/*
    KNode, the KDE newsreader
    Copyright (c) 1999-2005 the KNode authors.
    See file AUTHORS for details

    This program is free software; you can redistribute it and/or modify
    it under the terms of the GNU General Public License as published by
    the Free Software Foundation; either version 2 of the License, or
    (at your option) any later version.
    You should have received a copy of the GNU General Public License
    along with this program; if not, write to the Free Software Foundation,
    Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, US
*/

#include "knconfig.h"

#include <stdlib.h>

#include <tqtextcodec.h>

#include <ksimpleconfig.h>
#include <kmessagebox.h>
#include <klocale.h>
#include <kapplication.h>
#include <kglobalsettings.h>
#include <kstandarddirs.h>
#include <kdebug.h>
#include <kiconloader.h>
#include <kiconeffect.h>
#include <kprocess.h>

#include <email.h>

#include "kndisplayedheader.h"
#include "knglobals.h"
#include "kngroupmanager.h"
#include "utilities.h"



KNConfig::Identity::Identity(bool g)
 :  u_seSigFile(false), u_seSigGenerator(false), g_lobal(g)
{
  if(g_lobal) {
    KConfig *c=knGlobals.config();
    c->setGroup("IDENTITY");
    loadConfig(c);
  }
}


KNConfig::Identity::~Identity()
{}


void KNConfig::Identity::loadConfig(KConfigBase *c)
{
  n_ame=c->readEntry("Name");
  e_mail=c->readEntry("Email");
  r_eplyTo=c->readEntry("Reply-To");
  m_ailCopiesTo=c->readEntry("Mail-Copies-To");
  o_rga=c->readEntry("Org");
  s_igningKey = c->readEntry("SigningKey").local8Bit();
  u_seSigFile=c->readBoolEntry("UseSigFile",false);
  u_seSigGenerator=c->readBoolEntry("UseSigGenerator",false);
  s_igPath=c->readPathEntry("sigFile");
  s_igText=c->readEntry("sigText");
}


void KNConfig::Identity::saveConfig(KConfigBase *c)
{
  c->writeEntry("Name", n_ame);
  c->writeEntry("Email", e_mail);
  c->writeEntry("Reply-To", r_eplyTo);
  c->writeEntry("Mail-Copies-To", m_ailCopiesTo);
  c->writeEntry("Org", o_rga);
  c->writeEntry("SigningKey", TQString(s_igningKey));
  c->writeEntry("UseSigFile", u_seSigFile);
  c->writeEntry("UseSigGenerator",u_seSigGenerator);
  c->writePathEntry("sigFile", s_igPath);
  c->writeEntry("sigText", s_igText);
  c->sync();
}


void KNConfig::Identity::save()
{
  kdDebug(5003) << "KNConfig::Identity::save()" << endl;
  if(g_lobal) {
    KConfig *c=knGlobals.config();
    c->setGroup("IDENTITY");
    saveConfig(c);
  }
}


bool KNConfig::Identity::isEmpty()
{
  return (  n_ame.isEmpty() &&  e_mail.isEmpty() &&
            r_eplyTo.isEmpty() && m_ailCopiesTo.isEmpty() &&
            o_rga.isEmpty() && s_igPath.isEmpty() && s_igText.isEmpty() &&
            s_igningKey.isEmpty() );
}


bool KNConfig::Identity::emailIsValid()
{
  return KPIM::isValidSimpleEmailAddress( e_mail );
}


TQString KNConfig::Identity::getSignature()
{
  s_igContents = TQString();      // don't cache file contents
  s_igStdErr = TQString();

  if (u_seSigFile) {
    if(!s_igPath.isEmpty()) {
      if (!u_seSigGenerator) {
        TQFile f(s_igPath);
        if(f.open(IO_ReadOnly)) {
          TQTextStream ts(&f);
          while(!ts.atEnd()) {
            s_igContents += ts.readLine();
            if (!ts.atEnd())
              s_igContents += "\n";
          }
          f.close();
        }
        else
          KMessageBox::error(knGlobals.topWidget, i18n("Cannot open the signature file."));
      } else {
        KProcess process;

        // construct command line...
        TQStringList command = TQStringList::split(' ',s_igPath);
        for ( TQStringList::Iterator it = command.begin(); it != command.end(); ++it )
          process << (*it);

        connect(&process, TQT_SIGNAL(receivedStdout(KProcess *, char *, int)), TQT_SLOT(slotReceiveStdout(KProcess *, char *, int)));
        connect(&process, TQT_SIGNAL(receivedStderr(KProcess *, char *, int)), TQT_SLOT(slotReceiveStderr(KProcess *, char *, int)));

        if (!process.start(KProcess::Block,KProcess::AllOutput))
          KMessageBox::error(knGlobals.topWidget, i18n("Cannot run the signature generator."));
      }
    }
  }
  else
    s_igContents = s_igText;

  if (!s_igContents.isEmpty() && !s_igContents.contains("\n-- \n") && !(s_igContents.left(4) == "-- \n"))
    s_igContents.prepend("-- \n");

  return s_igContents;
}


void KNConfig::Identity::slotReceiveStdout(KProcess *, char *buffer, int buflen)
{
  s_igContents.append(TQString::fromLocal8Bit(buffer,buflen));
}


void KNConfig::Identity::slotReceiveStderr(KProcess *, char *buffer, int buflen)
{
  s_igStdErr.append(TQString::fromLocal8Bit(buffer,buflen));
}


