mirror of
https://github.com/Z3Prover/z3
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re-indenting interp and duality
This commit is contained in:
Ken McMillan
parent
e1303e1eab
commit
af444beb2e
38 changed files with 20225 additions and 20225 deletions
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@ -1,20 +1,20 @@
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/*++
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Copyright (c) 2013 Microsoft Corporation
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Copyright (c) 2013 Microsoft Corporation
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Module Name:
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Module Name:
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interpolant_cmds.cpp
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interpolant_cmds.cpp
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Abstract:
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Commands for interpolation.
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Abstract:
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Commands for interpolation.
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Author:
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Author:
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Leonardo (leonardo) 2011-12-23
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Leonardo (leonardo) 2011-12-23
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Notes:
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Notes:
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--*/
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--*/
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#include<sstream>
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#include"cmd_context.h"
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#include"cmd_util.h"
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@ -43,180 +43,180 @@ static void show_interpolant_and_maybe_check(cmd_context & ctx,
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bool check)
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{
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if (m_params.get_bool("som", false))
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m_params.set_bool("flat", true);
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th_rewriter s(ctx.m(), m_params);
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if (m_params.get_bool("som", false))
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m_params.set_bool("flat", true);
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th_rewriter s(ctx.m(), m_params);
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for(unsigned i = 0; i < interps.size(); i++){
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for(unsigned i = 0; i < interps.size(); i++){
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expr_ref r(ctx.m());
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proof_ref pr(ctx.m());
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s(to_expr(interps[i]),r,pr);
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expr_ref r(ctx.m());
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proof_ref pr(ctx.m());
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s(to_expr(interps[i]),r,pr);
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ctx.regular_stream() << mk_pp(r.get(), ctx.m()) << std::endl;
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ctx.regular_stream() << mk_pp(r.get(), ctx.m()) << std::endl;
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#if 0
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ast_smt_pp pp(ctx.m());
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pp.set_logic(ctx.get_logic().str().c_str());
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pp.display_smt2(ctx.regular_stream(), to_expr(interps[i]));
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ctx.regular_stream() << std::endl;
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ast_smt_pp pp(ctx.m());
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pp.set_logic(ctx.get_logic().str().c_str());
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pp.display_smt2(ctx.regular_stream(), to_expr(interps[i]));
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ctx.regular_stream() << std::endl;
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#endif
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}
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}
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s.cleanup();
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s.cleanup();
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// verify, for the paranoid...
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if(check || interp_params(m_params).check()){
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std::ostringstream err;
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ast_manager &_m = ctx.m();
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// verify, for the paranoid...
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if(check || interp_params(m_params).check()){
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std::ostringstream err;
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ast_manager &_m = ctx.m();
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// need a solver -- make one here FIXME is this right?
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bool proofs_enabled, models_enabled, unsat_core_enabled;
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params_ref p;
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ctx.params().get_solver_params(_m, p, proofs_enabled, models_enabled, unsat_core_enabled);
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scoped_ptr<solver> sp = (ctx.get_solver_factory())(_m, p, false, true, false, ctx.get_logic());
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// need a solver -- make one here FIXME is this right?
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bool proofs_enabled, models_enabled, unsat_core_enabled;
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params_ref p;
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ctx.params().get_solver_params(_m, p, proofs_enabled, models_enabled, unsat_core_enabled);
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scoped_ptr<solver> sp = (ctx.get_solver_factory())(_m, p, false, true, false, ctx.get_logic());
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if(iz3check(_m,sp.get(),err,cnsts,t,interps))
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ctx.regular_stream() << "correct\n";
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else
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ctx.regular_stream() << "incorrect: " << err.str().c_str() << "\n";
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}
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if(iz3check(_m,sp.get(),err,cnsts,t,interps))
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ctx.regular_stream() << "correct\n";
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else
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ctx.regular_stream() << "incorrect: " << err.str().c_str() << "\n";
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}
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for(unsigned i = 0; i < interps.size(); i++){
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ctx.m().dec_ref(interps[i]);
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}
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for(unsigned i = 0; i < interps.size(); i++){
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ctx.m().dec_ref(interps[i]);
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}
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interp_params itp_params(m_params);
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if(itp_params.profile())
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profiling::print(ctx.regular_stream());
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interp_params itp_params(m_params);
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if(itp_params.profile())
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profiling::print(ctx.regular_stream());
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}
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static void check_can_interpolate(cmd_context & ctx){
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if (!ctx.produce_interpolants())
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throw cmd_exception("interpolation is not enabled, use command (set-option :produce-interpolants true)");
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if (!ctx.produce_interpolants())
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throw cmd_exception("interpolation is not enabled, use command (set-option :produce-interpolants true)");
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}
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static void get_interpolant_and_maybe_check(cmd_context & ctx, expr * t, params_ref &m_params, bool check) {
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check_can_interpolate(ctx);
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check_can_interpolate(ctx);
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// get the proof, if there is one
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// get the proof, if there is one
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if (!ctx.has_manager() ||
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ctx.cs_state() != cmd_context::css_unsat)
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throw cmd_exception("proof is not available");
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expr_ref pr(ctx.m());
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pr = ctx.get_check_sat_result()->get_proof();
