static inline xlb_work_unit *
wu_array_try_remove_untargeted(uint32_t wu_idx, int type, int priority)
{
xlb_work_unit* wu = ptr_array_get(&wu_array, wu_idx);
/*
Check not stale. There is a corner case here where all of these
match but it was a different work unit to the one the targeted
entry was created for. In that case it doesn't matter which
was returned.
We need to modify priority check for adjusted priority for soft
targeted tasks.
*/
if (wu != NULL && wu->type == type &&
(wu->target < 0 || wu->opts.strictness != ADLB_TGT_STRICT_HARD)) {
int modified_priority = wu->opts.priority;
if (wu->opts.strictness != ADLB_TGT_STRICT_HARD)
{
modified_priority = soft_target_priority(modified_priority);
}
if (modified_priority == priority) {
ptr_array_remove(&wu_array, wu_idx);
return wu;
}
}
return NULL;
}
static inline xlb_work_unit *
wu_array_try_remove_targeted(uint32_t wu_idx, int type, int target, int priority)
{
xlb_work_unit* wu = ptr_array_get(&wu_array, wu_idx);
/*
Check not stale. There is a corner case here where all of these
match but it was a different work unit to the one the targeted
entry was created for. In that case it doesn't matter which
was returned.
*/
if (wu != NULL && wu->type == type && wu->target == target &&
wu->opts.priority == priority) {
ptr_array_remove(&wu_array, wu_idx);
return wu;
}
return NULL;
}
void remove_binding(const char *keys)
{
struct key_chain chain;
int i = bindings.count;
if (!parse_keys(&chain, keys))
return;
while (i > 0) {
struct binding *b = bindings.ptrs[--i];
if (memcmp(&b->chain, &chain, sizeof(chain)) == 0) {
ptr_array_remove(&bindings, i);
free(b->command);
free(b);
return;
}
}
}
