DDS::ThreadSettings_t Class Reference

The properties of a thread of execution. More...

#include <managed_infrastructure.h>

Public Attributes
ThreadSettingsKind	mask
	Describes the type of thread.
System::Int32	priority
	Thread priority.
System::Int32	stack_size
	The thread stack-size.
IntSeq^	cpu_list
	The list of processors on which the thread(s) may run.
ThreadSettingsCpuRotationKind	cpu_rotation
	Determines how processor affinity is applied to multiple threads.

Detailed Description

The properties of a thread of execution.

QoS:

DDS::EventQosPolicy DDS::DatabaseQosPolicy DDS::ReceiverPoolQosPolicy DDS::AsynchronousPublisherQosPolicy

Member Data Documentation

ThreadSettingsKind DDS::ThreadSettings_t::mask

Describes the type of thread.

[default] 0, use default options of the OS

System::Int32 DDS::ThreadSettings_t::priority

Thread priority.

[range] Platform-dependent

System::Int32 DDS::ThreadSettings_t::stack_size

The thread stack-size.

[range] Platform-dependent.

IntSeq ^ DDS::ThreadSettings_t::cpu_list

The list of processors on which the thread(s) may run.

A sequence of integers that represent the set of processors on which the thread(s) controlled by this QoS may run. An empty sequence (the default) means the middleware wlll make no CPU affinity adjustments.

Note: This feature is currently only supported on a subset of architectures (see the Platform Notes). The API may change as more architectures are added in future releases.

This value is only relevant to the DDS::ReceiverPoolQosPolicy. It is ignored within other QoS policies that include DDS::ThreadSettings_t.

See Also

Controlling CPU Core Affinity for RTI Threads

[default] Empty sequence

ThreadSettingsCpuRotationKind DDS::ThreadSettings_t::cpu_rotation

Determines how processor affinity is applied to multiple threads.

This value is only relevant to the DDS::ReceiverPoolQosPolicy. It is ignored within other QoS policies that include DDS::ThreadSettings_t.

See Also

Controlling CPU Core Affinity for RTI Threads

Note: This feature is currently only supported on a subset of architectures (see the Platform Notes). The API may change as more architectures are added in future releases.;