
'year' => '2011',
'month' => '7',
'day' => '1',
'hour' => '10',
'minutes' => '00',
'seconds' => '00',
'timezone' => '99', // Take user timezone.
'applydst' => true, // Apply dst.
'expectedoutput' => '1309507200'
),
array(
'usertimezone' => '-2', // No dst applyed.
'year' => '2011',
'month' => '7',
'day' => '1',
'hour' => '10',
'minutes' => '00',
'seconds' => '00',
'timezone' => '99', // Take usertimezone.
'applydst' => true, // Apply dst.
'expectedoutput' => '1309521600'
),
array(
'usertimezone' => '-10', // No dst applyed.
'year' => '2011',
'month' => '7',
'day' => '1',
'hour' => '10',
'minutes' => '00',
'seconds' => '00',
'timezone' => '2', // Take this timezone.
'applydst' => true, // Apply dst.
'expectedoutput' => '1309507200'
),
array(
'usertimezone' => '-10', // No dst applyed.
'year' => '2011',
'month' => '7',
'day' => '1',
'hour' => '10',
'minutes' => '00',
'seconds' => '00',
'timezone' => '-2', // Take this timezone.
'applydst' => true, // Apply dst.
'expectedoutput' => '1309521600'
),
array(
'usertimezone' => '-10', // No dst applyed.
'year' => '2011',
'month' => '7',
'day' => '1',
'hour' => '10',
'minutes' => '00',
'seconds' => '00',
'timezone' => 'random/time', // This should show server time.
'applydst' => true, // Apply dst.
'expectedoutput' => '1309485600'
),
array(
'usertimezone' => '-14', // Server time.
'year' => '2011',
'month' => '7',
'day' => '1',
'hour' => '10',
'minutes' => '00',
'seconds' => '00',
'timezone' => '99', // Get user time.
'applydst' => true, // Apply dst.
'expectedoutput' => '1309485600'
)
);
// Set default timezone to Australia/Perth, else time calculated
// will not match expected values.
$this->setTimezone(99, 'Australia/Perth');
// Test make_timestamp with all testvals and assert if anything wrong.
foreach ($testvalues as $vals) {
$USER->timezone = $vals['usertimezone'];
$actualoutput = make_timestamp(
$vals['year'],
$vals['month'],
$vals['day'],
$vals['hour'],
$vals['minutes'],
$vals['seconds'],
$vals['timezone'],
$vals['applydst']
);
// On different systems case of AM PM changes so compare case insensitive.
$vals['expectedoutput'] = core_text::strtolower($vals['expectedoutput']);
$actualoutput = core_text::strtolower($actualoutput);
$this->assertSame($vals['expectedoutput'], $actualoutput,
"Expected: {$vals['expectedoutput']} => Actual: {$actualoutput},
Please check if timezones are updated (Site adminstration -> location -> update timezone)");
}
}
/**
* Test get_string and most importantly the implementation of the lang_string
* object.
*/
public function test_get_string() {
global $COURSE;
// Make sure we are using English.
$originallang = $COURSE->lang;
$COURSE->lang = 'en';
$yes = get_string('yes');
$yesexpected = 'Yes';
< $this->assertInternalType('string', $yes);
> $this->assertIsString($yes);
$this->assertSame($yesexpected, $yes);
$yes = get_string('yes', 'moodle');
< $this->assertInternalType('string', $yes);
> $this->assertIsString($yes);
$this->assertSame($yesexpected, $yes);
$yes = get_string('yes', 'core');
< $this->assertInternalType('string', $yes);
> $this->assertIsString($yes);
$this->assertSame($yesexpected, $yes);
$yes = get_string('yes', '');
< $this->assertInternalType('string', $yes);
> $this->assertIsString($yes);
$this->assertSame($yesexpected, $yes);
$yes = get_string('yes', null);
< $this->assertInternalType('string', $yes);
> $this->assertIsString($yes);
$this->assertSame($yesexpected, $yes);
$yes = get_string('yes', null, 1);
< $this->assertInternalType('string', $yes);
> $this->assertIsString($yes);
$this->assertSame($yesexpected, $yes);
$days = 1;
$numdays = get_string('numdays', 'core', '1');
$numdaysexpected = $days.' days';
< $this->assertInternalType('string', $numdays);
> $this->assertIsString($numdays);
$this->assertSame($numdaysexpected, $numdays);
$yes = get_string('yes', null, null, true);
$this->assertInstanceOf('lang_string', $yes);
$this->assertSame($yesexpected, (string)$yes);
// Test lazy loading (returning lang_string) correctly interpolates 0 being used as args.
$numdays = get_string('numdays', 'moodle', 0, true);
$this->assertInstanceOf(lang_string::class, $numdays);
$this->assertSame('0 days', (string) $numdays);
// Test using a lang_string object as the $a argument for a normal
// get_string call (returning string).
$test = new lang_string('yes', null, null, true);
$testexpected = get_string('numdays', 'core', get_string('yes'));
$testresult = get_string('numdays', null, $test);
< $this->assertInternalType('string', $testresult);
> $this->assertIsString($testresult);
$this->assertSame($testexpected, $testresult);
// Test using a lang_string object as the $a argument for an object
// get_string call (returning lang_string).
$test = new lang_string('yes', null, null, true);
$testexpected = get_string('numdays', 'core', get_string('yes'));
$testresult = get_string('numdays', null, $test, true);
$this->assertInstanceOf('lang_string', $testresult);
$this->assertSame($testexpected, "$testresult");
// Make sure that object properties that can't be converted don't cause
// errors.
// Level one: This is as deep as current language processing goes.
$test = new stdClass;
$test->one = 'here';
$string = get_string('yes', null, $test, true);
$this->assertEquals($yesexpected, $string);
// Make sure that object properties that can't be converted don't cause
// errors.
// Level two: Language processing doesn't currently reach this deep.
// only immediate scalar properties are worked with.
$test = new stdClass;
$test->one = new stdClass;
$test->one->two = 'here';
$string = get_string('yes', null, $test, true);
$this->assertEquals($yesexpected, $string);
// Make sure that object properties that can't be converted don't cause
// errors.
// Level three: It should never ever go this deep, but we're making sure
// it doesn't cause any probs anyway.
$test = new stdClass;
$test->one = new stdClass;
$test->one->two = new stdClass;
$test->one->two->three = 'here';
$string = get_string('yes', null, $test, true);
$this->assertEquals($yesexpected, $string);
// Make sure that object properties that can't be converted don't cause
// errors and check lang_string properties.
// Level one: This is as deep as current language processing goes.
$test = new stdClass;
$test->one = new lang_string('yes');
$string = get_string('yes', null, $test, true);
$this->assertEquals($yesexpected, $string);
// Make sure that object properties that can't be converted don't cause
// errors and check lang_string properties.
// Level two: Language processing doesn't currently reach this deep.
// only immediate scalar properties are worked with.
$test = new stdClass;
$test->one = new stdClass;
$test->one->two = new lang_string('yes');
$string = get_string('yes', null, $test, true);
$this->assertEquals($yesexpected, $string);
// Make sure that object properties that can't be converted don't cause
// errors and check lang_string properties.
// Level three: It should never ever go this deep, but we're making sure
// it doesn't cause any probs anyway.
$test = new stdClass;
$test->one = new stdClass;
$test->one->two = new stdClass;
$test->one->two->three = new lang_string('yes');
$string = get_string('yes', null, $test, true);
$this->assertEquals($yesexpected, $string);
// Make sure that array properties that can't be converted don't cause
// errors.
$test = array();
$test['one'] = new stdClass;
$test['one']->two = 'here';
$string = get_string('yes', null, $test, true);
$this->assertEquals($yesexpected, $string);
// Same thing but as above except using an object... this is allowed :P.
$string = get_string('yes', null, null, true);
$object = new stdClass;
$object->$string = 'Yes';
$this->assertEquals($yesexpected, $string);
$this->assertEquals($yesexpected, $object->$string);
// Reset the language.
$COURSE->lang = $originallang;
}
< /**
< * @expectedException PHPUnit\Framework\Error\Warning
< */
public function test_get_string_limitation() {
// This is one of the limitations to the lang_string class. It can't be
// used as a key.
> $this->expectException(\PHPUnit\Framework\Error\Warning::class);
$array = array(get_string('yes', null, null, true) => 'yes');
}
/**
* Test localised float formatting.
*/
public function test_format_float() {
// Special case for null.
$this->assertEquals('', format_float(null));
// Default 1 decimal place.
$this->assertEquals('5.4', format_float(5.43));
$this->assertEquals('5.0', format_float(5.001));
// Custom number of decimal places.
$this->assertEquals('5.43000', format_float(5.43, 5));
// Auto detect the number of decimal places.
$this->assertEquals('5.43', format_float(5.43, -1));
$this->assertEquals('5.43', format_float(5.43000, -1));
$this->assertEquals('5', format_float(5, -1));
$this->assertEquals('5', format_float(5.0, -1));
$this->assertEquals('0.543', format_float('5.43e-1', -1));
$this->assertEquals('0.543', format_float('5.43000e-1', -1));
// Option to strip ending zeros after rounding.
$this->assertEquals('5.43', format_float(5.43, 5, true, true));
$this->assertEquals('5', format_float(5.0001, 3, true, true));
// Tests with a localised decimal separator.
$this->define_local_decimal_separator();
// Localisation on (default).
$this->assertEquals('5X43000', format_float(5.43, 5));
$this->assertEquals('5X43', format_float(5.43, 5, true, true));
// Localisation off.
$this->assertEquals('5.43000', format_float(5.43, 5, false));
$this->assertEquals('5.43', format_float(5.43, 5, false, true));
// Tests with tilde as localised decimal separator.
$this->define_local_decimal_separator('~');
// Must also work for '~' as decimal separator.
$this->assertEquals('5', format_float(5.0001, 3, true, true));
$this->assertEquals('5~43000', format_float(5.43, 5));
$this->assertEquals('5~43', format_float(5.43, 5, true, true));
}
/**
* Test localised float unformatting.
*/
public function test_unformat_float() {
// Tests without the localised decimal separator.
// Special case for null, empty or white spaces only strings.
$this->assertEquals(null, unformat_float(null));
$this->assertEquals(null, unformat_float(''));
$this->assertEquals(null, unformat_float(' '));
// Regular use.
$this->assertEquals(5.4, unformat_float('5.4'));
$this->assertEquals(5.4, unformat_float('5.4', true));
// No decimal.
$this->assertEquals(5.0, unformat_float('5'));
// Custom number of decimal.
$this->assertEquals(5.43267, unformat_float('5.43267'));
// Empty decimal.
$this->assertEquals(100.0, unformat_float('100.00'));
// With the thousand separator.
$this->assertEquals(1000.0, unformat_float('1 000'));
$this->assertEquals(1000.32, unformat_float('1 000.32'));
// Negative number.
$this->assertEquals(-100.0, unformat_float('-100'));
// Wrong value.
$this->assertEquals(0.0, unformat_float('Wrong value'));
// Wrong value in strict mode.
$this->assertFalse(unformat_float('Wrong value', true));
// Combining options.
$this->assertEquals(-1023.862567, unformat_float(' -1 023.862567 '));
// Bad decimal separator (should crop the decimal).
$this->assertEquals(50.0, unformat_float('50,57'));
// Bad decimal separator in strict mode (should return false).
$this->assertFalse(unformat_float('50,57', true));
// Tests with a localised decimal separator.
$this->define_local_decimal_separator();
// We repeat the tests above but with the current decimal separator.
// Regular use without and with the localised separator.
$this->assertEquals (5.4, unformat_float('5.4'));
$this->assertEquals (5.4, unformat_float('5X4'));
// Custom number of decimal.
$this->assertEquals (5.43267, unformat_float('5X43267'));
// Empty decimal.
$this->assertEquals (100.0, unformat_float('100X00'));
// With the thousand separator.
$this->assertEquals (1000.32, unformat_float('1 000X32'));
// Bad different separator (should crop the decimal).
$this->assertEquals (50.0, unformat_float('50Y57'));
// Bad different separator in strict mode (should return false).
$this->assertFalse (unformat_float('50Y57', true));
// Combining options.
$this->assertEquals (-1023.862567, unformat_float(' -1 023X862567 '));
// Combining options in strict mode.
$this->assertEquals (-1023.862567, unformat_float(' -1 023X862567 ', true));
}
/**
* Test deleting of users.
*/
public function test_delete_user() {
global $DB, $CFG;
$this->resetAfterTest();
$guest = $DB->get_record('user', array('id'=>$CFG->siteguest), '*', MUST_EXIST);
$admin = $DB->get_record('user', array('id'=>$CFG->siteadmins), '*', MUST_EXIST);
$this->assertEquals(0, $DB->count_records('user', array('deleted'=>1)));
$user = $this->getDataGenerator()->create_user(array('idnumber'=>'abc'));
$user2 = $this->getDataGenerator()->create_user(array('idnumber'=>'xyz'));
$usersharedemail1 = $this->getDataGenerator()->create_user(array('email' => 'sharedemail@example.invalid'));
$usersharedemail2 = $this->getDataGenerator()->create_user(array('email' => 'sharedemail@example.invalid'));
$useremptyemail1 = $this->getDataGenerator()->create_user(array('email' => ''));
$useremptyemail2 = $this->getDataGenerator()->create_user(array('email' => ''));
// Delete user and capture event.
