#include <objectbase.h>

Inheritance diagram for ErrorInterface:

Detailed Description

ErrorInterface is the base interface for errors. ErrorInterface itself cannot be instantiated, but there are several derived interfaces to indicate specific error conditions such as OutOfMemoryError, NullptrError or IllegalStateError.

An error typically contains file and line information (GetLocation()) and a message (GetMessage()). It may also have a stack trace (GetStackTrace()) and a cause (GetCause()), which is another error which caused this error.

Normally, errors shouldn't be used directly for return types of functions. Instead, you should use Result<T> which can hold a result value and an error. The macros iferr and iferr_return support Result to facilitate error handling.

Errors are typically created in statements like

return IllegalStateError(MAXON_SOURCE_LOCATION, "Object already contained in hierarchy."_s);

MAXON_SOURCE_LOCATION

#define MAXON_SOURCE_LOCATION

Definition: memoryallocationbase.h:67

The usage of MAXON_SOURCE_LOCATION ensures that file and line information is set correctly in the error. The message is optional, and you can also pass a cause as third argument to the constructor. Some error classes may add specific constructors with additional arguments. But errors also support method chaining if you want so set additional values like the stack trace:

return IllegalStateError(MAXON_SOURCE_LOCATION).SetMessage("Object already contained in hierarchy."_s).SetStackTrace();

To trigger a DebugStop() or CriticalStop() on creation of an error, add DbgStop() or CritStop() at the end of the creation as in

return IllegalStateError(MAXON_SOURCE_LOCATION).CritStop();

The ToString implementation of errors supports the following format statements:

"NoStack" to suppress the output of the call stack.
"NoLocation" to suppress the output of the code location.
"NoCause" to suppress the output of the cause error.
"NoMachine" to suppress the output of the machine. The machine is only printed out if it's not the local machine.
"Class" to print error class.

See also: @CLANGDUMMY errors

Classes
struct	ReferenceFunctions

Public Types
using	Interface = ErrorInterface

using	IsAllocType = std::true_type

using	Ptr = maxon::RefBase< ReferenceFunctions< maxon::RefBaseFn< maxon::DirectRef< ErrorInterface, maxon::PointerHandler, void > >> >

using	ConstPtr = maxon::RefBase< ReferenceFunctions< maxon::RefBaseFn< maxon::DirectRef< const ErrorInterface, maxon::PointerHandler, void > >> >

using	PartFormatter = Delegate< String(const LanguageRef &language, const ConstDataPtr &part)>

Public Types inherited from ObjectInterface
using	Interface = ObjectInterface

using	IsAllocType = std::true_type

using	Ptr = maxon::RefBase< ReferenceFunctions< maxon::RefBaseFn< maxon::DirectRef< ObjectInterface, maxon::PointerHandler, void > >> >

using	ConstPtr = maxon::RefBase< ReferenceFunctions< maxon::RefBaseFn< maxon::DirectRef< const ObjectInterface, maxon::PointerHandler, void > >> >

using	BaseInterface = ObjectInterface

Public Member Functions
Ptr	GetPtr ()

ConstPtr	GetPtr () const

	MAXON_ADD_TO_COPY_ON_WRITE_REFERENCE_CLASS (protected:void Create(MAXON_SOURCE_LOCATION_DECLARATION) { static_cast< typename S::DirectlyReferencedType::Hxx1::ReferenceClass >(this)=S::DirectlyReferencedType::Hxx1::ErrObj::GetInstance()();typename S::DirectlyReferencedType::Ptr e=this->MakeWritable(false).GetPointer();e.SetLocation(MAXON_SOURCE_LOCATION_FORWARD);} void Create(MAXON_SOURCE_LOCATION_DECLARATION, const String &msg) { static_cast< typename S::DirectlyReferencedType::Hxx1::ReferenceClass >(this)=S::DirectlyReferencedType::Hxx1::ErrObj::GetInstance()();typename S::DirectlyReferencedType::Ptr e=this->MakeWritable(false).GetPointer();e.SetLocation(MAXON_SOURCE_LOCATION_FORWARD);e.SetMessage(msg);} void Create(MAXON_SOURCE_LOCATION_DECLARATION, const String &msg, const Error &cause) { static_cast< typename S::DirectlyReferencedType::Hxx1::ReferenceClass >(this)=S::DirectlyReferencedType::Hxx1::ErrObj::GetInstance()();typename S::DirectlyReferencedType::Ptr e=this->MakeWritable(false).GetPointer();e.SetLocation(MAXON_SOURCE_LOCATION_FORWARD);e.SetMessage(msg);e.SetCause(cause);})

