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|
# Taken from Features/ExprLogging.c
# FIXME: Make this test actual check for something (other than
# crashing/errors).
# RUN: %kleaver -print-ast %s
# Query 0 -- Type: Truth, Instructions: 31
array arr53[4] : w32 -> w8 = symbolic
(query [] (Not (Ult (ReadLSB w32 0 arr53)
16)))
# OK -- Elapsed: 0.00137401
# Is Valid: false
# Query 1 -- Type: Value, Instructions: 39
array arr53[4] : w32 -> w8 = symbolic
(query [(Ult N0:(ReadLSB w32 0 arr53)
16)]
false
[(Add w32 31543488 (Mul w32 4 N0))])
# OK -- Elapsed: 0.000108004
# Result: 31543488
# Query 2 -- Type: Truth, Instructions: 39
array arr53[4] : w32 -> w8 = symbolic
(query [(Ult N0:(ReadLSB w32 0 arr53)
16)]
(Ult (Mul w32 4 N0) 61))
# OK -- Elapsed: 0.00140095
# Is Valid: true
# Query 3 -- Type: Truth, Instructions: 55
array arr53[4] : w32 -> w8 = symbolic
array arr60[4] : w32 -> w8 = symbolic
(query [(Ult (ReadLSB w32 0 arr53)
16)]
(Not (Ult (ReadLSB w32 0 arr60)
16)))
# OK -- Elapsed: 0.00106597
# Is Valid: false
# Query 4 -- Type: Value, Instructions: 60
array arr53[4] : w32 -> w8 = symbolic
array arr60[4] : w32 -> w8 = symbolic
(query [(Ult (ReadLSB w32 0 arr53)
16)
(Ult N0:(ReadLSB w32 0 arr60)
16)]
false
[(Add w32 31543488 (Mul w32 4 N0))])
# OK -- Elapsed: 0.000138998
# Result: 31543488
# Query 5 -- Type: Truth, Instructions: 60
array arr53[4] : w32 -> w8 = symbolic
array arr60[4] : w32 -> w8 = symbolic
(query [(Ult (ReadLSB w32 0 arr53)
16)
(Ult N0:(ReadLSB w32 0 arr60)
16)]
(Ult (Mul w32 4 N0) 61))
# OK -- Elapsed: 0.00137782
# Is Valid: true
# Query 6 -- Type: Truth, Instructions: 77
array arr53[4] : w32 -> w8 = symbolic
array arr60[4] : w32 -> w8 = symbolic
array arr67[4] : w32 -> w8 = symbolic
(query [(Ult (ReadLSB w32 0 arr53)
16)
(Ult (ReadLSB w32 0 arr60)
16)]
(Not (Ult (ReadLSB w32 0 arr67)
16)))
# OK -- Elapsed: 0.001127
# Is Valid: false
# Query 7 -- Type: Value, Instructions: 85
array arr53[4] : w32 -> w8 = symbolic
array arr60[4] : w32 -> w8 = symbolic
array arr67[4] : w32 -> w8 = symbolic
(query [(Ult (ReadLSB w32 0 arr53)
16)
(Ult (ReadLSB w32 0 arr60)
16)
(Ult N0:(ReadLSB w32 0 arr67)
16)]
false
[(Add w32 31543488 (Mul w32 4 N0))])
# OK -- Elapsed: 0.000175953
# Result: 31543488
# Query 8 -- Type: Truth, Instructions: 85
array arr53[4] : w32 -> w8 = symbolic
array arr60[4] : w32 -> w8 = symbolic
array arr67[4] : w32 -> w8 = symbolic
(query [(Ult (ReadLSB w32 0 arr53)
16)
