Fix ambiguous identifiers error due to kind overloads, fixes #134

src/raylib.nim

@@ -2528,27 +2528,27 @@ proc exportDataAsCode*(data: openArray[byte], fileName: string): bool =
 
 type
   ShaderV* = concept
-    proc kind(x: typedesc[Self]): ShaderUniformDataType
-
-template kind*(x: typedesc[float32]): ShaderUniformDataType = Float
-template kind*(x: typedesc[Vector2]): ShaderUniformDataType = Vec2
-template kind*(x: typedesc[Vector3]): ShaderUniformDataType = Vec3
-template kind*(x: typedesc[Vector4]): ShaderUniformDataType = Vec4
-template kind*(x: typedesc[int32]): ShaderUniformDataType = Int
-template kind*(x: typedesc[array[2, int32]]): ShaderUniformDataType = Ivec2
-template kind*(x: typedesc[array[3, int32]]): ShaderUniformDataType = Ivec3
-template kind*(x: typedesc[array[4, int32]]): ShaderUniformDataType = Ivec4
-template kind*(x: typedesc[array[2, float32]]): ShaderUniformDataType = Vec2
-template kind*(x: typedesc[array[3, float32]]): ShaderUniformDataType = Vec3
-template kind*(x: typedesc[array[4, float32]]): ShaderUniformDataType = Vec4
+    proc shaderKind(x: typedesc[Self]): ShaderUniformDataType
+
+template shaderKind*(x: typedesc[float32]): ShaderUniformDataType = Float
+template shaderKind*(x: typedesc[Vector2]): ShaderUniformDataType = Vec2
+template shaderKind*(x: typedesc[Vector3]): ShaderUniformDataType = Vec3
+template shaderKind*(x: typedesc[Vector4]): ShaderUniformDataType = Vec4
+template shaderKind*(x: typedesc[int32]): ShaderUniformDataType = Int
+template shaderKind*(x: typedesc[array[2, int32]]): ShaderUniformDataType = Ivec2
+template shaderKind*(x: typedesc[array[3, int32]]): ShaderUniformDataType = Ivec3
+template shaderKind*(x: typedesc[array[4, int32]]): ShaderUniformDataType = Ivec4
+template shaderKind*(x: typedesc[array[2, float32]]): ShaderUniformDataType = Vec2
+template shaderKind*(x: typedesc[array[3, float32]]): ShaderUniformDataType = Vec3
+template shaderKind*(x: typedesc[array[4, float32]]): ShaderUniformDataType = Vec4
 
 proc setShaderValue*[T: ShaderV](shader: Shader, locIndex: ShaderLocation, value: T) =
   ## Set shader uniform value
-  setShaderValueImpl(shader, locIndex, addr value, kind(T))
+  setShaderValueImpl(shader, locIndex, addr value, shaderKind(T))
 
 proc setShaderValueV*[T: ShaderV](shader: Shader, locIndex: ShaderLocation, value: openArray[T]) =
   ## Set shader uniform value vector
-  setShaderValueVImpl(shader, locIndex, cast[pointer](value), kind(T), value.len.int32)
+  setShaderValueVImpl(shader, locIndex, cast[pointer](value), shaderKind(T), value.len.int32)
 
 proc loadModelAnimations*(fileName: string): RArray[ModelAnimation] =
   ## Load model animations from file
@@ -2622,9 +2622,9 @@ proc exportImageToMemory*(image: Image, fileType: string): RArray[uint8] =
 
 type
   Pixel* = concept
-    proc kind(x: typedesc[Self]): PixelFormat
+    proc pixelKind(x: typedesc[Self]): PixelFormat
 
