gboolean
verify_const_declaration(IDL_tree const_tree) {
struct _IDL_CONST_DCL *dcl = &IDL_CONST_DCL(const_tree);
const char *name = IDL_IDENT(dcl->ident).str;
IDL_tree real_type;
/* const -> list -> interface */
if (!IDL_NODE_UP(IDL_NODE_UP(const_tree)) ||
IDL_NODE_TYPE(IDL_NODE_UP(IDL_NODE_UP(const_tree)))
!= IDLN_INTERFACE) {
IDL_tree_error(const_tree,
"const declaration \'%s\' outside interface",
name);
return FALSE;
}
/* Could be a typedef; try to map it to the real type. */
real_type = find_underlying_type(dcl->const_type);
real_type = real_type ? real_type : dcl->const_type;
if (IDL_NODE_TYPE(real_type) == IDLN_TYPE_INTEGER &&
(IDL_TYPE_INTEGER(real_type).f_type == IDL_INTEGER_TYPE_SHORT ||
IDL_TYPE_INTEGER(real_type).f_type == IDL_INTEGER_TYPE_LONG))
{
if (!IDL_TYPE_INTEGER(real_type).f_signed &&
IDL_INTEGER(dcl->const_exp).value < 0)
{
#ifndef G_HAVE_GINT64
/*
* For platforms without longlong support turned on we can get
* confused by the high bit of the long value and think that it
* represents a negative value in an unsigned declaration.
* In that case we don't know if it is the programmer who is
* confused or the compiler. So we issue a warning instead of
* an error.
*/
if (IDL_TYPE_INTEGER(real_type).f_type == IDL_INTEGER_TYPE_LONG)
{
XPIDL_WARNING((const_tree, IDL_WARNING1,
"unsigned const declaration \'%s\' "
"initialized with (possibly) negative constant",
name));
return TRUE;
}
#endif
IDL_tree_error(const_tree,
"unsigned const declaration \'%s\' initialized with "
"negative constant",
name);
return FALSE;
}
} else {
IDL_tree_error(const_tree,
"const declaration \'%s\' must be of type short or long",
name);
return FALSE;
}
return TRUE;
}
static gboolean
typelib_enum(TreeState *state)
{
XPIDL_WARNING((state->tree, IDL_WARNING1,
"enums not supported, enum \'%s\' ignored",
IDL_IDENT(IDL_TYPE_ENUM(state->tree).ident).str));
return TRUE;
}
static gboolean
do_typedef(TreeState *state)
{
IDL_tree type = IDL_TYPE_DCL(state->tree).type_spec;
IDL_tree dcls = IDL_TYPE_DCL(state->tree).dcls;
IDL_tree complex;
GSList *doc_comments;
if (IDL_NODE_TYPE(type) == IDLN_TYPE_SEQUENCE) {
XPIDL_WARNING((state->tree, IDL_WARNING1,
"sequences not supported, ignored"));
} else {
if (IDL_NODE_TYPE(complex = IDL_LIST(dcls).data) == IDLN_TYPE_ARRAY) {
IDL_tree dim = IDL_TYPE_ARRAY(complex).size_list;
doc_comments = IDL_IDENT(IDL_TYPE_ARRAY(complex).ident).comments;
if (doc_comments != NULL)
printlist(state->file, doc_comments);
fputs("typedef ", state->file);
if (!write_type(type, FALSE, state->file))
return FALSE;
fputs(" ", state->file);
fprintf(state->file, "%s",
IDL_IDENT(IDL_TYPE_ARRAY(complex).ident).str);
do {
fputc('[', state->file);
if (IDL_LIST(dim).data) {
fprintf(state->file, "%ld",
(long)IDL_INTEGER(IDL_LIST(dim).data).value);
}
fputc(']', state->file);
} while ((dim = IDL_LIST(dim).next) != NULL);
} else {
doc_comments = IDL_IDENT(IDL_LIST(dcls).data).comments;
if (doc_comments != NULL)
printlist(state->file, doc_comments);
fputs("typedef ", state->file);
if (!write_type(type, FALSE, state->file))
return FALSE;
fputs(" ", state->file);
fputs(IDL_IDENT(IDL_LIST(dcls).data).str, state->file);
}
fputs(";\n\n", state->file);
}
return TRUE;
}
static gboolean
attr_dcl(TreeState *state)
{
GSList *doc_comments;
if (!verify_attribute_declaration(state->tree))
return FALSE;
doc_comments =
IDL_IDENT(IDL_LIST(IDL_ATTR_DCL
(state->tree).simple_declarations).data).comments;
if (doc_comments != NULL && comment_level >= 2) {
write_indent(state->file);
printlist(state->file, doc_comments);
}
/*
* XXX lists of attributes with the same type, e.g.
