function test_http_ua_accepts()
{
$env = env();
$env['SERVER']['HTTP_ACCEPT'] = null;
assert_true(http_ua_accepts('text/plain'));
$env['SERVER']['HTTP_ACCEPT'] = 'text/html';
assert_true(http_ua_accepts('html'));
$env['SERVER']['HTTP_ACCEPT'] = 'text/*; application/json';
assert_true(http_ua_accepts('html'));
assert_true(http_ua_accepts('text/html'));
assert_true(http_ua_accepts('text/plain'));
assert_true(http_ua_accepts('application/json'));
assert_false(http_ua_accepts('image/png'));
assert_false(http_ua_accepts('png'));
assert_true(defined('TESTS_DOC_ROOT'), "Undefined 'TESTS_DOC_ROOT' constant");
$response = test_request(TESTS_DOC_ROOT.'05-content_negociation.php', 'GET', false, array(), array("Accept: image/png"));
assert_equal("Oops", $response);
$response = test_request(TESTS_DOC_ROOT.'05-content_negociation.php', 'GET', false, array(), array("Accept: text/html"));
assert_equal("<h1>HTML</h1>", $response);
$response = test_request(TESTS_DOC_ROOT.'05-content_negociation.php', 'GET', false, array(), array("Accept: application/json"));
assert_equal("json", $response);
}
function test_test_assert_request()
{
assert_true(defined('TESTS_DOC_ROOT'), "Undefined 'TESTS_DOC_ROOT' constant");
$response = test_request(TESTS_DOC_ROOT . '00-empty.php', 'GET', true);
assert_header($response, 'Content-type');
assert_header($response, 'Content-type', 'text/html');
assert_header($response, 'Content-Type');
assert_header($response, 'Content-Type', 'text/html');
}
function test_request_method_is_allowed()
{
assert_true(request_method_is_allowed("GET"));
assert_true(request_method_is_allowed("get"));
assert_true(request_method_is_allowed("POST"));
assert_true(request_method_is_allowed("PUT"));
assert_true(request_method_is_allowed("DELETE"));
assert_true(request_method_is_allowed("HEAD"));
}
function test_file_is_binary()
{
assert_false(file_is_binary('my_file.txt'));
assert_false(file_is_binary('my_file.TXT'));
assert_false(file_is_binary('my_file.css'));
assert_false(file_is_binary('my_file.csv'));
assert_true(file_is_binary('my_file.jpg'));
assert_true(file_is_binary('my_file.swf'));
}
function test_functional_session()
{
$response = test_request(TESTS_DOC_ROOT . '06-session.php/', 'GET', false);
// In http://www.php.net/manual/en/function.session-name.php:
//
// > The session name references the session id in cookies and URLs. It
// should contain only alphanumeric characters; it should be short and
// descriptive (i.e. for users with enabled cookie warnings). If name is
// specified, the name of the current session is changed to its value.
assert_true(ctype_alnum($response));
assert_equal($response, "LIMONADE" . str_replace('.', 'x', LIMONADE));
}
$mapJson = "{\n \"stringMap\": {\n \"a\": \"A\",\n \"b\": \"B\"\n },\n\n \"boolMap\": {\n \"false\": \"False\",\n \"true\": \"True\"\n },\n\n \"byteMap\": {\n \"1\": \"one\",\n \"2\": \"two\"\n },\n \"doubleMap\":\n {\n \"0.2\": \"0.two\",\n \"0.1\": \"0.one\"\n },\n \"enumMap\": {\n\n \"1\": \"male\",\n \"2\": \"female\"\n }\n}";
$mapStruct->readFromJson($mapJson);
assert_array_equals($mapStruct->stringMap, $stringMap);
assert_array_equals($mapStruct->boolMap, $boolMap);
assert_array_equals($mapStruct->byteMap, $byteMap);
assert_array_equals($mapStruct->enumMap, $enumMap);
/**
* Test mixed structure
*/
$mixedJson = "{\n \"a\": [\n \n ],\n \"b\": [\n {\n \"a\": 5\n\n }\n ],\n \"c\": {\n \"fire\": -191,\n \"flame\": -8\n },\n \"d\": {\n\n \n },\n \"e\": [\n 1, 2, 3, 4\n ]\n}";
$mixedStruct->readFromJson($mixedJson);
