/**
* Get the human-readable form of a language id, or a language entry from a language INI file. (STUB)
*
* @param ID_TEXT The language id
* @param ?mixed The first token [string or tempcode] (replaces {1}) (NULL: none)
* @param ?mixed The second token [string or tempcode] (replaces {2}) (NULL: none)
* @param ?mixed The third token (replaces {3}). May be an array of [of string], to allow any number of additional args (NULL: none)
* @param ?LANGUAGE_NAME The language to use (NULL: users language)
* @param boolean Whether to cause ocPortal to exit if the lookup does not succeed
* @return ?mixed The human-readable content (NULL: not found). String normally. Tempcode if tempcode parameters.
*/
function do_lang($a, $param_a = NULL, $param_b = NULL, $param_c = NULL, $lang = NULL, $require_result = true)
{
if (function_exists('_do_lang')) {
return _do_lang($a, $param_a, $param_b, $param_c, $lang, $require_result);
}
switch ($a) {
case 'LINK_NEW_WINDOW':
return 'new window';
case 'SPREAD_TABLE':
return 'Spread table';
case 'MAP_TABLE':
return 'Item to value mapper table';
case 'charset':
return NULL;
}
if (is_null($param_a)) {
return $a;
}
return serialize(array($a, $param_a, $param_b, $param_c));
}
/**
* Get the human-readable form of a language id, or a language entry from a language INI file.
*
* @param ID_TEXT The language id
* @param ?mixed The first token [string or tempcode] (replaces {1}) (NULL: none)
* @param ?mixed The second token [string or tempcode] (replaces {2}) (NULL: none)
* @param ?mixed The third token (replaces {3}). May be an array of [of string], to allow any number of additional args (NULL: none)
* @param ?LANGUAGE_NAME The language to use (NULL: users language)
* @param boolean Whether to cause ocPortal to exit if the lookup does not succeed
* @return ?mixed The human-readable content (NULL: not found). String normally. Tempcode if tempcode parameters.
*/
function _do_lang($codename, $token1 = NULL, $token2 = NULL, $token3 = NULL, $lang = NULL, $require_result = true)
{
$pos = strpos($codename, ':');
if ($pos !== false) {
require_lang(substr($codename, 0, $pos));
$codename = substr($codename, $pos + 1);
}
global $LANGUAGE, $USER_LANG_CACHED, $RECORD_LANG_STRINGS, $XSS_DETECT, $PAGE_CACHE_FILE, $PAGE_CACHE_LANG_LOADED;
if ($RECORD_LANG_STRINGS) {
global $RECORDED_LANG_STRINGS;
$RECORDED_LANG_STRINGS[$codename] = 1;
}
if ($lang === NULL) {
$lang = $USER_LANG_CACHED === NULL ? user_lang() : $USER_LANG_CACHED;
}
if (!isset($LANGUAGE[$lang][$codename]) && (!array_key_exists($lang, $LANGUAGE) || !array_key_exists($codename, $LANGUAGE[$lang]))) {
global $PAGE_CACHE_LAZY_LOAD, $PAGE_CACHE_LANGS_REQUESTED, $LANG_REQUESTED_LANG;
if ($PAGE_CACHE_LAZY_LOAD) {
$PAGE_CACHE_LAZY_LOAD = false;
// We can't be lazy any more, but we will keep growing our pool so hopefully CAN be lazy the next time
foreach ($PAGE_CACHE_LANGS_REQUESTED as $request) {
list($that_codename, $that_lang) = $request;
unset($LANG_REQUESTED_LANG[$that_lang][$that_codename]);
require_lang($that_codename, $that_lang, NULL, true);
}
$ret = _do_lang($codename, $token1, $token2, $token3, $lang, $require_result);
if ($ret === NULL) {
$PAGE_CACHE_LANG_LOADED[$lang][$codename] = NULL;
if ($GLOBALS['MEM_CACHE'] !== NULL) {
persistant_cache_set($PAGE_CACHE_FILE, $PAGE_CACHE_LANG_LOADED);
} else {
@rewind($PAGE_CACHE_FILE);
@ftruncate($PAGE_CACHE_FILE, 0);