//==============================================================================================================


KNConfig::Appearance::Appearance()
{
  KConfig *c=knGlobals.config();
  c->setGroup("VISUAL_APPEARANCE");

  //colors
  u_seColors=c->readBoolEntry("customColors", false);

  TQColor defCol = defaultColor( background );
  c_olors[background] = c->readColorEntry( "backgroundColor", &defCol );
  c_olorNames[background] = i18n("Background");

  defCol = defaultColor( alternateBackground );
  c_olors[alternateBackground] = c->readColorEntry("alternateBackgroundColor", &defCol );
  c_olorNames[alternateBackground] = i18n("Alternate Background");

  defCol = defaultColor( normalText );
  c_olors[normalText] = c->readColorEntry( "textColor", &defCol );
  c_olorNames[normalText] = i18n("Normal Text");

  defCol = defaultColor( quoted1 );
  c_olors[quoted1] = c->readColorEntry( "quote1Color", &defCol );
  c_olorNames[quoted1] = i18n("Quoted Text - First level");

  defCol = defaultColor( quoted2 );
  c_olors[quoted2] = c->readColorEntry( "quote2Color", &defCol );
  c_olorNames[quoted2] = i18n("Quoted Text - Second level");

  defCol = defaultColor( quoted3 );
  c_olors[quoted3] = c->readColorEntry( "quote3Color", &defCol );
  c_olorNames[quoted3] = i18n("Quoted Text - Third level");

  defCol = defaultColor( url );
  c_olors[url] = c->readColorEntry( "URLColor", &defCol );
  c_olorNames[url] = i18n("Link");

  defCol = defaultColor( readThread );
  c_olors[readThread] = c->readColorEntry( "readThreadColor", &defCol );
  c_olorNames[readThread] = i18n("Read Thread");

  defCol = defaultColor( unreadThread );
  c_olors[unreadThread] = c->readColorEntry("unreadThreadColor", &defCol );
  c_olorNames[unreadThread] = i18n("Unread Thread");

  defCol = defaultColor( readThread );
  c_olors[readArticle] = c->readColorEntry("readArtColor", &defCol );
  c_olorNames[readArticle] = i18n("Read Article");

  defCol = defaultColor( unreadArticle );
  c_olors[unreadArticle] = c->readColorEntry("unreadArtColor", &defCol );
  c_olorNames[unreadArticle] = i18n("Unread Article");

  defCol = defaultColor( signOkKeyOk );
  c_olors[signOkKeyOk] = c->readColorEntry("signOkKeyOk", &defCol );
  defCol = defaultColor( signOkKeyBad );
  c_olors[signOkKeyBad] = c->readColorEntry("signOkKeyBad", &defCol );
  defCol = defaultColor( signWarn );
  c_olors[signWarn] = c->readColorEntry("signWarn", &defCol );
  defCol = defaultColor( signErr );
  c_olors[signErr] = c->readColorEntry("signErr", &defCol );
  defCol = defaultColor( htmlWarning );
  c_olors[htmlWarning] = c->readColorEntry("htmlWarning", &defCol );

  c_olorNames[signOkKeyOk] = i18n("Valid Signature with Trusted Key");
  c_olorNames[signOkKeyBad] = i18n("Valid Signature with Untrusted Key");
  c_olorNames[signWarn] = i18n("Unchecked Signature");
  c_olorNames[signErr] = i18n("Bad Signature");
  c_olorNames[htmlWarning] = i18n("HTML Message Warning");

  //fonts
  u_seFonts = c->readBoolEntry("customFonts", false);
  TQFont defFont=KGlobalSettings::generalFont();
  f_onts[article]=c->readFontEntry("articleFont",&defFont);
  f_ontNames[article]=i18n("Article Body");

  defFont=KGlobalSettings::fixedFont();
  f_onts[articleFixed]=c->readFontEntry("articleFixedFont",&defFont);
  f_ontNames[articleFixed]=i18n("Article Body (Fixed)");

  f_onts[composer]=c->readFontEntry("composerFont",&defFont);
  f_ontNames[composer]=i18n("Composer");

  defFont=KGlobalSettings::generalFont();
  f_onts[groupList]=c->readFontEntry("groupListFont",&defFont);
  f_ontNames[groupList]=i18n("Group List");

  f_onts[articleList]=c->readFontEntry("articleListFont",&defFont);
  f_ontNames[articleList]=i18n("Article List");

  //icons
  KGlobal::iconLoader()->addAppDir("knode");
  recreateLVIcons();
  i_cons[newFups]         = UserIcon("newsubs");
  i_cons[eyes]            = UserIcon("eyes");
  i_cons[ignore]          = UserIcon("ignore");
  i_cons[mail]            = SmallIcon("mail_generic");
  i_cons[posting]         = UserIcon("article");
  i_cons[canceledPosting] = SmallIcon("editdelete");
  i_cons[savedRemote]     = SmallIcon("editcopy");
  i_cons[group]           = UserIcon("group");
  i_cons[sendErr]         = UserIcon("snderr");
}


