Running under native JVM
choice mode is deterministic
Priority inheritance CPU
Job 1 created, priority=6, cycles=10, pauseTime=(1 ms, 0 ns), computationTime=(99 ms, 456951 ns)
Job 2 created, priority=5, cycles=10, pauseTime=(2 ms, 0 ns), computationTime=(99 ms, 456951 ns)
Job 3 created, priority=4, cycles=10, pauseTime=(3 ms, 0 ns), computationTime=(99 ms, 456951 ns)
Job 4 created, priority=3, cycles=10, pauseTime=(4 ms, 0 ns), computationTime=(99 ms, 456951 ns)
Simulation starts at time (0 ms, 0 ns) under mode deterministic
(0 ms, 0 ns) Job 1 starts
(0 ms, 0 ns) Job 1 (priority 6) begins hold of (1 ms, 0 ns)
(0 ms, 0 ns) Job 2 starts
(0 ms, 0 ns) Job 2 (priority 5) begins hold of (2 ms, 0 ns)
(0 ms, 0 ns) Job 3 starts
(0 ms, 0 ns) Job 3 (priority 4) begins hold of (3 ms, 0 ns)
(0 ms, 0 ns) Job 4 starts
(0 ms, 0 ns) Job 4 (priority 3) begins hold of (4 ms, 0 ns)
(1 ms, 0 ns) Job 1 (priority 6) returns from hold of (1 ms, 0 ns)
(1 ms, 0 ns) Job 1 (priority 6) starts seize of PI CPU (currently not held)
(1 ms, 0 ns) Job 1 (priority 6) gets PI CPU
(1 ms, 0 ns) Job 1 (priority 6) begins hold of (99 ms, 456951 ns) holding PI CPU
(2 ms, 0 ns) Job 2 (priority 5) returns from hold of (2 ms, 0 ns)
(2 ms, 0 ns) Job 2 (priority 5) starts seize of PI CPU (currently held by Job 1 (priority 6))
(2 ms, 0 ns) Job 2 (priority 5) waits for PI CPU held by Job 1 (priority 6)
(3 ms, 0 ns) Job 3 (priority 4) returns from hold of (3 ms, 0 ns)
(3 ms, 0 ns) Job 3 (priority 4) starts seize of PI CPU (currently held by Job 1 (priority 6))
(3 ms, 0 ns) Job 3 (priority 4) waits for PI CPU held by Job 1 (priority 6)
(4 ms, 0 ns) Job 4 (priority 3) returns from hold of (4 ms, 0 ns)
(4 ms, 0 ns) Job 4 (priority 3) starts seize of PI CPU (currently held by Job 1 (priority 6))
(4 ms, 0 ns) Job 4 (priority 3) waits for PI CPU held by Job 1 (priority 6)
(100 ms, 456951 ns) Job 1 (priority 6) returns from hold of (99 ms, 456951 ns)
(100 ms, 456951 ns) Job 1 (priority 6) returns from hold having held (99 ms, 456951 ns)
(100 ms, 456951 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(100 ms, 456951 ns) Job 1 (priority 6) releases PI CPU
(100 ms, 456951 ns) PI CPU is given to Job 2 (priority 5)
(100 ms, 456951 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns) (cycle 0)
(100 ms, 456951 ns) Job 1 (priority 6) begins hold of (1 ms, 0 ns)
(100 ms, 456951 ns) Job 2 (priority 5) gets PI CPU
(100 ms, 456951 ns) Job 2 (priority 5) begins hold of (99 ms, 456951 ns) holding PI CPU
(101 ms, 456951 ns) Job 1 (priority 6) returns from hold of (1 ms, 0 ns)
(101 ms, 456951 ns) Job 1 (priority 6) starts seize of PI CPU (currently held by Job 2 (priority 5))
(101 ms, 456951 ns) >>>> Job 2, priority 5, has priority increased to 6
(101 ms, 456951 ns) Job 1 (priority 6) waits for PI CPU held by Job 2 (priority 6)
(199 ms, 913902 ns) Job 2 (priority 6) returns from hold of (99 ms, 456951 ns)
(199 ms, 913902 ns) Job 2 (priority 6) returns from hold having held (99 ms, 456951 ns)
(199 ms, 913902 ns) Job 2 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(199 ms, 913902 ns) Job 2 (priority 6) releases PI CPU
(199 ms, 913902 ns) <<<< Job 2, priority 6, has priority reduced to 5
(199 ms, 913902 ns) PI CPU is given to Job 1 (priority 6)
(199 ms, 913902 ns) Job 2 (priority 5) completes hold of (99 ms, 456951 ns) (cycle 0)
(199 ms, 913902 ns) Job 2 (priority 5) begins hold of (2 ms, 0 ns)
(199 ms, 913902 ns) Job 1 (priority 6) gets PI CPU
(199 ms, 913902 ns) Job 1 (priority 6) begins hold of (99 ms, 456951 ns) holding PI CPU
(201 ms, 913902 ns) Job 2 (priority 5) returns from hold of (2 ms, 0 ns)
(201 ms, 913902 ns) Job 2 (priority 5) starts seize of PI CPU (currently held by Job 1 (priority 6))
(201 ms, 913902 ns) Job 2 (priority 5) waits for PI CPU held by Job 1 (priority 6)
(299 ms, 370853 ns) Job 1 (priority 6) returns from hold of (99 ms, 456951 ns)
(299 ms, 370853 ns) Job 1 (priority 6) returns from hold having held (99 ms, 456951 ns)
(299 ms, 370853 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(299 ms, 370853 ns) Job 1 (priority 6) releases PI CPU
(299 ms, 370853 ns) PI CPU is given to Job 2 (priority 5)
(299 ms, 370853 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns) (cycle 1)
(299 ms, 370853 ns) Job 1 (priority 6) begins hold of (1 ms, 0 ns)
(299 ms, 370853 ns) Job 2 (priority 5) gets PI CPU
(299 ms, 370853 ns) Job 2 (priority 5) begins hold of (99 ms, 456951 ns) holding PI CPU
(300 ms, 370853 ns) Job 1 (priority 6) returns from hold of (1 ms, 0 ns)
(300 ms, 370853 ns) Job 1 (priority 6) starts seize of PI CPU (currently held by Job 2 (priority 5))
(300 ms, 370853 ns) >>>> Job 2, priority 5, has priority increased to 6
(300 ms, 370853 ns) Job 1 (priority 6) waits for PI CPU held by Job 2 (priority 6)
(398 ms, 827804 ns) Job 2 (priority 6) returns from hold of (99 ms, 456951 ns)
(398 ms, 827804 ns) Job 2 (priority 6) returns from hold having held (99 ms, 456951 ns)
(398 ms, 827804 ns) Job 2 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(398 ms, 827804 ns) Job 2 (priority 6) releases PI CPU
