Applications that need to perform specific actions before the system transitions can register for power events. Therefore, most applications do not need to take any special action. When the system enters sleep, it will automatically preserve the state of the entire system and all applications. For more information, see System Wake-up Events. If the system wakes automatically ( PBT_APMRESUMEAUTOMATIC), none of the timers are relevant. You can suspend system operation by using the SetSuspendState function. If power is low, an application can request user intervention or request that the system suspend itself. If this counter reaches zero and there has not been any user input, the system enters sleep. The system tracks each thread that calls SetThreadExecutionState and adjusts the counter accordingly. The system maintains a count of applications that have called SetThreadExecutionState. Similarly, if the system idle timer is greater than the system time-out value and no applications have requested the system by calling SetThreadExecutionState with ES_SYSTEM_REQUIRED, the system enters sleep. If the display idle timer value is greater than the display time-out value, and no threads have requested the display by calling SetThreadExecutionState with ES_DISPLAY_REQUIRED, the system powers off the display. The system compares the idle timers to the values configured in the power plan. To maintain the time since the last user input, the system uses a display idle timer and a system idle timer. Note that most productivity applications do not need to use SetThreadExecutionState because the system can usually determine activity by user input. Event-handling applications, such as tools for managing incoming faxes, must call SetThreadExecutionState with ES_SYSTEM_REQUIRED, handle the event, and then clear the flag so the system can return to sleep. Presentation and multimedia applications must call the SetThreadExecutionState function with ES_DISPLAY_REQUIRED so that the system will know that it should not put the display device to sleep. This function prevents the system from entering sleep or turning off the display while the application is running. To notify the system that your application is busy, use the SetThreadExecutionState function. However, it may appear that the application is idle during the presentation, causing the system to turn off the display. For example, a presentation application requires the screen for display. However, there are other activities that the system cannot detect. The system can detect certain activities, such as user input or network communications. The default value is 3600 seconds (1 hour).As long as the system determines that there is user or application activity, it will not enter sleep. A zero entry means the OAuth Token always remains valid. A zero entry means the idle session timeout is restricted.Įnable to allow multiple open sessions, such as in other browsers or on other computers.Įnable to allow a logged-in admin's IP address to change during a session and remain logged in.Įnter the number of seconds that an OAuth access token remains valid. The default value is 1440 minutes (24 hours).Įnter the number of minutes an active session can be idle (not interacting with the console) before an admin is automatically logged out. A zero entry means forced session timeout is restricted. Override only means they override the settings, and Inherit or Override means you can choose to inherit or override settings in child OGs that exist below the currently selected OG.Įnter the number of minutes an active session lasts before an admin is automatically logged out. Inherit only means child OGs are only allowed to inherit these settings.
0 Comments
Leave a Reply. |
Details
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |