php-gnupg/tests/gnupgt.inc

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<?php
require_once __DIR__ . "/vars.inc";
class gnupgt {
/**
* Import all keys
*/
static public function import_key()
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{
global $testkey;
self::delete_key();
$gpg = new gnupg();
$gpg->import($testkey);
}
/**
* Delete all keys.
*/
static public function delete_key()
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{
@unlink(__DIR__ . "/pubring.gpg");
@unlink(__DIR__ . "/secring.gpg");
@unlink(__DIR__ . "/pubring.kbx");
@unlink(__DIR__ . "/random_seed");
@unlink(__DIR__ . "/sshcontrol");
@unlink(__DIR__ . "/trustdb.gpg");
$privKeyDir = __DIR__ . '/private-keys-v1.d';
if (is_dir($privKeyDir)) {
foreach (glob($privKeyDir . '/*.key') as $key) {
unlink($key);
}
rmdir($privKeyDir);
}
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}
/**
* 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));
}
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/**
* 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('testkey', $ret, 0, 'uids', 0, 'name');
self::check_array('testkey', $ret, 0, 'uids', 0, 'comment');
self::check_array('test@example.net', $ret, 0, 'uids', 0, 'email');
self::check_array('testkey (testkey) <test@example.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("64DF06E42FCF2094590CDEEE2E96F141B3DD2B2E", $ret, 0, 'subkeys', 0, 'fingerprint');
self::check_array("2E96F141B3DD2B2E", $ret, 0, 'subkeys', 0, 'keyid');
self::check_array(1129316524, $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');
self::check_array_from_version('1.9.0', false, $ret, 0, 'subkeys', 0, 'is_de_vs');
self::check_array(GNUPG_PK_DSA, $ret, 0, 'subkeys', 0, 'pubkey_algo');
self::check_array(1024, $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("A3437D3651E27CF9864198F0BFE8D07DDACDEAC8", $ret, 0, 'subkeys', 1, 'fingerprint');
self::check_array("BFE8D07DDACDEAC8", $ret, 0, 'subkeys', 1, 'keyid');
self::check_array(1129316525, $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');
self::check_array_from_version('1.9.0', false, $ret, 0, 'subkeys', 1, 'is_de_vs');
self::check_array(GNUPG_PK_ELG_E, $ret, 0, 'subkeys', 1, 'pubkey_algo');
self::check_array(1024, $ret, 0, 'subkeys', 1, 'length');
self::check_array_from_version('1.7.0', false, $ret, 0, 'subkeys', 1, 'is_cardkey');
}
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}