$sink = $this->redirectEvents();
$result = delete_user($user);
$events = $sink->get_events();
$sink->close();
$event = array_pop($events);
// Test user is deleted in DB.
$this->assertTrue($result);
$deluser = $DB->get_record('user', array('id'=>$user->id), '*', MUST_EXIST);
$this->assertEquals(1, $deluser->deleted);
$this->assertEquals(0, $deluser->picture);
$this->assertSame('', $deluser->idnumber);
$this->assertSame(md5($user->username), $deluser->email);
$this->assertRegExp('/^'.preg_quote($user->email, '/').'\.\d*$/', $deluser->username);
$this->assertEquals(1, $DB->count_records('user', array('deleted'=>1)));
// Test Event.
$this->assertInstanceOf('\core\event\user_deleted', $event);
$this->assertSame($user->id, $event->objectid);
$this->assertSame('user_deleted', $event->get_legacy_eventname());
$this->assertEventLegacyData($user, $event);
$expectedlogdata = array(SITEID, 'user', 'delete', "view.php?id=$user->id", $user->firstname.' '.$user->lastname);
$this->assertEventLegacyLogData($expectedlogdata, $event);
$eventdata = $event->get_data();
$this->assertSame($eventdata['other']['username'], $user->username);
$this->assertSame($eventdata['other']['email'], $user->email);
$this->assertSame($eventdata['other']['idnumber'], $user->idnumber);
$this->assertSame($eventdata['other']['picture'], $user->picture);
$this->assertSame($eventdata['other']['mnethostid'], $user->mnethostid);
$this->assertEquals($user, $event->get_record_snapshot('user', $event->objectid));
$this->assertEventContextNotUsed($event);
// Try invalid params.
$record = new stdClass();
$record->grrr = 1;
try {
delete_user($record);
$this->fail('Expecting exception for invalid delete_user() $user parameter');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
$record->id = 1;
try {
delete_user($record);
$this->fail('Expecting exception for invalid delete_user() $user parameter');
} catch (moodle_exception $ex) {
$this->assertInstanceOf('coding_exception', $ex);
}
$record = new stdClass();
$record->id = 666;
$record->username = 'xx';
$this->assertFalse($DB->record_exists('user', array('id'=>666))); // Any non-existent id is ok.
$result = delete_user($record);
$this->assertFalse($result);
$result = delete_user($guest);
$this->assertFalse($result);
$result = delete_user($admin);
$this->assertFalse($result);
// Simultaneously deleting users with identical email addresses.
$result1 = delete_user($usersharedemail1);
$result2 = delete_user($usersharedemail2);
$usersharedemail1after = $DB->get_record('user', array('id' => $usersharedemail1->id));
$usersharedemail2after = $DB->get_record('user', array('id' => $usersharedemail2->id));
$this->assertTrue($result1);
$this->assertTrue($result2);
$this->assertStringStartsWith($usersharedemail1->email . '.', $usersharedemail1after->username);
$this->assertStringStartsWith($usersharedemail2->email . '.', $usersharedemail2after->username);
// Simultaneously deleting users without email addresses.
$result1 = delete_user($useremptyemail1);
$result2 = delete_user($useremptyemail2);
$useremptyemail1after = $DB->get_record('user', array('id' => $useremptyemail1->id));
$useremptyemail2after = $DB->get_record('user', array('id' => $useremptyemail2->id));
$this->assertTrue($result1);
$this->assertTrue($result2);
$this->assertStringStartsWith($useremptyemail1->username . '.' . $useremptyemail1->id . '@unknownemail.invalid.',
$useremptyemail1after->username);
$this->assertStringStartsWith($useremptyemail2->username . '.' . $useremptyemail2->id . '@unknownemail.invalid.',
$useremptyemail2after->username);
$this->resetDebugging();
}
/**
* Test deletion of user with long username
*/
public function test_delete_user_long_username() {
global $DB;
$this->resetAfterTest();
// For users without an e-mail, one will be created during deletion using {$username}.{$id}@unknownemail.invalid format.
$user = $this->getDataGenerator()->create_user([
'username' => str_repeat('a', 75),
'email' => '',
]);
delete_user($user);
// The username for the deleted user shouldn't exceed 100 characters.
$usernamedeleted = $DB->get_field('user', 'username', ['id' => $user->id]);
$this->assertEquals(100, core_text::strlen($usernamedeleted));
$timestrlength = core_text::strlen((string) time());
// It should start with the user name, and end with the current time.
$this->assertStringStartsWith("{$user->username}.{$user->id}@", $usernamedeleted);
$this->assertRegExp('/\.\d{' . $timestrlength . '}$/', $usernamedeleted);
}
/**
* Test deletion of user with long email address
*/
public function test_delete_user_long_email() {
global $DB;
$this->resetAfterTest();
// Create user with 90 character email address.
$user = $this->getDataGenerator()->create_user([
'email' => str_repeat('a', 78) . '@example.com',
]);
delete_user($user);
// The username for the deleted user shouldn't exceed 100 characters.
$usernamedeleted = $DB->get_field('user', 'username', ['id' => $user->id]);
$this->assertEquals(100, core_text::strlen($usernamedeleted));
$timestrlength = core_text::strlen((string) time());
// Max username length is 100 chars. Select up to limit - (length of current time + 1 [period character]) from users email.
$expectedemail = core_text::substr($user->email, 0, 100 - ($timestrlength + 1));
$this->assertRegExp('/^' . preg_quote($expectedemail) . '\.\d{' . $timestrlength . '}$/', $usernamedeleted);
}
/**
* Test function convert_to_array()
*/
public function test_convert_to_array() {
// Check that normal classes are converted to arrays the same way as (array) would do.
$obj = new stdClass();
$obj->prop1 = 'hello';
$obj->prop2 = array('first', 'second', 13);
$obj->prop3 = 15;
$this->assertEquals(convert_to_array($obj), (array)$obj);
// Check that context object (with iterator) is converted to array properly.
$obj = context_system::instance();
$ar = array(
'id' => $obj->id,
'contextlevel' => $obj->contextlevel,
'instanceid' => $obj->instanceid,
'path' => $obj->path,
'depth' => $obj->depth,
'locked' => $obj->locked,
);
$this->assertEquals(convert_to_array($obj), $ar);
}
/**
* Test the function date_format_string().
*/
public function test_date_format_string() {
global $CFG;
$this->resetAfterTest();
$this->setTimezone(99, 'Australia/Perth');
$tests = array(
array(
'tz' => 99,
'str' => '%A, %d %B %Y, %I:%M %p',
'expected' => 'Saturday, 01 January 2011, 06:00 PM'
),
array(
'tz' => 0,
'str' => '%A, %d %B %Y, %I:%M %p',
'expected' => 'Saturday, 01 January 2011, 10:00 AM'
),
array(
// Note: this function expected the timestamp in weird format before,
// since 2.9 it uses UTC.
'tz' => 'Pacific/Auckland',
'str' => '%A, %d %B %Y, %I:%M %p',
'expected' => 'Saturday, 01 January 2011, 11:00 PM'
),
// Following tests pass on Windows only because en lang pack does
// not contain localewincharset, in real life lang pack maintainers
// may use only characters that are present in localewincharset
// in format strings!
array(
'tz' => 99,
'str' => 'Žluťoučký koníček %A',
'expected' => 'Žluťoučký koníček Saturday'
),
array(
'tz' => 99,
'str' => '言語設定言語 %A',
'expected' => '言語設定言語 Saturday'
),
array(
'tz' => 99,
'str' => '简体中文简体 %A',
'expected' => '简体中文简体 Saturday'
),
);
// Note: date_format_string() uses the timezone only to differenciate
// the server time from the UTC time. It does not modify the timestamp.
// Hence similar results for timezones <= 13.
// On different systems case of AM PM changes so compare case insensitive.
foreach ($tests as $test) {
$str = date_format_string(1293876000, $test['str'], $test['tz']);
$this->assertSame(core_text::strtolower($test['expected']), core_text::strtolower($str));
}
}
public function test_get_config() {
global $CFG;
$this->resetAfterTest();
// Preparation.
set_config('phpunit_test_get_config_1', 'test 1');
set_config('phpunit_test_get_config_2', 'test 2', 'mod_forum');
if (!is_array($CFG->config_php_settings)) {
$CFG->config_php_settings = array();
}
$CFG->config_php_settings['phpunit_test_get_config_3'] = 'test 3';
if (!is_array($CFG->forced_plugin_settings)) {
$CFG->forced_plugin_settings = array();
}
if (!array_key_exists('mod_forum', $CFG->forced_plugin_settings)) {
$CFG->forced_plugin_settings['mod_forum'] = array();
}
$CFG->forced_plugin_settings['mod_forum']['phpunit_test_get_config_4'] = 'test 4';
$CFG->phpunit_test_get_config_5 = 'test 5';
// Testing.
$this->assertSame('test 1', get_config('core', 'phpunit_test_get_config_1'));
$this->assertSame('test 2', get_config('mod_forum', 'phpunit_test_get_config_2'));
$this->assertSame('test 3', get_config('core', 'phpunit_test_get_config_3'));
$this->assertSame('test 4', get_config('mod_forum', 'phpunit_test_get_config_4'));
$this->assertFalse(get_config('core', 'phpunit_test_get_config_5'));
$this->assertFalse(get_config('core', 'phpunit_test_get_config_x'));
$this->assertFalse(get_config('mod_forum', 'phpunit_test_get_config_x'));
// Test config we know to exist.
$this->assertSame($CFG->dataroot, get_config('core', 'dataroot'));
$this->assertSame($CFG->phpunit_dataroot, get_config('core', 'phpunit_dataroot'));
$this->assertSame($CFG->dataroot, get_config('core', 'phpunit_dataroot'));
$this->assertSame(get_config('core', 'dataroot'), get_config('core', 'phpunit_dataroot'));
// Test setting a config var that already exists.
set_config('phpunit_test_get_config_1', 'test a');
$this->assertSame('test a', $CFG->phpunit_test_get_config_1);
$this->assertSame('test a', get_config('core', 'phpunit_test_get_config_1'));
// Test cache invalidation.
$cache = cache::make('core', 'config');
< $this->assertInternalType('array', $cache->get('core'));
< $this->assertInternalType('array', $cache->get('mod_forum'));
> $this->assertIsArray($cache->get('core'));
> $this->assertIsArray($cache->get('mod_forum'));
set_config('phpunit_test_get_config_1', 'test b');
$this->assertFalse($cache->get('core'));
set_config('phpunit_test_get_config_4', 'test c', 'mod_forum');
$this->assertFalse($cache->get('mod_forum'));
}
public function test_get_max_upload_sizes() {
// Test with very low limits so we are not affected by php upload limits.
// Test activity limit smallest.
$sitebytes = 102400;
$coursebytes = 51200;
$modulebytes = 10240;
$result = get_max_upload_sizes($sitebytes, $coursebytes, $modulebytes);
$this->assertSame('Activity upload limit (10KB)', $result['0']);
$this->assertCount(2, $result);
// Test course limit smallest.
$sitebytes = 102400;
$coursebytes = 10240;
$modulebytes = 51200;
$result = get_max_upload_sizes($sitebytes, $coursebytes, $modulebytes);
$this->assertSame('Course upload limit (10KB)', $result['0']);
$this->assertCount(2, $result);
// Test site limit smallest.
$sitebytes = 10240;
$coursebytes = 102400;
$modulebytes = 51200;
$result = get_max_upload_sizes($sitebytes, $coursebytes, $modulebytes);
$this->assertSame('Site upload limit (10KB)', $result['0']);
$this->assertCount(2, $result);
// Test site limit not set.
$sitebytes = 0;
$coursebytes = 102400;
$modulebytes = 51200;
$result = get_max_upload_sizes($sitebytes, $coursebytes, $modulebytes);
$this->assertSame('Activity upload limit (50KB)', $result['0']);
$this->assertCount(3, $result);
$sitebytes = 0;
$coursebytes = 51200;
$modulebytes = 102400;
$result = get_max_upload_sizes($sitebytes, $coursebytes, $modulebytes);
$this->assertSame('Course upload limit (50KB)', $result['0']);
$this->assertCount(3, $result);
// Test custom bytes in range.
$sitebytes = 102400;
$coursebytes = 51200;
$modulebytes = 51200;
$custombytes = 10240;
$result = get_max_upload_sizes($sitebytes, $coursebytes, $modulebytes, $custombytes);
$this->assertCount(3, $result);
// Test custom bytes in range but non-standard.
$sitebytes = 102400;
$coursebytes = 51200;
$modulebytes = 51200;
$custombytes = 25600;
$result = get_max_upload_sizes($sitebytes, $coursebytes, $modulebytes, $custombytes);
$this->assertCount(4, $result);
// Test custom bytes out of range.
