public MIFTestClass(string file)
{
using (MIFFileReader mfr = new MIFFileReader(file))
{
while (mfr.Read())
{
// Console.WriteLine(mfr.mifType.ToString());
switch (mfr.mifType)
{
case MIFUnit.Point:
{
MIFPoint obj = (MIFPoint)mfr.Get( );
break;
}
case MIFUnit.Region:
{
MIFRegion obj = (MIFRegion)mfr.Get();
/* for ( int i = 0; i < obj.parts; i++ )
* for ( int j = 0; j < obj.points[ i ].Length; j++ )
* Console.WriteLine( "[" + i.ToString( ) + "][" + j.ToString( ) + "] = " +
* obj.points[ i ][ j ].X.ToString( ) + " " +
* obj.points[ i ][ j ].Y.ToString( ) );
*
*/ break;
}
case MIFUnit.Polyline:
{
MIFPolyline obj = (MIFPolyline)mfr.Get( );
/* for ( int i = 0; i < obj.parts; i++ )
* for ( int j = 0; j < obj.points[ i ].Length; j++ )
* Console.WriteLine( "[" + i.ToString( ) + "][" + j.ToString( ) + "] = " +
* obj.points[ i ][ j ].X.ToString( ) + " " +
* obj.points[ i ][ j ].Y.ToString( ) );
*
*/ break;
}
case MIFUnit.Line:
{
MIFLine obj = (MIFLine)mfr.Get( );
/* Console.WriteLine(
* obj.point1.X.ToString( ) + " " + obj.point1.Y.ToString( ) + " " +
* obj.point2.X.ToString( ) + " " + obj.point2.Y.ToString( ),
* mfr.mifType.ToString( ) );
*/
break;
}
}
// Console.WriteLine( mfr.mifType.ToString() );
// Console.WriteLine( mfr.RowLine().ToString() );
string attrs = null;
for (int i = 0; i < mfr.attrs.Length; i++)
{
attrs += mfr.GetAttrNames()[i].ToString() + "(" + mfr.GetAttrTypes()[i].ToString() + ")" +
" = " + mfr.attrs[i].ToString() + "\n";
}
// Console.WriteLine(attrs);
}
Console.WriteLine(MIFPolyline.cnt.ToString(), "Polyline");
Console.WriteLine(MIFLine.cnt.ToString(), "Line");
Console.WriteLine(MIFPoint.cnt.ToString(), "Point");
Console.WriteLine(MIFRegion.cnt.ToString(), "Region");
Console.WriteLine(MIFArc.cnt.ToString(), "Arc");
Console.WriteLine(MIFText.cnt.ToString(), "Text");
Console.WriteLine(MIFRectangle.cnt.ToString(), "Rect");
Console.WriteLine(MIFRectangle.cnt.ToString(), "RoundRect");
Console.WriteLine(MIFRectangle.cnt.ToString(), "Ellipse");
/* Console.WriteLine( mfr.version, "version" );
* Console.WriteLine( mfr.charset , "charset" );
* Console.WriteLine( mfr.delimiter , "delimiter" );
* Console.WriteLine( mfr.unique , "unique" );
* Console.WriteLine( mfr.index , "index" );
* Console.WriteLine( mfr.coordsys , "coordsys" );
* Console.WriteLine( mfr.transform , "transform" );
*
*/
/* for( int i = 0; i < mfr.fieldcount; i++ )
* Console.WriteLine( mfr.fieldname[i] + " " + mfr.fieldtype[i] );
*/
}
}
public void Load(string filename, NumberFormatInfo nfi)
{
using (/*MIFFileReader*/ mr = new MIFFileReader(filename, /*false*/ true, true, nfi))
{
mr.keepOriginalBounds = /*true*/ false;
Dictionary <MIFUnit, GType> types = new Dictionary <MIFUnit, GType>( );
captionFilename = Path.ChangeExtension(filename, ".caption");
readCaption = File.Exists(captionFilename);
nameFilename = Path.ChangeExtension(filename, ".name");
readName = File.Exists(nameFilename);
if (readCaption)
{
using (StreamReader sr = new StreamReader(captionFilename))
{
string str = sr.ReadLine( );
captionNames = str.Split(' ');
}
}
if (readName)
{
using (StreamReader sr = new StreamReader(nameFilename))
{
string str = sr.ReadLine( );
nameNames = str.Split(' ');
}
}
while (mr.Read( ))
{
GType gType = GetType(filename, mr.GetUnitType(), types);
// Ёто пока закомментировано
// if( sr.mifType != type )
// throw new MIFReaderException( "Type \'" + sr.mifType + "\' not matches type \'" + type + "\'", sr.mifNLine );
switch (mr.GetUnitType())
{
// case MIFUnit.Arc:
// break;
case MIFUnit.Point:
Read((MIFPoint)mr.Get( ), gType);
break;
case MIFUnit.Region:
Read((MIFRegion)mr.Get(), gType);
break;
case MIFUnit.Line:
Read((MIFLine)mr.Get( ), gType);
break;
case MIFUnit.Polyline:
Read((MIFPolyline)mr.Get( ), gType);
break;
case MIFUnit.Text:
Read((MIFText)mr.Get( ), gType);
break;
default:
throw new MIFReaderException("Type \'" + mr.GetUnitType().ToString( ) + "\' not implemented", mr.mifNLine);
}
}
if (mr.keepOriginalBounds)
{
left = (int)(mr.coordsys.p1.X * 100);
bottom = (int)(mr.coordsys.p1.Y * 100);
right = (int)(mr.coordsys.p2.X * 100);
top = (int)(mr.coordsys.p2.Y * 100);
}
}
}