KNConfig::Appearance::~Appearance()
{
}


void KNConfig::Appearance::save()
{
  if(!d_irty)
    return;

  kdDebug(5003) << "KNConfig::Appearance::save()" << endl;

  KConfig *c=knGlobals.config();
  c->setGroup("VISUAL_APPEARANCE");

  c->writeEntry("customColors", u_seColors);
  c->writeEntry("backgroundColor", c_olors[background]);
  c->writeEntry("alternateBackgroundColor", c_olors[alternateBackground]);
  c->writeEntry("textColor", c_olors[normalText]);
  c->writeEntry("quote1Color", c_olors[quoted1]);
  c->writeEntry("quote2Color", c_olors[quoted2]);
  c->writeEntry("quote3Color", c_olors[quoted3]);
  c->writeEntry("URLColor", c_olors[url]);
  c->writeEntry("readThreadColor", c_olors[readThread]);
  c->writeEntry("unreadThreadColor", c_olors[unreadThread]);
  c->writeEntry("readArtColor", c_olors[readArticle]);
  c->writeEntry("unreadArtColor", c_olors[unreadArticle]);
  c->writeEntry( "signOkKeyOk", c_olors[signOkKeyOk] );
  c->writeEntry( "signOkKeyBad", c_olors[signOkKeyBad] );
  c->writeEntry( "signWarn", c_olors[signWarn] );
  c->writeEntry( "signErr", c_olors[signErr] );
  c->writeEntry( "htmlWarning", c_olors[htmlWarning] );

  c->writeEntry("customFonts", u_seFonts);
  c->writeEntry("articleFont", f_onts[article]);
  c->writeEntry("articleFixedFont", f_onts[articleFixed]);
  c->writeEntry("composerFont", f_onts[composer]);
  c->writeEntry("groupListFont", f_onts[groupList]);
  c->writeEntry("articleListFont", f_onts[articleList]);
  c->sync();
  d_irty = false;
}


TQColor KNConfig::Appearance::backgroundColor() const
{
  if(u_seColors)
    return c_olors[background];
  else
    return defaultColor( background );
}


TQColor KNConfig::Appearance::alternateBackgroundColor() const
{
  if(u_seColors)
    return c_olors[alternateBackground];
  else
    return defaultColor( alternateBackground );
}


TQColor KNConfig::Appearance::textColor() const
{
  if(u_seColors)
    return c_olors[normalText];
  else
    return defaultColor( normalText );
}


TQColor KNConfig::Appearance::quoteColor( int depth ) const
{
  if ( u_seColors )
    return c_olors[quoted1 + depth];
  else
    return defaultColor( quoted1 + depth );
}


TQColor KNConfig::Appearance::linkColor() const
{
  if(u_seColors)
    return c_olors[url];
  else
    return defaultColor( url );

}


TQColor KNConfig::Appearance::unreadThreadColor() const
{
  if(u_seColors)
    return c_olors[unreadThread];
  else
    return defaultColor( unreadThread );
}


TQColor KNConfig::Appearance::readThreadColor() const
{
  if(u_seColors)
    return c_olors[readThread];
  else
    return defaultColor( readThread );
}


TQColor KNConfig::Appearance::unreadArticleColor() const
{
  if(u_seColors)
    return c_olors[unreadArticle];
  else
    return defaultColor( unreadArticle );
}


TQColor KNConfig::Appearance::readArticleColor() const
{
  if(u_seColors)
    return c_olors[readArticle];
  else
    return defaultColor( readArticle );
}


TQFont KNConfig::Appearance::articleFont() const
{
  if(u_seFonts)
    return f_onts[article];
  else
    return defaultFont( article );
}


TQFont KNConfig::Appearance::articleFixedFont() const
{
  if(u_seFonts)
    return f_onts[articleFixed];
  else
    return defaultFont( articleFixed );
}


TQFont KNConfig::Appearance::composerFont() const
{
  if(u_seFonts)
    return f_onts[composer];
  else
    return defaultFont( composer );
}


TQFont KNConfig::Appearance::groupListFont() const
{
  if(u_seFonts)
    return f_onts[groupList];
  else
    return defaultFont( groupList );
}


TQFont KNConfig::Appearance::articleListFont() const
{
  if(u_seFonts)
    return f_onts[articleList];
  else
    return defaultFont( articleList );
}


TQColor KNConfig::Appearance::defaultColor(int i) const
{
  // defaults should match libkdepim/csshelper.cpp
  switch(i) {

    case background:
      return kapp->tqpalette().active().base();

    case alternateBackground:
      return KGlobalSettings::alternateBackgroundColor();

    case quoted1:
      return TQColor( 0x00, 0x80, 0x00 );
    case quoted2:
      return TQColor( 0x00, 0x70, 0x00 );
    case quoted3:
      return TQColor( 0x00, 0x60, 0x00 );

    case normalText:
    case unreadThread:
      return kapp->tqpalette().active().text();

    case url:
      return KGlobalSettings::linkColor();

    case readThread:
      return kapp->tqpalette().disabled().text();

    case unreadArticle:
      return TQColor( 183, 154, 11 );

    case readArticle:
      return TQColor( 136, 136, 136 );

    case signOkKeyOk:
      return TQColor( 0x40, 0xFF, 0x00 );
    case signOkKeyBad:
    case signWarn:
      return TQColor( 0xFF, 0xFF, 0x40 );
    case signErr:
      return TQt::red;

    case htmlWarning:
      return TQColor( 0xFF, 0x40, 0x40 );
  }

  return kapp->tqpalette().disabled().text();
}


TQFont KNConfig::Appearance::defaultFont(int i) const
{
  if ( i == articleFixed || i == composer )
    return KGlobalSettings::fixedFont();
  else
    return KGlobalSettings::generalFont();
}


void KNConfig::Appearance::recreateLVIcons()
{
  TQPixmap tempPix = UserIcon("greyball");

