public void ModifyVmNatPortForward(VmId vm, int natNo, string ruleName, PortType portType, string hostIp, int hostPort, string guestIp, int guestPort) { if (vm == null) { throw new ArgumentNullException(nameof(vm), nameof(ModifyVmNatPortForward) + " requires a target"); } if (vm == "") { throw new ArgumentException(nameof(ModifyVmNatPortForward) + " requires a target", nameof(vm)); } if (natNo < 1) { throw new ArgumentOutOfRangeException(nameof(natNo), natNo, "natNo is 1-based"); } ruleName = ruleName ?? ""; hostIp = hostIp ?? ""; guestIp = guestIp ?? ""; var rule = $"{ruleName},{portType.ToString().ToLowerInvariant()},{hostIp},{hostPort},{guestIp},{guestPort}"; var exit = Proc.ExecIn(null, VBoxManagePath, $"modifyvm {vm} --natpf{natNo} \"{rule}\"", stdout => { }, stderr => { }, ProcessWindowStyle.Hidden); if (exit != 0) { throw new ToolResultSyntaxException("VBoxManage modifyvm .... --natpf...", "Returned nonzero"); } }
public override void WriteToXML(XElement root) { XElement xmldatatype = new XElement("PortDefenition"); base.WriteToXML(xmldatatype); xmldatatype.Add(new XElement("InterfaceGUID", InterfaceGUID.ToString("B"))); xmldatatype.Add(new XElement("PortType", PortType.ToString())); root.Add(xmldatatype); }
public virtual void SerializeNetwork(XmlWriter xmlWriter) { xmlWriter.WriteStartAttribute("Id"); xmlWriter.WriteValue(Id.ToString()); xmlWriter.WriteEndAttribute(); xmlWriter.WriteStartAttribute("PortType"); xmlWriter.WriteValue(PortType.ToString()); xmlWriter.WriteEndAttribute(); xmlWriter.WriteStartAttribute("ParentNodeId"); xmlWriter.WriteValue(ParentNode.Guid.ToString()); xmlWriter.WriteEndAttribute(); }
public override string ToString()// Manufacturer-Name-Type-(Port) { StringBuilder DeviceFullName = new StringBuilder(); DeviceFullName.AppendFormat(Manufacturer); DeviceFullName.AppendFormat(Name); DeviceFullName.AppendFormat(Type.ToString()); DeviceFullName.Append('('); DeviceFullName.AppendFormat(PortType.ToString()); DeviceFullName.Append(')'); return(DeviceFullName.ToString()); }
void SetPorts() { Ports.SetActive(true); MultipleWidgetTopHalf.SetActive(false); InitializePortSets(); _portList = new List <string>(); if (!_modSettings.DebugModeForceAllPossiblePorts) { var portset = Random.Range(0, _modSettings.EnableExtendedPorts ? _portGroups.Count : 2); foreach (var set in _portGroups[portset]) { if (!_modSettings.DebugModeForceAllPortsInCurrentSet && !(Random.value > 0.5f)) { continue; } _presentPorts |= set; _portLookup[set].SetActive(true); if (_portFiller.ContainsKey(set)) { _portFiller[set].SetActive(false); } _portList.Add(set.ToString()); } //DebugLog("Using ports from the following port set: {0}", _portGroupNames[portset]); DebugLog("Ports ({0}): {1}", _portGroupNames[portset], _presentPorts.ToString()); } else { DebugLog("Forcing EVERY possible port."); foreach (var port in _portLookup.Keys) { _presentPorts |= port; _portLookup[port].SetActive(true); _portList.Add(port.ToString()); if (_portFiller.ContainsKey(port)) { _portFiller[port].SetActive(false); } } DebugLog("Ports ({0}): {1}", "Everything", _presentPorts.ToString()); } //Debug.LogFormat("[PortWidget] Randomizing Port Widget: {0}", _presentPorts.ToString()); }
public override bool Read(PortType portType, uint port, out BitArray bitArray) { uint value = 0; bool isOk; bitArray = new BitArray(Channels,false); if (!IsOpen) return false; if (portType == PortType.DO) { isOk = DOReadPort(port, out value); RaisedOnReadEvent(new IOCardEventArgs(port, Gadget.IntToBitArray(value, Channels), isOk)); if (isOk) { bitArray = Gadget.IntToBitArray(value, Channels); return true; } else { bitArray = new BitArray(Channels, false); throw new APXExeception(String.Format("{0} Read Fail.", portType.ToString())); } } else if (portType == PortType.DI) { isOk = DIReadPort(port, out value); if (isOk) { bitArray = Gadget.IntToBitArray(value, 32); return true; } else { bitArray = new BitArray(32, false); throw new APXExeception("DI Read Fail."); } } else { bitArray = new BitArray(32, false); throw new APXExeception("PortType: {0} is not Support."); } }
public static bool IsPortPresent(this KMBombInfo bombInfo, PortType portType) { return(bombInfo.IsPortPresent(portType.ToString())); }
public static int GetPortCount(this KMBombInfo bombInfo, PortType portType) { return(bombInfo.GetPortCount(portType.ToString())); }
public bool Connect(Module module) { if (module.portType != type) { Debug.LogWarning("Type Mismatch: " + module.portType.ToString() + "|" + gameObject.name + " " + module.gameObject.name + "|" + type.ToString()); return(false); } if (module == null) { Debug.LogWarning("Attempted to connect null module"); return(false); } if (this.module != null) { Debug.LogWarning("Port: " + gameObject.name + " Already has module connected: " + module.name); return(false); } this.module = module; module.transform.position = transform.position; module.transform.rotation = transform.rotation; module.transform.SetParent(transform); float zpos = 0; if (transform.localPosition.y <= 0) { zpos = transform.localPosition.y; } else { zpos = 2 * transform.localPosition.y; } module.transform.localPosition = new Vector3 (module.transform.localPosition.x, module.transform.localPosition.y, zpos / 10f); module.Register(this); module.OnConnect(); root.OnPortConnected(module); return(true); }