// FIXME: Keyboard and general mouse movement events!!
public override bool KeyPressed(CircuitEditor editor, Gdk.EventKey eventKey)
{
bool consumed = false;
var modifiers = eventKey.State & Accelerator.DefaultModMask;
if (modifiers == Gdk.ModifierType.None)
{
// No modifiers are pressed
if (eventKey.Key == Gdk.Key.Up)
{
CompOrientation = Circuit.Orientation.North;
consumed = true;
}
if (eventKey.Key == Gdk.Key.Down)
{
CompOrientation = Circuit.Orientation.South;
consumed = true;
}
if (eventKey.Key == Gdk.Key.Left)
{
CompOrientation = Circuit.Orientation.West;
consumed = true;
}
if (eventKey.Key == Gdk.Key.Right)
{
CompOrientation = Circuit.Orientation.East;
consumed = true;
}
}
if (consumed)
{
editor.DrawingArea.QueueDraw();
}
return(consumed);
}
static Gtk.Toolbar CreateToolbar(CircuitEditor editor)
{
Gtk.Toolbar toolbar = new Gtk.Toolbar();
SelectTool selectTool = new SelectTool(editor, toolbar);
WireTool wireTool = new WireTool(editor, toolbar);
// FIXME: Make this be selected with a callback or something
//editor.CurrentTool = selectTool;
ComponentTool constantTool = new ComponentTool(ComponentType.Constant, "Constant", editor, toolbar);
ComponentTool bufferTool = new ComponentTool(ComponentType.Buffer, "Buffer gate", editor, toolbar);
ComponentTool notTool = new ComponentTool(ComponentType.Not, "Not gate", editor, toolbar);
ComponentTool andTool = new ComponentTool(ComponentType.And, "And gate", editor, toolbar);
ComponentTool orTool = new ComponentTool(ComponentType.Or, "Or gate", editor, toolbar);
ComponentTool xorTool = new ComponentTool(ComponentType.Xor, "Xor gate", editor, toolbar);
SeparatorToolItem sep = new SeparatorToolItem();
int index = 0;
toolbar.Insert(selectTool, index++);
toolbar.Insert(wireTool, index++);
toolbar.Insert(sep, index++);
toolbar.Insert(constantTool, index++);
toolbar.Insert(bufferTool, index++);
toolbar.Insert(notTool, index++);
toolbar.Insert(andTool, index++);
toolbar.Insert(orTool, index++);
toolbar.Insert(xorTool, index++);
return(toolbar);
}
public SelectTool(
CircuitEditor circuitEditor,
Gtk.Toolbar toolbar
) : base(Util.Icon.Selector(), "Select", circuitEditor, toolbar)
{
}
public void ClearSelection(CircuitEditor editor)
{
SelectedWires.Clear();
SelectedGates.Clear();
editor.DrawingArea.QueueDraw();
}
public BasicTool(Image image, string name, CircuitEditor circuitEditor) : base(image, name)
{
CircuitEditor = circuitEditor;
Clicked += BasicTool_Clicked;
}
public override void GestureEnd(CircuitEditor editor, Vector2d endOffset)
{
// FIXME: Do l-shaped wire addition
var diff = editor.RoundDistToGrid(endOffset);
if (Math.Abs(diff.X) > Math.Abs(diff.Y))
{
// FIXME: We shouldn't rely on the constructor to flip negative diffs
// because we are going to remove that so we should do it ourselves here.
// Here we are drawing a horizontal line
CurrentWire = new Wire(DragStartPos, diff.X, Circuit.Direction.Horizontal);
}
else
{
//This should be a vertical line
CurrentWire = new Wire(DragStartPos, diff.Y, Circuit.Direction.Vertical);
}
DraggingWire = false;
if (CurrentWire.Length != 0)
{
// Here we should figure out if we are modifying an existing wire.
// Because adding wires handles merging wires that go in the same
// direction, we only want to detect the case where we are shrinking
// a wire. This is easy, because we only need to check that we grabbed
// one end of the wire and the the other end is inside the wire we want
// to shrink.
Wire?modifying = null;
bool movingEnd = false;
foreach (var bWire in editor.Scene.Wires.WiresList)
{
if (CurrentWire.Direction != bWire.Direction)
{
continue;
}
// We do 'IsPointInsideWire' because we don't want to detect the case
// where we are dragging a wire left from a junction to create a new wire.
