/** 版本信息模板在安装目录下，可自行修改。 * energy_data.cs * * 功 能： N/A * 类 名： energy_data * * Ver 变更日期 负责人 变更内容 * ─────────────────────────────────── * V0.01 2023/2/26 19:05:08 N/A 初版 * * Copyright (c) 2012 Maticsoft Corporation. All rights reserved. *┌──────────────────────────────────┐ *│　此技术信息为本公司机密信息，未经本公司书面同意禁止向第三方披露．　│ *│　版权所有：动软卓越（北京）科技有限公司　　　　　　　　　　　　　　│ *└──────────────────────────────────┘ */ using System; using System.Data; using System.Text; using MySql.Data.MySqlClient; using Maticsoft.DBUtility;//Please add references namespace DataService.DAL { /// /// 数据访问类:energy_data /// public partial class energy_data { public energy_data() {} #region BasicMethod /// /// 是否存在该记录 /// public bool Exists(string energy_id) { StringBuilder strSql=new StringBuilder(); strSql.Append("select count(1) from energy_data"); strSql.Append(" where energy_id=@energy_id "); MySqlParameter[] parameters = { new MySqlParameter("@energy_id", MySqlDbType.VarChar,50) }; parameters[0].Value = energy_id; return DbHelperMySQL.Exists(strSql.ToString(),parameters); } /// /// 增加一条数据 /// public bool Add(DataService.Model.energy_data model) { StringBuilder strSql=new StringBuilder(); strSql.Append("insert into energy_data("); strSql.Append("energy_id,device_id,supply_water_temperature,return_water_temperature,instantaneous_delivery,sampling_value,cumulative_traffic,positive_total_flow,negative_total_flow,instant_heat,revised_version_number,lang,table_address,meter_communication_speed,modified_caliber,flow_unit,flow_integration_unit,zero_sample_value,meter_factor,heat_coefficient,supply_water_temperature_coefficient,return_temperature_coefficient,small_signal_cut_off_point,modify_pulse_unit,allow_cutout_display,ReverseOutputAllows,current_output_type,pulse_output_mode,frequency_output_range,empty_traffic_alarm_allowed,empty_traffic_alarm_threshold,high_limit_alarm_allows,upper_alarm_value,lower_limit_alarm_allowed,lower_limit_alarm_value,excitation_alarm_allows,sensor_coefficient,empty_pipe_sampling_value,alarm_information,current_zero_correction,current_full_scale_correction,meter_range_setting,measure_damping_time,flow_direction_option,cumulative_heat,cumulative_cooling_capacity,input_date,create_time,r1,r2,r3)"); strSql.Append(" values ("); strSql.Append("@energy_id,@device_id,@supply_water_temperature,@return_water_temperature,@instantaneous_delivery,@sampling_value,@cumulative_traffic,@positive_total_flow,@negative_total_flow,@instant_heat,@revised_version_number,@lang,@table_address,@meter_communication_speed,@modified_caliber,@flow_unit,@flow_integration_unit,@zero_sample_value,@meter_factor,@heat_coefficient,@supply_water_temperature_coefficient,@return_temperature_coefficient,@small_signal_cut_off_point,@modify_pulse_unit,@allow_cutout_display,@ReverseOutputAllows,@current_output_type,@pulse_output_mode,@frequency_output_range,@empty_traffic_alarm_allowed,@empty_traffic_alarm_threshold,@high_limit_alarm_allows,@upper_alarm_value,@lower_limit_alarm_allowed,@lower_limit_alarm_value,@excitation_alarm_allows,@sensor_coefficient,@empty_pipe_sampling_value,@alarm_information,@current_zero_correction,@current_full_scale_correction,@meter_range_setting,@measure_damping_time,@flow_direction_option,@cumulative_heat,@cumulative_cooling_capacity,@input_date,@create_time,@r1,@r2,@r3)"); MySqlParameter[] parameters = { new MySqlParameter("@energy_id", MySqlDbType.VarChar,50), new MySqlParameter("@device_id", MySqlDbType.VarChar,50), new MySqlParameter("@supply_water_temperature", MySqlDbType.Decimal,10), new MySqlParameter("@return_water_temperature", MySqlDbType.Decimal,10), new MySqlParameter("@instantaneous_delivery", MySqlDbType.Decimal,10), new MySqlParameter("@sampling_value", MySqlDbType.Decimal,10), new MySqlParameter("@cumulative_traffic", MySqlDbType.Decimal,10), new MySqlParameter("@positive_total_flow", MySqlDbType.Decimal,10), new MySqlParameter("@negative_total_flow", MySqlDbType.Decimal,10), new