#include "Engine/World.h"
#include "Engine/OverlapResult.h"
#include "CollisionDebugDrawingPublic.h"
#include "Physics/Experimental/PhysScene_Chaos.h"
#include "Physics/PhysicsInterfaceUtils.h"
#include "Physics/PhysicsQueryHandler.h"
#include "Physics/SceneQueryData.h"
#include "Collision/CollisionConversions.h"
#include "PhysicsEngine/ClusterUnionComponent.h"
#include "PhysicsEngine/CollisionQueryFilterCallback.h"
#include "PhysicsEngine/ExternalSpatialAccelerationPayload.h"
#include "PhysicsEngine/ScopedSQHitchRepeater.h"
#include "Chaos/ChaosArchive.h"
#include "Serialization/MemoryReader.h"
#include "Serialization/MemoryWriter.h"
#include "Collision/CollisionDebugDrawing.h"
#include "ChaosVDSQTraceHelper.h"
#include "PhysicsEngine/CollisionAnalyzerCapture.h"
#include "Physics/Experimental/ChaosInterfaceWrapper.h"
#include "PBDRigidsSolver.h"

Classes
struct	FGeomSQAdditionalInputs

struct	FGeomCollectionSQAdditionalInputs

struct	FPhysicsGeometrySQAdditionalInputs

struct	FRaycastSQAdditionalInputs

struct	TSQTraits< InHitType, InGeometryQuery, InSingleMultiOrTest >

struct	FClusterUnionHit

struct	FDefaultAccelContainer

struct	FOverrideAccelContainer< AccelType >

Namespaces
namespace	Chaos

namespace	Chaos::Private

Macros
#define	DEFINE_GENERIC_GEOM_FOR_ACCEL(TACCEL)

Typedefs
template<typename GeomType >
using	TGeomSQInputs = std::conditional_t< std::is_same_v< GeomType, FPhysicsGeometryCollection >, FGeomCollectionSQAdditionalInputs, std::conditional_t< std::is_same_v< GeomType, FCollisionShape >, FGeomSQAdditionalInputs, std::conditional_t< std::is_same_v< GeomType, FPhysicsGeometry >, FPhysicsGeometrySQAdditionalInputs, void > > >

using	EThreadQueryContext = Chaos::EThreadQueryContext

using	EQueryInfo = Chaos::EQueryInfo

Enumerations
enum class	ESingleMultiOrTest : uint8 { Single , Multi , Test }

enum class	ESweepOrRay : uint8 { Raycast , Sweep }

Functions
	CSV_DEFINE_CATEGORY (SceneQuery, false)

bool	GetIgnoreQueryHandler ()

template<typename GeomType >
TGeomSQInputs< GeomType >	GeomToSQInputs (const GeomType &Geom, const FQuat &Rot)

bool	BuildQueryShape (const FCollisionShape &CollisionShape, Chaos::FQueryShape &OutQueryShape)

bool	BuildQueryShape (const FPhysicsGeometryCollection &GeometryCollection, Chaos::FQueryShape &OutQueryShape)

void	ConvertToConvex (const Chaos::FQueryShape &QueryShape, Chaos::FImplicitObjectPtr &OutConvex)

EThreadQueryContext	GetThreadQueryContext (const Chaos::FPhysicsSolver &Solver)

template<typename Traits , typename GeomInputsType , typename AccelContainerType >
bool	TSceneCastCommonImpWithRetryRequest (const UWorld *World, typename Traits::OutHitsType &OutHits, const GeomInputsType &GeomInputs, const FVector Start, const FVector End, ECollisionChannel TraceChannel, const struct FCollisionQueryParams &Params, const struct FCollisionResponseParams &ResponseParams, const struct FCollisionObjectQueryParams &ObjectParams, const AccelContainerType &AccelContainer, bool &bOutRequestRetry, FCollisionQueryParams &OutRetryParams)

template<typename Traits , typename GeomInputsType , typename AccelContainerType >
bool	TSceneCastCommonImp (const UWorld *World, typename Traits::OutHitsType &OutHits, const GeomInputsType &GeomInputs, const FVector Start, const FVector End, ECollisionChannel TraceChannel, const struct FCollisionQueryParams &Params, const struct FCollisionResponseParams &ResponseParams, const struct FCollisionObjectQueryParams &ObjectParams, const AccelContainerType &AccelContainer)

