Examples of wyil.lang.Type$FunctionOrMethod

wyil.lang.Type
A difference type represents a type which accepts values in the difference between its bounds. @author David J. Pearce

      return new Base(nominal,raw);
    }
  }


  public static Nominal intersect(Nominal lhs, Nominal rhs) {
    Type nominal = Type.intersect(lhs.nominal(),rhs.nominal());
    Type raw = Type.intersect(lhs.raw(),rhs.raw());
    return Nominal.construct(nominal, raw);
  }

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    Type.Record raw = Type.Record(isOpen,rawFields);
    return new Record(nominal,raw);
  }


  public static Nominal Union(Nominal t1, Nominal t2) {
    Type nominal = Type.Union(t1.nominal(),t2.nominal());
    Type raw = Type.Union(t1.raw(),t2.raw());
    return construct(nominal,raw);
  }

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    Type raw = Type.Union(t1.raw(),t2.raw());
    return construct(nominal,raw);
  }


  public static Nominal Negation(Nominal type) {
    Type nominal = Type.Negation(type.nominal());
    Type raw = Type.Negation(type.raw());
    return construct(nominal,raw);
  }

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    public Nominal element() {
      return construct(nominal.element(),raw.element());
    }


    public Nominal.EffectiveIndexible update(Nominal key, Nominal value) {
      Type n = (Type) nominal.update(key.nominal(), value.nominal());
      Type r = (Type) raw.update(key.raw(), value.raw());
      return (EffectiveIndexible) construct(n,r);
    }

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    Expr lhs = propagate(bop.lhs, environment, context);
    Expr rhs = propagate(bop.rhs, environment, context);
    bop.lhs = lhs;
    bop.rhs = rhs;


    Type lhsRawType = lhs.result().raw();
    Type rhsRawType = rhs.result().raw();


    switch (op) {
    case IS:
      // this one is slightly more difficult. In the special case that
      // we have a type constant on the right-hand side then we want

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    Expr lhs = propagate(expr.lhs, environment, context);
    Expr rhs = propagate(expr.rhs, environment, context);
    expr.lhs = lhs;
    expr.rhs = rhs;
    Type lhsRawType = lhs.result().raw();
    Type rhsRawType = rhs.result().raw();


    boolean lhs_set = Type.isSubtype(Type.T_SET_ANY,
        lhsRawType);
    boolean rhs_set = Type.isSubtype(Type.T_SET_ANY,
        rhsRawType);
    boolean lhs_list = Type.isSubtype(Type.T_LIST_ANY,
        lhsRawType);
    boolean rhs_list = Type.isSubtype(Type.T_LIST_ANY,
        rhsRawType);
    boolean lhs_str = Type.isSubtype(Type.T_STRING, lhsRawType);
    boolean rhs_str = Type.isSubtype(Type.T_STRING, rhsRawType);


    Type srcType;


    if (lhs_str || rhs_str) {


      switch (expr.op) {
      case LISTAPPEND:

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  private Expr propagate(Expr.Cast c, Environment environment, Context context)
      throws IOException {
    c.expr = propagate(c.expr, environment, context);
    c.type = resolveAsType(c.unresolvedType, context);
    Type from = c.expr.result().raw();
    Type to = c.type.raw();
    if (!Type.isExplicitCoerciveSubtype(to, from)) {
      syntaxError(errorMessage(SUBTYPE_ERROR, to, from), context, c);
    }
    return c;
  }

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  private Expr propagate(Expr.LengthOf expr, Environment environment,
      Context context) throws IOException, ResolveError {
    expr.src = propagate(expr.src, environment, context);
    Nominal srcType = expr.src.result();
    Type rawSrcType = srcType.raw();


    // First, check whether this is still only an abstract access and, in
    // such case, upgrade it to the appropriate access expression.


    if (rawSrcType instanceof Type.EffectiveCollection) {

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      Type.FunctionOrMethod f2) {
    List<Type> f1_params = f1.params();
    List<Type> f2_params = f2.params();
    if (f1_params.size() == f2_params.size()) {
      for (int i = 0; i != f1_params.size(); ++i) {
        Type f1_param = f1_params.get(i);
        Type f2_param = f2_params.get(i);
        if (!Type.isSubtype(f1_param, f2_param)) {
          return false;
        }
      }

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    List<Type> f1_params = f1.params();
    List<Type> f2_params = f2.params();
    if (f1_params.size() == f2_params.size()) {
      boolean allEqual = true;
      for (int i = 0; i != f1_params.size(); ++i) {
        Type f1_param = f1_params.get(i);
        Type f2_param = f2_params.get(i);
        if (!Type.isSubtype(f1_param, f2_param)) {
          return false;
        }
        allEqual &= f1_param.equals(f2_param);
      }

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wyc.builder.FlowTypeChecker

wyc.lang.Nominal

wyc.lang.Nominal$Function

wyc.lang.Nominal$List

wyc.lang.Nominal$Method

wyc.lang.Nominal$Record

wyc.lang.Nominal$Tuple

wyc.lang.Nominal$UnionOfRecords

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