Method Intel8254x

Kernel/src/net/8254x.cpp:232–299

    }

    Intel8254x::Intel8254x(PCIDevice& device) : pciDevice(device){
        assert(device.vendorID != 0xFFFF);

        txTail = rxTail = 0;

        memBase = device.GetBaseAddressRegister(0);

        if(device.BarIsIOPort(1)) {
            ioBase = device.GetBaseAddressRegister(1);
        } else if(device.BarIsIOPort(2)) {
            ioBase = device.GetBaseAddressRegister(2);
        } 

        memBaseVirt = (void*)Memory::GetIOMapping(memBase);
        hasEEPROM = CheckForEEPROM();

        Log::Info("[i8254x]    Base Address: %x, Base Address (virtual): %x, IO Base: %x, EEPROM Present: %s, Base Address 1: %x, Base Address 2: %x", device.GetBaseAddressRegister(0), memBaseVirt, ioBase, (hasEEPROM ? "true" : "false"), device.GetBaseAddressRegister(1), device.GetBaseAddressRegister(2));

        if(!hasEEPROM){
            Log::Error("[i8254x] No EEPROM Present!");
            return;
        }

        int irqNum = device.AllocateVector(PCIVectors::PCIVectorAny);
        Log::Write(",IRQ: ");
        Log::Write(irqNum);
        IDT::RegisterInterruptHandler(irqNum, reinterpret_cast<isr_t>(&Intel8254x::InterruptHandler), this);

        uint8_t macAddr[6];

        pciDevice.EnableBusMastering();

        uint32_t t;
		t = ReadEEPROM(0);
		macAddr[0] = t & 0xFF;
		macAddr[1] = t >> 8;
		t = ReadEEPROM(1);
		macAddr[2] = t & 0xFF;
		macAddr[3] = t >> 8;
		t = ReadEEPROM(2);
		macAddr[4] = t & 0xFF;
		macAddr[5] = t >> 8;

        Log::Write(", MAC Address: ");
        Log::Write(macAddr[0]);
        Log::Write(":");
        Log::Write(macAddr[1]);
        Log::Write(":");
        Log::Write(macAddr[2]);
        Log::Write(":");
        Log::Write(macAddr[3]);
        Log::Write(":");
        Log::Write(macAddr[4]);
        Log::Write(":");
        Log::Write(macAddr[5]);

        mac = macAddr;