Datasets:
Tasks:
Text Generation
Modalities:
Text
Sub-tasks:
language-modeling
Languages:
English
Size:
100K - 1M
License:
File size: 3,473 Bytes
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(*
This file contains specifications of the SAT tools that
can be invoked from HOL.
Details of format in the comments following each field name.
{name (* solver name *)
url, (* source for downloading *)
executable, (* path to executable *)
good_exit, (* code return upon normal termination *)
notime_run, (* command to invoke solver on a file *)
time_run, (* command to invoke on a file and time *)
only_true (* true if only the true atoms are listed in models *)
failure_string, (* string whose presence indicates unsatisfiability *)
start_string, (* string signalling start of variable assignment *)
end_string} (* string signalling end of variable assignment *)
*)
type sat_solver =
{name : string;
url : string;
executable : string;
good_exit : int;
notime_run : string -> string * string -> string;
time_run : string -> (string * string) * int -> string;
only_true : bool;
failure_string : string;
start_string : string;
end_string : string}
let zchaff =
{name = "zchaff";
url =
"http://www.ee.princeton.edu/~chaff/zchaff/zchaff.2001.2.17.linux.gz";
executable = "zchaff";
good_exit = 0;
notime_run = (fun ex -> fun (infile,outfile) ->
(ex ^ " " ^ infile ^ " > " ^ outfile ^
"; zc2mso " ^ infile ^
" -m " ^ outfile ^ ".proof -z "^
(Filename.concat (!temp_path) "resolve_trace")^
"> "^
(Filename.concat (!temp_path) "zc2mso_trace")));
time_run = (fun ex -> fun ((infile,outfile),time) ->
(ex ^ " " ^ infile ^ " " ^ (string_of_int time) ^ " > " ^ outfile));
only_true = false;
failure_string = "UNSAT";
start_string = "Instance Satisfiable";
end_string = "Random Seed Used"}
let minisat =
{name = "minisat";
url = "http://www.cs.chalmers.se/Cs/Research/FormalMethods/MiniSat/cgi/MiniSat_v1.13_linux.cgi";
executable = "minisat";
good_exit = 10;
notime_run = (fun ex -> fun (infile,outfile) ->
(ex ^ " -r " ^ outfile ^" "^ infile ^ " > " ^ outfile ^".stats"));
time_run = (fun ex -> fun ((infile,outfile),time) ->
(ex ^ " " ^ infile ^ " " ^ (string_of_int time) ^ " > " ^ outfile));
only_true = false;
failure_string = "UNSAT";
start_string = "v";
end_string = "0"}
let minisatp =
{name = "minisatp";
url = "http://www.cs.chalmers.se/Cs/Research/FormalMethods/MiniSat/cgi/MiniSat_v1.13_linux.cgi";
executable =
(match (Sys.os_type) with
"Win32" | "Cygwin" -> "minisat.exe"
| _ -> "minisat");
good_exit = 10;
notime_run = (fun ex -> fun (infile,outfile) ->
(ex ^ " -r " ^ outfile ^ " -p " ^ outfile ^ ".proof " ^ infile ^ " > " ^ outfile ^".stats"));
time_run = (fun ex -> fun ((infile,outfile),time) ->
(ex ^ " " ^ infile ^ " " ^ (string_of_int time) ^ " > " ^ outfile));
only_true = false;
failure_string = "UNSAT";
start_string = "SAT";
end_string = "0"}
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