how to create barcode in vb net 2012 Imported Node Behavior of Different Node Types in Java

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Imported Node Behavior of Different Node Types
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The Document Object Model: Processing Structured Documents
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The Attribute node s ownerElement is set to null, and the specified flag is set to true All of the source attribute node s child nodes are also imported, and the resulting nodes are reassembled to form the corresponding attributes subtree In the case of attributes, the deep argument is ignored If the deep argument is false, an empty DocumentFragment node is generated; otherwise, the descendants of the source node are all recursively imported, and the resulting nodes are assembled into the corresponding document subtree The data and length properties are copied from the source node The data and length properties are copied from the source node The data and length properties are copied from the source node The target and data properties are copied from the source node Entity nodes can be imported The current version of the DOM specification states that the DocumentType is read-only, however This may be addressed in a future DOM version The publicID, systemID, and notationName attributes of the source node are copied on import If the deep argument is true, all of the entity s descendants are copied, and the resulting nodes are assembled into a corresponding document subtree The source and destination documents might have defined the entity differently, so only the EntityReference itself is copied, even if the deep argument is true If the importing document defines the entity, its value is assigned Notation nodes can be imported The current version of the DOM specification states that the DocumentType is read-only, however This may be addressed in a future DOM version The deep argument is ignored because Notations do not have child nodes The publicID and systemID attributes are copied from the source node Document nodes cannot be imported DocumentType nodes cannot be imported
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Document DocumentType Table 3-6
Imported Node Behavior of Different Node Types (continued)
3: Navigating and Manipulating Structured Documents
Traversing Documents
One of the most common code patterns in DOM applications is document subtree traversal At some point, somewhere, sometime, your DOM program will need to traverse the document tree structure and process its contents This can be accomplished in two ways: by using the basic Node interfaces available in DOM Level 1, and by using the more advanced DocumentTraversal interface available in DOM Level 2 In this section, we ll examine both approaches, along with the advantages and disadvantages of each
Using the Node Interface Properties
The lowly Node interface available in DOM Level 1 provides all of the information and methods that your DOM program needs to traverse the entire structure of a DOM document You use the properties and methods of the Node interface, such as firstChild, lastChild, parentNode, and so on, to move among the nodes relative to any given node in the tree For example, this simple pseudocode listing processes all of the nodes in a document subtree starting with a given node:
function processNode(Node n) { doStartNodeProcessing(n); for (Node c = nfirstChild(); c != null; c = cnextSibling()) { processNode(c); } doEndNodeProcessing(n); } function doStartNodeProcessing(Node n) { // Do any processing when a node is first encountered } function doEndNodeProcessing(Node n) { // Do any processing when a node is about to be left }
The Document Object Model: Processing Structured Documents
This example, although simplistic, demonstrates a straightforward way of visiting every node underneath a starting node, processing each visited node upon entry and exit of the function It also has the advantage of being completely implementable under a DOM Level 1 implementation Of course, this example also has some drawbacks First, it visits and processes every node in the subtree whether you want it to or not There is no way, for example, to only visit nodes that are of a certain type (like elements or comments) You could, of course, add such functionality without too much difficulty:
function processNode(Node n) { if (nnodeType != NodeELEMENT_NODE) return; doStartNodeProcessing(n); for (Node c = nfirstChild(); c != null; c = cnextSibling()) { processNode(c); } doEndNodeProcessing(n); }
Now, you ve modified the function so that it only processes Element nodes It s still not as flexible as it could be, though For example, you might want to change the types of nodes that you re processing on-the-fly, which means either adding an additional argument to the function header or using a global variable to keep track of what node type you re currently interested in However, there are other drawbacks This example does not allow for stopping; all the nodes are processed one right after the next It might be useful to be able to stop processing momentarily and then resume later on To achieve these kinds of requirements, you need to use a more powerful node traversing method, which is where the DOM Level 2 Traversal module comes in
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