(1) JBCNonTerm (EQUIVALENT transformation)
Reached a loop using the following run:
0:
java.lang.String = serialPersistentFields, CASE_INSENSITIVE_ORDER
[a50(lv_0_0)]
<simple.alternatingIncr.Main.main||0: load ADDR args||args: a50|| ->
String.serialVersionUID: iconstLong_-6849794470754667710
String.serialPersistentFields: a52
String.CASE_INSENSITIVE_ORDER: o26
String$CaseInsensitiveComparator.serialVersionUID: iconstLong_8575799808933029326
RuntimeException.serialVersionUID: iconstLong_-7034897190745766939
Exception.serialVersionUID: iconstLong_-3387516993124229948
Throwable.serialVersionUID: iconstLong_-3042686055658047285
i202: [0,+inf)(1){0,+inf}
a50([java.lang.String...]): length i202
a52([java.io.ObjectStreamField|]): length iconst_0
o26!: String$CaseInsensitiveComparator()
Relations:
1:
java.lang.String = serialPersistentFields, CASE_INSENSITIVE_ORDER
[a50(lv_0_0)]
<simple.alternatingIncr.Main.main||1: arraylength|| - ||a50>
String.serialVersionUID: iconstLong_-6849794470754667710
String.serialPersistentFields: a52
String.CASE_INSENSITIVE_ORDER: o26
String$CaseInsensitiveComparator.serialVersionUID: iconstLong_8575799808933029326
RuntimeException.serialVersionUID: iconstLong_-7034897190745766939
Exception.serialVersionUID: iconstLong_-3387516993124229948
Throwable.serialVersionUID: iconstLong_-3042686055658047285
i202: [0,+inf)(1){0,+inf}
a50([java.lang.String...]): length i202
a52([java.io.ObjectStreamField|]): length iconst_0
o26!: String$CaseInsensitiveComparator()
Relations:
2:
java.lang.String = serialPersistentFields, CASE_INSENSITIVE_ORDER
[a50(lv_0_0)]
<simple.alternatingIncr.Main.main||2: simple.alternatingIncr.AlternatingIncr.increase(I)V|| - ||i202>
String.serialVersionUID: iconstLong_-6849794470754667710
String.serialPersistentFields: a52
String.CASE_INSENSITIVE_ORDER: o26
String$CaseInsensitiveComparator.serialVersionUID: iconstLong_8575799808933029326
RuntimeException.serialVersionUID: iconstLong_-7034897190745766939
Exception.serialVersionUID: iconstLong_-3387516993124229948
Throwable.serialVersionUID: iconstLong_-3042686055658047285
i202: [0,+inf)(1){0,+inf}
a50([java.lang.String...]): length i202
a52([java.io.ObjectStreamField|]): length iconst_0
o26!: String$CaseInsensitiveComparator()
Relations:
3:
<simple.alternatingIncr.AlternatingIncr.increase||0: load INT i||i: i202|| ->
java.lang.String = serialPersistentFields, CASE_INSENSITIVE_ORDER
[a50(lv_0_0)]
<simple.alternatingIncr.Main.main||2: simple.alternatingIncr.AlternatingIncr.increase|| - ||i202>
String.serialVersionUID: iconstLong_-6849794470754667710
String.serialPersistentFields: a52
String.CASE_INSENSITIVE_ORDER: o26
String$CaseInsensitiveComparator.serialVersionUID: iconstLong_8575799808933029326
RuntimeException.serialVersionUID: iconstLong_-7034897190745766939
Exception.serialVersionUID: iconstLong_-3387516993124229948
Throwable.serialVersionUID: iconstLong_-3042686055658047285
i202: [0,+inf)(1){0,+inf}
a50([java.lang.String...]): length i202
a52([java.io.ObjectStreamField|]): length iconst_0
o26!: String$CaseInsensitiveComparator()
Relations:
Start state of loop:
<simple.alternatingIncr.AlternatingIncr.increase||0: load INT i||i: i13|| ->
java.lang.String = serialPersistentFields, CASE_INSENSITIVE_ORDER
[a6(lv_0_0)]
<simple.alternatingIncr.Main.main||2: simple.alternatingIncr.AlternatingIncr.increase|| - ||i15>
String.serialVersionUID: iconstLong_-6849794470754667710
String.serialPersistentFields: a5
String.CASE_INSENSITIVE_ORDER: o3
String$CaseInsensitiveComparator.serialVersionUID: iconstLong_8575799808933029326
RuntimeException.serialVersionUID: iconstLong_-7034897190745766939
Exception.serialVersionUID: iconstLong_-3387516993124229948
Throwable.serialVersionUID: iconstLong_-3042686055658047285
a5([java.io.ObjectStreamField|]): length iconst_0
o3!: String$CaseInsensitiveComparator()
i13: [0,+inf){-1,+inf}
i15: [0,+inf)(1){0,+inf}
a6([java.lang.String...]): length i15
Relations:
In the loop head node, references [i13, iconst_0] were interesting.
By SMT, we could prove
((0 <= initial_i13 and 0 <= initial_i15) and ((((path1_i13 = path1_i27 and path1_i29 = (path1_i27 % 2) and path1_i32 = (path1_i27 + -1) and path1_i32 = res_i13 and path1_i15 = res_i15 and path1_i13 = initial_i13 and path1_i15 = initial_i15) and (path1_i27 > 0 and path1_i29 = 0 and T)) or ((path2_i13 = path2_i27 and path2_i29 = (path2_i27 % 2) and path2_i40 = (path2_i27 + 3) and path2_i40 = res_i13 and path2_i15 = res_i15 and path2_i13 = initial_i13 and path2_i15 = initial_i15) and (path2_i27 > 0 and path2_i29 = 1 and 1 > 0))) and (((res_i13 = res_i27 and res_i29 = (res_i27 % 2) and res_i32 = (res_i27 + -1)) and !(res_i27 > 0 and res_i29 = 0 and T)) and ((res_i13 = res_i27 and res_i29 = (res_i27 % 2) and res_i40 = (res_i27 + 3)) and !(res_i27 > 0 and res_i29 = 1 and 1 > 0)))))
to be UNSAT. Consequently, the loop will not terminate.