protected override void WndProc(ref Message m)
{
bool IsHandled = false;
USBPort.ProcessWindowsMessage(m.Msg, m.WParam, m.LParam, ref IsHandled);
base.WndProc(ref m);
}
// return a list of the down stream ports
public ReadOnlyCollection <USBPort> GetPorts()
{
var PortList = new List <USBPort>();
// Open a handle to the Hub device
var h = CreateFile(HubDevicePath, GENERIC_WRITE, FILE_SHARE_WRITE, IntPtr.Zero, OPEN_EXISTING, 0, IntPtr.Zero);
if (h.ToInt32() == INVALID_HANDLE_VALUE)
{
return(new ReadOnlyCollection <USBPort>(PortList));
}
var nBytes = Marshal.SizeOf(typeof(USB_NODE_CONNECTION_INFORMATION_EX));
var ptrNodeConnection = Marshal.AllocHGlobal(nBytes);
// loop thru all of the ports on the hub
// BTW: Ports are numbered starting at 1
for (var i = 1; i <= HubPortCount; i++)
{
int nBytesReturned;
var NodeConnection = new USB_NODE_CONNECTION_INFORMATION_EX
{
ConnectionIndex = i
};
Marshal.StructureToPtr(NodeConnection, ptrNodeConnection, true);
if (!DeviceIoControl(h, IOCTL_USB_GET_NODE_CONNECTION_INFORMATION_EX, ptrNodeConnection, nBytes,
ptrNodeConnection, nBytes, out nBytesReturned, IntPtr.Zero))
{
continue;
}
NodeConnection = (USB_NODE_CONNECTION_INFORMATION_EX)Marshal.PtrToStructure(ptrNodeConnection, typeof(USB_NODE_CONNECTION_INFORMATION_EX));
// load up the USBPort class
var Status = (USB_CONNECTION_STATUS)NodeConnection.ConnectionStatus;
var Speed = (USB_DEVICE_SPEED)NodeConnection.Speed;
var port = new USBPort
{
PortPortNumber = i,
PortHubDevicePath = HubDevicePath,
PortStatus = Status.ToString(),
PortSpeed = Speed.ToString(),
PortIsDeviceConnected =
(NodeConnection.ConnectionStatus == (int)USB_CONNECTION_STATUS.DeviceConnected),
PortIsHub = Convert.ToBoolean(NodeConnection.DeviceIsHub),
PortDeviceDescriptor = NodeConnection.DeviceDescriptor
};
// add it to the list
PortList.Add(port);
}
Marshal.FreeHGlobal(ptrNodeConnection);
CloseHandle(h);
// convert it into a Collection
return(new ReadOnlyCollection <USBPort>(PortList));
}
//constructor
public ControlSystem()
: base()
{
string DeviceType = this.ControllerPrompt;
if (DeviceType != "CP3" && DeviceType != "CP3N")
{
ErrorLog.Error("This program is for a CP3 or CP3N Control System");
ErrorLog.Error("Terminating Execution");
throw new NotSupportedException();
}
try
{
#region Onboard Devices
//CP3 onboard devices
//Slot-02.Slot2.1
Ethernet_Information = AdapterInformation.GetAdapterInformation();
//Slot-03.Slot-01
Com01 = new TwoWaySerialDriver(this.ComPorts[1]);
//Slot-03.Slot-02
Com02 = new RS232OnlyTwoWaySerialDriver(this.ComPorts[2]);
//Slot-03.Slot-03
Com03 = new RS232OnlyTwoWaySerialDriver(this.ComPorts[3]);
//Slot-04
C2I_CP3_IO8 = IOs8AnalogInputCard.GetIO8AnalogInputCard(VersiPorts);
//Slot-05
C2I_CP3_RY8 = Relays8Card.GetRelay8Card(RelayPorts);
//Slot-06 Port-01
IR1 = this.IROutputPorts[1];
//Slot-06 Port-02
