VOTable2.cc

// ----------------------------------------------------------------------^
// Copyright (C) 2004, 2005, 2006, 2007 Giorgio Calderone <gcalderone@ifc.inaf.it>
// 
// This file is part of VOTPP.
// 
// VOTPP 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.
// 
// VOTPP 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 VOTPP; if not, write to the Free Software
// Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA
// 
// ----------------------------------------------------------------------$

#include <votpp.hh>
using namespace votpp;


//-------------- A T T R I B U T E S -------------------------

//  data.addField(new mcs::Data(value));
//  data[data.count()-1].setName(name.c_str());

// -------------------- C H I L D S -------------------------------------
//#define S_CHILD_IMPL(CLNAME, NAME)                                           // NAME * CLNAME::child_ ## NAME() { return _ch_ ## NAME; }

//
//
//#define M_CHILD_IMPL(CLNAME, NAME)                                           // NAME * CLNAME::child_ ## NAME(unsigned int i ) {                       //  if (i >= _ch_ ## NAME ## _count)                                    //    throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);                           //  else                                        //    return (_ch_ ## NAME [i]);                        //}                                                     //                                      //unsigned int CLNAME::child_ ## NAME ## _count() { return _ch_ ## NAME ## _count; }

/*
   *       *    *****    *******
   **     **   *     *   *     *
   * *   * *  *          **
   *  * *  *  *            ***
   *   *   *  *               **
   *       *   *     *   *     *
   *       *    *****    *******
*/

/*
  Template

  CLASS(Classname, Nodename, , , , , , , , , , , , , , , ,          , , ,          , , , , , );
 );
*/


Description::Description() {
lnodetype = DESCRIPTION;
lclassname = "Description" ;
constructor = true;
reset();
constructor = false;
}
Description::~Description() {
reset();
}
string Description::sta_className() {
return "Description" ;
}
string Description::sta_nodeName() {
return "DESCRIPTION" ;
}
enum Nodetype Description::sta_nodeType() {
return DESCRIPTION;
}
string Description::value() {
return _value;
}
bool Description::value_isNull() {
return _value_isnull;
}
void Description::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "value" << ": ";
if (! _value_isnull) cout << _value;
cout << "|" << endl;
}
else if (! _value_isnull) cout << space_indent(depth()) << "ATTR " << "value" << endl;
}
void Description::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_value_isnull = true;
hk_reset();
}
bool Description::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "value") == 0) {
_value = string(value);
_value_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool Description::setChild(Element* child) {
bool found = false;
if (0) ;
hk_setChild(child);
return found;
};


;


Coosys::Coosys() {
lnodetype = COOSYS;
lclassname = "Coosys" ;
constructor = true;
reset();
constructor = false;
}
Coosys::~Coosys() {
reset();
}
string Coosys::sta_className() {
return "Coosys" ;
}
string Coosys::sta_nodeName() {
return "COOSYS" ;
}
enum Nodetype Coosys::sta_nodeType() {
return COOSYS;
}
string Coosys::ID() {
return _ID;
}
bool Coosys::ID_isNull() {
return _ID_isnull;
}
string Coosys::equinox() {
return _equinox;
}
bool Coosys::equinox_isNull() {
return _equinox_isnull;
}
string Coosys::epoch() {
return _epoch;
}
bool Coosys::epoch_isNull() {
return _epoch_isnull;
}
enum Coosys_system Coosys::system() {
return _system;
}
bool Coosys::system_isNull() {
return _system_isnull;
}
void Coosys::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ID" << ": ";
if (! _ID_isnull) cout << _ID;
cout << "|" << endl;
}
else if (! _ID_isnull) cout << space_indent(depth()) << "ATTR " << "ID" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "equinox" << ": ";
if (! _equinox_isnull) cout << _equinox;
cout << "|" << endl;
}
else if (! _equinox_isnull) cout << space_indent(depth()) << "ATTR " << "equinox" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "epoch" << ": ";
if (! _epoch_isnull) cout << _epoch;
cout << "|" << endl;
}
else if (! _epoch_isnull) cout << space_indent(depth()) << "ATTR " << "epoch" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "system" << ": ";
if (! _system_isnull) cout << _system;
cout << "|" << endl;
}
else if (! _system_isnull) cout << space_indent(depth()) << "ATTR " << "system" << endl;
}
void Coosys::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_ID_isnull = true;
_equinox_isnull = true;
_epoch_isnull = true;
_system_isnull = true;
hk_reset();
}
bool Coosys::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "ID") == 0) {
_ID = string(value);
_ID_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "equinox") == 0) {
_equinox = string(value);
_equinox_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "epoch") == 0) {
_epoch = string(value);
_epoch_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "system") == 0) {
_system = Element::sto_Coosys_system(value);
_system_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool Coosys::setChild(Element* child) {
bool found = false;
if (0) ;
hk_setChild(child);
return found;
};


;

Info::Info() {
lnodetype = INFO;
lclassname = "Info" ;
constructor = true;
reset();
constructor = false;
}
Info::~Info() {
reset();
}
string Info::sta_className() {
return "Info" ;
}
string Info::sta_nodeName() {
return "INFO" ;
}
enum Nodetype Info::sta_nodeType() {
return INFO;
}
string Info::ID() {
return _ID;
}
bool Info::ID_isNull() {
return _ID_isnull;
}
string Info::name() {
return _name;
}
bool Info::name_isNull() {
return _name_isnull;
}
string Info::value() {
return _value;
}
bool Info::value_isNull() {
return _value_isnull;
}
void Info::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ID" << ": ";
if (! _ID_isnull) cout << _ID;
cout << "|" << endl;
}
else if (! _ID_isnull) cout << space_indent(depth()) << "ATTR " << "ID" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "name" << ": ";
if (! _name_isnull) cout << _name;
cout << "|" << endl;
}
else if (! _name_isnull) cout << space_indent(depth()) << "ATTR " << "name" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "value" << ": ";
if (! _value_isnull) cout << _value;
cout << "|" << endl;
}
else if (! _value_isnull) cout << space_indent(depth()) << "ATTR " << "value" << endl;
}
void Info::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_ID_isnull = true;
_name_isnull = true;
_value_isnull = true;
hk_reset();
}
bool Info::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "ID") == 0) {
_ID = string(value);
_ID_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "name") == 0) {
_name = string(value);
_name_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "value") == 0) {
_value = string(value);
_value_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool Info::setChild(Element* child) {
bool found = false;
if (0) ;
hk_setChild(child);
return found;
};


;

Link::Link() {
lnodetype = LINK;
lclassname = "Link" ;
constructor = true;
reset();
constructor = false;
}
Link::~Link() {
reset();
}
string Link::sta_className() {
return "Link" ;
}
string Link::sta_nodeName() {
return "LINK" ;
}
enum Nodetype Link::sta_nodeType() {
return LINK;
}
string Link::ID() {
return _ID;
}
bool Link::ID_isNull() {
return _ID_isnull;
}
enum Link_content_role Link::content_role() {
return _content_role;
}
bool Link::content_role_isNull() {
return _content_role_isnull;
}
string Link::content_type() {
return _content_type;
}
bool Link::content_type_isNull() {
return _content_type_isnull;
}
string Link::title() {
return _title;
}
bool Link::title_isNull() {
return _title_isnull;
}
string Link::value() {
return _value;
}
bool Link::value_isNull() {
return _value_isnull;
}
string Link::href() {
return _href;
}
bool Link::href_isNull() {
return _href_isnull;
}
string Link::gref() {
return _gref;
}
bool Link::gref_isNull() {
return _gref_isnull;
}
string Link::action() {
return _action;
}
bool Link::action_isNull() {
return _action_isnull;
}
void Link::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ID" << ": ";
if (! _ID_isnull) cout << _ID;
cout << "|" << endl;
}
else if (! _ID_isnull) cout << space_indent(depth()) << "ATTR " << "ID" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "content_role" << ": ";
if (! _content_role_isnull) cout << _content_role;
cout << "|" << endl;
}
else if (! _content_role_isnull) cout << space_indent(depth()) << "ATTR " << "content_role" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "content_type" << ": ";
if (! _content_type_isnull) cout << _content_type;
cout << "|" << endl;
}
else if (! _content_type_isnull) cout << space_indent(depth()) << "ATTR " << "content_type" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "title" << ": ";
if (! _title_isnull) cout << _title;
cout << "|" << endl;
}
else if (! _title_isnull) cout << space_indent(depth()) << "ATTR " << "title" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "value" << ": ";
if (! _value_isnull) cout << _value;
cout << "|" << endl;
}
else if (! _value_isnull) cout << space_indent(depth()) << "ATTR " << "value" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "href" << ": ";
if (! _href_isnull) cout << _href;
cout << "|" << endl;
}
else if (! _href_isnull) cout << space_indent(depth()) << "ATTR " << "href" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "gref" << ": ";
if (! _gref_isnull) cout << _gref;
cout << "|" << endl;
}
else if (! _gref_isnull) cout << space_indent(depth()) << "ATTR " << "gref" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "action" << ": ";
if (! _action_isnull) cout << _action;
cout << "|" << endl;
}
else if (! _action_isnull) cout << space_indent(depth()) << "ATTR " << "action" << endl;
}
void Link::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_ID_isnull = true;
_content_role_isnull = true;
_content_type_isnull = true;
_title_isnull = true;
_value_isnull = true;
_href_isnull = true;
_gref_isnull = true;
_action_isnull = true;
hk_reset();
}
bool Link::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "ID") == 0) {
_ID = string(value);
_ID_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "content-role") == 0) {
_content_role = Element::sto_Link_content_role(value);
_content_role_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "content-type") == 0) {
_content_type = string(value);
_content_type_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "title") == 0) {
_title = string(value);
_title_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "value") == 0) {
_value = string(value);
_value_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "href") == 0) {
_href = string(value);
_href_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "gref") == 0) {
_gref = string(value);
_gref_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "action") == 0) {
_action = string(value);
_action_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool Link::setChild(Element* child) {
bool found = false;
if (0) ;
hk_setChild(child);
return found;
};


;

FieldRef::FieldRef() {
lnodetype = FIELDref;
lclassname = "FieldRef" ;
constructor = true;
reset();
constructor = false;
}
FieldRef::~FieldRef() {
reset();
}
string FieldRef::sta_className() {
return "FieldRef" ;
}
string FieldRef::sta_nodeName() {
return "FIELDref" ;
}
enum Nodetype FieldRef::sta_nodeType() {
return FIELDref;
}
string FieldRef::ref() {
return _ref;
}
bool FieldRef::ref_isNull() {
return _ref_isnull;
}
void FieldRef::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ref" << ": ";
if (! _ref_isnull) cout << _ref;
cout << "|" << endl;
}
else if (! _ref_isnull) cout << space_indent(depth()) << "ATTR " << "ref" << endl;
}
void FieldRef::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_ref_isnull = true;
hk_reset();
}
bool FieldRef::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "ref") == 0) {
_ref = string(value);
_ref_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool FieldRef::setChild(Element* child) {
bool found = false;
if (0) ;
hk_setChild(child);
return found;
};