$sitebytes = 102400;
$coursebytes = 51200;
$modulebytes = 51200;
$custombytes = 102400;
$result = get_max_upload_sizes($sitebytes, $coursebytes, $modulebytes, $custombytes);
$this->assertCount(3, $result);
// Test custom bytes out of range and non-standard.
$sitebytes = 102400;
$coursebytes = 51200;
$modulebytes = 51200;
$custombytes = 256000;
$result = get_max_upload_sizes($sitebytes, $coursebytes, $modulebytes, $custombytes);
$this->assertCount(3, $result);
// Test site limit only.
$sitebytes = 51200;
$result = get_max_upload_sizes($sitebytes);
$this->assertSame('Site upload limit (50KB)', $result['0']);
$this->assertSame('50KB', $result['51200']);
$this->assertSame('10KB', $result['10240']);
$this->assertCount(3, $result);
// Test no limit.
$result = get_max_upload_sizes();
$this->assertArrayHasKey('0', $result);
$this->assertArrayHasKey(get_max_upload_file_size(), $result);
}
/**
* Test function password_is_legacy_hash().
*/
public function test_password_is_legacy_hash() {
// Well formed md5s should be matched.
foreach (array('some', 'strings', 'to_check!') as $string) {
$md5 = md5($string);
$this->assertTrue(password_is_legacy_hash($md5));
}
// Strings that are not md5s should not be matched.
foreach (array('', AUTH_PASSWORD_NOT_CACHED, 'IPW8WTcsWNgAWcUS1FBVHegzJnw5M2jOmYkmfc8z.xdBOyC4Caeum') as $notmd5) {
$this->assertFalse(password_is_legacy_hash($notmd5));
}
}
/**
* Test function validate_internal_user_password().
*/
public function test_validate_internal_user_password() {
// Test bcrypt hashes.
$validhashes = array(
'pw' => '$2y$10$LOSDi5eaQJhutSRun.OVJ.ZSxQZabCMay7TO1KmzMkDMPvU40zGXK',
'abc' => '$2y$10$VWTOhVdsBbWwtdWNDRHSpewjd3aXBQlBQf5rBY/hVhw8hciarFhXa',
'C0mP1eX_&}<?@*&%` |\"' => '$2y$10$3PJf.q.9ywNJlsInPbqc8.IFeSsvXrGvQLKRFBIhVu1h1I3vpIry6',
'ĩńťėŕňăţĩōŋāĹ' => '$2y$10$3A2Y8WpfRAnP3czJiSv6N.6Xp0T8hW3QZz2hUCYhzyWr1kGP1yUve'
);
foreach ($validhashes as $password => $hash) {
$user = new stdClass();
$user->auth = 'manual';
$user->password = $hash;
// The correct password should be validated.
$this->assertTrue(validate_internal_user_password($user, $password));
// An incorrect password should not be validated.
$this->assertFalse(validate_internal_user_password($user, 'badpw'));
}
}
/**
* Test function hash_internal_user_password().
*/
public function test_hash_internal_user_password() {
$passwords = array('pw', 'abc123', 'C0mP1eX_&}<?@*&%` |\"', 'ĩńťėŕňăţĩōŋāĹ');
// Check that some passwords that we convert to hashes can
// be validated.
foreach ($passwords as $password) {
$hash = hash_internal_user_password($password);
$fasthash = hash_internal_user_password($password, true);
$user = new stdClass();
$user->auth = 'manual';
$user->password = $hash;
$this->assertTrue(validate_internal_user_password($user, $password));
// They should not be in md5 format.
$this->assertFalse(password_is_legacy_hash($hash));
// Check that cost factor in hash is correctly set.
$this->assertRegExp('/\$10\$/', $hash);
$this->assertRegExp('/\$04\$/', $fasthash);
}
}
/**
* Test function update_internal_user_password().
*/
public function test_update_internal_user_password() {
global $DB;
$this->resetAfterTest();
$passwords = array('password', '1234', 'changeme', '****');
foreach ($passwords as $password) {
$user = $this->getDataGenerator()->create_user(array('auth'=>'manual'));
update_internal_user_password($user, $password);
// The user object should have been updated.
$this->assertTrue(validate_internal_user_password($user, $password));
// The database field for the user should also have been updated to the
// same value.
$this->assertSame($user->password, $DB->get_field('user', 'password', array('id' => $user->id)));
}
$user = $this->getDataGenerator()->create_user(array('auth'=>'manual'));
// Manually set the user's password to the md5 of the string 'password'.
$DB->set_field('user', 'password', '5f4dcc3b5aa765d61d8327deb882cf99', array('id' => $user->id));
$sink = $this->redirectEvents();
// Update the password.
update_internal_user_password($user, 'password');
$events = $sink->get_events();
$sink->close();
$event = array_pop($events);
// Password should have been updated to a bcrypt hash.
$this->assertFalse(password_is_legacy_hash($user->password));
// Verify event information.
$this->assertInstanceOf('\core\event\user_password_updated', $event);
$this->assertSame($user->id, $event->relateduserid);
$this->assertEquals(context_user::instance($user->id), $event->get_context());
$this->assertEventContextNotUsed($event);
// Verify recovery of property 'auth'.
unset($user->auth);
update_internal_user_password($user, 'newpassword');
$this->assertDebuggingCalled('User record in update_internal_user_password() must include field auth',
DEBUG_DEVELOPER);
$this->assertEquals('manual', $user->auth);
}
/**
* Testing that if the password is not cached, that it does not update
* the user table and fire event.
*/
public function test_update_internal_user_password_no_cache() {
global $DB;
$this->resetAfterTest();
$user = $this->getDataGenerator()->create_user(array('auth' => 'cas'));
$DB->update_record('user', ['id' => $user->id, 'password' => AUTH_PASSWORD_NOT_CACHED]);
$user->password = AUTH_PASSWORD_NOT_CACHED;
$sink = $this->redirectEvents();
update_internal_user_password($user, 'wonkawonka');
$this->assertEquals(0, $sink->count(), 'User updated event should not fire');
}
/**
* Test if the user has a password hash, but now their auth method
* says not to cache it. Then it should update.
*/
public function test_update_internal_user_password_update_no_cache() {
$this->resetAfterTest();
$user = $this->getDataGenerator()->create_user(array('password' => 'test'));
$this->assertNotEquals(AUTH_PASSWORD_NOT_CACHED, $user->password);
$user->auth = 'cas'; // Change to a auth that does not store passwords.
$sink = $this->redirectEvents();
update_internal_user_password($user, 'wonkawonka');
$this->assertGreaterThanOrEqual(1, $sink->count(), 'User updated event should fire');
$this->assertEquals(AUTH_PASSWORD_NOT_CACHED, $user->password);
}
public function test_fullname() {
global $CFG;
$this->resetAfterTest();
// Create a user to test the name display on.
$record = array();
$record['firstname'] = 'Scott';
$record['lastname'] = 'Fletcher';
$record['firstnamephonetic'] = 'スコット';
$record['lastnamephonetic'] = 'フレチャー';
$record['alternatename'] = 'No friends';
$user = $this->getDataGenerator()->create_user($record);
// Back up config settings for restore later.
$originalcfg = new stdClass();
$originalcfg->fullnamedisplay = $CFG->fullnamedisplay;
$originalcfg->alternativefullnameformat = $CFG->alternativefullnameformat;
// Testing existing fullnamedisplay settings.
$CFG->fullnamedisplay = 'firstname';
$testname = fullname($user);
$this->assertSame($user->firstname, $testname);
$CFG->fullnamedisplay = 'firstname lastname';
$expectedname = "$user->firstname $user->lastname";
$testname = fullname($user);
$this->assertSame($expectedname, $testname);
$CFG->fullnamedisplay = 'lastname firstname';
$expectedname = "$user->lastname $user->firstname";
$testname = fullname($user);
$this->assertSame($expectedname, $testname);
$expectedname = get_string('fullnamedisplay', null, $user);
$CFG->fullnamedisplay = 'language';
$testname = fullname($user);
$this->assertSame($expectedname, $testname);
// Test override parameter.
$CFG->fullnamedisplay = 'firstname';
$expectedname = "$user->firstname $user->lastname";
$testname = fullname($user, true);
$this->assertSame($expectedname, $testname);
// Test alternativefullnameformat setting.
// Test alternativefullnameformat that has been set to nothing.
$CFG->alternativefullnameformat = '';
$expectedname = "$user->firstname $user->lastname";
$testname = fullname($user, true);
$this->assertSame($expectedname, $testname);
// Test alternativefullnameformat that has been set to 'language'.
$CFG->alternativefullnameformat = 'language';
$expectedname = "$user->firstname $user->lastname";
$testname = fullname($user, true);
$this->assertSame($expectedname, $testname);
// Test customising the alternativefullnameformat setting with all additional name fields.
$CFG->alternativefullnameformat = 'firstname lastname firstnamephonetic lastnamephonetic middlename alternatename';
$expectedname = "$user->firstname $user->lastname $user->firstnamephonetic $user->lastnamephonetic $user->middlename $user->alternatename";
$testname = fullname($user, true);
$this->assertSame($expectedname, $testname);
// Test additional name fields.
$CFG->fullnamedisplay = 'lastname lastnamephonetic firstname firstnamephonetic';
$expectedname = "$user->lastname $user->lastnamephonetic $user->firstname $user->firstnamephonetic";
$testname = fullname($user);
$this->assertSame($expectedname, $testname);
// Test for handling missing data.
$user->middlename = null;
// Parenthesis with no data.
$CFG->fullnamedisplay = 'firstname (middlename) lastname';
$expectedname = "$user->firstname $user->lastname";
$testname = fullname($user);
$this->assertSame($expectedname, $testname);
// Extra spaces due to no data.
$CFG->fullnamedisplay = 'firstname middlename lastname';
$expectedname = "$user->firstname $user->lastname";
$testname = fullname($user);
$this->assertSame($expectedname, $testname);
// Regular expression testing.
// Remove some data from the user fields.
$user->firstnamephonetic = '';
$user->lastnamephonetic = '';
// Removing empty brackets and excess whitespace.
// All of these configurations should resolve to just firstname lastname.
$configarray = array();
$configarray[] = 'firstname lastname [firstnamephonetic lastnamephonetic]';
$configarray[] = 'firstname lastname \'middlename\'';
$configarray[] = 'firstname "firstnamephonetic" lastname';
$configarray[] = 'firstname 「firstnamephonetic」 lastname 「lastnamephonetic」';
foreach ($configarray as $config) {
$CFG->fullnamedisplay = $config;
$expectedname = "$user->firstname $user->lastname";
$testname = fullname($user);
$this->assertSame($expectedname, $testname);
}
// Check to make sure that other characters are left in place.
$configarray = array();
$configarray['0'] = new stdClass();
$configarray['0']->config = 'lastname firstname, middlename';
$configarray['0']->expectedname = "$user->lastname $user->firstname,";
$configarray['1'] = new stdClass();
$configarray['1']->config = 'lastname firstname + alternatename';
$configarray['1']->expectedname = "$user->lastname $user->firstname + $user->alternatename";
$configarray['2'] = new stdClass();
$configarray['2']->config = 'firstname aka: alternatename';
$configarray['2']->expectedname = "$user->firstname aka: $user->alternatename";
$configarray['3'] = new stdClass();
$configarray['3']->config = 'firstname (alternatename)';
$configarray['3']->expectedname = "$user->firstname ($user->alternatename)";
$configarray['4'] = new stdClass();
$configarray['4']->config = 'firstname [alternatename]';
$configarray['4']->expectedname = "$user->firstname [$user->alternatename]";
$configarray['5'] = new stdClass();
$configarray['5']->config = 'firstname "lastname"';
$configarray['5']->expectedname = "$user->firstname \"$user->lastname\"";
foreach ($configarray as $config) {
$CFG->fullnamedisplay = $config->config;
$expectedname = $config->expectedname;
$testname = fullname($user);
$this->assertSame($expectedname, $testname);
}
// Test debugging message displays when
// fullnamedisplay setting is "normal".
$CFG->fullnamedisplay = 'firstname lastname';
unset($user);
$user = new stdClass();
$user->firstname = 'Stan';
$user->lastname = 'Lee';
$namedisplay = fullname($user);
$this->assertDebuggingCalled();
// Tidy up after we finish testing.
$CFG->fullnamedisplay = $originalcfg->fullnamedisplay;
$CFG->alternativefullnameformat = $originalcfg->alternativefullnameformat;
}
public function test_get_all_user_name_fields() {
$this->resetAfterTest();
// Additional names in an array.
$testarray = array('firstnamephonetic' => 'firstnamephonetic',
'lastnamephonetic' => 'lastnamephonetic',
'middlename' => 'middlename',
'alternatename' => 'alternatename',
'firstname' => 'firstname',
'lastname' => 'lastname');
$this->assertEquals($testarray, get_all_user_name_fields());
// Additional names as a string.
$teststring = 'firstnamephonetic,lastnamephonetic,middlename,alternatename,firstname,lastname';
$this->assertEquals($teststring, get_all_user_name_fields(true));
// Additional names as a string with an alias.
$teststring = 't.firstnamephonetic,t.lastnamephonetic,t.middlename,t.alternatename,t.firstname,t.lastname';
$this->assertEquals($teststring, get_all_user_name_fields(true, 't'));
// Additional name fields with a prefix - object.
