/// <summary>
/// 增加一条数据
/// </summary>
public void Add(RelayTest.Model.ModelDEV_LOAD_INFO model)
{
try
{
Log.Info("BllDEV_LOAD_INFO->Add---START");
ConnectionOpen();
dal.SetDBAccess(GetDBAccess());
dal.Add(model);
}
catch (Exception ex)
{
Log.Error("BllDEV_LOAD_INFO->Add---FAILED", ex);
throw ex;
}
finally
{
ConnectionClose();
Log.Info("BllDEV_LOAD_INFO->Add---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.ModelDEV_LOAD_INFO model)
{
try
{
Log.Info("BllDEV_LOAD_INFO->Update---START");
ConnectionOpen();
dal.SetDBAccess(GetDBAccess());
return(dal.Update(model));
}
catch (Exception ex)
{
Log.Error("BllDEV_LOAD_INFO->Update---FAILED", ex);
throw ex;
}
finally
{
ConnectionClose();
Log.Info("BllDEV_LOAD_INFO->Update---finally");
}
}
/// <summary>
/// 得到一个对象实体
/// </summary>
public RelayTest.Model.ModelDEV_LOAD_INFO GetModel(string F_LOAD_ID)
{
try
{
Log.Info("DalDEV_LOAD_INFO->GetModel---START");
StringBuilder strSql = new StringBuilder();
strSql.Append("select ");
//负载柜编号
strSql.Append("F_LOAD_ID, ");
//稳态电流下限
strSql.Append("F_LOAD_STABLECURRENT_FLOOR, ");
//冲击电流上限
strSql.Append("F_LOAD_PULSECURRENT_CEILING, ");
//冲击电流下限
strSql.Append("F_LOAD_PULSECURRENT_FLOOR, ");
//负载电压上限
strSql.Append("F_LOAD_VOLTAGE_CEILING, ");
//负载电压下限
strSql.Append("F_LOAD_VOLTAGE_FLOOR, ");
//描述信息
strSql.Append("F_LOAD_DESCRIPTION, ");
//创建时间
strSql.Append("F_CREATE_TIME, ");
//操作员
strSql.Append("F_OPERATOR_ID, ");
//操作时间
strSql.Append("F_OPERATIONTIME, ");
//是否删除
strSql.Append("F_DEL, ");
//负载柜名称
strSql.Append("F_LOAD_NAME, ");
//校准编号
strSql.Append("F_LOAD_CALIBRATION, ");
//负载柜位置
strSql.Append("F_LOAD_POSTION, ");
//资产编号
strSql.Append("F_PROPERTY_ID, ");
//负载类型
strSql.Append("F_LOAD_TYPE, ");
//感性负载功率因素
strSql.Append("F_CONDUCTYLOAD_COEFFECIENCY, ");
//负载电压类型
strSql.Append("F_LOAD_VOLTAGE_TYPE, ");
//稳态电流上限
strSql.Append("F_LOAD_STABLECURRENT_CEILING ");
strSql.Append(" from T_DEV_LOAD_INFO ");
strSql.Append(" where 1=1 AND F_LOAD_ID=:F_LOAD_ID ");
OracleParameter[] parameters =
{
new OracleParameter(":F_LOAD_ID", OracleType.VarChar, 20)
};
parameters[0].Value = F_LOAD_ID;
RelayTest.Model.ModelDEV_LOAD_INFO model = new RelayTest.Model.ModelDEV_LOAD_INFO();
DataSet ds = Query(strSql.ToString(), parameters);
if (ds.Tables[0].Rows.Count > 0)
{
model.F_LOAD_ID = ds.Tables[0].Rows[0]["F_LOAD_ID"].ToString();
if (ds.Tables[0].Rows[0]["F_LOAD_STABLECURRENT_FLOOR"].ToString() != "")
{
model.F_LOAD_STABLECURRENT_FLOOR = decimal.Parse(ds.Tables[0].Rows[0]["F_LOAD_STABLECURRENT_FLOOR"].ToString());
}
if (ds.Tables[0].Rows[0]["F_LOAD_PULSECURRENT_CEILING"].ToString() != "")
{
model.F_LOAD_PULSECURRENT_CEILING = decimal.Parse(ds.Tables[0].Rows[0]["F_LOAD_PULSECURRENT_CEILING"].ToString());
}
if (ds.Tables[0].Rows[0]["F_LOAD_PULSECURRENT_FLOOR"].ToString() != "")
{
model.F_LOAD_PULSECURRENT_FLOOR = decimal.Parse(ds.Tables[0].Rows[0]["F_LOAD_PULSECURRENT_FLOOR"].ToString());