	MAXON_ADD_TO_CONST_REFERENCE_CLASS (RefMemberType< S > DbgStop() { DebugOutput(OUTPUT::DIAGNOSTIC, static_cast< const typename S::ReferenceClass * >(this) ->ToString());DebugStop();return this->PrivateGetRefMember();} RefMemberType< S > CritStop() { CriticalOutput(static_cast< const typename S::ReferenceClass * >(this) ->ToString());return this->PrivateGetRefMember();} RefMemberType< S > DiagOutput() { DiagnosticOutput(static_cast< const typename S::ReferenceClass * >(this) ->ToString());return this->PrivateGetRefMember();})

MAXON_METHOD const SourceLocation &	GetLocation () const

MAXON_METHOD void	SetLocation (MAXON_SOURCE_LOCATION_DECLARATION)

MAXON_METHOD Block< void *const >	GetStackTrace () const

MAXON_METHOD void	SetStackTrace (const Block< void *const > &trace)

MAXON_FUNCTION void	SetStackTrace (Int skip=STACKTRACE_SKIP)

MAXON_FUNCTION Bool	IsCancellation () const

MAXON_METHOD String	GetMessage () const

MAXON_METHOD void	SetMessage (const String &message)

MAXON_METHOD String	FormatMessage (const LanguageRef &language, const PartFormatter &partFormatter) const

MAXON_METHOD void	SetMessageDelegate (Delegate< String(const LanguageRef &language, const ErrorInterface::PartFormatter &fmt)> &&message)

MAXON_METHOD const Error &	GetCause () const

MAXON_METHOD void	SetCause (const Error &cause)

MAXON_METHOD void	GetMachine (MachineRef &machine) const

MAXON_METHOD void	SetMachine (const MachineRef &machine)

MAXON_METHOD Int	PrivateGetCode () const

MAXON_METHOD void	PrivateSetCode (Int code)

MAXON_METHOD void	PrivateSetPreallocation (ThreadReferencedError preallocation) const

MAXON_METHOD ThreadReferencedError	PrivateGetPreallocation () const

MAXON_METHOD void	PrivateSetDebugError (const Error &cause) const

Public Member Functions inherited from ObjectInterface
Ptr	GetPtr ()

ConstPtr	GetPtr () const

template<typename REFSUPERCLASS = ObjectRef>
MAXON_FUNCTION const maxon::Class< typename REFSUPERCLASS::PrivateErasedReferencedType::Hxx1::ReferenceClass > &	GetClass () const

MAXON_FUNCTION const ClassInfo *	GetClassInfo () const

template<typename REF >
const ComponentInfo &	GetComponentInfoOfSuper (const REF *sptr, OverloadRank0) const MAXON_IF_TARGET_DEBUG(

template<typename REF , typename = typename REF::Component::ComponentClass>
const ComponentInfo &	GetComponentInfoOfSuper (const REF *sptr, OverloadRank1) const

MAXON_FUNCTION Bool	HasSameClass (const ObjectInterface *obj) const

Result< void >	CopyFrom (const ObjectInterface *src)

Result< ObjectInterface * >	Clone () const

template<typename REFCLASS >
MAXON_FUNCTION Result< REFCLASS >	Clone () const

template<typename I >
MAXON_FUNCTION Bool	IsInstanceOf () const

MAXON_FUNCTION Bool	IsInstanceOf (const DataType &type) const

MAXON_METHOD String	ToString (const FormatStatement *formatStatement=nullptr) const

MAXON_METHOD Result< void >	InitObject (const void *argument)

MAXON_METHOD Result< void >	HandleMessage (const InternedId &message, void *argument)

MAXON_METHOD Result< void >	HandleConstMessage (const InternedId &message, void *argument) const

