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/*
Copyright (©) 2003-2025 Teus Benschop.
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 3 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., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
*/
#include <lexicon/definition.h>
#include <filter/roles.h>
#include <filter/string.h>
#include <filter/url.h>
#include <webserver/request.h>
#include <lexicon/logic.h>
#include <database/kjv.h>
#include <database/oshb.h>
#include <database/morphgnt.h>
#include <database/strong.h>
std::string lexicon_definition_url ()
{
return "lexicon/definition";
}
bool lexicon_definition_acl (Webserver_Request& webserver_request)
{
return roles::access_control (webserver_request, roles::consultant);
}
std::string lexicon_definition (Webserver_Request& webserver_request)
{
// Retrieve the id: It may contain a Strong's number or a lemma.
std::string id = webserver_request.query["id"];
std::vector <std::string> renderings;
if (!id.empty ()) {
std::string letter = id.substr (0, 1);
// ETCBC4 database.
if (letter == HEBREW_ETCBC4_PREFIX) {
renderings.push_back (lexicon_logic_render_etcbc4_morphology (id));
}
// King James Bible with Strong's numbers.
else if (letter == KJV_LEXICON_PREFIX) {
Database_Kjv database_kjv;
std::string strong = database_kjv.strong (filter::strings::convert_to_int (id.substr (1)));
std::string rendering = lexicon_logic_render_strongs_definition (strong);
if (!rendering.empty ()) renderings.push_back (rendering);
rendering = lexicon_logic_render_abbott_smiths_definition("", strong);
if (!rendering.empty ()) renderings.push_back (rendering);
}
// Open Scriptures Hebrew with Strong's numbers and morphology.
else if (letter == OSHB_PREFIX) {
int rowid = filter::strings::convert_to_int (id.substr (1));
Database_OsHb database_oshb;
std::string morph = database_oshb.morph (rowid);
renderings.push_back (lexicon_logic_hebrew_morphology_render (morph));
std::string lemma = database_oshb.lemma (rowid);
std::vector <std::string> strongs;
std::vector <std::string> bdbs;
lexicon_logic_convert_morphhb_parsing_to_strong (lemma, strongs, bdbs);
for (size_t i = 0; i < strongs.size (); i++) {
std::string rendering1 = lexicon_logic_render_strongs_definition (strongs[i]);
if (!rendering1.empty ()) renderings.push_back (rendering1);
std::stringstream rendering2;
rendering2 << "<a href=" << std::quoted(BDB_PREFIX + bdbs[i]) << ">Brown Driver Briggs</a>";
renderings.push_back (rendering2.str());
}
}
// SBL Greek New Testament plus morphology.
else if (letter == SBLGNT_PREFIX) {
Database_MorphGnt database_morphgnt;
Database_Strong database_strong;
int rowid = filter::strings::convert_to_int (id.substr (1));
// The part of speech.
std::string pos = database_morphgnt.pos (rowid);
std::string rendering = lexicon_logic_render_morphgnt_part_of_speech (pos);
rendering.append (" ");
// The parsing.
std::string parsing = database_morphgnt.parsing (rowid);
rendering.append (lexicon_logic_render_morphgnt_parsing_code (parsing));
renderings.push_back (rendering);
// The lemma.
std::string lemma = database_morphgnt.lemma (rowid);
std::vector <std::string> strongs = database_strong.strong (lemma);
for (auto & lexicon_id : strongs) {
rendering = lexicon_logic_render_strongs_definition (lexicon_id);
if (!rendering.empty ()) renderings.push_back (rendering);
}
rendering = lexicon_logic_render_abbott_smiths_definition(lemma, "");
if (!rendering.empty ()) renderings.push_back (rendering);
}
// Strong's Hebrew.
else if (letter == "H") {
std::string rendering = lexicon_logic_render_strongs_definition (id);
if (!rendering.empty ()) renderings.push_back (rendering);
}
// Strong's Greek.
else if (letter == "G") {
std::string rendering = lexicon_logic_render_strongs_definition (id);
if (!rendering.empty ()) renderings.push_back (rendering);
}
// Brown Driver Briggs lexicon.
else if (letter == BDB_PREFIX) {
std::string rendering = lexicon_logic_render_bdb_entry (id.substr (1));
if (!rendering.empty ()) renderings.push_back (rendering);
}
// Unknown definition request.
else {
renderings.push_back (id);
}
}
return filter::strings::implode (renderings, "<br>");
}
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