Namespaces
namespace	coro

namespace	fibered

namespace	fsm

namespace	impl

namespace	io

namespace	zmq

Classes
struct	asFuture
	Forces the fiber to have a future that outlives the fiber. More...

class	Backtrace
	Save a backtrace. More...

struct	choose_type

struct	choose_type< void, WhenTIsVoid >

struct	Config
	The configuration of Zth. More...

class	Context

struct	ContextAttr

struct	coro_already_completed
	Exception thrown when a coroutine has already completed. More...

struct	coro_invalid_state
	Exception thrown when an operation cannot be performed due to an invalid coroutine state. More...

class	cow_string
	Copy-on-write string. More...

struct	DefaultConfig

struct	Env

struct	errno_exception
	Wrapper for an errno. More...

class	EventRate
	Measure the rate of some event in Hz. More...

struct	exception
	Base exception class for Zth exceptions. More...

class	Fiber
	The fiber. More...

struct	fiber_already_dead
	Exception thrown when an operation cannot be performed, as the fiber is already dead. More...

struct	fiber_future
	The future returned by a fiber. More...

struct	fiber_type

struct	FiberManipulator

struct	function_type_helper

struct	function_type_helper< R(&)(Args...)>

struct	function_type_helper< R(*&)(Args...)>

struct	function_type_helper< R(*)(Args...)>

struct	function_type_helper< R(Args...)>

struct	functor_operator_type

struct	functor_operator_type< R(Args...)>

struct	functor_traits

struct	functor_traits< R(&)(Args...)>

struct	functor_traits< R(*&)(Args...)>

struct	functor_traits< R(*)(Args...)>

struct	functor_traits< R(Args...)>

class	Future
	Fiber-aware future. More...

class	Future< void >

class	Gate
	Fiber-aware barrier/gate. More...

struct	has_call_operator

class	Hook

class	Hookable

struct	is_callable

struct	is_function

class	joiner
	RAII class to join fibers and futures on destruction. More...

class	List

struct	list_type
	`std::list` type using Config::Allocator::type. More...

class	Listable

class	Load
	Measure the load of some activity. More...

class	Locked
	Mutex RAII, that locks and unlocks the mutex automatically. More...

class	Mailbox
	Fiber-aware mailbox. More...

struct	map_type
	`std::map` type using Config::Allocator::type. More...

struct	monotonic_clock

class	Mutex
	Fiber-aware mutex. More...

class	NamedUniqueID

class	NamedUniqueID< false >

struct	not_in_fiber
	Exception thrown when an operation cannot be performed as there is no fiber context. More...

class	Optional

class	Optional< void >

struct	passOnExit
	Makes the fiber pass the given gate upon exit. More...

struct	PerfEvent
	An event to be processed by perf_event(). More...

struct	PerfEvent< false >

class	PerfFiber

class	PeriodicWakeUp
	Periodic wakeup after fixed interval. More...

struct	Pollable
	A pollable thing. More...

struct	PollableFd
	A pollable file descriptor. More...

class	PolledMemberWaiting

struct	PolledMemberWaitingHelper

class	PolledWaiting

class	PollerClient
	The poller to be used by a fiber. More...

class	PollerClientBase
	The abstract base class of a Poller client. More...

class	PollerInterface
	Abstract base class of a poller. More...

class	PollerServer
	Poller to be executed by the Waiter. More...

class	PollerServerBase
	Abstract base class of a Poller server. More...

class	RefCounted

struct	Register
	Helper class to read/write (bitfields in) hardware registers. More...

struct	remove_function_cvref

class	Runnable
	An abstract class, that can be started as a fiber. More...

class	safe_ptr
	Wrapper for a pointer, which checks validity of the pointer upon dereference. More...

class	Semaphore
	Fiber-aware semaphore. More...

struct	Sequence

struct	setName
	Change the name of a fiber returned by zth_async. More...

struct	setStackSize
	Change the stack size of a fiber returned by zth_async. More...

class	SharedPointer

class	SharedPointerOps

class	SharedPointerOps< Impl, void >

class	SharedReference

class	SharedReferenceOps

class	SharedReferenceOps< Impl, void >

class	Signal
	Fiber-aware signal. More...

class	Singleton
	Singleton pattern. More...

class	small_vector
	A simple std::vector, which can contain `Prealloc` without heap allocation. More...

struct	smallest_uint< x, smallest_uint_size< 1 > >

struct	smallest_uint< x, smallest_uint_size< 2 > >

struct	smallest_uint< x, smallest_uint_size< 4 > >

struct	smallest_uint_size

class	SortedList

struct	Stack
	Stack information. More...

