source: gsdl/trunk/src/recpt/statusaction.cpp@ 15589

/**********************************************************************
 *
 * statusaction.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 "gsdl_modules_cfg.h"
#ifdef GSDL_USE_STATUS_ACTION

// following line required to get fstream.filedesc() on darwin (Mac OS X)
#define _STREAM_COMPAT  1

#include "statusaction.h"
#include "fileutil.h"
#include "htmlutils.h"
#include "gsdltools.h"
#include <assert.h>
#include <stdio.h>
#include <fcntl.h> // for open() stuff

void statusaction::output_frameset (cgiargsclass &/*args*/, displayclass &disp, 
                    outconvertclass &outconvert, 
                    ostream &textout, ostream &/*logout*/) {
  textout << outconvert << disp << "_status:frameset_\n";
}

void statusaction::output_select (cgiargsclass &/*args*/, displayclass &disp, 
                  outconvertclass &outconvert, 
                  ostream &textout, ostream &/*logout*/) {
  textout << outconvert << disp << "_status:header_(selector)\n"
    "_status:select_\n"
    "_status:footer_\n";
}

void statusaction::output_welcome (cgiargsclass &args, recptprotolistclass *protos, 
                   displayclass &disp, outconvertclass &outconvert, 
                   ostream &textout, ostream &logout) {

  if (recpt == NULL) return;

  textout << outconvert << disp 
      << "_status:infoheader_(_titlewelcome_)\n"
      << "_status:welcome_"
      << "<table>\n"
      << "<th align=left>abbrev.</th><th align=left>collection</th>"
      << "<th align=left>public?</th><th align=left>running?</th></tr>\n";

  recptprotolistclass::iterator rprotolist_here = protos->begin();
  recptprotolistclass::iterator rprotolist_end = protos->end();
  while (rprotolist_here != rprotolist_end) {
    if ((*rprotolist_here).p != NULL) {
      comerror_t err;
      text_t protoname = (*rprotolist_here).p->get_protocol_name(err);
      text_tarray collist;
      (*rprotolist_here).p->get_collection_list (collist, err, logout);
      if (err == noError) {
    text_tarray::iterator collist_here = collist.begin();
    text_tarray::iterator collist_end = collist.end();

    while (collist_here != collist_end) {

        textout << outconvert << disp
            << "<tr><td><a href=\"_gwcgi_?_optsite_e=_compressedoptions_&a=status&p=collectioninfo&pr="
            << protoname
            << "&c="
            << *collist_here
            << "\">"
            << *collist_here 
            << "</a></td>";

      ColInfoResponse_t *cinfo = recpt->get_collectinfo_ptr ((*rprotolist_here).p, *collist_here, logout);
      if (cinfo != NULL) {
        text_t collname = cinfo->get_collectionmeta("collectionname", args["l"]);
        if (collname.empty()) {
          collname = *collist_here;
        }

        textout << "<td>";
        if (cinfo->buildDate > 0)
          textout << outconvert << disp 
              << "<a href=\"_httppagex_(about)&c=" << *collist_here
              << "\" target=\\_top>";

        textout << outconvert << disp << collname;

        if (cinfo->buildDate > 0) textout << "</a>";

        textout << "</td>";

        if (cinfo->isPublic) textout << "<td>yes</td>";
        else textout << "<td>no</td>";
        
        if (cinfo->buildDate > 0)
          textout << outconvert << "<td>yes</td>";
        else
          textout << "<td>no</td>";
        
      } else {
        textout << "<td></td><td></td><td></td>";
      }

      textout << "</tr>\n";
      ++collist_here;
    }
      }
    }
    ++rprotolist_here;
  }

  textout << "</table>\n";
  textout << outconvert << disp << "_status:infofooter_\n";
}

void statusaction::output_generalinfo (cgiargsclass &/*args*/, displayclass &disp, 
                       outconvertclass &outconvert, 
                       ostream &textout, ostream &/*logout*/) {
  if (recpt == NULL) return;
  const recptconf &rcinfo = recpt->get_configinfo ();
  
  textout << outconvert << disp << "_status:infoheader_(General Information)\n";
  textout << outconvert 
      << "<h2>General information</h2>\n"
      << "<table>\n"
      << "<tr valign=top><th>gsdlhome</th><td>\"" << rcinfo.gsdlhome
      << "\"</td></tr>\n"
      << "<tr valign=top><th>collection</th><td>\"" << rcinfo.collection
      << "\"</td></tr>\n"
      << "<tr valign=top><th>collectdir</th><td>\"" << rcinfo.collectdir
      << "\"</td></tr>\n"
      << "<tr valign=top><th>httpprefix</th><td>\"" << rcinfo.httpprefix
      << "\"</td></tr>\n"
      << "<tr valign=top><th>httpimg</th><td>\"" << rcinfo.httpimg
      << "\"</td></tr>\n"
      << "<tr valign=top><th>gwcgi</th><td>\"" << rcinfo.gwcgi
      << "\"</td></tr>\n";
    
  // macrofiles
  textout << outconvert << "<tr valign=top><th>macrofiles</th><td>";
  text_tset::const_iterator macrohere = rcinfo.macrofiles.begin ();
  text_tset::const_iterator macroend = rcinfo.macrofiles.end ();
  bool macrofirst = true;
  while (macrohere != macroend) {
    if (!macrofirst) textout << outconvert << ", ";
    macrofirst = false;
    textout << outconvert << "\"" << *macrohere << "\"";
    ++macrohere;
  }
  textout << outconvert << "</td></tr>\n";
  
