A concrete TAO_LF_Strategy for ORB configurations that use the Leader/Followers event loop. More...
#include <LF_Strategy_Complete.h>
Public Member Functions | |
Virtual Methods | |
Please check the documentation in TAO_LF_Strategy | |
virtual | ~TAO_LF_Strategy_Complete (void) |
virtual void | set_upcall_thread (TAO_Leader_Follower &) |
The current thread will handle an upcall. | |
virtual int | set_event_loop_thread (ACE_Time_Value *max_wait_time, TAO_Leader_Follower &) |
The current thread is entering the reactor event loop. | |
virtual void | reset_event_loop_thread (int call_reset, TAO_Leader_Follower &) |
The current thread is leaving the event loop. |
A concrete TAO_LF_Strategy for ORB configurations that use the Leader/Followers event loop.
TAO_LF_Strategy_Complete::~TAO_LF_Strategy_Complete | ( | void | ) | [virtual] |
void TAO_LF_Strategy_Complete::reset_event_loop_thread | ( | int | call_reset, |
TAO_Leader_Follower & | |||
) | [virtual] |
The current thread is leaving the event loop.
When the thread leaves the event loop a new leader must be elected.
Implements TAO_LF_Strategy.
int TAO_LF_Strategy_Complete::set_event_loop_thread | ( | ACE_Time_Value * | max_wait_time, |
TAO_Leader_Follower & | |||
) | [virtual] |
The current thread is entering the reactor event loop.
Threads that block in the reactor event loop become "server" threads for the Leader/Follower set. They must be flagged specially because they do not wait for one specific event, but for any event whatsoever.
Implements TAO_LF_Strategy.
void TAO_LF_Strategy_Complete::set_upcall_thread | ( | TAO_Leader_Follower & | ) | [virtual] |
The current thread will handle an upcall.
Threads that handle requests can block for long periods of time, causing deadlocks if they don't elect a new leader before starting the upcall the system can become non-responsive or dead-lock.
Implements TAO_LF_Strategy.