#include "config.h"

#include "orbit-idl2.h"

void
orbit_idl_attr_fake_ops(IDL_tree attr, IDL_ns ns)
{
  IDL_tree attr_name, ident, curnode, op1, op2, intf;
  GString *attrname;
  OIDL_Attr_Info *setme;

  g_assert(attr && IDL_NODE_TYPE(attr) == IDLN_ATTR_DCL);

  attrname = g_string_new(NULL);

  for(curnode = IDL_ATTR_DCL(attr).simple_declarations; curnode; curnode = IDL_LIST(curnode).next) {
    op1 = op2 = NULL;

    attr_name = IDL_LIST(curnode).data;

    g_string_sprintf(attrname, "_get_%s",
		     IDL_IDENT(attr_name).str);
    ident = IDL_ident_new(g_strdup(attrname->str));
    IDL_IDENT_TO_NS(ident) = IDL_IDENT_TO_NS(attr_name);
    op1 = IDL_op_dcl_new(0, IDL_ATTR_DCL(attr).param_type_spec, ident, NULL, NULL, NULL);
    IDL_NODE_UP(op1) = IDL_NODE_UP(attr);
    intf = IDL_NODE_UP (IDL_NODE_UP (op1));
    IDL_NS(ns).current = IDL_IDENT_TO_NS (IDL_INTERFACE (intf).ident);
    IDL_ns_place_new(ns, ident);

    if(!IDL_ATTR_DCL(attr).f_readonly) {
      g_string_sprintf(attrname, "_set_%s",
		       IDL_IDENT(attr_name).str);
      ident = IDL_ident_new(g_strdup(attrname->str));
      IDL_IDENT_TO_NS(ident) = IDL_IDENT_TO_NS(attr_name);
      op2 = IDL_op_dcl_new(0, NULL, ident, NULL, NULL, NULL);
      IDL_NODE_UP(op2) = IDL_NODE_UP(attr);
      intf = IDL_NODE_UP (IDL_NODE_UP (op2));
      IDL_NS(ns).current = IDL_IDENT_TO_NS (IDL_INTERFACE (intf).ident);
      IDL_ns_place_new(ns, ident);
      IDL_OP_DCL(op2).parameter_dcls = IDL_list_new(
						    IDL_param_dcl_new(IDL_PARAM_IN,
								      IDL_ATTR_DCL(attr).param_type_spec,
								      IDL_ident_new(g_strdup("value"))));
    }

    setme = g_new0(OIDL_Attr_Info, 1);
    setme->op1 = op1;
    setme->op2 = op2;
    attr_name->data = setme;
  }

  g_string_free(attrname, TRUE);
}

#define INDENT_INCREMENT_1 2
#define INDENT_INCREMENT_2 4

static void do_indent(int level) {
  int i;
  for(i = 0; i < level; i++) g_print(" ");
}

static const char * const nodenames[] = {
  "DATUM",
  "LOOP",
  "SWITCH",
  "CASE",
  "COMPLEX",
  "CONST",
  "SET",
  NULL
};

void
orbit_idl_print_node(IDL_tree node, int indent_level)
{
  IDL_tree curnode;
  char *s;

  do_indent(indent_level);

  if(node == NULL) {
    g_print("(null)\n");
    return;
  }

  g_print("[%d] ", IDL_NODE_REFS(node));

  switch(IDL_NODE_TYPE(node)) {

  case IDLN_NONE:
    g_print("NONE\n");
    break;

  case IDLN_LIST:
    g_print("LIST:\n");
    for(curnode = node; curnode;
	curnode = IDL_LIST(curnode).next) {
      orbit_idl_print_node(IDL_LIST(curnode).data, indent_level + INDENT_INCREMENT_1);
    }
    break;

  case IDLN_GENTREE:
    g_print("GENTREE:\n");
#if 0
    /* Changed in libIDL.  But don't need it here anyway. */
    orbit_idl_print_node(IDL_GENTREE(node).data, indent_level + INDENT_INCREMENT_1);
    do_indent(indent_level + INDENT_INCREMENT_1);
    g_print("children:\n");
    orbit_idl_print_node(IDL_GENTREE(node).children, indent_level + INDENT_INCREMENT_2);
#endif
    break;

  case IDLN_INTEGER:
    g_print("INTEGER: %" IDL_LL "d\n", IDL_INTEGER(node).value);
    break;

  case IDLN_STRING:
    g_print("STRING: %s\n", IDL_STRING(node).value);
    break;

  case IDLN_WIDE_STRING:
    g_print("WIDE STRING: %ls\n", IDL_WIDE_STRING(node).value);
    break;

  case IDLN_CHAR:
    g_print("CHAR: %s\n", IDL_CHAR(node).value);
    break;

  case IDLN_WIDE_CHAR:
    g_print("WIDE CHAR: %ls\n", IDL_WIDE_CHAR(node).value);
    break;

  case IDLN_FIXED:
    g_print("FIXED: %s\n", IDL_FIXED(node).value);
    break;

  case IDLN_FLOAT:
    g_print("FLOAT: %f\n", IDL_FLOAT(node).value);
    break;