(398 ms, 827804 ns) <<<< Job 2, priority 6, has priority reduced to 5
(398 ms, 827804 ns) PI CPU is given to Job 1 (priority 6)
(398 ms, 827804 ns) Job 2 (priority 5) completes hold of (99 ms, 456951 ns) (cycle 1)
(398 ms, 827804 ns) Job 2 (priority 5) begins hold of (2 ms, 0 ns)
(398 ms, 827804 ns) Job 1 (priority 6) gets PI CPU
(398 ms, 827804 ns) Job 1 (priority 6) begins hold of (99 ms, 456951 ns) holding PI CPU
(400 ms, 827804 ns) Job 2 (priority 5) returns from hold of (2 ms, 0 ns)
(400 ms, 827804 ns) Job 2 (priority 5) starts seize of PI CPU (currently held by Job 1 (priority 6))
(400 ms, 827804 ns) Job 2 (priority 5) waits for PI CPU held by Job 1 (priority 6)
(498 ms, 284755 ns) Job 1 (priority 6) returns from hold of (99 ms, 456951 ns)
(498 ms, 284755 ns) Job 1 (priority 6) returns from hold having held (99 ms, 456951 ns)
(498 ms, 284755 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(498 ms, 284755 ns) Job 1 (priority 6) releases PI CPU
(498 ms, 284755 ns) PI CPU is given to Job 2 (priority 5)
(498 ms, 284755 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns) (cycle 2)
(498 ms, 284755 ns) Job 1 (priority 6) begins hold of (1 ms, 0 ns)
(498 ms, 284755 ns) Job 2 (priority 5) gets PI CPU
(498 ms, 284755 ns) Job 2 (priority 5) begins hold of (99 ms, 456951 ns) holding PI CPU
(499 ms, 284755 ns) Job 1 (priority 6) returns from hold of (1 ms, 0 ns)
(499 ms, 284755 ns) Job 1 (priority 6) starts seize of PI CPU (currently held by Job 2 (priority 5))
(499 ms, 284755 ns) >>>> Job 2, priority 5, has priority increased to 6
(499 ms, 284755 ns) Job 1 (priority 6) waits for PI CPU held by Job 2 (priority 6)
(597 ms, 741706 ns) Job 2 (priority 6) returns from hold of (99 ms, 456951 ns)
(597 ms, 741706 ns) Job 2 (priority 6) returns from hold having held (99 ms, 456951 ns)
(597 ms, 741706 ns) Job 2 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(597 ms, 741706 ns) Job 2 (priority 6) releases PI CPU
(597 ms, 741706 ns) <<<< Job 2, priority 6, has priority reduced to 5
(597 ms, 741706 ns) PI CPU is given to Job 1 (priority 6)
(597 ms, 741706 ns) Job 2 (priority 5) completes hold of (99 ms, 456951 ns) (cycle 2)
(597 ms, 741706 ns) Job 2 (priority 5) begins hold of (2 ms, 0 ns)
(597 ms, 741706 ns) Job 1 (priority 6) gets PI CPU
(597 ms, 741706 ns) Job 1 (priority 6) begins hold of (99 ms, 456951 ns) holding PI CPU
(599 ms, 741706 ns) Job 2 (priority 5) returns from hold of (2 ms, 0 ns)
(599 ms, 741706 ns) Job 2 (priority 5) starts seize of PI CPU (currently held by Job 1 (priority 6))
(599 ms, 741706 ns) Job 2 (priority 5) waits for PI CPU held by Job 1 (priority 6)
(697 ms, 198657 ns) Job 1 (priority 6) returns from hold of (99 ms, 456951 ns)
(697 ms, 198657 ns) Job 1 (priority 6) returns from hold having held (99 ms, 456951 ns)
(697 ms, 198657 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(697 ms, 198657 ns) Job 1 (priority 6) releases PI CPU
(697 ms, 198657 ns) PI CPU is given to Job 2 (priority 5)
(697 ms, 198657 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns) (cycle 3)
(697 ms, 198657 ns) Job 1 (priority 6) begins hold of (1 ms, 0 ns)
(697 ms, 198657 ns) Job 2 (priority 5) gets PI CPU
(697 ms, 198657 ns) Job 2 (priority 5) begins hold of (99 ms, 456951 ns) holding PI CPU
(698 ms, 198657 ns) Job 1 (priority 6) returns from hold of (1 ms, 0 ns)
(698 ms, 198657 ns) Job 1 (priority 6) starts seize of PI CPU (currently held by Job 2 (priority 5))
(698 ms, 198657 ns) >>>> Job 2, priority 5, has priority increased to 6
(698 ms, 198657 ns) Job 1 (priority 6) waits for PI CPU held by Job 2 (priority 6)
(796 ms, 655608 ns) Job 2 (priority 6) returns from hold of (99 ms, 456951 ns)
(796 ms, 655608 ns) Job 2 (priority 6) returns from hold having held (99 ms, 456951 ns)
(796 ms, 655608 ns) Job 2 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(796 ms, 655608 ns) Job 2 (priority 6) releases PI CPU
(796 ms, 655608 ns) <<<< Job 2, priority 6, has priority reduced to 5
(796 ms, 655608 ns) PI CPU is given to Job 1 (priority 6)
(796 ms, 655608 ns) Job 2 (priority 5) completes hold of (99 ms, 456951 ns) (cycle 3)
(796 ms, 655608 ns) Job 2 (priority 5) begins hold of (2 ms, 0 ns)
(796 ms, 655608 ns) Job 1 (priority 6) gets PI CPU
(796 ms, 655608 ns) Job 1 (priority 6) begins hold of (99 ms, 456951 ns) holding PI CPU
(798 ms, 655608 ns) Job 2 (priority 5) returns from hold of (2 ms, 0 ns)
(798 ms, 655608 ns) Job 2 (priority 5) starts seize of PI CPU (currently held by Job 1 (priority 6))
(798 ms, 655608 ns) Job 2 (priority 5) waits for PI CPU held by Job 1 (priority 6)
(896 ms, 112559 ns) Job 1 (priority 6) returns from hold of (99 ms, 456951 ns)
(896 ms, 112559 ns) Job 1 (priority 6) returns from hold having held (99 ms, 456951 ns)
(896 ms, 112559 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(896 ms, 112559 ns) Job 1 (priority 6) releases PI CPU
(896 ms, 112559 ns) PI CPU is given to Job 2 (priority 5)
(896 ms, 112559 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns) (cycle 4)
