Introduction
This page shows the outputs produced by the execution of marcie on SharedMemory/000020 (P/T). We provide:
- A short summary,
- the execution chart (evolution of CPU and memory over the execution),
- the sequence of actions to be executed by the VM,
- the results of these actions.
About the Execution
| Execution Summary | |||
| Memory (MB) | CPU (s) | End | |
| 688.91 | 45.06 | normal | |
Execution Chart
We display below the execution chart for this examination (boot time has been removed).
Sequence of Actions to be Executed by the VM
This is useful if one wants to reexecute the tool in the VM from the submitted image disk.
export BK_INPUT=SharedMemory-PT-000020
export BK_EXAMINATION=ReachabilityPlaceComparison
export BK_TOOL=marcie
export BK_RESULT_DIR=/tmp
export BK_LOG_FILE=/tmp/BenchKit_head_log_file.1662
export BIN_DIR=/home/mcc/BenchKit/bin
cd /home/mcc/BenchKit/INPUTS/SharedMemory-PT-000020
echo =====================================================================
echo ' Generated by BenchKit 1.0'
echo ' Executing tool marcie:'
echo ' Test is SharedMemory-PT-000020, examination is ReachabilityPlaceComparison'
echo =====================================================================
echo
echo --------------------
echo 'content from stdout:'
echo
bash /home/mcc/BenchKit/BenchKit_head.sh
Execution Outputs of marcie for SharedMemory/000020 (P/T)
This is useful if one wants to reexecute the tool in the VM from the submitted image disk.
execution on node 1: quadhexa-2.u-paris10.fr (runId=136983895100077_n_1)
=====================================================================
runnning marcie on SharedMemory-PT-000020 (ReachabilityPlaceComparison)
We got on stdout:
Probing ssh
Waiting ssh to respond
Ssh up and responding
=====================================================================
Generated by BenchKit 1.0
Executing tool marcie:
Test is SharedMemory-PT-000020, examination is ReachabilityPlaceComparison
=====================================================================
--------------------
content from stdout:
START 1369841706
Marcie rev. 1103M (build: rohrch on 2013-02-17)
A model checker for Generalized Stochastic Petri nets
authors: Alex Tovchigrechko (IDD package and CTL model checking)
Martin Schwarick (Symbolic numerical analysis and CSL model checking)
Christian Rohr (Simulative and approximative numerical model checking)
marcie@informatik.tu-cottbus.de
called as: marcie --net-file=model.pnml --mem=4 --mcc-file=ReachabilityPlaceComparison.txt
constant oo registered with value < INFINITY >
parse successfull!
(NrP: 461 NrTr: 820)
net check time: 0m0sec
parse mcc successfull!
place and transition orderings generation:0m0sec
init dd package: 0m5sec
RS generation: 0m30sec
-> reachability set: #nodes 22936 (2.3e+04) #states 445,146,141,861 (11)
starting CTL model checker
--------------------------