IR2 = this.IROutputPorts[2];
//Slot-07
C2I_CP3_SYSTEMMONITOR = System_Monitor.GetSystemMonitor();
//Slot-07.Slot-01
C2I_CP3_SYSTEMCONTROL = System_Control.GetSystemControl();
//Slot-7.Slot-02
C2I_CP3_SYSTEMINFORMATION = System_Information.GetSystemInformation();
//Slot-10.Slot-01
C2I_USB_HID = new USBPort(UsbHids[1]);
#endregion
//Single Port examples:
//IOPort8 = new IOPort(VersiPorts[8]);
//Relay8 = new SingleRelay(RelayPorts[8]);
Thread.MaxNumberOfUserThreads = 20;
}
catch (Exception e)
{
ErrorLog.Error("Error in the constructor: {0}", e.Message);
}
}
protected unsafe static void GetPortInformation(USBPort port)
{
// Collect the node information
IOCTLcommand ioctl = new IOCTLcommand();
ioctl.ioctlNo = UsbApi.CTL_CODE(0x00000022, (uint)UsbApi.UsbIoctlFunction.USB_GET_NODE_CONNECTION_INFORMATION_EX, 0, 0x0);
port.connInfo = new UsbApi.UsbNativeType.USB_NODE_CONNECTION_INFORMATION();
port.connInfo.ConnectionIndex = port.portIndex;
ioctl.inputBuffer = UsbApi.UsbNativeType.Serialize(port.connInfo);
ioctl.outputMaxSize = (uint)Marshal.SizeOf(port.connInfo);
try {
// Open Root hub
IntPtr hHub = UsbApi.OpenDevice(port.rootHub.devicePath, true);
IoStatus status = UsbApi.DeviceIoControl(hHub, ioctl);
UsbApi.CloseDevice(hHub);
port.connInfo = (UsbApi.UsbNativeType.USB_NODE_CONNECTION_INFORMATION)UsbApi.UsbNativeType.Deserialize(
status.buffer, 0, typeof(UsbApi.UsbNativeType.USB_NODE_CONNECTION_INFORMATION));
} catch (Exception) {}
}
public ReadOnlyCollection <USBPort> GetPorts()
{
List <USBPort> list = new List <USBPort>();
IntPtr intPtr = Acer_USB_Library.CreateFile(this.HubDevicePath, 1073741824, 2, IntPtr.Zero, 3, 0, IntPtr.Zero);
if (intPtr.ToInt32() != -1)
{
int num = Marshal.SizeOf(typeof(USB_NODE_CONNECTION_INFORMATION_EX));
IntPtr intPtr2 = Marshal.AllocHGlobal(num);
for (int i = 1; i <= this.HubPortCount; i++)
{
USB_NODE_CONNECTION_INFORMATION_EX uSB_NODE_CONNECTION_INFORMATION_EX = default(USB_NODE_CONNECTION_INFORMATION_EX);
uSB_NODE_CONNECTION_INFORMATION_EX.ConnectionIndex = i;
Marshal.StructureToPtr(uSB_NODE_CONNECTION_INFORMATION_EX, intPtr2, true);
int num2 = default(int);
if (Acer_USB_Library.DeviceIoControl(intPtr, 2229320, intPtr2, num, intPtr2, num, out num2, IntPtr.Zero))
{
uSB_NODE_CONNECTION_INFORMATION_EX = (USB_NODE_CONNECTION_INFORMATION_EX)Marshal.PtrToStructure(intPtr2, typeof(USB_NODE_CONNECTION_INFORMATION_EX));
USBPort uSBPort = new USBPort();
uSBPort.PortPortNumber = i;
uSBPort.PortHubDevicePath = this.HubDevicePath;
USB_CONNECTION_STATUS connectionStatus = (USB_CONNECTION_STATUS)uSB_NODE_CONNECTION_INFORMATION_EX.ConnectionStatus;
uSBPort.PortStatus = connectionStatus.ToString();
USB_DEVICE_SPEED speed = (USB_DEVICE_SPEED)uSB_NODE_CONNECTION_INFORMATION_EX.Speed;
uSBPort.PortSpeed = speed.ToString();
uSBPort.PortIsDeviceConnected = (uSB_NODE_CONNECTION_INFORMATION_EX.ConnectionStatus == 1);