;

ParamRef::ParamRef() {
lnodetype = PARAMref;
lclassname = "ParamRef" ;
constructor = true;
reset();
constructor = false;
}
ParamRef::~ParamRef() {
reset();
}
string ParamRef::sta_className() {
return "ParamRef" ;
}
string ParamRef::sta_nodeName() {
return "PARAMref" ;
}
enum Nodetype ParamRef::sta_nodeType() {
return PARAMref;
}
string ParamRef::ref() {
return _ref;
}
bool ParamRef::ref_isNull() {
return _ref_isnull;
}
void ParamRef::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ref" << ": ";
if (! _ref_isnull) cout << _ref;
cout << "|" << endl;
}
else if (! _ref_isnull) cout << space_indent(depth()) << "ATTR " << "ref" << endl;
}
void ParamRef::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_ref_isnull = true;
hk_reset();
}
bool ParamRef::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "ref") == 0) {
_ref = string(value);
_ref_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool ParamRef::setChild(Element* child) {
bool found = false;
if (0) ;
hk_setChild(child);
return found;
};


;

Stream::Stream() {
lnodetype = STREAM;
lclassname = "Stream" ;
constructor = true;
reset();
constructor = false;
}
Stream::~Stream() {
reset();
}
string Stream::sta_className() {
return "Stream" ;
}
string Stream::sta_nodeName() {
return "STREAM" ;
}
enum Nodetype Stream::sta_nodeType() {
return STREAM;
}
enum Stream_type Stream::type() {
return _type;
}
bool Stream::type_isNull() {
return _type_isnull;
}
string Stream::href() {
return _href;
}
bool Stream::href_isNull() {
return _href_isnull;
}
enum Stream_actuate Stream::actuate() {
return _actuate;
}
bool Stream::actuate_isNull() {
return _actuate_isnull;
}
enum EncodingType Stream::encoding() {
return _encoding;
}
bool Stream::encoding_isNull() {
return _encoding_isnull;
}
string Stream::expires() {
return _expires;
}
bool Stream::expires_isNull() {
return _expires_isnull;
}
string Stream::rights() {
return _rights;
}
bool Stream::rights_isNull() {
return _rights_isnull;
}
void Stream::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "type" << ": ";
if (! _type_isnull) cout << _type;
cout << "|" << endl;
}
else if (! _type_isnull) cout << space_indent(depth()) << "ATTR " << "type" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "href" << ": ";
if (! _href_isnull) cout << _href;
cout << "|" << endl;
}
else if (! _href_isnull) cout << space_indent(depth()) << "ATTR " << "href" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "actuate" << ": ";
if (! _actuate_isnull) cout << _actuate;
cout << "|" << endl;
}
else if (! _actuate_isnull) cout << space_indent(depth()) << "ATTR " << "actuate" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "encoding" << ": ";
if (! _encoding_isnull) cout << _encoding;
cout << "|" << endl;
}
else if (! _encoding_isnull) cout << space_indent(depth()) << "ATTR " << "encoding" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "expires" << ": ";
if (! _expires_isnull) cout << _expires;
cout << "|" << endl;
}
else if (! _expires_isnull) cout << space_indent(depth()) << "ATTR " << "expires" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "rights" << ": ";
if (! _rights_isnull) cout << _rights;
cout << "|" << endl;
}
else if (! _rights_isnull) cout << space_indent(depth()) << "ATTR " << "rights" << endl;
}
void Stream::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_type_isnull = true;
_href_isnull = true;
_actuate_isnull = true;
_encoding_isnull = true;
_expires_isnull = true;
_rights_isnull = true;
hk_reset();
}
bool Stream::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "type") == 0) {
_type = Element::sto_Stream_type(value);
_type_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "href") == 0) {
_href = string(value);
_href_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "actuate") == 0) {
_actuate = Element::sto_Stream_actuate(value);
_actuate_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "encoding") == 0) {
_encoding = Element::sto_EncodingType(value);
_encoding_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "expires") == 0) {
_expires = string(value);
_expires_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "rights") == 0) {
_rights = string(value);
_rights_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool Stream::setChild(Element* child) {
bool found = false;
if (0) ;
hk_setChild(child);
return found;
};


;

Column::Column() {
lnodetype = TD;
lclassname = "Column" ;
constructor = true;
reset();
constructor = false;
}
Column::~Column() {
reset();
}
string Column::sta_className() {
return "Column" ;
}
string Column::sta_nodeName() {
return "TD" ;
}
enum Nodetype Column::sta_nodeType() {
return TD;
}
enum EncodingType Column::encoding() {
return _encoding;
}
bool Column::encoding_isNull() {
return _encoding_isnull;
}
string Column::value() {
return _value;
}
bool Column::value_isNull() {
return _value_isnull;
}
void Column::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "encoding" << ": ";
if (! _encoding_isnull) cout << _encoding;
cout << "|" << endl;
}
else if (! _encoding_isnull) cout << space_indent(depth()) << "ATTR " << "encoding" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "value" << ": ";
if (! _value_isnull) cout << _value;
cout << "|" << endl;
}
else if (! _value_isnull) cout << space_indent(depth()) << "ATTR " << "value" << endl;
}
void Column::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_encoding_isnull = true;
_value_isnull = true;
hk_reset();
}
bool Column::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "encoding") == 0) {
_encoding = Element::sto_EncodingType(value);
_encoding_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "value") == 0) {
_value = string(value);
_value_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool Column::setChild(Element* child) {
bool found = false;
if (0) ;
hk_setChild(child);
return found;
};



//  void done();
//  Record data;
;


Min::Min() {
lnodetype = MIN;
lclassname = "Min" ;
constructor = true;
reset();
constructor = false;
}
Min::~Min() {
reset();
}
string Min::sta_className() {
return "Min" ;
}
string Min::sta_nodeName() {
return "MIN" ;
}
enum Nodetype Min::sta_nodeType() {
return MIN;
}
string Min::value() {
return _value;
}
bool Min::value_isNull() {
return _value_isnull;
}
bool Min::inclusive() {
return _inclusive;
}
bool Min::inclusive_isNull() {
return _inclusive_isnull;
}
void Min::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "value" << ": ";
if (! _value_isnull) cout << _value;
cout << "|" << endl;
}
else if (! _value_isnull) cout << space_indent(depth()) << "ATTR " << "value" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "inclusive" << ": ";
if (! _inclusive_isnull) cout << _inclusive;
cout << "|" << endl;
}
else if (! _inclusive_isnull) cout << space_indent(depth()) << "ATTR " << "inclusive" << endl;
}
void Min::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_value_isnull = true;
_inclusive_isnull = true;
hk_reset();
}
bool Min::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "value") == 0) {
_value = string(value);
_value_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "inclusive") == 0) {
_inclusive = Element::sto_bool(value);
_inclusive_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool Min::setChild(Element* child) {
bool found = false;
if (0) ;
hk_setChild(child);
return found;
};


;

Max::Max() {
lnodetype = MAX;
lclassname = "Max" ;
constructor = true;
reset();
constructor = false;
}
Max::~Max() {
reset();
}
string Max::sta_className() {
return "Max" ;
}
string Max::sta_nodeName() {
return "MAX" ;
}
enum Nodetype Max::sta_nodeType() {
return MAX;
}
string Max::value() {
return _value;
}
bool Max::value_isNull() {
return _value_isnull;
}
bool Max::inclusive() {
return _inclusive;
}
bool Max::inclusive_isNull() {
return _inclusive_isnull;
}
void Max::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "value" << ": ";
if (! _value_isnull) cout << _value;
cout << "|" << endl;
}
else if (! _value_isnull) cout << space_indent(depth()) << "ATTR " << "value" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "inclusive" << ": ";
if (! _inclusive_isnull) cout << _inclusive;
cout << "|" << endl;
}
else if (! _inclusive_isnull) cout << space_indent(depth()) << "ATTR " << "inclusive" << endl;
}
void Max::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_value_isnull = true;
_inclusive_isnull = true;
hk_reset();
}
bool Max::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "value") == 0) {
_value = string(value);
_value_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "inclusive") == 0) {
_inclusive = Element::sto_bool(value);
_inclusive_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool Max::setChild(Element* child) {
bool found = false;
if (0) ;
hk_setChild(child);
return found;
};


;

Option::Option() {
lnodetype = OPTION;
lclassname = "Option" ;
constructor = true;
reset();
constructor = false;
}
Option::~Option() {
reset();
}
string Option::sta_className() {
return "Option" ;
}
string Option::sta_nodeName() {
return "OPTION" ;
}
enum Nodetype Option::sta_nodeType() {
return OPTION;
}
string Option::name() {
return _name;
}
bool Option::name_isNull() {
return _name_isnull;
}
string Option::value() {
return _value;
}
bool Option::value_isNull() {
return _value_isnull;
}
Option * Option::option(unsigned int i ) {
if (i >= _ch_Option_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Option [i]);
}
unsigned int Option::option_count() {
return _ch_Option_count;
}
void Option::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "name" << ": ";
if (! _name_isnull) cout << _name;
cout << "|" << endl;
}
else if (! _name_isnull) cout << space_indent(depth()) << "ATTR " << "name" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "value" << ": ";
if (! _value_isnull) cout << _value;
cout << "|" << endl;
}
else if (! _value_isnull) cout << space_indent(depth()) << "ATTR " << "value" << endl;
if ((verbose) || (_ch_Option_count)) {
cout << space_indent(depth()) << "CHILD " << "Option" << " elements: " << _ch_Option_count << endl;
for (unsigned int i=0;
i < _ch_Option_count;
i++) _ch_Option[i]->print(verbose);
}
} void Option::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_name_isnull = true;
_value_isnull = true;
if (constructor) _ch_Option = NULL;
else if (_ch_Option_count) {
for (unsigned int i=0;
i < _ch_Option_count;
i++) delete (_ch_Option [i]);
free(_ch_Option);
_ch_Option = NULL;
}
_ch_Option_count = 0;
hk_reset();
}
bool Option::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "name") == 0) {
_name = string(value);
_name_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "value") == 0) {
_value = string(value);
_value_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool Option::setChild(Element* child) {
bool found = false;
if (0) ;
else if (child->nodeType() == Option::sta_nodeType()) {
int dim = sizeof( Option *) * (_ch_Option_count + 1);
if (_ch_Option_count == 0) _ch_Option = ( Option **) malloc(dim);
else _ch_Option = ( Option **) realloc(_ch_Option, dim);
_ch_Option [_ch_Option_count] = ( Option *) child;
_ch_Option_count++;
setParentInChild(child);
found = true;
}
hk_setChild(child);
return found;
};