MAXON_METHOD Bool	IsEqual (const maxon::ObjectInterface *other) const

MAXON_METHOD COMPARERESULT	Compare (const maxon::ObjectInterface *other) const

MAXON_FUNCTION HashInt	GetHashCode () const

MAXON_FUNCTION UniqueHash	GetUniqueHashCode () const

MAXON_METHOD HashInt	GetHashCodeImpl () const

MAXON_METHOD UniqueHash	GetUniqueHashCodeImpl () const

	MAXON_ADD_TO_CONST_REFERENCE_CLASS (Bool operator==(std::nullptr_t) const { return RefCompare< MAXON_IS_COW_KIND(S::Handler::KIND), true >::template IsEqual< const ObjectInterface , const ObjectInterface >(this->GetPointer(), nullptr);} Bool operator!=(std::nullptr_t) const { return !RefCompare< MAXON_IS_COW_KIND(S::Handler::KIND), true >::template IsEqual< const ObjectInterface , const ObjectInterface >(this->GetPointer(), nullptr);} Bool operator==(const ObjectInterface ref) const { return RefCompare< MAXON_IS_COW_KIND(S::Handler::KIND), true >::template IsEqual< const ObjectInterface , const ObjectInterface * >(this->GetPointer(), ref);} Bool operator!=(const ObjectInterface ref) const { return !RefCompare< MAXON_IS_COW_KIND(S::Handler::KIND), true >::template IsEqual< const ObjectInterface , const ObjectInterface * >(this->GetPointer(), ref);} Bool operator==(ObjectInterface ref) const { return RefCompare< MAXON_IS_COW_KIND(S::Handler::KIND), true >::template IsEqual< const ObjectInterface , const ObjectInterface * >(this->GetPointer(), ref);} Bool operator!=(ObjectInterface ref) const { return !RefCompare< MAXON_IS_COW_KIND(S::Handler::KIND), true >::template IsEqual< const ObjectInterface , const ObjectInterface * >(this->GetPointer(), ref);} template< typename T > Bool operator==(T ref) const { return RefCompare< MAXON_IS_COW_KIND(S::Handler::KIND), true >::template IsEqual< const ObjectInterface , const ObjectInterface * >(this->GetPointer(), ref);} template< typename T > Bool operator!=(T ref) const { return !RefCompare< MAXON_IS_COW_KIND(S::Handler::KIND), true >::template IsEqual< const ObjectInterface , const ObjectInterface * >(this->GetPointer(), ref);} template< typename R, typename=typename maxon::details::DisableComparison< typename S::PrivateReferencedType, typename R::ReferencedType >::type > Bool operator==(const R &ref) const { static_assert(AlwaysFalse< R >::value, "Can't compare unrelated reference classes.");return false;} template< typename R, typename=typename maxon::details::DisableComparison< typename S::PrivateReferencedType, typename R::ReferencedType >::type > Bool operator!=(const R &ref) const { static_assert(AlwaysFalse< R >::value, "Can't compare unrelated reference classes.");return false;})

Bool	PrivateIsInstanceOf (const DataType &type) const

Static Public Member Functions
static maxon::Id	GetInterfaceId ()

static ErrorInterface *	Alloc (MAXON_SOURCE_LOCATION_DECLARATION, const ErrorInterface &src)

template<typename DUMMY >
static maxon::Int	PrivateInstantiateNullValueHelper ()

static maxon::InterfaceReference *	PrivateGetInterface ()

template<typename T >
static MAXON_FUNCTION String	FormatPart (const LanguageRef &language, const ErrorInterface::PartFormatter &fmt, const T &part)

Static Public Member Functions inherited from ObjectInterface
static maxon::Id	GetInterfaceId ()

static ObjectInterface *	Alloc (MAXON_SOURCE_LOCATION_DECLARATION, const ObjectInterface &src)

template<typename DUMMY >
static maxon::Int	PrivateInstantiateNullValueHelper ()

static maxon::InterfaceReference *	PrivateGetInterface ()

static constexpr MAXON_ATTRIBUTE_FORCE_INLINE std::nullptr_t	NullValuePtr ()

static void	PrivateFreeInstance (const ObjectInterface *o)

Static Public Attributes
static maxon::InterfaceReference	_interface

static maxon::NonvirtualInterfaceReference	_staticInterface

static const maxon::EntityBase::FLAGS	REFERENCE_KIND

Static Public Attributes inherited from ObjectInterface
static maxon::InterfaceReference	_interface

static maxon::NonvirtualInterfaceReference	_staticInterface

static const maxon::EntityBase::FLAGS	REFERENCE_KIND

static const EntityBase::FLAGS	INTERFACE_FLAGS

Protected Member Functions
	~ ErrorInterface ()

