")) { print($template[$template_line]); $template_line++; } else { break; } } $template_line++; if ($UseCats) { if (file_exists($CATSFILE) && file_exists($CATPAGESFILE)) { $catnames = file($CATSFILE); $catpages = file($CATPAGESFILE); } else { print("Zoom config error: Missing file(s) zoom_cats.zdat and zoom_catpages.zdat required for category enabled search mode"); return; } } print("\n"); // Replace the key text with the following if ($FormFormat > 0) { ?>


\n"); print(" \n"); print("\n"); if ($FormFormat == 2) { /* print("" . $STR_FORM_RESULTS_PER_PAGE . "\n"); print("\n

\n"); */ echo "

"; if ($UseCats) { print($STR_FORM_CATEGORY . " "); print("  \n"); } print($STR_FORM_MATCH . "\n"); if ($and == 0) { print("" . $STR_FORM_ANY_SEARCH_WORDS . "\n"); print("" . $STR_FORM_ALL_SEARCH_WORDS . "\n"); } else { print("" . $STR_FORM_ANY_SEARCH_WORDS . "\n"); print("" . $STR_FORM_ALL_SEARCH_WORDS . "\n"); } print("\n"); print("
\n"); } else { print("\n"); print("\n"); print("\n"); } print("\n"); } ?>
"); PrintEndOfTemplate($template); return; } // Load index data files (*.zdat) --------------------------------------------- // Load the entire pages file into an array, all URL's on the site $urls = file($PAGESFILE); // Load the entire page titles file into an array $titles = file($TITLESFILE); if ($DisplayMetaDesc == 1) { $descriptions = file($DESCRIPTIONSFILE); if ($descriptions[0] == "This file blank due to indexing configuration.") { print("Zoom config error: The zoom_descriptions.zdat file is not properly created for the search settings specified.
Please check that you have re-indexed your site with the search settings selected in the configuration window.
"); return; } } // Open datetime file if ($UseDateTime == 1 || $DisplayDate == 1) { $fp_datetime = fopen ($DATETIMEFILE, "rt"); $i = 0; while (!feof($fp_datetime) && $i < $NumPages) { $dateline = fgets($fp_datetime, $MaxKeyWordLineLen); if (strlen($dateline) > 0) { $datetime[$i] = strtotime($dateline); $i++; } } if ($i < $NumPages) { print("Zoom config error: The zoom_datetime.zdat file is invalid or not up-to-date. Please make sure you have uploaded all files from the same indexing session.
"); $UseDateTime = 0; } fclose($fp_datetime); } // Open pagetext file if ($DisplayContext == 1 || $AllowExactPhrase == 1) { $fp_pagetext = fopen($PAGETEXTFILE, "rb"); $teststr = fgets($fp_pagetext, 8); if ($teststr[0] == "T" && $teststr[2] == "h" && $teststr[4] == "i" && $teststr[6] == "s") { print("Zoom config error: The zoom_pagetext.zdat file is not properly created for the search settings specified.
Please check that you have re-indexed your site with the search settings selected in the configuration window.
