Float.ValueSourcemodule V : sig ... endinclude module type of struct include SimplifiedValue endLattice operations
Arithmetic operators
val backward_binop :
Mopsa.operator ->
Core.All.typ ->
I.t ->
Core.All.typ ->
I.t ->
Mopsa.typ ->
I.t ->
I.t * I.tinclude module type of struct include V endtype t = SimplifiedValue.tval id : t Core.All.idval accept_type : Core.All.typ -> boolval bottom : tval top : tval is_bottom : t -> boolval widen : 'a Core.All.ctx -> t -> t -> tval avalue : 'r Core.All.avalue_kind -> t -> 'r optionval filter : bool -> Core.All.typ -> t -> tval compare :
('v, t) Abstraction__Value.value_man ->
Core.All.operator ->
bool ->
Core.All.expr ->
t ->
Core.All.expr ->
t ->
t * tval eval_ext :
('v, t) Abstraction__Value.value_man ->
Core.All.expr ->
'v optionval compare_ext :
('v, t) Abstraction__Value.value_man ->
Core.All.operator ->
bool ->
Core.All.expr ->
'v ->
Core.All.expr ->
'v ->
('v * 'v) optionval ask :
('v, t) Abstraction__Value.value_man ->
('a, 'r) Core.All.query ->
'r optionval print : Core.All.printer -> t -> unitval cast_from_int :
('a, 'b) Mopsa.Sig.Abstraction.Value.value_man ->
Lang.Ast.float_prec ->
Mopsa.expr ->
I.tCasts of integers to floats
Evaluation of float expressions
val backward_float_class :
'a ->
Lang.Ast.float_class ->
Core.All.expr ->
I.t Mopsa.Sig.Abstraction.Value.vexpr ->
Numeric_common.Common.int_itv ->
t Mopsa.Sig.Abstraction.Value.vexprBackward evaluation of class predicates
val backward :
('a, t) Mopsa.Sig.Abstraction.Value.value_man ->
Mopsa.expr ->
I.t Mopsa.Sig.Abstraction.Value.vexpr ->
'a ->
t Mopsa.Sig.Abstraction.Value.vexprval backward_ext_cast :
('a, 'b) Mopsa.Sig.Abstraction.Value.value_man ->
Lang.Ast.float_prec ->
Mopsa.expr ->
'a Mopsa.Sig.Abstraction.Value.vexpr ->
Mopsa.ItvUtils.FloatItvNan.t ->
'a Mopsa.Sig.Abstraction.Value.vexpr optionval backward_ext :
('a, Mopsa.ItvUtils.FloatItvNan.t) Mopsa.Sig.Abstraction.Value.value_man ->
Mopsa.expr ->
'a Mopsa.Sig.Abstraction.Value.vexpr ->
'a ->
'a Mopsa.Sig.Abstraction.Value.vexpr optionExtended backward evaluation of mixed-types expressions