uSBPort.PortIsHub = Convert.ToBoolean(uSB_NODE_CONNECTION_INFORMATION_EX.DeviceIsHub);
uSBPort.PortDeviceDescriptor = uSB_NODE_CONNECTION_INFORMATION_EX.DeviceDescriptor;
list.Add(uSBPort);
}
}
Marshal.FreeHGlobal(intPtr2);
Acer_USB_Library.CloseHandle(intPtr);
}
return(new ReadOnlyCollection <USBPort>(list));
}
protected unsafe static string GetStringDescriptor(USBPort port, Byte stringIndex)
{
UsbApi.UsbNativeType.USB_DESCRIPTOR_REQUEST descriptor = new UsbApi.UsbNativeType.USB_DESCRIPTOR_REQUEST();
descriptor.ConnectionIndex = port.portIndex;
// USBD will automatically initialize these fields:
// bmRequest = 0x80
// bRequest = 0x06
// wValue = Descriptor Type (high) and Descriptor Index (low byte)
descriptor.wValue = (ushort)(((ushort)UsbApi.UsbNativeType.UsbDescriptorType.USB_STRING_DESCRIPTOR_TYPE << 8) | (ushort)stringIndex);
// wIndex = Zero (or Language ID for String Descriptors)
descriptor.wIndex = (ushort)0;
// wLength = Length of descriptor buffer
descriptor.wLength = (ushort)Marshal.SizeOf(typeof(UsbApi.UsbNativeType.USB_STRING_DESCRIPTOR));
// Collect the information string
IOCTLcommand ioctl = new IOCTLcommand();
ioctl.ioctlNo = UsbApi.CTL_CODE(0x00000022, (uint)UsbApi.UsbIoctlFunction.USB_GET_DESCRIPTOR_FROM_NODE_CONNECTION, 0, 0x0);
ioctl.inputBuffer = UsbApi.UsbNativeType.Serialize(descriptor);
ioctl.outputMaxSize = (uint)Marshal.SizeOf(descriptor);
string result = null;
try {
// Open Root hub
IntPtr hHub = UsbApi.OpenDevice(port.rootHub.devicePath, true);
IoStatus status = UsbApi.DeviceIoControl(hHub, ioctl);
UsbApi.CloseDevice(hHub);
descriptor = (UsbApi.UsbNativeType.USB_DESCRIPTOR_REQUEST)UsbApi.UsbNativeType.Deserialize(
status.buffer, 0, typeof(UsbApi.UsbNativeType.USB_DESCRIPTOR_REQUEST));
UsbApi.UsbNativeType.USB_STRING_DESCRIPTOR strDescr = (UsbApi.UsbNativeType.USB_STRING_DESCRIPTOR)UsbApi.UsbNativeType.Deserialize(
descriptor.Data, 0, typeof(UsbApi.UsbNativeType.USB_STRING_DESCRIPTOR));
result = new String(Encoding.Unicode.GetChars(strDescr.bString, 0, strDescr.bLength));
}
catch (Exception) { result = "Invalid string value"; }
return(result);
}
public TestUsbHids(USBPort UsbHid)
{
_UsbHid = UsbHid;
Start();
}
// return a list of the down stream ports
public System.Collections.ObjectModel.ReadOnlyCollection<USBPort> GetPorts()
{
List<USBPort> PortList = new List<USBPort>();
// Open a handle to the Hub device
IntPtr h = CreateFile(HubDevicePath, GENERIC_WRITE, FILE_SHARE_WRITE, IntPtr.Zero, OPEN_EXISTING, 0, IntPtr.Zero);
if (h.ToInt32() != INVALID_HANDLE_VALUE)
{
int nBytes = Marshal.SizeOf(typeof(USB_NODE_CONNECTION_INFORMATION_EX));
IntPtr ptrNodeConnection = Marshal.AllocHGlobal(nBytes);
// loop thru all of the ports on the hub
// BTW: Ports are numbered starting at 1
for (int i = 1; i <= HubPortCount; i++)
{
int nBytesReturned;
