PB'05 competition: run trace

Some explanations

A solver is run under the control of another program named runsolver. runsolver is in charge of imposing the CPU time limit and the memory limit to the solver. It also monitors some information about the process. The trace of the execution of a solver is divided in four parts:

LAUNCHER DATA
These informations are related to the script which will launch the solver. The most important informations are the command line given to the solver, the md5sum of the different files and the dump of the /proc/cpuinfo and /proc/meminfo which provide some useful information on the computer.
SOLVER DATA
This is the output of the solver (stdout and stderr).
WATCHER DATA
This is the informations gathered by the runsolver program. It first prints the different limits. There's a first limit on CPU time set to 1200 seconds. After this time has ellapsed, runsolver sends a SIGTERM and 2 seconds later a SIGKILL to the solver. For safety, there's also another limit set to 1230 seconds which will send a SIGXPU to the solver. The last limit is on the virtual memory used by the process (900Mb).
Every ten seconds, the runsolver process fetches the content of /proc/loadavg, /proc/pid/stat and /proc/pid/statm (see man proc) and prints it as raw data. This is only recorded in case we need to investigate the behaviour of a solver. The memory used by the solver (vsize) is also given every ten seconds.
When the solver exits, runsolver prints some informations such as status and time. CPU usage is the ratio CPU Time/Real Time.
VERIFIER DATA
The output of the solver is piped to a verifier program which will search a value line "v " and, if found, will check that the given interpretation satisfies all constraints.

General information on the benchmark

Name	normalized-opb/mps-v2-13-7/MIPLIB/miplib/normalized-mps-v2-13-7-sample2.opb
MD5SUM	d28092793cdc5a919be9a0f5974c70fe
Bench Category	optimization, medium integers (OPTMEDINT)
Has Objective Function	YES
Satisfiable	YES
(Un)Satisfiability was proved	YES
Best value of the objective function	48000
Optimality of the best value was proved	NO
Number of terms in the objective function	489
Biggest coefficient in the objective function	3145728
Number of bits for the biggest coefficient in the objective function	22
Sum of the numbers in the objective function	69282750
Number of bits of the sum of numbers in the objective function	27
Biggest number in a constraint	3145728