  // saveconf
  textout << outconvert << "<tr valign=top><th>saveconf</th><td>\"" << rcinfo.saveconf
      << "\"</td></tr>\n";

  // usecookies
  textout << outconvert << "<tr valign=top><th>usecookies</th><td>\"";
  if (rcinfo.usecookies) textout << outconvert << "true";
  else textout << outconvert << "false";
  textout << outconvert << "\"</td></tr>\n";
  
  // logcgiargs
  textout << outconvert << "<tr valign=top><th>logcgiargs</th><td>\"";
  if (rcinfo.logcgiargs) textout << outconvert << "true";
  else textout << outconvert << "false";
  textout << outconvert << "\"</td></tr>\n";

  // pageparams
  textout << outconvert << "<tr valign=top><th>pageparams</th><td>";
  text_tmap::const_iterator params_here = rcinfo.pageparams.begin();
  text_tmap::const_iterator params_end = rcinfo.pageparams.end();
  bool params_first = true;
  while (params_here != params_end) {
    if (!params_first) textout << outconvert << ", ";
    params_first = false;
    textout << outconvert << "\"" << (*params_here).first << "\" != \""
        << (*params_here).second << "\"";
    
    ++params_here;
  }
  textout << outconvert << "</td></tr>\n";

  // macroprecedence
  textout << outconvert << "<tr valign=top><th>macroprecedence</th><td>\"" << rcinfo.macroprecedence
      << "\"</td></tr>\n";

  // arguments
  cgiargsinfoclass *rcargsinfo = recpt->get_cgiargsinfo_ptr ();
  if (rcargsinfo != NULL) {
    textout << outconvert << "<tr valign=top><th>arguments</th><td>";
    
    cgiargsinfoclass::const_iterator argsinfohere = rcargsinfo->begin ();
    cgiargsinfoclass::const_iterator argsinfoend = rcargsinfo->end ();
    bool argsinfofirst = true;
    while (argsinfohere != argsinfoend) {
      if (!argsinfofirst) textout << outconvert << ", ";
      argsinfofirst = false;
      textout << outconvert << "\"" << (*argsinfohere).second.shortname << "\"";
      ++argsinfohere;
    }
    
    textout << outconvert << "</td></tr>\n";
  }      
  
  // actions
  actionmapclass *actions = recpt->get_actionmap_ptr();
  if (actions != NULL) {
    textout << outconvert << "<tr valign=top><th>actions</th><td>";
    
    actionptrmap::iterator actionshere = actions->begin ();
    actionptrmap::iterator actionsend = actions->end ();
    bool actionsfirst = true;
    while (actionshere != actionsend) {
      if (!actionsfirst) textout << outconvert << ", ";
      actionsfirst = false;
      assert ((*actionshere).second.a != NULL);
      if ((*actionshere).second.a != NULL) {
    textout << outconvert << "\"" << (*actionshere).second.a->get_action_name() << "\"";
      }
      ++actionshere;
    }
    
    textout << outconvert << "</td></tr>\n";
  }
  
  // browsers
  browsermapclass *browsers = recpt->get_browsermap_ptr();
  if (browsers != NULL) {
    textout << outconvert << "<tr valign=top><th>browsers</th><td>";
    
    browserptrmap::iterator browsershere = browsers->begin ();
    browserptrmap::iterator browsersend = browsers->end ();
    bool browsersfirst = true;
    while (browsershere != browsersend) {
      if (!browsersfirst) textout << outconvert << ", ";
      browsersfirst = false;
      assert ((*browsershere).second.b != NULL);
      if ((*browsershere).second.b != NULL) {
    textout << outconvert << "\"" << (*browsershere).second.b->get_browser_name() << "\"";
      }
      ++browsershere;
    }
    
    textout << outconvert << "</td></tr>\n";
  }

  // protocols
  recptprotolistclass *protocols = recpt->get_recptprotolist_ptr ();
  if (protocols != NULL) {
    textout << outconvert << "<tr valign=top><th>protocols</th><td>";
    
    recptprotolistclass::iterator protohere = protocols->begin ();
    recptprotolistclass::iterator protoend = protocols->end ();
    bool protofirst = true;
    while (protohere != protoend) {
      comerror_t err;
      if (!protofirst) textout << outconvert << ", ";
      protofirst = false;
      if ((*protohere).p != NULL) {
    textout << outconvert << "\"" << (*protohere).p->get_protocol_name(err) << "\"";
      }
      ++protohere;
    }
    
    textout << outconvert << "</td></tr>\n";
  }
  
  // converters
  convertinfoclass *converters = recpt->get_convertinfo_ptr ();
  if (converters != NULL) {
    textout << outconvert << "<tr valign=top><th>converters</th><td>";
    
    convertinfoclass::iterator converthere = converters->begin ();
    convertinfoclass::iterator convertend = converters->end ();
    bool convertfirst = true;
    while (converthere != convertend) {
      if (!convertfirst) textout << outconvert << ", ";
      convertfirst = false;
      textout << outconvert << "\"" << (*converthere).second.name << "\"";
      ++converthere;
    }
    
    textout << outconvert << "</td></tr>\n";
  }
  
  textout << outconvert << disp << "</table>\n_status:infofooter_\n";
}

void statusaction::output_argumentinfo (cgiargsclass &args, displayclass &disp, 
                    outconvertclass &outconvert, 
                    ostream &textout, ostream &/*logout*/) {
  if (recpt == NULL) return;
  cgiargsinfoclass *rcargsinfo = recpt->get_cgiargsinfo_ptr ();
  if (rcargsinfo == NULL) return;

  textout << outconvert << disp << "_status:infoheader_(Argument Information)\n";
  textout << outconvert
      << "<h2>Argument information</h2>\n"
      << "<table>";

