Kebabify comments (#69)

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src/common.toit

@@ -231,8 +231,8 @@ abstract class Canvas:
   If the $palette argument is shorter than the highest index in the pixmap,
     then pixels with high indices are assumed to be gray-scale with the
     index representing the gray value (white = 0xff).
-  The $orientation argument can be ORIENTATION_0, ORIENTATION_90,
-    ORIENTATION_180, or ORIENTATION_270, from "import bitmap",
+  The $orientation argument can be $ORIENTATION-0, $ORIENTATION-90,
+    $ORIENTATION-180, or $ORIENTATION-270, from "import bitmap",
     representing anti-clockwise rotation of the drawn pixmap.
   Using $source-line-stride a number of bytes can be skipped at the
     end of each line.  This is useful if the pixmap is padded, or
@@ -254,8 +254,8 @@ abstract class Canvas:
     the red, green, or blue component of the pixel.  The order of the pixmap
     is as in PNG, so the lines are ordered from top to bottom, and within each
     line the bytes are ordered from left to right.
-  The $orientation argument can be ORIENTATION_0, ORIENTATION_90,
-    ORIENTATION_180, or ORIENTATION_270, from "import bitmap",
+  The $orientation argument can be $ORIENTATION-0, $ORIENTATION-90,
+    $ORIENTATION-180, or $ORIENTATION-270, from "import bitmap",
     representing anti-clockwise rotation of the drawn pixmap.
   This method is only available on true-color canvases.
   */

src/one_byte.toit

@@ -78,7 +78,7 @@ abstract class OneByteCanvas_ extends Canvas:
       return
     // Unfortunately one of the alpha values is not 0 or 0xff, so we can't use
     // the bitmap draw primitive.  We can blow it up to bytes, then use the
-    // bitmap_draw_bytemap.
+    // bitmap-draw-bytemap.
     h := (pixels.size + source-line-stride - source-byte-width ) / source-line-stride
     bytemap := ByteArray source-width * h
     bitmap-draw-bitmap 0 0

src/pixel_display.toit

@@ -79,7 +79,7 @@ abstract class PixelDisplay implements Window:
   inner-height: return driver_.width
 
   // Need-to-redraw is tracked as a bit array of dirty bits, arranged in
-  // SSD1306 layout so we can use bitmap_rectangle to invalidate areas.
+  // SSD1306 layout so we can use bitmap-rectangle to invalidate areas.
   // One bit in the dirty map covers an area of 8x8 pixels of the display.
   static CLEAN_ ::= 0
   static DIRTY_ ::= 1

src/style.toit

@@ -416,7 +416,7 @@ class RoundedCornerOpacity_:
     return new
 
   static TABLE-SIZE_/int ::= 256
-  // The heights of a top-right quarter circle of radius [TABLE_SIZE_].
+  // The heights of a top-right quarter circle of radius [TABLE-SIZE_].
   static QUARTER-CIRCLE_/ByteArray ::= create-quarter-circle-array_ TABLE-SIZE_
 
   static create-quarter-circle-array_ size -> ByteArray:

src/true_color.toit

@@ -62,7 +62,7 @@ class Canvas_ extends Canvas:
     super width height
 
   stringify:
-    return "true_color.Canvas_ $(width_)x$height_"
+    return "true-color.Canvas_ $(width_)x$height_"
 
   set-all-pixels color/int -> none:
     bytemap-zap red_ (red-component color)
@@ -143,7 +143,7 @@ class Canvas_ extends Canvas:
       return
     // Unfortunately one of the alpha values is not 0 or 0xff, so we can't use
     // the bitmap draw primitive.  We can blow it up to bytes, then use the
-    // bitmap_draw_bytemap.
+    // bitmap-draw-bytemap.
     h := (pixels.size + source-line-stride - source-byte-width) / source-line-stride
     bytemap := ByteArray source-width * h
     bitmap-draw-bitmap 0 0

tests/gradient_bounds_visualized.toit

@@ -53,7 +53,7 @@ main args:
 
   display.draw
 
-  // Rotate all gradient_elements 30 degrees.
+  // Rotate all gradient-elements 30 degrees.
   angle := 30
   gradient-elements.do:
     it.background = GradientBackground --angle=angle --specifiers=it.background.specifiers

tests/style_test.toit

@@ -42,8 +42,8 @@ toit-doc-examples-test:
           "fish-or-fowl": Style --color=0xffffff --background=0x606060,
       }
 
-/// Test a literal element tree can be constructed and get_element_by_id can be
-///   used to find a named element.
+/// Test a literal element tree can be constructed and
+///   $Element.get-element-by-id can be used to find a named element.
 element-tree-test:
   elements := Div [
       Square --id="first-square",
@@ -53,8 +53,8 @@ element-tree-test:
   first := elements.get-element-by-id "first-square"
   expect first.id == "first-square"
 
-/// Test that we can use set_styles to distribute the styles to all the
-///   elements.
+/// Test that we can use $Element.set-styles to distribute the styles to all
+///   the elements.
 combine-test:
   elements := Div [
       Div --id="special" [