public void setSearchOnAlINodes(string value)
{
AllINodesFilter_TextBox.set_Text(value);
INodeValueFilter = value;
showINodes(AstData.iNodes());
}
public void buildGui()
{
//..clear();
var topPanel = this.add_1x1("AST INode Value", "Source Code", true, 400);
CodeViewer = topPanel[1].add_SourceCodeViewer();
AstValueTreeView = topPanel[0].add_TreeView()
.sort()
.showSelection()
.beforeExpand <List <INode> >(
(selectedNode, nodes) => {
selectedNode.add_Nodes(nodes);
});
AstTypeTreeView = topPanel[0].insert_Left <GroupBox>(200)
.set_Text("AST INode Type")
.add_TreeView()
.sort()
.showSelection()
.afterSelect <List <INode> >(
(iNodes) => {
showINodes(iNodes);
});
INodeFilter_TextBox = AstTypeTreeView.insert_Above(40, "Filter").add_TextBox("Filter", "")
.onTextChange_AlertOnRegExFail()
.onEnter((value) => {
INodeTypeFilter = value;
loadDataInGui();
});
//nodeFilterTextBox.onTextChange_AlertOnRegExFail();
//nodeTypeTextBox.onTextChange_AlertOnRegExFail();
SelectedINodeFilter_TextBox = AstValueTreeView.insert_Above(40, "Search on selected INode Type").add_TextBox("Filter", "")
.onTextChange_AlertOnRegExFail()
.onEnter(
(value) => {
INodeValueFilter = value;
showINodes(null);
});
AllINodesFilter_TextBox = AstValueTreeView.insert_Above(40, "Search on ALL INodes Type").add_TextBox("Filter", "")
.onTextChange_AlertOnRegExFail()
.onEnter(
(value) => {
INodeValueFilter = value;
showINodes(AstData.iNodes());
});
AstTypeTreeView.onDrop(
(fileOrFolder) => {
if (fileOrFolder.fileExists())
{
AstData.loadFile(fileOrFolder);
}
else
{
AstData.loadFiles(fileOrFolder.files(true, "*.cs", "*.vb"));
}
loadDataInGui();
});
SourceCodeLines = CodeViewer.insert_Below(200, "Source Code Lines").add_TreeView().sort();
AstData.afterSelect_ShowInSourceCodeEditor(AstValueTreeView, CodeViewer.editor());
AstData.afterSelect_ShowInSourceCodeEditor(SourceCodeLines, CodeViewer.editor());
AstValueTreeView.afterSelect <List <INode> >(
(iNodes) => {
SourceCodeLines.clear();
var addedLines = new List <string>();
foreach (var iNode in iNodes)
{
var line = iNode.StartLocation.Line;
if (line > 0)
{
var file = AstData.file(iNode);
if (file.valid())
{
var addedLine = "{0}:{1}".format(file, line);
if (addedLines.contains(addedLine).isFalse())
{
addedLines.add(addedLine);
var fileContents = file.fileContents();
if (fileContents.valid())
{
var lineText = fileContents.split_onLines()[line - 1];
var location = "[{0}:{1}] {2} ".format(file.fileName(), line, file);
SourceCodeLines.add_Node(lineText, iNode)
.add_Node(location);
}
}
}
}
}
//show.info(iNodes[0]);
//SourceCodeLines.add_Nodes(iNodes, (iNode)=>iNode.sourceCode);
//.showDetails();
//"treeNode selected: {0}".info(tag.typeFullName());
});
}