assert_array_equals($mixedStruct->a, array());
assert_array_equals($mixedStruct->c, array('fire' => -191, 'flame' => -8));
$tSuperStruct = new mySuperSimpleStruct(array('a' => 5));
$tArr = array(0 => $tSuperStruct);
assert_true($mixedStruct->b == $tArr);
assert_array_equals($mixedStruct->d, array());
assert_array_equals($mixedStruct->e, array(1 => true, 2 => true, 3 => true, 4 => true));
/**
* Test Set
*/
$setJson1 = "{\n \"a\": [\n 8, 16, 4, 15\n ]\n}";
$setStruct->readFromJson($setJson1);
assert_array_equals($setStruct->a, array(4 => true, 8 => true, 15 => true, 16 => true));
$setJson2 = "{\n \"a\": [\n \n ]\n}";
$setStruct->readFromJson($setJson2);
assert_array_equals($setStruct->a, array());
$setJson3 = "{\n \"a\": [\n 1, 2, 1099511627775\n ]\n}";
test_exception($setStruct, $setJson3);
/**
* Test for simple structure
context("nested in a context", function () {
setup(function () {
transient()->setup3 = true;
});
should("have called all three setups", function () {
assert_equals(true, transient()->setup1);
assert_equals(true, transient()->setup2);
assert_equals(true, transient()->setup3);
});
should("have the proper test description", function () {
assert_equals("a context nested in a context nested in a context should have the proper test description", Smoothie::instance()->test_description());
});
});
});
should("have ran teardown", function () {
assert_true($GLOBALS['I_RAN_TEARDOWN']);
});
context("with no setup", function () {
should("work", function () {
assert_true(true);
});
});
// TODO
should("cause a failure", function () {
assert_equals(1, 2);
});
// TODO
should("cause an error", function () {
throw new \Exception("exception!");
});
});
function test_main_url_for()
{
assert_equal(url_for(''), '/');
assert_equal(url_for('/'), '/');
assert_equal(url_for('test'), '/test');
assert_equal(url_for('mañana'), '/'.rawurlencode("mañana"));
assert_equal(url_for('test', 1, 2), '/test/1/2');
assert_equal(url_for('one', 'two', 'three'), '/one/two/three');
assert_equal(url_for('one', 0, 'three'), '/one/0/three');
assert_equal(url_for('one', '', 'three'), '/one/three');
assert_equal(url_for('one', null, 'three'), '/one/three');
assert_equal(url_for('my/hash#test'), '/my/hash#test');
$site_url = 'http://www.limonade-php.net';
assert_true((bool) filter_var_url($site_url));
assert_true((bool) filter_var_url('http://example.com'));
assert_true((bool) filter_var_url('http://example.com:2000/'));
assert_true((bool) filter_var_url('https://www.example.com:2000'));
assert_true((bool) filter_var_url('http://test.example.com/?var1=true&var2=34'));
assert_false(filter_var_url('not an url'));
assert_equal(url_for($site_url), $site_url);
//var_dump(url_for($site_url, 'examples'));
assert_equal(url_for($site_url, 'examples'), $site_url.'/examples');
$ssite_url = 'https://www.limonade-php.net';
assert_equal(url_for($ssite_url), $ssite_url);
option('base_uri', '?');
$url = url_for('test', array('p1' => 'lorem', 'p2' => 'ipsum'));
assert_equal($url,'?/test&p1=lorem&p2=ipsum');
$url = url_for('test', array(0 => 'lorem', 'p2' => 1));
assert_equal($url,'?/test&0=lorem&p2=1');
$url = url_for('test', array('p1' => 'mañana'));
assert_equal($url,'?/test&p1='.rawurlencode("mañana"));
option('base_uri', '/api');
$url = url_for('test', array('p1' => 'lorem', 'p2' => 'ipsum'));
assert_equal($url,'/api/test?p1=lorem&p2=ipsum');
}
function test_main_benchmark()
{
$bench = benchmark();
assert_true(is_array($bench));
assert_true(array_key_exists('execution_time', $bench));