;


Row::Row() {
lnodetype = TR;
lclassname = "Row" ;
constructor = true;
reset();
constructor = false;
}
Row::~Row() {
reset();
}
string Row::sta_className() {
return "Row" ;
}
string Row::sta_nodeName() {
return "TR" ;
}
enum Nodetype Row::sta_nodeType() {
return TR;
}
Column * Row::column(unsigned int i ) {
if (i >= _ch_Column_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Column [i]);
}
unsigned int Row::column_count() {
return _ch_Column_count;
}
void Row::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if ((verbose) || (_ch_Column_count)) {
cout << space_indent(depth()) << "CHILD " << "Column" << " elements: " << _ch_Column_count << endl;
for (unsigned int i=0;
i < _ch_Column_count;
i++) _ch_Column[i]->print(verbose);
}
} void Row::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
if (constructor) _ch_Column = NULL;
else if (_ch_Column_count) {
for (unsigned int i=0;
i < _ch_Column_count;
i++) delete (_ch_Column [i]);
free(_ch_Column);
_ch_Column = NULL;
}
_ch_Column_count = 0;
hk_reset();
}
bool Row::setAttribute(string name, string value) {
bool found = false;
if (0) ;
hk_setAttribute(name, value);
return found;
}
bool Row::setChild(Element* child) {
bool found = false;
if (0) ;
else if (child->nodeType() == Column::sta_nodeType()) {
int dim = sizeof( Column *) * (_ch_Column_count + 1);
if (_ch_Column_count == 0) _ch_Column = ( Column **) malloc(dim);
else _ch_Column = ( Column **) realloc(_ch_Column, dim);
_ch_Column [_ch_Column_count] = ( Column *) child;
_ch_Column_count++;
setParentInChild(child);
found = true;
}
hk_setChild(child);
return found;
};


;


Tabledata::Tabledata() {
lnodetype = TABLEDATA;
lclassname = "Tabledata" ;
constructor = true;
reset();
constructor = false;
}
Tabledata::~Tabledata() {
reset();
}
string Tabledata::sta_className() {
return "Tabledata" ;
}
string Tabledata::sta_nodeName() {
return "TABLEDATA" ;
}
enum Nodetype Tabledata::sta_nodeType() {
return TABLEDATA;
}
Row * Tabledata::row(unsigned int i ) {
if (i >= _ch_Row_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Row [i]);
}
unsigned int Tabledata::row_count() {
return _ch_Row_count;
}
void Tabledata::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if ((verbose) || (_ch_Row_count)) {
cout << space_indent(depth()) << "CHILD " << "Row" << " elements: " << _ch_Row_count << endl;
for (unsigned int i=0;
i < _ch_Row_count;
i++) _ch_Row[i]->print(verbose);
}
} void Tabledata::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
if (constructor) _ch_Row = NULL;
else if (_ch_Row_count) {
for (unsigned int i=0;
i < _ch_Row_count;
i++) delete (_ch_Row [i]);
free(_ch_Row);
_ch_Row = NULL;
}
_ch_Row_count = 0;
hk_reset();
}
bool Tabledata::setAttribute(string name, string value) {
bool found = false;
if (0) ;
hk_setAttribute(name, value);
return found;
}
bool Tabledata::setChild(Element* child) {
bool found = false;
if (0) ;
else if (child->nodeType() == Row::sta_nodeType()) {
int dim = sizeof( Row *) * (_ch_Row_count + 1);
if (_ch_Row_count == 0) _ch_Row = ( Row **) malloc(dim);
else _ch_Row = ( Row **) realloc(_ch_Row, dim);
_ch_Row [_ch_Row_count] = ( Row *) child;
_ch_Row_count++;
setParentInChild(child);
found = true;
}
hk_setChild(child);
return found;
};


;


Fits::Fits() {
lnodetype = FITS;
lclassname = "Fits" ;
constructor = true;
reset();
constructor = false;
}
Fits::~Fits() {
reset();
}
string Fits::sta_className() {
return "Fits" ;
}
string Fits::sta_nodeName() {
return "FITS" ;
}
enum Nodetype Fits::sta_nodeType() {
return FITS;
}
int Fits::extnum() {
return _extnum;
}
bool Fits::extnum_isNull() {
return _extnum_isnull;
}
Stream * Fits::stream() {
return _ch_Stream;
}
void Fits::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "extnum" << ": ";
if (! _extnum_isnull) cout << _extnum;
cout << "|" << endl;
}
else if (! _extnum_isnull) cout << space_indent(depth()) << "ATTR " << "extnum" << endl;
if ((verbose) || (_ch_Stream)) {
cout << space_indent(depth()) << "CHILD " << "Stream";
if (! _ch_Stream) cout << "0" << endl;
else {
cout << endl;
_ch_Stream->print(verbose);
}
} }
void Fits::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_extnum_isnull = true;
if (constructor) _ch_Stream = NULL;
else if (_ch_Stream) {
delete _ch_Stream;
_ch_Stream = NULL;
}
hk_reset();
}
bool Fits::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "extnum") == 0) {
_extnum = mcs::stoi(value);
_extnum_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool Fits::setChild(Element* child) {
bool found = false;
if (0) ;
else if (child->nodeType() == Stream::sta_nodeType()) {
if (_ch_Stream) delete _ch_Stream;
_ch_Stream = ( Stream *) child;
setParentInChild(child);
found = true;
}
hk_setChild(child);
return found;
};


;


Binary::Binary() {
lnodetype = BINARY;
lclassname = "Binary" ;
constructor = true;
reset();
constructor = false;
}
Binary::~Binary() {
reset();
}
string Binary::sta_className() {
return "Binary" ;
}
string Binary::sta_nodeName() {
return "BINARY" ;
}
enum Nodetype Binary::sta_nodeType() {
return BINARY;
}
Stream * Binary::stream() {
return _ch_Stream;
}
void Binary::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if ((verbose) || (_ch_Stream)) {
cout << space_indent(depth()) << "CHILD " << "Stream";
if (! _ch_Stream) cout << "0" << endl;
else {
cout << endl;
_ch_Stream->print(verbose);
}
} }
void Binary::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
if (constructor) _ch_Stream = NULL;
else if (_ch_Stream) {
delete _ch_Stream;
_ch_Stream = NULL;
}
hk_reset();
}
bool Binary::setAttribute(string name, string value) {
bool found = false;
if (0) ;
hk_setAttribute(name, value);
return found;
}
bool Binary::setChild(Element* child) {
bool found = false;
if (0) ;
else if (child->nodeType() == Stream::sta_nodeType()) {
if (_ch_Stream) delete _ch_Stream;
_ch_Stream = ( Stream *) child;
setParentInChild(child);
found = true;
}
hk_setChild(child);
return found;
};


;


Values::Values() {
lnodetype = VALUES;
lclassname = "Values" ;
constructor = true;
reset();
constructor = false;
}
Values::~Values() {
reset();
}
string Values::sta_className() {
return "Values" ;
}
string Values::sta_nodeName() {
return "VALUES" ;
}
enum Nodetype Values::sta_nodeType() {
return VALUES;
}
string Values::ID() {
return _ID;
}
bool Values::ID_isNull() {
return _ID_isnull;
}
enum Values_Type Values::type() {
return _type;
}
bool Values::type_isNull() {
return _type_isnull;
}
string Values::null() {
return _null;
}
bool Values::null_isNull() {
return _null_isnull;
}
string Values::ref() {
return _ref;
}
bool Values::ref_isNull() {
return _ref_isnull;
}
Min * Values::min() {
return _ch_Min;
}
Max * Values::max() {
return _ch_Max;
}
Option * Values::option(unsigned int i ) {
if (i >= _ch_Option_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Option [i]);
}
unsigned int Values::option_count() {
return _ch_Option_count;
}
void Values::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ID" << ": ";
if (! _ID_isnull) cout << _ID;
cout << "|" << endl;
}
else if (! _ID_isnull) cout << space_indent(depth()) << "ATTR " << "ID" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "type" << ": ";
if (! _type_isnull) cout << _type;
cout << "|" << endl;
}
else if (! _type_isnull) cout << space_indent(depth()) << "ATTR " << "type" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "null" << ": ";
if (! _null_isnull) cout << _null;
cout << "|" << endl;
}
else if (! _null_isnull) cout << space_indent(depth()) << "ATTR " << "null" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ref" << ": ";
if (! _ref_isnull) cout << _ref;
cout << "|" << endl;
}
else if (! _ref_isnull) cout << space_indent(depth()) << "ATTR " << "ref" << endl;
if ((verbose) || (_ch_Min)) {
cout << space_indent(depth()) << "CHILD " << "Min";
if (! _ch_Min) cout << "0" << endl;
else {
cout << endl;
_ch_Min->print(verbose);
}
} if ((verbose) || (_ch_Max)) {
cout << space_indent(depth()) << "CHILD " << "Max";
if (! _ch_Max) cout << "0" << endl;
else {
cout << endl;
_ch_Max->print(verbose);
}
} if ((verbose) || (_ch_Option_count)) {
cout << space_indent(depth()) << "CHILD " << "Option" << " elements: " << _ch_Option_count << endl;
for (unsigned int i=0;
i < _ch_Option_count;
i++) _ch_Option[i]->print(verbose);
}
} void Values::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_ID_isnull = true;
_type_isnull = true;
_null_isnull = true;
_ref_isnull = true;
if (constructor) _ch_Min = NULL;
else if (_ch_Min) {
delete _ch_Min;
_ch_Min = NULL;
}
if (constructor) _ch_Max = NULL;
else if (_ch_Max) {
delete _ch_Max;
_ch_Max = NULL;
}
if (constructor) _ch_Option = NULL;
else if (_ch_Option_count) {
for (unsigned int i=0;
i < _ch_Option_count;
i++) delete (_ch_Option [i]);
free(_ch_Option);
_ch_Option = NULL;
}
_ch_Option_count = 0;
hk_reset();
}
bool Values::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "ID") == 0) {
_ID = string(value);
_ID_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "type") == 0) {
_type = Element::sto_Values_type(value);
_type_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "null") == 0) {
_null = string(value);
_null_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "ref") == 0) {
_ref = string(value);
_ref_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool Values::setChild(Element* child) {
bool found = false;
if (0) ;
else if (child->nodeType() == Min::sta_nodeType()) {
if (_ch_Min) delete _ch_Min;
_ch_Min = ( Min *) child;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Max::sta_nodeType()) {
if (_ch_Max) delete _ch_Max;
_ch_Max = ( Max *) child;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Option::sta_nodeType()) {
int dim = sizeof( Option *) * (_ch_Option_count + 1);
if (_ch_Option_count == 0) _ch_Option = ( Option **) malloc(dim);
else _ch_Option = ( Option **) realloc(_ch_Option, dim);
_ch_Option [_ch_Option_count] = ( Option *) child;
_ch_Option_count++;
setParentInChild(child);
found = true;
}
hk_setChild(child);
return found;
};


