public override string GetDeviceSubTypeStr(DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.LT: switch (dst) { case DeviceSubType.LT: return("LT"); case DeviceSubType.LT_IOLINK: return("LT_IOLINK"); case DeviceSubType.LT_CONE: return("LT_CONE"); case DeviceSubType.LT_CYL: return("LT_CYL"); case DeviceSubType.LT_TRUNC: return("LT_TRUNC"); case DeviceSubType.LT_VIRT: return("LT_VIRT"); } break; } return(""); }
public override Capacity GetCapacity(ControlProcessorHardware cph, DeviceSubType deviceSubType) { if (cph.ModuleType != HardwareModuleType.Button) { return new Capacity { DeviceSubtypeIsNotSuitableForCurrentHardware = true } } ; switch (deviceSubType) { case DeviceSubType.Motherboard: return(new Capacity { Names = GetConnectedDevices().ToArray() }); case DeviceSubType.Control: return(new Capacity { Names = Enumerable.Range(0, 255).ToArray().Select(x => x.ToString(CultureInfo.InvariantCulture)).ToArray() }); default: return(new Capacity { DeviceSubtypeIsNotSuitableForCurrentHardware = true }); } } }
public override List <string> GetDeviceProperties(DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.LS: switch (dst) { case DeviceSubType.LS_MIN: case DeviceSubType.LS_MAX: case DeviceSubType.LS_VIRT: return(new List <string>(new string[] { "ST", "M", "P_DT" })); case DeviceSubType.LS_IOLINK_MIN: case DeviceSubType.LS_IOLINK_MAX: return(new List <string>(new string[] { "ST", "M", "V" })); } break; } return(null); }
public override Dictionary <string, int> GetDeviceProperties( DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.AO: switch (dst) { case DeviceSubType.AO: return(new Dictionary <string, int>() { { "M", 1 }, { "V", 1 }, { "P_MIN_V", 1 }, { "P_MAX_V", 1 }, }); case DeviceSubType.AO_VIRT: return(new Dictionary <string, int>() { { "M", 1 }, { "V", 1 }, }); } break; } return(null); }
public override Dictionary <string, int> GetDeviceProperties( DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.F: switch (dst) { case DeviceSubType.F: return(new Dictionary <string, int>() { { "M", 1 }, { "V", 1 }, { "ST", 1 }, { "ERR", 1 }, { "ST_CH", 4 }, { "NOMINAL_CURRENT", 4 }, { "LOAD_CURRENT", 4 }, { "ERR_CH", 4 }, }); } break; } return(null); }
public override string GetDeviceSubTypeStr(DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.LS: switch (dst) { case DeviceSubType.LS_MIN: return("LS_MIN"); case DeviceSubType.LS_MAX: return("LS_MAX"); case DeviceSubType.LS_IOLINK_MIN: return("LS_IOLINK_MIN"); case DeviceSubType.LS_IOLINK_MAX: return("LS_IOLINK_MAX"); case DeviceSubType.LS_VIRT: return("LS_VIRT"); } break; } return(""); }
public override Capacity GetCapacity(ControlProcessorHardware cph, DeviceSubType deviceSubType) { if (deviceSubType == DeviceSubType.Motherboard && (cph.ModuleType == HardwareModuleType.Button || cph.ModuleType == HardwareModuleType.Axis)) { return new Capacity { Names = GetConnectedDevices().ToArray() } } ; if (cph.ModuleType == HardwareModuleType.Axis && deviceSubType == DeviceSubType.Control) { return new Capacity { Names = Enumerable.Range(0, ((JoystickDevice)Devices[cph.MotherBoardId]).GetCapabilities().AxesCount).ToArray().Select(x => x.ToString(CultureInfo.InvariantCulture)).ToArray() } } ; if (cph.ModuleType == HardwareModuleType.Button && deviceSubType == DeviceSubType.Control) { return new Capacity { Names = Enumerable.Range(0, ((JoystickDevice)Devices[cph.MotherBoardId]).GetCapabilities().ButtonCount).ToArray().Select(x => x.ToString(CultureInfo.InvariantCulture)).ToArray() } } ; return(new Capacity { DeviceSubtypeIsNotSuitableForCurrentHardware = true }); } } }
public override List <string> GetDeviceProperties(DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.AI: switch (dst) { case DeviceSubType.AI: return(new List <string>(new string[] { "M", "ST", "P_MIN_V", "P_MAX_V", "V" })); case DeviceSubType.AI_VIRT: return(new List <string>(new string[] { "M", "ST", "V" })); } break; } return(null); }
