Examples of org.apache.axiom.om.OMNode.detach()

org.apache.axiom.om.OMNode.detach()
Removes a node (and all of its children) from its containing parent.

Removes a node from its parent. Partially complete nodes will be completed before they are detached from the model. A node cannot be detached until its next sibling has been identified, so that the next sibling and parent can be updated appropriately. Please note that this will not handle the namespaces. For example, if there you have used a namespace within the detaching node and which is defined outside the detaching node, user has to handle it manually.
@return The detached node. This is always the instance on which this method is invoked. @throws OMException If a node is not complete, the detach can trigger further parsing, which maycause an exception.

    public void setText(String text) {


        OMNode child = this.getFirstOMChild();
        while (child != null) {
            if (child.getType() == OMNode.TEXT_NODE) {
                child.detach();
            }
            child = child.getNextOMSibling();
        }


        OMAbstractFactory.getOMFactory().createOMText(this, text);

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    public void setText(QName text) {


        OMNode child = this.getFirstOMChild();
        while (child != null) {
            if (child.getType() == OMNode.TEXT_NODE) {
                child.detach();
            }
            child = child.getNextOMSibling();
        }


        OMAbstractFactory.getOMFactory().createOMText(this, text);

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    complete();
    if (text != null) {
      OMNode child = this.getFirstOMChild();
      while (child != null) {
          if (child.getType() == OMNode.TEXT_NODE) {
              child.detach();
          }
          child = child.getNextOMSibling();
      }
      getOMFactory().createOMText(this, text);
    } else

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                log.debug("Transformation result : " + result);
            }


            // replace the sourceNode with the result.
            sourceNode.insertSiblingAfter(result);
            sourceNode.detach();


        } catch (TransformerException e) {
            handleException("Error performing XSLT transformation " + xsltKey, e);
        } catch (XMLStreamException e) {
            handleException("Error building result from XSLT transformation", e);

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        // if we already have other text nodes remove them
        OMNode child = this.getFirstOMChild();
        while (child != null) {
            if (child.getType() == OMNode.TEXT_NODE) {
                child.detach();
            }
            child = child.getNextOMSibling();
        }


        TextImpl textNode = (TextImpl) (this.ownerNode)

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    public void setText(String text) {


        OMNode child = this.getFirstOMChild();
        while (child != null) {
            if (child.getType() == OMNode.TEXT_NODE) {
                child.detach();
            }
            child = child.getNextOMSibling();
        }


        OMAbstractFactory.getOMFactory().createOMText(this, text);

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    public void setText(QName text) {


        OMNode child = this.getFirstOMChild();
        while (child != null) {
            if (child.getType() == OMNode.TEXT_NODE) {
                child.detach();
            }
            child = child.getNextOMSibling();
        }


        OMAbstractFactory.getOMFactory().createOMText(this, text);

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                    Object o = targetXPath.evaluate(synCtx.getEnvelope());


                    if (o != null && o instanceof OMElement) {
                        OMNode tgtNode = (OMElement) o;
                        tgtNode.insertSiblingAfter(result);
                        tgtNode.detach();
                    } else if (o != null && o instanceof List && !((List) o).isEmpty()) {
                        OMNode tgtNode = (OMElement) ((List) o).get(0);  // Always fetches *only* the first
                        tgtNode.insertSiblingAfter(result);
                        tgtNode.detach();
                    } else {

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                        tgtNode.insertSiblingAfter(result);
                        tgtNode.detach();
                    } else if (o != null && o instanceof List && !((List) o).isEmpty()) {
                        OMNode tgtNode = (OMElement) ((List) o).get(0);  // Always fetches *only* the first
                        tgtNode.insertSiblingAfter(result);
                        tgtNode.detach();
                    } else {
                        handleException("Evaluation of target XPath expression : " +
                            targetXPathString + " did not yeild an OMNode", synCtx);
                    }
                } if (targetKey != null) {

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                        synCtx.getEnvelope().getBody().addChild(child);
                    }


                } else {
                    sourceNode.insertSiblingAfter(result);
                    sourceNode.detach();
                }
            }


        } catch (TransformerException e) {
            handleException("Error performing XSLT transformation using : " + xsltKey, e, synCtx);

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