;


Field::Field() {
lnodetype = FIELD;
lclassname = "Field" ;
constructor = true;
reset();
constructor = false;
}
Field::~Field() {
reset();
}
string Field::sta_className() {
return "Field" ;
}
string Field::sta_nodeName() {
return "FIELD" ;
}
enum Nodetype Field::sta_nodeType() {
return FIELD;
}
string Field::ID() {
return _ID;
}
bool Field::ID_isNull() {
return _ID_isnull;
}
string Field::unit() {
return _unit;
}
bool Field::unit_isNull() {
return _unit_isnull;
}
enum Datatype Field::datatype() {
return _datatype;
}
bool Field::datatype_isNull() {
return _datatype_isnull;
}
string Field::precision() {
return _precision;
}
bool Field::precision_isNull() {
return _precision_isnull;
}
int Field::width() {
return _width;
}
bool Field::width_isNull() {
return _width_isnull;
}
string Field::ref() {
return _ref;
}
bool Field::ref_isNull() {
return _ref_isnull;
}
string Field::name() {
return _name;
}
bool Field::name_isNull() {
return _name_isnull;
}
string Field::ucd() {
return _ucd;
}
bool Field::ucd_isNull() {
return _ucd_isnull;
}
string Field::utype() {
return _utype;
}
bool Field::utype_isNull() {
return _utype_isnull;
}
string Field::arraysize() {
return _arraysize;
}
bool Field::arraysize_isNull() {
return _arraysize_isnull;
}
enum Field_type Field::type() {
return _type;
}
bool Field::type_isNull() {
return _type_isnull;
}
Description * Field::description() {
return _ch_Description;
}
Values * Field::values() {
return _ch_Values;
}
Link * Field::link(unsigned int i ) {
if (i >= _ch_Link_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Link [i]);
}
unsigned int Field::link_count() {
return _ch_Link_count;
}
void Field::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ID" << ": ";
if (! _ID_isnull) cout << _ID;
cout << "|" << endl;
}
else if (! _ID_isnull) cout << space_indent(depth()) << "ATTR " << "ID" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "unit" << ": ";
if (! _unit_isnull) cout << _unit;
cout << "|" << endl;
}
else if (! _unit_isnull) cout << space_indent(depth()) << "ATTR " << "unit" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "datatype" << ": ";
if (! _datatype_isnull) cout << _datatype;
cout << "|" << endl;
}
else if (! _datatype_isnull) cout << space_indent(depth()) << "ATTR " << "datatype" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "precision" << ": ";
if (! _precision_isnull) cout << _precision;
cout << "|" << endl;
}
else if (! _precision_isnull) cout << space_indent(depth()) << "ATTR " << "precision" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "width" << ": ";
if (! _width_isnull) cout << _width;
cout << "|" << endl;
}
else if (! _width_isnull) cout << space_indent(depth()) << "ATTR " << "width" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ref" << ": ";
if (! _ref_isnull) cout << _ref;
cout << "|" << endl;
}
else if (! _ref_isnull) cout << space_indent(depth()) << "ATTR " << "ref" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "name" << ": ";
if (! _name_isnull) cout << _name;
cout << "|" << endl;
}
else if (! _name_isnull) cout << space_indent(depth()) << "ATTR " << "name" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ucd" << ": ";
if (! _ucd_isnull) cout << _ucd;
cout << "|" << endl;
}
else if (! _ucd_isnull) cout << space_indent(depth()) << "ATTR " << "ucd" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "utype" << ": ";
if (! _utype_isnull) cout << _utype;
cout << "|" << endl;
}
else if (! _utype_isnull) cout << space_indent(depth()) << "ATTR " << "utype" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "arraysize" << ": ";
if (! _arraysize_isnull) cout << _arraysize;
cout << "|" << endl;
}
else if (! _arraysize_isnull) cout << space_indent(depth()) << "ATTR " << "arraysize" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "type" << ": ";
if (! _type_isnull) cout << _type;
cout << "|" << endl;
}
else if (! _type_isnull) cout << space_indent(depth()) << "ATTR " << "type" << endl;
if ((verbose) || (_ch_Description)) {
cout << space_indent(depth()) << "CHILD " << "Description";
if (! _ch_Description) cout << "0" << endl;
else {
cout << endl;
_ch_Description->print(verbose);
}
} if ((verbose) || (_ch_Values)) {
cout << space_indent(depth()) << "CHILD " << "Values";
if (! _ch_Values) cout << "0" << endl;
else {
cout << endl;
_ch_Values->print(verbose);
}
} if ((verbose) || (_ch_Link_count)) {
cout << space_indent(depth()) << "CHILD " << "Link" << " elements: " << _ch_Link_count << endl;
for (unsigned int i=0;
i < _ch_Link_count;
i++) _ch_Link[i]->print(verbose);
}
} void Field::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_ID_isnull = true;
_unit_isnull = true;
_datatype_isnull = true;
_precision_isnull = true;
_width_isnull = true;
_ref_isnull = true;
_name_isnull = true;
_ucd_isnull = true;
_utype_isnull = true;
_arraysize_isnull = true;
_type_isnull = true;
if (constructor) _ch_Description = NULL;
else if (_ch_Description) {
delete _ch_Description;
_ch_Description = NULL;
}
if (constructor) _ch_Values = NULL;
else if (_ch_Values) {
delete _ch_Values;
_ch_Values = NULL;
}
if (constructor) _ch_Link = NULL;
else if (_ch_Link_count) {
for (unsigned int i=0;
i < _ch_Link_count;
i++) delete (_ch_Link [i]);
free(_ch_Link);
_ch_Link = NULL;
}
_ch_Link_count = 0;
hk_reset();
}
bool Field::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "ID") == 0) {
_ID = string(value);
_ID_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "unit") == 0) {
_unit = string(value);
_unit_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "datatype") == 0) {
_datatype = Element::sto_Datatype(value);
_datatype_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "precision") == 0) {
_precision = string(value);
_precision_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "width") == 0) {
_width = mcs::stoi(value);
_width_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "ref") == 0) {
_ref = string(value);
_ref_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "name") == 0) {
_name = string(value);
_name_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "ucd") == 0) {
_ucd = string(value);
_ucd_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "utype") == 0) {
_utype = string(value);
_utype_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "arraysize") == 0) {
_arraysize = string(value);
_arraysize_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "type") == 0) {
_type = Element::sto_Field_type(value);
_type_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool Field::setChild(Element* child) {
bool found = false;
if (0) ;
else if (child->nodeType() == Description::sta_nodeType()) {
if (_ch_Description) delete _ch_Description;
_ch_Description = ( Description *) child;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Values::sta_nodeType()) {
if (_ch_Values) delete _ch_Values;
_ch_Values = ( Values *) child;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Link::sta_nodeType()) {
int dim = sizeof( Link *) * (_ch_Link_count + 1);
if (_ch_Link_count == 0) _ch_Link = ( Link **) malloc(dim);
else _ch_Link = ( Link **) realloc(_ch_Link, dim);
_ch_Link [_ch_Link_count] = ( Link *) child;
_ch_Link_count++;
setParentInChild(child);
found = true;
}
hk_setChild(child);
return found;
};



  //  void done();

;


