Examples with Pair catdata.Pair used on opensource projects

Example 36 with Pair

use of catdata.Pair in project fql by CategoricalData.

the class PSMEval method exec.

@Override
public void exec(PSMInterp interp, Map<String, Set<Map<Object, Object>>> state) {
    try {
        Quad<Instance, Map<Pair<Node, LinkedHashMap<Pair<Arr<Node, Path>, Attribute<Node>>, Object>>, Triple<Instance, Map<Node, Map<Object, Pair<Arr<Node, Path>, Object>>>, Map<Node, Map<Pair<Arr<Node, Path>, Object>, Object>>>>, Map<Node, Map<Object, Pair<LinkedHashMap<Pair<Arr<Node, Path>, Attribute<Node>>, Object>, Transform>>>, Map<Node, Map<Pair<LinkedHashMap<Pair<Arr<Node, Path>, Attribute<Node>>, Object>, Transform>, Object>>> xxx = interp.exps2.get(AB);
        Instance Jw = xxx.first;
        Map<Pair<Node, LinkedHashMap<Pair<Arr<Node, Path>, Attribute<Node>>, Object>>, Triple<Instance, Map<Node, Map<Object, Pair<Arr<Node, Path>, Object>>>, Map<Node, Map<Pair<Arr<Node, Path>, Object>, Object>>>> map = xxx.second;
        Map<Node, Map<Object, Pair<LinkedHashMap<Pair<Arr<Node, Path>, Attribute<Node>>, Object>, Transform>>> map2 = xxx.third;
        FinCat<Node, Path> cat = Jw.thesig.toCategory2().first;
        Instance abb = new Instance(sig, PSMGen.gather(ABB, sig, state));
        // Instance ab = new Instance(sig, PSMGen.gather(AB, sig, state));
        // //already have in interp
        Instance a = new Instance(sig, PSMGen.gather(A, sig, state));
        Instance b = new Instance(sig, PSMGen.gather(B, sig, state));
        Transform fst = new Transform(abb, Jw, PSMGen.gather(ABB + "_fst", sig, state));
        Transform snd = new Transform(abb, b, PSMGen.gather(ABB + "_snd", sig, state));
        List<Pair<String, List<Pair<Object, Object>>>> data = new LinkedList<>();
        for (Node n : sig.nodes) {
            List<Pair<Object, Object>> d = new LinkedList<>();
            Map<Object, Pair<LinkedHashMap<Pair<Arr<Node, Path>, Attribute<Node>>, Object>, Transform>> m2 = map2.get(n);
            for (Pair<Object, Object> id : abb.data.get(n.string)) {
                Object id_ab = lookup(fst.data.get(n.string), id.first);
                Object x = lookup(snd.data.get(n.string), id.first);
                Transform t = m2.get(id_ab).second;
                LinkedHashMap<Pair<Arr<Node, Path>, Attribute<Node>>, Object> w = m2.get(id_ab).first;
                Triple<Instance, Map<Node, Map<Object, Pair<Arr<Node, Path>, Object>>>, Map<Node, Map<Pair<Arr<Node, Path>, Object>, Object>>> m = map.get(new Pair<>(n, w));
                Object y = m.third.get(n).get(new Pair<>(cat.id(n), x));
                Object f = lookup(t.data.get(n.string), y);
                d.add(new Pair<>(id.first, f));
            }
            data.add(new Pair<>(n.string, d));
        }
        Transform curry = new Transform(abb, a, data);
        PSMGen.shred(pre, curry, state);
    } catch (FQLException fe) {
        fe.printStackTrace();
        throw new RuntimeException(fe.getMessage());
    }
}

Example 37 with Pair

use of catdata.Pair in project fql by CategoricalData.

the class OplOps method visit.

