static void
remove_private_vect(ClipMachine * ClipMachineMemory, int num, void *vect)
{
long *lp = (long *) vect;
for (; num > 0; --num, ++lp)
{
long hash = GETLONG(lp);
VarEntry *vp = (VarEntry *) HashTable_fetch(ClipMachineMemory->privates, hash);
if (!vp)
continue;
if (vp->VarEntry_next_of_VarEntry)
{
HashTable_remove(ClipMachineMemory->privates, hash);
HashTable_store(ClipMachineMemory->privates, vp->VarEntry_next_of_VarEntry, hash);
vp->VarEntry_next_of_VarEntry = 0;
}
else
{
HashTable_remove(ClipMachineMemory->privates, hash);
}
delete_VarEntry(ClipMachineMemory, vp);
}
}
int main(int argc, char *argv[]) {
HashTable ht = newHashTable(65535);
HashTable_put(ht, "1", "two");
HashTable_put(ht, "2", "three");
HashTable_put(ht, "3", "five");
HashTable_put(ht, "4", "seven");
HashTable_put(ht, "5", "eleven");
HashTable_put(ht, "6", "thirteen");
HashTable_put(ht, "7", "seventeen");
HashTable_remove(ht, "1");
HashTable_remove(ht, "2");
HashTable_remove(ht, "6");
HashTable_remove(ht, "7");
HashTable_put(ht, "3", "not allowed");
printf("%s\n", HashTable_get(ht, "1"));
printf("%s\n", HashTable_get(ht, "2"));
printf("%s\n", HashTable_get(ht, "3"));
printf("%s\n", HashTable_get(ht, "4"));
printf("%s\n", HashTable_get(ht, "5"));
printf("%s\n", HashTable_get(ht, "6"));
printf("%s\n", HashTable_get(ht, "7"));
printf("size: %d\n", HashTable_size(ht));
freeHashTable(&ht);
return 0;
}
static VarEntry *
add_private(ClipMachine * ClipMachineMemory, long hash)
{
long *p;
VarEntry *vp, *np;
ClipFrame *fp;
if (ClipMachineMemory->inMacro)
fp = ClipMachineMemory->inMacro;
else
fp = ClipMachineMemory->fp;
if (fp)
{
p = fp->privates_of_ClipFrame;
if (p)
{
int n;
long c;
for (n = *p, p++; n >= 0; n--, p++)
if (hash == GETLONG(p))
{
vp = (VarEntry *) HashTable_fetch(ClipMachineMemory->privates, hash);
if (vp)
return vp;
}
p = fp->privates_of_ClipFrame;
c = GETLONG(p);
p = (long *) realloc(p, (c + 2) * sizeof(long));
SETLONG(p, c + 1);
SETLONG(p + c + 1, hash);
fp->privates_of_ClipFrame = p;
}
else
{
p = fp->privates_of_ClipFrame = (long *) malloc(sizeof(long) * 2);
SETLONG(p, 1);
SETLONG(p + 1, hash);
}
}
vp = (VarEntry *) HashTable_fetch(ClipMachineMemory->privates, hash);
np = new_VarEntry(hash);
if (!vp)
HashTable_insert(ClipMachineMemory->privates, np, hash);
else
{
np->VarEntry_next_of_VarEntry = vp;
HashTable_remove(ClipMachineMemory->privates, hash);
HashTable_store(ClipMachineMemory->privates, np, hash);
}
return np;
}
int vnet_peer_del(VarpAddr *addr){
int ret = 0;
unsigned long flags;
vnet_peer_write_lock(flags);
ret = HashTable_remove(vnet_peer_table, addr);
vnet_peer_write_unlock(flags);
return ret;
}