  TQImage tempImg=tempPix.convertToImage();
  KIconEffect::colorize(tempImg, readArticleColor(), 1.0);
  i_cons[greyBall].convertFromImage(tempImg);

  tempImg=tempPix.convertToImage();
  KIconEffect::colorize(tempImg, unreadArticleColor(), 1.0);
  i_cons[redBall].convertFromImage(tempImg);

  tempPix = UserIcon("greyballchk");

  tempImg=tempPix.convertToImage();
  KIconEffect::colorize(tempImg, readArticleColor(), 1.0);
  i_cons[greyBallChkd].convertFromImage(tempImg);

  tempImg=tempPix.convertToImage();
  KIconEffect::colorize(tempImg, unreadArticleColor(), 1.0);
  i_cons[redBallChkd].convertFromImage(tempImg);
}


//==============================================================================================================


KNConfig::ReadNewsGeneral::ReadNewsGeneral()
{
  KConfig *conf=knGlobals.config();
  conf->setGroup("READNEWS");

  a_utoCheck=conf->readBoolEntry("autoCheck", true);
  m_axFetch=conf->readNumEntry("maxFetch", 1000);
  if (m_axFetch<0) m_axFetch = 0;
  a_utoMark=conf->readBoolEntry("autoMark", true);
  m_arkSecs=conf->readNumEntry("markSecs", 0);
  if (m_arkSecs<0) m_arkSecs = 0;
  m_arkCrossposts=conf->readBoolEntry("markCrossposts", true);
  s_martScrolling=conf->readBoolEntry("smartScrolling", true);
  t_otalExpand=conf->readBoolEntry("totalExpand", true);
  d_efaultExpand=conf->readBoolEntry("defaultExpand", false);
  s_howLines=conf->readBoolEntry("showLines3", true);
  s_howScore=conf->readBoolEntry("showScore3", true);
  s_howUnread=conf->readBoolEntry("showUnread", true);
  s_howThreads = conf->readBoolEntry("showThreads", true);
  mDateFormat = (KMime::DateFormatter::FormatType) conf->readNumEntry( "dateFormat", KMime::DateFormatter::Localized );
  mDateCustomFormat = conf->readEntry( "customDateFormat" );

  conf->setGroup("CACHE");
  c_ollCacheSize=conf->readNumEntry("collMemSize", 2048);
  a_rtCacheSize=conf->readNumEntry("artMemSize", 1024);
}


KNConfig::ReadNewsGeneral::~ReadNewsGeneral()
{
}


void KNConfig::ReadNewsGeneral::save()
{
  if(!d_irty)
    return;

  kdDebug(5003) << "KNConfig::ReadNewsGeneral::save()" << endl;

  KConfig *conf=knGlobals.config();
  conf->setGroup("READNEWS");

  conf->writeEntry("autoCheck", a_utoCheck);
  conf->writeEntry("maxFetch", m_axFetch);
  conf->writeEntry("autoMark", a_utoMark);
  conf->writeEntry("markSecs", m_arkSecs);
  conf->writeEntry("markCrossposts", m_arkCrossposts);
  conf->writeEntry("smartScrolling", s_martScrolling);
  conf->writeEntry("totalExpand", t_otalExpand);
  conf->writeEntry("defaultExpand", d_efaultExpand);
  conf->writeEntry("showLines3", s_howLines);
  conf->writeEntry("showScore3", s_howScore);
  conf->writeEntry("showUnread", s_howUnread);
  conf->writeEntry("showThreads", s_howThreads);
  conf->writeEntry( "dateFormat", mDateFormat );
  conf->writeEntry( "customDateFormat", mDateCustomFormat );

  conf->setGroup("CACHE");
  conf->writeEntry("collMemSize", c_ollCacheSize);
  conf->writeEntry("artMemSize", a_rtCacheSize);
  conf->sync();
  d_irty = false;
}


//==============================================================================================================


KNConfig::ReadNewsNavigation::ReadNewsNavigation()
{
  KConfig *conf=knGlobals.config();
  conf->setGroup("READNEWS_NAVIGATION");

  m_arkAllReadGoNext=conf->readBoolEntry("markAllReadGoNext", false);
  m_arkThreadReadGoNext=conf->readBoolEntry("markThreadReadGoNext", false);
  m_arkThreadReadCloseThread=conf->readBoolEntry("markThreadReadCloseThread", false);
  i_gnoreThreadGoNext=conf->readBoolEntry("ignoreThreadGoNext", false);
  i_gnoreThreadCloseThread=conf->readBoolEntry("ignoreThreadCloseThread", false);
  mLeaveGroupMarkAsRead = conf->readBoolEntry( "leaveGroupMarkAsRead", false );
}


