Revision 359ecbe265e29fda13abaf7905cb1c98f794a8de authored by Christian Doczkal on 12 May 2022, 08:35:59 UTC, committed by Christian Doczkal on 12 May 2022, 09:00:27 UTC
1 parent 0e3c1f3
ecCoreLib.ml
(* -------------------------------------------------------------------- *)
let s_get = "_.[_]"
let s_set = "_.[_<-_]"
let s_nil = "[]"
let s_cons = "::"
let s_abs = "`|_|"
(* -------------------------------------------------------------------- *)
let i_top = "Top"
let i_self = "Self"
let p_top = EcPath.psymbol i_top
(* -------------------------------------------------------------------- *)
let i_Pervasive = "Pervasive"
let p_Pervasive = EcPath.pqname p_top i_Pervasive
let _Pervasive = fun x -> EcPath.pqname p_Pervasive x
(* -------------------------------------------------------------------- *)
let base_rnd = "random"
let base_ll = "lossless"
(*-------------------------------------------------------------------- *)
module CI_Unit = struct
let p_unit = _Pervasive "unit"
let p_tt = _Pervasive "tt"
end
module CI_Witness = struct
let p_witness = _Pervasive "witness"
end
(*-------------------------------------------------------------------- *)
module CI_Bool = struct
let i_Bool = "Bool"
let p_Bool = EcPath.pqname p_top i_Bool
let p_bool = _Pervasive "bool"
let p_true = _Pervasive "true"
let p_false = _Pervasive "false"
let p_not = _Pervasive "[!]"
let p_anda = _Pervasive "&&"
let p_and = _Pervasive "/\\"
let p_ora = _Pervasive "||"
let p_or = _Pervasive "\\/"
let p_imp = _Pervasive "=>"
let p_iff = _Pervasive "<=>"
let p_eq = _Pervasive "="
end
(* -------------------------------------------------------------------- *)
module CI_Option = struct
let i_Option = "Logic"
let p_Option = EcPath.pqname p_top i_Option
let _Option x = EcPath.pqname p_Option x
let p_option = _Option "option"
let p_none = _Option "None"
let p_some = _Option "Some"
let p_oget = _Option "oget"
end
(* -------------------------------------------------------------------- *)
module CI_Int = struct
let i_Int = "CoreInt"
let p_Int = EcPath.pqname p_top i_Int
let p_int = _Pervasive "int"
let i_IntDiv = "IntDiv"
let p_IntDiv = EcPath.pqname p_top i_IntDiv
let _Int = fun x -> EcPath.pqname p_Int x
let _IntDiv = fun x -> EcPath.pqname p_IntDiv x
let p_int_elim = _Int "intind"
let p_int_opp = _Int "opp"
let p_int_add = _Int "add"
let p_int_mul = _Int "mul"
let p_int_pow = EcPath.extend p_top ["Ring"; "IntID"; "exp"]
let p_int_le = _Int "le"
let p_int_lt = _Int "lt"
let p_int_edivz = _IntDiv "edivz"
let p_int_max = _IntDiv "max"
end
(* -------------------------------------------------------------------- *)
module CI_xint = struct
let i_Xint = "Xint"
let p_Xint = EcPath.pqname p_top i_Xint
let _Xint = fun x -> EcPath.pqname p_Xint x
let mk_Xint = _Xint
let p_xint = mk_Xint "xint"
let p_N = mk_Xint "N"
let p_inf = mk_Xint "Inf"
let p_xopp = mk_Xint "xopp"
let p_xadd = mk_Xint "xadd"
let p_xmul = mk_Xint "xmul"
let p_is_inf = mk_Xint "is_inf"
let p_is_int = mk_Xint "is_int"
let p_choaretac = EcPath.pqname p_top "CHoareTactic"
let p_xle = EcPath.pqname p_choaretac "xle"
let p_xmax = EcPath.pqname p_choaretac "xmax"
let p_bigxint = EcPath.pqname p_choaretac "Bigxint"
let p_big = EcPath.pqname p_bigxint "big"
end
(* -------------------------------------------------------------------- *)
module CI_Real = struct
let i_Real = "CoreReal"
let p_Real = EcPath.pqname p_top i_Real
let p_real = _Pervasive "real"
let p_RealExtra = EcPath.pqname p_top "Real"
let p_RealOrder =
EcPath.extend p_top ["StdOrder"; "RealOrder"]