"); fclose($fp_pagetext); return; } } // Open wordmap file $fp_wordmap = fopen($WORDMAPFILE, "rb"); // Open dictionary file $fp_dict = fopen($DICTIONARYFILE, "rt"); $i = 0; while (!feof($fp_dict)) { $dictline = fgets($fp_dict, $MaxKeyWordLineLen); if (strlen($dictline) > 0) { $dict[$i] = explode(" ", $dictline, 2); $i++; } } fclose($fp_dict); $dict_count = $i; // Prepare query for search --------------------------------------------------- if ($MapAccents == 1) { $query = str_replace($AccentChars, $NormalChars, $query); } if ($ToLowerSearchWords == 1) { if ($UseUTF8 == 1 && function_exists('mb_strtolower')) $query = mb_strtolower($query, "UTF-8"); else $query = strtolower($query); } // prepare search query, strip quotes, trim whitespace if ($AllowExactPhrase == 0) { $query = str_replace("\"", " ", $query); } if (strspn(".", $WordJoinChars) == 0) $query = str_replace(".", " ", $query); if (strspn("-", $WordJoinChars) == 0) $query = preg_replace("/(\S)-/", "$1 ", $query); if (strspn("_", $WordJoinChars) == 0) $query = str_replace("_", " ", $query); if (strspn("'", $WordJoinChars) == 0) $query = str_replace("'", " ", $query); if (strspn("#", $WordJoinChars) == 0) $query = str_replace("#", " ", $query); if (strspn("$", $WordJoinChars) == 0) $query = str_replace("$", " ", $query); if (strspn(",", $WordJoinChars) == 0) $query = str_replace(",", " ", $query); if (strspn(":", $WordJoinChars) == 0) $query = str_replace(":", " ", $query); if (strspn("&", $WordJoinChars) == 0) $query = str_replace("&", " ", $query); // strip slashes, sloshes, consecutive spaces, parenthesis, etc. // also strip any of the wordjoinchars if followed immediately by a space $query = preg_replace("/[\/\s\\\\(\)\^\[\]\|\+\{\}]+|[\-._',]\s/", " ", $query); $query = trim($query); //Split search phrase into words preg_match_all("/\"(.*?)\"|[^\\s\"]+/", $query, $SearchWords); $SearchWords = preg_replace("/\"[\s]+|[\s]+\"|\"/", "", $SearchWords[0]); //Sort search words if there are negative signs if (strpos($query, "-") !== false) usort($SearchWords, "sw_compare"); //Print heading /* print("
" . $STR_RESULTS_FOR . " " . htmlspecialchars($query)); if ($UseCats) { if ($cat == -1) print(" " . $STR_RESULTS_IN_ALL_CATEGORIES); else print(" " . $STR_RESULTS_IN_CATEGORY . " \"". rtrim($catnames[$cat]) . "\""); } print "

\n"; */ print "
\n"; // Begin main search loop ----------------------------------------------------- $numwords = count ($SearchWords); $pagesCount = count($urls); $outputline = 0; $UseWildCards = 1; // default as using wildcard // Initialise $res_table to be a 2D array of count($pages) long, filled with zeros. //$res_table = array_fill(0, $pagesCount, array_fill(0, 6, 0)); $res_table = array(); for ($i = 0; $i < $pagesCount; $i++) { $res_table[$i] = array(); $res_table[$i][0] = 0; // score $res_table[$i][1] = 0; // num of sw matched $res_table[$i][2] = 0; // pagetext ptr #1 $res_table[$i][3] = 0; // pagetext ptr #2 $res_table[$i][4] = 0; // pagetext ptr #3 $res_table[$i][5] = 0; // 'and' user search terms matched } $exclude_count = 0; // check if word is in skipword file $SkippedWords = 0; $context_maxgoback = 1; $SkippedExactPhrase = 0; $maxscore = 0; //$sw_results = array_fill(0, $numwords, 0); $sw_results = array(); for ($i = 0; $i < $numwords; $i++) $sw_results[$i] = 0; for ($sw = 0; $sw < $numwords; $sw++) { if ($SearchWords[$sw] == "") continue; // check min length if (strlen($SearchWords[$sw]) < $MinWordLen) { SkipSearchWord($sw); continue; } $ExactPhrase = 0; $UseWildCards = 0; $ExcludeTerm = 0; // Check exclusion searches if ($SearchWords[$sw][0] == "-") { $SearchWords[$sw] = substr($SearchWords[$sw], 1); $ExcludeTerm = 1; $exclude_count++; } if ($AllowExactPhrase == 1 && strpos($SearchWords[$sw], " ") !