* attribute string foo, bar sil;
* are legal IDL... but we don't do anything with 'em.
*/
if (IDL_LIST(IDL_ATTR_DCL(state->tree).simple_declarations).next != NULL) {
XPIDL_WARNING((state->tree, IDL_WARNING1,
"multiple attributes in a single declaration aren't "
"currently supported by xpidl"));
}
xpidl_write_comment(state, 2);
write_indent(state->file);
write_indent(state->file);
if (!write_attr_accessor(state->tree, state->file, TRUE, NULL))
return FALSE;
fputs(": Longword; stdcall;\n", state->file);
if (!IDL_ATTR_DCL(state->tree).f_readonly) {
write_indent(state->file);
write_indent(state->file);
if (!write_attr_accessor(state->tree, state->file, FALSE, NULL))
return FALSE;
fputs(": Longword; stdcall;\n", state->file);
}
/*fputc('\n', state->file);*/
return TRUE;
}
static gboolean
codefrag(TreeState *state)
{
const char *desc = IDL_CODEFRAG(state->tree).desc;
GSList *lines = IDL_CODEFRAG(state->tree).lines;
guint fragment_length;
if (strcmp(desc, "PASCAL") && /* libIDL bug? */ strcmp(desc, "PASCAL\r") &&
strcmp(desc, "PASCAL_INTERFACE") && strcmp(desc, "PASCAL_INTERFACE\r") &&
strcmp(desc, "PASCAL_INTERFACE_STDCALL") && strcmp(desc, "PASCAL_INTERFACE_STDCALL\r")) {
XPIDL_WARNING((state->tree, IDL_WARNING1,
"ignoring '%%{%s' escape. "
"(Use '%%{PASCAL' to escape verbatim PASCAL code.)", desc));
return TRUE;
}
/*
* Emit #file directive to point debuggers back to the original .idl file
* for the duration of the code fragment. We look at internal IDL node
* properties _file, _line to do this; hopefully they won't change.
*
* _line seems to refer to the line immediately after the closing %}, so
* we backtrack to get the proper line for the beginning of the block.
*/
/*
* Looks like getting this right means maintaining an accurate line
* count of everything generated, so we can set the file back to the
* correct line in the generated file afterwards. Skipping for now...
*/
fragment_length = g_slist_length(lines);
/* fprintf(state->file, "#line %d \"%s\"\n", */
/* state->tree->_line - fragment_length - 1, */
/* state->tree->_file); */
g_slist_foreach(lines, write_codefrag_line, (gpointer)state);
return TRUE;
}
/*
* Verify that the interface declaration is correct
*/
gboolean
verify_interface_declaration(IDL_tree interface_tree)
{
IDL_tree iter;
/*
* If we have the scriptable attribute then make sure all of our direct
* parents have it as well.
* NOTE: We don't recurse since all interfaces will fall through here
*/
if (IDL_tree_property_get(IDL_INTERFACE(interface_tree).ident,
"scriptable")) {
for (iter = IDL_INTERFACE(interface_tree).inheritance_spec; iter;
iter = IDL_LIST(iter).next) {
if (IDL_tree_property_get(
IDL_INTERFACE(iter).ident, "scriptable") == 0) {
XPIDL_WARNING((interface_tree,IDL_WARNING1,
"%s is scriptable but inherits from the non-scriptable interface %s\n",
IDL_IDENT(IDL_INTERFACE(interface_tree).ident).str,
IDL_IDENT(IDL_INTERFACE(iter).ident).str));
}
}
}
return TRUE;
}
static gboolean
interface(TreeState *state)
{
IDL_tree iface = state->tree, iter, orig;
char *className = IDL_IDENT(IDL_INTERFACE(iface).ident).str;
char *classNameUpper = NULL;
char *classNameImpl = NULL;
char *cp;
gboolean ok = TRUE;
gboolean keepvtable;
const char *iid;
const char *name_space;
struct nsID id;
char iid_parsed[UUID_LENGTH];
GSList *doc_comments = IDL_IDENT(IDL_INTERFACE(iface).ident).comments;
if (!verify_interface_declaration(iface))
return FALSE;
#define FAIL do {ok = FALSE; goto out;} while(0)
fprintf(state->file, "\n/* starting interface: %s */\n",
className);
name_space = IDL_tree_property_get(IDL_INTERFACE(iface).ident, "namespace");
if (name_space) {
fprintf(state->file, "/* namespace: %s */\n",
name_space);
fprintf(state->file, "/* fully qualified name: %s.%s */\n",
name_space,className);
}
iid = IDL_tree_property_get(IDL_INTERFACE(iface).ident, "uuid");
if (iid) {
/* Redundant, but a better error than 'cannot parse.' */
if (strlen(iid) != 36) {
IDL_tree_error(state->tree, "IID %s is the wrong length\n", iid);
FAIL;
}
/*
* Parse uuid and then output resulting nsID to string, to validate
* uuid and normalize resulting .h files.
