/*static __inline__*/static void /*__attribute__((always_inline))*/ _ARPSetEntry(ARP_HASH_ENTRY* arpHE, ARP_ENTRY_FLAGS newFlags,
MAC_ADDR* hwAdd, SINGLE_LIST* addList)
{
arpHE->hEntry.flags.value &= ~ARP_FLAG_ENTRY_VALID_MASK;
arpHE->hEntry.flags.value |= newFlags;
if(hwAdd)
{
arpHE->hwAdd = *hwAdd;
}
arpHE->tInsert = arpTimeSeconds;
arpHE->nRetries = 1;
if(addList)
{
SingleListAddTail(addList, (SGL_LIST_NODE*)&arpHE->next);
}
}
void ANNOUNCE_Notify(TCPIP_NET_HANDLE hNet, uint8_t evType, const void * param)
{
if(announceMemH)
{
ANNOUNCE_LIST_NODE* newNode = TCPIP_HEAP_Malloc(announceMemH, sizeof(*newNode));
if(newNode)
{
newNode->handle = hNet;
newNode->event = evType;
SingleListAddTail(&announceEvents, (SGL_LIST_NODE*)newNode);
announceEventPending = true;
return;
}
}
return;
}
ARP_HANDLE ARPRegisterHandler(TCPIP_NET_HANDLE hNet, ARP_EVENT_HANDLER handler, const void* hParam)
{
if(arpMemH)
{
ARP_LIST_NODE* newNode = TCPIP_HEAP_Malloc(arpMemH, sizeof(*newNode));
if(newNode)
{
newNode->handler = handler;
newNode->hParam = hParam;
newNode->hNet = hNet;
SingleListAddTail(&arpRegisteredUsers, (SGL_LIST_NODE*)newNode);
return newNode;
}
}
return 0;
}
// re-inserts at the tail, makes the entry fresh
/*static __inline__*/static void /*__attribute__((always_inline))*/ _ARPRefreshEntry(ARP_HASH_ENTRY* arpHE, SINGLE_LIST* pL)
{
SingleListRemoveNode(pL, (SGL_LIST_NODE*)&arpHE->next);
arpHE->tInsert = arpTimeSeconds;
SingleListAddTail(pL, (SGL_LIST_NODE*)&arpHE->next);
}