@fwrite($PAGE_CACHE_FILE, serialize($PAGE_CACHE_LANG_LOADED));
}
}
return $ret;
}
require_all_open_lang_files($lang);
}
if ($lang == 'xxx') {
return 'xxx';
}
// Helpful for testing language compliancy. We don't expect to see non x's if we're running this language
if (!isset($LANGUAGE[$lang][$codename]) && (!array_key_exists($lang, $LANGUAGE) || !array_key_exists($codename, $LANGUAGE[$lang]))) {
if ($lang != fallback_lang()) {
$ret = do_lang($codename, $token1, $token2, $token3, fallback_lang(), $require_result);
if ($codename == 'charset') {
switch (strtolower($lang)) {
case 'ar':
case 'bg':
case 'zh-CN':
case 'zh-TW':
case 'hr':
case 'cs':
case 'da':
case 'nl':
case 'fi':
case 'fr':
case 'de':
case 'el':
case 'hi':
case 'it':
case 'ja':
case 'ko':
case 'pl':
case 'pt':
case 'ro':
case 'ru':
case 'es':
case 'sv':
$ret = 'utf-8';
break;
}
} elseif (substr($codename, 0, 3) == 'FC_') {
$ret = ocp_mb_substr(trim(do_lang(substr($codename, 3), $token1, $token2, $token3, $lang)), 0, 1);
} elseif ($codename == 'locale') {
$ret = strtolower($lang) . '_' . strtoupper($lang);
} else {
$ret2 = strtolower($codename) != $codename ? google_translate($ret, $lang) : $ret;
if ($ret2 != $ret) {
$ret = $ret2;
}
}
if ($PAGE_CACHE_FILE !== NULL) {
if (!isset($PAGE_CACHE_LANG_LOADED[$lang][$codename]) && isset($PAGE_CACHE_LANG_LOADED[fallback_lang()][$codename])) {
$PAGE_CACHE_LANG_LOADED[$lang][$codename] = $ret;
// Will have been cached into fallback_lang() from the nested do_lang call, we need to copy it into our cache bucket for this language
if ($GLOBALS['MEM_CACHE'] !== NULL) {
persistant_cache_set($PAGE_CACHE_FILE, $PAGE_CACHE_LANG_LOADED);
} else {
@rewind($PAGE_CACHE_FILE);
@ftruncate($PAGE_CACHE_FILE, 0);
@fwrite($PAGE_CACHE_FILE, serialize($PAGE_CACHE_LANG_LOADED));
}
}
}
return $ret;
} else {
if ($require_result) {
global $USER_LANG_LOOP, $REQUIRE_LANG_LOOP;
//print_r(debug_backtrace());
if ($USER_LANG_LOOP == 1) {
critical_error('RELAY', 'Missing language code: ' . escape_html($codename) . '. This language code is required to produce error messages, and thus a critical error was prompted by the non-ability to show less-critical error messages. It is likely the source language files (lang/' . fallback_lang() . '/*.ini) for ocPortal on this website have been corrupted.');
}
if ($REQUIRE_LANG_LOOP >= 2) {
return '';
}
// Probably failing to load global.ini, so just output with some text missing
require_code('view_modes');
erase_cached_language();
fatal_exit(do_lang_tempcode('MISSING_LANG_ENTRY', escape_html($codename)));
} else {
return NULL;
}
}
}
if ($PAGE_CACHE_FILE !== NULL) {
if (!isset($PAGE_CACHE_LANG_LOADED[$lang][$codename])) {
$PAGE_CACHE_LANG_LOADED[$lang][$codename] = $LANGUAGE[$lang][$codename];
if ($GLOBALS['MEM_CACHE'] !== NULL) {
persistant_cache_set($PAGE_CACHE_FILE, $PAGE_CACHE_LANG_LOADED);
} else {
@rewind($PAGE_CACHE_FILE);
@ftruncate($PAGE_CACHE_FILE, 0);
@fwrite($PAGE_CACHE_FILE, serialize($PAGE_CACHE_LANG_LOADED));
}
}
}
// Put in parameters
static $non_plural_non_vowel = array('1', 'b', 'c', 'd', 'f', 'g', 'h', 'j', 'k', 'l', 'm', 'n', 'p', 'q', 'r', 's', 't', 'v', 'w', 'x', 'y', 'z');
$looked_up = $LANGUAGE[$lang][$codename];
if ($looked_up === NULL) {
return NULL;
}
// Learning cache pool has told us this string definitely does not exist
$out = str_replace('\\n', "\n", $looked_up);
$plural_or_vowel_check = strpos($out, '|') !== false;
if ($XSS_DETECT) {
ocp_mark_as_escaped($out);
}
if ($token1 !== NULL) {
if (is_object($token1) && $token2 === NULL || $token2 !== NULL && is_object($token2)) {
$bits = preg_split('#\\{\\d[^\\}]*\\}#', $out, 2, PREG_SPLIT_OFFSET_CAPTURE);
$ret = new ocp_tempcode();
foreach ($bits as $bit) {
if ($XSS_DETECT) {
ocp_mark_as_escaped($bit[0]);
}
$at = $bit[1];
if ($at != 0) {
if ($out[$at - 2] == '1') {
$ret->attach($token1);
} elseif ($out[$at - 2] == '2') {
$ret->attach($token2);
} elseif ($plural_or_vowel_check && substr($out[$at - 2], 0, 2) == '1|') {
$exploded = explode('|', $out[$at - 2]);
$_token = $token1->evaluate();
$_token_denum = str_replace(',', '', $_token);
$ret->attach(in_array(is_numeric($_token_denum) ? $_token_denum : strtolower(substr($_token, 0, 1)), $non_plural_non_vowel) ? $exploded[1] : $exploded[2]);
} elseif ($plural_or_vowel_check && substr($out[$at - 2], 0, 2) == '2|') {
$exploded = explode('|', $out[$at - 2]);
$_token = $token2->evaluate();
$_token_denum = str_replace(',', '', $_token);
$ret->attach(in_array(is_numeric($_token_denum) ? $_token_denum : strtolower(substr($_token, 0, 1)), $non_plural_non_vowel) ? $exploded[1] : $exploded[2]);
}
}
$ret->attach($bit[0]);
}
return $ret;
} elseif ($token1 !== NULL) {
$out = str_replace('{1}', $token1, $out);
if ($plural_or_vowel_check) {
$_token_denum = str_replace(',', '', $token1);
$out = preg_replace('#\\{1\\|(.*)\\|(.*)\\}#U', in_array(is_numeric($_token_denum) ? $_token_denum : strtolower(substr($token1, 0, 1)), $non_plural_non_vowel) ? '\\1' : '\\2', $out);
}
if ($XSS_DETECT && ocp_is_escaped($token1)) {
ocp_mark_as_escaped($out);
}
}
if ($token2 !== NULL) {
if ($XSS_DETECT) {
$escaped = ocp_is_escaped($out);
}
$out = str_replace('{2}', $token2, $out);
if ($plural_or_vowel_check) {
$_token_denum = str_replace(',', '', $token1);
$out = preg_replace('#\\{2\\|(.*)\\|(.*)\\}#U', in_array(is_numeric($_token_denum) ? $_token_denum : strtolower(substr($token2, 0, 1)), $non_plural_non_vowel) ? '\\1' : '\\2', $out);
}
if ($XSS_DETECT && ocp_is_escaped($token2) && $escaped) {
ocp_mark_as_escaped($out);
}
if ($token3 !== NULL) {
$i = 3;
if (!is_array($token3)) {
$token3 = array($token3);
}
foreach ($token3 as $token) {
if ($XSS_DETECT) {
$escaped = ocp_is_escaped($out);
}
$out = str_replace('{' . strval($i) . '}', $token, $out);
if ($plural_or_vowel_check) {
$_token_denum = str_replace(',', '', $token);
$out = preg_replace('#\\{' . strval($i) . '\\|(.*)\\|(.*)\\}#U', in_array(is_numeric($_token_denum) ? $_token_denum : strtolower(substr($token, 0, 1)), $non_plural_non_vowel) ? '\\1' : '\\2', $out);
}
if ($XSS_DETECT && ocp_is_escaped($token) && $escaped) {
ocp_mark_as_escaped($out);
}
$i++;
}
}
}
}
return $out;
}
/**
* Get the human-readable form of a language id, or a language entry from a language INI file. (STUB)
*
* @param ID_TEXT The language id
* @param ?mixed The first token [string or tempcode] (replaces {1}) (NULL: none)
* @param ?mixed The second token [string or tempcode] (replaces {2}) (NULL: none)
* @param ?mixed The third token (replaces {3}). May be an array of [of string], to allow any number of additional args (NULL: none)
* @param ?LANGUAGE_NAME The language to use (NULL: users language)
* @param boolean Whether to cause ocPortal to exit if the lookup does not succeed
* @return ?mixed The human-readable content (NULL: not found). String normally. Tempcode if tempcode parameters.
