Examples with Int suite.node.Int used on opensource projects

Example 6 with Int

use of suite.node.Int in project suite by stupidsing.

the class DivisiblePolynomial method format.

public Node format(Poly<N> poly) {
    Express ex = new Express();
    OpGroup add = ex.add;
    OpGroup mul = ex.mul;
    Int_Obj<Node> powerFun = p -> {
        Node power = mul.identity();
        for (int i = 0; i < p; i++) power = mul.apply(x, power);
        return power;
    };
    Node sum = format_.apply(n0);
    for (IntObjPair<N> pair : poly.streamlet().sortByKey(Integer::compare)) {
        int p = pair.t0;
        Node power = p < 0 ? mul.inverse(powerFun.apply(-p)) : powerFun.apply(p);
        sum = add.apply(mul.apply(format_.apply(pair.t1), power), sum);
    }
    return sum;
}

Example 7 with Int

use of suite.node.Int in project suite by stupidsing.

the class Formatter method format_.

private void format_(Node node, int parentPrec) {
    new // 
    SwitchNode<Node>(// 
    node).doIf(Atom.class, n -> {
        sb.append(quoteAtomIfRequired(n.name));
    }).doIf(Data.class, n -> {
        Object data = n.data;
        if (data instanceof Chars)
            sb.append("Chars<" + quoteStringIfRequired(data.toString()) + ">");
        else if (data instanceof Node)
            sb.append("Data<" + data.toString() + ">");
        else
            sb.append("Data<" + data.getClass().getSimpleName() + ">");
    }).doIf(Dict.class, n -> {
        sb.append("dict<");
        for (Entry<Node, Reference> e : n.map.entrySet()) {
            format(e.getKey(), TermOp.getLeftPrec(TermOp.AND___));
            sb.append(":");
            format(e.getValue(), TermOp.getLeftPrec(TermOp.AND___));
            sb.append(",");
        }
        sb.append(">");
    }).doIf(Int.class, n -> {
        sb.append(n.number);
    }).doIf(Reference.class, n -> {
        sb.append(n.name());
    }).doIf(Str.class, n -> {
        sb.append(quoteStringIfRequired(n.value));
    }).doIf(Tree.class, n -> {
        formatTree(parentPrec, n);
    }).doIf(Tuple.class, n -> {
        sb.append("tuple<");
        for (Node n_ : n.nodes) {
            format(n_, TermOp.getLeftPrec(TermOp.AND___));
            sb.append(", ");
        }
        sb.append(">");
    }).doIf(Node.class, n -> {
        sb.append(n.getClass().getSimpleName() + '@' + Integer.toHexString(System.identityHashCode(n)));
    }).nonNullResult();
}

Example 8 with Int

use of suite.node.Int in project suite by stupidsing.

the class Grapher method graph_.

private int graph_(Map<IdentityKey<Node>, Integer> ids, Node node) {
    IdentityKey<Node> key = IdentityKey.of(node);
    Integer id = ids.get(key);
    if (id == null) {
        ids.put(key, id = gns.size());
        gns.add(null);
        NodeRead nr = NodeRead.of(node);
        List<IntIntPair> children = // 
        Read.from(// 
        nr.children).map(// 
        p -> IntIntPair.of(graph_(ids, p.t0), graph_(ids, p.t1))).toList();
        gns.set(id, new GN(nr.type, nr.terminal, nr.op, children));
    }
    return id;
}

Example 9 with Int

use of suite.node.Int in project suite by stupidsing.

the class Comparer method compare.