@Override
public OplObject visit(Program<OplExp> env, OplColim e) {
    OplObject o = ENV.get(e.name);
    if (!(o instanceof OplGraph)) {
        throw new RuntimeException("Not a graph: " + e.name);
    }
    OplGraph<String, String> shape = (OplGraph<String, String>) o;
    OplObject base0 = ENV.get(e.base);
    String typeSide;
    if (base0 instanceof OplSig) {
        typeSide = e.base;
        OplUnion u0 = new OplUnion(new LinkedList<>(shape.nodes), typeSide);
        OplObject u1 = u0.accept(env, this);
        OplSchema<String, String, String> u = (OplSchema<String, String, String>) u1;
        Map<String, Set<String>> equivs = new HashMap<>();
        Map<String, String> equivs0 = new HashMap<>();
        for (String schname : shape.nodes) {
            OplSchema<String, String, String> sch = (OplSchema<String, String, String>) ENV.get(schname);
            for (String ename : sch.entities) {
                Set<String> set = new HashSet<>();
                set.add(schname + "_" + ename);
                equivs.put(schname + "_" + ename, set);
            }
        }
        // : type check colimit
        for (String mname : shape.edges.keySet()) {
            Pair<String, String> mt = shape.edges.get(mname);
            String s = mt.first;
            String t = mt.second;
            OplSchema<String, String, String> s0 = (OplSchema<String, String, String>) ENV.get(s);
            OplTyMapping<String, String, String, String, String> m0 = (OplTyMapping<String, String, String, String, String>) ENV.get(mname);
            if (!m0.src0.equals(s)) {
                throw new RuntimeException("Source of " + m0 + " is " + m0.src + " and not " + s + "as expected");
            }
            if (!m0.dst0.equals(t)) {
                throw new RuntimeException("Target of " + m0 + " is " + m0.dst + " and not " + t + "as expected");
            }
            for (String ob : s0.entities) {
                String ob0 = m0.m.sorts.get(ob);
                Set<String> set1 = equivs.get(s + "_" + ob);
                Set<String> set2 = equivs.get(t + "_" + ob0);
                set1.addAll(set2);
                equivs.put(s + "_" + ob, set1);
                equivs.put(t + "_" + ob0, set1);
            }
        }
        for (String k : equivs.keySet()) {
            List<String> v = new LinkedList<>(equivs.get(k));
            v.sort(String.CASE_INSENSITIVE_ORDER);
            equivs0.put(k, Util.sep(v, "__"));
        }
        Set<String> entities = new HashSet<>(equivs0.values());
        Map<String, Pair<List<String>, String>> edges = new HashMap<>();
        Map<String, Pair<List<String>, String>> attrs = new HashMap<>();
        List<Triple<OplCtx<String, String>, OplTerm<String, String>, OplTerm<String, String>>> pathEqs = new LinkedList<>();
        List<Triple<OplCtx<String, String>, OplTerm<String, String>, OplTerm<String, String>>> obsEqs = new LinkedList<>();
        Function<String, String> fun = x -> {
            if (equivs0.containsKey(x)) {
                return equivs0.get(x);
            }
            return x;
        };
        for (String edge : u.toSchema0().edges.keySet()) {
            Pair<List<String>, String> ty = u.toSchema0().edges.get(edge);
            edges.put(edge, new Pair<>(ty.first.stream().map(fun).collect(Collectors.toList()), fun.apply(ty.second)));
        }
        for (String attr : u.toSchema0().attrs.keySet()) {
            Pair<List<String>, String> ty = u.toSchema0().attrs.get(attr);
            attrs.put(attr, new Pair<>(ty.first.stream().map(fun).collect(Collectors.toList()), fun.apply(ty.second)));
        }
        for (Triple<OplCtx<String, String>, OplTerm<String, String>, OplTerm<String, String>> eq : u.toSchema0().pathEqs) {
            OplCtx<String, String> ctx = new OplCtx<>(eq.first.values2().stream().map(x -> new Pair<>(x.first, fun.apply(x.second))).collect(Collectors.toList()));
            pathEqs.add(new Triple<>(ctx, fun2(equivs0, eq.second), fun2(equivs0, eq.third)));
        }
        for (Triple<OplCtx<String, String>, OplTerm<String, String>, OplTerm<String, String>> eq : u.toSchema0().obsEqs) {
            OplCtx<String, String> ctx = new OplCtx<>(eq.first.values2().stream().map(x -> new Pair<>(x.first, fun.apply(x.second))).collect(Collectors.toList()));
            obsEqs.add(new Triple<>(ctx, fun2(equivs0, eq.second), fun2(equivs0, eq.third)));
        }
        for (String mname : shape.edges.keySet()) {
            Pair<String, String> mt = shape.edges.get(mname);
            String s = mt.first;
            String t = mt.second;
            OplSchema<String, String, String> s0 = (OplSchema<String, String, String>) ENV.get(s);
            // OplSchema<String, String, String> t0 = (OplSchema<String,
            // String, String>) ENV.get(t);
            OplTyMapping<String, String, String, String, String> m0 = (OplTyMapping<String, String, String, String, String>) ENV.get(mname);
            for (String edge : s0.projE().symbols.keySet()) {
                Pair<OplCtx<String, String>, OplTerm<String, String>> edge2 = m0.m.symbols.get(edge);
                List<OplTerm<String, String>> args = edge2.first.vars0.keySet().stream().map((Function<String, OplTerm<String, String>>) OplTerm::new).collect(Collectors.toList());
                OplTerm<String, String> lhs = fun2(equivs0, new OplTerm<>(s + "_" + edge, args));
                OplCtx<String, String> ctx = new OplCtx<>(edge2.first.values2().stream().map(x -> new Pair<>(x.first, fun.apply(s + "_" + x.second))).collect(Collectors.toList()));
                OplTerm<String, String> rhs = fun2(equivs0, prepend(t, edge2.second));
                pathEqs.add(new Triple<>(ctx, lhs, rhs));
            }
            for (String edge : s0.projA().symbols.keySet()) {
                Pair<OplCtx<String, String>, OplTerm<String, String>> edge2 = m0.m.symbols.get(edge);
                List<OplTerm<String, String>> args = edge2.first.vars0.keySet().stream().map((Function<String, OplTerm<String, String>>) OplTerm::new).collect(Collectors.toList());
                OplTerm<String, String> lhs = fun2(equivs0, new OplTerm<>(s + "_" + edge, args));
                OplCtx<String, String> ctx = new OplCtx<>(edge2.first.values2().stream().map(x -> new Pair<>(x.first, fun.apply(s + "_" + x.second))).collect(Collectors.toList()));
                OplTerm<String, String> rhs = fun2(equivs0, prepend(t, edge2.second));
                obsEqs.add(new Triple<>(ctx, lhs, rhs));
            }
        }
        OplSCHEMA0<String, String, String> ret = new OplSCHEMA0<>(new HashMap<>(), entities, edges, attrs, pathEqs, obsEqs, typeSide);
        OplSchema retsch = (OplSchema) ret.accept(env, this);
        e.compiled.put("Colimit", ret);
        for (String schname : shape.nodes) {
            OplSchema<String, String, String> sch = (OplSchema<String, String, String>) ENV.get(schname);
            Map<String, String> inj_sorts = new HashMap<>();
            Map<String, Pair<OplCtx<String, String>, OplTerm<String, String>>> inj_symbols = new HashMap<>();
            for (String ename : sch.entities) {
                inj_sorts.put(ename, fun.apply(schname + "_" + ename));
            }
            for (String c1 : sch.projEA().symbols.keySet()) {
                Pair<List<String>, String> t = sch.projEA().symbols.get(c1);
                List<Pair<String, String>> l = new LinkedList<>();
                List<OplTerm<String, String>> vs = new LinkedList<>();
                for (String s1 : t.first) {
                    String v = (String) retsch.sig.fr.next();
                    vs.add(new OplTerm<>(v));
                    l.add(new Pair<>(v, fun.apply(schname + "_" + s1)));
                }
                OplCtx<String, String> ctx = new OplCtx<>(l);
                OplTerm<String, String> value = fun2(equivs0, new OplTerm<>(schname + "_" + c1, vs));
                inj_symbols.put(c1, new Pair<>(ctx, value));
            }
            OplMapping<String, String, String, String, String> mapping = new OplMapping<>(inj_sorts, inj_symbols, schname, "Colimit");
            // : name of colimit
            OplTyMapping<String, String, String, String, String> tm = new OplTyMapping<>(schname, "Colimit", sch, retsch, mapping);