Number of bits of the biggest number in a constraint	22
Biggest sum of numbers in a constraint	69282750
Number of bits of the biggest sum of numbers	27
Best result obtained on this benchmark	SAT
Best CPU time to get the best result obtained on this benchmark	10.6134
Number of variables	873
Total number of constraints	67
Number of constraints which are clauses	0
Number of constraints which are cardinality constraints (but not clauses)	24
Number of constraints which are nor clauses,nor cardinality constraints	43
Minimum length of a constraint	1
Maximum length of a constraint	100

Trace number 18883

#### BEGIN LAUNCHER DATA ####
LAUNCH ON wulflinc25 THE 2005-04-21 17:18:32 (client local time)
PB2005-SCRIPT v4.0 
MARKUPS: idlaunch=17244 boxname=wulflinc25 idbench=1327 idsolver=6 numberseed=0
MD5SUM SOLVER: 2225cba0d9b2c30e235f6cafc823d7ac  /oldhome/oroussel/solvers/PBS4
MD5SUM BENCH:  d28092793cdc5a919be9a0f5974c70fe  /oldhome/oroussel/tmp/wulflinc25/normalized-mps-v2-13-7-sample2.opb
REAL COMMAND:  PBS4 /oldhome/oroussel/tmp/wulflinc25/normalized-mps-v2-13-7-sample2.opb
IDLAUNCH: 17244
/proc/cpuinfo:
processor	: 0
vendor_id	: GenuineIntel
cpu family	: 6
model		: 7
model name	: Pentium III (Katmai)
stepping	: 2
cpu MHz		: 451.220
cache size	: 512 KB
fdiv_bug	: no
hlt_bug		: no
f00f_bug	: no
coma_bug	: no
fpu		: yes
fpu_exception	: yes
cpuid level	: 2
wp		: yes
flags		: fpu vme de pse tsc msr pae mce cx8 apic sep mtrr pge mca cmov pat pse36 mmx fxsr sse
bogomips	: 888.83

processor	: 1
vendor_id	: GenuineIntel
cpu family	: 6
model		: 7
model name	: Pentium III (Katmai)
stepping	: 3
cpu MHz		: 451.220
cache size	: 512 KB
fdiv_bug	: no
hlt_bug		: no
f00f_bug	: no
coma_bug	: no
fpu		: yes
fpu_exception	: yes
cpuid level	: 2
wp		: yes
flags		: fpu vme de pse tsc msr pae mce cx8 apic sep mtrr pge mca cmov pat pse36 mmx fxsr sse
bogomips	: 901.12

/proc/meminfo:
MemTotal:      1034660 kB
MemFree:        540740 kB
Buffers:         30356 kB
Cached:         443472 kB
SwapCached:        744 kB
Active:          92208 kB
Inactive:       383608 kB
HighTotal:      131008 kB
HighFree:         3864 kB
LowTotal:       903652 kB
LowFree:        536876 kB
SwapTotal:     2097892 kB
SwapFree:      2096220 kB
Dirty:              40 kB
Writeback:           0 kB
Mapped:           4992 kB
Slab:            12592 kB
Committed_AS:    63596 kB
PageTables:        316 kB
VmallocTotal:   114680 kB
VmallocUsed:      1368 kB
