package mopsa

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Module Config.Syntax

Syntax tree of configuration files

type abstraction = {
  1. domain : domain;
  2. language : string;
}
and domain = {
  1. domain_kind : domain_kind;
  2. domain_semantic : string option;
}
and domain_kind =
  1. | D_stacked of (module Sig.Abstraction.Stacked.STACKED)
  2. | D_domain of (module Sig.Abstraction.Domain.DOMAIN)
  3. | D_simplified of (module Sig.Abstraction.Simplified.SIMPLIFIED)
  4. | D_stateless of (module Sig.Abstraction.Stateless.STATELESS)
  5. | D_functor of domain_functor * domain
  6. | D_nonrel of value
  7. | D_switch of domain list
  8. | D_compose of domain list
  9. | D_product of domain list * domain_reduction list
and domain_functor =
  1. | F_simplified of (module Sig.Abstraction.Simplified_functor.SIMPLIFIED_FUNCTOR)
  2. | F_stacked of domain
  3. | F_partitioning of (module Sig.Abstraction.Partitioning.PARTITIONING)
and value =
  1. | V_value of (module Sig.Abstraction.Value.VALUE)
  2. | V_functor of value_functor * value
  3. | V_union of value list
  4. | V_product of value list * value_reduction list
and value_functor = (module Sig.Abstraction.Value_functor.VALUE_FUNCTOR)
and domain_reduction =
  1. | DR_exec of (module Sig.Reduction.Exec.EXEC_REDUCTION)
  2. | DR_eval of (module Sig.Reduction.Eval.EVAL_REDUCTION)
  3. | DR_simplified of (module Sig.Reduction.Simplified.SIMPLIFIED_REDUCTION)
and value_reduction = (module Sig.Reduction.Value.VALUE_REDUCTION)
val mk_domain : ?semantic:??? -> domain_kind -> domain
val pp_value_reduction : Format.formatter -> value_reduction -> unit
val pp_domain_reduction : Format.formatter -> domain_reduction -> unit
val pp_value : Format.formatter -> value -> unit
val pp_domain_functor : Format.formatter -> domain_functor -> unit
val pp_domain : Format.formatter -> domain -> unit
val pp_domain_kind : Format.formatter -> domain_kind -> unit