checking: AG [[[Memory_2!=Active_2 & [Memory_1!=Active_1 & [Memory_5!=Active_5 & [Memory_19!=Active_19 & [Memory_16!=Active_16 & [Memory_15!=Active_15 & [Memory_8!=Active_8 & [Memory_18!=Active_18 & [Memory_17!=Active_17 & [Memory_12!=Active_12 & [Memory_9!=Active_9 & [Memory_20!=Active_20 & [Memory_3!=Active_3 & [Memory_11!=Active_11 & [Memory_6!=Active_6 & [Memory_4!=Active_4 & [Memory_14!=Active_14 & [Memory_10!=Active_10 & [Memory_7!=Active_7 & [Memory_13!=Active_13 & true]]]]]]]]]]]]]]]]]]]] & [Active_11=Queue_11 & [Active_20=Queue_20 & [Active_1=Queue_1 & [Active_13=Queue_13 & [Active_14=Queue_14 & [Active_5=Queue_5 & [Active_10=Queue_10 & [Active_4=Queue_4 & [Active_15=Queue_15 & [Active_18=Queue_18 & [Active_9=Queue_9 & [Active_16=Queue_16 & [Active_12=Queue_12 & [Active_17=Queue_17 & [Active_6=Queue_6 & [Active_19=Queue_19 & [Active_2=Queue_2 & [Active_7=Queue_7 & [Active_8=Queue_8 & [Active_3=Queue_3 & true]]]]]]]]]]]]]]]]]]]]]]
normalized: ~ [E [true U ~ [[[Memory_2!=Active_2 & [Memory_1!=Active_1 & [Memory_5!=Active_5 & [Memory_19!=Active_19 & [Memory_16!=Active_16 & [Memory_15!=Active_15 & [Memory_8!=Active_8 & [Memory_18!=Active_18 & [Memory_17!=Active_17 & [Memory_12!=Active_12 & [Memory_9!=Active_9 & [Memory_20!=Active_20 & [Memory_3!=Active_3 & [Memory_11!=Active_11 & [Memory_6!=Active_6 & [Memory_4!=Active_4 & [Memory_14!=Active_14 & [Memory_10!=Active_10 & [Memory_7!=Active_7 & [Memory_13!=Active_13 & true]]]]]]]]]]]]]]]]]]]] & [Active_11=Queue_11 & [Active_20=Queue_20 & [Active_1=Queue_1 & [Active_13=Queue_13 & [Active_14=Queue_14 & [Active_5=Queue_5 & [Active_10=Queue_10 & [Active_4=Queue_4 & [Active_15=Queue_15 & [Active_18=Queue_18 & [Active_9=Queue_9 & [Active_16=Queue_16 & [Active_12=Queue_12 & [Active_17=Queue_17 & [Active_6=Queue_6 & [Active_19=Queue_19 & [Active_2=Queue_2 & [Active_7=Queue_7 & [Active_8=Queue_8 & [Active_3=Queue_3 & true]]]]]]]]]]]]]]]]]]]]]]]]
-> the formula is FALSE
FORMULA p_7_placecomparison_eq_and FALSE TECHNIQUES DECISION_DIAGRAMS
mc time: 0m6sec
checking: AG [[[Memory_2!=Active_2 & [Memory_1!=Active_1 & [Memory_5!=Active_5 & [Memory_19!=Active_19 & [Memory_16!=Active_16 & [Memory_15!=Active_15 & [Memory_8!=Active_8 & [Memory_18!=Active_18 & [Memory_17!=Active_17 & [Memory_12!=Active_12 & [Memory_9!=Active_9 & [Memory_20!=Active_20 & [Memory_3!=Active_3 & [Memory_11!=Active_11 & [Memory_6!=Active_6 & [Memory_4!=Active_4 & [Memory_14!=Active_14 & [Memory_10!=Active_10 & [Memory_7!=Active_7 & [Memory_13!=Active_13 & true]]]]]]]]]]]]]]]]]]]] | [Active_11=Queue_11 & [Active_20=Queue_20 & [Active_1=Queue_1 & [Active_13=Queue_13 & [Active_14=Queue_14 & [Active_5=Queue_5 & [Active_10=Queue_10 & [Active_4=Queue_4 & [Active_15=Queue_15 & [Active_18=Queue_18 & [Active_9=Queue_9 & [Active_16=Queue_16 & [Active_12=Queue_12 & [Active_17=Queue_17 & [Active_6=Queue_6 & [Active_19=Queue_19 & [Active_2=Queue_2 & [Active_7=Queue_7 & [Active_8=Queue_8 & [Active_3=Queue_3 & true]]]]]]]]]]]]]]]]]]]]]]
normalized: ~ [E [true U ~ [[[[[[[[[[[[[[[[Memory_11!=Active_11 & [Memory_6!=Active_6 & [Memory_4!=Active_4 & [Memory_14!=Active_14 & [Memory_10!=Active_10 & [Memory_7!=Active_7 & [Memory_13!=Active_13 & true]]]]]]] & Memory_3!=Active_3] & Memory_20!=Active_20] & Memory_9!=Active_9] & Memory_12!=Active_12] & Memory_17!=Active_17] & Memory_18!=Active_18] & Memory_8!=Active_8] & Memory_15!=Active_15] & Memory_16!=Active_16] & Memory_19!=Active_19] & Memory_5!=Active_5] & Memory_1!=Active_1] & Memory_2!=Active_2] | [Active_11=Queue_11 & [Active_20=Queue_20 & [Active_1=Queue_1 & [Active_13=Queue_13 & [Active_14=Queue_14 & [Active_5=Queue_5 & [Active_10=Queue_10 & [Active_4=Queue_4 & [Active_15=Queue_15 & [Active_18=Queue_18 & [Active_9=Queue_9 & [Active_16=Queue_16 & [Active_12=Queue_12 & [Active_17=Queue_17 & [Active_6=Queue_6 & [Active_19=Queue_19 & [Active_2=Queue_2 & [Active_7=Queue_7 & [Active_8=Queue_8 & [Active_3=Queue_3 & true]]]]]]]]]]]]]]]]]]]]]]]]
