using System ;
using System.Collections.Generic ;
using System.Linq ;
using System.Text ;
using System.Threading.Tasks ;
using System.Data ;
using System.Reflection ;
using ICSharpCode.Core ;
using Mesnac.Basic ;
using Mesnac.Equips ;
using Mesnac.Codd.Session ;
using Mesnac.Action.ChemicalWeighing.Entity ;
namespace Mesnac.Action.ChemicalWeighing
{
/// <summary>
/// Plc操作辅助类
/// </summary>
public class BasePlcHelper
{
#region 单例模式
private static BasePlcHelper _this = null ;
public static BasePlcHelper Instance
{
get
{
if ( null = = _this )
_this = new BasePlcHelper ( ) ;
return _this ;
}
}
private BasePlcHelper ( )
{
foreach ( PropertyInfo pi in this . GetType ( ) . GetProperties ( ) )
{
if ( pi . PropertyType = = typeof ( DataKeyValue ) )
{
DataKeyValue data = new DataKeyValue ( pi . Name ) ;
pi . SetValue ( this , data , null ) ;
}
}
}
# endregion
#region 方法定义
#region GetDataKeyValue
public DataKeyValue GetDataKeyValue ( string key )
{
foreach ( PropertyInfo pi in this . GetType ( ) . GetProperties ( ) )
{
if ( pi . PropertyType = = typeof ( DataKeyValue ) )
{
DataKeyValue data = ( DataKeyValue ) pi . GetValue ( this , null ) ;
if ( data . FieldKey . ToLower ( ) = = key . ToLower ( ) )
{
return data ;
}
}
}
return null ;
}
# endregion
#region 从PLC中读取原始数据的方法
/// <summary>
/// 从PLC中读取原始数据
/// </summary>
/// <param name="dataName">要读取的设备变量名称</param>
/// <param name="dataValue">从PLC读取的值</param>
/// <returns>成功返回true, 失败返回false</returns>
public bool PlcRead ( string dataName , out int [ ] dataValue )
{
return Mesnac . Equips . Factory . Instance . Read ( dataName , out dataValue ) ;
}
/// <summary>
/// 根据设备名称读取指定数据块,指定起始字,指定长度的数据
/// </summary>
/// <param name="equipName">设备名称</param>
/// <param name="block">数据块</param>
/// <param name="start">起始字</param>
/// <param name="len">长度</param>
/// <param name="dataValue">输出数据</param>
/// <returns>成功返回true, 失败返回false</returns>
public bool PlcRead ( string equipName , string block , int start , int len , out Int16 [ ] dataValue )
{
return Mesnac . Equips . Factory . Instance . Read ( equipName , block , start , len , out dataValue ) ;
}
/// <summary>
/// 从PLC中读取原始数据
/// </summary>
/// <param name="dataKey"></param>
/// <param name="dataValue"></param>
/// <returns></returns>
public bool PlcRead ( DataKeyValue dataKey , out int [ ] dataValue )
{
return PlcRead ( dataKey . EquipKey , out dataValue ) ;
}
/// <summary>
/// 按设备变量别名从PLC读取数据
/// </summary>
/// <param name="runName">PLC设备变量别名</param>
/// <param name="dataValue">读取值</param>
/// <returns>读取成功返回true, 失败返回false</returns>
public bool PlcReadByRunName ( string runName , out int [ ] dataValue )
{
return Mesnac . Equips . Factory . Instance . ReadByRunName ( runName , out dataValue ) ;
}
public object PlcLastValueRead ( string dataName )
{
return Mesnac . Equips . Factory . Instance . ReadLastValue ( dataName ) ;
}
/// <summary>
/// 读取设备数据
/// </summary>
/// <param name="dataName">设备变量名称</param>
/// <param name="dataValue">读取的设备值</param>
/// <returns>读取成功返回true, 失败返回false</returns>
public bool PlcLastValueRead ( string dataName , out int [ ] dataValue )
{
return Mesnac . Equips . Factory . Instance . ReadLastValue ( dataName , out dataValue ) ;
}
# endregion
#region 向PLC变量中写入值, 并不真正下传至PLC
/// <summary>
/// 向PLC变量中写入值, 并不真正下传至PLC
/// </summary>
/// <param name="equipKey"></param>
/// <param name="runName"></param>
/// <param name="shifting"></param>
/// <param name="dataValue"></param>
/// <returns></returns>
public bool PlcVarWrite ( string equipKey , string runName , int shifting , object dataValue )
{
StringBuilder log = new StringBuilder ( ) ;
try
{
//log.Append("equipKey=[").Append(equipKey).Append("]runName=[").Append(runName);