if (function_exists('memory_get_usage')) {
assert_true(defined('LIM_START_MEMORY'));
assert_true(array_key_exists('start_memory', $bench));
assert_equal(LIM_START_MEMORY, $bench['start_memory']);
}
}
function test_main_require_once_dir()
{
$root = dirname(dirname(__FILE__));
ob_start();
assert_empty(require_once_dir($root));
$files = require_once_dir($root, "AUTHORS");
assert_empty(ob_get_contents());
ob_clean();
assert_length_of($files, 1);
assert_match('/AUTHORS$/', $files[0]);
ob_start();
$files = require_once_dir($root, "CHANGES", false);
assert_not_empty(ob_get_contents());
ob_clean();
$lib = $root . '/lib';
$limonade = $lib . '/limonade';
$files = require_once_dir($limonade);
assert_not_empty($files);
$tests_lib = $root . '/tests/data/lib0';
$libs = array('a', 'b', 'c');
foreach ($libs as $lib) {
assert_false(defined('TEST_LIB_' . strtoupper($lib)));
}
$files = require_once_dir($tests_lib);
assert_not_empty($files);
assert_length_of($files, 3);
foreach ($libs as $lib) {
assert_true(defined('TEST_LIB_' . strtoupper($lib)));
}
assert_empty(require_once_dir($root . '/tests/data/'));
assert_true(is_array(require_once_dir($root . '/tests/data/')));
assert_empty(require_once_dir($root . '/tests/data/unknown_dir'));
assert_true(is_array(require_once_dir($root . '/tests/data/unknown_dir')));
}
function test_main_url_for()
{
assert_equal(url_for(''), '/');
assert_equal(url_for('/'), '/');
assert_equal(url_for('test'), '/test');
assert_equal(url_for('mañana'), '/' . rawurlencode("mañana"));
assert_equal(url_for('test', 1, 2), '/test/1/2');
assert_equal(url_for('one', 'two', 'three'), '/one/two/three');
assert_equal(url_for('my/hash#test'), '/my/hash#test');
$site_url = 'http://www.limonade-php.net';
assert_true((bool) filter_var_url($site_url));
assert_equal(url_for($site_url), $site_url);
//var_dump(url_for($site_url, 'examples'));
assert_equal(url_for($site_url, 'examples'), $site_url . '/examples');
$ssite_url = 'https://www.limonade-php.net';
assert_equal(url_for($ssite_url), $ssite_url);
$url = url_for('test', array('p1' => 'lorem', 'p2' => 'ipsum'));
assert_equal($url, '/test&p1=lorem&p2=ipsum');
$url = url_for('test', array(0 => 'lorem', 'p2' => 1));
assert_equal($url, '/test&0=lorem&p2=1');
$url = url_for('test', array('p1' => 'mañana'));
assert_equal($url, '/test&p1=' . rawurlencode("mañana"));
}
write_to_read($w, $r);
assert_true(!isset($r->im_default));
// Optional gets written (when set)
$w = new Tricky2();
$r = new Tricky2();
write_to_read($w, $r);
assert_true(!isset($r->im_optional));
// Require gets written (when set)
$w = new Tricky3();
$r = new Tricky3();
try {
write_to_read($w, $r);
assert_true(false, "Expected exception because field is required");
} catch (Exception $ex) {
}
assert_true(!isset($r->im_required));
/////////////////////////////////
// Mixing Default & Optional & Required
/////////////////////////////////
// Default <-> Optional
$w = new Tricky1();
$r = new Tricky2();
$w->im_default = 0;
$r->im_optional = 10;
write_to_read($w, $r);
assert_equals(0, $r->im_optional);
assert_equals(0, $w->im_default);
write_to_read($r, $w);
assert_equals(0, $r->im_optional);
assert_equals(0, $w->im_default);
// Default <-> Required
function test_get_fixtures_for_all_tables()
{
$dbh = TestDB::get_instance();
$data = $dbh->get_test_data();
$fixtures = new SimpleFixtures($dbh);
$fixtures->enqueue('users', $data['users'], array('auto_id' => false, 'auto_ref' => false));
$fixtures->enqueue('user_friends', $data['user_friends'], array('auto_id' => false, 'auto_ref' => false));
$retrieved_data = $fixtures->get('*');
assert_true(isset($retrieved_data['users'])) and assert_equal($retrieved_data['users'], $data['users']);
assert_true(isset($retrieved_data['user_friends'])) and assert_equal($retrieved_data['user_friends'], $data['user_friends']);
}
assert_equals("/your regex/", $smoothie->filter);
});
should("accept --filter", function () {
$smoothie = new Smoothie(array("--filter", "your regex"));
assert_equals("/your regex/", $smoothie->filter);
});
should("add slashes if missing", function () {
$smoothie = new Smoothie(array("-n", "your regex"));
assert_equals("/your regex/", $smoothie->filter);
});
should("not add slahes if already there", function () {
$smoothie = new Smoothie(array("-n", "/your regex/"));
assert_equals("/your regex/", $smoothie->filter);
});
should("return true if no filter was set", function () {
$smoothie = new Smoothie();
assert_true($smoothie->passes_filter("my awesome test"));
});
context("tests with passes_filter()", function () {
setup(function () {
transient()->smoothie = new Smoothie(array("-n", "/my awesome test/"));
});
should("return true if filter was set and passes", function () {
assert_true(transient()->smoothie->passes_filter("this is my awesome test that is awesome"));
});
should("return false if filter was set and does not pass", function () {
assert_false(transient()->smoothie->passes_filter("blah"));
});
});
});
});
function test_is_property_set()
{
$c = new TestActiveData();
assert_true($c->is_set('foo'));
assert_false($c->is_set('bar'));
}
function assert_writeable_dir($path)
{
assert_true(is_dir($path), "{$path} exists");
assert_true(is_writable($path), "{$path} is writeable");
}
function expect_error($callback, $error = null, $msg = null)
{
$last_error = mut_fetch_last_error($callback, $error);
if (is_null($msg) && !$last_error['matched']) {
$msg = 'Expected error';
if (is_null($last_error['match'])) {
$msg .= ' [got: none]';
} else {
if (!$last_error['match']['message']) {
$msg .= ' matching ' . $error['match'];
$msg .= ' [got: ';
$msg .= empty($last_error['message']) ? 'none' : $last_error['message'];
$msg .= ']';
}
if (!$last_error['match']['severity']) {
$msg .= ' with severity ';
$msg .= join(', ', mut_get_error_names($error['severity']));
$msg .= ' [got: ';
$msg .= join(', ', mut_get_error_names($last_error['severity']));
$msg .= ']';
}
}
}
return assert_true($last_error['matched'], $msg);
}
public function find_what_is_true___()
{
$hells_circles = 9;
assert_true($hells_circles + 1 == __);
}
echo "FAIL: [{$msg}]\n";
}
}
// The following test vectors were taken from RFC 6070.
// https://www.ietf.org/rfc/rfc6070.txt
$pbkdf2_vectors = array(array('algorithm' => 'sha1', 'password' => "password", 'salt' => "salt", 'iterations' => 1, 'keylength' => 20, 'output' => "0c60c80f961f0e71f3a9b524af6012062fe037a6"), array('algorithm' => 'sha1', 'password' => "password", 'salt' => "salt", 'iterations' => 2, 'keylength' => 20, 'output' => "ea6c014dc72d6f8ccd1ed92ace1d41f0d8de8957"), array('algorithm' => 'sha1', 'password' => "password", 'salt' => "salt", 'iterations' => 4096, 'keylength' => 20, 'output' => "4b007901b765489abead49d926f721d065a429c1"), array('algorithm' => 'sha1', 'password' => "passwordPASSWORDpassword", 'salt' => "saltSALTsaltSALTsaltSALTsaltSALTsalt", 'iterations' => 4096, 'keylength' => 25, 'output' => "3d2eec4fe41c849b80c8d83662c0e44a8b291a964cf2f07038"), array('algorithm' => 'sha1', 'password' => "password", 'salt' => "salt", 'iterations' => 4096, 'keylength' => 16, 'output' => "56fa6aa75548099dcc37d7f03425e0c3"));
