3 files changed, 16 insertions(+), 26 deletions(-)

M README.md
M bpgfx.sunder
M example.sunder

@@ 4,7 4,7 @@ Block](https://en.wikipedia.org/wiki/Braille_Patterns). Ported from the Braille
 Pattern Graphics [Python 3
 library](https://github.com/ashn-dot-dev/braille-pattern-graphics) for
 [Sunder](https://github.com/ashn-dot-dev/sunder) version
-[2022.12.01](https://github.com/ashn-dot-dev/sunder/releases/tag/2022.12.01).
+[2023.02.01](https://github.com/ashn-dot-dev/sunder/releases/tag/2023.02.01).
 
 ## Example Usage
 ```


@@ 12,19 12,12 @@ import "std";
 import "bpgfx.sunder";
 
 func main() void {
-    var allocator = std::general_allocator::init();
-    defer {
-        allocator.fini();
-    }
-
     # Create a 40 x 30 canvas of virtual dot pixels.
     #
     # Virtual dot-pixels are mapped onto a grid of braille characters when the
     # canvas is rendered via its format member function.
-    var canvas = bpgfx::canvas::init(std::allocator::init[[typeof(allocator)]](&allocator), 40, 30);
-    defer {
-        canvas.fini();
-    }
+    var canvas = bpgfx::canvas::init(40, 30);
+    defer canvas.fini();
 
     # Draw a rectangle around the border of the canvas.
     for x in canvas.width() {

@@ 5,7 5,7 @@ import "std";
 # Printing this escape sequence to the terminal will clear the screen and
 # reposition the cursor on the top-left of the terminal in terminal emulators
 # with support for ANSI escape codes.
-const CLEAR = "\x1B[H\x1B[2J";
+let CLEAR = "\x1B[H\x1B[2J";
 
 struct drawable_itable {
     var draw: func(*any, *canvas) void;


@@ 16,7 16,7 @@ struct drawable {
     var object: *any;
 
     func init[[T]](object: *T) bpgfx::drawable {
-        const itable = (:bpgfx::drawable_itable){
+        let itable = (:bpgfx::drawable_itable){
             .draw = T::draw
         };
         return (:bpgfx::drawable){


@@ 40,7 40,11 @@ struct canvas {
     var _height: usize;
     var _dots: [][]bool;
 
-    func init(allocator: std::allocator, width: usize, height: usize) canvas {
+    func init(width: usize, height: usize) canvas {
+        return canvas::init_with_allocator(std::global_allocator(), width, height);
+    }
+
+    func init_with_allocator(allocator: std::allocator, width: usize, height: usize) canvas {
         var dots_w = width;
         for dots_w % 2 != 0 {
             dots_w = dots_w + 1;


@@ 51,9 55,9 @@ struct canvas {
             dots_h = dots_h + 1;
         }
 
-        var dots = std::slice[[[]bool]]::new(allocator, dots_h);
+        var dots = std::slice[[[]bool]]::new_with_allocator(allocator, dots_h);
         for i in countof(dots) {
-            dots[i] = std::slice[[bool]]::new(allocator, dots_w);
+            dots[i] = std::slice[[bool]]::new_with_allocator(allocator, dots_w);
             std::slice[[bool]]::fill(dots[i], false);
         }
 


@@ 67,9 71,9 @@ struct canvas {
 
     func fini(self: *canvas) void {
         for i in countof(self.*._dots) {
-            std::slice[[bool]]::delete(self.*._allocator, self.*._dots[i]);
+            std::slice[[bool]]::delete_with_allocator(self.*._allocator, self.*._dots[i]);
         }
-        std::slice[[[]bool]]::delete(self.*._allocator, self.*._dots);
+        std::slice[[[]bool]]::delete_with_allocator(self.*._allocator, self.*._dots);
     }
 
     func width(self: *canvas) usize {

@@ 2,19 2,12 @@ import "std";
 import "bpgfx.sunder";
 
 func main() void {
-    var allocator = std::general_allocator::init();
-    defer {
-        allocator.fini();
-    }
-
     # Create a 40 x 30 canvas of virtual dot pixels.
     #
     # Virtual dot-pixels are mapped onto a grid of braille characters when the
     # canvas is rendered via its format member function.
-    var canvas = bpgfx::canvas::init(std::allocator::init[[typeof(allocator)]](&allocator), 40, 30);
-    defer {
-        canvas.fini();
-    }
+    var canvas = bpgfx::canvas::init(40, 30);
+    defer canvas.fini();
 
     # Draw a rectangle around the border of the canvas.
     for x in canvas.width() {