foreach ( Mesnac . Equips . BaseEquip equip in Factory . Instance . AllEquips . Values )
{
foreach ( Mesnac . Equips . BaseInfo . Group group in equip . Group . Values )
{
if ( group . Access = = System . IO . FileAccess . Write | |
group . Access = = System . IO . FileAccess . ReadWrite )
{
foreach ( Mesnac . Equips . BaseInfo . Data data in group . Data . Values )
{
if ( data . KeyName = = equipKey | | ( ! String . IsNullOrEmpty ( data . RunName ) & & data . RunName = = runName ) )
{
try
{
data . Value = dataValue ;
return true ;
}
catch ( Exception ex )
{
ICSharpCode . Core . LoggingService . Error ( ex . Message ) ;
return false ;
}
}
}
}
}
}
//log.Append("]No Find");
return false ;
}
catch ( Exception ex )
{
ICSharpCode . Core . LoggingService . Error ( "写入PLC变量值失败: " + ex . Message , ex ) ;
return false ;
}
finally
{
//if (log.Length > "equipKey=[]runName=[]No Find".Length)
//{
// action.LogDebug(log.AppendLine("...").ToString());
//}
}
}
/// <summary>
/// 向PLC变量中写入值, 并不真正下传至PLC
/// </summary>
/// <param name="equipKey"></param>
/// <param name="shifting"></param>
/// <param name="dataValue"></param>
/// <returns></returns>
public bool PlcVarWriteByDataKey ( string equipKey , int shifting , object dataValue )
{
return PlcVarWrite ( equipKey , string . Empty , shifting , dataValue ) ;
}
/// <summary>
/// 向PLC变量中写入值, 并不真正下传至PLC
/// </summary>
/// <param name="dataKey"></param>
/// <param name="shifting"></param>
/// <param name="dataValue"></param>
/// <returns></returns>
public bool PlcVarWriteByDataKey ( DataKeyValue dataKey , int shifting , object dataValue )
{
return PlcVarWriteByDataKey ( dataKey . EquipKey , shifting , dataValue ) ;
}
/// <summary>
/// 向PLC变量中写入值, 并不真正下传至PLC
/// </summary>
/// <param name="dataKey"></param>
/// <param name="dataValue"></param>
/// <returns></returns>
public bool PlcVarWriteByDataKey ( DataKeyValue dataKey , object dataValue )
{
return PlcVarWriteByDataKey ( dataKey , 0 , dataValue ) ;
}
# endregion
#region Plc写入方法, 真正写入PLC
/// <summary>
/// PlcWrite
/// </summary>
/// <param name="equipKey"></param>
/// <param name="runName"></param>
/// <param name="shifting"></param>
/// <param name="dataValue"></param>
/// <param name="isOutFlag"></param>
/// <returns></returns>
private bool PlcWrite ( string equipKey , string runName , int shifting , object [ ] dataValue , params bool [ ] isOutFlag )
{
StringBuilder log = new StringBuilder ( ) ;
try
{
log . Append ( "equipKey=[" ) . Append ( equipKey ) . Append ( "]runName=[" ) . Append ( runName ) ;
foreach ( Mesnac . Equips . BaseEquip equip in Factory . Instance . AllEquips . Values )
{
foreach ( Mesnac . Equips . BaseInfo . Group group in equip . Group . Values )
{
if ( group . Access = = System . IO . FileAccess . Write | |
group . Access = = System . IO . FileAccess . ReadWrite )
{
foreach ( Mesnac . Equips . BaseInfo . Data data in group . Data . Values )
{
//if (data.KeyName == equipKey || data.RunName == runName)
//if (data.KeyName == equipKey)
if ( data . KeyName = = equipKey | | ( ! String . IsNullOrEmpty ( data . RunName ) & & data . RunName = = runName ) )
{
int block = 0 ;
if ( int . TryParse ( group . Block . ToString ( ) , out block ) )
{
log . Append ( "]shifting=[" ) . Append ( ( group . Start + data . Start + shifting ) . ToString ( ) ) ;
log . Append ( "]dataLen=[" ) . Append ( dataValue . Length ) ;
log . Append ( "]Find Result=" ) ;
foreach ( object v in dataValue )
{
log . Append ( v + "," ) ;
}
#region 二进制位写入
if ( data . Method . StartsWith ( "Default_Bit" ) )
{
string parameters = data . Method . Replace ( "Default_Bit(" , String . Empty ) . Replace ( ")" , String . Empty ) ;