(896 ms, 112559 ns) Job 1 (priority 6) begins hold of (1 ms, 0 ns)
(896 ms, 112559 ns) Job 2 (priority 5) gets PI CPU
(896 ms, 112559 ns) Job 2 (priority 5) begins hold of (99 ms, 456951 ns) holding PI CPU
(897 ms, 112559 ns) Job 1 (priority 6) returns from hold of (1 ms, 0 ns)
(897 ms, 112559 ns) Job 1 (priority 6) starts seize of PI CPU (currently held by Job 2 (priority 5))
(897 ms, 112559 ns) >>>> Job 2, priority 5, has priority increased to 6
(897 ms, 112559 ns) Job 1 (priority 6) waits for PI CPU held by Job 2 (priority 6)
(995 ms, 569510 ns) Job 2 (priority 6) returns from hold of (99 ms, 456951 ns)
(995 ms, 569510 ns) Job 2 (priority 6) returns from hold having held (99 ms, 456951 ns)
(995 ms, 569510 ns) Job 2 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(995 ms, 569510 ns) Job 2 (priority 6) releases PI CPU
(995 ms, 569510 ns) <<<< Job 2, priority 6, has priority reduced to 5
(995 ms, 569510 ns) PI CPU is given to Job 1 (priority 6)
(995 ms, 569510 ns) Job 2 (priority 5) completes hold of (99 ms, 456951 ns) (cycle 4)
(995 ms, 569510 ns) Job 2 (priority 5) begins hold of (2 ms, 0 ns)
(995 ms, 569510 ns) Job 1 (priority 6) gets PI CPU
(995 ms, 569510 ns) Job 1 (priority 6) begins hold of (99 ms, 456951 ns) holding PI CPU
(997 ms, 569510 ns) Job 2 (priority 5) returns from hold of (2 ms, 0 ns)
(997 ms, 569510 ns) Job 2 (priority 5) starts seize of PI CPU (currently held by Job 1 (priority 6))
(997 ms, 569510 ns) Job 2 (priority 5) waits for PI CPU held by Job 1 (priority 6)
(1095 ms, 26461 ns) Job 1 (priority 6) returns from hold of (99 ms, 456951 ns)
(1095 ms, 26461 ns) Job 1 (priority 6) returns from hold having held (99 ms, 456951 ns)
(1095 ms, 26461 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(1095 ms, 26461 ns) Job 1 (priority 6) releases PI CPU
(1095 ms, 26461 ns) PI CPU is given to Job 2 (priority 5)
(1095 ms, 26461 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns) (cycle 5)
(1095 ms, 26461 ns) Job 1 (priority 6) begins hold of (1 ms, 0 ns)
(1095 ms, 26461 ns) Job 2 (priority 5) gets PI CPU
(1095 ms, 26461 ns) Job 2 (priority 5) begins hold of (99 ms, 456951 ns) holding PI CPU
(1096 ms, 26461 ns) Job 1 (priority 6) returns from hold of (1 ms, 0 ns)
(1096 ms, 26461 ns) Job 1 (priority 6) starts seize of PI CPU (currently held by Job 2 (priority 5))
(1096 ms, 26461 ns) >>>> Job 2, priority 5, has priority increased to 6
(1096 ms, 26461 ns) Job 1 (priority 6) waits for PI CPU held by Job 2 (priority 6)
(1194 ms, 483412 ns) Job 2 (priority 6) returns from hold of (99 ms, 456951 ns)
(1194 ms, 483412 ns) Job 2 (priority 6) returns from hold having held (99 ms, 456951 ns)
(1194 ms, 483412 ns) Job 2 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(1194 ms, 483412 ns) Job 2 (priority 6) releases PI CPU
(1194 ms, 483412 ns) <<<< Job 2, priority 6, has priority reduced to 5
(1194 ms, 483412 ns) PI CPU is given to Job 1 (priority 6)
(1194 ms, 483412 ns) Job 2 (priority 5) completes hold of (99 ms, 456951 ns) (cycle 5)
(1194 ms, 483412 ns) Job 2 (priority 5) begins hold of (2 ms, 0 ns)
(1194 ms, 483412 ns) Job 1 (priority 6) gets PI CPU
(1194 ms, 483412 ns) Job 1 (priority 6) begins hold of (99 ms, 456951 ns) holding PI CPU
(1196 ms, 483412 ns) Job 2 (priority 5) returns from hold of (2 ms, 0 ns)
(1196 ms, 483412 ns) Job 2 (priority 5) starts seize of PI CPU (currently held by Job 1 (priority 6))
(1196 ms, 483412 ns) Job 2 (priority 5) waits for PI CPU held by Job 1 (priority 6)
(1293 ms, 940363 ns) Job 1 (priority 6) returns from hold of (99 ms, 456951 ns)
(1293 ms, 940363 ns) Job 1 (priority 6) returns from hold having held (99 ms, 456951 ns)
(1293 ms, 940363 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(1293 ms, 940363 ns) Job 1 (priority 6) releases PI CPU
(1293 ms, 940363 ns) PI CPU is given to Job 2 (priority 5)
(1293 ms, 940363 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns) (cycle 6)
(1293 ms, 940363 ns) Job 1 (priority 6) begins hold of (1 ms, 0 ns)
(1293 ms, 940363 ns) Job 2 (priority 5) gets PI CPU
(1293 ms, 940363 ns) Job 2 (priority 5) begins hold of (99 ms, 456951 ns) holding PI CPU
(1294 ms, 940363 ns) Job 1 (priority 6) returns from hold of (1 ms, 0 ns)
(1294 ms, 940363 ns) Job 1 (priority 6) starts seize of PI CPU (currently held by Job 2 (priority 5))
(1294 ms, 940363 ns) >>>> Job 2, priority 5, has priority increased to 6
(1294 ms, 940363 ns) Job 1 (priority 6) waits for PI CPU held by Job 2 (priority 6)
(1393 ms, 397314 ns) Job 2 (priority 6) returns from hold of (99 ms, 456951 ns)
(1393 ms, 397314 ns) Job 2 (priority 6) returns from hold having held (99 ms, 456951 ns)
(1393 ms, 397314 ns) Job 2 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(1393 ms, 397314 ns) Job 2 (priority 6) releases PI CPU
(1393 ms, 397314 ns) <<<< Job 2, priority 6, has priority reduced to 5
(1393 ms, 397314 ns) PI CPU is given to Job 1 (priority 6)
(1393 ms, 397314 ns) Job 2 (priority 5) completes hold of (99 ms, 456951 ns) (cycle 6)
(1393 ms, 397314 ns) Job 2 (priority 5) begins hold of (2 ms, 0 ns)