MySqlParameter("@instant_heat", MySqlDbType.Decimal,10), new MySqlParameter("@revised_version_number", MySqlDbType.VarChar,255), new MySqlParameter("@lang", MySqlDbType.VarChar,255), new MySqlParameter("@table_address", MySqlDbType.VarChar,255), new MySqlParameter("@meter_communication_speed", MySqlDbType.Int32), new MySqlParameter("@modified_caliber", MySqlDbType.Decimal,10), new MySqlParameter("@flow_unit", MySqlDbType.VarChar,255), new MySqlParameter("@flow_integration_unit", MySqlDbType.VarChar,255), new MySqlParameter("@zero_sample_value", MySqlDbType.Decimal,10), new MySqlParameter("@meter_factor", MySqlDbType.Decimal,10), new MySqlParameter("@heat_coefficient", MySqlDbType.Decimal,10), new MySqlParameter("@supply_water_temperature_coefficient", MySqlDbType.Decimal,10), new MySqlParameter("@return_temperature_coefficient", MySqlDbType.Decimal,10), new MySqlParameter("@small_signal_cut_off_point", MySqlDbType.Decimal,10), new MySqlParameter("@modify_pulse_unit", MySqlDbType.Decimal,10), new MySqlParameter("@allow_cutout_display", MySqlDbType.VarChar,255), new MySqlParameter("@ReverseOutputAllows", MySqlDbType.VarChar,255), new MySqlParameter("@current_output_type", MySqlDbType.VarChar,255), new MySqlParameter("@pulse_output_mode", MySqlDbType.VarChar,255), new MySqlParameter("@frequency_output_range", MySqlDbType.VarChar,255), new MySqlParameter("@empty_traffic_alarm_allowed", MySqlDbType.VarChar,255), new MySqlParameter("@empty_traffic_alarm_threshold", MySqlDbType.Decimal,10), new MySqlParameter("@high_limit_alarm_allows", MySqlDbType.VarChar,255), new MySqlParameter("@upper_alarm_value", MySqlDbType.Decimal,10), new MySqlParameter("@lower_limit_alarm_allowed", MySqlDbType.VarChar,255), new MySqlParameter("@lower_limit_alarm_value", MySqlDbType.Decimal,10), new MySqlParameter("@excitation_alarm_allows", MySqlDbType.VarChar,255), new MySqlParameter("@sensor_coefficient", MySqlDbType.Decimal,10), new MySqlParameter("@empty_pipe_sampling_value", MySqlDbType.Decimal,10), new MySqlParameter("@alarm_information", MySqlDbType.VarChar,255), new MySqlParameter("@current_zero_correction", MySqlDbType.Decimal,10), new MySqlParameter("@current_full_scale_correction", MySqlDbType.Decimal,10), new MySqlParameter("@meter_range_setting", MySqlDbType.VarChar,255), new MySqlParameter("@measure_damping_time", MySqlDbType.VarChar,255), new MySqlParameter("@flow_direction_option", MySqlDbType.VarChar,255), new MySqlParameter("@cumulative_heat", MySqlDbType.Decimal,10), new MySqlParameter("@cumulative_cooling_capacity", MySqlDbType.Decimal,10), new MySqlParameter("@input_date", MySqlDbType.DateTime), new MySqlParameter("@create_time", MySqlDbType.DateTime), new MySqlParameter("@r1", MySqlDbType.VarChar,255), new MySqlParameter("@r2", MySqlDbType.VarChar,255), new MySqlParameter("@r3", MySqlDbType.VarChar,255)}; parameters[0].Value = model.energy_id; parameters[1].Value = model.device_id; parameters[2].Value = model.supply_water_temperature; parameters[3].Value = model.return_water_temperature; parameters[4].Value = model.instantaneous_delivery; parameters[5].Value = model.sampling_value; parameters[6].Value = model.cumulative_traffic; parameters[7].Value = model.positive_total_flow; parameters[8].Value = model.negative_total_flow; parameters[9].Value = model.instant_heat; parameters[10].Value = model.revised_version_number; parameters[11].Value = model.lang; parameters[12].Value = model.table_address; parameters[13].Value = model.meter_communication_speed; parameters[14].Value = model.modified_caliber; parameters[15].Value = model.flow_unit; parameters[16].Value = model.flow_integration_unit; parameters[17].Value = model.zero_sample_value; parameters[18].Value = model.meter_factor; parameters[19].Value = model.heat_coefficient; parameters[20].Value = model.supply_water_temperature_coefficient; parameters[21].Value = model.return_temperature_coefficient; parameters[22].Value = model.small_signal_cut_off_point; parameters[23].Value = model.modify_pulse_unit; parameters[24].Value = model.allow_cutout_display; parameters[25].Value = model.ReverseOutputAllows; parameters[26].Value = model.current_output_type; parameters[27].Value = model.pulse_output_mode; parameters[28].Value = model.frequency_output_range; parameters[29].Value = model.empty_traffic_alarm_allowed; parameters[30].Value = model.empty_traffic_alarm_threshold; parameters[31].Value = model.high_limit_alarm_allows; parameters[32].Value = model.upper_alarm_value; parameters[33].Value = model.lower_limit_alarm_allowed; parameters[34].Value = model.lower_limit_alarm_value; parameters[35].Value = model.excitation_alarm_allows; parameters[36].Value = model.sensor_coefficient; parameters[37].Value = model.empty_pipe_sampling_value; parameters[38].Value = model.alarm_information; parameters[39].Value = model.current_zero_correction; parameters[40].Value = model.current_full_scale_correction; parameters[41].Value = model.meter_range_setting; parameters[42].Value = model.measure_damping_time; parameters[43].Value = model.flow_direction_option; parameters[44].Value = model.cumulative_heat; parameters[45].Value = model.cumulative_cooling_capacity; parameters[46].Value = model.input_date; parameters[47].Value = model.create_time; parameters[48].Value = model.r1; parameters[49].Value = model.r2; parameters[50].Value = model.r3; int rows=DbHelperMySQL.ExecuteSql(strSql.ToString(),parameters); if (rows > 0) { return true; } else { return false; } } /// /// 更新一条数据 /// public bool Update(DataService.Model.energy_data model) { StringBuilder strSql=new StringBuilder(); strSql.Append("update energy_data set "); strSql.Append("device_id=@device_id,"); strSql.Append("supply_water_temperature=@supply_water_temperature,"); strSql.Append("return_water_temperature=@return_water_temperature,"); strSql.Append("instantaneous_delivery=@instantaneous_delivery,"); strSql.Append("sampling_value=@sampling_value,"); strSql.Append("cumulative_traffic=@cumulative_traffic,"); strSql.Append("positive_total_flow=@positive_total_flow,"); strSql.Append("negative_total_flow=@negative_total_flow,"); strSql.Append("instant_heat=@instant_heat,"); strSql.Append("revised_version_number=@revised_version_number,"); strSql.Append("lang=@lang,"); strSql.Append("table_address=@table_address,"); strSql.Append("meter_communication_speed=@meter_communication_speed,"); strSql.Append("modified_caliber=@modified_caliber,"); strSql.Append("flow_unit=@flow_unit,"); strSql.Append("flow_integration_unit=@flow_integration_unit,"); strSql.Append("zero_sample_value=@zero_sample_value,"); strSql.Append("meter_factor=@meter_factor,"); strSql.Append("heat_coefficient=@heat_coefficient,"); strSql.Append("supply_water_temperature_coefficient=@supply_water_temperature_coefficient,"); strSql.Append("return_temperature_coefficient=@return_temperature_coefficient,"); strSql.Append("small_signal_cut_off_point=@small_signal_cut_off_point,"); strSql.Append("modify_pulse_unit=@modify_pulse_unit,"); strSql.Append("allow_cutout_display=@allow_cutout_display,"); strSql.Append("ReverseOutputAllows=@ReverseOutputAllows,"); strSql.Append("current_output_type=@current_output_type,"); strSql.Append("pulse_output_mode=@pulse_output_mode,"); strSql.Append("frequency_output_range=@frequency_output_range,"); strSql.Append("empty_traffic_alarm_allowed=@empty_traffic_alarm_allowed,"); strSql.Append("empty_traffic_alarm_threshold=@empty_traffic_alarm_threshold,"); strSql.Append("high_limit_alarm_allows=@high_limit_alarm_allows,"); strSql.Append("upper_alarm_value=@upper_alarm_value,"); strSql.Append("lower_limit_alarm_allowed=@lower_limit_alarm_allowed,"); strSql.Append("lower_limit_alarm_value=@lower_limit_alarm_value,"); strSql.Append("excitation_alarm_allows=@excitation_alarm_allows,"); strSql.Append("sensor_coefficient=@sensor_coefficient,"); strSql.Append("empty_pipe_sampling_value=@empty_pipe_sampling_value,"); strSql.Append("alarm_information=@alarm_information,"); strSql.Append("current_zero_correction=@current_zero_correction,"); strSql.Append("current_full_scale_correction=@current_full_scale_correction,"); strSql.Append("meter_range_setting=@meter_range_setting,"); strSql.Append("measure_damping_time=@measure_damping_time,"); strSql.Append("flow_direction_option=@flow_direction_option,"); strSql.Append("cumulative_heat=@cumulative_heat,"); strSql.Append("cumulative_cooling_capacity=@cumulative_cooling_capacity,"); strSql.Append("input_date=@input_date,"); strSql.Append("create_time=@create_time,"); strSql.Append("r1=@r1,"); strSql.Append("r2=@r2,"); strSql.Append("r3=@r3"); strSql.Append(" where energy_id=@energy_id "); MySqlParameter[] parameters = { new MySqlParameter("@device_id", MySqlDbType.VarChar,50), new MySqlParameter("@supply_water_temperature", MySqlDbType.Decimal,10), new MySqlParameter("@return_water_temperature", MySqlDbType.Decimal,10), new MySqlParameter("@instantaneous_delivery", MySqlDbType.Decimal,10), new MySqlParameter("@sampling_value", MySqlDbType.Decimal,10), new MySqlParameter("@cumulative_traffic", MySqlDbType.Decimal,10), new MySqlParameter("@positive_total_flow", MySqlDbType.Decimal,10), new MySqlParameter("@negative_total_flow", MySqlDbType.Decimal,10), new MySqlParameter("@instant_heat", MySqlDbType.Decimal,10), new MySqlParameter("@revised_version_number", MySqlDbType.VarChar,255), new MySqlParameter("@lang", MySqlDbType.VarChar,255), new MySqlParameter("@table_address", MySqlDbType.VarChar,255), new MySqlParameter("@meter_communication_speed", MySqlDbType.Int32), new MySqlParameter("@modified_caliber", MySqlDbType.Decimal,10), new MySqlParameter("@flow_unit", MySqlDbType.VarChar,255), new MySqlParameter("@flow_integration_unit", MySqlDbType.VarChar,255), new MySqlParameter("@zero_sample_value", MySqlDbType.Decimal,10), new MySqlParameter("@meter_factor", MySqlDbType.Decimal,10), new MySqlParameter("@heat_coefficient", MySqlDbType.Decimal,10), new MySqlParameter("@supply_water_temperature_coefficient", MySqlDbType.Decimal,10), new MySqlParameter("@return_temperature_coefficient", MySqlDbType.Decimal,10), new MySqlParameter("@small_signal_cut_off_point", MySqlDbType.Decimal,10), new MySqlParameter("@modify_pulse_unit", MySqlDbType.Decimal,10), new MySqlParameter("@allow_cutout_display", MySqlDbType.VarChar,255), new MySqlParameter("@ReverseOutputAllows", MySqlDbType.VarChar,255), new MySqlParameter("@current_output_type", MySqlDbType.VarChar,255), new MySqlParameter("@pulse_output_mode", MySqlDbType.VarChar,255), new MySqlParameter("@frequency_output_range", MySqlDbType.VarChar,255), new MySqlParameter("@empty_traffic_alarm_allowed", MySqlDbType.VarChar,255), new MySqlParameter("@empty_traffic_alarm_threshold", MySqlDbType.Decimal,10), new MySqlParameter("@high_limit_alarm_allows", MySqlDbType.VarChar,255), new MySqlParameter("@upper_alarm_value", MySqlDbType.Decimal,10), new MySqlParameter("@lower_limit_alarm_allowed", MySqlDbType.VarChar,255), new MySqlParameter("@lower_limit_alarm_value", MySqlDbType.Decimal,10), new MySqlParameter("@excitation_alarm_allows", MySqlDbType.VarChar,255), new MySqlParameter("@sensor_coefficient", MySqlDbType.Decimal,10), new MySqlParameter("@empty_pipe_sampling_value", MySqlDbType.Decimal,10), new MySqlParameter("@alarm_information", MySqlDbType.VarChar,255), new MySqlParameter("@current_zero_correction", MySqlDbType.Decimal,10), new MySqlParameter("@current_full_scale_correction", MySqlDbType.Decimal,10), new MySqlParameter("@meter_range_setting", MySqlDbType.VarChar,255), new MySqlParameter("@measure_damping_time", MySqlDbType.VarChar,255), new MySqlParameter("@flow_direction_option", MySqlDbType.VarChar,255), new MySqlParameter("@cumulative_heat", MySqlDbType.Decimal,10), new MySqlParameter("@cumulative_cooling_capacity", MySqlDbType.Decimal,10), new