private void InnerReset()
{
registers = new regs();
writeOccured = false;
commandLength = 0;
receiveFIFODataCount = 0;
transferFIFODataCount = 0;
}
public override void Reset()
{
registers = new regs();
MAC = new MACAddress();
transmitDescriptorBase = 0;
transmitDescriptorOffset = 0;
receiveDescriptorBase = 0;
transmitDescriptorOffset = 0;
}
public override void Reset()
{
registers = new regs();
MAC = new MACAddress();
transmitDescriptorBase = 0;
transmitDescriptorOffset = 0;
receiveDescriptorBase = 0;
transmitDescriptorOffset = 0;
}
public ZynqEthernet(Machine machine) : base(machine)
{
registers = new regs();
IRQ = new GPIO();
//crc = new Crc16();
MAC = EmulationManager.Instance.CurrentEmulation.MACRepository.GenerateUniqueMAC();
sync = new object();
Reset();
}
public CadenceGEM(Machine machine) : base(machine)
{
registers = new regs();
IRQ = new GPIO();
Link = new NetworkLink(this);
//crc = new Crc16();
MAC = EmulationManager.Instance.CurrentEmulation.MACRepository.GenerateUniqueMAC();
sync = new object();
Reset();
}
public CadenceGEM(Machine machine) : base(machine)
{
registers = new regs();
IRQ = new GPIO();
Link = new NetworkLink(this);
//crc = new Crc16();
MAC = EmulationManager.Instance.CurrentEmulation.MACRepository.GenerateUniqueMAC();
sync = new object();
Reset();
}
public GaislerGPIO(Machine machine, int numberOfPorts, int numberOfInterrupts) : base(machine, numberOfPorts)
{
this.numberOfPorts = numberOfPorts;
if (numberOfPorts < 2 || numberOfPorts > 32)
{
throw new RecoverableException("Port number has to be in [2, 32].");
}
interrupts = new GPIO[numberOfInterrupts];
for (var i = 0; i < interrupts.Length; i++)
{
interrupts[i] = new GPIO();
}
//interruptMap = new int[numberOfInterrupts];
registers = new regs();
Reset();
}
public GaislerGPIO(Machine machine, int numberOfPorts, int numberOfInterrupts) : base(machine, numberOfPorts)
{
this.numberOfPorts = numberOfPorts;
if(numberOfPorts < 2 || numberOfPorts > 32)
{
throw new RecoverableException("Port number has to be in [2, 32].");
}
interrupts = new GPIO[numberOfInterrupts];
for(var i = 0; i < interrupts.Length; i++)
{
interrupts[i] = new GPIO();
}
//interruptMap = new int[numberOfInterrupts];
registers = new regs();
Reset();
}
private void DebuggerInterruptCallback(
uint lwpid,
uint status,
string tdname,
regs regs,
fpregs fpregs,
dbregs dbregs)
{
var tabControlDelegate =
// new Action<object, object>((_param1, _param2) => this.TabControl.SelectedIndex = 0);
new Action(() => this.TabControl.SelectedIndex = 0);
var registersTextBoxDelegate = new Action(() =>
this.RegistersTextBox.Text = "r15 = 0x" + regs.r_r15.ToString("X") +
", r14 = 0x" + regs.r_r14.ToString("X") +
", r13 = 0x" + regs.r_r13.ToString("X") +
", r12 = 0x" + regs.r_r12.ToString("X") +
", r11 = 0x" + regs.r_r11.ToString("X") +
", r10 = 0x" + regs.r_r10.ToString("X") +
", r9 = 0x" + regs.r_r9.ToString("X") +
", r8 = 0x" + regs.r_r8.ToString("X") +
", rdi = 0x" + regs.r_rdi.ToString("X") +
", rsi = 0x" + regs.r_rsi.ToString("X") +
", rbp = 0x" + regs.r_rbp.ToString("X") +
", rbx = 0x" + regs.r_rbx.ToString("X") +
", rdx = 0x" + regs.r_rdx.ToString("X") +
", rcx = 0x" + regs.r_rcx.ToString("X") +
", rax = 0x" + regs.r_rax.ToString("X") +
", trapno = 0x" + regs.r_trapno.ToString("X") +
", fs = 0x" + regs.r_fs.ToString("X") +
", gs = 0x" + regs.r_gs.ToString("X") +
", err = 0x" + regs.r_err.ToString("X") +
", es = 0x" + regs.r_es.ToString("X") +
", ds = 0x" + regs.r_ds.ToString("X") +
", rip = 0x" + regs.r_rip.ToString("X") +
", cs = 0x" + regs.r_cs.ToString("X") +
", rflags = 0x" + regs.r_rflags.ToString("X") +
", rsp = 0x" + regs.r_rsp.ToString("X") +
", ss = 0x" + regs.r_ss.ToString("X"));
var addressTextBoxDelegate = new Action(() =>
this.AddressTextBox.Text = "0x" + regs.r_rip.ToString("X"));
var tryFindButtonDelegate = new Action(() =>
this.TryFindButton_Click((object)null, (EventArgs)null));
this.ps4.Notify(222, "interrupt hit\n(thread: " + tdname + " id: " + (object)lwpid + ")");
this.TabControl.Invoke(tabControlDelegate);
this.RegistersTextBox.Invoke(registersTextBoxDelegate);
this.AddressTextBox.Invoke(addressTextBoxDelegate);
this.TryFindButton.Invoke(tryFindButtonDelegate);
this.data = this.ps4.ReadMemory(this.attachpid, this.address, this.length);
string[] lines = this.GetDisassembly(this.address, this.data);
StringBuilder stringBuilder = new StringBuilder();
for (int index = 1; index < lines.Length; ++index)
{
stringBuilder.AppendLine(lines[index]);
}
string after = stringBuilder.ToString();
var disassemblyTextBoxDelegate = new Action(() =>
{
this.DisassemblyTextBox.Clear();
this.DisassemblyTextBox.AppendText(lines[0] + Environment.NewLine, Color.Salmon);
this.DisassemblyTextBox.AppendText(after);
});
this.DisassemblyTextBox.Invoke(disassemblyTextBoxDelegate);
}
