Difference between revisions of "cpp/thread"
From cppreference.com
< cpp
(→Futures: +c++11) |
(→Futures: move to templates) |
||
| Line 59: | Line 59: | ||
{{dcl list begin}} | {{dcl list begin}} | ||
{{dcl list header | future}} | {{dcl list header | future}} | ||
| − | {{dcl list | + | {{dcl list template | cpp/thread/dcl list promise}} |
| − | {{dcl list | + | {{dcl list template | cpp/thread/dcl list packaged_task}} |
| − | {{dcl list | + | {{dcl list template | cpp/thread/dcl list future}} |
| − | {{dcl list | + | {{dcl list template | cpp/thread/dcl list shared_future}} |
| − | {{dcl list | + | {{dcl list template | cpp/thread/dcl list async}} |
| − | {{dcl list | + | {{dcl list template | cpp/thread/dcl list launch}} |
{{dcl list end}} | {{dcl list end}} | ||
Revision as of 01:39, 23 April 2012
Contents |
Threads
Threads enable the program to execute across several processor cores.
| Defined in header
<thread> | |
Functions managing the current thread | |
| Defined in namespace
this_thread |
Mutual exclusion
Mutual exclusion algorithms restrict access to a shared resource so that only one thread can access it at a time. This allows to avoid data races and to implement synchronization between threads.
Condition variables
A condition variable is a synchronization primitive which implements a list of threads that are waiting until another thread notifies one or all of the waiting threads that they may proceed, until a timeout expires, or until a spurious wakeup occurs. A condition variable is always associated with a mutex.
| (C++11) |
provides a condition variable assocaited with std::unique_lock (class) |
| (C++11) |
provides a condition varibale associated with any lock type (class) |
| (C++11) |
schedules a call to notify_all to be invoked when this thread exits (function) |
| (C++11) |
lists the possible results of timed waits on condition variables (enum) |
Futures
| This section is incomplete |