-> the formula is FALSE
FORMULA p_8_placecomparison_eq_or FALSE TECHNIQUES DECISION_DIAGRAMS
mc time: 0m0sec
checking: AG [[[Memory_2!=Active_2 & [Memory_1!=Active_1 & [Memory_5!=Active_5 & [Memory_19!=Active_19 & [Memory_16!=Active_16 & [Memory_15!=Active_15 & [Memory_8!=Active_8 & [Memory_18!=Active_18 & [Memory_17!=Active_17 & [Memory_12!=Active_12 & [Memory_9!=Active_9 & [Memory_20!=Active_20 & [Memory_3!=Active_3 & [Memory_11!=Active_11 & [Memory_6!=Active_6 & [Memory_4!=Active_4 & [Memory_14!=Active_14 & [Memory_10!=Active_10 & [Memory_7!=Active_7 & [Memory_13!=Active_13 & true]]]]]]]]]]]]]]]]]]]] & [Active_11=Queue_11 & [Active_20=Queue_20 & [Active_1=Queue_1 & [Active_13=Queue_13 & [Active_14=Queue_14 & [Active_5=Queue_5 & [Active_10=Queue_10 & [Active_4=Queue_4 & [Active_15=Queue_15 & [Active_18=Queue_18 & [Active_9=Queue_9 & [Active_16=Queue_16 & [Active_12=Queue_12 & [Active_17=Queue_17 & [Active_6=Queue_6 & [Active_19=Queue_19 & [Active_2=Queue_2 & [Active_7=Queue_7 & [Active_8=Queue_8 & [Active_3=Queue_3 & true]]]]]]]]]]]]]]]]]]]]]]
normalized: ~ [E [true U ~ [[[[[[[[[[[[[[[[[[[[[[true & Memory_13!=Active_13] & Memory_7!=Active_7] & Memory_10!=Active_10] & Memory_14!=Active_14] & Memory_4!=Active_4] & Memory_6!=Active_6] & Memory_11!=Active_11] & Memory_3!=Active_3] & Memory_20!=Active_20] & Memory_9!=Active_9] & Memory_12!=Active_12] & Memory_17!=Active_17] & Memory_18!=Active_18] & Memory_8!=Active_8] & Memory_15!=Active_15] & Memory_16!=Active_16] & Memory_19!=Active_19] & Memory_5!=Active_5] & Memory_1!=Active_1] & Memory_2!=Active_2] & [[[[[[[[[[[[[[[[[[[[true & Active_3=Queue_3] & Active_8=Queue_8] & Active_7=Queue_7] & Active_2=Queue_2] & Active_19=Queue_19] & Active_6=Queue_6] & Active_17=Queue_17] & Active_12=Queue_12] & Active_16=Queue_16] & Active_9=Queue_9] & Active_18=Queue_18] & Active_15=Queue_15] & Active_4=Queue_4] & Active_10=Queue_10] & Active_5=Queue_5] & Active_14=Queue_14] & Active_13=Queue_13] & Active_1=Queue_1] & Active_20=Queue_20] & Active_11=Queue_11]]]]]
-> the formula is FALSE
FORMULA p_9_placecomparison_eq_and_notx FALSE TECHNIQUES DECISION_DIAGRAMS
mc time: 0m0sec
checking: AG [[[[Memory_1!=Active_1 & [[Memory_19!=Active_19 & [[Memory_15!=Active_15 & [[Memory_18!=Active_18 & [[Memory_12!=Active_12 & [[Memory_20!=Active_20 & [Memory_3!=Active_3 & [Memory_11!=Active_11 & [Memory_6!=Active_6 & [[[[[true & Memory_13!=Active_13] & Memory_7!=Active_7] & Memory_10!=Active_10] & Memory_14!=Active_14] & Memory_4!=Active_4]]]]] & Memory_9!=Active_9]] & Memory_17!=Active_17]] & Memory_8!=Active_8]] & Memory_16!=Active_16]] & Memory_5!=Active_5]] & Memory_2!=Active_2] | [Active_11=Queue_11 & [Active_20=Queue_20 & [[Active_13=Queue_13 & [[[Active_10=Queue_10 & [Active_4=Queue_4 & [Active_15=Queue_15 & [Active_18=Queue_18 & [Active_9=Queue_9 & [Active_16=Queue_16 & [Active_12=Queue_12 & [Active_17=Queue_17 & [Active_6=Queue_6 & [Active_19=Queue_19 & [Active_2=Queue_2 & [Active_7=Queue_7 & [Active_8=Queue_8 & [Active_3=Queue_3 & true]]]]]]]]]]]]]] & Active_5=Queue_5] & Active_14=Queue_14]] & Active_1=Queue_1]]]]]
