Examples with Edge catdata.fql.decl.Edge used on opensource projects

Example 1 with Edge

use of catdata.fql.decl.Edge in project fql by CategoricalData.

the class PSMGen method sigma.

public static List<PSM> sigma(Mapping F, String pre, String inst) throws FQLException {
    Signature C = F.source;
    Signature D = F.target;
    List<PSM> ret = new LinkedList<>();
    if (!FinFunctor.isDiscreteOpFib(F.toFunctor2().first)) {
        throw new FQLException("Not a discrete op-fibration");
    }
    for (Node d : D.nodes) {
        List<Flower> tn = new LinkedList<>();
        for (Node c : C.nodes) {
            if (F.nm.get(c).equals(d)) {
                tn.add(new CopyFlower(inst + "_" + c.string, "c0", "c1"));
            }
        }
        if (tn.isEmpty()) {
            continue;
        }
        SQL y = foldUnion(tn);
        ret.add(new InsertSQL(pre + "_" + d.string, y, "c0", "c1"));
    }
    for (Edge e : D.edges) {
        Node d = e.source;
        // Node d0 = e.target;
        List<Flower> tn = new LinkedList<>();
        for (Node c : C.nodes) {
            if (F.nm.get(c).equals(d)) {
                Path pc = findEquiv(c, F, e);
                Flower q = compose(inst, pc);
                tn.add(q);
            }
        }
        if (tn.isEmpty()) {
            continue;
        }
        SQL y = foldUnion(tn);
        ret.add(new InsertSQL(pre + "_" + e.name, y, "c0", "c1"));
    }
    for (Attribute<Node> a : D.attrs) {
        Node d = a.source;
        // Node d0 = e.target;
        List<Flower> tn = new LinkedList<>();
        for (Node c : C.nodes) {
            if (F.nm.get(c).equals(d)) {
                Attribute<Node> pc = findEquiv(c, F, a);
                Flower q = new CopyFlower(inst + "_" + pc.name, "c0", "c1");
                tn.add(q);
            }
        }
        if (tn.isEmpty()) {
            continue;
        }
        SQL y = foldUnion(tn);
        ret.add(new InsertSQL(pre + "_" + a.name, y, "c0", "c1"));
    }
    return ret;
}

Example 2 with Edge

use of catdata.fql.decl.Edge in project fql by CategoricalData.

the class PSMGen method shred.

public static void shred(String pre, Instance I, Map<String, Set<Map<Object, Object>>> state) {
    for (Node n : I.thesig.nodes) {
        Set<Map<Object, Object>> m = new HashSet<>();
        for (Pair<Object, Object> k : I.data.get(n.string)) {
            Map<Object, Object> map = new HashMap<>();
            map.put("c0", k.first);
            map.put("c1", k.second);
            m.add(map);
        }
        state.put(pre + "_" + n.string, m);
    }
    for (Edge n : I.thesig.edges) {
        Set<Map<Object, Object>> m = new HashSet<>();
        for (Pair<Object, Object> k : I.data.get(n.name)) {
            Map<Object, Object> map = new HashMap<>();
            map.put("c0", k.first);
            map.put("c1", k.second);
            m.add(map);
        }
        state.put(pre + "_" + n.name, m);
    }
    for (Attribute<Node> n : I.thesig.attrs) {
        Set<Map<Object, Object>> m = new HashSet<>();
        for (Pair<Object, Object> k : I.data.get(n.name)) {
            Map<Object, Object> map = new HashMap<>();
            map.put("c0", k.first);
            map.put("c1", k.second);
            m.add(map);
        }
        state.put(pre + "_" + n.name, m);
    }
}

Example 3 with Edge

use of catdata.fql.decl.Edge in project fql by CategoricalData.

the class PSMGen method guidify.