class	Synchronizer

class	SynchronizerBase

class	ThreadLocalSingleton
	Singleton pattern, but only per-thread. More...

class	TimedWaitable

class	TimeInterval
	Convenient wrapper around `struct` `timespec` that contains a time interval. More...

class	Timestamp
	Convenient wrapper around `struct` `timespec` that contains an absolute timestamp. More...

struct	type

class	TypedFiber
	Typed fiber class. More...

class	TypedFiberFactory

class	TypedFiberN
	Actual fiber implementation for arbitrary function types and arguments. More...

class	TypedFiberN< F, void, Args >

struct	TypedFiberType

class	UniqueID
	Keeps track of a process-wide unique ID within the type `T`. More...

class	UniqueIDBase

struct	vector_type
	`std::vector` type using Config::Allocator::type. More...

class	Waitable

class	Waiter
	A single fiber per Worker that manages sleeping and blocked fibers. More...

class	Worker
	The class that manages the fibers within this thread. More...

class	ZmqPoller
	A PollerServer that uses `zmq_poll()`. More...

Typedefs
template<typename T >
using	promise = ::std::promise< zth::type< T > >

template<typename T >
using	future = ::std::future< zth::type< T > >

template<typename T >
using	shared_future = ::std::shared_future< zth::type< T > >

typedef vector_type< PerfEvent<> >::type	perf_eventBuffer_type

typedef ZmqPoller	DefaultPollerServer

typedef PollerClient	Poller
	The default Poller to use.

typedef std::basic_string< char, std::char_traits< char >, Config::Allocator< char >::type >	string
	std::string type using Config::Allocator::type.

Enumerations
enum class	launch { launch::detached = 1 , launch::awaitable = 2 }
	Launch policies for std::async to start fibers instead of threads. More...

Functions
template<typename T >
	ZTH_MALLOC_ATTR ((malloc((void()(T , size_t) noexcept) deallocate, 1), alloc_size(1))) static ZTH_MALLOC_INLINE T *allocate(size_t n
	Wrapper for Config::Allocator::type::allocate().

Arg	ZTH_MALLOC_ATTR ((malloc((void()(T ) noexcept) delete_alloc))) static ZTH_MALLOC_INLINE T *new _alloc(Arg const &arg)

template<typename T , typename... Arg>
	ZTH_MALLOC_ATTR ((malloc((void()(T ) noexcept) delete_alloc))) static ZTH_MALLOC_INLINE T *new _alloc(Arg &&... arg)

template<typename Traits , typename Allocator >
string	to_zth_string (std::basic_string< char, Traits, Allocator > const &s)

std::string	to_std_string (string const &s)

template<typename R >
TypedFiber< R > &	operator<< (TypedFiber< R > &fiber, setStackSize const &m)

template<typename R >
TypedFiber< R > &	operator<< (TypedFiber< R > &fiber, setName const &m)

template<typename R >
TypedFiber< R > &	operator<< (TypedFiber< R > &fiber, setName &&m)

template<typename R >
TypedFiber< R > &	operator<< (TypedFiber< R > &fiber, passOnExit const &m)

template<typename R >
SharedReference< typename TypedFiber< R >::Future_type >	operator<< (TypedFiber< R > &fiber, asFuture const &)

template<typename F >
fiber_type< F >::factory	factory (F &&f, char const *name=nullptr)
	Create a new fiber.

template<typename F >
fiber_type< F >::factory	factory (F const &f, char const *name=nullptr)

template<typename F , typename... Args>
fiber_type< F >::fiber	fiber (F &&f, Args &&... args)
	Create and start a new fiber.

template<typename F >
	fiber_future (F &) -> fiber_future< typename F::factory::Return >

template<typename F >
	fiber_future (F const &) -> fiber_future< typename F::factory::Return >

bool	config (int env, bool whenUnset)
	Checks if a given environment option is set.

int	context_init () noexcept
	One-time context mechanism initialization.

void	context_deinit () noexcept
	Final cleanup.

int	context_create (Context *&context, ContextAttr const &attr) noexcept
	Create a context.

void	context_switch (Context from, Context to) noexcept
	Perform context switch.

void	context_destroy (Context *context) noexcept
	Destroy and cleanup a context.

size_t	context_stack_usage (Context *context) noexcept
	Return the high water mark of the stack of the given context.

