server.io_processed = listCreate();
server.io_ready_clients = listCreate();
pthread_mutex_init(&server.io_mutex,NULL);
- pthread_mutex_init(&server.obj_freelist_mutex,NULL);
pthread_mutex_init(&server.io_swapfile_mutex,NULL);
server.io_active_threads = 0;
if (pipe(pipefds) == -1) {
/* LZF requires a lot of stack */
pthread_attr_init(&server.io_threads_attr);
pthread_attr_getstacksize(&server.io_threads_attr, &stacksize);
+
+ /* Solaris may report a stacksize of 0, let's set it to 1 otherwise
+ * multiplying it by 2 in the while loop later will not really help ;) */
+ if (!stacksize) stacksize = 1;
+
while (stacksize < REDIS_THREAD_STACK_SIZE) stacksize *= 2;
pthread_attr_setstacksize(&server.io_threads_attr, stacksize);
/* Listen for events in the threaded I/O pipe */
* If we can't find enough contiguous empty pages to swap the object on disk
* NULL is returned. */
vmpointer *vmSwapObjectBlocking(robj *val) {
- off_t pages = rdbSavedObjectPages(val,NULL);
+ off_t pages = rdbSavedObjectPages(val);
off_t page;
vmpointer *vp;
double computeObjectSwappability(robj *o) {
/* actual age can be >= minage, but not < minage. As we use wrapping
* 21 bit clocks with minutes resolution for the LRU. */
- time_t minage = abs(server.lruclock - o->lru);
+ time_t minage = estimateObjectIdleTime(o);
long asize = 0, elesize;
robj *ele;
list *l;
vmpointer *vp = (vmpointer*)j->id;
j->val = vmReadObjectFromSwap(j->page,vp->vtype);
} else if (j->type == REDIS_IOJOB_PREPARE_SWAP) {
- FILE *fp = fopen("/dev/null","w+");
- j->pages = rdbSavedObjectPages(j->val,fp);
- fclose(fp);
+ j->pages = rdbSavedObjectPages(j->val);
} else if (j->type == REDIS_IOJOB_DO_SWAP) {
if (vmWriteObjectOnSwap(j->val,j->page) == REDIS_ERR)
j->canceled = 1;