// What would happen if we used 'IsPointOnWire' is that the start pos would
// be equal and at the same time 'CurrentWire.Pos' would be on the wire,
// making us think that we want to edit the wire while we don't want to.
if (DragStartPos == bWire.Pos && bWire.IsPointInsideWire(CurrentWire.EndPos))
{
modifying = bWire;
movingEnd = false;
}
else if (DragStartPos == bWire.EndPos && bWire.IsPointInsideWire(CurrentWire.Pos))
{
modifying = bWire;
movingEnd = true;
}
else if (CurrentWire == bWire)
{
// If they are the same wire we want to remove the bWire
modifying = bWire;
}
}
// If there there more than one endpoint at the start position
// We don't want to modify a wire, we want to create a new one
// If there was only one point we check that we actually want to
// modify that wire (ie modifying is not null).
if (modifying is Wire modify)
{
// Here we are modifying an existing wire.
// So we should figure out how the wire should be modified.
// If the wire is deleted we need to check for places where we should merge
// other connecting wires. The creation of the remove transaction should
// probably be created in a Wires.CreateRemoveWireTransaction(...).
Wire modifiedWire = modify;
if (movingEnd == false)
{
// Here we are moving the start poistion of the wire.
diff = CurrentWire.EndPos - modify.Pos;
modifiedWire.Pos = CurrentWire.EndPos;
modifiedWire.Length -= diff.ManhattanDistance;
}
else
{
// Here we only need to change the length of the wire.
diff = modify.EndPos - CurrentWire.Pos;
modifiedWire.Length -= diff.ManhattanDistance;
}
if (modifiedWire.Length > 0)
{
// FIMXE: Figure out if there are any edge-cases when modifying wires like this.
// One of the cases is where the modified wire should split another already
// existing wire.
WireTransaction?modifyTransaction = editor.Scene.Wires.CreateModifyWireTransaction(modify, modifiedWire);
if (modifyTransaction != null)
{
editor.Scene.PushTransaction(modifyTransaction);
//Console.WriteLine($"Modified existing wire! ({modify}) -> ({modifiedWire})\n{modifyTransaction}\n");
}
}
else
{
// Here we should remove the wire completely
var deleteTransaction = editor.Scene.Wires.CreateRemoveWireTransaction(modify);
editor.Scene.PushTransaction(deleteTransaction);
//Console.WriteLine($"Deleted wire! ({modify})\n{deleteTransaction}\n");
}
}
else
{
var transaction = editor.Scene.Wires.CreateAddWireTransaction(CurrentWire);
if (transaction != null)
{
editor.Scene.PushTransaction(transaction);
//Console.WriteLine($"End wire!\n{transaction}\n");
}
else
{
//Console.WriteLine($"No wire created!\n");
}
}
}
else
{
//Console.WriteLine($"Zero length wire!\n\n");
}
editor.DrawingArea.QueueDraw();
}
public abstract void GestureStart(CircuitEditor editor, Vector2d dragStartPos);
public abstract void GestureEnd(CircuitEditor editor, Vector2d endOffset);
// VERY IMPORTANT!!!!!!!!!!!!
// After the call to Application.Init() NullReferenceExceptions
// will no longer be thrown. This is an active bug in GtkSharp
// and can be tracked here https://github.com/GtkSharp/GtkSharp/issues/155
// Hopefully this can be fixed sooner rather than later...
static void Main()
{
Backend = Logic.Init();
CultureInfo.CurrentCulture = CultureInfo.InvariantCulture;
Value a = new Value(0b00_00_00_00_01_01_01_01_10_10_10_10_11_11_11_11, 16);
Value b = new Value(0b00_01_10_11_00_01_10_11_00_01_10_11_00_01_10_11, 16);
Console.WriteLine($"Resolve: {Value.Resolve(a, b)}");
Console.WriteLine($"And: {Value.And(a, b)}");
Console.WriteLine($"Or: {Value.Or(a, b)}");
Console.WriteLine($"Not: {Value.Not(a)}");
Application.Init();
GLib.ExceptionManager.UnhandledException += ExceptionManager_UnhandledException;
Window wnd = new Window("Logik");
wnd.Resize(1600, 800);
Notebook nbook = new Notebook();
var circuitEditor = new CircuitEditor();
nbook.AppendPage(circuitEditor.DrawingArea, new Label("Circuit editor"));
nbook.AppendPage(new Label("TODO: Package editor"), new Label("Package editor"));
Notebook sideBar = new Notebook();
var components = new ComponentView(new List <ComponentFolder> {
new ComponentFolder("Test folder 1", new List <Component.Component>()