== false) { // Initialise exact phrase matching for this search term $ExactPhrase = 1; $phrase_terms = split(" ", $SearchWords[$sw]); //$phrase_terms = preg_split("/\W+/", $SearchWords[$sw], -1, 0 /*PREG_SPLIT_DELIM_CAPTURE*/); $num_phrase_terms = count($phrase_terms); if ($num_phrase_terms > $context_maxgoback) $context_maxgoback = $num_phrase_terms; $phrase_terms_data = array(); $tmpid = 0; $WordNotFound = 0; for ($j = 0; $j < $num_phrase_terms; $j++) { $tmpid = GetDictID($phrase_terms[$j]); if ($tmpid == -1) // word is not in dictionary { $WordNotFound = 1; break; } $wordmap_row = $dict[$tmpid][1]; if ($wordmap_row != -1) { fseek($fp_wordmap, $wordmap_row); $countbytes = fread($fp_wordmap, 2); $phrase_data_count[$j] = ord($countbytes[0]) | ord($countbytes[1])<<8; for ($xbi = 0; $xbi < $phrase_data_count[$j]; $xbi++) { $xbindata = fread($fp_wordmap, 8); if (strlen($xbindata) == 0) print "error in wordmap file: expected data not found"; $phrase_terms_data[$j][$xbi] = unpack("vscore/vpagenum/Vptr", $xbindata); } } else { $phrase_data_count[$j] = 0; $phrase_terms_data[$j] = 0; } } if ($WordNotFound == 1) continue; } else if (strpos($SearchWords[$sw], "*") !== false || strpos($SearchWords[$sw], "?") !== false) { $pattern = "/"; // match entire word if ($SearchAsSubstring == 0) $pattern = $pattern . "\A"; $SearchWords[$sw] = pattern2regexp($SearchWords[$sw]); $pattern = $pattern . $SearchWords[$sw]; if ($SearchAsSubstring == 0) $pattern = $pattern . "\Z"; if ($ToLowerSearchWords != 0) $pattern = $pattern . "/i"; else $pattern = $pattern . "/"; $UseWildCards = 1; } for ($i = 0; $i < $dict_count; $i++) { $dictline = $dict[$i]; $word = $dict[$i][0]; // if we're not using wildcards, direct match if ($ExactPhrase == 1) { // todo: move to next phrase term if first phrase term is skipped? // compare first term in exact phrase $result = wordcasecmp($phrase_terms[0], $word); } else if ($UseWildCards == 0) { if ($SearchAsSubstring == 0) $result = wordcasecmp($SearchWords[$sw], $word); else { if (stristr($word, $SearchWords[$sw]) == FALSE) $result = 1; // not matched else $result = 0; // matched } } else { // if we have wildcards... $result = !(preg_match($pattern, $word)); } // result = 0 if matched, result != 0 if not matched. // word found but indicated to be not indexed or skipped if ($result == 0 && $dictline[1] == -1) { if ($UseWildCards == 0 && $SearchAsSubstring == 0) { if ($ExactPhrase == 1) $SkippedExactPhrase = 1; SkipSearchWord($sw); break; } else continue; } if ($result == 0) { // keyword found in the dictionary if ($ExactPhrase == 1) { // we'll use the wordmap data for the first term that we have worked out earlier $data = $phrase_terms_data[0]; $data_count = $phrase_data_count[0]; $ContextSeeks = 0; } else { // seek to position in wordmap file fseek($fp_wordmap, $dictline[1]); //print "seeking in wordmap: " . $dictline[1] . "
"; // first 2 bytes is data count $countbytes = fread($fp_wordmap, 2); $data_count = ord($countbytes[0]) | ord($countbytes[1])<<8; //print "data count: " . $data_count . "
"; for ($bi = 0; $bi < $data_count; $bi++) { $bindata = fread($fp_wordmap, 8); if (strlen($bindata) == 0) print "Error in wordmap file: expected data not found"; $data[$bi] = unpack("vscore/vpagenum/Vptr", $bindata); } } $sw_results[$sw] = $data_count; // Go through wordmap for each page this word appears on for ($j = 0; $j < $data_count; $j++) { $score = $data[$j]["score"]; $txtptr = $data[$j]["ptr"]; if ($ExactPhrase == 1) { $maxptr = $data[$j]["ptr"]; $maxptr_term = 0; $GotoNextPage = 0; // Check if all of the other words in the phrase appears on this page. for ($xi = 1; $xi < $num_phrase_terms; $xi++) { // see if this word appears at all on this page, if not, we stop scanning page. // do not check for skipped words (data count value of zero) if ($phrase_data_count[$xi] != 0) { // check wordmap for this search phrase to see if it appears on the current page. for ($xbi = 0; $xbi < $phrase_data_count[$xi]; $xbi++) { if ($phrase_terms_data[$xi][$xbi]["pagenum"] == $data[$j]["pagenum"]) { // intersection, this term appears on both pages, goto next term // remember biggest pointer. if ($phrase_terms_data[$xi][$xbi]["ptr"] > $maxptr) { $maxptr = $phrase_terms_data[$xi][$xbi]["ptr"]; $maxptr_term = $xi; } $score += $phrase_terms_data[$xi][$xbi]["score"]; break; } } if ($xbi == $phrase_data_count[$xi]) // if not found { $GotoNextPage = 1; break; // goto next page } } } // end phrase term for loop if ($GotoNextPage == 1) continue; // Check how many context seeks we have made. $ContextSeeks++; if ($ContextSeeks > $MaxContextSeeks) { print "" . $STR_PHRASE_CONTAINS_COMMON_WORDS . " \"" . $SearchWords[$sw] . "\"

"; break; } // ok, so this page contains all of the words in the phrase $FoundPhrase = 0; $FoundFirstWord = 0; // we goto the first occurance of the first word in pagetext $pos = $maxptr - (($maxptr_term+3) * $MaxDictIDLen); // assume 3 possible punctuations. // do not seek further back than the occurance of the first word (avoid wrong page) if ($pos < $data[$j]["ptr"]) $pos = $data[$j]["ptr"]; fseek($fp_pagetext, $pos); // now we look for the phrase within the context of this page do { for ($xi = 0; $xi < $num_phrase_terms; $xi++) { // do...while loop to ignore punctuation marks in context phrase do { $xword_id = 0; $bytesread = 0; do { $bytes_buffer = fread($fp_pagetext, 2); // grab 2 bytes $dict_id = ord($bytes_buffer[0]) | ord($bytes_buffer[1])<<8; $xword_id += $dict_id; $bytesread += 2; } while ($dict_id >= 65535); $pos += $bytesread; // check if we are at the end of page (wordid = 0) or invalid $xword_id if ($xword_id == 0 || $xword_id >= $dict_count) break; } while ($xword_id <= $DictReservedLimit && !feof($fp_pagetext)); // if the words are NOT the same, we break out if (wordcasecmp($dict[$xword_id][0], $phrase_terms[$xi]) != 0) break; // remember how many times we find the first word on this page if ($xi == 0) { $FoundFirstWord++; // remember the position of the 'start' of this phrase //$txtptr = $pos - $MaxDictIDLen; $txtptr = $pos - $bytesread; } } if ($xi == $num_phrase_terms) { // exact phrase found! $FoundPhrase = 1; } } while ($xword_id != 0 && $FoundPhrase == 0 && $FoundFirstWord <= $data[$j]["score"]); if ($FoundPhrase != 1) continue; // goto next page. } //Check if page is already in output list $pageexists = 0; $ipage = $data[$j]["pagenum"]; if ($ExcludeTerm == 1) { // we clear out the score entry so that it'll be excluded in the filtering stage $res_table[$ipage][0] = 0; } elseif ($res_table[$ipage][0] == 0) { // not in list, count this page as a unique match $res_table[$ipage][0] += $score; $res_table[$ipage][2] = $txtptr; } else { // already in list if ($res_table[$ipage][0] > 10000) { // take it easy if its too big (to prevent huge scores) $res_table[$ipage][0] += 1; } else { $res_table[$ipage][0] += $score; //Add in score $res_table[$ipage][0] *= 2; //Double Score as we have two words matching } // store the next two searchword matches if ($res_table[$ipage][1] > 0 && $res_table[$ipage][1] < $MaxContextKeywords) { if ($res_table[$ipage][3] == 0) $res_table[$ipage][3] = $txtptr; elseif ($res_table[$ipage][4] == 0) $res_table[$ipage][4] = $txtptr; } } $res_table[$ipage][1] += 1; if ($res_table[$ipage][0] > $maxscore) $maxscore = $res_table[$ipage][0]; // store the 'and' user search terms matched' value if ($res_table[$ipage][5] == $sw || $res_table[$ipage][5] == $sw-$SkippedWords-$exclude_count) $res_table[$ipage][5] += 1; } if ($UseWildCards == 0 && $SearchAsSubstring == 0) break; //This search word was found, so skip to next } } } //Close the files fclose($fp_wordmap); if ($SkippedWords > 0) { print "" . $STR_SKIPPED_FOLLOWING_WORDS . " " . $SkippedOutputStr . "
\n"; if ($SkippedExactPhrase == 1) print $STR_SKIPPED_PHRASE . ".
\n"; print "

\n"; } //Count number of output lines that match ALL search terms $oline = 0; $fullmatches = 0; $matches = 0; // Second pass, results filtering. $full_numwords = $numwords - $SkippedWords - $exclude_count; for ($i = 0; $i < $pagesCount; $i++) { $IsFiltered = false; if ($res_table[$i][0] > 0) { if ($UseCats && $cat != -1) { // Using cats and not doing an "all cats" search if (rtrim($catpages[$i]) != $cat) $IsFiltered = true; } if ($IsFiltered == false) { //if ($res_table[$i][1] >= $full_numwords) if ($res_table[$i][5] >= $full_numwords) $fullmatches++; else { // if AND search, only copy AND results if ($and == 1) $IsFiltered = true; } } if ($IsFiltered == false) { // copy if not filtered out $output[$oline][0] = $i; // page index $output[$oline][1] = $res_table[$i][0]; // score $output[$oline][2] = $res_table[$i][1]; // num of sw matched $output[$oline][3] = $res_table[$i][2]; // pagetext ptr #1 $output[$oline][4] = $res_table[$i][3]; // pagetext ptr #2 $output[$oline][5] = $res_table[$i][4]; // pagetext ptr #3 $oline++; } } } $matches = $oline; //Sort results in order of score, use the "SortCompare" function if ($matches > 1) { if ($sort == 1 && $UseDateTime == 1 && isset($datetime)) { usort($output, "SortByDate"); } else { // Default sort by relevance usort($output, "SortCompare"); } } // query_out is the query prepared to be passed in a URL. //$query_out = htmlspecialchars($query_out); $query_out = urlencode($query); //Display search result information print("
\n"); if ($matches == 0) print $STR_SUMMARY_NO_RESULTS_FOUND; elseif ($numwords > 1 && $and == 0) { //OR $SomeTermMatches = $matches - $fullmatches; print PrintNumResults($fullmatches) . " " . $STR_SUMMARY_FOUND_CONTAINING_ALL_TERMS . " "; if ($SomeTermMatches > 0) print PrintNumResults($SomeTermMatches) . " " . $STR_SUMMARY_FOUND_CONTAINING_SOME_TERMS; } elseif ($numwords > 1 && $and == 1) //AND print PrintNumResults($fullmatches) . " " . $STR_SUMMARY_FOUND_CONTAINING_ALL_TERMS; //else // print PrintNumResults($matches) . " " . $STR_SUMMARY_FOUND; //print "
"; if ($matches < 3) { if ($and == 1 && $numwords > 1) print "
" . $STR_POSSIBLY_GET_MORE_RESULTS . " ". $STR_ANY_OF_TERMS . ".
"; else if ($UseCats && $cat != -1) print "
" . $STR_POSSIBLY_GET_MORE_RESULTS . " " . $STR_ALL_CATS . ".
"; } print "
\n"; if ($Spelling == 1) { // load in spellings file $fp_spell = fopen($SPELLINGFILE, "rt"); $i = 0; while (!feof($fp_spell)) { $spline = fgets($fp_spell, $MaxKeyWordLineLen); if (strlen($spline) > 0) { $spell[$i] = explode(" ", $spline, 4); $i++; } } fclose($fp_spell); $spell_count = $i; $SuggestStr = ""; $SuggestionFound = 0; $SuggestionCount = 0; $word = ""; $word2 = ""; $word3 = ""; for ($sw = 0; $sw < $numwords; $sw++) { if ($sw_results[$sw] >= $SpellingWhenLessThan) { // this word has enough results if ($sw > 0) $SuggestStr = $SuggestStr . " "; $SuggestStr = $SuggestStr . $SearchWords[$sw]; } else { // this word returned less results than threshold, and requires spelling suggestions $sw_spcode = GetSPCode($SearchWords[$sw]); //$sw_spcode = metaphone($SearchWords[$sw],4); if (strlen($sw_spcode) > 0) { $SuggestionFound = 0; for ($i = 0; $i < $spell_count; $i++) { $spcode = $spell[$i][0]; if ($spcode == $sw_spcode) { $j = 0; while ($SuggestionFound == 0 && $j < 3 && isset($spell[$i][1+$j])) { $dictid = intval($spell[$i][1+$j]); $word = $dict[$dictid][0]; if (wordcasecmp($word, $SearchWords[$sw]) == 0) { // Check that it is not a skipped word or the same word $SuggestionFound = 0; } else { $SuggestionFound = 1; $SuggestionCount++; if ($numwords == 1) // if single word search { if ($j < 1 && isset($spell[$i][1+$j+1])) { $dictid = intval($spell[$i][1+$j+1]); $word2 = $dict[$dictid][0]; if (wordcasecmp($word2, $SearchWords[$sw]) == 0) $word2 = ""; } if ($j < 2 && isset($spell[$i][1+$j+2])) { $dictid = intval($spell[$i][1+$j+2]); $word3 = $dict[$dictid][0]; if (wordcasecmp($word3, $SearchWords[$sw]) == 0) $word3 = ""; } } } $j++; } } elseif (strcmp($spcode, $sw_spcode) > 0) { break; } if ($SuggestionFound == 1) break; } if ($SuggestionFound == 1) { if ($sw > 0) $SuggestStr = $SuggestStr . " "; $SuggestStr = $SuggestStr . $word; // add string AFTER so we can preserve order of words } //else // $SuggestStr = $SuggestStr . $SearchWords[$sw]; } } } if ($SuggestionCount > 0) { print "
" . $STR_DIDYOUMEAN . " ". $SuggestStr . ""; if (strlen($word2) > 0) print " or ". $word2 . ""; if (strlen($word3) > 0) print " or ". $word3 . ""; print "?
