bongocat-plus

"pawArc1Width": int1,
"pawArc2Width": int2

"pawArc1Width": int1,
"pawArc2Width": int2

c++
bool update(Json::Value &cfg_default, Json::Value &cfg) {
    bool is_update = true;
    for (const auto &key : cfg.getMemberNames()) {
        if (cfg_default.isMember(key)) {
            if (cfg_default[key].type() != cfg[key].type()) {
                error_msg("Value type error in config.json", "Error reading configs");
                return false;
            }
            if (cfg_default[key].isArray() && !cfg_default[key].empty()) {
                for (Json::Value &v : cfg[key]) {
                    if (v.type() != cfg_default[key][0].type()) {
                        error_msg("Value type in array error in config.json", "Error reading configs");
                        return false;
                    }
                }
            }
            if (cfg_default[key].isObject()) {
                is_update &= update(cfg_default[key], cfg[key]);
            } else {
                cfg_default[key] = cfg[key];
            }
        } else {
            cfg_default[key] = cfg[key];
        }
    }
    return is_update;
}

c++
bool update(Json::Value &cfg_default, Json::Value &cfg) {
    bool is_update = true;
    for (const auto &key : cfg.getMemberNames()) {
        if (cfg_default.isMember(key)) {
            if (cfg_default[key].type() != cfg[key].type()) {
                error_msg("Value type error in config.json", "Error reading configs");
                return false;
            }
            if (cfg_default[key].isArray() && !cfg_default[key].empty()) {
                for (Json::Value &v : cfg[key]) {
                    if (v.type() != cfg_default[key][0].type()) {
                        error_msg("Value type in array error in config.json", "Error reading configs");
                        return false;
                    }
                }
            }
            if (cfg_default[key].isObject()) {
                is_update &= update(cfg_default[key], cfg[key]);
            } else {
                cfg_default[key] = cfg[key];
            }
        } else {
            cfg_default[key] = cfg[key];
        }
    }
    return is_update;
}

c++
if (key == "backgroundColor") {
    continue;
}

c++
if (key == "backgroundColor") {
    continue;
}

c++
// check for overlapping keybinds
if (helpers::keys_overlapping({left_key_value, right_key_value, wave_key_value, smoke_key_value})) {
    data::error_msg("Overlapping osu! keybinds", "Error reading configs");
    return false;
}

c++
// check for overlapping keybinds
if (helpers::keys_overlapping({left_key_value, right_key_value, wave_key_value, smoke_key_value})) {
    data::error_msg("Overlapping osu! keybinds", "Error reading configs");
    return false;
}

c++
bool chk[256];
std::fill(chk, chk + 256, false);

/* key1 & key2 */
if (!use_any_key) {
    left_key_value = osu["key1"];
    for (Json::Value &v : left_key_value) {
        chk[v.asInt()] = true;
    }

    right_key_value = osu["key2"];
    for (Json::Value &v : right_key_value) {
        if (chk[v.asInt()]) {
            data::error_msg("Overlapping osu! keybinds", "Error reading configs");
            return false;
        }
    }
}

/* wave */
wave_key_value = osu["wave"];
for (Json::Value &v : wave_key_value) {
    if (chk[v.asInt()]) {
        data::error_msg("Overlapping osu! keybinds", "Error reading configs");
        return false;
    }
}

/* smoke */
smoke_key_value = osu["smoke"];
for (Json::Value &v : smoke_key_value) {
    if (chk[v.asInt()]) {
        data::error_msg("Overlapping osu! keybinds", "Error reading configs");
        return false;
    }
}

c++
bool chk[256];
std::fill(chk, chk + 256, false);

/* key1 & key2 */
if (!use_any_key) {
    left_key_value = osu["key1"];
    for (Json::Value &v : left_key_value) {
        chk[v.asInt()] = true;
    }

    right_key_value = osu["key2"];
    for (Json::Value &v : right_key_value) {
        if (chk[v.asInt()]) {
            data::error_msg("Overlapping osu! keybinds", "Error reading configs");
            return false;
        }
    }
}

