XStream architecture is based on IO Readers and Writers, while the XML declaration is the responsibility of XML parsers. XStream all HierarchicalStreamDriver implementation respect the encoding since version 1.3, but only if you provide an InputStream.

XStream is designed to write XML snippets, so you can embed its output into an existing stream or string. You can write the XML declaration yourself into the Writer before using it to call XStream.toXML(writer). See similar questions...

XStream does no character encoding by itself, it relies on the configuration of the underlying XML writer. By default it uses its own PrettyPrintWriter which writes into the default encoding of the current locale. To write UTF-8 you have to provide a Writer with the appropriate encoding yourself. See similar questions...

Code: <?xml version="1.0" encoding="utf-8"?> It tells an XML parser that the document is an application of XML 1.0 and which character encoding it uses. If the encoding is anything other than UTF-8 or UTF-16 you must use the XML declaration, unless the web server sends encoding information in its HTTP headers. Even if it does, you should use the XML declaration, so that the right encoding is specified even if the document is saved to disk and opened locally. See similar questions...

The architecture in XStream has slightly changed. Starting with XStream 1.2 the HierarchicalStreamDriver implementation is responsible to ensure that XML tags and attributes are valid names in XML, in XStream 1.1.x this responsibility was part of the ClassMapper implementations. Under some rare circumstances this will result in an unreadable XML due to the different processing order in the workflow of such problematic tag names. See similar questions...

JAXB is a Java binding tool. It generates Java code from a schema and you are able to transform from those classes into XML matching the processed schema and back. Note, that you cannot use your own objects, you have to use what is generated. See similar questions...

The .NET Compact Framework implements decoders for UTF8, ASCII and UTF16 (big- and little- endian) encodings in managed code. All other encodings, such as all ANSI codepage encodings involve a PInvoke down to the operating system. So using UTF8, ACII and UTF16 is usually faster. If you don't use international characters (outside of the ASCII character set) use UTF8 or ASCII (these have approximately equal performance). Try to avoid using Windows codepage encodings. See similar questions...

All documents that have the Governor's name on it must be researched and analyzed before it leaves the Governor's office. See similar questions...

Through HTML 3.2, the eight bit standard was ISO 8859-1. As of HTML 4.0, the default document character set is Unicode. For XML, the absolute default... See similar questions...

For example, in the following, the names B and C are in the http://www.bar.org/ namespace, not the http://www.foo.org/ namespace. This is because the declaration that associates the foo prefix with the http://www.bar.org/ namespace occurs on the B element, overriding the declaration on the A element that associates it with the http://www.foo.org/ namespace. <foo:A xmlns:foo="http://www.foo.org/"> <foo:B xmlns:foo="http://www.bar. See similar questions...

Assuming you have already checked that your style sheet declarations do conform to correct CSS syntax, it could be that you have overlooked the importance of a correct order of style declarations for links. The CSS2 specification makes this following note on the importance of placing the dynamic pseudo-classes ':hover' and ':active' in correct positions in a list of style declarations. See similar questions...

It refers to a variable which is not actually in your program. For instance, main() { extern int bar; printf("%d\n", bar); return 0; } will compile without errors because bar is declared as being external. (It won't run, though, because you never assign bar a value.) [a] See similar questions...

By default XStream is written for persistence i.e. it will read the XML it can write. If you have to transform a given XML into an object graph, you should go the other way round. Use XStream to transfer your objects into XML. If the written XML matches your schema, XStream is also able to read it. This way is much easier, since you can spot the differences in the XML much more easy than to interpret the exceptions XStream will throw if it cannot match the XML into your objects. See similar questions...

AmphetaDesk 0.93.2 and above ship with a number of default encodings, which you can see by browsing the lib/XML/Parser/Encodings/ directory. As the name suggests, these all come from the XML::Parser::Encodings Perl module, which also contains some scripts to make your own from encoding maps freely available online. Once you've got the encoding.enc file, drop it into lib/XML/Parser/Encodings/ and test it out on a feed that requires it. See similar questions...

The scope of an XML namespace declaration is that part of an XML document to which the declaration applies. An XML namespace declaration remains in scope for the element on which it is declared and all of its descendants, unless it is overridden or undeclared on one of those descendants (see questions 4.5, 4.6, and 4.8). For example, in the following, the scope of the declaration of the http://www.foo.org/ namespace is the element A and its descendants (B and C). See similar questions...

DOM Level 3 provides the attributes Document.xmlVersion, Document.xmlStandalone and Document.xmlEncoding for that effect. See similar questions...

XStream is designed for serializing objects using internal fields, whereas XMLEncoder is designed for serializing JavaBeans using public API methods (typically in the form of getXXX(), setXXX(), addXXX() and removeXXX() methods. See similar questions...

The term human consumption includes water used for drinking, bathing, showering, cooking, dishwashing, and maintaining oral hygiene. See similar questions...

XML is a meta-language optimized for use on the Internet. A meta-language provides a way to create other languages or vocabularies. Many applications use XML as a way of sharing data between otherwise incompatible systems. See similar questions...