  // argument information
  textout << outconvert << "<tr valign=top><th>short name</th><th>long name</th>"
      << "<th>multiple char?</th>"
      << "<th>multiple value?</th>"
      << "<th>default</th><th>default status</th><th>saved args</th>"
      << "<th>current value</th></tr>\n";
  

  cgiargsinfoclass::const_iterator argsinfohere = rcargsinfo->begin();
  cgiargsinfoclass::const_iterator argsinfoend = rcargsinfo->end();
  text_t *arg_value;
  while (argsinfohere != argsinfoend) {
    const cgiarginfo &ainfo = (*argsinfohere).second;
    textout << outconvert 
        << "<tr valign=top><td>" << ainfo.shortname << "</td>\n";
    
    textout << outconvert << "<td>" << ainfo.longname << "</td>\n";
    if (ainfo.multiplechar) textout << outconvert << "<td>yes</td>\n";
    else textout << outconvert << "<td>no</td>\n";
    if (ainfo.multiplevalue) textout << outconvert << "<td>yes</td>\n";
    else textout << outconvert << "<td>no</td>\n";
    textout << outconvert << "<td>" << ainfo.argdefault << "</td>\n";
    switch (ainfo.defaultstatus) {
    case cgiarginfo::none: textout << outconvert << "<td>none</td>\n"; break;
    case cgiarginfo::weak: textout << outconvert << "<td>weak</td>\n"; break;
    case cgiarginfo::good: textout << outconvert << "<td>good</td>\n"; break;
    case cgiarginfo::config: textout << outconvert << "<td>config</td>\n"; break;
    case cgiarginfo::imperative: textout << outconvert << "<td>imperative</td>\n"; break;
    }
    switch (ainfo.savedarginfo) {
    case cgiarginfo::mustnot: textout << outconvert << "<td>mustnot</td>\n"; break;
    case cgiarginfo::can: textout << outconvert << "<td>can</td>\n"; break;
    case cgiarginfo::must: textout << outconvert << "<td>must</td>\n"; break;
    }
    
    arg_value = args.getarg (ainfo.shortname);
    if (arg_value == NULL) textout << outconvert << "<td></td></tr>\n";
    else textout << outconvert << "<td>\"" << *arg_value << "\"</td></tr>\n";
    
    ++argsinfohere;
  }
  
  textout << outconvert << disp << "</table>\n_status:infofooter_\n";
}

void statusaction::output_actioninfo (cgiargsclass &/*args*/, displayclass &disp, 
                      outconvertclass &outconvert, 
                      ostream &textout, ostream &/*logout*/) {
  if (recpt == NULL) return;
  actionmapclass *actions = recpt->get_actionmap_ptr();

  textout << outconvert << disp << "_status:infoheader_(Action Information)\n";
  textout << outconvert
      << "<h2>Action information</h2>\n"
      << "<table>";

  // action information
  if (actions != NULL) {
    textout << outconvert 
        << "<tr><th>action name</th><th>cgi arguments</th></tr>\n";
    
    actionptrmap::iterator actionshere = actions->begin ();
    actionptrmap::iterator actionsend = actions->end ();
    while (actionshere != actionsend) {
      assert ((*actionshere).second.a != NULL);
      if ((*actionshere).second.a != NULL) {
    textout << outconvert 
        << "<tr><td>" << (*actionshere).second.a->get_action_name()
        << "</td><td>";
    
    cgiargsinfoclass *argsinfo = (*actionshere).second.a->getargsinfo();
    cgiargsinfoclass::const_iterator argsinfohere = argsinfo->begin ();
    cgiargsinfoclass::const_iterator argsinfoend = argsinfo->end ();
    bool aifirst = true;
    while (argsinfohere != argsinfoend) {
      if (!aifirst) textout << outconvert << ", ";
      aifirst = false;
      textout << outconvert << (*argsinfohere).second.shortname;
      ++argsinfohere;
    }
    
    textout << outconvert << "</td></tr>\n";
      }
      ++actionshere;
    }
  }
  
  textout << outconvert << disp << "</table>\n_status:infofooter_\n";
}

void statusaction::output_browserinfo (cgiargsclass &/*args*/, displayclass &disp, 
                       outconvertclass &outconvert, 
                       ostream &textout, ostream &/*logout*/) {
  if (recpt == NULL) return;
  browsermapclass *browsers = recpt->get_browsermap_ptr();

  textout << outconvert << disp << "_status:infoheader_(Browser Information)\n";
  textout << outconvert
      << "<h2>Browser information</h2>\n"
      << "<table>";