Protected Member Functions inherited from ObjectInterface
	~ ObjectInterface ()

void	RemoveReference () const

Private Member Functions
	ErrorInterface ()

	ErrorInterface (const ErrorInterface &)

void	operator= (const ErrorInterface &)

void	PrivateCheckClass ()

Static Private Member Functions
static ErrorInterface *	Alloc (MAXON_SOURCE_LOCATION_DECLARATION)

static maxon::Int	GetInfoOffset ()

Friends
class	maxon::ClassInterface

class	maxon::ComponentDescriptor

class	maxon::StrongCOWRefHandler

Additional Inherited Members
Public Attributes inherited from ObjectInterface
maxon::ObjectInterface::ReferenceFunctions	MAXON_ENUM_LIST_CLASS

Member Typedef Documentation

◆ Interface

using Interface = ErrorInterface

◆ IsAllocType

using IsAllocType = std::true_type

◆ Ptr

using Ptr = maxon::RefBase<ReferenceFunctions<maxon::RefBaseFn<maxon::DirectRef< ErrorInterface , maxon::PointerHandler, void> >> >

◆ ConstPtr

using ConstPtr = maxon::RefBase<ReferenceFunctions<maxon::RefBaseFn<maxon::DirectRef<const ErrorInterface , maxon::PointerHandler, void> >> >

◆ PartFormatter

using PartFormatter = Delegate<String(const LanguageRef& language, const ConstDataPtr& part)>

A PartFormatter may be called by FormatMessage() to customize formatting of error message parts such as data types.

Parameters

[in]	language	The language to use, may be left empty.
[in]	part	The part of an error message to format.

Returns: Formatted human-readable string representation of part.

Constructor & Destructor Documentation

◆ ~ ErrorInterface()

~ ErrorInterface ( )

protected

◆ ErrorInterface() [1/2]

ErrorInterface ( )

private

◆ ErrorInterface() [2/2]

ErrorInterface ( const ErrorInterface & )

private

Member Function Documentation

◆ GetInterfaceId()

static maxon::Id GetInterfaceId ( )

static

◆ Alloc() [1/2]

static ErrorInterface* Alloc	(	MAXON_SOURCE_LOCATION_DECLARATION	,
		const ErrorInterface &	src
	)

static

◆ GetPtr() [1/2]

Ptr GetPtr ( )

◆ GetPtr() [2/2]

ConstPtr GetPtr ( ) const

◆ PrivateInstantiateNullValueHelper()

static maxon::Int PrivateInstantiateNullValueHelper ( )

static

◆ PrivateGetInterface()

static maxon::InterfaceReference* PrivateGetInterface ( )

static

◆ Alloc() [2/2]

static ErrorInterface* Alloc ( MAXON_SOURCE_LOCATION_DECLARATION )

staticprivate

◆ GetInfoOffset()

static maxon::Int GetInfoOffset ( )

staticprivate

◆ operator=()

void operator= ( const ErrorInterface & )

private

◆ PrivateCheckClass()

void PrivateCheckClass ( )

private

◆ MAXON_ADD_TO_COPY_ON_WRITE_REFERENCE_CLASS()

MAXON_ADD_TO_COPY_ON_WRITE_REFERENCE_CLASS ( protected:void Create(MAXON_SOURCE_LOCATION_DECLARATION) { *static_cast< typename S::DirectlyReferencedType::Hxx1::ReferenceClass * >(this)=S::DirectlyReferencedType::Hxx1::ErrObj::GetInstance()();typename S::DirectlyReferencedType::Ptr e=this->MakeWritable(false).GetPointer();e.SetLocation(MAXON_SOURCE_LOCATION_FORWARD);} void Create(MAXON_SOURCE_LOCATION_DECLARATION, const String &msg) { *static_cast< typename S::DirectlyReferencedType::Hxx1::ReferenceClass * >(this)=S::DirectlyReferencedType::Hxx1::ErrObj::GetInstance()();typename S::DirectlyReferencedType::Ptr e=this->MakeWritable(false).GetPointer();e.SetLocation(MAXON_SOURCE_LOCATION_FORWARD);e.SetMessage(msg);} void Create(MAXON_SOURCE_LOCATION_DECLARATION, const String &msg, const Error &cause) { *static_cast< typename S::DirectlyReferencedType::Hxx1::ReferenceClass * >(this)=S::DirectlyReferencedType::Hxx1::ErrObj::GetInstance()();typename S::DirectlyReferencedType::Ptr e=this->MakeWritable(false).GetPointer();e.SetLocation(MAXON_SOURCE_LOCATION_FORWARD);e.SetMessage(msg);e.SetCause(cause);} )