Param::Param() {
lnodetype = PARAM;
lclassname = "Param" ;
constructor = true;
reset();
constructor = false;
}
Param::~Param() {
reset();
}
string Param::sta_className() {
return "Param" ;
}
string Param::sta_nodeName() {
return "PARAM" ;
}
enum Nodetype Param::sta_nodeType() {
return PARAM;
}
string Param::ID() {
return _ID;
}
bool Param::ID_isNull() {
return _ID_isnull;
}
string Param::unit() {
return _unit;
}
bool Param::unit_isNull() {
return _unit_isnull;
}
enum Datatype Param::datatype() {
return _datatype;
}
bool Param::datatype_isNull() {
return _datatype_isnull;
}
string Param::precision() {
return _precision;
}
bool Param::precision_isNull() {
return _precision_isnull;
}
int Param::width() {
return _width;
}
bool Param::width_isNull() {
return _width_isnull;
}
string Param::ref() {
return _ref;
}
bool Param::ref_isNull() {
return _ref_isnull;
}
string Param::name() {
return _name;
}
bool Param::name_isNull() {
return _name_isnull;
}
string Param::ucd() {
return _ucd;
}
bool Param::ucd_isNull() {
return _ucd_isnull;
}
string Param::utype() {
return _utype;
}
bool Param::utype_isNull() {
return _utype_isnull;
}
string Param::value() {
return _value;
}
bool Param::value_isNull() {
return _value_isnull;
}
string Param::arraysize() {
return _arraysize;
}
bool Param::arraysize_isNull() {
return _arraysize_isnull;
}
Description * Param::description() {
return _ch_Description;
}
Values * Param::values() {
return _ch_Values;
}
Link * Param::link(unsigned int i ) {
if (i >= _ch_Link_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Link [i]);
}
unsigned int Param::link_count() {
return _ch_Link_count;
}
void Param::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ID" << ": ";
if (! _ID_isnull) cout << _ID;
cout << "|" << endl;
}
else if (! _ID_isnull) cout << space_indent(depth()) << "ATTR " << "ID" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "unit" << ": ";
if (! _unit_isnull) cout << _unit;
cout << "|" << endl;
}
else if (! _unit_isnull) cout << space_indent(depth()) << "ATTR " << "unit" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "datatype" << ": ";
if (! _datatype_isnull) cout << _datatype;
cout << "|" << endl;
}
else if (! _datatype_isnull) cout << space_indent(depth()) << "ATTR " << "datatype" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "precision" << ": ";
if (! _precision_isnull) cout << _precision;
cout << "|" << endl;
}
else if (! _precision_isnull) cout << space_indent(depth()) << "ATTR " << "precision" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "width" << ": ";
if (! _width_isnull) cout << _width;
cout << "|" << endl;
}
else if (! _width_isnull) cout << space_indent(depth()) << "ATTR " << "width" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ref" << ": ";
if (! _ref_isnull) cout << _ref;
cout << "|" << endl;
}
else if (! _ref_isnull) cout << space_indent(depth()) << "ATTR " << "ref" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "name" << ": ";
if (! _name_isnull) cout << _name;
cout << "|" << endl;
}
else if (! _name_isnull) cout << space_indent(depth()) << "ATTR " << "name" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ucd" << ": ";
if (! _ucd_isnull) cout << _ucd;
cout << "|" << endl;
}
else if (! _ucd_isnull) cout << space_indent(depth()) << "ATTR " << "ucd" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "utype" << ": ";
if (! _utype_isnull) cout << _utype;
cout << "|" << endl;
}
else if (! _utype_isnull) cout << space_indent(depth()) << "ATTR " << "utype" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "value" << ": ";
if (! _value_isnull) cout << _value;
cout << "|" << endl;
}
else if (! _value_isnull) cout << space_indent(depth()) << "ATTR " << "value" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "arraysize" << ": ";
if (! _arraysize_isnull) cout << _arraysize;
cout << "|" << endl;
}
else if (! _arraysize_isnull) cout << space_indent(depth()) << "ATTR " << "arraysize" << endl;
if ((verbose) || (_ch_Description)) {
cout << space_indent(depth()) << "CHILD " << "Description";
if (! _ch_Description) cout << "0" << endl;
else {
cout << endl;
_ch_Description->print(verbose);
}
} if ((verbose) || (_ch_Values)) {
cout << space_indent(depth()) << "CHILD " << "Values";
if (! _ch_Values) cout << "0" << endl;
else {
cout << endl;
_ch_Values->print(verbose);
}
} if ((verbose) || (_ch_Link_count)) {
cout << space_indent(depth()) << "CHILD " << "Link" << " elements: " << _ch_Link_count << endl;
for (unsigned int i=0;
i < _ch_Link_count;
i++) _ch_Link[i]->print(verbose);
}
} void Param::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_ID_isnull = true;
_unit_isnull = true;
_datatype_isnull = true;
_precision_isnull = true;
_width_isnull = true;
_ref_isnull = true;
_name_isnull = true;
_ucd_isnull = true;
_utype_isnull = true;
_value_isnull = true;
_arraysize_isnull = true;
if (constructor) _ch_Description = NULL;
else if (_ch_Description) {
delete _ch_Description;
_ch_Description = NULL;
}
if (constructor) _ch_Values = NULL;
else if (_ch_Values) {
delete _ch_Values;
_ch_Values = NULL;
}
if (constructor) _ch_Link = NULL;
else if (_ch_Link_count) {
for (unsigned int i=0;
i < _ch_Link_count;
i++) delete (_ch_Link [i]);
free(_ch_Link);
_ch_Link = NULL;
}
_ch_Link_count = 0;
hk_reset();
}
bool Param::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "ID") == 0) {
_ID = string(value);
_ID_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "unit") == 0) {
_unit = string(value);
_unit_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "datatype") == 0) {
_datatype = Element::sto_Datatype(value);
_datatype_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "precision") == 0) {
_precision = string(value);
_precision_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "width") == 0) {
_width = mcs::stoi(value);
_width_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "ref") == 0) {
_ref = string(value);
_ref_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "name") == 0) {
_name = string(value);
_name_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "ucd") == 0) {
_ucd = string(value);
_ucd_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "utype") == 0) {
_utype = string(value);
_utype_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "value") == 0) {
_value = string(value);
_value_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "arraysize") == 0) {
_arraysize = string(value);
_arraysize_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool Param::setChild(Element* child) {
bool found = false;
if (0) ;
else if (child->nodeType() == Description::sta_nodeType()) {
if (_ch_Description) delete _ch_Description;
_ch_Description = ( Description *) child;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Values::sta_nodeType()) {
if (_ch_Values) delete _ch_Values;
_ch_Values = ( Values *) child;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Link::sta_nodeType()) {
int dim = sizeof( Link *) * (_ch_Link_count + 1);
if (_ch_Link_count == 0) _ch_Link = ( Link **) malloc(dim);
else _ch_Link = ( Link **) realloc(_ch_Link, dim);
_ch_Link [_ch_Link_count] = ( Link *) child;
_ch_Link_count++;
setParentInChild(child);
found = true;
}
hk_setChild(child);
return found;
};


;


Group::Group() {
lnodetype = GROUP;
lclassname = "Group" ;
constructor = true;
reset();
constructor = false;
}
Group::~Group() {
reset();
}
string Group::sta_className() {
return "Group" ;
}
string Group::sta_nodeName() {
return "GROUP" ;
}
enum Nodetype Group::sta_nodeType() {
return GROUP;
}
string Group::ID() {
return _ID;
}
bool Group::ID_isNull() {
return _ID_isnull;
}
string Group::name() {
return _name;
}
bool Group::name_isNull() {
return _name_isnull;
}
string Group::ref() {
return _ref;
}
bool Group::ref_isNull() {
return _ref_isnull;
}
string Group::ucd() {
return _ucd;
}
bool Group::ucd_isNull() {
return _ucd_isnull;
}
string Group::utype() {
return _utype;
}
bool Group::utype_isNull() {
return _utype_isnull;
}
Description * Group::description() {
return _ch_Description;
}
FieldRef * Group::fieldref(unsigned int i ) {
if (i >= _ch_FieldRef_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_FieldRef [i]);
}
unsigned int Group::fieldref_count() {
return _ch_FieldRef_count;
}
Param * Group::param(unsigned int i ) {
if (i >= _ch_Param_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Param [i]);
}
unsigned int Group::param_count() {
return _ch_Param_count;
}
ParamRef * Group::paramref(unsigned int i ) {
if (i >= _ch_ParamRef_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_ParamRef [i]);
}
unsigned int Group::paramref_count() {
return _ch_ParamRef_count;
}
Group * Group::group(unsigned int i ) {
if (i >= _ch_Group_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Group [i]);
}
unsigned int Group::group_count() {
return _ch_Group_count;
}
void Group::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ID" << ": ";
if (! _ID_isnull) cout << _ID;
cout << "|" << endl;
}
else if (! _ID_isnull) cout << space_indent(depth()) << "ATTR " << "ID" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "name" << ": ";
if (! _name_isnull) cout << _name;
cout << "|" << endl;
}
else if (! _name_isnull) cout << space_indent(depth()) << "ATTR " << "name" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ref" << ": ";
if (! _ref_isnull) cout << _ref;
cout << "|" << endl;
}
else if (! _ref_isnull) cout << space_indent(depth()) << "ATTR " << "ref" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ucd" << ": ";
if (! _ucd_isnull) cout << _ucd;
cout << "|" << endl;
}
else if (! _ucd_isnull) cout << space_indent(depth()) << "ATTR " << "ucd" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "utype" << ": ";
if (! _utype_isnull) cout << _utype;
cout << "|" << endl;
}
else if (! _utype_isnull) cout << space_indent(depth()) << "ATTR " << "utype" << endl;
if ((verbose) || (_ch_Description)) {
cout << space_indent(depth()) << "CHILD " << "Description";
if (! _ch_Description) cout << "0" << endl;
else {
cout << endl;
_ch_Description->print(verbose);
}
} if ((verbose) || (_ch_FieldRef_count)) {
cout << space_indent(depth()) << "CHILD " << "FieldRef" << " elements: " << _ch_FieldRef_count << endl;
for (unsigned int i=0;
i < _ch_FieldRef_count;
i++) _ch_FieldRef[i]->print(verbose);
}
if ((verbose) || (_ch_Param_count)) {
cout << space_indent(depth()) << "CHILD " << "Param" << " elements: " << _ch_Param_count << endl;
for (unsigned int i=0;
i < _ch_Param_count;
i++) _ch_Param[i]->print(verbose);
}
if ((verbose) || (_ch_ParamRef_count)) {
cout << space_indent(depth()) << "CHILD " << "ParamRef" << " elements: " << _ch_ParamRef_count << endl;
for (unsigned int i=0;
i < _ch_ParamRef_count;
i++) _ch_ParamRef[i]->print(verbose);
}
if ((verbose) || (_ch_Group_count)) {
cout << space_indent(depth()) << "CHILD " << "Group" << " elements: " << _ch_Group_count << endl;
for (unsigned int i=0;
i < _ch_Group_count;
i++) _ch_Group[i]->print(verbose);
}
} void Group::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_ID_isnull = true;
_name_isnull = true;
_ref_isnull = true;
_ucd_isnull = true;
_utype_isnull = true;
if (constructor) _ch_Description = NULL;
else if (_ch_Description) {
delete _ch_Description;
_ch_Description = NULL;
}
if (constructor) _ch_FieldRef = NULL;
else if (_ch_FieldRef_count) {
for (unsigned int i=0;
i < _ch_FieldRef_count;
i++) delete (_ch_FieldRef [i]);
free(_ch_FieldRef);
_ch_FieldRef = NULL;
}
_ch_FieldRef_count = 0;
if (constructor) _ch_Param = NULL;
else if (_ch_Param_count) {
for (unsigned int i=0;
i < _ch_Param_count;
i++) delete (_ch_Param [i]);
free(_ch_Param);
_ch_Param = NULL;
}
_ch_Param_count = 0;
if (constructor) _ch_ParamRef = NULL;
else if (_ch_ParamRef_count) {
for (unsigned int i=0;
i < _ch_ParamRef_count;
i++) delete (_ch_ParamRef [i]);
free(_ch_ParamRef);
_ch_ParamRef = NULL;
}
_ch_ParamRef_count = 0;
if (constructor) _ch_Group = NULL;
else if (_ch_Group_count) {
for (unsigned int i=0;
i < _ch_Group_count;
i++) delete (_ch_Group [i]);
free(_ch_Group);
_ch_Group = NULL;
}
_ch_Group_count = 0;
hk_reset();
}
bool Group::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "ID") == 0) {
_ID = string(value);
_ID_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "name") == 0) {
_name = string(value);
_name_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "ref") == 0) {
_ref = string(value);
_ref_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "ucd") == 0) {
_ucd = string(value);
_ucd_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "utype") == 0) {
_utype = string(value);
_utype_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool Group::setChild(Element* child) {
bool found = false;
if (0) ;
else if (child->nodeType() == Description::sta_nodeType()) {
if (_ch_Description) delete _ch_Description;
_ch_Description = ( Description *) child;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == FieldRef::sta_nodeType()) {
int dim = sizeof( FieldRef *) * (_ch_FieldRef_count + 1);
if (_ch_FieldRef_count == 0) _ch_FieldRef = ( FieldRef **) malloc(dim);
else _ch_FieldRef = ( FieldRef **) realloc(_ch_FieldRef, dim);
_ch_FieldRef [_ch_FieldRef_count] = ( FieldRef *) child;
_ch_FieldRef_count++;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Param::sta_nodeType()) {
int dim = sizeof( Param *) * (_ch_Param_count + 1);
if (_ch_Param_count == 0) _ch_Param = ( Param **) malloc(dim);
else _ch_Param = ( Param **) realloc(_ch_Param, dim);
_ch_Param [_ch_Param_count] = ( Param *) child;
_ch_Param_count++;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == ParamRef::sta_nodeType()) {
int dim = sizeof( ParamRef *) * (_ch_ParamRef_count + 1);
if (_ch_ParamRef_count == 0) _ch_ParamRef = ( ParamRef **) malloc(dim);
else _ch_ParamRef = ( ParamRef **) realloc(_ch_ParamRef, dim);
_ch_ParamRef [_ch_ParamRef_count] = ( ParamRef *) child;
_ch_ParamRef_count++;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Group::sta_nodeType()) {
int dim = sizeof( Group *) * (_ch_Group_count + 1);
if (_ch_Group_count == 0) _ch_Group = ( Group **) malloc(dim);
else _ch_Group = ( Group **) realloc(_ch_Group, dim);
_ch_Group [_ch_Group_count] = ( Group *) child;
_ch_Group_count++;
setParentInChild(child);
found = true;
}
hk_setChild(child);
return found;
};


