Rev 64 | Rev 66 | Go to most recent revision | Details | Compare with Previous | Last modification | View Log | RSS feed
Rev | Author | Line No. | Line |
---|---|---|---|
58 | daniel-mar | 1 | <?php |
2 | |||
3 | /* |
||
63 | daniel-mar | 4 | * ViaThinkSoft Modular Crypt Format 1.0 / vts_password_hash() / vts_password_verify() |
58 | daniel-mar | 5 | * Copyright 2023 Daniel Marschall, ViaThinkSoft |
65 | daniel-mar | 6 | * Revision 2023-02-28 |
58 | daniel-mar | 7 | * |
8 | * Licensed under the Apache License, Version 2.0 (the "License"); |
||
9 | * you may not use this file except in compliance with the License. |
||
10 | * You may obtain a copy of the License at |
||
11 | * |
||
12 | * http://www.apache.org/licenses/LICENSE-2.0 |
||
13 | * |
||
14 | * Unless required by applicable law or agreed to in writing, software |
||
15 | * distributed under the License is distributed on an "AS IS" BASIS, |
||
16 | * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. |
||
17 | * See the License for the specific language governing permissions and |
||
18 | * limitations under the License. |
||
19 | */ |
||
20 | |||
21 | /* |
||
22 | |||
63 | daniel-mar | 23 | The function vts_password_hash() replaces password_hash() |
24 | and adds the ViaThinkSoft Modular Crypt Format 1.0 hash as well as |
||
25 | all hashes from password_hash() and crypt(). |
||
26 | |||
27 | The function vts_password_verify() replaces password_verify(). |
||
28 | |||
58 | daniel-mar | 29 | ViaThinkSoft Modular Crypt Format 1.0 performs a simple hash or HMAC operation. |
30 | No key derivation function or iterations are performed. |
||
31 | Format: |
||
32 | $1.3.6.1.4.1.37476.3.0.1.1$a=<algo>,m=<mode>$<salt>$<hash> |
||
33 | where <algo> is any valid hash algorithm (name scheme of PHP hash_algos() preferred), e.g. |
||
34 | sha3-512 |
||
35 | sha3-384 |
||
36 | sha3-256 |
||
37 | sha3-224 |
||
38 | sha512 |
||
39 | sha512/256 |
||
40 | sha512/224 |
||
41 | sha384 |
||
42 | sha256 |
||
43 | sha224 |
||
44 | sha1 |
||
45 | md5 |
||
46 | Valid <mode> : |
||
47 | sp = salt + password |
||
48 | ps = password + salt |
||
49 | sps = salt + password + salt |
||
50 | hmac = HMAC (salt is the key) |
||
65 | daniel-mar | 51 | pbkdf2 = PBKDF2 (Additional param i= contains the number of iterations) |
60 | daniel-mar | 52 | Like most Crypt-hashes, <salt> and <hash> are Radix64 coded |
53 | with alphabet './0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz' and no padding. |
||
58 | daniel-mar | 54 | Link to the online specification: |
55 | https://oidplus.viathinksoft.com/oidplus/?goto=oid%3A1.3.6.1.4.1.37476.3.0.1.1 |
||
56 | Reference implementation in PHP: |
||
57 | https://github.com/danielmarschall/php_utils/blob/master/vts_crypt.inc.php |
||
58 | |||
59 | */ |
||
60 | |||
63 | daniel-mar | 61 | require_once __DIR__ . '/misc_functions.inc.php'; |
58 | daniel-mar | 62 | |
64 | daniel-mar | 63 | define('OID_MCF_VTS_V1', '1.3.6.1.4.1.37476.3.0.1.1'); // { iso(1) identified-organization(3) dod(6) internet(1) private(4) enterprise(1) 37476 specifications(3) misc(0) modular-crypt-format(1) vts-crypt-v1(1) } |
63 | daniel-mar | 64 | |
64 | daniel-mar | 65 | // Valid algorithms for vts_password_hash(): |
66 | define('PASSWORD_STD_DES', 'std_des'); // Algorithm from crypt() |
||
67 | define('PASSWORD_EXT_DES', 'ext_des'); // Algorithm from crypt() |
||
68 | define('PASSWORD_MD5', 'md5'); // Algorithm from crypt() |
||
69 | define('PASSWORD_BLOWFISH', 'blowfish'); // Algorithm from crypt() |
||