}
if (ds.Tables[0].Rows[0]["F_LOAD_VOLTAGE_CEILING"].ToString() != "")
{
model.F_LOAD_VOLTAGE_CEILING = decimal.Parse(ds.Tables[0].Rows[0]["F_LOAD_VOLTAGE_CEILING"].ToString());
}
if (ds.Tables[0].Rows[0]["F_LOAD_VOLTAGE_FLOOR"].ToString() != "")
{
model.F_LOAD_VOLTAGE_FLOOR = decimal.Parse(ds.Tables[0].Rows[0]["F_LOAD_VOLTAGE_FLOOR"].ToString());
}
model.F_LOAD_DESCRIPTION = ds.Tables[0].Rows[0]["F_LOAD_DESCRIPTION"].ToString();
if (ds.Tables[0].Rows[0]["F_CREATE_TIME"].ToString() != "")
{
model.F_CREATE_TIME = DateTime.Parse(ds.Tables[0].Rows[0]["F_CREATE_TIME"].ToString());
}
model.F_OPERATOR_ID = ds.Tables[0].Rows[0]["F_OPERATOR_ID"].ToString();
if (ds.Tables[0].Rows[0]["F_OPERATIONTIME"].ToString() != "")
{
model.F_OPERATIONTIME = DateTime.Parse(ds.Tables[0].Rows[0]["F_OPERATIONTIME"].ToString());
}
if (ds.Tables[0].Rows[0]["F_DEL"].ToString() != "")
{
model.F_DEL = decimal.Parse(ds.Tables[0].Rows[0]["F_DEL"].ToString());
}
model.F_LOAD_NAME = ds.Tables[0].Rows[0]["F_LOAD_NAME"].ToString();
model.F_LOAD_CALIBRATION = ds.Tables[0].Rows[0]["F_LOAD_CALIBRATION"].ToString();
model.F_LOAD_POSTION = ds.Tables[0].Rows[0]["F_LOAD_POSTION"].ToString();
model.F_PROPERTY_ID = ds.Tables[0].Rows[0]["F_PROPERTY_ID"].ToString();
if (ds.Tables[0].Rows[0]["F_LOAD_TYPE"].ToString() != "")
{
model.F_LOAD_TYPE = decimal.Parse(ds.Tables[0].Rows[0]["F_LOAD_TYPE"].ToString());
}
if (ds.Tables[0].Rows[0]["F_CONDUCTYLOAD_COEFFECIENCY"].ToString() != "")
{
model.F_CONDUCTYLOAD_COEFFECIENCY = decimal.Parse(ds.Tables[0].Rows[0]["F_CONDUCTYLOAD_COEFFECIENCY"].ToString());
}
if (ds.Tables[0].Rows[0]["F_LOAD_VOLTAGE_TYPE"].ToString() != "")
{
model.F_LOAD_VOLTAGE_TYPE = decimal.Parse(ds.Tables[0].Rows[0]["F_LOAD_VOLTAGE_TYPE"].ToString());
}
if (ds.Tables[0].Rows[0]["F_LOAD_STABLECURRENT_CEILING"].ToString() != "")
{
model.F_LOAD_STABLECURRENT_CEILING = decimal.Parse(ds.Tables[0].Rows[0]["F_LOAD_STABLECURRENT_CEILING"].ToString());
}
return(model);
}
else
{
return(null);
}
}
catch (Exception ex)
{
Log.Error("DalDEV_LOAD_INFO->GetModel---FAILED", ex);
throw ex;
}
}
/// <summary>
/// 增加一条数据
/// </summary>
public void Add(RelayTest.Model.ModelDEV_LOAD_INFO model)
{
try
{
Log.Info("DalDEV_LOAD_INFO->Add---START");
StringBuilder strSql = new StringBuilder();
strSql.Append("insert into T_DEV_LOAD_INFO(");
//负载柜编号
strSql.Append(" F_LOAD_ID,");
//稳态电流下限
strSql.Append(" F_LOAD_STABLECURRENT_FLOOR,");
//冲击电流上限
strSql.Append(" F_LOAD_PULSECURRENT_CEILING,");
//冲击电流下限
strSql.Append(" F_LOAD_PULSECURRENT_FLOOR,");
//负载电压上限
strSql.Append(" F_LOAD_VOLTAGE_CEILING,");
//负载电压下限
strSql.Append(" F_LOAD_VOLTAGE_FLOOR,");
//描述信息
strSql.Append(" F_LOAD_DESCRIPTION,");
//创建时间
strSql.Append(" F_CREATE_TIME,");
//操作员
strSql.Append(" F_OPERATOR_ID,");
//操作时间
strSql.Append(" F_OPERATIONTIME,");