*/
function do_lang($a, $param_a = NULL, $param_b = NULL, $param_c = NULL, $lang = NULL, $require_result = true)
{
if (function_exists('_do_lang')) {
return _do_lang($a, $param_a, $param_b, $param_c, $lang, $require_result);
}
unset($lang);
unset($allow_fail);
switch ($a) {
case 'LINK_NEW_WINDOW':
return 'new window';
case 'SPREAD_TABLE':
return 'Spread table';
case 'MAP_TABLE':
return 'Item to value mapper table';
}
return array($a, $param_a, $param_b, $param_c);
}
/**
* Get the human-readable form of a language id, or a language entry from a language INI file.
*
* @param ID_TEXT The language id
* @param ?mixed The first token [string or tempcode] (replaces {1}) (NULL: none)
* @param ?mixed The second token [string or tempcode] (replaces {2}) (NULL: none)
* @param ?mixed The third token (replaces {3}). May be an array of [of string], to allow any number of additional args (NULL: none)
* @param ?LANGUAGE_NAME The language to use (NULL: users language)
* @param boolean Whether to cause ocPortal to exit if the lookup does not succeed
* @return ?mixed The human-readable content (NULL: not found). String normally. Tempcode if tempcode parameters.
*/
function _do_lang($codename, $token1 = NULL, $token2 = NULL, $token3 = NULL, $lang = NULL, $require_result = true)
{
global $LANGUAGE, $USER_LANG_CACHED, $RECORD_LANG_STRINGS, $XSS_DETECT, $PAGE_CACHE_FILE, $PAGE_CACHE_LANG_LOADED;
if ($lang === NULL) {
$lang = $USER_LANG_CACHED === NULL ? user_lang() : $USER_LANG_CACHED;
}
if ($GLOBALS['SEMI_DEBUG_MODE']) {
$pos = strpos($codename, '=');
if ($pos !== false) {
// Find loaded file with smallest levenstein distance to current page
$best = mixed();
$best_for = NULL;
global $LANGS_REQUESTED;
foreach (array_keys($LANGS_REQUESTED) as $possible) {
$dist = levenshtein(get_page_name(), $possible);
if (is_null($best) || $best > $dist) {
$best = $dist;
$best_for = $possible;
}
}
$save_path = get_file_base() . '/lang/' . fallback_lang() . '/' . $best_for . '.ini';
if (!is_file($save_path)) {
$save_path = get_file_base() . '/lang_custom/' . fallback_lang() . '/' . $best_for . '.ini';
}
// Tack language strings onto this file
list($codename, $value) = explode('=', $codename, 2);
$myfile = fopen($save_path, 'at');
fwrite($myfile, "\n" . $codename . '=' . $value);
fclose($myfile);
// Fake-load the string
$LANGUAGE[$lang][$codename] = $value;
// Go through all required files, doing a string replace if needed
$included_files = get_included_files();
foreach ($included_files as $inc) {
$orig_contents = file_get_contents($inc);
$contents = str_replace("'" . $codename . '=' . $value . "'", "'" . $codename . "'", $orig_contents);
if ($orig_contents != $contents) {
$myfile = fopen($inc, 'wt');
fwrite($myfile, $contents);
fclose($myfile);
}
}
}
}
$there = isset($LANGUAGE[$lang][$codename]);
if (!$there) {
$pos = strpos($codename, ':');
if ($pos !== false) {
require_lang(substr($codename, 0, $pos), NULL, NULL, !$require_result);
$codename = substr($codename, $pos + 1);
}
$there = isset($LANGUAGE[$lang][$codename]);
}
if ($RECORD_LANG_STRINGS) {
global $RECORDED_LANG_STRINGS;
$RECORDED_LANG_STRINGS[$codename] = 1;
}
if (!$there && (!isset($LANGUAGE[$lang]) || !array_key_exists($codename, $LANGUAGE[$lang]))) {
global $PAGE_CACHE_LAZY_LOAD, $PAGE_CACHE_LANGS_REQUESTED, $LANG_REQUESTED_LANG;
if ($PAGE_CACHE_LAZY_LOAD) {
