Core functionality of the engine. More...

Classes
class	Crc32
	Crc32 hashing utility. More...

class	Crc32Builder
	Crc32 hash builder. More...

class	Engine
	Root manager class. More...

class	Event
	Base class for any engine event. More...

class	EventDropInput
	Drop input event. More...

class	EventJoystick
	Joystick input event. More...

class	EventKeyboard
	Keyboard input event. More...

class	EventMouse
	Mouse input event. More...

class	EventWindow
	Event dispatched when window state changed. More...

class	EventDispatcher
	Event dispatcher is responsible for managing engine events. More...

class	Image
	Hardware-independent image representation. More...

class	ImageUtil
	Image processing utils. More...

class	ArgumentParser
	Parser of application input arguments. More...

class	Config
	Key-values based config file in `plist` style. More...

class	Logger
	Simpler engine logger class to maintain text log. More...

class	LoggerListenerOutput
	Standard output log listener. More...

class	Geometry
	Util class to manipulate 3d geometry. More...

class	MathUtils
	Math basic functions and constants. More...

class	MathUtils2d
	2d space math utils More...

class	MathUtils3d
	3d space math utils More...

class	TAabb< T >
	Axis-aligned 3d bounding box. More...

class	TMatMxN< T, M, N >
	Generic matrix of M x N size for space of type T. More...

class	TDetMxN< T, DM, DN >
	Matrix det evaluation helper. More...

struct	TDetMxN< T, 1, 1 >

struct	TDetMxN< T, 2, 2 >

struct	TDetMxN< T, DN, DN >

class	TQuat< T >
	General quaternion math class. More...

class	Transformf
	3d space transform wrapper class More...

class	TVecN< T, N >
	Generic vector class for an N dimensional space base on type T. More...

class	Scheduler
	Scheduler is responsible for triggering the scheduled callbacks. More...

class	StringUtils
	Utils to work with default string class. More...

class	StringName
	Cached shared utf-8 string id. More...

class	Unicode
	Unicode encoding utils. More...

class	Mask< T, Size >
	Type-safe enum mask wrapper. More...

class	Ref< T >
	Automates reference counting and behaves as shared smart pointer. More...

class	RefCnt
	Reference counted base object. More...

class	Singleton< TInstance >
	Singleton class. More...

class	Thread
	Represents thread wrapper used to enqueue commands to execute. More...

class	UUID
	16-bytes universally unique identifier More...

class	Crc32Hash
	Crc32 hash value type. More...

class	EventType
	StringName based event type. More...

class	String
	Utf-8 encoded std based default string class. More...

class	String8u
	Utf-8 encoded std based default string class. More...

class	String16u
	Utf-16 encoded std based string class. More...

Macros
#define	BRK_LOG(log, level, message)

#define	BRK_LOG_MESSAGE(log, level, message)

#define	BRK_INFO(message) BRK_LOG_MESSAGE(BRK_NS ::Logger::Instance(), BRK_NS ::Logger::Level::Info, message)

#define	BRK_WARNING(message) BRK_LOG_MESSAGE(BRK_NS ::Logger::Instance(), BRK_NS ::Logger::Level::Warning, message)

#define	BRK_ERROR(message) BRK_LOG_MESSAGE(BRK_NS ::Logger::Instance(), BRK_NS ::Logger::Level::Error, message)

