Lines Matching full:grp0

35  *               GRP0:0 - GRP0:2               GRP0:3 - GRP0:5
37  * LVL 0  [GRP0:0]  [GRP0:1]  [GRP0:2]  [GRP0:3]  [GRP0:4]  [GRP0:5]
122  * as GRP0:1 will not change during the scenario):
125  *                     migrator = GRP0:1
126  *                     active   = GRP0:0, GRP0:1
128  *    LVL 0  [GRP0:0]                  [GRP0:1]
137  *    only GRP0:0 is updated. The update of GRP1:0 is pending as CPU0 has to
141  *                     migrator = GRP0:1
142  *                     active   = GRP0:0, GRP0:1
144  *    LVL 0  [GRP0:0]                  [GRP0:1]
152  *    idle. CPU1 updates GRP0:0. The update for GRP1:0 is pending as CPU1 also
158  *                     migrator = GRP0:1
159  *                     active   = GRP0:0, GRP0:1
161  *    LVL 0  [GRP0:0]                  [GRP0:1]
174  *                 --> migrator = GRP0:1
175  *                 --> active   = GRP0:0, GRP0:1
177  *    LVL 0  [GRP0:0]                  [GRP0:1]
187  *                 --> migrator = GRP0:1
188  *                 --> active   = GRP0:1
190  *    LVL 0  [GRP0:0]                  [GRP0:1]
199  * active and is correctly listed as active in GRP0:0. However GRP1:0 does not
200  * have GRP0:0 listed as active, which is wrong. The sequence counter has been
221  *                     migrator = GRP0:1
222  *                     active   = GRP0:1
225  *    LVL 0  [GRP0:0]                  [GRP0:1]
234  *    propagates that to GRP0:1:
237  *                     migrator = GRP0:1
238  *                     active   = GRP0:1
241  *    LVL 0  [GRP0:0]                  [GRP0:1]
259  *    LVL 0  [GRP0:0]                  [GRP0:1]
268  *    propagates that to GRP0:0:
275  *    LVL 0  [GRP0:0]                  [GRP0:1]
283  * 5. GRP0:0 is not active, so the new timer has to be propagated to
294  *    LVL 0  [GRP0:0]                  [GRP0:1]
341  *    time. So both have an event enqueued in the timerqueue of GRP0:0. CPU3 is
346  *                     migrator = GRP0:1
347  *                     active   = GRP0:1
348  *                 --> timerqueue = evt-GRP0:0
350  *    LVL 0  [GRP0:0]                  [GRP0:1]
362  *    GRP0:1. There is no event queued in the timerqueue, so CPU2 continues with
363  *    the parent of GRP0:1: GRP1:0. In GRP1:0 it dequeues the first event. It
368  *                     migrator = GRP0:1
369  *                     active   = GRP0:1
372  *    LVL 0  [GRP0:0]                  [GRP0:1]
385  *    timerqueue of GRP0:0 has still an event for CPU0 enqueued which has just
391  *    in GRP0:0's timerqueue and therefore set in the CPU field of the group
392  *    event which is then enqueued in GRP1:0's timerqueue as GRP0:0 is still not
396  *                     migrator = GRP0:1
397  *                     active   = GRP0:1
398  *                 --> timerqueue = evt-GRP0:0
400  *    LVL 0  [GRP0:0]                  [GRP0:1]
414  * CPU of GRP0:0 is active again. The CPU will mark GRP0:0 active and take care