"; } } $num_pages = ceil($matches / $per_page); ?>
réponses trouvées
1) // print "
" . $num_pages . " " . $STR_PAGES_OF_RESULTS . "
\n"; // Show sorting options if ($matches > 1) { if ($UseDateTime == 1) { print("
"); if ($sort == 1) print("". $STR_SORTBY_RELEVANCE . " / ". $STR_SORTEDBY_DATE . ""); else print("". $STR_SORTEDBY_RELEVANCE . " / ". $STR_SORTBY_DATE . ""); print("
"); } } // Determine current line of result from the $output array if ($page == 1) { $arrayline = 0; } else { $arrayline = (($page - 1) * $per_page); } // The last result to show on this page $result_limit = $arrayline + $per_page; // Display the results while ($arrayline < $matches && $arrayline < $result_limit) { $ipage = $output[$arrayline][0]; $score = $output[$arrayline][1]; print "

\n"; ?>
Transcription ET manuscrit
 
".($arrayline+1).". ".$row['titre']; ?>
Tome
$MaxContextKeywords) $context_keywords = $MaxContextKeywords; $context_word_count = ceil($ContextSize / $context_keywords); $goback = floor($context_word_count / 2); $gobackbytes = $goback * $MaxDictIDLen; if (($gobackbytes / 2) > ($context_word_count - $context_maxgoback - $goback)) // 2 is MinDictIDLen { // go back less if potential for matched word to be outside the context range // determine most bytes we should go back to fit the word in in case of all dict ID's were min. len. $gobackbytes = 2 * ($context_word_count - $context_maxgoback - $goback); // determine number of words available with this number of bytes, if all dict ID's were max. len. // thus avoiding jumping into the middle of a multi-pair dictID value $goback = floor($gobackbytes / $MaxDictIDLen); // redetermine max bytes to jump back for this number of words $gobackbytes = $goback * $MaxDictIDLen; } $last_startpos = 0; $last_endpos = 0; $FoundContext = 0; print "
\n"; for ($j = 0; $j < $context_keywords && !feof($fp_pagetext); $j++) { $origpos = $output[$arrayline][3 + $j]; $startpos = $origpos; if ($gobackbytes < $startpos) { $startpos = $startpos - $gobackbytes; $noGoBack = false; } else $noGoBack = true; //if ($startpos < 0) // $startpos = 0; // Check that this will not overlap with previous extract if ($startpos > $last_startpos && $startpos < $last_endpos) $startpos = $last_endpos; // we will just continue last extract if so. // find the pagetext pointed to fseek($fp_pagetext, $startpos); // remember the last start position $last_startpos = $startpos; $word_id = GetNextDictWord($fp_pagetext); //print "wordid: " . $word_id; $context_str = ""; $noSpaceForNextChar = false; for ($i = 0; $i < $context_word_count && !feof($fp_pagetext); $i++) { if ($noSpaceForNextChar == false) { //if ($word_id > $DictReservedLimit) // no space for reserved words (punctuation, etc) // No space for reserved words (punctuation, etc) if ($word_id > $DictReservedNoSpaces) $context_str .= " "; elseif ($word_id > $DictReservedSuffixes && $word_id <= $DictReservedPrefixes) { // This is a Prefix character $context_str .= " "; $noSpaceForNextChar = true; } elseif ($word_id > $DictReservedPrefixes) // this is a nospace character $noSpaceForNextChar = true; } else $noSpaceForNextChar = false; if ($word_id == 0 || $word_id == 1 || $word_id >= $dict_count) // check if end of page or section { // if end of page occurs AFTER word pointer (ie: reached next page) if ($noGoBack || ftell($fp_pagetext) > $origpos) break; // then we stop. else // if end of page occurs BEFORE word pointer (ie: reached previous page) { $context_str = "";// then we clear the existing context buffer we've created. $i = 0; } } else $context_str .= $dict[$word_id][0]; $word_id = GetNextDictWord($fp_pagetext); } // remember the last end position $last_endpos = ftell($fp_pagetext); if (strcmp(trim($context_str), trim($titles[$ipage])) == 0) { $context_str = ""; // clear the string if its identical to the title } if ($context_str != "") { print " ... "; $FoundContext = 1; if ($Highlighting == 1) PrintHighlightDescription($context_str); else print $context_str; } } if ($FoundContext == 1) print " ..."; print "