normalized: ~ [E [true U ~ [[[[[[[[[[[[[[[[[[[[[[true & Active_3=Queue_3] & Active_8=Queue_8] & Active_7=Queue_7] & Active_2=Queue_2] & Active_19=Queue_19] & Active_6=Queue_6] & Active_17=Queue_17] & Active_12=Queue_12] & Active_16=Queue_16] & Active_9=Queue_9] & Active_18=Queue_18] & Active_15=Queue_15] & Active_4=Queue_4] & Active_10=Queue_10] & Active_5=Queue_5] & Active_14=Queue_14] & Active_13=Queue_13] & Active_1=Queue_1] & Active_20=Queue_20] & Active_11=Queue_11] | [[[[[[[[[[[[[[[[[[[[true & Memory_13!=Active_13] & Memory_7!=Active_7] & Memory_10!=Active_10] & Memory_14!=Active_14] & Memory_4!=Active_4] & Memory_6!=Active_6] & Memory_11!=Active_11] & Memory_3!=Active_3] & Memory_20!=Active_20] & Memory_9!=Active_9] & Memory_12!=Active_12] & Memory_17!=Active_17] & Memory_18!=Active_18] & Memory_8!=Active_8] & Memory_15!=Active_15] & Memory_16!=Active_16] & Memory_19!=Active_19] & Memory_5!=Active_5] & Memory_1!=Active_1] & Memory_2!=Active_2]]]]]
-> the formula is FALSE
FORMULA p_10_placecomparison_eq_or_notx FALSE TECHNIQUES DECISION_DIAGRAMS
mc time: 0m0sec
checking: AG [[[Active_11=Queue_11 & [[Active_1=Queue_1 & [Active_13=Queue_13 & [[[Active_10=Queue_10 & [Active_4=Queue_4 & [[Active_18=Queue_18 & [[Active_16=Queue_16 & [[Active_17=Queue_17 & [[Active_19=Queue_19 & [[Active_7=Queue_7 & [[Active_3=Queue_3 & true] & Active_8=Queue_8]] & Active_2=Queue_2]] & Active_6=Queue_6]] & Active_12=Queue_12]] & Active_9=Queue_9]] & Active_15=Queue_15]]] & Active_5=Queue_5] & Active_14=Queue_14]]] & Active_20=Queue_20]] | [Memory_2!=Active_2 & [Memory_1!=Active_1 & [Memory_5!=Active_5 & [[Memory_16!=Active_16 & [Memory_15!=Active_15 & [Memory_8!=Active_8 & [Memory_18!=Active_18 & [[Memory_12!=Active_12 & [Memory_9!=Active_9 & [Memory_20!=Active_20 & [[Memory_11!=Active_11 & [[Memory_4!=Active_4 & [[[Memory_7!=Active_7 & [true & Memory_13!=Active_13]] & Memory_10!=Active_10] & Memory_14!=Active_14]] & Memory_6!=Active_6]] & Memory_3!=Active_3]]]] & Memory_17!=Active_17]]]]] & Memory_19!=Active_19]]]]]]
normalized: ~ [E [true U ~ [[[[[[[[[[[[[[[[[[[[[[true & Active_3=Queue_3] & Active_8=Queue_8] & Active_7=Queue_7] & Active_2=Queue_2] & Active_19=Queue_19] & Active_6=Queue_6] & Active_17=Queue_17] & Active_12=Queue_12] & Active_16=Queue_16] & Active_9=Queue_9] & Active_18=Queue_18] & Active_15=Queue_15] & Active_4=Queue_4] & Active_10=Queue_10] & Active_5=Queue_5] & Active_14=Queue_14] & Active_13=Queue_13] & Active_1=Queue_1] & Active_20=Queue_20] & Active_11=Queue_11] | [[[[[[[[[[[[[[[[[[[[true & Memory_13!=Active_13] & Memory_7!=Active_7] & Memory_10!=Active_10] & Memory_14!=Active_14] & Memory_4!=Active_4] & Memory_6!=Active_6] & Memory_11!=Active_11] & Memory_3!=Active_3] & Memory_20!=Active_20] & Memory_9!=Active_9] & Memory_12!=Active_12] & Memory_17!=Active_17] & Memory_18!=Active_18] & Memory_8!=Active_8] & Memory_15!=Active_15] & Memory_16!=Active_16] & Memory_19!=Active_19] & Memory_5!=Active_5] & Memory_1!=Active_1] & Memory_2!=Active_2]]]]]