;


Data::Data() {
lnodetype = DATA;
lclassname = "Data" ;
constructor = true;
reset();
constructor = false;
}
Data::~Data() {
reset();
}
string Data::sta_className() {
return "Data" ;
}
string Data::sta_nodeName() {
return "DATA" ;
}
enum Nodetype Data::sta_nodeType() {
return DATA;
}
Tabledata * Data::tabledata() {
return _ch_Tabledata;
}
Binary * Data::binary() {
return _ch_Binary;
}
Fits * Data::fits() {
return _ch_Fits;
}
void Data::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if ((verbose) || (_ch_Tabledata)) {
cout << space_indent(depth()) << "CHILD " << "Tabledata";
if (! _ch_Tabledata) cout << "0" << endl;
else {
cout << endl;
_ch_Tabledata->print(verbose);
}
} if ((verbose) || (_ch_Binary)) {
cout << space_indent(depth()) << "CHILD " << "Binary";
if (! _ch_Binary) cout << "0" << endl;
else {
cout << endl;
_ch_Binary->print(verbose);
}
} if ((verbose) || (_ch_Fits)) {
cout << space_indent(depth()) << "CHILD " << "Fits";
if (! _ch_Fits) cout << "0" << endl;
else {
cout << endl;
_ch_Fits->print(verbose);
}
} }
void Data::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
if (constructor) _ch_Tabledata = NULL;
else if (_ch_Tabledata) {
delete _ch_Tabledata;
_ch_Tabledata = NULL;
}
if (constructor) _ch_Binary = NULL;
else if (_ch_Binary) {
delete _ch_Binary;
_ch_Binary = NULL;
}
if (constructor) _ch_Fits = NULL;
else if (_ch_Fits) {
delete _ch_Fits;
_ch_Fits = NULL;
}
hk_reset();
}
bool Data::setAttribute(string name, string value) {
bool found = false;
if (0) ;
hk_setAttribute(name, value);
return found;
}
bool Data::setChild(Element* child) {
bool found = false;
if (0) ;
else if (child->nodeType() == Tabledata::sta_nodeType()) {
if (_ch_Tabledata) delete _ch_Tabledata;
_ch_Tabledata = ( Tabledata *) child;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Binary::sta_nodeType()) {
if (_ch_Binary) delete _ch_Binary;
_ch_Binary = ( Binary *) child;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Fits::sta_nodeType()) {
if (_ch_Fits) delete _ch_Fits;
_ch_Fits = ( Fits *) child;
setParentInChild(child);
found = true;
}
hk_setChild(child);
return found;
};


;



//The Table class is used by Parser_Data to read table's data
Table::Table() {
lnodetype = TABLE;
lclassname = "Table" ;
constructor = true;
reset();
constructor = false;
}
Table::~Table() {
reset();
}
string Table::sta_className() {
return "Table" ;
}
string Table::sta_nodeName() {
return "TABLE" ;
}
enum Nodetype Table::sta_nodeType() {
return TABLE;
}
string Table::ID() {
return _ID;
}
bool Table::ID_isNull() {
return _ID_isnull;
}
string Table::name() {
return _name;
}
bool Table::name_isNull() {
return _name_isnull;
}
string Table::ref() {
return _ref;
}
bool Table::ref_isNull() {
return _ref_isnull;
}
string Table::ucd() {
return _ucd;
}
bool Table::ucd_isNull() {
return _ucd_isnull;
}
string Table::utype() {
return _utype;
}
bool Table::utype_isNull() {
return _utype_isnull;
}
int Table::nrows() {
return _nrows;
}
bool Table::nrows_isNull() {
return _nrows_isnull;
}
Description * Table::description() {
return _ch_Description;
}
Data * Table::data() {
return _ch_Data;
}
Field * Table::field(unsigned int i ) {
if (i >= _ch_Field_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Field [i]);
}
unsigned int Table::field_count() {
return _ch_Field_count;
}
Param * Table::param(unsigned int i ) {
if (i >= _ch_Param_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Param [i]);
}
unsigned int Table::param_count() {
return _ch_Param_count;
}
Group * Table::group(unsigned int i ) {
if (i >= _ch_Group_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Group [i]);
}
unsigned int Table::group_count() {
return _ch_Group_count;
}
Link * Table::link(unsigned int i ) {
if (i >= _ch_Link_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Link [i]);
}
unsigned int Table::link_count() {
return _ch_Link_count;
}
void Table::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ID" << ": ";
if (! _ID_isnull) cout << _ID;
cout << "|" << endl;
}
else if (! _ID_isnull) cout << space_indent(depth()) << "ATTR " << "ID" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "name" << ": ";
if (! _name_isnull) cout << _name;
cout << "|" << endl;
}
else if (! _name_isnull) cout << space_indent(depth()) << "ATTR " << "name" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ref" << ": ";
if (! _ref_isnull) cout << _ref;
cout << "|" << endl;
}
else if (! _ref_isnull) cout << space_indent(depth()) << "ATTR " << "ref" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ucd" << ": ";
if (! _ucd_isnull) cout << _ucd;
cout << "|" << endl;
}
else if (! _ucd_isnull) cout << space_indent(depth()) << "ATTR " << "ucd" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "utype" << ": ";
if (! _utype_isnull) cout << _utype;
cout << "|" << endl;
}
else if (! _utype_isnull) cout << space_indent(depth()) << "ATTR " << "utype" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "nrows" << ": ";
if (! _nrows_isnull) cout << _nrows;
cout << "|" << endl;
}
else if (! _nrows_isnull) cout << space_indent(depth()) << "ATTR " << "nrows" << endl;
if ((verbose) || (_ch_Description)) {
cout << space_indent(depth()) << "CHILD " << "Description";
if (! _ch_Description) cout << "0" << endl;
else {
cout << endl;
_ch_Description->print(verbose);
}
} if ((verbose) || (_ch_Data)) {
cout << space_indent(depth()) << "CHILD " << "Data";
if (! _ch_Data) cout << "0" << endl;
else {
cout << endl;
_ch_Data->print(verbose);
}
} if ((verbose) || (_ch_Field_count)) {
cout << space_indent(depth()) << "CHILD " << "Field" << " elements: " << _ch_Field_count << endl;
for (unsigned int i=0;
i < _ch_Field_count;
i++) _ch_Field[i]->print(verbose);
}
if ((verbose) || (_ch_Param_count)) {
cout << space_indent(depth()) << "CHILD " << "Param" << " elements: " << _ch_Param_count << endl;
for (unsigned int i=0;
i < _ch_Param_count;
i++) _ch_Param[i]->print(verbose);
}
if ((verbose) || (_ch_Group_count)) {
cout << space_indent(depth()) << "CHILD " << "Group" << " elements: " << _ch_Group_count << endl;
for (unsigned int i=0;
i < _ch_Group_count;
i++) _ch_Group[i]->print(verbose);
}
if ((verbose) || (_ch_Link_count)) {
cout << space_indent(depth()) << "CHILD " << "Link" << " elements: " << _ch_Link_count << endl;
for (unsigned int i=0;
i < _ch_Link_count;
i++) _ch_Link[i]->print(verbose);
}
} void Table::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_ID_isnull = true;
_name_isnull = true;
_ref_isnull = true;
_ucd_isnull = true;
_utype_isnull = true;
_nrows_isnull = true;
if (constructor) _ch_Description = NULL;
else if (_ch_Description) {
delete _ch_Description;
_ch_Description = NULL;
}
if (constructor) _ch_Data = NULL;
else if (_ch_Data) {
delete _ch_Data;
_ch_Data = NULL;
}
if (constructor) _ch_Field = NULL;
else if (_ch_Field_count) {
for (unsigned int i=0;
i < _ch_Field_count;
i++) delete (_ch_Field [i]);
free(_ch_Field);
_ch_Field = NULL;
}
_ch_Field_count = 0;
if (constructor) _ch_Param = NULL;
else if (_ch_Param_count) {
for (unsigned int i=0;
i < _ch_Param_count;
i++) delete (_ch_Param [i]);
free(_ch_Param);
_ch_Param = NULL;
}
_ch_Param_count = 0;
if (constructor) _ch_Group = NULL;
else if (_ch_Group_count) {
for (unsigned int i=0;
i < _ch_Group_count;
i++) delete (_ch_Group [i]);
free(_ch_Group);
_ch_Group = NULL;
}
_ch_Group_count = 0;
if (constructor) _ch_Link = NULL;
else if (_ch_Link_count) {
for (unsigned int i=0;
i < _ch_Link_count;
i++) delete (_ch_Link [i]);
free(_ch_Link);
_ch_Link = NULL;
}
_ch_Link_count = 0;
hk_reset();
}
bool Table::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "ID") == 0) {
_ID = string(value);
_ID_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "name") == 0) {
_name = string(value);
_name_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "ref") == 0) {
_ref = string(value);
_ref_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "ucd") == 0) {
_ucd = string(value);
_ucd_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "utype") == 0) {
_utype = string(value);
_utype_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "nrows") == 0) {
_nrows = mcs::stoi(value);
_nrows_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool Table::setChild(Element* child) {
bool found = false;
if (0) ;
else if (child->nodeType() == Description::sta_nodeType()) {
if (_ch_Description) delete _ch_Description;
_ch_Description = ( Description *) child;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Data::sta_nodeType()) {
if (_ch_Data) delete _ch_Data;
_ch_Data = ( Data *) child;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Field::sta_nodeType()) {
int dim = sizeof( Field *) * (_ch_Field_count + 1);
if (_ch_Field_count == 0) _ch_Field = ( Field **) malloc(dim);
else _ch_Field = ( Field **) realloc(_ch_Field, dim);
_ch_Field [_ch_Field_count] = ( Field *) child;
_ch_Field_count++;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Param::sta_nodeType()) {
int dim = sizeof( Param *) * (_ch_Param_count + 1);
if (_ch_Param_count == 0) _ch_Param = ( Param **) malloc(dim);
else _ch_Param = ( Param **) realloc(_ch_Param, dim);
_ch_Param [_ch_Param_count] = ( Param *) child;
_ch_Param_count++;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Group::sta_nodeType()) {
int dim = sizeof( Group *) * (_ch_Group_count + 1);
if (_ch_Group_count == 0) _ch_Group = ( Group **) malloc(dim);
else _ch_Group = ( Group **) realloc(_ch_Group, dim);
_ch_Group [_ch_Group_count] = ( Group *) child;
_ch_Group_count++;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Link::sta_nodeType()) {
int dim = sizeof( Link *) * (_ch_Link_count + 1);
if (_ch_Link_count == 0) _ch_Link = ( Link **) malloc(dim);
else _ch_Link = ( Link **) realloc(_ch_Link, dim);
_ch_Link [_ch_Link_count] = ( Link *) child;
_ch_Link_count++;
setParentInChild(child);
found = true;
}
hk_setChild(child);
return found;
};



