Print screen address at the top of the frame

.gitignore

@@ -44,3 +44,5 @@ cacerts
 
 # Workspace save
 /save
+
+*~

src/main/resources/ocelot/desktop/spritesheet.txt

@@ -1,10 +1,11 @@
-Border 96 8 2 8
+BorderB 3 25 2 8
+BorderT 0 25 2 10
 Circle 0 0 24 24
-Computer 24 0 24 24
-CornerBL 96 0 8 8
-CornerBR 104 0 8 8
-CornerTL 112 0 8 8
-CornerTR 120 0 8 8
-DefaultNode 48 0 24 24
-Empty 98 8 1 1
-Screen 72 0 24 24
+Computer 25 0 24 24
+CornerBL 118 0 8 8
+CornerBR 100 11 8 8
+CornerTL 100 0 8 10
+CornerTR 109 0 8 10
+DefaultNode 50 0 24 24
+Empty 6 25 1 1
+Screen 75 0 24 24

src/main/scala/ocelot/desktop/ui/widget/ScreenWidget.scala

@@ -21,7 +21,7 @@ class ScreenWidget(screen: Screen) extends Widget with Logging {
 
   private var data: Array[Cell] = Array.fill(width * height)(Cell(' ', background, foreground))
 
-  minimumSize = Size2D(width * fontWidth + 32, height * fontHeight + 32)
+  minimumSize = Size2D(width * fontWidth + 32, height * fontHeight + 40)
   maximumSize = minimumSize
 
   private var lastMousePos = Vector2D(0, 0)
@@ -91,7 +91,7 @@ class ScreenWidget(screen: Screen) extends Widget with Logging {
     val sx = position.x
     val sy = position.y
     val w = fontWidth * width + 32
-    val h = fontHeight * height + 32
+    val h = fontHeight * height + 40
 
     g.foreground = RGBAColor(30, 30, 30)
     g.sprite = "Empty"
@@ -103,19 +103,25 @@ class ScreenWidget(screen: Screen) extends Widget with Logging {
           val Cell(char, bg, fg) = data(y * width + x)
           g.background = IntColor(bg)
           g.foreground = IntColor(fg)
-          g.char(sx + x * fontWidth + 16, sy + y * fontHeight + 16, char)
+          g.char(sx + x * fontWidth + 16, sy + y * fontHeight + 20, char)
         }
       }
     }
 
-    g.sprite("CornerTL", sx, sy, 16, 16)
-    g.sprite("CornerTR", sx + w - 16, sy, 16, 16)
+    g.sprite("CornerTL", sx, sy, 16, 20)
+    g.sprite("CornerTR", sx + w - 16, sy, 16, 20)
     g.sprite("CornerBL", sx, sy + h - 16, 16, 16)
     g.sprite("CornerBR", sx + w - 16, sy + h - 16, 16, 16)
-    g.sprite("Border", sx + 16, sy + 0, w - 32, 16)
-    g.sprite("Border", sx + 16, sy + h - 16, w - 32, 16)
-    g.sprite("Border", sx + 0, sy + 16, 16, h - 32, 270)
-    g.sprite("Border", sx + w - 16, sy + 16, 16, h - 32, 270)
+    g.sprite("BorderT", sx + 16, sy + 0, w - 32, 20)
+    g.sprite("BorderB", sx + 16, sy + h - 16, w - 32, 16)
+    g.sprite("BorderB", sx + 0, sy + 20, 16, h - 36, 270)
+    g.sprite("BorderB", sx + w - 16, sy + 20, 16, h - 36, 270)
+
+    g.setSmallFont()
+    g.background = RGBAColor(0, 0, 0, 0)
+    g.foreground = RGBAColor(110, 110, 110)
+    g.text(sx + 12, sy + 6, screen.node.address)
+    g.setNormalFont()
   }
 
   def set(x: Int, y: Int, text: String, vertical: Boolean): Unit = {