Source file GuiGoal.ml
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type state =
| Empty
| Proof of ProofEngine.tree
| Forking of ProofEngine.tree * ProofEngine.fork * Task.pool
| Composer of ProofEngine.tree * GuiTactic.composer * Ptip.target
| Browser of ProofEngine.tree * GuiTactic.browser * Ptip.target
let on_proof_context proof job data =
let ctxt = ProofEngine.tree_context proof in
WpContext.on_context ctxt job data
type mode = [ `Refresh | `Autofocus | `ViewModel | `ViewAll | `ViewRaw ]
module Config = Gtk_helper.Configuration
class ['a] ~(data : ('a * string * string) list) ~key ~default =
let options = List.map (fun (v,d,_) -> v,d) data in
let values = List.map (fun (v,_,k) -> v,k) data in
object(self)
inherit ['a] Widget.menu ~default ~options ()
initializer
Wutil.later (fun () -> Config.config_values ~key ~default ~values self)
end
class autofocus =
object inherit [mode] menu
~key:"GuiGoal.autofocus"
~default:`Autofocus
~data:[
`Refresh , "Refresh" , "REFRESH" ;
`Autofocus , "Autofocus" , "AUTOFOCUS" ;
`ViewAll , "Full Context" , "VIEW_ALL" ;
`ViewModel , "Unmangled Memory" , "VIEW_MODEL" ;
`ViewRaw , "Raw Obligation" , "VIEW_RAW" ;
]
end
class iformat =
object inherit [Plang.iformat] menu
~key:"GuiGoal.iformat"
~default:`Dec
~data:[
`Dec , "Decimal" , "DEC" ;
`Hex , "Hexa" , "HEX" ;
`Bin , "Binary" , "BIN" ;
]
end
class rformat =
object inherit [Plang.rformat] menu
~key:"GuiGoal.rformat"
~default:`Ratio
~data:[
`Ratio , "Real" , "REAL" ;
`Float , "Float (32 bits)" , "F32" ;
`Double , "Float (64 bits)" , "F64" ;
]
end
class pane (gprovers : GuiConfig.provers) =
let icon = new Widget.image GuiProver.no_status in
let status = new Widget.label () in
let text = new Wtext.text () in
let scripter = new GuiProof.printer text in
let printer = new GuiSequent.focused text in
let composer = new GuiComposer.composer printer in
let browser = new GuiComposer.browser printer in
let layout = new Wutil.layout in
let palette = new Wpalette.panel () in
let help = new Widget.button
~label:"Tactics" ~border:false ~tooltip:"List Available Tactics" () in
let delete = new Widget.button
~icon:`DELETE ~tooltip:"Delete current proof" () in
let cancel = new Widget.button
~icon:`UNDO ~tooltip:"Undo Proof Steps" () in
let forward = new Widget.button
~icon:`MEDIA_FORWARD ~tooltip:"Go ahead among pending goals" () in
let next = new Widget.button
~icon:`MEDIA_NEXT ~tooltip:"Goto next pending goal" () in
let prev = new Widget.button
~icon:`MEDIA_PREVIOUS ~tooltip:"Goto previous pending goal" () in
let play_script = new Widget.button
~icon:`REVERT_TO_SAVED ~tooltip:"Replay Session Script" () in
let save_script = new Widget.button
~icon:`SAVE ~tooltip:"Save Script" () in
let autofocus = new autofocus in
let iformat = new iformat in
let rformat = new rformat in
let autosearch = new GuiTactic.autosearch () in
let strategies = new GuiTactic.strategies () in
object(self)
val mutable state : state = Empty
val mutable provers : GuiProver.prover list = []
val mutable tactics : GuiTactic.tactic list = []
initializer
begin
let toolbar =
Wbox.(toolbar
[ w prev ; w next ; w cancel ; w forward ;
w autofocus ; w iformat ; w rformat ;
w play_script ; w save_script ;
w ~padding:6 icon ; h ~padding:6 status ]
[ w help ; w delete ]) in
let content = Wbox.split ~dir:`HORIZONTAL
text#widget (Wbox.scroll palette#widget) in
Wutil.later (fun () ->
Config.config_float ~key:"GuiGoal.palette" ~default:0.8 content
);
layout#populate (Wbox.panel ~top:toolbar content#widget) ;
let why3_provers =
List.map
(fun dp -> new GuiProver.prover ~console:text ~prover:(VCS.Why3 dp))