  case IDLN_BOOLEAN:
    g_print("BOOLEAN: %s\n", (IDL_BOOLEAN(node).value)?"True":"False");
    break;

  case IDLN_IDENT:
    s = IDL_ns_ident_to_qstring(IDL_IDENT_TO_NS(node), "_", 0);
    g_print("IDENT: %s NSQ: %s RID: \"%s\"\n",
	    IDL_IDENT(node).str, s,
	    IDL_IDENT_REPO_ID(node) ? IDL_IDENT_REPO_ID(node) : "");
    g_free(s);
    break;

  case IDLN_TYPE_DCL:
    g_print("TYPE DCL:\n");
    orbit_idl_print_node(IDL_TYPE_DCL(node).type_spec, indent_level + INDENT_INCREMENT_1);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("decls:\n");
    orbit_idl_print_node(IDL_TYPE_DCL(node).dcls, indent_level + INDENT_INCREMENT_2);
    break;

  case IDLN_CONST_DCL:
    g_print("CONST DCL:\n");
    orbit_idl_print_node(IDL_CONST_DCL(node).const_type, indent_level + INDENT_INCREMENT_1);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("ident:\n");
    orbit_idl_print_node(IDL_CONST_DCL(node).ident, indent_level + INDENT_INCREMENT_2);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("const_exp:\n");
    orbit_idl_print_node(IDL_CONST_DCL(node).const_exp, indent_level + INDENT_INCREMENT_2);
    break;

  case IDLN_EXCEPT_DCL:
    g_print("EXCEPT DCL:\n");
    orbit_idl_print_node(IDL_EXCEPT_DCL(node).ident, indent_level + INDENT_INCREMENT_1);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("members:\n");
    orbit_idl_print_node(IDL_EXCEPT_DCL(node).members, indent_level + INDENT_INCREMENT_2);
    break;

  case IDLN_ATTR_DCL:
    g_print("ATTR_DCL (%s):\n", (IDL_ATTR_DCL(node).f_readonly)?"readonly":"rw");
    orbit_idl_print_node(IDL_ATTR_DCL(node).param_type_spec, indent_level + INDENT_INCREMENT_1);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("simple_declarations:\n");
    orbit_idl_print_node(IDL_ATTR_DCL(node).simple_declarations, indent_level + INDENT_INCREMENT_2);
    break;

  case IDLN_OP_DCL:
    g_print("OP DCL (%s):\n", (IDL_OP_DCL(node).f_oneway)?"oneway":"normal");
    orbit_idl_print_node(IDL_OP_DCL(node).ident, indent_level + INDENT_INCREMENT_1);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("op_type_spec:\n");
    orbit_idl_print_node(IDL_OP_DCL(node).op_type_spec, indent_level + INDENT_INCREMENT_2);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("parameter_dcls:\n");
    orbit_idl_print_node(IDL_OP_DCL(node).parameter_dcls, indent_level + INDENT_INCREMENT_2);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("raises_expr:\n");
    orbit_idl_print_node(IDL_OP_DCL(node).raises_expr, indent_level + INDENT_INCREMENT_2);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("context_expr:\n");
    orbit_idl_print_node(IDL_OP_DCL(node).context_expr, indent_level + INDENT_INCREMENT_2);
    break;

  case IDLN_PARAM_DCL:
    g_print("PARAM DCL: ");
    switch(IDL_PARAM_DCL(node).attr) {
    case IDL_PARAM_IN: g_print("(in)\n"); break;
    case IDL_PARAM_OUT: g_print("(out)\n"); break;
    case IDL_PARAM_INOUT: g_print("(inout)\n"); break;
    }
    orbit_idl_print_node(IDL_PARAM_DCL(node).param_type_spec, indent_level + INDENT_INCREMENT_1);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("simple_declarator:\n");
    orbit_idl_print_node(IDL_PARAM_DCL(node).simple_declarator, indent_level + INDENT_INCREMENT_2);
    break;
  case IDLN_FORWARD_DCL:
    g_print("FORWARD DCL:\n");
    orbit_idl_print_node(IDL_FORWARD_DCL(node).ident, indent_level + INDENT_INCREMENT_1);
    break;
  case IDLN_INTERFACE:
    g_print("INTERFACE:\n");
    orbit_idl_print_node(IDL_INTERFACE(node).ident, indent_level + INDENT_INCREMENT_1);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("inheritance_spec:\n");
    orbit_idl_print_node(IDL_INTERFACE(node).inheritance_spec, indent_level + INDENT_INCREMENT_2);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("body:\n");
    orbit_idl_print_node(IDL_INTERFACE(node).body, indent_level + INDENT_INCREMENT_2);
    break;
  case IDLN_MODULE:
    g_print("MODULE:\n");
    orbit_idl_print_node(IDL_MODULE(node).ident, indent_level + INDENT_INCREMENT_1);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("definition_list:\n");
    orbit_idl_print_node(IDL_MODULE(node).definition_list, indent_level + INDENT_INCREMENT_2);
    break;

