sigslot Namespace Reference

Namespaces
namespace	detail
namespace	trait

Classes
class	connection
class	connection_blocker
struct	observer_base
class	scoped_connection
class	signal_base

Typedefs
using	group_id = std::int32_t
using	observer_st = observer_base< detail::null_mutex >
using	observer = observer_base< std::mutex >
template<typename... T>
using	signal_st = signal_base< detail::null_mutex, T... >
template<typename... T>
using	signal = signal_base< std::mutex, T... >

Typedef Documentation

group_id

using sigslot::group_id = typedef std::int32_t

A group_id is used to identify a group of slots

observer

using sigslot::observer = typedef observer_base<std::mutex>

Specialization of observer_base to be used in multi-threaded contexts.

observer_st

using sigslot::observer_st = typedef observer_base<detail::null_mutex>

Specialization of observer_base to be used in single threaded contexts.

signal

template<typename... T>

using sigslot::signal = typedef signal_base<std::mutex, T...>

Specialization of signal_base to be used in multi-threaded contexts. Slot connection, disconnection and signal emission are thread-safe.

Recursive signal emission and emission cycles are supported too.

signal_st

template<typename... T>

using sigslot::signal_st = typedef signal_base<detail::null_mutex, T...>

Specialization of signal_base to be used in single threaded contexts. Slot connection, disconnection and signal emission are not thread-safe. The performance improvement over the thread-safe variant is not impressive, so this is not very useful.