-template kind*(x: typedesc[Color]): PixelFormat = UncompressedR8g8b8a8
+template pixelKind*(x: typedesc[Color]): PixelFormat = UncompressedR8g8b8a8
 
 template toColorArray*(a: openArray[byte]): untyped =
   ## Note: that `a` should be properly formatted, with a byte representation that aligns
@@ -2636,10 +2636,10 @@ template toColorArray*(a: openArray[byte]): untyped =
 
 proc loadTextureFromData*[T: Pixel](pixels: openArray[T], width: int32, height: int32): Texture =
   ## Load texture using pixels
-  assert getPixelDataSize(width, height, kind(T)) == pixels.len*sizeof(T),
+  assert getPixelDataSize(width, height, pixelKind(T)) == pixels.len*sizeof(T),
       "Mismatch between expected and actual data size"
   let image = Image(data: cast[pointer](pixels), width: width, height: height,
-      format: kind(T), mipmaps: 1).WeakImage
+      format: pixelKind(T), mipmaps: 1).WeakImage
   result = loadTextureFromImageImpl(image.Image)
   if not isTextureValid(result): raiseRaylibError("Failed to load Texture from buffer")
 
@@ -2665,27 +2665,27 @@ proc loadRenderTexture*(width: int32, height: int32): RenderTexture2D =
 
 proc updateTexture*[T: Pixel](texture: Texture2D, pixels: openArray[T]) =
   ## Update GPU texture with new data
-  assert texture.format == kind(T), "Incompatible texture format"
+  assert texture.format == pixelKind(T), "Incompatible texture format"
   assert getPixelDataSize(texture.width, texture.height, texture.format) == pixels.len*sizeof(T),
       "Mismatch between expected and actual data size"
   updateTextureImpl(texture, cast[pointer](pixels))
 
 proc updateTexture*[T: Pixel](texture: Texture2D, rec: Rectangle, pixels: openArray[T]) =
   ## Update GPU texture rectangle with new data
-  assert texture.format == kind(T), "Incompatible texture format"
+  assert texture.format == pixelKind(T), "Incompatible texture format"
   assert getPixelDataSize(rec.width.int32, rec.height.int32, texture.format) == pixels.len*sizeof(T),
       "Mismatch between expected and actual data size"
   updateTextureImpl(texture, rec, cast[pointer](pixels))
 
 proc getPixelColor*[T: Pixel](pixel: T): Color =
   ## Get Color from a source pixel pointer of certain format
-  assert getPixelDataSize(1, 1, kind(T)) == sizeof(T), "Pixel size does not match expected format"
-  getPixelColorImpl(addr pixel, kind(T))
+  assert getPixelDataSize(1, 1, pixelKind(T)) == sizeof(T), "Pixel size does not match expected format"
+  getPixelColorImpl(addr pixel, pixelKind(T))
 
 proc setPixelColor*[T: Pixel](pixel: var T, color: Color) =
   ## Set color formatted into destination pixel pointer
-  assert getPixelDataSize(1, 1, kind(T)) == sizeof(T), "Pixel size does not match expected format"
-  setPixelColorImpl(addr pixel, color, kind(T))
+  assert getPixelDataSize(1, 1, pixelKind(T)) == sizeof(T), "Pixel size does not match expected format"
+  setPixelColorImpl(addr pixel, color, pixelKind(T))
 
 proc loadFontData*(fileData: openArray[uint8]; fontSize: int32; codepoints: openArray[int32];
     `type`: FontType): RArray[GlyphInfo] =

src/raylib/raudio.c

@@ -1855,6 +1855,8 @@ void SeekMusicStream(Music music, float position)
 
     ma_mutex_lock(&AUDIO.System.lock);
     music.stream.buffer->framesProcessed = positionInFrames;
+    music.stream.buffer->isSubBufferProcessed[0] = true;
+    music.stream.buffer->isSubBufferProcessed[1] = true;
     ma_mutex_unlock(&AUDIO.System.lock);
 }
 

src/raylib/raymath.h

@@ -304,6 +304,14 @@ RMAPI float Vector2DotProduct(Vector2 v1, Vector2 v2)
     return result;
 }
 
+// Calculate two vectors cross product
+RMAPI float Vector2CrossProduct(Vector2 v1, Vector2 v2)
+{
+    float result = (v1.x*v2.y - v1.y*v2.x);
+
+    return result;
+}
+
 // Calculate distance between two vectors
 RMAPI float Vector2Distance(Vector2 v1, Vector2 v2)
 {

src/rmem.nim

@@ -279,9 +279,6 @@ proc realloc*(x: var MemPool, p: pointer, newSize: Natural): pointer =
 proc getFreeMemory*(x: MemPool): int {.inline.} =
   result = x.capacity - x.occupied
 
