public TreeNode CreateSMTreeNode(ref string StdOutString)
{
// Cretae stack variables
TreeNode SMNode = new TreeNode();
TreeNode CurrentParentNode, CurrentChildNode = new TreeNode();
treeNodeSymbolTag newTypeSymTag;
treeNodeSymbolTag CurrentListSymbolTag = new treeNodeSymbolTag();
treeNodeSymbolTag SMNodeTag = new treeNodeSymbolTag(), CurrentParentNodeTag = new treeNodeSymbolTag(), CurrentChildNodeTag = new treeNodeSymbolTag();
List <treeNodeSymbolTag> typeNodeTags = new List <treeNodeSymbolTag>();
List <char> tokenChars = new List <char>();
List <string> lineTokens = new List <string>();
string SMInfoLine = "";
int measuredNodeDepth = 0, i;
// Initialize Parent Node
CurrentParentNode = SMNode;
// Break Full Text into Lines
List <char> tempAList = new List <char>();
List <char[]> LineList = new List <char[]>();
foreach (char ASCIICHAR in StdOutString)
{
if (ASCIICHAR != '\n')
{
tempAList.Add(ASCIICHAR);
}
else
{
LineList.Add(tempAList.GetRange(0, tempAList.Count - 1).ToArray()); tempAList.Clear();
}
}
if (LineList.Count > 1)
{
SMInfoLine = new string(LineList[0]);
LineList.RemoveAt(0);
}
// Process Lines
int lineCounter = 0;
foreach (char[] ASCIILine in LineList)
{
if (ASCIILine.Length == 0)
{
break;
}
// Measure Node Depth
measuredNodeDepth = 0;
if (ASCIILine[0] == spaceChar)
{
foreach (char tempChar in ASCIILine)
{
if (tempChar == spaceChar)
{
measuredNodeDepth++;
}
else
{
break;
}
}
}
// Parse tokens to dwarf strings
#region // Parse line into Tokens
i = 0;
lineTokens.Clear();
tokenChars.Clear();
foreach (char lineChar in ASCIILine)
{
if (lineChar == spaceChar)
{
if (ASCIILine.Length > i + 1)
{
if (ASCIILine[i + 1] != spaceChar)
{
if (tokenChars.Count > 0)
{
lineTokens.Add(new string(tokenChars.ToArray()));
}
tokenChars.Clear();
}
}
}
else
{
tokenChars.Add(lineChar);
}
i++;
}
lineTokens.Add(new string(tokenChars.ToArray()));
#endregion
#region // Use 1st Token to determine dwarf type information
if (lineTokens[0] == "type" && lineTokens[1] == "node") // type node
{
// Always Add new Node
typeNodeTags.Add(new treeNodeSymbolTag());
CurrentListSymbolTag = typeNodeTags[typeNodeTags.Count - 1];
// Always set type node string
CurrentListSymbolTag.Dwarfstrings.typeNode = lineTokens[2];
// Always latch "node depth"
CurrentListSymbolTag.nodeDepth = measuredNodeDepth;
// Node line number
CurrentListSymbolTag.nodeLineNumber = lineCounter;
// determine if a header row preceeded the type node flag and set header string
if (lineCounter > 0)
{
CurrentListSymbolTag.Dwarfstrings.childNodeHeader = new string(LineList[lineCounter - 1]);
}
else
{
CurrentListSymbolTag.Dwarfstrings.childNodeHeader = "";
}
if (CurrentListSymbolTag.Dwarfstrings.childNodeHeader.Contains("["))
{
CurrentListSymbolTag.Dwarfstrings.parsedName = CurrentListSymbolTag.Dwarfstrings.childNodeHeader.Substring(CurrentListSymbolTag.Dwarfstrings.childNodeHeader.ToList().FindIndex(x => x == '\'') + 1, (CurrentListSymbolTag.Dwarfstrings.childNodeHeader.ToList().FindLastIndex(x => x == '\'') - CurrentListSymbolTag.Dwarfstrings.childNodeHeader.ToList().FindIndex(x => x == '\'')) - 1);
}
else
{
CurrentListSymbolTag.Dwarfstrings.parsedName = "";
}
}
else if (lineTokens[0] == "name")
{
CurrentListSymbolTag.Dwarfstrings.name = lineTokens[1].Substring(1, lineTokens[1].Length - 1);
for (i = 2; i <= lineTokens.FindIndex(x => x.EndsWith("'")); i++)
{
CurrentListSymbolTag.Dwarfstrings.name += " " + lineTokens[i];
}
CurrentListSymbolTag.Dwarfstrings.name = CurrentListSymbolTag.Dwarfstrings.name.Substring(0, CurrentListSymbolTag.Dwarfstrings.name.Length - 1);
}
else if (lineTokens[0] == "tagname")
{
CurrentListSymbolTag.Dwarfstrings.tagname = lineTokens[1].Substring(1, lineTokens[1].Length - 1);
if (lineTokens.Count > 2)
{
for (i = 2; i <= lineTokens.FindIndex(x => x.EndsWith("'")); i++)
{
CurrentListSymbolTag.Dwarfstrings.tagname += " " + lineTokens[i];
}
}