  //  void hk_reset();
  string filename;

;


Resource::Resource() {
lnodetype = RESOURCE;
lclassname = "Resource" ;
constructor = true;
reset();
constructor = false;
}
Resource::~Resource() {
reset();
}
string Resource::sta_className() {
return "Resource" ;
}
string Resource::sta_nodeName() {
return "RESOURCE" ;
}
enum Nodetype Resource::sta_nodeType() {
return RESOURCE;
}
string Resource::ID() {
return _ID;
}
bool Resource::ID_isNull() {
return _ID_isnull;
}
string Resource::name() {
return _name;
}
bool Resource::name_isNull() {
return _name_isnull;
}
string Resource::utype() {
return _utype;
}
bool Resource::utype_isNull() {
return _utype_isnull;
}
enum Resource_type Resource::type() {
return _type;
}
bool Resource::type_isNull() {
return _type_isnull;
}
Description * Resource::description() {
return _ch_Description;
}
Info * Resource::info(unsigned int i ) {
if (i >= _ch_Info_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Info [i]);
}
unsigned int Resource::info_count() {
return _ch_Info_count;
}
Coosys * Resource::coosys(unsigned int i ) {
if (i >= _ch_Coosys_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Coosys [i]);
}
unsigned int Resource::coosys_count() {
return _ch_Coosys_count;
}
Param * Resource::param(unsigned int i ) {
if (i >= _ch_Param_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Param [i]);
}
unsigned int Resource::param_count() {
return _ch_Param_count;
}
Link * Resource::link(unsigned int i ) {
if (i >= _ch_Link_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Link [i]);
}
unsigned int Resource::link_count() {
return _ch_Link_count;
}
Table * Resource::table(unsigned int i ) {
if (i >= _ch_Table_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Table [i]);
}
unsigned int Resource::table_count() {
return _ch_Table_count;
}
Resource * Resource::resource(unsigned int i ) {
if (i >= _ch_Resource_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Resource [i]);
}
unsigned int Resource::resource_count() {
return _ch_Resource_count;
}
void Resource::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ID" << ": ";
if (! _ID_isnull) cout << _ID;
cout << "|" << endl;
}
else if (! _ID_isnull) cout << space_indent(depth()) << "ATTR " << "ID" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "name" << ": ";
if (! _name_isnull) cout << _name;
cout << "|" << endl;
}
else if (! _name_isnull) cout << space_indent(depth()) << "ATTR " << "name" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "utype" << ": ";
if (! _utype_isnull) cout << _utype;
cout << "|" << endl;
}
else if (! _utype_isnull) cout << space_indent(depth()) << "ATTR " << "utype" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "type" << ": ";
if (! _type_isnull) cout << _type;
cout << "|" << endl;
}
else if (! _type_isnull) cout << space_indent(depth()) << "ATTR " << "type" << endl;
if ((verbose) || (_ch_Description)) {
cout << space_indent(depth()) << "CHILD " << "Description";
if (! _ch_Description) cout << "0" << endl;
else {
cout << endl;
_ch_Description->print(verbose);
}
} if ((verbose) || (_ch_Info_count)) {
cout << space_indent(depth()) << "CHILD " << "Info" << " elements: " << _ch_Info_count << endl;
for (unsigned int i=0;
i < _ch_Info_count;
i++) _ch_Info[i]->print(verbose);
}
if ((verbose) || (_ch_Coosys_count)) {
cout << space_indent(depth()) << "CHILD " << "Coosys" << " elements: " << _ch_Coosys_count << endl;
for (unsigned int i=0;
i < _ch_Coosys_count;
i++) _ch_Coosys[i]->print(verbose);
}
if ((verbose) || (_ch_Param_count)) {
cout << space_indent(depth()) << "CHILD " << "Param" << " elements: " << _ch_Param_count << endl;
for (unsigned int i=0;
i < _ch_Param_count;
i++) _ch_Param[i]->print(verbose);
}
if ((verbose) || (_ch_Link_count)) {
cout << space_indent(depth()) << "CHILD " << "Link" << " elements: " << _ch_Link_count << endl;
for (unsigned int i=0;
i < _ch_Link_count;
i++) _ch_Link[i]->print(verbose);
}
if ((verbose) || (_ch_Table_count)) {
cout << space_indent(depth()) << "CHILD " << "Table" << " elements: " << _ch_Table_count << endl;
for (unsigned int i=0;
i < _ch_Table_count;
i++) _ch_Table[i]->print(verbose);
}
if ((verbose) || (_ch_Resource_count)) {
cout << space_indent(depth()) << "CHILD " << "Resource" << " elements: " << _ch_Resource_count << endl;
for (unsigned int i=0;
i < _ch_Resource_count;
i++) _ch_Resource[i]->print(verbose);
}
} void Resource::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_ID_isnull = true;
_name_isnull = true;
_utype_isnull = true;
_type_isnull = true;
if (constructor) _ch_Description = NULL;
else if (_ch_Description) {
delete _ch_Description;
_ch_Description = NULL;
}
if (constructor) _ch_Info = NULL;
else if (_ch_Info_count) {
for (unsigned int i=0;
i < _ch_Info_count;
i++) delete (_ch_Info [i]);
free(_ch_Info);
_ch_Info = NULL;
}
_ch_Info_count = 0;
if (constructor) _ch_Coosys = NULL;
else if (_ch_Coosys_count) {
for (unsigned int i=0;
i < _ch_Coosys_count;
i++) delete (_ch_Coosys [i]);
free(_ch_Coosys);
_ch_Coosys = NULL;
}
_ch_Coosys_count = 0;
if (constructor) _ch_Param = NULL;
else if (_ch_Param_count) {
for (unsigned int i=0;
i < _ch_Param_count;
i++) delete (_ch_Param [i]);
free(_ch_Param);
_ch_Param = NULL;
}
_ch_Param_count = 0;
if (constructor) _ch_Link = NULL;
else if (_ch_Link_count) {
for (unsigned int i=0;
i < _ch_Link_count;
i++) delete (_ch_Link [i]);
free(_ch_Link);
_ch_Link = NULL;
}
_ch_Link_count = 0;
if (constructor) _ch_Table = NULL;
else if (_ch_Table_count) {
for (unsigned int i=0;
i < _ch_Table_count;
i++) delete (_ch_Table [i]);
free(_ch_Table);
_ch_Table = NULL;
}
_ch_Table_count = 0;
if (constructor) _ch_Resource = NULL;
else if (_ch_Resource_count) {
for (unsigned int i=0;
i < _ch_Resource_count;
i++) delete (_ch_Resource [i]);
free(_ch_Resource);
_ch_Resource = NULL;
}
_ch_Resource_count = 0;
hk_reset();
}
bool Resource::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "ID") == 0) {
_ID = string(value);
_ID_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "name") == 0) {
_name = string(value);
_name_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "utype") == 0) {
_utype = string(value);
_utype_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "type") == 0) {
_type = Element::sto_Resource_type(value);
_type_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool Resource::setChild(Element* child) {
bool found = false;
if (0) ;
else if (child->nodeType() == Description::sta_nodeType()) {
if (_ch_Description) delete _ch_Description;
_ch_Description = ( Description *) child;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Info::sta_nodeType()) {
int dim = sizeof( Info *) * (_ch_Info_count + 1);
if (_ch_Info_count == 0) _ch_Info = ( Info **) malloc(dim);
else _ch_Info = ( Info **) realloc(_ch_Info, dim);
_ch_Info [_ch_Info_count] = ( Info *) child;
_ch_Info_count++;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Coosys::sta_nodeType()) {
int dim = sizeof( Coosys *) * (_ch_Coosys_count + 1);
if (_ch_Coosys_count == 0) _ch_Coosys = ( Coosys **) malloc(dim);
else _ch_Coosys = ( Coosys **) realloc(_ch_Coosys, dim);
_ch_Coosys [_ch_Coosys_count] = ( Coosys *) child;
_ch_Coosys_count++;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Param::sta_nodeType()) {
int dim = sizeof( Param *) * (_ch_Param_count + 1);
if (_ch_Param_count == 0) _ch_Param = ( Param **) malloc(dim);
else _ch_Param = ( Param **) realloc(_ch_Param, dim);
_ch_Param [_ch_Param_count] = ( Param *) child;
_ch_Param_count++;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Link::sta_nodeType()) {
int dim = sizeof( Link *) * (_ch_Link_count + 1);
if (_ch_Link_count == 0) _ch_Link = ( Link **) malloc(dim);
else _ch_Link = ( Link **) realloc(_ch_Link, dim);
_ch_Link [_ch_Link_count] = ( Link *) child;
_ch_Link_count++;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Table::sta_nodeType()) {
int dim = sizeof( Table *) * (_ch_Table_count + 1);
if (_ch_Table_count == 0) _ch_Table = ( Table **) malloc(dim);
else _ch_Table = ( Table **) realloc(_ch_Table, dim);
_ch_Table [_ch_Table_count] = ( Table *) child;
_ch_Table_count++;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Resource::sta_nodeType()) {
int dim = sizeof( Resource *) * (_ch_Resource_count + 1);
if (_ch_Resource_count == 0) _ch_Resource = ( Resource **) malloc(dim);
else _ch_Resource = ( Resource **) realloc(_ch_Resource, dim);
_ch_Resource [_ch_Resource_count] = ( Resource *) child;
_ch_Resource_count++;
setParentInChild(child);
found = true;
}
hk_setChild(child);
return found;
};


;


