Reads the element and decodes the BinHex content.
Assembly: System.Xml (in System.Xml.dll)
public override int ReadElementContentAsBinHex( byte buffer, int index, int count )
- Type: System.Byte
The buffer into which to copy the resulting text. This value cannot be null.
- Type: System.Int32
The offset into the buffer where to start copying the result.
- Type: System.Int32
The maximum number of bytes to copy into the buffer. The actual number of bytes copied is returned from this method.
Return ValueType: System.Int32
The number of bytes written to the buffer.
The buffer value is null.
The current node is not an element node.
The index into the buffer or index + count is larger than the allocated buffer size.
The XmlReader implementation does not support this method.
The element contains mixed-content.
The content cannot be converted to the requested type.
This method reads the element content, decodes it using BinHex encoding, and returns the decoded binary bytes (for example, an inline BinHex encoded GIF image) into the buffer.
This method can only read simple-content elements. The element can contain text, white space, significant white space, CDATA sections, comments and processing instructions. It can also contain entity references, which are automatically expanded. The element cannot have child elements.
This method is very similar to the ReadContentAsBinHex method except that it can only be called on element node types.
If the count value is higher than the number of bytes in the document, or if it is equal to the number of bytes in the document, the XmlTextReader reads all the remaining bytes in the document and returns the number of bytes read. The next XmlTextReader method call returns a zero and moves the reader to the node following the EndElement.
If you call Read before all of the element content is consumed, the reader may behave as if the first content was consumed and then the Read method was called. This means that the reader reads all the text until the end element is encountered. It then reads the end tag node, reads the next node, and then positions itself on the next subsequent node.