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big improvements to asset system

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This commit is contained in:
Tuomas Katajisto 2026-02-03 23:35:57 +02:00
parent e412400c11
commit b8b1aaaac5
9 changed files with 215 additions and 135 deletions
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181
src/assets/asset_manager.jai
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@ -1,7 +1,10 @@
#scope_file
#import "String";
hash :: #import "Hash";
#load "loaders.jai";
MAX_FILE_SIZE :: 2_000_000_000;
buf : [MAX_FILE_SIZE]u8;
@ -12,15 +15,6 @@ Pack_Request :: struct {
shouldBlockEngine : bool; // Means that the engine loop should do nothing while this is loading...
}
Loaded_Pack :: struct {
name : string;
nameHash : u32 = 0;
content : Load_Package;
textures : [..]sg_image;
sounds : [..]Audio_Data;
//fonts : [..]Font??;
}
Asset_Manager :: struct {
packQueue : [..]Pack_Request;
@ -31,34 +25,124 @@ g_asset_manager : Asset_Manager;
packcb :: (res: *sfetch_response_t) #c_call {
push_context,defer_pop default_context;
mem : []u8;
mem.count = res.data.size.(s64);
mem.data = res.data.ptr;
mem := NewArray(res.data.size.(s64), u8, false);
memcpy(mem.data, res.data.ptr, res.data.size.(s64));
pack: Loaded_Pack;
pack.nameHash = hash.get_hash(g_asset_manager.packQueue[0].name);
pack.name = g_asset_manager.packQueue[0].name;
success := init_from_memory(*pack.content, mem, sprint("%", g_asset_manager.packQueue[0].name));
if !success then print("Failed to load pack!!\n");
add_resources_from_pack(*pack);
array_add(*g_asset_manager.loadedPacks, pack);
array_unordered_remove_by_index(*g_asset_manager.packQueue, 0);
}
add_resources_from_pack(*pack);
Loaded_Pack :: struct {
name : string;
nameHash : u32 = 0;
content : Load_Package;
textures : Table(string, sg_image);
animations : Table(string, Animation);
audio : Table(string, Audio_Data);
//fonts : [..]Font??;
}
add_resources_from_pack :: (pack: *Loaded_Pack) {
add_new_spritesheets_from_pack(*pack.content, pack.name);
load_color_lut_images(*pack.content, pack.name);
// We need to go trough this at the end.
Queued_Sheet_File :: struct {
name : string;
image : sg_image;
sheet_w : s32;
sheet_h : s32;
sheet : Aseprite_Sheet;
}
sheets_to_init : Table(string, Queued_Sheet_File);
sheets_to_init.allocator = temp;
for v : pack.content.lookup {
_, name, extension := split_from_left(v.name, ".");
if extension == {
case "png";
img, w, h := create_texture_from_memory(v.data);
table_set(*pack.textures, sprint("%", v.name), img);
case "sheet.png";
img, w, h := create_texture_from_memory(v.data);
queuedSheet := table_find_pointer(*sheets_to_init, name);
if !queuedSheet {
table_set(*sheets_to_init, name, .{ name = name, image = img, sheet_w = w, sheet_h = h });
} else {
queuedSheet.image = img;
queuedSheet.sheet_w = w;
queuedSheet.sheet_h = h;
}
case "sheet.json";
s := create_string_from_memory(v.data);
success, sheet := Jaison.json_parse_string(s, Aseprite_Sheet,, temp);
if !success {
print("Failed to parse animation sheet JSON for sheet(%)\n", name);
continue;
}
queuedSheet := table_find_pointer(*sheets_to_init, name);
if !queuedSheet {
table_set(*sheets_to_init, name, .{ name = name, sheet = sheet });
} else {
queuedSheet.sheet = sheet;
}
case "colorgrade.png";
img, x, y := create_texture_from_memory(v.data);
add_image_to_lut_list(img, v.name);
case "wav";
audio := load_wav_from_memory(v.data);
table_set(*pack.audio, name, audio);
case "ttf";
// Load into a font. Add to free list.
case;
print("There was file(%) in pack(%), that did not match any known fileformat...\n", v.name, pack);
}
print("% -> %\n", v.name, extension);
}
// Properly initialize animations from the pack now that we have the images
// and the JSON files both combined.
for qsheet : sheets_to_init {
for qsheet.sheet.meta.frameTags {
anim : Animation;
anim.name = sprint("%", it.name);
anim.sheet = qsheet.image;
anim.sheet_w = qsheet.sheet_w;
anim.sheet_h = qsheet.sheet_h;
for idx : it.from..it.to {
frameData := qsheet.sheet.frames[idx];
array_add(*anim.frames, Frame.{
frameData.frame.x,
frameData.frame.y,
frameData.frame.w,
frameData.frame.h,
frameData.duration
});
}
table_add(*pack.animations, anim.name, anim);
print("Added anim(%)\n", anim.name);
}
}
// add_new_spritesheets_from_pack(*pack.content, pack.name);
// load_color_lut_images(*pack.content, pack.name);
}
free_resources_from_pack :: (pack: *Loaded_Pack) {
}
find_pack_by_name :: (name: string) -> (bool, Loaded_Pack) {
nameHash := get_hash(name);
asset_pack : Loaded_Pack;
for g_asset_manager.loadedPacks {
if it.nameHash == nameHash {
return true, it;
}
}
print("Was unable to find pack: %\n", name);
print("[WARNING] Was unable to find pack: %\n", name);
return false, .{};
}
@ -108,53 +192,42 @@ load_pack :: (name: string, shouldBlock: bool = true, shouldBlockEngine: bool =
#scope_file
#scope_export
create_texture_from_pack :: (pack: string, path: string) -> (sg_image, s32, s32) {
pack_ok, pack := find_pack_by_name(pack);
ok, entry := table_find(*pack.content.lookup, path);
if !ok {
print("Failed to find texture % from pack...\n", path);
img : sg_image;
return img, 0, 0;
get_texture_from_pack :: (pack: string, path: string) -> (sg_image) {
found, pack := find_pack_by_name(pack);
invalid_img : sg_image;
if !found {
// find_pack_by_name already logs this
return invalid_img;
}
ok, img := table_find(*pack.textures, path);
x : s32;
y : s32;
channels : s32;
data := stbi.stbi_load_from_memory(entry.data.data, xx entry.data.count, *x, *y, *channels, 4);
img := sg_alloc_image();
if !ok {
print("[WARNING] Failed to find texture(%) from pack(%)\n", path, pack.name);
return invalid_img;
}
subimg : [6][16]sg_range;
subimg[0][0] = .{
ptr = data,
size = xx (x * y * 4)
};
sg_init_image(img, *(sg_image_desc.{
width = x,
height = y,
pixel_format = sg_pixel_format.RGBA8,
data = .{
subimage = subimg
}
}));
stbi.stbi_image_free(data);
return img, x, y;
return img;
}
get_animation_from_pack :: (pack: string, path: string) -> *Animation {
found, pack := find_pack_by_name(pack);
if !found then return null;
return table_find_pointer(*pack.animations, path);
}
// get_texture_pointer :: (pack: string, path: string) -> (ready: bool, texture: *sg_image) {
// }
get_audio_from_pack :: (pack: string, path: string) -> *Audio_Data {
found, pack := find_pack_by_name(pack);
if !found then return null;
audio := table_find_pointer(*pack.audio, path);
if !audio then print("Failed to find audio(%)\n", path);
return audio;
}
add_font_from_pack :: (pack: string, path: string) {
pack_ok, pack := find_pack_by_name(pack);
if !pack_ok then return;
for _, key : pack.content.lookup {
print("Key: %\n", key);
}
ok, entry := table_find(*pack.content.lookup, path);
if !ok {
print("Failed to find font % from pack...\n", path);

50
src/assets/loaders.jai Normal file
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@ -0,0 +1,50 @@
create_texture_from_memory :: (data: []u8) -> (sg_image, s32, s32) {
x, y, channels : s32;
image := stbi.stbi_load_from_memory(data.data, xx data.count, *x, *y, *channels, 4);
subimg : [6][16]sg_range;
subimg[0][0] = .{
ptr = image,
size = xx (x * y * 4)
};
img := sg_alloc_image();
sg_init_image(img, *(sg_image_desc.{
width = x,
height = y,
pixel_format = sg_pixel_format.RGBA8,
data = .{
subimage = subimg
}
}));
stbi.stbi_image_free(image);
return img, x, y;
}
create_string_from_memory :: (data: []u8) -> string {
s: string;
s.data = data.data;
s.count = data.count;
return s;
}
load_wav_from_memory :: (data: []u8) -> Audio_Data {
Wav :: #import "Wav_File";
audio : Audio_Data;
dataString : string;
dataString.data = data.data;
dataString.count = data.count;
format, samples, success := Wav.get_wav_header(dataString);
if !success print("Failed to load wav file!\n");
audio_samples : []s16;
audio_samples.data = cast(*s16)samples.data;
audio_samples.count = samples.count / 2;
for sample, i: audio_samples {
if i % 2 == 0 {
array_add(*audio.data, cast(float)sample / 32768.0);
}
}
return audio;
}

2
src/audio/audio.jai
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@ -3,7 +3,7 @@
#load "mixer.jai";
audio_init :: () {
load_wav_file();
// load_wav_file();
}
audio_cleanup :: () {

11
src/audio/backend.jai
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@ -1,12 +1,17 @@
sokol_audio_callback :: (buffer: *float, num_frames: s32, num_channels: s32) #c_call {
push_context,defer_pop default_context;
if mono_track.count < 1 then return;
audio := get_audio_from_pack("game_core", "sound/music/monoco");
if !audio {
print("Audio was null!!\n");
return;
}
if audio.data.count < 1 then return;
for i : 0..num_frames-1 {
if cur_sample >= mono_track.count {
if cur_sample >= audio.data.count {
cur_sample = 0;
}
buffer[i] = mono_track[cur_sample] * 0.5;
buffer[i] = audio.data[cur_sample] * 0.5;
cur_sample += 1;
}
}

22
src/audio/load.jai
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@ -1,24 +1,4 @@
Audio_Data :: struct {
channels: u16;
data: []float;
}
Wav :: #import "Wav_File";
audio_info : Wav.Waveformatex;
load_wav_file :: () {
audio := load_string_from_pack("game_core", "sound/music/monoco.wav");
format, samples, success := Wav.get_wav_header(audio);
if !success print("Failed to load wav file!!!!!\n");
audio_info = format;
audio_samples.data = cast(*s16)samples.data;
audio_samples.count = samples.count / 2;
print("Format: %\n", format.wBitsPerSample);
for sample, i: audio_samples {
if i % 2 == 0 {
array_add(*mono_track, cast(float)sample / 32768.0);
}
}
print("Converted % samples", mono_track.count);
data: [..]float;
}

2
src/platform_specific/shell.html
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@ -53,7 +53,7 @@ body {
</style>
</head>
<body style="background:black">
<canvas class="game" id="canvas" oncontextmenu="event.preventDefault()"></canvas>
<canvas class="game" id="canvas" oncontextmenu="event.preventDefault()" onclick="window.focus()"></canvas>
<script type="text/javascript">
window.focus()
var Module = {

56
src/rendering/animation.jai
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@ -1,5 +1,16 @@
g_animations: Table(string, Animation);
#scope_file
get_animation_from_string :: (animation: string) -> *Animation {
ok, pack, anim := split_from_left(animation, ".");
if !ok {
print("Malformed animation query: %\n", animation);
return null;
}
return get_animation_from_pack(pack, anim);
}
#scope_export
Animation_Player :: struct {
current_animation : *Animation;
queued_animation : *Animation = null;
@ -32,11 +43,11 @@ animation_draw :: (player: *Animation_Player, position: Vector3, flipX: bool = f
animation_set :: (player: *Animation_Player, animation: string) {
player.current_frame = 0;
player.current_animation = table_find_pointer(*g_animations, animation);
player.current_animation = get_animation_from_string(animation);
}
animation_set_queued :: (player: *Animation_Player, animation: string) {
player.queued_animation = table_find_pointer(*g_animations, animation);
player.queued_animation = get_animation_from_string(animation);
}
animation_set_if_not :: (player: *Animation_Player, animation: string) {
@ -46,7 +57,8 @@ animation_set_if_not :: (player: *Animation_Player, animation: string) {
}
animation_is :: (player: *Animation_Player, animation: string) -> bool {
return player.current_animation.name == animation;
pack, anim := split_from_left(animation, ".");
return player.current_animation.name == anim;
}
Frame :: struct {
@ -91,41 +103,3 @@ Aseprite_Sheet :: struct {
frames : [..]Aseprite_Frame;
meta : Aseprite_Sheet_Info;
}
add_new_spritesheets_from_pack :: (pack: *Load_Package, packName: string) {
String :: #import "String";
for v : pack.lookup {
isSpritesheet, remainder := String.contains(v.name, "sprites/");
isData := String.contains(remainder, ".json");
if isSpritesheet && isData {
print("Adding sheet: %\n", remainder);
is_ok, name_without_fileformat := split_from_right(v.name, #char ".");
sheet_image_name := sprint("%.png", name_without_fileformat);
sheet_image, sheet_w, sheet_h := create_texture_from_pack(packName, sheet_image_name);
s := load_string_from_pack(packName, v.name);
success, sheet := Jaison.json_parse_string(s, Aseprite_Sheet,, temp);
for sheet.meta.frameTags {
anim : Animation;
anim.name = sprint("%", it.name);
anim.sheet = sheet_image;
anim.sheet_w = sheet_w;
anim.sheet_h = sheet_h;
for idx : it.from..it.to {
frameData := sheet.frames[idx];
array_add(*anim.frames, Frame.{
frameData.frame.x,
frameData.frame.y,
frameData.frame.w,
frameData.frame.h,
frameData.duration
});
}
table_add(*g_animations, anim.name, anim);
}
}
}
}

2
src/rendering/pipelines.jai
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@ -1063,7 +1063,7 @@ create_ssao_pipeline :: () {
}
init_plane_textures :: () {
gPipelines.plane.bind.images[2] = create_texture_from_pack("core", "utiltex/water_small.png");
gPipelines.plane.bind.images[2] = get_texture_from_pack("core", "utiltex/water_small.png");
}
g_plane_gbuffer_vertex_buffer : sg_buffer;

24
src/rendering/post_processing.jai
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@ -53,18 +53,16 @@ LUT_list : [..]Color_LUT;
LUT_name_list : [..]string;
g_current_lut_texture_index : s32 = 0;
load_color_lut_images :: (pack: *Load_Package, packName: string) {
for v : pack.lookup {
isSpritesheet := String.contains(v.name, ".colorgrade.png");
if isSpritesheet {
print("Adding LUT: %\n", v.name);
img, w, h := create_texture_from_pack(packName, v.name);
newSheet := Color_LUT.{
name = v.name,
image = img,
};
array_add(*LUT_list, newSheet);
array_add(*LUT_name_list, newSheet.name);
}
add_image_to_lut_list :: (img: sg_image, name: string) {
for LUT_list {
if it.name == name then return;
}
newSheet := Color_LUT.{
name = sprint("%", name),
image = img,
};
array_add(*LUT_list, newSheet);
array_add(*LUT_name_list, newSheet.name);
}