CurrentListSymbolTag.Dwarfstrings.tagname = CurrentListSymbolTag.Dwarfstrings.tagname.Substring(0, CurrentListSymbolTag.Dwarfstrings.tagname.Length - 1);
}
else if (lineTokens[0] == "code")
{
CurrentListSymbolTag.Dwarfstrings.code = lineTokens[1];
if (lineTokens.Count > 2)
{
CurrentListSymbolTag.Dwarfstrings.code += " " + lineTokens[2];
}
}
else if (lineTokens[0] == "length")
{
CurrentListSymbolTag.Dwarfstrings.length = lineTokens[1];
}
else if (lineTokens[0] == "target_type")
{
CurrentListSymbolTag.Dwarfstrings.targetType = lineTokens[1];
if (CurrentListSymbolTag.Dwarfstrings.targetType != "0x0")
{
CurrentListSymbolTag.isBaseType = true;
}
}
else if (lineTokens[0] == "type_chain")
{
CurrentListSymbolTag.Dwarfstrings.typeChain = lineTokens[1];
}
else if (lineTokens[0] == "instance_flags")
{
CurrentListSymbolTag.Dwarfstrings.instanceFlags = lineTokens[1];
if (lineTokens.Count > 2)
{
CurrentListSymbolTag.Dwarfstrings.instanceFlags += " " + lineTokens[2];
}
}
else if (lineTokens[0] == "nfields")
{
CurrentListSymbolTag.Dwarfstrings.nfields = lineTokens[1];
}
if (lineTokens[0] == "pointer_type")
{
if (CurrentListSymbolTag.Dwarfstrings.pointerType == "")
{
CurrentListSymbolTag.Dwarfstrings.pointerType = lineTokens[1];
}
else
{
int idex = typeNodeTags.FindIndex(x => x == CurrentListSymbolTag) - 1;
if (idex > 0)
{
if (typeNodeTags[idex].isBaseType)
{
CurrentListSymbolTag = typeNodeTags[typeNodeTags.Count - 2];
CurrentListSymbolTag.Dwarfstrings.pointerType = lineTokens[1];
}
}
}
}
#endregion
// Go to next line
lineCounter++;
}
// Process Type Nodes / Dwarf Strings
int nodeCounter = 0;
for (nodeCounter = 0; nodeCounter < typeNodeTags.Count; nodeCounter++)
{
newTypeSymTag = typeNodeTags[nodeCounter];
#region // Initialize SM Node as First (empty) Parent
if (nodeCounter == 0)
{
CurrentParentNode = SMNode;
setSymbolTag(ref CurrentParentNode, ref CurrentParentNodeTag, ref newTypeSymTag);
CurrentChildNode = null;
CurrentChildNodeTag = null;
}
#endregion
#region // Process all other typeNodes from the list, placing them in nested tree nodes
else
{
// if the new node is deeper than the current parent
if (CurrentParentNodeTag.nodeDepth < newTypeSymTag.nodeDepth)
{
// if the current child is not null
if (CurrentChildNode != null && CurrentChildNodeTag != null)
{
// if the new node is deepter than the current child
if (CurrentChildNodeTag.nodeDepth < newTypeSymTag.nodeDepth)
{
// Set Parent to Child - Increase Indent - Increase Level
CurrentParentNode = CurrentChildNode;
CurrentParentNodeTag = (treeNodeSymbolTag)CurrentParentNode.Tag;
// Null Child Node references
CurrentChildNode = null;
CurrentChildNodeTag = null;
}
}
}
// if the new node is not deeper than the current parent
// and the new node is not the first child of the first parent
else if (nodeCounter > 1)
{
// if the new node is less deep than the current parent
if (CurrentParentNodeTag.nodeDepth >= newTypeSymTag.nodeDepth)
{
bool keepGoing = true;
do
{
// Set Parent to Grand Parent
CurrentParentNode = CurrentParentNode.Parent;
CurrentParentNodeTag = (treeNodeSymbolTag)CurrentParentNode.Tag;
// Stop when parent nodes' depth is "1" less than Current Parent
keepGoing = (CurrentParentNodeTag.nodeDepth > (newTypeSymTag.nodeDepth - 4));
} while (keepGoing);
}
}
// Add the child node to the parent node
CurrentParentNode.Nodes.Add(new TreeNode("new child node"));
CurrentChildNode = CurrentParentNode.Nodes[CurrentParentNode.Nodes.Count - 1];
// Tag the new child node
setSymbolTag(ref CurrentChildNode, ref CurrentChildNodeTag, ref newTypeSymTag);
}
#endregion
}
//// Process SM node for address mapping
TreeNode tempNode;
tempNode = SMNode;
int startIndexofSubString = SMInfoLine.ToList().FindLastIndex(x => x == 'x') + 1;
int stopIndexofSubString = SMInfoLine.ToList().FindLastIndex(x => x == '.');
int lengthofSubString = stopIndexofSubString - startIndexofSubString;
if (nodeCounter > 1)
{
((treeNodeSymbolTag)(tempNode.Tag)).addrstr = SMInfoLine.Substring(startIndexofSubString, lengthofSubString);