(Ult (ReadLSB w32 0 arr60)
16)
(Ult N0:(ReadLSB w32 0 arr67)
16)]
(Ult (Mul w32 4 N0) 61))
# OK -- Elapsed: 0.00141382
# Is Valid: true
# Query 9 -- Type: Truth, Instructions: 101
array arr53[4] : w32 -> w8 = symbolic
array arr74[4] : w32 -> w8 = symbolic
array arr60[4] : w32 -> w8 = symbolic
array arr67[4] : w32 -> w8 = symbolic
(query [(Ult (ReadLSB w32 0 arr53)
16)
(Ult (ReadLSB w32 0 arr60)
16)
(Ult (ReadLSB w32 0 arr67)
16)]
(And (Not (Eq 3
N0:(ReadLSB w32 0 arr74)))
(And (Not (Eq 2 N0))
(And (Not (Eq 1 N0))
(Not (Eq 0 N0))))))
# OK -- Elapsed: 0.00157499
# Is Valid: false
# Query 10 -- Type: Value, Instructions: 106
array arr53[4] : w32 -> w8 = symbolic
array arr74[4] : w32 -> w8 = symbolic
array arr60[4] : w32 -> w8 = symbolic
array arr67[4] : w32 -> w8 = symbolic
(query [(Ult (ReadLSB w32 0 arr53)
16)
(Ult (ReadLSB w32 0 arr60)
16)
(Ult (ReadLSB w32 0 arr67)
16)
(Not (And (Not (Eq 3
N0:(ReadLSB w32 0 arr74)))
(And (Not (Eq 2 N0))
(And (Not (Eq 1 N0))
(Not (Eq 0 N0))))))]
false
[(Add w32 31583232 N0)])
# OK -- Elapsed: 0.000259876
# Result: 31583235
# Query 11 -- Type: Truth, Instructions: 106
array arr53[4] : w32 -> w8 = symbolic
array arr74[4] : w32 -> w8 = symbolic
array arr60[4] : w32 -> w8 = symbolic
array arr67[4] : w32 -> w8 = symbolic
(query [(Ult (ReadLSB w32 0 arr53)
16)
(Ult (ReadLSB w32 0 arr60)
16)
(Ult (ReadLSB w32 0 arr67)
16)
(Not (And (Not N0:(Eq 3
N1:(ReadLSB w32 0 arr74)))
(And (Not N2:(Eq 2 N1))
(And (Not N3:(Eq 1 N1))
(Not N4:(Eq 0 N1))))))]
(Or N0
(Or N2 (Or N3 N4))))
# OK -- Elapsed: 0.00194788
# Is Valid: true
# Query 12 -- Type: Truth, Instructions: 112
array arr53[4] : w32 -> w8 = symbolic
array arr49[4] : w32 -> w8 = symbolic
array arr74[4] : w32 -> w8 = symbolic
array arr60[4] : w32 -> w8 = symbolic
array arr67[4] : w32 -> w8 = symbolic
(query [(Ult (ReadLSB w32 0 arr53)
16)
(Ult (ReadLSB w32 0 arr60)
16)
(Ult (ReadLSB w32 0 arr67)
16)
(Not (And (Not (Eq 3
N0:(ReadLSB w32 0 arr74)))
(And (Not (Eq 2 N0))
(And (Not (Eq 1 N0))
(Not (Eq 0 N0))))))]
(Not (Eq 104
(Read w8 0 [N0=0,
1=97] @ arr49))))
# OK -- Elapsed: 0.0030148
# Is Valid: false
# Query 13 -- Type: Truth, Instructions: 122
array arr53[4] : w32 -> w8 = symbolic
array arr49[4] : w32 -> w8 = symbolic
array arr74[4] : w32 -> w8 = symbolic
array arr60[4] : w32 -> w8 = symbolic
array arr67[4] : w32 -> w8 = symbolic
(query [(Ult (ReadLSB w32 0 arr53)
16)
(Ult (ReadLSB w32 0 arr60)
16)
(Ult (ReadLSB w32 0 arr67)
16)
(Not (And (Not (Eq 3