//是否删除
strSql.Append(" F_DEL,");
//负载柜名称
strSql.Append(" F_LOAD_NAME,");
//校准编号
strSql.Append(" F_LOAD_CALIBRATION,");
//负载柜位置
strSql.Append(" F_LOAD_POSTION,");
//资产编号
strSql.Append(" F_PROPERTY_ID,");
//负载类型
strSql.Append(" F_LOAD_TYPE,");
//感性负载功率因素
strSql.Append(" F_CONDUCTYLOAD_COEFFECIENCY,");
//负载电压类型
strSql.Append(" F_LOAD_VOLTAGE_TYPE,");
//稳态电流上限
strSql.Append(" F_LOAD_STABLECURRENT_CEILING");
strSql.Append(") values (");
strSql.Append(" :F_LOAD_ID,");
strSql.Append(" :F_LOAD_STABLECURRENT_FLOOR,");
strSql.Append(" :F_LOAD_PULSECURRENT_CEILING,");
strSql.Append(" :F_LOAD_PULSECURRENT_FLOOR,");
strSql.Append(" :F_LOAD_VOLTAGE_CEILING,");
strSql.Append(" :F_LOAD_VOLTAGE_FLOOR,");
strSql.Append(" :F_LOAD_DESCRIPTION,");
strSql.Append(" :F_CREATE_TIME,");
strSql.Append(" :F_OPERATOR_ID,");
strSql.Append(" :F_OPERATIONTIME,");
strSql.Append(" :F_DEL,");
strSql.Append(" :F_LOAD_NAME,");
strSql.Append(" :F_LOAD_CALIBRATION,");
strSql.Append(" :F_LOAD_POSTION,");
strSql.Append(" :F_PROPERTY_ID,");
strSql.Append(" :F_LOAD_TYPE,");
strSql.Append(" :F_CONDUCTYLOAD_COEFFECIENCY,");
strSql.Append(" :F_LOAD_VOLTAGE_TYPE,");
strSql.Append(" :F_LOAD_STABLECURRENT_CEILING");
strSql.Append(") ");
OracleParameter[] parameters =
{
new OracleParameter(":F_LOAD_ID", OracleType.VarChar, 20),
new OracleParameter(":F_LOAD_STABLECURRENT_FLOOR", OracleType.Number, 18),
new OracleParameter(":F_LOAD_PULSECURRENT_CEILING", OracleType.Number, 18),
new OracleParameter(":F_LOAD_PULSECURRENT_FLOOR", OracleType.Number, 18),
new OracleParameter(":F_LOAD_VOLTAGE_CEILING", OracleType.Number, 18),
new OracleParameter(":F_LOAD_VOLTAGE_FLOOR", OracleType.Number, 18),
new OracleParameter(":F_LOAD_DESCRIPTION", OracleType.VarChar, 500),
new OracleParameter(":F_CREATE_TIME", OracleType.DateTime),
new OracleParameter(":F_OPERATOR_ID", OracleType.VarChar, 10),
new OracleParameter(":F_OPERATIONTIME", OracleType.DateTime),
new OracleParameter(":F_DEL", OracleType.Number, 4),
new OracleParameter(":F_LOAD_NAME", OracleType.VarChar, 100),
new OracleParameter(":F_LOAD_CALIBRATION", OracleType.VarChar, 100),
new OracleParameter(":F_LOAD_POSTION", OracleType.VarChar, 100),
new OracleParameter(":F_PROPERTY_ID", OracleType.VarChar, 100),
new OracleParameter(":F_LOAD_TYPE", OracleType.Number, 4),
new OracleParameter(":F_CONDUCTYLOAD_COEFFECIENCY", OracleType.Number, 18),
new OracleParameter(":F_LOAD_VOLTAGE_TYPE", OracleType.Number, 4),
new OracleParameter(":F_LOAD_STABLECURRENT_CEILING", OracleType.Number, 18)
};
//负载柜编号
if (model.F_LOAD_ID == null)
{
parameters[0].Value = DBNull.Value;
}
else
{
parameters[0].Value = model.F_LOAD_ID;
}
//稳态电流下限
if (model.F_LOAD_STABLECURRENT_FLOOR == null)
{
parameters[1].Value = DBNull.Value;
}
else
{
parameters[1].Value = model.F_LOAD_STABLECURRENT_FLOOR;
}
//冲击电流上限
if (model.F_LOAD_PULSECURRENT_CEILING == null)
