HASH_TABLE_PTR x_ipc_hashTableCreate(int32 size, HASH_FN hashFunc, EQ_HASH_FN eqFunc)
#endif
{
int32 i;
HASH_ELEM_PTR *table;
HASH_TABLE_PTR hashTable;
#if defined(DBMALLOC)
hashTable = NEW_DB(file,line,HASH_TABLE_TYPE);
table = (HASH_ELEM_PTR *)x_ipcDBMalloc(file,line,
sizeof(HASH_ELEM_PTR)*(unsigned)size);
#else
hashTable = NEW(HASH_TABLE_TYPE);
table = (HASH_ELEM_PTR *)x_ipcMalloc(sizeof(HASH_ELEM_PTR)*(unsigned)size);
#endif
for(i=0;i < size;i++)
table[i] = NULL;
hashTable->size = size;
hashTable->hashFunc = hashFunc;
hashTable->eqFunc = eqFunc;
hashTable->table = table;
return hashTable;
}
static void x_ipc_listIncFreeList(void)
#endif
{
int32 i;
LIST_PTR newList;
LOCK_LIST_MUTEX;
for(i=1;i < LIST_INC_AMOUNT;i++) {
#if defined(DBMALLOC)
newList = NEW_DB(file,line,LIST_TYPE);
#else
newList = NEW(LIST_TYPE);
#endif
if (!newList) {
X_IPC_MOD_ERROR("Error: Can not increment list top level free list.");
UNLOCK_LIST_MUTEX;
return;
}
newList->length = 0;
newList->first = NULL;
newList->last = NULL;
newList->next = NULL;
/* No need to lock M_MUTEX, since list.c is only place this is accessed */
newList->freeList = GET_M_GLOBAL(listFreeListGlobal);
GET_M_GLOBAL(listFreeListGlobal) = newList;
}
UNLOCK_LIST_MUTEX;
}