template<typename HitType , typename PTHitType , ESweepOrRay SweepOrRay, ESingleMultiOrTest SingleMultiOrTest, typename GeomInputsType , typename OutHitsType , typename AccelContainerType >
bool	TraceCommonImp (const EThreadQueryContext ThreadContext, const UWorld *World, OutHitsType &OutHits, const GeomInputsType &GeomInputs, const FVector Start, const FVector End, ECollisionChannel TraceChannel, const struct FCollisionQueryParams &Params, const struct FCollisionResponseParams &ResponseParams, const struct FCollisionObjectQueryParams &ObjectParams, const AccelContainerType &AccelContainer)

template<ESweepOrRay SweepOrRay, ESingleMultiOrTest SingleMultiOrTest, typename GeomInputsType , typename OutHitsType , typename AccelContainerType >
bool	TraceCommonImp (const EThreadQueryContext ThreadContext, const UWorld *World, OutHitsType &OutHits, const GeomInputsType &GeomInputs, const FVector Start, const FVector End, ECollisionChannel TraceChannel, const struct FCollisionQueryParams &Params, const struct FCollisionResponseParams &ResponseParams, const struct FCollisionObjectQueryParams &ObjectParams, const AccelContainerType &AccelContainer)

template<ESingleMultiOrTest SingleMultiOrTest, typename GeomInputsType , typename OutHitsType >
bool	RaycastWithQueryHandler (UPhysicsQueryHandler &QueryHandler, const EThreadQueryContext ThreadContext, const UWorld *World, OutHitsType &OutHits, const GeomInputsType &GeomInputs, const FVector Start, const FVector End, const Chaos::FCommonQueryData &CommonData)

template<ESingleMultiOrTest SingleMultiOrTest, typename OutHitsType >
bool	SweepWithQueryHandler (UPhysicsQueryHandler &QueryHandler, const EThreadQueryContext ThreadContext, const UWorld *World, OutHitsType &OutHits, const Chaos::FQueryShape &QueryShape, const FQuat &GeomRot, const FVector Start, const FVector End, const Chaos::FCommonQueryData &CommonData)

template<ESingleMultiOrTest SingleMultiOrTest, typename OutHitsType >
bool	SweepWithQueryHandler (UPhysicsQueryHandler &QueryHandler, const EThreadQueryContext ThreadContext, const UWorld *World, OutHitsType &OutHits, const FGeomSQAdditionalInputs &GeomInputs, const FVector Start, const FVector End, const Chaos::FCommonQueryData &CommonData)

template<ESingleMultiOrTest SingleMultiOrTest, typename OutHitsType >
bool	SweepWithQueryHandler (UPhysicsQueryHandler &QueryHandler, const EThreadQueryContext ThreadContext, const UWorld *World, OutHitsType &OutHits, const FGeomCollectionSQAdditionalInputs &GeomInputs, const FVector Start, const FVector End, const Chaos::FCommonQueryData &CommonData)

template<ESweepOrRay SweepOrRay, ESingleMultiOrTest SingleMultiOrTest, typename OutHitsType , typename GeomInputsType , typename AccelContainerType = FDefaultAccelContainer>
bool	TSceneCastCommon (const UWorld *World, OutHitsType &OutHits, const GeomInputsType &GeomInputs, const FVector Start, const FVector End, ECollisionChannel TraceChannel, const struct FCollisionQueryParams &Params, const struct FCollisionResponseParams &ResponseParams, const struct FCollisionObjectQueryParams &ObjectParams, const AccelContainerType &AccelContainer=FDefaultAccelContainer{})

template<typename OverlapHitType , EQueryInfo InfoType, typename CollisionAnalyzerType , typename AccelContainerType >
bool	GeomOverlapMultiImp (const UWorld *World, const FPhysicsGeometry &Geom, const CollisionAnalyzerType &CollisionAnalyzerShape, const FTransform &GeomPose, TArray< FOverlapResult > &OutOverlaps, ECollisionChannel TraceChannel, const struct FCollisionQueryParams &Params, const struct FCollisionResponseParams &ResponseParams, const struct FCollisionObjectQueryParams &ObjectParams, const AccelContainerType &AccelContainer)

