private static void PuzzleSaveTest()
{
PuzzleConfigClass test = new PuzzleConfigClass();
test.P = 7;
test.Q = 3;
test.ClassDisplayName = "{7,3}";
test.ClassID = "{7,3}";
test.Identifications = new IdentificationList
{
new Identification(new int[] { 3, 3, 3 }, 0, useMirroredSet: true)
};
PuzzleSpecific specific = new PuzzleSpecific();
specific.SlicingCircles = new SlicingCircles();
specific.DisplayName = "booger";
PuzzleSpecificList list = new PuzzleSpecificList();
list.Add(specific);
test.PuzzleSpecificList = list;
PuzzleConfigClass.Save(test, "user/testConfig.xml");
}
private void BuildMenuRecursive(StreamWriter sw, int level, XElement xElement, PuzzleConfigClass[] configs,
TreeNode parentTreeNode, ToolStripMenuItem parentMenuItem)
{
level++;
foreach (XElement xChild in xElement.Elements())
{
if (xChild.Name == "Item")
{
PuzzleConfigClass[] configClassArray = configs.Where(c => c.ClassID == xChild.Value).ToArray();
if (configClassArray.Length == 0)
{
continue;
}
PuzzleConfigClass configClass = configClassArray[0];
TreeNode groupNode;
ToolStripMenuItem groupMenuItem;
Breaks(sw, 1);
AddGroup(sw, level, configClass.ClassDisplayName, parentTreeNode, parentMenuItem, out groupNode, out groupMenuItem);
HorizontalRule(sw);
AddPuzzleClass(sw, level, configClass, groupNode, groupMenuItem);
}
else if (xChild.Name == "Start")
{
// Nothing for now.
// We need to load all puzzles first before filling out the "start here" menu.
}
else
{
string groupName = GroupName(xChild);
TreeNode groupNode;
ToolStripMenuItem groupMenuItem;
Breaks(sw, 3 - level);
AddGroup(sw, level, groupName, parentTreeNode, parentMenuItem, out groupNode, out groupMenuItem);
BuildMenuRecursive(sw, level, xChild, configs, groupNode, groupMenuItem);
}
}
}
public void BuildMenu()
{
NumPuzzles = NumTilings = 0;
m_puzzleRoot.DropDownItems.Clear();
m_tree.BeginUpdate();
m_tree.Nodes.Clear();
ToolStripMenuItem showPuzzleTree = new ToolStripMenuItem();
showPuzzleTree.Text = "Show Puzzle Tree";
showPuzzleTree.Click += new System.EventHandler(m_showTree);
m_puzzleRoot.DropDownItems.Add(showPuzzleTree);
//m_puzzleRoot.DropDownItems.Add( new ToolStripSeparator() );
ToolStripMenuItem f6 = new ToolStripMenuItem(), f7 = new ToolStripMenuItem();
f6.Text = "F6 Toggles Surface View";
f7.Text = "F7 Cycles Model for Spherical/Hyperbolic Puzzles";
f6.Enabled = false;
f7.Enabled = false;
//m_puzzleRoot.DropDownItems.Add( f6 );
//m_puzzleRoot.DropDownItems.Add( f7 );
// Load the puzzles.
IEnumerable <PuzzleConfigClass> standard, user;
PuzzleConfigClass.LoadAllPuzzles(out standard, out user);
// Load the menu config from a file.
try
{
// Start here menu item.
TreeNode startHereNode;
ToolStripMenuItem startHereMenuItem;
AddSection("Start Here!", out startHereNode, out startHereMenuItem);
XElement xStartHere;
// Full configured menu.
LoadMenu(standard.ToArray(), out xStartHere);
// Now we can add in the "start here" items.
SetupStartHereItems(xStartHere, startHereNode, startHereMenuItem);
// User puzzles.
if (user.Count() > 0)
{
TreeNode userNode;
ToolStripMenuItem userMenuItem;
AddSection("User", out userNode, out userMenuItem);
foreach (PuzzleConfigClass configClass in user)
{
TreeNode groupNode;
ToolStripMenuItem groupMenuItem;
AddGroup(null, 0, configClass.ClassDisplayName, userNode, userMenuItem, out groupNode, out groupMenuItem);
AddPuzzleClass(null, 0, configClass, groupNode, groupMenuItem);
}
}
}
catch (System.Exception e)
{
System.Diagnostics.Debug.WriteLine("Failed to load menu.");
System.Diagnostics.Debug.WriteLine(e.Message);
}
m_tree.EndUpdate();
}
private void AddPuzzleClass(StreamWriter sw, int level, PuzzleConfigClass puzzleConfigClass,
TreeNode parentTreeNode, ToolStripMenuItem parentMenuItem)
{
level++;
PuzzleConfig tiling;
PuzzleConfig[] face, edge, vertex, mixed, earthquake;
puzzleConfigClass.GetPuzzles(out tiling, out face, out edge, out vertex, out mixed, out earthquake);
AddPuzzle(tiling, parentTreeNode, parentMenuItem, isTiling: true);
TreeNode groupNode;
ToolStripMenuItem groupMenuItem;
if (face.Length > 0)
{
AddGroup(sw, level, "Face Twisting", parentTreeNode, parentMenuItem, out groupNode, out groupMenuItem);
StartTable(sw);
foreach (PuzzleConfig config in face)
{
AddPuzzle(config, groupNode, groupMenuItem, isTiling: false);
WriteTableEntry(sw, config.MenuName);
}
EndTable(sw);
}
if (edge.Length > 0)
{
AddGroup(sw, level, "Edge Twisting", parentTreeNode, parentMenuItem, out groupNode, out groupMenuItem);
StartTable(sw);
foreach (PuzzleConfig config in edge)
{
AddPuzzle(config, groupNode, groupMenuItem, isTiling: false);
WriteTableEntry(sw, config.MenuName);
}
EndTable(sw);
}
if (vertex.Length > 0)
{
AddGroup(sw, level, "Vertex Twisting", parentTreeNode, parentMenuItem, out groupNode, out groupMenuItem);
StartTable(sw);
foreach (PuzzleConfig config in vertex)
{
AddPuzzle(config, groupNode, groupMenuItem, isTiling: false);
WriteTableEntry(sw, config.MenuName);
}
EndTable(sw);
}
if (mixed.Length > 0)
{
AddGroup(sw, level, "Mixed Twisting", parentTreeNode, parentMenuItem, out groupNode, out groupMenuItem);
StartTable(sw);
foreach (PuzzleConfig config in mixed)
{
AddPuzzle(config, groupNode, groupMenuItem, isTiling: false);
WriteTableEntry(sw, config.MenuName);
}
EndTable(sw);
}
if (earthquake.Length > 0)
{
AddGroup(sw, level, "Special", parentTreeNode, parentMenuItem, out groupNode, out groupMenuItem);
StartTable(sw);
foreach (PuzzleConfig config in earthquake)
{
AddPuzzle(config, groupNode, groupMenuItem, isTiling: false);
WriteTableEntry(sw, config.MenuName);
}
EndTable(sw);
}
}