Lines Matching full:phase

234 always go together, and both are multi-phase operations.
271 sleep states and the hibernation state ("suspend-to-disk").  Each phase involves
272 executing callbacks for every device before the next phase begins.  Not all
285 rules are used to determine which callback to execute in the given phase:
318     1.	The ``prepare`` phase is meant to prevent races by preventing new
323 	suspend-related phases, during the ``prepare`` phase the device
393     4.	The ``suspend_noirq`` phase occurs after IRQ handlers have been disabled,
402 	an error during the suspend phase by fielding a shared interrupt
432 	generally means undoing the actions of the ``suspend_noirq`` phase.  If
446 	the preceding ``suspend_late`` phase.
450 	undoing the actions of the ``suspend`` phase.
452     4.	The ``complete`` phase should undo the actions of the ``prepare`` phase.
454         ``complete`` phase the device hierarchy is traversed bottom-up.
458 	until the ``complete`` phase runs.
522     1.	The ``prepare`` phase is discussed in the "Entering System Suspend"
531     3.	The ``freeze_late`` phase is analogous to the ``suspend_late`` phase
535     4.	The ``freeze_noirq`` phase is analogous to the ``suspend_noirq`` phase
543     5.	The ``thaw_noirq`` phase is analogous to the ``resume_noirq`` phase
546 	phase.
548     6.	The ``thaw_early`` phase is analogous to the ``resume_early`` phase
552     7.	The ``thaw`` phase is analogous to the ``resume`` phase discussed
556     8.	The ``complete`` phase is discussed in the "Leaving System Suspend"
564     9.	The ``prepare`` phase is discussed above.
566     10.	The ``poweroff`` phase is analogous to the ``suspend`` phase.
568     11.	The ``poweroff_late`` phase is analogous to the ``suspend_late`` phase.
570     12.	The ``poweroff_noirq`` phase is analogous to the ``suspend_noirq`` phase.
627     1.	The ``restore_noirq`` phase is analogous to the ``resume_noirq`` phase.
629     2.	The ``restore_early`` phase is analogous to the ``resume_early`` phase.
631     3.	The ``restore`` phase is analogous to the ``resume`` phase.
633     4.	The ``complete`` phase is discussed above.
833 "suspend" phase of suspend-type transitions.  If the driver or the middle layer