            tm.extend().validate(sch.sig, retsch.sig);
            e.compiled.put(schname + "To" + "Colimit", mapping);
        }
        return e;
    } else if (base0 instanceof OplSchema) {
        OplSchema sch2 = (OplSchema) base0;
        // OplSCHEMA0 sch = sch2.toSchema0();
        List<Pair<OplTerm<Chc<String, String>, String>, OplTerm<Chc<String, String>, String>>> equations = new LinkedList<>();
        // List<Pair<OplTerm<Object, String>, OplTerm<Object, String>>> equations1 = new LinkedList<>();
        Map<String, String> gens = new HashMap<>();
        Map<String, Integer> prec = new HashMap<>();
        for (String s : shape.nodes) {
            OplInst<String, String, String, String> toAdd = (OplInst<String, String, String, String>) ENV.get(s);
            for (Object gen : toAdd.P.gens.keySet()) {
                Object ty = toAdd.P.gens.get(gen);
                gens.put(s + "_" + gen, ty.toString());
            }
            for (Object gen : toAdd.P.prec.keySet()) {
                if (toAdd.P.gens.keySet().contains(gen)) {
                    if (toAdd.P.prec.containsKey(gen)) {
                        prec.put(s + "_" + gen, toAdd.P.prec.get(gen));
                    }
                } else {
                    if (toAdd.P.prec.containsKey(gen)) {
                        prec.put(toAdd.P.S + "_" + gen, toAdd.P.prec.get(gen));
                    }
                }
            }
            for (Pair<OplTerm<Chc<String, String>, String>, OplTerm<Chc<String, String>, String>> tr : toAdd.P.equations) {
                OplTerm lhs1 = prepend3(s, tr.first);
                OplTerm rhs1 = prepend3(s, tr.second);
                equations.add(new Pair<>(lhs1, rhs1));
            }
        }
        for (String mname : shape.edges.keySet()) {
            Pair<String, String> mt = shape.edges.get(mname);
            String s = mt.first;
            String t = mt.second;
            OplInst<String, String, String, String> s0 = (OplInst<String, String, String, String>) ENV.get(s);
            // OplSchema<String, String, String> t0 = (OplSchema<String,
            // String, String>) ENV.get(t);
            OplPresTrans<String, String, String, String, String> m0 = (OplPresTrans<String, String, String, String, String>) ENV.get(mname);
            for (String edge : s0.projE().gens.keySet()) {
                Pair<OplCtx<String, String>, OplTerm<Chc<String, String>, String>> edge2 = m0.mapping.symbols.get(Chc.inRight(edge));
                OplTerm<Chc<String, String>, String> lhs = new OplTerm<>(Chc.inRight(s + "_" + edge), new LinkedList<>());
                equations.add(new Pair<>(lhs, prepend3(t, edge2.second)));
            }
        }
        OplPres<String, String, String, String> pres = new OplPres<>(prec, e.base, sch2.sig, gens, equations);
        OplInst<String, String, String, String> colimInst = new OplInst<>(e.base, "?", null);
        colimInst.validate(sch2, pres, null);
        e.compiled.put("ColimitInstance", colimInst);
        for (String s : shape.nodes) {
            OplInst<String, String, String, String> toAdd = (OplInst<String, String, String, String>) ENV.get(s);
            Map<String, Map<String, OplTerm<Chc<String, String>, String>>> inj_map = new HashMap<>();
            for (String entity : toAdd.S.entities) {
                inj_map.put(entity, new HashMap<>());
            }
            for (Object gen : toAdd.P.gens.keySet()) {
                Object ty = toAdd.P.gens.get(gen);
                gens.put(s + "_" + gen, ty.toString());
                Map<String, OplTerm<Chc<String, String>, String>> m = inj_map.get(ty);
                OplTerm<Chc<String, String>, String> term = new OplTerm<>(Chc.inRight(s + "_" + gen), new LinkedList<>());
                m.put((String) gen, term);
            }
            // OplPresTrans
            OplPresTrans<String, String, String, String, String> inj = new OplPresTrans<>(inj_map, s, "ColimitInstance", toAdd.P, pres);
            e.compiled.put(s + "ToColimitInstance", inj);
        }
        return colimInst;
    }
    throw new RuntimeException("Report your program to Ryan");
}