  case IDLN_TYPE_INTEGER:
    if(!IDL_TYPE_INTEGER(node).f_signed) g_print("TYPE unsigned ");
    switch(IDL_TYPE_INTEGER(node).f_type) {
    case IDL_INTEGER_TYPE_SHORT: g_print("short\n"); break;
    case IDL_INTEGER_TYPE_LONG: g_print("long\n"); break;
    case IDL_INTEGER_TYPE_LONGLONG: g_print("long long\n"); break;
    }
    break;
  case IDLN_TYPE_FLOAT:
    switch(IDL_TYPE_FLOAT(node).f_type) {
    case IDL_FLOAT_TYPE_FLOAT: g_print("TYPE float\n"); break;
    case IDL_FLOAT_TYPE_DOUBLE: g_print("TYPE double\n"); break;
    case IDL_FLOAT_TYPE_LONGDOUBLE: g_print("TYPE long double\n"); break;
    }
    break;
  case IDLN_TYPE_FIXED:
    g_print("TYPE fixed:\n");
    orbit_idl_print_node(IDL_TYPE_FIXED(node).positive_int_const, indent_level + INDENT_INCREMENT_1);
    orbit_idl_print_node(IDL_TYPE_FIXED(node).integer_lit, indent_level + INDENT_INCREMENT_1);
    break;
  case IDLN_TYPE_STRING:
    g_print("TYPE string:\n");
    orbit_idl_print_node(IDL_TYPE_STRING(node).positive_int_const, indent_level + INDENT_INCREMENT_1);
    break;
  case IDLN_TYPE_WIDE_STRING:
    g_print("TYPE wide string:\n");
    orbit_idl_print_node(IDL_TYPE_WIDE_STRING(node).positive_int_const, indent_level + INDENT_INCREMENT_1);
    break;
  case IDLN_TYPE_ENUM:
    g_print("TYPE enum:\n");
    orbit_idl_print_node(IDL_TYPE_ENUM(node).ident, indent_level + INDENT_INCREMENT_1);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("enumerator_list:\n");
    orbit_idl_print_node(IDL_TYPE_ENUM(node).enumerator_list, indent_level + INDENT_INCREMENT_2);
    break;
  case IDLN_TYPE_ARRAY:
    g_print("TYPE array:\n");
    orbit_idl_print_node(IDL_TYPE_ARRAY(node).ident, indent_level + INDENT_INCREMENT_1);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("size_list:\n");
    orbit_idl_print_node(IDL_TYPE_ARRAY(node).size_list, indent_level + INDENT_INCREMENT_2);
    break;
  case IDLN_TYPE_SEQUENCE:
    g_print("TYPE sequence:\n");
    orbit_idl_print_node(IDL_TYPE_SEQUENCE(node).simple_type_spec, indent_level + INDENT_INCREMENT_1);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("positive_int_const:\n");
    orbit_idl_print_node(IDL_TYPE_SEQUENCE(node).positive_int_const, indent_level + INDENT_INCREMENT_2);
    break;
  case IDLN_TYPE_STRUCT:
    g_print("TYPE struct:\n");
    orbit_idl_print_node(IDL_TYPE_STRUCT(node).ident, indent_level + INDENT_INCREMENT_1);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("member_list:\n");
    orbit_idl_print_node(IDL_TYPE_STRUCT(node).member_list, indent_level + INDENT_INCREMENT_2);
    break;
  case IDLN_TYPE_UNION:
    g_print("TYPE union:\n");
    orbit_idl_print_node(IDL_TYPE_UNION(node).ident, indent_level + INDENT_INCREMENT_1);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("switch_type_spec:\n");
    orbit_idl_print_node(IDL_TYPE_UNION(node).switch_type_spec, indent_level + INDENT_INCREMENT_2);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("switch_body:\n");
    orbit_idl_print_node(IDL_TYPE_UNION(node).switch_body, indent_level + INDENT_INCREMENT_2);
    break;
  case IDLN_MEMBER:
    g_print("MEMBER:\n");
    orbit_idl_print_node(IDL_MEMBER(node).type_spec, indent_level + INDENT_INCREMENT_1);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("dcls:\n");
    orbit_idl_print_node(IDL_MEMBER(node).dcls, indent_level + INDENT_INCREMENT_2);
    break;
  case IDLN_CASE_STMT:
    g_print("CASE_STMT:\n");
    orbit_idl_print_node(IDL_CASE_STMT(node).labels, indent_level + INDENT_INCREMENT_1);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("element_spec:\n");
    orbit_idl_print_node(IDL_CASE_STMT(node).element_spec, indent_level + INDENT_INCREMENT_2);
    break;
  case IDLN_BINOP:
    g_print("BINOP ");
    switch(IDL_BINOP(node).op) {
    case IDL_BINOP_OR: g_print("or:\n"); break;
    case IDL_BINOP_XOR: g_print("xor:\n"); break;
    case IDL_BINOP_AND: g_print("and:\n"); break;
    case IDL_BINOP_SHR: g_print("shr:\n"); break;
    case IDL_BINOP_SHL: g_print("shl:\n"); break;
    case IDL_BINOP_ADD: g_print("add:\n"); break;
    case IDL_BINOP_SUB: g_print("sub:\n"); break;
    case IDL_BINOP_MULT: g_print("mult:\n"); break;
    case IDL_BINOP_DIV: g_print("div:\n"); break;
    case IDL_BINOP_MOD: g_print("mod:\n"); break;
    }
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("left:\n");
    orbit_idl_print_node(IDL_BINOP(node).left, indent_level + INDENT_INCREMENT_2);
    do_indent(indent_level + INDENT_INCREMENT_1); g_print("right:\n");
    orbit_idl_print_node(IDL_BINOP(node).right, indent_level + INDENT_INCREMENT_2);
    break;
  case IDLN_UNARYOP:
    g_print("UNARYOP ");
    switch(IDL_UNARYOP(node).op) {
    case IDL_UNARYOP_PLUS: g_print("plus:\n"); break;
    case IDL_UNARYOP_MINUS: g_print("minus:\n"); break;
    case IDL_UNARYOP_COMPLEMENT: g_print("complement:\n"); break;
    }
    orbit_idl_print_node(IDL_UNARYOP(node).operand, indent_level + INDENT_INCREMENT_1);
    break;
  case IDLN_TYPE_CHAR:
    g_print("TYPE char\n");
    break;
  case IDLN_TYPE_WIDE_CHAR:
    g_print("TYPE wide char\n");
    break;
  case IDLN_TYPE_BOOLEAN:
    g_print("TYPE boolean\n");
    break;
  case IDLN_TYPE_OCTET:
    g_print("TYPE octet\n");
    break;
  case IDLN_TYPE_OBJECT:
    g_print("TYPE object\n");
    break;
  case IDLN_TYPE_ANY:
    g_print("TYPE any\n");
    break;
  case IDLN_TYPE_TYPECODE:
    g_print("TYPE TypeCode\n");
    break;
  case IDLN_CODEFRAG:
    g_print("CODEFRAG\n");
    break;
  default:
    g_print("unhandled %d\n", IDL_NODE_TYPE(node));
  }
}