Typedefs
using	Crc32Hash = uint32

using	EventType = StringName

using	Aabbf = TAabb< float >

using	Mat2x2f = TMatMxN< float, 2, 2 >

using	Mat3x3f = TMatMxN< float, 3, 3 >

using	Mat4x4f = TMatMxN< float, 4, 4 >

using	Quatf = TQuat< float >

using	Vec2f = TVecN< float, 2 >

using	Vec3f = TVecN< float, 3 >

using	Vec4f = TVecN< float, 4 >

using	Vec2i = TVecN< int32, 2 >

using	Vec3i = TVecN< int32, 3 >

using	Vec4i = TVecN< int32, 4 >

using	Vec2u = TVecN< uint32, 2 >

using	Vec3u = TVecN< uint32, 3 >

using	Vec4u = TVecN< uint32, 4 >

using	Vec2b = TVecN< bool, 2 >

using	Vec3b = TVecN< bool, 3 >

using	Vec4b = TVecN< bool, 4 >

using	Point2i = TVecN< int32, 2 >

using	Point2f = TVecN< float, 2 >

using	Size2i = TVecN< int32, 2 >

using	Size2f = TVecN< float, 2 >

using	Size2u = TVecN< uint32, 2 >

using	Rect2i = TVecN< int32, 4 >

using	Rect2u = TVecN< uint32, 4 >

using	String = std::string

using	String8u = String

using	String16u = std::u16string

Detailed Description

Core functionality of the engine.

Provides access to engine core functionality, used among others runtime modules. Defines essential engine building blocks, such as strings manipulation and encoding, events, config, io, engine globals access, such as event dispatcher, scheduler, platform manager, and etc.

Macro Definition Documentation

◆ BRK_ERROR

#define BRK_ERROR ( message ) BRK_LOG_MESSAGE(BRK_NS ::Logger::Instance(), BRK_NS ::Logger::Level::Error, message)

Log error message to the default logger

◆ BRK_INFO

#define BRK_INFO ( message ) BRK_LOG_MESSAGE(BRK_NS ::Logger::Instance(), BRK_NS ::Logger::Level::Info, message)

Log info message to the default logger

◆ BRK_LOG

#define BRK_LOG	(	log,
		level,
		message
	)

Value:

    do {                                                                                           \
        (log).Log(level, message, __FUNCTION__, __FILE__, static_cast<BRK_NS ::size_t>(__LINE__)); \
    } while (false);

◆ BRK_LOG_MESSAGE

#define BRK_LOG_MESSAGE	(	log,
		level,
		message
	)

Value:

    if ((log).ShouldLog(level)) {            \
        std::stringstream ss;                \
        ss << message;                       \
        BRK_LOG(log, level, ss.str());       \
    } else {                                 \
    }

◆ BRK_WARNING

#define BRK_WARNING ( message ) BRK_LOG_MESSAGE(BRK_NS ::Logger::Instance(), BRK_NS ::Logger::Level::Warning, message)

Log warning message to the default logger

Typedef Documentation

◆ Aabbf

using Aabbf = TAabb<float>

◆ Crc32Hash

using Crc32Hash = uint32

◆ EventType

using EventType = StringName

◆ Mat2x2f

using Mat2x2f = TMatMxN<float, 2, 2>

◆ Mat3x3f

using Mat3x3f = TMatMxN<float, 3, 3>

◆ Mat4x4f

using Mat4x4f = TMatMxN<float, 4, 4>

◆ Point2f

using Point2f = TVecN<float, 2>

◆ Point2i

using Point2i = TVecN<int32, 2>

◆ Quatf

using Quatf = TQuat<float>

◆ Rect2i

using Rect2i = TVecN<int32, 4>

◆ Rect2u

using Rect2u = TVecN<uint32, 4>

◆ Size2f

using Size2f = TVecN<float, 2>

◆ Size2i

using Size2i = TVecN<int32, 2>

◆ Size2u

using Size2u = TVecN<uint32, 2>

◆ String

using String = std::string

◆ String16u

using String16u = std::u16string

◆ String8u

using String8u = String

◆ Vec2b

using Vec2b = TVecN<bool, 2>

◆ Vec2f

using Vec2f = TVecN<float, 2>

◆ Vec2i

using Vec2i = TVecN<int32, 2>

◆ Vec2u

using Vec2u = TVecN<uint32, 2>

◆ Vec3b

using Vec3b = TVecN<bool, 3>

◆ Vec3f

using Vec3f = TVecN<float, 3>

◆ Vec3i

using Vec3i = TVecN<int32, 3>

◆ Vec3u

using Vec3u = TVecN<uint32, 3>

◆ Vec4b

using Vec4b = TVecN<bool, 4>

◆ Vec4f

using Vec4f = TVecN<float, 4>

◆ Vec4i

using Vec4i = TVecN<int32, 4>

◆ Vec4u

using Vec4u = TVecN<uint32, 4>

Classes

Macros

Typedefs