((treeNodeSymbolTag)(tempNode.Tag)).addr = ASCIIHex2_Value(((treeNodeSymbolTag)(tempNode.Tag)).addrstr);
startIndexofSubString = SMInfoLine.ToList().FindIndex(x => x == '\"') + 1;
stopIndexofSubString = SMInfoLine.ToList().FindLastIndex(x => x == '\"');
lengthofSubString = stopIndexofSubString - startIndexofSubString;
((treeNodeSymbolTag)(tempNode.Tag)).Dwarfstrings.parsedName = SMInfoLine.Substring(startIndexofSubString, lengthofSubString);
SMNode.ToolTipText += "\nAddr: 0x" + ((treeNodeSymbolTag)(tempNode.Tag)).addr.ToString("X8") + " - ";
SMNode.Text = ((treeNodeSymbolTag)(tempNode.Tag)).Dwarfstrings.parsedName;
((treeNodeSymbolTag)(tempNode.Tag)).longName = "SM";
SMNode.ToolTipText += "\nLong Name: " + ((treeNodeSymbolTag)(tempNode.Tag)).longName;
List <TreeNode> thisLevelNodes = new List <TreeNode>();
List <TreeNode> nextLevelNodes = new List <TreeNode>();
thisLevelNodes.Add(tempNode);
foreach (TreeNode tnd in tempNode.Nodes)
{
nextLevelNodes.Add(tnd);
}
do
{
// Clock Next Nodes for Processing into Current Nodes for Processing, then clear next nodes
thisLevelNodes = new List <TreeNode>(nextLevelNodes);
nextLevelNodes.Clear();
// Process every node on this level and build list of next level nodes
foreach (TreeNode lNode in thisLevelNodes)
{
((treeNodeSymbolTag)(lNode.Tag)).longName = ((treeNodeSymbolTag)(lNode.Parent.Tag)).longName;
if (((treeNodeSymbolTag)(lNode.Tag)).Dwarfstrings.parsedName != null && ((treeNodeSymbolTag)(lNode.Tag)).Dwarfstrings.parsedName != "")
{
((treeNodeSymbolTag)(lNode.Tag)).longName = ((treeNodeSymbolTag)(lNode.Tag)).longName + "." + ((treeNodeSymbolTag)(lNode.Tag)).Dwarfstrings.parsedName;
}
((treeNodeSymbolTag)(lNode.Tag)).addr = ((treeNodeSymbolTag)(lNode.Parent.Tag)).addr;
for (i = 0; i < lNode.Index; i++)
{
if (((treeNodeSymbolTag)((lNode.Parent.Nodes[i]).Tag)).Dwarfstrings.length != null && ((treeNodeSymbolTag)((lNode.Parent.Nodes[i]).Tag)).Dwarfstrings.length != "")
{
((treeNodeSymbolTag)(lNode.Tag)).addr += uint.Parse(((treeNodeSymbolTag)((lNode.Parent.Nodes[i]).Tag)).Dwarfstrings.length);
}
}
((treeNodeSymbolTag)(lNode.Tag)).addrstr = ((treeNodeSymbolTag)(lNode.Tag)).addr.ToString("X8");
lNode.ToolTipText += "\nAddr: 0x" + ((treeNodeSymbolTag)(lNode.Tag)).addr.ToString("X8") + " - ";
lNode.ToolTipText += "\nLong Name: " + ((treeNodeSymbolTag)(lNode.Tag)).longName;
if (lNode.GetNodeCount(false) > 0)
{
foreach (TreeNode tnd in lNode.Nodes)
{
nextLevelNodes.Add(tnd);
}
}
}
} while (nextLevelNodes.Count > 0);
}
return(SMNode);
}
private void setSymbolTag(ref TreeNode Node2Tag, ref treeNodeSymbolTag NodeTag, ref treeNodeSymbolTag typeSymbolTag)
{
Node2Tag.Tag = typeSymbolTag;
NodeTag = typeSymbolTag;
Node2Tag.ToolTipText = "Line: " + ((treeNodeSymbolTag)Node2Tag.Tag).nodeLineNumber.ToString() + "\n";
Node2Tag.ToolTipText += ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.childNodeHeader + "\n";
Node2Tag.ToolTipText += "Size: " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.length + " bytes\n";
Node2Tag.ToolTipText += "Type Node: " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.typeNode + " \n";
Node2Tag.ToolTipText += "Code: " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.code + "\n";
Node2Tag.ToolTipText += "Name: " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.name + "\n";
Node2Tag.ToolTipText += "TagName: " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.tagname + "\n";
Node2Tag.ToolTipText += "ParsedName: " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName + "\n";
Node2Tag.ToolTipText += "Target Type: " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.targetType + "\n";
Node2Tag.ToolTipText += "Type Chain: " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.typeChain + "\n";
Node2Tag.ToolTipText += "Instance Flags: " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.instanceFlags + "\n";