  // browser information
  if (browsers != NULL) {
    textout << outconvert 
        << "<tr><th>browser name</th><th>default formatstring</th></tr>\n";
    
    browserptrmap::iterator browsershere = browsers->begin ();
    browserptrmap::iterator browsersend = browsers->end ();
    while (browsershere != browsersend) {
      assert ((*browsershere).second.b != NULL);
      if ((*browsershere).second.b != NULL) {
    textout << outconvert 
        << "<tr><td>" << (*browsershere).second.b->get_browser_name()
        << "</td><td>" << html_safe ((*browsershere).second.b->get_default_formatstring())
        << "</td></tr>\n";
      }
      ++browsershere;
    }
  }
  
  textout << outconvert << disp << "</table>\n_status:infofooter_\n";
}

void statusaction::output_protocolinfo (cgiargsclass &/*args*/, displayclass &disp, 
                    outconvertclass &outconvert, 
                    ostream &textout, ostream &logout) {
  if (recpt == NULL) return;
  const recptconf &rcinfo = recpt->get_configinfo ();
  bool colspecific = !rcinfo.collection.empty();
  bool unreachablecol = false;

  recptprotolistclass *rprotolist = recpt->get_recptprotolist_ptr ();
  if (rprotolist == NULL) return;

  textout << outconvert << disp << "_status:infoheader_(Protocol Information)\n";
  textout << outconvert
      << "<h2>Protocol information</h2>\n"
      << "<table>\n"
      << "<tr><th>protocol</th><th>collections</th></tr>\n";

  text_t protoname;
  recptprotolistclass::iterator rprotolist_here = rprotolist->begin();
  recptprotolistclass::iterator rprotolist_end = rprotolist->end();
  while (rprotolist_here != rprotolist_end) {
    if ((*rprotolist_here).p != NULL) {
      comerror_t err;
      protoname = (*rprotolist_here).p->get_protocol_name(err);
      textout << outconvert
          << "<tr><td>"
          << protoname
          << "</td><td>";

      text_tarray collist;
      (*rprotolist_here).p->get_collection_list (collist, err, logout);
      if (err == noError) {
    text_tarray::iterator collist_here = collist.begin();
    text_tarray::iterator collist_end = collist.end();
    bool first = true;
    while (collist_here != collist_end) {
      if (!first) textout << outconvert << ", ";
      first = false;

      if (colspecific && *collist_here != rcinfo.collection) {
        unreachablecol = true;
        textout << outconvert << "\"" << *collist_here << "\"";
      } else {
        textout << outconvert << disp
            << "\"<a href=\"_gwcgi_?e=_compressedoptions_&a=status&p=collectioninfo&pr="
            << protoname
            << "&c="
            << *collist_here
            << "\">"
            << *collist_here 
            << "</a>\"";
      }

      ++collist_here;
    }

      } else {
    textout << outconvert << "Error (" << get_comerror_string (err) 
        << ") while getting collect list\n";
      }

      textout << outconvert 
          << "</td></tr>\n";
    }

    ++rprotolist_here;
  }

  textout << outconvert << "</table>\n";
  if (unreachablecol) {
    textout << outconvert 
        << "<b>Warning:</b> the receptionist is running in collection specific\n"
        << "mode making some of the collections unreachable.\n";
  }
  textout << outconvert << disp << "_status:infofooter_\n";
}

void statusaction::output_collectioninfo (cgiargsclass &args, displayclass &disp, 
                      outconvertclass &outconvert, 
                      ostream &textout, ostream &logout) {
  if (recpt == NULL) return;

  textout << outconvert << disp << "_status:infoheader_(Collection info)\n";
  textout << outconvert << "<h2>Collection info</h2>\n";

  // get the list of protocols
  recptprotolistclass *rprotolist = recpt->get_recptprotolist_ptr ();
  if (rprotolist == NULL) return;

  // look for the desired protocol
  text_t &arg_pr = args["pr"];
  text_t &arg_c = args["c"];
  recptproto *rproto = NULL;
  recptprotolistclass::iterator rprotolist_here = rprotolist->begin();
  recptprotolistclass::iterator rprotolist_end = rprotolist->end();
  while (rprotolist_here != rprotolist_end) {
    rproto = (*rprotolist_here).p;
    comerror_t err;
    if (rproto != NULL && rproto->get_protocol_name(err) == arg_pr) {
      // see if the protocol has the collection
      bool hascollection;
      rproto->has_collection (arg_c, hascollection, err, logout);
      if (err == noError && hascollection) break;
    }
    ++rprotolist_here;
  }
  
  if (rprotolist_here == rprotolist_end) {
    textout << outconvert << "Protocol \"" << arg_pr << "\" with collection \""
        << arg_c << "\" was not found\n";

  } else {
    // rproto can't be NULL to get here
    ColInfoResponse_t *collectinfo = recpt->get_collectinfo_ptr (rproto, arg_c, logout);
    if (collectinfo != NULL) {
      textout << outconvert << "<table>\n"
          << "<tr><th>collection name</th><td>\""
          << collectinfo->shortInfo.name
          << "\"</td></tr>\n"

          << "<tr><th>host</th><td>\""
          << collectinfo->shortInfo.host
          << "\"</td></tr>\n"

          << "<tr><th>port</th><td>\""
          << collectinfo->shortInfo.port
          << "\"</td></tr>\n"

          << "<tr><th>is public?</th><td>";
      if (collectinfo->isPublic) textout << outconvert << "true";
      else textout << outconvert << "false";
      textout << outconvert 
          << "</td></tr>\n"