(Why3.Whyconf.Sprover.elements gprovers#get) in
provers <- why3_provers ;
List.iter (fun p -> palette#add_tool p#tool) provers ;
palette#add_tool autosearch#tool ;
palette#add_tool strategies#tool ;
Strategy.iter autosearch#register ;
ProofStrategy.iter strategies#register ;
Tactical.iter
(fun tac ->
let gtac = new GuiTactic.tactic tac printer#pp_selection in
tactics <- gtac :: tactics ;
palette#add_tool gtac#tool) ;
tactics <- List.rev tactics ;
self#register_provers gprovers#get;
printer#on_selection (fun () -> self#update) ;
scripter#on_click self#goto ;
scripter#on_backtrack self#backtrack ;
gprovers#connect self#register_provers ;
delete#connect (fun () -> self#interrupt ProofEngine.cancel_current_node) ;
cancel#connect (fun () -> self#interrupt ProofEngine.cancel_parent_tactic) ;
forward#connect (fun () -> self#forward) ;
next#connect (fun () -> self#navigate succ) ;
prev#connect (fun () -> self#navigate pred) ;
save_script#connect (fun () -> self#save_script) ;
play_script#connect (fun () -> self#play_script) ;
autofocus#connect self#autofocus ;
iformat#connect self#iformat ;
rformat#connect self#rformat ;
composer#connect (fun () -> self#update) ;
browser#connect (fun () -> self#update) ;
help#connect (fun () -> self#open_help) ;
end
val mutable helpmode = false
method private open_help =
helpmode <- true ;
self#update
method private quit_help =
helpmode <- false ;
self#update
method private compose cc =
match state with
| Proof proof ->
composer#clear ;
let tgt = printer#unselect in
state <- Composer(proof,cc,tgt) ;
self#update
| _ -> ()
method private browse cc =
match state with
| Proof proof ->
browser#clear ;
let tgt = printer#unselect in
state <- Browser(proof,cc,tgt) ;
self#update
| _ -> ()
method private interrupt cancel =
match state with
| Empty -> ()
| Proof proof | Composer(proof,_,_) | Browser(proof,_,_) ->
cancel proof ;
printer#reset ;
self#update
| Forking (proof,_,pool) ->
cancel proof ;
Task.iter Task.cancel pool ;
state <- Proof proof ;
ProofEngine.forward proof ;
printer#reset ;
self#update
method private forward =
match state with
| Empty | Forking _ | Composer _ | Browser _ -> ()
| Proof p -> ProofEngine.forward p ; self#update
method private goto s =
match state with
| Empty | Forking _ | Composer _ | Browser _ -> ()
| Proof p -> ProofEngine.goto p s ; self#update
method private navigate f =
match state with
| Empty | Forking _ | Composer _ | Browser _ -> ()
| Proof p ->
match ProofEngine.current p with
| `Leaf (k,_) -> ProofEngine.goto p (`Leaf(f k)) ; self#update
| `Main | `Internal _ -> ()
method private iformat f = printer#set_iformat f ; self#update
method private rformat f = printer#set_rformat f ; self#update
method private autofocus = function
| `Autofocus ->
printer#set_focus_mode true ;
printer#set_state_mode true ;
self#update
| `ViewRaw ->
printer#set_focus_mode false ;
printer#set_state_mode false ;
self#update
| `ViewModel ->
printer#set_focus_mode true ;
printer#set_state_mode false ;
self#update
| `ViewAll ->
printer#set_focus_mode false ;
printer#set_state_mode true ;
self#update
| `Refresh ->
helpmode <- false ;
printer#reset ;
let mode =
match printer#get_focus_mode , printer#get_state_mode with
| true , true -> `Autofocus
| false , false -> `ViewRaw
| true , false -> `ViewModel
| false , true -> `ViewAll
in
autofocus#set mode ; self#update
method private provers =
(List.map (fun dp -> VCS.Why3 dp)
(Why3.Whyconf.Sprover.elements gprovers#get))
method private play_script =
match state with
| Proof p ->
ProofEngine.clear_tree p ;
ProverScript.spawn
~provers:self#provers
~result:
(fun wpo prv res ->
text#printf "[%a] %a : %a@."