N0:(ReadLSB w32 0 arr74)))
(And (Not (Eq 2 N0))
(And (Not (Eq 1 N0))
(Not (Eq 0 N0))))))
(Eq 104
(Read w8 0 U0:[N0=0,
1=97] @ arr49))]
(Not (Slt 2
(Concat w32 (Read w8 3 U0)
(Concat w24 (Read w8 2 U0)
(Concat w16 (Read w8 1 U0) (w8 104)))))))
# OK -- Elapsed: 0.000394106
# Is Valid: false
# Query 14 -- Type: Truth, Instructions: 128
array arr5[64] : w32 -> w8 = symbolic
array arr53[4] : w32 -> w8 = symbolic
array arr49[4] : w32 -> w8 = symbolic
array arr74[4] : w32 -> w8 = symbolic
array arr60[4] : w32 -> w8 = symbolic
array arr67[4] : w32 -> w8 = symbolic
(query [(Ult N0:(ReadLSB w32 0 arr53)
16)
(Ult (ReadLSB w32 0 arr60)
16)
(Ult N1:(ReadLSB w32 0 arr67)
16)
(Not (And (Not (Eq 3
N2:(ReadLSB w32 0 arr74)))
(And (Not (Eq 2 N2))
(And (Not (Eq 1 N2))
(Not (Eq 0 N2))))))
(Eq 104
(Read w8 0 U0:[N2=0,
1=97] @ arr49))
(Slt 2
N3:(Concat w32 (Read w8 3 U0)
(Concat w24 (Read w8 2 U0)
(Concat w16 (Read w8 1 U0) (w8 104)))))]
(Not (Eq (ReadLSB w32 48 U1:[N4:(Mul w32 4 N1)=(Extract w8 0 N5:(SExt w32 (Read w8 3 arr49))),
(Add w32 1 N4)=(Extract w8 8 N5),
(Add w32 2 N4)=(Extract w8 16 N5),
(Add w32 3 N4)=(Extract w8 24 N5),
N6:(Mul w32 4 N0)=(Extract w8 0 N7:(SExt w32 (Read w8 0 arr49))),
(Add w32 1 N6)=(Extract w8 8 N7),
(Add w32 2 N6)=(Extract w8 16 N7),
(Add w32 3 N6)=(Extract w8 24 N7),
63=0, 62=0, 61=128, 60=0, 59=0, 58=0, 57=64, 56=0, 55=0, 54=0, 53=32, 52=0, 51=0, 50=0, 49=16, 48=0, 47=0, 46=0, 45=8, 44=0, 43=0, 42=0, 41=4, 40=0, 39=0, 38=0, 37=2, 36=0, 35=0, 34=0, 33=1, 32=0, 31=0, 30=0, 29=0, 28=128, 27=0, 26=0, 25=0, 24=64, 23=0, 22=0, 21=0, 20=32, 19=0, 18=0, 17=0, 16=16, 15=0, 14=0, 13=0, 12=8, 11=0, 10=0, 9=0, 8=4, 7=0, 6=0, 5=0, 4=2, 3=0, 2=0, 1=0, 0=1] @ arr5)
N3)))
# OK -- Elapsed: 0.0180621
# Is Valid: false
# Query 15 -- Type: Truth, Instructions: 133
array arr5[64] : w32 -> w8 = symbolic
array arr53[4] : w32 -> w8 = symbolic
array arr49[4] : w32 -> w8 = symbolic
array arr74[4] : w32 -> w8 = symbolic
array arr60[4] : w32 -> w8 = symbolic
array arr67[4] : w32 -> w8 = symbolic
(query [(Ult N0:(ReadLSB w32 0 arr53)
16)
(Ult N1:(ReadLSB w32 0 arr60)
16)
(Ult N2:(ReadLSB w32 0 arr67)
16)
(Not (And (Not (Eq 3
N3:(ReadLSB w32 0 arr74)))
(And (Not (Eq 2 N3))
(And (Not (Eq 1 N3))
(Not (Eq 0 N3))))))
(Eq 104
(Read w8 0 U0:[N3=0,
1=97] @ arr49))
(Slt 2
N4:(Concat w32 (Read w8 3 U0)
(Concat w24 (Read w8 2 U0)
(Concat w16 (Read w8 1 U0) (w8 104)))))
(Eq (ReadLSB w32 48 U1:[N5:(Mul w32 4 N2)=(Extract w8 0 N6:(SExt w32 (Read w8 3 arr49))),