void
oidl_marshal_tree_dump(IDL_tree tree, int indent_level)
{
  IDL_tree node;

  if(!tree) return;

  switch(IDL_NODE_TYPE(tree)) {
  case IDLN_LIST:
    for(node = tree; node; node = IDL_LIST(node).next) {
      oidl_marshal_tree_dump(IDL_LIST(node).data, indent_level);
    }
    break;
  case IDLN_MODULE:
    do_indent(indent_level);
    g_print("Module %s:\n", IDL_IDENT(IDL_MODULE(tree).ident).str);
    oidl_marshal_tree_dump(IDL_MODULE(tree).definition_list, indent_level + INDENT_INCREMENT_2);
    break;
  case IDLN_INTERFACE:
    do_indent(indent_level);
    g_print("Interface %s:\n", IDL_IDENT(IDL_INTERFACE(tree).ident).str);
    oidl_marshal_tree_dump(IDL_INTERFACE(tree).body, indent_level + INDENT_INCREMENT_2);
    break;
  case IDLN_OP_DCL:
    do_indent(indent_level);
    g_print("Operation %s:\n", IDL_IDENT(IDL_OP_DCL(tree).ident).str);
#if 0
    oidl_marshal_node_dump(((OIDL_Op_Info *)tree->data)->in_stubs, indent_level + INDENT_INCREMENT_2);
    oidl_marshal_node_dump(((OIDL_Op_Info *)tree->data)->out_stubs, indent_level + INDENT_INCREMENT_2);
#else
    oidl_marshal_node_dump(((OIDL_Op_Info *)tree->data)->in_skels, indent_level + INDENT_INCREMENT_2);
    oidl_marshal_node_dump(((OIDL_Op_Info *)tree->data)->out_skels, indent_level + INDENT_INCREMENT_2);
#endif
    break;
  case IDLN_ATTR_DCL:
    {
      IDL_tree curnode, attr_name;

      for(curnode = IDL_ATTR_DCL(tree).simple_declarations; curnode; curnode = IDL_LIST(curnode).next) {
	attr_name = IDL_LIST(curnode).data;

	oidl_marshal_tree_dump(((OIDL_Attr_Info *)attr_name->data)->op1, indent_level + INDENT_INCREMENT_2);
	if(((OIDL_Attr_Info *)attr_name->data)->op2)
	  oidl_marshal_tree_dump(((OIDL_Attr_Info *)attr_name->data)->op2, indent_level + INDENT_INCREMENT_2);
      }
    }
    break;
  default:
    break;
  }
}

void
oidl_marshal_node_dump(OIDL_Marshal_Node *tree, int indent_level)
{
  char *ctmp;

  do_indent(indent_level);

  if(!tree) { g_print("Nil\n"); return; }

  ctmp = oidl_marshal_node_fqn(tree);
  if(tree->name)
    g_print("\"%s\" (\"%s\") ", tree->name, ctmp);
  else
    g_print("(\"%s\") ", ctmp);
  g_free(ctmp);