◆ MAXON_ADD_TO_CONST_REFERENCE_CLASS()

MAXON_ADD_TO_CONST_REFERENCE_CLASS ( RefMemberType< S > DbgStop() { DebugOutput(OUTPUT::DIAGNOSTIC, static_cast< const typename S::ReferenceClass * >(this) ->ToString());DebugStop();return this->PrivateGetRefMember();} RefMemberType< S > CritStop() { CriticalOutput(static_cast< const typename S::ReferenceClass * >(this) ->ToString());return this->PrivateGetRefMember();} RefMemberType< S > DiagOutput() { DiagnosticOutput(static_cast< const typename S::ReferenceClass * >(this) ->ToString());return this->PrivateGetRefMember();} )

◆ GetLocation()

MAXON_METHOD const SourceLocation& GetLocation ( ) const

Returns the file location where the error was created.

Returns: Location (file and line) of the error creation.

◆ SetLocation()

MAXON_METHOD void SetLocation ( MAXON_SOURCE_LOCATION_DECLARATION )

Sets the file location where the error was created.

Parameters

[in] allocLocation Location (file and line) of the error creation.

@MAXON_ANNOTATION{returnsThis,noResult}

◆ GetStackTrace()

MAXON_METHOD Block<void* const> GetStackTrace ( ) const

Returns the stack trace of this error. This may be empty.

Returns: Error stack trace.

◆ SetStackTrace() [1/2]

MAXON_METHOD void SetStackTrace ( const Block< void *const > & trace )

Sets the stack trace of this error.

Parameters

[in] trace Error stack trace to use for this error.

@MAXON_ANNOTATION{returnsThis,noResult}

◆ SetStackTrace() [2/2]

MAXON_FUNCTION void SetStackTrace ( Int skip = STACKTRACE_SKIP )

Sets the stack trace of this error to the current stack trace. The skip parameter allows to skip the topmost stack frames, which are typically insignificant as they include the SetStackTrace invocation itself.

Parameters

[in] skip Number of stack frames to skip. A reasonable value may depend on the compiler and its settings and also on the context (e.g., whether the compiler inlined functions at the specific call site or not).

@MAXON_ANNOTATION{returnsThis,noResult}

◆ IsCancellation()

MAXON_FUNCTION Bool IsCancellation ( ) const

Returns true if an OperationCancelledError was returned.

Returns: True if the error is a cancellation, false otherwise.

◆ GetMessage()

MAXON_METHOD String GetMessage ( ) const

Returns the message of this error.

Returns: Error message.

◆ SetMessage()

MAXON_METHOD void SetMessage ( const String & message )

Sets the message of this error.

Parameters

[in] message Error message to use for this error.

@MAXON_ANNOTATION{returnsThis,noResult}

◆ FormatMessage()

MAXON_METHOD String FormatMessage	(	const LanguageRef &	language,
		const PartFormatter &	partFormatter
	)		const

Formats the message using the given language and formatter. The default implementation uses the delegate set by SetMessageDelegate or just GetMessage() if no such delegate has been set. This method can be overridden to support more human-friendly messages. The implementation may use the partFormatter to allow for customization of the formatting of certain parts of the error message.

Parameters

[in]	language	The language to use, may be left empty.
[in]	partFormatter	A delegate which is used to format parts of the message such as data types, can be null.

Returns: Formatted human-readable message.

◆ SetMessageDelegate()

MAXON_METHOD void SetMessageDelegate ( Delegate< String(const LanguageRef &language, const ErrorInterface::PartFormatter &fmt)> && message )

Sets a message delegate for this error. You can use the delegate instead of a fixed String message if you want to customize the message for different languages or allow for more human-friendly formatting of parts of the message.

Parameters

[in] message Error message delegate to use for this error.

@MAXON_ANNOTATION{returnsThis,noResult}

◆ FormatPart()

static MAXON_FUNCTION String FormatPart	(	const LanguageRef &	language,
		const ErrorInterface::PartFormatter &	fmt,
		const T &	part
	)

static

Formats part using the given formatter and language. If the formatter is a null object, GlobalToString is used to convert part into a String.

