/*$Id: mg_out_h.cc,v 26.15 2007/02/18 09:52:19 al Exp $ -*- C++ -*-
 * Copyright (C) 2001 Albert Davis
 * Author: Albert Davis <aldavis@ieee.org>
 *
 * This file is part of "Gnucap", the Gnu Circuit Analysis Package
 *
 * This program is free software; you can redistribute it and/or modify
 * it under the terms of the GNU General Public License as published by
 * the Free Software Foundation; either version 2, 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.
 */
//testing=script 2006.11.01
#include "mg_out.h"
/*--------------------------------------------------------------------------*/
static void make_header(std::ofstream& out, const File& in,
			const std::string& dump_name)
{
  out << in.head()
      << "/* This file is automatically generated. DO NOT EDIT */\n"
    "#ifndef " << to_upper(dump_name) << "_H_INCLUDED\n"
    "#define " << to_upper(dump_name) << "_H_INCLUDED\n"
      << in.h_headers() <<
    "#include \"u_sdp.h\"\n"
    "#include \"e_node.h\"\n"
    "#include \"e_subckt.h\"\n"
    "#include \"e_model.h\"\n"
    "/*--------------------------------------"
    "------------------------------------*/\n";
}
/*--------------------------------------------------------------------------*/
static void make_sdp(std::ofstream& out, const Model& m)
{
  out << "class SDP_" << m.name()
      << "\n  :public SDP_" << m.inherit()
      << "{\n"
    "public:\n"
    "  explicit SDP_" << m.name() << "(const COMMON_COMPONENT*);\n"
    "public:\n";
  Parameter_List::const_iterator p = m.size_dependent().raw().begin();
  for (;;) {
    if (p == m.size_dependent().raw().end()) {
      p = m.size_dependent().calculated().begin();
    }else{
    }
    if (p == m.size_dependent().calculated().end()) {
      break;
    }else{
    }
    out << "  " << (**p).type() << " " << (**p).code_name() 
	<< ";\t// " << (**p).comment() << '\n';
    ++p;
  }
  out << "};\n"
    "/*--------------------------------------"
    "------------------------------------*/\n";
}
/*--------------------------------------------------------------------------*/
static void make_tdp(std::ofstream& out, const Model& m)
{
  out << "class DEV_" << m.dev_type() << "\n;";
  out << "class TDP_" << m.name();
  if (!m.hide_base()) {
    out << "\n  :public TDP_" << m.inherit();
  }else{
  }
  out <<
    "{\n"
    "public:\n"
    "  explicit TDP_"<< m.name() <<"(const DEV_" << m.dev_type() << "*);\n"
    "public:\n";
  for (Parameter_List::const_iterator
       p = m.temperature().calculated().begin();
       p != m.temperature().calculated().end();
       ++p) {
    out << "  " << (**p).type() << " " << (**p).code_name() 
	<< ";\t// " << (**p).comment() << '\n';
  }
  out << "};\n"
    "/*--------------------------------------"
    "------------------------------------*/\n";
}
/*--------------------------------------------------------------------------*/
static void make_model(std::ofstream& out, const Model& m)
{
  std::string class_name = "MODEL_" + m.name().to_string();
  out <<
    "class " << class_name << "\n"
    "  :public MODEL_" << m.inherit() << "{\n"
    "protected:\n"
    "  explicit " << class_name << "(const " << class_name << "& p);\n"
    "public:\n"
    "  explicit " << class_name << "();\n"
    "  ~" << class_name << "() {--_count;}\n"
    "public: // override virtual\n"
    "  CARD*     clone()const {return new " << class_name << "(*this);}\n"
    "  bool      parse_front(CS&);\n"
    "  bool      parse_params(CS&);\n"
    "  void      elabo1();\n"
    "  SDP_CARD* new_sdp(const COMMON_COMPONENT* c)const;\n"
    "  void      print_front(OMSTREAM&,LANGUAGE)const;\n"
    "  void      print_params(OMSTREAM&,LANGUAGE)const;\n"
    "  void      print_calculated(OMSTREAM&,LANGUAGE)const;\n"
    "  bool      is_valid(const COMPONENT*)const;\n"
    "  void      tr_eval(COMPONENT*)const;\n"
