/* This file is part of the KDE project Copyright (C) 2001 Enno Bartels This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this library; see the file COPYING.LIB. If not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, * Boston, MA 02110-1301, USA. */ #define FAKTOR 39.4 // 1000 dots/inch / 2.54 cm/inch = 394 dots/cm = 39.4 dots/mm #include #ifdef HAVE_UNISTD_H #include #endif #include #include #include #include #include #include #include #include typedef KGenericFactory APPLIXGRAPHICImportFactory; K_EXPORT_COMPONENT_FACTORY( libapplixgraphicimport, APPLIXGRAPHICImportFactory( "kofficefilters" ) ) int s_area = 30517; /****************************************************************************** * class: applixGraphicsLine function: constructor * ****************************************************************************** * * * Short description : - Initialize all variables * * * * * ******************************************************************************/ applixGraphicsLine::applixGraphicsLine() { offX = 0; offY = 0; reColor = 0; thickNess = 1; // ?? for (int i=0; i<5; i++) { ptX[0] = 0; ptY[0] = 0; } } /****************************************************************************** * class: applixGraphicsRect function: constructor * ****************************************************************************** * * * Short description : - Initialize all variables * * * * * ******************************************************************************/ applixGraphicsRect::applixGraphicsRect() : applixGraphicsLine() { for (int i=0; i<7;i++) { bf[i] = 0; lf[i] = 0; } for (int i=0; i<5;i++) { sh[i] = 0; } for (int i=0; i<8;i++) { pa[i] = 0; } for (int i=0; i<3;i++) { vs[i] = 0; } for (int i=0; i<2;i++) { xr[i] = 0; } } /****************************************************************************** * class: APPLIXGRAPHICImport function: constructor * ****************************************************************************** * * * Short description : constructor * * * * * ******************************************************************************/ APPLIXGRAPHICImport::APPLIXGRAPHICImport (KoFilter *, const char *, const TQStringList&) : KoFilter () { } /****************************************************************************** * class: APPLIXGRAPHICImport function: filter * ****************************************************************************** * * * Short description : - Read inputfile, * * - convert it to kontour fileformat and * * - save it * * * * * ******************************************************************************/ KoFilter::ConversionStatus APPLIXGRAPHICImport::convert( const TQCString& from, const TQCString& to ) { // Check MIME Types if (to!="application/x-karbon" || from!="application/x-applixgraphic") return KoFilter::NotImplemented; // Open Inputfile TQFile in (m_chain->inputFile()); if (!in.open (IO_ReadOnly) ) { kdError(30502) << "Unable to open input file!" << endl; in.close (); return KoFilter::FileNotFound; } TQString str; // Create karbon header str += "\n"; str += "\n"; str += " \n"; // str += " \n"; // str += " \n"; // str += " \n"; // str += " \n"; // str += " \n"; // str += " \n"; str += " \n"; TQTextStream stream(&in); int step = in.size()/50; int value = 0; int i = 0; int picture_rememberer = 0; int pos = 0; int vers[3] = { 0, 0, 0 }; int rueck; // Check scanf inputs TQString mystr; // Read Headline mystr = stream.readLine (); rueck = sscanf ((const char *) mystr.latin1() , "*BEGIN GRAPHICS VERSION=%d/%d ENCODING=%dBIT", &vers[0], &vers[1], &vers[2]); kdDebug (s_area) << "Versions info: " << vers[0] << vers[1] << vers[2] << endl; // Check the headline if (rueck <= 0) { kdDebug (s_area) << "Header not correkt - May be it is not an applixgraphics file" << endl; kdDebug (s_area) << "Headerline: " << mystr << endl; TQMessageBox::critical (0L, "Applixgraphics header problem", TQString ("The Applixgraphics header is not correct. " "May be it is not an applixgraphics file!