string [ ] ps = parameters . Split ( new char [ ] { ',' } ) ;
int startIndex = 0 ;
int length = 1 ;
if ( ps . Length = = 1 ) //单参数判断
{
if ( ! int . TryParse ( ps [ 0 ] , out startIndex ) )
{
log . Append ( "[false](Convert The Bit method first parameter to int failure!)" ) ;
return false ;
}
}
else if ( ps . Length = = 2 ) //多参数判断
{
if ( ! int . TryParse ( ps [ 0 ] , out startIndex ) )
{
log . Append ( "[false](Convert The Bit method first parameter to int failure!)" ) ;
return false ;
}
if ( ! int . TryParse ( ps [ 1 ] , out length ) )
{
log . Append ( "[false](Convert The Bit method second parameter to int failure!)" ) ;
return false ;
}
}
object originalValue = 0 ; //保存原始值
if ( data . Len = = 1 ) //如果len=1则为Int16类型
{
int [ ] buff = null ;
if ( PlcRead ( data . KeyName , out buff ) )
{
originalValue = buff [ 0 ] ;
originalValue = Mesnac . Basic . DataProcessor . Swap ( short . Parse ( originalValue . ToString ( ) ) ) ;
}
else
{
ICSharpCode . Core . LoggingService < BasePlcHelper > . Warn ( String . Format ( "在进行二进制写入时读取设备变量[{0}]失败!" , data . KeyName ) ) ;
}
}
else if ( data . Len = = 2 ) //如果len=2则为Int32类型
{
int [ ] buff = null ;
if ( PlcRead ( data . KeyName , out buff ) )
{
if ( equip . Main . Brand = = Mesnac . Basic . PlcBrand . Siemens )
{
originalValue = Mesnac . Basic . DataProcessor . ToSiemensInt32 ( buff ) ;
}
else
{
originalValue = Mesnac . Basic . DataProcessor . ToInt32 ( buff ) ;
}
}
else
{
ICSharpCode . Core . LoggingService < BasePlcHelper > . Warn ( String . Format ( "在进行二进制写入时读取设备变量[{0}]失败!" , data . KeyName ) ) ;
}
}
object [ ] newValue = null ;
if ( data . Len = = 1 )
{
newValue = new object [ ] { Mesnac . Basic . DataProcessor . SetBitValue ( originalValue , startIndex , length , dataValue [ 0 ] ) } ;
//从PLC中读取到的值进行高低位转换
int int16 = Mesnac . Basic . DataProcessor . Swap ( short . Parse ( newValue [ 0 ] . ToString ( ) ) ) ;
newValue = new object [ ] { int16 } ;
////解析为二进制数组
//int[] binaryAlarmData = Mesnac.Basic.DataProcessor.ParseBinaryValue(int16, int16*2);
//String str = "";
//for (int i = 0; i < (int16 * 2); i++)
//{
// //按照偏移量对数组进行赋值
// if (i == group.Start + data.Start + shifting)
// {
// if (int.Parse(dataValue[0].ToString()) == 0)
// {
// binaryAlarmData[i] = 0;
// }
// else
// {
// binaryAlarmData[i] = 1;
// }
// }
// str += binaryAlarmData[i].ToString();
//}
//Int16 iwrite = Convert.ToInt16(str,2);
//int swpint16 = Mesnac.Basic.DataProcessor.Swap(iwrite);
////获取二进制数组字符串
//newValue = new object[] { swpint16 };
//if (equip.Write(block, group.Start + data.Start + shifting, newValue))
//{
// log.Append("[true]");
// return true;
//}
//else
//{
// log.Append("[false]");
// return false;
//}
//int writedata = Mesnac.Basic.DataProcessor.ToInt32(binaryAlarmData);
}
else if ( data . Len = = 2 )
{
object objNewValue = Mesnac . Basic . DataProcessor . SetBitValue32 ( originalValue , startIndex , length , dataValue [ 0 ] ) ;
int intNewValue = Convert . ToInt32 ( objNewValue ) ;
if ( equip . Main . Brand = = Mesnac . Basic . PlcBrand . Siemens )
{
newValue = Mesnac . Basic . DataProcessor . ToSiemensPLCDataArray ( intNewValue ) ;
}
else
{
newValue = Mesnac . Basic . DataProcessor . ToPLCDataArray ( intNewValue ) ;
}
}
if ( equip . Write ( block , group . Start + data . Start + shifting , newValue ) )
{
log . Append ( "[true]" ) ;
return true ;
}
else
{
log . Append ( "[false]" ) ;
return false ;
}
}
# endregion
if ( equip . Write ( block , group . Start + data . Start + shifting , dataValue ) )
{
log . Append ( "[true]" ) ;
return true ;
}
else
{
log . Append ( "[false]" ) ;
return false ;
}
}
}
}
}
}
}
log . Append ( "]No Find" ) ;
return false ;
}
catch ( Exception ex )
{
