CollectionStatsTreeItem::CollectionStatsTreeItem(MongoDocumentPtr document) :
_document(document)
{
_obj = document->bsonObj();
MongoNamespace ns(getString("ns"));
setText(0, prepareValue(ns.collectionName()));
setIcon(0, GuiRegistry::instance().collectionIcon());
setText(1, prepareValue(QString::number(getLongLong("count"))));
setText(2, prepareValue(MongoUtils::buildNiceSizeString(getDouble("size"))));
setText(3, prepareValue(MongoUtils::buildNiceSizeString(getDouble("storageSize"))));
setText(4, prepareValue(MongoUtils::buildNiceSizeString(getDouble("totalIndexSize"))));
setText(5, prepareValue(MongoUtils::buildNiceSizeString(getDouble("avgObjSize"))));
setText(6, prepareValue(QString::number(getDouble("paddingFactor"))));
}
PUBLIC int sys_ps()
{
struct process *p;
kprintf("------------------------------- Process Status"
" -------------------------------\n"
"NAME PID UID PRIORITY NICE"
" UTIME KTIME STATUS");
char name [26];
char pid [26];
char uid [26];
char priority[26];
char nice [26];
char utime [26];
char ktime [26];
const char *states[7];
states[0] = "DEAD";
states[1] = "ZOMBIE";
states[2] = "RUNNING";
states[3] = "READY";
states[4] = "WAITING";
states[5] = "SLEEPING";
states[6] = "STOPPED";
unsigned len = 0;
unsigned i;
int size;
for (p = IDLE; p <= LAST_PROC; p++)
{
/* Skip invalid processes. */
if (!IS_VALID(p))
continue;
/* Name */
size = kstrlen(p->name);
kstrcpy(name, p->name);
len = 20 - size;
for(i=size; i<len+size-1; i++)
*(name+i) = ' ';
*(name+i) = '\0';
/* Pid */
prepareValue(p->pid, pid, 6);
/* Remaining Quantum */
prepareValue(p->uid, uid, 10);
/* Priority */
prepareValue(p->priority, priority, 11);
/* Nice */
prepareValue(p->nice, nice, 7);
/* Utime */
prepareValue(p->utime, utime, 8);
/* Ktime */
prepareValue(p->ktime, ktime, 10);
kprintf("%s%s%s%s%s%s%s%s",name, pid,
uid, priority, nice, utime, ktime, states[(int)p->state] );
}
kprintf("\nLast process: %s, pid: %d\n",last_proc->name, last_proc->pid);
return 0;
}