{
parameters[2].Value = DBNull.Value;
}
else
{
parameters[2].Value = model.F_LOAD_PULSECURRENT_CEILING;
}
//冲击电流下限
if (model.F_LOAD_PULSECURRENT_FLOOR == null)
{
parameters[3].Value = DBNull.Value;
}
else
{
parameters[3].Value = model.F_LOAD_PULSECURRENT_FLOOR;
}
//负载电压上限
if (model.F_LOAD_VOLTAGE_CEILING == null)
{
parameters[4].Value = DBNull.Value;
}
else
{
parameters[4].Value = model.F_LOAD_VOLTAGE_CEILING;
}
//负载电压下限
if (model.F_LOAD_VOLTAGE_FLOOR == null)
{
parameters[5].Value = DBNull.Value;
}
else
{
parameters[5].Value = model.F_LOAD_VOLTAGE_FLOOR;
}
//描述信息
if (model.F_LOAD_DESCRIPTION == null)
{
parameters[6].Value = DBNull.Value;
}
else
{
parameters[6].Value = model.F_LOAD_DESCRIPTION;
}
//创建时间
if (model.F_CREATE_TIME == null)
{
parameters[7].Value = DBNull.Value;
}
else
{
parameters[7].Value = model.F_CREATE_TIME;
}
//操作员
if (model.F_OPERATOR_ID == null)
{
parameters[8].Value = DBNull.Value;
}
else
{
parameters[8].Value = model.F_OPERATOR_ID;
}
//操作时间
if (model.F_OPERATIONTIME == null)
{
parameters[9].Value = DBNull.Value;
}
else
{
parameters[9].Value = model.F_OPERATIONTIME;
}
//是否删除
if (model.F_DEL == null)
{
parameters[10].Value = DBNull.Value;
}
else
{
parameters[10].Value = model.F_DEL;
}
//负载柜名称
if (model.F_LOAD_NAME == null)
{
parameters[11].Value = DBNull.Value;
}
else
{
parameters[11].Value = model.F_LOAD_NAME;
}
//校准编号
if (model.F_LOAD_CALIBRATION == null)
{
parameters[12].Value = DBNull.Value;
}
else
{
parameters[12].Value = model.F_LOAD_CALIBRATION;
}
//负载柜位置
if (model.F_LOAD_POSTION == null)
{
parameters[13].Value = DBNull.Value;
}
else
{
parameters[13].Value = model.F_LOAD_POSTION;
}
//资产编号
if (model.F_PROPERTY_ID == null)
{
parameters[14].Value = DBNull.Value;
}
else
{
parameters[14].Value = model.F_PROPERTY_ID;
}
//负载类型
if (model.F_LOAD_TYPE == null)
{
parameters[15].Value = DBNull.Value;
}
else
{
parameters[15].Value = model.F_LOAD_TYPE;
}
//感性负载功率因素
if (model.F_CONDUCTYLOAD_COEFFECIENCY == null)
{
parameters[16].Value = DBNull.Value;
}
else
{
parameters[16].Value = model.F_CONDUCTYLOAD_COEFFECIENCY;
}
//负载电压类型
if (model.F_LOAD_VOLTAGE_TYPE == null)
{
parameters[17].Value = DBNull.Value;
}
else
{
parameters[17].Value = model.F_LOAD_VOLTAGE_TYPE;
}
//稳态电流上限
if (model.F_LOAD_STABLECURRENT_CEILING == null)
{
parameters[18].Value = DBNull.Value;
}
else
{
parameters[18].Value = model.F_LOAD_STABLECURRENT_CEILING;
}
ExecuteSql(strSql.ToString(), parameters);
}
catch (Exception ex)
{
Log.Error("DalDEV_LOAD_INFO->Add---FAILED", ex);
throw ex;
}
}
/// <summary>
/// 获得数据列表
/// </summary>
public List <RelayTest.Model.ModelDEV_LOAD_INFO> DataTableToList(DataTable dt)
{
try
{
Log.Info("BllDEV_LOAD_INFO->DataTableToList---START");
ConnectionOpen();
dal.SetDBAccess(GetDBAccess());
List <RelayTest.Model.ModelDEV_LOAD_INFO> modelList = new List <RelayTest.Model.ModelDEV_LOAD_INFO>();
