// 新しいデバイスの発見
void pro100_new(struct pci_device *dev)
{
PRO100_CTX *ctx = SeZeroMalloc(sizeof(PRO100_CTX));
printf ("pro100_new\n");
#ifdef VTD_TRANS
if (iommu_detected) {
add_remap(dev->address.bus_no ,dev->address.device_no ,dev->address.func_no,
vmm_start_inf() >> 12, (vmm_term_inf()-vmm_start_inf()) >> 12, PERM_DMA_RW) ;
}
#endif // of VTD_TRANS
ctx->dev = dev;
ctx->lock = SeNewLock();
dev->host = ctx;
pro100_alloc_recv_buffer(ctx);
if (pro100_ctx == NULL)
{
pro100_ctx = ctx;
}
else
{
printf("Error: Two or more pro100 devices found.\n");
pro100_beep(1234, 5000);
}
}
// 新しい ETH の作成
SE_ETH *SeEthNew(SE_HANDLE nic_handle, UINT nic_type, SE_ETH_RECV_CALLBACK *recv_callback, void *recv_callback_param)
{
SE_ETH *e;
// 引数チェック
if (nic_handle == NULL || recv_callback == NULL)
{
return NULL;
}
e = SeZeroMalloc(sizeof(SE_ETH));
e->NicHandle = nic_handle;
e->RecvCallback = recv_callback;
e->RecvCallbackParam = recv_callback_param;
e->NicType = nic_type;
e->SenderMacList = SeNewList(NULL);
e->SenderMacListLock = SeNewLock();
e->RecvQueue = SeNewQueue();
e->RecvQueueLock = SeNewLock();
e->SendQueue = SeNewQueue();
e->IsPromiscusMode = true;
SeEthGenRandMacAddress(e->MyMacAddress, NULL, 0);
if (e->NicType == SE_NIC_PHYSICAL)
{
SeSysGetPhysicalNicInfo(nic_handle, &e->Info);
SeSysSetPhysicalNicRecvCallback(nic_handle, SeEthNicCallback, e);
}
else
{
SeSysGetVirtualNicInfo(nic_handle, &e->Info);
SeSysSetVirtualNicRecvCallback(nic_handle, SeEthNicCallback, e);
}
return e;
}
// タイマの新規作成
SE_TIMER *SeTimerNew(SE_TIMER_CALLBACK *callback, void *callback_param)
{
SE_TIMER *t;
// 引数チェック
if (callback == NULL)
{
return NULL;
}
t = SeZeroMalloc(sizeof(SE_TIMER));
t->TimerHandle = SeSysNewTimer(SeTimerCallback, t);
t->TimerEntryList = SeNewList(SeTimerEntryCompare);
t->TimerCallback = callback;
t->TimerCallbackParam = callback_param;
t->TimerEntryLock = SeNewLock();
return t;
}
// カーネル系ライブラリの初期化
void SeInitKernel()
{
rt->TickLock = SeNewLock();
rt->StartTick64 = SeTick64Internal();
}