public override string GetDeviceSubTypeStr(DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.V: switch (dst) { case DeviceSubType.V_DO1: return("V_DO1"); case DeviceSubType.V_DO2: return("V_DO2"); case DeviceSubType.V_DO1_DI1_FB_OFF: return("V_DO1_DI1_FB_OFF"); case DeviceSubType.V_DO1_DI1_FB_ON: return("V_DO1_DI1_FB_ON"); case DeviceSubType.V_DO1_DI2: return("V_DO1_DI2"); case DeviceSubType.V_DO2_DI2: return("V_DO2_DI2"); case DeviceSubType.V_MIXPROOF: return("V_MIXPROOF"); case DeviceSubType.V_IOLINK_MIXPROOF: return("V_IOLINK_MIXPROOF"); case DeviceSubType.V_AS_MIXPROOF: return("V_AS_MIXPROOF"); case DeviceSubType.V_BOTTOM_MIXPROOF: return("V_BOTTOM_MIXPROOF"); case DeviceSubType.V_AS_DO1_DI2: return("V_AS_DO1_DI2"); case DeviceSubType.V_IOLINK_DO1_DI2: return("V_IOLINK_DO1_DI2"); case DeviceSubType.V_DO2_DI2_BISTABLE: return("V_DO2_DI2_BISTABLE"); case DeviceSubType.V_IOLINK_VTUG_DO1: return("V_IOLINK_VTUG_DO1"); case DeviceSubType.V_IOLINK_VTUG_DO1_FB_OFF: return("V_IOLINK_VTUG_DO1_FB_OFF"); case DeviceSubType.V_IOLINK_VTUG_DO1_FB_ON: return("V_IOLINK_VTUG_DO1_FB_ON"); } break; } return(""); }
public override Dictionary <string, int> GetDeviceProperties( DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.LS: switch (dst) { case DeviceSubType.LS_MIN: case DeviceSubType.LS_MAX: case DeviceSubType.LS_VIRT: return(new Dictionary <string, int>() { { "ST", 1 }, { "M", 1 }, { "P_DT", 1 }, }); case DeviceSubType.LS_IOLINK_MIN: case DeviceSubType.LS_IOLINK_MAX: return(new Dictionary <string, int>() { { "ST", 1 }, { "M", 1 }, { "V", 1 }, }); } break; } return(null); }
internal void __MarshalFrom(ref Capabilities.__Native @ref) { this.Type = @ref.Type; this.SubType = @ref.SubType; this.Flags = @ref.Flags; this.Gamepad = @ref.Gamepad; this.Vibration.__MarshalFrom(ref @ref.Vibration); }
private void ParseCapabilities() { if (!string.IsNullOrEmpty(description.capabilities)) { var capabilities = JsonUtility.FromJson <Capabilities>(description.capabilities); m_SubType = capabilities.subType; } m_HaveParsedCapabilities = true; }
public override List <string> GetDeviceProperties(DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.M: switch (dst) { case DeviceSubType.M: return(new List <string>(new string[] { "ST", "M", "P_ON_TIME", })); case DeviceSubType.M_FREQ: return(new List <string>(new string[] { "ST", "M", "P_ON_TIME", "V" })); case DeviceSubType.M_REV: case DeviceSubType.M_REV_FREQ: case DeviceSubType.M_REV_2: case DeviceSubType.M_REV_FREQ_2: case DeviceSubType.M_REV_2_ERROR: return(new List <string>(new string[] { "ST", "M", "P_ON_TIME", "V", "R" })); case DeviceSubType.M_ATV: return(new List <string>(new string[] { "M", "ST", "R", "FRQ", "RPM", "EST", "V", "P_ON_TIME" })); } break; } return(null); }
public override Dictionary <string, int> GetDeviceProperties( DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.M: switch (dst) { case DeviceSubType.M: return(new Dictionary <string, int>() { { "ST", 1 }, { "M", 1 }, { "P_ON_TIME", 1 }, }); case DeviceSubType.M_FREQ: return(new Dictionary <string, int>() { { "ST", 1 }, { "M", 1 }, { "P_ON_TIME", 1 }, { "V", 1 }, }); case DeviceSubType.M_REV: case DeviceSubType.M_REV_FREQ: case DeviceSubType.M_REV_2: case DeviceSubType.M_REV_FREQ_2: case DeviceSubType.M_REV_2_ERROR: return(new Dictionary <string, int>() { { "ST", 1 }, { "M", 1 }, { "P_ON_TIME", 1 }, { "V", 1 }, { "R", 1 }, }); case DeviceSubType.M_ATV: return(new Dictionary <string, int>() { { "M", 1 }, { "ST", 1 }, { "R", 1 }, { "FRQ", 1 }, { "RPM", 1 }, { "EST", 1 }, { "V", 1 }, { "P_ON_TIME", 1 }, }); } break; } return(null); }
/// <summary> /// Получение свойств устройства. /// </summary> public virtual List <string> GetDeviceProperties(DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.NONE: return(null); } return(null); }
/// <summary> /// Получение строкового представления подтипа устройства. /// </summary> public virtual string GetDeviceSubTypeStr(DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.NONE: return(dt.ToString()); } return(""); }
public override string GetDeviceSubTypeStr(DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.WT: return(dt.ToString()); } return(""); }
/// <summary> /// Получение свойств устройства. /// String - название тэга /// Int - количество повторений (размерность). Дефолт - 1. /// </summary> /// <param name="dst">Подтип устройства</param> /// <param name="dt">Тип устройства</param> public virtual Dictionary <string, int> GetDeviceProperties( DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.NONE: return(null); } return(null); }
