OTS/OTSIncAMeasureApp/1-OTSMeasure/Measure/ParamData/OTSCommonParam.cs

using OTSDataType;
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
using System.Xml;
using static OTSDataType.otsdataconst;

namespace OTSModelSharp
{
   public class COTSCommonParam : ISlo
    {
        //--------------------definition-------------
     
        double m_dDefaultArea;
        int m_nPropertyDisplayMode;
        bool m_bMeasSwitch;
        string m_strDefaultSampleName;
        string m_strMeasParamFileFolderName;
        string m_strPartSTDLibFolderName;
        string m_strLaboratoty;
        string m_strAnalysisReferenceNumber;
        string m_strCustomerName;
        string m_strSampleDescription;
        string m_strOperatorName;
        string m_strComment;
        OTS_CLASSIFY_ENGINE_TYPE m_EngineType=OTS_CLASSIFY_ENGINE_TYPE.InclutionPlusExpressionParse;
        int m_steelTechnologyl;
        string m_sSTDSelect;
        otsdataconst.DOMAIN_SHAPE m_nDefaultShape;
       
        otsdataconst.MEMBRANE_TYPE m_DefaultmembraneType;

        bool m_AutoBeamOff;
        /// <summary>
        /// AutoBeamOff:自动关高压开关
        /// </summary>
        public bool AutoBeamOff
        {
            set
            {
                m_AutoBeamOff = value;
            }
            get
            {
                return m_AutoBeamOff;
            }
        }

        //--------------------public-----------------
        public COTSCommonParam()
        {
            Init();
        }
        public COTSCommonParam(COTSCommonParam a_oSource)
        {
            // can't copy itself
            if (a_oSource == this)
            {
                return;
            }

            // copy data over
            Copyfrom(a_oSource);
        }
        public bool Equals(COTSCommonParam a_oSource)
        {
            // return test result
       
            return ((m_strDefaultSampleName.ToLower().IndexOf(a_oSource.m_strDefaultSampleName) == 0) &&
              (m_bMeasSwitch == a_oSource.m_bMeasSwitch) &&
              (m_strMeasParamFileFolderName.ToLower().IndexOf(a_oSource.m_strMeasParamFileFolderName) == 0) &&
              (m_strPartSTDLibFolderName.ToLower().IndexOf(a_oSource.m_strPartSTDLibFolderName) == 0)) &&
              (m_DefaultmembraneType == a_oSource.m_DefaultmembraneType) &&
              (m_nDefaultShape == a_oSource.m_nDefaultShape) &&
              (m_dDefaultArea == a_oSource.m_dDefaultArea) &&
              (m_nPropertyDisplayMode == a_oSource.m_nPropertyDisplayMode);
        }
        public string GetSampleName()
        {
            return m_strDefaultSampleName;
        }
        public void SetSampleName(string a_strDefaultSampleName)
        {
            m_strDefaultSampleName = a_strDefaultSampleName;
        }
        public bool GetMeasurementSwitch()
        {
            return m_bMeasSwitch;
        }
        public void SetMeasurementSwitch(bool a_bSwitch)
        {
            m_bMeasSwitch = a_bSwitch;
        }
        public string GetMsrParamFileFolderName()
        {
            return m_strMeasParamFileFolderName;
        }
        public void SetMsrParamFileFolderName(string a_sMeasParamFileFolderName)
        {
            m_strMeasParamFileFolderName = a_sMeasParamFileFolderName;
        }
        public string GetPartSTDLibFolderName()
        {
            return m_strPartSTDLibFolderName;
        }
        public void SetPartSTDLibFolderName(string a_strPartSTDLibFolderName)
        {
            m_strPartSTDLibFolderName = a_strPartSTDLibFolderName;
        }