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if (pr == 0)
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throw cmd_exception("proof is not available");
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if (!ctx.has_manager() ||
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ctx.cs_state() != cmd_context::css_unsat)
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throw cmd_exception("proof is not available");
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expr_ref pr(ctx.m());
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pr = ctx.get_check_sat_result()->get_proof();
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if (pr == 0)
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throw cmd_exception("proof is not available");
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// get the assertions from the context
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// get the assertions from the context
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ptr_vector<expr>::const_iterator it = ctx.begin_assertions();
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ptr_vector<expr>::const_iterator end = ctx.end_assertions();
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ptr_vector<ast> cnsts((unsigned)(end - it));
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for (int i = 0; it != end; ++it, ++i)
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cnsts[i] = *it;
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ptr_vector<expr>::const_iterator it = ctx.begin_assertions();
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ptr_vector<expr>::const_iterator end = ctx.end_assertions();
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ptr_vector<ast> cnsts((unsigned)(end - it));
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for (int i = 0; it != end; ++it, ++i)
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cnsts[i] = *it;
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// compute an interpolant
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// compute an interpolant
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ptr_vector<ast> interps;
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ptr_vector<ast> interps;
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try {
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iz3interpolate(ctx.m(),pr.get(),cnsts,t,interps,0);
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}
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catch (iz3_bad_tree &) {
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throw cmd_exception("interpolation pattern contains non-asserted formula");
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}
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catch (iz3_incompleteness &) {
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throw cmd_exception("incompleteness in interpolator");
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}
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try {
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iz3interpolate(ctx.m(),pr.get(),cnsts,t,interps,0);
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}
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catch (iz3_bad_tree &) {
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throw cmd_exception("interpolation pattern contains non-asserted formula");
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}
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catch (iz3_incompleteness &) {
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throw cmd_exception("incompleteness in interpolator");
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}
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show_interpolant_and_maybe_check(ctx, cnsts, t, interps, m_params, check);
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show_interpolant_and_maybe_check(ctx, cnsts, t, interps, m_params, check);
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}
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static void get_interpolant(cmd_context & ctx, expr * t, params_ref &m_params) {
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get_interpolant_and_maybe_check(ctx,t,m_params,false);
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get_interpolant_and_maybe_check(ctx,t,m_params,false);
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}
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#if 0
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static void get_and_check_interpolant(cmd_context & ctx, params_ref &m_params, expr * t) {
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get_interpolant_and_maybe_check(ctx,t,m_params,true);
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get_interpolant_and_maybe_check(ctx,t,m_params,true);
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}
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#endif
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static void compute_interpolant_and_maybe_check(cmd_context & ctx, expr * t, params_ref &m_params, bool check){
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// create a fresh solver suitable for interpolation
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bool proofs_enabled, models_enabled, unsat_core_enabled;
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params_ref p;
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ast_manager &_m = ctx.m();
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// TODO: the following is a HACK to enable proofs in the old smt solver
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// When we stop using that solver, this hack can be removed
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scoped_proof_mode spm(_m,PGM_FINE);
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ctx.params().get_solver_params(_m, p, proofs_enabled, models_enabled, unsat_core_enabled);
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p.set_bool("proof", true);
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scoped_ptr<solver> sp = (ctx.get_interpolating_solver_factory())(_m, p, true, models_enabled, false, ctx.get_logic());
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// create a fresh solver suitable for interpolation
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bool proofs_enabled, models_enabled, unsat_core_enabled;
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params_ref p;
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ast_manager &_m = ctx.m();
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// TODO: the following is a HACK to enable proofs in the old smt solver
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// When we stop using that solver, this hack can be removed
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scoped_proof_mode spm(_m,PGM_FINE);
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ctx.params().get_solver_params(_m, p, proofs_enabled, models_enabled, unsat_core_enabled);
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p.set_bool("proof", true);
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scoped_ptr<solver> sp = (ctx.get_interpolating_solver_factory())(_m, p, true, models_enabled, false, ctx.get_logic());
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ptr_vector<ast> cnsts;
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ptr_vector<ast> interps;
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model_ref m;
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ptr_vector<ast> cnsts;
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ptr_vector<ast> interps;
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model_ref m;
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// compute an interpolant
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// compute an interpolant
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lbool res;
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try {
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res = iz3interpolate(_m, *sp.get(), t, cnsts, interps, m, 0);
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}
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catch (iz3_incompleteness &) {
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throw cmd_exception("incompleteness in interpolator");
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}
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lbool res;
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try {
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res = iz3interpolate(_m, *sp.get(), t, cnsts, interps, m, 0);
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}
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catch (iz3_incompleteness &) {
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throw cmd_exception("incompleteness in interpolator");
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}
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switch(res){
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case l_false:
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ctx.regular_stream() << "unsat\n";
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show_interpolant_and_maybe_check(ctx, cnsts, t, interps, m_params, check);
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break;
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switch(res){
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case l_false:
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ctx.regular_stream() << "unsat\n";
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show_interpolant_and_maybe_check(ctx, cnsts, t, interps, m_params, check);
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break;
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case l_true:
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ctx.regular_stream() << "sat\n";
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// TODO: how to return the model to the context, if it exists?