Parameters

[in]	language	The language to use, may be left empty.
[in]	fmt	The part formatter to use, can be null.
[in]	part	The part of an error message to format.

Returns: Formatted human-readable string representation of part.

◆ GetCause()

MAXON_METHOD const Error& GetCause ( ) const

Returns the cause of this error. A cause is itself an error of which the current error is a subsequent error.

Returns: Cause of this error, this will be a null reference in most cases.

◆ SetCause()

MAXON_METHOD void SetCause ( const Error & cause )

Sets the cause of this error. A cause is itself an error of which the current error is a subsequent error.

Parameters

[in] cause Cause to use for this error.

@MAXON_ANNOTATION{returnsThis,noResult}

◆ GetMachine()

MAXON_METHOD void GetMachine ( MachineRef & machine ) const

Returns the machine that caused this error.

Parameters

[out] machine Receives the machine that caused this error.

◆ SetMachine()

MAXON_METHOD void SetMachine ( const MachineRef & machine )

Sets the machine that caused this error.

Parameters

[in] machine Machine that caused this error.

◆ PrivateGetCode()

MAXON_METHOD Int PrivateGetCode ( ) const

◆ PrivateSetCode()

MAXON_METHOD void PrivateSetCode ( Int code )

@MAXON_ANNOTATION{returnsThis,noResult}

◆ PrivateSetPreallocation()

MAXON_METHOD void PrivateSetPreallocation ( ThreadReferencedError preallocation ) const

◆ PrivateGetPreallocation()

MAXON_METHOD ThreadReferencedError PrivateGetPreallocation ( ) const

◆ PrivateSetDebugError()

MAXON_METHOD void PrivateSetDebugError ( const Error & cause ) const

Friends And Related Function Documentation

◆ maxon::ClassInterface

friend class maxon::ClassInterface

friend

◆ maxon::ComponentDescriptor

friend class maxon::ComponentDescriptor

friend

◆ maxon::StrongCOWRefHandler

friend class maxon::StrongCOWRefHandler

friend

Member Data Documentation

◆ _interface

maxon::InterfaceReference _interface

static

◆ _staticInterface

maxon::NonvirtualInterfaceReference _staticInterface

static

◆ REFERENCE_KIND

const maxon::EntityBase::FLAGS REFERENCE_KIND

static

Detailed Description

Classes

Public Types

Public Member Functions

Static Public Member Functions

Static Public Attributes

Protected Member Functions

Private Member Functions

Static Private Member Functions

Friends

Additional Inherited Members

Member Typedef Documentation

◆ Interface

◆ IsAllocType

◆ Ptr

◆ ConstPtr

◆ PartFormatter

Constructor & Destructor Documentation

◆ ~ ErrorInterface()

◆ ErrorInterface() [1/2]

◆ ErrorInterface() [2/2]

Member Function Documentation

◆ GetInterfaceId()

◆ Alloc() [1/2]

◆ GetPtr() [1/2]

◆ GetPtr() [2/2]

◆ PrivateInstantiateNullValueHelper()

◆ PrivateGetInterface()

◆ Alloc() [2/2]

◆ GetInfoOffset()

◆ operator=()

◆ PrivateCheckClass()

◆ MAXON_ADD_TO_COPY_ON_WRITE_REFERENCE_CLASS()

◆ MAXON_ADD_TO_CONST_REFERENCE_CLASS()

◆ GetLocation()

◆ SetLocation()

◆ GetStackTrace()

◆ SetStackTrace() [1/2]

◆ SetStackTrace() [2/2]

◆ IsCancellation()

◆ GetMessage()

◆ SetMessage()

◆ FormatMessage()

◆ SetMessageDelegate()

◆ FormatPart()

◆ GetCause()

◆ SetCause()

◆ GetMachine()

◆ SetMachine()

◆ PrivateGetCode()

◆ PrivateSetCode()

◆ PrivateSetPreallocation()

◆ PrivateGetPreallocation()

◆ PrivateSetDebugError()

Friends And Related Function Documentation

◆ maxon::ClassInterface

◆ maxon::ComponentDescriptor

◆ maxon::StrongCOWRefHandler

Member Data Documentation

◆ _interface

◆ _staticInterface

◆ REFERENCE_KIND