private object delDevicePro(object param) { int num = 1; System.Collections.ArrayList arrayList = param as System.Collections.ArrayList; DBConn connection = DBConnPool.getConnection(); for (int i = 0; i < arrayList.Count; i++) { string value = (string)arrayList[i]; DeviceInfo deviceByID = DeviceOperation.getDeviceByID(System.Convert.ToInt32(value)); int num2 = DeviceOperation.DeleteDeviceByID(connection, System.Convert.ToInt32(value)); if (num2 < 0) { num = num2; } else { string valuePair = ValuePairs.getValuePair("Username"); if (!string.IsNullOrEmpty(valuePair)) { LogAPI.writeEventLog("0430001", new string[] { deviceByID.ModelNm, deviceByID.Mac, deviceByID.DeviceIP, deviceByID.DeviceName, valuePair }); } else { LogAPI.writeEventLog("0430001", new string[] { deviceByID.ModelNm, deviceByID.Mac, deviceByID.DeviceIP, deviceByID.DeviceName }); } } } connection.Close(); DeviceOperation.RefreshDBCache(false); DeviceOperation.StartDBCleanupThread(); return(num); }
public System.Collections.Generic.List <PropertiesMessage> Scan_ATEN(string startIp, string endIp) { System.Collections.Generic.List <string> list = this.countIp(startIp, endIp); if (list == null || list.Count < 1) { return(null); } this.total = list.Count; System.Collections.Generic.List <SnmpConfiger> snmpConfigs = this.createSnmpConfig(list); System.Collections.Generic.List <PropertiesMessage> properties_ATEN = new DefaultSnmpExecutors(snmpConfigs).GetProperties_ATEN(); System.Collections.Generic.List <PropertiesMessage> list2 = new System.Collections.Generic.List <PropertiesMessage>(); System.Collections.Generic.List <DevModelConfig> list3 = new System.Collections.Generic.List <DevModelConfig>(); if (properties_ATEN != null && properties_ATEN.Count > 0) { DBConn connection = DBConnPool.getConnection(); foreach (PropertiesMessage current in properties_ATEN) { if (!current.ModelName.Equals("Null")) { if (!string.IsNullOrEmpty(current.AutoBasicInfo) && !string.IsNullOrEmpty(current.AutoRatingInfo)) { try { int num = this.cfg.updateAutoModelList2Database(connection, current.ModelName, current.FirwWareVersion, current.AutoBasicInfo, current.AutoRatingInfo); if (num > 0) { list3.Add(new DevModelConfig(current.ModelName) { modelName = current.ModelName, firmwareVer = current.FirwWareVersion, autoBasicInfo = current.AutoBasicInfo, autoRatingInfo = current.AutoRatingInfo }); } else { if (num != 0 && num < 0) { DebugCenter.GetInstance().appendToFile(string.Concat(new string[] { "Failed to update auto-detect info: ", current.ModelName, ", ", current.AutoBasicInfo, current.AutoRatingInfo })); continue; } } } catch (System.Exception) { DebugCenter.GetInstance().appendToFile(string.Concat(new string[] { "Exception when parsing auto-detect info: ", current.ModelName, ", ", current.AutoBasicInfo, current.AutoRatingInfo })); continue; } } list2.Add(current); } } try { connection.Close(); } catch { } if (DevDiscoverAPI._cbOnAutoModePost != null && list3.Count > 0) { DevDiscoverAPI._cbOnAutoModePost(list3); } } return(list2); }