Node2Tag.ToolTipText += "NFields: " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.nfields + "\n";
Node2Tag.Text = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.name + " " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.tagname;
//Node2Tag.ContextMenuStrip = new ContextMenuStrip();
//Node2Tag.ContextMenuStrip.Items.Add("goto Line");
//Node2Tag.ContextMenuStrip.Items[Node2Tag.ContextMenuStrip.Items.Count - 1].Tag = Node2Tag;
//Node2Tag.ContextMenuStrip.ItemClicked += new ToolStripItemClickedEventHandler(SMMenuItemClicked);
//Node2Tag.Expand();
if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.name == "'<NULL>'")
{
if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.childNodeHeader.Contains('['))
{
int startIndex = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.childNodeHeader.ToCharArray().ToList().FindIndex(x => x == '\'');
int stopIndex = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.childNodeHeader.ToCharArray().ToList().FindLastIndex(x => x == '\'');
int subStrLength = stopIndex - startIndex;
if (subStrLength > 0)
{
string tempSubStr = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.childNodeHeader.Substring(startIndex + 1, subStrLength - 1);
((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.name = tempSubStr;
}
else
{
((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.name = "Un-Named";
}
Node2Tag.Text = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.tagname + " " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.name;
}
}
if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.tagname == "'<NULL>'")
{
;
}
if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.length != null)
{
if (Node2Tag.Text == " " && ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.length.Length >= 0)
{
Node2Tag.Text = "Type Node: " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.typeNode + " - " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.length + " bytes";
}
if (Node2Tag.Text == "<NULL> <NULL>" && ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.length.Length > 0)
{
Node2Tag.Text = "Un-Named: " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.length + " bytes";
}
else if (Node2Tag.Text == "<NULL> <NULL>")
{
Node2Tag.Text = "Un-Named: ?? bytes";
}
if (!Node2Tag.Text.EndsWith("bytes"))
{
Node2Tag.Text += " " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.length + " bytes";
}
}
else
{
if (Node2Tag.Text == " ")
{
Node2Tag.Text = "Type Node: " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.typeNode + " - ??? bytes";
}
}
Node2Tag.Text += " - - - " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.code;
if (((treeNodeSymbolTag)Node2Tag.Tag).nodeLineNumber == 0)
{
((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName = "SM";
}
if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName != "")
{
Node2Tag.Text = string.Concat(((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName, " ", Node2Tag.Text);
}
// Set node name to type string
Node2Tag.Name = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.typeNode;
// Set final display text based on node code
// 0x3 (TYPE_CODE_STRUCT)
if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.code == "0x3 (TYPE_CODE_STRUCT)")
{
if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName != null && ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName != "" && ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName != "<NULL>")
{
Node2Tag.Text = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName;
}
else if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName != "<NULL>")
{
Node2Tag.Text = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.tagname;
}
Node2Tag.ImageIndex = 20;
Node2Tag.SelectedImageIndex = Node2Tag.ImageIndex;
}
// 0x8 (TYPE_CODE_INT)
else if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.code == "0x8 (TYPE_CODE_INT)")
{
Node2Tag.Parent.Collapse();