template<EQueryInfo InfoType, typename GeomType , typename AccelContainerType = FDefaultAccelContainer>
bool	GeomOverlapMultiHelper (const EThreadQueryContext ThreadContext, const UWorld *World, const GeomType &InGeom, const FTransform &GeomPose, TArray< FOverlapResult > &OutOverlaps, ECollisionChannel TraceChannel, const struct FCollisionQueryParams &Params, const struct FCollisionResponseParams &ResponseParams, const struct FCollisionObjectQueryParams &ObjectParams, const AccelContainerType &AccelContainer=FDefaultAccelContainer{})

template<EQueryInfo InfoType>
bool	GeomOverlapMultiHelperWithQueryHandler (UPhysicsQueryHandler &QueryHandler, const EThreadQueryContext ThreadContext, const UWorld *World, const Chaos::FQueryShape &QueryShape, const FTransform &GeomPose, TArray< FOverlapResult > &OutOverlaps, ECollisionChannel TraceChannel, const struct FCollisionQueryParams &Params, const struct FCollisionResponseParams &ResponseParams, const struct FCollisionObjectQueryParams &ObjectParams)

template<EQueryInfo InfoType>
bool	GeomOverlapMultiHelperWithQueryHandler (UPhysicsQueryHandler &QueryHandler, const EThreadQueryContext ThreadContext, const UWorld *World, const FCollisionShape &CollisionShape, const FTransform &GeomPose, TArray< FOverlapResult > &OutOverlaps, ECollisionChannel TraceChannel, const struct FCollisionQueryParams &Params, const struct FCollisionResponseParams &ResponseParams, const struct FCollisionObjectQueryParams &ObjectParams)

template<EQueryInfo InfoType>
bool	GeomOverlapMultiHelperWithQueryHandler (UPhysicsQueryHandler &QueryHandler, const EThreadQueryContext ThreadContext, const UWorld *World, const FPhysicsGeometryCollection &CollisionShape, const FTransform &GeomPose, TArray< FOverlapResult > &OutOverlaps, ECollisionChannel TraceChannel, const struct FCollisionQueryParams &Params, const struct FCollisionResponseParams &ResponseParams, const struct FCollisionObjectQueryParams &ObjectParams)

template<EQueryInfo InfoType, typename GeomType , typename AccelContainerType = FDefaultAccelContainer>
bool	GeomOverlapMultiHelper (const UWorld *World, const GeomType &InGeom, const FTransform &GeomPose, TArray< FOverlapResult > &OutOverlaps, ECollisionChannel TraceChannel, const struct FCollisionQueryParams &Params, const struct FCollisionResponseParams &ResponseParams, const struct FCollisionObjectQueryParams &ObjectParams, const AccelContainerType &AccelContainer=FDefaultAccelContainer{})

Variables
float	DebugLineLifetime = 2.f

Macro Definition Documentation

◆ DEFINE_GENERIC_GEOM_FOR_ACCEL

#define DEFINE_GENERIC_GEOM_FOR_ACCEL ( TACCEL )

Value:

template struct FGenericGeomPhysicsInterfaceUsingSpatialAcceleration<TACCEL, FCollisionShape>;\
template struct FGenericGeomPhysicsInterfaceUsingSpatialAcceleration<TACCEL, FPhysicsGeometry>;\
template struct FGenericGeomPhysicsInterfaceUsingSpatialAcceleration<TACCEL, FPhysicsGeometryCollection>;

Typedef Documentation

◆ EQueryInfo

using EQueryInfo = Chaos::EQueryInfo

◆ EThreadQueryContext

using EThreadQueryContext = Chaos::EThreadQueryContext

◆ TGeomSQInputs

template<typename GeomType >

using TGeomSQInputs = std::conditional_t<std::is_same_v<GeomType, FPhysicsGeometryCollection>, FGeomCollectionSQAdditionalInputs, std::conditional_t<std::is_same_v<GeomType, FCollisionShape>, FGeomSQAdditionalInputs, std::conditional_t<std::is_same_v<GeomType, FPhysicsGeometry>, FPhysicsGeometrySQAdditionalInputs, void> >>

Enumeration Type Documentation

◆ ESingleMultiOrTest

enum class ESingleMultiOrTest : uint8

strong

Enumerator
Single
Multi
Test

◆ ESweepOrRay

enum class ESweepOrRay : uint8

strong

Enumerator
Raycast
Sweep

Function Documentation

◆ BuildQueryShape() [1/2]

bool BuildQueryShape	(	const FCollisionShape &	CollisionShape,
		Chaos::FQueryShape &	OutQueryShape
	)

◆ BuildQueryShape() [2/2]

bool BuildQueryShape	(	const FPhysicsGeometryCollection &	GeometryCollection,
		Chaos::FQueryShape &	OutQueryShape
	)

◆ ConvertToConvex()

void ConvertToConvex	(	const Chaos::FQueryShape &	QueryShape,
		Chaos::FImplicitObjectPtr &	OutConvex
	)

◆ CSV_DEFINE_CATEGORY()

CSV_DEFINE_CATEGORY	(	SceneQuery	,
		false
	)

◆ GeomOverlapMultiHelper() [1/2]

template<EQueryInfo InfoType, typename GeomType , typename AccelContainerType = FDefaultAccelContainer>

bool GeomOverlapMultiHelper	(	const EThreadQueryContext	ThreadContext,
		const UWorld *	World,
		const GeomType &	InGeom,
		const FTransform &	GeomPose,
		TArray< FOverlapResult > &	OutOverlaps,
		ECollisionChannel	TraceChannel,
		const struct FCollisionQueryParams &	Params,
		const struct FCollisionResponseParams &	ResponseParams,
		const struct FCollisionObjectQueryParams &	ObjectParams,
		const AccelContainerType &	AccelContainer = `FDefaultAccelContainer{}`
	)

◆ GeomOverlapMultiHelper() [2/2]

template<EQueryInfo InfoType, typename GeomType , typename AccelContainerType = FDefaultAccelContainer>

bool GeomOverlapMultiHelper	(	const UWorld *	World,
		const GeomType &	InGeom,
		const FTransform &	GeomPose,
		TArray< FOverlapResult > &	OutOverlaps,
		ECollisionChannel	TraceChannel,
		const struct FCollisionQueryParams &	Params,
		const struct FCollisionResponseParams &	ResponseParams,
		const struct FCollisionObjectQueryParams &	ObjectParams,
		const AccelContainerType &	AccelContainer = `FDefaultAccelContainer{}`
	)

◆ GeomOverlapMultiHelperWithQueryHandler() [1/3]

template<EQueryInfo InfoType>

bool GeomOverlapMultiHelperWithQueryHandler	(	UPhysicsQueryHandler &	QueryHandler,
		const EThreadQueryContext	ThreadContext,
		const UWorld *	World,
		const Chaos::FQueryShape &	QueryShape,
		const FTransform &	GeomPose,
		TArray< FOverlapResult > &	OutOverlaps,
		ECollisionChannel	TraceChannel,
		const struct FCollisionQueryParams &	Params,
		const struct FCollisionResponseParams &	ResponseParams,
		const struct FCollisionObjectQueryParams &	ObjectParams
	)

◆ GeomOverlapMultiHelperWithQueryHandler() [2/3]

template<EQueryInfo InfoType>

bool GeomOverlapMultiHelperWithQueryHandler	(	UPhysicsQueryHandler &	QueryHandler,
		const EThreadQueryContext	ThreadContext,
		const UWorld *	World,
		const FCollisionShape &	CollisionShape,
		const FTransform &	GeomPose,
		TArray< FOverlapResult > &	OutOverlaps,
		ECollisionChannel	TraceChannel,
		const struct FCollisionQueryParams &	Params,
		const struct FCollisionResponseParams &	ResponseParams,
		const struct FCollisionObjectQueryParams &	ObjectParams
	)

◆ GeomOverlapMultiHelperWithQueryHandler() [3/3]

template<EQueryInfo InfoType>

bool GeomOverlapMultiHelperWithQueryHandler	(	UPhysicsQueryHandler &	QueryHandler,
		const EThreadQueryContext	ThreadContext,
		const UWorld *	World,
		const FPhysicsGeometryCollection &	CollisionShape,
		const FTransform &	GeomPose,
		TArray< FOverlapResult > &	OutOverlaps,
		ECollisionChannel	TraceChannel,
		const struct FCollisionQueryParams &	Params,
		const struct FCollisionResponseParams &	ResponseParams,
		const struct FCollisionObjectQueryParams &	ObjectParams
	)

◆ GeomOverlapMultiImp()

template<typename OverlapHitType , EQueryInfo InfoType, typename CollisionAnalyzerType , typename AccelContainerType >

bool GeomOverlapMultiImp	(	const UWorld *	World,
		const FPhysicsGeometry &	Geom,
		const CollisionAnalyzerType &	CollisionAnalyzerShape,
		const FTransform &	GeomPose,
		TArray< FOverlapResult > &	OutOverlaps,
		ECollisionChannel	TraceChannel,
		const struct FCollisionQueryParams &	Params,
		const struct FCollisionResponseParams &	ResponseParams,
		const struct FCollisionObjectQueryParams &	ObjectParams,
		const AccelContainerType &	AccelContainer
	)

◆ GeomToSQInputs()

template<typename GeomType >

TGeomSQInputs< GeomType > GeomToSQInputs	(	const GeomType &	Geom,
		const FQuat &	Rot
	)

◆ GetIgnoreQueryHandler()

bool GetIgnoreQueryHandler ( )

◆ GetThreadQueryContext()

EThreadQueryContext GetThreadQueryContext ( const Chaos::FPhysicsSolver & Solver )

◆ RaycastWithQueryHandler()

template<ESingleMultiOrTest SingleMultiOrTest, typename GeomInputsType , typename OutHitsType >

bool RaycastWithQueryHandler	(	UPhysicsQueryHandler &	QueryHandler,
		const EThreadQueryContext	ThreadContext,
		const UWorld *	World,
		OutHitsType &	OutHits,
		const GeomInputsType &	GeomInputs,
		const FVector	Start,
		const FVector	End,
		const Chaos::FCommonQueryData &	CommonData
	)

◆ SweepWithQueryHandler() [1/3]

template<ESingleMultiOrTest SingleMultiOrTest, typename OutHitsType >

bool SweepWithQueryHandler	(	UPhysicsQueryHandler &	QueryHandler,
		const EThreadQueryContext	ThreadContext,
		const UWorld *	World,
		OutHitsType &	OutHits,
		const Chaos::FQueryShape &	QueryShape,
		const FQuat &	GeomRot,
		const FVector	Start,
		const FVector	End,
		const Chaos::FCommonQueryData &	CommonData
	)

◆ SweepWithQueryHandler() [2/3]

template<ESingleMultiOrTest SingleMultiOrTest, typename OutHitsType >

bool SweepWithQueryHandler	(	UPhysicsQueryHandler &	QueryHandler,
		const EThreadQueryContext	ThreadContext,
		const UWorld *	World,
		OutHitsType &	OutHits,
		const FGeomCollectionSQAdditionalInputs &	GeomInputs,
		const FVector	Start,
		const FVector	End,
		const Chaos::FCommonQueryData &	CommonData
	)

◆ SweepWithQueryHandler() [3/3]

template<ESingleMultiOrTest SingleMultiOrTest, typename OutHitsType >

bool SweepWithQueryHandler	(	UPhysicsQueryHandler &	QueryHandler,
		const EThreadQueryContext	ThreadContext,
		const UWorld *	World,
		OutHitsType &	OutHits,
		const FGeomSQAdditionalInputs &	GeomInputs,
		const FVector	Start,
		const FVector	End,
		const Chaos::FCommonQueryData &	CommonData
	)

◆ TraceCommonImp() [1/2]

template<typename HitType , typename PTHitType , ESweepOrRay SweepOrRay, ESingleMultiOrTest SingleMultiOrTest, typename GeomInputsType , typename OutHitsType , typename AccelContainerType >

bool TraceCommonImp	(	const EThreadQueryContext	ThreadContext,
		const UWorld *	World,
		OutHitsType &	OutHits,
		const GeomInputsType &	GeomInputs,
		const FVector	Start,
		const FVector	End,
		ECollisionChannel	TraceChannel,
		const struct FCollisionQueryParams &	Params,
		const struct FCollisionResponseParams &	ResponseParams,
		const struct FCollisionObjectQueryParams &	ObjectParams,
		const AccelContainerType &	AccelContainer
	)

◆ TraceCommonImp() [2/2]

template<ESweepOrRay SweepOrRay, ESingleMultiOrTest SingleMultiOrTest, typename GeomInputsType , typename OutHitsType , typename AccelContainerType >

bool TraceCommonImp	(	const EThreadQueryContext	ThreadContext,
		const UWorld *	World,
		OutHitsType &	OutHits,
		const GeomInputsType &	GeomInputs,
		const FVector	Start,
		const FVector	End,
		ECollisionChannel	TraceChannel,
		const struct FCollisionQueryParams &	Params,
		const struct FCollisionResponseParams &	ResponseParams,
		const struct FCollisionObjectQueryParams &	ObjectParams,
		const AccelContainerType &	AccelContainer
	)

◆ TSceneCastCommon()

template<ESweepOrRay SweepOrRay, ESingleMultiOrTest SingleMultiOrTest, typename OutHitsType , typename GeomInputsType , typename AccelContainerType = FDefaultAccelContainer>

bool TSceneCastCommon	(	const UWorld *	World,
		OutHitsType &	OutHits,
		const GeomInputsType &	GeomInputs,
		const FVector	Start,
		const FVector	End,
		ECollisionChannel	TraceChannel,
		const struct FCollisionQueryParams &	Params,
		const struct FCollisionResponseParams &	ResponseParams,
		const struct FCollisionObjectQueryParams &	ObjectParams,
		const AccelContainerType &	AccelContainer = `FDefaultAccelContainer{}`
	)

◆ TSceneCastCommonImp()

template<typename Traits , typename GeomInputsType , typename AccelContainerType >

bool TSceneCastCommonImp	(	const UWorld *	World,
		typename Traits::OutHitsType &	OutHits,
		const GeomInputsType &	GeomInputs,
		const FVector	Start,
		const FVector	End,
		ECollisionChannel	TraceChannel,
		const struct FCollisionQueryParams &	Params,
		const struct FCollisionResponseParams &	ResponseParams,
		const struct FCollisionObjectQueryParams &	ObjectParams,
		const AccelContainerType &	AccelContainer
	)

◆ TSceneCastCommonImpWithRetryRequest()

template<typename Traits , typename GeomInputsType , typename AccelContainerType >

bool TSceneCastCommonImpWithRetryRequest	(	const UWorld *	World,
		typename Traits::OutHitsType &	OutHits,
		const GeomInputsType &	GeomInputs,
		const FVector	Start,
		const FVector	End,
		ECollisionChannel	TraceChannel,
		const struct FCollisionQueryParams &	Params,
		const struct FCollisionResponseParams &	ResponseParams,
		const struct FCollisionObjectQueryParams &	ObjectParams,
		const AccelContainerType &	AccelContainer,
		bool &	bOutRequestRetry,
		FCollisionQueryParams &	OutRetryParams
	)

(UE_BUILD_SHIPPING || UE_BUILD_TEST)

Variable Documentation

◆ DebugLineLifetime

float DebugLineLifetime = 2.f

Classes

Namespaces

Macros

Typedefs

Enumerations

Functions

Variables

Macro Definition Documentation

◆ DEFINE_GENERIC_GEOM_FOR_ACCEL

Typedef Documentation

◆ EQueryInfo

◆ EThreadQueryContext

◆ TGeomSQInputs

Enumeration Type Documentation

◆ ESingleMultiOrTest

◆ ESweepOrRay

Function Documentation

◆ BuildQueryShape() [1/2]

◆ BuildQueryShape() [2/2]

◆ ConvertToConvex()

◆ CSV_DEFINE_CATEGORY()

◆ GeomOverlapMultiHelper() [1/2]

◆ GeomOverlapMultiHelper() [2/2]

◆ GeomOverlapMultiHelperWithQueryHandler() [1/3]

◆ GeomOverlapMultiHelperWithQueryHandler() [2/3]

◆ GeomOverlapMultiHelperWithQueryHandler() [3/3]

◆ GeomOverlapMultiImp()

◆ GeomToSQInputs()

◆ GetIgnoreQueryHandler()

◆ GetThreadQueryContext()

◆ RaycastWithQueryHandler()

◆ SweepWithQueryHandler() [1/3]

◆ SweepWithQueryHandler() [2/3]

◆ SweepWithQueryHandler() [3/3]

◆ TraceCommonImp() [1/2]

◆ TraceCommonImp() [2/2]

◆ TSceneCastCommon()

◆ TSceneCastCommonImp()

◆ TSceneCastCommonImpWithRetryRequest()

Variable Documentation

◆ DebugLineLifetime