MySqlParameter("@input_date", MySqlDbType.DateTime), new MySqlParameter("@create_time", MySqlDbType.DateTime), new MySqlParameter("@r1", MySqlDbType.VarChar,255), new MySqlParameter("@r2", MySqlDbType.VarChar,255), new MySqlParameter("@r3", MySqlDbType.VarChar,255), new MySqlParameter("@energy_id", MySqlDbType.VarChar,50)}; parameters[0].Value = model.device_id; parameters[1].Value = model.supply_water_temperature; parameters[2].Value = model.return_water_temperature; parameters[3].Value = model.instantaneous_delivery; parameters[4].Value = model.sampling_value; parameters[5].Value = model.cumulative_traffic; parameters[6].Value = model.positive_total_flow; parameters[7].Value = model.negative_total_flow; parameters[8].Value = model.instant_heat; parameters[9].Value = model.revised_version_number; parameters[10].Value = model.lang; parameters[11].Value = model.table_address; parameters[12].Value = model.meter_communication_speed; parameters[13].Value = model.modified_caliber; parameters[14].Value = model.flow_unit; parameters[15].Value = model.flow_integration_unit; parameters[16].Value = model.zero_sample_value; parameters[17].Value = model.meter_factor; parameters[18].Value = model.heat_coefficient; parameters[19].Value = model.supply_water_temperature_coefficient; parameters[20].Value = model.return_temperature_coefficient; parameters[21].Value = model.small_signal_cut_off_point; parameters[22].Value = model.modify_pulse_unit; parameters[23].Value = model.allow_cutout_display; parameters[24].Value = model.ReverseOutputAllows; parameters[25].Value = model.current_output_type; parameters[26].Value = model.pulse_output_mode; parameters[27].Value = model.frequency_output_range; parameters[28].Value = model.empty_traffic_alarm_allowed; parameters[29].Value = model.empty_traffic_alarm_threshold; parameters[30].Value = model.high_limit_alarm_allows; parameters[31].Value = model.upper_alarm_value; parameters[32].Value = model.lower_limit_alarm_allowed; parameters[33].Value = model.lower_limit_alarm_value; parameters[34].Value = model.excitation_alarm_allows; parameters[35].Value = model.sensor_coefficient; parameters[36].Value = model.empty_pipe_sampling_value; parameters[37].Value = model.alarm_information; parameters[38].Value = model.current_zero_correction; parameters[39].Value = model.current_full_scale_correction; parameters[40].Value = model.meter_range_setting; parameters[41].Value = model.measure_damping_time; parameters[42].Value = model.flow_direction_option; parameters[43].Value = model.cumulative_heat; parameters[44].Value = model.cumulative_cooling_capacity; parameters[45].Value = model.input_date; parameters[46].Value = model.create_time; parameters[47].Value = model.r1; parameters[48].Value = model.r2; parameters[49].Value = model.r3; parameters[50].Value = model.energy_id; int rows=DbHelperMySQL.ExecuteSql(strSql.ToString(),parameters); if (rows > 0) { return true; } else { return false; } } /// /// 删除一条数据 /// public bool Delete(string energy_id) { StringBuilder strSql=new StringBuilder(); strSql.Append("delete from energy_data "); strSql.Append(" where energy_id=@energy_id "); MySqlParameter[] parameters = { new MySqlParameter("@energy_id", MySqlDbType.VarChar,50) }; parameters[0].Value = energy_id; int rows=DbHelperMySQL.ExecuteSql(strSql.ToString(),parameters); if (rows > 0) { return true; } else { return false; } } /// /// 批量删除数据 /// public bool DeleteList(string energy_idlist ) { StringBuilder strSql=new StringBuilder(); strSql.Append("delete from energy_data "); strSql.Append(" where energy_id in ("+energy_idlist + ") "); int rows=DbHelperMySQL.ExecuteSql(strSql.ToString()); if (rows > 0) { return true; } else { return false; } } /// /// 得到一个对象实体 /// public DataService.Model.energy_data GetModel(string energy_id) { StringBuilder strSql=new StringBuilder(); strSql.Append("select