set global encoding in Zend Framework - zend-framework

My bootstrap sets encoding for all views:
protected function _initView () {
$view = new Zend_View();
// snip...
$view->setEncoding('utf-8');
// snip...
return $view;
}
However, this does not set encoding for my form validators. The StringLength uses its default encoding (I'm not sure which that is) and it counts diacritics as two characters.
I know I can set the 'encoding' => 'utf-8' option when creating the validator, but it's kind of pesky to update all validators across my entire (huge) application. Is there a way to set the encoding for all validators at the same time?

You normally shouldn't have a problem with that if you've sent the Content-Type very early + defined it in the HTML-Document.
In PHP you can send the Encoding at the Entry-Point (which is in Zend Framework the "index.php"-File):
header( 'Content-Type: text/html; charset=utf-8' );
In your HTML-Layout you should place the META-Tag within your HEAD-Tag:
<!-- do this only in: HTML5 -->
<meta charset="utf-8" />
<!-- do this only in: HTML4 -->
<meta http-equiv="content-type" content="text/html; charset=utf-8" />
And, of course, save every Source-File (HTML+PHP-Files) within the Project in UTF-8 (without BOM)

In ZF 1.1x the StringLength validator uses iconv_strlen:
int iconv_strlen(string $str [, string $charset = ini_set("iconv.internal_encoding")])
So one thing to try is to call ini_set (or iconv_set_encoding('internal_encoding', $encoding);).

May be a bit late, but this would be the full answer:
mb_internal_encoding('utf-8');
iconv_set_encoding('internal_encoding', 'utf-8');

Related

<ion-img> does not display the base64 string image [duplicate]