" "This is the header line I did read:
%1").arg(mystr.latin1()), "Comma"); // i18n( "What is the separator used in this file ? First line is \n%1" ).arg(firstLine), return KoFilter::StupidError; } while (!stream.atEnd ()) { ++i; // Read one line mystr = stream.readLine (); kdDebug (s_area) << "<<" << mystr << ">>" << endl; if (mystr == "PICTURE") picture_rememberer = 1; else if (mystr == "END PICTURE") picture_rememberer = 0; // Detect a point at the first place of the ascii_linie else if ((mystr[0] == '.') && (picture_rememberer == 1)) { // Delete point at the first place of the ascii_linie mystr.remove (0, 1); kdDebug (s_area) << "StartPoint recognized <" << mystr << ">" << endl; /******************************************************************** * Element "LINE" * ********************************************************************/ if (mystr.startsWith ("LINE AT") ) { // Define applixGraphicsLine agLine; //str += agLine.read (int, mystr); kdDebug (s_area) << " Linie recognized: " << endl; mystr.remove (0, 8); //mystr.remove (0, 7); //remove_pos = mystr.find ('('); //mystr.remove (0, remove_pos); //agLine.offX= mystr.toInt(); //remove_pos = mystr.find (','); //mystr.remove (0, remove_pos); //agLine.offY= mystr.toInt(); rueck = sscanf ((const char *) mystr.latin1(), "(%d,%d)", &agLine.offX, &agLine.offY); kdDebug (s_area) << " Offset -> x:" << agLine.offX << " y:" << agLine.offY << endl; if (rueck <= 0) { kdDebug (s_area) << "LINE tag not correkt" << endl; kdDebug (s_area) << "LINE: <" << mystr << ">" << endl; return KoFilter::StupidError; } do { // Get acutal position pos = in.at (); // Read one line mystr = stream.readLine (); if (mystr.startsWith (" RECOLOR ") ) { kdDebug (s_area) << " Recolor "; mystr.remove (0, 9); if (mystr == "ON") { kdDebug (s_area) << "On" << endl; agLine.reColor = true; } else if (mystr == "OFF") { kdDebug (s_area) << "Off" << endl; agLine.reColor = false; } else { kdDebug (s_area) << "!!!!! Unknown RECOLOR item <" << mystr << ">" << endl; } } else if (mystr.startsWith (" THICKNESS ") ) { kdDebug (s_area) << " Thickness: "; mystr.remove (0, 11); sscanf ((const char *) mystr.latin1(), "%d", &agLine.thickNess); // kdDebug (s_area) << agLine.thickNess << endl; } else if (mystr.startsWith (" PNTS ") ) { kdDebug (s_area) << " Pnts : "; mystr.remove (0, 6); sscanf ((const char *) mystr.latin1(), "(%d,%d)(%d,%d)", &agLine.ptX[0], &agLine.ptY[0], &agLine.ptX[1], &agLine.ptY[1]); kdDebug (s_area) << agLine.ptX[0] << " " << agLine.ptY[0] << " " << agLine.ptX[1] << " " << agLine.ptY[1] << endl; } } while ((mystr[0] != '.') && (mystr[0] != 'E')); // An die Position zurueckspringen in.at (pos); // Werte in die Struktur einlagern str += " \n"; // str += " "; str += " \n"; // str += " "; str += " \n"; str += " \n"; str += " \n"; str += " \n"; str += " \n"; } /******************************************************************** * Element RPOL Vieleck * ********************************************************************/ if (mystr.startsWith ("RPOL AT") ) { // Define applixGraphicsLine agLine; int nsides; //str += agLine.read (int, mystr); kdDebug (s_area) << " RPOL recognized: " << endl; mystr.remove (0, 