USB_NODE_CONNECTION_INFORMATION_EX NodeConnection = new USB_NODE_CONNECTION_INFORMATION_EX();
NodeConnection.ConnectionIndex = i;
Marshal.StructureToPtr(NodeConnection, ptrNodeConnection, true);
if (DeviceIoControl(h, IOCTL_USB_GET_NODE_CONNECTION_INFORMATION_EX, ptrNodeConnection, nBytes, ptrNodeConnection, nBytes, out nBytesReturned, IntPtr.Zero))
{
NodeConnection = (USB_NODE_CONNECTION_INFORMATION_EX)Marshal.PtrToStructure(ptrNodeConnection, typeof(USB_NODE_CONNECTION_INFORMATION_EX));
// load up the USBPort class
USBPort port = new USBPort();
port.PortPortNumber = i;
port.PortHubDevicePath = HubDevicePath;
USB_CONNECTION_STATUS Status = (USB_CONNECTION_STATUS)NodeConnection.ConnectionStatus;
port.PortStatus = Status.ToString();
USB_DEVICE_SPEED Speed = (USB_DEVICE_SPEED)NodeConnection.Speed;
port.PortSpeed = Speed.ToString();
port.PortIsDeviceConnected = (NodeConnection.ConnectionStatus == (int)USB_CONNECTION_STATUS.DeviceConnected);
port.PortIsHub = Convert.ToBoolean(NodeConnection.DeviceIsHub);
port.PortDeviceDescriptor = NodeConnection.DeviceDescriptor;
// add it to the list
PortList.Add(port);
}
}
Marshal.FreeHGlobal(ptrNodeConnection);
CloseHandle(h);
}
// convert it into a Collection
return new System.Collections.ObjectModel.ReadOnlyCollection<USBPort>(PortList);
}
internal unsafe static List <UsbApi.UsbNativeType.IUSB_COMMON_DESCRIPTOR> GetConfigurationDescriptors(USBPort port, Byte configIndex)
{
UsbApi.UsbNativeType.USB_DESCRIPTOR_REQUEST descriptor = new UsbApi.UsbNativeType.USB_DESCRIPTOR_REQUEST();
descriptor.ConnectionIndex = port.portIndex;
// USBD will automatically initialize these fields:
// bmRequest = 0x80
// bRequest = 0x06
// wValue = Descriptor Type (high) and Descriptor Index (low byte)
descriptor.wValue = (ushort)(((ushort)UsbApi.UsbNativeType.UsbDescriptorType.USB_CONFIGURATION_DESCRIPTOR_TYPE << 8) | (ushort)configIndex);
// wIndex = Zero (or Language ID for String Descriptors)
descriptor.wIndex = (ushort)0;
// wLength = Length of descriptor buffer
descriptor.wLength = (ushort)512;
// Collect the information string
IOCTLcommand ioctl = new IOCTLcommand();
ioctl.ioctlNo = UsbApi.CTL_CODE(0x00000022, (uint)UsbApi.UsbIoctlFunction.USB_GET_DESCRIPTOR_FROM_NODE_CONNECTION, 0, 0x0);
ioctl.inputBuffer = UsbApi.UsbNativeType.Serialize(descriptor);
ioctl.outputMaxSize = (uint)Marshal.SizeOf(descriptor);
List <UsbApi.UsbNativeType.IUSB_COMMON_DESCRIPTOR> descriptorList = new List <UsbApi.UsbNativeType.IUSB_COMMON_DESCRIPTOR>();
try
{
// Open Root hub
IntPtr hHub = UsbApi.OpenDevice(port.rootHub.devicePath, true);
IoStatus status = UsbApi.DeviceIoControl(hHub, ioctl);
UsbApi.CloseDevice(hHub);
descriptor = (UsbApi.UsbNativeType.USB_DESCRIPTOR_REQUEST)UsbApi.UsbNativeType.Deserialize(
status.buffer, 0, typeof(UsbApi.UsbNativeType.USB_DESCRIPTOR_REQUEST));
