Compressing design changes features definition?

/*----------------------------------------------------------------------+
|                              
|   C Library includes  
|                              
+----------------------------------------------------------------------*/
#include <string.h>
#include <stdlib.h>
#include <assert.h>

/*----------------------------------------------------------------------+
|                              
|   MicroStation MDL includes  
|                              
+----------------------------------------------------------------------*/
#include <mdl.h>
#include <dlogitem.h>
#include <dlogids.h>
#include <cmdlist.h>
#include <dlmsys.fdf>
#include <cexpr.h>
#include <mstxtfil.h>
#include <mselems.h>
#include <msstrlst.h>
#include <msstrngl.h>
#include <colrname.h>
#include <elementref.h>
#include <tcb.h>
#include <toolsubs.h>
#include <msnativewindow.h>

#include <mselemen.fdf>
#include <mselmdsc.fdf>
#include <mscexpr.fdf>
#include <msrsrc.fdf>
#include <mssystem.fdf>
#include <msdialog.fdf>
#include <ditemlib.fdf>
#include <msdb.fdf>
#include <msoutput.fdf>
#include <mscnv.fdf>
#include <mslocate.fdf>
#include <msstate.fdf>
#include <msmisc.fdf>
#include <mscell.fdf>
#include <leveltable.fdf>
#include <msfile.fdf>
#include <listmodel.fdf>
#include <mscurrtr.fdf>
#include <mswindow.fdf>
#include <msscancrit.fdf>
#include <msmodel.fdf>
#include <mscntr.fdf>
#include <msinput.fdf>
#include <msraster.fdf>
#include <mslinkge.fdf>
#include <msview.fdf>
#include <msselect.fdf>


#include <xfmApi.fdf>
#include <xfmFeatureMgr.fdf>
#include <xfmLinearOp.fdf>
#include <xfmCompCurveOp.fdf>
#include <xfmMethodDef.fdf>
#include <xfmOperationDef.fdf>
#include <xfmSettings.fdf>
#include <xfmInitialValueDef.fdf>
#include <xfmInputValue.fdf>
#include <xfmCompCurveParams.fdf>


extern Tcb *tcb;
Private RscFileHandle m_rFileH            = (RscFileHandle)NULL;         


void createGasMainFeatureDef(void)
    {
    BoolInt        useDefaultFormView = FALSE;
    StatusInt      status;
    XfmFeatureDefP featureDef = NULL;
   // XfmFeatureDefP subFeatureDef = NULL;
    XfmFeatureDefP propertyDef = NULL;
    XfmSettingsP settings = NULL;
    XfmInitialValueDefP initialValueDef = NULL;
    XfmMethodGroupDefP methodGroup = NULL;
    XfmMethodDefP method = NULL;
    XfmOperationDefP operation = NULL;

    // Initialize "GasMain" root feature definition
    xfmFeatureDef_new (&featureDef);
    xfmFeatureDef_setName (featureDef, L"GM");
    xfmFeatureDef_setDescription (featureDef, L"Gas Main linear feature");
    xfmFeatureDef_setDisplayName (featureDef, L"Gas Main display name");
    xfmFeatureDef_setCategoryName (featureDef, L"Gas");
    xfmFeatureDef_setGisTypeName (featureDef, XFM_GISTYPENAME_LINEAR);
    xfmFeatureDef_setIsGeometryCollection (featureDef, FALSE);
    xfmFeatureDef_setGisTypeId (featureDef, XFMFEATUREGISTYPE_LineStringOrCurve);
    xfmFeatureDef_setMinOccurrences (featureDef, 1);
    xfmFeatureDef_setMaxOccurrences (featureDef, 1);