/* wave */
wave_key_value = osu["wave"];
for (Json::Value &v : wave_key_value) {
    if (chk[v.asInt()]) {
        data::error_msg("Overlapping osu! keybinds", "Error reading configs");
        return false;
    }
}

/* smoke */
smoke_key_value = osu["smoke"];
for (Json::Value &v : smoke_key_value) {
    if (chk[v.asInt()]) {
        data::error_msg("Overlapping osu! keybinds", "Error reading configs");
        return false;
    }
}

c++
// Code cleaner. Makes checking for overlapping keys a breeze
//   * Automaticly converts ASCII chars to ASCII codes
bool keys_overlapping(std::vector<Json::Value> key_arrays) {
    bool chk[256]{}; // check buffer, used to keep track of keys
    int v;

    for (Json::Value &key_array : key_arrays) {
        for (Json::Value &tmp : key_array) {
            v = tmp.isInt() ? tmp.asInt() : (int)tmp.asString().at(0);

            if (chk[v]) { return true; }
            chk[v] = true;
        }
    }

    return false;
}

c++
// Code cleaner. Makes checking for overlapping keys a breeze
//   * Automaticly converts ASCII chars to ASCII codes
bool keys_overlapping(std::vector<Json::Value> key_arrays) {
    bool chk[256]{}; // check buffer, used to keep track of keys
    int v;

    for (Json::Value &key_array : key_arrays) {
        for (Json::Value &tmp : key_array) {
            v = tmp.isInt() ? tmp.asInt() : (int)tmp.asString().at(0);

            if (chk[v]) { return true; }
            chk[v] = true;
        }
    }

    return false;
}

#if defined(__unix__) || defined(__unix) || __APPLE__
int main(int argc, char ** argv) {
#else
int WINAPI WinMain(HINSTANCE hInstance, HINSTANCE hPrevInstance, LPSTR lpCmdLine, int nCmdShow) {
    FreeConsole();
#endif

#if defined(__unix__) || defined(__unix) || __APPLE__
int main(int argc, char ** argv) {
#else
int WINAPI WinMain(HINSTANCE hInstance, HINSTANCE hPrevInstance, LPSTR lpCmdLine, int nCmdShow) {
    FreeConsole();
#endif

local spritename = BongoSprite.loadFromFile("image path")

local spritename = BongoSprite.loadFromFile("image path")

-- load a sprite
local sprite = BongoSprite.loadFromFile("sprite.png")

-- create a window
BongoWindow.create(612, 354, Sfml.Style.Default)

while BongoWindow.processEvents() == 0 do
    -- clear the window with a color (optional but recommended)
    BongoWindow.clear(Sfml.Color.White)

    -- draw some sprite to the window
    BongoWindow.draw(sprite)

    -- display the window's contents
    BongoWindow.display()
end

-- load a sprite
local sprite = BongoSprite.loadFromFile("sprite.png")

-- create a window
BongoWindow.create(612, 354, Sfml.Style.Default)

while BongoWindow.processEvents() == 0 do
    -- clear the window with a color (optional but recommended)
    BongoWindow.clear(Sfml.Color.White)

    -- draw some sprite to the window
    BongoWindow.draw(sprite)

    -- display the window's contents
    BongoWindow.display()
end

-- create a window
BongoWindow.create(800, 450, Sfml.Style.Default)

-- laad an image into a texture
local texture = Sfml.Texture()
if not texture:loadFromFile("sprite.png", Sfml.IntRect()) then
    print("Error loading image")
    return
end

-- create a sprite and set it's texture
local sprite = Sfml.Sprite()
sprite:setTexture(texture)

while BongoWindow.processEvents() == 0 do
    -- clear the window with a color (optional but recommended)
    BongoWindow.clear(Sfml.Color.Black)

    -- draw the sprite to the window
    BongoWindow.draw(sprite)

    -- display the window's contents
    BongoWindow.display()
end

-- create a window
BongoWindow.create(800, 450, Sfml.Style.Default)

-- laad an image into a texture
local texture = Sfml.Texture()
if not texture:loadFromFile("sprite.png", Sfml.IntRect()) then
    print("Error loading image")
    return
end