VCS.pp_prover prv Wpo.pp_title wpo VCS.pp_result res)
~success:
(fun _ _ ->
ProofEngine.forward p ;
self#update)
(ProofEngine.main p) ;
let server = ProverTask.server () in
Task.launch server
| Empty | Forking _ | Composer _ | Browser _ -> ()
method private save_script =
match state with
| Proof p ->
let main = ProofEngine.main p in
let json = ProofScript.encode (ProofEngine.script p) in
ProofSession.save ~stdout:false main json ;
ProofEngine.set_saved p true ;
self#update
| Empty | Forking _ | Composer _ | Browser _ -> ()
method private register_provers dps =
begin
let dps = Why3.Whyconf.Sprover.elements dps in
let prvs = List.map (fun p -> VCS.Why3 p) dps in
List.iter
(fun prover ->
let prv = prover#prover in
match prover#prover with
| VCS.Why3 _ -> prover#set_visible (List.mem prv prvs)
| _ -> ()
) provers ;
List.iter
(fun prv ->
if List.for_all (fun p -> p#prover <> prv) provers then
begin
let prover = new GuiProver.prover ~console:text ~prover:prv in
begin match state with
| Proof p -> prover#update (ProofEngine.main p)
| Empty | Forking _ | Composer _ | Browser _ -> prover#clear
end ;
provers <- provers @ [ prover ] ;
palette#add_tool prover#tool ;
end
) prvs ;
end
method select = function
| None ->
state <- Empty ; self#update
| Some w ->
let pw = ProofEngine.proof ~main:w in
let changed = match state with
| Empty -> true
| Proof p -> p != pw
| Forking _ | Composer _ | Browser _ -> false
in
if changed then
begin
printer#reset ;
self#update_provers None ;
self#update_tactics None ;
state <- Proof pw ;
ProofEngine.forward pw ;
self#update ;
end
method coerce = layout#coerce
method private update_provers = function
| None ->
List.iter (fun prover -> prover#clear) provers
| Some wpo ->
List.iter (fun prover -> prover#update wpo) provers
method private update_tactics = function
| None ->
printer#highlight Tactical.Empty ;
autosearch#connect None ;
strategies#connect None ;
List.iter (fun tactic -> tactic#clear) tactics
| Some(tree,sequent,sel) ->
on_proof_context tree
begin fun () ->
let node = ProofEngine.head tree in
let wpo = ProofEngine.head_goal tree in
let hints = ProofStrategy.hints ?node wpo in
autosearch#connect (Some (self#autosearch sequent));
strategies#connect ~hints (Some self#strategies);
List.iter (fun (tactic : GuiTactic.tactic) ->
let process = self#apply in
let composer = self#compose in
let browser = self#browse in
tactic#select ~process ~composer ~browser ~tree sel
) tactics ;
printer#highlight
(if List.exists (fun tactics -> tactics#targeted) tactics
then sel else Tactical.Empty)
end ()
method private update_scriptbar =
match state with
| Empty | Forking _ ->
begin
save_script#set_enabled false ;
play_script#set_enabled false ;
end
| Proof proof | Composer(proof,_,_) | Browser(proof,_,_) ->
begin
let main = ProofEngine.main proof in
let play = ProofSession.exists main in
let save = not (ProofEngine.saved proof) in
play_script#set_enabled play ;
save_script#set_enabled save ;
end
method private update_pending kind proof n =
match ProofEngine.current proof with
| `Main | `Internal _ ->
next#set_enabled false ;
prev#set_enabled false ;
if n = 1 then
Pretty_utils.ksfprintf status#set_text "One %s Goal" kind
else
Pretty_utils.ksfprintf status#set_text "%d %s Goals" n kind
| `Leaf(k,_) ->
prev#set_enabled (0 < k) ;
next#set_enabled (k+1 < n) ;
if k = 0 && n = 1 then
Pretty_utils.ksfprintf status#set_text
"Last %s Goal" kind
else
Pretty_utils.ksfprintf status#set_text
"%s Goal #%d /%d" kind (succ k) n
method private update_statusbar =
match state with
| Empty ->
begin
icon#set_icon GuiProver.no_status ;
next#set_enabled false ;
prev#set_enabled false ;
cancel#set_enabled false ;
delete#set_enabled false ;
forward#set_enabled false ;
status#set_text "No Status" ;
help#set_enabled false ;
end
| Proof proof | Forking(proof,_,_)
| Composer(proof,_,_) | Browser(proof,_,_) ->
begin
let nofork = match state with Forking _ -> false | _ -> true in
delete#set_enabled nofork ;
help#set_enabled
(match state with Proof _ -> not helpmode | _ -> false) ;
match ProofEngine.status proof with
| `Unproved ->
icon#set_icon GuiProver.ko_status ;
next#set_enabled false ;
prev#set_enabled false ;
cancel#set_enabled false ;
forward#set_enabled false ;
status#set_text "Non Proved Property" ;
| `Invalid | `StillResist 0 ->
icon#set_icon GuiProver.wg_status ;
next#set_enabled false ;
prev#set_enabled false ;
cancel#set_enabled false ;
forward#set_enabled false ;
status#set_text "Invalid Smoke-test" ;
| `Passed ->
icon#set_icon GuiProver.smoke_status ;
next#set_enabled false ;
prev#set_enabled false ;
cancel#set_enabled false ;
forward#set_enabled false ;
status#set_text "Passed Smoke Test" ;
| `Proved ->
icon#set_icon GuiProver.ok_status ;
next#set_enabled false ;
prev#set_enabled false ;
cancel#set_enabled false ;
forward#set_enabled false ;
status#set_text "Proved Goal" ;
| `Pending 0 ->
icon#set_icon GuiProver.ok_status ;
next#set_enabled false ;
prev#set_enabled false ;
forward#set_enabled false ;
cancel#set_enabled nofork ;
status#set_text "Proof Terminated" ;
| `Pending n ->
icon#set_icon GuiProver.ko_status ;
forward#set_enabled nofork ;
cancel#set_enabled nofork ;
self#update_pending "Pending" proof n ;
| `StillResist n ->
icon#set_icon GuiProver.smoke_status ;
forward#set_enabled nofork ;
cancel#set_enabled nofork ;
self#update_pending "Smoking" proof n ;
end
method private update_tacticbar =
match state with
| Empty | Forking _ ->
self#update_provers None ;
self#update_tactics None ;
| Proof proof ->
begin
self#update_provers (Some (ProofEngine.head_goal proof)) ;
let sequent = printer#sequent in
let select = printer#selection in
self#update_tactics (Some(proof,sequent,select)) ;
end
| Composer _ | Browser _ -> ()
method private update_proofview =
match state with
| Empty -> text#clear
| Proof _ when helpmode ->
begin
text#clear ;
let callback () = self#quit_help in
text#printf "@\n@{<bf>Available Tactics:@} %t@\n@\n"
(printer#button ~title:"Close" ~callback) ;
text#hrule ;
let pp_item pp fmt tac =
Format.fprintf fmt "[ @{<bf>%a@} ] @{<it>%s@}@\n"
pp tac#title tac#descr in
Pretty_utils.pp_items
~title:(fun tac -> tac#title)
~iter:Tactical.iter
~pp_item text#fmt ;
text#hrule ;
end
| Proof proof ->
on_proof_context proof
begin fun () ->
text#clear ;
let main = ProofEngine.main proof in
if ProofSession.exists main then
text#printf
(if ProofEngine.saved proof
then "%a (@{<green>saved@})@."
else "%a (@{<orange>modified@})@.")
ProofSession.pp_script_for main
else
text#printf "%a (@{<blue>not created@})@."
