public void VisitNode(INodeVisitor visitor, IList <Node> body, IList <Chunk> chunks)
{
Transform(Node, body);
visitor.Accept(Node);
visitor.Accept(body);
if (!Node.IsEmptyElement)
{
visitor.Accept(new EndElementNode(Node.Name));
}
}
public void VisitNode(INodeVisitor visitor, IList<Node> body, IList<Chunk> chunks)
{
Transform(Node, body);
visitor.Accept(Node);
visitor.Accept(body);
if (!Node.IsEmptyElement)
{
visitor.Accept(new EndElementNode(Node.Name));
}
}
public void VisitNode(INodeVisitor visitor, IList <Node> body, IList <Chunk> chunks)
{
var registerTarget = string.Format(
@"RegisterTarget(""{0}"", ""{1}"", ""{2}"", __target_{3});",
_idAttribute.Value,
_classAttribute != null ? _classAttribute.Value : "",
_descriptionAttribute != null ? _descriptionAttribute.Value : "",
_targetExtensionCount);
if (_targetAttribute != null)
{
registerTarget +=
Environment.NewLine +
string.Format(
@"RegisterTarget(""{0}"", ""{1}"", null, null);",
_targetAttribute.Value,
_idAttribute.Value);
}
var beginLambda = string.Format(
@"__target_{0} = () => {{",
_targetExtensionCount);
const string endLambda = "};";
var startingTarget = string.Format(
@"StartingTarget(""{0}"");",
_idAttribute.Value);
var nameAttribute = new AttributeNode("name", _idAttribute.QuotChar, _idAttribute.Nodes)
{
OriginalNode = _idAttribute
};
var macroAttributes = _targetElement.Attributes
.Where(x => x != _idAttribute && x != _classAttribute && x != _descriptionAttribute)
.Concat(new[] { nameAttribute })
.ToList();
var macroElement = new SpecialNode(new ElementNode("macro", macroAttributes, false));
var onceAttribute = new AttributeNode("once", _idAttribute.QuotChar, _idAttribute.Nodes);
var testElement = new SpecialNode(new ElementNode("test", new[] { onceAttribute }, false));
macroElement.Body.Add(testElement);
testElement.Body = body;
testElement.Body.Insert(0, new StatementNode(startingTarget));
visitor.Accept(new StatementNode(beginLambda));
visitor.Accept(testElement);
visitor.Accept(new StatementNode(endLambda));
visitor.Accept(new StatementNode(registerTarget));
}
public void LayerTraverse(INodeVisitor <T> visitor)
{
if (m_root == null)
{
return;
}
Queue <BinaryTreeNode <T> > sequence = new Queue <BinaryTreeNode <T> >();
sequence.Enqueue(m_root);
BinaryTreeNode <T> current = null;
while (sequence.Count > 0)
{
current = sequence.Dequeue();
visitor.Accept(current.Value);
if (current.Left != null)
{
sequence.Enqueue(current.Left);
}
if (current.Right != null)
{
sequence.Enqueue(current.Right);
}
}
}
public void PostorderTraverse(INodeVisitor <T> visitor)
{
if (m_root == null)
{
return;
}
Stack <BinaryTreeNode <T> > sequence = new Stack <BinaryTreeNode <T> >();
HashSet <BinaryTreeNode <T> > record = new HashSet <BinaryTreeNode <T> >();
BinaryTreeNode <T> current = null;
sequence.Push(m_root);
while (sequence.Count > 0)
{
current = sequence.Peek();
bool left_child_visited = current.Left != null?record.Contains(current.Left) : true;
bool right_child_visited = current.Right != null?record.Contains(current.Right) : true;