Example 38 with Pair

use of catdata.Pair in project fql by CategoricalData.

the class OplOps method visit.

// private static int temp = 0;
@Override
public OplObject visit(Program<OplExp> env, OplUnion e) {
    String typeSide;
    OplSchema schema = null;
    Map<String, Integer> prec = new HashMap<>();
    OplObject o = ENV.get(e.base);
    if (o instanceof OplSchema) {
        schema = (OplSchema) o;
        typeSide = schema.forSchema0;
        if (typeSide == null) {
            throw new RuntimeException(e.base + " is not a SCHEMA literal");
        }
    } else if (o instanceof OplSig) {
        typeSide = e.base;
    } else {
        throw new RuntimeException("Report this program to Ryan");
    }
    if (schema == null) {
        Set<String> entities = new HashSet<>();
        Map<String, Pair<List<String>, String>> edges = new HashMap<>();
        Map<String, Pair<List<String>, String>> attrs = new HashMap<>();
        List<Triple<OplCtx<String, String>, OplTerm<String, String>, OplTerm<String, String>>> pathEqs = new LinkedList<>();
        List<Triple<OplCtx<String, String>, OplTerm<String, String>, OplTerm<String, String>>> obsEqs = new LinkedList<>();
        for (String s : e.names) {
            OplExp exp = env.exps.get(s);
            if (exp == null) {
                throw new RuntimeException("Missing expression: " + s);
            }
            if (!(exp instanceof OplSCHEMA0)) {
                throw new RuntimeException("Not a schema: " + s);
            }
            OplSCHEMA0<String, String, String> toAdd = (OplSCHEMA0<String, String, String>) exp;
            if (!toAdd.typeSide.equals(typeSide)) {
                throw new RuntimeException("not all equal typesides in " + e);
            }
            for (Object entity : toAdd.entities) {
                String proposed = s + "_" + entity;
                if (entities.contains(proposed)) {
                    throw new RuntimeException("name clash: " + entity);
                }
                entities.add(proposed);
            }
            for (Object edge : toAdd.edges.keySet()) {
                String proposed = s + "_" + edge;
                if (edges.containsKey(proposed)) {
                    throw new RuntimeException("name clash: " + edge);
                }
                edges.put(proposed, new Pair<>(Util.singList(s + "_" + toAdd.edges.get(edge).first.get(0)), s + "_" + toAdd.edges.get(edge).second));
                if (toAdd.prec.containsKey(edge)) {
                    prec.put(proposed, toAdd.prec.get(edge));
                }
            }
            for (Object att : toAdd.attrs.keySet()) {
                String proposed = s + "_" + att;
                if (attrs.containsKey(proposed)) {
                    throw new RuntimeException("name clash: " + att);
                }
                attrs.put(proposed, new Pair<>(Util.singList(s + "_" + toAdd.attrs.get(att).first.get(0)), toAdd.attrs.get(att).second));
                if (toAdd.prec.containsKey(att)) {
                    prec.put(proposed, toAdd.prec.get(att));
                }
            }
            for (Triple<OplCtx<String, String>, OplTerm<String, String>, OplTerm<String, String>> tr : toAdd.pathEqs) {
                String v = tr.first.names().get(0);
                String t = s + "_" + tr.first.values().get(0);
                OplCtx<String, String> ctx = new OplCtx<>(Util.singList(new Pair<>(v, t)));
                OplTerm<String, String> lhs1 = prepend(s, tr.second);
                OplTerm<String, String> rhs1 = prepend(s, tr.third);
                pathEqs.add(new Triple<>(ctx, lhs1, rhs1));
            }
            for (Triple<OplCtx<String, String>, OplTerm<String, String>, OplTerm<String, String>> tr : toAdd.obsEqs) {
                String v = tr.first.names().get(0);
                String t = s + "_" + tr.first.values().get(0);
                OplCtx<String, String> ctx = new OplCtx<>(Util.singList(new Pair<>(v, t)));
                OplTerm<String, String> lhs1 = prepend(s, tr.second);
                OplTerm<String, String> rhs1 = prepend(s, tr.third);
                obsEqs.add(new Triple<>(ctx, lhs1, rhs1));
            }
        }
        return new OplSCHEMA0<>(prec, entities, edges, attrs, pathEqs, obsEqs, typeSide).accept(env, this);
    } else {
        for (String s : e.names) {
            OplObject exp = ENV.get(s);
            if (!(exp instanceof OplInst)) {
                throw new RuntimeException("Not an instance: " + s);
            }
            OplInst<String, String, String, String> toAdd = (OplInst<String, String, String, String>) exp;
            if (!toAdd.S.equals(schema)) {
                throw new RuntimeException(s + " is not on schema " + schema);
            }
        }
        OplSig<String, String, String> sig = schema.sig;
        Map<String, String> gens = new HashMap<>();
        List<Pair<OplTerm<Object, String>, OplTerm<Object, String>>> equations1 = new LinkedList<>();
        // List<Pair<OplTerm<Chc<String,String>, String>, OplTerm<Chc<String,String>, String>>> equations2 = new LinkedList<>();
        for (String s : e.names) {
            OplExp exp = env.exps.get(s);
            OplInst0<String, String, String, String> toAdd = (OplInst0<String, String, String, String>) exp;
            for (Object gen : toAdd.P.gens.keySet()) {
                Object ty = toAdd.P.gens.get(gen);
                gens.put(s + "_" + gen, /* toAdd.P.S + "_" + */
                ty.toString());
            }
            for (Object gen : toAdd.P.prec.keySet()) {
                if (toAdd.P.gens.keySet().contains(gen)) {
                    if (toAdd.P.prec.containsKey(gen)) {
                        prec.put(s + "_" + gen, toAdd.P.prec.get(gen));
                    }
                } else {
                    if (toAdd.P.prec.containsKey(gen)) {
                        prec.put(toAdd.P.S + "_" + gen, toAdd.P.prec.get(gen));
                    }
                }
            }
            for (Pair<OplTerm<Chc<String, String>, String>, OplTerm<Chc<String, String>, String>> tr : toAdd.P.equations) {
                OplTerm<Object, String> lhs1 = prepend2((OplTerm) tr.first, s, toAdd.P.gens.keySet());
                OplTerm<Object, String> rhs1 = prepend2((OplTerm) tr.second, s, toAdd.P.gens.keySet());
                equations1.add(new Pair<>(lhs1, rhs1));
            }
        }
        // OplPres<String, String, String, String> pres = new OplPres(prec, "_temp" + temp, sig, gens, equations2);
        OplPres<String, String, String, String> pres = new OplPres(prec, e.base, sig, gens, equations1);
        if (DefunctGlobalOptions.debug.opl.opl_prover_simplify_instances) {
            pres = pres.simplify();
        }
        // temp++;
        OplInst0 ret = new OplInst0<>(pres);
        OplObject x = (OplObject) ret.accept(env, this);
        return x;
    }
}