  g_print("(%s %p): [", nodenames[tree->type], tree);
  if(tree->flags & MN_INOUT)
    g_print("INOUT ");
  if(tree->flags & MN_NSROOT)
    g_print("NSROOT ");
  if(tree->flags & MN_NEED_TMPVAR)
    g_print("NEED_TMPVAR ");
  if(tree->flags & MN_NOMARSHAL)
    g_print("NOMARSHAL ");
  if(tree->flags & MN_ISSEQ)
    g_print("ISSEQ ");
  if(tree->flags & MN_ISSTRING)
    g_print("ISSTRING ");
  if(tree->flags & MN_LOOPED)
    g_print("LOOPED ");
  if(tree->flags & MN_COALESCABLE)
    g_print("COALESCABLE ");
  if(tree->flags & MN_ENDIAN_DEPENDANT)
    g_print("ENDIAN_DEPENDANT ");
  if(tree->flags & MN_DEMARSHAL_UPDATE_AFTER)
    g_print("DEMARSHAL_UPDATE_AFTER ");
  if(tree->flags & MN_DEMARSHAL_CORBA_ALLOC)
    g_print("DEMARSHAL_CORBA_ALLOC ");
  if(tree->flags & MN_DEMARSHAL_USER_MOD)
    g_print("DEMARSHAL_USER_MOD ");
  g_print("] ");

  g_print("*%d arch (%d,%d) iiop (%d,%d)\n", tree->nptrs,
	  tree->arch_head_align, tree->arch_tail_align, tree->iiop_head_align, tree->iiop_tail_align);

  switch(tree->type) {
  case MARSHAL_LOOP:
    do_indent(indent_level + INDENT_INCREMENT_1);
    g_print("loop_var:\n");
    oidl_marshal_node_dump(tree->u.loop_info.loop_var, indent_level + INDENT_INCREMENT_2);
    do_indent(indent_level + INDENT_INCREMENT_1);
    g_print("length_var:\n");
    oidl_marshal_node_dump(tree->u.loop_info.length_var, indent_level + INDENT_INCREMENT_2);
    do_indent(indent_level + INDENT_INCREMENT_1);
    g_print("contents:\n");
    oidl_marshal_node_dump(tree->u.loop_info.contents, indent_level + INDENT_INCREMENT_2);
    break;
  case MARSHAL_DATUM:
    do_indent(indent_level + INDENT_INCREMENT_1);
    g_print("datum_size: %d\n", tree->u.datum_info.datum_size);
    break;
  case MARSHAL_SET:
    {
      GSList *ltmp;
      do_indent(indent_level + INDENT_INCREMENT_1);
      g_print("subnodes:\n");
      for(ltmp = tree->u.set_info.subnodes; ltmp; ltmp = g_slist_next(ltmp)) {
	oidl_marshal_node_dump(ltmp->data, indent_level + INDENT_INCREMENT_2);
	g_print("\n");
      }
    }
    break;
  case MARSHAL_SWITCH:
    {
      GSList *ltmp;

      do_indent(indent_level + INDENT_INCREMENT_1);
      g_print("discrim:\n");
      oidl_marshal_node_dump(tree->u.switch_info.discrim, indent_level + INDENT_INCREMENT_2);
      do_indent(indent_level + INDENT_INCREMENT_1);
      g_print("cases:\n");
      for(ltmp = tree->u.switch_info.cases; ltmp; ltmp = g_slist_next(ltmp)) {
	oidl_marshal_node_dump(ltmp->data, indent_level + INDENT_INCREMENT_2);
	g_print("\n");
      }
    }
    break;
  case MARSHAL_CASE:
    {
      GSList *ltmp;

      do_indent(indent_level + INDENT_INCREMENT_1);
      g_print("labels:\n");
      for(ltmp = tree->u.case_info.labels; ltmp; ltmp = g_slist_next(ltmp)) {
	oidl_marshal_node_dump(ltmp->data, indent_level + INDENT_INCREMENT_2);
	g_print("\n");
      }
      g_print("contents:\n");
      oidl_marshal_node_dump(tree->u.case_info.contents, indent_level + INDENT_INCREMENT_2);
    }
    break;
  case MARSHAL_COMPLEX:
    break;
  case MARSHAL_CONST:
    do_indent(indent_level + INDENT_INCREMENT_1);
    g_print("amount: %d\n", tree->u.const_info.amount);
    break;
  default:
    g_warning("Don't know any details about %s nodes", nodenames[tree->type]);
    break;
  }
} 

IDL_tree
orbit_idl_get_array_type(IDL_tree tree)
{
  IDL_tree parent;

  parent = IDL_get_parent_node(tree, IDLN_ANY, NULL);
  g_assert(IDL_NODE_TYPE(parent) == IDLN_LIST);

  parent = IDL_get_parent_node(parent, IDLN_ANY, NULL);
  switch(IDL_NODE_TYPE(parent)) {
  case IDLN_MEMBER:
    return IDL_MEMBER(parent).type_spec;
    break;
  case IDLN_TYPE_DCL:
    return IDL_TYPE_DCL(parent).type_spec;
    break;
  default:
    g_assert(IDL_NODE_TYPE(parent) == IDLN_MEMBER
	       || IDL_NODE_TYPE(parent) == IDLN_TYPE_DCL);
  }

  return NULL;
}

char *
orbit_idl_member_get_name(IDL_tree tree)
{
  switch(IDL_NODE_TYPE(tree)) {
  case IDLN_TYPE_ARRAY:
    return orbit_idl_member_get_name(IDL_TYPE_ARRAY(tree).ident);
    break;
  case IDLN_IDENT:
    return IDL_IDENT(tree).str;
    break;
  default:
    g_error("Don't know how to get member name of a %s", IDL_tree_type_names[IDL_NODE_TYPE(tree)]);
  }

  return NULL;
}

void
orbit_idl_node_foreach(OIDL_Marshal_Node *node, GFunc func, gpointer user_data)
{
  if(!node) return;

  func(node, user_data);

  switch(node->type) {
  case MARSHAL_LOOP:
    orbit_idl_node_foreach(node->u.loop_info.loop_var, func, user_data);
    orbit_idl_node_foreach(node->u.loop_info.length_var, func, user_data);
    orbit_idl_node_foreach(node->u.loop_info.contents, func, user_data);
    break;
  case MARSHAL_SWITCH:
    {
      GSList *ltmp;

      orbit_idl_node_foreach(node->u.switch_info.discrim, func, user_data);

      for(ltmp = node->u.switch_info.cases; ltmp; ltmp = g_slist_next(ltmp))
	orbit_idl_node_foreach((OIDL_Marshal_Node *)ltmp->data, func, user_data);
    }
    break;
  case MARSHAL_CASE:
    {
      GSList *ltmp;

      for(ltmp = node->u.case_info.labels; ltmp; ltmp = g_slist_next(ltmp))
	orbit_idl_node_foreach((OIDL_Marshal_Node *)ltmp->data, func, user_data);

      orbit_idl_node_foreach(node->u.case_info.contents, func, user_data);
    }
    break;
  case MARSHAL_SET:
    {
      GSList *ltmp;

      for(ltmp = node->u.set_info.subnodes; ltmp; ltmp = g_slist_next(ltmp))
	orbit_idl_node_foreach((OIDL_Marshal_Node *)ltmp->data, func, user_data);
    }
    break;
  default:
    break;
  }
}

static void
IDL_tree_traverse_helper(IDL_tree p, GFunc f,
			 gconstpointer func_data,
			 GHashTable *visited_nodes)
{
	IDL_tree curitem;

	if(g_hash_table_lookup(visited_nodes, p))
		return;

	g_hash_table_insert(visited_nodes, p, ((gpointer)1));

	for(curitem = IDL_INTERFACE(p).inheritance_spec; curitem;
	    curitem = IDL_LIST(curitem).next) {
		IDL_tree_traverse_helper(IDL_get_parent_node(IDL_LIST(curitem).data, IDLN_INTERFACE, NULL), f, func_data, visited_nodes);
	}

	f(p, (gpointer)func_data);
}

void
IDL_tree_traverse_parents(IDL_tree p,
			  GFunc f,
			  gconstpointer func_data)
{
	GHashTable *visited_nodes = g_hash_table_new(NULL, g_direct_equal);

	if(!(p && f))
		return;

	if(IDL_NODE_TYPE(p) != IDLN_INTERFACE)
		p = IDL_get_parent_node(p, IDLN_INTERFACE, NULL);

	if(!p)
		return;

	IDL_tree_traverse_helper(p, f, func_data, visited_nodes);

	g_hash_table_destroy(visited_nodes);
}

/* For use by below function */
static const int * const
orbit_cbe_get_typeoffsets_table (void)
{
  static int typeoffsets[IDLN_LAST];
  static gboolean initialized = FALSE;
  
  if (!initialized) {
    int i;

    for (i = 0; i < IDLN_LAST; ++i)
      typeoffsets[i] = -1;

    typeoffsets[IDLN_FORWARD_DCL] = 8; /* (same as objref) */
    typeoffsets[IDLN_TYPE_INTEGER] = 0;
    typeoffsets[IDLN_TYPE_FLOAT] = 0;
    typeoffsets[IDLN_TYPE_FIXED] = 3;
    typeoffsets[IDLN_TYPE_CHAR] = 5;
    typeoffsets[IDLN_TYPE_WIDE_CHAR] = 6;
    typeoffsets[IDLN_TYPE_STRING] = 12;
    typeoffsets[IDLN_TYPE_WIDE_STRING] = 13;
    typeoffsets[IDLN_TYPE_BOOLEAN] = 4;
    typeoffsets[IDLN_TYPE_OCTET] = 7;
    typeoffsets[IDLN_TYPE_ANY] = 16;
    typeoffsets[IDLN_TYPE_OBJECT] = 9;
    typeoffsets[IDLN_TYPE_TYPECODE] = 9;
    typeoffsets[IDLN_TYPE_ENUM] = 8;
    typeoffsets[IDLN_TYPE_SEQUENCE] = 14;
    typeoffsets[IDLN_TYPE_ARRAY] = 15;
    typeoffsets[IDLN_TYPE_STRUCT] = 10;
    typeoffsets[IDLN_TYPE_UNION] = 11;
    typeoffsets[IDLN_NATIVE] = 15; /* no pointers ever, same as fixed array */
    typeoffsets[IDLN_INTERFACE] = 9; /* (same as objref) */
    
    initialized = TRUE;
  }
  
  return typeoffsets;
}


/*******
	This is a rather hairy function. Its purpose is to output the
	required number of *'s that indicate the amount of indirection
	for input, output, & input-output parameters, and return
	values.  We do this by having a table of the number of *'s for
	each type and purpose (nptrrefs_required), taken from 19.20
	of the CORBA 2.2 spec, and then having a table that translates
	from the IDLN_* enums into an index into nptrrefs_required (typeoffsets)

