int
link_list_test_main(int argc, char **argv)
{
printf("----------------------------------------------\n");
printf("starts to have a test of list.\n");
printf("----------------------------------------------\n");
link_list *list = link_list_create();
link_list_insert_first(list, 1);
link_list_insert_first(list, 2);
link_list_insert_first(list, 3);
link_list_insert_first(list, 4);
link_list_append(list, 5);
link_list_append(list, 6);
link_list_delete(list, list->tail->prev->prev);
link_list_insert_after(list, list->tail->prev->prev, 10);
link_list_insert_before(list, list->tail->prev->prev, 9);
link_list_traverse(list);
/* printf("another is %d.\n", list->tail->prev->prev->next->data); */
printf("ok, now length is %d.\n", list->length);
printf("----------------------------------------------\n");
printf("test is finished. everything is gone be alright.\n");
printf("----------------------------------------------\n");
printf("\n");
return EXIT_SUCCESS;
}
void
egl_state_create_cached_program (egl_state_t *egl_state,
GLuint program_id)
{
link_list_t **program_list = egl_state_get_shader_object_list (egl_state);
link_list_append (program_list, program_new (program_id), program_destroy);
}
void
cached_gl_context_add (EGLDisplay display, EGLConfig config, EGLContext context)
{
link_list_t **dpys = cached_gl_displays ();
if (! *dpys)
return;
link_list_t *dpy = *dpys;
display_ctxs_surfaces_t *matched_dpy = NULL;
while (dpy) {
display_ctxs_surfaces_t *dpy_surfaces = (display_ctxs_surfaces_t *)dpy->data;
if (dpy_surfaces->display == display) {
matched_dpy = dpy_surfaces;
break;
}
dpy = dpy->next;
}
if (matched_dpy) {
context_t *c = malloc (sizeof (context_t));
c->config = config;
c->context = context;
link_list_append (&(matched_dpy->contexts), (void *)c, free);
}
}
void
cached_gl_surface_add (EGLDisplay display, EGLConfig config, EGLSurface surface)
{
link_list_t **dpys = cached_gl_displays ();
if (! *dpys)
return;
link_list_t *dpy = *dpys;
display_ctxs_surfaces_t *matched_dpy = NULL;
while (dpy) {
display_ctxs_surfaces_t *dpy_surfaces = (display_ctxs_surfaces_t *)dpy->data;
if (dpy_surfaces->display == display) {
matched_dpy = dpy_surfaces;
break;
}
dpy = dpy->next;
}
if (matched_dpy) {
surface_t *s = malloc (sizeof (surface_t));
s->config = config;
s->surface = surface;
link_list_append (&(matched_dpy->surfaces), (void *)s, free);
}
}
void
egl_state_create_cached_shader (egl_state_t *egl_state,
GLuint shader_id)
{
link_list_t **program_list = egl_state_get_shader_object_list (egl_state);
shader_object_t *shader_object = (shader_object_t *)malloc (sizeof (shader_object_t));
shader_object->id = shader_id;
shader_object->type = SHADER_OBJECT_SHADER;
link_list_append (program_list, shader_object, free);
}
void
link_list_append_by_order(link_list *l, p_link_node p)
{
p_link_node node, next, next_next;
if (l->size > 0) {
node = l->head.prev;
next = node->next;
while (node->data != NULL && after(node->key, p->key)) {
next_next = next;
next = node;
node = node->prev;
}
node->next = p;
p->prev = node;
next->prev = p;
p->next = next;
l->size++;
} else {
link_list_append(l, p);
}
}
void
delay_table_add(uint64_t key, struct msg_server_s *msg)
{
tc_pool_t *pool;
p_link_node ln;
delay_sess_t *s;
struct msg_server_s *cmsg;
s = (delay_sess_t *) hash_find(table, key);
if (s == NULL) {
pool = tc_create_pool(TC_DEFAULT_POOL_SIZE, 0);
if (pool != NULL) {
s = (delay_sess_t *) tc_pcalloc(pool, sizeof(delay_sess_t));
if (s != NULL) {
s->key = key;
s->pool = pool;
s->msg_list = link_list_create(s->pool);
s->evt = tc_event_add_timer(s->pool, OUTPUT_INTERVAL, s,
tc_delay_del_obs);
msg_ls_cnt++;
hash_add(table, s->pool, key, s);
} else {
return;
}
} else {
return;
}
}
cmsg = copy_message(s->pool, msg);
if (cmsg != NULL) {
ln = link_node_malloc(s->pool, (void *) cmsg);
link_list_append(s->msg_list, ln);
msg_item_cnt++;
}
}
/* append by order */
void
link_list_append_by_order(link_list *l, p_link_node p)
{
p_link_node node, next;
if (l->size > 0) {
node = l->head.prev;
next = node->next;
/* find the node which key is less than the key of p */
while (node->data != NULL && after(node->key, p->key)) {
next = node;
node = node ->prev;
}
node->next = p;
p->prev = node;
next->prev = p;
p->next = next;
l->size++;
} else {
link_list_append(l, p);
}
}
/* add message to delay table */
void
delay_table_add(uint64_t key, struct msg_server_s *msg)
{
link_list *msg_list;
p_link_node ln;
struct msg_server_s *cmsg;
msg_list = (link_list *) hash_find(table, key);
if (msg_list == NULL) {
msg_ls_cnt++;
msg_list = link_list_create();
hash_add(table, key, msg_list);
}
cmsg = copy_message(msg);
if (cmsg != NULL) {
ln = link_node_malloc((void *) cmsg);
link_list_append(msg_list, ln);
msg_item_cnt++;
}
return;
}