Example 39 with Pair

use of catdata.Pair in project fql by CategoricalData.

the class OplOptions method display.

@Override
public Pair<JComponent, Function<Unit, Unit>> display() {
    JPanel opl1 = new JPanel(new GridLayout(Options.biggestSize, 1));
    JPanel opl2 = new JPanel(new GridLayout(Options.biggestSize, 1));
    JSplitPane oplsplit = new JSplitPane(JSplitPane.HORIZONTAL_SPLIT);
    oplsplit.add(opl1);
    oplsplit.add(opl2);
    JCheckBox opl_validate_box = new JCheckBox("", opl_validate);
    JLabel opl_validate_label = new JLabel("Validate mappings:");
    opl1.add(opl_validate_label);
    opl2.add(opl_validate_box);
    JCheckBox opl_unfailing_box = new JCheckBox("", opl_prover_unfailing);
    JLabel opl_unfailing_label = new JLabel("Allow unorientable equations:");
    opl1.add(opl_unfailing_label);
    opl2.add(opl_unfailing_box);
    JCheckBox opl_const_box = new JCheckBox("", opl_prover_require_const);
    JLabel opl_const_label = new JLabel("Require a constant at each sort (false=dangerous):");
    opl2.add(opl_const_box);
    opl1.add(opl_const_label);
    JCheckBox opl_reorder_box = new JCheckBox("", opl_reorder_joins);
    JLabel opl_reorder_label = new JLabel("Reorder joins:");
    opl2.add(opl_reorder_box);
    opl1.add(opl_reorder_label);
    JCheckBox opl_semantic_ac_box = new JCheckBox("", opl_prover_ac);
    JLabel opl_semantic_ac_label = new JLabel("Enable Semantic AC optimization in Knuth-Bendix:");
    opl2.add(opl_semantic_ac_box);
    opl1.add(opl_semantic_ac_label);
    JTextField opl_iterations_box = new JTextField(Integer.toString(opl_prover_timeout), 12);
    JLabel opl_iterations_label = new JLabel("Knuth-Bendix timeout (ms)");
    opl2.add(wrap(opl_iterations_box));
    opl1.add(opl_iterations_label);
    JTextField opl_homit_box = new JTextField(Integer.toString(opl_saturate_timeout), 12);
    JLabel opl_homit_label = new JLabel("Saturation timeout (ms)");
    opl2.add(wrap(opl_homit_box));
    opl1.add(opl_homit_label);
    JTextField opl_red_box = new JTextField(Integer.toString(opl_prover_reduction_limit), 12);
    JLabel opl_red_label = new JLabel("Reduction iterations maximum");
    opl2.add(wrap(opl_red_box));
    opl1.add(opl_red_label);
    JCheckBox opl_pretty_box = new JCheckBox("", opl_pretty_print);
    JLabel opl_pretty_label = new JLabel("Pretty Print terms:");
    opl2.add(opl_pretty_box);
    opl1.add(opl_pretty_label);
    JCheckBox opl_suppress_box = new JCheckBox("", opl_suppress_dom);
    JLabel opl_suppress_label = new JLabel("Supress instance domains:");
    opl2.add(opl_suppress_box);
    opl1.add(opl_suppress_label);
    JCheckBox opl_horn_box = new JCheckBox("", opl_allow_horn);
    JLabel opl_horn_label = new JLabel("Allow implications in theories (dangerous, also can't check mappings):");
    opl2.add(opl_horn_box);
    opl1.add(opl_horn_label);
    JCheckBox opl_eqs_box = new JCheckBox("", opl_query_check_eqs);
    JLabel opl_eqs_label = new JLabel("Check that queries preserve equalities:");
    opl2.add(opl_eqs_box);
    opl1.add(opl_eqs_label);
    JCheckBox opl_simpl_box = new JCheckBox("", opl_pushout_simpl);
    JLabel opl_simpl_label = new JLabel("Simplify pushout schemas:");
    opl2.add(opl_simpl_box);
    opl1.add(opl_simpl_label);
    JCheckBox opl_lazy_box = new JCheckBox("", opl_lazy_gui);
    JLabel opl_lazy_label = new JLabel("Lazily compute gui:");
    opl2.add(opl_lazy_box);
    opl1.add(opl_lazy_label);
    JCheckBox opl_sort_box = new JCheckBox("", opl_prover_sort);
    JLabel opl_sort_label = new JLabel("In prover, sort critical pairs by length:");
    opl2.add(opl_sort_box);
    opl1.add(opl_sort_label);
    JCheckBox opl_selfsub_box = new JCheckBox("", opl_prover_filter_subsumed);
    JLabel opl_selfsub_label = new JLabel("In prover, filter self-subsumed equations:");
    opl2.add(opl_selfsub_box);
    opl1.add(opl_selfsub_label);
    JCheckBox opl_compose_box = new JCheckBox("", opl_prover_compose);
    JLabel opl_compose_label = new JLabel("In prover, compose equations:");
    opl2.add(opl_compose_box);
    opl1.add(opl_compose_label);
    JCheckBox opl_prec_box = new JCheckBox("", opl_prover_force_prec);
    JLabel opl_prec_label = new JLabel("In prover, force gens < consts < atts < fkeys precedence:");