(1393 ms, 397314 ns) Job 1 (priority 6) gets PI CPU
(1393 ms, 397314 ns) Job 1 (priority 6) begins hold of (99 ms, 456951 ns) holding PI CPU
(1395 ms, 397314 ns) Job 2 (priority 5) returns from hold of (2 ms, 0 ns)
(1395 ms, 397314 ns) Job 2 (priority 5) starts seize of PI CPU (currently held by Job 1 (priority 6))
(1395 ms, 397314 ns) Job 2 (priority 5) waits for PI CPU held by Job 1 (priority 6)
(1492 ms, 854265 ns) Job 1 (priority 6) returns from hold of (99 ms, 456951 ns)
(1492 ms, 854265 ns) Job 1 (priority 6) returns from hold having held (99 ms, 456951 ns)
(1492 ms, 854265 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(1492 ms, 854265 ns) Job 1 (priority 6) releases PI CPU
(1492 ms, 854265 ns) PI CPU is given to Job 2 (priority 5)
(1492 ms, 854265 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns) (cycle 7)
(1492 ms, 854265 ns) Job 1 (priority 6) begins hold of (1 ms, 0 ns)
(1492 ms, 854265 ns) Job 2 (priority 5) gets PI CPU
(1492 ms, 854265 ns) Job 2 (priority 5) begins hold of (99 ms, 456951 ns) holding PI CPU
(1493 ms, 854265 ns) Job 1 (priority 6) returns from hold of (1 ms, 0 ns)
(1493 ms, 854265 ns) Job 1 (priority 6) starts seize of PI CPU (currently held by Job 2 (priority 5))
(1493 ms, 854265 ns) >>>> Job 2, priority 5, has priority increased to 6
(1493 ms, 854265 ns) Job 1 (priority 6) waits for PI CPU held by Job 2 (priority 6)
(1592 ms, 311216 ns) Job 2 (priority 6) returns from hold of (99 ms, 456951 ns)
(1592 ms, 311216 ns) Job 2 (priority 6) returns from hold having held (99 ms, 456951 ns)
(1592 ms, 311216 ns) Job 2 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(1592 ms, 311216 ns) Job 2 (priority 6) releases PI CPU
(1592 ms, 311216 ns) <<<< Job 2, priority 6, has priority reduced to 5
(1592 ms, 311216 ns) PI CPU is given to Job 1 (priority 6)
(1592 ms, 311216 ns) Job 2 (priority 5) completes hold of (99 ms, 456951 ns) (cycle 7)
(1592 ms, 311216 ns) Job 2 (priority 5) begins hold of (2 ms, 0 ns)
(1592 ms, 311216 ns) Job 1 (priority 6) gets PI CPU
(1592 ms, 311216 ns) Job 1 (priority 6) begins hold of (99 ms, 456951 ns) holding PI CPU
(1594 ms, 311216 ns) Job 2 (priority 5) returns from hold of (2 ms, 0 ns)
(1594 ms, 311216 ns) Job 2 (priority 5) starts seize of PI CPU (currently held by Job 1 (priority 6))
(1594 ms, 311216 ns) Job 2 (priority 5) waits for PI CPU held by Job 1 (priority 6)
(1691 ms, 768167 ns) Job 1 (priority 6) returns from hold of (99 ms, 456951 ns)
(1691 ms, 768167 ns) Job 1 (priority 6) returns from hold having held (99 ms, 456951 ns)
(1691 ms, 768167 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(1691 ms, 768167 ns) Job 1 (priority 6) releases PI CPU
(1691 ms, 768167 ns) PI CPU is given to Job 2 (priority 5)
(1691 ms, 768167 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns) (cycle 8)
(1691 ms, 768167 ns) Job 1 (priority 6) begins hold of (1 ms, 0 ns)
(1691 ms, 768167 ns) Job 2 (priority 5) gets PI CPU
(1691 ms, 768167 ns) Job 2 (priority 5) begins hold of (99 ms, 456951 ns) holding PI CPU
(1692 ms, 768167 ns) Job 1 (priority 6) returns from hold of (1 ms, 0 ns)
(1692 ms, 768167 ns) Job 1 (priority 6) starts seize of PI CPU (currently held by Job 2 (priority 5))
(1692 ms, 768167 ns) >>>> Job 2, priority 5, has priority increased to 6
(1692 ms, 768167 ns) Job 1 (priority 6) waits for PI CPU held by Job 2 (priority 6)
(1791 ms, 225118 ns) Job 2 (priority 6) returns from hold of (99 ms, 456951 ns)
(1791 ms, 225118 ns) Job 2 (priority 6) returns from hold having held (99 ms, 456951 ns)
(1791 ms, 225118 ns) Job 2 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(1791 ms, 225118 ns) Job 2 (priority 6) releases PI CPU
(1791 ms, 225118 ns) <<<< Job 2, priority 6, has priority reduced to 5
(1791 ms, 225118 ns) PI CPU is given to Job 1 (priority 6)
(1791 ms, 225118 ns) Job 2 (priority 5) completes hold of (99 ms, 456951 ns) (cycle 8)
(1791 ms, 225118 ns) Job 2 (priority 5) begins hold of (2 ms, 0 ns)
(1791 ms, 225118 ns) Job 1 (priority 6) gets PI CPU
(1791 ms, 225118 ns) Job 1 (priority 6) begins hold of (99 ms, 456951 ns) holding PI CPU
(1793 ms, 225118 ns) Job 2 (priority 5) returns from hold of (2 ms, 0 ns)
(1793 ms, 225118 ns) Job 2 (priority 5) starts seize of PI CPU (currently held by Job 1 (priority 6))
(1793 ms, 225118 ns) Job 2 (priority 5) waits for PI CPU held by Job 1 (priority 6)
(1890 ms, 682069 ns) Job 1 (priority 6) returns from hold of (99 ms, 456951 ns)
(1890 ms, 682069 ns) Job 1 (priority 6) returns from hold having held (99 ms, 456951 ns)
(1890 ms, 682069 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(1890 ms, 682069 ns) Job 1 (priority 6) releases PI CPU
(1890 ms, 682069 ns) PI CPU is given to Job 2 (priority 5)
(1890 ms, 682069 ns) Job 1 (priority 6) completes hold of (99 ms, 456951 ns) (cycle 9)
(1890 ms, 682069 ns) *** Job 1 terminates
(1890 ms, 682069 ns) Job 2 (priority 5) gets PI CPU
(1890 ms, 682069 ns) Job 2 (priority 5) begins hold of (99 ms, 456951 ns) holding PI CPU