if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName != null && ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName != "")
{
Node2Tag.Text = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName + " " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.length + " bytes";
}
else
{
Node2Tag.Text = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.name + " " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.length + " bytes";
}
Node2Tag.ImageIndex = 17;
Node2Tag.SelectedImageIndex = Node2Tag.ImageIndex;
if (((treeNodeSymbolTag)Node2Tag.Parent.Tag) != null)
{
if (((treeNodeSymbolTag)(Node2Tag.Parent.Tag)).Dwarfstrings.code == "0x16 (TYPE_CODE_TYPEDEF)")
{
Node2Tag.Parent.ImageIndex = 17;
}
Node2Tag.Parent.SelectedImageIndex = Node2Tag.Parent.ImageIndex;
}
}
// 0x14 (TYPE_CODE_BOOL)
else if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.code == "0x14 (TYPE_CODE_BOOL)")
{
Node2Tag.Text = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName + " " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.length + " bytes";
}
// 0x5 (TYPE_CODE_ENUM)
else if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.code == "0x5 (TYPE_CODE_ENUM)")
{
Node2Tag.Text = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName + " " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.length + " bytes";
}
// 0xc (TYPE_CODE_RANGE)
else if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.code == "0xc (TYPE_CODE_RANGE)")
{
Node2Tag.Text = "Range";
}
// 0x16 (TYPE_CODE_TYPEDEF)
else if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.code == "0x16 (TYPE_CODE_TYPEDEF)")
{
if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName != null && ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName != "")
{
Node2Tag.Text = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName;
}
else
{
Node2Tag.Text = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.name;
}
}
// 0x2 (TYPE_CODE_ARRAY)
else if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.code == "0x2 (TYPE_CODE_ARRAY)")
{
Node2Tag.Text = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName + "[]";
Node2Tag.ImageIndex = 21;
Node2Tag.SelectedImageIndex = Node2Tag.ImageIndex;
}
// 0x9 (TYPE_CODE_FLT)
else if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.code == "0x9 (TYPE_CODE_FLT)")
{
Node2Tag.Parent.Collapse();
Node2Tag.Text = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.name + " " + ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.length + " bytes";
Node2Tag.ImageIndex = 18;
Node2Tag.SelectedImageIndex = Node2Tag.ImageIndex;
if (((treeNodeSymbolTag)Node2Tag.Parent.Tag) != null)
{
if (((treeNodeSymbolTag)(Node2Tag.Parent.Tag)).Dwarfstrings.code == "0x16 (TYPE_CODE_TYPEDEF)")
{
Node2Tag.Parent.ImageIndex = 18;
}
Node2Tag.Parent.SelectedImageIndex = Node2Tag.Parent.ImageIndex;
}
}
// 0x4 (TYPE_CODE_UNION)
else if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.code == "0x4 (TYPE_CODE_UNION)")
{
if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName != null && ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName != "")
{
Node2Tag.Text = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.parsedName;
}
if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.name != null && ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.name != "" && ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.name != "<NULL>")
{
Node2Tag.Text = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.name;
}
if (((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.tagname != null && ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.tagname != "" && ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.tagname != "<NULL>")
{
Node2Tag.Text = ((treeNodeSymbolTag)Node2Tag.Tag).Dwarfstrings.tagname;
}
if (Node2Tag.Text == null || Node2Tag.Text == "" || Node2Tag.Text.StartsWith("Un-Named"))
{
Node2Tag.Text = "Union";
}
Node2Tag.ImageIndex = 22;
Node2Tag.SelectedImageIndex = Node2Tag.ImageIndex;
}
}