let _Real = fun x -> EcPath.pqname p_Real x
let p_real0 = _Real "zero"
let p_real1 = _Real "one"
let p_real_opp = _Real "opp"
let p_real_add = _Real "add"
let p_real_mul = _Real "mul"
let p_real_inv = _Real "inv"
let p_real_pow = EcPath.extend p_top ["Real"; "Rfield"; "exp"]
let p_real_le = _Real "le"
let p_real_lt = _Real "lt"
let p_real_of_int = _Real "from_int"
let p_real_abs = EcPath.extend p_top ["Real"; "`|_|"]
end
(* -------------------------------------------------------------------- *)
module CI_Pred = struct
let i_Pred = "Logic"
let p_Pred = EcPath.pqname p_top i_Pred
let _Pred x = EcPath.pqname p_Pred x
let p_predT = _Pred "predT"
let p_pred1 = _Pred "pred1"
end
(* -------------------------------------------------------------------- *)
module CI_Distr = struct
let i_Distr = "Distr"
let p_Distr = EcPath.pqname p_top i_Distr
let p_distr = _Pervasive "distr"
let _Distr = fun x -> EcPath.pqname p_Distr x
let p_dbool = EcPath.extend p_top ["DBool"; "dbool"]
let p_dbitstring = EcPath.extend p_Distr ["Dbitstring"; "dbitstring"]
let p_dinter = EcPath.extend p_top ["DInterval"; "dinter"]
let p_support = _Distr "support"
let p_mu = _Pervasive "mu"
let p_lossless = _Distr "is_lossless"
let p_uniform = _Distr "is_uniform"
let p_full = _Distr "is_full"
end
(* -------------------------------------------------------------------- *)
module CI_Map = struct
let i_Map = "CoreMap"
let p_Map = EcPath.pqname p_top i_Map
let _Map = fun x -> EcPath.pqname p_Map x
let p_map = _Map "map"
let p_get = _Map s_get
let p_set = _Map s_set
let p_cst = _Map "cst"
end
(* -------------------------------------------------------------------- *)
module CI_Logic = struct
let i_Logic = "Tactics"
let p_Logic = EcPath.pqname p_top i_Logic
let _Logic = fun x -> EcPath.pqname p_Logic x
let mk_logic = _Logic
let p_unit_elim = _Logic "unitW"
let p_false_elim = _Logic "falseW"
let p_bool_elim = _Logic "boolW"
let p_and_elim = _Logic "andW"
let p_anda_elim = _Logic "andaW"
let p_and_proj_l = _Logic "andWl"
let p_and_proj_r = _Logic "andWr"
let p_anda_proj_l = _Logic "andaWl"
let p_anda_proj_r = _Logic "andaWr"
let p_or_elim = _Logic "orW"
let p_ora_elim = _Logic "oraW"
let p_iff_elim = _Logic "iffW"
let p_if_elim = _Logic "ifW"
let p_true_intro = _Logic "trueI"
let p_and_intro = _Logic "andI"
let p_anda_intro = _Logic "andaI"
let p_or_intro_l = _Logic "orIl"
let p_ora_intro_l = _Logic "oraIl"
let p_or_intro_r = _Logic "orIr"
let p_ora_intro_r = _Logic "oraIr"
let p_iff_intro = _Logic "iffI"
let p_if_intro = _Logic "ifI"
let p_if_congr = _Logic "if_congr"
let p_eq_refl = _Logic "eq_refl"
let p_eq_trans = _Logic "eq_trans"
let p_eq_iff = _Logic "eq_iff"
let p_fcongr = _Logic "congr1"
let p_eq_ind = _Logic "eq_ind"
let p_eq_sym = _Logic "eq_sym"
let p_eq_sym_imp = _Logic "eq_sym_imp"
let p_eq_iff_imp = _Logic "eq_iff_imp"
let p_negbTE = _Logic "negbTE"
let p_negeqF = _Logic "negeqF"
let p_iff_lr = _Logic "iffLR"
let p_iff_rl = _Logic "iffRL"
let p_cut_lemma = _Logic "cut_"
let p_case_eq_bool = _Logic "boolWE"
let p_ip_dup = _Logic "dup"
end
(* -------------------------------------------------------------------- *)
let is_mixfix_op =
let ops = [s_get; s_set; s_nil; s_abs] in
fun op -> List.mem op ops
(* -------------------------------------------------------------------- *)
let s_real_of_int = EcPath.toqsymbol CI_Real.p_real_of_int
let s_dbool = EcPath.toqsymbol CI_Distr.p_dbool
let s_dbitstring = EcPath.toqsymbol CI_Distr.p_dbitstring
let s_dinter = EcPath.toqsymbol CI_Distr.p_dinter
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