int rowsCount = dt.Rows.Count;
if (rowsCount > 0)
{
RelayTest.Model.ModelDEV_LOAD_INFO model;
for (int n = 0; n < rowsCount; n++)
{
model = new RelayTest.Model.ModelDEV_LOAD_INFO();
//负载柜编号
model.F_LOAD_ID = dt.Rows[n]["F_LOAD_ID"].ToString();
//稳态电流下限
if (dt.Rows[n]["F_LOAD_STABLECURRENT_FLOOR"].ToString() != "")
{
model.F_LOAD_STABLECURRENT_FLOOR = decimal.Parse(dt.Rows[n]["F_LOAD_STABLECURRENT_FLOOR"].ToString());
}
//冲击电流上限
if (dt.Rows[n]["F_LOAD_PULSECURRENT_CEILING"].ToString() != "")
{
model.F_LOAD_PULSECURRENT_CEILING = decimal.Parse(dt.Rows[n]["F_LOAD_PULSECURRENT_CEILING"].ToString());
}
//冲击电流下限
if (dt.Rows[n]["F_LOAD_PULSECURRENT_FLOOR"].ToString() != "")
{
model.F_LOAD_PULSECURRENT_FLOOR = decimal.Parse(dt.Rows[n]["F_LOAD_PULSECURRENT_FLOOR"].ToString());
}
//负载电压上限
if (dt.Rows[n]["F_LOAD_VOLTAGE_CEILING"].ToString() != "")
{
model.F_LOAD_VOLTAGE_CEILING = decimal.Parse(dt.Rows[n]["F_LOAD_VOLTAGE_CEILING"].ToString());
}
//负载电压下限
if (dt.Rows[n]["F_LOAD_VOLTAGE_FLOOR"].ToString() != "")
{
model.F_LOAD_VOLTAGE_FLOOR = decimal.Parse(dt.Rows[n]["F_LOAD_VOLTAGE_FLOOR"].ToString());
}
//描述信息
model.F_LOAD_DESCRIPTION = dt.Rows[n]["F_LOAD_DESCRIPTION"].ToString();
//创建时间
if (dt.Rows[n]["F_CREATE_TIME"].ToString() != "")
{
model.F_CREATE_TIME = DateTime.Parse(dt.Rows[n]["F_CREATE_TIME"].ToString());
}
//操作员
model.F_OPERATOR_ID = dt.Rows[n]["F_OPERATOR_ID"].ToString();
//操作时间
if (dt.Rows[n]["F_OPERATIONTIME"].ToString() != "")
{
model.F_OPERATIONTIME = DateTime.Parse(dt.Rows[n]["F_OPERATIONTIME"].ToString());
}
//是否删除
if (dt.Rows[n]["F_DEL"].ToString() != "")
{
model.F_DEL = decimal.Parse(dt.Rows[n]["F_DEL"].ToString());
}
//负载柜名称
model.F_LOAD_NAME = dt.Rows[n]["F_LOAD_NAME"].ToString();
//校准编号
model.F_LOAD_CALIBRATION = dt.Rows[n]["F_LOAD_CALIBRATION"].ToString();
//负载柜位置
model.F_LOAD_POSTION = dt.Rows[n]["F_LOAD_POSTION"].ToString();
//资产编号
model.F_PROPERTY_ID = dt.Rows[n]["F_PROPERTY_ID"].ToString();
//负载类型
if (dt.Rows[n]["F_LOAD_TYPE"].ToString() != "")
{
model.F_LOAD_TYPE = decimal.Parse(dt.Rows[n]["F_LOAD_TYPE"].ToString());
}
//感性负载功率因素
if (dt.Rows[n]["F_CONDUCTYLOAD_COEFFECIENCY"].ToString() != "")
{
model.F_CONDUCTYLOAD_COEFFECIENCY = decimal.Parse(dt.Rows[n]["F_CONDUCTYLOAD_COEFFECIENCY"].ToString());
}
//负载电压类型
if (dt.Rows[n]["F_LOAD_VOLTAGE_TYPE"].ToString() != "")
{
model.F_LOAD_VOLTAGE_TYPE = decimal.Parse(dt.Rows[n]["F_LOAD_VOLTAGE_TYPE"].ToString());
}
//稳态电流上限
if (dt.Rows[n]["F_LOAD_STABLECURRENT_CEILING"].ToString() != "")
{
model.F_LOAD_STABLECURRENT_CEILING = decimal.Parse(dt.Rows[n]["F_LOAD_STABLECURRENT_CEILING"].ToString());
}
modelList.Add(model);
}
}
return(modelList);
}
catch (Exception ex)
{
Log.Error("BllDEV_LOAD_INFO->DataTableToList---FAILED", ex);
throw ex;
}
finally
{
ConnectionClose();
Log.Info("BllDEV_LOAD_INFO->DataTableToList---finally");
}
}