UsbApi.UsbNativeType.USB_CONFIGURATION_DESCRIPTOR confDescr = (UsbApi.UsbNativeType.USB_CONFIGURATION_DESCRIPTOR)UsbApi.UsbNativeType.Deserialize(
descriptor.Data, 0, typeof(UsbApi.UsbNativeType.USB_CONFIGURATION_DESCRIPTOR));
descriptorList.Add(confDescr);
// Now deserialize all returned descriptors
int descrStart = confDescr.bLength;
UsbApi.UsbNativeType.IUSB_COMMON_DESCRIPTOR common;
while (descrStart < confDescr.wTotalLength)
{
common = (UsbApi.UsbNativeType.IUSB_COMMON_DESCRIPTOR)UsbApi.UsbNativeType.Deserialize(
descriptor.Data, descrStart, typeof(UsbApi.UsbNativeType.USB_COMMON_DESCRIPTOR));
switch (common.DescriptorType)
{
case UsbApi.UsbNativeType.UsbDescriptorType.USB_CONFIGURATION_DESCRIPTOR_TYPE:
common = (UsbApi.UsbNativeType.IUSB_COMMON_DESCRIPTOR)UsbApi.UsbNativeType.Deserialize(
descriptor.Data, descrStart, typeof(UsbApi.UsbNativeType.USB_CONFIGURATION_DESCRIPTOR));
break;
case UsbApi.UsbNativeType.UsbDescriptorType.USB_INTERFACE_DESCRIPTOR_TYPE:
common = (UsbApi.UsbNativeType.IUSB_COMMON_DESCRIPTOR)UsbApi.UsbNativeType.Deserialize(
descriptor.Data, descrStart, typeof(UsbApi.UsbNativeType.USB_INTERFACE_DESCRIPTOR));
break;
case UsbApi.UsbNativeType.UsbDescriptorType.USB_ENDPOINT_DESCRIPTOR_TYPE:
common = (UsbApi.UsbNativeType.IUSB_COMMON_DESCRIPTOR)UsbApi.UsbNativeType.Deserialize(
descriptor.Data, descrStart, typeof(UsbApi.UsbNativeType.USB_ENDPOINT_DESCRIPTOR));
break;
}
descrStart += common.Length;
descriptorList.Add(common);
}
}
catch (Exception) {}
return(descriptorList);
}
public ControlSystem()
: base()
{
TestControlSystemType.isDMPS4K150C(this, "This program is for a DMPS4K150 Control System");
try
{
Thread.MaxNumberOfUserThreads = 20;
#region Assigning SIMPL like classes
//This clases are created to mimic the modules find in SIMPL
//Slot-01
Com01 = new DMPS3TwoWaySerialDriver(this.ComPorts[1]);
//Slot-02
IRIn1 = this.IROutputPorts[1];
//Slot-03
Digtal_Inputs = DigitalInputs2Card.GetSlot2DigitalInputs(this.DigitalInputPorts);
//Slot-04
Relays = Relays2Card.GetRelay2Card(this.RelayPorts);
//Slot-07.Slot01
Ethernet_Information = AdapterInformation.GetAdapterInformation();
//Slot-08.Slot-01
DeviceControl = DMPS4K150C_DeviceControl.GetDMPS4K150C_DeviceControl(this);
//Slot-08.Slot-02
AVControl = DMPS4K150C_AVControl.GetDMPS4K150C_AVControl(this);
//Slot-08.Slot-02.Slot-01.Slot-01
Mic1 = DMPS4K150C_Mic1.GetDMPS4K150C_Mic(this);
//Slot-08.Slot-02.Slot-02.Slot-01
VGA1 = DMPS4K150C_VGA_Input.GetVGAInput(this, eDmps34K150CInputs.Vga1);
//Slot-08.Slot-02.Slot-02.Slot-02
VGA2 = DMPS4K150C_VGA_Input.GetVGAInput(this, eDmps34K150CInputs.Vga2);
//Slot-08.Slot-02.Slot-02.Slot-03
VGA3 = DMPS4K150C_VGA_Input.GetVGAInput(this, eDmps34K150CInputs.Vga3);
//Slot-08.Slot-02.Slot-02.Slot-04
VGA4 = DMPS4K150C_VGA_Input.GetVGAInput(this, eDmps34K150CInputs.Vga4);
//Slot-08.Slot-02.Slot-02.Slot-05