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break;
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case l_true:
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ctx.regular_stream() << "sat\n";
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// TODO: how to return the model to the context, if it exists?
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break;
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case l_undef:
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ctx.regular_stream() << "unknown\n";
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// TODO: how to return the model to the context, if it exists?
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break;
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}
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case l_undef:
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ctx.regular_stream() << "unknown\n";
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// TODO: how to return the model to the context, if it exists?
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break;
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}
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for(unsigned i = 0; i < cnsts.size(); i++)
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ctx.m().dec_ref(cnsts[i]);
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for(unsigned i = 0; i < cnsts.size(); i++)
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ctx.m().dec_ref(cnsts[i]);
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}
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static expr *make_tree(cmd_context & ctx, const ptr_vector<expr> &exprs){
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if(exprs.size() == 0)
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throw cmd_exception("not enough arguments");
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expr *foo = exprs[0];
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for(unsigned i = 1; i < exprs.size(); i++){
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foo = ctx.m().mk_and(ctx.m().mk_interp(foo),exprs[i]);
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}
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return foo;
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if(exprs.size() == 0)
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throw cmd_exception("not enough arguments");
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expr *foo = exprs[0];
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for(unsigned i = 1; i < exprs.size(); i++){
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foo = ctx.m().mk_and(ctx.m().mk_interp(foo),exprs[i]);
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}
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return foo;
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}
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static void get_interpolant(cmd_context & ctx, const ptr_vector<expr> &exprs, params_ref &m_params) {
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expr *foo = make_tree(ctx,exprs);
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ctx.m().inc_ref(foo);
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get_interpolant(ctx,foo,m_params);
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ctx.m().dec_ref(foo);
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expr *foo = make_tree(ctx,exprs);
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ctx.m().inc_ref(foo);
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get_interpolant(ctx,foo,m_params);
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ctx.m().dec_ref(foo);
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}
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static void compute_interpolant(cmd_context & ctx, const ptr_vector<expr> &exprs, params_ref &m_params) {
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expr *foo = make_tree(ctx, exprs);
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ctx.m().inc_ref(foo);
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compute_interpolant_and_maybe_check(ctx,foo,m_params,false);
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ctx.m().dec_ref(foo);
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expr *foo = make_tree(ctx, exprs);
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ctx.m().inc_ref(foo);
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compute_interpolant_and_maybe_check(ctx,foo,m_params,false);
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ctx.m().dec_ref(foo);
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}
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@ -249,11 +249,11 @@ public:
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}
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virtual void set_next_arg(cmd_context & ctx, expr * arg) {
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m_targets.push_back(arg);
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m_targets.push_back(arg);
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}
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virtual void execute(cmd_context & ctx) {
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get_interpolant(ctx,m_targets,m_params);
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get_interpolant(ctx,m_targets,m_params);
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}
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};
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@ -262,7 +262,7 @@ public:
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compute_interpolant_cmd(char const * name = "compute-interpolant"):get_interpolant_cmd(name) {}
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virtual void execute(cmd_context & ctx) {
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compute_interpolant(ctx,m_targets,m_params);
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compute_interpolant(ctx,m_targets,m_params);
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}
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};
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@ -1,20 +1,20 @@
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/*++
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Copyright (c) 2011 Microsoft Corporation
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Copyright (c) 2011 Microsoft Corporation
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Module Name:
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Module Name:
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interpolant_cmds.h
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interpolant_cmds.h
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Abstract:
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Commands for interpolation.
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Abstract:
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Commands for interpolation.
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Author:
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Author:
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Leonardo (leonardo) 2011-12-23
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Leonardo (leonardo) 2011-12-23
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Notes:
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Notes:
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--*/
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--*/
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#ifndef _INTERPOLANT_CMDS_H_
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#define _INTERPOLANT_CMDS_H_
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