{level} {modified} '; return str_replace( array('{id}', '{title}', '{body}', '{namespace}', '{pagename}', '{level}', '{modified}'), array( $data['id'], escapeTextValue($data['title_to_index']), escapeTextValue($data['body']), escapeTextValue($data['namespace']), escapeTextValue($data['pagename']), $data['level'], $data['modified'] ), $xmlFormat ); } function escapeTextValue($value) { if ("" === $value) { return ""; } //$value = mb_convert_encoding($value,'UTF-8','ISO-8859-1'); $value = strip_tags($value); $value = stripInvalidXml($value); return str_replace("]]>", "]]>]]>= 0x20) && ($current <= 0xD7FF)) || (($current >= 0xE000) && ($current <= 0xFFFD)) || (($current >= 0x10000) && ($current <= 0x10FFFF)) ) { $ret .= chr($current); } else { $ret .= " "; } } return $ret; } function getDocumentsByHeadings($id, $metadata) { if (empty($metadata) || empty($metadata['description']['tableofcontents'])) return false; $sections = array(); $level = 1; $previouse_title = ''; $firstSection = true; foreach ($metadata['description']['tableofcontents'] as $row) { if ($firstSection) { $zerocontent = getZeroSectionContent($id, $row['title']); if ($zerocontent) { $sections[$id] = array( 'section' => $zerocontent, 'level' => 0, 'title' => $id, 'title_to_index' => $id ); } $firstSection = false; } $sections[$row['hid']] = array( 'section' => getSectionByTitleLevel($id, $row['title'], false), 'level' => $row['level'], 'title' => $row['title'] ); if ($row['level'] > $level && !empty($previouse_title)) { $sections[$row['hid']]['title_text'] = $previouse_title . " » " . $row['title']; } else { $sections[$row['hid']]['title_text'] = $row['title']; $previouse_title = $row['title']; } $sections[$row['hid']]['title_to_index'] = $row['title']; } return $sections; } function getZeroSectionContent($id, $header) { $headerReg = preg_quote($header, '/'); $regex = "(={1,6})\s*({$headerReg})\s*(={1,6})"; $doc = io_readFile(wikiFN($id)); $matches = array(); if (!preg_match("/$regex/i", $doc, $matches)) { return false; } if (empty($matches[1])) { return false; } $end = strpos($doc, $matches[1]); if (!$end) { return false; } $zerocontent = substr($doc, 0, $end); return $zerocontent; } function getSectionByTitleLevel($id, $header, $extended = false) { $headerReg = preg_quote($header, '/'); $doc = io_readFile(wikiFN($id)); $regex = "(={1,6})\s*({$headerReg})\s*(={1,6})"; $section = ''; if (preg_match("/$regex/i", $doc, $matches)) { $startHeader = $matches[0]; $startHeaderPos = strpos($doc, $startHeader) + strlen($startHeader); $endDoc = substr($doc, $startHeaderPos); $regex = '(={4,6})(.*?)(={4,6})'; if (preg_match("/$regex/i", $endDoc, $matches)) { $endHeader = $matches[0]; $endHeaderPos = strpos($doc, $endHeader); } else { $endHeaderPos = 0; } if ($endHeaderPos) { $section = substr($doc, $startHeaderPos, $endHeaderPos - $startHeaderPos); } else { $section = substr($doc, $startHeaderPos); } } $section = trim($section); //trying to get next section content if body for first section is empty //working only for extended mode if ($extended && empty($section)) { $startHeaderPos = $endHeaderPos + strlen($endHeader); $endDoc = substr($endDoc, $startHeaderPos); $regex = '(={4,6})(.*?)(={4,6})'; if (preg_match("/$regex/i", $endDoc, $matches)) { $endHeader = $matches[0]; $endHeaderPos = strpos($doc, $endHeader); } else { $endHeaderPos = 0; } if ($endHeaderPos) { $section = substr($doc, $startHeaderPos, $endHeaderPos - $startHeaderPos); } else { $section = substr($doc, $startHeaderPos); } } $section = trim($section); return $section; } function getSection($id, $header) { static $cacheInstructions = null; static $cacheDoc = null; if (empty($cacheDoc[$id])) { // Create the parser $Parser = new Doku_Parser(); // Add the Handler $Parser->Handler = new Doku_Handler(); // Load the header mode to find headers $Parser->addMode('header', new Doku_Parser_Mode_Header()); $Parser->addMode('listblock', new