    // Add XfmPropertyDef's to root feature definition
    xfmFeatureDef_addProperty (&propertyDef, featureDef, L"ID", XFM_DATATYPE_STRING, 32);
    xfmPropertyDef_setDisplayName (propertyDef, L"Gas Main ID");
    xfmPropertyDef_setIsReadOnlyProperty (propertyDef, FALSE);
    xfmPropertyDef_setIsExternalProperty (propertyDef, FALSE);
    xfmPropertyDef_setLoadType (propertyDef, XFMPROPERTY_LOADTYPEID_Dgn);
    xfmPropertyDef_setPreferenceType (propertyDef, XFMPROPERTYPREFERENCETYPE_DesignFile);
    xfmPropertyDef_setFormatToDisplayTypeId (propertyDef, XFMFORMATVALUETYPE_String);
    xfmPropertyDef_setFormatToInternalTypeId (propertyDef, XFMFORMATVALUETYPE_String);
    //xfmInitialValueDef_create (&initialValueDef, XFMINITIALVALUEKEY_TYPEID_Placing, XFMINPUTVALUETYPE_Value, L"999");
    //xfmInitialValueDef_setSynchPreference (initialValueDef, TRUE);
    //xfmInitialValueDef_setIncrement (initialValueDef, XFMINCREMENTTYPEID_FirstNumeric, XFMINPUTVALUETYPE_Value, L"1");
    //xfmFeatureDef_addPropertyInitialValueRule (featureDef, propertyDef, XFM_INITIALVALUEKEY_Placing, initialValueDef);
    //xfmInitialValueDef_free (&initialValueDef);
    xfmPropertyDef_free (&propertyDef);


    xfmFeatureDef_addProperty (&propertyDef, featureDef, L"Size", XFM_DATATYPE_INT, 25);
    xfmPropertyDef_setDisplayName (propertyDef, L"Gas Main size");
    xfmPropertyDef_setIsReadOnlyProperty (propertyDef, FALSE);
    xfmPropertyDef_setIsExternalProperty (propertyDef, FALSE);
    xfmPropertyDef_setLoadType (propertyDef, XFMPROPERTY_LOADTYPEID_Dgn);
    xfmPropertyDef_setPreferenceType (propertyDef, XFMPROPERTYPREFERENCETYPE_Session);
    xfmPropertyDef_setFormatToDisplayTypeId (propertyDef, XFMFORMATVALUETYPE_Integer);
    xfmPropertyDef_setFormatToInternalTypeId (propertyDef, XFMFORMATVALUETYPE_Integer);
    xfmInitialValueDef_create (&initialValueDef, XFMINITIALVALUEKEY_TYPEID_Placing, XFMINPUTVALUETYPE_Value, L"2");
    xfmInitialValueDef_setSynchPreference (initialValueDef, TRUE);
    xfmFeatureDef_addPropertyInitialValueRule (featureDef, propertyDef, XFM_INITIALVALUEKEY_Placing, initialValueDef);
    xfmInitialValueDef_free (&initialValueDef);
    xfmPropertyDef_free (&propertyDef);


    // create XfmSettings for root feature definition
	
    xfmSettings_create (&settings, XFMSETTINGS_TYPE_UNKNOWN /*XFMSETTINGS_TYPE_LINEAR*/);
    //xfmSettings_setColorNumber (settings, 1);
    //xfmSettings_setLevelName (settings, L"GasMain");
    //xfmSettings_setStyle (settings, 1);
    //xfmSettings_setWeight (settings, 1);
    //xfmSettings_setApplyDrawingScale (settings, TRUE);
    xfmFeatureDef_setSettings (featureDef, settings);
    xfmSettings_free (&settings);


    xfmFeatureDef_addGeometricProperties (featureDef);
   // xfmFeatureDef_addGeometricProperties (subFeatureDef);

    // Specify that this feature definition remains in the session list of FeatureDefs after feature instances of this definition are removed from the session
    xfmFeatureDef_setKeepInSession(featureDef, TRUE);

    // Add new feature definition to the session list of FeatureDefs so it is available for consumers
    status = xfmFeatureDefMgr_addRootFeatureDefToList (featureDef);

    // Add default command metadata including default Place & Edit methods with tool settings and dialog definitions.
    // I mainly want default Edit method plus the tool settings & dialog definitions created for me(but I could also create these myself).
    // Placement tool settings for a linear feature will contain CompCurve placement options. And my "PlaceGasMain" MDL operation will use a XfmCompCurveOpP.
    xfmFeatureDef_addDefaultCommandMetadata (featureDef);

    xfmFeatureDef_free (&featureDef);

		xfmDialogMgr_refreshCommandManager();

    //xfmFeatureDef_free (&subFeatureDef);
    }


int createXfmFeatureInstance(MSElementDescrP edP, char* objCode)
{
    int i, size;
    MSWChar fcode[20];
    MSWChar pname[200];
    MSWChar pval[200];
    