ICSharpCode . Core . LoggingService < BasePlcHelper > . Error ( "下传PLC失败: " + ex . Message , ex ) ;
return false ;
}
finally
{
if ( isOutFlag . Length = = 0 | | isOutFlag [ 0 ] = = true )
{
if ( log . Length > "equipKey=[]runName=[]No Find" . Length )
{
ICSharpCode . Core . LoggingService < BasePlcHelper > . Debug ( log . AppendLine ( "..." ) . ToString ( ) ) ;
}
}
}
}
public bool PlcWriteByRunName ( string runName , int shifting , object [ ] dataValue )
{
return PlcWrite ( string . Empty , runName , shifting , dataValue ) ;
}
public bool PlcWriteByRunName ( string runName , object [ ] dataValue )
{
return PlcWriteByRunName ( runName , 0 , dataValue ) ;
}
public bool PlcWriteByEquipKey ( string equipKey , int shifting , object [ ] dataValue )
{
return PlcWrite ( equipKey , string . Empty , shifting , dataValue ) ;
}
public bool PlcWriteByEquipKey ( string equipKey , object [ ] dataValue )
{
return PlcWriteByEquipKey ( equipKey , 0 , dataValue ) ;
}
public bool PlcWriteByDataKey ( DataKeyValue dataKey , int shifting , object [ ] dataValue )
{
return PlcWriteByEquipKey ( dataKey . EquipKey , shifting , dataValue ) ;
}
public bool PlcWriteByDataKey ( DataKeyValue dataKey , object [ ] dataValue )
{
return PlcWriteByDataKey ( dataKey , 0 , dataValue ) ;
}
public bool PlcWriteByDataKey ( DataKeyValue dataKey , string dataValue )
{
object [ ] buff = null ;
buff = new object [ dataKey . EquipData . Len ] ;
for ( int i = 0 ; i < buff . Length ; i + + )
{
buff [ i ] = 0 ;
}
object [ ] planIDData = Mesnac . Basic . DataProcessor . ToPLCDataArray ( dataValue ) ;
if ( planIDData . Length < = buff . Length )
{
Array . Copy ( planIDData , buff , planIDData . Length ) ;
}
else
{
Array . Copy ( planIDData , buff , buff . Length ) ;
}
return PlcWriteByDataKey ( dataKey , buff ) ;
}
//增加是否输出日志
public bool PlcWriteByEquipKey ( string equipKey , int shifting , object [ ] dataValue , bool isOutLog )
{
return PlcWrite ( equipKey , string . Empty , shifting , dataValue , isOutLog ) ;
}
//增加是否输出日志
public bool PlcWriteByDataKey ( DataKeyValue dataKey , int shifting , object [ ] dataValue , bool isOutLog )
{
return PlcWriteByEquipKey ( dataKey . EquipKey , shifting , dataValue , isOutLog ) ;
}
//增加是否输出日志
public bool PlcWriteByDataKey ( DataKeyValue dataKey , object [ ] dataValue , bool isOutLog )
{
return PlcWriteByDataKey ( dataKey , 0 , dataValue , isOutLog ) ;
}
/// <summary>
/// 向Plc变量写入float浮点数, 下传Plc
/// </summary>
/// <param name="dataKey"></param>
/// <param name="dataValue"></param>
/// <returns></returns>
public bool PlcWriteFloatByDataKey ( DataKeyValue dataKey , float dataValue )
{
string equipName = dataKey . EquipKey ;
if ( dataKey . EquipKey . Contains ( "." ) )
{
equipName = dataKey . EquipKey . Split ( new char [ ] { '.' } ) [ 0 ] ;
}
if ( Factory . Instance . AllEquips [ equipName ] . Main . Brand . Equals ( "Siemens" , StringComparison . CurrentCultureIgnoreCase ) )
{
return PlcWriteByDataKey ( dataKey , 0 , Mesnac . Basic . DataProcessor . ToSiemensPLCDataArray ( dataValue ) ) ;
}
else
{
return PlcWriteByDataKey ( dataKey , 0 , Mesnac . Basic . DataProcessor . ToPLCDataArray ( dataValue ) ) ;
}
}
/// <summary>
/// 向Plc变量写入float浮点数, 下传Plc
/// </summary>
/// <param name="dataKey"></param>
/// <param name="dataValue"></param>
/// <param name="isOutLog"></param>
/// <returns></returns>
public bool PlcWriteFloatByDataKey ( DataKeyValue dataKey , float dataValue , bool isOutLog )
{
string equipName = dataKey . EquipKey ;
if ( dataKey . EquipKey . Contains ( "." ) )
{
equipName = dataKey . EquipKey . Split ( new char [ ] { '.' } ) [ 0 ] ;
}
if ( Factory . Instance . AllEquips [ equipName ] . Main . Brand . Equals ( "Siemens" , StringComparison . CurrentCultureIgnoreCase ) )
