source: trunk/gsdl/src/recpt/librarymain.cpp@ 1856

/**********************************************************************
 *
 * librarymain.cpp -- 
 * Copyright (C) 1999  The New Zealand Digital Library Project
 *
 * A component of the Greenstone digital library software
 * from the New Zealand Digital Library Project at the
 * University of Waikato, New Zealand.
 *
 * 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.
 *
 * This program 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 General Public License for more details.
 *
 * 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., 675 Mass Ave, Cambridge, MA 02139, USA.
 *
 *********************************************************************/

#include "receptionist.h"
#include "cgiwrapper.h"
#include "fileutil.h"
#include "nullproto.h"
// z39.50 stuff - johnmcp
#include "z3950proto.h"

#include "action.h"
#include "statusaction.h"
#include "pageaction.h"
#include "pingaction.h"
#include "queryaction.h"
#include "documentaction.h"
#include "authenaction.h"
#include "usersaction.h"
#include "extlinkaction.h"
#include "delhistoryaction.h"
#include "tipaction.h"
#include "collectoraction.h"

#include "browserclass.h"
#include "vlistbrowserclass.h"
#include "hlistbrowserclass.h"
#include "datelistbrowserclass.h"
#include "invbrowserclass.h"
#include "pagedbrowserclass.h"
#include "htmlbrowserclass.h"
#include "phindbrowserclass.h"

#include "recptconfig.h"

int main () {
  receptionist recpt;
  nullproto nproto;
#ifndef __WIN32__
  z3950proto zproto;
#endif

  text_tarray collections;

  // get gsdlhome
  text_t gsdlhome;
  site_cfg_read (gsdlhome);
  text_t collectdir = filename_cat (gsdlhome, "collect");
  read_dir (collectdir, collections);
  
  text_tarray::const_iterator thiscol = collections.begin();
  text_tarray::const_iterator endcol = collections.end();
  
  while (thiscol != endcol) {
    
    // ignore the modelcol
    if (*thiscol == "modelcol") {
      thiscol ++;
      continue;
    }
    
    // create collection server and add to null protocol
    nproto.add_collection (*thiscol, &recpt, gsdlhome, gsdlhome);
    
    thiscol ++;
  }

  // add the protocol to the receptionist
  recpt.add_protocol (&nproto);

  // z39.50 stuff - johnmcp
#ifndef __WIN32__
  // add the z39.50 server information. Read in the file
  // etc/recpt/z3950.cfg for list of servers and their databases.
  text_t z3950cfg = filename_cat (gsdlhome, "etc");
  z3950cfg = filename_cat (z3950cfg, "recpt");
  z3950cfg = filename_cat (z3950cfg, "z3950.cfg");
#ifdef USE_FASTCGI
  // currently can't use z39.50 if fastcgi is in use
  if (0) {
#else
  if (file_exists(z3950cfg)) {
#endif
    text_t z3950err = filename_cat (gsdlhome, "etc", "z3950log.txt");
    zproto.read_config_file(z3950cfg,z3950err);
    // only add this protocol if we have any servers configured.
    if (zproto.getServerCount()>0)
      recpt.add_protocol (&zproto);
  }
#endif

  // Read main.cfg to get all the "Encoding" lines and add corresponding converters.
  // It might be possible to move this to somewhere like receptionist::configure, depending
  // on whether we need the converters before then (I don't think we do).
  text_tarray cfgline;
  text_t maincfg = filename_cat (gsdlhome, "etc", "main.cfg");
  if (file_exists (maincfg)) {
    char *maincfgc = maincfg.getcstr();
#ifdef GSDL_USE_IOS_H
    ifstream confin (maincfgc, ios::in | ios::nocreate);
#else
    ifstream confin (maincfgc, ios::in);
#endif
    delete maincfgc;
  
    if (confin) {
      text_t subkey, subvalue, shortname;
      text_tset saved;
      text_tmap tmp;
      text_t::const_iterator cfglinesub_here;
      text_tarray::const_iterator cfgline_here;
      text_tarray::const_iterator cfgline_end;
      while (read_cfg_line(confin, cfgline) >= 0) {
    if (cfgline.size () >= 4 && cfgline[0] == "Encoding") {
      tmp.erase(tmp.begin(), tmp.end());
      cfgline_here = cfgline.begin();
      cfgline_end = cfgline.end();
      while (cfgline_here != cfgline_end) {
        cfglinesub_here = getdelimitstr((*cfgline_here).begin(),
                        (*cfgline_here).end(), '=', subkey);
        if (subkey == "shortname") {
          shortname = substr (cfglinesub_here, (*cfgline_here).end());
        } else {
          tmp[subkey] = substr (cfglinesub_here, (*cfgline_here).end());
        }
        cfgline_here++;
      }
      // we just use the saved set to prevent multiple encodings being added
      // that use the same shortname (i.e. any encodings after the first with
      // the same name will be ignored).
      if (!shortname.empty() && saved.find(shortname) == saved.end()) {
        saved.insert(shortname);

        if (tmp["type"] == "UTF8") {
          utf8inconvertclass *utf8inconvert = new utf8inconvertclass();
          utf8outconvertclass *utf8outconvert = new utf8outconvertclass();
          recpt.add_converter (shortname, utf8inconvert, utf8outconvert);