energy_id,device_id,supply_water_temperature,return_water_temperature,instantaneous_delivery,sampling_value,cumulative_traffic,positive_total_flow,negative_total_flow,instant_heat,revised_version_number,lang,table_address,meter_communication_speed,modified_caliber,flow_unit,flow_integration_unit,zero_sample_value,meter_factor,heat_coefficient,supply_water_temperature_coefficient,return_temperature_coefficient,small_signal_cut_off_point,modify_pulse_unit,allow_cutout_display,ReverseOutputAllows,current_output_type,pulse_output_mode,frequency_output_range,empty_traffic_alarm_allowed,empty_traffic_alarm_threshold,high_limit_alarm_allows,upper_alarm_value,lower_limit_alarm_allowed,lower_limit_alarm_value,excitation_alarm_allows,sensor_coefficient,empty_pipe_sampling_value,alarm_information,current_zero_correction,current_full_scale_correction,meter_range_setting,measure_damping_time,flow_direction_option,cumulative_heat,cumulative_cooling_capacity,input_date,create_time,r1,r2,r3 from energy_data "); strSql.Append(" where energy_id=@energy_id "); MySqlParameter[] parameters = { new MySqlParameter("@energy_id", MySqlDbType.VarChar,50) }; parameters[0].Value = energy_id; DataService.Model.energy_data model=new DataService.Model.energy_data(); DataSet ds=DbHelperMySQL.Query(strSql.ToString(),parameters); if(ds.Tables[0].Rows.Count>0) { return DataRowToModel(ds.Tables[0].Rows[0]); } else { return null; } } /// /// 得到一个对象实体 /// public DataService.Model.energy_data DataRowToModel(DataRow row) { DataService.Model.energy_data model=new DataService.Model.energy_data(); if (row != null) { if(row["energy_id"]!=null) { model.energy_id=row["energy_id"].ToString(); } if(row["device_id"]!=null) { model.device_id=row["device_id"].ToString(); } if(row["supply_water_temperature"]!=null && row["supply_water_temperature"].ToString()!="") { model.supply_water_temperature=decimal.Parse(row["supply_water_temperature"].ToString()); } if(row["return_water_temperature"]!=null && row["return_water_temperature"].ToString()!="") { model.return_water_temperature=decimal.Parse(row["return_water_temperature"].ToString()); } if(row["instantaneous_delivery"]!=null && row["instantaneous_delivery"].ToString()!="") { model.instantaneous_delivery=decimal.Parse(row["instantaneous_delivery"].ToString()); } if(row["sampling_value"]!=null && row["sampling_value"].ToString()!="") { model.sampling_value=decimal.Parse(row["sampling_value"].ToString()); } if(row["cumulative_traffic"]!=null && row["cumulative_traffic"].ToString()!="") { model.cumulative_traffic=decimal.Parse(row["cumulative_traffic"].ToString()); } if(row["positive_total_flow"]!=null && row["positive_total_flow"].ToString()!="") { model.positive_total_flow=decimal.Parse(row["positive_total_flow"].ToString()); } if(row["negative_total_flow"]!=null && row["negative_total_flow"].ToString()!="") { model.negative_total_flow=decimal.Parse(row["negative_total_flow"].ToString()); } if(row["instant_heat"]!=null && row["instant_heat"].ToString()!="") { model.instant_heat=decimal.Parse(row["instant_heat"].ToString()); } if(row["revised_version_number"]!=null) { model.revised_version_number=row["revised_version_number"].ToString(); } if(row["lang"]!=null) { model.lang=row["lang"].ToString(); } if(row["table_address"]!=null) { model.table_address=row["table_address"].ToString(); } if(row["meter_communication_speed"]!=null && row["meter_communication_speed"].ToString()!="") { model.meter_communication_speed=int.Parse(row["meter_communication_speed"].ToString()); } if(row["modified_caliber"]!=null && row["modified_caliber"].ToString()!="") { model.modified_caliber=decimal.Parse(row["modified_caliber"].ToString()); } if(row["flow_unit"]!=null) { model.flow_unit=row["flow_unit"].ToString(); } if(row["flow_integration_unit"]!=null) { model.flow_integration_unit=row["flow_integration_unit"].ToString(); } if(row["zero_sample_value"]!=null && row["zero_sample_value"].ToString()!