70 | define('PASSWORD_SHA256', 'sha256'); // Algorithm from crypt() |
||
71 | define('PASSWORD_SHA512', 'sha512'); // Algorithm from crypt() |
||
72 | define('PASSWORD_VTS_MCF1', OID_MCF_VTS_V1); // Algorithm from ViaThinkSoft |
||
73 | // Other valid values (already defined in PHP): |
||
74 | // - PASSWORD_DEFAULT |
||
75 | // - PASSWORD_BCRYPT |
||
76 | // - PASSWORD_ARGON2I |
||
77 | // - PASSWORD_ARGON2ID |
||
63 | daniel-mar | 78 | |
79 | // --- Part 1: Modular Crypt Format encode/decode |
||
58 | daniel-mar | 80 | |
64 | daniel-mar | 81 | function crypt_modular_format_encode($id, $bin_salt, $bin_hash, $params=null) { |
58 | daniel-mar | 82 | // $<id>[$<param>=<value>(,<param>=<value>)*][$<salt>[$<hash>]] |
83 | $out = '$'.$id; |
||
84 | if (!is_null($params)) { |
||
85 | $ary_params = array(); |
||
86 | foreach ($params as $name => $value) { |
||
87 | $ary_params[] = "$name=$value"; |
||
88 | } |
||
89 | $out .= '$'.implode(',',$ary_params); |
||
90 | } |
||
59 | daniel-mar | 91 | $out .= '$'.crypt_radix64_encode($bin_salt); |
92 | $out .= '$'.crypt_radix64_encode($bin_hash); |
||
58 | daniel-mar | 93 | return $out; |
94 | } |
||
95 | |||
59 | daniel-mar | 96 | function crypt_modular_format_decode($mcf) { |
97 | $ary = explode('$', $mcf); |
||
98 | |||
99 | $dummy = array_shift($ary); |
||
100 | if ($dummy !== '') return false; |
||
101 | |||
102 | $dummy = array_shift($ary); |
||
103 | $id = $dummy; |
||
104 | |||
105 | $params = array(); |
||
106 | $dummy = array_shift($ary); |
||
107 | if (strpos($dummy, '=') !== false) { |
||
108 | $params_ary = explode(',',$dummy); |
||
109 | foreach ($params_ary as $param) { |
||
110 | $bry = explode('=', $param, 2); |
||
111 | if (count($bry) > 1) { |
||
112 | $params[$bry[0]] = $bry[1]; |
||
113 | } |
||
114 | } |
||
115 | } else { |
||
116 | array_unshift($ary, $dummy); |
||
117 | } |
||
118 | |||
119 | if (count($ary) > 1) { |
||
120 | $dummy = array_shift($ary); |
||
121 | $bin_salt = crypt_radix64_decode($dummy); |
||
122 | } else { |
||
123 | $bin_salt = ''; |
||
124 | } |
||
125 | |||
126 | $dummy = array_shift($ary); |
||
127 | $bin_hash = crypt_radix64_decode($dummy); |
||
128 | |||
129 | return array('id' => $id, 'salt' => $bin_salt, 'hash' => $bin_hash, 'params' => $params); |
||
130 | } |
||
131 | |||
63 | daniel-mar | 132 | // --- Part 2: ViaThinkSoft Modular Crypt Format 1.0 |
133 | |||
64 | daniel-mar | 134 | function vts_crypt_version($hash) { |
135 | if (str_starts_with($hash, '$'.OID_MCF_VTS_V1.'$')) { |
||
136 | return '1'; |
||
137 | } else { |
||
138 | return '0'; |
||
139 | } |
||
140 | } |
||
141 | |||
65 | daniel-mar | 142 | function vts_crypt_hash($algo, $str_password, $str_salt, $ver='1', $mode='ps', $iterations=0/*default*/) { |
58 | daniel-mar | 143 | if ($ver == '1') { |
144 | if ($mode == 'sp') { |
||
145 | $payload = $str_salt.$str_password; |
||
65 | daniel-mar | 146 | $algo_supported_natively = in_array($algo, hash_algos()); |
147 | if (!$algo_supported_natively && ($algo === 'sha3-512') && function_exists('sha3_512')) { |
||
58 | daniel-mar | 148 | $bin_hash = sha3_512($payload, true); |
149 | } else { |
||
150 | $bin_hash = hash($algo, $payload, true); |
||
151 | } |
||
152 | } else if ($mode == 'ps') { |
||
153 | $payload = $str_password.$str_salt; |
||
65 | daniel-mar | 154 | $algo_supported_natively = in_array($algo, hash_algos()); |
155 | if (!$algo_supported_natively && ($algo === 'sha3-512') && function_exists('sha3_512')) { |
||
58 | daniel-mar | 156 | $bin_hash = sha3_512($payload, true); |
157 | } else { |
||
