di::sync Namespace Reference

Classes
struct	AdoptLock
class	Atomic
class	AtomicRef
struct	DeferLock
class	DumbConditionVariable
class	DumbSpinlock
class	InPlaceStopCallback
class	InPlaceStopSource
class	InPlaceStopToken
class	NeverStopToken
class	ScopedLock
class	Synchronized
struct	TryToLock
class	UniqueLock

Typedefs
template<typename Value, concepts::Lock Lock = DefaultLock>
using	LockedReference = util::GuardedReference<Value, ScopedLock<Lock>>

Enumerations
enum class	MemoryOrder : int {   Relaxed = __ATOMIC_RELAXED , Consume = __ATOMIC_CONSUME , Acquire = __ATOMIC_ACQUIRE , Release = __ATOMIC_RELEASE ,   AcquireRelease = __ATOMIC_ACQ_REL , SequentialConsistency = __ATOMIC_SEQ_CST }

Functions
void	cpu_relax ()
template<typename Callback>
	InPlaceStopCallback (InPlaceStopToken, Callback) -> InPlaceStopCallback< Callback >
template<typename T>
	Synchronized (T &&) -> Synchronized< T >

Variables
constexpr auto	defer_lock = DeferLock {}
constexpr auto	try_to_lock = TryToLock {}
constexpr auto	adopt_lock = AdoptLock {}

Typedef Documentation

LockedReference

template<typename Value, concepts::Lock Lock = DefaultLock>

using di::sync::LockedReference = util::GuardedReference<Value, ScopedLock<Lock>>

Enumeration Type Documentation

MemoryOrder

enum class di::sync::MemoryOrder : int

strong

Enumerator
Relaxed
Consume
Acquire
Release
AcquireRelease
SequentialConsistency

Function Documentation

cpu_relax()

void di::sync::cpu_relax ( )

inline

InPlaceStopCallback()

template<typename Callback>

di::sync::InPlaceStopCallback	(	InPlaceStopToken	,
		Callback	) -> InPlaceStopCallback< Callback >

Synchronized()

template<typename T>

di::sync::Synchronized

(

T &&

)

-> Synchronized< T >

Variable Documentation

adopt_lock

auto di::sync::adopt_lock = AdoptLock {}

inlineconstexpr

defer_lock

auto di::sync::defer_lock = DeferLock {}

inlineconstexpr

try_to_lock

auto di::sync::try_to_lock = TryToLock {}

inlineconstexpr