\n"; } ?>
Transcription seule  Manuscrit seul
"; if ($DisplayNumber == 1) print "".($arrayline+1).". "; $urlLink = rtrim($urls[$ipage]); if ($GotoHighlight == 1) { if ($SearchAsSubstring == 1) $urlLink = AddParamToURL($urlLink, "zoom_highlightsub=".$query_out); else $urlLink = AddParamToURL($urlLink, "zoom_highlight=".$query_out); } if ($DisplayTitle == 1) { print ""; //if ($Highlighting == 1) PrintHighlightDescription(rtrim($titles[$ipage])); //else // print rtrim($titles[$ipage]); print ""; } else print "".rtrim($urls[$ipage]).""; if ($UseCats) { $catindex = rtrim($catpages[$ipage]); print " [". rtrim($catnames[$catindex]) . "]"; } print "
\n"; if ($DisplayMetaDesc == 1) { // Print meta description if (strlen($descriptions[$ipage]) > 2) { print("
"); if ($Highlighting == 1) PrintHighlightDescription(rtrim($descriptions[$ipage])); else print rtrim($descriptions[$ipage]); print "
\n"; } } if ($DisplayContext == 1) { // Extract contextual page content $context_keywords = $output[$arrayline][2]; // # of terms matched if ($context_keywords > $MaxContextKeywords) $context_keywords = $MaxContextKeywords; $context_word_count = ceil($ContextSize / $context_keywords); $goback = floor($context_word_count / 2); $gobackbytes = $goback * $MaxDictIDLen; if (($gobackbytes / 2) > ($context_word_count - $context_maxgoback - $goback)) // 2 is MinDictIDLen { // go back less if potential for matched word to be outside the context range // determine most bytes we should go back to fit the word in in case of all dict ID's were min. len. $gobackbytes = 2 * ($context_word_count - $context_maxgoback - $goback); // determine number of words available with this number of bytes, if all dict ID's were max. len. // thus avoiding jumping into the middle of a multi-pair dictID value $goback = floor($gobackbytes / $MaxDictIDLen); // redetermine max bytes to jump back for this number of words $gobackbytes = $goback * $MaxDictIDLen; } $last_startpos = 0; $last_endpos = 0; $FoundContext = 0; print "
\n"; for ($j = 0; $j < $context_keywords && !feof($fp_pagetext); $j++) { $origpos = $output[$arrayline][3 + $j]; $startpos = $origpos; if ($gobackbytes < $startpos) { $startpos = $startpos - $gobackbytes; $noGoBack = false; } else $noGoBack = true; //if ($startpos < 0) // $startpos = 0; // Check that this will not overlap with previous extract if ($startpos > $last_startpos && $startpos < $last_endpos) $startpos = $last_endpos; // we will just continue last extract if so. // find the pagetext pointed to fseek($fp_pagetext, $startpos); // remember the last start position $last_startpos = $startpos; $word_id = GetNextDictWord($fp_pagetext); //print "wordid: " . $word_id; $context_str = ""; $noSpaceForNextChar = false; for ($i = 0; $i < $context_word_count && !feof($fp_pagetext); $i++) { if ($noSpaceForNextChar == false) { //if ($word_id > $DictReservedLimit) // no space for reserved words (punctuation, etc) // No space for reserved words (punctuation, etc) if ($word_id > $DictReservedNoSpaces) $context_str .= " "; elseif ($word_id > $DictReservedSuffixes && $word_id <= $DictReservedPrefixes) { // This is a Prefix character $context_str .