KNConfig::ReadNewsNavigation::~ReadNewsNavigation()
{
}


void KNConfig::ReadNewsNavigation::save()
{
  if(!d_irty)
    return;

  kdDebug(5003) << "KNConfig::ReadNewsNavigation::save()" << endl;

  KConfig *conf=knGlobals.config();
  conf->setGroup("READNEWS_NAVIGATION");

  conf->writeEntry("markAllReadGoNext", m_arkAllReadGoNext);
  conf->writeEntry("markThreadReadGoNext", m_arkThreadReadGoNext);
  conf->writeEntry("markThreadReadCloseThread", m_arkThreadReadCloseThread);
  conf->writeEntry("ignoreThreadGoNext", i_gnoreThreadGoNext);
  conf->writeEntry("ignoreThreadCloseThread", i_gnoreThreadCloseThread);
  conf->writeEntry("leaveGroupMarkAsRead=true", mLeaveGroupMarkAsRead );
  conf->sync();
  d_irty = false;
}


//==============================================================================================================


KNConfig::ReadNewsViewer::ReadNewsViewer()
{
  KConfig *conf=knGlobals.config();
  conf->setGroup("READNEWS");

  r_ewrapBody=conf->readBoolEntry("rewrapBody", true);
  r_emoveTrailingNewlines=conf->readBoolEntry("removeTrailingNewlines", true);
  s_howSig=conf->readBoolEntry("showSig", true);
  i_nterpretFormatTags=conf->readBoolEntry("interpretFormatTags", true);
  q_uoteCharacters=conf->readEntry("quoteCharacters",">:");
  o_penAtt=conf->readBoolEntry("openAtt", false) ;
  s_howAlts=conf->readBoolEntry("showAlts", false);
  u_seFixedFont=conf->readBoolEntry("articleBodyFixedFont", false);
  mShowRefBar = conf->readBoolEntry( "showRefBar", true );
  mAlwaysShowHTML = conf->readBoolEntry( "alwaysShowHTML", false );
}


KNConfig::ReadNewsViewer::~ReadNewsViewer()
{
}


void KNConfig::ReadNewsViewer::save()
{
  if(!d_irty)
    return;

  kdDebug(5003) << "KNConfig::ReadNewsViewer::save()" << endl;

  KConfig *conf=knGlobals.config();
  conf->setGroup("READNEWS");

  conf->writeEntry("rewrapBody", r_ewrapBody);
  conf->writeEntry("removeTrailingNewlines", r_emoveTrailingNewlines);
  conf->writeEntry("showSig", s_howSig);
  conf->writeEntry("interpretFormatTags", i_nterpretFormatTags);
  conf->writeEntry("quoteCharacters",q_uoteCharacters);
  conf->writeEntry("openAtt", o_penAtt);
  conf->writeEntry("showAlts", s_howAlts);
  conf->writeEntry("articleBodyFixedFont", u_seFixedFont);
  conf->writeEntry("showRefBar", mShowRefBar );
  conf->writeEntry( "alwaysShowHTML", mAlwaysShowHTML );
  conf->sync();
  d_irty = false;
}


//==============================================================================================================


KNConfig::DisplayedHeaders::DisplayedHeaders()
{
  TQString fname( locate("data","knode/headers.rc") );

  if (!fname.isNull()) {
    KSimpleConfig headerConf(fname,true);
    TQStringList headers = headerConf.groupList();
    headers.remove("<default>");
    headers.sort();

    KNDisplayedHeader *h;
    TQValueList<int> flags;

    TQStringList::Iterator it;
    for( it = headers.begin(); it != headers.end(); ++it ) {
      h=createNewHeader();
      headerConf.setGroup((*it));
      h->setName(headerConf.readEntry("Name"));
      h->setTranslateName(headerConf.readBoolEntry("Translate_Name",true));
      h->setHeader(headerConf.readEntry("Header"));
      flags=headerConf.readIntListEntry("Flags");
      if(h->name().isNull() || h->header().isNull() || (flags.count()!=8)) {
        kdDebug(5003) << "KNConfig::DisplayedHeaders::DisplayedHeaders() : ignoring invalid/incomplete Header" << endl;
        remove(h);
      }
      else {
        for (int i=0; i<8; i++)
          h->setFlag(i, (flags[i]>0));
        h->createTags();
      }
    }
  }
}


KNConfig::DisplayedHeaders::~DisplayedHeaders()
{
  for ( TQValueList<KNDisplayedHeader*>::Iterator it = mHeaderList.begin(); it != mHeaderList.end(); ++it )
    delete (*it);
}


void KNConfig::DisplayedHeaders::save()
{
  if(!d_irty)
    return;

  kdDebug(5003) << "KNConfig::DisplayedHeaders::save()" << endl;

  TQString dir(locateLocal("data","knode/"));
  if (dir.isNull()) {
    KNHelper::displayInternalFileError();
    return;
  }
  KSimpleConfig headerConf(dir+"headers.rc");
  TQStringList oldHeaders = headerConf.groupList();

  TQStringList::Iterator oldIt=oldHeaders.begin();
  for( ;oldIt != oldHeaders.end(); ++oldIt )      // remove all old groups
    headerConf.deleteGroup((*oldIt));             // find a better way to do it?

