/usr/include/freehdl/kernel-persistent-dump.hh is in libfreehdl0-dev 0.0.8-2.2ubuntu2.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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#include <freehdl/std-vhdl-types.hh>
#include <freehdl/kernel-register.hh>
#include <freehdl/kernel-error.hh>
#include <stdio.h>
#include <map>
#include <list>
//
typedef map<type_info_interface*, bool, less<type_info_interface*> > typemap;
typedef map<const char*, bool, less<const char*> > strmap;
//
void
write_info_file(list<Xinfo_data_descriptor*> &xinfo_desc, FILE* info_file, FILE* index_file, FILE* string_file);
//
void
write_index_file(list<Xinfo_data_descriptor*> &xinfo_desc, FILE* index_file, FILE* info_file,FILE* string_file );
//
void
Write_Xinfo_data(Xinfo_data_descriptor* sdesc, FILE* info_file,
Xinfo_kind::minor_id_types& minor_id, Xinfo_kind::major_id_types& major_id, FILE* string_file);
//
void
Xinfo_write_data(Xinfo_data_descriptor* sdesc, FILE* info_file,
Xinfo_kind::minor_id_types& minor_id, Xinfo_kind::major_id_types& major_id);
//
void
Write_Xinfo_plain(Xinfo_plain_object_descriptor* sdesc, FILE* info_file,
Xinfo_kind::minor_id_types& minor_id, Xinfo_kind::major_id_types& major_id);
//
void
Xinfo_write_type_info(Xinfo_plain_object_descriptor* sdesc, FILE* info_file,
Xinfo_kind::minor_id_types& minor_id, Xinfo_kind::major_id_types& major_id);
//
void
Xinfo_write_plain(Xinfo_plain_object_descriptor* sdesc, FILE* info_file,
Xinfo_kind::minor_id_types& minor_id, Xinfo_kind::major_id_types& major_id);
//
// // This function writes the data correspoding to type_info element in the info_file
// void
// Xinfo_write_type_info(Xinfo_plain_object_descriptor* sdesc, FILE* info_file,
// Xinfo_kind::minor_id_types& minor_id, Xinfo_kind::major_id_types& major_id)
// {
// bool sig_exist = false;
// switch(minor_id)
// {
// case Xinfo_kind::ID_ARRAY_INFO:
// {
// array_info *ainfo = (array_info*)sdesc->type;
// if (ainfo->element_type->id != ARRAY){
// if (type_map.begin() == type_map.end())
// sig_exist = true;
// else {
// mymap::iterator it = type_map.find(sdesc);
// if (it == type_map.end())
// sig_exist = true;
// }
// if( sig_exist){
// type_map[sdesc] = true;
// size_t size = sizeof(int);
// size_t nelement = 1;
// fwrite(&major_id, size, nelement, info_file);
// int idd = (int)(sdesc->type->id);
// fwrite(&idd, size, nelement, info_file);
// int lb = ainfo->left_bound;
// int rb = ainfo->right_bound;
// size = sizeof(int);
// fwrite(&lb, size, nelement, info_file);
// fwrite(&rb, size, nelement, info_file);
// size = sizeof(array_info*);
// fwrite(&ainfo, size, nelement, info_file);
// } else
// type_map[sdesc] = false;
// } else
// Xinfo_write_type_info(sdesc, info_file,minor_id, major_id);
// return;
// break;
// }
// case Xinfo_kind::ID_ENUM_INFO:
// {
// enum_info_base *ainfo = (enum_info_base*)sdesc->type;
// if (type_map.begin() == type_map.end())
// sig_exist = true;
// else {
// mymap::iterator it = type_map.find(sdesc);
// if (it == type_map.end())
// sig_exist = true;
// }
// if( sig_exist){
// type_map[sdesc] = true;
// size_t size = sizeof(int);
// size_t nelement = 1;
// fwrite(&major_id, size, nelement, info_file);
// int idd = (int)(sdesc->type->id);
// fwrite(&idd, size, nelement, info_file);
// int lb = ainfo->left_bound;
// int rb = ainfo->right_bound;
// size = sizeof(int);
// fwrite(&lb, size, nelement, info_file);
// fwrite(&rb, size, nelement, info_file);
// size = sizeof(enum_info_base*);
// fwrite(&ainfo, size, nelement, info_file);
// } else
// type_map[sdesc] = false;
// break;
// }
// case Xinfo_kind::ID_INTEGER_INFO:
// {
// integer_info_base *ainfo = (integer_info_base*)sdesc->type;
// if (type_map.begin() == type_map.end())
// sig_exist = true;
// else {
// mymap::iterator it = type_map.find(sdesc);
// if (it == type_map.end())
// sig_exist = true;
// }
// if( sig_exist){
// type_map[sdesc] = true;
// size_t size = sizeof(int);
// size_t nelement = 1;
// fwrite(&major_id, size, nelement, info_file);
// int idd = (int)(sdesc->type->id);
// fwrite(&idd, size, nelement, info_file);
// int lb = ainfo->left_bound;
// int rb = ainfo->right_bound;
// size = sizeof(int);
// fwrite(&lb, size, nelement, info_file);
// fwrite(&rb, size, nelement, info_file);
// size = sizeof( integer_info_base*);
// fwrite(&ainfo, size, nelement, info_file);
// } else
// type_map[sdesc] = false;
// break;
// }
// case Xinfo_kind::ID_FLOAT_INFO:
// {
// float_info_base *ainfo = (float_info_base*)sdesc->type;
// if (type_map.begin() == type_map.end())
// sig_exist = true;
// else {
// mymap::iterator it = type_map.find(sdesc);
// if (it == type_map.end())
// sig_exist = true;
// }
// if( sig_exist){
// type_map[sdesc] = true;
// size_t size = sizeof(int);
// size_t nelement = 1;
// fwrite(&major_id, size, nelement, info_file);
// int idd = (int)(sdesc->type->id);
// fwrite(&idd, size, nelement, info_file);
// floatingpoint lb = ainfo->left_bound;
// floatingpoint rb = ainfo->right_bound;
// size = sizeof(float);
// fwrite(&lb, size, nelement, info_file);
// fwrite(&rb, size, nelement, info_file);
// size = sizeof(float_info_base*);
// fwrite(&ainfo, size, nelement, info_file);
// } else
// type_map[sdesc] = false;
// break;
// }
// case Xinfo_kind::ID_PHYSICAL_INFO:
// {
// physical_info_base *ainfo = (physical_info_base*)sdesc->type;
// if (type_map.begin() == type_map.end())
// sig_exist = true;
// else {
// mymap::iterator it = type_map.find(sdesc);
// if (it == type_map.end())
// sig_exist = true;
// }
// if( sig_exist){
// type_map[sdesc] = true;
// size_t size = sizeof(int);
// size_t nelement = 1;
// fwrite(&major_id, size, nelement, info_file);
// int idd = (int)(sdesc->type->id);
// fwrite(&idd, size, nelement, info_file);
// physical lb = ainfo->left_bound;
// physical rb = ainfo->right_bound;
// size = sizeof(physical);
// fwrite(&lb, size, nelement, info_file);
// fwrite(&rb, size, nelement, info_file);
// size = sizeof(physical_info_base*);
// nelement = 1;
// fwrite(&ainfo, size, nelement, info_file);
// } else
// type_map[sdesc] = false;
// break;
// }
// default:
// break;
// }
// }
// ///-------------
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