public static List<PSM> guidify(String pre0, Signature sig, boolean remember) {
    List<PSM> ret = new LinkedList<>();
    Map<String, String> guid_attrs = new HashMap<>();
    Map<String, String> twocol_attrs = new HashMap<>();
    twocol_attrs.put("c0", PSM.VARCHAR());
    twocol_attrs.put("c1", PSM.VARCHAR());
    guid_attrs.put("c0", PSM.VARCHAR());
    guid_attrs.put("c1", PSM.VARCHAR());
    guid_attrs.put("guid", PSM.VARCHAR());
    List<String> attrs_foo = new LinkedList<>();
    attrs_foo.add("c0");
    attrs_foo.add("c1");
    for (Node n : sig.nodes) {
        String pre = pre0 + "_" + n;
        // make new table with GUID
        ret.add(new CreateTable(pre + "_guid", guid_attrs, false));
        ret.add(new InsertKeygen(pre + "_guid", "guid", pre, attrs_foo));
        // make a substitution table
        ret.add(new CreateTable(pre + "_subst", twocol_attrs, false));
        ret.add(new InsertSQL(pre + "_subst", makeSubst(pre0, n), "c0", "c1"));
        ret.add(new CreateTable(pre + "_subst_inv", twocol_attrs, false));
        ret.add(new InsertSQL(pre + "_subst_inv", invertSubst(pre0, n), "c0", "c1"));
        // create a new table that applies the substitution
        ret.add(new CreateTable(pre + "_applied", twocol_attrs, false));
        ret.add(new InsertSQL(pre + "_applied", makeApplyNode(pre0, n), "c0", "c1"));
        // drop guid table
        ret.add(new DropTable(pre + "_guid"));
        // drop original table
        ret.add(new DropTable(pre));
        // copy the new table
        ret.add(new SimpleCreateTable(pre, PSM.VARCHAR(), false));
        // ret.add(new CreateTable(pre, twocol_attrs, false));
        ret.add(new InsertSQL(pre, new CopyFlower(pre + "_applied", "c0", "c1"), "c0", "c1"));
        // drop the new table
        ret.add(new DropTable(pre + "_applied"));
    }
    for (Edge e : sig.edges) {
        String pre = pre0 + "_" + e.name;
        // create a new table that applies the substitution
        ret.add(new CreateTable(pre + "_applied", twocol_attrs, false));
        ret.add(new InsertSQL(pre + "_applied", makeApplyEdge(pre0, e), "c0", "c1"));
        // drop original table
        ret.add(new DropTable(pre));
        // copy the new table
        ret.add(new SimpleCreateTable(pre, PSM.VARCHAR(), false));
        // ret.add(new CreateTable(pre, twocol_attrs, false));
        ret.add(new InsertSQL(pre, new CopyFlower(pre + "_applied", "c0", "c1"), "c0", "c1"));
        // drop the new table
        ret.add(new DropTable(pre + "_applied"));
    }
    for (Attribute<Node> a : sig.attrs) {
        String pre = pre0 + "_" + a.name;
        // create a new table that applies the substitution
        ret.add(new CreateTable(pre + "_applied", colattrs(a), false));
        ret.add(new InsertSQL(pre + "_applied", makeAttr(pre0, a), "c0", "c1"));
        // drop original table
        ret.add(new DropTable(pre));
        // copy the new table
        ret.add(new SimpleCreateTable(pre, a.target.psm(), false));
        // ret.add(new CreateTable(pre, twocol_attrs, false));
        ret.add(new InsertSQL(pre, new CopyFlower(pre + "_applied", "c0", "c1"), "c0", "c1"));
        // drop the new table
        ret.add(new DropTable(pre + "_applied"));
    }
    if (!remember) {
        for (Node n : sig.nodes) {
            String pre = pre0 + "_" + n;
            ret.add(new DropTable(pre + "_subst"));
            ret.add(new DropTable(pre + "_subst_inv"));
        }
    }
    return ret;
}

