#include <CEC_MT_Dispatching.h>
Inheritance diagram for TAO_CEC_MT_Dispatching:
Public Methods | |
TAO_CEC_MT_Dispatching (int nthreads, int thread_creation_flags, int thread_priority, int force_activate) | |
virtual void | activate (void) |
virtual void | shutdown (void) |
virtual void | push (TAO_CEC_ProxyPushSupplier *proxy, const CORBA::Any &event ACE_ENV_ARG_DECL) |
The consumer represented by <proxy> should receive <event>. | |
virtual void | push_nocopy (TAO_CEC_ProxyPushSupplier *proxy, CORBA::Any &event ACE_ENV_ARG_DECL) |
Private Attributes | |
ACE_Thread_Manager | thread_manager_ |
Use our own thread manager. | |
int | nthreads_ |
The number of active tasks. | |
int | thread_creation_flags_ |
int | thread_priority_ |
The priority of the dispatching threads. | |
int | force_activate_ |
TAO_CEC_Dispatching_Task | task_ |
The dispatching task. | |
TAO_SYNCH_MUTEX | lock_ |
Synchronize access to internal data. | |
int | active_ |
Are the threads running? |
This strategy uses a single queue, serviced by one or more threads. It's main purpose is to decouple the suppliers from the client execution time, specially in the collocated case.
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Constructor It will create <nthreads> servicing threads... |
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Initialize all the data structures, activate any internal threads, etc. Implements TAO_CEC_Dispatching. |
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The consumer represented by <proxy> should receive <event>.
Implements TAO_CEC_Dispatching. |
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Implements TAO_CEC_Dispatching. |
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Deactivate any internal threads and cleanup internal data structures, it should only return once the threads have finished their jobs. Implements TAO_CEC_Dispatching. |
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Are the threads running?
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If activation at the requested priority fails then we fallback on the defaults for thread activation. |
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Synchronize access to internal data.
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The number of active tasks.
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The dispatching task.
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The flags (THR_BOUND, THR_NEW_LWP, etc.) used to create the dispatching threads. |
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Use our own thread manager.
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The priority of the dispatching threads.
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