          << "<tr><th>is beta?</th><td>";
      if (collectinfo->isBeta) textout << outconvert << "true";
      else textout << outconvert << "false";
      textout << outconvert 
          << "</td></tr>\n"

          << "<tr><th>build date</th><td>\""
          << collectinfo->buildDate
          << "\"</td></tr>\n"

          << "<tr><th>interface languages</th><td>";
      text_tarray::iterator languages_here = collectinfo->languages.begin();
      text_tarray::iterator languages_end = collectinfo->languages.end();
      bool languages_first = true;
      while (languages_here != languages_end) {
    if (!languages_first) textout << outconvert << ", ";
    languages_first = false;
    textout << outconvert << "\"" << *languages_here << "\"";
    ++languages_here;
      }

      textout << "<tr><th valign=top>collection metadata</th><td><table>\n";
      collectionmeta_map::iterator meta_here = collectinfo->collectionmeta.begin();
      collectionmeta_map::iterator meta_end = collectinfo->collectionmeta.end();
      
      while (meta_here != meta_end) {
    textout << outconvert << "<tr><td valign=top>" << (*meta_here).first
        << "</td><td><table>" ;
        text_tmap lang_map = (*meta_here).second;
    text_tmap::iterator lang_here = lang_map.begin();
    text_tmap::iterator lang_end = lang_map.end();
    while (lang_here != lang_end) {
      textout << outconvert << "<tr><td>" << (*lang_here).first
            << "</td><td>" << (*lang_here).second << "</td></tr>\n";
      
      ++lang_here;
    }
    textout << outconvert << "</table></td></tr>\n";
    ++meta_here;
      }
      textout << "</table></td></tr>\n";

      textout << "<tr><th valign=top>format info</th><td><table>\n";
      text_tmap::iterator format_here = collectinfo->format.begin();
      text_tmap::iterator format_end = collectinfo->format.end();
      while (format_here != format_end) {
    textout << outconvert << "<tr><td valign=top>" << (*format_here).first
        << "</td><td>" << html_safe((*format_here).second) << "</td></tr>\n";
    ++format_here;
      }
      textout << "</table></td></tr>\n";

      textout << "<tr><th valign=top>building info</th><td><table>\n";
      text_tmap::iterator building_here = collectinfo->building.begin();
      text_tmap::iterator building_end = collectinfo->building.end();
      while (building_here != building_end) {
    textout << outconvert << "<tr><td>" << (*building_here).first
        << "</td><td>" << (*building_here).second << "</td></tr>\n";
    ++building_here;
      }
      textout << "</table></td></tr>\n";

      textout << outconvert 
          << "</td></tr>\n"

          << "<tr><th>number of documents</th><td>\""
          << collectinfo->numDocs
          << "\"</td></tr>\n"

          << "<tr><th>number of sections</th><td>\""
          << collectinfo->numSections
          << "\"</td></tr>\n"

          << "<tr><th>number of words</th><td>\""
          << collectinfo->numWords
          << "\"</td></tr>\n"

          << "<tr><th>number of bytes</th><td>\""
          << collectinfo->numBytes
          << "\"</td></tr>\n"

          << "<tr><th>preferred receptionist</th><td>\""
          << collectinfo->receptionist
          << "\"</td></tr>\n"

          << "</table>";
      
    } else {
      textout << "ERROR (statusaction::output_collectioninfo): while getting collect information\n";
    }


    InfoFiltersResponse_t filterinfo;
    InfoFilterOptionsRequest_t filteroptions_request;
    InfoFilterOptionsResponse_t filteroptions;
    comerror_t err;
    rproto->get_filterinfo (arg_c, filterinfo, err, logout);
    if (err == noError) {
      text_tset::iterator filternames_here = filterinfo.filterNames.begin();
      text_tset::iterator filternames_end = filterinfo.filterNames.end();
      while (filternames_here != filternames_end) {
    textout << outconvert 
        << "<hr>\n"
        << "<h3>Filter options for \"" << (*filternames_here) << "\"</h3>\n"
        << "<table>\n"
        << "<tr><th>option name</th><th>type</th><th>repeatable</th>"
        << "<th>default value</th><th>valid values</th></tr>\n";

    filteroptions_request.clear();
    filteroptions_request.filterName = *filternames_here;
    rproto->get_filteroptions (arg_c, filteroptions_request,
                   filteroptions, err, logout);
    if (err == noError) {
      FilterOption_tmap::iterator filteropt_here = 
        filteroptions.filterOptions.begin();
      FilterOption_tmap::iterator filteropt_end = 
        filteroptions.filterOptions.end();
      while (filteropt_here != filteropt_end) {
        textout << outconvert
            << "<tr><td>\""
            << (*filteropt_here).second.name
            << "\"</td>\n"
          
            << "<td>";
        text_t type_string;
        switch ((*filteropt_here).second.type) {
        case FilterOption_t::booleant: type_string = "boolean"; break;
        case FilterOption_t::integert: type_string = "integer"; break;
        case FilterOption_t::enumeratedt: type_string = "enumerated"; break;
        case FilterOption_t::stringt: type_string = "string"; break;
        }
        textout << outconvert
            << type_string
            << "</td>\n"
          
