[ 0:00] --symbolic --sequential
[ 0:00] compiling /home/xrockai/src/divine/nightly/test/svcomp/recursion/Fibonacci05_false.c
[ 0:01] states per second: 4.78863
[ 7:42] state count: 1978
[ 7:42] mips: 0.0042
[ 7:42] symbolic: 1
[ 8:11] 
[ 8:11] error found: yes
[ 8:11] error trace: |
[ 8:11]   ASSUME (not (bvslt var_0 #x00000001))
[ 8:11]   ASSUME (not (= var_0 #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub var_0 #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub var_0 #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001)
[ 8:11]   ASSUME (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001) #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001) #x00000002) #x00000001) #x00000001)
[ 8:11]   ASSUME (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000001) #x00000002) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000002) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000002) #x00000001) #x00000001) #x00000001)
[ 8:11]   ASSUME (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000002) #x00000001) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000002) #x00000002) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000001) #x00000002) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000002) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000002) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000002) #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000002) #x00000001) #x00000001) #x00000001) #x00000001)
[ 8:11]   ASSUME (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000002) #x00000001) #x00000001) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000002) #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000002) #x00000001) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000002) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000002) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000002) #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000002) #x00000002) #x00000001) #x00000001)
[ 8:11]   ASSUME (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000001) #x00000002) #x00000002) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001)
[ 8:11]   ASSUME (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001) #x00000001) #x00000001) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001) #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001) #x00000001) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001) #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001) #x00000002) #x00000001) #x00000001)
[ 8:11]   ASSUME (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000001) #x00000002) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000002) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000002) #x00000001) #x00000001) #x00000001)
[ 8:11]   ASSUME (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000002) #x00000001) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000002) #x00000002) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub var_0 #x00000001) #x00000002) #x00000002) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub var_0 #x00000002) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub var_0 #x00000002) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001) #x00000001)
[ 8:11]   ASSUME (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001) #x00000001) #x00000001) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001) #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001) #x00000001) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001) #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001) #x00000002) #x00000001) #x00000001)
[ 8:11]   ASSUME (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000001) #x00000002) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000002) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000002) #x00000001) #x00000001) #x00000001)
[ 8:11]   ASSUME (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000002) #x00000001) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000002) #x00000002) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000001) #x00000002) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub var_0 #x00000002) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub var_0 #x00000002) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub var_0 #x00000002) #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub var_0 #x00000002) #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000002) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000002) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000002) #x00000001) #x00000001) #x00000001) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000002) #x00000001) #x00000001) #x00000001) #x00000001)
[ 8:11]   ASSUME (bvslt (bvsub (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000002) #x00000001) #x00000001) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000002) #x00000001) #x00000002) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000002) #x00000001) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub var_0 #x00000002) #x00000002) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (= (bvsub (bvsub (bvsub var_0 #x00000002) #x00000002) #x00000002) #x00000001))
[ 8:11]   ASSUME (not (bvslt (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000002) #x00000002) #x00000001) #x00000001))
[ 8:11]   ASSUME (= (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000002) #x00000002) #x00000001) #x00000001)
[ 8:11]   ASSUME (bvslt (bvsub (bvsub (bvsub (bvsub var_0 #x00000002) #x00000002) #x00000002) #x00000002) #x00000001)
[ 8:11]   ASSUME (not (bvslt var_0 #x00000008))
[ 8:11]   (0) FAULT: verifier error called
[ 8:11]   [0] FATAL: dios assertion violation in userspace
[ 8:11] 
[ 8:11] active stack:
[ 8:11]   - symbol: void __dios::Fault<__dios::Scheduler<__dios::MachineParams<__dios::MonitorManager<__dios::BaseContext> > > >::handler<__dios::fs::VFS<__dios::ProcessManager<__dios::Fault<__dios::Scheduler<__dios::MachineParams<__dios::MonitorManager<__dios::BaseContext> > > > > > >(_VM_Fault, _VM_Frame*, void (*)())
[ 8:11]     location: /dios/include/dios/sys/fault.hpp:193
[ 8:11]   - symbol: __dios_fault
[ 8:11]     location: /home/xrockai/src/divine/nightly/dios/libc/sys/fault.c:12
[ 8:11]   - symbol: __VERIFIER_error
[ 8:11]     location: /home/xrockai/src/divine/nightly/dios/libc/svcomp/svcomp-error.cpp:5
[ 8:11]   - symbol: main
[ 8:11]     location: /home/xrockai/src/divine/nightly/test/svcomp/recursion/Fibonacci05_false.c:34
[ 8:11]   - symbol: _start
[ 8:11]     location: /dios/src/libc/sys/start.cpp:82
[ 8:11] a report was written to verify.out
[ 8:11] 
[ 8:44]            ^       —————.   —.—  .     .  —.—  .     .  .—————    .    .
[ 8:44]           ———      |     |   |   |     |   |   |\    |  |         |    |
[ 8:44]          —(o)—     |     |   |   |     |   |   |  \  |  |————     '————|
[ 8:44]         ———————    |     |   |    \   /    |   |    \|  |              |
[ 8:44]        —————————   —————'   —'—     '     —'—  '     '  '—————         '
[ 8:44] 
[ 8:44] Welcome to 'divine sim', an interactive debugger. Type 'help' to get started.
[ 8:44] traced states: #1 #2 #3 #4 #5 #6 #7 #8 #9 #10 #11 #12 #13 #14 #15 #16 #17 #18 #19 #20 #21 #22 #23 #24 #25 #26 #27 #28 #29 #30 #31 #32 #33 #34 #35 #36 #37 #38 #39 #40 #41 #42 #43 #44 #45 #46 #47 #48 #49 #50 #51 #52 #53 #54 #55 #56 #57 #58 #59 #60 #61 #62 #63 #64 #65 #66 #67 #68
[ 8:44] # active threads: [0:0]
[ 8:44] T: (0) FAULT: verifier error called
[ 8:44] T: [0] FATAL: dios assertion violation in userspace
[ 8:44] # executing void {Fault}::handler<{Context} >(_VM_Fault, _VM_Frame*, void (*)()) at /dios/include/dios/sys/fault.hpp:193
[ 8:44] # NOTE: $frame in __dios_fault
[ 8:44] > backtrace
[ 8:44]   void {Fault}::handler<{Context} >(_VM_Fault, _VM_Frame*, void (*)()) at /dios/include/dios/sys/fault.hpp:193
[ 8:44]   __dios_fault at /home/xrockai/src/divine/nightly/dios/libc/sys/fault.c:12
[ 8:44]   __VERIFIER_error at /home/xrockai/src/divine/nightly/dios/libc/svcomp/svcomp-error.cpp:5
[ 8:44]   main at /home/xrockai/src/divine/nightly/test/svcomp/recursion/Fibonacci05_false.c:34
[ 8:44]   _start at /dios/src/libc/sys/start.cpp:82
[ 8:44] # executing void {Fault}::handler<{Context} >(_VM_Fault, _VM_Frame*, void (*)()) at /dios/include/dios/sys/fault.hpp:193
[ 8:44] # NOTE: $frame in __dios_fault