  TQValueList<int> flags;
  int idx=0;
  TQString group;

  for ( TQValueList<KNDisplayedHeader*>::Iterator it = mHeaderList.begin(); it != mHeaderList.end(); ++it ) {
    group.setNum(idx++);
    while (group.length()<3)
      group.prepend("0");
    headerConf.setGroup(group);
    headerConf.writeEntry("Name",(*it)->name());
    headerConf.writeEntry("Translate_Name",(*it)->translateName());
    headerConf.writeEntry("Header",(*it)->header());
    flags.clear();
    for (int i=0; i<8; i++) {
      if ((*it)->flag(i))
        flags << 1;
      else
        flags << 0;
    }
    headerConf.writeEntry("Flags",flags);
  }
  headerConf.sync();
  d_irty = false;
}


KNDisplayedHeader* KNConfig::DisplayedHeaders::createNewHeader()
{
  KNDisplayedHeader *h=new KNDisplayedHeader();
  mHeaderList.append( h );

  return h;
}


void KNConfig::DisplayedHeaders::remove(KNDisplayedHeader *h)
{
  if ( !mHeaderList.remove( h ) )
    kdDebug(5003) << "KNConfig::DisplayedHeaders::remove() : cannot find pointer in list!" << endl;

}


void KNConfig::DisplayedHeaders::up(KNDisplayedHeader *h)
{
  int idx = mHeaderList.findIndex( h );
  if ( idx != -1 ) {
    mHeaderList.remove( mHeaderList.at( idx ) );
    mHeaderList.insert( mHeaderList.at( idx - 1 ), h );
  }
  else kdDebug(5003) << "KNConfig::DisplayedHeaders::up() : item not found in list" << endl;
}


void KNConfig::DisplayedHeaders::down(KNDisplayedHeader *h)
{
  int idx = mHeaderList.findIndex( h );
  if ( idx != -1 ) {
    mHeaderList.remove( mHeaderList.at( idx ) );
    mHeaderList.insert( mHeaderList.at( idx + 1 ), h );
  }
  else kdDebug(5003) << "KNConfig::DisplayedHeaders::down() : item not found in list" << endl;
}


//==============================================================================================================


KNConfig::Scoring::Scoring()
{
  KConfig *conf=knGlobals.config();
  conf->setGroup("SCORING");

  i_gnoredThreshold=conf->readNumEntry("ignoredThreshold", -100);
  w_atchedThreshold=conf->readNumEntry("watchedThreshold", 100);
}


KNConfig::Scoring::~Scoring()
{
}


void KNConfig::Scoring::save()
{
  if(!d_irty)
    return;

  kdDebug(5003) << "KNConfig::Scoring::save()" << endl;

  KConfig *conf=knGlobals.config();
  conf->setGroup("SCORING");

  conf->writeEntry("ignoredThreshold", i_gnoredThreshold);
  conf->writeEntry("watchedThreshold", w_atchedThreshold);
  conf->sync();
  d_irty = false;
}


//==============================================================================================================


KNConfig::XHeader::XHeader(const TQString &s)
{
  if(s.left(2)=="X-") {
    int pos=s.find(": ");
    if(pos!=-1) {
      n_ame=s.mid(2, pos-2).latin1();
      pos+=2;
      v_alue=s.mid(pos, s.length()-pos);
    }
  }
}


//==============================================================================================================


KNConfig::PostNewsTechnical::PostNewsTechnical()
 : findComposerCSCache(113)
{
  findComposerCSCache.setAutoDelete(true);

  KConfig *conf=knGlobals.config();
  conf->setGroup("POSTNEWS");

  c_omposerCharsets=conf->readListEntry("ComposerCharsets");
  if (c_omposerCharsets.isEmpty())
    c_omposerCharsets=TQStringList::split(',',"us-ascii,utf-8,iso-8859-1,iso-8859-2,"
    "iso-8859-3,iso-8859-4,iso-8859-5,iso-8859-6,iso-8859-7,iso-8859-8,"
    "iso-8859-9,iso-8859-10,iso-8859-13,iso-8859-14,iso-8859-15,koi8-r,koi8-u,"
    "iso-2022-jp,iso-2022-jp-2,iso-2022-kr,euc-jp,euc-kr,Big5,gb2312");

  c_harset=conf->readEntry("Charset").latin1();
  if (c_harset.isEmpty()) {
    TQCString localeCharset(TQTextCodec::codecForLocale()->mimeName());

    // special logic for japanese users:
    // "euc-jp" is default encoding for them, but in the news
    // "iso-2022-jp" is used
    if (localeCharset.lower() == "euc-jp")
      localeCharset = "iso-2022-jp";

    c_harset=findComposerCharset(localeCharset);
    if (c_harset.isEmpty())
      c_harset="iso-8859-1";  // shit
  }

  h_ostname=conf->readEntry("MIdhost").latin1();
  a_llow8BitBody=conf->readBoolEntry("8BitEncoding",true);
  u_seOwnCharset=conf->readBoolEntry("UseOwnCharset",true);
  g_enerateMID=conf->readBoolEntry("generateMId", false);
  d_ontIncludeUA=conf->readBoolEntry("dontIncludeUA", false);
  u_seExternalMailer=conf->readBoolEntry("useExternalMailer", false);