void	stack_watermark_init (void *stack, size_t size) noexcept
	Initialize the memory region for stack high water marking.

size_t	stack_watermark_size (void *stack) noexcept
	Return the size of the given stack region.

size_t	stack_watermark_maxused (void *stack) noexcept
	Return the high water mark of the stack.

size_t	stack_watermark_remaining (void *stack) noexcept
	Return the remaining stack size that was never touched.

template<typename R , typename... A, typename... A_>
std::enable_if<!std::is_void< R >::value, R >::type	stack_switch (void stack, size_t size, R(f)(A...) noexcept, A_ &&... a) noexcept
	Call the function `f` using the new stack pointer.

template<typename... A, typename... A_>
void	stack_switch (void stack, size_t size, void(f)(A...) noexcept, A_ &&... a) noexcept
	Call the function `f` using the new stack pointer.

Fiber &	currentFiber () noexcept
	Return the currently executing fiber.

void *	fls () noexcept
	Return the fiber-local storage, as set by setFls().

void	setFls (void *data=nullptr) noexcept
	Set the fiber-local storage.

template<typename Func , typename... Args>
zth::future< zth::impl::invoke_result< Func, Args... > >	async (Func &&f, Args &&... args)

template<typename Func , typename... Args>
zth::future< zth::impl::invoke_result< Func, Args... > >	async (zth::launch policy, Func &&f, Args &&... args)

int	perf_init ()

void	perf_deinit ()

UniqueID< Fiber > const &	currentFiberID () noexcept

void	perf_flushEventBuffer () noexcept

template<typename... Args>
void	perf_event (Args &&... args) noexcept

void	perf_mark (char const *marker)
	Put a string marker into the perf output.

void	perf_log (char const *fmt,...)
	Put a formatted log string into the perf output.

void	perf_logv (char const *fmt, va_list args)
	Put a formatted log string into the perf output.

void	perf_syscall (char const *syscall, Timestamp const &t=Timestamp())
	Put a syscall into the perf output.

template<typename P >
int	poll (P pollable, int timeout_ms=-1)
	Fiber-aware `poll`() for a single pollable thing.

template<>
cow_string	str< TimeInterval const & > (TimeInterval const &value)

constexpr TimeInterval	operator""_s (unsigned long long int x) noexcept
	Define literals like `123_s`, which is a zth::TimeInterval of 123 seconds.

constexpr TimeInterval	operator""_ms (unsigned long long int x) noexcept
	Define literals like `123_ms`, which is a zth::TimeInterval of 123 milliseconds.

constexpr TimeInterval	operator""_us (unsigned long long int x) noexcept
	Define literals like `123_us`, which is a zth::TimeInterval of 123 microseconds.

TimeInterval	operator""_s (long double x)
	Define literals like `12.3_s`, which is a zth::TimeInterval of 12.3 seconds.

char const *	banner () noexcept
	Prints a banner line with version and configuration information.

void	abort (char const *fmt,...) noexcept
	Aborts the process after printing the given printf() formatted message.

void	abortv (char const *fmt, va_list args) noexcept
	Aborts the process after printing the given printf() formatted message.

void	assert_handler (char const file, int line, char const expr)

bool	log_supports_ansi_colors () noexcept
	Returns if the system supports ANSI colors.

void	log_colorv (int color, char const *fmt, va_list args)
	Logs a given printf()-like formatted string using an ANSI color code.

void	log_color (int color, char const *fmt,...)
	Logs a given printf()-like formatted string using an ANSI color code.

void	logv (char const *fmt, va_list arg)
	Logs a given printf()-like formatted string.

void	log (char const *fmt,...)
	Logs a given printf()-like formatted string.

string	formatv (char const *fmt, va_list args)
	Format like `vsprintf()`, but save the result in an `zth::string`.

string	format (char const *fmt,...)
	Format like `sprintf()`, but save the result in an `zth::string`.

template<typename T >
cow_string	str (T value)
	Returns an `zth::string` representation of the given value.

template<>
cow_string	str< char > (char value)

template<>
cow_string	str< signed char > (signed char value)

template<>
cow_string	str< unsigned char > (unsigned char value)

template<>
cow_string	str< short > (short value)

template<>
cow_string	str< unsigned short > (unsigned short value)

template<>
cow_string	str< int > (int value)

template<>
cow_string	str< unsigned int > (unsigned int value)

template<>
cow_string	str< long > (long value)

template<>
cow_string	str< unsigned long > (unsigned long value)

template<>
cow_string	str< long long > (long long value)

template<>
cow_string	str< unsigned long long > (unsigned long long value)

template<>
cow_string	str< float > (float value)

template<>
cow_string	str< double > (double value)

template<>
cow_string	str< long double > (long double value)

template<>
cow_string	str< void * > (void *value)

template<>
cow_string	str< string && > (string &&value)

string	err (int e)
	Return a string like `strerror()` does, but as a `zth::string`.