{
new Component.Component("Test comp 1", "x-office-document"),
new Component.Component("Test comp 2", "x-office-document"),
new Component.Component("Test comp 3", "x-office-document"),
}),
new ComponentFolder("Test folder 2", new List <Component.Component>()
{
new Component.Component("Another test comp 1", "x-office-document"),
new Component.Component("Another test comp 2", "x-office-document"),
new Component.Component("Another test comp 3", "x-office-document"),
}),
});
sideBar.AppendPage(components.TreeView, new Label("Components"));
var hierarchy = new HierarchyView(new HierarchyComponent("Top comp", "x-office-document", new List <HierarchyComponent>()
{
new HierarchyComponent("Test Comp 1", "x-office-document", new List <HierarchyComponent>()
{
new HierarchyComponent("Test Nested Comp 1", "x-office-document", new List <HierarchyComponent>()),
}),
new HierarchyComponent("Test Comp 2", "x-office-document", new List <HierarchyComponent>()
{
new HierarchyComponent("Test Nested Comp 1", "x-office-document", new List <HierarchyComponent>()),
new HierarchyComponent("Test Nested Comp 2", "x-office-document", new List <HierarchyComponent>()),
}),
new HierarchyComponent("Test Comp 3", "x-office-document", new List <HierarchyComponent>()),
}));
sideBar.AppendPage(hierarchy.TreeView, new Label("Hierarchy"));
HPaned hPaned = new HPaned();
hPaned.Pack1(sideBar, false, false);
hPaned.Pack2(nbook, true, false);
//Add the label to the form
VBox box = new VBox(false, 0);
box.PackStart(CreateMenuBar(wnd), false, false, 0);
box.PackStart(CreateToolbar(circuitEditor), false, false, 0);
box.PackEnd(hPaned, true, true, 0);
box.Expand = true;
wnd.Add(box);
wnd.Destroyed += Wnd_Destroyed;
wnd.ShowAll();
Application.Run();
}
public SelectTool(CircuitEditor circuitEditor) : base(Icon.Selector(), "Select", circuitEditor)
{
}
public override void GestureUpdate(CircuitEditor editor, Vector2d offset)
{
SelectionSize = editor.RoundDistToGrid(offset);
editor.DrawingArea.QueueDraw();
}
public override void GestureEnd(CircuitEditor editor, Vector2d endOffset)
{
SelectionSize = editor.RoundDistToGrid(endOffset);
Selecting = false;
// Make sure we don't have a negitive size
if (SelectionSize.X < 0)
{
SelectionSize.X = -SelectionSize.X;
SelectionStart.X -= SelectionSize.X;
}
if (SelectionSize.Y < 0)
{
SelectionSize.Y = -SelectionSize.Y;
SelectionStart.Y -= SelectionSize.Y;
}
if (Poking)
{
Poking = false;
LogikUI.Simulation.ReleaseComponent(SelectedGates[0].ID);
}
// FIXME: Do the selecting
var wires = editor.Scene.Wires;
// If the size is zero we want to check if we clicked a wire or gate
if (SelectionSize == Vector2i.Zero)
{
ClearSelection(editor);
bool foundGate = false;
var pos = editor.FromGridToWorld(SelectionStart);
foreach (var instance in editor.Scene.Gates.Instances)
{
Rect r = editor.Scene.Gates.GetBounds(instance);
r = r.Rotate(instance.Position * CircuitEditor.DotSpacing, instance.Orientation);
if (r.Contains(pos))
{
SelectedGates.Add(instance);
break;
}
}
if (foundGate == false)
{
foreach (var wire in wires.WiresList)
{
if (wire.IsPointOnWire(SelectionStart))
{
SelectedWires.Add(wire);
foundGate = true;
break;
}
}
}
}
else
{
ClearSelection(editor);
// Here we should loop through all wires and see if they are contained in the area
Recti selectionRect = new Recti(SelectionStart, SelectionSize);
foreach (var wire in wires.WiresList)
{
if (selectionRect.Contains(wire.Pos) &&
selectionRect.Contains(wire.EndPos))
{
SelectedWires.Add(wire);
Console.WriteLine($"Selected wire: {wire}");
}
}
Rect worldRect = editor.FromGridToWorld(selectionRect);
foreach (var instance in editor.Scene.Gates.Instances)
{
Rect r = editor.Scene.Gates.GetBounds(instance);
r = r.Rotate(instance.Position * CircuitEditor.DotSpacing, instance.Orientation);
if (worldRect.Contains(r))
{
SelectedGates.Add(instance);
}
}
}
editor.DrawingArea.QueueDraw();
}
public override void DeSelect(CircuitEditor editor)
{
}
public WireTool(CircuitEditor circuitEditor) : base(Icon.Wire(), "Wire", circuitEditor)
{
}
// Use this for initialization
void Start()
