*
*/
+#include <lttng/lttng-export.h>
+
#ifdef __cplusplus
extern "C" {
#endif
*
* Return a newly allocated health object, or NULL on error.
*/
-struct lttng_health *lttng_health_create_sessiond(void);
+LTTNG_EXPORT extern struct lttng_health *lttng_health_create_sessiond(void);
/**
* lttng_health_create_consumerd - Create consumerd health object
*
* Return a newly allocated health object, or NULL on error.
*/
-struct lttng_health *
+LTTNG_EXPORT extern struct lttng_health *
lttng_health_create_consumerd(enum lttng_health_consumerd consumerd);
/**
*
* Return a newly allocated health object, or NULL on error.
*/
-struct lttng_health *lttng_health_create_relayd(const char *path);
+LTTNG_EXPORT extern struct lttng_health *lttng_health_create_relayd(const char *path);
/**
* lttng_health_destroy - Destroy health object
* @health: health object to destroy
*/
-void lttng_health_destroy(struct lttng_health *health);
+LTTNG_EXPORT extern void lttng_health_destroy(struct lttng_health *health);
/**
* lttng_health_query - Query component health
* reports if the query has been successfully performed, *NOT* the
* actual state. lttng_health_state() should be used for the latter.
*/
-int lttng_health_query(struct lttng_health *health);
+LTTNG_EXPORT extern int lttng_health_query(struct lttng_health *health);
/**
* lttng_health_state - Inspect the state of a health structure
* thread in error. It also returns a negative return value if
* lttng_health_query() has not yet successfully completed on @health.
*/
-int lttng_health_state(const struct lttng_health *health);
+LTTNG_EXPORT extern int lttng_health_state(const struct lttng_health *health);
/**
* lttng_health_get_nr_threads - Get number of threads in health component
* Return the number of threads (>= 0) on success, else negative value
* on error.
*/
-int lttng_health_get_nr_threads(const struct lttng_health *health);
+LTTNG_EXPORT extern int lttng_health_get_nr_threads(const struct lttng_health *health);
/**
* lttng_health_get_thread - Get thread health
* pointer should not be freed by the caller, and can be used until
* lttng_health_destroy() is called on @health.
*/
-const struct lttng_health_thread *
+LTTNG_EXPORT extern const struct lttng_health_thread *
lttng_health_get_thread(const struct lttng_health *health,
unsigned int nth_thread);
*
* Return 0 if thread is OK, else negative error value.
*/
-int lttng_health_thread_state(const struct lttng_health_thread *thread);
+LTTNG_EXPORT extern int lttng_health_thread_state(const struct lttng_health_thread *thread);
/**
* lttng_health_thread_name - Get thread name
*
* Return thread name, NULL on error.
*/
-const char *lttng_health_thread_name(const struct lttng_health_thread *thread);
+LTTNG_EXPORT extern const char *lttng_health_thread_name(const struct lttng_health_thread *thread);
#ifdef __cplusplus
}