/// <summary> /// Get an instrument object with default settings based on device type and/or sub type. /// </summary> internal static Instrument GetInstrumentForTest(DeviceType deviceType, DeviceSubType deviceSubType = DeviceSubType.None) { Instrument instrument = new Instrument("TSTINST-001"); instrument.Type = deviceType; instrument.Subtype = deviceSubType; instrument.SoftwareVersion = "1.10.01"; instrument.BumpTimeout = 10; return(instrument); }
public override Dictionary <string, int> GetDeviceProperties( DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.HA: return(new Dictionary <string, int>() { { "ST", 1 }, { "M", 1 }, }); } return(null); }
public override List <string> GetDeviceProperties(DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.HA: return(new List <string>(new string[] { "ST", "M" })); } return(null); }
public override string GetDeviceSubTypeStr(DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.F: switch (dst) { case DeviceSubType.F: return("F"); } break; } return(""); }
public override Dictionary <string, int> GetDeviceProperties( DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.QT: switch (dst) { case DeviceSubType.QT: return(new Dictionary <string, int>() { { "ST", 1 }, { "M", 1 }, { "V", 1 }, { "P_MIN_V", 1 }, { "P_MAX_V", 1 }, { "P_CZ", 1 }, }); case DeviceSubType.QT_OK: return(new Dictionary <string, int>() { { "ST", 1 }, { "M", 1 }, { "V", 1 }, { "OK", 1 }, { "P_MIN_V", 1 }, { "P_MAX_V", 1 }, { "P_CZ", 1 }, }); case DeviceSubType.QT_IOLINK: return(new Dictionary <string, int>() { { "ST", 1 }, { "M", 1 }, { "V", 1 }, { "P_CZ", 1 }, { "T", 1 }, { "P_ERR", 1 }, }); } break; } return(null); }
/// <summary> /// Получить информацию о возможностях устройства /// </summary> /// <param name="cph"></param> /// <param name="deviceSubType"></param> public static Capacity GetCapacity(ControlProcessorHardware cph, DeviceSubType deviceSubType) { if (deviceSubType != DeviceSubType.Motherboard) { foreach (var hardware in Hardwares.Where(hardware => hardware.GetConnectedDevices().Contains(cph.MotherBoardId))) { return(hardware.GetCapacity(cph, deviceSubType)); } } var capacity = new Capacity(); foreach (var c in Hardwares.Select(hardware => hardware.GetCapacity(cph, deviceSubType))) { capacity.Add(c); } return(capacity); }
public override List <string> GetDeviceProperties(DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.QT: switch (dst) { case DeviceSubType.QT: return(new List <string>(new string[] { "ST", "M", "V", "P_MIN_V", "P_MAX_V", "P_CZ" })); case DeviceSubType.QT_OK: return(new List <string>(new string[] { "ST", "M", "V", "OK", "P_MIN_V", "P_MAX_V", "P_CZ" })); case DeviceSubType.QT_IOLINK: return(new List <string>(new string[] { "ST", "M", "V", "P_CZ", "T", })); } break; } return(null); }
public override string GetDeviceSubTypeStr(DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.TE: switch (dst) { case DeviceSubType.TE: return("TE"); case DeviceSubType.TE_IOLINK: return("TE_IOLINK"); } break; } return(""); }
public override string GetDeviceSubTypeStr(DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.AO: switch (dst) { case DeviceSubType.AO: return("AO"); case DeviceSubType.AO_VIRT: return("AO_VIRT"); } break; } return(""); }
public override Dictionary <string, int> GetDeviceProperties( DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.WT: return(new Dictionary <string, int>() { { "ST", 1 }, { "M", 1 }, { "V", 1 }, { "P_NOMINAL_W", 1 }, { "P_DT", 1 }, { "P_RKP", 1 }, { "P_CZ", 1 }, }); } return(null); }
public override List <string> GetDeviceProperties(DeviceType dt, DeviceSubType dst) { switch (dt) { case DeviceType.WT: return(new List <string>(new string[] { "ST", "M", "V", "P_NOMINAL_W", "P_DT", "P_RKP", "P_CZ" })); } return(null); }
private void RememberSelectedItemOnOpenCombobox(ComboBox cb, DeviceSubType deviceSubType) { _selectedItemOfOpenedCombobox = (string)cb.SelectedItem; var cph = new ControlProcessorHardware { ModuleType = _hardwareSupported, MotherBoardId = (string)_motherboardList.SelectedItem, BlockId = uint.Parse(string.IsNullOrEmpty((string)_blockId.SelectedItem) ? "0" : (string)_blockId.SelectedItem), ModuleId = uint.Parse(string.IsNullOrEmpty((string)_moduleList.SelectedItem) ? "0" : (string)_moduleList.SelectedItem), ControlId = uint.Parse(string.IsNullOrEmpty((string)_controlId.SelectedItem) ? "0" : (string)_controlId.SelectedItem), }; cb.Items.Clear(); var capacity = HardwareManager.GetCapacity(cph, deviceSubType).Names; foreach (var c in capacity) { cb.Items.Add(c); } }