internal BlackboardTestController(
EditorWindow associatedEditorWindow,
GraphData model,
BlackboardViewModel inViewModel,
DataStore <GraphData> graphDataStore)
: base(model, inViewModel, graphDataStore)
{
m_AddButton = blackboard.Q <Button>("addButton");
Assert.IsNotNull(m_AddButton);
m_AddBlackboardItemsMenu = blackboard.addBlackboardItemMenu;
Assert.IsNotNull(m_AddBlackboardItemsMenu);
m_EditorWindow = associatedEditorWindow;
}
public UnitViewModel(Unit model)
{
Model = model;
Model.PropertyChanged += Model_PropertyChanged;
modelVisual3D.Model = geometryModel3D;
modelVisual3D.MouseDown += OnMouseDown;
modelVisual3D.MouseUp += OnMouseUp;
geometryModel3D.Geometry = Helper.FindResource("cubeMesh") as Geometry3D;
if (Model.Behavior != null)
{
behaviortree = new BehaviortreeViewModel(Model.Behavior);
}
blackboard = new BlackboardViewModel(Model.Blackboard);
}
public ActionResult BlackboardView()
{
BlackboardViewModel vm = new BlackboardViewModel();
// populate Blackboard
Blackboard blackboard = vm.Blackboard ?? new Blackboard();
List <BoardPost> boardposts = blackboard.BoardPosts ?? new List <BoardPost>();
using (DataModel dm = new DataModel())
{
var bp = dm.BoardPosts;
foreach (BoardPost b in bp)
{
boardposts.Add(b);
}
if (blackboard.BoardPosts == null)
{
blackboard.BoardPosts = boardposts;
}
else
{
blackboard.BoardPosts.AddRange(boardposts);
}
vm.Blackboard = blackboard;
}
vm.Encryption = new List <SelectListItem>
{
new SelectListItem {
Value = "", Text = "Select encryption algorithm", Selected = false
},
new SelectListItem {
Value = "aes128", Text = "AES-128", Selected = false
},
new SelectListItem {
Value = "aes192", Text = "AES-192", Selected = false
},
new SelectListItem {
Value = "aes256", Text = "AES-256", Selected = false
}
};
ViewData["EncryptionAlgos"] = vm.Encryption;
return(View(vm));
}
public void LoadGraph()
{
List <PropertyCollector.TextureInfo> lti;
var assetCollection = new AssetCollection();
ShaderGraphImporter.GetShaderText(kGraphName, out lti, assetCollection, out m_Graph);
Assert.NotNull(m_Graph, $"Invalid graph data found for {kGraphName}");
m_Graph.ValidateGraph();
m_Collector = new PropertyCollector();
m_Graph.CollectShaderProperties(m_Collector, GenerationMode.ForReals);
// Open up the window
if (!ShaderGraphImporterEditor.ShowGraphEditWindow(kGraphName))
{
Assert.Fail("ShaderGraphImporterEditor.ShowGraphEditWindow could not open " + kGraphName);
}
m_Window = EditorWindow.GetWindow <MaterialGraphEditWindow>();
if (m_Window == null)
{
Assert.Fail("Could not open window");
}
// EditorWindow.GetWindow will return a new window if one is not found. A new window will have graphObject == null.
if (m_Window.graphObject == null)
{
Assert.Fail("Existing Shader Graph window of " + kGraphName + " not found.");
}
m_GraphEditorView = m_Window.graphEditorView;
// Create the blackboard test controller
var blackboardViewModel = new BlackboardViewModel()
{
parentView = m_Window.graphEditorView.graphView, model = m_Window.graphObject.graph, title = m_Window.assetName
};
m_BlackboardTestController = new BlackboardTestController(m_Window, m_Graph, blackboardViewModel, m_Window.graphObject.graphDataStore);
// Remove the normal blackboard
m_GraphEditorView.blackboardController.blackboard.RemoveFromHierarchy();
// And override reference to the blackboard controller to point at the test controller
m_GraphEditorView.blackboardController = m_BlackboardTestController;
}
public ActionResult BlackboardView(BlackboardViewModel vm)
{
vm.PostTime = DateTime.Now;
vm.Encryption = new List <SelectListItem>
{
new SelectListItem {
Value = "", Text = "Select encryption algorithm", Selected = false
},
new SelectListItem {
Value = "aes128", Text = "AES-128", Selected = false
},
new SelectListItem {
Value = "aes192", Text = "AES-192", Selected = false
},
new SelectListItem {
Value = "aes256", Text = "AES-256", Selected = false
}
};
ViewData["EncryptionAlgos"] = vm.Encryption;
// populate Blackboard (copied from GET)
Blackboard blackboard = vm.Blackboard ?? new Blackboard();
List <BoardPost> boardposts = blackboard.BoardPosts ?? new List <BoardPost>();
using (DataModel dm = new DataModel())
{
var bp = dm.BoardPosts;
foreach (BoardPost b in bp)
{
boardposts.Add(b);
}
if (blackboard.BoardPosts == null)
{
blackboard.BoardPosts = boardposts;
}
else
{
blackboard.BoardPosts.AddRange(boardposts);
}
vm.Blackboard = blackboard;
}
// Server-side validation
if (vm.UserHandle.Length < 1 || vm.UserHandle.Length > 256)
{
ModelState.AddModelError(nameof(vm.UserHandle), "User handle is invalid.");
}
if (vm.EncryptionChoice == null || vm.EncryptionChoice == "")
{
ModelState.AddModelError(nameof(vm.EncryptionChoice), "Please select an encryption algorithm.");
}
if (vm.Message.Length < 1 || vm.Message.Length > 256)
{
ModelState.AddModelError(nameof(vm.Message), "Message content is too long.");
}
if (vm.EncryptionKey.Length < 8 || vm.EncryptionKey.Length > 256)
{
ModelState.AddModelError(nameof(vm.EncryptionKey), "Password must be between 8 - 256 characters.");
}
if (ModelState.IsValid)
{
Crypto Crypto = new Crypto();
string plaintxt = vm.Message;
string key = vm.EncryptionKey;
string ciphertxt;
switch (vm.EncryptionChoice)
{
case ("aes128"):
ciphertxt = (string)Crypto.Crypt(CryptType.Encrypt, CryptAlgo.AES128, plaintxt, key);
ViewData["encryptedMsg"] = ciphertxt;
break;
case ("aes192"):
ciphertxt = (string)Crypto.Crypt(CryptType.Encrypt, CryptAlgo.AES192, plaintxt, key);
ViewData["encryptedMsg"] = ciphertxt;
break;
case ("aes256"):
ciphertxt = (string)Crypto.Crypt(CryptType.Encrypt, CryptAlgo.AES256, plaintxt, key);
ViewData["encryptedMsg"] = ciphertxt;
break;
default:
throw new Exception("Something went very wrong.");
}
// collect data from form
BoardPost bp = new BoardPost();
bp.Content = ciphertxt; // write encrypted content to BoardPost, not original Content
bp.PostTime = vm.PostTime;
bp.Poster = vm.UserHandle;
bp.TimeToLive = 600000; // 600000 ms = 10 minutes
bp.EncryptionAlgorithm = vm.EncryptionChoice;
bp.Salt = Crypto.Salt;
bp.IV = Crypto.IV;
vm.Blackboard.BoardPosts.Add(bp); // add post to view model
// package BoardPost object to be written to database
using (DataModel dm = new DataModel())
{
dm.BoardPosts.Add(bp);
dm.SaveChanges();
}
return(RedirectToAction("BlackboardView", "Blackboard"));
}
return(View(vm));
}