template<>
cow_string	str< UniqueIDBase const & > (UniqueIDBase const &value)

template<class T >
auto	to_tuple (T &&object) noexcept

constexpr char const *	version () noexcept
	Returns the version of Zth.

void	waitUntil (TimedWaitable &w)
	Wait until the given Waitable has passed.

template<typename F , typename std::enable_if<!std::is_base_of< TimedWaitable, F >::value, int >::type = 0>
void	waitUntil (F f, TimeInterval const &pollInterval=TimeInterval())
	Wait until the given function `f` returns `true`.

template<typename C >
void	waitUntil (C &that, bool(C::*f)(), TimeInterval const &pollInterval=TimeInterval())
	Wait until the given member function `f` returns `true`.

void	scheduleTask (TimedWaitable &w)

void	unscheduleTask (TimedWaitable &w)

void	wakeup (TimedWaitable &w)

void	nap (Timestamp const &sleepUntil)
	Sleep until the given time stamp.

void	nap (TimeInterval const &sleepFor)
	Sleep for the given time interval.

void	mnap (long sleepFor_ms)
	Sleep for the given amount of milliseconds.

void	unap (long sleepFor_us)
	Sleep for the given amount of microseconds.

void	sigchld_check ()

Worker &	currentWorker () noexcept
	Return the (thread-local) singleton Worker instance.

void	getContext (Worker worker, Fiber fiber) noexcept

void	yield (Fiber *preferFiber=nullptr, bool alwaysYield=false, Timestamp const &now=Timestamp::now())
	Allow a context switch.

void	outOfWork ()
	Force a context switch.

void	suspend ()

void	resume (Fiber &fiber)

int	startWorkerThread (void(f)(), size_t stack, char const name)
	Start a new thread, create a Worker, with one fiber, which executes `f`.

int	execlp (char const file, char const arg,...)
	Start an external program.

int	execvp (char const file, char const arg[])
	Start an external program.

void	context_entry (Context *context)

void	worker_global_init ()

Variables
perf_eventBuffer_type *	perf_eventBuffer = nullptr

Timestamp const	startTime

Typedef Documentation

◆ DefaultPollerServer

typedef ZmqPoller zth::DefaultPollerServer

Definition at line 667 of file poller.h.

◆ future

template<typename T >

using zth::future = typedef ::std::future<zth::type<T> >

Definition at line 40 of file future.h.

◆ perf_eventBuffer_type

typedef vector_type<PerfEvent<>>::type zth::perf_eventBuffer_type

Definition at line 257 of file perf.h.

◆ promise

template<typename T >

using zth::promise = typedef ::std::promise<zth::type<T> >

Definition at line 37 of file future.h.

◆ shared_future

template<typename T >

using zth::shared_future = typedef ::std::shared_future<zth::type<T> >

Definition at line 43 of file future.h.

Function Documentation

◆ assert_handler()

void zth::assert_handler	(	char const *	file,
		int	line,
		char const *	expr
	)

Definition at line 16 of file assert.cpp.

◆ async() [1/2]

template<typename Func , typename... Args>

zth::future< zth::impl::invoke_result< Func, Args... > > zth::async	(	Func &&	f,
		Args &&...	args
	)

Definition at line 505 of file future.h.

◆ async() [2/2]

template<typename Func , typename... Args>

zth::future< zth::impl::invoke_result< Func, Args... > > zth::async	(	zth::launch	policy,
		Func &&	f,
		Args &&...	args
	)

Definition at line 512 of file future.h.

◆ config()

bool zth::config	(	int	env,
		bool	whenUnset
	)

Checks if a given environment option is set.

Parameters

env	one of zth::Env
whenUnset	when `env` does not exist in the environment, return this value

Definition at line 39 of file config.cpp.

◆ context_create()

int zth::context_create	(	Context *&	context,
		ContextAttr const &	attr
	)

noexcept

Create a context.

Normally, let zth::Fiber manage the context.

Parameters

context	the variable that will receive the newly created context, when successful
attr	the attributes used to create the context

Returns: 0 on success, otherwise an errno

Examples: measure.cpp.