*/
if (!xpidl_parse_iid(&id, iid)) {
IDL_tree_error(state->tree, "cannot parse IID %s\n", iid);
FAIL;
}
if (!xpidl_sprint_iid(&id, iid_parsed)) {
IDL_tree_error(state->tree, "error formatting IID %s\n", iid);
FAIL;
}
/* #define NS_ISUPPORTS_IID_STR "00000000-0000-0000-c000-000000000046" */
fputs("#define ", state->file);
write_classname_iid_define(state->file, className);
fprintf(state->file, "_STR \"%s\"\n", iid_parsed);
fputc('\n', state->file);
/* #define NS_ISUPPORTS_IID { {0x00000000 .... 0x46 }} */
fprintf(state->file, "#define ");
write_classname_iid_define(state->file, className);
fprintf(state->file, " \\\n"
" {0x%.8x, 0x%.4x, 0x%.4x, \\\n"
" { 0x%.2x, 0x%.2x, 0x%.2x, 0x%.2x, "
"0x%.2x, 0x%.2x, 0x%.2x, 0x%.2x }}\n",
id.m0, id.m1, id.m2,
id.m3[0], id.m3[1], id.m3[2], id.m3[3],
id.m3[4], id.m3[5], id.m3[6], id.m3[7]);
fputc('\n', state->file);
} else {
IDL_tree_error(state->tree, "interface %s lacks a uuid attribute\n",
className);
FAIL;
}
if (doc_comments != NULL)
printlist(state->file, doc_comments);
/*
* NS_NO_VTABLE is defined in nsISupportsUtils.h, and defined on windows
* to __declspec(novtable) on windows. This optimization is safe
* whenever the constructor calls no virtual methods. Writing in IDL
* almost guarantees this, except for the case when a %{C++ block occurs in
* the interface. We detect that case, and emit a macro call that disables
* the optimization.
*/
keepvtable = FALSE;
for (iter = IDL_INTERFACE(state->tree).body;
iter != NULL;
iter = IDL_LIST(iter).next)
{
IDL_tree data = IDL_LIST(iter).data;
if (IDL_NODE_TYPE(data) == IDLN_CODEFRAG)
keepvtable = TRUE;
}
/* The interface declaration itself. */
fprintf(state->file,
"class %s%s",
(keepvtable ? "" : "NS_NO_VTABLE "), className);
if ((iter = IDL_INTERFACE(iface).inheritance_spec)) {
fputs(" : ", state->file);
if (IDL_LIST(iter).next != NULL) {
IDL_tree_error(iter,
"multiple inheritance is not supported by xpidl");
FAIL;
}
fprintf(state->file, "public %s", IDL_IDENT(IDL_LIST(iter).data).str);
}
fputs(" {\n"
" public: \n\n", state->file);
if (iid) {
fputs(" NS_DEFINE_STATIC_IID_ACCESSOR(", state->file);
write_classname_iid_define(state->file, className);
fputs(")\n\n", state->file);
}
orig = state->tree; /* It would be nice to remove this state-twiddling. */
state->tree = IDL_INTERFACE(iface).body;
if (state->tree && !xpidl_process_node(state))
FAIL;
fputs("};\n", state->file);
fputc('\n', state->file);
/*
* #define NS_DECL_NSIFOO - create method prototypes that can be used in
* class definitions that support this interface.
*
* Walk the tree explicitly to prototype a reworking of xpidl to get rid of
* the callback mechanism.