        } else if (tmp["type"] == "GB") {
          mapinconvertclass *gbinconvert = new mapinconvertclass();
          gbinconvert->setmapfile (gsdlhome, "gbku", 0x25a1);
          mapoutconvertclass *gboutconvert = new mapoutconvertclass();
          gboutconvert->setmapfile (gsdlhome, "ugbk", 0xa1f5);
          recpt.add_converter (shortname, gbinconvert, gboutconvert);

        } else {
          if (!tmp["mapfile"].empty()) {

        if (tmp["type"] == "ISO_8859" && tmp["mapfile"] == "1.TXT") {
          // iso-8859-1 is a special case as it'll always be
          // supported by the standard converter class and
          // therefore doesn't need to use its mapping file
          inconvertclass *inconvert = new inconvertclass();
          rzwsoutconvertclass *outconvert = new rzwsoutconvertclass();
          recpt.add_converter (shortname, inconvert, outconvert);  

        } else {
          text_t mapfile = filename_cat (gsdlhome, "unicode", "MAPPINGS", tmp["type"], tmp["mapfile"]);
          if (file_exists (mapfile)) {
            simplemapinconvertclass *inconvert = new simplemapinconvertclass();
            inconvert->setmapfile (mapfile);
            simplemapoutconvertclass *outconvert = new simplemapoutconvertclass();
            outconvert->setmapfile (mapfile);
            recpt.add_converter (shortname, inconvert, outconvert);  
          }
        }
          }
        }
      }
    }
      }
      confin.close ();
    }
  }


  // add other converters
  //  utf8inconvertclass utf8inconvert;
  //  utf8outconvertclass utf8outconvert;
  //  recpt.add_converter ("u", &utf8inconvert, &utf8outconvert);

  //  mapinconvertclass gbinconvert;
  //  gbinconvert.setmapfile (gsdlhome, "gbku", 0x25a1);
  //  mapoutconvertclass gboutconvert;
  //  gboutconvert.setmapfile (gsdlhome, "ugbk", 0xa1f5);
  //  recpt.add_converter ("g", &gbinconvert, &gboutconvert);

  // arabic
  //  text_t mapfile = filename_cat (gsdlhome, "unicode", "MAPPINGS");
  //  mapfile = filename_cat (mapfile, "WINDOWS", "1256.TXT");
  //  simplemapinconvertclass arinconvert;
  //  arinconvert.setmapfile (mapfile);
  //  simplemapoutconvertclass aroutconvert;
  //  aroutconvert.setmapfile (mapfile);
  //  recpt.add_converter ("a", &arinconvert, &aroutconvert);  

  // cyrillic
  //  mapfile = filename_cat (gsdlhome, "unicode", "MAPPINGS");
  //  mapfile = filename_cat (mapfile, "WINDOWS", "1251.TXT");
  //  simplemapinconvertclass cyinconvert;
  //  cyinconvert.setmapfile (mapfile);
  //  simplemapoutconvertclass cyoutconvert;
  //  cyoutconvert.setmapfile (mapfile);
  //  recpt.add_converter ("c", &cyinconvert, &cyoutconvert);  
  
  // hindi
//    armapfile = filename_cat (gsdlhome, "unicode", "MAPPINGS");
//    armapfile = filename_cat (armapfile, "ISCII", "Devanagari.txt");
//    simplemapinconvertclass arinconvert;
//    arinconvert.setmapfile (armapfile);
//    simplemapoutconvertclass aroutconvert;
//    aroutconvert.setmapfile (armapfile);
//    recpt.add_converter ("a", &arinconvert, &aroutconvert);  


  // the list of actions. Note: these actions will become invalid
  // at the end of this function.
  tipaction atipaction;
  recpt.add_action (&atipaction);

  statusaction astatusaction;
  astatusaction.set_receptionist (&recpt);
  recpt.add_action (&astatusaction);

  pageaction apageaction;
  apageaction.set_receptionist (&recpt);
  recpt.add_action (&apageaction);

  pingaction apingaction;
  recpt.add_action (&apingaction);

  queryaction aqueryaction;
  aqueryaction.set_receptionist (&recpt);
  recpt.add_action (&aqueryaction);

  documentaction adocumentaction;
  adocumentaction.set_receptionist (&recpt);
  recpt.add_action (&adocumentaction);

  usersaction ausersaction;
  recpt.add_action (&ausersaction);

  extlinkaction anextlinkaction;
  recpt.add_action (&anextlinkaction);

  authenaction aauthenaction;
  aauthenaction.set_receptionist(&recpt);
  recpt.add_action (&aauthenaction);

  delhistoryaction adelhistoryaction;
  recpt.add_action(&adelhistoryaction);

  collectoraction acollectoraction;
  acollectoraction.set_receptionist (&recpt);
  recpt.add_action(&acollectoraction);

  // list of browsers
  vlistbrowserclass avlistbrowserclass;
  recpt.add_browser (&avlistbrowserclass);
  recpt.setdefaultbrowser ("VList");

  hlistbrowserclass ahlistbrowserclass;
  recpt.add_browser (&ahlistbrowserclass);

  datelistbrowserclass adatelistbrowserclass;
  recpt.add_browser (&adatelistbrowserclass);

  invbrowserclass ainvbrowserclass;
  recpt.add_browser (&ainvbrowserclass);

  pagedbrowserclass apagedbrowserclass;
  recpt.add_browser (&apagedbrowserclass);

  htmlbrowserclass ahtmlbrowserclass;
  recpt.add_browser (&ahtmlbrowserclass);

  phindbrowserclass aphindbrowserclass;
  recpt.add_browser (&aphindbrowserclass);

  cgiwrapper (recpt, "");
  return 0;
}