VmallocChunk:   113252 kB
JOB ENDED THE 2005-04-21 17:18:43 (client local time) WITH STATUS 30 IN 10.6134 SECONDS
stats: 17244 0 10.6134 30
#### END LAUNCHER DATA ####
#### BEGIN SOLVER DATA ####
c PBS v4 by Bashar Al-Rawi & Fadi Aloul
c Solving /oldhome/oroussel/tmp/wulflinc25/normalized-mps-v2-13-7-sample2.opb ......
c The optimum solution is:48000
s OPTIMUM FOUND
v -F_0x2e_D01C01_bit0 -F_0x2e_D01C01_bit1 -F_0x2e_D01C01_bit10 -F_0x2e_D01C01_bit11 -F_0x2e_D01C01_bit12 -F_0x2e_D01C01_bit2 -F_0x2e_D01C01_bit3 -F_0x2e_D01C01_bit4 -F_0x2e_D01C01_bit5 -F_0x2e_D01C01_bit6 -F_0x2e_D01C01_bit7 -F_0x2e_D01C01_bit8 -F_0x2e_D01C01_bit9 -F_0x2e_D01C01_bit_1 -F_0x2e_D01C01_bit_2 -F_0x2e_D01C01_bit_3 -F_0x2e_D01C01_bit_4 -F_0x2e_D01C01_bit_5 -F_0x2e_D01C01_bit_6 -F_0x2e_D01C01_bit_7 -F_0x2e_D01C02_bit0 -F_0x2e_D01C02_bit1 -F_0x2e_D01C02_bit10 -F_0x2e_D01C02_bit11 -F_0x2e_D01C02_bit12 -F_0x2e_D01C02_bit2 -F_0x2e_D01C02_bit3 -F_0x2e_D01C02_bit4 -F_0x2e_D01C02_bit5 -F_0x2e_D01C02_bit6 -F_0x2e_D01C02_bit7 -F_0x2e_D01C02_bit8 -F_0x2e_D01C02_bit9 -F_0x2e_D01C02_bit_1 -F_0x2e_D01C02_bit_2 -F_0x2e_D01C02_bit_3 -F_0x2e_D01C02_bit_4 -F_0x2e_D01C02_bit_5 -F_0x2e_D01C02_bit_6 -F_0x2e_D01C02_bit_7 -F_0x2e_D01C03_bit0 -F_0x2e_D01C03_bit1 -F_0x2e_D01C03_bit10 -F_0x2e_D01C03_bit11 -F_0x2e_D01C03_bit12 -F_0x2e_D01C03_bit2 -F_0x2e_D01C03_bit3 -F_0x2e_D01C03_bit4 -F_0x2e_D01C03_bit5 -F_0x2e_D01C03_bit6 -F_0x2e_D01C03_bit7 -F_0x2e_D01C03_bit8 -F_0x2e_D01C03_bit9 -F_0x2e_D01C03_bit_1 -F_0x2e_D01C03_bit_2 -F_0x2e_D01C03_bit_3 -F_0x2e_D01C03_bit_4 -F_0x2e_D01C03_bit_5 -F_0x2e_D01C03_bit_6 -F_0x2e_D01C03_bit_7 -F_0x2e_D01D01_bit0 -F_0x2e_D01D01_bit1 -F_0x2e_D01D01_bit10 -F_0x2e_D01D01_bit11 -F_0x2e_D01D01_bit12 -F_0x2e_D01D01_bit2 -F_0x2e_D01D01_bit3 -F_0x2e_D01D01_bit4 -F_0x2e_D01D01_bit5 -F_0x2e_D01D01_bit6 -F_0x2e_D01D01_bit7 -F_0x2e_D01D01_bit8 -F_0x2e_D01D01_bit9 -F_0x2e_D01D01_bit_1 -F_0x2e_D01D01_bit_2 -F_0x2e_D01D01_bit_3 -F_0x2e_D01D01_bit_4 -F_0x2e_D01D01_bit_5 -F_0x2e_D01D01_bit_6 -F_0x2e_D01D01_bit_7 -F_0x2e_D02C01_bit0 -F_0x2e_D02C01_bit1 -F_0x2e_D02C01_bit10 -F_0x2e_D02C01_bit11 -F_0x2e_D02C01_bit12 -F_0x2e_D02C01_bit2 -F_0x2e_D02C01_bit3 -F_0x2e_D02C01_bit4 -F_0x2e_D02C01_bit5 -F_0x2e_D02C01_bit6 -F_0x2e_D02C01_bit7 -F_0x2e_D02C01_bit8 -F_0x2e_D02C01_bit9 -F_0x2e_D02C01_bit_1 -F_0x2e_D02C01_bit_2 -F_0x2e_D02C01_bit_3 -F_0x2e_D02C01_bit_4 -F_0x2e_D02C01_bit_5 -F_0x2e_D02C01_bit_6 -F_0x2e_D02C01_bit_7 -F_0x2e_D02C02_bit0 -F_0x2e_D02C02_bit1 -F_0x2e_D02C02_bit10 -F_0x2e_D02C02_bit11 -F_0x2e_D02C02_bit12 -F_0x2e_D02C02_bit2 -F_0x2e_D02C02_bit3 -F_0x2e_D02C02_bit4 -F_0x2e_D02C02_bit5 -F_0x2e_D02C02_bit6 -F_0x2e_D02C02_bit7 -F_0x2e_D02C02_bit8 -F_0x2e_D02C02_bit9 -F_0x2e_D02C02_bit_1 -F_0x2e_D02C02_bit_2 -F_0x2e_D02C02_bit_3 -F_0x2e_D02C02_bit_4 -F_0x2e_D02C02_bit_5 -F_0x2e_D02C02_bit_6 -F_0x2e_D02C02_bit_7 F_0x2e_D02C03_bit0 F_0x2e_D02C03_bit1 -F_0x2e_D02C03_bit10 -F_0x2e_D02C03_bit11 -F_0x2e_D02C03_bit12 F_0x2e_D02C03_bit2 F_0x2e_D02C03_bit3 -F_0x2e_D02C03_bit4 -F_0x2e_D02C03_bit5 -F_0x2e_D02C03_bit6 -F_0x2e_D02C03_bit7 -F_0x2e_D02C03_bit8 -F_0x2e_D02C03_bit9 -F_0x2e_D02C03_bit_1 -F_0x2e_D02C03_bit_2 -F_0x2e_D02C03_bit_3 -F_0x2e_D02C03_bit_4 -F_0x2e_D02C03_bit_5 -F_0x2e_D02C03_bit_6 -F_0x2e_D02C03_bit_7 F_0x2e_D02D02_bit0 F_0x2e_D02D02_bit1 -F_0x2e_D02D02_bit10 -F_0x2e_D02D02_bit11 -F_0x2e_D02D02_bit12 F_0x2e_D02D02_bit2 F_0x2e_D02D02_bit3 -F_0x2e_D02D02_bit4 -F_0x2e_D02D02_bit5 -F_0x2e_D02D02_bit6 -F_0x2e_D02D02_bit7 -F_0x2e_D02D02_bit8 -F_0x2e_D02D02_bit9 -F_0x2e_D02D02_bit_1 -F_0x2e_D02D02_bit_2 -F_0x2e_D02D02_bit_3 -F_0x2e_D02D02_bit_4 -F_0x2e_D02D02_bit_5 -F_0x2e_D02D02_bit_6 -F_0x2e_D02D02_bit_7 -F_0x2e_D03C01_bit0 -F_0x2e_D03C01_bit1 -F_0x2e_D03C01_bit10 -F_0x2e_D03C01_bit11 -F_0x2e_D03C01_bit12 -F_0x2e_D03C01_bit2 -F_0x2e_D03C01_bit3 -F_0x2e_D03C01_bit4 -F_0x2e_D03C01_bit5 -F_0x2e_D03C01_bit6 -F_0x2e_D03C01_bit7 -F_0x2e_D03C01_bit8 -F_0x2e_D03C01_bit9 -F_0x2e_D03C01_bit_1 -F_0x2e_D03C01_bit_2 -F_0x2e_D03C01_bit_3 -F_0x2e_D03C01_bit_4 -F_0x2e_D03C01_bit_5 -F_0x2e_D03C01_bit_6 -F_0x2e_D03C01_bit_7 F_0x2e_D03C02_bit0 F_0x2e_D03C02_bit1 -F_0x2e_D03C02_bit10 -F_0x2e_D03C02_bit11 -F_0x2e_D03C02_bit12 F_0x2e_D03C02_bit2 F_0x2e_D03C02_bit3 -F_0x2e_D03C02_bit4 -F_0x2e_D03C02_bit5 -F_0x2e_D03C02_bit6 -F_0x2e_D03C02_bit7 -F_0x2e_D03C02_bit8 -F_0x2e_D03C02_bit9 -F_0x2e_D03C02_bit_1 -F_0x2e_D03C02_bit_2 -F_0x2e_D03C02_bit_3 -F_0x2e_D03C02_bit_4 -F_0x2e_D03C02_bit_5 -F_0x2e_D03C02_bit_6 -F_0x2e_D03C02_bit_7 -F_0x2e_D03C03_bit0 -F_0x2e_D03C03_bit1 -F_0x2e_D03C03_bit10 -F_0x2e_D03C03_bit11 -F_0x2e_D03C03_bit12 -F_0x2e_D03C03_bit2 -F_0x2e_D03C03_bit3 -F_0x2e_D03C03_bit4 -F_0x2e_D03C03_bit5 -F_0x2e_D03C03_bit6 -F_0x2e_D03C03_bit7 -F_0x2e_D03C03_bit8 -F_0x2e_D03C03_bit9 -F_0x2e_D03C03_bit_1 -F_0x2e_D03C03_bit_2 -F_0x2e_D03C03_bit_3 -F_0x2e_D03C03_bit_4 -F_0x2e_D03C03_bit_5 -F_0x2e_D03C03_bit_6 -F_0x2e_D03C03_bit_7 F_0x2e_D03D03_bit0 F_0x2e_D03D03_bit1 -F_0x2e_D03D03_bit10 -F_0x2e_D03D03_bit11 -F_0x2e_D03D03_bit12 F_0x2e_D03D03_bit2 F_0x2e_D03D03_bit3 -F_0x2e_D03D03_bit4 -F_0x2e_D03D03_bit5 -F_0x2e_D03D03_bit6 -F_0x2e_D03D03_bit7 -F_0x2e_D03D03_bit8 -F_0x2e_D03D03_bit9 -F_0x2e_D03D03_bit_1 -F_0x2e_D03D03_bit_2 -F_0x2e_D03D03_bit_3 -F_0x2e_D03D03_bit_4 -F_0x2e_D03D03_bit_5 -F_0x2e_D03D03_bit_6 -F_0x2e_D03D03_bit_7 F_0x2e_D04C01_bit0 F_0x2e_D04C01_bit1 -F_0x2e_D04C01_bit10 -F_0x2e_D04C01_bit11 -F_0x2e_D04C01_bit12 F_0x2e_D04C01_bit2 F_0x2e_D04C01_bit3 -F_0x2e_D04C01_bit4 -F_0x2e_D04C01_bit5 -F_0x2e_D04C01_bit6 -F_0x2e_D04C01_bit7 -F_0x2e_D04C01_bit8 -F_0x2e_D04C01_bit9 -F_0x2e_D04C01_bit_1 -F_0x2e_D04C01_bit_2 -F_0x2e_D04C01_bit_3 -F_0x2e_D04C01_bit_4 -F_0x2e_D04C01_bit_5 -F_0x2e_D04C01_bit_6 -F_0x2e_D04C01_bit_7 -F_0x2e_D04C02_bit0 -F_0x2e_D04C02_bit1 -F_0x2e_D04C02_bit10 -F_0x2e_D04C02_bit11 -F_0x2e_D04C02_bit12 -F_0x2e_D04C02_bit2 -F_0x2e_D04C02_bit3 -F_0x2e_D04C02_bit4 -F_0x2e_D04C02_bit5 -F_0x2e_D04C02_bit6 -F_0x2e_D04C02_bit7 -F_0x2e_D04C02_bit8 -F_0x2e_D04C02_bit9 -F_0x2e_D04C02_bit_1 -F_0x2e_D04C02_bit_2 -F_0x2e_D04C02_bit_3 -F_0x2e_D04C02_bit_4 -F_0x2e_D04C02_bit_5 -F_0x2e_D04C02_bit_6 -F_0x2e_D04C02_bit_7 -F_0x2e_D04C03_bit0 -F_0x2e_D04C03_bit1 -F_0x2e_D04C03_bit10 -F_0x2e_D04C03_bit11 -F_0x2e_D04C03_bit12 -F_0x2e_D04C03_bit2 -F_0x2e_D04C03_bit3 -F_0x2e_D04C03_bit4 -F_0x2e_D04C03_bit5 -F_0x2e_D04C03_bit6 -F_0x2e_D04C03_bit7 -F_0x2e_D04C03_bit8 -F_0x2e_D04C03_bit9 -F_0x2e_D04C03_bit_1 -F_0x2e_D04C03_bit_2 -F_0x2e_D04C03_bit_3 -F_0x2e_D04C03_bit_4 -F_0x2e_D04C03_bit_5 -F_0x2e_D04C03_bit_6 -F_0x2e_D04C03_bit_7 F_0x2e_D04D04_bit0 F_0x2e_D04D04_bit1 F_0x2e_D04D04_bit2 F_0x2e_D04D04_bit3 -F_0x2e_D04D04_bit4 -F_0x2e_D04D04_bit_1 -F_0x2e_D04D04_bit_2 -F_0x2e_D04D04_bit_3 -F_0x2e_D04D04_bit_4 -F_0x2e_D04D04_bit_5 -F_0x2e_D04D04_bit_6 -F_0x2e_D04D04_bit_7 -F_0x2e_F01W01_bit0 -F_0x2e_F01W01_bit1 -F_0x2e_F01W01_bit10 -F_0x2e_F01W01_bit11 -F_0x2e_F01W01_bit12 -F_0x2e_F01W01_bit2 -F_0x2e_F01W01_bit3 -F_0x2e_F01W01_bit4 -F_0x2e_F01W01_bit5 -F_0x2e_F01W01_bit6 -F_0x2e_F01W01_bit7 -F_0x2e_F01W01_bit8 -F_0x2e_F01W01_bit9 -F_0x2e_F01W01_bit_1 -F_0x2e_F01W01_bit_2 -F_0x2e_F01W01_bit_3 -F_0x2e_F01W01_bit_4 -F_0x2e_F01W01_bit_5 -F_0x2e_F01W01_bit_6 -F_0x2e_F01W01_bit_7 -F_0x2e_F01W02_bit0 -F_0x2e_F01W02_bit1 -F_0x2e_F01W02_bit10 -F_0x2e_F01W02_bit11 -F_0x2e_F01W02_bit12 -F_0x2e_F01W02_bit2 -F_0x2e_F01W02_bit3 -F_0x2e_F01W02_bit4 -F_0x2e_F01W02_bit5 -F_0x2e_F01W02_bit6 -F_0x2e_F01W02_bit7 -F_0x2e_F01W02_bit8 -F_0x2e_F01W02_bit9 -F_0x2e_F01W02_bit_1 -F_0x2e_F01W02_bit_2 -F_0x2e_F01W02_bit_3 -F_0x2e_F01W02_bit_4 -F_0x2e_F01W02_bit_5 -F_0x2e_F01W02_bit_6 -F_0x2e_F01W02_bit_7 -F_0x2e_F01W03_bit0 -F_0x2e_F01W03_bit1 -F_0x2e_F01W03_bit10 -F_0x2e_F01W03_bit11 -F_0x2e_F01W03_bit12 -F_0x2e_F01W03_bit2 -F_0x2e_F01W03_bit3 -F_0x2e_F01W03_bit4 -F_0x2e_F01W03_bit5 -F_0x2e_F01W03_bit6 -F_0x2e_F01W03_bit7 -F_0x2e_F01W03_bit8 -F_0x2e_F01W03_bit9 -F_0x2e_F01W03_bit_1 -F_0x2e_F01W03_bit_2 -F_0x2e_F01W03_bit_3 -F_0x2e_F01W03_bit_4 -F_0x2e_F01W03_bit_5 -F_0x2e_F01W03_bit_6 -F_0x2e_F01W03_bit_7 -F_0x2e_F02W01_bit0 -F_0x2e_F02W01_bit1 -F_0x2e_F02W01_bit10 -F_0x2e_F02W01_bit11 -F_0x2e_F02W01_bit12 -F_0x2e_F02W01_bit2 -F_0x2e_F02W01_bit3 -F_0x2e_F02W01_bit4 -F_0x2e_F02W01_bit5 -F_0x2e_F02W01_bit6 -F_0x2e_F02W01_bit7 -F_0x2e_F02W01_bit8 -F_0x2e_F02W01_bit9 -F_0x2e_F02W01_bit_1 -F_0x2e_F02W01_bit_2 -F_0x2e_F02W01_bit_3 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c Done, CPU Time=10.5244
#### END SOLVER DATA ####
#### BEGIN WATCHER DATA ####
Enforcing CPU limit (will send SIGTERM then SIGKILL): 1200 seconds
Enforcing CPUTime (will send SIGXCPU) limit: 1230 seconds
Enforcing VSIZE limit: 943718400 bytes
Raw data (loadavg): 0.93 0.98 0.99 2/54 9390
Raw data (stat): 9390 (runsolver) R 9389 28099 28098 0 -1 64 4 0 0 0 0 0 0 0 19 0 1 0 546832422 1052672 99 4294967295 134512640 135381576 3221224528 3221219776 135158418 0 2147483391 7 90112 0 0 0 17 1 0 0
Raw data (statm): 257 99 215 215 0 42 0
vsize: 1028
[startup+10.0003 s]
Raw data (loadavg): 0.94 0.98 0.99 2/54 9390
Raw data (stat): 9390 (PBS4) R 9389 28099 28098 0 -1 0 905 0 0 0 995 3 0 0 25 0 1 0 546832422 6090752 901 4294967295 134512640 135450300 3221224624 3221223008 134602056 0 0 7 0 0 0 0 17 0 0 0
Raw data (statm): 1487 901 231 231 0 1256 0
vsize: 5948
[startup+10.6229 s]
Raw data (loadavg): 0.94 0.98 0.99 1/53 9390
Raw data (stat): 9390 (PBS4) R 9389 28099 28098 0 -1 0 905 0 0 0 995 3 0 0 25 0 1 0 546832422 6090752 901 4294967295 134512640 135450300 3221224624 3221223008 134602056 0 0 7 0 0 0 0 17 0 0 0
Raw data (statm): 1487 901 231 231 0 1256 0
vsize: 0

Child status: 30
Real time (s): 10.6224
CPU time (s): 10.6134
CPU user time (s): 10.5674
CPU system time (s): 0.045993
CPU usage (%): 99.9154
Max. virtual memory (Kb): 5948
#### END WATCHER DATA ####
#### BEGIN VERIFIER DATA ####
Verifier:	OK	48000
#### END VERIFIER DATA ####