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Code to convert RTF format files into HTML and display them on the web page_PHP tutorial
Backend Development
PHP Tutorial
Code to convert RTF format files into HTML and display them on the web page_PHP tutorial
Code to convert RTF format files into HTML and display them on the web page_PHP tutorial
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Code for converting RTF format files into HTML and displaying them on the web page
It works like this, upload an RTF file, and then convert it into HTML and display it. The code is a bit complicated, and teaman needs to study it carefully. It seems like Chinese There is something wrong with the version.
if(!($userfile)) {
?>
exit;
}
function ProcessTags($tags, $line) {
$html = "";
global $color;
global $size;
global $bullets;
// Remove spaces.
$tags = trim($tags);
// Found the beginning of the bulleted l
// ist.
if(ereg("\pnindent", $tags)) {
$html .= "
- ";
$bullets += $line;
$tags = ereg_replace("\par", "", $tags);
$tags = ereg_replace("\(tab)", "", $tags);
}
if($line - $bullets == 0) {
$tags = ereg_replace("\par", "", $tags);
}
elseif($line - $bullets == 1) {
if(ereg("\pntext", $tags)) {
$html .= " - ";
$tags = ereg_replace("\par", "", $tags);
$tags = ereg_replace("\(tab)", "", $tags);
$bullets++;
}
else {
$html .= "
$bullets = 0;
}
}
// Convert Bold.
if(ereg("\b0", $tags)){ $html .= ""; }
elseif(ereg("\b", $tags)) { $html .= ""; }
// Convert Italic.
if(ereg("\i0", $tags)){ $html .= ""; }
elseif(ereg("\i", $tags)) { $html .= ""; }
// Convert Underline.
if(ereg("\ulnone", $tags)){ $html .= ""; }
elseif(ereg("\ul", $tags)){ $html .= ""; }
// Convert Alignments.
if(ereg("\pard\qc", $tags)) { $html .= "
"; }
elseif(ereg("\pard\qr", $tags)) { $html .= "
elseif(ereg("\pard\qr", $tags)) { $html .= "
"; }
elseif(ereg("\pard", $tags)){ $html .= "
elseif(ereg("\pard", $tags)){ $html .= "
"; }
// Remove pard from the tags so it does
// n't get confused with par.
$tags = ereg_replace("\pard", "", $tags);
// Convert line breaks.
if(ereg("\par", $tags)){ $html .= "
"; }
// Use the color table to capture the fo
// nt color changes.
if(ereg("\cf[0-9]", $tags)) {
global $fcolor;
$numcolors = count($fcolor);
for($i = 0; $i < $numcolors; $i++) {
$test = "\cf" . ($i + 1);
if(ereg($test, $tags)) {
$color = $fcolor[$i];
}
}
}
// Capture font size changes.
if(ereg("\fs[0-9][0-9]", $tags, $temp)) {
$size = ereg_replace("\fs", "", $temp[0]);
$size /= 2;
if($size <= 10) { $size = 1; }
elseif($size <= 12) { $size = 2; }
elseif($size <= 14) { $size = 3; }
elseif($size <= 16) { $size = 4; }
elseif($size <= 18) { $size = 5; }
elseif($size <= 20) { $size = 6; }
elseif($size <= 22) { $size = 7; }
else{ $size = 8; }
}
// If there was a font color or size cha
// nge, change the font tag now.
if(ereg("(\cf[0-9])||(\fs[0-9][0-9])", $tags)) {
$html .= "";
}
// Replace tab with alternating spaces
// and nonbreakingwhitespaces.
if(ereg("\(tab)", $tags)) { $html .= " "; }
return $html;
}
function ProcessWord($word) {
// Replace \ with
$word = ereg_replace("[\]{2,}", "\", $word);
// Replace { with {
$word = ereg_replace("[\][{]", "{", $word);
// Replace } with }
$word = ereg_replace("[\][}]", "}", $word);
// Replace 2 spaces with one space.
$word = ereg_replace(" ", " ", $word);
return $word;
}
$color = "000000";
$size = 1;
$bullets = 0;
// Read the uploaded file into an array.
//
$rtfile = file($userfile);
$fileLength = count($rtfile);
// Loop through the rest of the array
for($i = 1; $i < $fileLength; $i++) {
/*
** If the line contains "colortbl" then we found the color table.
** We'll have to split it up into each individual red, green, and blue
** Convert it to hex and then put the red, green, and blue back together.
** Then store each into an array called fcolor.
*/
if(ereg("^{\colortbl", $rtfile[$i])) {
// Split the line by the backslash.
$colors = explode("\", $rtfile[$i]);
$numOfColors = count($colors);
for($k = 2; $k < $numOfColors; $k++) {
// Find out how many different colors th
// ere are.
if(ereg("[0-9]+", $colors[$k], $matches)) {
$match[] = $matches[0];
}
}
// For each color, convert it to hex.
$numOfColors = count($match);
for($k = 0; $k < $numOfColors; $k += 3) {
$red = dechex($match[$k]);
$red = $match[$k] < 16 ? "0$red" : $red;
$green = dechex($match[$k + 1]);
$green = $match[$k +1] < 16 ? "0$green" : $green;
$blue = dechex($match[$k + 2]);
$blue = $match[$k + 2] < 16 ? "0$blue" : $blue;
$fcolor[] = "$red$green$blue";
}
$numOfColors = count($fcolor);
}
// Or else, we parse the line, pulling o
// ff words and tags.
else {
$token = "";
$start = 0;
$lineLength = strlen($rtfile[$i]);
for($k = 0; $k < $lineLength; $k++) {
if($rtfile[$i][$start] == "\" && $rtfile[$i][$start + 1] != "\") {
// We are now dealing with a tag.