(1990 ms, 139020 ns) Job 2 (priority 5) returns from hold of (99 ms, 456951 ns)
(1990 ms, 139020 ns) Job 2 (priority 5) returns from hold having held (99 ms, 456951 ns)
(1990 ms, 139020 ns) Job 2 (priority 5) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(1990 ms, 139020 ns) Job 2 (priority 5) releases PI CPU
(1990 ms, 139020 ns) PI CPU is given to Job 3 (priority 4)
(1990 ms, 139020 ns) Job 2 (priority 5) completes hold of (99 ms, 456951 ns) (cycle 9)
(1990 ms, 139020 ns) *** Job 2 terminates
(1990 ms, 139020 ns) Job 3 (priority 4) gets PI CPU
(1990 ms, 139020 ns) Job 3 (priority 4) begins hold of (99 ms, 456951 ns) holding PI CPU
(2089 ms, 595971 ns) Job 3 (priority 4) returns from hold of (99 ms, 456951 ns)
(2089 ms, 595971 ns) Job 3 (priority 4) returns from hold having held (99 ms, 456951 ns)
(2089 ms, 595971 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(2089 ms, 595971 ns) Job 3 (priority 4) releases PI CPU
(2089 ms, 595971 ns) PI CPU is given to Job 4 (priority 3)
(2089 ms, 595971 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns) (cycle 0)
(2089 ms, 595971 ns) Job 3 (priority 4) begins hold of (3 ms, 0 ns)
(2089 ms, 595971 ns) Job 4 (priority 3) gets PI CPU
(2089 ms, 595971 ns) Job 4 (priority 3) begins hold of (99 ms, 456951 ns) holding PI CPU
(2092 ms, 595971 ns) Job 3 (priority 4) returns from hold of (3 ms, 0 ns)
(2092 ms, 595971 ns) Job 3 (priority 4) starts seize of PI CPU (currently held by Job 4 (priority 3))
(2092 ms, 595971 ns) >>>> Job 4, priority 3, has priority increased to 4
(2092 ms, 595971 ns) Job 3 (priority 4) waits for PI CPU held by Job 4 (priority 4)
(2189 ms, 52922 ns) Job 4 (priority 4) returns from hold of (99 ms, 456951 ns)
(2189 ms, 52922 ns) Job 4 (priority 4) returns from hold having held (99 ms, 456951 ns)
(2189 ms, 52922 ns) Job 4 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(2189 ms, 52922 ns) Job 4 (priority 4) releases PI CPU
(2189 ms, 52922 ns) <<<< Job 4, priority 4, has priority reduced to 3
(2189 ms, 52922 ns) PI CPU is given to Job 3 (priority 4)
(2189 ms, 52922 ns) Job 4 (priority 3) completes hold of (99 ms, 456951 ns) (cycle 0)
(2189 ms, 52922 ns) Job 4 (priority 3) begins hold of (4 ms, 0 ns)
(2189 ms, 52922 ns) Job 3 (priority 4) gets PI CPU
(2189 ms, 52922 ns) Job 3 (priority 4) begins hold of (99 ms, 456951 ns) holding PI CPU
(2193 ms, 52922 ns) Job 4 (priority 3) returns from hold of (4 ms, 0 ns)
(2193 ms, 52922 ns) Job 4 (priority 3) starts seize of PI CPU (currently held by Job 3 (priority 4))
(2193 ms, 52922 ns) Job 4 (priority 3) waits for PI CPU held by Job 3 (priority 4)
(2288 ms, 509873 ns) Job 3 (priority 4) returns from hold of (99 ms, 456951 ns)
(2288 ms, 509873 ns) Job 3 (priority 4) returns from hold having held (99 ms, 456951 ns)
(2288 ms, 509873 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(2288 ms, 509873 ns) Job 3 (priority 4) releases PI CPU
(2288 ms, 509873 ns) PI CPU is given to Job 4 (priority 3)
(2288 ms, 509873 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns) (cycle 1)
(2288 ms, 509873 ns) Job 3 (priority 4) begins hold of (3 ms, 0 ns)
(2288 ms, 509873 ns) Job 4 (priority 3) gets PI CPU
(2288 ms, 509873 ns) Job 4 (priority 3) begins hold of (99 ms, 456951 ns) holding PI CPU
(2291 ms, 509873 ns) Job 3 (priority 4) returns from hold of (3 ms, 0 ns)
(2291 ms, 509873 ns) Job 3 (priority 4) starts seize of PI CPU (currently held by Job 4 (priority 3))
(2291 ms, 509873 ns) >>>> Job 4, priority 3, has priority increased to 4
(2291 ms, 509873 ns) Job 3 (priority 4) waits for PI CPU held by Job 4 (priority 4)
(2387 ms, 966824 ns) Job 4 (priority 4) returns from hold of (99 ms, 456951 ns)
(2387 ms, 966824 ns) Job 4 (priority 4) returns from hold having held (99 ms, 456951 ns)
(2387 ms, 966824 ns) Job 4 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(2387 ms, 966824 ns) Job 4 (priority 4) releases PI CPU
(2387 ms, 966824 ns) <<<< Job 4, priority 4, has priority reduced to 3
(2387 ms, 966824 ns) PI CPU is given to Job 3 (priority 4)
(2387 ms, 966824 ns) Job 4 (priority 3) completes hold of (99 ms, 456951 ns) (cycle 1)
(2387 ms, 966824 ns) Job 4 (priority 3) begins hold of (4 ms, 0 ns)
(2387 ms, 966824 ns) Job 3 (priority 4) gets PI CPU
(2387 ms, 966824 ns) Job 3 (priority 4) begins hold of (99 ms, 456951 ns) holding PI CPU
(2391 ms, 966824 ns) Job 4 (priority 3) returns from hold of (4 ms, 0 ns)
(2391 ms, 966824 ns) Job 4 (priority 3) starts seize of PI CPU (currently held by Job 3 (priority 4))
(2391 ms, 966824 ns) Job 4 (priority 3) waits for PI CPU held by Job 3 (priority 4)
(2487 ms, 423775 ns) Job 3 (priority 4) returns from hold of (99 ms, 456951 ns)
(2487 ms, 423775 ns) Job 3 (priority 4) returns from hold having held (99 ms, 456951 ns)
(2487 ms, 423775 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(2487 ms, 423775 ns) Job 3 (priority 4) releases PI CPU
(2487 ms, 423775 ns) PI CPU is given to Job 4 (priority 3)
(2487 ms, 423775 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns) (cycle 2)
(2487 ms, 423775 ns) Job 3 (priority 4) begins hold of (3 ms, 0 ns)