*/
state->tree = orig;
fputs("/* Use this macro when declaring classes that implement this "
"interface. */\n", state->file);
fputs("#define NS_DECL_", state->file);
classNameUpper = xpidl_strdup(className);
for (cp = classNameUpper; *cp != '\0'; cp++)
*cp = toupper(*cp);
fprintf(state->file, "%s \\\n", classNameUpper);
if (IDL_INTERFACE(state->tree).body == NULL) {
write_indent(state->file);
fputs("/* no methods! */\n", state->file);
}
for (iter = IDL_INTERFACE(state->tree).body;
iter != NULL;
iter = IDL_LIST(iter).next)
{
IDL_tree data = IDL_LIST(iter).data;
switch(IDL_NODE_TYPE(data)) {
case IDLN_OP_DCL:
write_indent(state->file);
write_method_signature(data, state->file, AS_DECL, NULL);
break;
case IDLN_ATTR_DCL:
write_indent(state->file);
if (!write_attr_accessor(data, state->file, TRUE, AS_DECL, NULL))
FAIL;
if (!IDL_ATTR_DCL(data).f_readonly) {
fputs("; \\\n", state->file); /* Terminate the previous one. */
write_indent(state->file);
if (!write_attr_accessor(data, state->file,
FALSE, AS_DECL, NULL))
FAIL;
/* '; \n' at end will clean up. */
}
break;
case IDLN_CONST_DCL:
/* ignore it here; it doesn't contribute to the macro. */
continue;
case IDLN_CODEFRAG:
XPIDL_WARNING((iter, IDL_WARNING1,
"%%{ .. %%} code fragment within interface "
"ignored when generating NS_DECL_%s macro; "
"if the code fragment contains method "
"declarations, the macro probably isn't "
"complete.", classNameUpper));
continue;
default:
IDL_tree_error(iter,
"unexpected node type %d! "
"Please file a bug against the xpidl component.",
IDL_NODE_TYPE(data));
FAIL;
}
if (IDL_LIST(iter).next != NULL) {
fprintf(state->file, "; \\\n");
} else {
fprintf(state->file, "; \n");
}
}
fputc('\n', state->file);
/* XXX abstract above and below into one function? */
/*
* #define NS_FORWARD_NSIFOO - create forwarding methods that can delegate
* behavior from in implementation to another object. As generated by
* idlc.
*/
fprintf(state->file,
"/* Use this macro to declare functions that forward the "
"behavior of this interface to another object. */\n"
"#define NS_FORWARD_%s(_to) \\\n",
classNameUpper);
if (IDL_INTERFACE(state->tree).body == NULL) {
write_indent(state->file);
fputs("/* no methods! */\n", state->file);
}
for (iter = IDL_INTERFACE(state->tree).body;
iter != NULL;
iter = IDL_LIST(iter).next)
{
IDL_tree data = IDL_LIST(iter).data;
switch(IDL_NODE_TYPE(data)) {
case IDLN_OP_DCL:
write_indent(state->file);
write_method_signature(data, state->file, AS_DECL, NULL);
fputs(" { return _to ", state->file);
write_method_signature(data, state->file, AS_CALL, NULL);
break;
case IDLN_ATTR_DCL:
write_indent(state->file);
if (!write_attr_accessor(data, state->file, TRUE, AS_DECL, NULL))
FAIL;
fputs(" { return _to ", state->file);
if (!write_attr_accessor(data, state->file, TRUE, AS_CALL, NULL))
FAIL;
if (!IDL_ATTR_DCL(data).f_readonly) {
fputs("; } \\\n", state->file); /* Terminate the previous one. */
write_indent(state->file);
if (!write_attr_accessor(data, state->file,
FALSE, AS_DECL, NULL))
FAIL;
fputs(" { return _to ", state->file);
if (!write_attr_accessor(data, state->file,
FALSE, AS_CALL, NULL))
FAIL;
/* '; } \n' at end will clean up. */
}
break;
case IDLN_CONST_DCL:
case IDLN_CODEFRAG:
continue;
default:
FAIL;
}
if (IDL_LIST(iter).next != NULL) {
fprintf(state->file, "; } \\\n");
} else {
fprintf(state->file, "; } \n");
}
}
fputc('\n', state->file);
/* XXX abstract above and below into one function? */
/*
* #define NS_FORWARD_SAFE_NSIFOO - create forwarding methods that can delegate
* behavior from in implementation to another object. As generated by
* idlc.