if (left_child_visited && right_child_visited)
{
sequence.Pop();
visitor.Accept(current.Value);
record.Add(current);
}
if (!right_child_visited)
{
sequence.Push(current.Right);
}
if (!left_child_visited)
{
sequence.Push(current.Left);
}
}
}
public void VisitNode(INodeVisitor visitor, IList <Node> body, IList <Chunk> chunks)
{
SparkElementWrapper sparkElementWrapper = new SparkElementWrapper(_element, body);
_sparkElementTransformer.Transform(sparkElementWrapper);
visitor.Accept(_element);
if (sparkElementWrapper.Body.Count > 0)
{
_element.IsEmptyElement = false;
visitor.Accept(sparkElementWrapper.Body);
visitor.Accept(new EndElementNode(_element.Name));
}
else
{
_element.IsEmptyElement = true;
}
}
public void VisitNode(INodeVisitor visitor, IList<Node> body, IList<Chunk> chunks)
{
visitor.Accept(body);
var sectionVisitor = new ViewComponentSectionChunkBuilderVisitor();
sectionVisitor.Accept(body);
sections = sectionVisitor.Sections;
attributes = sectionVisitor.Attributes;
}
public void VisitNode(INodeVisitor visitor, IList <Node> body, IList <Chunk> chunks)
{
visitor.Accept(body);
var sectionVisitor = new ViewComponentSectionChunkBuilderVisitor();
sectionVisitor.Accept(body);
sections = sectionVisitor.Sections;
attributes = sectionVisitor.Attributes;
}
private void PostorderTraverse(INodeVisitor <T> visitor, BinaryTreeNode <T> node)
{
if (node == null)
{
return;
}
PostorderTraverse(visitor, node.Left);
PostorderTraverse(visitor, node.Right);
visitor.Accept(node.Value);
}
public void VisitNode(INodeVisitor visitor, IList <Node> body, IList <Chunk> chunks)
{
if (visitor is ChunkBuilderVisitor)
{
var sectionVisitor = new ViewComponentVisitor((ChunkBuilderVisitor)visitor, info);
sectionVisitor.Accept(body);
sectionsChunks = sectionVisitor.Sections;
sectionsAttributes = sectionVisitor.Attributes;
}
else
{
visitor.Accept(body);
}
}
public void InorderTraverse(INodeVisitor <T> visitor)
{
if (m_root == null)
{
return;
}
Stack <BinaryTreeNode <T> > sequence = new Stack <BinaryTreeNode <T> >();
BinaryTreeNode <T> current = m_root;
while (current != null || sequence.Count > 0)
{
while (current != null)
{
sequence.Push(current);
current = current.Left;
}
current = sequence.Pop();
visitor.Accept(current.Value);
current = current.Right;
}
}
public void VisitNode(INodeVisitor visitor, IList<Node> body, IList<Chunk> chunks)
{
if (visitor is ChunkBuilderVisitor)
{
var newNodes = new List<Node>();
Utilities.AddApplyPathModifier(_mNode.Attributes,"href");
newNodes.Add(_mNode);
if (!_mNode.IsEmptyElement)
{
newNodes.AddRange(body);
newNodes.Add(new EndElementNode(_mNode.Name));
}
// visit the new nodes normally
visitor.Accept(newNodes);
// keep the output chunks to render later
_mChunks = chunks;
}
}
public void VisitNode(INodeVisitor visitor, IList<Node> body, IList<Chunk> chunks)
{
if (visitor is ChunkBuilderVisitor)
{
var newNodes = new List<Node>();
var classNode = _mNode.Attributes.SingleOrDefault(x => x.Name == "class") ??