$PAGE_CACHE_LAZY_LOAD = false;
// We can't be lazy any more, but we will keep growing our pool so hopefully CAN be lazy the next time
foreach ($PAGE_CACHE_LANGS_REQUESTED as $request) {
list($that_codename, $that_lang) = $request;
unset($LANG_REQUESTED_LANG[$that_lang][$that_codename]);
require_lang($that_codename, $that_lang, NULL, true);
}
$ret = _do_lang($codename, $token1, $token2, $token3, $lang, $require_result);
if ($ret === NULL) {
$PAGE_CACHE_LANG_LOADED[$lang][$codename] = NULL;
if ($GLOBALS['MEM_CACHE'] !== NULL) {
persistant_cache_set($PAGE_CACHE_FILE, $PAGE_CACHE_LANG_LOADED);
} else {
open_page_cache_file();
@rewind($PAGE_CACHE_FILE);
@flock($PAGE_CACHE_FILE, LOCK_EX);
@ftruncate($PAGE_CACHE_FILE, 0);
@fwrite($PAGE_CACHE_FILE, serialize($PAGE_CACHE_LANG_LOADED));
@flock($PAGE_CACHE_FILE, LOCK_UN);
}
}
return $ret;
}
require_all_open_lang_files($lang);
}
if ($lang == 'xxx') {
return 'xxx';
}
// Helpful for testing language compliancy. We don't expect to see non x's if we're running this language
if (!isset($LANGUAGE[$lang][$codename]) && ($require_result || !isset($LANGUAGE[$lang]) || !array_key_exists($codename, $LANGUAGE[$lang]))) {
if ($lang != fallback_lang()) {
$ret = do_lang($codename, $token1, $token2, $token3, fallback_lang(), $require_result);
if ($PAGE_CACHE_FILE !== NULL) {
if (!isset($PAGE_CACHE_LANG_LOADED[$lang][$codename]) && isset($PAGE_CACHE_LANG_LOADED[fallback_lang()][$codename])) {
$PAGE_CACHE_LANG_LOADED[$lang][$codename] = $PAGE_CACHE_LANG_LOADED[fallback_lang()][$codename];
// Will have been cached into fallback_lang() from the nested do_lang call, we need to copy it into our cache bucket for this language
if ($GLOBALS['MEM_CACHE'] !== NULL) {
persistant_cache_set($PAGE_CACHE_FILE, $PAGE_CACHE_LANG_LOADED);
} else {
open_page_cache_file();
@rewind($PAGE_CACHE_FILE);
@flock($PAGE_CACHE_FILE, LOCK_EX);
@ftruncate($PAGE_CACHE_FILE, 0);
@fwrite($PAGE_CACHE_FILE, serialize($PAGE_CACHE_LANG_LOADED));
@flock($PAGE_CACHE_FILE, LOCK_UN);
}
}
}
return $ret;
} else {
if ($require_result) {
global $USER_LANG_LOOP, $REQUIRE_LANG_LOOP;
//print_r(debug_backtrace());
if ($USER_LANG_LOOP == 1) {
critical_error('RELAY', 'Missing language code: ' . escape_html($codename) . '. This language code is required to produce error messages, and thus a critical error was prompted by the non-ability to show less-critical error messages. It is likely the source language files (lang/' . fallback_lang() . '/*.ini) for ocPortal on this website have been corrupted.');
}
if ($REQUIRE_LANG_LOOP >= 2) {
return '';
}
// Probably failing to load global.ini, so just output with some text missing
require_code('view_modes');
erase_cached_language();
require_code('site');
attach_message(do_lang_tempcode('MISSING_LANG_ENTRY', escape_html($codename)), 'warn');
return '';
} else {
return NULL;
}
}
}
if ($PAGE_CACHE_FILE !== NULL) {
if (!isset($PAGE_CACHE_LANG_LOADED[$lang][$codename]) && (!isset($PAGE_CACHE_LANG_LOADED[$lang]) || !array_key_exists($codename, $PAGE_CACHE_LANG_LOADED[$lang]))) {
$PAGE_CACHE_LANG_LOADED[$lang][$codename] = $LANGUAGE[$lang][$codename];
if ($GLOBALS['MEM_CACHE'] !== NULL) {
persistant_cache_set($PAGE_CACHE_FILE, $PAGE_CACHE_LANG_LOADED);
} else {
open_page_cache_file();
@rewind($PAGE_CACHE_FILE);
@flock($PAGE_CACHE_FILE, LOCK_EX);
@ftruncate($PAGE_CACHE_FILE, 0);