(2487 ms, 423775 ns) Job 4 (priority 3) gets PI CPU
(2487 ms, 423775 ns) Job 4 (priority 3) begins hold of (99 ms, 456951 ns) holding PI CPU
(2490 ms, 423775 ns) Job 3 (priority 4) returns from hold of (3 ms, 0 ns)
(2490 ms, 423775 ns) Job 3 (priority 4) starts seize of PI CPU (currently held by Job 4 (priority 3))
(2490 ms, 423775 ns) >>>> Job 4, priority 3, has priority increased to 4
(2490 ms, 423775 ns) Job 3 (priority 4) waits for PI CPU held by Job 4 (priority 4)
(2586 ms, 880726 ns) Job 4 (priority 4) returns from hold of (99 ms, 456951 ns)
(2586 ms, 880726 ns) Job 4 (priority 4) returns from hold having held (99 ms, 456951 ns)
(2586 ms, 880726 ns) Job 4 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(2586 ms, 880726 ns) Job 4 (priority 4) releases PI CPU
(2586 ms, 880726 ns) <<<< Job 4, priority 4, has priority reduced to 3
(2586 ms, 880726 ns) PI CPU is given to Job 3 (priority 4)
(2586 ms, 880726 ns) Job 4 (priority 3) completes hold of (99 ms, 456951 ns) (cycle 2)
(2586 ms, 880726 ns) Job 4 (priority 3) begins hold of (4 ms, 0 ns)
(2586 ms, 880726 ns) Job 3 (priority 4) gets PI CPU
(2586 ms, 880726 ns) Job 3 (priority 4) begins hold of (99 ms, 456951 ns) holding PI CPU
(2590 ms, 880726 ns) Job 4 (priority 3) returns from hold of (4 ms, 0 ns)
(2590 ms, 880726 ns) Job 4 (priority 3) starts seize of PI CPU (currently held by Job 3 (priority 4))
(2590 ms, 880726 ns) Job 4 (priority 3) waits for PI CPU held by Job 3 (priority 4)
(2686 ms, 337677 ns) Job 3 (priority 4) returns from hold of (99 ms, 456951 ns)
(2686 ms, 337677 ns) Job 3 (priority 4) returns from hold having held (99 ms, 456951 ns)
(2686 ms, 337677 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(2686 ms, 337677 ns) Job 3 (priority 4) releases PI CPU
(2686 ms, 337677 ns) PI CPU is given to Job 4 (priority 3)
(2686 ms, 337677 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns) (cycle 3)
(2686 ms, 337677 ns) Job 3 (priority 4) begins hold of (3 ms, 0 ns)
(2686 ms, 337677 ns) Job 4 (priority 3) gets PI CPU
(2686 ms, 337677 ns) Job 4 (priority 3) begins hold of (99 ms, 456951 ns) holding PI CPU
(2689 ms, 337677 ns) Job 3 (priority 4) returns from hold of (3 ms, 0 ns)
(2689 ms, 337677 ns) Job 3 (priority 4) starts seize of PI CPU (currently held by Job 4 (priority 3))
(2689 ms, 337677 ns) >>>> Job 4, priority 3, has priority increased to 4
(2689 ms, 337677 ns) Job 3 (priority 4) waits for PI CPU held by Job 4 (priority 4)
(2785 ms, 794628 ns) Job 4 (priority 4) returns from hold of (99 ms, 456951 ns)
(2785 ms, 794628 ns) Job 4 (priority 4) returns from hold having held (99 ms, 456951 ns)
(2785 ms, 794628 ns) Job 4 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(2785 ms, 794628 ns) Job 4 (priority 4) releases PI CPU
(2785 ms, 794628 ns) <<<< Job 4, priority 4, has priority reduced to 3
(2785 ms, 794628 ns) PI CPU is given to Job 3 (priority 4)
(2785 ms, 794628 ns) Job 4 (priority 3) completes hold of (99 ms, 456951 ns) (cycle 3)
(2785 ms, 794628 ns) Job 4 (priority 3) begins hold of (4 ms, 0 ns)
(2785 ms, 794628 ns) Job 3 (priority 4) gets PI CPU
(2785 ms, 794628 ns) Job 3 (priority 4) begins hold of (99 ms, 456951 ns) holding PI CPU
(2789 ms, 794628 ns) Job 4 (priority 3) returns from hold of (4 ms, 0 ns)
(2789 ms, 794628 ns) Job 4 (priority 3) starts seize of PI CPU (currently held by Job 3 (priority 4))
(2789 ms, 794628 ns) Job 4 (priority 3) waits for PI CPU held by Job 3 (priority 4)
(2885 ms, 251579 ns) Job 3 (priority 4) returns from hold of (99 ms, 456951 ns)
(2885 ms, 251579 ns) Job 3 (priority 4) returns from hold having held (99 ms, 456951 ns)
(2885 ms, 251579 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(2885 ms, 251579 ns) Job 3 (priority 4) releases PI CPU
(2885 ms, 251579 ns) PI CPU is given to Job 4 (priority 3)
(2885 ms, 251579 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns) (cycle 4)
(2885 ms, 251579 ns) Job 3 (priority 4) begins hold of (3 ms, 0 ns)
(2885 ms, 251579 ns) Job 4 (priority 3) gets PI CPU
(2885 ms, 251579 ns) Job 4 (priority 3) begins hold of (99 ms, 456951 ns) holding PI CPU
(2888 ms, 251579 ns) Job 3 (priority 4) returns from hold of (3 ms, 0 ns)
(2888 ms, 251579 ns) Job 3 (priority 4) starts seize of PI CPU (currently held by Job 4 (priority 3))
(2888 ms, 251579 ns) >>>> Job 4, priority 3, has priority increased to 4
(2888 ms, 251579 ns) Job 3 (priority 4) waits for PI CPU held by Job 4 (priority 4)
(2984 ms, 708530 ns) Job 4 (priority 4) returns from hold of (99 ms, 456951 ns)
(2984 ms, 708530 ns) Job 4 (priority 4) returns from hold having held (99 ms, 456951 ns)
(2984 ms, 708530 ns) Job 4 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(2984 ms, 708530 ns) Job 4 (priority 4) releases PI CPU
(2984 ms, 708530 ns) <<<< Job 4, priority 4, has priority reduced to 3
(2984 ms, 708530 ns) PI CPU is given to Job 3 (priority 4)
(2984 ms, 708530 ns) Job 4 (priority 3) completes hold of (99 ms, 456951 ns) (cycle 4)
(2984 ms, 708530 ns) Job 4 (priority 3) begins hold of (4 ms, 0 ns)