I'm having trouble displaying a Base64 image inline.
How can I do it?
<!DOCTYPE html>
<html>
<head>
<title>Display Image</title>
</head>
<body>
<img style='display:block; width:100px;height:100px;' id='base64image'
src='data:image/jpeg;base64, LzlqLzRBQ... <!-- Base64 data -->' />
</body>
</html>
My suspect is of course the actual Base64 data. Otherwise it looks good to me. See this fiddle where a similar scheme is working. You may try specifying the character set.
<div>
<p>Taken from wikpedia</p>
<img src="data:image/png;base64, iVBORw0KGgoAAAANSUhEUgAAAAUA
AAAFCAYAAACNbyblAAAAHElEQVQI12P4//8/w38GIAXDIBKE0DHxgljNBAAO
9TXL0Y4OHwAAAABJRU5ErkJggg==" alt="Red dot" />
</div>
You can try this Base64 decoder to see if your Base64 data is correct or not.
You need to specify the correct Content-type, Content-encoding and charset.
Like
data:image/jpeg;charset=utf-8;base64,
according to the syntax of the data URI scheme:
data:[<media type>][;charset=<character set>][;base64],<data>
First convert your image to Base64 (encode to Base64). You can do it online or with a PHP script.
After converting you will get the result as
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
Now it's simple to use.
You have to just put it in the src of the image and define it there as it is in Base64-encoded form.
Example:
<img src="data:image/jpeg;base64,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">
If you have PHP on the back-end, you can use this code:
$image = 'http://images.itracki.com/2011/06/favicon.png';
// Read image path, convert to base64 encoding
$imageData = base64_encode(file_get_contents($image));
// Format the image SRC: data:{mime};base64,{data};
$src = 'data: ' . mime_content_type($image) . ';base64,' . $imageData;
// Echo out a sample image
echo '<img src="' . $src . '">';
This will show an image of Base64 data:
<style>
.logo {
width: 290px;
height: 63px;
background: url(data:image/png;base64,copy-paste-Base64-data-here) no-repeat;
}
</style>
<div class="logo"></div>
It is very simple.
Programing base64 images manually are (almost) impossible so there is a web application to do that. Here is the link for the app: https://www.opinionatedgeek.com/codecs/base64decoder (The decoder works for both regular and URL-safe encodings, and it can decode or encode your text/doc)
As you say, it starts with data:image/jpeg;base64,.
Below is an example is taken from Wikipedia, but it is only an example.
<div>
<img src="data:image/png;base64, iVBORw0KGgoAAAANSUhEUgAAAAUA
AAAFCAYAAACNbyblAAAAHElEQVQI12P4//8/w38GIAXDIBKE0DHxgljNBAAO
9TXL0Y4OHwAAAABJRU5ErkJggg==" alt="Red dot" />
</div>
I know it just outputs a red dot, but it can be useful when you don't have enough space to include the images or something like that.
The only problem is that this type of encoding is very long, it can be like 20 lines.
Hope this helps you!
Add Base64 data:
<img src="data:image/png;base64,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">
or
In JavaScript
var id = document.getElementById("image");
id.src = base64Url;
You can put your data directly in a url statement, like:
src = 'url(imageData)';
And to get the image data you can use the PHP function:
$imageContent = file_get_contents("imageDir/" . $imgName);
$imageData = base64_encode($imageContent);
So you can copy paste the value of imageData and paste it directly to your URL and assign it to the src attribute of your image.
The + character occurring in a data URI should be encoded as %2B. This is like encoding any other string in a URI. For example, argument separators (? and &) must be encoded when a URI with an argument is sent as part of another URI.
Try this one too:
let base64="iVBORw0KGgoAAAANSUhEUgAAAAUAAAAFCAYAAACNbyblAAAAHElEQVQI12P4//8/w38GIAXDIBKE0DHxgljNBAAO9TXL0Y4OHwAAAABJRU5ErkJggg==";
let buffer=Uint8Array.from(atob(base64), c => c.charCodeAt(0));
let blob=new Blob([buffer], { type: "image/gif" });
let url=URL.createObjectURL(blob);
let img=document.createElement("img");
img.src=url;
document.body.appendChild(img);
Not recommended for production as it is only compatible with modern browsers.
It seems there is some error in your data URL.
You can use this online Base64 encode / Base64 decode tool to encode your images for embedding:
http://base64online.org/encode/
Check "Format as Data URL" option to format base64 data as URL.
Storing Base64-image as a variable and display it using plain HTML and JavaScript:
<img id="image"/>
<script>
var ticket = {
"validationDataValidDate": "2019-05-30",
"validationImage": "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"
};
document.querySelectorAll('[id="image"]')[0].src = 'data:image/png;base64, '+ticket["validationImage"];
</script>
Fiddle example, to try it directly.
An old question, but I discovered something about this.
If you load an image using Pillow(PIL) and use base64.b64encode(img.tobytes()), then the Base64 code is invalid.
To get this to work, once your bytes are loaded into an Image class, Create a BytesIO object and then use this to save the image with the format to the BytesIO, i.e img.save(bt_ob, format="png").
Set seak to 0 and then use the output of the BytesIO object to create the Base64 encoded text
base64.b64encode(bt_ob.read()).decode()
This code will now work in the html in the "data:image/png;base64,<>" format.
Thus the html will only work on encoded data from a file like object, and a Pillow Image object doesn't produce that and so doesn't work
You can display a Base64 image in HTML by setting the src attribute of an element to data:image/[image format];base64,[Base64 data].
In this example, the data:image/jpeg;base64, part of the src attribute specifies the format of the image (JPEG) and the LzlqLzRBQ... part is the Base64 data of the image.
The style attribute of the element can be used to specify the display and size properties of the image. In this case, display:block will make the image a block-level element and width:100px;height:100px; sets the width and height of the image to 100 pixels.
<!DOCTYPE html>
<html>
<head>
<title>Display Base64 Image</title>
</head>
<body>
<img src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAUA
AAAFCAYAAACNbyblAAAAHElEQVQI12P4//8/w38GIAXDIBKE0DHxgljNBAAO
9TXL0Y4OHwAAAABJRU5ErkJggg==" />
</body>
</html>
The tag has its src attribute set to data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAUA AAAFCAYAAACNbyblAAAAHElEQVQI12P4//8/w38GIAXDIBKE0DHxgljNBAAO 9TXL0Y4OHwAAAABJRU5ErkJggg==. This specifies that the image is a PNG format and the Base64 data is included after the base64, part of the src attribute.

