src/Pure/ROOT.ML
author clasohm
Thu Sep 16 12:20:38 1993 +0200 (1993-09-16)
changeset 0 a5a9c433f639
child 2 c67f44be880f
permissions -rw-r--r--
Initial revision
     1 (*  Title: 	ROOT
     2     ID:         $Id$
     3     Author: 	Lawrence C Paulson, Cambridge University Computer Laboratory
     4     Copyright   1993  University of Cambridge
     5 
     6 Root file for pure Isabelle: all modules in proper order for loading
     7 Loads pure Isabelle into an empty database.
     8 
     9 To build system, use Makefile (Poly/ML) or Makefile.NJ (New Jersey ML)
    10 
    11 TO DO: 
    12 instantiation of theorems can lead to inconsistent sorting of type vars if
    13 'a::S is already present and 'a::T is introduced. 
    14 *)
    15 
    16 val banner = "Pure Isabelle";
    17 val version = "February 93";
    18 
    19 print_depth 1;
    20 
    21 use "library.ML";
    22 use "term.ML";
    23 use "symtab.ML";
    24 
    25 (*Used for building the parser generator*)
    26 structure Symtab = SymtabFun();
    27 cd "Syntax";
    28 use "ROOT.ML";
    29 cd "..";
    30 
    31 (* Theory parser *)
    32 cd "Thy";
    33 use "ROOT.ML";
    34 cd "..";
    35 
    36 print_depth 1;
    37 use "type.ML";
    38 use "sign.ML";
    39 use "sequence.ML";
    40 use "envir.ML";
    41 use "pattern.ML";
    42 use "unify.ML";
    43 use "net.ML";
    44 use "logic.ML";
    45 use "thm.ML";
    46 use "drule.ML";
    47 use "tctical.ML";
    48 use "tactic.ML";
    49 use "goals.ML";
    50 
    51 (*Will be visible to all object-logics.*)
    52 structure Type = TypeFun(structure Symtab=Symtab and Syntax=Syntax);
    53 structure Sign = SignFun(structure Type=Type and Syntax=Syntax);
    54 structure Sequence = SequenceFun();
    55 structure Envir = EnvirFun();
    56 structure Pattern = PatternFun(structure Sign=Sign and Envir=Envir);
    57 structure Unify = UnifyFun(structure Sign=Sign and Envir=Envir
    58 			   and Sequence=Sequence and Pattern=Pattern);
    59 structure Net = NetFun();
    60 structure Logic = LogicFun(structure Unify=Unify and Net=Net);
    61 structure Thm = ThmFun(structure Logic=Logic and Unify=Unify and Net=Net
    62                              and Pattern=Pattern); 
    63 structure Drule = DruleFun(structure Logic=Logic and Thm=Thm);
    64 structure Tactical = TacticalFun(structure Logic=Logic and Drule=Drule);
    65 structure Tactic = TacticFun(structure Logic=Logic and Drule=Drule 
    66 			     and Tactical=Tactical and Net=Net);
    67 structure Goals = GoalsFun(structure Logic=Logic and Drule=Drule
    68 			   and Tactic=Tactic and Pattern=Pattern);
    69 open Basic_Syntax Thm Drule Tactical Tactic Goals;
    70 
    71 structure Pure = struct val thy = pure_thy end;