8); rueck = sscanf ((const char *) mystr.latin1(), "(%d,%d)", &agLine.offX, &agLine.offY); kdDebug (s_area) << " Offset -> x:" << agLine.offX << " y:" << agLine.offY << endl; if (rueck <= 0) { kdDebug (s_area) << "RPOL tag not correkt " << endl; kdDebug (s_area) << "RPOL: <" << mystr << ">" << endl; return KoFilter::StupidError; } do { // Akutelle Position bestimmen pos = in.at (); // Zeile einlesen mystr = stream.readLine (); //checkSubElement (mystr, subelements) if (mystr.startsWith (" RECOLOR ") ) { kdDebug (s_area) << " Recolor " ; mystr.remove (0, 9); if (mystr == "ON") { kdDebug (s_area) << "On" << endl; agLine.reColor = true; } else if (mystr == "OFF") { kdDebug (s_area) << "Off" << endl; agLine.reColor = false; } else { kdDebug (s_area) << "!!!!! Whats that <" << mystr << ">" << endl; } } else if (mystr.startsWith (" NSIDES") ) { kdDebug (s_area) << " NSIDES: " ; mystr.remove (0, 8); pos = sscanf ((const char *) mystr.latin1(), "%d", &nsides); kdDebug (s_area) << nsides << "(" << pos << ")" << endl; } else if (mystr.startsWith (" PNTS ") ) { kdDebug (s_area) << " Pnts : "; mystr.remove (0, 6); sscanf ((const char *) mystr.latin1(), "(%d,%d)(%d,%d)(%d,%d)(%d,%d)(%d,%d)", &agLine.ptX[0], &agLine.ptY[0], &agLine.ptX[1], &agLine.ptY[1], &agLine.ptX[2], &agLine.ptY[2], &agLine.ptX[3], &agLine.ptY[3], &agLine.ptX[4], &agLine.ptY[4]); kdDebug (s_area) << agLine.ptX[0] << " " << agLine.ptY[0] << " " << agLine.ptX[1] << " " << agLine.ptY[1] << " " << agLine.ptX[2] << " " << agLine.ptY[2] << " " << agLine.ptX[3] << " " << agLine.ptY[3] << " " << agLine.ptX[4] << " " << agLine.ptY[4] << endl; } //checkSubElement() ende } while ((mystr[0] != '.') && (mystr[0] != 'E')); // An die Position zurueckspringen in.at (pos); int a, b; float wink=0.0; int *x = new int[nsides]; int *y = new int[nsides]; a = agLine.ptX[2] / 2; b = agLine.ptY[2] / 2; for (int i=0; i\n"; for (int i=0; i\n"; } str += " \n"; str += " \n"; str += " \n"; str += " \n"; } /******************************************************************** * Element TXT - Text * ********************************************************************/ else if (mystr.startsWith ("TXT AT") ) { // Define //applixGraphicsText agText; applixGraphicsLine agText; kdDebug (s_area) << " Habe Text erkannt (keine Werte uebernommen)" << endl; mystr.remove (0, 7); sscanf ((const char *) mystr.latin1(), "(%d,%d)", &agText.offX, &agText.offY); kdDebug (s_area) << " Offset -> x:" << agText.offX << " y:" << agText.offY << endl; do { // Aktuelle Position bestimmen pos = in.at (); // Zeile einlesen mystr = stream.readLine (); //checkSubElement() if (mystr.startsWith (" RECOLOR ") ) { kdDebug (s_area) << " Recolor : "; mystr.remove (0, 9); if (mystr == "ON") { kdDebug (s_area) << "On" << endl; agText.reColor = true; } else if (mystr == "OFF") { kdDebug (s_area) << "Off" << endl; agText.reColor = false; } else { kdDebug (s_area) << "!!!!! Whats that <" << mystr << ">" << endl; } } else if (mystr.startsWith (" .STR") ) { kdDebug (s_area) << " Textstring: "; // Zeile einlesen agText.str = stream.readLine (); agText.str.remove (0, 3); // delete ront part kdDebug (s_area) << agText.str; } else if (mystr.startsWith (" THICKNESS ") ) { kdDebug (s_area) << " Thickness: "; mystr.remove (0, 11); sscanf ((const char *) mystr.latin1(), "%d", &agText.thickNess); kdDebug (s_area) << agText.thickNess << endl; } else if (mystr.startsWith (" PNTS ") ) { kdDebug (s_area) << " Pnts : "; mystr.remove (0, 6); sscanf ((const char *) mystr.latin1(), "(%d,%d)(%d,%d)", &agText.ptX[0], &agText.ptY[0], &agText.ptX[1], &agText.ptY[1]); kdDebug (s_area) << agText.ptX[0] << " " << agText.ptY[0] << " " << agText.ptX[1] << " " << agText.ptY[1]; } //checkSubElement() ende } while ((mystr[0] != '.') && (mystr[0] != 'E')); // An die Position zurueckspringen in.at (pos); // Werte in die Struktur einlagern str += " \n"; str += " \n"; str += " \n"; str += " \n"; str += " \n"; str += " \n"; } /******************************************************************** * Element rectangle * ********************************************************************/ else if (mystr.startsWith ("RECT AT")) { applixGraphicsRect agRect; kdDebug (s_area) << " Habe Rectangle erkannt " << endl; mystr.remove (0, 8); rueck = sscanf ((const char *)mystr.latin1(), "(%d,%d)", &agRect.offX, &agRect.offY); if (rueck < 1) kdDebug (s_area) <<"Fehler im String <" << mystr.latin1() << ">" << endl; kdDebug (s_area) << " Offset -> x:" << agRect.offX << " y:" << agRect.offY << endl; do { // Akutelle Position bestimmen pos = in.at (); // read one line mystr = stream.readLine (); //checkSubElement() // option RECOLOR if (mystr.startsWith (" RECOLOR ") ) { kdDebug (s_area) <<(" Recolor : "); mystr.remove (0, 9); if (mystr == "ON") { kdDebug (s_area) << "On" << endl; agRect.reColor = true;} else if (mystr == "OFF") { kdDebug (s_area) << "Off" << endl; agRect.reColor = false;} else { kdDebug (s_area) << "!!!!! Whats that <" << mystr << ">" << endl; } } // option BACKFILL else if (mystr.startsWith (" BACKFILL ") ) { kdDebug (s_area) <<(" Backfill: "); mystr.remove (0, 12); sscanf ((const char *)mystr.latin1(), "<%d %d %d %d %d %d %d>", &agRect.bf[0], &agRect.bf[1], &agRect.bf[2], &agRect.bf[3], &agRect.bf[4], &agRect.bf[5], &agRect.bf[6]); kdDebug (s_area) << agRect.bf[0] << " " << agRect.bf[1] << " " << agRect.bf[2] << " " << agRect.bf[3] << " " << agRect.bf[4] << " " << agRect.bf[5] << " " << agRect.bf[6]; } // option LINEFILL else if (mystr.startsWith (" LINEFILL ") ) { kdDebug (s_area) << " Linefill: "; mystr.remove (0, 12); sscanf ((const char *)mystr.latin1(), "<%d %d %d %d %d %d %d>", &agRect.lf[0], &agRect.lf[1], &agRect.lf[2], &agRect.lf[3], &agRect.lf[4], &agRect.lf[5], &agRect.lf[6]); kdDebug (s_area) << agRect.lf[0] << " " << agRect.lf[1] << " " << agRect.lf[2] << " " << agRect.lf[3] << " " << agRect.lf[4] << " " << agRect.lf[5] << " " << agRect.lf[6]; } // option SHADOW else if (mystr.startsWith (" SHADOW ") ) { kdDebug (s_area) << " Shadow : "; mystr.remove (0, 12); sscanf ((const char *)mystr.latin1(), "<%d %d %d %d %d>", &agRect.sh[0], &agRect.sh[1], &agRect.sh[2], &agRect.sh[3], &agRect.sh[4]); kdDebug (s_area) << agRect.sh[0] << " " << agRect.sh[1] << " " << agRect.sh[2] << " " << agRect.sh[3] << " " << agRect.sh[4]; } // option PARA else if (mystr.startsWith (" PARA ") ) { kdDebug (s_area) << " Para : "; mystr.remove (0, 12); sscanf ((const char *)mystr.latin1(), "<%d %d %d %d %d %d %d %d>", &agRect.pa[0], &agRect.pa[1], &agRect.pa[2], &agRect.pa[3], &agRect.pa[4], &agRect.pa[5], &agRect.pa[6], &agRect.pa[7]); kdDebug (s_area) << agRect.pa[0] << " " << agRect.pa[1] << " " << agRect.pa[2] << " " << agRect.pa[3] << " " << agRect.pa[4] << " " << agRect.pa[5] << " " << agRect.pa[6] << " " << agRect.pa[7] ; } // option THICKNESS else if (mystr.startsWith (" THICKNESS ") ) { kdDebug (s_area) << " Thickness: "; mystr.remove (0, 11); sscanf ((const char *) mystr.latin1(), "%d", &agRect.thickNess); kdDebug (s_area) << agRect.thickNess << endl; } // option V_SPACE else if (mystr.startsWith (" V_SPACE ") ) { kdDebug (s_area) << " V_Space : "; mystr.remove (0, 9); sscanf ((const char *)mystr.latin1(), "(%d %d %d)", &agRect.vs[0], &agRect.vs[1], &agRect.vs[2]); kdDebug (s_area) << agRect.vs[0] << " " << agRect.vs[1] << " " << agRect.vs[2]; } // option XYRAD else if (mystr.startsWith (" XYRAD ") ) { kdDebug (s_area) << " XYRad : "; mystr.remove (0, 7); sscanf ((const char *)mystr.latin1(), "<%d %d>", &agRect.xr[0], &agRect.xr[1]); kdDebug (s_area) << agRect.xr[0] << " " << agRect.xr[1]; } // option PNTS else if (mystr.startsWith (" PNTS ") ) { kdDebug (s_area) << " Pnts : "; mystr.remove (0, 6); sscanf ((const char *)mystr.latin1(), "(%d,%d)(%d,%d)(%d,%d)(%d,%d)(%d,%d)", &agRect.ptX[0], &agRect.ptY[0], &agRect.ptX[1], &agRect.ptY[1], &agRect.ptX[2], &agRect.ptY[2], &agRect.ptX[3], &agRect.ptY[3], &agRect.ptX[4], &agRect.ptY[4]); kdDebug (s_area) << agRect.ptX[0] << " " << agRect.ptY[0] << " " << agRect.ptX[1] << " " << agRect.ptY[1] << " " << agRect.ptX[2] << " " << agRect.ptY[2] << " " << agRect.ptX[3] << " " << agRect.ptY[3] << " " << agRect.ptX[4] << " " << agRect.ptY[4] << endl; } //checkSubElement() ende } while ((mystr[0] != '.') && (mystr[0] != 'E')); // An die Position zurueckspringen in.at (pos); // Werte in die Struktur einlagern str += " \n"; str += " \n"; str += " \n"; str += " \n"; str += " \n"; str += " \n"; str += " \n"; str += " \n"; str += " \n"; str += " \n"; str += " \n"; } /******************************************************************** * Element ELL - Ellipse * ********************************************************************/ else if (mystr.startsWith ("ELL AT")) { applixGraphicsRect agEll; kdDebug (s_area) << " Habe ELL erkannt (keine Werte uebernommen " << endl; mystr.remove (0, 7); sscanf ((const char *)mystr.latin1(), "(%d,%d)", &agEll.offX, &agEll.offY); kdDebug (s_area) << " Offset -> x:" << agEll.offX << " y:" << agEll.offY << endl; do { // Aktuelle Position bestimmen pos = in.at (); // read one line mystr = stream.readLine (); //checkSubElement() // option RECOLOR if (mystr.startsWith (" RECOLOR ") ) { kdDebug (s_area) << " Recolor: "; mystr.remove (0, 9); if (mystr == "ON") { kdDebug (s_area) << "On" << endl; agEll.reColor = true; } else if (mystr == "OFF") { kdDebug (s_area) << "Off" << endl; agEll.reColor = false; } else { kdDebug (s_area) << "!!!!! Whats that <" << mystr << ">" << endl; } } else if (mystr.startsWith (" PNTS ") ) { kdDebug (s_area) <<(" Pnts : "); mystr.remove (0, 6); // sscanf ((const char *)mystr.latin1(), "(%d,%d)(%d,%d)(%d,%d)(%d,%d)(%d,%d)", &agEll.ptX[0], &agEll.ptY[0], &agEll.ptX[1], &agEll.ptY[1], &agEll.ptX[2], &agEll.ptY[2], &agEll.ptX[3], &agEll.ptY[3], &agEll.ptX[4], &agEll.ptY[4]); kdDebug (s_area) << agEll.ptX[0] << " " << agEll.ptY[0] << " " << agEll.ptX[1] << " " << agEll.ptY[1] << " " << agEll.ptX[2] << " " << agEll.ptY[2] << " " << agEll.ptX[3] << " " << agEll.ptY[3] << " " << agEll.ptX[4] << " " << agEll.ptY[4] << endl; } //checkSubElement() ende } while ((mystr[0] != '.') && (mystr[0] != 'E')); // An die Position zurueckspringen in.at (pos); // Werte in die Struktur einlagern // ??? } else { kdDebug (s_area) << "Unbekannt : " << mystr << endl; } } if (i>step) { i=0; value+=2; emit sigProgress (value); } } emit sigProgress(100); str += " \n"; str += " \n"; // str += "\n"; kdDebug (s_area) << "Text " << str.utf8() << endl; KoStoreDevice* out= m_chain->storageFile( "root", KoStore::Write ); if (!out) { kdError(s_area) << "Unable to open output file!" << endl; in.close (); return KoFilter::StorageCreationError; } TQCString cstring = str.utf8(); out->writeBlock ( (const char*)cstring, cstring.size() - 1 ); in.close (); return KoFilter::OK; } #include