  TQString dir(locateLocal("data","knode/"));
  if (!dir.isNull()) {
    TQFile f(dir+"xheaders");
    if(f.open(IO_ReadOnly)) {
      TQTextStream ts(&f);
      while(!ts.eof())
        x_headers.append( XHeader(ts.readLine()) );

      f.close();
    }
  }
}


KNConfig::PostNewsTechnical::~PostNewsTechnical()
{
}


void KNConfig::PostNewsTechnical::save()
{
  if(!d_irty)
    return;

  kdDebug(5003) << "KNConfig::PostNewsTechnical::save()" << endl;

  KConfig *conf=knGlobals.config();
  conf->setGroup("POSTNEWS");

  conf->writeEntry("ComposerCharsets", c_omposerCharsets);
  conf->writeEntry("Charset", TQString::fromLatin1(c_harset));
  conf->writeEntry("8BitEncoding", a_llow8BitBody);
  conf->writeEntry("UseOwnCharset", u_seOwnCharset);
  conf->writeEntry("generateMId", g_enerateMID);
  conf->writeEntry("MIdhost", TQString::fromLatin1(h_ostname));
  conf->writeEntry("dontIncludeUA", d_ontIncludeUA);
  conf->writeEntry("useExternalMailer", u_seExternalMailer);

  TQString dir(locateLocal("data","knode/"));
  if (dir.isNull())
    KNHelper::displayInternalFileError();
  else {
    TQFile f(dir+"xheaders");
    if(f.open(IO_WriteOnly)) {
      TQTextStream ts(&f);
      XHeaders::Iterator it;
      for(it=x_headers.begin(); it!=x_headers.end(); ++it)
        ts << (*it).header() << "\n";
      f.close();
    }
    else
      KNHelper::displayInternalFileError();
  }
  conf->sync();
  d_irty = false;
}


int KNConfig::PostNewsTechnical::indexForCharset(const TQCString &str)
{
  int i=0;
  bool found=false;
  for ( TQStringList::Iterator it = c_omposerCharsets.begin(); it != c_omposerCharsets.end(); ++it ) {
    if ((*it).lower() == str.lower().data()) {
      found = true;
      break;
    }
    i++;
  }
  if (!found) {
    i=0;
    for ( TQStringList::Iterator it = c_omposerCharsets.begin(); it != c_omposerCharsets.end(); ++it ) {
      if ((*it).lower() == c_harset.lower().data()) {
        found = true;
        break;
      }
      i++;
    }
    if (!found)
      i=0;
  }
  return i;
}


TQCString KNConfig::PostNewsTechnical::findComposerCharset(TQCString cs)
{
  TQCString *ret=findComposerCSCache.find(cs);
  if (ret)
    return *ret;

  TQCString s;

  TQStringList::Iterator it;
  for( it = c_omposerCharsets.begin(); it != c_omposerCharsets.end(); ++it ) {
    // match by name
    if ((*it).lower()==cs.lower().data()) {
      s = (*it).latin1();
      break;
    }
  }

  if (s.isEmpty()) {
    for( it = c_omposerCharsets.begin(); it != c_omposerCharsets.end(); ++it ) {
    // match by charset, avoid to return "us-ascii" for iso-8859-1
      if ((*it).lower()!="us-ascii") {
        TQTextCodec *composerCodec = TQTextCodec::codecForName((*it).latin1());
        TQTextCodec *csCodec = TQTextCodec::codecForName(cs);
        if ((composerCodec != 0) &&
            (csCodec != 0) &&
            (0 == strcmp(composerCodec->name(), csCodec->name()))) {
      s = (*it).latin1();
      break;
    }
  }
    }
  }

  if (s.isEmpty())
    s = "us-ascii";

  findComposerCSCache.insert(cs, new TQCString(s));

  return s;
}


//==============================================================================================================


KNConfig::PostNewsComposer::PostNewsComposer()
{
  KConfig *conf=knGlobals.config();
  conf->setGroup("POSTNEWS");

  w_ordWrap=conf->readBoolEntry("wordWrap",true);
  m_axLen=conf->readNumEntry("maxLength", 76);
  a_ppSig=conf->readBoolEntry("appSig",true);
  r_ewrap=conf->readBoolEntry("rewrap",true);
  i_ncSig=conf->readBoolEntry("incSig",false);
  c_ursorOnTop=conf->readBoolEntry("cursorOnTop",false);
  u_seExtEditor=conf->readBoolEntry("useExternalEditor",false);
  i_ntro=conf->readEntry("Intro","%NAME wrote:");
  e_xternalEditor=conf->readEntry("externalEditor","kwrite %f");
}


KNConfig::PostNewsComposer::~PostNewsComposer()
{
}


void KNConfig::PostNewsComposer::save()
{
  if(!d_irty)
    return;

  kdDebug(5003) << "KNConfig::PostNewsComposer::save()" << endl;

  KConfig *conf=knGlobals.config();
  conf->setGroup("POSTNEWS");

  conf->writeEntry("wordWrap", w_ordWrap);
  conf->writeEntry("maxLength", m_axLen);
  conf->writeEntry("appSig", a_ppSig);
  conf->writeEntry("rewrap",r_ewrap);
  conf->writeEntry("incSig", i_ncSig);
  conf->writeEntry("cursorOnTop", c_ursorOnTop);
  conf->writeEntry("useExternalEditor", u_seExtEditor);
  conf->writeEntry("Intro", i_ntro);
  conf->writeEntry("externalEditor", e_xternalEditor);
  conf->sync();

  d_irty = false;
}

//==============================================================================================================