*/
fprintf(state->file,
"/* Use this macro to declare functions that forward the "
"behavior of this interface to another object in a safe way. */\n"
"#define NS_FORWARD_SAFE_%s(_to) \\\n",
classNameUpper);
if (IDL_INTERFACE(state->tree).body == NULL) {
write_indent(state->file);
fputs("/* no methods! */\n", state->file);
}
for (iter = IDL_INTERFACE(state->tree).body;
iter != NULL;
iter = IDL_LIST(iter).next)
{
IDL_tree data = IDL_LIST(iter).data;
switch(IDL_NODE_TYPE(data)) {
case IDLN_OP_DCL:
write_indent(state->file);
write_method_signature(data, state->file, AS_DECL, NULL);
fputs(" { return !_to ? NS_ERROR_NULL_POINTER : _to->", state->file);
write_method_signature(data, state->file, AS_CALL, NULL);
break;
case IDLN_ATTR_DCL:
write_indent(state->file);
if (!write_attr_accessor(data, state->file, TRUE, AS_DECL, NULL))
FAIL;
fputs(" { return !_to ? NS_ERROR_NULL_POINTER : _to->", state->file);
if (!write_attr_accessor(data, state->file, TRUE, AS_CALL, NULL))
FAIL;
if (!IDL_ATTR_DCL(data).f_readonly) {
fputs("; } \\\n", state->file); /* Terminate the previous one. */
write_indent(state->file);
if (!write_attr_accessor(data, state->file,
FALSE, AS_DECL, NULL))
FAIL;
fputs(" { return !_to ? NS_ERROR_NULL_POINTER : _to->", state->file);
if (!write_attr_accessor(data, state->file,
FALSE, AS_CALL, NULL))
FAIL;
/* '; } \n' at end will clean up. */
}
break;
case IDLN_CONST_DCL:
case IDLN_CODEFRAG:
continue;
default:
FAIL;
}
if (IDL_LIST(iter).next != NULL) {
fprintf(state->file, "; } \\\n");
} else {
fprintf(state->file, "; } \n");
}
}
fputc('\n', state->file);
/*
* Build a sample implementation template.
*/
if (strlen(className) >= 3 && className[2] == 'I') {
classNameImpl = xpidl_strdup(className);
if (!classNameImpl)
FAIL;
memmove(&classNameImpl[2], &classNameImpl[3], strlen(classNameImpl) - 2);
} else {
classNameImpl = xpidl_strdup("_MYCLASS_");
if (!classNameImpl)
FAIL;
}
fputs("#if 0\n"
"/* Use the code below as a template for the "
"implementation class for this interface. */\n"
"\n"
"/* Header file */"
"\n",
state->file);
fprintf(state->file, "class %s : public %s\n", classNameImpl, className);
fputs("{\n"
"public:\n", state->file);
write_indent(state->file);
fputs("NS_DECL_ISUPPORTS\n", state->file);
write_indent(state->file);
fprintf(state->file, "NS_DECL_%s\n", classNameUpper);
fputs("\n", state->file);
write_indent(state->file);
fprintf(state->file, "%s();\n", classNameImpl);
fputs("\n"
"private:\n", state->file);
write_indent(state->file);
fprintf(state->file, "~%s();\n", classNameImpl);
fputs("\n"
"protected:\n", state->file);
write_indent(state->file);
fputs("/* additional members */\n", state->file);
fputs("};\n\n", state->file);
fputs("/* Implementation file */\n", state->file);
fprintf(state->file,
"NS_IMPL_ISUPPORTS1(%s, %s)\n", classNameImpl, className);
fputs("\n", state->file);
fprintf(state->file, "%s::%s()\n", classNameImpl, classNameImpl);
fputs("{\n", state->file);
write_indent(state->file);
fputs("/* member initializers and constructor code */\n", state->file);
fputs("}\n\n", state->file);
fprintf(state->file, "%s::~%s()\n", classNameImpl, classNameImpl);
fputs("{\n", state->file);
write_indent(state->file);
fputs("/* destructor code */\n", state->file);
fputs("}\n\n", state->file);
for (iter = IDL_INTERFACE(state->tree).body;
iter != NULL;
iter = IDL_LIST(iter).next)
{
IDL_tree data = IDL_LIST(iter).data;
switch(IDL_NODE_TYPE(data)) {
case IDLN_OP_DCL:
/* It would be nice to remove this state-twiddling. */
orig = state->tree;
state->tree = data;