="") { model.zero_sample_value=decimal.Parse(row["zero_sample_value"].ToString()); } if(row["meter_factor"]!=null && row["meter_factor"].ToString()!="") { model.meter_factor=decimal.Parse(row["meter_factor"].ToString()); } if(row["heat_coefficient"]!=null && row["heat_coefficient"].ToString()!="") { model.heat_coefficient=decimal.Parse(row["heat_coefficient"].ToString()); } if(row["supply_water_temperature_coefficient"]!=null && row["supply_water_temperature_coefficient"].ToString()!="") { model.supply_water_temperature_coefficient=decimal.Parse(row["supply_water_temperature_coefficient"].ToString()); } if(row["return_temperature_coefficient"]!=null && row["return_temperature_coefficient"].ToString()!="") { model.return_temperature_coefficient=decimal.Parse(row["return_temperature_coefficient"].ToString()); } if(row["small_signal_cut_off_point"]!=null && row["small_signal_cut_off_point"].ToString()!="") { model.small_signal_cut_off_point=decimal.Parse(row["small_signal_cut_off_point"].ToString()); } if(row["modify_pulse_unit"]!=null && row["modify_pulse_unit"].ToString()!="") { model.modify_pulse_unit=decimal.Parse(row["modify_pulse_unit"].ToString()); } if(row["allow_cutout_display"]!=null) { model.allow_cutout_display=row["allow_cutout_display"].ToString(); } if(row["ReverseOutputAllows"]!=null) { model.ReverseOutputAllows=row["ReverseOutputAllows"].ToString(); } if(row["current_output_type"]!=null) { model.current_output_type=row["current_output_type"].ToString(); } if(row["pulse_output_mode"]!=null) { model.pulse_output_mode=row["pulse_output_mode"].ToString(); } if(row["frequency_output_range"]!=null) { model.frequency_output_range=row["frequency_output_range"].ToString(); } if(row["empty_traffic_alarm_allowed"]!=null) { model.empty_traffic_alarm_allowed=row["empty_traffic_alarm_allowed"].ToString(); } if(row["empty_traffic_alarm_threshold"]!=null && row["empty_traffic_alarm_threshold"].ToString()!="") { model.empty_traffic_alarm_threshold=decimal.Parse(row["empty_traffic_alarm_threshold"].ToString()); } if(row["high_limit_alarm_allows"]!=null) { model.high_limit_alarm_allows=row["high_limit_alarm_allows"].ToString(); } if(row["upper_alarm_value"]!=null && row["upper_alarm_value"].ToString()!="") { model.upper_alarm_value=decimal.Parse(row["upper_alarm_value"].ToString()); } if(row["lower_limit_alarm_allowed"]!=null) { model.lower_limit_alarm_allowed=row["lower_limit_alarm_allowed"].ToString(); } if(row["lower_limit_alarm_value"]!=null && row["lower_limit_alarm_value"].ToString()!="") { model.lower_limit_alarm_value=decimal.Parse(row["lower_limit_alarm_value"].ToString()); } if(row["excitation_alarm_allows"]!=null) { model.excitation_alarm_allows=row["excitation_alarm_allows"].ToString(); } if(row["sensor_coefficient"]!=null && row["sensor_coefficient"].ToString()!="") { model.sensor_coefficient=decimal.Parse(row["sensor_coefficient"].ToString()); } if(row["empty_pipe_sampling_value"]!=null && row["empty_pipe_sampling_value"].ToString()!="") { model.empty_pipe_sampling_value=decimal.Parse(row["empty_pipe_sampling_value"].ToString()); } if(row["alarm_information"]!=null) { model.alarm_information=row["alarm_information"].ToString(); } if(row["current_zero_correction"]!=null && row["current_zero_correction"].ToString()!="") { model.current_zero_correction=decimal.Parse(row["current_zero_correction"].ToString()); } if(row["current_full_scale_correction"]!=null && row["current_full_scale_correction"].ToString()!="") { model.current_full_scale_correction=decimal.Parse(row["current_full_scale_correction"].ToString()); } if(row["meter_range_setting"]!=null) { model.meter_range_setting=row["meter_range_setting"].ToString(); } if(row["measure_damping_time"]!=null) { model.measure_damping_time=row["measure_damping_time"].ToString(); } if(row["flow_direction_option"]!=null) { model.flow_direction_option=row["flow_direction_option"].ToString(); } if(row["cumulative_heat"]!