foreach ($pbkdf2_vectors as $test) {
$realOut = pbkdf2($test['algorithm'], $test['password'], $test['salt'], $test['iterations'], $test['keylength'], false);
assert_true($realOut === $test['output'], "PBKDF2 vector");
}
$good_hash = create_hash("foobar");
assert_true(validate_password("foobar", $good_hash), "Correct password");
assert_true(validate_password("foobar2", $good_hash) === false, "Wrong password");
$h1 = explode(":", create_hash(""));
$h2 = explode(":", create_hash(""));
assert_true($h1[HASH_PBKDF2_INDEX] != $h2[HASH_PBKDF2_INDEX], "Different hashes");
assert_true($h1[HASH_SALT_INDEX] != $h2[HASH_SALT_INDEX], "Different salts");
assert_true(slow_equals("", ""), "Slow equals empty string");
assert_true(slow_equals("abcdef", "abcdef"), "Slow equals normal string");
assert_true(slow_equals("aaaaaaaaaa", "aaaaaaaaab") === false, "Slow equals different");
assert_true(slow_equals("aa", "a") === false, "Slow equals different length 1");
assert_true(slow_equals("a", "aa") === false, "Slow equals different length 2");
echo "Example hash: {$good_hash}\n";
// benchmark
for ($i = 0; $i < 25; $i++) {
$count = pow(2, $i);
$start = microtime(true);
$hash = pbkdf2("sha256", "password", "salt", $count, 32);
$time = microtime(true) - $start;
printf("%10d iterations: %f seconds\n", $count, $time);
}
foreach ($assets_of_type as $index => $val) {
$assets_of_type[$index] = MatrixDAL::quote($val);
}
if (!empty($assets_of_type)) {
$asset_ids_set = '(' . implode(', ', $assets_of_type) . ')';
$sql = 'DELETE FROM sq_ast_attr_val WHERE assetid in ' . $asset_ids_set;
$query = MatrixDAL::preparePdoQuery($sql);
MatrixDAL::execPdoQuery($query);
$sql = 'DELETE FROM sq_ast_lnk WHERE minorid in ' . $asset_ids_set;
$query = MatrixDAL::preparePdoQuery($sql);
MatrixDAL::execPdoQuery($query);
$sql = 'DELETE FROM sq_ast WHERE type_code = :type_code';
$query = MatrixDAL::preparePdoQuery($sql);
MatrixDAL::bindValueToPdo($query, 'type_code', $DELETING_ASSET_TYPE);
MatrixDAL::execPdoQuery($query);
}
$sql = 'DELETE FROM sq_ast_attr WHERE type_code = :type_code OR owning_type_code = :owning_type_code';
$query = MatrixDAL::preparePdoQuery($sql);
MatrixDAL::bindValueToPdo($query, 'type_code', $DELETING_ASSET_TYPE);
MatrixDAL::bindValueToPdo($query, 'owning_type_code', $DELETING_ASSET_TYPE);
MatrixDAL::execPdoQuery($query);
$sql = 'DELETE FROM sq_ast_typ WHERE type_code = :type_code';
$query = MatrixDAL::preparePdoQuery($sql);
MatrixDAL::bindValueToPdo($query, 'type_code', $DELETING_ASSET_TYPE);
MatrixDAL::execPdoQuery($query);
$sql = 'DELETE FROM sq_ast_typ_inhd WHERE type_code = :type_code';
$query = MatrixDAL::preparePdoQuery($sql);
MatrixDAL::bindValueToPdo($query, 'type_code', $DELETING_ASSET_TYPE);
MatrixDAL::execPdoQuery($query);
assert_true(unlink(dirname(dirname(__FILE__)) . '/data/private/db/asset_types.inc'), 'failed removing asset_types.inc');
echo "\nDone\n";
public function the_at_operator()
{
$get_error_reporting_level = function () {
return error_reporting();
};
$old_reporting_level = error_reporting();
assert_true($old_reporting_level !== 0);
assert_that($get_error_reporting_level())->is_identical_to(__);
assert_that(@$get_error_reporting_level())->is_identical_to(__);
// Virgil says: the @ operator suppresses every error you
// get, making debugging almost impossible. It's also incredibly
// confusing the first time you see it, as it's almost totally
// un-Google-able!
}