    XfmFeatureDefP featureDef = NULL;
	XfmPropertyDefP propertyDef = NULL;

    
	//create xfm feature
    XfmFeatureP  feature=NULL;
    StatusInt   status;

    
    mdlCnv_convertMultibyteToUnicode(objCode, -1, fcode, 20);
	xfmFeatureDef_create (&featureDef, fcode);
    
 

    status = xfmFeature_create(&feature,  fcode, NULL);
    if (SUCCESS != status)
        return status;
        
    //xfmFeature_setFeatureDef(feature, gasMainFeatureDef);

//    xfmFeature_setFeatureAlias (feature, L"Gas Main 1");
//    size = attrNames.size();
//    for (i=0; i<size; i++)
//    { 
//        mdlCnv_convertMultibyteToUnicode(attrNames[i].c_str(), -1, pname, 200);
//        mdlCnv_convertMultibyteToUnicode(attribs[attrNames[i]].c_str(), -1, pval, 200);
//        status = xfmFeature_setNewProperty (feature,pname,pval);
//        if (SUCCESS != status)
//            return status;
//
//    }
     xfmFeature_initializeProperties (feature, L"placing");

     xfmFeatureDef_getPropertyDefByName(featureDef, &propertyDef, L"ID");
	 xfmFeature_setPropertyByPropertyDef(feature, propertyDef, L"123abc", TRUE, TRUE, FALSE);
     xfmFeatureDef_getPropertyDefByName(featureDef, &propertyDef, L"Size");
	 xfmFeature_setPropertyByPropertyDef(feature, propertyDef, L"25", TRUE, TRUE, FALSE);

     //xfmFeature_setProperty (feature, L"ID", L"123abc");
     //xfmFeature_setProperty (feature, L"Size", L"25");

            
    status = xfmFeature_setGeometry(feature, edP);
    if (SUCCESS != status)
    {
        printf("xfmFeature_setGeometry err:%d\n", status);
        return status;
    }
    
    
//    status = xfmFeature_setGeometryType(feature,XFMFEATUREGEOMETRYTYPE_None);
//    if (SUCCESS != status)
//    {
//        printf("xfmFeature_setGeometryType err:%d\n", status);
//        return status;
//    }    

    status = xfmFeature_write(feature, FALSE);
    if (SUCCESS != status)
    {
        printf("xfmFeature_write err:%d\n", status);
        return status;
    }


    status = xfmFeature_applyAttributeChanges(feature);
    if (SUCCESS != status)
        return status;

	xfmFeature_applySchemaChanges(feature);
    xfmFeature_savePreferenceProperties (feature, XFM_INITIALVALUEKEY_Placing);

    status = xfmFeature_write(feature, FALSE);
    if (SUCCESS != status)
    {
        printf("xfmFeature_write err:%d\n", status);
        return status;
    }

    xfmFeature_free (&feature);

    return SUCCESS;

}

void testXfm()
{
    DPoint3d pts[2];
    MSElementDescrP edP;
    MSElement el;
    //XfmFeatureP  feature=NULL;
    StatusInt   status;
    
    pts[0].x = 0; pts[0].y = 0; pts[0].z = 0;
    pts[1].x = 10; pts[1].y = 10; pts[1].z = 0;

    mdlLine_create(&el, NULL, pts);
    mdlElmdscr_new(&edP, NULL, &el);
    
    createXfmFeatureInstance(edP, "GM");
 
}


/*-------------------------------------------------------------------------------------*/
/*-------------------------------------- M A I N --------------------------------------*/
/*-------------------------------------------------------------------------------------*/

DLLEXPORT int MdlMain(int argc,char *argv[])
{
 static DialogHookInfo uHooks[] =
  {
   { 0, NULL }
  };

 //char *setP;
 int ret;


  mdlResource_openFile (&m_rFileH, NULL, 0);

  mdlDialog_hookPublish (sizeof (uHooks) / sizeof (DialogHookInfo), uHooks);
  //setP = mdlCExpression_initializeSet (VISIBILITY_DIALOG_BOX, 0, FALSE);
  //mdlDialog_publishComplexPtr (setP, "dlginfo", "m_dlgiP", &m_dlgiP);
        

   createGasMainFeatureDef();
   testXfm();


 return SUCCESS;
}