German Novel with DkPro

I tried German Novel with DkPro. My Sample input file is an XHTML file. How can I get my PosTagger output based on the XHTML index.
Script:
PACKAGE com.github.uima.ruta.novel;
ENGINE utils.HtmlAnnotator;
ENGINE utils.HtmlConverter;
ENGINE utils.ViewWriter;
TYPESYSTEM utils.HtmlTypeSystem;
TYPESYSTEM utils.TypeSystem;
IMPORT PACKAGE de.tudarmstadt.ukp.dkpro.core.api.lexmorph.type.pos FROM desc.type.POS;
IMPORT de.tudarmstadt.ukp.dkpro.core.api.segmentation.type.Lemma FROM desc.type.LexicalUnits;
UIMAFIT org.dkpro.core.opennlp.OpenNlpSegmenter;
UIMAFIT org.dkpro.core.stanfordnlp.StanfordPosTagger;
CONFIGURE(HtmlAnnotator, "onlyContent" = false);
Document{-> EXEC(HtmlAnnotator)};
Document { -> CONFIGURE(HtmlConverter, "inputView" = "_InitialView","outputView" = "plain"),
EXEC(HtmlConverter,{TAG})};
"<\\?xml version=\"1.0\" encoding=\"UTF-8\"\\?>"->MARKUP;
uima.tcas.DocumentAnnotation{-CONTAINS(POS)} -> {
uima.tcas.DocumentAnnotation{-> SETFEATURE("language", "de")};
EXEC(OpenNlpSegmenter);
EXEC(StanfordPosTagger, {POS});
};
Sample Input
<?xml version="1.0" encoding="UTF-8"?><html xmlns="http://www.w3.org/1999/xhtml"><head xmlns="http://www.w3.org/1999/xhtml"><meta http-equiv="Content-Type" content="text/html; charset=UTF-8" /><meta name="viewport" content="width=device-width, initial-scale=1.0" /><style></style><title></title></head><link xmlns="http://www.w3.org/1999/xhtml" src="./ckeditor.css" /><body xmlns="http://www.w3.org/1999/xhtml"><div class="WordSection1"><p class="Normal" data-name="Normal"><span data-bkmark="para10000"></span><span style="font-size:9pt">Der Idiot</span><span data-bkmark="para10000"></span></p>
<p class="Normal" data-name="Normal"><span data-bkmark="para10001"></span><span style="font-size:9pt">Ein Roman in vier Teilen.</span><span data-bkmark="para10001"></span></p>
</div>
<hr align="left" size="1" width="33%" /></body>
</html>
In the sample script, uima.tcas.DocumentAnnotation is sent to PosTagger Process. The MARKUP in this annotation affecting the accuracy. What I need to do to get the accuracy.
The HtmlAnnotator can be used to hide additional MARKUP so that rules are not affected by them.
The HtmlConverter is able to create a new document text without html/xml markup, but only in a new CAS view as the initial text in a CAS is static and cannot be changed.
The EXEC action is able to apply an external analysis engine on the current CAS object, and it can be configured to be applied on a different CAS view. However, the external analysis engine is applied on the complete CAS including the markup. No new CAS is created on the fly.
There are several options what you could do.
You could apply the pos tagger on the ‘plain’ view, but you cannot access these annotation with rules as the annotation will be present in a different view
You setup a multi view setting, e.g, by a two stage process. First convert the text to plain text without markup, and then apply the pos tagger on the new text
Depending on the external analysis engine, you maybe can also solve this by redefining what a token is.