Definition at line 55 of file context.cpp.

◆ context_deinit()

void zth::context_deinit ( )

noexcept

Final cleanup.

Normally, let zth::Worker call this function.

Definition at line 40 of file context.cpp.

◆ context_destroy()

void zth::context_destroy ( Context * context )

noexcept

Destroy and cleanup a context.

Normally, let zth::Fiber manage the context.

Examples: measure.cpp.

Definition at line 95 of file context.cpp.

◆ context_entry()

void zth::context_entry ( Context * context )

◆ context_init()

int zth::context_init ( )

noexcept

One-time context mechanism initialization.

Normally, let zth::Worker call this function.

Definition at line 29 of file context.cpp.

◆ context_stack_usage()

size_t zth::context_stack_usage ( Context * context )

noexcept

Return the high water mark of the stack of the given context.

This does not take any zth::stack_switch() calls into account.

Definition at line 128 of file context.cpp.

◆ context_switch()

void zth::context_switch	(	Context *	from,
		Context *	to
	)

noexcept

Perform context switch.

Normally, let zth::Fiber call this function, after scheduled by the zth::Worker.

Examples: measure.cpp.

Definition at line 112 of file context.cpp.

◆ currentFiberID()

UniqueID< Fiber > const & zth::currentFiberID ( )

inlinenoexcept

Definition at line 426 of file worker.h.

◆ err()

string zth::err ( int e )

inline

Return a string like strerror() does, but as a zth::string.

Examples: measure.cpp, and zmq.cpp.

Definition at line 686 of file util.h.

◆ factory()

template<typename F >

fiber_type< F >::factory zth::factory	(	F const &	f,
		char const *	name = `nullptr`
	)

Definition at line 1137 of file async.h.

◆ fiber_future() [1/2]

template<typename F >

zth::fiber_future ( F & ) -> fiber_future< typename F::factory::Return >

◆ fiber_future() [2/2]

template<typename F >

zth::fiber_future ( F const & ) -> fiber_future< typename F::factory::Return >

◆ format()

string zth::format	(	char const *	fmt,
			...
	)

inline

Format like sprintf(), but save the result in an zth::string.

Examples: 4_sync.cpp, 5_perf.cpp, and measure.cpp.

Definition at line 483 of file util.h.

◆ formatv()

string zth::formatv	(	char const *	fmt,
		va_list	args
	)

Format like vsprintf(), but save the result in an zth::string.

Definition at line 254 of file util.cpp.

◆ getContext()

void zth::getContext	(	Worker **	worker,
		Fiber **	fiber
	)

inlinenoexcept

Definition at line 431 of file worker.h.

◆ log_supports_ansi_colors()

bool zth::log_supports_ansi_colors ( )

noexcept

Returns if the system supports ANSI colors.

Definition at line 194 of file util.cpp.

◆ operator<<() [1/5]

template<typename R >

SharedReference< typename TypedFiber< R >::Future_type > zth::operator<<	(	TypedFiber< R > &	fiber,
		asFuture const &
	)

Definition at line 280 of file async.h.

◆ operator<<() [2/5]

template<typename R >

TypedFiber< R > & zth::operator<<	(	TypedFiber< R > &	fiber,
		passOnExit const &	m
	)

Definition at line 280 of file async.h.

◆ operator<<() [3/5]

template<typename R >

TypedFiber< R > & zth::operator<<	(	TypedFiber< R > &	fiber,
		setName &&	m
	)

Definition at line 1619 of file async.h.

◆ operator<<() [4/5]

template<typename R >

TypedFiber< R > & zth::operator<<	(	TypedFiber< R > &	fiber,
		setName const &	m
	)

Definition at line 1619 of file async.h.

◆ operator<<() [5/5]

template<typename R >

TypedFiber< R > & zth::operator<<	(	TypedFiber< R > &	fiber,
		setStackSize const &	m
	)

Definition at line 1619 of file async.h.

◆ perf_deinit()

void zth::perf_deinit ( )

Definition at line 492 of file perf.cpp.

◆ perf_event()

template<typename... Args>

void zth::perf_event ( Args &&... args )

inlinenoexcept

Definition at line 274 of file perf.h.

◆ perf_flushEventBuffer()

void zth::perf_flushEventBuffer ( )

noexcept

Definition at line 505 of file perf.cpp.

◆ perf_init()

int zth::perf_init ( )

Definition at line 478 of file perf.cpp.

