Package org.apache.pivot.wtk.text

Examples of org.apache.pivot.wtk.text.Element$NodeOffsetComparator

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            if (selectionLength == 0
                && descendant instanceof Paragraph) {
                // We are deleting a paragraph terminator
                Paragraph paragraph = (Paragraph)descendant;

                Element parent = paragraph.getParent();
                int index = parent.indexOf(paragraph);

                // Attempt to merge any successive content into the paragraph
                if (index < parent.getLength() - 1) {
                    // TODO This won't always be a paragraph - we'll need to
                    // find the next paragraph by walking the tree, then
                    // remove any empty nodes
                    Sequence<Node> removed = parent.remove(index + 1, 1);
                    Paragraph nextParagraph = (Paragraph)removed.get(0);
                    paragraph.insertRange(nextParagraph, paragraph.getCharacterCount() - 1);
                }
            } else {
                document.removeRange(offset, characterCount);
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    @Override
    protected void attach() {
        super.attach();

        Element element = (Element)getNode();
        element.getElementListeners().add(this);

        // Attach child node views
        for (Node node : element) {
            add(getTextPaneSkin().createNodeView(node));
        }
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        }
    }

    @Override
    protected void detach() {
        Element element = (Element)getNode();
        element.getElementListeners().remove(this);

        // Detach child node views
        for (TextPaneSkinNodeView nodeView : this) {
            nodeView.detach();
        }
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            printStream.append("</" + node.getClass().getSimpleName() + ">");
            printStream.println();
        } else {
            printStream.println();
            if (node instanceof Element) {
                Element element = (Element)node;

                for (Node childNode : element) {
                    dumpDocumentNode(childNode, printStream, indent + 1);
                }
            } else {
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        StyleApplicator styleApplicator, org.apache.pivot.wtk.text.TextNode textNode,
        int characterCount, org.apache.pivot.wtk.Span textSpan) {
        if (selectionSpan.contains(textSpan)) {
            // if the text-node is contained wholly inside the selection, remove
            // the text-node, replace it with a Span, and apply the style
            Element parent = textNode.getParent();
            TextSpan newSpanNode = new TextSpan();
            newSpanNode.add(new TextNode(textNode.getText()));
            styleApplicator.apply(newSpanNode);
            int index = parent.remove(textNode);
            parent.insert(newSpanNode, index);
        } else if (selectionSpan.start <= textSpan.start) {
            // if the selection covers the first part of the text-node, split
            // off the first part of the text-node, and apply the style to it
            int intersectionLength = selectionSpan.end - textSpan.start;
            String part1 = textNode.getSubstring(0, intersectionLength);
            String part2 = textNode.getSubstring(intersectionLength, characterCount);

            TextSpan newSpanNode = new TextSpan();
            newSpanNode.add(new TextNode(part1));
            styleApplicator.apply(newSpanNode);

            Element parent = textNode.getParent();
            int index = parent.remove(textNode);
            parent.insert(newSpanNode, index);
            parent.insert(new TextNode(part2), index + 1);
        } else if (selectionSpan.end >= textSpan.end) {
            // if the selection covers the last part of the text-node, split off
            // the last part of the text-node, and apply the style to
            // it
            int intersectionStart = selectionSpan.start - textSpan.start;
            String part1 = textNode.getSubstring(0, intersectionStart);
            String part2 = textNode.getSubstring(intersectionStart, characterCount);

            TextSpan newSpanNode = new TextSpan();
            newSpanNode.add(new TextNode(part2));
            styleApplicator.apply(newSpanNode);

            Element parent = textNode.getParent();
            int index = parent.remove(textNode);
            parent.insert(new TextNode(part1), index);
            parent.insert(newSpanNode, index + 1);
        } else {
            // if the selection covers an internal part of the text-node, split
            // the
            // text-node into 3 parts, and apply the style to the second part
            int part2Start = selectionSpan.start - textSpan.start;
            int part2End = selectionSpan.end - textSpan.start + 1;
            String part1 = textNode.getSubstring(0, part2Start);
            String part2 = textNode.getSubstring(part2Start, part2End);
            String part3 = textNode.getSubstring(part2End, characterCount);

