Thread execution context for byeol runtime. More...

#include <thread.hpp>

Inheritance diagram for by::thread:

Public Member Functions
	thread (const errReport &new1)
	Constructs a thread object with a custom error report instance.

const frames &	getFrames () const BY_CONST_FUNC(_getFrames()) const frame *getNowFrame() const BY_CONST_FUNC(_getNowFrame()) static thread &get()

errReport &	getEx ()

const errReport &	getEx () const BY_CONST_FUNC(getEx()) virtual void setEx(const errReport &new 1)
	Sets the error report instance for this thread.

void	setEx (const errReport *it) BY_SIDE_FUNC(setEx)

scope &	subs () override

priorType	prioritize (const args &a) const override

str	eval (const args &a) override

void	rel () override

const nmap &	getPods () const

void	dump () const override
	Dump object state for debugging.

virtual nbool	isInteractable () const
	Checks if the thread is currently in an interactable state.

Public Member Functions inherited from by::node
me &	operator[] (const std::string &name)

const me &	operator[] (const std::string &name) const BY_CONST_FUNC(operator[](name))

me &	operator[] (const std::string *it)

const me &	operator[] (const std::string *it) const BY_CONST_FUNC(operator[](it))

me &	operator[] (const nchar *name)

const me &	operator[] (const nchar *name) const BY_CONST_FUNC(operator[](name))

nbool	in (const node &elem) const

nbool	in (const node *elem) const

const scope &	subs () const BY_CONST_FUNC(subs()) virtual tstr< nbicontainer > mySubs() const
	Returns a tstr to a container of immediate sub-nodes (excluding inherited or chained ones).

const node *	promote (const node &it) const

const node *	promote (const node *it) const BY_SIDE_FUNC(promote)

template<typename T >
T *	sub (std::function< nbool(const std::string &, const T &)> l)

template<typename T >
const T *	sub (std::function< nbool(const std::string &, const T &)> l) const BY_CONST_FUNC(sub< T >(l)) template< typename T

template<typename T = me>
const T *	sub () const BY_CONST_FUNC(sub< T >()) template< typename T

template<typename T = me>
T *	sub (const std::string *it) BY_SIDE_FUNC(sub)

template<typename T = me>
const T *	sub (const std::string &name) const BY_CONST_FUNC(sub< T >(name)) template< typename T

template<typename T = me>
T *	sub (const std::string *name, const args &a) BY_SIDE_FUNC(name

template<typename T = me>
const T *	sub (const std::string &name, const args &a) const BY_CONST_FUNC(sub< T >(name

template<typename T = me>
const T a const T *	sub (const std::string *name, const args &a) const BY_CONST_FUNC(sub< T >(name

template<typename T >
const T a const T a tnarr< T, strTactic >	subAll (std::function< nbool(const std::string &, const T &)> l) const

template<typename T = me>
tnarr< T, strTactic >	subAll () const

template<typename T = me>
tpriorities< T >	subAll (const std::string &name) const

template<typename T = me>
tpriorities< T >	subAll (const std::string *it) const BY_SIDE_FUNC(subAll< T >) template< typename T

template<typename T = me>
tpriorities< T >	subAll (const std::string &name, const args &a) const

template<typename T = me>
tpriorities< T >	subAll (const std::string name, const args a) const BY_SIDE_FUNC(name

tpriorities< T > subAll< T >	tpriorities ())

template<typename T = me>
tpriorities< T >	subAll (const std::string *name, const args &a) const BY_SIDE_FUNC(name

tpriorities< T > subAll< T >	tpriorities ())

bool	canEval (const args &a) const

priorType	prioritize (const args *it) const BY_SIDE_FUNC(it

str	eval (const args *it) BY_SIDE_FUNC(eval)

str	eval (const std::string &name, const args &a)

str	eval (const std::string &name, const args *a) BY_SIDE_FUNC(a

str	eval (name, a)

str	str ())

str	eval (const std::string *name, const args &a) BY_SIDE_FUNC(name

str eval	str ())

str	eval (const std::string name, const args a) BY_SIDE_FUNC(name &&a

str eval	str ())

str	eval (const std::string &name)

str	eval (const std::string *it) BY_SIDE_FUNC(eval)

str	eval ()

template<typename T >
nbool	is () const

nbool	is (const typeProvidable &to) const

nbool	is (const typeProvidable *it) const BY_SIDE_FUNC(is)

nbool	is (const type &to) const

nbool	is (const type *it) const BY_SIDE_FUNC(is)

template<typename T >
tstr< T >	as () const

str	as (const typeProvidable &to) const

str	as (const typeProvidable *it) const BY_SIDE_FUNC(as)

str	as (const type &to) const

str	as (const type *it) const BY_SIDE_FUNC(as)

template<typename T >
nbool	isImpli () const

virtual nbool	isImpli (const type &to) const

nbool	isImpli (const typeProvidable &to) const

nbool	isImpli (const typeProvidable *it) const BY_SIDE_FUNC(isImpli)

template<typename T >
tstr< T >	asImpli () const

virtual str	asImpli (const type &to) const

str	asImpli (const typeProvidable &to) const

str	asImpli (const typeProvidable *it) const BY_SIDE_FUNC(asImpli)

virtual const src &	getSrc () const

virtual nbool	isComplete () const

virtual str	infer () const

virtual void	accept (const visitInfo &i, visitor &v)

void	inFrame (const bicontainable *args) const override

void	outFrame () const override

virtual const modifier &	getModifier () const

virtual void	inFrame (const bicontainable *args) const=0

void	inFrame () const

virtual void	outFrame () const=0

Public Member Functions inherited from by::instance
	instance (id newId)

	instance (const me &rhs)

me &	operator= (const me &rhs)=default

void *	operator new (size_t sz) noexcept

void	operator delete (void *pt, size_t sz) noexcept

virtual id	getId () const

virtual nbool	isHeap () const
	Checks if this instance is allocated on the heap.

const life *	getBindTag () const
	Returns a pointer to the associated life object for reference counting.