    opl2.add(opl_prec_box);
    opl1.add(opl_prec_label);
    JCheckBox opl_cache_box = new JCheckBox("", opl_cache_gui);
    JLabel opl_cache_label = new JLabel("Cache artifacts between runs (true=not tested thoroughly):");
    opl2.add(opl_cache_box);
    opl1.add(opl_cache_label);
    JCheckBox opl_consistency_box = new JCheckBox("", opl_require_consistency);
    JLabel opl_consistency_label = new JLabel("Ensure consistency by requiring free type algebras:");
    opl2.add(opl_consistency_box);
    opl1.add(opl_consistency_label);
    JCheckBox opl_nat_sugar_box = new JCheckBox("", opl_desugar_nat);
    JLabel opl_nat_sugar_label = new JLabel("When possible desugar numerals into zero:Nat and succ:Nat->Nat:");
    opl2.add(opl_nat_sugar_box);
    opl1.add(opl_nat_sugar_label);
    JCheckBox opl_print_simpl_pres_box = new JCheckBox("", opl_print_simplified_presentations);
    JLabel opl_print_simpl_pres_label = new JLabel("Print simplified presentations (true=not canonical):");
    opl2.add(opl_print_simpl_pres_box);
    opl1.add(opl_print_simpl_pres_label);
    JCheckBox opl_fresh_ids_box = new JCheckBox("", opl_display_fresh_ids);
    JLabel opl_fresh_ids_label = new JLabel("Display fresh IDs:");
    opl2.add(opl_fresh_ids_box);
    opl1.add(opl_fresh_ids_label);
    JCheckBox opl_simplify_box = new JCheckBox("", opl_prover_simplify_instances);
    JLabel opl_simplify_label = new JLabel("Simplify instances before doing theorem proving:");
    opl2.add(opl_simplify_box);
    opl1.add(opl_simplify_label);
    JCheckBox opl_safejava_box = new JCheckBox("", opl_safe_java);
    JLabel opl_safejava_label = new JLabel("Require use of java typesides to be complete (false=dangerous):");
    opl2.add(opl_safejava_box);
    opl1.add(opl_safejava_label);
    JCheckBox opl_agg_box = new JCheckBox("", opl_secret_agg);
    JLabel opl_agg_label = new JLabel("Allow ad-hoc aggregation (true=dangerous):");
    opl2.add(opl_agg_box);
    opl1.add(opl_agg_label);
    for (int i = 0; i < Options.biggestSize - size(); i++) {
        opl1.add(new JLabel());
        opl2.add(new JLabel());
    }
    Function<Unit, Unit> fn = (Unit t) -> {
        try {
            int opl = opl_prover_timeout;
            int opl_h = opl_saturate_timeout;
            int opl_r = opl_prover_reduction_limit;
            try {
                opl = Integer.parseInt(opl_iterations_box.getText());
                opl_h = Integer.parseInt(opl_homit_box.getText());
                opl_r = Integer.parseInt(opl_red_box.getText());
            } catch (NumberFormatException nfe) {
            }
            opl_prover_timeout = opl;
            opl_saturate_timeout = opl_h;
            opl_prover_reduction_limit = opl_r;
        } catch (NumberFormatException nfe) {
        }
        opl_prover_require_const = opl_const_box.isSelected();
        opl_prover_sort = opl_sort_box.isSelected();
        opl_prover_unfailing = opl_unfailing_box.isSelected();
        opl_validate = opl_validate_box.isSelected();
        opl_pretty_print = opl_pretty_box.isSelected();
        opl_reorder_joins = opl_reorder_box.isSelected();
        opl_suppress_dom = opl_suppress_box.isSelected();
        opl_allow_horn = opl_horn_box.isSelected();
        opl_prover_ac = opl_semantic_ac_box.isSelected();
        opl_query_check_eqs = opl_eqs_box.isSelected();
        opl_pushout_simpl = opl_simpl_box.isSelected();
        opl_lazy_gui = opl_lazy_box.isSelected();
        opl_prover_filter_subsumed = opl_selfsub_box.isSelected();
        // simplify = opl_simplify_box.isSelected();
        opl_prover_compose = opl_compose_box.isSelected();
        opl_cache_gui = opl_cache_box.isSelected();
        opl_prover_force_prec = opl_prec_box.isSelected();
        opl_require_consistency = opl_consistency_box.isSelected();
        opl_desugar_nat = opl_nat_sugar_box.isSelected();
        opl_print_simplified_presentations = opl_print_simpl_pres_box.isSelected();
        opl_display_fresh_ids = opl_fresh_ids_box.isSelected();
        opl_prover_simplify_instances = opl_simplify_box.isSelected();
        opl_safe_java = opl_safejava_box.isSelected();
        opl_secret_agg = opl_agg_box.isSelected();
        return new Unit();
    };
    return new Pair<>(oplsplit, fn);
}