 *******/
gint
oidl_param_numptrs(IDL_tree param, IDL_ParamRole role)
{
  const int * const typeoffsets = orbit_cbe_get_typeoffsets_table ();
  const int nptrrefs_required[][4] = {
    {0,1,1,0} /* float */,
    {0,1,1,0} /* double */,
    {0,1,1,0} /* long double */,
    {1,1,1,0} /* fixed_d_s 3 */, 
    {0,1,1,0} /* boolean */,
    {0,1,1,0} /* char */,
    {0,1,1,0} /* wchar */,
    {0,1,1,0} /* octet */,
    {0,1,1,0} /* enum */,
    {0,1,1,0} /* objref */,
    {1,1,1,0} /* fixed struct 10 */,
    {1,1,1,0} /* fixed union */,
    {0,1,1,0} /* string */,
    {0,1,1,0} /* wstring */,
    {1,1,2,1} /* sequence */,
    {0,0,0,0} /* fixed array */,
    {1,1,2,1} /* any 16 */
  };
  int retval = 0;

  if(!param) /* void */
    return 0;

  /* Now, how do we use this table? :) */
  param = orbit_cbe_get_typespec(param);

  g_assert(param);

  switch(IDL_NODE_TYPE(param))
    {
    case IDLN_TYPE_STRUCT:
    case IDLN_TYPE_UNION:
      if(((role == DATA_RETURN) || (role == DATA_OUT))
	 && !orbit_cbe_type_is_fixed_length(param))
	retval++;

      break;
    case IDLN_TYPE_ARRAY:
      if(!orbit_cbe_type_is_fixed_length(param) && role == DATA_OUT)
	retval++;
      break;
    default:
      break;
    }

  g_assert(typeoffsets[IDL_NODE_TYPE(param)] >= 0);

  switch(role) {
  case DATA_IN: role = 0; break;
  case DATA_INOUT: role = 1; break;
  case DATA_OUT: role = 2; break;
  case DATA_RETURN: role = 3; break;
  }

  retval+=nptrrefs_required[typeoffsets[IDL_NODE_TYPE(param)]][role];

  return retval;
}


/* This is fixed length as far as memory allocation & CORBA goes, not as far as "can we bulk-marshal it?" goes.
 *   Memory allocation fixed == nothing to free in this node
 */
gboolean
orbit_cbe_type_is_fixed_length(IDL_tree ts)
{
  gboolean is_fixed = TRUE;
  IDL_tree curitem;

  ts = orbit_cbe_get_typespec(ts);
  switch(IDL_NODE_TYPE(ts)) {
  case IDLN_TYPE_FLOAT:
  case IDLN_TYPE_INTEGER:
  case IDLN_TYPE_ENUM:
  case IDLN_TYPE_CHAR:
  case IDLN_TYPE_WIDE_CHAR:
  case IDLN_TYPE_OCTET:
  case IDLN_TYPE_BOOLEAN:
    return TRUE;
    break;
  case IDLN_TYPE_SEQUENCE:
  case IDLN_TYPE_STRING:
  case IDLN_TYPE_WIDE_STRING:
  case IDLN_TYPE_OBJECT:
  case IDLN_FORWARD_DCL:
  case IDLN_INTERFACE:
  case IDLN_TYPE_ANY:
  case IDLN_NATIVE:
  case IDLN_TYPE_TYPECODE:
    return FALSE;
    break;
  case IDLN_TYPE_UNION:
    for(curitem = IDL_TYPE_UNION(ts).switch_body; curitem;
	curitem = IDL_LIST(curitem).next) {
      is_fixed &= orbit_cbe_type_is_fixed_length(IDL_LIST(IDL_CASE_STMT(IDL_LIST(curitem).data).element_spec).data);
    }
    return is_fixed;
    break;
  case IDLN_EXCEPT_DCL:
  case IDLN_TYPE_STRUCT:
    for(curitem = IDL_TYPE_STRUCT(ts).member_list; curitem;
	curitem = IDL_LIST(curitem).next) {
      is_fixed &= orbit_cbe_type_is_fixed_length(IDL_LIST(curitem).data);
    }
    return is_fixed;
    break;
  case IDLN_TYPE_ARRAY:
    return orbit_cbe_type_is_fixed_length(IDL_TYPE_DCL(IDL_get_parent_node(ts, IDLN_TYPE_DCL, NULL)).type_spec);
    break;
  case IDLN_TYPE_DCL:
    return orbit_cbe_type_is_fixed_length(IDL_TYPE_DCL(ts).type_spec);
    break;
  case IDLN_IDENT:
  case IDLN_LIST:
    return orbit_cbe_type_is_fixed_length(IDL_NODE_UP(ts));
    break;
  case IDLN_MEMBER:
    return orbit_cbe_type_is_fixed_length(IDL_MEMBER(ts).type_spec);
    break;
  default:
    g_warning("I'm not sure if type %s is fixed-length", IDL_tree_type_names[IDL_NODE_TYPE(ts)]);
    return FALSE;
  }
}