158 | $bin_hash = hash($algo, $payload, true); |
||
159 | } |
||
160 | } else if ($mode == 'sps') { |
||
161 | $payload = $str_salt.$str_password.$str_salt; |
||
65 | daniel-mar | 162 | $algo_supported_natively = in_array($algo, hash_algos()); |
163 | if (!$algo_supported_natively && ($algo === 'sha3-512') && function_exists('sha3_512')) { |
||
58 | daniel-mar | 164 | $bin_hash = sha3_512($payload, true); |
165 | } else { |
||
166 | $bin_hash = hash($algo, $payload, true); |
||
167 | } |
||
168 | } else if ($mode == 'hmac') { |
||
65 | daniel-mar | 169 | if (version_compare(PHP_VERSION, '7.2.0') >= 0) { |
170 | $algo_supported_natively = in_array($algo, hash_hmac_algos()); |
||
171 | } else { |
||
172 | $algo_supported_natively = in_array($algo, hash_algos()); |
||
173 | } |
||
174 | if (!$algo_supported_natively && ($algo === 'sha3-512') && function_exists('sha3_512_hmac')) { |
||
58 | daniel-mar | 175 | $bin_hash = sha3_512_hmac($str_password, $str_salt, true); |
176 | } else { |
||
177 | $bin_hash = hash_hmac($algo, $str_password, $str_salt, true); |
||
178 | } |
||
65 | daniel-mar | 179 | } else if ($mode == 'pbkdf2') { |
180 | if ($iterations == 0) { |
||
181 | // TODO: Find good value for iterations, see https://cheatsheetseries.owasp.org/cheatsheets/Password_Storage_Cheat_Sheet.html#pbkdf2 |
||
182 | $iterations = 500000; |
||
183 | } |
||
184 | $algo_supported_natively = in_array($algo, hash_algos()); |
||
185 | if (!$algo_supported_natively && ($algo === 'sha3-512') && function_exists('sha3_512_pbkdf2')) { |
||
186 | $bin_hash = sha3_512_pbkdf2($str_password, $str_salt, $iterations, 0, true); |
||
187 | } else { |
||
188 | $bin_hash = hash_pbkdf2($algo, $str_password, $str_salt, $iterations, 0, true); |
||
189 | } |
||
58 | daniel-mar | 190 | } else { |
65 | daniel-mar | 191 | throw new Exception("Invalid VTS crypt version 1 mode. Expect sp, ps, sps, hmac, or pbkdf2."); |
58 | daniel-mar | 192 | } |
193 | $bin_salt = $str_salt; |
||
65 | daniel-mar | 194 | $params = array(); |
195 | $params['a'] = $algo; |
||
196 | $params['m'] = $mode; |
||
197 | if ($mode == 'pbkdf2') $params['i'] = $iterations; |
||
198 | return crypt_modular_format_encode(OID_MCF_VTS_V1, $bin_salt, $bin_hash, $params); |
||
58 | daniel-mar | 199 | } else { |
59 | daniel-mar | 200 | throw new Exception("Invalid VTS crypt version, expect 1."); |
58 | daniel-mar | 201 | } |
202 | } |
||
63 | daniel-mar | 203 | |
64 | daniel-mar | 204 | function vts_crypt_verify($password, $hash): bool { |
205 | $ver = vts_crypt_version($hash); |
||
206 | if ($ver == '1') { |
||
63 | daniel-mar | 207 | // Decode the MCF hash parameters |
208 | $data = crypt_modular_format_decode($hash); |
||
209 | if ($data === false) throw new Exception('Invalid auth key'); |
||
210 | $id = $data['id']; |
||
211 | $bin_salt = $data['salt']; |
||
212 | $bin_hash = $data['hash']; |
||
213 | $params = $data['params']; |
||
65 | daniel-mar | 214 | |
215 | if (!isset($params['a'])) throw new Exception('Param "a" (algo) missing'); |
||
63 | daniel-mar | 216 | $algo = $params['a']; |
65 | daniel-mar | 217 | |
218 | if (!isset($params['m'])) throw new Exception('Param "m" (mode) missing'); |
||
63 | daniel-mar | 219 | $mode = $params['m']; |
220 | |||
65 | daniel-mar | 221 | if (($mode == 'pbkdf2') && !isset($params['i'])) throw new Exception('Param "i" (iterations) missing'); |
222 | $iterations = $params['i']; |
||
223 | |||
63 | daniel-mar | 224 | // Create a VTS MCF 1.0 hash based on the parameters of $hash and the password $password |