Public Member Functions inherited from by::typeProvidable
nbool	operator== (const me &rhs) const

nbool	operator!= (const me &rhs) const

virtual const type &	getType () const =0

nbool	isSub (const type &it) const

nbool	isSub (const type *it) const BY_SIDE_FUNC(isSub)

nbool	isSub (const me &it) const

nbool	isSub (const me *it) const BY_SIDE_FUNC(isSub)

nbool	isSuper (const type &it) const

nbool	isSuper (const type *it) const BY_SIDE_FUNC(isSuper)

nbool	isSuper (const me &it) const

nbool	isSuper (const me *it) const BY_SIDE_FUNC(isSuper)

template<typename T >
nint	isSub () const

template<typename T >
nint	isSuper () const

template<typename T >
T *	cast ()

template<typename T >
const T *	cast () const BY_CONST_FUNC(cast< T >()) virtual void *cast(const type &to)
	Safe cast to target type using type hierarchy information.

const void *	cast (const type &to) const BY_CONST_FUNC(cast(to)) void cast(const type it) BY_SIDE_FUNC(cast)

Public Member Functions inherited from by::clonable
virtual me *	clone () const =0

virtual me *	cloneDeep () const

virtual void	onCloneDeep (const me &from)

Public Member Functions inherited from by::frameInteractable
void	inFrame () const

Static Public Member Functions
static void	set (thread *new1)

static void	set (thread &new1)

static const instancer *	getInstancer ()

Static Public Member Functions inherited from by::instance
static vault &	getVault ()

Protected Member Functions
virtual frames &	_getFrames ()

frame *	_getNowFrame ()

Protected Member Functions inherited from by::node
virtual str	_onEvalSub (node &sub, const args &a)
	Protected virtual method for evaluating a sub-node.

virtual void	_setSrc (const src &s)

void	_setSrc (const src *it) BY_SIDE_FUNC(_setSrc)

Protected Member Functions inherited from by::instance
nbool	_setId (id new1)

Friends
class	coreInternal

struct	::exprTest

Additional Inherited Members
Public Attributes inherited from by::node
T sub	name

T sub	nullptr

tpriorities< T > subAll< T >	name

priorType prioritize	it

priorType prioritize	NO_MATCH

str eval	name

Static Protected Member Functions inherited from by::instance
static instancer *	_getMgr ()

Detailed Description

Thread execution context for byeol runtime.

Represents a single program execution flow. Currently only supports single threading. thread has frames and errReport, allowing it to construct frame when executing a program and collect err that occurs during execution.

Builtin

The builtin pod consists of types/functions provided by default in the byeol language. They are always accessible without separate manifest declaration. It's similar to the standard pod, but this is a distinctly separate pod written in byeol code. However, the builtin pod is entirely in the form of exposing C++ native classes using tbridger. The types included here are only the most basic symbols like int, str, arr, err, print().

Singleton Property

thread provides static thread& get(). Through this, scope or expr can access the currently active thread object. When not using the default thread and creating a thread instance directly to run a program, it's necessary to register the thread object and replace it with the original thread instance when the program ends. To make this easier, use threadUse.

if(main.canEval(a)) {
    threadUse thr(getReport());
 
    // doSomething() with new thread...
}
// When exiting, it's replaced with the original thread instance.
// The program execution state before entering the block is restored.

As shown in the above example, threadUse automatically creates a thread object internally upon creation.

Constructor & Destructor Documentation

◆ thread()

by::thread::thread ( const errReport & new1 )

Constructs a thread object with a custom error report instance.

Parameters

new1	The `errReport` instance to be used by this thread for error collection.

Member Function Documentation

◆ dump()

void by::thread::dump ( ) const

overridevirtual

Dump object state for debugging.

Implements by::dumpable.

◆ eval()

str by::thread::eval ( const args & a )

overridevirtual

Implements by::node.

◆ getEx() [1/2]

errReport & by::thread::getEx ( )

Returns: exception errReport instance. what this contains are all runtime err and exceptions.

◆ getEx() [2/2]

const errReport & by::thread::getEx ( ) const &

new

Sets the error report instance for this thread.

Parameters

new1	The `errReport` instance to be used by this thread.

◆ getPods()

const nmap & by::thread::getPods ( ) const

Returns: pod instances loaded by internal system. you can cast these to 'pod' types.

◆ isInteractable()

virtual nbool by::thread::isInteractable ( ) const

virtual

Checks if the thread is currently in an interactable state.

Returns: true if the thread is interactable, false otherwise.

An interactable thread typically means it's ready to process user input or continue execution.

◆ prioritize()

priorType by::thread::prioritize ( const args & a ) const

overridevirtual

Implements by::node.

◆ rel()

void by::thread::rel ( )

overridevirtual

Release all held resources and prepare for termination.

Remarks: Some classes won't be able to reinitialize after rel() is called.

Reimplemented from by::node.

◆ subs()

scope & by::thread::subs ( )

overridevirtual

Implements by::node.

The documentation for this class was generated from the following file:

/home/runner/work/byeol/byeol/module/core/frame/thread.hpp

Public Member Functions

Static Public Member Functions

Protected Member Functions

Friends

Additional Inherited Members

Detailed Description

Builtin

Singleton Property

Constructor & Destructor Documentation

◆ thread()

Member Function Documentation

◆ dump()

◆ eval()

◆ getEx() [1/2]

◆ getEx() [2/2]

◆ getPods()

◆ isInteractable()

◆ prioritize()

◆ rel()

◆ subs()