{
return PlcWriteByDataKey ( dataKey , 0 , Mesnac . Basic . DataProcessor . ToSiemensPLCDataArray ( dataValue ) , isOutLog ) ;
}
else
{
return PlcWriteByDataKey ( dataKey , 0 , Mesnac . Basic . DataProcessor . ToPLCDataArray ( dataValue ) , isOutLog ) ;
}
}
# endregion
#region PptPlcData表写入操作
/// <summary>
/// 把设备变量的值写入PptPlcData表
/// </summary>
/// <param name="dataKey">设备变量</param>
/// <param name="equipKey">设备</param>
/// <param name="shifting">偏移</param>
/// <param name="dataValue">值数组</param>
/// <returns></returns>
public bool DataWrite ( string dataKey , string equipKey , int shifting , object [ ] dataValue )
{
if ( string . IsNullOrWhiteSpace ( dataKey ) )
{
dataKey = equipKey ;
}
if ( string . IsNullOrWhiteSpace ( equipKey ) )
{
equipKey = dataKey ;
}
DbHelper dbHelper = Mesnac . Basic . DataSourceFactory . Instance . GetDbHelper ( Mesnac . Basic . DataSourceFactory . MCDbType . Local ) ;
if ( dbHelper = = null )
{
throw new Exception ( Mesnac . Basic . LanguageHelper . DataBaseConnectError ) ;
}
dbHelper . CommandType = System . Data . CommandType . Text ;
dbHelper . ClearParameter ( ) ;
#region 支持SQL2000
StringBuilder sqlstr = new StringBuilder ( "INSERT INTO PptPlcData (PlcSchemaField, EquipRunName, PlcDataValue, PlcDataIndex, PlcDownState) " ) ;
for ( int i = 0 ; i < dataValue . Length ; i + + )
{
object obj = dataValue [ i ] ;
if ( obj = = null | | obj = = DBNull . Value )
{
obj = string . Empty ;
}
string key1 = "@PlcSchemaField" + i . ToString ( ) ;
string key2 = "@EquipRunName" + i . ToString ( ) ;
string key3 = "@PlcDataValue" + i . ToString ( ) ;
string key4 = "@PlcDataIndex" + i . ToString ( ) ;
sqlstr . Append ( " (select " ) . Append ( key1 ) . Append ( " as PlcSchemaField" ) . Append ( "," ) . Append ( key2 ) . Append ( " as EquipRunName" ) . Append ( "," ) . Append ( key3 ) . Append ( " as PlcDataValue" ) . Append ( "," ) . Append ( key4 ) . Append ( " as PlcDataIndex" ) . Append ( ",0 as PlcDownState)" ) ;
if ( i < dataValue . Length - 1 )
{
sqlstr . AppendLine ( "union all" ) ;
}
if ( obj is PlcDataInfo )
{
PlcDataInfo data = obj as PlcDataInfo ;
dbHelper . AddParameter ( key1 , string . IsNullOrWhiteSpace ( data . PlcSchemaField ) ? dataKey : data . PlcSchemaField ) ;
dbHelper . AddParameter ( key2 , string . IsNullOrWhiteSpace ( data . EquipRunName ) ? equipKey : data . EquipRunName ) ;
dbHelper . AddParameter ( key3 , data . PlcDataValue = = null ? 0 : data . PlcDataValue ) ;
dbHelper . AddParameter ( key4 , ( shifting + i ) . ToString ( ) ) ;
}
else
{
dbHelper . AddParameter ( key1 , dataKey ) ;
dbHelper . AddParameter ( key2 , equipKey ) ;
dbHelper . AddParameter ( key3 , obj ) ;
dbHelper . AddParameter ( key4 , ( shifting + i ) . ToString ( ) ) ;
}
} //插入语句
# endregion
dbHelper . CommandText = sqlstr . ToString ( ) ;
dbHelper . ExecuteNonQuery ( ) ;
return true ;
}
public bool DataWrite ( string dataKey , string equipKey , object [ ] dataValue )
{
return DataWrite ( dataKey , equipKey , 0 , dataValue ) ;
}
public bool DataWrite ( string equipKey , object [ ] dataValue )
{
return DataWrite ( equipKey , equipKey , 0 , dataValue ) ;
}
public bool DataWrite ( DataKeyValue dataKey , int shifting , object [ ] dataValue )
{
return DataWrite ( dataKey . Name , dataKey . EquipRunName , shifting , dataValue ) ;
}
public bool DataWrite ( DataKeyValue dataKey , object [ ] dataValue )
{
return DataWrite ( dataKey , 0 , dataValue ) ;
}
# endregion
# endregion
#region 属性定义
#region 自定义设备变量
/// <summary>
/// 最小计划数( 由PLC实时读取)
/// </summary>
public int MinPlanNum = 3 ;
#region PC在线标志
/// <summary>
/// 开门料仓号
/// </summary>
