package electrod

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package electrod

electrod.libelectrod
- Libelectrod
  - Ast
  - Ast_to_elo
  - Atom
  - Domain
  - Elo
    
    fold
    
    map
  - Elo_recursor
    
    recursor
  - Elo_to_ltl1
    
    Make
    
    Ltl
    
    Atomic
    
    Infix
    
    converter
    
    environment
  - Elo_to_ltl_intf
    
    S
  - Elo_to_model1
    
    Make
    
    ConvertFormulas
    
    Ltl
    
    Atomic
    
    Infix
    
    Model
  - Elo_to_smv1
    
    Elo_to_SMV_LTL
    
    converter
    
    environment
    
    Elo_to_SMV_model
    
    SMV_LTL
    
    Atomic
    
    Infix
    
    SMV_atom
    
    SMV_file_format
  - Exp_bounds
  - Fmtc
    
    Dump
  - Gen_goal
    
    fold
    
    map
  - Gen_goal_recursor
    
    recursor
  - Instance
  - Intf
    
    COMPARE
    
    Print
    
    Mixin
    
    M
    
    S
  - Invar_computation
  - Location
  - Msg
    
    Extract
    
    Fatal
    
    LoggingSetup
    
    M
    
    Warn
  - Name
    
    Map
  - Outcome
  - Parser
  - Parser_main
  - Raw
  - Raw_ident
  - Raw_to_ast
  - Relation
  - Scanner
  - Scope
  - Scripts
  - Shortnames
  - Simplify1
    
    simplify
  - Simplify2
    
    simplify
  - Smv
    
    Make_SMV_LTL
    
    At
    
    Infix
    
    Make_SMV_file_format
    
    Ltl
    
    Atomic
    
    Infix
  - Smv_trace_parser
    
    Make
    
    D
  - Smv_trace_scanner
  - Smv_trace_tokens
  - Solver
    
    ATOMIC_PROPOSITION
    
    LTL
    
    Atomic
    
    Infix
    
    LTL_from_Atomic
    
    At
    
    Infix
    
    MODEL
  - Symbol
  - Symmetry
  - Transfo
  - Tuple
    
    Set
  - Tuple_set
  - Var

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Class
Class type

type ltl = ConvertFormulas.ltl

type atomic = ConvertFormulas.atomic

type t = private {

elo : Elo.t;
init : (string * ltl) Iter.t;
invariant : (string * ltl) Iter.t;
trans : (string * ltl) Iter.t;
property : string * ltl;

}

val make : 
  elo:Elo.t ->
  init:(string * ltl) Iter.t ->
  invariant:(string * ltl) Iter.t ->
  trans:(string * ltl) Iter.t ->
  property:(string * ltl) ->
  t

val analyze : 
  conversion_time:Mtime.span ->
  cmd:string ->
  script:Solver.script_type ->
  keep_files:bool ->
  no_analysis:bool ->
  elo:Elo.t ->
  file:string ->
  bmc:int option ->
  t ->
  Outcome.t

analyze domain script filename model runs the solver on model (filename helps creating a temporary file name): in case of Error, the result contains the POSIX error code and the error string output by the solver. If script is None, then a default command script is used; otherwise it contains the name of a script file. elo is the Electrod model (used to interpret back a resulting trace).

If no_analysis is set to true, then no analysis is done (but the files are still generated and may be kept) and the function returns No_trace!

val pp : ?margin:int -> Format.formatter -> t -> unit