65 | daniel-mar | 225 | $calc_authkey_1 = vts_crypt_hash($algo, $password, $bin_salt, $ver, $mode, $iterations); |
63 | daniel-mar | 226 | |
64 | daniel-mar | 227 | // We rewrite the MCF to make sure that they match (if params have the wrong order) |
228 | $calc_authkey_2 = crypt_modular_format_encode($id, $bin_salt, $bin_hash, $params); |
||
63 | daniel-mar | 229 | |
230 | return hash_equals($calc_authkey_1, $calc_authkey_2); |
||
64 | daniel-mar | 231 | } else { |
232 | throw new Exception("Invalid VTS crypt version, expect 1."); |
||
233 | } |
||
234 | } |
||
63 | daniel-mar | 235 | |
64 | daniel-mar | 236 | // --- Part 3: vts_password_hash() and vts_password_verify() |
237 | |||
238 | /** This function extends password_verify() by adding ViaThinkSoft Modular Crypt Format 1.0. |
||
239 | * @param string $password to be checked |
||
240 | * @param string $hash Hash created by crypt(), password_hash(), or vts_password_hash(). |
||
241 | * @return bool true if password is valid |
||
242 | */ |
||
243 | function vts_password_verify($password, $hash): bool { |
||
244 | if (vts_crypt_version($hash) != '0') { |
||
245 | // Hash created by vts_password_hash(), or vts_crypt_hash() |
||
246 | return vts_crypt_verify($password, $hash); |
||
63 | daniel-mar | 247 | } else { |
64 | daniel-mar | 248 | // Hash created by vts_password_hash(), password_hash(), or crypt() |
63 | daniel-mar | 249 | return password_verify($password, $hash); |
250 | } |
||
251 | } |
||
252 | |||
253 | /** This function extends password_hash() with the algorithms supported by crypt(). |
||
64 | daniel-mar | 254 | * It also adds vts_crypt_hash() which implements the ViaThinkSoft Modular Crypt Format 1.0. |
63 | daniel-mar | 255 | * The result can be verified using vts_password_verify(). |
256 | * @param string $password to be hashed |
||
257 | * @param mixed $algo algorithm |
||
258 | * @param array $options options for the hashing algorithm |
||
64 | daniel-mar | 259 | * @return string Crypt style password hash |
63 | daniel-mar | 260 | */ |
261 | function vts_password_hash($password, $algo, $options=array()): string { |
||
262 | $crypt_salt = null; |
||
263 | if (($algo === PASSWORD_STD_DES) && defined('CRYPT_STD_DES')) { |
||
264 | // Standard DES-based hash with a two character salt from the alphabet "./0-9A-Za-z". Using invalid characters in the salt will cause crypt() to fail. |
||
265 | $crypt_salt = des_compat_salt(2); |
||
266 | } else if (($algo === PASSWORD_EXT_DES) && defined('CRYPT_EXT_DES')) { |
||
267 | // Extended DES-based hash. The "salt" is a 9-character string consisting of an underscore followed by 4 characters of iteration count and 4 characters of salt. Each of these 4-character strings encode 24 bits, least significant character first. The values 0 to 63 are encoded as ./0-9A-Za-z. Using invalid characters in the salt will cause crypt() to fail. |
||
268 | $iterations = isset($options['iterations']) ? $options['iterations'] : 725; |
||
269 | $crypt_salt = '_' . base64_int_encode($iterations) . des_compat_salt(4); |
||
270 | } else if (($algo === PASSWORD_MD5) && defined('CRYPT_MD5')) { |
||
271 | // MD5 hashing with a twelve character salt starting with $1$ |
||
272 | $crypt_salt = '$1$'.des_compat_salt(12).'$'; |
||
273 | } else if (($algo === PASSWORD_BLOWFISH) && defined('CRYPT_BLOWFISH')) { |
||