        public int PropertyDisplayMode()
        {
            return m_nPropertyDisplayMode;
        }
        public string GetLaboratoty()
        {
            return m_strLaboratoty;
        }
        public void SetLaboratoty(string a_Laboratoty)
        {
            m_strLaboratoty = a_Laboratoty;
        }
        public string GetAnalysisReferenceNumber()
        {
            return m_strAnalysisReferenceNumber;
        }
        public void SetAnalysisReferenceNumber(string a_AnalysisReferenceNumber)
        {
            m_strAnalysisReferenceNumber = a_AnalysisReferenceNumber;
        }
        public string GetCustomerName()
        {
            return m_strCustomerName;
        }
        public void SetCustomerName(string a_CustomerName)
        {
            m_strCustomerName = a_CustomerName;
        }
        public string GetSampleDescription()
        {
            return m_strSampleDescription;
        }
        public void SetSampleDescription(string a_SampleDescription)
        {
            m_strSampleDescription = a_SampleDescription;
        }
        public string GetOperatorName()
        {
            return m_strOperatorName;
        }
        public void SetOperatorName(string a_OperatorName)
        {
            m_strOperatorName = a_OperatorName;
        }
        public string GetComment()
        {
            return m_strComment;
        }
        public void SetComment(string a_Comment)
        {
            m_strComment = a_Comment;
        }
        // measure area shape
        public otsdataconst.DOMAIN_SHAPE GetShape()
        {
            return m_nDefaultShape;
        }
        public void SetShape(otsdataconst.DOMAIN_SHAPE a_nShape)
        {
            m_nDefaultShape = a_nShape;
        }
        // measure default value
        public double GetArea()
        {
            return m_dDefaultArea;
        }
        public void SetArea(double a_dArea)
        {
            m_dDefaultArea = a_dArea;
        }

        public otsdataconst.MEMBRANE_TYPE GetMembraneType()
        {
            return m_DefaultmembraneType;
        }
        public void GetMembraneType(otsdataconst.MEMBRANE_TYPE val)
        {
            m_DefaultmembraneType = val;
        }

        public OTS_CLASSIFY_ENGINE_TYPE GetEngineType() { return m_EngineType; }
        public void SetEngineType(OTS_CLASSIFY_ENGINE_TYPE a_bSysSTD) { m_EngineType = a_bSysSTD; }

        public int GetSteelTechnology() { return m_steelTechnologyl; }
        public void SetSteelTechnology(int a_steelTechnology) { m_steelTechnologyl = a_steelTechnology; }
        public string GetSTDSelect() { return m_sSTDSelect; }
        public void SetSTDSelect(string a_sSTDSelect) { m_sSTDSelect = a_sSTDSelect; }
        //--------------------protected--------------
        // initialization
        protected void Init()
        {
            m_strDefaultSampleName = ("");
            m_bMeasSwitch = true;
            m_strMeasParamFileFolderName = ("");
            m_strPartSTDLibFolderName = ("");
           
            m_DefaultmembraneType = otsdataconst.MEMBRANE_TYPE.Abrasive;
            m_nDefaultShape = (otsdataconst.DOMAIN_SHAPE)(-1);
            m_dDefaultArea = 0;
           

            m_nPropertyDisplayMode = 0;
            m_strLaboratoty = ("");
            m_strAnalysisReferenceNumber = ("");
            m_strCustomerName = ("");
            m_strSampleDescription = ("");
            m_strOperatorName = ("");
            m_strComment = ("");
            m_EngineType = OTS_CLASSIFY_ENGINE_TYPE.InclustionEngine;
            m_steelTechnologyl = 0;
            m_sSTDSelect = ("");

            m_AutoBeamOff = false;
        }
        protected void Copyfrom(COTSCommonParam a_oSource)
        {
            // initialization
            Init();
            // copy data over
            m_strDefaultSampleName = a_oSource.m_strDefaultSampleName;
            m_bMeasSwitch = a_oSource.m_bMeasSwitch;
            m_strMeasParamFileFolderName = a_oSource.m_strMeasParamFileFolderName;
            m_strPartSTDLibFolderName = a_oSource.m_strPartSTDLibFolderName;
           
            m_DefaultmembraneType = a_oSource.m_DefaultmembraneType;
            m_nDefaultShape = a_oSource.m_nDefaultShape;
            m_dDefaultArea = a_oSource.m_dDefaultArea;

            m_nPropertyDisplayMode = a_oSource.m_nPropertyDisplayMode;
            m_strLaboratoty = a_oSource.m_strLaboratoty;
            m_strAnalysisReferenceNumber = a_oSource.m_strAnalysisReferenceNumber;
            m_strCustomerName = a_oSource.m_strCustomerName;
            m_strSampleDescription = a_oSource.m_strSampleDescription;
            m_strOperatorName = a_oSource.m_strOperatorName;
            m_strComment = a_oSource.m_strComment;
            m_EngineType = a_oSource.m_EngineType;
            m_steelTechnologyl = a_oSource.m_steelTechnologyl;
            m_sSTDSelect = a_oSource.m_sSTDSelect;
        }
        public COTSCommonParam duplicate()
        {
            COTSCommonParam a_oSource = this;
            // initialization
           COTSCommonParam prm= new COTSCommonParam();
            // copy data over
           prm. m_strDefaultSampleName = a_oSource.m_strDefaultSampleName;
            prm.m_bMeasSwitch = a_oSource.m_bMeasSwitch;
            prm.m_strMeasParamFileFolderName = a_oSource.m_strMeasParamFileFolderName;
            prm.m_strPartSTDLibFolderName = a_oSource.m_strPartSTDLibFolderName;

            prm.m_DefaultmembraneType = a_oSource.m_DefaultmembraneType;
            prm.m_nDefaultShape = a_oSource.m_nDefaultShape;
            prm.m_dDefaultArea = a_oSource.m_dDefaultArea;

            prm.m_nPropertyDisplayMode = a_oSource.m_nPropertyDisplayMode;
            prm.m_strLaboratoty = a_oSource.m_strLaboratoty;
            prm.m_strAnalysisReferenceNumber = a_oSource.m_strAnalysisReferenceNumber;
            prm.m_strCustomerName = a_oSource.m_strCustomerName;
            prm.m_strSampleDescription = a_oSource.m_strSampleDescription;
            prm.m_strOperatorName = a_oSource.m_strOperatorName;
            prm.m_strComment = a_oSource.m_strComment;
            prm.m_EngineType = a_oSource.m_EngineType;
            prm.m_steelTechnologyl = a_oSource.m_steelTechnologyl;
            prm.m_sSTDSelect = a_oSource.m_sSTDSelect;
            return prm;
        }

        public override void Serialize(bool isStoring, XmlDocument classDoc, XmlNode rootNode)
        {
            xString xstrDefaultSampleName = new xString();
            xBool xbMeasSwitch = new xBool();
            xString xstrMeasParamFileFolderName = new xString();
            xString xstrPartSTDLibFolderName = new xString();
            xString xstrSTDSelect = new xString();
            xInt xnStdLibTypeIndex = new xInt();
            xInt xnSteelTechnology = new xInt();
            xInt xnDefaultShape = new xInt();
            xString xEngineType = new xString();
            xDouble xbDefaultArea = new xDouble();
            xInt xnPropertyDisplayMode = new xInt();
            Slo slo = new Slo();
            slo.Register("DefaultSampleName", xstrDefaultSampleName);
            slo.Register("MeasSwitch", xbMeasSwitch);
            slo.Register("MeasParamFileFolderName", xstrMeasParamFileFolderName);
            slo.Register("PartSTDLibFolderName", xstrPartSTDLibFolderName);
           
            slo.Register("StdLibFileName", xstrSTDSelect);
            slo.Register("SteelTechnology", xnSteelTechnology);
            slo.Register("DefaultShape", xnDefaultShape);
            slo.Register("EngineType", xEngineType);
            slo.Register("DefaultArea", xbDefaultArea);
            slo.Register("PropertyDisplayMode", xnPropertyDisplayMode);

            if (isStoring)
            {
                xstrDefaultSampleName.AssignValue(m_strDefaultSampleName);
                xbMeasSwitch.AssignValue(m_bMeasSwitch);
                xstrMeasParamFileFolderName.AssignValue(m_strMeasParamFileFolderName);
                xstrPartSTDLibFolderName.AssignValue(m_strPartSTDLibFolderName);
                xstrSTDSelect.AssignValue(m_sSTDSelect);
              
                xnSteelTechnology.AssignValue(m_steelTechnologyl);
                xnDefaultShape.AssignValue((int)m_nDefaultShape);
                xEngineType.AssignValue((int)m_EngineType+":"+m_EngineType.ToString());
                xbDefaultArea.AssignValue(m_dDefaultArea);
                xnPropertyDisplayMode.AssignValue(m_nPropertyDisplayMode);

                slo.Serialize(true, classDoc, rootNode);
            }
            else
            {
                slo.Serialize(false, classDoc, rootNode);

                m_strDefaultSampleName = xstrDefaultSampleName.value();
                m_bMeasSwitch = Convert.ToBoolean(xbMeasSwitch.toString());
                m_strMeasParamFileFolderName = xstrMeasParamFileFolderName.value();
                m_strPartSTDLibFolderName = xstrPartSTDLibFolderName.value();
                m_sSTDSelect = xstrSTDSelect.value();
              
                m_steelTechnologyl = xnSteelTechnology.value();
                m_nDefaultShape = (otsdataconst.DOMAIN_SHAPE)xnDefaultShape.value();
                if (xEngineType.value().Split(':').Length > 1)
                {
                    m_EngineType = (OTS_CLASSIFY_ENGINE_TYPE)Convert.ToInt32(xEngineType.value().Split(':')[0]);
                }
                  
                
               
                m_dDefaultArea = xbDefaultArea.value();
                m_nPropertyDisplayMode= xnPropertyDisplayMode.value();
            }
        }
    }
}