void
CD_KillWorkersAvoid (CDWorkers* self, size_t number, CDWorker* worker)
{
assert(self);
assert(worker);
if (number >= self->length) {
number = self->length - 1;
}
for (size_t i = self->length - 1; (self->length - i) < self->length; i--) {
if (self->item[i] == worker) {
worker = self->item[0];
self->item[0] = self->item[i];
self->item[i] = worker;
}
CD_StopWorker(self->item[i]);
}
pthread_mutex_lock(&self->lock.mutex);
pthread_cond_broadcast(&self->lock.condition);
pthread_mutex_unlock(&self->lock.mutex);
for (size_t i = self->length - 1; (self->length - i) < self->length; i--) {
CD_DestroyWorker(self->item[i]);
}
self->length -= number;
self->item = CD_realloc(self->item, self->length * sizeof(CDWorker*));
}
CDWorkers*
CD_AppendWorker (CDWorkers* self, CDWorker* worker)
{
self->item = CD_realloc(self->item, sizeof(CDWorker*) * ++self->length);
self->item[self->length - 1] = worker;
return self;
}
MCMetadata*
MC_AppendData (MCMetadata* metadata, MCData* data)
{
metadata->item = CD_realloc(metadata->item, sizeof(MCData*) * ++metadata->length);
metadata->item[metadata->length - 1] = data;
return metadata;
}
SVMetadata*
SV_AppendData (SVMetadata* metadata, SVData* data)
{
metadata->item = CD_realloc(metadata->item, sizeof(SVData*) * ++metadata->length);
metadata->item[metadata->length - 1] = data;
return metadata;
}