            << "<td>";
        text_t repeat_string;
        switch ((*filteropt_here).second.repeatable) {
        case FilterOption_t::onePerQuery: repeat_string = "one per query"; break;
        case FilterOption_t::onePerTerm: repeat_string = "one per term"; break;
        case FilterOption_t::nPerTerm: repeat_string = "n per term"; break;
        }
        textout << outconvert
            << repeat_string
            << "</td>\n"
          
            << "<td>\""
            << (*filteropt_here).second.defaultValue
            << "\"</td>\n"
          
            << "<td>";
        
        text_tarray::iterator valid_here = 
          (*filteropt_here).second.validValues.begin();
        text_tarray::iterator valid_end = 
          (*filteropt_here).second.validValues.end();
        bool valid_first = true;
        while (valid_here != valid_end) {
          if (!valid_first) textout << outconvert << ", ";
          valid_first = false;
          textout << outconvert << "\"" << *valid_here << "\"";
          ++valid_here;
        }
        textout << outconvert
            << "</td></tr>\n";

        ++filteropt_here;
      }

      textout << outconvert
          << "</table>\n";

    } else {
      textout << outconvert << "Error (" << get_comerror_string (err) 
          << ") while getting filter option information\n";
    }

    ++filternames_here;
      }

    } else {
      textout << outconvert << "Error (" << get_comerror_string (err) 
          << ") while getting filter information\n";
    }
  }
  
  textout << outconvert << disp << "_status:infofooter_\n";
}

void statusaction::output_usagelog (cgiargsclass &/*args*/, displayclass &disp,
                    outconvertclass &outconvert, 
                    ostream &textout, ostream &/*logout*/) {

  // output last 100 lines of usage.txt

  text_t logfilename = filename_cat (gsdlhome, "etc", "usage.txt");

  textout << outconvert << disp << "_status:infoheader_(Usage log)\n";
  textout << outconvert << "<h2>Usage log</h2>\n";

  textout << outconvert << "<p>The usage log, "
      << logfilename << ", contains the\n"
      << "following information:\n"
      << "<p>(note that if this file is more than 100 lines long only the last 100 lines will\n"
      << "be displayed on this page)\n\n"
      << "<pre>\n";

  // note that we're expecting lines to be no more than 1500 characters on
  // average - should fix this file_tail() thing sometime
  textout << outconvert << file_tail (logfilename, 100, 1500);

  textout << outconvert << disp << "</pre>\n"
      << "_status:infofooter_\n";
}

void statusaction::output_errorlog (cgiargsclass &/*args*/, displayclass &disp, 
                    outconvertclass &outconvert, 
                    ostream &textout, ostream &logout) {

  text_t errfilename = filename_cat (gsdlhome, "etc", "error.txt");
  char *cerrfilename = errfilename.getcstr();
  if (cerrfilename == NULL) return;

  textout << outconvert << disp << "_status:infoheader_(Error log)\n";
  textout << outconvert << "<h2>Error log</h2>\n";
  logout << flush;

#ifdef GSDL_USE_IOS_H
  ifstream errin (cerrfilename, ios::in | ios::nocreate);
#else
  ifstream errin (cerrfilename, ios::in);
#endif

  delete []cerrfilename;
  if (errin) {
    textout << outconvert << "<p>The error log, "
        << errfilename << ", contains the\n";
    textout << outconvert << "following information:\n\n";
    text_t errorpage = "<p><pre>\n";

    char c;
    errin.get(c);
    while (!errin.eof ()) {
      errorpage.push_back(c);
      errin.get(c);
    }
    
    errorpage += "</pre>\n";
    errin.close();
    textout << outconvert << errorpage;

  } else {
    textout << outconvert << "Couldn't read error log, " 
        << errfilename << ".\n";
  }

  textout << outconvert << disp << "_status:infofooter_\n";
}

void statusaction::output_gsdlsite (cgiargsclass &/*args*/, displayclass &disp, 
                    outconvertclass &outconvert, 
                    ostream &textout, ostream &logout) {

  textout << outconvert << disp << "_status:infoheader_(gsdlsite.cfg)\n";
  textout << outconvert << "<h2>gsdlsite.cfg</h2>\n";
  logout << flush;

#ifdef GSDL_LOCAL_LIBRARY
  text_t gsdlsite_cfg = filename_cat (gsdlhome, "gsdlsite.cfg");
#else
  text_t gsdlsite_cfg = "gsdlsite.cfg";
#endif

  char *gsdlsite_cfgc = gsdlsite_cfg.getcstr();
#ifdef GSDL_USE_IOS_H
  ifstream gsdlsitein (gsdlsite_cfgc, ios::in | ios::nocreate);
#else
  ifstream gsdlsitein (gsdlsite_cfgc, ios::in);
#endif

  delete []gsdlsite_cfgc;

  if (gsdlsitein) {
    textout << "<p>The gsdlsite.cfg configuration file contains the\n"
        << "following information:\n\n";
    text_t gsdlsite = "<p><pre>\n";

    char c;
    gsdlsitein.get(c);
    while (!gsdlsitein.eof ()) {
      gsdlsite.push_back(c);
      gsdlsitein.get(c);
    }
    
    gsdlsite += "</pre>\n";
    gsdlsitein.close();
    textout << outconvert << gsdlsite;

