public void AttachDevice(IUSBPeripheral device, byte port)
{
if (device.GetSpeed() == USBDeviceSpeed.High)
{
ports[port - 1] |= (uint)PortStatus.CPortConnection | (uint)PortStatus.PortConnection | (uint)PortStatus.PortHighSpeed;
}
else
if (device.GetSpeed() == USBDeviceSpeed.Low)
{
ports[port - 1] |= (uint)PortStatus.CPortConnection | (uint)PortStatus.PortConnection | (uint)PortStatus.PortLowSpeed;
}
else
{
ports[port - 1] |= (uint)PortStatus.CPortConnection | (uint)PortStatus.PortConnection;
}
registeredDevices.Add(port, device);
changed = true;
/* Connect device to controller and send interrupt*/
var connected = Connected;
if (connected != null)
{
connected(DeviceAddress);
}
}
public PortStatusAndControlRegisterChanges Attach(IUSBPeripheral portDevice)
{
uint oldPortValue = portValue;
portValue |= CurrentConnectStatus | PortEnabledDisabled | PortEnabledDisabledChange | ConnectStatusChange;
device = portDevice;
attached = true;
return(checkChanges(oldPortValue, portValue));
}
public PortStatusAndControlRegisterChanges Attach(IUSBPeripheral portDevice)
{
uint oldPortValue = portValue;
portValue |= CurrentConnectStatus | PortEnabledDisabled | PortEnabledDisabledChange | ConnectStatusChange;
device = portDevice;
attached = true;
return checkChanges(oldPortValue, portValue);
}
public void ProcessClassSet(USBPacket packet, USBSetupPacket setupPacket)
{
//MessageRecipient recipient = (MessageRecipient)(setupPacket.requestType & 0x3);
ushort index = setupPacket.index;
byte request = setupPacket.request;
ushort value = setupPacket.value;
switch ((HUBRequestCode)request)
{
case HUBRequestCode.ClearHubFeature:
if (index > 0)
{
switch ((PortFeature)value)
{
case PortFeature.CPortSuspend:
ports[index - 1] = (uint)(ports[index - 1] & (~((uint)PortStatus.CPortSuspend)));
break;
case PortFeature.CPortOverCurrent:
ports[index - 1] = (uint)(ports[index - 1] & (~((uint)PortStatus.CPortOverCurrent)));
break;
case PortFeature.CPortEnable:
ports[index - 1] = (uint)(ports[index - 1] & (~((uint)PortStatus.CPortEnable)));
break;
case PortFeature.PortEnable:
ports[index - 1] = (uint)(ports[index - 1] & (uint)PortStatus.PortEnable);
break;
case PortFeature.PortSuspend:
ports[index - 1] = (uint)(ports[index - 1] & (uint)PortStatus.PortSuspend);
break;
case PortFeature.CPortConnection:
ports[index - 1] = (uint)(ports[index - 1] & (~((uint)PortStatus.CPortConnection)));
break;
case PortFeature.CPortReset:
ActiveDevice(this.GetDevice((byte)(index)));
ports[index - 1] = (uint)(ports[index - 1] & (~((uint)PortStatus.CPortReset)));
break;
default:
this.Log(LogLevel.Warning, "Unsupported ClearHubFeature request!!!");
break;
}
}
break;
case HUBRequestCode.SetHubFeature:
if (index > 0)
{
if ((PortFeature)value == PortFeature.PortReset)
{
IUSBPeripheral device = GetDevice((byte)(index));
ports[index - 1] |= (uint)PortStatus.CPortReset;
ports[index - 1] |= (uint)PortStatus.PortEnable;
if (device != null)
{
device.SetAddress(0);
device.Reset();
}
}
else if ((PortFeature)value == PortFeature.PortSuspend)
{
ports[index - 1] |= (uint)PortStatus.PortSuspend;
}
}
break;
default:
this.Log(LogLevel.Warning, "Unsupported HUB ProcessClassSet request!!!");
break;
}
}
public void Unregister(IUSBPeripheral peripheral)
{
DetachDevice(registrationPoints[peripheral].Address.Value);
machine.UnregisterAsAChildOf(this, registrationPoints[peripheral]);
registrationPoints.Remove(peripheral);
}
public IEnumerable <USBRegistrationPoint> GetRegistrationPoints(IUSBPeripheral peripheral)
{
throw new System.NotImplementedException();
}
public void Register(IUSBPeripheral peripheral, USBRegistrationPoint registrationPoint)
{
AttachDevice(peripheral, registrationPoint.Address.Value);
machine.RegisterAsAChildOf(this, peripheral, registrationPoint);
registrationPoints.Add(peripheral, registrationPoint);
}
public void AttachDevice(IUSBPeripheral device, byte port)
{
if (device.GetSpeed()==USBDeviceSpeed.High)
ports[port - 1] |= (uint)PortStatus.CPortConnection | (uint)PortStatus.PortConnection | (uint)PortStatus.PortHighSpeed;
else
if (device.GetSpeed()==USBDeviceSpeed.Low)
ports[port - 1] |= (uint)PortStatus.CPortConnection | (uint)PortStatus.PortConnection | (uint)PortStatus.PortLowSpeed;
else
ports[port - 1] |= (uint)PortStatus.CPortConnection | (uint)PortStatus.PortConnection;
registeredDevices.Add(port, device);
changed = true;
/* Connect device to controller and send interrupt*/
var connected = Connected;
if(connected != null)
{
connected(DeviceAddress);
}
}
public IEnumerable<USBRegistrationPoint> GetRegistrationPoints(IUSBPeripheral peripheral)
{
throw new System.NotImplementedException();
}
public void Unregister(IUSBPeripheral peripheral)
{
DetachDevice(registrationPoints[peripheral].Address.Value);
machine.UnregisterAsAChildOf(this, registrationPoints[peripheral]);
registrationPoints.Remove(peripheral);
}
public void Register(IUSBPeripheral peripheral, USBRegistrationPoint registrationPoint)
{
AttachDevice(peripheral, registrationPoint.Address.Value);
machine.RegisterAsAChildOf(this, peripheral, registrationPoint);
registrationPoints.Add(peripheral, registrationPoint);
}