new AttributeNode("class", "");
var newclassNode = Utilities.AddMethodCallingToAttributeValue(classNode, Constants.ADDBROWSERDETAILS);
_mNode.Attributes.Remove(classNode);
_mNode.Attributes.Add(newclassNode);
newNodes.Add(_mNode);
newNodes.AddRange(body);
newNodes.Add(new EndElementNode(_mNode.Name));
// visit the new nodes normally
visitor.Accept(newNodes);
// keep the output chunks to render later
_mChunks = chunks;
}
}
public void PreorderTraverse(INodeVisitor <T> visitor)
{
if (m_root == null)
{
return;
}
Stack <BinaryTreeNode <T> > sequence = new Stack <BinaryTreeNode <T> >();
BinaryTreeNode <T> current = null;
sequence.Push(m_root);
while (sequence.Count > 0)
{
current = sequence.Pop();
visitor.Accept(current.Value);
if (current.Right != null)
{
sequence.Push(current.Right);
}
if (current.Left != null)
{
sequence.Push(current.Left);
}
}
}
public void VisitNode(INodeVisitor visitor, IList<Node> body, IList<Chunk> chunks)
{
var registerTarget = string.Format(
@"RegisterTarget(""{0}"", ""{1}"", ""{2}"", __target_{3});",
_idAttribute.Value,
_classAttribute != null ? _classAttribute.Value : "",
_descriptionAttribute != null ? _descriptionAttribute.Value : "",
_targetExtensionCount);
if (_targetAttribute != null)
{
registerTarget +=
Environment.NewLine +
string.Format(
@"RegisterTarget(""{0}"", ""{1}"", null, null);",
_targetAttribute.Value,
_idAttribute.Value);
}
var beginLambda = string.Format(
@"__target_{0} = () => {{",
_targetExtensionCount);
const string endLambda = "};";
var startingTarget = string.Format(
@"StartingTarget(""{0}"");",
_idAttribute.Value);
var nameAttribute = new AttributeNode("name", _idAttribute.QuotChar, _idAttribute.Nodes) { OriginalNode = _idAttribute };
var macroAttributes = _targetElement.Attributes
.Where(x => x != _idAttribute && x != _classAttribute && x != _descriptionAttribute)
.Concat(new[] { nameAttribute })
.ToList();
var macroElement = new SpecialNode(new ElementNode("macro", macroAttributes, false));
var onceAttribute = new AttributeNode("once", _idAttribute.QuotChar, _idAttribute.Nodes);
var testElement = new SpecialNode(new ElementNode("test", new[] { onceAttribute }, false));
macroElement.Body.Add(testElement);
testElement.Body = body;
testElement.Body.Insert(0, new StatementNode(startingTarget));
visitor.Accept(new StatementNode(beginLambda));
visitor.Accept(testElement);
visitor.Accept(new StatementNode(endLambda));
visitor.Accept(new StatementNode(registerTarget));
}
public void VisitNode(INodeVisitor visitor, IList<Node> body, IList<Chunk> chunks)
{
if (visitor is ChunkBuilderVisitor)
{
var newNodes = new List<Node>();
Utilities.AddApplyPathModifier(_mNode.Attributes, "action");
HttpMethodOverride(body);
if (validate)
{
var idNode = _mNode.Attributes.SingleOrDefault(x => x.Name == "id");
var id = (idNode != null) ? idNode.Value : GenerateFormId();
_mNode.Attributes.Remove(_mNode.Attributes.FirstOrDefault(x => x.Name == Constants.VALIDATE_ATTRIBUTE));
newNodes.Add(_mNode);
var code = String.Format(Constants.HTML_GETCLIENTVALIDATIONJSON, id, outputStyle, modelName);
//For MVC we have to create MvcForm first
if (outputStyle.Equals(OutputStyle.MVC))
{
var codeForMvc = String.Format(Constants.CREATEMVCFORM, id);
newNodes.Add(new StatementNode(codeForMvc));
}
newNodes.AddRange(body);
newNodes.Add(new StatementNode(code));
}
else
{
newNodes.Add(_mNode);
newNodes.AddRange(body);
}
newNodes.Add(new EndElementNode(_mNode.Name));
// visit the new nodes normally
visitor.Accept(newNodes);
// keep the output chunks to render later
_mChunks = chunks;
}
}
public void VisitNode(INodeVisitor visitor, IList <Node> body, IList <Chunk> chunks)
{
visitor.Accept(body);
}
public void VisitNode(INodeVisitor visitor, IList<Node> body, IList<Chunk> chunks)
{
if (visitor is ChunkBuilderVisitor)
{
var sectionVisitor = new ViewComponentVisitor((ChunkBuilderVisitor)visitor, info);
sectionVisitor.Accept(body);
sectionsChunks = sectionVisitor.Sections;
sectionsAttributes = sectionVisitor.Attributes;
}
else
{
visitor.Accept(body);
}
}
public override void Accept(INodeVisitor visitor)
{
visitor.Accept(this);
}
public void VisitNode(INodeVisitor visitor, IList<Node> body, IList<Chunk> chunks)
{
visitor.Accept(body);
}