(2984 ms, 708530 ns) Job 3 (priority 4) gets PI CPU
(2984 ms, 708530 ns) Job 3 (priority 4) begins hold of (99 ms, 456951 ns) holding PI CPU
(2988 ms, 708530 ns) Job 4 (priority 3) returns from hold of (4 ms, 0 ns)
(2988 ms, 708530 ns) Job 4 (priority 3) starts seize of PI CPU (currently held by Job 3 (priority 4))
(2988 ms, 708530 ns) Job 4 (priority 3) waits for PI CPU held by Job 3 (priority 4)
(3084 ms, 165481 ns) Job 3 (priority 4) returns from hold of (99 ms, 456951 ns)
(3084 ms, 165481 ns) Job 3 (priority 4) returns from hold having held (99 ms, 456951 ns)
(3084 ms, 165481 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(3084 ms, 165481 ns) Job 3 (priority 4) releases PI CPU
(3084 ms, 165481 ns) PI CPU is given to Job 4 (priority 3)
(3084 ms, 165481 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns) (cycle 5)
(3084 ms, 165481 ns) Job 3 (priority 4) begins hold of (3 ms, 0 ns)
(3084 ms, 165481 ns) Job 4 (priority 3) gets PI CPU
(3084 ms, 165481 ns) Job 4 (priority 3) begins hold of (99 ms, 456951 ns) holding PI CPU
(3087 ms, 165481 ns) Job 3 (priority 4) returns from hold of (3 ms, 0 ns)
(3087 ms, 165481 ns) Job 3 (priority 4) starts seize of PI CPU (currently held by Job 4 (priority 3))
(3087 ms, 165481 ns) >>>> Job 4, priority 3, has priority increased to 4
(3087 ms, 165481 ns) Job 3 (priority 4) waits for PI CPU held by Job 4 (priority 4)
(3183 ms, 622432 ns) Job 4 (priority 4) returns from hold of (99 ms, 456951 ns)
(3183 ms, 622432 ns) Job 4 (priority 4) returns from hold having held (99 ms, 456951 ns)
(3183 ms, 622432 ns) Job 4 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(3183 ms, 622432 ns) Job 4 (priority 4) releases PI CPU
(3183 ms, 622432 ns) <<<< Job 4, priority 4, has priority reduced to 3
(3183 ms, 622432 ns) PI CPU is given to Job 3 (priority 4)
(3183 ms, 622432 ns) Job 4 (priority 3) completes hold of (99 ms, 456951 ns) (cycle 5)
(3183 ms, 622432 ns) Job 4 (priority 3) begins hold of (4 ms, 0 ns)
(3183 ms, 622432 ns) Job 3 (priority 4) gets PI CPU
(3183 ms, 622432 ns) Job 3 (priority 4) begins hold of (99 ms, 456951 ns) holding PI CPU
(3187 ms, 622432 ns) Job 4 (priority 3) returns from hold of (4 ms, 0 ns)
(3187 ms, 622432 ns) Job 4 (priority 3) starts seize of PI CPU (currently held by Job 3 (priority 4))
(3187 ms, 622432 ns) Job 4 (priority 3) waits for PI CPU held by Job 3 (priority 4)
(3283 ms, 79383 ns) Job 3 (priority 4) returns from hold of (99 ms, 456951 ns)
(3283 ms, 79383 ns) Job 3 (priority 4) returns from hold having held (99 ms, 456951 ns)
(3283 ms, 79383 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(3283 ms, 79383 ns) Job 3 (priority 4) releases PI CPU
(3283 ms, 79383 ns) PI CPU is given to Job 4 (priority 3)
(3283 ms, 79383 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns) (cycle 6)
(3283 ms, 79383 ns) Job 3 (priority 4) begins hold of (3 ms, 0 ns)
(3283 ms, 79383 ns) Job 4 (priority 3) gets PI CPU
(3283 ms, 79383 ns) Job 4 (priority 3) begins hold of (99 ms, 456951 ns) holding PI CPU
(3286 ms, 79383 ns) Job 3 (priority 4) returns from hold of (3 ms, 0 ns)
(3286 ms, 79383 ns) Job 3 (priority 4) starts seize of PI CPU (currently held by Job 4 (priority 3))
(3286 ms, 79383 ns) >>>> Job 4, priority 3, has priority increased to 4
(3286 ms, 79383 ns) Job 3 (priority 4) waits for PI CPU held by Job 4 (priority 4)
(3382 ms, 536334 ns) Job 4 (priority 4) returns from hold of (99 ms, 456951 ns)
(3382 ms, 536334 ns) Job 4 (priority 4) returns from hold having held (99 ms, 456951 ns)
(3382 ms, 536334 ns) Job 4 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(3382 ms, 536334 ns) Job 4 (priority 4) releases PI CPU
(3382 ms, 536334 ns) <<<< Job 4, priority 4, has priority reduced to 3
(3382 ms, 536334 ns) PI CPU is given to Job 3 (priority 4)
(3382 ms, 536334 ns) Job 4 (priority 3) completes hold of (99 ms, 456951 ns) (cycle 6)
(3382 ms, 536334 ns) Job 4 (priority 3) begins hold of (4 ms, 0 ns)
(3382 ms, 536334 ns) Job 3 (priority 4) gets PI CPU
(3382 ms, 536334 ns) Job 3 (priority 4) begins hold of (99 ms, 456951 ns) holding PI CPU
(3386 ms, 536334 ns) Job 4 (priority 3) returns from hold of (4 ms, 0 ns)
(3386 ms, 536334 ns) Job 4 (priority 3) starts seize of PI CPU (currently held by Job 3 (priority 4))
(3386 ms, 536334 ns) Job 4 (priority 3) waits for PI CPU held by Job 3 (priority 4)
(3481 ms, 993285 ns) Job 3 (priority 4) returns from hold of (99 ms, 456951 ns)
(3481 ms, 993285 ns) Job 3 (priority 4) returns from hold having held (99 ms, 456951 ns)
(3481 ms, 993285 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(3481 ms, 993285 ns) Job 3 (priority 4) releases PI CPU
(3481 ms, 993285 ns) PI CPU is given to Job 4 (priority 3)
(3481 ms, 993285 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns) (cycle 7)
(3481 ms, 993285 ns) Job 3 (priority 4) begins hold of (3 ms, 0 ns)
(3481 ms, 993285 ns) Job 4 (priority 3) gets PI CPU
(3481 ms, 993285 ns) Job 4 (priority 3) begins hold of (99 ms, 456951 ns) holding PI CPU