-- create a sprite and set it's texture
local sprite = Sfml.Sprite()
sprite:setTexture(texture)

while BongoWindow.processEvents() == 0 do
    -- clear the window with a color (optional but recommended)
    BongoWindow.clear(Sfml.Color.Black)

    -- draw the sprite to the window
    BongoWindow.draw(sprite)

    -- display the window's contents
    BongoWindow.display()
end

while BongoWindow.processEvents() == 0 do

while BongoWindow.processEvents() == 0 do

BongoCat+ [WARN]: Cannot spawn window of size (612, 1900), window has been sized down to (612, 779)

BongoCat+ [WARN]: Cannot spawn window of size (612, 1900), window has been sized down to (612, 779)

if is_pressed(BongoInput.Key.backspace) then
  -- whatever you want here
end

if is_pressed(BongoInput.Key.backspace) then
  -- whatever you want here
end

if on_pressed(BongoInput.Key.s) then
  -- something here
end

if on_pressed(BongoInput.Key.s) then
  -- something here
end

if smoke_state then
  BongoWindow.draw(smoke)
end

if smoke_state then
  BongoWindow.draw(smoke)
end

BongoWindow.drawif(smoke, smoke_state)

BongoWindow.drawif(smoke, smoke_state)

--==========================--
-- Just testing lua support --
--==========================--

-- laad our images. LOAD BEFORE CREATING THE WINDOW!
local smoke = BongoSprite.loadFromFile("cats/osu/smoke.png")
local mousebg = BongoSprite.loadFromFile("cats/osu/mousebg.png")

-- states
local smoke_state = false

-- create a window
BongoWindow.create(612, 354)

while BongoWindow.processEvents() == 0 do
    -- clear the window with a color (optional but recommended)
    BongoWindow.clear(Sfml.Color.White)

    -- smoke logic
    if on_pressed(BongoInput.Key.s) then
        smoke_state = not smoke_state
    end

    -- draw the sprite to the window
    BongoWindow.draw(mousebg)

    -- draw smoke if smoke_state is true
    BongoWindow.drawif(smoke, smoke_state)

    -- display the window's contents
    BongoWindow.display()
end

--==========================--
-- Just testing lua support --
--==========================--

-- laad our images. LOAD BEFORE CREATING THE WINDOW!
local smoke = BongoSprite.loadFromFile("cats/osu/smoke.png")
local mousebg = BongoSprite.loadFromFile("cats/osu/mousebg.png")

-- states
local smoke_state = false

-- create a window
BongoWindow.create(612, 354)

while BongoWindow.processEvents() == 0 do
    -- clear the window with a color (optional but recommended)
    BongoWindow.clear(Sfml.Color.White)

    -- smoke logic
    if on_pressed(BongoInput.Key.s) then
        smoke_state = not smoke_state
    end

    -- draw the sprite to the window
    BongoWindow.draw(mousebg)

    -- draw smoke if smoke_state is true
    BongoWindow.drawif(smoke, smoke_state)

    -- display the window's contents
    BongoWindow.display()
end

cmake . && make

cmake . && make

mkdir build
cmake -S . -B build -DCMAKE_BUILD_TYPE=Debug
cd build && make

mkdir build
cmake -S . -B build -DCMAKE_BUILD_TYPE=Debug
cd build && make

bongoDebug("Where are the bugs?")
bongoError("Oh not this again...")
bongoFatal("OH GOD I'M PANICKING!!")
bongoInfo("phew, fixed")
bongoWarn("... shit")

bongoDebug("Where are the bugs?")
bongoError("Oh not this again...")
bongoFatal("OH GOD I'M PANICKING!!")
bongoInfo("phew, fixed")
bongoWarn("... shit")

-- laad our images. LOAD BEFORE CREATING THE WINDOW!
local up = BongoSprite.loadFromFile("cats/pengu/up.png")
local down = BongoSprite.loadFromFile("cats/pengu/down.png")
local bg = BongoSprite.loadFromFile("cats/pengu/bg.png")

--                           R    G    B   A
local bg_color = Sfml.Color(218, 216, 254, 0)

-- states
local pressed_state = false

BongoWindow.create(612, 383)

while BongoWindow.processEvents() == 0 do
    BongoWindow.clear(bg_color)

