static void test_gui_panel_vertical_layout(void)
{
Vector2i position = Vector2i_new(20, 30);
Vector2i desired_size = Vector2i_new(100, 200);
Vector2i actual_size = Vector2i_new(80, 210);
Panel panel = Panel_create(desired_size, pack_vertically);
Vector2i child_size = Vector2i_new(140, 200);
Label child = Label_create("text", make_text_style(TextAlignment_Left, TextAlignment_Right, make_color(1, 2, 3, 4)), child_size);
Vector2i child_actual_size = Vector2i_new(80, 200);
panel.base.absolute_position = position;
panel.base.actual_size = actual_size;
Widget_pack(&panel.base);
TEST(Vector2i_equal(&panel.base.absolute_position, &position));
TEST(Vector2i_equal(&panel.base.actual_size, &actual_size));
TEST(Vector2i_equal(&panel.base.desired_size, &desired_size));
Widget *child_ptr = &child.base;
panel.children.begin = &child_ptr;
panel.children.end = &child_ptr + 1;
Widget_pack(&panel.base);
TEST(Vector2i_equal(&panel.base.absolute_position, &position));
TEST(Vector2i_equal(&panel.base.actual_size, &actual_size));
TEST(Vector2i_equal(&panel.base.desired_size, &desired_size));
TEST(Vector2i_equal(&child.base.absolute_position, &position));
TEST(Vector2i_equal(&child.base.actual_size, &child_actual_size));
TEST(Vector2i_equal(&child.base.desired_size, &child_size));
}
static void test_gui_padding(void)
{
Vector2i position = Vector2i_new(20, 30);
Vector2i desired_size = Vector2i_new(100, 200);
Vector2i actual_size = Vector2i_new(80, 210);
Label content = Label_create("text", make_text_style(TextAlignment_Left, TextAlignment_Right, make_color(1, 2, 3, 4)), desired_size);
int padding_amount = 3;
Padding padding = Padding_create(desired_size, &content.base, padding_amount);
Vector2i content_position = Vector2i_new(position.x + padding_amount, position.y + padding_amount);
Vector2i content_actual_size = Vector2i_new(actual_size.x - 2 * padding_amount, desired_size.y - 2 * padding_amount);
padding.base.absolute_position = position;
padding.base.actual_size = actual_size;
Widget_pack(&padding.base);
TEST(Vector2i_equal(&padding.base.absolute_position, &position));
TEST(Vector2i_equal(&padding.base.actual_size, &actual_size));
TEST(Vector2i_equal(&padding.base.desired_size, &desired_size));
TEST(Vector2i_equal(&content.base.absolute_position, &content_position));
TEST(Vector2i_equal(&content.base.actual_size, &content_actual_size));
TEST(Vector2i_equal(&content.base.desired_size, &desired_size));
}
bool Mining::init()
{
if ( !Layer::init() )
{
return false;
}
int i;
Savingmanager=new Defaultmanager();
Background_create();
Scroll_create();
B_manager=new BottomManager();
///////////////////////////////////////////////////////
if(!DEVELOPER){
B_manager->Setting();
B_manager->AddSprite(Mine);
}else{
B_manager->DeveloperSetting();
B_manager->DeveloperAddSprite(Mine);
}
Menu_create();
Label_create();
#pragma region Touch
listener = EventListenerTouchOneByOne::create();
listener->onTouchBegan = CC_CALLBACK_2(Mining::onTouchBegan, this);
listener->onTouchEnded = CC_CALLBACK_2(Mining::onTouchEnded, this);
Director::getInstance()->getEventDispatcher()->addEventListenerWithFixedPriority(listener, 1);
this->schedule(schedule_selector(Mining::user_time), 0.1);
this->schedule(schedule_selector(Mining::labor_texture), 0.5);
this->scheduleUpdate();
#pragma endregion
#pragma region Saver
Savingmanager->AddSaver("a_mines",&(m_user->mines));
Savingmanager->AddSaver("User_power",&(uch->n_power));
Savingmanager->AddSaver("User_lucky",&(uch->n_lucky));
Savingmanager->AddSaver("MineUpgrade",&uch->n_upgrade);
Savingmanager->AddSaver("Labornum",&uch->n_people);
Savingmanager->AddSaver("LaborPower",&n_power);
///////////////////////////////////////////////////////////////
for(int i=1;i< uch->n_people;i++){
labor_on[i-1]=true;
add_labor(i-1);
}
#pragma endregion
m_user->Getminelabel(minenumber);
this->setKeypadEnabled( true );
return true;
}
