*****************************************************************************/
#include "libvlc_internal.h"
-#include "../libvlc.h"
#include <vlc/libvlc.h>
#include <assert.h>
vlc_spinlock_t lock;
msg_item_t *items[VLC_MSG_QSIZE];
unsigned count;
+ int verbosity;
};
static void handler( msg_cb_data_t *d, msg_item_t *p_item, unsigned i_drop )
{
+ if (p_item->i_type > d->verbosity)
+ return;
+
vlc_spin_lock (&d->lock);
if (d->count < VLC_MSG_QSIZE)
{
d->items[d->count++] = p_item;
- /* FIXME FIXME: yield the message item */
+ msg_Hold (p_item);
}
vlc_spin_unlock (&d->lock);
(void)i_drop;
struct libvlc_log_iterator_t
{
- const msg_cb_data_t *p_data;
+ msg_cb_data_t *p_data;
unsigned i_pos;
unsigned i_end;
};
unsigned libvlc_get_log_verbosity( const libvlc_instance_t *p_instance, libvlc_exception_t *p_e )
{
- if( p_instance )
- {
- libvlc_priv_t *p_priv = libvlc_priv( p_instance->p_libvlc_int );
- return p_priv->i_verbose;
- }
- RAISEZERO("Invalid VLC instance!");
+ assert( p_instance );
+ (void)p_e;
+ return p_instance->verbosity;
}
void libvlc_set_log_verbosity( libvlc_instance_t *p_instance, unsigned level, libvlc_exception_t *p_e )
{
- if( p_instance )
- {
- libvlc_priv_t *p_priv = libvlc_priv( p_instance->p_libvlc_int );
- p_priv->i_verbose = level;
- }
- else
- RAISEVOID("Invalid VLC instance!");
+ assert( p_instance );
+ (void)p_e;
+ p_instance->verbosity = level;
}
libvlc_log_t *libvlc_log_open( libvlc_instance_t *p_instance, libvlc_exception_t *p_e )
if( !p_log ) RAISENULL( "Out of memory" );
p_log->p_instance = p_instance;
+ vlc_spin_init( &p_log->data.lock );
+ p_log->data.count = 0;
+ p_log->data.verbosity = p_instance->verbosity;
p_log->p_messages = msg_Subscribe(p_instance->p_libvlc_int, handler, &p_log->data);
if( !p_log->p_messages )
assert( p_log->p_messages );
msg_Unsubscribe(p_log->p_messages);
libvlc_release( p_log->p_instance );
+ libvlc_log_clear( p_log, p_e );
+ vlc_spin_destroy( &p_log->data.lock );
free(p_log);
}
else
{
if( p_log )
{
+ msg_cb_data_t *data = &((libvlc_log_t *)p_log)->data;
unsigned ret;
- /* We cannot lock due to pointer constraints.
- * Even then, this would not be thread safe anyway. */
- /*vlc_spin_lock (&p_log->data.lock);*/
- ret = p_log->data.count;
- /*vlc_spin_unlock (&p_log->data.lock);*/
+ /* We cannot lock due to constant pointer constraints. Break them.
+ * Even then, this si not really thread safe anyway. */
+ vlc_spin_lock (&data->lock);
+ ret = data->count;
+ vlc_spin_unlock (&data->lock);
return ret;
}
RAISEZERO("Invalid log object!");
if( p_log )
{
vlc_spin_lock (&p_log->data.lock);
+ msg_item_t *tab[p_log->data.count];
+ memcpy (tab, p_log->data.items, sizeof (tab));
p_log->data.count = 0;
- /* FIXME: release items */
vlc_spin_unlock (&p_log->data.lock);
+
+ for (unsigned i = 0; i < sizeof (tab) / sizeof (tab[0]); i++)
+ msg_Release (tab[i]);
}
else
RAISEVOID("Invalid log object!");
{
struct libvlc_log_iterator_t *p_iter =
(struct libvlc_log_iterator_t *)malloc(sizeof(struct libvlc_log_iterator_t));
+ /* FIXME: break constant pointer constraints */
+ msg_cb_data_t *data = &((libvlc_log_t *)p_log)->data;
if( !p_iter ) RAISENULL( "Out of memory" );
- /*vlc_spin_lock (&p_log->data.lock);*/
- p_iter->p_data = &p_log->data;
+ vlc_spin_lock (&data->lock);
+ p_iter->p_data = data;
p_iter->i_pos = 0;
- p_iter->i_end = p_log->data.count;
- /*vlc_spin_unlock (&p_log->data.lock);*/
+ p_iter->i_end = data->count;
+ vlc_spin_unlock (&data->lock);
return p_iter;
}
if( i_pos != p_iter->i_end )
{
msg_item_t *msg;
- /*vlc_spin_lock (&p_iter->p_data->lock);*/
+ vlc_spin_lock (&p_iter->p_data->lock);
msg = p_iter->p_data->items[i_pos];
buffer->i_severity = msg->i_type;
buffer->psz_type = msg->psz_object_type;
buffer->psz_name = msg->psz_module;
buffer->psz_header = msg->psz_header;
buffer->psz_message = msg->psz_msg;
- /*vlc_spin_unlock (&p_iter->p_data->lock);*/
+ vlc_spin_unlock (&p_iter->p_data->lock);
p_iter->i_pos++;
return buffer;