details

property	value
status	complete
benchmark	rtL-rw5.xml
ran by	Akihisa Yamada
cpu timeout	1200 seconds
wallclock timeout	300 seconds
memory limit	137438953472 bytes
execution host	n004.star.cs.uiowa.edu
space	Relative_05

run statistics

property	value
solver	NaTT
configuration	Default
runtime (wallclock)	0.155830144882 seconds
cpu usage	0.161746786
max memory	1.7063936E7

stage attributes

key	value
output-size	4105
starexec-result	MAYBE

output

/export/starexec/sandbox/solver/bin/starexec_run_Default /export/starexec/sandbox/benchmark/theBenchmark.xml /export/starexec/sandbox/output/output_files -------------------------------------------------------------------------------- MAYBE Input TRS: 1: R(x,RT()) -> RT() 2: W(x,WT()) -> WT() 3: RB() ->= R(New(),RB()) 4: WB() ->= W(New(),WB()) 5: top(ok(sys(read(r1,R(t,r2)),write(WT(),WB()),p))) ->= top(check(sys(read(R(t,r1),r2),write(WT(),WB()),p))) 6: top(ok(sys(read(RT(),RB()),write(WT(),W(t,w1)),p))) ->= top(check(sys(read(RT(),RB()),write(W(t,WT()),w1),p))) 7: top(ok(sys(read(r1,R(t,r2)),write(WT(),w1),PR()))) ->= top(check(sys(read(R(t,r1),r2),write(WT(),w1),PW()))) 8: top(ok(sys(read(RT(),r2),write(WT(),W(t,w1)),PW()))) ->= top(check(sys(read(RT(),r2),write(W(t,WT()),w1),PR()))) 9: check(Old()) ->= ok(Old()) 10: check(R(x,y)) ->= R(check(x),y) 11: check(R(x,y)) ->= R(x,check(y)) 12: check(W(x,y)) ->= W(check(x),y) 13: check(W(x,y)) ->= W(x,check(y)) 14: check(read(x,y)) ->= read(check(x),y) 15: check(read(x,y)) ->= read(x,check(y)) 16: check(write(x,y)) ->= write(check(x),y) 17: check(write(x,y)) ->= write(x,check(y)) 18: check(sys(x,y,z)) ->= sys(check(x),y,z) 19: check(sys(x,y,z)) ->= sys(x,check(y),z) 20: check(sys(x,y,z)) ->= sys(x,y,check(z)) 21: R(ok(x),y) ->= ok(R(x,y)) 22: R(x,ok(y)) ->= ok(R(x,y)) 23: W(ok(x),y) ->= ok(W(x,y)) 24: W(x,ok(y)) ->= ok(W(x,y)) 25: read(ok(x),y) ->= ok(read(x,y)) 26: read(x,ok(y)) ->= ok(read(x,y)) 27: write(ok(x),y) ->= ok(write(x,y)) 28: write(x,ok(y)) ->= ok(write(x,y)) 29: sys(ok(x),y,z) ->= ok(sys(x,y,z)) 30: sys(x,ok(y),z) ->= ok(sys(x,y,z)) 31: sys(x,y,ok(z)) ->= ok(sys(x,y,z)) Number of strict rules: 2 Direct POLO(bPol) ... failed. Uncurrying ... failed. Dependency Pairs: #1: #top(ok(sys(read(RT(),RB()),write(WT(),W(t,w1)),p))) ->? #top(check(sys(read(RT(),RB()),write(W(t,WT()),w1),p))) #2: #top(ok(sys(read(RT(),RB()),write(WT(),W(t,w1)),p))) ->? #check(sys(read(RT(),RB()),write(W(t,WT()),w1),p)) #3: #top(ok(sys(read(RT(),RB()),write(WT(),W(t,w1)),p))) ->? #W(t,WT()) #4: #check(W(x,y)) ->? #W(x,check(y)) #5: #check(W(x,y)) ->? #check(y) #6: #check(R(x,y)) ->? #R(x,check(y)) #7: #check(R(x,y)) ->? #check(y) #8: #W(x,ok(y)) ->? #W(x,y) #9: #W(ok(x),y) ->? #W(x,y) #10: #check(W(x,y)) ->? #W(check(x),y) #11: #check(W(x,y)) ->? #check(x) #12: #check(read(x,y)) ->? #check(x) #13: #check(sys(x,y,z)) ->? #check(z) #14: #top(ok(sys(read(r1,R(t,r2)),write(WT(),w1),PR()))) ->? #top(check(sys(read(R(t,r1),r2),write(WT(),w1),PW()))) #15: #top(ok(sys(read(r1,R(t,r2)),write(WT(),w1),PR()))) ->? #check(sys(read(R(t,r1),r2),write(WT(),w1),PW())) #16: #top(ok(sys(read(r1,R(t,r2)),write(WT(),w1),PR()))) ->? #R(t,r1) #17: #check(R(x,y)) ->? #R(check(x),y) #18: #check(R(x,y)) ->? #check(x) #19: #top(ok(sys(read(r1,R(t,r2)),write(WT(),WB()),p))) ->? #top(check(sys(read(R(t,r1),r2),write(WT(),WB()),p))) #20: #top(ok(sys(read(r1,R(t,r2)),write(WT(),WB()),p))) ->? #check(sys(read(R(t,r1),r2),write(WT(),WB()),p)) #21: #top(ok(sys(read(r1,R(t,r2)),write(WT(),WB()),p))) ->? #R(t,r1) #22: #R(x,ok(y)) ->? #R(x,y) #23: #check(write(x,y)) ->? #check(y) #24: #check(sys(x,y,z)) ->? #check(y) #25: #R(ok(x),y) ->? #R(x,y) #26: #check(write(x,y)) ->? #check(x) #27: #RB() ->? #R(New(),RB()) #28: #RB() ->? #RB() #29: #top(ok(sys(read(RT(),r2),write(WT(),W(t,w1)),PW()))) ->? #top(check(sys(read(RT(),r2),write(W(t,WT()),w1),PR()))) #30: #top(ok(sys(read(RT(),r2),write(WT(),W(t,w1)),PW()))) ->? #check(sys(read(RT(),r2),write(W(t,WT()),w1),PR())) #31: #top(ok(sys(read(RT(),r2),write(WT(),W(t,w1)),PW()))) ->? #W(t,WT()) #32: #check(read(x,y)) ->? #check(y) #33: #WB() ->? #W(New(),WB()) #34: #WB() ->? #WB() #35: #check(sys(x,y,z)) ->? #check(x) Number of SCCs: 6, DPs: 21 SCC { #34 } POLO(Sum)... POLO(max)... QLPOS... POLO(mSum)... QWPOpS(mSum)... Mat2b... failed. Finding a loop... failed. popout

output may be truncated. 'popout' for the full output.

job log

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actions

all output return to TRS Relat 75837