HDMI1 = DMPS4K150C_HDMI_Input.GetHDMIInput(this, eDmps34K150CInputs.Hdmi1);
//Slot-08.Slot-02.Slot-02.Slot-06
HDMI2 = DMPS4K150C_HDMI_Input.GetHDMIInput(this, eDmps34K150CInputs.Hdmi2);
//Slot-08.Slot-02.Slot-02.Slot-07
HDMI3 = DMPS4K150C_HDMI_Input.GetHDMIInput(this, eDmps34K150CInputs.Hdmi3);
//Slot-08.Slot-02.Slot-02.Slot-08
HDMI4 = DMPS4K150C_HDMI_Input.GetHDMIInput(this, eDmps34K150CInputs.Hdmi4);
//Slot-08.Slot-02.Slot-02.Slot-09
DM1 = DMPS4K150C_DM_Input.GetDMInput(this, eDmps34K150CInputs.Dm1);
//Slot-08.Slot-02.Slot-02.Slot-10
DM2 = DMPS4K150C_DM_Input.GetDMInput(this, eDmps34K150CInputs.Dm2);
//Slot-08.Slot-02.Slot-03.Slot-01
AnalogAudioOutput = DMPS4K150C_AnalogAudioOutput.GetDMPS4K150C_Mic(this);
//Slot-08.Slot-02.Slot-03.Slot-02
DM1Out = DMPS4K150C_DM_Output.GetDMOutput(this, eDmps34K150COutputs.DmHdmiAnalogOutput);
//Slot-09.Slot-01
TT_1XX = new ConnectItDevice(new Tt1xx(this, 1));
//Slot-11.Slot-01
C2I_USB_HID1 = new USBPort(this.UsbHids[1]);
//Slot-11.Slot-02
C2I_USB_HID2 = new USBPort(this.UsbHids[2]);
//Slot-11.Slot-03
C2I_USB_HID3 = new USBPort(this.UsbHids[3]);
//Slot-11.Slot-04
C2I_USB_HID4 = new USBPort(this.UsbHids[4]);
//Slot-12
System_Monitor = System_Monitor.GetSystemMonitor();
//Slot-12.Slot-01
System_Control = System_Control.GetSystemControl();
//Slot-12.Slot-02
SystemInformation = System_Information.GetSystemInformation();
#endregion
#region Enpoints
var DMTransmitter1 = this.SwitcherInputs[(uint)eDmps34K150CInputs.Dm1] as DMInput;
Transmitter1 = new DM_TX_4K_100_C_1G(DMTransmitter1);
var DMReciver = this.SwitcherOutputs[(uint)eDmps34K150COutputs.DmHdmiAnalogOutput] as DMOutput;
Receiver1 = new DM_RMC_4K_100_C_1G(DMReciver);
#endregion
}
catch (Exception e)
{
ErrorLog.Error("Error in the constructor: {0}", e.Message);
}
}
public int AddMonitorToDb(MonitorVm bind)
{
var speakers = Mapper.Map <SpeakersVm, Speakers>(bind.Speakers);
var camera = Mapper.Map <CameraVm, Camera>(bind.Camera);
var monitor = Mapper.Map <MonitorVm, Monitor>(bind);
var placeholderImage = @"/placeholder.jpg";
foreach (var port in bind.VideoPorts)
{
var type = VideoPortEnum.VGA;
Enum.TryParse(port.Type, out type);
var videoPort = new VideoPort()
{
Type = type,
Num = port.Num,
};
monitor.VideoPorts.Add(videoPort);
}
foreach (var usbPort in bind.USBPorts)
{
var type = USBPortEnum.usb_2_0;
Enum.TryParse(usbPort.Type, out type);
var USBPort = new USBPort()
{
Type = type,
Num = usbPort.Num,
};
monitor.USBPorts.Add(USBPort);
}
foreach (var entry in bind.PanelColors)
{
monitor.PanelColors.Add(new PanelColor()
{
Value = entry
});
}
foreach (var entry in bind.CertificatesStandartsLicenses)
{
monitor.CertificatesStandartsLicenses.Add(new CertificateStandartLicense()
{
Value = entry
});
}
foreach (var entry in bind.Features)
{
monitor.Features.Add(new Feature()
{
Value = entry
});
}
foreach (var entry in bind.UnhandledDisplaySpecificationProperties)
{
monitor.UnhandledDisplaySpecificationProperties.Add(new UnhandledDIsplaySpecificationProperty()
{
Value = entry
});
}
monitor.Speakers = speakers;
monitor.Camera = camera;
monitor.Brand = context.Brands.FirstOrDefault(x => x.Id == bind.BrandId);
monitor.Thumbnail = placeholderImage;
context.Monitors.Add(monitor);
context.SaveChanges();
return(monitor.Id);
}
public int EditMonitor(MonitorVm bind)
{
var monitor = context.Monitors.Find(bind.Id);
if (monitor.Brand.Id != bind.BrandId)
{
monitor.Brand = context.Brands.FirstOrDefault(x => x.Id == bind.BrandId);
}
monitor = Mapper.Map <MonitorVm, Monitor>(bind, monitor);
var obsoleteVideoPorts = context.VideoPorts.Where(x => x.MonitorId == bind.Id).ToList();
var obsoleteUSBPorts = context.USBPorts.Where(x => x.MonitorId == bind.Id).ToList();
var obsoletePanelColors = context.PanelColors.Where(x => x.MonitorId == bind.Id).ToList();
var obsoleteFeatures = context.Features.Where(x => x.MonitorId == bind.Id).ToList();
var obsoleteCsls = context.CertificatesStandartsLicenses.Where(x => x.MonitorId == bind.Id).ToList();
var obsoleteUnhandled = context.UnhandledDisplaySpecificationProperties.Where(x => x.MonitorId == bind.Id).ToList();
foreach (var port in obsoleteVideoPorts)
{
context.VideoPorts.Remove(port);
}
foreach (var usbPort in obsoleteUSBPorts)
{
context.USBPorts.Remove(usbPort);
}
foreach (var panelColor in obsoletePanelColors)
{
context.PanelColors.Remove(panelColor);
}
foreach (var feature in obsoleteFeatures)
{
context.Features.Remove(feature);
}
foreach (var csl in obsoleteCsls)
{
context.CertificatesStandartsLicenses.Remove(csl);
}
foreach (var unhandled in obsoleteUnhandled)
{
context.UnhandledDisplaySpecificationProperties.Remove(unhandled);
}
foreach (var port in bind.VideoPorts)
{
var type = VideoPortEnum.VGA;
Enum.TryParse(port.Type, out type);
var videoPort = new VideoPort()
{
Type = type,
Num = port.Num,
};
monitor.VideoPorts.Add(videoPort);
}
foreach (var USBport in bind.USBPorts)
{
var type = USBPortEnum.usb_2_0;
Enum.TryParse(USBport.Type, out type);
var USBPort = new USBPort()
{
Type = type,
Num = USBport.Num,
};
monitor.USBPorts.Add(USBPort);
}
foreach (var entry in bind.PanelColors)
{
monitor.PanelColors.Add(new PanelColor()
{
Value = entry
});
}
foreach (var entry in bind.CertificatesStandartsLicenses)
{
monitor.CertificatesStandartsLicenses.Add(new CertificateStandartLicense()
{
Value = entry
});
}
foreach (var entry in bind.Features)
{
monitor.Features.Add(new Feature()
{
Value = entry
});
}
foreach (var entry in bind.UnhandledDisplaySpecificationProperties)
{
monitor.UnhandledDisplaySpecificationProperties.Add(new UnhandledDIsplaySpecificationProperty()
{
Value = entry
});
}
context.Entry(monitor).State = EntityState.Modified;
context.SaveChanges();
return(monitor.Id);
}