Example 40 with Pair

use of catdata.Pair in project fql by CategoricalData.

the class OplParser method toPresentation.

private static OplPres toPresentation(Object o) {
    Tuple4 t = (Tuple4) o;
    Tuple3 e = (Tuple3) t.b;
    // List<String> imports = e.a == null ? new LinkedList<>() : (List<String>) ((Tuple3)e.a).b;
    String yyy = (String) t.d;
    org.jparsec.functors.Pair b = (org.jparsec.functors.Pair) e.b;
    org.jparsec.functors.Pair c = (org.jparsec.functors.Pair) e.c;
    List<Tuple3> symbols0 = (List<Tuple3>) b.b;
    List<Tuple4> equations0 = (List<Tuple4>) c.b;
    Map<String, String> symbols = new HashMap<>();
    Map<String, Integer> prec = new HashMap<>();
    for (Tuple3 x : symbols0) {
        String dom = (String) x.c;
        List<org.jparsec.functors.Pair> name0s = (List<org.jparsec.functors.Pair>) x.a;
        for (org.jparsec.functors.Pair name0 : name0s) {
            String name = (String) name0.a;
            if (name0.b != null) {
                org.jparsec.functors.Pair zzz = (org.jparsec.functors.Pair) name0.b;
                Integer i = (Integer) zzz.b;
                prec.put(name, i);
            }
            if (symbols.containsKey(name)) {
                throw new DoNotIgnore("Duplicate symbol " + name);
            }
            symbols.put(name, dom);
        }
    }
    List<Pair<OplTerm<Chc<String, String>, String>, OplTerm<Chc<String, String>, String>>> equations = new LinkedList<>();
    for (org.jparsec.functors.Pair<Tuple3, Tuple3> x : equations0) {
        if (x.a != null) {
            throw new DoNotIgnore("Cannot have universally quantified equations in presentations");
        }
        List<Tuple3> fa = new LinkedList<>();
        OplCtx<String, String> ctx = toCtx(fa);
        Tuple3 eq = x.b;
        OplTerm lhs = toTerm(ctx.names(), symbols.keySet(), eq.a, true);
        OplTerm rhs = toTerm(ctx.names(), symbols.keySet(), eq.c, true);
        equations.add(new Pair<>(lhs, rhs));
    }
    OplPres ret = new OplPres<>(prec, yyy, null, symbols, equations);
    return ret;
}