xpidl_write_comment(state, 0);
state->tree = orig;
write_method_signature(data, state->file, AS_IMPL, classNameImpl);
fputs("\n{\n", state->file);
write_indent(state->file);
write_indent(state->file);
fputs("return NS_ERROR_NOT_IMPLEMENTED;\n"
"}\n"
"\n", state->file);
break;
case IDLN_ATTR_DCL:
/* It would be nice to remove this state-twiddling. */
orig = state->tree;
state->tree = data;
xpidl_write_comment(state, 0);
state->tree = orig;
if (!write_attr_accessor(data, state->file, TRUE,
AS_IMPL, classNameImpl))
FAIL;
fputs("\n{\n", state->file);
write_indent(state->file);
write_indent(state->file);
fputs("return NS_ERROR_NOT_IMPLEMENTED;\n"
"}\n", state->file);
if (!IDL_ATTR_DCL(data).f_readonly) {
if (!write_attr_accessor(data, state->file, FALSE,
AS_IMPL, classNameImpl))
FAIL;
fputs("\n{\n", state->file);
write_indent(state->file);
write_indent(state->file);
fputs("return NS_ERROR_NOT_IMPLEMENTED;\n"
"}\n", state->file);
}
fputs("\n", state->file);
break;
case IDLN_CONST_DCL:
case IDLN_CODEFRAG:
continue;
default:
FAIL;
}
}
fputs("/* End of implementation class template. */\n"
"#endif\n"
"\n", state->file);
#undef FAIL
out:
if (classNameUpper)
free(classNameUpper);
if (classNameImpl)
free(classNameImpl);
return ok;
}
static gboolean
constant_declaration(TreeState *state)
{
/*
* The C++ header XPIDL module only allows for shorts and longs (ints)
* to be constants, so we will follow the same convention
*/
struct _IDL_CONST_DCL *declaration = &IDL_CONST_DCL(state->tree);
const char *name = IDL_IDENT(declaration->ident).str;
IDL_tree real_type;
gboolean success;
gboolean isshort = FALSE;
if (!verify_const_declaration(state->tree))
return FALSE;
/* Could be a typedef; try to map it to the real type. */
real_type = find_underlying_type(declaration->const_type);
real_type = real_type ? real_type : declaration->const_type;
/*
* Consts must be in an interface
*/
if (!IDL_NODE_UP(IDL_NODE_UP(state->tree)) ||
IDL_NODE_TYPE(IDL_NODE_UP(IDL_NODE_UP(state->tree))) !=
IDLN_INTERFACE) {
XPIDL_WARNING((state->tree, IDL_WARNING1,
"A constant \"%s\" was declared outside an interface."
" It was ignored.", name));
return TRUE;
}
/*
* Make sure this is a numeric short or long constant.
*/
success = (IDLN_TYPE_INTEGER == IDL_NODE_TYPE(real_type));
if (success) {
/*
* We aren't successful yet, we know it's an integer, but what *kind*
* of integer?
*/
switch(IDL_TYPE_INTEGER(real_type).f_type) {
case IDL_INTEGER_TYPE_SHORT:
/*
* We're OK
*/
isshort = TRUE;
break;
case IDL_INTEGER_TYPE_LONG:
/*
* We're OK
*/
break;
default:
/*
* Whoops, it's some other kind of number
*/
success = FALSE;
}
} else {
IDL_tree_error(state->tree,
"const declaration \'%s\' must be of type short or long",
name);
return FALSE;
}
/* if (doc_comments != NULL) {
fputs(" ", state->file);
printlist(state->file, doc_comments);
} */
if (success) {
/* Since Java does not have any concept of 'unsigned short', we need
* to check that the value is in the proper range. If not, promote
* it to an 'int'. */
int value = (int) IDL_INTEGER(declaration->const_exp).value;
if (isshort && (value < -32768 || value > 32767))
isshort = FALSE;
fputc('\n', state->file);
xpidl_write_comment(state, 4);
/* write_comment(state); */
fprintf(state->file, " public static final %s %s = %d;\n",
(isshort ? "short" : "int"),
subscriptIdentifier(state, (char*) name),
(int) IDL_INTEGER(declaration->const_exp).value);
} else {
XPIDL_WARNING((state->tree, IDL_WARNING1,
"A constant \"%s\" was not of type short or long."
" It was ignored.", name));
}
return TRUE;
}