= " "; $noSpaceForNextChar = true; } elseif ($word_id > $DictReservedPrefixes) // this is a nospace character $noSpaceForNextChar = true; } else $noSpaceForNextChar = false; if ($word_id == 0 || $word_id == 1 || $word_id >= $dict_count) // check if end of page or section { // if end of page occurs AFTER word pointer (ie: reached next page) if ($noGoBack || ftell($fp_pagetext) > $origpos) break; // then we stop. else // if end of page occurs BEFORE word pointer (ie: reached previous page) { $context_str = "";// then we clear the existing context buffer we've created. $i = 0; } } else $context_str .= $dict[$word_id][0]; $word_id = GetNextDictWord($fp_pagetext); } // remember the last end position $last_endpos = ftell($fp_pagetext); if (strcmp(trim($context_str), trim($titles[$ipage])) == 0) { $context_str = ""; // clear the string if its identical to the title } if ($context_str != "") { print " ... "; $FoundContext = 1; if ($Highlighting == 1) PrintHighlightDescription($context_str); else print $context_str; } } if ($FoundContext == 1) print " ..."; print "
\n"; } $info_str = ""; if ($DisplayTerms == 1) { $info_str .= $STR_RESULT_TERMS_MATCHED . " ". $output[$arrayline][2]; } if ($DisplayScore == 1) { if (strlen($info_str) > 0) $info_str .= "  -  "; $info_str .= $STR_RESULT_SCORE . " " . $score; } if ($DisplayDate == 1) { if (strlen($info_str) > 0) $info_str .= "  -  "; //$info_str .= date("j M Y @ g:i A", $datetime[$ipage]) ."  -  "; $info_str .= date("j M Y", $datetime[$ipage]); } if ($DisplayURL == 1) { if (strlen($info_str) > 0) $info_str .= "  -  "; $info_str .= $STR_RESULT_URL . " ".rtrim($urls[$ipage]); } print "
"; print $info_str; print "
\n"; */ $arrayline++; } if ($DisplayContext == 1 || $AllowExactPhrase == 1) fclose($fp_pagetext); // Show links to other result pages if ($num_pages > 1) { // 10 results to the left of the current page $start_range = $page - 10; if ($start_range < 1) $start_range = 1; // 10 to the right $end_range = $page + 10; if ($end_range > $num_pages) $end_range = $num_pages; ?>

\n" . $STR_RESULT_PAGES . " "; if ($page > 1) print "<< " . $STR_RESULT_PAGES_PREVIOUS . " "; for ($i = $start_range; $i <= $end_range; $i++) { if ($i == $page) { print $page." "; } else { print "".$i." "; } } if ($page != $num_pages) print "" . $STR_RESULT_PAGES_NEXT . " >> "; } print ""; // end of results style tag ?>

" . $STR_SEARCH_TOOK . " " . $timetaken . " " . $STR_SECONDS . "
\n"; } //Log the search words, if required if ($Logging == 1) { $LogQuery = str_replace("\"", "\"\"", $query); $LogString = Date("Y-m-d, H:i:s") . ", " . $_SERVER['REMOTE_ADDR'] . ", \"" .$LogQuery . "\", Matches = " . $matches; if ($and == 1) $LogString = $LogString . ", AND"; else $LogString = $LogString . ", OR"; if ($NewSearch == 1) $page = 0; $LogString = $LogString . ", PerPage = " . $per_page . ", PageNum = " . $page; if ($UseCats == 0) $LogString = $LogString . ", No cats"; else { if ($cat == -1) $LogString = $LogString . ", \"Cat = All\""; else { $logCatStr = trim($catnames[$cat]); $logCatStr = str_replace("\"", "\"\"", $logCatStr); $LogString = $LogString . ", \"Cat = " . $logCatStr . "\""; } } $LogString = $LogString . ", Time = " . $timetaken; // end of entry $LogString = $LogString . "\r\n"; $fp = fopen ($LogFileName, "ab"); if ($fp != false) { fputs ($fp, $LogString); fclose ($fp); } else { print "Unable to write to log file (" . $LogFileName . "). Check that you have specified the correct log filename in your Indexer settings and that you have the required file permissions set.
"; } } //Print out the end of the template PrintEndOfTemplate($template); ?>