    "public: // not virtual\n"
    "  static int count() {return _count;}\n"
    "private: // strictly internal\n";
  out <<
    "  static int _count;\n"
    "public: // input parameters\n";
  for (Parameter_List::const_iterator
       p = m.size_dependent().raw().begin();
       p != m.size_dependent().raw().end();
       ++p) {
    out << "  " << "SDP" << " " << (**p).code_name()
	<< ";\t// " << (**p).comment() << '\n';
  }
  for (Parameter_List::const_iterator
       p = m.independent().raw().begin();
       p != m.independent().raw().end();
       ++p) {
    out << "  PARAMETER<" << (**p).type() << "> " << (**p).code_name()
	<< ";\t// " << (**p).comment() << '\n';
  }
  out << "public: // calculated parameters\n";
  for (Parameter_List::const_iterator
       p = m.independent().calculated().begin();
       p != m.independent().calculated().end();
       ++p) {
    out << "  " << (**p).type() << " " << (**p).code_name()
	<< ";\t// " << (**p).comment() << '\n';
  }
  out << "};\n"
    "/*--------------------------------------"
    "------------------------------------*/\n";
}
/*--------------------------------------------------------------------------*/
static void make_common(std::ofstream& out, const Device& d)
{
  std::string class_name = "COMMON_" + d.name().to_string();
  out <<
    "class " << class_name << "\n"
    "  :public COMMON_COMPONENT{\n"
    "public:\n"
    "  explicit " << class_name << "(const " << class_name << "& p);\n"
    "  explicit " << class_name << "(int c=0);\n"
    "           ~" << class_name << "();\n"
    "  bool     operator==(const COMMON_COMPONENT&)const;\n"
    "  COMMON_COMPONENT* clone()const {return new "<<class_name<<"(*this);}\n"
    "  void     parse(CS&);\n"
    "  void     print(OMSTREAM&, LANGUAGE)const;\n"
    "  void     elabo3(const COMPONENT*);\n"
    "  const char* name()const {untested();return \"" << d.parse_name() << "\";}\n"
    "  const SDP_CARD* sdp()const {return _sdp;}\n"
    "  bool     has_sdp()const {untested();return _sdp;}\n"
    "  static int  count() {return _count;}\n"
    "private: // strictly internal\n"
    "  static int _count;\n"
    "public: // input parameters\n";
  for (Parameter_List::const_iterator
       p = d.common().raw().begin();
       p != d.common().raw().end();
       ++p) {
    out << "  PARAMETER<" << (**p).type() << "> " << (**p).code_name()
	<< ";\t// " << (**p).comment() << '\n';
  }
  out <<
    "public: // calculated parameters\n"
    "  const SDP_CARD* _sdp;\n";
  for (Parameter_List::const_iterator
       p = d.common().calculated().begin();
       p != d.common().calculated().end();
       ++p) {
    out << "  " << (**p).type() << " " << (**p).code_name()
	<< ";\t// " << (**p).comment() << '\n';
  }
  out << "public: // attached commons\n";
  for (Args_List::const_iterator
       p = d.circuit().args_list().begin();
       p != d.circuit().args_list().end();
       ++p) {
    out << "  COMMON_COMPONENT* _" << (**p).name() << ";\n";
  }
  out << "};\n"
    "/*--------------------------------------"
    "------------------------------------*/\n";
}
/*--------------------------------------------------------------------------*/
static void make_device(std::ofstream& out, const Device& d)
{
  std::string class_name = "DEV_" + d.name().to_string();
  out <<
    "class " << class_name << " : public BASE_SUBCKT {\n"
    "private:\n"
    "  explicit " << class_name << "(const " << class_name << "& p);\n"
    "public:\n"
    "  explicit " << class_name << "();\n"
    "           ~" << class_name << "() {--_count;}\n"
    "private: // override virtual\n"
    "  char      id_letter()const     {untested();return '" << d.id_letter() << "';}\n"
    "  bool      print_type_in_spice()const {return true;}\n"
    "  const char* dev_type()const    {assert(common()); return common()->modelname().c_str();}\n"
    "  int       max_nodes()const     {return " << d.max_nodes() << ";}\n"
    "  int       min_nodes()const     {return " << d.min_nodes() << ";}\n";
  if (d.max_nodes() != d.min_nodes()) {
    out <<
      "  //int     out_nodes()const;    //BASE_SUBCKT\n"
      "  //int     matrix_nodes()const; //BASE_SUBCKT\n"
      "  //int     net_nodes()const;    //BASE_SUBCKT\n";
  }else{
    out <<
      "  int       out_nodes()const     {untested();return " << d.max_nodes() <<";}\n"
      "  //int     matrix_nodes()const; //BASE_SUBCKT\n"
      "  int       net_nodes()const     {return " << d.max_nodes() << ";}\n";
  }
  out << 
    "  int       int_nodes()const     {return " 
      << d.circuit().local_nodes().size() << ";}\n"
    "  CARD*     clone()const         {return new "
      << class_name << "(*this);}\n"
    "  //void    parse_spice(CS&);    //BASE_SUBCKT\n"
    "  //void    print(OMSTREAM&,LANGUAGE)const; //BASE_SUBCKT\n"
    "  void      elabo1();\n"
    "  //void    map_nodes();         //BASE_SUBCKT\n"
    "  //void    precalc();           //BASE_SUBCKT\n"
    "  //void    dc_begin();          //BASE_SUBCKT\n"
    "  //void    tr_begin();          //BASE_SUBCKT\n"
    "  //void    tr_restore();        //BASE_SUBCKT\n";
  if (d.tr_eval().is_empty()) {
    out <<
      "  //void    dc_advance();        //BASE_SUBCKT\n"
      "  //void    tr_advance();        //BASE_SUBCKT\n"
      "  //bool    tr_needs_eval()const;//BASE_SUBCKT\n"
      "  //void    tr_queue_eval();     //BASE_SUBCKT\n"
      "  //bool    do_tr();             //BASE_SUBCKT\n";
  }else{
    out <<
      "  void      dc_advance() "
	"{set_not_converged(); BASE_SUBCKT::dc_advance();}\n"
      "  void      tr_advance() "
	"{set_not_converged(); BASE_SUBCKT::tr_advance();}\n"
      "  bool      tr_needs_eval()const;\n"
      "  void      tr_queue_eval()      {if(tr_needs_eval()){q_eval();}}\n"
      "  bool      do_tr();\n";
  }
  out <<
    "  //void    tr_load();           //BASE_SUBCKT\n"
    "  //double  tr_review();         //BASE_SUBCKT\n"
    "  //void    tr_accept();         //BASE_SUBCKT\n"
    "  //void    tr_unload();         //BASE_SUBCKT\n"
    "  double    tr_probe_num(CS&)const;\n"
    "  //void    ac_begin();          //BASE_SUBCKT\n"
    "  //void    do_ac();             //BASE_SUBCKT\n"
    "  //void    ac_load();           //BASE_SUBCKT\n"
    "  //XPROBE  ac_probe_ext(CS&)const;//CKT_BASE/nothing\n"
    "public:\n"
    "  static int  count() {return _count;}\n"
    "public: // may be used by models\n";
  for (Function_List::const_iterator
       p = d.function_list().begin();
       p != d.function_list().end();
       ++p) {
    out << "  void " << (**p).name() << ";\n";
  }
  out << 
    "private: // not available even to models\n"
    "  static int _count;\n";
  out <<  "public: // input parameters\n";
  for (Parameter_List::const_iterator
       p = d.device().raw().begin();
       p != d.device().raw().end();
       ++p) {untested();
    untested();
    out << "  PARAMETER<" << (**p).type() << "> " << (**p).code_name()
	<< ";\t// " << (**p).comment() << '\n';
  }
  out << "public: // calculated parameters\n";
  for (Parameter_List::const_iterator
       p = d.device().calculated().begin();
       p != d.device().calculated().end();
       ++p) {
    out << "  " << (**p).type() << " " << (**p).code_name()
	<< ";\t// " << (**p).comment() << '\n';
  }
  out << "public: // netlist\n";
  for (Element_List::const_iterator
       p = d.circuit().elements().begin();
       p != d.circuit().elements().end();
       ++p) {
    out << "  COMPONENT* _" << (**p).name() << ";\n";
  }
  out << "private: // node list\n"
    "  enum {";
  for (Port_List::const_iterator
       p = d.circuit().req_nodes().begin();
       p != d.circuit().req_nodes().end();
       ++p) {
    if (p != d.circuit().req_nodes().begin()) {