$testarray = array('firstnamephonetic' => 'authorfirstnamephonetic',
'lastnamephonetic' => 'authorlastnamephonetic',
'middlename' => 'authormiddlename',
'alternatename' => 'authoralternatename',
'firstname' => 'authorfirstname',
'lastname' => 'authorlastname');
$this->assertEquals($testarray, get_all_user_name_fields(false, null, 'author'));
// Additional name fields with an alias and a title - string.
$teststring = 'u.firstnamephonetic AS authorfirstnamephonetic,u.lastnamephonetic AS authorlastnamephonetic,u.middlename AS authormiddlename,u.alternatename AS authoralternatename,u.firstname AS authorfirstname,u.lastname AS authorlastname';
$this->assertEquals($teststring, get_all_user_name_fields(true, 'u', null, 'author'));
// Test the order parameter of the function.
// Returning an array.
$testarray = array('firstname' => 'firstname',
'lastname' => 'lastname',
'firstnamephonetic' => 'firstnamephonetic',
'lastnamephonetic' => 'lastnamephonetic',
'middlename' => 'middlename',
'alternatename' => 'alternatename'
);
$this->assertEquals($testarray, get_all_user_name_fields(false, null, null, null, true));
// Returning a string.
$teststring = 'firstname,lastname,firstnamephonetic,lastnamephonetic,middlename,alternatename';
$this->assertEquals($teststring, get_all_user_name_fields(true, null, null, null, true));
}
public function test_order_in_string() {
$this->resetAfterTest();
// Return an array in an order as they are encountered in a string.
$valuearray = array('second', 'firsthalf', 'first');
$formatstring = 'first firsthalf some other text (second)';
$expectedarray = array('0' => 'first', '6' => 'firsthalf', '33' => 'second');
$this->assertEquals($expectedarray, order_in_string($valuearray, $formatstring));
// Try again with a different order for the format.
$valuearray = array('second', 'firsthalf', 'first');
$formatstring = 'firsthalf first second';
$expectedarray = array('0' => 'firsthalf', '10' => 'first', '16' => 'second');
$this->assertEquals($expectedarray, order_in_string($valuearray, $formatstring));
// Try again with yet another different order for the format.
$valuearray = array('second', 'firsthalf', 'first');
$formatstring = 'start seconds away second firstquater first firsthalf';
$expectedarray = array('19' => 'second', '38' => 'first', '44' => 'firsthalf');
$this->assertEquals($expectedarray, order_in_string($valuearray, $formatstring));
}
public function test_complete_user_login() {
global $USER, $DB;
$this->resetAfterTest();
$user = $this->getDataGenerator()->create_user();
$this->setUser(0);
$sink = $this->redirectEvents();
$loginuser = clone($user);
$this->setCurrentTimeStart();
@complete_user_login($loginuser); // Hide session header errors.
$this->assertSame($loginuser, $USER);
$this->assertEquals($user->id, $USER->id);
$events = $sink->get_events();
$sink->close();
$this->assertCount(1, $events);
$event = reset($events);
$this->assertInstanceOf('\core\event\user_loggedin', $event);
$this->assertEquals('user', $event->objecttable);
$this->assertEquals($user->id, $event->objectid);
$this->assertEquals(context_system::instance()->id, $event->contextid);
$this->assertEventContextNotUsed($event);
$user = $DB->get_record('user', array('id'=>$user->id));
$this->assertTimeCurrent($user->firstaccess);
$this->assertTimeCurrent($user->lastaccess);
$this->assertTimeCurrent($USER->firstaccess);
$this->assertTimeCurrent($USER->lastaccess);
$this->assertTimeCurrent($USER->currentlogin);
$this->assertSame(sesskey(), $USER->sesskey);
$this->assertTimeCurrent($USER->preference['_lastloaded']);
$this->assertObjectNotHasAttribute('password', $USER);
$this->assertObjectNotHasAttribute('description', $USER);
}
/**
* Test require_logout.
*/
public function test_require_logout() {
$this->resetAfterTest();
$user = $this->getDataGenerator()->create_user();
$this->setUser($user);
$this->assertTrue(isloggedin());
// Logout user and capture event.
$sink = $this->redirectEvents();
require_logout();
$events = $sink->get_events();
$sink->close();
$event = array_pop($events);
// Check if user is logged out.
$this->assertFalse(isloggedin());
// Test Event.
$this->assertInstanceOf('\core\event\user_loggedout', $event);
$this->assertSame($user->id, $event->objectid);
$this->assertSame('user_logout', $event->get_legacy_eventname());
$this->assertEventLegacyData($user, $event);
$expectedlogdata = array(SITEID, 'user', 'logout', 'view.php?id='.$event->objectid.'&course='.SITEID, $event->objectid, 0,
$event->objectid);
$this->assertEventLegacyLogData($expectedlogdata, $event);
$this->assertEventContextNotUsed($event);
}
/**
* A data provider for testing email messageid
*/
public function generate_email_messageid_provider() {
return array(
'nopath' => array(
'wwwroot' => 'http://www.example.com',
'ids' => array(
'a-custom-id' => '<a-custom-id@www.example.com>',
'an-id-with-/-a-slash' => '<an-id-with-%2F-a-slash@www.example.com>',
),
),
'path' => array(
'wwwroot' => 'http://www.example.com/path/subdir',
'ids' => array(
'a-custom-id' => '<a-custom-id/path/subdir@www.example.com>',
'an-id-with-/-a-slash' => '<an-id-with-%2F-a-slash/path/subdir@www.example.com>',
),
),
);
}
/**
* Test email message id generation
*
* @dataProvider generate_email_messageid_provider
*
* @param string $wwwroot The wwwroot
* @param array $msgids An array of msgid local parts and the final result
*/
public function test_generate_email_messageid($wwwroot, $msgids) {
global $CFG;
$this->resetAfterTest();
$CFG->wwwroot = $wwwroot;
foreach ($msgids as $local => $final) {
$this->assertEquals($final, generate_email_messageid($local));
}
}
/**
> * Test email with custom headers
* A data provider for testing email diversion
> */
*/
> public function test_send_email_with_custom_header() {
public function diverted_emails_provider() {
> global $DB, $CFG;
return array(
> $this->preventResetByRollback();
'nodiverts' => array(
> $this->resetAfterTest();
'divertallemailsto' => null,
>
'divertallemailsexcept' => null,
> $touser = $this->getDataGenerator()->create_user();
array(
> $fromuser = $this->getDataGenerator()->create_user();
'foo@example.com',
> $fromuser->customheaders = 'X-Custom-Header: foo';
'test@real.com',
>
'fred.jones@example.com',
> set_config('allowedemaildomains', 'example.com');
'dev1@dev.com',
> set_config('emailheaders', 'X-Fixed-Header: bar');
'fred@example.com',
>
'fred+verp@example.com',
> $sink = $this->redirectEmails();
),
> email_to_user($touser, $fromuser, 'subject', 'message');
false,
>
),
> $emails = $sink->get_messages();
'alldiverts' => array(
> $this->assertCount(1, $emails);
'divertallemailsto' => 'somewhere@elsewhere.com',
> $email = reset($emails);
'divertallemailsexcept' => null,
> $this->assertStringContainsString('X-Custom-Header: foo', $email->header);
array(
> $this->assertStringContainsString("X-Fixed-Header: bar", $email->header);
'foo@example.com',
> $sink->clear();
'test@real.com',
> }
'fred.jones@example.com',
>
'dev1@dev.com',
> /**
'fred@example.com',
'fred+verp@example.com',
),
true,
),
'alsodiverts' => array(
'divertallemailsto' => 'somewhere@elsewhere.com',
'divertallemailsexcept' => '@dev.com, fred(\+.*)?@example.com',
array(
'foo@example.com',
'test@real.com',
'fred.jones@example.com',
),
true,
),
'divertsexceptions' => array(
'divertallemailsto' => 'somewhere@elsewhere.com',
'divertallemailsexcept' => '@dev.com, fred(\+.*)?@example.com',
array(
'dev1@dev.com',
'fred@example.com',
'fred+verp@example.com',
),
false,
),
> 'divertsexceptionsnewline' => array(
);
> 'divertallemailsto' => 'somewhere@elsewhere.com',
}
> 'divertallemailsexcept' => "@dev.com\nfred(\+.*)?@example.com",
> array(
/**
> 'dev1@dev.com',
* Test email diversion
> 'fred@example.com',
*
> 'fred+verp@example.com',
* @dataProvider diverted_emails_provider
> ),
*
> false,
* @param string $divertallemailsto An optional email address
> ),
* @param string $divertallemailsexcept An optional exclusion list
> 'alsodivertsnewline' => array(
* @param array $addresses An array of test addresses
> 'divertallemailsto' => 'somewhere@elsewhere.com',
* @param boolean $expected Expected result
> 'divertallemailsexcept' => "@dev.com\nfred(\+.*)?@example.com",
*/
> array(
public function test_email_should_be_diverted($divertallemailsto, $divertallemailsexcept, $addresses, $expected) {
> 'foo@example.com',
global $CFG;
> 'test@real.com',
> 'fred.jones@example.com',
$this->resetAfterTest();
> ),
$CFG->divertallemailsto = $divertallemailsto;
> true,
$CFG->divertallemailsexcept = $divertallemailsexcept;
> ),
foreach ($addresses as $address) {
$this->assertEquals($expected, email_should_be_diverted($address));
}
}
public function test_email_to_user() {
global $CFG;
$this->resetAfterTest();
$user1 = $this->getDataGenerator()->create_user(array('maildisplay' => 1, 'mailformat' => 0));
$user2 = $this->getDataGenerator()->create_user(array('maildisplay' => 1, 'mailformat' => 1));
$user3 = $this->getDataGenerator()->create_user(array('maildisplay' => 0));
set_config('allowedemaildomains', "example.com\r\nmoodle.org");
$subject = 'subject';
$messagetext = 'message text';
$subject2 = 'subject 2';
$messagetext2 = '<b>message text 2</b>';
// Close the default email sink.
$sink = $this->redirectEmails();
$sink->close();
$CFG->noemailever = true;
$this->assertNotEmpty($CFG->noemailever);
email_to_user($user1, $user2, $subject, $messagetext);
$this->assertDebuggingCalled('Not sending email due to $CFG->noemailever config setting');
unset_config('noemailever');
email_to_user($user1, $user2, $subject, $messagetext);
$this->assertDebuggingCalled('Unit tests must not send real emails! Use $this->redirectEmails()');
$sink = $this->redirectEmails();
email_to_user($user1, $user2, $subject, $messagetext);
email_to_user($user2, $user1, $subject2, $messagetext2);
$this->assertSame(2, $sink->count());
$result = $sink->get_messages();
$this->assertCount(2, $result);
$sink->close();
$this->assertSame($subject, $result[0]->subject);
$this->assertSame($messagetext, trim($result[0]->body));
$this->assertSame($user1->email, $result[0]->to);
$this->assertSame($user2->email, $result[0]->from);
< $this->assertContains('Content-Type: text/plain', $result[0]->header);
> $this->assertStringContainsString('Content-Type: text/plain', $result[0]->header);
$this->assertSame($subject2, $result[1]->subject);
< $this->assertContains($messagetext2, quoted_printable_decode($result[1]->body));
> $this->assertStringContainsString($messagetext2, quoted_printable_decode($result[1]->body));
$this->assertSame($user2->email, $result[1]->to);
$this->assertSame($user1->email, $result[1]->from);
< $this->assertNotContains('Content-Type: text/plain', $result[1]->header);
> $this->assertStringNotContainsString('Content-Type: text/plain', $result[1]->header);
email_to_user($user1, $user2, $subject, $messagetext);
$this->assertDebuggingCalled('Unit tests must not send real emails! Use $this->redirectEmails()');
// Test that an empty noreplyaddress will default to a no-reply address.
$sink = $this->redirectEmails();
email_to_user($user1, $user3, $subject, $messagetext);
$result = $sink->get_messages();
$this->assertEquals($CFG->noreplyaddress, $result[0]->from);
$sink->close();
set_config('noreplyaddress', '');
$sink = $this->redirectEmails();
email_to_user($user1, $user3, $subject, $messagetext);
$result = $sink->get_messages();
$this->assertEquals('noreply@www.example.com', $result[0]->from);
$sink->close();
// Test $CFG->allowedemaildomains.
set_config('noreplyaddress', 'noreply@www.example.com');
$this->assertNotEmpty($CFG->allowedemaildomains);
$sink = $this->redirectEmails();
email_to_user($user1, $user2, $subject, $messagetext);
unset_config('allowedemaildomains');
email_to_user($user1, $user2, $subject, $messagetext);
$result = $sink->get_messages();
$this->assertNotEquals($CFG->noreplyaddress, $result[0]->from);
$this->assertEquals($CFG->noreplyaddress, $result[1]->from);
$sink->close();
// Try to send an unsafe attachment, we should see an error message in the eventual mail body.
$attachment = '../test.txt';
$attachname = 'txt';
$sink = $this->redirectEmails();
email_to_user($user1, $user2, $subject, $messagetext, '', $attachment, $attachname);
$this->assertSame(1, $sink->count());
$result = $sink->get_messages();
$this->assertCount(1, $result);
< $this->assertContains('error.txt', $result[0]->body);
< $this->assertContains('Error in attachment. User attempted to attach a filename with a unsafe name.', $result[0]->body);
> $this->assertStringContainsString('error.txt', $result[0]->body);
> $this->assertStringContainsString('Error in attachment. User attempted to attach a filename with a unsafe name.', $result[0]->body);
$sink->close();
}
/**
* Data provider for {@see test_email_to_user_attachment}
*
* @return array
*/
public function email_to_user_attachment_provider(): array {
global $CFG;
// Return all paths that can be used to send attachments from.
return [
'cachedir' => [$CFG->cachedir],
'dataroot' => [$CFG->dataroot],
'dirroot' => [$CFG->dirroot],
'localcachedir' => [$CFG->localcachedir],
'tempdir' => [$CFG->tempdir],
> // Paths within $CFG->localrequestdir.
// Pass null to indicate we want to test a path relative to $CFG->dataroot.
> 'localrequestdir_request_directory' => [make_request_directory()],
'relative' => [null]
> 'localrequestdir_request_storage_directory' => [get_request_storage_directory()],
];
}
/**
* Test sending attachments with email_to_user
*
* @param string|null $filedir
*
* @dataProvider email_to_user_attachment_provider
*/
public function test_email_to_user_attachment(?string $filedir): void {
global $CFG;
// If $filedir is null, then write our test file to $CFG->dataroot.
$filepath = ($filedir ?: $CFG->dataroot) . '/hello.txt';
file_put_contents($filepath, 'Hello');
$user = core_user::get_support_user();
$message = 'Test attachment path';
// Create sink to catch all sent e-mails.
$sink = $this->redirectEmails();
// Attachment path will be that of the test file if $filedir was passed, otherwise the relative path from $CFG->dataroot.
$filename = basename($filepath);
$attachmentpath = $filedir ? $filepath : $filename;
email_to_user($user, $user, $message, $message, $message, $attachmentpath, $filename);
$messages = $sink->get_messages();
$sink->close();
$this->assertCount(1, $messages);
// Verify attachment in message body (attachment is in MIME format, but we can detect some Content fields).
$messagebody = reset($messages)->body;
$this->assertStringContainsString('Content-Type: text/plain; name=' . $filename, $messagebody);
< $this->assertContains('Content-Disposition: attachment; filename=' . $filename, $messagebody);
> $this->assertStringContainsString('Content-Disposition: attachment; filename=' . $filename, $messagebody);
// Cleanup.
unlink($filepath);
}
/**
* Test sending an attachment that doesn't exist to email_to_user
*/
public function test_email_to_user_attachment_missing(): void {
$user = core_user::get_support_user();
$message = 'Test attachment path';
// Create sink to catch all sent e-mails.
$sink = $this->redirectEmails();
$attachmentpath = '/hola/hello.txt';
$filename = basename($attachmentpath);
email_to_user($user, $user, $message, $message, $message, $attachmentpath, $filename);
$messages = $sink->get_messages();
$sink->close();
$this->assertCount(1, $messages);
// Verify attachment not in message body (attachment is in MIME format, but we can detect some Content fields).
$messagebody = reset($messages)->body;
< $this->assertNotContains('Content-Type: text/plain; name="' . $filename . '"', $messagebody);
< $this->assertNotContains('Content-Disposition: attachment; filename=' . $filename, $messagebody);
> $this->assertStringNotContainsString('Content-Type: text/plain; name="' . $filename . '"', $messagebody);
> $this->assertStringNotContainsString('Content-Disposition: attachment; filename=' . $filename, $messagebody);
}
/**
* Test setnew_password_and_mail.
*/
public function test_setnew_password_and_mail() {
global $DB, $CFG;
$this->resetAfterTest();
$user = $this->getDataGenerator()->create_user();
// Update user password.
$sink = $this->redirectEvents();
$sink2 = $this->redirectEmails(); // Make sure we are redirecting emails.
setnew_password_and_mail($user);
$events = $sink->get_events();
$sink->close();
$sink2->close();
$event = array_pop($events);
// Test updated value.
$dbuser = $DB->get_record('user', array('id' => $user->id));
$this->assertSame($user->firstname, $dbuser->firstname);
$this->assertNotEmpty($dbuser->password);
// Test event.
$this->assertInstanceOf('\core\event\user_password_updated', $event);
$this->assertSame($user->id, $event->relateduserid);
$this->assertEquals(context_user::instance($user->id), $event->get_context());
$this->assertEventContextNotUsed($event);
}
/**
* Data provider for test_generate_confirmation_link
* @return Array of confirmation urls and expected resultant confirmation links
*/
public function generate_confirmation_link_provider() {
global $CFG;
return [
"Simple name" => [
"username" => "simplename",
"confirmationurl" => null,
"expected" => $CFG->wwwroot . "/login/confirm.php?data=/simplename"
],
"Period in between words in username" => [
"username" => "period.inbetween",
"confirmationurl" => null,
"expected" => $CFG->wwwroot . "/login/confirm.php?data=/period%2Einbetween"
],
"Trailing periods in username" => [
"username" => "trailingperiods...",
"confirmationurl" => null,
"expected" => $CFG->wwwroot . "/login/confirm.php?data=/trailingperiods%2E%2E%2E"
],
"At symbol in username" => [
"username" => "at@symbol",
"confirmationurl" => null,
"expected" => $CFG->wwwroot . "/login/confirm.php?data=/at%40symbol"
],
"Dash symbol in username" => [
"username" => "has-dash",
"confirmationurl" => null,
"expected" => $CFG->wwwroot . "/login/confirm.php?data=/has-dash"
],
"Underscore in username" => [
"username" => "under_score",
"confirmationurl" => null,
"expected" => $CFG->wwwroot . "/login/confirm.php?data=/under_score"
],
"Many different characters in username" => [
"username" => "many_-.@characters@_@-..-..",
"confirmationurl" => null,
"expected" => $CFG->wwwroot . "/login/confirm.php?data=/many_-%2E%40characters%40_%40-%2E%2E-%2E%2E"
],
"Custom relative confirmation url" => [
"username" => "many_-.@characters@_@-..-..",
"confirmationurl" => "/custom/local/url.php",
"expected" => $CFG->wwwroot . "/custom/local/url.php?data=/many_-%2E%40characters%40_%40-%2E%2E-%2E%2E"
],
"Custom relative confirmation url with parameters" => [
"username" => "many_-.@characters@_@-..-..",
"confirmationurl" => "/custom/local/url.php?with=param",
"expected" => $CFG->wwwroot . "/custom/local/url.php?with=param&data=/many_-%2E%40characters%40_%40-%2E%2E-%2E%2E"
],
"Custom local confirmation url" => [
"username" => "many_-.@characters@_@-..-..",
"confirmationurl" => $CFG->wwwroot . "/custom/local/url.php",
"expected" => $CFG->wwwroot . "/custom/local/url.php?data=/many_-%2E%40characters%40_%40-%2E%2E-%2E%2E"
],
"Custom local confirmation url with parameters" => [
"username" => "many_-.@characters@_@-..-..",
"confirmationurl" => $CFG->wwwroot . "/custom/local/url.php?with=param",
"expected" => $CFG->wwwroot . "/custom/local/url.php?with=param&data=/many_-%2E%40characters%40_%40-%2E%2E-%2E%2E"
],
"Custom external confirmation url" => [
"username" => "many_-.@characters@_@-..-..",
"confirmationurl" => "http://moodle.org/custom/external/url.php",
"expected" => "http://moodle.org/custom/external/url.php?data=/many_-%2E%40characters%40_%40-%2E%2E-%2E%2E"
],
"Custom external confirmation url with parameters" => [
"username" => "many_-.@characters@_@-..-..",
"confirmationurl" => "http://moodle.org/ext.php?with=some¶m=eters",
"expected" => "http://moodle.org/ext.php?with=some¶m=eters&data=/many_-%2E%40characters%40_%40-%2E%2E-%2E%2E"
],
"Custom external confirmation url with parameters" => [
"username" => "many_-.@characters@_@-..-..",
"confirmationurl" => "http://moodle.org/ext.php?with=some&data=test",
"expected" => "http://moodle.org/ext.php?with=some&data=/many_-%2E%40characters%40_%40-%2E%2E-%2E%2E"
],
];
}
/**
* Test generate_confirmation_link
* @dataProvider generate_confirmation_link_provider
* @param string $username The name of the user
* @param string $confirmationurl The url the user should go to to confirm
* @param string $expected The expected url of the confirmation link
*/
public function test_generate_confirmation_link($username, $confirmationurl, $expected) {
$this->resetAfterTest();
$sink = $this->redirectEmails();
$user = $this->getDataGenerator()->create_user(
[
"username" => $username,
"confirmed" => 0,
"email" => 'test@example.com',
]
);
send_confirmation_email($user, $confirmationurl);
$sink->close();
$messages = $sink->get_messages();
$message = array_shift($messages);
$messagebody = quoted_printable_decode($message->body);
< $this->assertContains($expected, $messagebody);
> $this->assertStringContainsString($expected, $messagebody);
}
/**
* Test generate_confirmation_link with custom admin link
*/
public function test_generate_confirmation_link_with_custom_admin() {
global $CFG;
$this->resetAfterTest();
$sink = $this->redirectEmails();
$admin = $CFG->admin;
$CFG->admin = 'custom/admin/path';
$user = $this->getDataGenerator()->create_user(
[
"username" => "many_-.@characters@_@-..-..",
"confirmed" => 0,
"email" => 'test@example.com',
]
);
$confirmationurl = "/admin/test.php?with=params";
$expected = $CFG->wwwroot . "/" . $CFG->admin . "/test.php?with=params&data=/many_-%2E%40characters%40_%40-%2E%2E-%2E%2E";
send_confirmation_email($user, $confirmationurl);
$sink->close();
$messages = $sink->get_messages();
$message = array_shift($messages);
$messagebody = quoted_printable_decode($message->body);
$sink->close();
< $this->assertContains($expected, $messagebody);
> $this->assertStringContainsString($expected, $messagebody);
$CFG->admin = $admin;
}
/**
* Test remove_course_content deletes course contents
* TODO Add asserts to verify other data related to course is deleted as well.
*/
public function test_remove_course_contents() {
$this->resetAfterTest();
$course = $this->getDataGenerator()->create_course();
$user = $this->getDataGenerator()->create_user();
$gen = $this->getDataGenerator()->get_plugin_generator('core_notes');
$note = $gen->create_instance(array('courseid' => $course->id, 'userid' => $user->id));
$this->assertNotEquals(false, note_load($note->id));
remove_course_contents($course->id, false);
$this->assertFalse(note_load($note->id));
}
/**
* Test function username_load_fields_from_object().
*/
public function test_username_load_fields_from_object() {
$this->resetAfterTest();
// This object represents the information returned from an sql query.
$userinfo = new stdClass();
$userinfo->userid = 1;
$userinfo->username = 'loosebruce';
$userinfo->firstname = 'Bruce';
$userinfo->lastname = 'Campbell';
$userinfo->firstnamephonetic = 'ブルース';
$userinfo->lastnamephonetic = 'カンベッル';
$userinfo->middlename = '';
$userinfo->alternatename = '';
$userinfo->email = '';
$userinfo->picture = 23;
$userinfo->imagealt = 'Michael Jordan draining another basket.';
$userinfo->idnumber = 3982;
// Just user name fields.
$user = new stdClass();
$user = username_load_fields_from_object($user, $userinfo);
$expectedarray = new stdClass();
$expectedarray->firstname = 'Bruce';
$expectedarray->lastname = 'Campbell';
$expectedarray->firstnamephonetic = 'ブルース';
$expectedarray->lastnamephonetic = 'カンベッル';
$expectedarray->middlename = '';
$expectedarray->alternatename = '';
$this->assertEquals($user, $expectedarray);
// User information for showing a picture.
$user = new stdClass();
$additionalfields = explode(',', user_picture::fields());
$user = username_load_fields_from_object($user, $userinfo, null, $additionalfields);
$user->id = $userinfo->userid;
$expectedarray = new stdClass();
$expectedarray->id = 1;
$expectedarray->firstname = 'Bruce';
$expectedarray->lastname = 'Campbell';
$expectedarray->firstnamephonetic = 'ブルース';
$expectedarray->lastnamephonetic = 'カンベッル';
$expectedarray->middlename = '';
$expectedarray->alternatename = '';
$expectedarray->email = '';
$expectedarray->picture = 23;
$expectedarray->imagealt = 'Michael Jordan draining another basket.';
$this->assertEquals($user, $expectedarray);
// Alter the userinfo object to have a prefix.
$userinfo->authorfirstname = 'Bruce';
$userinfo->authorlastname = 'Campbell';
$userinfo->authorfirstnamephonetic = 'ブルース';
$userinfo->authorlastnamephonetic = 'カンベッル';
$userinfo->authormiddlename = '';
$userinfo->authorpicture = 23;
$userinfo->authorimagealt = 'Michael Jordan draining another basket.';
$userinfo->authoremail = 'test@example.com';
// Return an object with user picture information.
$user = new stdClass();
$additionalfields = explode(',', user_picture::fields());
$user = username_load_fields_from_object($user, $userinfo, 'author', $additionalfields);
$user->id = $userinfo->userid;
$expectedarray = new stdClass();
$expectedarray->id = 1;
$expectedarray->firstname = 'Bruce';
$expectedarray->lastname = 'Campbell';
$expectedarray->firstnamephonetic = 'ブルース';
$expectedarray->lastnamephonetic = 'カンベッル';
$expectedarray->middlename = '';
$expectedarray->alternatename = '';
$expectedarray->email = 'test@example.com';
$expectedarray->picture = 23;
$expectedarray->imagealt = 'Michael Jordan draining another basket.';
$this->assertEquals($user, $expectedarray);
}
/**
* Test function {@see count_words()}.
*
* @dataProvider count_words_testcases
* @param int $expectedcount number of words in $string.
* @param string $string the test string to count the words of.
*/
public function test_count_words(int $expectedcount, string $string): void {
$this->assertEquals($expectedcount, count_words($string));
}
/**
* Data provider for {@see test_count_words}.
*
* @return array of test cases.
*/
public function count_words_testcases(): array {
// The counts here should match MS Word and Libre Office.
return [
[0, ''],
[4, 'one two three four'],
[1, "a'b"],
[1, '1+1=2'],
[1, ' one-sided '],
[2, 'one two'],
[1, 'email@example.com'],
[2, 'first\part second/part'],
[4, '<p>one two<br></br>three four</p>'],
[4, '<p>one two<br>three four</p>'],
[4, '<p>one two<br />three four</p>'], // XHTML style.
[3, ' one ... three '],
[1, 'just...one'],
[3, ' one & three '],
[1, 'just&one'],
[2, 'em—dash'],
[2, 'en–dash'],
[4, '1³ £2 €3.45 $6,789'],
[2, 'ブルース カンベッル'], // MS word counts this as 11, but we don't handle that yet.
[4, '<p>one two</p><p>three four</p>'],
[4, '<p>one two</p><p><br/></p><p>three four</p>'],
[4, '<p>one</p><ul><li>two</li><li>three</li></ul><p>four.</p>'],
[1, '<p>em<b>phas</b>is.</p>'],
[1, '<p>em<i>phas</i>is.</p>'],
[1, '<p>em<strong>phas</strong>is.</p>'],
[1, '<p>em<em>phas</em>is.</p>'],
[2, "one\ntwo"],
[2, "one\rtwo"],
[2, "one\ttwo"],
[2, "one\vtwo"],
[2, "one\ftwo"],
[1, "SO<sub>4</sub><sup>2-</sup>"],
[6, '4+4=8 i.e. O(1) a,b,c,d I’m black&blue_really'],
];
}
/**
* Test function {@see count_letters()}.
*
* @dataProvider count_letters_testcases
* @param int $expectedcount number of characters in $string.
* @param string $string the test string to count the letters of.
*/
public function test_count_letters(int $expectedcount, string $string): void {
$this->assertEquals($expectedcount, count_letters($string));
}
/**
* Data provider for {@see count_letters_testcases}.
*
* @return array of test cases.
*/
public function count_letters_testcases(): array {
return [
[0, ''],
[1, 'x'],
[1, '&'],
[4, '<p>frog</p>'],
];
}
/**
* Tests the getremoteaddr() function.
*/
public function test_getremoteaddr() {
global $CFG;
$this->resetAfterTest();
$CFG->getremoteaddrconf = null; // Use default value, GETREMOTEADDR_SKIP_DEFAULT.
$noip = getremoteaddr('1.1.1.1');
$this->assertEquals('1.1.1.1', $noip);
$remoteaddr = isset($_SERVER['REMOTE_ADDR']) ? $_SERVER['REMOTE_ADDR'] : null;
$_SERVER['REMOTE_ADDR'] = '127.0.0.1';
$singleip = getremoteaddr();
$this->assertEquals('127.0.0.1', $singleip);
$_SERVER['REMOTE_ADDR'] = $remoteaddr; // Restore server value.
$CFG->getremoteaddrconf = 0; // Don't skip any source.
$noip = getremoteaddr('1.1.1.1');
$this->assertEquals('1.1.1.1', $noip);
// Populate all $_SERVER values to review order.
$ipsources = [
'HTTP_CLIENT_IP' => '2.2.2.2',
'HTTP_X_FORWARDED_FOR' => '3.3.3.3',
'REMOTE_ADDR' => '4.4.4.4',
];
$originalvalues = [];
foreach ($ipsources as $source => $ip) {
$originalvalues[$source] = isset($_SERVER[$source]) ? $_SERVER[$source] : null; // Saving data to restore later.
$_SERVER[$source] = $ip;
}
foreach ($ipsources as $source => $expectedip) {
$ip = getremoteaddr();
$this->assertEquals($expectedip, $ip);
unset($_SERVER[$source]); // Removing the value so next time we get the following ip.
}
// Restore server values.
foreach ($originalvalues as $source => $ip) {
$_SERVER[$source] = $ip;
}
// All $_SERVER values have been removed, we should get the default again.
$noip = getremoteaddr('1.1.1.1');
$this->assertEquals('1.1.1.1', $noip);
$CFG->getremoteaddrconf = GETREMOTEADDR_SKIP_HTTP_CLIENT_IP;
$xforwardedfor = isset($_SERVER['HTTP_X_FORWARDED_FOR']) ? $_SERVER['HTTP_X_FORWARDED_FOR'] : null;
$_SERVER['HTTP_X_FORWARDED_FOR'] = '';
$noip = getremoteaddr('1.1.1.1');
$this->assertEquals('1.1.1.1', $noip);
$_SERVER['HTTP_X_FORWARDED_FOR'] = '';
$noip = getremoteaddr();
$this->assertEquals('0.0.0.0', $noip);
$_SERVER['HTTP_X_FORWARDED_FOR'] = '127.0.0.1';
$singleip = getremoteaddr();
$this->assertEquals('127.0.0.1', $singleip);
$_SERVER['HTTP_X_FORWARDED_FOR'] = '127.0.0.1,127.0.0.2';
$twoip = getremoteaddr();
$this->assertEquals('127.0.0.2', $twoip);
$_SERVER['HTTP_X_FORWARDED_FOR'] = '127.0.0.1,127.0.0.2,127.0.0.3';
$threeip = getremoteaddr();
$this->assertEquals('127.0.0.3', $threeip);
$_SERVER['HTTP_X_FORWARDED_FOR'] = '127.0.0.1,127.0.0.2:65535';
$portip = getremoteaddr();
$this->assertEquals('127.0.0.2', $portip);
$_SERVER['HTTP_X_FORWARDED_FOR'] = '127.0.0.1,0:0:0:0:0:0:0:2';
$portip = getremoteaddr();
$this->assertEquals('0:0:0:0:0:0:0:2', $portip);
$_SERVER['HTTP_X_FORWARDED_FOR'] = '127.0.0.1,0::2';
$portip = getremoteaddr();
$this->assertEquals('0:0:0:0:0:0:0:2', $portip);
$_SERVER['HTTP_X_FORWARDED_FOR'] = '127.0.0.1,[0:0:0:0:0:0:0:2]:65535';
$portip = getremoteaddr();
$this->assertEquals('0:0:0:0:0:0:0:2', $portip);
$_SERVER['HTTP_X_FORWARDED_FOR'] = $xforwardedfor;
}
/*
* Test emulation of random_bytes() function.
*/
public function test_random_bytes_emulate() {
$result = random_bytes_emulate(10);
$this->assertSame(10, strlen($result));
$this->assertnotSame($result, random_bytes_emulate(10));
$result = random_bytes_emulate(21);
$this->assertSame(21, strlen($result));
$this->assertnotSame($result, random_bytes_emulate(21));
$result = random_bytes_emulate(666);
$this->assertSame(666, strlen($result));
$result = random_bytes_emulate(40);
$this->assertSame(40, strlen($result));
$this->assertDebuggingNotCalled();
$result = random_bytes_emulate(0);
$this->assertSame('', $result);
$this->assertDebuggingCalled();
$result = random_bytes_emulate(-1);
$this->assertSame('', $result);
$this->assertDebuggingCalled();
}
/**
* Test function for creation of random strings.
*/
public function test_random_string() {
$pool = 'a-zA-Z0-9';
$result = random_string(10);
$this->assertSame(10, strlen($result));
$this->assertRegExp('/^[' . $pool . ']+$/', $result);
$this->assertNotSame($result, random_string(10));
$result = random_string(21);
$this->assertSame(21, strlen($result));
$this->assertRegExp('/^[' . $pool . ']+$/', $result);
$this->assertNotSame($result, random_string(21));
$result = random_string(666);
$this->assertSame(666, strlen($result));
$this->assertRegExp('/^[' . $pool . ']+$/', $result);
$result = random_string();
$this->assertSame(15, strlen($result));
$this->assertRegExp('/^[' . $pool . ']+$/', $result);
$this->assertDebuggingNotCalled();
$result = random_string(0);
$this->assertSame('', $result);
$this->assertDebuggingCalled();
$result = random_string(-1);
$this->assertSame('', $result);
$this->assertDebuggingCalled();
}
/**
* Test function for creation of complex random strings.
*/
public function test_complex_random_string() {
$pool = preg_quote('ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789`~!@#%^&*()_+-=[];,./<>?:{} ', '/');
$result = complex_random_string(10);
$this->assertSame(10, strlen($result));
$this->assertRegExp('/^[' . $pool . ']+$/', $result);
$this->assertNotSame($result, complex_random_string(10));
$result = complex_random_string(21);
$this->assertSame(21, strlen($result));
$this->assertRegExp('/^[' . $pool . ']+$/', $result);
$this->assertNotSame($result, complex_random_string(21));
$result = complex_random_string(666);
$this->assertSame(666, strlen($result));
$this->assertRegExp('/^[' . $pool . ']+$/', $result);
$result = complex_random_string();
< $this->assertEquals(28, strlen($result), '', 4); // Expected length is 24 - 32.
> $this->assertEqualsWithDelta(28, strlen($result), 4); // Expected length is 24 - 32.
$this->assertRegExp('/^[' . $pool . ']+$/', $result);
$this->assertDebuggingNotCalled();
$result = complex_random_string(0);
$this->assertSame('', $result);
$this->assertDebuggingCalled();
$result = complex_random_string(-1);
$this->assertSame('', $result);
$this->assertDebuggingCalled();
}
/**
* Data provider for private ips.
*/
public function data_private_ips() {
return array(
array('10.0.0.0'),
array('172.16.0.0'),
array('192.168.1.0'),
array('fdfe:dcba:9876:ffff:fdc6:c46b:bb8f:7d4c'),
array('fdc6:c46b:bb8f:7d4c:fdc6:c46b:bb8f:7d4c'),
array('fdc6:c46b:bb8f:7d4c:0000:8a2e:0370:7334'),
array('127.0.0.1'), // This has been buggy in past: https://bugs.php.net/bug.php?id=53150.
);
}
/**
* Checks ip_is_public returns false for private ips.
*
* @param string $ip the ipaddress to test
* @dataProvider data_private_ips
*/
public function test_ip_is_public_private_ips($ip) {
$this->assertFalse(ip_is_public($ip));
}
/**
* Data provider for public ips.
*/
public function data_public_ips() {
return array(
array('2400:cb00:2048:1::8d65:71b3'),
array('2400:6180:0:d0::1b:2001'),
array('141.101.113.179'),
array('123.45.67.178'),
);
}
/**
* Checks ip_is_public returns true for public ips.
*
* @param string $ip the ipaddress to test
* @dataProvider data_public_ips
*/
public function test_ip_is_public_public_ips($ip) {
$this->assertTrue(ip_is_public($ip));
}
/**
* Test the function can_send_from_real_email_address
*
* @param string $email Email address for the from user.
* @param int $display The user's email display preference.
* @param bool $samecourse Are the users in the same course?
* @param string $config The CFG->allowedemaildomains config values
* @param bool $result The expected result.
* @dataProvider data_can_send_from_real_email_address
*/
public function test_can_send_from_real_email_address($email, $display, $samecourse, $config, $result) {
$this->resetAfterTest();
$fromuser = $this->getDataGenerator()->create_user();
$touser = $this->getDataGenerator()->create_user();
$course = $this->getDataGenerator()->create_course();
set_config('allowedemaildomains', $config);
$fromuser->email = $email;
$fromuser->maildisplay = $display;
if ($samecourse) {
$this->getDataGenerator()->enrol_user($fromuser->id, $course->id, 'student');
$this->getDataGenerator()->enrol_user($touser->id, $course->id, 'student');
} else {
$this->getDataGenerator()->enrol_user($fromuser->id, $course->id, 'student');
}
$this->assertEquals($result, can_send_from_real_email_address($fromuser, $touser));
}
/**
* Data provider for test_can_send_from_real_email_address.
*
* @return array Returns an array of test data for the above function.
*/
public function data_can_send_from_real_email_address() {
return [
// Test from email is in allowed domain.
// Test that from display is set to show no one.
[
'email' => 'fromuser@example.com',
'display' => core_user::MAILDISPLAY_HIDE,
'samecourse' => false,
'config' => "example.com\r\ntest.com",
'result' => false
],
// Test that from display is set to course members only (course member).
[
'email' => 'fromuser@example.com',
'display' => core_user::MAILDISPLAY_COURSE_MEMBERS_ONLY,
'samecourse' => true,
'config' => "example.com\r\ntest.com",
'result' => true
],
// Test that from display is set to course members only (Non course member).
[
'email' => 'fromuser@example.com',
'display' => core_user::MAILDISPLAY_COURSE_MEMBERS_ONLY,
'samecourse' => false,
'config' => "example.com\r\ntest.com",
'result' => false
],
// Test that from display is set to show everyone.
[
'email' => 'fromuser@example.com',
'display' => core_user::MAILDISPLAY_EVERYONE,
'samecourse' => false,
'config' => "example.com\r\ntest.com",
'result' => true
],
// Test a few different config value formats for parsing correctness.
[
'email' => 'fromuser@example.com',
'display' => core_user::MAILDISPLAY_EVERYONE,
'samecourse' => false,
'config' => "\n test.com\nexample.com \n",
'result' => true
],
[
'email' => 'fromuser@example.com',
'display' => core_user::MAILDISPLAY_EVERYONE,
'samecourse' => false,
'config' => "\r\n example.com \r\n test.com \r\n",
'result' => true
],
// Test from email is not in allowed domain.
// Test that from display is set to show no one.
[ 'email' => 'fromuser@moodle.com',
'display' => core_user::MAILDISPLAY_HIDE,
'samecourse' => false,
'config' => "example.com\r\ntest.com",
'result' => false
],
// Test that from display is set to course members only (course member).
[ 'email' => 'fromuser@moodle.com',
'display' => core_user::MAILDISPLAY_COURSE_MEMBERS_ONLY,
'samecourse' => true,
'config' => "example.com\r\ntest.com",
'result' => false
],
// Test that from display is set to course members only (Non course member.
[ 'email' => 'fromuser@moodle.com',
'display' => core_user::MAILDISPLAY_COURSE_MEMBERS_ONLY,
'samecourse' => false,
'config' => "example.com\r\ntest.com",
'result' => false
],
// Test that from display is set to show everyone.
[ 'email' => 'fromuser@moodle.com',
'display' => core_user::MAILDISPLAY_EVERYONE,
'samecourse' => false,
'config' => "example.com\r\ntest.com",
'result' => false
],
// Test a few erroneous config value and confirm failure.
[ 'email' => 'fromuser@moodle.com',
'display' => core_user::MAILDISPLAY_EVERYONE,
'samecourse' => false,
'config' => "\r\n \r\n",
'result' => false
],
[ 'email' => 'fromuser@moodle.com',
'display' => core_user::MAILDISPLAY_EVERYONE,
'samecourse' => false,
'config' => " \n \n \n ",
'result' => false
],
];
}
/**
* Test that generate_email_processing_address() returns valid email address.
*/
public function test_generate_email_processing_address() {
global $CFG;
$this->resetAfterTest();
$data = (object)[
'id' => 42,
'email' => 'my.email+from_moodle@example.com',
];
$modargs = 'B'.base64_encode(pack('V', $data->id)).substr(md5($data->email), 0, 16);
$CFG->maildomain = 'example.com';
$CFG->mailprefix = 'mdl+';
$this->assertTrue(validate_email(generate_email_processing_address(0, $modargs)));
$CFG->maildomain = 'mail.example.com';
$CFG->mailprefix = 'mdl-';
$this->assertTrue(validate_email(generate_email_processing_address(23, $modargs)));
}
/**
* Test allowemailaddresses setting.
*
* @param string $email Email address for the from user.
* @param string $config The CFG->allowemailaddresses config values
* @param false/string $result The expected result.
*
* @dataProvider data_email_is_not_allowed_for_allowemailaddresses
*/
public function test_email_is_not_allowed_for_allowemailaddresses($email, $config, $result) {
$this->resetAfterTest();
set_config('allowemailaddresses', $config);
$this->assertEquals($result, email_is_not_allowed($email));
}
/**
* Data provider for data_email_is_not_allowed_for_allowemailaddresses.
*
* @return array Returns an array of test data for the above function.
*/
public function data_email_is_not_allowed_for_allowemailaddresses() {
return [
// Test allowed domain empty list.
[
'email' => 'fromuser@example.com',
'config' => '',
'result' => false
],
// Test from email is in allowed domain.
[
'email' => 'fromuser@example.com',
'config' => 'example.com test.com',
'result' => false
],
// Test from email is in allowed domain but uppercase config.
[
'email' => 'fromuser@example.com',
'config' => 'EXAMPLE.com test.com',
'result' => false
],
// Test from email is in allowed domain but uppercase email.
[
'email' => 'fromuser@EXAMPLE.com',
'config' => 'example.com test.com',
'result' => false
],
// Test from email is in allowed subdomain.
[
'email' => 'fromuser@something.example.com',
'config' => '.example.com test.com',
'result' => false
],
// Test from email is in allowed subdomain but uppercase config.
[
'email' => 'fromuser@something.example.com',
'config' => '.EXAMPLE.com test.com',
'result' => false
],
// Test from email is in allowed subdomain but uppercase email.
[
'email' => 'fromuser@something.EXAMPLE.com',
'config' => '.example.com test.com',
'result' => false
],
// Test from email is not in allowed domain.
[ 'email' => 'fromuser@moodle.com',
'config' => 'example.com test.com',
'result' => get_string('emailonlyallowed', '', 'example.com test.com')
],
// Test from email is not in allowed subdomain.
[ 'email' => 'fromuser@something.example.com',
'config' => 'example.com test.com',
'result' => get_string('emailonlyallowed', '', 'example.com test.com')
],
];
}
/**
* Test denyemailaddresses setting.
*
* @param string $email Email address for the from user.
* @param string $config The CFG->denyemailaddresses config values
* @param false/string $result The expected result.
*
* @dataProvider data_email_is_not_allowed_for_denyemailaddresses
*/
public function test_email_is_not_allowed_for_denyemailaddresses($email, $config, $result) {
$this->resetAfterTest();
set_config('denyemailaddresses', $config);
$this->assertEquals($result, email_is_not_allowed($email));
}
/**
* Data provider for test_email_is_not_allowed_for_denyemailaddresses.
*
* @return array Returns an array of test data for the above function.
*/
public function data_email_is_not_allowed_for_denyemailaddresses() {
return [
// Test denied domain empty list.
[
'email' => 'fromuser@example.com',
'config' => '',
'result' => false
],
// Test from email is in denied domain.
[
'email' => 'fromuser@example.com',
'config' => 'example.com test.com',
'result' => get_string('emailnotallowed', '', 'example.com test.com')
],
// Test from email is in denied domain but uppercase config.
[
'email' => 'fromuser@example.com',
'config' => 'EXAMPLE.com test.com',
'result' => get_string('emailnotallowed', '', 'EXAMPLE.com test.com')
],
// Test from email is in denied domain but uppercase email.
[
'email' => 'fromuser@EXAMPLE.com',
'config' => 'example.com test.com',
'result' => get_string('emailnotallowed', '', 'example.com test.com')
],
// Test from email is in denied subdomain.
[
'email' => 'fromuser@something.example.com',
'config' => '.example.com test.com',
'result' => get_string('emailnotallowed', '', '.example.com test.com')
],
// Test from email is in denied subdomain but uppercase config.
[
'email' => 'fromuser@something.example.com',
'config' => '.EXAMPLE.com test.com',
'result' => get_string('emailnotallowed', '', '.EXAMPLE.com test.com')
],
// Test from email is in denied subdomain but uppercase email.
[
'email' => 'fromuser@something.EXAMPLE.com',
'config' => '.example.com test.com',
'result' => get_string('emailnotallowed', '', '.example.com test.com')
],
// Test from email is not in denied domain.
[ 'email' => 'fromuser@moodle.com',
'config' => 'example.com test.com',
'result' => false
],
// Test from email is not in denied subdomain.
[ 'email' => 'fromuser@something.example.com',
'config' => 'example.com test.com',
'result' => false
],
];
}
/**
* Test safe method unserialize_array().
*/
public function test_unserialize_array() {
$a = [1, 2, 3];
$this->assertEquals($a, unserialize_array(serialize($a)));
> $this->assertEquals($a, unserialize_array(serialize($a)));
$a = ['a' => 1, 2 => 2, 'b' => 'cde'];
$this->assertEquals($a, unserialize_array(serialize($a)));
> $this->assertEquals($a, unserialize_array(serialize($a)));
$a = ['a' => 1, 2 => 2, 'b' => 'c"d"e'];
$this->assertEquals($a, unserialize_array(serialize($a)));
$a = ['a' => 1, 2 => ['c' => 'd', 'e' => 'f'], 'b' => 'cde'];
$this->assertEquals($a, unserialize_array(serialize($a)));
< $a = ['a' => 1, 2 => ['c' => 'd', 'e' => ['f' => 'g']], 'b' => 'cde'];
< $this->assertEquals($a, unserialize_array(serialize($a)));
>
> // Can not unserialize if any string contains semicolons.
$a = ['a' => 1, 2 => 2, 'b' => 'c"d";e'];
< $this->assertEquals($a, unserialize_array(serialize($a)));
> $this->assertEquals(false, unserialize_array(serialize($a)));
// Can not unserialize if there are any objects.
$a = (object)['a' => 1, 2 => 2, 'b' => 'cde'];
< $this->assertFalse(unserialize_array(serialize($a)));
> $this->assertEquals(false, unserialize_array(serialize($a)));
$a = ['a' => 1, 2 => 2, 'b' => (object)['a' => 'cde']];
< $this->assertFalse(unserialize_array(serialize($a)));
< $a = ['a' => 1, 2 => 2, 'b' => ['c' => (object)['a' => 'cde']]];
< $this->assertFalse(unserialize_array(serialize($a)));
< $a = ['a' => 1, 2 => 2, 'b' => ['c' => new lang_string('no')]];
< $this->assertFalse(unserialize_array(serialize($a)));
> $this->assertEquals(false, unserialize_array(serialize($a)));
// Array used in the grader report.
$a = array('aggregatesonly' => [51, 34], 'gradesonly' => [21, 45, 78]);
$this->assertEquals($a, unserialize_array(serialize($a)));
}
/**
* Test that the component_class_callback returns the correct default value when the class was not found.
*
* @dataProvider component_class_callback_default_provider
* @param $default
*/
public function test_component_class_callback_not_found($default) {
$this->assertSame($default, component_class_callback('thisIsNotTheClassYouWereLookingFor', 'anymethod', [], $default));
}
/**
* Test method for safely unserializing a serialized object of type stdClass
*/
public function test_unserialize_object(): void {
$object = (object) [
'foo' => 42,
'bar' => 'Hamster',
'innerobject' => (object) [
'baz' => 'happy',
],
];
// We should get back the same object we serialized.
$serializedobject = serialize($object);
$this->assertEquals($object, unserialize_object($serializedobject));
// Try serializing a different class, not allowed.
$langstr = new lang_string('no');
$serializedlangstr = serialize($langstr);
$unserializedlangstr = unserialize_object($serializedlangstr);
$this->assertInstanceOf(stdClass::class, $unserializedlangstr);
}
/**
* Test that the component_class_callback returns the correct default value when the class was not found.
*
* @dataProvider component_class_callback_default_provider
* @param $default
*/
public function test_component_class_callback_method_not_found($default) {
require_once(__DIR__ . '/fixtures/component_class_callback_example.php');
$this->assertSame($default, component_class_callback(test_component_class_callback_example::class, 'this_is_not_the_method_you_were_looking_for', ['abc'], $default));
}
/**
* Test that the component_class_callback returns the default when the method returned null.
*
* @dataProvider component_class_callback_default_provider
* @param $default
*/
public function test_component_class_callback_found_returns_null($default) {
require_once(__DIR__ . '/fixtures/component_class_callback_example.php');
$this->assertSame($default, component_class_callback(test_component_class_callback_example::class, 'method_returns_value', [null], $default));
$this->assertSame($default, component_class_callback(test_component_class_callback_child_example::class, 'method_returns_value', [null], $default));
}
/**
* Test that the component_class_callback returns the expected value and not the default when there was a value.
*
* @dataProvider component_class_callback_data_provider
* @param $default
*/
public function test_component_class_callback_found_returns_value($value) {
require_once(__DIR__ . '/fixtures/component_class_callback_example.php');
$this->assertSame($value, component_class_callback(test_component_class_callback_example::class, 'method_returns_value', [$value], 'This is not the value you were looking for'));
$this->assertSame($value, component_class_callback(test_component_class_callback_child_example::class, 'method_returns_value', [$value], 'This is not the value you were looking for'));
}
/**
* Test that the component_class_callback handles multiple params correctly.