ProofSession.pp_script_for main ;
text#hrule ;
scripter#tree proof ;
text#hrule ;
text#printf "@\n%a@." printer#pp_goal (ProofEngine.head_goal proof) ;
text#printf "@{<bf>Goal id:@} %s@." main.po_gid ;
text#printf "@{<bf>Short id:@} %s@." main.po_sid ;
text#hrule ;
scripter#status proof ;
end ()
| Composer(proof,cc,tgt) ->
on_proof_context proof
begin fun () ->
text#clear ;
let quit () =
state <- Proof proof ;
printer#restore ~focus:`Select tgt ;
self#update in
text#printf "%t@." (composer#print cc ~quit) ;
text#hrule ;
text#printf "@\n%a@." printer#pp_goal (ProofEngine.head_goal proof) ;
end ()
| Browser(proof,cc,tgt) ->
on_proof_context proof
begin fun () ->
text#clear ;
let quit () =
state <- Proof proof ;
printer#restore ~focus:`Select tgt ;
self#update in
text#printf "%t@." (browser#print cc ~quit) ;
text#hrule ;
text#printf "@\n%a@." printer#pp_goal (ProofEngine.head_goal proof) ;
end ()
| Forking _ -> ()
method update =
begin
self#update_statusbar ;
self#update_proofview ;
self#update_scriptbar ;
self#update_tacticbar ;
end
method private commit () =
match state with
| Empty | Proof _ | Composer _ | Browser _ -> ()
| Forking(proof,fork,pool) ->
let n = Task.size pool in
if n = 0 then
begin
ignore (ProofEngine.commit fork) ;
ProofEngine.validate proof ;
ProofEngine.forward proof ;
state <- Proof proof ;
printer#reset ;
self#update ;
end
else
Wutil.later self#commit
method private schedule pool provers goal =
Prover.spawn goal
~delayed:true
~result:
begin fun wpo prv res ->
text#printf "[%a] %a : %a@."
VCS.pp_prover prv Wpo.pp_title wpo VCS.pp_result res
end
~success:(fun _ _ -> Wutil.later self#commit)
~pool (List.map (fun dp -> VCS.Batch , dp) provers)
method private fork proof fork =
Wutil.later
begin fun () ->
let provers = self#provers in
let pool = Task.pool () in
ProofEngine.iter (self#schedule pool provers) fork ;
let server = ProverTask.server () in
state <- Forking(proof,fork,pool) ;
Task.launch server ;
printer#reset ;
text#clear ;
text#printf "Tactic %a@." ProofEngine.pretty fork ;
text#printf "%d sub-goals generated.@." (Task.size pool) ;
text#printf "Computing...@." ;
self#update ;
end
method private apply tactic selection process =
match state with
| Empty | Forking _ | Composer _ | Browser _ -> ()
| Proof proof ->
Wutil.later
begin fun () ->
try
let tactic = ProofScript.jtactic tactic selection in
let anchor = ProofEngine.anchor proof () in
self#fork proof (ProofEngine.fork proof ~anchor tactic process)
with Exit | Not_found | Invalid_argument _ ->
text#printf "Application of tactic '%s' failed." tactic#title
end
method private search proof = function
| None -> text#printf "No tactic found.@\n"
| Some fork -> self#fork proof fork
method private autosearch sequent ~depth ~width auto =
match state with
| Empty | Forking _ | Composer _ | Browser _ -> ()
| Proof proof ->
Wutil.later
begin fun () ->
if depth <= 1 then
let fork = ProverSearch.search proof ~sequent auto in
self#search proof fork
else
begin
let provers = List.map (fun e -> e#prover) provers in
ProverScript.search
~depth ~width ~auto
~provers
~result:
(fun wpo prv res ->
text#printf "[%a] %a : %a@."
VCS.pp_prover prv
Wpo.pp_title wpo
VCS.pp_result res)
~success:
(fun _ _ ->
ProofEngine.forward proof ;
self#update ;
text#printf "Strategies Applied." )
proof (ProofEngine.anchor proof ()) ;
let server = ProverTask.server () in
Task.launch server
end
end
method private strategies ~depth strategy =
match state with
| Empty | Forking _ | Composer _ | Browser _ -> ()
| Proof proof ->
Wutil.later
begin fun () ->
ProverScript.explore
~depth ?strategy
~result:
(fun wpo prv res ->
text#printf "[%a] %a : %a@."
VCS.pp_prover prv
Wpo.pp_title wpo
VCS.pp_result res)
~success:
(fun _ _ ->
ProofEngine.forward proof ;
self#update ;
text#printf "Strategie(s) Explored." )
proof (ProofEngine.anchor proof ()) ;
let server = ProverTask.server () in
Task.launch server
end
method private backtrack node =
match state with
| Empty | Forking _ | Composer _ | Browser _ -> ()
| Proof proof ->
begin
ProofEngine.goto proof (`Node node) ;
let fork =
ProverSearch.backtrack proof ~anchor:node ~loop:true () in
self#search proof fork
end
end