=null && row["cumulative_heat"].ToString()!="") { model.cumulative_heat=decimal.Parse(row["cumulative_heat"].ToString()); } if(row["cumulative_cooling_capacity"]!=null && row["cumulative_cooling_capacity"].ToString()!="") { model.cumulative_cooling_capacity=decimal.Parse(row["cumulative_cooling_capacity"].ToString()); } if(row["input_date"]!=null && row["input_date"].ToString()!="") { model.input_date=DateTime.Parse(row["input_date"].ToString()); } if(row["create_time"]!=null && row["create_time"].ToString()!="") { model.create_time=DateTime.Parse(row["create_time"].ToString()); } if(row["r1"]!=null) { model.r1=row["r1"].ToString(); } if(row["r2"]!=null) { model.r2=row["r2"].ToString(); } if(row["r3"]!=null) { model.r3=row["r3"].ToString(); } } return model; } /// /// 获得数据列表 /// public DataSet GetList(string strWhere) { StringBuilder strSql=new StringBuilder(); strSql.Append("select energy_id,device_id,supply_water_temperature,return_water_temperature,instantaneous_delivery,sampling_value,cumulative_traffic,positive_total_flow,negative_total_flow,instant_heat,revised_version_number,lang,table_address,meter_communication_speed,modified_caliber,flow_unit,flow_integration_unit,zero_sample_value,meter_factor,heat_coefficient,supply_water_temperature_coefficient,return_temperature_coefficient,small_signal_cut_off_point,modify_pulse_unit,allow_cutout_display,ReverseOutputAllows,current_output_type,pulse_output_mode,frequency_output_range,empty_traffic_alarm_allowed,empty_traffic_alarm_threshold,high_limit_alarm_allows,upper_alarm_value,lower_limit_alarm_allowed,lower_limit_alarm_value,excitation_alarm_allows,sensor_coefficient,empty_pipe_sampling_value,alarm_information,current_zero_correction,current_full_scale_correction,meter_range_setting,measure_damping_time,flow_direction_option,cumulative_heat,cumulative_cooling_capacity,input_date,create_time,r1,r2,r3 "); strSql.Append(" FROM energy_data "); if(strWhere.Trim()!="") { strSql.Append(" where "+strWhere); } return DbHelperMySQL.Query(strSql.ToString()); } /// /// 获取记录总数 /// public int GetRecordCount(string strWhere) { StringBuilder strSql=new StringBuilder(); strSql.Append("select count(1) FROM energy_data "); if(strWhere.Trim()!="") { strSql.Append(" where "+strWhere); } object obj = DbHelperSQL.GetSingle(strSql.ToString()); if (obj == null) { return 0; } else { return Convert.ToInt32(obj); } } /// /// 分页获取数据列表 /// public DataSet GetListByPage(string strWhere, string orderby, int startIndex, int endIndex) { StringBuilder strSql=new StringBuilder(); strSql.Append("SELECT * FROM ( "); strSql.Append(" SELECT ROW_NUMBER() OVER ("); if (!string.IsNullOrEmpty(orderby.Trim())) { strSql.Append("order by T." + orderby ); } else { strSql.Append("order by T.energy_id desc"); } strSql.Append(")AS Row, T.* from energy_data T "); if (!string.IsNullOrEmpty(strWhere.Trim())) { strSql.Append(" WHERE " + strWhere); } strSql.Append(" ) TT"); strSql.AppendFormat(" WHERE TT.Row between {0} and {1}", startIndex, endIndex); return DbHelperMySQL.Query(strSql.ToString()); } /* /// /// 分页获取数据列表 /// public DataSet GetList(int PageSize,int PageIndex,string strWhere) { MySqlParameter[] parameters = { new MySqlParameter("@tblName", MySqlDbType.VarChar, 255), new MySqlParameter("@fldName", MySqlDbType.VarChar, 255), new MySqlParameter("@PageSize", MySqlDbType.Int32), new MySqlParameter("@PageIndex", MySqlDbType.Int32), new MySqlParameter("@IsReCount", MySqlDbType.Bit), new MySqlParameter("@OrderType", MySqlDbType.Bit), new MySqlParameter("@strWhere", MySqlDbType.VarChar,1000), }; parameters[0].Value = "energy_data"; parameters[1].Value = "energy_id"; parameters[2].Value = PageSize; parameters[3].Value = PageIndex; parameters[4].Value = 0; parameters[5].Value = 0; parameters[6].Value = strWhere; return DbHelperMySQL.RunProcedure("UP_GetRecordByPage",parameters,"ds"); }*/ #endregion BasicMethod #region ExtensionMethod #endregion ExtensionMethod } }