Definitions::Definitions() {
lnodetype = DEFINITIONS;
lclassname = "Definitions" ;
constructor = true;
reset();
constructor = false;
}
Definitions::~Definitions() {
reset();
}
string Definitions::sta_className() {
return "Definitions" ;
}
string Definitions::sta_nodeName() {
return "DEFINITIONS" ;
}
enum Nodetype Definitions::sta_nodeType() {
return DEFINITIONS;
}
Coosys * Definitions::coosys(unsigned int i ) {
if (i >= _ch_Coosys_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Coosys [i]);
}
unsigned int Definitions::coosys_count() {
return _ch_Coosys_count;
}
void Definitions::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if ((verbose) || (_ch_Coosys_count)) {
cout << space_indent(depth()) << "CHILD " << "Coosys" << " elements: " << _ch_Coosys_count << endl;
for (unsigned int i=0;
i < _ch_Coosys_count;
i++) _ch_Coosys[i]->print(verbose);
}
} void Definitions::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
if (constructor) _ch_Coosys = NULL;
else if (_ch_Coosys_count) {
for (unsigned int i=0;
i < _ch_Coosys_count;
i++) delete (_ch_Coosys [i]);
free(_ch_Coosys);
_ch_Coosys = NULL;
}
_ch_Coosys_count = 0;
hk_reset();
}
bool Definitions::setAttribute(string name, string value) {
bool found = false;
if (0) ;
hk_setAttribute(name, value);
return found;
}
bool Definitions::setChild(Element* child) {
bool found = false;
if (0) ;
else if (child->nodeType() == Coosys::sta_nodeType()) {
int dim = sizeof( Coosys *) * (_ch_Coosys_count + 1);
if (_ch_Coosys_count == 0) _ch_Coosys = ( Coosys **) malloc(dim);
else _ch_Coosys = ( Coosys **) realloc(_ch_Coosys, dim);
_ch_Coosys [_ch_Coosys_count] = ( Coosys *) child;
_ch_Coosys_count++;
setParentInChild(child);
found = true;
}
hk_setChild(child);
return found;
};


;


VOTable::VOTable() {
lnodetype = VOTABLE;
lclassname = "VOTable" ;
constructor = true;
reset();
constructor = false;
}
VOTable::~VOTable() {
reset();
}
string VOTable::sta_className() {
return "VOTable" ;
}
string VOTable::sta_nodeName() {
return "VOTABLE" ;
}
enum Nodetype VOTable::sta_nodeType() {
return VOTABLE;
}
string VOTable::xmlns() {
return _xmlns;
}
bool VOTable::xmlns_isNull() {
return _xmlns_isnull;
}
string VOTable::ID() {
return _ID;
}
bool VOTable::ID_isNull() {
return _ID_isnull;
}
string VOTable::version() {
return _version;
}
bool VOTable::version_isNull() {
return _version_isnull;
}
Description * VOTable::description() {
return _ch_Description;
}
Definitions * VOTable::definitions() {
return _ch_Definitions;
}
Coosys * VOTable::coosys(unsigned int i ) {
if (i >= _ch_Coosys_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Coosys [i]);
}
unsigned int VOTable::coosys_count() {
return _ch_Coosys_count;
}
Param * VOTable::param(unsigned int i ) {
if (i >= _ch_Param_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Param [i]);
}
unsigned int VOTable::param_count() {
return _ch_Param_count;
}
Info * VOTable::info(unsigned int i ) {
if (i >= _ch_Info_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Info [i]);
}
unsigned int VOTable::info_count() {
return _ch_Info_count;
}
Resource * VOTable::resource(unsigned int i ) {
if (i >= _ch_Resource_count) throw MCS_ERROR( MSG_VOT_INVALID_INDEX, "", i);
else return (_ch_Resource [i]);
}
unsigned int VOTable::resource_count() {
return _ch_Resource_count;
}
void VOTable::print(bool verbose) {
cout << space_indent(depth()) << "NODE " << sta_className() << " (" << ord() << ")" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "xmlns" << ": ";
if (! _xmlns_isnull) cout << _xmlns;
cout << "|" << endl;
}
else if (! _xmlns_isnull) cout << space_indent(depth()) << "ATTR " << "xmlns" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "ID" << ": ";
if (! _ID_isnull) cout << _ID;
cout << "|" << endl;
}
else if (! _ID_isnull) cout << space_indent(depth()) << "ATTR " << "ID" << endl;
if (verbose) {
cout << space_indent(depth()) << "ATTR " << "version" << ": ";
if (! _version_isnull) cout << _version;
cout << "|" << endl;
}
else if (! _version_isnull) cout << space_indent(depth()) << "ATTR " << "version" << endl;
if ((verbose) || (_ch_Description)) {
cout << space_indent(depth()) << "CHILD " << "Description";
if (! _ch_Description) cout << "0" << endl;
else {
cout << endl;
_ch_Description->print(verbose);
}
} if ((verbose) || (_ch_Definitions)) {
cout << space_indent(depth()) << "CHILD " << "Definitions";
if (! _ch_Definitions) cout << "0" << endl;
else {
cout << endl;
_ch_Definitions->print(verbose);
}
} if ((verbose) || (_ch_Coosys_count)) {
cout << space_indent(depth()) << "CHILD " << "Coosys" << " elements: " << _ch_Coosys_count << endl;
for (unsigned int i=0;
i < _ch_Coosys_count;
i++) _ch_Coosys[i]->print(verbose);
}
if ((verbose) || (_ch_Param_count)) {
cout << space_indent(depth()) << "CHILD " << "Param" << " elements: " << _ch_Param_count << endl;
for (unsigned int i=0;
i < _ch_Param_count;
i++) _ch_Param[i]->print(verbose);
}
if ((verbose) || (_ch_Info_count)) {
cout << space_indent(depth()) << "CHILD " << "Info" << " elements: " << _ch_Info_count << endl;
for (unsigned int i=0;
i < _ch_Info_count;
i++) _ch_Info[i]->print(verbose);
}
if ((verbose) || (_ch_Resource_count)) {
cout << space_indent(depth()) << "CHILD " << "Resource" << " elements: " << _ch_Resource_count << endl;
for (unsigned int i=0;
i < _ch_Resource_count;
i++) _ch_Resource[i]->print(verbose);
}
} void VOTable::reset() {
lparent = NULL;
lnext = NULL;
lprev = NULL;
_xmlns_isnull = true;
_ID_isnull = true;
_version_isnull = true;
if (constructor) _ch_Description = NULL;
else if (_ch_Description) {
delete _ch_Description;
_ch_Description = NULL;
}
if (constructor) _ch_Definitions = NULL;
else if (_ch_Definitions) {
delete _ch_Definitions;
_ch_Definitions = NULL;
}
if (constructor) _ch_Coosys = NULL;
else if (_ch_Coosys_count) {
for (unsigned int i=0;
i < _ch_Coosys_count;
i++) delete (_ch_Coosys [i]);
free(_ch_Coosys);
_ch_Coosys = NULL;
}
_ch_Coosys_count = 0;
if (constructor) _ch_Param = NULL;
else if (_ch_Param_count) {
for (unsigned int i=0;
i < _ch_Param_count;
i++) delete (_ch_Param [i]);
free(_ch_Param);
_ch_Param = NULL;
}
_ch_Param_count = 0;
if (constructor) _ch_Info = NULL;
else if (_ch_Info_count) {
for (unsigned int i=0;
i < _ch_Info_count;
i++) delete (_ch_Info [i]);
free(_ch_Info);
_ch_Info = NULL;
}
_ch_Info_count = 0;
if (constructor) _ch_Resource = NULL;
else if (_ch_Resource_count) {
for (unsigned int i=0;
i < _ch_Resource_count;
i++) delete (_ch_Resource [i]);
free(_ch_Resource);
_ch_Resource = NULL;
}
_ch_Resource_count = 0;
hk_reset();
}
bool VOTable::setAttribute(string name, string value) {
bool found = false;
if (0) ;
else if (strcmp(name.c_str(), "xmlns") == 0) {
_xmlns = string(value);
_xmlns_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "ID") == 0) {
_ID = string(value);
_ID_isnull = false;
; found = true;
}
else if (strcmp(name.c_str(), "version") == 0) {
_version = string(value);
_version_isnull = false;
; found = true;
}
hk_setAttribute(name, value);
return found;
}
bool VOTable::setChild(Element* child) {
bool found = false;
if (0) ;
else if (child->nodeType() == Description::sta_nodeType()) {
if (_ch_Description) delete _ch_Description;
_ch_Description = ( Description *) child;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Definitions::sta_nodeType()) {
if (_ch_Definitions) delete _ch_Definitions;
_ch_Definitions = ( Definitions *) child;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Coosys::sta_nodeType()) {
int dim = sizeof( Coosys *) * (_ch_Coosys_count + 1);
if (_ch_Coosys_count == 0) _ch_Coosys = ( Coosys **) malloc(dim);
else _ch_Coosys = ( Coosys **) realloc(_ch_Coosys, dim);
_ch_Coosys [_ch_Coosys_count] = ( Coosys *) child;
_ch_Coosys_count++;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Param::sta_nodeType()) {
int dim = sizeof( Param *) * (_ch_Param_count + 1);
if (_ch_Param_count == 0) _ch_Param = ( Param **) malloc(dim);
else _ch_Param = ( Param **) realloc(_ch_Param, dim);
_ch_Param [_ch_Param_count] = ( Param *) child;
_ch_Param_count++;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Info::sta_nodeType()) {
int dim = sizeof( Info *) * (_ch_Info_count + 1);
if (_ch_Info_count == 0) _ch_Info = ( Info **) malloc(dim);
else _ch_Info = ( Info **) realloc(_ch_Info, dim);
_ch_Info [_ch_Info_count] = ( Info *) child;
_ch_Info_count++;
setParentInChild(child);
found = true;
}
else if (child->nodeType() == Resource::sta_nodeType()) {
int dim = sizeof( Resource *) * (_ch_Resource_count + 1);
if (_ch_Resource_count == 0) _ch_Resource = ( Resource **) malloc(dim);
else _ch_Resource = ( Resource **) realloc(_ch_Resource, dim);
_ch_Resource [_ch_Resource_count] = ( Resource *) child;
_ch_Resource_count++;
setParentInChild(child);
found = true;
}
hk_setChild(child);
return found;
};


;


typedef union NodePointer {
  votpp::Element *element;
  votpp::VOTable *votable;
  votpp::Resource *resource;
  votpp::Description *description;
  votpp::Definitions *definitions;
  votpp::Info *info;
  votpp::Param *param;
  votpp::Table *table;
  votpp::Field *field;
  votpp::Group *group;
  votpp::FieldRef *fieldref;
  votpp::ParamRef *paramref;
  votpp::Values *values;
  votpp::Min *min;
  votpp::Max *max;
  votpp::Option *option;
  votpp::Link *link;
  votpp::Data *data;
  votpp::Tabledata *tabledata;
  votpp::Column *column;
  votpp::Row *row;
  votpp::Fits *fits;
  votpp::Binary *binary;
  votpp::Stream *stream;
  votpp::Coosys *coosys;
};

---

VOTPP (VOTable C++ Parser) ver. 0.3.2-alpha1 Documentation generated on Sun Nov 18 12:06:20 UTC 2007