/// <summary> /// 增加一条从Lims数据读取的数据 /// </summary> public void Add_Lims(RelayTest.Model.ModelTEST_ALLOCATION model) { try { Log.Info("BllTEST_ALLOCATION->Add_Lims---START"); ConnectionOpen(); dal.SetDBAccess(GetDBAccess()); dal.Add_Lims(model); } catch (Exception ex) { Log.Error("BllTEST_ALLOCATION->Add_Lims---FAILED", ex); throw ex; } finally { ConnectionClose(); Log.Info("BllTEST_ALLOCATION->Add_Lims---finally"); } }
/// <summary> /// 更新一条数据 /// </summary> /// <param name="model">相应的数据实体</param> /// <returns>真表示有记录被更新,否表示没有记录被更新</returns> public bool Update(RelayTest.Model.ModelTEST_ALLOCATION model) { try { Log.Info("BllTEST_ALLOCATION->Update---START"); ConnectionOpen(); dal.SetDBAccess(GetDBAccess()); return(dal.Update(model)); } catch (Exception ex) { Log.Error("BllTEST_ALLOCATION->Update---FAILED", ex); throw ex; } finally { ConnectionClose(); Log.Info("BllTEST_ALLOCATION->Update---finally"); } }
/// <summary> /// 获得数据列表 /// </summary> public List <RelayTest.Model.ModelTEST_ALLOCATION> DataTableToList(DataTable dt) { try { Log.Info("BllTEST_ALLOCATION->DataTableToList---START"); ConnectionOpen(); dal.SetDBAccess(GetDBAccess()); List <RelayTest.Model.ModelTEST_ALLOCATION> modelList = new List <RelayTest.Model.ModelTEST_ALLOCATION>(); int rowsCount = dt.Rows.Count; if (rowsCount > 0) { RelayTest.Model.ModelTEST_ALLOCATION model; for (int n = 0; n < rowsCount; n++) { model = new RelayTest.Model.ModelTEST_ALLOCATION(); model.F_TEST_TASK_ID = dt.Rows[n]["F_TEST_TASK_ID"].ToString(); model.F_TEST_SAMPLE_ID = dt.Rows[n]["F_TEST_SAMPLE_ID"].ToString(); model.F_LOAD_ID = dt.Rows[n]["F_LOAD_ID"].ToString(); model.F_LOAD_CHANNEL_ID = dt.Rows[n]["F_LOAD_CHANNEL_ID"].ToString(); if (dt.Rows[n]["F_SAMPLE_STATUS"].ToString() != "") { model.F_SAMPLE_STATUS = decimal.Parse(dt.Rows[n]["F_SAMPLE_STATUS"].ToString()); } if (dt.Rows[n]["F_MAKING_CURRENT"].ToString() != "") { model.F_MAKING_CURRENT = decimal.Parse(dt.Rows[n]["F_MAKING_CURRENT"].ToString()); } if (dt.Rows[n]["F_BREAK_CURRENT"].ToString() != "") { model.F_BREAK_CURRENT = decimal.Parse(dt.Rows[n]["F_BREAK_CURRENT"].ToString()); } if (dt.Rows[n]["F_FAILURE_CYCLE"].ToString() != "") { model.F_FAILURE_CYCLE = decimal.Parse(dt.Rows[n]["F_FAILURE_CYCLE"].ToString()); } if (dt.Rows[n]["F_TEST_CYCLE"].ToString() != "") { model.F_TEST_CYCLE = decimal.Parse(dt.Rows[n]["F_TEST_CYCLE"].ToString()); } model.F_MEMO = dt.Rows[n]["F_MEMO"].ToString(); if (dt.Rows[n]["F_CREATE_TIME"].ToString() != "") { model.F_CREATE_TIME = DateTime.Parse(dt.Rows[n]["F_CREATE_TIME"].ToString()); } model.F_OPERATOR_ID = dt.Rows[n]["F_OPERATOR_ID"].ToString(); if (dt.Rows[n]["F_OPERATIONTIME"].ToString() != "") { model.F_OPERATIONTIME = DateTime.Parse(dt.Rows[n]["F_OPERATIONTIME"].ToString()); } if (dt.Rows[n]["F_DEL"].ToString() != "") { model.F_DEL = decimal.Parse(dt.Rows[n]["F_DEL"].ToString()); } modelList.Add(model); } } return(modelList); } catch (Exception ex) { Log.Error("BllTEST_ALLOCATION->DataTableToList---FAILED", ex); throw ex; } finally { ConnectionClose(); Log.Info("BllTEST_ALLOCATION->DataTableToList---finally"); } }