274 | // Blowfish hashing with a salt as follows: "$2a$", "$2x$" or "$2y$", a two digit cost parameter, "$", and 22 characters from the alphabet "./0-9A-Za-z". Using characters outside of this range in the salt will cause crypt() to return a zero-length string. The two digit cost parameter is the base-2 logarithm of the iteration count for the underlying Blowfish-based hashing algorithm and must be in range 04-31, values outside this range will cause crypt() to fail. "$2x$" hashes are potentially weak; "$2a$" hashes are compatible and mitigate this weakness. For new hashes, "$2y$" should be used. |
||
275 | $algo = '$2y$'; // most secure |
||
276 | $cost = isset($options['cost']) ? $options['cost'] : 10; |
||
277 | $crypt_salt = $algo.str_pad($cost,2,'0',STR_PAD_LEFT).'$'.des_compat_salt(22).'$'; |
||
278 | } else if (($algo === PASSWORD_SHA256) && defined('CRYPT_SHA256')) { |
||
279 | // SHA-256 hash with a sixteen character salt prefixed with $5$. If the salt string starts with 'rounds=<N>$', the numeric value of N is used to indicate how many times the hashing loop should be executed, much like the cost parameter on Blowfish. The default number of rounds is 5000, there is a minimum of 1000 and a maximum of 999,999,999. Any selection of N outside this range will be truncated to the nearest limit. |
||
280 | $algo = '$5$'; |
||
281 | $rounds = isset($options['rounds']) ? $options['rounds'] : 5000; |
||
282 | $crypt_salt = $algo.'rounds='.$rounds.'$'.des_compat_salt(16).'$'; |
||
283 | } else if (($algo === PASSWORD_SHA512) && defined('CRYPT_SHA512')) { |
||
284 | // SHA-512 hash with a sixteen character salt prefixed with $6$. If the salt string starts with 'rounds=<N>$', the numeric value of N is used to indicate how many times the hashing loop should be executed, much like the cost parameter on Blowfish. The default number of rounds is 5000, there is a minimum of 1000 and a maximum of 999,999,999. Any selection of N outside this range will be truncated to the nearest limit. |
||
285 | $algo = '$6$'; |
||
286 | $rounds = isset($options['rounds']) ? $options['rounds'] : 5000; |
||
287 | $crypt_salt = $algo.'rounds='.$rounds.'$'.des_compat_salt(16).'$'; |
||
288 | } |
||
289 | |||
290 | if (!is_null($crypt_salt)) { |
||
64 | daniel-mar | 291 | // Algorithms: PASSWORD_STD_DES |
292 | // PASSWORD_EXT_DES |
||
293 | // PASSWORD_MD5 |
||
294 | // PASSWORD_BLOWFISH |
||
295 | // PASSWORD_SHA256 |
||
296 | // PASSWORD_SHA512 |
||
63 | daniel-mar | 297 | $out = crypt($password, $crypt_salt); |
298 | if (strlen($out) < 13) throw new Exception("crypt() failed"); |
||
299 | return $out; |
||
300 | } else if ($algo === PASSWORD_VTS_MCF1) { |
||
64 | daniel-mar | 301 | // Algorithms: PASSWORD_VTS_MCF1 |
63 | daniel-mar | 302 | $ver = '1'; |
303 | $algo = isset($options['algo']) ? $options['algo'] : 'sha3-512'; |
||
304 | $mode = isset($options['mode']) ? $options['mode'] : 'ps'; |
||
65 | daniel-mar | 305 | $iterations = isset($options['iterations']) ? $options['iterations'] : 0/*default*/; |
63 | daniel-mar | 306 | $salt_len = isset($options['salt_length']) ? $options['salt_length'] : 50; |
307 | $salt = random_bytes_ex($salt_len, true, true); |
||
65 | daniel-mar | 308 | return vts_crypt_hash($algo, $password, $salt, $ver, $mode, $iterations); |
63 | daniel-mar | 309 | } else { |
64 | daniel-mar | 310 | // Algorithms: PASSWORD_DEFAULT |
311 | // PASSWORD_BCRYPT |
||
312 | // PASSWORD_ARGON2I |
||
313 | // PASSWORD_ARGON2ID |
||
63 | daniel-mar | 314 | return password_hash($password, $algo, $options); |
315 | } |
||
316 | } |
||
317 | |||
64 | daniel-mar | 318 | // --- Part 4: Useful functions required by the crypt-functions |
63 | daniel-mar | 319 | |