(3484 ms, 993285 ns) Job 3 (priority 4) returns from hold of (3 ms, 0 ns)
(3484 ms, 993285 ns) Job 3 (priority 4) starts seize of PI CPU (currently held by Job 4 (priority 3))
(3484 ms, 993285 ns) >>>> Job 4, priority 3, has priority increased to 4
(3484 ms, 993285 ns) Job 3 (priority 4) waits for PI CPU held by Job 4 (priority 4)
(3581 ms, 450236 ns) Job 4 (priority 4) returns from hold of (99 ms, 456951 ns)
(3581 ms, 450236 ns) Job 4 (priority 4) returns from hold having held (99 ms, 456951 ns)
(3581 ms, 450236 ns) Job 4 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(3581 ms, 450236 ns) Job 4 (priority 4) releases PI CPU
(3581 ms, 450236 ns) <<<< Job 4, priority 4, has priority reduced to 3
(3581 ms, 450236 ns) PI CPU is given to Job 3 (priority 4)
(3581 ms, 450236 ns) Job 4 (priority 3) completes hold of (99 ms, 456951 ns) (cycle 7)
(3581 ms, 450236 ns) Job 4 (priority 3) begins hold of (4 ms, 0 ns)
(3581 ms, 450236 ns) Job 3 (priority 4) gets PI CPU
(3581 ms, 450236 ns) Job 3 (priority 4) begins hold of (99 ms, 456951 ns) holding PI CPU
(3585 ms, 450236 ns) Job 4 (priority 3) returns from hold of (4 ms, 0 ns)
(3585 ms, 450236 ns) Job 4 (priority 3) starts seize of PI CPU (currently held by Job 3 (priority 4))
(3585 ms, 450236 ns) Job 4 (priority 3) waits for PI CPU held by Job 3 (priority 4)
(3680 ms, 907187 ns) Job 3 (priority 4) returns from hold of (99 ms, 456951 ns)
(3680 ms, 907187 ns) Job 3 (priority 4) returns from hold having held (99 ms, 456951 ns)
(3680 ms, 907187 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(3680 ms, 907187 ns) Job 3 (priority 4) releases PI CPU
(3680 ms, 907187 ns) PI CPU is given to Job 4 (priority 3)
(3680 ms, 907187 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns) (cycle 8)
(3680 ms, 907187 ns) Job 3 (priority 4) begins hold of (3 ms, 0 ns)
(3680 ms, 907187 ns) Job 4 (priority 3) gets PI CPU
(3680 ms, 907187 ns) Job 4 (priority 3) begins hold of (99 ms, 456951 ns) holding PI CPU
(3683 ms, 907187 ns) Job 3 (priority 4) returns from hold of (3 ms, 0 ns)
(3683 ms, 907187 ns) Job 3 (priority 4) starts seize of PI CPU (currently held by Job 4 (priority 3))
(3683 ms, 907187 ns) >>>> Job 4, priority 3, has priority increased to 4
(3683 ms, 907187 ns) Job 3 (priority 4) waits for PI CPU held by Job 4 (priority 4)
(3780 ms, 364138 ns) Job 4 (priority 4) returns from hold of (99 ms, 456951 ns)
(3780 ms, 364138 ns) Job 4 (priority 4) returns from hold having held (99 ms, 456951 ns)
(3780 ms, 364138 ns) Job 4 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(3780 ms, 364138 ns) Job 4 (priority 4) releases PI CPU
(3780 ms, 364138 ns) <<<< Job 4, priority 4, has priority reduced to 3
(3780 ms, 364138 ns) PI CPU is given to Job 3 (priority 4)
(3780 ms, 364138 ns) Job 4 (priority 3) completes hold of (99 ms, 456951 ns) (cycle 8)
(3780 ms, 364138 ns) Job 4 (priority 3) begins hold of (4 ms, 0 ns)
(3780 ms, 364138 ns) Job 3 (priority 4) gets PI CPU
(3780 ms, 364138 ns) Job 3 (priority 4) begins hold of (99 ms, 456951 ns) holding PI CPU
(3784 ms, 364138 ns) Job 4 (priority 3) returns from hold of (4 ms, 0 ns)
(3784 ms, 364138 ns) Job 4 (priority 3) starts seize of PI CPU (currently held by Job 3 (priority 4))
(3784 ms, 364138 ns) Job 4 (priority 3) waits for PI CPU held by Job 3 (priority 4)
(3879 ms, 821089 ns) Job 3 (priority 4) returns from hold of (99 ms, 456951 ns)
(3879 ms, 821089 ns) Job 3 (priority 4) returns from hold having held (99 ms, 456951 ns)
(3879 ms, 821089 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(3879 ms, 821089 ns) Job 3 (priority 4) releases PI CPU
(3879 ms, 821089 ns) PI CPU is given to Job 4 (priority 3)
(3879 ms, 821089 ns) Job 3 (priority 4) completes hold of (99 ms, 456951 ns) (cycle 9)
(3879 ms, 821089 ns) *** Job 3 terminates
(3879 ms, 821089 ns) Job 4 (priority 3) gets PI CPU
(3879 ms, 821089 ns) Job 4 (priority 3) begins hold of (99 ms, 456951 ns) holding PI CPU
(3979 ms, 278040 ns) Job 4 (priority 3) returns from hold of (99 ms, 456951 ns)
(3979 ms, 278040 ns) Job 4 (priority 3) returns from hold having held (99 ms, 456951 ns)
(3979 ms, 278040 ns) Job 4 (priority 3) completes hold of (99 ms, 456951 ns); actual elapsed time (99 ms, 456951 ns)
(3979 ms, 278040 ns) Job 4 (priority 3) releases PI CPU
(3979 ms, 278040 ns) no one waiting for PI CPU
(3979 ms, 278040 ns) Job 4 (priority 3) completes hold of (99 ms, 456951 ns) (cycle 9)
(3979 ms, 278040 ns) *** Job 4 terminates
(3979 ms, 278040 ns) Simulation ends
====================================================================

*** Resource utilization statistics: ***
PI CPU: busy 99% of elapsed time

Thread life times
Job 1 (priority 6): 
  life time (1890 ms, 682069 ns), 46% wait time, average priority 6.0
Job 2 (priority 5): 
  life time (1990 ms, 139020 ns), 49% wait time, average priority 5.222681740278697
Job 3 (priority 4): 
  life time (3879 ms, 821089 ns), 73% wait time, average priority 4.0
Job 4 (priority 3): 
  life time (3979 ms, 278040 ns), 74% wait time, average priority 3.2181583066761528
120 real milliseconds run time