public DataKeyValue ChemicalWeighing_PC_Online = new DataKeyValue ( "PC_Online" ) ;
# endregion
/// <summary>
/// 小料PLC在线标志
/// </summary>
public DataKeyValue ChemicalWeighing_PLC_Online_Flag = new DataKeyValue ( "PLC_Online_Flag" ) ;
/// <summary>
/// 等待计划数
/// </summary>
public DataKeyValue ChemicalWeighing_Scheduled_Num = new DataKeyValue ( "Scheduled_Num" ) ;
#region 自动下传计划相关变量
/// <summary>
/// 小料PLC请求计划交互信息
/// </summary>
public DataKeyValue ChemicalWeighing_PLC_LoadingStatus = new DataKeyValue ( "PLC_LoadingStatus" ) ;
/// <summary>
/// 小料PC计划反馈交互信息
/// </summary>
public DataKeyValue ChemicalWeighing_PC_LoadingStatus = new DataKeyValue ( "PC_LoadingStatus" ) ;
/// <summary>
/// 速度1
/// </summary>
public DataKeyValue DwSpeed = new DataKeyValue ( "DwSpeed" ) ;
# endregion
#region 自动更新计划状态相关变量
/// <summary>
/// 小料PLC计划状态变化交互PLC请求信息
/// </summary>
public DataKeyValue ChemicalWeighing_PLC_Plan_Status_ShakeHand = new DataKeyValue ( "PLC_Plan_Status_ShakeHand" ) ;
/// <summary>
/// PC计划状态根据PLC状态更新交互信息
/// </summary>
public DataKeyValue ChemicalWeighing_PLC_Plan_Status_FeedBack = new DataKeyValue ( "PLC_Plan_Status_FeedBack" ) ;
/// <summary>
/// 小料计划序号
/// </summary>
public DataKeyValue ChemicalWeighing_Plan_Serial = new DataKeyValue ( "Plan_Serial" ) ;
/// <summary>
/// 小料计划状态
/// </summary>
public DataKeyValue ChemicalWeighing_Plan_Status = new DataKeyValue ( "Plan_Status" ) ;
/// <summary>
/// 小料计划完成数
/// </summary>
public DataKeyValue ChemicalWeighing_Plan_Number = new DataKeyValue ( "Plan_Number" ) ;
/// <summary>
/// 小料计划剩余数量
/// </summary>
public DataKeyValue ChemicalWeighing_Remain_Number = new DataKeyValue ( "Remain_Number" ) ;
# endregion
#region HMI配方列表请求相关变量
/// <summary>
/// 小料HMI配方查询请求信息
/// </summary>
public DataKeyValue ChemicalWeighing_HMI_Request_Recipe_Name_ShakeHand = new DataKeyValue ( "HMI_Request_Recipe_Name_ShakeHand" ) ;
/// <summary>
/// PCHMI配方查询请求信息响应
/// </summary>
public DataKeyValue ChemicalWeighing_HMI_Request_Recipe_Name_FeedBack = new DataKeyValue ( "HMI_Request_Recipe_Name_FeedBack" ) ;
/// <summary>
/// 读取到的机台号
/// </summary>
public DataKeyValue ChemicalWeighing_Sys_Machine = new DataKeyValue ( "Sys_Machine" ) ;
/// <summary>
/// 读取到的配方名称
/// </summary>
public DataKeyValue ChemicalWeighing_Plan_Code = new DataKeyValue ( "Plan_Code" ) ;
# endregion
#region HMI根据配方请求添加计划相关变量
/// <summary>
/// 小料HMI配方添加计划请求信息
/// </summary>
public DataKeyValue ChemicalWeighing_HMI_Confirm_Recipe_ShakeHand = new DataKeyValue ( "HMI_Confirm_Recipe_ShakeHand" ) ;
/// <summary>
/// PCHMI配方添加计划请求信息响应
/// </summary>
public DataKeyValue ChemicalWeighing_HMI_Confirm_Recipe_FeedBack = new DataKeyValue ( "HMI_Confirm_Recipe_FeedBack" ) ;
/// <summary>
/// 读取到的机台号
/// </summary>
public DataKeyValue ChemicalWeighing_Sys_Machine1 = new DataKeyValue ( "Sys_Machine1" ) ;
/// <summary>
/// 读取到的配方名称
/// </summary>
public DataKeyValue ChemicalWeighing_Plan_Code1 = new DataKeyValue ( "Plan_Code1" ) ;
/// <summary>
/// 设定数量
/// </summary>
public DataKeyValue ChemicalWeighing_HMI_Plan_Num = new DataKeyValue ( "HMI_Plan_Num" ) ;
# endregion
#region HMI请求修改计划相关变量
/// <summary>
/// PLCHMI修改计划请求信息
/// </summary>
public DataKeyValue ChemicalWeighing_HMI_Request_Recipe_Change_ShakeHand = new DataKeyValue ( "HMI_Request_Recipe_Change_ShakeHand" ) ;
/// <summary>
/// PCHMI修改计划请求信息响应
/// </summary>
public DataKeyValue ChemicalWeighing_HMI_Request_Recipe_Change_FeedBack = new DataKeyValue ( "HMI_Request_Recipe_Change_FeedBack" ) ;
/// <summary>
/// 命令: 0默认 1刷新 2上移 3下移 4修改车数 5删除计划
/// </summary>
public DataKeyValue ChemicalWeighing_HMI_Request_Recipe_Change_Command = new DataKeyValue ( "HMI_Request_Recipe_Change_Command" ) ;
/// <summary>
/// 读取到的机台号