$token .= $rtfile[$i][$k];
if($rtfile[$i][$k] == " ") {
$newFile[$i] .= ProcessTags($token, $i);
$token = "";
$start = $k + 1;
}
elseif($rtfile[$i][$k] == "n") {
$newFile[$i] .= ProcessTags($token, $i);
$token = "";
}
}
elseif($rtfile[$i][$start] == "{") {
// We are now dealing with a tag.
$token .= $rtfile[$i][$k];
if($rtfile[$i][$k] == "}") {
$newFile[$i] .= ProcessTags($token, $i);
$token = "";
$start = $k + 1;
}
}
else {
// We are now dealing with a word.
if($rtfile[$i][$k] == "\" && $rtfile[$i][$k + 1] != "\" && $rtfile[$i][$k - 1] != "\") {
$newFile[$i] .= ProcessWord($token);
$token = $rtfile[$i][$k];
$start = $k;
}
else {
$token .= $rtfile[$i][$k];
}
}
}
}
}
$limit = sizeof($newFile);
for($i = 0; $i < $limit; $i++) {
print("$newFile[$i]n");
}
?>
// Remove pard from the tags so it does
// n't get confused with par.
$tags = ereg_replace("\pard", "", $tags);
// Convert line breaks.
if(ereg("\par", $tags)){ $html .= "
"; }
// Use the color table to capture the fo
// nt color changes.
if(ereg("\cf[0-9]", $tags)) {
global $fcolor;
$numcolors = count($fcolor);
for($i = 0; $i < $numcolors; $i++) {
$test = "\cf" . ($i + 1);
if(ereg($test, $tags)) {
$color = $fcolor[$i];
}
}
}
// Capture font size changes.
if(ereg("\fs[0-9][0-9]", $tags, $temp)) {
$size = ereg_replace("\fs", "", $temp[0]);
$size /= 2;
if($size <= 10) { $size = 1; }
elseif($size <= 12) { $size = 2; }
elseif($size <= 14) { $size = 3; }
elseif($size <= 16) { $size = 4; }
elseif($size <= 18) { $size = 5; }
elseif($size <= 20) { $size = 6; }
elseif($size <= 22) { $size = 7; }
else{ $size = 8; }
}
// If there was a font color or size cha
// nge, change the font tag now.
if(ereg("(\cf[0-9])||(\fs[0-9][0-9])", $tags)) {
$html .= "";
}
// Replace tab with alternating spaces
// and nonbreakingwhitespaces.
if(ereg("\(tab)", $tags)) { $html .= " "; }
return $html;
}
function ProcessWord($word) {
// Replace \ with
$word = ereg_replace("[\]{2,}", "\", $word);
// Replace { with {
$word = ereg_replace("[\][{]", "{", $word);
// Replace } with }
$word = ereg_replace("[\][}]", "}", $word);
// Replace 2 spaces with one space.
$word = ereg_replace(" ", " ", $word);
return $word;
}
$color = "000000";
$size = 1;
$bullets = 0;
// Read the uploaded file into an array.
//
$rtfile = file($userfile);
$fileLength = count($rtfile);
// Loop through the rest of the array
for($i = 1; $i < $fileLength; $i++) {
/*
** If the line contains "colortbl" then we found the color table.
** We'll have to split it up into each individual red, green, and blue
** Convert it to hex and then put the red, green, and blue back together.
** Then store each into an array called fcolor.
*/
if(ereg("^{\colortbl", $rtfile[$i])) {
// Split the line by the backslash.
$colors = explode("\", $rtfile[$i]);
$numOfColors = count($colors);
for($k = 2; $k < $numOfColors; $k++) {
// Find out how many different colors th
// ere are.
if(ereg("[0-9]+", $colors[$k], $matches)) {
$match[] = $matches[0];
}
}
// For each color, convert it to hex.
$numOfColors = count($match);
for($k = 0; $k < $numOfColors; $k += 3) {
$red = dechex($match[$k]);
$red = $match[$k] < 16 ? "0$red" : $red;
$green = dechex($match[$k + 1]);
$green = $match[$k +1] < 16 ? "0$green" : $green;
$blue = dechex($match[$k + 2]);
$blue = $match[$k + 2] < 16 ? "0$blue" : $blue;
$fcolor[] = "$red$green$blue";
}
$numOfColors = count($fcolor);
}
// Or else, we parse the line, pulling o
// ff words and tags.
else {
$token = "";
$start = 0;
$lineLength = strlen($rtfile[$i]);
for($k = 0; $k < $lineLength; $k++) {
if($rtfile[$i][$start] == "\" && $rtfile[$i][$start + 1] != "\") {
// We are now dealing with a tag.
$token .= $rtfile[$i][$k];
if($rtfile[$i][$k] == " ") {
$newFile[$i] .= ProcessTags($token, $i);
$token = "";
$start = $k + 1;
}
elseif($rtfile[$i][$k] == "n") {
$newFile[$i] .= ProcessTags($token, $i);
$token = "";
}
}
elseif($rtfile[$i][$start] == "{") {
// We are now dealing with a tag.
$token .= $rtfile[$i][$k];
if($rtfile[$i][$k] == "}") {
$newFile[$i] .= ProcessTags($token, $i);
$token = "";
$start = $k + 1;
}
}
else {
// We are now dealing with a word.
if($rtfile[$i][$k] == "\" && $rtfile[$i][$k + 1] != "\" && $rtfile[$i][$k - 1] != "\") {
$newFile[$i] .= ProcessWord($token);
$token = $rtfile[$i][$k];
$start = $k;
}
else {
$token .= $rtfile[$i][$k];
}
}
}
}
}
$limit = sizeof($newFile);
for($i = 0; $i < $limit; $i++) {
print("$newFile[$i]n");
}
?>