@fwrite($PAGE_CACHE_FILE, serialize($PAGE_CACHE_LANG_LOADED));
@flock($PAGE_CACHE_FILE, LOCK_UN);
}
}
}
// Put in parameters
static $non_plural_non_vowel = array('1', 'b', 'c', 'd', 'f', 'g', 'h', 'j', 'k', 'l', 'm', 'n', 'p', 'q', 'r', 's', 't', 'v', 'w', 'x', 'y', 'z', '{');
$looked_up = $LANGUAGE[$lang][$codename];
if ($looked_up === NULL) {
return NULL;
// Learning cache pool has told us this string definitely does not exist
}
$out = str_replace('\\n', "\n", $looked_up);
$plural_or_vowel_check = strpos($out, '|') !== false;
if ($XSS_DETECT) {
ocp_mark_as_escaped($out);
}
if ($token1 !== NULL) {
if (is_object($token1) && $token2 === NULL || $token2 !== NULL && is_object($token2)) {
$bits = preg_split('#\\{\\d[^\\}]*\\}#', $out, 2, PREG_SPLIT_OFFSET_CAPTURE);
$ret = new ocp_tempcode();
foreach ($bits as $bit) {
if ($XSS_DETECT) {
ocp_mark_as_escaped($bit[0]);
}
$at = $bit[1];
if ($at != 0) {
if ($out[$at - 2] == '1') {
$ret->attach($token1);
} elseif ($out[$at - 2] == '2') {
$ret->attach($token2);
} elseif ($plural_or_vowel_check && substr($out[$at - 2], 0, 2) == '1|') {
$exploded = explode('|', $out[$at - 2]);
$_token = $token1->evaluate();
$_token_denum = str_replace(',', '', $_token);
$ret->attach(in_array(is_numeric($_token_denum) ? $_token_denum : ocp_mb_strtolower(ocp_mb_substr($_token, 0, 1)), $non_plural_non_vowel) ? $exploded[1] : $exploded[2]);
} elseif ($plural_or_vowel_check && substr($out[$at - 2], 0, 2) == '2|') {
$exploded = explode('|', $out[$at - 2]);
$_token = $token2->evaluate();
$_token_denum = str_replace(',', '', $_token);
$ret->attach(in_array(is_numeric($_token_denum) ? $_token_denum : ocp_mb_strtolower(ocp_mb_substr($_token, 0, 1)), $non_plural_non_vowel) ? $exploded[1] : $exploded[2]);
}
}
$ret->attach($bit[0]);
}
return $ret;
} elseif ($token1 !== NULL) {
$out = str_replace('{1}', $token1, $out);
if ($plural_or_vowel_check) {
$_token_denum = str_replace(',', '', $token1);
$out = preg_replace('#\\{1\\|(.*)\\|(.*)\\}#U', in_array(is_numeric($_token_denum) ? $_token_denum : ocp_mb_strtolower(ocp_mb_substr($token1, 0, 1)), $non_plural_non_vowel) ? '\\1' : '\\2', $out);
}
if ($XSS_DETECT && ocp_is_escaped($token1)) {
ocp_mark_as_escaped($out);
}
}
if ($token2 !== NULL) {
if ($XSS_DETECT) {
$escaped = ocp_is_escaped($out);
}
$out = str_replace('{2}', $token2, $out);
if ($plural_or_vowel_check) {
$_token_denum = str_replace(',', '', $token1);
$out = preg_replace('#\\{2\\|(.*)\\|(.*)\\}#U', in_array(is_numeric($_token_denum) ? $_token_denum : ocp_mb_strtolower(ocp_mb_substr($token2, 0, 1)), $non_plural_non_vowel) ? '\\1' : '\\2', $out);
}
if ($XSS_DETECT && ocp_is_escaped($token2) && $escaped) {
ocp_mark_as_escaped($out);
}
if ($token3 !== NULL) {
$i = 3;
if (!is_array($token3)) {
$token3 = array($token3);
}
foreach ($token3 as $token) {
if ($XSS_DETECT) {
$escaped = ocp_is_escaped($out);
}
$out = str_replace('{' . strval($i) . '}', $token, $out);
if ($plural_or_vowel_check) {
$_token_denum = str_replace(',', '', $token);
$out = preg_replace('#\\{' . strval($i) . '\\|(.*)\\|(.*)\\}#U', in_array(is_numeric($_token_denum) ? $_token_denum : ocp_mb_strtolower(ocp_mb_substr($token, 0, 1)), $non_plural_non_vowel) ? '\\1' : '\\2', $out);
}
if ($XSS_DETECT && ocp_is_escaped($token) && $escaped) {
ocp_mark_as_escaped($out);
}
$i++;
}
}
}
}
return $out;
}
