removed undefined declaration of physics_update

src/corelib/assets.c

@@ -18,7 +18,7 @@ static resource_t* insert_asset(const resource_t* resource) {
 	return inserted;
 }
 
-void add_arbitrary_asset(void* memory, deleter_t deleter) {
+void add_arbitrary_asset(void* memory, deleter_fn deleter) {
 	char name_buf[99];
 	// generate the name of the arbitrary block based on adresses
 	sprintf(name_buf, "%p%p", memory, deleter);

src/corelib/assets.h

@@ -17,7 +17,7 @@ typedef enum resourcetype_t {
 	RESOURCETYPE_MAX
 } resourcetype_t;
 
-typedef void(*deleter_t)(void* target);
+typedef void(*deleter_fn)(void* target);
 
 typedef struct resource_t {
 	resourcetype_t type;
@@ -31,13 +31,13 @@ typedef struct resource_t {
 		} font;
 		struct {
 			void* memory;
-			deleter_t deleter;
+			deleter_fn deleter;
 		} arbitrary_type;
 	};
 } resource_t;
 
-extern void add_arbitrary_asset(void* memory, deleter_t deleter);
-extern void add_arbitrary_asset_by_name(void* memory, deleter_t deleter, const char* name);
+extern void add_arbitrary_asset(void* memory, deleter_fn deleter);
+extern void add_arbitrary_asset_by_name(void* memory, deleter_fn deleter, const char* name);
 extern SDL_Texture* load_texture(const char* file);
 extern TTF_Font* load_font(const char* file, int size);
 extern SDL_Texture* get_texture(const char* file);

src/corelib/input.c

@@ -6,6 +6,34 @@
 #include "SDL2/SDL_render.h"
 #include <SDL2/SDL_events.h>
 
+enum INPUT_LISTENER_TYPE_T {
+	INPUT_LISTENER_MOUSE,
+	INPUT_LISTENER_AXIS,
+	INPUT_LISTENER_SCROLL,
+	INPUT_LISTENER_BUTTON,
+};
+
+typedef struct input_listener_t {
+	enum INPUT_LISTENER_TYPE_T type;
+	union {
+		struct {
+			input_axis_fn delegate;
+			SDL_Scancode positive, negative;
+			int last_positive, last_negative;
+		} axis;
+		struct {
+			input_mouse_fn delegate;
+		} mouse;
+		struct {
+			input_button_fn delegate;
+			uint32_t button;
+			int last;
+		} button;
+		struct {
+			input_scroll_fn delegate;
+		} scroll;
+	};
+} input_listener_t;
 
 const Uint8* g_key_states = NULL;
 input_listener_t g_key_listeners[24];
@@ -17,7 +45,7 @@ static uint32_t _mouse_left_seconds = 0;
 static float _scroll_delta = 0;
 
 void add_key_listener(SDL_Scancode negative, SDL_Scancode positive,
-						input_axis_delegate_t delegate) {
+						input_axis_fn delegate) {
 	memset(g_key_listeners_endptr, 0x0, sizeof(input_listener_t));
 	g_key_listeners_endptr->type = INPUT_LISTENER_AXIS;
 	g_key_listeners_endptr->axis.delegate = delegate;
@@ -28,14 +56,14 @@ void add_key_listener(SDL_Scancode negative, SDL_Scancode positive,
 	++g_key_listeners_endptr;
 }
 
-void add_mouse_listener(input_mouse_delegate_t delegate) {
+void add_mouse_listener(input_mouse_fn delegate) {
 	memset(g_key_listeners_endptr, 0x0, sizeof(input_listener_t));
 	g_key_listeners_endptr->type = INPUT_LISTENER_MOUSE;
 	g_key_listeners_endptr->mouse.delegate = delegate;
 	++g_key_listeners_endptr;
 }
 
-void add_mouse_button_listener(uint32_t button, input_button_delegate_t delegate) {
+void add_mouse_button_listener(uint32_t button, input_button_fn delegate) {
 	memset(g_key_listeners_endptr, 0x0, sizeof(input_listener_t));
 	g_key_listeners_endptr->type = INPUT_LISTENER_BUTTON;
 	g_key_listeners_endptr->button.delegate = delegate;
@@ -44,7 +72,7 @@ void add_mouse_button_listener(uint32_t button, input_button_delegate_t delegate
 	++g_key_listeners_endptr;
 }
 
-void add_scroll_listener(input_scroll_delegate_t delegate) {
+void add_scroll_listener(input_scroll_fn delegate) {
 	memset(g_key_listeners_endptr, 0x0, sizeof(input_listener_t));
 	g_key_listeners_endptr->type = INPUT_LISTENER_SCROLL;
 	g_key_listeners_endptr->scroll.delegate = delegate;

src/corelib/input.h

@@ -7,56 +7,28 @@ extern "C" {
 
 #include "SDL2/SDL.h"
 
-typedef void(*input_axis_delegate_t)(int value);
-typedef void(*input_mouse_delegate_t)(float dx, float dy);
-typedef void(*input_button_delegate_t)(int down);
-typedef void(*input_scroll_delegate_t)(float delta);
-
-enum INPUT_LISTENER_TYPE_T {
-	INPUT_LISTENER_MOUSE,
-	INPUT_LISTENER_AXIS,
-	INPUT_LISTENER_SCROLL,
-	INPUT_LISTENER_BUTTON,
-};
-
-typedef struct input_listener_t {
-	enum INPUT_LISTENER_TYPE_T type;
-	union {
-		struct {
-			input_axis_delegate_t delegate;
-			SDL_Scancode positive, negative;
-			int last_positive, last_negative;
-		} axis;
-		struct {
-			input_mouse_delegate_t delegate;
-		} mouse;
-		struct {
-			input_button_delegate_t delegate;
-			uint32_t button;
-			int last;
-		} button;
-		struct {
-			input_scroll_delegate_t delegate;
-		} scroll;
-	};
-} input_listener_t;
+typedef void(*input_axis_fn)(int value);
+typedef void(*input_mouse_fn)(float dx, float dy);
+typedef void(*input_button_fn)(int down);
+typedef void(*input_scroll_fn)(float delta);
 
 extern const Uint8* g_key_states;
 
 extern void add_key_listener(SDL_Scancode negative, SDL_Scancode positive,
-							   input_axis_delegate_t delegate);
-extern void add_mouse_listener(input_mouse_delegate_t delegate);
-extern void add_mouse_button_listener(uint32_t button, input_button_delegate_t delegate);
-extern void add_scroll_listener(input_scroll_delegate_t delegate);
-extern void remove_listener_at(size_t index);
+							   input_axis_fn delegate);
+extern void add_mouse_listener(input_mouse_fn delegate);
+extern void add_mouse_button_listener(uint32_t button, input_button_fn delegate);
+extern void add_scroll_listener(input_scroll_fn delegate);
+
 extern void mouse_screen_position(float* ox, float* oy);
 extern void mouse_world_position(float* ox, float* oy);
 
+extern int input_get_keydown(SDL_Scancode scancode);
+extern int input_get_mousedown(int mousebtn);
+
 extern void input_init();
 extern void update_input();
 extern void input_notify_event(SDL_Event event);
-extern int input_get_keydown(SDL_Scancode scancode);
-extern int input_get_mousedown(int mousebtn);
 
 #ifdef __cplusplus
 }

src/corelib/physics.h

@@ -34,15 +34,9 @@ typedef struct physics_t {
 } physics_t;
 
 extern physics_t physics_default();
-
 extern void object_broadcast_evt_collision(object_t* this, object_t* other);
-
-extern void physics_update();
-
 extern void physics_move(object_t* this, float delta_time);
-
 extern short can_collide(const object_t* this);
-
 extern void solve_collision_slide(object_t* left, object_t* right);
 extern float get_solve_force(const object_t* this, const object_t* other, float* solve_x, float* solve_y);