// BEGIN: Cleanup configuration ===============================================


KNConfig::Cleanup::Cleanup( bool global ) :
  // default values for new accounts / groups
  d_oExpire( true ), r_emoveUnavailable( true ), p_reserveThr( true ),
  e_xpireInterval( 5 ), r_eadMaxAge( 10 ), u_nreadMaxAge( 15 ),
  mGlobal(global), mDefault(!global), mLastExpDate( TQDate::currentDate() )
{
  if (mGlobal) {
    KConfig *conf = knGlobals.config();
    conf->setGroup( "EXPIRE" );
    loadConfig( conf );
  }
}


void KNConfig::Cleanup::loadConfig(KConfigBase *conf)
{
  // group expire settings
  d_oExpire = conf->readBoolEntry( "doExpire", true );
  r_emoveUnavailable = conf->readBoolEntry( "removeUnavailable", true );
  p_reserveThr = conf->readBoolEntry( "saveThreads", true );
  e_xpireInterval = conf->readNumEntry( "expInterval", 5 );
  r_eadMaxAge = conf->readNumEntry( "readDays", 10 );
  u_nreadMaxAge = conf->readNumEntry( "unreadDays", 15 );
  mLastExpDate = conf->readDateTimeEntry( "lastExpire" ).date();

  // folder compaction settings (only available globally)
  if (mGlobal) {
    d_oCompact = conf->readBoolEntry( "doCompact", true );
    c_ompactInterval = conf->readNumEntry( "comInterval", 5 );
    mLastCompDate = conf->readDateTimeEntry( "lastCompact" ).date();
  }

  if (!mGlobal)
    mDefault = conf->readBoolEntry( "UseDefaultExpConf", true );
}


void KNConfig::Cleanup::saveConfig(KConfigBase *conf)
{
  // group expire settings
  conf->writeEntry( "doExpire", d_oExpire );
  conf->writeEntry( "removeUnavailable", r_emoveUnavailable );
  conf->writeEntry( "saveThreads", p_reserveThr );
  conf->writeEntry( "expInterval", e_xpireInterval );
  conf->writeEntry( "readDays", r_eadMaxAge );
  conf->writeEntry( "unreadDays", u_nreadMaxAge );
  conf->writeEntry( "lastExpire", mLastExpDate );

  // folder compaction settings (only available globally)
  if (mGlobal) {
    conf->writeEntry( "doCompact", d_oCompact );
    conf->writeEntry( "comInterval", c_ompactInterval );
    conf->writeEntry( "lastCompact", mLastCompDate );
  }

  if (!mGlobal)
    conf->writeEntry( "UseDefaultExpConf", mDefault );

  conf->sync();
}


void KNConfig::Cleanup::save()
{
  kdDebug(5003) << "KNConfig::Cleanup::save()" << endl;
  if (mGlobal) {
    KConfig *conf = knGlobals.config();
    conf->setGroup( "EXPIRE" );
    saveConfig( conf );
  }
}


bool KNConfig::Cleanup::expireToday()
{
  if (!d_oExpire)
    return false;

  TQDate today = TQDate::currentDate();
  if (mLastExpDate == TQDateTime(today))
    return false;

  return (mLastExpDate.daysTo( TQDateTime(today) ) >= e_xpireInterval);
}


void KNConfig::Cleanup::setLastExpireDate()
{
  mLastExpDate = TQDateTime::currentDateTime();
}


bool KNConfig::Cleanup::compactToday()
{
  if (!d_oCompact)
    return false;

  TQDate today = TQDate::currentDate();
  if (mLastCompDate == TQDateTime(today))
    return false;

  return (mLastCompDate.daysTo( TQDateTime(today) ) >= c_ompactInterval);
}


void KNConfig::Cleanup::setLastCompactDate()
{
  mLastCompDate = TQDateTime::currentDateTime();
}


// END: Cleanup configuration =================================================



/*KNConfig::Cache::Cache()
{
  KConfig *conf=knGlobals.config();
  conf->setGroup("CACHE");

  m_emMaxArt=conf->readNumEntry("memMaxArt", 1000);
  m_emMaxKB=conf->readNumEntry("memMaxKB", 1024);

  d_iskMaxArt=conf->readNumEntry("diskMaxArt", 1000);
  d_iskMaxKB=conf->readNumEntry("diskMaxKB", 1024);
}


KNConfig::Cache::~Cache()
{
}


void KNConfig::Cache::save()
{
  if(!d_irty)
    return;

  kdDebug(5003) << "KNConfig::Cache::save()" << endl;

  KConfig *conf=knGlobals.config();
  conf->setGroup("CACHE");

  conf->writeEntry("memMaxArt", m_emMaxArt);
  conf->writeEntry("memMaxKB", m_emMaxKB);

  conf->writeEntry("diskMaxArt", d_iskMaxArt);
  conf->writeEntry("diskMaxKB", d_iskMaxKB);

  d_irty = false;
}
*/

#include "knconfig.moc"