gboolean
orbit_cbe_type_contains_complex(IDL_tree ts)
{
  gboolean has_complex = FALSE;
  IDL_tree curitem;

  ts = orbit_cbe_get_typespec(ts);

  switch(IDL_NODE_TYPE(ts)) {
  case IDLN_TYPE_FLOAT:
  case IDLN_TYPE_INTEGER:
  case IDLN_TYPE_ENUM:
  case IDLN_TYPE_CHAR:
  case IDLN_TYPE_WIDE_CHAR:
  case IDLN_TYPE_OCTET:
  case IDLN_TYPE_BOOLEAN:
  case IDLN_TYPE_STRING:
  case IDLN_TYPE_WIDE_STRING:
    return FALSE;
    break;
  case IDLN_TYPE_SEQUENCE:
    return orbit_cbe_type_contains_complex(IDL_TYPE_SEQUENCE(ts).simple_type_spec);
    break;
  case IDLN_TYPE_OBJECT:
  case IDLN_FORWARD_DCL:
  case IDLN_INTERFACE:
  case IDLN_TYPE_ANY:
  case IDLN_TYPE_TYPECODE:
    return TRUE;
    break;
  case IDLN_TYPE_UNION:
    for(curitem = IDL_TYPE_UNION(ts).switch_body; curitem;
	curitem = IDL_LIST(curitem).next) {
      has_complex |= orbit_cbe_type_contains_complex(IDL_LIST(IDL_CASE_STMT(IDL_LIST(curitem).data).element_spec).data);
    }
    return has_complex;
    break;
  case IDLN_EXCEPT_DCL:
  case IDLN_TYPE_STRUCT:
    for(curitem = IDL_TYPE_STRUCT(ts).member_list; curitem;
	curitem = IDL_LIST(curitem).next) {
      has_complex |= orbit_cbe_type_contains_complex(IDL_LIST(curitem).data);
    }
    return has_complex;
    break;
  case IDLN_TYPE_ARRAY:
    return orbit_cbe_type_contains_complex(IDL_TYPE_DCL(IDL_get_parent_node(ts, IDLN_TYPE_DCL, NULL)).type_spec);
    break;
  case IDLN_TYPE_DCL:
    return orbit_cbe_type_contains_complex(IDL_TYPE_DCL(ts).type_spec);
    break;
  case IDLN_IDENT:
  case IDLN_LIST:
    return orbit_cbe_type_contains_complex(IDL_NODE_UP(ts));
    break;
  case IDLN_MEMBER:
    return orbit_cbe_type_contains_complex(IDL_MEMBER(ts).type_spec);
    break;
  default:
    g_warning("I'm not sure if type %s has a complex...", IDL_tree_type_names[IDL_NODE_TYPE(ts)]);
    return FALSE;
  }
}

IDL_tree
orbit_cbe_get_typespec(IDL_tree node)
{
  if(node == NULL)
    return NULL;

  switch(IDL_NODE_TYPE(node)) {
  case IDLN_TYPE_INTEGER:
  case IDLN_TYPE_FLOAT:
  case IDLN_TYPE_FIXED:
  case IDLN_TYPE_CHAR:
  case IDLN_TYPE_WIDE_CHAR:
  case IDLN_TYPE_STRING:
  case IDLN_TYPE_WIDE_STRING:
  case IDLN_TYPE_BOOLEAN:
  case IDLN_TYPE_OCTET:
  case IDLN_TYPE_ANY:
  case IDLN_TYPE_OBJECT:
  case IDLN_TYPE_ENUM:
  case IDLN_TYPE_SEQUENCE:
  case IDLN_TYPE_ARRAY:
  case IDLN_TYPE_STRUCT:
  case IDLN_TYPE_UNION:
  case IDLN_EXCEPT_DCL:
  case IDLN_FORWARD_DCL:
  case IDLN_INTERFACE:
  case IDLN_NATIVE:
  case IDLN_TYPE_TYPECODE:
    return node;
    break;
  case IDLN_TYPE_DCL:
    return orbit_cbe_get_typespec(IDL_TYPE_DCL(node).type_spec);
    break;
  case IDLN_PARAM_DCL:
    return orbit_cbe_get_typespec(IDL_PARAM_DCL(node).param_type_spec);
    break;
  case IDLN_MEMBER:
    return orbit_cbe_get_typespec(IDL_MEMBER(node).type_spec);
    break;
  case IDLN_LIST:
  case IDLN_IDENT:
    return orbit_cbe_get_typespec(IDL_get_parent_node(node, IDLN_ANY, NULL));
    break;
  default:
    g_warning("Unhandled node type %s!", IDL_tree_type_names[IDL_NODE_TYPE(node)]);
    return NULL;
  }
}

IDL_ParamRole
oidl_attr_to_paramrole(enum IDL_param_attr attr)
{
  switch(attr) {
  case IDL_PARAM_IN:
    return DATA_IN;
  case IDL_PARAM_OUT:
    return DATA_OUT;
  case IDL_PARAM_INOUT:
    return DATA_INOUT;
  default:
    g_warning("Unknown IDL_param_attr %d", attr);
    return -1;
  }
}