    -- state logic
    pressed_state = isPressed(BongoInput.Key.Any)

    -- draw the bg sprite to the window
    BongoWindow.draw(bg)

    -- draw if logic
    BongoWindow.drawif(up, not pressed_state)

    -- display the window's contents
    BongoWindow.display()
end

-- laad our images. LOAD BEFORE CREATING THE WINDOW!
local up = BongoSprite.loadFromFile("cats/pengu/up.png")
local down = BongoSprite.loadFromFile("cats/pengu/down.png")
local bg = BongoSprite.loadFromFile("cats/pengu/bg.png")

--                           R    G    B   A
local bg_color = Sfml.Color(218, 216, 254, 0)

-- states
local pressed_state = false

BongoWindow.create(612, 383)

while BongoWindow.processEvents() == 0 do
    BongoWindow.clear(bg_color)

    -- state logic
    pressed_state = isPressed(BongoInput.Key.Any)

    -- draw the bg sprite to the window
    BongoWindow.draw(bg)

    -- draw if logic
    BongoWindow.drawif(up, not pressed_state)

    -- display the window's contents
    BongoWindow.display()
end

-- laad our images. LOAD BEFORE CREATING THE WINDOW!
local cat = BongoSprite.loadFromFile("cats/original/cat.png")
local mouth_shut = BongoSprite.loadFromFile("cats/original/mouth_shut.png")
local mouth_open = BongoSprite.loadFromFile("cats/original/mouth_open.png")
local left_down = BongoSprite.loadFromFile("cats/original/left_down.png")
local left_up = BongoSprite.loadFromFile("cats/original/left_up.png")
local right_down = BongoSprite.loadFromFile("cats/original/right_down.png")
local right_up = BongoSprite.loadFromFile("cats/original/right_up.png")

-- states
local left_state = false
local right_state = false

BongoWindow.create(800, 450)

while BongoWindow.processEvents() == 0 do
    BongoWindow.clear(Sfml.Color.White)

    -- state logic
    left_state = isPressed("z")
    right_state = isPressed("x")

    -- draw the bg sprite to the window
    BongoWindow.draw(cat)

    -- draw ifelse logic
    BongoWindow.drawifelse(left_down, left_state, left_up)
    BongoWindow.drawifelse(right_down, right_state, right_up)

    -- display the window's contents
    BongoWindow.display()
end

-- laad our images. LOAD BEFORE CREATING THE WINDOW!
local cat = BongoSprite.loadFromFile("cats/original/cat.png")
local mouth_shut = BongoSprite.loadFromFile("cats/original/mouth_shut.png")
local mouth_open = BongoSprite.loadFromFile("cats/original/mouth_open.png")
local left_down = BongoSprite.loadFromFile("cats/original/left_down.png")
local left_up = BongoSprite.loadFromFile("cats/original/left_up.png")
local right_down = BongoSprite.loadFromFile("cats/original/right_down.png")
local right_up = BongoSprite.loadFromFile("cats/original/right_up.png")

-- states
local left_state = false
local right_state = false

BongoWindow.create(800, 450)

while BongoWindow.processEvents() == 0 do
    BongoWindow.clear(Sfml.Color.White)

    -- state logic
    left_state = isPressed("z")
    right_state = isPressed("x")

    -- draw the bg sprite to the window
    BongoWindow.draw(cat)

    -- draw ifelse logic
    BongoWindow.drawifelse(left_down, left_state, left_up)
    BongoWindow.drawifelse(right_down, right_state, right_up)

    -- display the window's contents
    BongoWindow.display()
end

-DFORCE_ANSI=true          force ANSI regardless of OS
-DNO_APP_DIR=true          hide app directory
-DNO_INCLUDES=true         hide includes
-DNO_SOURCES=true          hide sources with
-DNO_COMPILER=true         hide compiler with

-DFORCE_ANSI=true          force ANSI regardless of OS
-DNO_APP_DIR=true          hide app directory
-DNO_INCLUDES=true         hide includes
-DNO_SOURCES=true          hide sources with
-DNO_COMPILER=true         hide compiler with