Lines Matching full:cpu2

120  * Therefore, let's take three groups and four CPUs (CPU2 and CPU3 as well
128  *           migrator = CPU0           migrator = CPU2
129  *           active   = CPU0           active   = CPU2
144  *       --> migrator = TMIGR_NONE     migrator = CPU2
145  *       --> active   =                active   = CPU2
161  *       --> migrator = CPU1           migrator = CPU2
162  *       --> active   = CPU1           active   = CPU2
177  *           migrator = CPU1           migrator = CPU2
178  *           active   = CPU1           active   = CPU2
190  *           migrator = CPU1           migrator = CPU2
191  *           active   = CPU1           active   = CPU2
217  * 1. Only CPU2 is active:
225  *           migrator = TMIGR_NONE     migrator = CPU2
226  *           active   =                active   = CPU2
251  *    enqueued, KTIME_MAX is handed back to CPU2.
304  *   CPU2 (tmigr_inactive_up())          CPU0 (tmigr_new_timer_up())
327  * back to CPU0 and also later on to CPU2. So no timer is missed. A concurrent
341  *    also idle and has no global timer pending. CPU2 is the only active CPU and
350  *           migrator = TMIGR_NONE     migrator = CPU2
351  *           active   =                active   = CPU2
360  * 2. CPU2 starts to expire remote timers. It starts with LVL0 group
361  *    GRP0:1. There is no event queued in the timerqueue, so CPU2 continues with
372  *           migrator = TMIGR_NONE     migrator = CPU2
373  *           active   =                active   = CPU2
400  *           migrator = TMIGR_NONE     migrator = CPU2
401  *           active   =                active   = CPU2
409  * Now CPU2 (migrator) will continue step 2 at GRP1:0 and will expire the