64 | daniel-mar | 320 | define('BASE64_RFC4648_ALPHABET', '0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz+/'); |
321 | define('BASE64_CRYPT_ALPHABET', './0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz'); |
||
322 | |||
63 | daniel-mar | 323 | function des_compat_salt($salt_len) { |
324 | if ($salt_len <= 0) return ''; |
||
64 | daniel-mar | 325 | $characters = BASE64_CRYPT_ALPHABET; |
63 | daniel-mar | 326 | $salt = ''; |
327 | $bytes = random_bytes_ex($salt_len, true, true); |
||
328 | for ($i=0; $i<$salt_len; $i++) { |
||
329 | $salt .= $characters[ord($bytes[$i]) % strlen($characters)]; |
||
330 | } |
||
331 | return $salt; |
||
332 | } |
||
333 | |||
334 | function base64_int_encode($num) { |
||
335 | // https://stackoverflow.com/questions/15534982/which-iteration-rules-apply-on-crypt-using-crypt-ext-des |
||
64 | daniel-mar | 336 | $alphabet_raw = BASE64_CRYPT_ALPHABET; |
337 | $alphabet = str_split($alphabet_raw); |
||
338 | $arr = array(); |
||
339 | $base = sizeof($alphabet); |
||
340 | while ($num) { |
||
341 | $rem = $num % $base; |
||
342 | $num = (int)($num / $base); |
||
343 | $arr[] = $alphabet[$rem]; |
||
63 | daniel-mar | 344 | } |
64 | daniel-mar | 345 | $string = implode($arr); |
63 | daniel-mar | 346 | return str_pad($string, 4, '.', STR_PAD_RIGHT); |
347 | } |
||
348 | |||
349 | function crypt_radix64_encode($str) { |
||
350 | $x = $str; |
||
351 | $x = base64_encode($x); |
||
64 | daniel-mar | 352 | $x = rtrim($x, '='); // remove padding |
63 | daniel-mar | 353 | $x = strtr($x, BASE64_RFC4648_ALPHABET, BASE64_CRYPT_ALPHABET); |
354 | return $x; |
||
355 | } |
||
356 | |||
357 | function crypt_radix64_decode($str) { |
||
358 | $x = $str; |
||
359 | $x = strtr($x, BASE64_CRYPT_ALPHABET, BASE64_RFC4648_ALPHABET); |
||
360 | $x = base64_decode($x); |
||
361 | return $x; |
||
362 | } |
||
363 | |||
364 | // --- Part 5: Selftest |
||
365 | |||
366 | /* |
||
64 | daniel-mar | 367 | $rnd = random_bytes_ex(50, true, true); |
368 | assert(crypt_radix64_decode(crypt_radix64_encode($rnd)) === $rnd); |
||
63 | daniel-mar | 369 | |
64 | daniel-mar | 370 | $password = random_bytes_ex(20, false, true); |
371 | assert(vts_password_verify($password,vts_password_hash($password, PASSWORD_STD_DES))); |
||
372 | assert(vts_password_verify($password,vts_password_hash($password, PASSWORD_EXT_DES))); |
||
373 | assert(vts_password_verify($password,vts_password_hash($password, PASSWORD_MD5))); |
||
374 | assert(vts_password_verify($password,vts_password_hash($password, PASSWORD_BLOWFISH))); |
||
375 | assert(vts_password_verify($password,vts_password_hash($password, PASSWORD_SHA256))); |
||
376 | assert(vts_password_verify($password,vts_password_hash($password, PASSWORD_SHA512))); |
||
65 | daniel-mar | 377 | assert(vts_password_verify($password,$debug = vts_password_hash($password, PASSWORD_VTS_MCF1, array( |
378 | 'algo' => 'sha3-512', |
||
379 | 'mode' => 'pbkdf2', |
||
380 | 'iterations' => 5000 |
||
381 | )))); |
||
382 | echo "$debug\n"; |
||
64 | daniel-mar | 383 | assert(vts_password_verify($password,vts_password_hash($password, PASSWORD_DEFAULT))); |
384 | assert(vts_password_verify($password,vts_password_hash($password, PASSWORD_BCRYPT))); |
||
385 | if (defined('PASSWORD_ARGON2I')) |
||
386 | assert(vts_password_verify($password,vts_password_hash($password, PASSWORD_ARGON2I))); |
||
387 | if (defined('PASSWORD_ARGON2ID')) |
||
388 | assert(vts_password_verify($password,vts_password_hash($password, PASSWORD_ARGON2ID))); |
||
389 | echo "OK, Password $password\n"; |
||
63 | daniel-mar | 390 | */ |