/// </summary>
public DataKeyValue ChemicalWeighing_Sys_Machine2 = new DataKeyValue ( "Sys_Machine2" ) ;
/// <summary>
/// 读取到的计划号
/// </summary>
public DataKeyValue ChemicalWeighing_HMIChange_PlanId = new DataKeyValue ( "HMIChange_PlanId" ) ;
/// <summary>
/// 设定数量
/// </summary>
public DataKeyValue ChemicalWeighing_HMIChange_PlanNum = new DataKeyValue ( "HMIChange_PlanNum" ) ;
# endregion
#region 自动存盘相关变量
/// <summary>
/// PLC存盘请求
/// </summary>
public DataKeyValue ChemicalWeighing_PLC_Request_Save_ShakeHand = new DataKeyValue ( "Plc_Request_Save_ShakeHand" ) ;
/// <summary>
/// PC存盘反馈信息
/// </summary>
public DataKeyValue ChemicalWeighing_PC_Request_Save_FeedBack = new DataKeyValue ( "PC_Request_Save_FeedBack" ) ;
/// <summary>
/// 报表基本信息
/// </summary>
public DataKeyValue ChemicalWeighing_Report_Update_Block_BaseInf = new DataKeyValue ( "Report_Update_Block_BaseInf" ) ;
/// <summary>
/// 物料报表信息
/// </summary>
public DataKeyValue ChemicalWeighing_Report_Update_Block_Material_Report = new DataKeyValue ( "Report_Update_Block_Material_Report" ) ;
# endregion
#region 上位机修改计划数、终止计划相关变量
/// <summary>
/// PC下传终止计划状态
/// </summary>
public DataKeyValue ChemicalWeighing_Plan_Status_Com_ShakeHand = new DataKeyValue ( "Plan_Status_Com_ShakeHand" ) ;
/// <summary>
/// PLC终止计划状态反馈
/// </summary>
public DataKeyValue ChemicalWeighing_Plan_Status_Com_FeedBack = new DataKeyValue ( "Plan_Status_Com_FeedBack" ) ;
# endregion
#region 条码扫描后, 下传到PLC的命令相关变量
/// <summary>
/// 开门料仓号
/// </summary>
public DataKeyValue ChemicalWeighing_Hopper_No_103 = new DataKeyValue ( "Hopper_No_103" ) ;
/// <summary>
/// 条码开门命令
/// </summary>
public DataKeyValue ChemicalWeighing_ScanCommand = new DataKeyValue ( "Command" ) ;
/// <summary>
/// 条码开门握手信号
/// </summary>
public DataKeyValue ChemicalWeighing_Open_door_Command_ShakeHand = new DataKeyValue ( "Open_door_Command_ShakeHand" ) ;
# endregion
# endregion
#region 自动写入物料名称相关变量
/// <summary>
/// PLC物料名称下传请求
/// </summary>
public DataKeyValue ChemicalWeighing_PLC_LoadingConfig = new DataKeyValue ( "PLC_LoadingConfig" ) ;
/// <summary>
/// PC物料名称下传反馈
/// </summary>
public DataKeyValue ChemicalWeighing_PC_LoadingConfig = new DataKeyValue ( "PC_LoadingConfig" ) ;
# endregion
# endregion
#region 冠合上位机计划下传
public List < Entity . DataKeyValue > dataKeyValues = new List < Entity . DataKeyValue > ( ) ;
//下位机准备信号(上位机下传时读取)
/// <summary>
/// 下位机在线
/// </summary>
public DataKeyValue GH_PC_ConfirmOnline = new DataKeyValue ( "Sign_Confirm_ConfirmOnline" ) ; //下位机在线
/// <summary>
/// 下位机遥控
/// </summary>
public DataKeyValue GH_PC_ConfirmRemote = new DataKeyValue ( "Sign_Confirm_ConfirmRemote" ) ; //下位机遥控
/// <summary>
/// 下位机准备好
/// </summary>
public DataKeyValue GH_PC_ConfirmReady = new DataKeyValue ( "Sign_Confirm_ConfirmReady" ) ; //下位机准备好
/// <summary>
/// 下位机配方运行
/// </summary>
public DataKeyValue GH_PC_ConfirmRun = new DataKeyValue ( "Sign_Confirm_ConfirmRun" ) ; //下位机配方运行
/// <summary>
/// 调试模式允许
/// </summary>
public DataKeyValue GH_PC_ConfirmForc = new DataKeyValue ( "Sign_Confirm_ConfirmForc" ) ; // 调试模式允许
//配方编号、名称
public DataKeyValue ChemicalWeighing_PC_RecipeCode = new DataKeyValue ( "Recipe_Code" ) ;
public DataKeyValue ChemicalWeighing_PC_RecipeName = new DataKeyValue ( "recipe_name" ) ;
//设定车数、格数、层数
public DataKeyValue ChemicalWeighing_PC_SetCarNumber = new DataKeyValue ( "set_carnumber" ) ;
public DataKeyValue ChemicalWeighing_PC_SetGeNumber = new DataKeyValue ( "set_genumber" ) ;
public DataKeyValue ChemicalWeighing_PC_SetLineNumber = new DataKeyValue ( "set_linenumber" ) ;
//混料速度
public DataKeyValue ChemicalWeighing_PC_Hlsd1 = new DataKeyValue ( "hlsd1" ) ;