{
Application.targetFrameRate = -1;
QualitySettings.vSyncCount = 0;
circuitEditor = new CircuitEditor(notGateTex, bufferGateTex, wireTex, emptyTex, outputPlane);
}
public override void GestureUpdate(CircuitEditor editor, Vector2d offset)
{
SelectionSize = editor.RoundDistToGrid(offset);
//Console.WriteLine($"Size: {SelectionSize}");
editor.DrawingArea.QueueDraw();
}
public virtual bool KeyPressed(CircuitEditor editor, EventKey eventKey) => false;
static MenuBar CreateMenuBar(Window parent, CircuitEditor editor)
{
MenuItem open = new MenuItem("Open...");
open.Activated += (object?sender, EventArgs e) =>
{
FileChooserDialog fcd = new FileChooserDialog("Open Project", parent, FileChooserAction.Open,
Stock.Open, ResponseType.Ok,
Stock.Cancel, ResponseType.Cancel);
fcd.SelectMultiple = false;
AddFilters(fcd);
if (fcd.Run() == (int)ResponseType.Ok)
{
try
{
FileManager.Load(fcd.Filename);
Console.WriteLine($"Successfully read and parsed project file { fcd.Filename }.");
Console.WriteLine($"- wires: { FileManager.Wires }");
Console.WriteLine($"- components: { FileManager.Components }");
Console.WriteLine($"- labels: { FileManager.Labels }");
var lables = new TextLabels(FileManager.Labels.ToArray());
var gates = new Gates();
gates.Instances = FileManager.Components;
var wires = new Wires(gates, FileManager.Wires.ToArray());
editor.Scene = new Scene(wires, gates, lables);
}
catch (Exception err)
{
// FIXME: Do something if parse fails?
Output.WriteError($"Failed to read and parse project file { fcd.Filename }.", err);
}
}
fcd.Dispose();
};
MenuItem saveAs = new MenuItem("Save As...");
saveAs.Activated += (object?sender, EventArgs e) =>
{
FileChooserDialog fcd = new FileChooserDialog("Save Project", parent, FileChooserAction.Save,
Stock.Save, ResponseType.Ok,
Stock.Cancel, ResponseType.Cancel);
AddFilters(fcd);
if (fcd.Run() == (int)ResponseType.Ok)
{
try
{
FileManager.Labels = new List <TextLabel>(editor.Scene.Labels.Labels);
FileManager.Wires = editor.Scene.Wires.WiresList;
FileManager.Components = editor.Scene.Gates.Instances;
FileManager.Save(fcd.Filename);
Console.WriteLine($"Successfully saved and parsed project file { fcd.Filename }.");
Console.WriteLine($"- wires: { FileManager.Wires }");
Console.WriteLine($"- components: { FileManager.Components }");
Console.WriteLine($"- labels: { FileManager.Labels }");
}
catch (Exception err)
{
// FIXME: Do something if parse fails?
Output.WriteError($"Failed to write and parse project file { fcd.Filename }.", err);
}
}
fcd.Dispose();
};
MenuItem save = new MenuItem("Save...");
save.Activated += (object?sender, EventArgs e) =>
{
if (FileManager.IsNew)
{
saveAs.Activate();
}
else
{
FileManager.Save();
}
};
Menu fileMenu = new Menu();
fileMenu.Append(open);
fileMenu.Append(save);
fileMenu.Append(saveAs);
MenuItem file = new MenuItem("File");
file.AddEvents((int)Gdk.EventMask.AllEventsMask);
file.Submenu = fileMenu;
// FIXME: Hook up callbacks
// FIXME: On windows (and Mac) there should be no delay
// on the ability to close the menu when you've opened it.
// Atm there is a delay after opening the menu and when
// you can close it...
MenuBar bar = new MenuBar();
bar.Append(file);
return(bar);
}
public abstract void DeSelect(CircuitEditor editor);
public virtual void DeSelect(CircuitEditor editor)
{
}
public override void GestureUpdate(CircuitEditor editor, Vector2d offset)
{
VisualPosition = StartPosition + editor.RoundDistToGrid(offset);
editor.DrawingArea.QueueDraw();
}
public virtual void MouseMoved(CircuitEditor editor, Vector2d mousePos)
{
}
public override void DeSelect(CircuitEditor editor)
{
PlacingComponent = false;
editor.DrawingArea.QueueDraw();
}
public abstract void GestureUpdate(CircuitEditor editor, Vector2d offset);
public WireTool(
CircuitEditor circuitEditor,
Gtk.Toolbar toolbar
) : base(Icon.Wire(), "Wire", circuitEditor, toolbar)
{
}
public abstract void Draw(CircuitEditor editor, Cairo.Context cr);
public ComponentTool(T exampleInstance, CircuitEditor circuitEditor) : base(Icon.AndGate(), exampleInstance.Name, circuitEditor)
{
BaseComponent = exampleInstance;
}