(Add w32 1 N5)=(Extract w8 8 N6),
(Add w32 2 N5)=(Extract w8 16 N6),
(Add w32 3 N5)=(Extract w8 24 N6)] @
U2:[N7:(Mul w32 4 N0)=(Extract w8 0 N8:(SExt w32 (Read w8 0 arr49))),
(Add w32 1 N7)=(Extract w8 8 N8),
(Add w32 2 N7)=(Extract w8 16 N8),
(Add w32 3 N7)=(Extract w8 24 N8),
63=0, 62=0, 61=128, 60=0, 59=0, 58=0, 57=64, 56=0, 55=0, 54=0, 53=32, 52=0, 51=0, 50=0, 49=16, 48=0, 47=0, 46=0, 45=8, 44=0, 43=0, 42=0, 41=4, 40=0, 39=0, 38=0, 37=2, 36=0, 35=0, 34=0, 33=1, 32=0, 31=0, 30=0, 29=0, 28=128, 27=0, 26=0, 25=0, 24=64, 23=0, 22=0, 21=0, 20=32, 19=0, 18=0, 17=0, 16=16, 15=0, 14=0, 13=0, 12=8, 11=0, 10=0, 9=0, 8=4, 7=0, 6=0, 5=0, 4=2, 3=0, 2=0, 1=0, 0=1] @ arr5)
N4)]
(Eq 32
(ReadLSB w32 N9:(Mul w32 4 N1) U2)))
# OK -- Elapsed: 0.00104594
# Is Valid: false
# Query 16 -- Type: InitialValues, Instructions: 135
array arr5[64] : w32 -> w8 = symbolic
array arr53[4] : w32 -> w8 = symbolic
array arr49[4] : w32 -> w8 = symbolic
array arr74[4] : w32 -> w8 = symbolic
array arr60[4] : w32 -> w8 = symbolic
array arr67[4] : w32 -> w8 = symbolic
(query [(Ult N0:(ReadLSB w32 0 arr53)
16)
(Ult N1:(ReadLSB w32 0 arr60)
16)
(Ult N2:(ReadLSB w32 0 arr67)
16)
(Not (And (Not (Eq 3
N3:(ReadLSB w32 0 arr74)))
(And (Not (Eq 2 N3))
(And (Not (Eq 1 N3))
(Not (Eq 0 N3))))))
(Eq 104
(Read w8 0 U0:[N3=0,
1=97] @ arr49))
(Slt 2
N4:(Concat w32 (Read w8 3 U0)
(Concat w24 (Read w8 2 U0)
(Concat w16 (Read w8 1 U0) (w8 104)))))
(Eq (ReadLSB w32 48 U1:[N5:(Mul w32 4 N2)=(Extract w8 0 N6:(SExt w32 (Read w8 3 arr49))),
(Add w32 1 N5)=(Extract w8 8 N6),
(Add w32 2 N5)=(Extract w8 16 N6),
(Add w32 3 N5)=(Extract w8 24 N6)] @
U2:[N7:(Mul w32 4 N0)=(Extract w8 0 N8:(SExt w32 (Read w8 0 arr49))),
(Add w32 1 N7)=(Extract w8 8 N8),
(Add w32 2 N7)=(Extract w8 16 N8),
(Add w32 3 N7)=(Extract w8 24 N8),
63=0, 62=0, 61=128, 60=0, 59=0, 58=0, 57=64, 56=0, 55=0, 54=0, 53=32, 52=0, 51=0, 50=0, 49=16, 48=0, 47=0, 46=0, 45=8, 44=0, 43=0, 42=0, 41=4, 40=0, 39=0, 38=0, 37=2, 36=0, 35=0, 34=0, 33=1, 32=0, 31=0, 30=0, 29=0, 28=128, 27=0, 26=0, 25=0, 24=64, 23=0, 22=0, 21=0, 20=32, 19=0, 18=0, 17=0, 16=16, 15=0, 14=0, 13=0, 12=8, 11=0, 10=0, 9=0, 8=4, 7=0, 6=0, 5=0, 4=2, 3=0, 2=0, 1=0, 0=1] @ arr5)
N4)
(Not (Eq 32
(ReadLSB w32 N9:(Mul w32 4 N1) U2)))]
false []
[arr49
arr53
arr60
arr67
arr74])
# OK -- Elapsed: 0.000574112
# Solvable: true
# arr49 = [104,0,0,0]
# arr53 = [12,0,0,0]
# arr60 = [0,0,0,0]
# arr67 = [0,0,0,0]
# arr74 = [1,0,0,0]
|
