Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 1234]

▼NEventDetect
CIdleDetectMonitor
▼CInputEventRecorders	Framework for recording event activity from each of the input event devices that are classified as a pointing device (mouse). It is a singleton, but has multiple subordinate threads running, 1 thread for each identified device to monitor
CEventRecorder	Formalizes the event recorder instance and is instantiated for each event recorder thread. These instantiations are wrapped by shared_ptr objects and the shared_ptrs stored in the m_event_recorder_ptrs vector. This is essentially a very specialized thread pool
CMonitor	Framework for monitoring event activity recorded by the EventRecorders class EventRecorder threads. It also monitors changes in the input event devices and resets the EventRecorder threads if they change. It also updates the m_last_active_time. The class is a singleton and has one instantiated thread. It uses locks to protect the event_monitor device paths and the thread. The m_last_active_time is an atomic and requires no explicit locking
CSharedMemoryTimestampExporter	Manages a POSIX shared memory segment for exporting timestamps. Stores an array of two int64_t: {update_time, last_active_time}. Handles creation, mapping, updating, and cleanup via RAII
▼CTtyMonitor
CTty	Small class to hold pts/tty information. It is essentially a struct with a parameterized constructor
▼NIdleDetect
CIdleDetectControlMonitor	Singleton that monitors the idle_detect control pipe. It is used to allow the override of the state of the idle_detect monitor. It is a singleton and has one instantiated thread. Note that a message of the override is propagated to event_detect
CWaylandIdleMonitor	Implements the ext_idle_notifier_v1 protocol to monitor idle state in Wayland. The intent is to properly handle idle detection in Wayland sessions other than KDE or GNOME. This class is a singleton and has one instantiated thread. It is used to monitor the idle state of the Wayland session
▼Ntinyformat
▼Ndetail
CconvertToInt
CconvertToInt< T, true >
CFormatArg
CFormatListN
CFormatListN< 0 >
CformatValueAsType
CformatValueAsType< T, fmtT, true >
▼Cis_convertible
Cfail
Csucceed
Cis_wchar
Cis_wchar< const wchar_t * >
Cis_wchar< const wchar_t[n]>
Cis_wchar< wchar_t * >
Cis_wchar< wchar_t[n]>
Cformat_error
CFormatList
CConfig	Singleton that stores program config read from the config file, with applied defaults if the config file cannot be read, or a config parameter is not in the config file
CEventDetectConfig	The EventDetectConfig class. This specializes the Config class and implements the virtual method ProcessArgs() for event_detect
CEventIdleDetectException	The EventDetectException class is a customized exception handling class for the event_detect application
CEventMessage	Small class that encapsulates the "event message", which is a message sent from the local idle_detect instance to event_detect indicating an event that updates the last active time. The message is effectively timestamp:m_event_type in string format (to make use of pipe easier)
CFileSystemException	File system related exceptions
CIdleDetectConfig	The IdleDetectConfig class. This specializes the Config class and implements the virtual method ProcessArgs() for idle_detect
CThreadException	Threading Related Exceptions