*
* @dataProvider component_class_callback_multiple_params_provider
* @param $default
*/
public function test_component_class_callback_found_accepts_multiple($params, $count) {
require_once(__DIR__ . '/fixtures/component_class_callback_example.php');
$this->assertSame($count, component_class_callback(test_component_class_callback_example::class, 'method_returns_all_params', $params, 'This is not the value you were looking for'));
$this->assertSame($count, component_class_callback(test_component_class_callback_child_example::class, 'method_returns_all_params', $params, 'This is not the value you were looking for'));
}
/**
* Data provider with list of default values for user in component_class_callback tests.
*
* @return array
*/
public function component_class_callback_default_provider() {
return [
'null' => [null],
'empty string' => [''],
'string' => ['This is a string'],
'int' => [12345],
'stdClass' => [(object) ['this is my content']],
'array' => [['a' => 'b',]],
];
}
/**
* Data provider with list of default values for user in component_class_callback tests.
*
* @return array
*/
public function component_class_callback_data_provider() {
return [
'empty string' => [''],
'string' => ['This is a string'],
'int' => [12345],
'stdClass' => [(object) ['this is my content']],
'array' => [['a' => 'b',]],
];
}
/**
* Data provider with list of default values for user in component_class_callback tests.
*
* @return array
*/
public function component_class_callback_multiple_params_provider() {
return [
'empty array' => [
[],
0,
],
'string value' => [
['one'],
1,
],
'string values' => [
['one', 'two'],
2,
],
'arrays' => [
[[], []],
2,
],
'nulls' => [
[null, null, null, null],
4,
],
'mixed' => [
['a', 1, null, (object) [], []],
5,
],
];
}
/**
* Test that {@link get_callable_name()} describes the callable as expected.
*
* @dataProvider callable_names_provider
* @param callable $callable
* @param string $expectedname
*/
public function test_get_callable_name($callable, $expectedname) {
$this->assertSame($expectedname, get_callable_name($callable));
}
/**
* Provides a set of callables and their human readable names.
*
* @return array of (string)case => [(mixed)callable, (string|bool)expected description]
*/
public function callable_names_provider() {
return [
'integer' => [
386,
false,
],
'boolean' => [
true,
false,
],
'static_method_as_literal' => [
'my_foobar_class::my_foobar_method',
'my_foobar_class::my_foobar_method',
],
'static_method_of_literal_class' => [
['my_foobar_class', 'my_foobar_method'],
'my_foobar_class::my_foobar_method',
],
'static_method_of_object' => [
[$this, 'my_foobar_method'],
'core_moodlelib_testcase::my_foobar_method',
],
'method_of_object' => [
[new lang_string('parentlanguage', 'core_langconfig'), 'my_foobar_method'],
'lang_string::my_foobar_method',
],
'function_as_literal' => [
'my_foobar_callback',
'my_foobar_callback',
],
'function_as_closure' => [
function($a) { return $a; },
'Closure::__invoke',
],
];
}
/**
* Data provider for \core_moodlelib_testcase::test_get_complete_user_data().
*
* @return array
*/
public function user_data_provider() {
return [
'Fetch data using a valid username' => [
'username', 's1', true
],
'Fetch data using a valid username, different case' => [
'username', 'S1', true
],
'Fetch data using a valid username, different case for fieldname and value' => [
'USERNAME', 'S1', true
],
'Fetch data using an invalid username' => [
'username', 's2', false
],
'Fetch by email' => [
'email', 's1@example.com', true
],
'Fetch data using a non-existent email' => [
'email', 's2@example.com', false
],
'Fetch data using a non-existent email, throw exception' => [
'email', 's2@example.com', false, dml_missing_record_exception::class
],
'Multiple accounts with the same email' => [
'email', 's1@example.com', false, 1
],
'Multiple accounts with the same email, throw exception' => [
'email', 's1@example.com', false, 1, dml_multiple_records_exception::class
],
'Fetch data using a valid user ID' => [
'id', true, true
],
'Fetch data using a non-existent user ID' => [
'id', false, false
],
];
}
/**
* Test for get_complete_user_data().
*
* @dataProvider user_data_provider
* @param string $field The field to use for the query.
* @param string|boolean $value The field value. When fetching by ID, set true to fetch valid user ID, false otherwise.
* @param boolean $success Whether we expect for the fetch to succeed or return false.
* @param int $allowaccountssameemail Value for $CFG->allowaccountssameemail.
* @param string $expectedexception The exception to be expected.
*/
public function test_get_complete_user_data($field, $value, $success, $allowaccountssameemail = 0, $expectedexception = '') {
$this->resetAfterTest();
// Set config settings we need for our environment.
set_config('allowaccountssameemail', $allowaccountssameemail);
// Generate the user data.
$generator = $this->getDataGenerator();
$userdata = [
'username' => 's1',
'email' => 's1@example.com',
];
$user = $generator->create_user($userdata);
if ($allowaccountssameemail) {
// Create another user with the same email address.
$generator->create_user(['email' => 's1@example.com']);
}
// Since the data provider can't know what user ID to use, do a special handling for ID field tests.
if ($field === 'id') {
if ($value) {
// Test for fetching data using a valid user ID. Use the generated user's ID.
$value = $user->id;
} else {
// Test for fetching data using a non-existent user ID.
$value = $user->id + 1;
}
}
// When an exception is expected.
$throwexception = false;
if ($expectedexception) {
$this->expectException($expectedexception);
$throwexception = true;
}
$fetcheduser = get_complete_user_data($field, $value, null, $throwexception);
if ($success) {
$this->assertEquals($user->id, $fetcheduser->id);
$this->assertEquals($user->username, $fetcheduser->username);
$this->assertEquals($user->email, $fetcheduser->email);
} else {
$this->assertFalse($fetcheduser);
}
}
/**
* Test for send_password_change_().
*/
public function test_send_password_change_info() {
$this->resetAfterTest();
$user = $this->getDataGenerator()->create_user();
$sink = $this->redirectEmails(); // Make sure we are redirecting emails.
send_password_change_info($user);
$result = $sink->get_messages();
$sink->close();
< $this->assertContains('passwords cannot be reset on this site', quoted_printable_decode($result[0]->body));
> $this->assertStringContainsString('passwords cannot be reset on this site', quoted_printable_decode($result[0]->body));
}
/**
* Test the get_time_interval_string for a range of inputs.
*
* @dataProvider get_time_interval_string_provider
* @param int $time1 the time1 param.
* @param int $time2 the time2 param.
* @param string|null $format the format param.
* @param string $expected the expected string.
*/
public function test_get_time_interval_string(int $time1, int $time2, ?string $format, string $expected) {
if (is_null($format)) {
$this->assertEquals($expected, get_time_interval_string($time1, $time2));
} else {
$this->assertEquals($expected, get_time_interval_string($time1, $time2, $format));
}
}
/**
* Data provider for the test_get_time_interval_string() method.
*/
public function get_time_interval_string_provider() {
return [
'Time is after the reference time by 1 minute, omitted format' => [
'time1' => 12345660,
'time2' => 12345600,
'format' => null,
'expected' => '0d 0h 1m'
],
'Time is before the reference time by 1 minute, omitted format' => [
'time1' => 12345540,
'time2' => 12345600,
'format' => null,
'expected' => '0d 0h 1m'
],
'Time is equal to the reference time, omitted format' => [
'time1' => 12345600,
'time2' => 12345600,
'format' => null,
'expected' => '0d 0h 0m'
],
'Time is after the reference time by 1 minute, empty string format' => [
'time1' => 12345660,
'time2' => 12345600,
'format' => '',
'expected' => '0d 0h 1m'
],
'Time is before the reference time by 1 minute, empty string format' => [
'time1' => 12345540,
'time2' => 12345600,
'format' => '',
'expected' => '0d 0h 1m'
],
'Time is equal to the reference time, empty string format' => [
'time1' => 12345600,
'time2' => 12345600,
'format' => '',
'expected' => '0d 0h 0m'
],
'Time is after the reference time by 1 minute, custom format' => [
'time1' => 12345660,
'time2' => 12345600,
'format' => '%R%adays %hhours %imins',
'expected' => '+0days 0hours 1mins'
],
'Time is before the reference time by 1 minute, custom format' => [
'time1' => 12345540,
'time2' => 12345600,
'format' => '%R%adays %hhours %imins',
'expected' => '-0days 0hours 1mins'
],
'Time is equal to the reference time, custom format' => [
'time1' => 12345600,
'time2' => 12345600,
'format' => '%R%adays %hhours %imins',
'expected' => '+0days 0hours 0mins'
],
];
}
/**
< * Provider for is_proxybypass
< *
< * @return array of test cases.
> * Tests the rename_to_unused_name function with a file.
*/
< public function is_proxybypass_provider(): array {
> public function test_rename_to_unused_name_file() {
> global $CFG;
< return [
< 'Proxybypass contains the same IP as the beginning of the URL' => [
< 'http://192.168.5.5-fake-app-7f000101.nip.io',
< '192.168.5.5, 127.0.0.1',
< false
< ],
< 'Proxybypass contains the last part of the URL' => [
< 'http://192.168.5.5-fake-app-7f000101.nip.io',
< 'app-7f000101.nip.io',
< false
< ],
< 'Proxybypass contains the last part of the URL 2' => [
< 'http://store.mydomain.com',
< 'mydomain.com',
< false
< ],
< 'Proxybypass contains part of the url' => [
< 'http://myweb.com',
< 'store.myweb.com',
< false
< ],
< 'Different IPs used in proxybypass' => [
< 'http://192.168.5.5',
< '192.168.5.3',
< false
< ],
< 'Proxybypass and URL matchs' => [
< 'http://store.mydomain.com',
< 'store.mydomain.com',
< true
< ],
< 'IP used in proxybypass' => [
< 'http://192.168.5.5',
< '192.168.5.5',
< true
< ],
< ];
> // Create a new file in dataroot.
> $file = $CFG->dataroot . '/argh.txt';
> file_put_contents($file, 'Frogs');
>
> // Rename it.
> $newname = rename_to_unused_name($file);
>
> // Check new name has expected format.
> $this->assertRegExp('~/_temp_[a-f0-9]+$~', $newname);
>
> // Check it's still in the same folder.
> $this->assertEquals($CFG->dataroot, dirname($newname));
>
> // Check file can be loaded.
> $this->assertEquals('Frogs', file_get_contents($newname));
>
> // OK, delete the file.
> unlink($newname);
}
/**
< * Check if $url matches anything in proxybypass list
< *
< * Test function {@see is_proxybypass()}.
< * @dataProvider is_proxybypass_provider
< * @param string $url url to check
< * @param string $proxybypass
< * @param bool $expected Expected value.
> * Tests the rename_to_unused_name function with a directory.
*/
< public function test_is_proxybypass(string $url, string $proxybypass, bool $expected): void {
< $this->resetAfterTest();
> public function test_rename_to_unused_name_dir() {
> global $CFG;
>
> // Create a new directory in dataroot.
> $file = $CFG->dataroot . '/arghdir';
> mkdir($file);
>
> // Rename it.
> $newname = rename_to_unused_name($file);
>
> // Check new name has expected format.
> $this->assertRegExp('~/_temp_[a-f0-9]+$~', $newname);
>
> // Check it's still in the same folder.
> $this->assertEquals($CFG->dataroot, dirname($newname));
> // Check it's still a directory
global $CFG;
> $this->assertTrue(is_dir($newname));
$CFG->proxyhost = '192.168.5.5'; // Test with a fake proxy.
>
$CFG->proxybypass = $proxybypass;
> // OK, delete the directory.
> rmdir($newname);
$this->assertEquals($expected, is_proxybypass($url));
> }
}
>
}
> /**
> * Tests the rename_to_unused_name function with error cases.
> */
> public function test_rename_to_unused_name_failure() {
< $CFG->proxyhost = '192.168.5.5'; // Test with a fake proxy.
< $CFG->proxybypass = $proxybypass;
< $this->assertEquals($expected, is_proxybypass($url));
> // Rename a file that doesn't exist.
> $file = $CFG->dataroot . '/argh.txt';
> $this->assertFalse(rename_to_unused_name($file));
> }
>
> /**
> * Provider for display_size
> *
> * @return array of ($size, $expected)
> */
> public function display_size_provider() {
>
> return [
> [0, '0 bytes' ],
> [1, '1 bytes' ],
> [1023, '1023 bytes' ],
> [1024, '1KB' ],
> [2222, '2.2KB' ],
> [33333, '32.6KB' ],
> [444444, '434KB' ],
> [5555555, '5.3MB' ],
> [66666666, '63.6MB' ],
> [777777777, '741.7MB'],
> [8888888888, '8.3GB' ],
> [99999999999, '93.1GB' ],
> [111111111111, '103.5GB'],
> [2222222222222, '2TB' ],
> [33333333333333, '30.3TB' ],
> [444444444444444, '404.2TB'],
> [5555555555555555, '4.9PB' ],
> [66666666666666666, '59.2PB' ],
> [777777777777777777, '690.8PB'],
> ];
> }
>
> /**
> * Test display_size
> * @dataProvider display_size_provider
> * @param int $size the size in bytes
> * @param string $expected the expected string.
> */
> public function test_display_size($size, $expected) {
> $result = display_size($size);
> $this->assertEquals($expected, $result);