-const
-  DefaultAlignment = when sizeof(int) <= 4: 8 else: 16
-
 type
   FreeNode = object
     next: ptr FreeNode
@@ -348,6 +345,9 @@ proc free*[T](x: var ObjPool[T], p: ptr T) =
       node.next = x.head
       x.head = node
 
+const
+  DefaultAlignment = when sizeof(int) <= 4: 8 else: 16
+
 type
   BiStack* = object # Double-ended stack (aka Deque)
     front, back: int

tools/wrapper/snippets/raylib_funcs.nim

@@ -76,27 +76,27 @@ proc exportDataAsCode*(data: openArray[byte], fileName: string): bool =
 
 type
   ShaderV* = concept
-    proc kind(x: typedesc[Self]): ShaderUniformDataType
-
-template kind*(x: typedesc[float32]): ShaderUniformDataType = Float
-template kind*(x: typedesc[Vector2]): ShaderUniformDataType = Vec2
-template kind*(x: typedesc[Vector3]): ShaderUniformDataType = Vec3
-template kind*(x: typedesc[Vector4]): ShaderUniformDataType = Vec4
-template kind*(x: typedesc[int32]): ShaderUniformDataType = Int
-template kind*(x: typedesc[array[2, int32]]): ShaderUniformDataType = Ivec2
-template kind*(x: typedesc[array[3, int32]]): ShaderUniformDataType = Ivec3
-template kind*(x: typedesc[array[4, int32]]): ShaderUniformDataType = Ivec4
-template kind*(x: typedesc[array[2, float32]]): ShaderUniformDataType = Vec2
-template kind*(x: typedesc[array[3, float32]]): ShaderUniformDataType = Vec3
-template kind*(x: typedesc[array[4, float32]]): ShaderUniformDataType = Vec4
+    proc shaderKind(x: typedesc[Self]): ShaderUniformDataType
+
+template shaderKind*(x: typedesc[float32]): ShaderUniformDataType = Float
+template shaderKind*(x: typedesc[Vector2]): ShaderUniformDataType = Vec2
+template shaderKind*(x: typedesc[Vector3]): ShaderUniformDataType = Vec3
+template shaderKind*(x: typedesc[Vector4]): ShaderUniformDataType = Vec4
+template shaderKind*(x: typedesc[int32]): ShaderUniformDataType = Int
+template shaderKind*(x: typedesc[array[2, int32]]): ShaderUniformDataType = Ivec2
+template shaderKind*(x: typedesc[array[3, int32]]): ShaderUniformDataType = Ivec3
+template shaderKind*(x: typedesc[array[4, int32]]): ShaderUniformDataType = Ivec4
+template shaderKind*(x: typedesc[array[2, float32]]): ShaderUniformDataType = Vec2
+template shaderKind*(x: typedesc[array[3, float32]]): ShaderUniformDataType = Vec3
+template shaderKind*(x: typedesc[array[4, float32]]): ShaderUniformDataType = Vec4
 
 proc setShaderValue*[T: ShaderV](shader: Shader, locIndex: ShaderLocation, value: T) =
   ## Set shader uniform value
-  setShaderValueImpl(shader, locIndex, addr value, kind(T))
+  setShaderValueImpl(shader, locIndex, addr value, shaderKind(T))
 
 proc setShaderValueV*[T: ShaderV](shader: Shader, locIndex: ShaderLocation, value: openArray[T]) =
   ## Set shader uniform value vector
-  setShaderValueVImpl(shader, locIndex, cast[pointer](value), kind(T), value.len.int32)
+  setShaderValueVImpl(shader, locIndex, cast[pointer](value), shaderKind(T), value.len.int32)
 
 proc loadModelAnimations*(fileName: string): RArray[ModelAnimation] =
   ## Load model animations from file
@@ -170,9 +170,9 @@ proc exportImageToMemory*(image: Image, fileType: string): RArray[uint8] =
 
 type
   Pixel* = concept
-    proc kind(x: typedesc[Self]): PixelFormat
+    proc pixelKind(x: typedesc[Self]): PixelFormat
 
-template kind*(x: typedesc[Color]): PixelFormat = UncompressedR8g8b8a8
+template pixelKind*(x: typedesc[Color]): PixelFormat = UncompressedR8g8b8a8
 
 template toColorArray*(a: openArray[byte]): untyped =
   ## Note: that `a` should be properly formatted, with a byte representation that aligns
@@ -184,10 +184,10 @@ template toColorArray*(a: openArray[byte]): untyped =
 
 proc loadTextureFromData*[T: Pixel](pixels: openArray[T], width: int32, height: int32): Texture =
   ## Load texture using pixels
-  assert getPixelDataSize(width, height, kind(T)) == pixels.len*sizeof(T),
+  assert getPixelDataSize(width, height, pixelKind(T)) == pixels.len*sizeof(T),
       "Mismatch between expected and actual data size"
   let image = Image(data: cast[pointer](pixels), width: width, height: height,
-      format: kind(T), mipmaps: 1).WeakImage
+      format: pixelKind(T), mipmaps: 1).WeakImage
   result = loadTextureFromImageImpl(image.Image)
   if not isTextureValid(result): raiseRaylibError("Failed to load Texture from buffer")
 
@@ -213,27 +213,27 @@ proc loadRenderTexture*(width: int32, height: int32): RenderTexture2D =
 
 proc updateTexture*[T: Pixel](texture: Texture2D, pixels: openArray[T]) =
   ## Update GPU texture with new data
-  assert texture.format == kind(T), "Incompatible texture format"
+  assert texture.format == pixelKind(T), "Incompatible texture format"
   assert getPixelDataSize(texture.width, texture.height, texture.format) == pixels.len*sizeof(T),
       "Mismatch between expected and actual data size"
   updateTextureImpl(texture, cast[pointer](pixels))
 
 proc updateTexture*[T: Pixel](texture: Texture2D, rec: Rectangle, pixels: openArray[T]) =
   ## Update GPU texture rectangle with new data
-  assert texture.format == kind(T), "Incompatible texture format"
+  assert texture.format == pixelKind(T), "Incompatible texture format"
   assert getPixelDataSize(rec.width.int32, rec.height.int32, texture.format) == pixels.len*sizeof(T),
       "Mismatch between expected and actual data size"
   updateTextureImpl(texture, rec, cast[pointer](pixels))
 
 proc getPixelColor*[T: Pixel](pixel: T): Color =
   ## Get Color from a source pixel pointer of certain format
-  assert getPixelDataSize(1, 1, kind(T)) == sizeof(T), "Pixel size does not match expected format"
-  getPixelColorImpl(addr pixel, kind(T))
+  assert getPixelDataSize(1, 1, pixelKind(T)) == sizeof(T), "Pixel size does not match expected format"
+  getPixelColorImpl(addr pixel, pixelKind(T))
 
 proc setPixelColor*[T: Pixel](pixel: var T, color: Color) =
   ## Set color formatted into destination pixel pointer
-  assert getPixelDataSize(1, 1, kind(T)) == sizeof(T), "Pixel size does not match expected format"
-  setPixelColorImpl(addr pixel, color, kind(T))
+  assert getPixelDataSize(1, 1, pixelKind(T)) == sizeof(T), "Pixel size does not match expected format"
+  setPixelColorImpl(addr pixel, color, pixelKind(T))
 
 proc loadFontData*(fileData: openArray[uint8]; fontSize: int32; codepoints: openArray[int32];
     `type`: FontType): RArray[GlyphInfo] =

update_bindings.nims

@@ -5,7 +5,7 @@ const
   PkgDir = thisDir()
   RaylibDir = PkgDir / "raylib"
   RaylibGit = "https://github.com/raysan5/raylib.git"
-  RayLatestCommit = "26548c10620c4ae6937cf8b506c777a006b33c16"
+  RayLatestCommit = "0d39e7137b28980f05843bd505ef3e74d8772d03"
   DocsDir = PkgDir / "docs"
   ToolsDir = PkgDir / "tools"
   ApiDir = ToolsDir / "wrapper/api"