public DataKeyValue ChemicalWeighing_PC_Hlsd2 = new DataKeyValue ( "hlsd2" ) ;
public DataKeyValue ChemicalWeighing_PC_Hlsd3 = new DataKeyValue ( "hlsd3" ) ;
//进料时间、混料时间
public DataKeyValue ChemicalWeighing_PC_Jlsj = new DataKeyValue ( "jl_sj" ) ;
public DataKeyValue ChemicalWeighing_PC_Hlsj = new DataKeyValue ( "hl_sj" ) ;
//VCC、GFA、树脂进料、进料误差
public DataKeyValue ChemicalWeighing_PC_VCCJl = new DataKeyValue ( "vcc_jl" ) ;
public DataKeyValue ChemicalWeighing_PC_VCCJlWc = new DataKeyValue ( "vcc_jlwc" ) ;
public DataKeyValue ChemicalWeighing_PC_GFAJl = new DataKeyValue ( "gfa_jl" ) ;
public DataKeyValue ChemicalWeighing_PC_GFAJlWc = new DataKeyValue ( "gfa_jlwc" ) ;
public DataKeyValue ChemicalWeighing_PC_SZJl = new DataKeyValue ( "sz_jl" ) ;
public DataKeyValue ChemicalWeighing_PC_SZJlWc = new DataKeyValue ( "sz_jlwc" ) ;
public DataKeyValue ChemicalWeighing_PC_VCC_2th = new DataKeyValue ( "vcc2th_jl" ) ;
public DataKeyValue ChemicalWeighing_PC_GFA_2th = new DataKeyValue ( "GFA2th_jl" ) ;
//配方下传完成信号
public DataKeyValue ChemicalWeighing_PC_RpFinished = new DataKeyValue ( "PlanDownLoad" ) ;
//计划完成车数
public DataKeyValue ChemicalWeighing_PC_RecipeNum = new DataKeyValue ( "RecipeNum" ) ;
//计划编号PlanNo
public DataKeyValue ChemicalWeighing_PC_PlanNo = new DataKeyValue ( "PlanNo" ) ;
//计划终止
public DataKeyValue ChemicalWeighing_PC_RpCancel = new DataKeyValue ( "RpCancel" ) ;
public DataKeyValue TestWriteBool1 = new DataKeyValue ( "TestWriteBool1" ) ;
public DataKeyValue TestWriteBool2 = new DataKeyValue ( "TestWriteBool2" ) ;
#region 冠合存盘数据
/// <summary>
/// 存盘数据准备好
/// </summary>
public DataKeyValue GH_PC_ConfirmSDReady = new DataKeyValue ( "Sign_Confirm_ConfirmSDReady" ) ;
/// <summary>
/// 配方编号
/// </summary>
public DataKeyValue GH_PC_SaveCode = new DataKeyValue ( "SaveCode" ) ;
public DataKeyValue GH_PC_SaveFinishedNum = new DataKeyValue ( "SaveFinishedNum" ) ;
public DataKeyValue GH_PC_SaveRow = new DataKeyValue ( "SaveRow" ) ;
public DataKeyValue GH_PC_SaveCol = new DataKeyValue ( "SaveCol" ) ;
public DataKeyValue GH_PC_SaveVCCSet = new DataKeyValue ( "SaveVCCSet" ) ;
public DataKeyValue GH_PC_SaveVCCAct = new DataKeyValue ( "SaveVCCAct" ) ;
public DataKeyValue GH_PC_SaveGFASet = new DataKeyValue ( "SaveGFASet" ) ;
public DataKeyValue GH_PC_SaveGFAAct = new DataKeyValue ( "SaveGFAAct" ) ;
public DataKeyValue GH_PC_Save3thSet = new DataKeyValue ( "Save3thSet" ) ;
public DataKeyValue GH_PC_Save3thAct = new DataKeyValue ( "Save3thAct" ) ;
public DataKeyValue GH_PC_SaveLevel = new DataKeyValue ( "SaveLevel" ) ;
public DataKeyValue GH_PC_SaveFillTime = new DataKeyValue ( "SaveFillTime" ) ;
public DataKeyValue GH_PC_SaveSpeed1 = new DataKeyValue ( "SaveSpeed1" ) ;
public DataKeyValue GH_PC_SaveSpeed2 = new DataKeyValue ( "SaveSpeed2" ) ;
public DataKeyValue GH_PC_SaveTime = new DataKeyValue ( "SaveTime" ) ;
public DataKeyValue GH_PC_SavePlanId = new DataKeyValue ( "SavePlanId" ) ;
public DataKeyValue GH_PC_SaveVCC2thSet = new DataKeyValue ( "SaveVCC2thSet" ) ;
public DataKeyValue GH_PC_SaveVCC2thAct = new DataKeyValue ( "SaveVCC2thAct" ) ;
public DataKeyValue GH_PC_SaveGFA2thSet = new DataKeyValue ( "SaveGFA2thSet" ) ;
public DataKeyValue GH_PC_SaveGFA2thAct = new DataKeyValue ( "SaveGFA2thAct" ) ;
public DataKeyValue WatchDog = new DataKeyValue ( "WatchDog" ) ;
/// <summary>
/// 存盘数据保存完成
/// </summary>
public DataKeyValue ChemicalWeighing_PC_RpSaved = new DataKeyValue ( "RpSaved" ) ;
# endregion
# endregion
public DataKeyValue FirstWord { get ; set ; }
public DataKeyValue Spare4 { get ; set ; }
public DataKeyValue RecipePause { get ; set ; }
public DataKeyValue recipeName0 { get ; set ; }
public DataKeyValue Dryer0_speed { get ; set ; }
}
}