Unicode character enconding

I have a jsp page which takes up first name and last name in chinese language. I am using the struts framework.
I need to pass the first name and last name from the JSP to servlet in terms of unicode characters.
I am doing the following changes:
JSP Changes:
1) <%# page pageEncoding="UTF-8" contentType="text/html; charset=UTF-8" %>
2) meta content="content-type" content="text/html; charset=utf-8" in the header,
The filter which is called before the action servlet, I have used the following code:
request.setCharacterEncoding("UTF-8");
response.setContentType("UTF-8");
This did not work, the unicode characters which are passed are incorrect, or something not readable.
Considering the MVC framework already creates the request object by the time it reaches the filter,
I modified the JSP to include the following lines of code
<%# taglib uri="http://java.sun.com/jsp/jstl/fmt" prefix="fmt" %>
< fmt:requestEncoding value="UTF-8" />
< fmt:setLocale value="zh_CN"/>
None of the above changes have worked. Please help me to get the correct unicode characters in the action class.
IS there any modification i need to make in the config files.
You also need to set the Bundle basename.
<fmt:setBundle basename = "[base_file_name_of_language_file]"/>
where [base_file_name_of_language_file] is equal to whatever name you set your language properties file name to be.
For example, the "MyLanguageFileName" in this file name :
MyLanguageFileName_zh_CN.properties

CGI table error

I'm trying to display a table with some information and I have this code for that:
print $q->start_html(-title => "user summary");
print $q->table({-border=>1},
$q->tr($q->th(["Info","Value"])),#header
$q->tr($q->td(["Date",$date_var])),#first row
$q->tr($q->td(["Uptime",$uptime])),#second row
$q->tr($q->td(["1 min",$avg_one])),#third row
$q->tr($q->td(["5 min",$avg_two])),#fourth row
$q->tr($q->td(["15 min",$avg_two])),#fifth row
);
but when I run it I get:
Content-Type: text/html; charset=ISO-8859-1
<!DOCTYPE html
PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN"
"http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">
<html xmlns="http://www.w3.org/1999/xhtml" lang="en-US" xml:lang="en-US">
<head>
<title>user summary</title>
<meta http-equiv="Content-Type" content="text/html; charset=iso-8859-1" />
</head>
<body>
Undefined subroutine CGI::tr
at ./index.cgi line 30
where ./index.cgi line 30 refer to this line print $q->table({-border=>1 and on the webpage I get 500 Internal Server Error
so any ideas?
I think it is
$q->Tr(...)
rather than
$q->tr(...)
tr is a synonym of y, the translation operator. Use Tr for CGI's table row.
You've got the right answer (twice) already, but I just wanted to point you at the "Non-Standard HTML Shortcuts" section of the CGI documentation, which says:
A few HTML tags don't follow the standard pattern for various reasons.
comment() generates an HTML comment (). Call it like
print comment('here is my comment');
Because of conflicts with built-in Perl functions, the following
functions begin with initial caps:
Select
Tr
Link
Delete
Accept
Sub
In addition, start_html(), end_html(), start_form(), end_form(),
start_multipart_form() and all the fill-out form tags are special. See
their respective sections.

JSP: Encoding of input parameter in form: Difference between IE and Firefox

i have a JSP with
<meta http-equiv="Content-Type" content="text/html; charset=utf-8" />
in the head section, with following code i try to set the content to UTF-8:
<%#page contentType="text/html;charset=utf-8" %>
response.setCharacterEncoding("UTF-8");
request.setCharacterEncoding("UTF-8");
Within a form is an input field:
<input type="text" value="LastName*" class="input required" name="lastName" id="lastName" />
I have now problems with german special characters.
When i use request.getParameter("lastName"), this works fine in FireFox, but not in IE.
String encodedLastName = new String(request.getParameter("lastName").getBytes("iso-8859-1"), "UTF-8");
works on IE, but not in Firefox.
I tried to change everything to iso-8859-1, added accept-charset="UTF-8" to the form, ...
Now it is more guessing than working.
Can this only configured within the server (Tomcat) but why there is a difference between the behaviour of the browsers?
Thank, Markus
There were two problems which interfere with each other:
1) When using a normal post, i have to encode correct via
<%#page contentType="text/html;charset=utf-8" %>
and decode correct via
String encodedLastName = new String(request.getParameter("lastName").getBytes("iso-8859-1"), "UTF-8");
2) When using jquery, adding
contentType: 'application/x-www-form-urlencoded; charset=UTF-8'
in the $.ajax call.