Example 4 with Edge

use of catdata.fql.decl.Edge in project fql by CategoricalData.

the class PSMGen method doExternal.

public static List<PSM> doExternal(Signature sig, String in, String out) {
    List<PSM> ret = new LinkedList<>();
    ret.addAll(makeTables(in, sig, true));
    for (Node n : sig.nodes) {
        ret.add(new InsertSQL(out + "_" + n.string, new CopyFlower(in + "_" + n.string, "c0", "c1"), "c0", "c1"));
    }
    for (Edge e : sig.edges) {
        ret.add(new InsertSQL(out + "_" + e.name, new CopyFlower(in + "_" + e.name, "c0", "c1"), "c0", "c1"));
    }
    for (Attribute<Node> a : sig.attrs) {
        ret.add(new InsertSQL(out + "_" + a.name, new CopyFlower(in + "_" + a.name, "c0", "c1"), "c0", "c1"));
    }
    return ret;
}

Example 5 with Edge

use of catdata.fql.decl.Edge in project fql by CategoricalData.

the class PSMUnChi method exec.

@Override
public void exec(PSMInterp interp, Map<String, Set<Map<Object, Object>>> state) {
    try {
        Map<Object, Object> m1 = new HashMap<>();
        Map<Object, Object> m2 = new HashMap<>();
        Instance B = new Instance(sig, PSMGen.gather(b, sig, state));
        Instance P = new Instance(sig, PSMGen.gather(prop, sig, state));
        // Instance P = interp.prop2.get(prop).first;
        Transform F = new Transform(B, P, PSMGen.gather(f, sig, state));
        Map<String, Set<Pair<Object, Object>>> data = new HashMap<>();
        List<Pair<String, List<Pair<Object, Object>>>> data2 = new LinkedList<>();
        for (Node d : sig.nodes) {
            Instance tofind = interp.prop1.get(prop).first.get(d).first;
            Object found = interp.prop2.get(prop).second.get(d).second.get(tofind);
            Set<Pair<Object, Object>> dta = new HashSet<>();
            List<Pair<Object, Object>> dta2 = new LinkedList<>();
            for (Pair<Object, Object> k : B.data.get(d.string)) {
                Object v = lookup(F.data.get(d.string), k.first);
                Pair<Object, LinkedHashMap<Pair<Arr<Node, Path>, Attribute<Node>>, Object>> vv = interp.prop3.get(prop).get(d).get(v);
                if (vv.first.equals(found)) {
                    Object u = Integer.toString(++interp.guid);
                    m1.put(u, k.first);
                    m2.put(k.first, u);
                    dta.add(new Pair<>(u, u));
                    dta2.add(new Pair<>(u, k.first));
                }
            }
            data.put(d.string, dta);
            data2.add(new Pair<>(d.string, dta2));
        }
        for (Edge e : sig.edges) {
            Set<Pair<Object, Object>> dta = new HashSet<>();
            for (Pair<Object, Object> k : data.get(e.source.string)) {
                Object v = m1.get(k.first);
                Object vx = lookup(B.data.get(e.name), v);
                Object vz = m2.get(vx);
                dta.add(new Pair<>(k.first, vz));
            }
            data.put(e.name, dta);
        }
        for (Attribute<Node> e : sig.attrs) {
            Set<Pair<Object, Object>> dta = new HashSet<>();
            for (Pair<Object, Object> k : data.get(e.source.string)) {
                Object v = m1.get(k.first);
                Object vx = lookup(B.data.get(e.name), v);
                dta.add(new Pair<>(k.first, vx));
            }
            data.put(e.name, dta);
        }
        Instance A = new Instance(sig, data);
        Transform T = new Transform(A, B, data2);
        PSMGen.shred(pre, A, state);
        PSMGen.shred(pre + "_trans", T, state);
    } catch (FQLException fe) {
        fe.printStackTrace();
        throw new RuntimeException(fe.getMessage());
    }
}