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https://github.com/Z3Prover/z3
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939bf1c725
An initial update to support polymorphism from SMTLIB3 and the API (so far C, Python). The WIP SMTLIB3 format is assumed to be supporting the following declaration ``` (declare-type-var A) ``` Whenever A is used in a type signature of a function/constant or bound quantified variable, it is taken to mean that all instantiations of A are included in the signature and assertions. For example, if the function f is declared with signature A -> A, then there is a version of f for all instances of A. The semantics of polymorphism appears to follow previous proposals: the instances are effectively different functions. This may clash with some other notions, such as the type signature forall 'a . 'a -> 'a would be inhabited by a unique function (the identity), while this is not enforced in this version (and hopefully never because it is more busy work). The C API has the function 'Z3_mk_type_variable' to create a type variable and applying functions modulo polymorphic type signatures is possible. The kind Z3_TYPE_VAR is added to sort discriminators. This version is considered as early alpha. It passes a first rudimentary unit test involving quantified axioms, declare-fun, define-fun, and define-fun-rec.
128 lines
3.9 KiB
C++
128 lines
3.9 KiB
C++
/*++
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Copyright (c) 2006 Microsoft Corporation
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Module Name:
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smt_setup.h
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Abstract:
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<abstract>
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Author:
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Leonardo de Moura (leonardo) 2008-06-24.
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Revision History:
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--*/
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#pragma once
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#include "ast/ast.h"
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#include "smt/params/smt_params.h"
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struct static_features;
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namespace smt {
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enum config_mode {
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CFG_BASIC, // install theories based on user options
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CFG_LOGIC, // install theories and configure Z3 based on the value of the parameter set-logic.
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CFG_AUTO // install theories based on static features of the input formula
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};
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class context;
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/**
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\brief Object used to setup a logical context.
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\warning In the current version, we can only setup a logical context at scope level 0,
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and before internalizing any formula. Auxiliary temporary contexts are used to avoid this
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limitation.
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*/
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class setup {
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context & m_context;
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ast_manager & m_manager;
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smt_params & m_params;
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symbol m_logic;
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bool m_already_configured;
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void setup_auto_config();
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void setup_default();
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//
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// setup_<logic>() methods do not depend on static features of the formula. So, they are safe to use
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// even in an incremental setting.
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//
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// setup_<logic>(static_features & st) can only be used if the logical context will perform a single
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// check.
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//
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void setup_QF_DT();
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void setup_QF_UF();
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void setup_QF_UF(static_features const & st);
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void setup_QF_RDL();
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void setup_QF_RDL(static_features & st);
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void setup_QF_IDL();
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void setup_QF_IDL(static_features & st);
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void setup_QF_UFIDL();
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void setup_QF_UFIDL(static_features & st);
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void setup_QF_LRA();
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void setup_QF_LRA(static_features const & st);
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void setup_QF_LIA();
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void setup_QF_LIRA(static_features const& st);
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void setup_QF_LIA(static_features const & st);
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void setup_QF_UFLIA();
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void setup_QF_UFLIA(static_features & st);
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void setup_QF_UFLRA();
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void setup_QF_BV();
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void setup_QF_AUFBV();
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void setup_QF_AX();
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void setup_QF_AX(static_features const & st);
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void setup_QF_AUFLIA();
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void setup_QF_AUFLIA(static_features const & st);
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void setup_QF_FP();
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void setup_QF_FPBV();
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void setup_QF_S();
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void setup_LRA();
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void setup_CSP();
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void setup_special_relations();
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void setup_polymorphism();
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void setup_AUFLIA(bool simple_array = true);
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void setup_AUFLIA(static_features const & st);
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void setup_AUFLIRA(bool simple_array = true);
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void setup_UFNIA();
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void setup_UFLRA();
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void setup_AUFLIAp();
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void setup_AUFNIRA();
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void setup_QF_BVRE();
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void setup_unknown();
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void setup_unknown(static_features & st);
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void setup_arrays();
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void setup_datatypes();
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void setup_recfuns();
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void setup_bv();
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void setup_arith();
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void setup_dl();
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void setup_seq_str(static_features const & st);
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void setup_seq();
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void setup_char();
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void setup_card();
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void setup_i_arith();
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void setup_mi_arith();
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void setup_lra_arith();
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void setup_fpa();
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void setup_str();
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public:
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setup(context & c, smt_params & params);
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void mark_already_configured() { m_already_configured = true; }
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bool already_configured() const { return m_already_configured; }
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bool set_logic(symbol logic) {
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if (already_configured())
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return false;
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m_logic = logic;
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return true;
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}
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symbol const & get_logic() const { return m_logic; }
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void operator()(config_mode cm);
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};
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};
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