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#ifndef __MODULES_H
#define __MODULES_H
#define MODULE_DATA_INIT(rec) \
(rec)->module_data = g_hash_table_new(g_str_hash, g_str_equal)
#define MODULE_DATA_DEINIT(rec) \
g_hash_table_destroy((rec)->module_data)
#define MODULE_DATA_SET(rec, data) \
g_hash_table_insert((rec)->module_data, MODULE_NAME, data)
#define MODULE_DATA_UNSET(rec) \
g_hash_table_remove((rec)->module_data, MODULE_NAME)
#define MODULE_DATA(rec) \
g_hash_table_lookup((rec)->module_data, MODULE_NAME)
#ifdef HAVE_GMODULE
# define MODULE_IS_STATIC(rec) \
((rec)->gmodule == NULL)
#else
# define MODULE_IS_STATIC(rec) TRUE
#endif
enum {
MODULE_ERROR_ALREADY_LOADED,
MODULE_ERROR_LOAD,
MODULE_ERROR_INVALID
};
typedef struct _MODULE_REC MODULE_REC;
typedef struct {
MODULE_REC *root;
char *name;
char *defined_module_name;
void (*module_deinit) (void);
#ifdef HAVE_GMODULE
GModule *gmodule; /* static, if NULL */
#endif
unsigned int initialized:1;
} MODULE_FILE_REC;
struct _MODULE_REC {
char *name;
GSList *files; /* list of modules that belong to this root module */
};
extern GSList *modules;
/* Register a new module. The `name' is the root module name, `submodule'
specifies the current module to be registered (eg. "perl", "fe").
The module is registered as statically loaded by default. */
MODULE_FILE_REC *module_register_full(const char *name, const char *submodule,
const char *defined_module_name);
#define module_register(name, submodule) \
module_register_full(name, submodule, MODULE_NAME)
MODULE_REC *module_find(const char *name);
MODULE_FILE_REC *module_file_find(MODULE_REC *module, const char *name);
#define MODULE_CHECK_CAST(object, cast, type_field, id) \
((cast *) module_check_cast(object, offsetof(cast, type_field), id))
#define MODULE_CHECK_CAST_MODULE(object, cast, type_field, module, id) \
((cast *) module_check_cast_module(object, \
offsetof(cast, type_field), module, id))
void *module_check_cast(void *object, int type_pos, const char *id);
void *module_check_cast_module(void *object, int type_pos,
const char *module, const char *id);
/* return unique number across all modules for `id' */
int module_get_uniq_id(const char *module, int id);
/* return unique number across all modules for `id'. */
int module_get_uniq_id_str(const char *module, const char *id);
/* returns the original module specific id, -1 = not found */
int module_find_id(const char *module, int uniqid);
/* returns the original module specific id, NULL = not found */
const char *module_find_id_str(const char *module, int uniqid);
/* Destroy unique IDs from `module'. This function is automatically called
when module is destroyed with module's name as the parameter. */
void module_uniq_destroy(const char *module);
void modules_init(void);
void modules_deinit(void);
#endif
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