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Editing: gnupgt.inc
<?php require_once __DIR__ . "/vars.inc"; class gnupgt { /** * Import all keys */ static public function import_key() { global $testkey; self::reset_key(); $gpg = new gnupg(); $gpg->import($testkey); } /** * Delete all keys. * @param null|string $homeDir */ static public function delete_key($homeDir = null) { if (is_null($homeDir)) { $homeDir = self::get_home_dir(); } if (!is_dir($homeDir)) { return; } foreach (glob($homeDir . '/*') as $filename) { if (!is_dir($filename)) { unlink($filename); } } $privKeyDir = self::get_priv_key_dir($homeDir); if (is_dir($privKeyDir)) { foreach (glob($privKeyDir . '/*') as $key) { unlink($key); } rmdir($privKeyDir); } rmdir($homeDir); } /** * Initialize key directory. */ static public function init_key_dir() { mkdir(self::get_home_dir()); mkdir(self::get_priv_key_dir(), 0700); } /** * Reset all keys. */ static public function reset_key() { self::delete_key(); self::init_key_dir(); } /** * Get home directory. * * @return string */ static private function get_home_dir() { return __DIR__ . '/home'; } /** * Get private key directory (for GPG2). * @param null|string $homeDir * @return string */ static private function get_priv_key_dir($homeDir = null) { if (is_null($homeDir)) { $homeDir = self::get_home_dir(); } return $homeDir . '/private-keys-v1.d'; } /** * Print error message and return false. * * @param string $msg * @return bool */ static private function error($msg) { echo "ERROR: " . $msg; return false; } /** * Check single array value. * * @param mixed $expected * @param array $a * @param string $key1 * @return bool */ static public function check_array($expected, $a, $key1) { $args = func_get_args(); $keys = array_splice($args, 2); $value = $a; foreach ($keys as $key) { if (!isset($value[$key])) { return self::error("key $key not found in the array"); } $value = $value[$key]; } if ($value !== $expected) { return self::error( sprintf( "key %s value %s does not match expected %s\n", $key, var_export($value, true), var_export($expected, true) ) ); } return true; } /** * Check single array value but only for GpgME version higher than supplied. * * @param mixed $expected * @param array $a * @param string $key1 * @return bool */ static public function check_array_from_version($version, $expected, $a, $key1) { if (version_compare(GNUPG_GPGME_VERSION, $version) < 0) { return true; } $args = func_get_args(); return call_user_func_array('gnupgt::check_array', array_splice($args, 1)); } /** * Check keyinfo for var key * * @param $ret * @param $secret_only */ static public function check_keyinfo($ret, $secret_only) { self::check_array(false, $ret, 0, 'disabled'); self::check_array(false, $ret, 0, 'expired'); self::check_array(false, $ret, 0, 'revoked'); self::check_array($secret_only, $ret, 0, 'is_secret'); self::check_array(true, $ret, 0, 'can_sign'); self::check_array(true, $ret, 0, 'can_encrypt'); // uid self::check_array('PHP GnuPG', $ret, 0, 'uids', 0, 'name'); self::check_array('', $ret, 0, 'uids', 0, 'comment'); self::check_array('gnupg@php.net', $ret, 0, 'uids', 0, 'email'); self::check_array('PHP GnuPG <gnupg@php.net>', $ret, 0, 'uids', 0, 'uid'); self::check_array(false, $ret, 0, 'uids', 0, 'revoked'); self::check_array(false, $ret, 0, 'uids', 0, 'invalid'); self::check_array(false, $ret, 0, 'uids', 0, 'invalid'); // subkey 1 self::check_array("2DF0DD02DC9B70B7F64F572E669E775E0A6284B3", $ret, 0, 'subkeys', 0, 'fingerprint'); self::check_array("669E775E0A6284B3", $ret, 0, 'subkeys', 0, 'keyid'); self::check_array(1567958444, $ret, 0, 'subkeys', 0, 'timestamp'); self::check_array(0, $ret, 0, 'subkeys', 0, 'expires'); self::check_array($secret_only, $ret, 0, 'subkeys', 0, 'is_secret'); self::check_array(false, $ret, 0, 'subkeys', 0, 'can_encrypt'); self::check_array(true, $ret, 0, 'subkeys', 0, 'can_sign'); self::check_array(false, $ret, 0, 'subkeys', 0, 'disabled'); self::check_array(false, $ret, 0, 'subkeys', 0, 'expired'); self::check_array(false, $ret, 0, 'subkeys', 0, 'revoked'); self::check_array(true, $ret, 0, 'subkeys', 0, 'can_certify'); self::check_array(false, $ret, 0, 'subkeys', 0, 'can_authenticate'); self::check_array(false, $ret, 0, 'subkeys', 0, 'is_qualified'); // TODO: The is_de_vs seems to differ between gpg2 (true) and gpg1 (false) - differenatiate the test //self::check_array_from_version('1.9.0', true, $ret, 0, 'subkeys', 0, 'is_de_vs'); self::check_array(GNUPG_PK_RSA, $ret, 0, 'subkeys', 0, 'pubkey_algo'); self::check_array(2048, $ret, 0, 'subkeys', 0, 'length'); self::check_array_from_version('1.7.0', false, $ret, 0, 'subkeys', 0, 'is_cardkey'); // subkey 2 self::check_array("9E84AE800874DFF647B6062B46DCA9B3662C7DFC", $ret, 0, 'subkeys', 1, 'fingerprint'); self::check_array("46DCA9B3662C7DFC", $ret, 0, 'subkeys', 1, 'keyid'); self::check_array(1567958444, $ret, 0, 'subkeys', 1, 'timestamp'); self::check_array(0, $ret, 0, 'subkeys', 1, 'expires'); self::check_array($secret_only, $ret, 0, 'subkeys', 1, 'is_secret'); self::check_array(true, $ret, 0, 'subkeys', 1, 'can_encrypt'); self::check_array(false, $ret, 0, 'subkeys', 1, 'can_sign'); self::check_array(false, $ret, 0, 'subkeys', 1, 'disabled'); self::check_array(false, $ret, 0, 'subkeys', 1, 'expired'); self::check_array(false, $ret, 0, 'subkeys', 1, 'revoked'); self::check_array(false, $ret, 0, 'subkeys', 1, 'can_certify'); self::check_array(false, $ret, 0, 'subkeys', 1, 'can_authenticate'); self::check_array(false, $ret, 0, 'subkeys', 1, 'is_qualified'); // TODO: The is_de_vs seems to differ between gpg2 (true) and gpg1 (false) - differenatiate the test // self::check_array_from_version('1.9.0', true, $ret, 0, 'subkeys', 1, 'is_de_vs'); self::check_array(GNUPG_PK_RSA, $ret, 0, 'subkeys', 1, 'pubkey_algo'); self::check_array(2048, $ret, 0, 'subkeys', 1, 'length'); self::check_array_from_version('1.7.0', false, $ret, 0, 'subkeys', 1, 'is_cardkey'); } }
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