  } else {
    textout << "Couldn't read gsdlsite.cfg configuration file\n";
  }

  textout << outconvert << disp << "_status:infofooter_\n";
}

void statusaction::output_maincfg (cgiargsclass &/*args*/, displayclass &disp, 
                   outconvertclass &outconvert, 
                   ostream &textout, ostream &/*logout*/) {

  text_t maincfgfile = filename_cat (dbhome, "etc", "main.cfg");

  textout << outconvert << disp << "_status:infoheader_(main.cfg)\n"
      << "<h2>main.cfg</h2>\n"
      << "<p>The main configuration file, "
      << dm_safe(maincfgfile) << ", contains the following information:<br>\n\n"
      << "(Note that only users belonging to the \"administrator\" group "
      << "may edit this file)<br>\n"
      << "_status:maincfg_<br>\n"
      << "_status:infofooter_\n";
}

void statusaction::change_maincfg (cgiargsclass &args, displayclass &disp, 
                   outconvertclass &outconvert, 
                   ostream &textout, ostream &logout) {

  // write out the contents of the cfgfile argument to main.cfg
  text_t cfgfile = filename_cat(gsdlhome, "etc", "main.cfg");
  char *cfgfilec = cfgfile.getcstr();

  int fd=open(cfgfilec, O_WRONLY | O_CREAT | O_TRUNC
#if defined(__WIN32__)
          | O_BINARY
#endif
          );

  if (fd != -1) {

    int lock_val = 1;
    GSDL_LOCK_FILE (fd);
    if (lock_val != 0) {
      logout << "statusaction::change_maincfg: Error: Couldn't lock file " << cfgfilec << "\n";
      textout << outconvert << disp << "_status:changemaincfgfail_";
      close (fd);
    } else {
      outconvertclass text_t2ascii;
      text_t2ascii.setinput(&args["cfgfile"]);
      size_t buffersize=args["cfgfile"].size();
      char *buffer=new char[buffersize];
      size_t num_chars;
      convertclass::status_t status;
      text_t2ascii.convert(buffer, buffersize, num_chars, status);
      // ignore status - assume it is "finished" as buffer is big enough
      write(fd, buffer, num_chars);
      GSDL_UNLOCK_FILE (fd);
      delete []buffer;
      close (fd);
      textout << outconvert << disp << "_status:changemaincfgsuccess_";
    }
  } else {
    logout << "statusaction::change_maincfg: Error: Couldn't open file " << cfgfilec << "for writing\n";
    textout << outconvert << disp << "_status:changemaincfgfail_";
  }
  delete []cfgfilec;
}

void statusaction::output_errorpage (outconvertclass &outconvert, 
                     ostream &textout, ostream &/*logout*/,
                     text_t message) {
  textout << outconvert 
      << "<html>\n"
      << "<head>\n"
      << "<title>Error</title>\n"
      << "</head>\n"
      << "<body bgcolor=\"#ffffff\" text=\"#000000\" link=\"#006666\" "
      << "alink=\"#cc9900\" vlink=\"#666633\">\n"
      << "<h2>Oops!</h2>\n" 
      << message
      << "\n</body>\n"
      << "</html>\n";
  return;
}



statusaction::statusaction () {
  disabled = true;
  recpt = NULL;

  // this action uses cgi variable "a"
  cgiarginfo arg_ainfo;
  arg_ainfo.shortname = "a";
  arg_ainfo.longname = "action";
  arg_ainfo.multiplechar = true;
  arg_ainfo.defaultstatus = cgiarginfo::weak;
  arg_ainfo.argdefault = "status";
  arg_ainfo.savedarginfo = cgiarginfo::must;
  argsinfo.addarginfo (NULL, arg_ainfo);

  // "p" -- status page
  arg_ainfo.shortname = "p";
  arg_ainfo.longname = "page";
  arg_ainfo.multiplechar = true;
  arg_ainfo.defaultstatus = cgiarginfo::weak;
  arg_ainfo.argdefault = "frameset";
  arg_ainfo.savedarginfo = cgiarginfo::must;
  argsinfo.addarginfo (NULL, arg_ainfo);

  // "pr" -- protocol
  arg_ainfo.shortname = "pr";
  arg_ainfo.longname = "protocol";
  arg_ainfo.multiplechar = true;
  arg_ainfo.defaultstatus = cgiarginfo::none;
  arg_ainfo.argdefault = g_EmptyText;
  arg_ainfo.savedarginfo = cgiarginfo::can;
  argsinfo.addarginfo (NULL, arg_ainfo);

  arg_ainfo.shortname = "cfgfile";
  arg_ainfo.longname = "configuration file contents";
  arg_ainfo.multiplechar = true;
  arg_ainfo.defaultstatus = cgiarginfo::weak;
  arg_ainfo.argdefault = g_EmptyText;
  arg_ainfo.savedarginfo = cgiarginfo::mustnot;
  argsinfo.addarginfo (NULL, arg_ainfo);
}

statusaction::~statusaction () {
}

bool statusaction::check_cgiargs (cgiargsinfoclass &/*argsinfo*/, cgiargsclass &args, 
                  recptprotolistclass * /*protos*/, ostream &/*logout*/) {

  // only users belonging to the "administrator" group may edit 
  // the main.cfg file
  if (args["p"] == "maincfg" || args["p"] == "changemaincfg") {
    args["uan"] = "1";
    args["ug"] = "administrator";
  }
  return true;
}

void statusaction::get_cgihead_info (cgiargsclass &/*args*/, recptprotolistclass * /*protos*/,
                     response_t &response, text_t &response_data, 
                     ostream &/*logout*/) {
  response = content;
  response_data = "text/html";
}


void statusaction::define_internal_macros (displayclass &disp, cgiargsclass &args, 
                       recptprotolistclass * /*protos*/, ostream &logout) {