            TextSpan newSpanNode = new TextSpan();
            newSpanNode.add(new TextNode(part2));
            styleApplicator.apply(newSpanNode);

            Element parent = textNode.getParent();
            int index = parent.remove(textNode);
            parent.insert(new TextNode(part1), index);
            parent.insert(newSpanNode, index + 1);
            parent.insert(new TextNode(part3), index + 2);
        }
    }
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            // off the first part of the span-node, and apply the style to it
            int intersectionLength = selectionSpan.end - textSpan.start;
            TextSpan node1 = spanNode.getRange(0, intersectionLength);
            styleApplicator.apply(node1);
            Node node2 = spanNode.getRange(intersectionLength, characterCount - intersectionLength);
            Element parent = spanNode.getParent();
            int index = parent.remove(spanNode);
            parent.insert(node1, index);
            parent.insert(node2, index + 1);
        } else if (selectionSpan.end >= textSpan.end) {
            // if the selection covers the last part of the span-node, split off
            // the last part of the span-node, and apply the style to it
            int intersectionStart = selectionSpan.start - textSpan.start;
            TextSpan part1 = spanNode.getRange(0, intersectionStart);
            TextSpan part2 = spanNode.getRange(intersectionStart,
                characterCount - intersectionStart);

            styleApplicator.apply(part2);

            Element parent = spanNode.getParent();
            int index = parent.remove(spanNode);
            parent.insert(part1, index);
            parent.insert(part2, index + 1);
        } else {
            // if the selection covers an internal part of the span-node, split
            // the
            // span-node into 3 parts, and apply the style to the second part
            int part2Start = selectionSpan.start - textSpan.start;
            int part2End = selectionSpan.end - textSpan.start;
            TextSpan part1 = spanNode.getRange(0, part2Start);
            TextSpan part2 = spanNode.getRange(part2Start, part2End
                - part2Start);
            TextSpan part3 = spanNode.getRange(part2End, characterCount
                - part2End);

            styleApplicator.apply(part2);

            Element parent = spanNode.getParent();
            int index = parent.remove(spanNode);
            parent.insert(part1, index);
            parent.insert(part2, index + 1);
            parent.insert(part3, index + 2);
        }
    }
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        // don't worry about the text-nodes that are children of Span nodes.
        if (node instanceof TextSpan) {
            return;
        }
        if (node instanceof org.apache.pivot.wtk.text.Element) {
            Element element = (Element)node;
            for (Node child : element) {
                nodeList.add(child);
                collectNodes(child, nodeList);
            }
        }
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                    paragraph.add(new TextNode(text));
                }
            } else {
                // The caret is positioned on a non-text character node; insert
                // the text into the descendant's parent
                Element parent = descendant.getParent();
                int index = parent.indexOf(descendant);
                parent.insert(new TextNode(text), index);
            }
        }

        // Set the selection start to the character following the insertion
        setSelection(selectionStart + text.length(), 0);
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        int offset = selectionStart - leadingSegment.getDocumentOffset();
        int characterCount = leadingSegment.getCharacterCount() - offset;

        Paragraph trailingSegment = (Paragraph)leadingSegment.removeRange(offset, characterCount);

        Element parent = leadingSegment.getParent();
        int index = parent.indexOf(leadingSegment);
        parent.insert(trailingSegment, index + 1);

        // Set the selection start to the character following the insertion
        setSelection(selectionStart + 1, selectionLength);
    }
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            if (selectionLength == 0
                && descendant instanceof Paragraph) {
                // We are deleting a paragraph terminator
                Paragraph paragraph = (Paragraph)descendant;

                Element parent = paragraph.getParent();
                int index = parent.indexOf(paragraph);

                // Attempt to merge any successive content into the paragraph
                if (index < parent.getLength() - 1) {
                    // TODO This won't always be a paragraph - we'll need to
                    // find the next paragraph by walking the tree, then
                    // remove any empty nodes
                    Sequence<Node> removed = parent.remove(index + 1, 1);
                    Paragraph nextParagraph = (Paragraph)removed.get(0);
                    paragraph.insertRange(nextParagraph, paragraph.getCharacterCount() - 1);
                }
            } else {
                document.removeRange(offset, characterCount);
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