private void butBankAssign_Click(object sender, System.EventArgs e) { bool flag = false; DBConn dBConn = null; string text = this.labDevModel.Tag.ToString(); try { int num = System.Convert.ToInt32(text); DeviceInfo deviceByID = DeviceOperation.getDeviceByID(num); DevModelConfig deviceModelConfig = DevAccessCfg.GetInstance().getDeviceModelConfig(deviceByID.ModelNm, deviceByID.FWVersion); if (this.bankCheck(deviceModelConfig)) { DialogResult dialogResult = EcoMessageBox.ShowWarning(EcoLanguage.getMsg(LangRes.Dev_ApplyBank, new string[0]), MessageBoxButtons.OKCancel); if (dialogResult != DialogResult.Cancel) { string text2 = this.tbBankNm.Text; string text3 = this.labBankNo.Text; int num2 = System.Convert.ToInt32(text3); BankInfo bankInfo = new BankInfo(num, num2); DevSnmpConfig sNMPpara = commUtil.getSNMPpara(deviceByID); BankThreshold bankThreshold = new BankThreshold(1); if (this.gbThreshold.Visible) { bankInfo.Min_current = ThresholdUtil.UI2DB(this.tbOMinCurrent, bankInfo.Min_current, 0); bankInfo.Max_current = ThresholdUtil.UI2DB(this.tbOMaxCurrent, bankInfo.Max_current, 0); bankInfo.Min_voltage = ThresholdUtil.UI2DB(this.tbOMinVoltage, bankInfo.Min_voltage, 0); bankInfo.Max_voltage = ThresholdUtil.UI2DB(this.tbOMaxVoltage, bankInfo.Max_voltage, 0); bankInfo.Min_power = ThresholdUtil.UI2DB(this.tbOMinPower, bankInfo.Min_power, 0); bankInfo.Max_power = ThresholdUtil.UI2DB(this.tbOMaxPower, bankInfo.Max_power, 0); bankInfo.Min_power_diss = ThresholdUtil.UI2DB(this.tbOMinPowerDiss, bankInfo.Min_power_diss, 0); bankInfo.Max_power_diss = ThresholdUtil.UI2DB(this.tbOMaxPowerDiss, bankInfo.Max_power_diss, 0); int thflg = devcfgUtil.ThresholdFlg(deviceModelConfig, "bank"); bankThreshold.MinCurrentMt = bankInfo.Min_current; bankThreshold.MaxCurrentMT = bankInfo.Max_current; bankThreshold.MinVoltageMT = bankInfo.Min_voltage; bankThreshold.MaxVoltageMT = bankInfo.Max_voltage; bankThreshold.MinPowerMT = bankInfo.Min_power; bankThreshold.MaxPowerMT = bankInfo.Max_power; bankThreshold.MaxPowerDissMT = bankInfo.Max_power_diss; ThresholdUtil.UI2Dev(thflg, bankThreshold); } DevAccessAPI devAccessAPI = new DevAccessAPI(sNMPpara); string myMac = deviceByID.Mac; System.Collections.Generic.List <BankInfo> bankInfo2 = deviceByID.GetBankInfo(); dBConn = DBConnPool.getConnection(); foreach (BankInfo current in bankInfo2) { BankThreshold bankThreshold2 = new BankThreshold(System.Convert.ToInt32(current.PortLists)); if (num2 == System.Convert.ToInt32(current.PortLists)) { current.BankName = text2; } bankThreshold2.BankName = current.BankName; if (this.gbThreshold.Visible) { bankThreshold2.MaxCurrentMT = bankThreshold.MaxCurrentMT; bankThreshold2.MinCurrentMt = bankThreshold.MinCurrentMt; bankThreshold2.MaxPowerMT = bankThreshold.MaxPowerMT; bankThreshold2.MinPowerMT = bankThreshold.MinPowerMT; bankThreshold2.MaxVoltageMT = bankThreshold.MaxVoltageMT; bankThreshold2.MinVoltageMT = bankThreshold.MinVoltageMT; bankThreshold2.MaxPowerDissMT = bankThreshold.MaxPowerDissMT; } bool flag2 = true; if (deviceModelConfig.commonThresholdFlag != Constant.EatonPDUThreshold) { flag2 = devAccessAPI.SetBankThreshold(bankThreshold2, myMac); } if (!flag2) { EcoMessageBox.ShowError(EcoLanguage.getMsg(LangRes.Dev_ThresholdFail, new string[0])); return; } if (this.gbThreshold.Visible) { current.CopyThreshold(bankInfo); } current.UpdateBankThreshold(dBConn); flag = true; myMac = ""; } if (dBConn != null) { dBConn.close(); } string valuePair = ValuePairs.getValuePair("Username"); if (!string.IsNullOrEmpty(valuePair)) { LogAPI.writeEventLog("0630011", new string[] { deviceByID.ModelNm, deviceByID.DeviceIP, deviceByID.DeviceName, valuePair }); } else { LogAPI.writeEventLog("0630011", new string[] { deviceByID.ModelNm, deviceByID.DeviceIP, deviceByID.DeviceName }); } EcoMessageBox.ShowInfo(EcoLanguage.getMsg(LangRes.Dev_ThresholdSucc, new string[0])); } } } catch (System.Exception ex) { System.Console.WriteLine("butBankAssign_Click Exception" + ex.Message); EcoMessageBox.ShowError(EcoLanguage.getMsg(LangRes.Dev_ThresholdFail, new string[0])); } finally { if (dBConn != null) { dBConn.close(); } DeviceOperation.RefreshDBCache(false); if (flag) { EcoGlobalVar.setDashBoardFlg(128uL, "#UPDATE#D" + text + ":B*;", 2); } } }
private bool UpdateAllThresholds(System.Collections.Generic.List <ThresholdMessage> thresholdMessageList) { bool result = false; DBConn dBConn = null; System.Collections.Hashtable deviceCache = DBCache.GetDeviceCache(); System.Collections.Hashtable portCache = DBCache.GetPortCache(); System.Collections.Hashtable bankCache = DBCache.GetBankCache(); System.Collections.Hashtable sensorCache = DBCache.GetSensorCache(); System.Collections.Hashtable deviceBankMap = DBCache.GetDeviceBankMap(); System.Collections.Hashtable devicePortMap = DBCache.GetDevicePortMap(); System.Collections.Hashtable deviceSensorMap = DBCache.GetDeviceSensorMap(); if (dBConn == null) { dBConn = DBConnPool.getConnection(); } foreach (ThresholdMessage current in thresholdMessageList) { if (current != null && current.DeviceReplyMac.Equals(current.DeviceMac)) { if (!string.IsNullOrEmpty(current.AutoBasicInfo) && !string.IsNullOrEmpty(current.AutoRatingInfo)) { try { DevAccessCfg.GetInstance().updateAutoModelList2Database(dBConn, current.ModelName, current.DeviceFWVer, current.AutoBasicInfo, current.AutoRatingInfo); } catch (System.Exception) { } } if (deviceCache != null && deviceCache.Count >= 1 && deviceCache.ContainsKey(current.DeviceID)) { DeviceInfo deviceInfo = (DeviceInfo)deviceCache[current.DeviceID]; if (deviceInfo != null) { deviceInfo.FWVersion = current.DeviceFWVer; deviceInfo.DeviceName = current.DeviceName; if (current.DeviceThreshold.MaxCurrentMT != -500f) { deviceInfo.Max_current = current.DeviceThreshold.MaxCurrentMT; } if (current.DeviceThreshold.MaxPowerMT != -500f) { deviceInfo.Max_power = current.DeviceThreshold.MaxPowerMT; } if (current.DeviceThreshold.MaxPowerDissMT != -500f) { deviceInfo.Max_power_diss = current.DeviceThreshold.MaxPowerDissMT; } if (current.DeviceThreshold.MaxVoltageMT != -500f) { deviceInfo.Max_voltage = current.DeviceThreshold.MaxVoltageMT; } if (current.DeviceThreshold.MinCurrentMT != -500f) { deviceInfo.Min_current = current.DeviceThreshold.MinCurrentMT; } if (current.DeviceThreshold.MinPowerMT != -500f) { deviceInfo.Min_power = current.DeviceThreshold.MinPowerMT; } if (current.DeviceThreshold.MinVoltageMT != -500f) { deviceInfo.Min_voltage = current.DeviceThreshold.MinVoltageMT; } deviceInfo.POPThreshold = current.DeviceThreshold.PopThreshold; deviceInfo.POPEnableMode = current.DeviceThreshold.PopEnableMode; deviceInfo.OutletPOPMode = current.DeviceThreshold.PopModeOutlet; deviceInfo.BankPOPLIFOMode = current.DeviceThreshold.PopModeLIFO; deviceInfo.BankPOPPriorityMode = current.DeviceThreshold.PopModePriority; if (current.DeviceThreshold.DoorSensorType != -500) { deviceInfo.DoorSensor = current.DeviceThreshold.DoorSensorType; } deviceInfo.UpdateDeviceThreshold(dBConn); if (current.SensorThreshold != null && current.SensorThreshold.Count > 0) { if (sensorCache == null || sensorCache.Count < 1 || deviceSensorMap == null || deviceSensorMap.Count < 1 || !deviceSensorMap.ContainsKey(current.DeviceID)) { continue; } System.Collections.Generic.IEnumerator <int> enumerator2 = current.SensorThreshold.Keys.GetEnumerator(); while (enumerator2.MoveNext()) { SensorThreshold sensorThreshold = current.SensorThreshold[enumerator2.Current]; SensorInfo sensor = this.getSensor(sensorCache, (System.Collections.Generic.List <int>)deviceSensorMap[current.DeviceID], enumerator2.Current); if (sensor != null) { if (sensorThreshold.MaxHumidityMT != -500f) { sensor.Max_humidity = sensorThreshold.MaxHumidityMT; } if (sensorThreshold.MaxPressMT != -500f) { sensor.Max_press = sensorThreshold.MaxPressMT; } if (sensorThreshold.MaxTemperatureMT != -500f) { sensor.Max_temperature = sensorThreshold.MaxTemperatureMT; } if (sensorThreshold.MinHumidityMT != -500f) { sensor.Min_humidity = sensorThreshold.MinHumidityMT; } if (sensorThreshold.MinPressMT != -500f) { sensor.Min_press = sensorThreshold.MinPressMT; } if (sensorThreshold.MinTemperatureMT != -500f) { sensor.Min_temperature = sensorThreshold.MinTemperatureMT; } sensor.UpdateSensorThreshold(dBConn); } } } if (current.OutletThreshold != null && current.OutletThreshold.Count > 0) { if (portCache == null || portCache.Count < 1 || devicePortMap == null || devicePortMap.Count < 1 || !devicePortMap.ContainsKey(current.DeviceID)) { continue; } System.Collections.Generic.IEnumerator <int> enumerator3 = current.OutletThreshold.Keys.GetEnumerator(); while (enumerator3.MoveNext()) { OutletThreshold outletThreshold = current.OutletThreshold[enumerator3.Current]; PortInfo port = this.getPort(portCache, (System.Collections.Generic.List <int>)devicePortMap[current.DeviceID], enumerator3.Current); if (port != null) { port.PortName = outletThreshold.OutletName; if (outletThreshold.MaxCurrentMT != -500f) { port.Max_current = outletThreshold.MaxCurrentMT; } if (outletThreshold.MaxPowerMT != -500f) { port.Max_power = outletThreshold.MaxPowerMT; } if (outletThreshold.MaxPowerDissMT != -500f) { port.Max_power_diss = outletThreshold.MaxPowerDissMT; } if (outletThreshold.MaxVoltageMT != -500f) { port.Max_voltage = outletThreshold.MaxVoltageMT; } if (outletThreshold.MinCurrentMt != -500f) { port.Min_current = outletThreshold.MinCurrentMt; } if (outletThreshold.MinPowerMT != -500f) { port.Min_power = outletThreshold.MinPowerMT; } if (outletThreshold.MinVoltageMT != -500f) { port.Min_voltage = outletThreshold.MinVoltageMT; } port.OutletConfirmation = (int)outletThreshold.Confirmation; port.OutletOffDelayTime = outletThreshold.OffDelayTime; port.OutletOnDelayTime = outletThreshold.OnDelayTime; port.OutletShutdownMethod = (int)outletThreshold.ShutdownMethod; port.OutletMAC = outletThreshold.MacAddress; port.UpdatePortThreshold(dBConn); } } } if (current.BankThreshold != null && current.BankThreshold.Count > 0 && bankCache != null && bankCache.Count >= 1 && deviceBankMap != null && deviceBankMap.Count >= 1 && deviceBankMap.ContainsKey(current.DeviceID)) { System.Collections.Generic.IEnumerator <int> enumerator4 = current.BankThreshold.Keys.GetEnumerator(); while (enumerator4.MoveNext()) { BankThreshold bankThreshold = current.BankThreshold[enumerator4.Current]; BankInfo bank = this.getBank(bankCache, (System.Collections.Generic.List <int>)deviceBankMap[current.DeviceID], enumerator4.Current); if (bank != null) { bank.BankName = bankThreshold.BankName; if (bankThreshold.MaxCurrentMT != -500f) { bank.Max_current = bankThreshold.MaxCurrentMT; } if (bankThreshold.MinCurrentMt != -500f) { bank.Min_current = bankThreshold.MinCurrentMt; } if (bankThreshold.MaxVoltageMT != -500f) { bank.Max_voltage = bankThreshold.MaxVoltageMT; } if (bankThreshold.MinVoltageMT != -500f) { bank.Min_voltage = bankThreshold.MinVoltageMT; } if (bankThreshold.MaxPowerMT != -500f) { bank.Max_power = bankThreshold.MaxPowerMT; } if (bankThreshold.MinPowerMT != -500f) { bank.Min_power = bankThreshold.MinPowerMT; } if (bankThreshold.MaxPowerDissMT != -500f) { bank.Max_power_diss = bankThreshold.MaxPowerDissMT; } bank.UpdateBankThreshold(dBConn); } } } } } } } if (dBConn != null) { dBConn.close(); } return(result); }
private object SetDeviceThresholdProc(object param) { DBConn dBConn = null; bool flag = false; string text = ""; try { System.Collections.Generic.List <object> list = (System.Collections.Generic.List <object>)param; DeviceThreshold deviceThreshold = (DeviceThreshold)list[0]; DeviceInfo tmp_di = (DeviceInfo)list[1]; System.Collections.Generic.List <DevSnmpConfig> configs = (System.Collections.Generic.List <DevSnmpConfig>)list[2]; System.Collections.Generic.List <DeviceInfo> list2 = (System.Collections.Generic.List <DeviceInfo>)list[3]; DeviceInfo deviceInfo = list2[0]; DevModelConfig deviceModelConfig = DevAccessCfg.GetInstance().getDeviceModelConfig(deviceInfo.ModelNm, deviceInfo.FWVersion); System.Collections.Generic.Dictionary <string, bool> dictionary = null; if (deviceModelConfig.commonThresholdFlag != Constant.EatonPDUThreshold) { AppDevAccess appDevAccess = new AppDevAccess(); dictionary = appDevAccess.SetDeviceThresholds(configs, deviceThreshold); } dBConn = DBConnPool.getConnection(); foreach (DeviceInfo current in list2) { string key = CultureTransfer.ToString(current.DeviceID); bool flag2; if (dictionary == null) { flag2 = true; } else { if (!dictionary.ContainsKey(key)) { continue; } flag2 = dictionary[key]; } if (flag2) { current.CopyThreshold(tmp_di); current.UpdateDeviceThreshold(dBConn); flag = true; } else { text = text + current.DeviceIP + ","; } } } catch (System.Exception ex) { System.Console.WriteLine("Devive Porperties -- butAssign_Click Error:" + ex.Message); text = "HAVE EXCEPTION!"; } if (dBConn != null) { dBConn.close(); } DeviceOperation.RefreshDBCache(false); return(new System.Collections.Generic.List <object> { flag, text }); }