  // define_internal_macros sets the following macros:
  // _maincfgfile_   the contents of the main.cfg configuration file

  // _versionnnum_   greenstone version number (hard-coded)

  disp.setmacro("versionnum", "status", GSDL_VERSION);

  if (args["p"] == "maincfg") {

    // read in main.cfg
    text_t maincfg = filename_cat(gsdlhome, "etc", "main.cfg");  
    char *maincfgc = maincfg.getcstr();
    
#ifdef GSDL_USE_IOS_H
    ifstream cfg_ifs (maincfgc, ios::in | ios::nocreate);
#else
    ifstream cfg_ifs (maincfgc, ios::in);
#endif
    
    if (cfg_ifs) {  
      text_t cfgtext;
      char c;
      cfg_ifs.get(c);
      while (!cfg_ifs.eof ()) {
    cfgtext.push_back(c);
    cfg_ifs.get(c);
      }
      cfg_ifs.close();
      
      // define it as a macro
      disp.setmacro("maincfgfile", "status", dm_safe(cfgtext));
      
    } else {
      logout << "statusaction::define_internal_macros: couldn't open configuration file (" 
         << maincfgc << ") for reading\n";
      disp.setmacro("maincfgfile", "status", g_EmptyText);
    }    
    delete []maincfgc;
  }
}

bool statusaction::do_action (cgiargsclass &args, recptprotolistclass *protos, 
                  browsermapclass * /*browsers*/, displayclass &disp, 
                  outconvertclass &outconvert, ostream &textout, 
                  ostream &logout) {
  // make sure the status function is enabled
  if (disabled) {
    textout << outconvert 
        << "<html>\n"
        << "<head>\n"
        << "<title>Status disabled</title>\n"
        << "</head>\n"
        << "<body bgcolor=\"#ffffff\" text=\"#000000\" link=\"#006666\" "
        << "alink=\"#cc9900\" vlink=\"#666633\">\n"
        << "<h2>Facility disabled</h2>\n" 
        << "Sorry, the Maintenance and Administration facility is currently disabled\n"
        << "\n</body>\n"
        << "</html>\n";
    return true;
  }
  
  // make sure we know about a receptionist
  if (recpt == NULL) {
    output_errorpage (outconvert, textout, logout, 
              "The status action does not contain information\n"
              "about any receptionists. The method set_receptionist\n"
              "was probably not called from the module which instantiated\n"
              "this status action.\n");
    return true;
  }

  // check to make sure status.dm was read in
  const recptconf &rcinfo = recpt->get_configinfo ();
  text_tset::const_iterator macrohere = rcinfo.macrofiles.begin ();
  text_tset::const_iterator macroend = rcinfo.macrofiles.end ();
  while (macrohere != macroend) {
    if (*macrohere == "status.dm") break;
    ++macrohere;
  }
  if (macrohere == macroend) {
    output_errorpage (outconvert, textout, logout, 
              "The status.dm file was not read in. This macro file is\n" 
              "needed to display configuration and status information.\n");
    return true;
  }

  // output the required status page
  text_t &arg_p = args["p"];
  if (arg_p == "frameset") output_frameset (args, disp, outconvert, textout, logout);
  else if (arg_p == "select") output_select (args, disp, outconvert, textout, logout);
  else if (arg_p == "welcome") output_welcome (args, protos, disp, outconvert, textout, logout);
  else if (arg_p == "generalinfo") output_generalinfo (args, disp, outconvert, textout, logout);
  else if (arg_p == "argumentinfo") output_argumentinfo (args, disp, outconvert, textout, logout);
  else if (arg_p == "actioninfo") output_actioninfo (args, disp, outconvert, textout, logout);
  else if (arg_p == "browserinfo") output_browserinfo (args, disp, outconvert, textout, logout);
  else if (arg_p == "protocolinfo") output_protocolinfo (args, disp, outconvert, textout, logout);
  else if (arg_p == "collectioninfo") output_collectioninfo (args, disp, outconvert, textout, logout);
  else if (arg_p == "usagelog") output_usagelog (args, disp, outconvert, textout, logout);
  else if (arg_p == "errorlog") output_errorlog (args, disp, outconvert, textout, logout);
  else if (arg_p == "gsdlsite") output_gsdlsite (args, disp, outconvert, textout, logout);
  else if (arg_p == "maincfg") output_maincfg (args, disp, outconvert, textout, logout);
  else if (arg_p == "changemaincfg") change_maincfg (args, disp, outconvert, textout, logout);
  else {
    output_errorpage (outconvert, textout, logout, 
              "Unknown page \"" + arg_p + "\".\n");
  }

  return true;
}

void statusaction::configure (const text_t &key, const text_tarray &cfgline) {
  if ((key == "status") && (cfgline.size() == 1) && 
      (cfgline[0] == "true" || cfgline[0] == "on" || cfgline[0] == "enabled")) {
    disabled = false;
  } else {
    // call the parent class to deal with the things which
    // are not dealt with here
    action::configure (key, cfgline);
  }
}

#endif //GSDL_USE_STATUS_ACTION