@Override
public int compare(Node n0, Node n1) {
    n0 = n0.finalNode();
    n1 = n1.finalNode();
    Class<? extends Node> clazz0 = n0.getClass();
    Class<? extends Node> clazz1 = n1.getClass();
    int c = Integer.compare(order.get(clazz0), order.get(clazz1));
    if (c == 0)
        if (clazz0 == Atom.class)
            return ((Atom) n0).name.compareTo(((Atom) n1).name);
        else if (clazz0 == Dict.class) {
            Map<Node, Reference> m0 = ((Dict) n0).map;
            Map<Node, Reference> m1 = ((Dict) n1).map;
            Set<Node> keys = new HashSet<>();
            keys.addAll(m0.keySet());
            keys.addAll(m1.keySet());
            for (Node key : Read.from(keys).sort(this::compare)) c = c != 0 ? c : Object_.compare(m0.get(key), m1.get(key));
            return c;
        } else if (clazz0 == Int.class)
            return Integer.compare(((Int) n0).number, ((Int) n1).number);
        else if (clazz0 == Reference.class)
            return Integer.compare(((Reference) n0).getId(), ((Reference) n1).getId());
        else if (clazz0 == Str.class)
            return ((Str) n0).value.compareTo(((Str) n1).value);
        else if (Tree.class.isAssignableFrom(clazz0)) {
            Tree t0 = (Tree) n0;
            Tree t1 = (Tree) n1;
            c = t0.getOperator().getPrecedence() - t1.getOperator().getPrecedence();
            c = c != 0 ? c : compare(t0.getLeft(), t1.getLeft());
            c = c != 0 ? c : compare(t0.getRight(), t1.getRight());
            return c;
        } else if (clazz0 == Tuple.class) {
            Node[] nodes0 = ((Tuple) n0).nodes;
            Node[] nodes1 = ((Tuple) n1).nodes;
            int i = 0, l = min(nodes0.length, nodes1.length);
            while (c == 0 && i < l) c = compare(nodes0[i], nodes1[i]);
            if (c == 0)
                c = Integer.compare(nodes0.length, nodes1.length);
            return c;
        } else
            return Integer.compare(n0.hashCode(), n1.hashCode());
    else
        return c;
}

Example 10 with Int

use of suite.node.Int in project suite by stupidsing.

the class Nodify method newNodifier.