Doku_Parser_Mode_ListBlock()); // Loads the raw wiki document $doc = io_readFile(wikiFN($id)); // Get a list of instructions $instructions = $Parser->parse($doc); unset($Parser->Handler); unset($Parser); //free old cache $cacheInstructions = null; $cacheDoc = null; //initialize new cache $cacheInstructions[$id] = $instructions; $cacheDoc[$id] = $doc; } else { $instructions = $cacheInstructions[$id]; $doc = $cacheDoc[$id]; } // Use this to watch when we're inside the section we want $inSection = FALSE; $startPos = 0; $endPos = 0; // Loop through the instructions foreach ($instructions as $instruction) { if (!$inSection) { // Look for the header for the "Lists" heading if ( $instruction[0] == 'header' && trim($instruction[1][0]) == $header ) { $startPos = $instruction[2]; $inSection = TRUE; } } else { // Look for the end of the section if ($instruction[0] == 'section_close') { $endPos = $instruction[2]; break; } } } // Normalize and pad the document in the same way the parse does // so that byte indexes with match $doc = "\n" . str_replace("\r\n", "\n", $doc) . "\n"; $section = substr($doc, $startPos, ($endPos - $startPos)); return $section; } function getCategories($id) { if (empty($id)) return ''; if (false === strpos($id, ":")) { return ''; } $ns = explode(":", $id); $nsCount = count($ns) - 1; $result = ''; do { for ($i = 0; $i < $nsCount; $i++) { $name = $ns[$i]; $result .= $name; if ($i < $nsCount - 1) { $result .= ':'; } } $result .= ' '; } while ($nsCount--); return $result; } function getPagename($id) { if (empty($id)) return ''; if (false === strpos($id, ":")) { return $id; } $ns = explode(":", $id); return $ns[count($ns) - 1]; } /** * Method return all wiki page names * @global array $conf * @return array */ function getPagesList() { global $conf; $data = array(); sort($data); search($data, $conf['datadir'], 'search_allpages', array('skipacl' => 1), ''); return $data; } function getNsLinks($id, $keywords, $search) { global $conf; $parts = explode(':', $id); $count = count($parts); // print intermediate namespace links $part = ''; $data = array(); $titles = array(); for ($i = 0; $i < $count; $i++) { $part .= $parts[$i] . ':'; $page = $part; resolve_pageid('', $page, $exists); if (preg_match("#:start$#", $page) && !preg_match("#:start:$#", $part)) { $page = substr($page, 0, strpos($page, ":start")); }; // output if ($exists) { $titles[wl($page)] = $parts[$i]; } else { $titles[wl($page)] = $parts[$i]; } $data[] = array('link' => "?do=search&id={$keywords}" . urlencode(" @ns $page")); } $titleExcerpt = $search->getExcerpt($titles, $search->starQuery($keywords)); $i = 0; foreach ($data as $key => $notused) { $data[$key]['title'] = $titleExcerpt[$i++]; } return $data; } function printNamespaces($query) { $data = array(); $query = str_replace(" ", "_", $query); $data = ft_pageLookup($query, false); if (!count($data)) return false; print ''; } function printNamespacesNew($pageNames) { if (empty($pageNames)) return false; $limit = 10; print ''; } if (!function_exists('shorten')) { /** * Shorten a given string by removing data from the middle * * You can give the string in two parts, teh first part $keep * will never be shortened. The second part $short will be cut * in the middle to shorten but only if at least $min chars are * left to display it. Otherwise it will be left off. * * @param string $keep the part to keep * @param string $short the part to shorten * @param int $max maximum chars you want for the whole string * @param int $min minimum number of chars to have left for middle shortening * @param string $char the shortening character to use */ function shorten($keep, $short, $max, $min = 9, $char = '⌇') { $max = $max - utf8_strlen($keep); if ($max < $min) return $keep; $len = utf8_strlen($short); if ($len <= $max) return $keep . $short; $half = floor($max / 2); return $keep . utf8_substr($short, 0, $half - 1) . $char . utf8_substr($short, $len - $half); } }