◆ perf_syscall()

void zth::perf_syscall	(	char const *	syscall,
		Timestamp const &	t = `Timestamp()`
	)

inline

Put a syscall into the perf output.

Definition at line 361 of file perf.h.

◆ resume()

void zth::resume ( Fiber & fiber )

inline

Definition at line 489 of file worker.h.

◆ scheduleTask()

void zth::scheduleTask ( TimedWaitable & w )

Definition at line 54 of file waiter.cpp.

◆ sigchld_check()

void zth::sigchld_check ( )

Definition at line 189 of file worker.cpp.

◆ str()

template<typename T >

cow_string zth::str ( T value )

inline

Returns an zth::string representation of the given value.

Specialize for your own types.

Examples: socks.cpp.

Definition at line 670 of file util.h.

◆ suspend()

void zth::suspend ( )

inline

Definition at line 481 of file worker.h.

◆ to_std_string()

std::string zth::to_std_string ( string const & s )

inline

Definition at line 223 of file allocator.h.

◆ to_tuple()

template<class T >

auto zth::to_tuple ( T && object )

noexcept

Definition at line 1601 of file util.h.

◆ to_zth_string()

template<typename Traits , typename Allocator >

string zth::to_zth_string ( std::basic_string< char, Traits, Allocator > const & s )

Definition at line 218 of file allocator.h.

◆ unscheduleTask()

void zth::unscheduleTask ( TimedWaitable & w )

Definition at line 66 of file waiter.cpp.

◆ wakeup()

void zth::wakeup ( TimedWaitable & w )

Definition at line 77 of file waiter.cpp.

◆ worker_global_init()

void zth::worker_global_init ( )

Definition at line 31 of file worker.cpp.

◆ ZTH_MALLOC_ATTR() [1/2]

template<typename T , typename... Arg>

zth::ZTH_MALLOC_ATTR ( (malloc((void(*)(T *) noexcept) delete_alloc)) ) &&

new

Definition at line 132 of file allocator.h.

◆ ZTH_MALLOC_ATTR() [2/2]

Arg zth::ZTH_MALLOC_ATTR ( (malloc((void(*)(T *) noexcept) delete_alloc)) ) const &

new

Definition at line 115 of file allocator.h.

Variable Documentation

◆ perf_eventBuffer

perf_eventBuffer_type * zth::perf_eventBuffer = nullptr

Definition at line 48 of file perf.cpp.

◆ startTime

Timestamp const zth::startTime

extern

Definition at line 205 of file time.cpp.

Namespaces

Classes

Typedefs

Enumerations

Functions

Variables

Typedef Documentation

◆ DefaultPollerServer

◆ future

◆ perf_eventBuffer_type

◆ promise

◆ shared_future

Function Documentation

◆ assert_handler()

◆ async() [1/2]

◆ async() [2/2]

◆ config()

◆ context_create()

◆ context_deinit()

◆ context_destroy()

◆ context_entry()

◆ context_init()

◆ context_stack_usage()

◆ context_switch()

◆ currentFiberID()

◆ err()

◆ factory()

◆ fiber_future() [1/2]

◆ fiber_future() [2/2]

◆ format()

◆ formatv()

◆ getContext()

◆ log_supports_ansi_colors()

◆ operator<<() [1/5]

◆ operator<<() [2/5]

◆ operator<<() [3/5]

◆ operator<<() [4/5]

◆ operator<<() [5/5]

◆ perf_deinit()

◆ perf_event()

◆ perf_flushEventBuffer()

◆ perf_init()

◆ perf_syscall()

◆ resume()

◆ scheduleTask()

◆ sigchld_check()

◆ str()

◆ str< char >()

◆ str< double >()

◆ str< float >()

◆ str< int >()

◆ str< long >()

◆ str< long double >()

◆ str< long long >()

◆ str< short >()

◆ str< signed char >()

◆ str< string && >()

◆ str< TimeInterval const & >()

◆ str< UniqueIDBase const & >()

◆ str< unsigned char >()

◆ str< unsigned int >()

◆ str< unsigned long >()

◆ str< unsigned long long >()

◆ str< unsigned short >()

◆ str< void * >()

◆ suspend()

◆ to_std_string()

◆ to_tuple()

◆ to_zth_string()

◆ unscheduleTask()

◆ wakeup()

◆ worker_global_init()

◆ ZTH_MALLOC_ATTR() [1/2]

◆ ZTH_MALLOC_ATTR() [2/2]

Variable Documentation

◆ perf_eventBuffer

◆ startTime