      out << ", ";
    }else{
    }
    out << "n_" << (**p).name();
  }
  for (Port_List::const_iterator
       p = d.circuit().opt_nodes().begin();
       p != d.circuit().opt_nodes().end();
       ++p) {
    out << ", ";
    out << "n_" << (**p).name();
  }
  for (Port_List::const_iterator
       p = d.circuit().local_nodes().begin();
       p != d.circuit().local_nodes().end();
       ++p) {
    out << ", n_" << (**p).name();
  }
  int total_nodes = d.circuit().req_nodes().size() + d.circuit().opt_nodes().size()
    + d.circuit().local_nodes().size();
  out << "};\n"
    "  node_t _nodes[" << total_nodes << "];\n"
    "};\n"
    "/*--------------------------------------"
    "------------------------------------*/\n";
}
/*--------------------------------------------------------------------------*/
static void make_eval(std::ofstream& out, const Eval& e,
		      const String_Arg& dev_name)
{
  std::string class_name = "EVAL_" + dev_name.to_string() + '_' 
    + e.name().to_string();
  out <<
    "class " << class_name << " : public COMMON_COMPONENT {\n"
    "private:\n"
    "  explicit "<< class_name << "(const "<< class_name << "& p)\n"
    "    :COMMON_COMPONENT(p) {}\n"
    "public:\n"
    "  explicit "<< class_name << "(int c=0) :COMMON_COMPONENT(c) {}\n"
    "  bool operator==(const COMMON_COMPONENT& x)const "
		"{return COMMON_COMPONENT::operator==(x);}\n"
    "  COMMON_COMPONENT* clone()const {return new "<<class_name<<"(*this);}\n"
    "  const char* name()const {untested(); return \""<< class_name << "\";}\n"
    "  void tr_eval(ELEMENT*d)const;\n"
    "  bool has_tr_eval()const {return true;}\n"
    "  bool has_ac_eval()const {return false;}\n"
    "};\n"
    "/*--------------------------------------"
    "------------------------------------*/\n";
}
/*--------------------------------------------------------------------------*/
static void make_evals(std::ofstream& out, const Device& d)
{
  for (Eval_List::const_iterator
       e = d.eval_list().begin();
       e != d.eval_list().end();
       ++e) {
    make_eval(out, **e, d.name());
  }
}
/*--------------------------------------------------------------------------*/
static void make_tail(std::ofstream& out, const File& in)
{
  out << in.h_direct() <<
    "/*--------------------------------------"
    "------------------------------------*/\n"
    "/*--------------------------------------"
    "------------------------------------*/\n"
    "#endif\n";
}
/*--------------------------------------------------------------------------*/
void make_h_file(const File& in)
{
  std::string dump_name = in.name();
  { // chop suffix .model
    std::string::size_type loc = dump_name.rfind(".model");
    if (loc == std::string::npos) {
      untested();
      loc = dump_name.rfind(".vams");
    }else{
    }
    if (loc != std::string::npos) {
      dump_name.erase(loc);
    }else{untested();
    }
  }
  { // chop prefix path
    std::string::size_type loc = dump_name.find_last_of(ENDDIR);
    if (loc != std::string::npos) {
      dump_name.erase(0, loc+1);
    }else{itested();
    }
  }

  // open file
  std::ofstream out((dump_name+".h").c_str());
  if (!out) {untested();
    os_error(dump_name);
  }else{
  }

  make_header(out, in, dump_name);

  for (Model_List::const_iterator
       m = in.models().begin();
       m != in.models().end();
       ++m) {
    make_sdp(out, **m);
    make_tdp(out, **m);
    make_model(out, **m);
  }
  for (Device_List::const_iterator
       m = in.devices().begin();
       m != in.devices().end();
       ++m) {
    make_common(out, **m);
    make_evals(out, **m);
    make_device(out, **m);
  }
  make_tail(out, in);
}
/*--------------------------------------------------------------------------*/
/*--------------------------------------------------------------------------*/