Module BO.BufferOverrunDomain
module ItvThresholds : Absint.AbstractDomain.FiniteSetS with type FiniteSetS.elt = Z.t
Set of integers for threshold widening
module ItvUpdatedBy : sig ... end
Domain for recording which operations are used for evaluating interval values
module ModeledRange : sig ... end
ModeledRange
represents how many times the interval value can be updated by modeled functions. This domain is to support the case where there are mismatches between value of a control variable and actual number of loop iterations. For example,
type eval_sym_trace
=
{
eval_sym : Bounds.Bound.eval_sym;
evaluating symbol
eval_locpath : AbsLoc.PowLoc.eval_locpath;
evaluating path
eval_func_ptrs : FuncPtr.Set.eval_func_ptrs;
evaluating function pointers
trace_of_sym : Symb.Symbol.t -> BufferOverrunTrace.Set.t;
getting traces of symbol
}
type for on-demand symbol evaluation in Inferbo
module Val : sig ... end
module KeyRhs : sig ... end
Right hand side of the alias domain. See
AliasTarget
.
module AliasTarget : sig ... end
module AliasTargets : sig ... end
module AliasRet : sig ... end
Alias domain for return values of callees
module CoreVal : sig ... end
CoreVal
is similar toVal
, but its compare function is defined only on core parts, interval, pointers, and array blocks, of abstract value. This domain is to keep pruned values, where we do not need to care about the other fields in the abstract values.
module PruningExp : sig ... end
Domain to keep assumed expressions
module PrunedVal : sig ... end
Domain to keep pruned history, which are pairs of a pruned value and an assumed expression
module PrunePairs : sig ... end
PrunePairs
is a map from abstract locations to abstract values that represents pruned results in the latest pruning. It usesInvertedMap
because more pruning means smaller abstract states.
module LatestPrune : sig ... end
Domain to keep latest pruned values
module Reachability : sig ... end
Domain for reachability check
module LoopHeadLoc : sig ... end
module MemReach : sig ... end
Domain for memory of reachable node
module Mem : sig ... end