public static List <C_VARIABLE> getVars(JObject jo)
{
List <C_VARIABLE> list = new List <C_VARIABLE>();
foreach (var item in jo)
{
string name = item.Key;
JArray contents = (JArray)item.Value;
string type = contents[0].ToString();
if (type == "C_DATA")
{
C_DATA cd = mkDATA(name, contents);
list.Add(cd);
}
else if (type == "C_ARRAY")
{
List <C_DATA> values = new List <C_DATA>();
for (int i = 2; i < contents.Count; i++)
{
JArray idx = (JArray)contents[i];
values.Add(mkDATA((i - 2).ToString(), idx));
}
C_ARRAY ca = new C_ARRAY(name, contents[1].ToString(), values);
list.Add(ca);
}
}
return(list);
}
//public Trace Draw_All(Visual visual, int run_current_count)
//{
// foreach (Trace step in visual.Trace)
// {
// if (run_current_count == step.Line)
// {
// init();
// Dictionary<string, UserControl_variableItem> dict = new Dictionary<string, UserControl_variableItem>();
// // Global Variables
// UserControl_funcPanel f1 = makeFuncPanel("Global Frame", step.Globals, dict);
// myVariable.Children.Add(f1);
// // Local Variables
// List<List<C_VARIABLE>> stack = step.getLocals();
// List<string> func_names = step.getFuncs();
// for (int i = 0; i < stack.Count; i++)
// {
// UserControl_funcPanel f2 = makeFuncPanel(func_names[i], stack[i], dict);
// myVariable.Children.Add(f2);
// }
// // Heap
// List<C_VARIABLE> heap = step.Heap;
// UserControl_funcPanel f3 = makeFuncPanel("Heap", heap, dict);
// myHeap.Children.Add(f3);
// // Pointer to Value
// RandomColorGenerator rcg = new RandomColorGenerator();
// foreach (var funcPanel in myVariable.Children) //VARIABLES PART
// {
// UserControl_funcPanel uc = funcPanel as UserControl_funcPanel;
// pointerProcess(uc, dict, rcg);
// }
// foreach (var funcPanel in myHeap.Children) //HEAP PART
// {
// UserControl_funcPanel uc = funcPanel as UserControl_funcPanel;
// pointerProcess(uc, dict, rcg);
// }
// return step;
// }
// else if (run_current_count == 0)
// {
// init();
// Dictionary<string, UserControl_variableItem> dict = new Dictionary<string, UserControl_variableItem>();
// // Global Variables
// UserControl_funcPanel f1 = makeFuncPanel("Global Frame", step.Globals, dict);
// myVariable.Children.Add(f1);
// // Heap
// List<C_VARIABLE> heap = step.Heap;
// UserControl_funcPanel f3 = makeFuncPanel("Heap", heap, dict);
// myHeap.Children.Add(f3);
// // Pointer to Value
// RandomColorGenerator rcg = new RandomColorGenerator();
// foreach (var funcPanel in myVariable.Children) //VARIABLES PART
// {
// UserControl_funcPanel uc = funcPanel as UserControl_funcPanel;
// pointerProcess(uc, dict, rcg);
// }
// foreach (var funcPanel in myHeap.Children) //HEAP PART
// {
// UserControl_funcPanel uc = funcPanel as UserControl_funcPanel;
// pointerProcess(uc, dict, rcg);
// }
// }
// }
// return null;
//}
private UserControl_funcPanel makeFuncPanel(string name, List <C_VARIABLE> vars, Dictionary <string, UserControl_variableItem> dict)
{
UserControl_funcPanel f = new UserControl_funcPanel();
f.setLabel(name);
foreach (var item in vars)
{
if (item is C_DATA) //primitive
{
UserControl_variable uc = new UserControl_variable();
C_DATA variable = item as C_DATA;
List <C_DATA> list = new List <C_DATA>();
list.Add(variable);
uc.AddValues(list, dict);
uc.setName(variable.Name);
f.Add(uc);
}
else
{
UserControl_variable uc = new UserControl_variable();
C_ARRAY ca = item as C_ARRAY;
uc.AddValues(ca.Values, dict);
uc.setName(ca.Name);
f.Add(uc);
}
}
return(f);
}