@SuppressWarnings("unchecked")
private Nodifier newNodifier(Type type) {
    Nodifier nodifier;
    if (type instanceof Class) {
        Class<?> clazz = (Class<?>) type;
        if (clazz == boolean.class)
            nodifier = new Nodifier(object -> Atom.of(object.toString()), node -> node == Atom.TRUE);
        else if (clazz == int.class)
            nodifier = new Nodifier(object -> Int.of((Integer) object), node -> ((Int) node).number);
        else if (clazz == Chars.class)
            nodifier = new Nodifier(object -> new Str(object.toString()), node -> To.chars(((Str) node).value));
        else if (clazz == String.class)
            nodifier = new Nodifier(object -> new Str(object.toString()), node -> ((Str) node).value);
        else if (clazz.isEnum())
            nodifier = new Nodifier(object -> Atom.of(object.toString()), Read.from(clazz.getEnumConstants()).toMap(e -> Atom.of(e.toString()))::get);
        else if (clazz.isArray()) {
            Class<?> componentType = clazz.getComponentType();
            Nodifier nodifier1 = getNodifier(componentType);
            Fun<Object, Node> forward = object -> {
                Node node = Atom.NIL;
                for (int i = Array.getLength(object) - 1; 0 <= i; i--) node = Tree.of(TermOp.OR____, apply_(nodifier1, Array.get(object, i)), node);
                return node;
            };
            nodifier = new Nodifier(forward, node -> {
                List<Object> list = // 
                Read.from(// 
                Tree.iter(node, TermOp.OR____)).map(// 
                n -> apply_(nodifier1, n)).toList();
                int size = list.size();
                Object objects = Array.newInstance(componentType, size);
                for (int i = 0; i < size; i++) Array.set(objects, i, list.get(i));
                return objects;
            });
        } else if (// polymorphism
        clazz.isInterface())
            nodifier = new Nodifier(object -> {
                Class<?> clazz1 = object.getClass();
                Node n = apply_(getNodifier(clazz1), object);
                return Tree.of(TermOp.COLON_, Atom.of(clazz1.getName()), n);
            }, node -> {
                Tree tree = Tree.decompose(node, TermOp.COLON_);
                if (tree != null) {
                    Class<?> clazz1;
                    try {
                        clazz1 = Class.forName(((Atom) tree.getLeft()).name);
                    } catch (ClassNotFoundException ex) {
                        clazz1 = Fail.t(ex);
                    }
                    return apply_(getNodifier(clazz1), tree.getRight());
                } else
                    // happens when an enum implements an interface
                    return Fail.t("cannot instantiate enum from interfaces");
            });
        else {
            List<FieldInfo> fieldInfos = // 
            Read.from(// 
            inspect.fields(clazz)).map(field -> {
                Type type1 = field.getGenericType();
                return new FieldInfo(field, field.getName(), getNodifier(type1));
            }).toList();
            List<Pair<Atom, FieldInfo>> pairs = Read.from(fieldInfos).map(f -> Pair.of(Atom.of(f.name), f)).toList();
            nodifier = new Nodifier(object -> Rethrow.ex(() -> {
                Dict dict = new Dict();
                for (Pair<Atom, FieldInfo> pair : pairs) {
                    FieldInfo fieldInfo = pair.t1;
                    Node value = apply_(fieldInfo.nodifier, fieldInfo.field.get(object));
                    dict.map.put(pair.t0, Reference.of(value));
                }
                return dict;
            }), node -> Rethrow.ex(() -> {
                Map<Node, Reference> map = ((Dict) node).map;
                Object object1 = Object_.new_(clazz);
                for (Pair<Atom, FieldInfo> pair : pairs) {
                    FieldInfo fieldInfo = pair.t1;
                    Node value = map.get(pair.t0).finalNode();
                    fieldInfo.field.set(object1, apply_(fieldInfo.nodifier, value));
                }
                return object1;
            }));
        }
    } else if (type instanceof ParameterizedType) {
        ParameterizedType pt = (ParameterizedType) type;
        Type rawType = pt.getRawType();
        Type[] typeArgs = pt.getActualTypeArguments();
        Class<?> clazz = rawType instanceof Class ? (Class<?>) rawType : null;
        if (collectionClasses.contains(clazz)) {
            Nodifier nodifier1 = getNodifier(typeArgs[0]);
            nodifier = new Nodifier(object -> {
                Tree start = Tree.of(null, null, null), tree = start;
                for (Object o : (Collection<?>) object) {
                    Tree tree0 = tree;
                    Tree.forceSetRight(tree0, tree = Tree.of(TermOp.OR____, apply_(nodifier1, o), null));
                }
                Tree.forceSetRight(tree, Atom.NIL);
                return start.getRight();
            }, node -> {
                List<Object> list = Read.from(Tree.iter(node, TermOp.OR____)).map(n -> apply_(nodifier1, n)).toList();
                Collection<Object> object1 = (Collection<Object>) instantiate(clazz);
                object1.addAll(list);
                return object1;
            });
        } else if (mapClasses.contains(clazz)) {
            Nodifier kn = getNodifier(typeArgs[0]);
            Nodifier vn = getNodifier(typeArgs[1]);
            nodifier = new Nodifier(object -> {
                Dict dict = new Dict();
                for (Entry<?, ?> e : ((Map<?, ?>) object).entrySet()) dict.map.put(apply_(kn, e.getKey()), Reference.of(apply_(vn, e.getValue())));
                return dict;
            }, node -> {
                Map<Node, Reference> map = ((Dict) node).map;
                Map<Object, Object> object1 = (Map<Object, Object>) instantiate(clazz);
                for (Entry<Node, Reference> e : map.entrySet()) object1.put(apply_(kn, e.getKey()), apply_(vn, e.getValue().finalNode()));
                return object1;
            });
        } else
            nodifier = getNodifier(rawType);
    } else
        nodifier = Fail.t("unrecognized type " + type);
    return nodifier;
}