-> the formula is FALSE
FORMULA p_11_placecomparison_eq_x FALSE TECHNIQUES DECISION_DIAGRAMS
mc time: 0m0sec
checking: AG [[[[false | [Active_11
-> the formula is FALSE
FORMULA p_12_placecomparison_full_and FALSE TECHNIQUES DECISION_DIAGRAMS
mc time: 0m0sec
checking: AG [[[[false | [Active_11
-> the formula is FALSE
FORMULA p_13_placecomparison_full_or FALSE TECHNIQUES DECISION_DIAGRAMS
mc time: 0m0sec
checking: AG [[~ [[[Queue_13!=OwnMemAcc_13 & [Queue_2!=OwnMemAcc_2 & [[Queue_19!=OwnMemAcc_19 & [Queue_3!=OwnMemAcc_3 & [[[Queue_12!=OwnMemAcc_12 & [[[Queue_10!=OwnMemAcc_10 & [Queue_7!=OwnMemAcc_7 & [[Queue_20!=OwnMemAcc_20 & [Queue_17!=OwnMemAcc_17 & [Queue_9!=OwnMemAcc_9 & [[[Queue_6!=OwnMemAcc_6 & true] & Queue_11!=OwnMemAcc_11] & Queue_15!=OwnMemAcc_15]]]] & Queue_14!=OwnMemAcc_14]]] & Queue_8!=OwnMemAcc_8] & Queue_1!=OwnMemAcc_1]] & Queue_4!=OwnMemAcc_4] & Queue_16!=OwnMemAcc_16]]] & Queue_5!=OwnMemAcc_5]]] & Queue_18!=OwnMemAcc_18]] & ~ [[[true & [[[Active_1<=Queue_1 & [[Active_14<=Queue_14 & [Active_5<=Queue_5 & [Active_10<=Queue_10 & [Active_4<=Queue_4 & [Active_15<=Queue_15 & [Active_18<=Queue_18 & [[Active_16<=Queue_16 & [Active_12<=Queue_12 & [[Active_6<=Queue_6 & [[[Active_7<=Queue_7 & [[true & Active_3<=Queue_3] & Active_8<=Queue_8]] & Active_2<=Queue_2] & Active_19<=Queue_19]] & Active_17<=Queue_17]]] & Active_9<=Queue_9]]]]]]] & Active_13<=Queue_13]] & Active_20<=Queue_20] & Active_11<=Queue_11]] & [[[[Active_1
-> the formula is TRUE
FORMULA p_14_placecomparison_full_and_notx TRUE TECHNIQUES DECISION_DIAGRAMS
mc time: 0m0sec
total processing time: 1m10sec
STOP 1369841777
--------------------
content from stderr:
check if there are places and transitions
ok
check if there are transitions without pre-places
ok
check if at least one transition is enabled in m0
ok
check if there are transitions that can never fire
ok
initing FirstDep: 0m0sec
2035 2631 3241 3581 3957 4306 4337 4745 4745 5104 5106 5521 5522 5872 5882 6280 6280 6280 6653 6667 6698 6703 7115 7115 7130 7527 7544 7546 7580 7606 8033 8033 8033 8067 8499 8528 8549 8570 8570 8625 9070 9071 9073 9074 9136 9620 9620 9647 9672 9724 9724 9788 10228 10243 10258 10273 10288 10288 10321 10822 10822 10822 10822 10902 10957 11050 11556 11560 11583 11604 11628 11652 11652 11677 11728 12256 12256 12256 12256 12281 12334 12362 12421 12478 12959 12983 13008 13036 13038 13038 13064 13091 13118 13175 13730 13730 13730 13730 13730 13757 13814 13844 13901 13934 14003 14510 14540 14564 14591 14619 14619 14620 14620 14650 14679 14740 14772 15296 15314 15332 15350 15368 15368 15368 15368 15387 15407 15428 15473 16072 16072 16072 16072 16072 16072 16119 16167 16266 16317 16369 16476 16531 16581 16616 17221 17221 17221 17221 17221 17221 17234 17263 17279 17296 17314 17333 17374 17396 17419
iterations count:159929 (195), effective:420 (0)
initing FirstDep: 0m0sec
iterations count:820 (1), effective:0 (0)
iterations count:820 (1), effective:0 (0)
iterations count:820 (1), effective:0 (0)
iterations count:820 (1), effective:0 (0)
iterations count:820 (1), effective:0 (0)
iterations count:820 (1), effective:0 (0)
iterations count:820 (1), effective:0 (0)
--------------------
content from /tmp/BenchKit_head_log_file.1662: