// Ceptr menu events
/*
* protected void BuildSemanticTree(object sender, EventArgs args)
* {
* CeptrInterface.CreateStructureAndSymbolNodes();
* SemanticID floatID = CeptrInterface.GetFloat();
* SemanticID latitude = CeptrInterface.DeclareSymbol(CeptrInterface.RootSymbolsNode, floatID, "latitude");
* SemanticID longitude = CeptrInterface.DeclareSymbol(CeptrInterface.RootSymbolsNode, floatID, "longitude");
*
* // Structure latlong = _d_define_structure(structures,"latlong",RECEPTOR_CONTEXT, 2, lat, lon);
* SemanticID latlong = CeptrInterface.DefineStructure(CeptrInterface.RootStructuresNode, "latlong", new SemanticID[] { latitude, longitude });
*
* string retSymbols = CeptrInterface.DumpSymbols(CeptrInterface.RootSymbolsNode, CeptrInterface.RootStructuresNode);
* string retStructures = CeptrInterface.DumpStructures(CeptrInterface.RootSymbolsNode, CeptrInterface.RootStructuresNode);
* }
*/
// Common helpers for symbol and structure controllers:
// Recurse into a symbol, creating the child symbols first and then defining the structure composed of the child symbols.
public SemanticID Recurse(Symbol symbol, Dictionary <string, SemanticID> structureMap, Dictionary <string, SemanticID> symbolMap)
{
List <SemanticID> syms = new List <SemanticID>();
SemanticID structure = GetStructureID(symbol.Structure, structureMap);
foreach (Symbol child in symbol.Symbols)
{
// We need to recurse to get to native types, from which more complex symbols are constructed.
Recurse(child, structureMap, symbolMap);
SemanticID uchild;
if (!symbolMap.ContainsKey(child.Name))
{
SemanticID id = GetStructureID(child.Structure, structureMap);
uchild = CeptrInterface.DeclareSymbol(CeptrInterface.RootSymbolsNode, id, child.Name);
syms.Add(uchild);
symbolMap[child.Name] = uchild;
}
else
{
// Re-use the symbol ID.
uchild = symbolMap[child.Name];
syms.Add(uchild);
}
}
if (syms.Count > 0)
{
structure = CeptrInterface.DefineStructure(CeptrInterface.RootStructuresNode, symbol.Structure, syms.ToArray());
structureMap[symbol.Structure] = structure;
}
return(structure);
}
public void CreateStructuresAndSymbols()
{
symbolMap = new Dictionary <string, SemanticID>();
structureMap = new Dictionary <string, SemanticID>();
ApplicationController.CeptrInterface.CreateStructureAndSymbolNodes();
foreach (string symbolName in ApplicationModel.SymbolRefCount.Keys)
{
if (!symbolMap.ContainsKey(symbolName))
{
// Find the symbol in the tree.
Symbol symbol = FindSymbolInTree(symbolName, ApplicationController.SymbolEditorController.View.TreeView.Nodes);
if (symbol == null)
{
throw new Exception("The symbol " + symbolName + " should have been found in the tree.");
}
SemanticID topStructure = ApplicationController.Recurse(symbol, structureMap, symbolMap);
SemanticID symbolID = ApplicationController.CeptrInterface.DeclareSymbol(ApplicationController.CeptrInterface.RootSymbolsNode, topStructure, symbolName);
symbolMap[symbolName] = symbolID;
}
}
}
public void ShowSymbolDump(Symbol symbol)
{
View.Output.Text = String.Empty;
try
{
ApplicationController.CeptrInterface.CreateStructureAndSymbolNodes();
Dictionary <string, SemanticID> structureMap = new Dictionary <string, SemanticID>();
Dictionary <string, SemanticID> symbolMap = new Dictionary <string, SemanticID>();
SemanticID topStructure = ApplicationController.Recurse(symbol, structureMap, symbolMap);
ApplicationController.CeptrInterface.DeclareSymbol(ApplicationController.CeptrInterface.RootSymbolsNode, topStructure, symbol.Name);
string ret = ApplicationController.CeptrInterface.DumpSymbols(ApplicationController.CeptrInterface.RootSymbolsNode, ApplicationController.CeptrInterface.RootStructuresNode);
View.Output.Text = ApplicationController.FormatDump(ret);
}
catch (Exception ex)
{
MessageBox.Show(ex.Message + "\r\n\r\n" + ex.StackTrace, "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
