//--------------------------------------------------------------------------------------------
bool wawalite_weather_t::write(vfs_FILE *filewrite, const wawalite_weather_t *profile)
{
if (NULL == filewrite || NULL == profile) return false;
// weather data
vfs_printf(filewrite, "Weather particle effect ( NONE, LAVA, RAIN or SNOW ): %s", profile->weather_name.c_str());
vfs_put_bool(filewrite, "Weather particles only over water ( TRUE or FALSE ) :", profile->over_water);
vfs_put_int(filewrite, "Weather particle spawn rate ( 0 to 100, 0 is none ) :", profile->timer_reset);
return true;
}
//--------------------------------------------------------------------------------------------
void module_add_idsz_vfs( const char *szModName, IDSZ idsz, size_t buffer_len, const char * buffer )
{
/// @details ZZ@> This function appends an IDSZ to the module's menu.txt file
vfs_FILE *filewrite;
// Only add if there isn't one already
if ( !module_has_idsz_vfs( szModName, idsz, 0, NULL ) )
{
STRING src_file, dst_file;
// make sure that the file exists in the user data directory since we are WRITING to it
snprintf( src_file, SDL_arraysize( src_file ), "mp_modules/%s/gamedat/menu.txt", szModName );
snprintf( dst_file, SDL_arraysize( dst_file ), "/modules/%s/gamedat/menu.txt", szModName );
vfs_copyFile( src_file, dst_file );
// Try to open the file in append mode
filewrite = vfs_openAppend( dst_file );
if ( filewrite )
{
// output the expansion IDSZ
vfs_printf( filewrite, "\n:[%s]", undo_idsz( idsz ) );
// output an optional parameter
if ( NULL != buffer && buffer_len > 1 )
{
vfs_printf( filewrite, " %s", undo_idsz( idsz ) );
}
// end the line
vfs_printf( filewrite, "\n" );
// invalidate any module list so that we will reload them
module_list_valid = bfalse;
// close the file
vfs_close( filewrite );
}
}
}
//--------------------------------------------------------------------------------------------
bool wawalite_data_write(const std::string& filename,const wawalite_data_t *profile)
{
if (!profile)
{
throw std::invalid_argument("nullptr == profile");
}
auto filewrite = std::shared_ptr<vfs_FILE>(vfs_openWrite(filename),
[](vfs_FILE *file) {
if (file) {
vfs_close(file);
}
});
if (!filewrite)
{
Log::get().warn("%s:%d: unable to write file `%s`\n", __FILE__, __LINE__, filename.c_str());
return false;
}
// Add file verison number
vfs_put_version( filewrite.get(), WAWALITE_FILE_VERSION );
// file header
vfs_printf(filewrite.get(), "// This file tells the game how to model lighting and water...\n");
vfs_printf(filewrite.get(), "// Please fill in all of the data even if you only use one layer of\n");
vfs_printf(filewrite.get(), "// water. 2 is the maximum number of layers.\n");
vfs_printf(filewrite.get(), "// This file also gives information regarding damage tiles and\n");
vfs_printf(filewrite.get(), "// friction for the module.\n");
vfs_printf(filewrite.get(), "\n\n");
// random map
vfs_put_int(filewrite.get(), "Random map ( TRUE or FALSE ) ( doesn't work ) :", profile->seed);
wawalite_water_t::write(filewrite.get(), &(profile->water));
wawalite_light_t::write(filewrite.get(), &(profile->light));
wawalite_physics_t::write(filewrite.get(), &(profile->phys));
wawalite_animtile_t::write(filewrite.get(), &(profile->animtile));
wawalite_damagetile_t::write(filewrite.get(), &(profile->damagetile));
wawalite_weather_t::write(filewrite.get(), &(profile->weather));
wawalite_graphics_t::write(filewrite.get(), &(profile->graphics));
wawalite_camera_t::write(filewrite.get(), &(profile->camera));
wawalite_fog_t::write(filewrite.get(), &(profile->fog));
if (profile->fog.found)
{
vfs_printf(filewrite.get(), "\n\n// Damage tile expansion... Must have fog first...\n");
vfs_put_local_particle_profile_ref(filewrite.get(), "Weather particle to spawn ( 4 or 5, 6 is splash ) :", profile->damagetile.part_gpip);
vfs_put_int(filewrite.get(), "Particle timing AND ( 1, 3, 7, 15, etc. ) :", profile->damagetile.partand);
vfs_put_int(filewrite.get(), "Damage sound ( 0 to 4 ) :", profile->damagetile.sound_index);
}
return true;
}
//--------------------------------------------------------------------------------------------
bool wawalite_fog_t::write(vfs_FILE *filewrite, const wawalite_fog_t *profile)
{
if (NULL == filewrite || NULL == profile) return false;
// write optional data... Only read if it exists...
if (!profile->found) return true;
vfs_printf( filewrite, "\n\n// Fog Expansion... Leave this out for no fog...\n" );
vfs_put_float(filewrite, "Fog top z ( 0 to 100 ) :", profile->top);
vfs_put_float(filewrite, "Fog bottom z ( 0 ) :", profile->bottom);
vfs_put_float(filewrite, "Fog Red ( 0.0 to 1.0 ) :", profile->red);
vfs_put_float(filewrite, "Fog Green ( 0.0 to 1.0 ) :", profile->grn);
vfs_put_float(filewrite, "Fog Blue ( 0.0 to 1.0 ) :", profile->blu);
vfs_put_bool(filewrite, "Fog affects water ( TRUE or FALSE ) :", profile->affects_water);
return true;
}
