A dispatchable managing the pointer to the dispatcher. More...
#include <auto_dispatchable.h>
Inheritance diagram for sigx::auto_dispatchable:
Protected Member Functions | |
| auto_dispatchable (dispatcher_ptr disp) | |
| ~auto_dispatchable () | |
 Protected Member Functions inherited from sigx::dispatchable | |
| dispatchable () | |
| ~dispatchable () throw () | |
| void | invalidate_tunnels () |
| Invalidate those tunnels (and disconnect them from signals) that have registered themselves with add_dispatcher_change_notify_callback() when the validity tracking was activated. More... | |
| dispatcher_ptr | dispatcher () const throw () |
| non-volatile access to the dispatcher pointer in the current thread More... | |
Additional Inherited Members | |
| Public Types inherited from sigx::dispatchable | |
| typedef void(* | func_dispatcher_change_notify )(void *) |
| Public Member Functions inherited from sigx::dispatchable | |
| void | add_dispatcher_change_notify_callback (void *data, func_dispatcher_change_notify func) const |
| void | remove_dispatcher_change_notify_callback (void *data) const |
| Protected Attributes inherited from sigx::dispatchable | |
| internal::rwlockable_dispatcher_ptr * | m_disp_ptr |
Detailed Description
A dispatchable managing the pointer to the dispatcher.
the dispatcher reference is initialized with a dispatcher automatically in the ctor, thus, an auto-dispatchable is especially useful for classes running in the default glib main context. if you need manual control over which dispatcher your derived class should use (like for threads), then use the manual_dispatchable
- Note
- non-copyable. If you want to pass around the dispatchable then use a sigx::shared_dispatchable instead
Constructor & Destructor Documentation
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References sigx::dispatchable::invalidate_tunnels(), and sigx::dispatchable::m_disp_ptr.
The documentation for this class was generated from the following files:
