void wallet_db::store_setting(const string& name, const variant& value)
{
auto orec = lookup_setting(name);
if (orec.valid())
{
orec->value = value;
settings[name] = *orec;
store_record( *orec );
}
else
{
auto rec = wallet_setting_record( setting(name, value), new_wallet_record_index() );
settings[name] = rec;
store_record( rec );
}
}
void WalletDb::store_setting(const string& name, const variant& value)
{
auto orec = lookup_setting(name);
if (orec.valid())
{
orec->value = value;
settings[name] = *orec;
store_and_reload_entry( *orec );
}
else
{
auto rec = WalletSettingEntry( Setting(name, value), new_wallet_entry_index() );
settings[name] = rec;
store_and_reload_entry( rec );
}
}
int _handle_setting(char *text){
int token;
struct myrt_setting *s = lookup_setting(text);
if ( ! s )
return -1;
/* See if the next token matches the type on the setting. */
token = yylex();
switch ( s->type ){
case TYPE_VECTOR:
if ( token != TOKEN_VECTOR ){
myrt_printf(ERROR, "(%d) Token misamtch: %s\n",
__line_no, __parsed_text);
myrt_printf(ERROR, " Expected vector.\n");
return -1;
}
myrt_strtovec(__parsed_text, &s->data.vec);
break;
case TYPE_INTEGER:
if ( token != TOKEN_INTEGER ){
myrt_printf(ERROR, "(%d) Token misamtch: %s\n",
__line_no, __parsed_text);
myrt_printf(ERROR, " Expected integer.\n");
return -1;
}
s->data.num_i = atoi(__parsed_text);
break;
case TYPE_FLOAT:
if ( token != TOKEN_FLOAT && token != TOKEN_INTEGER ){
myrt_printf(ERROR, "(%d) Token misamtch: %s\n",
__line_no, __parsed_text);
myrt_printf(ERROR, " Expected float.\n");
return -1;
}
s->data.num_f = atof(__parsed_text);
break;
}
return 0;
}
/*
* Parse a shape directive. Use the callback functions!!!
*/
int _handle_shape(struct scene_graph *graph, char *shape){
int ret;
int offset;
struct object *obj;
/* First, is it a legit shape? */
offset = _lookup_object(shape);
if ( offset < 0 ){
myrt_printf(ERROR, "(%d) Unknown object definition: %s\n",
__line_no, shape);
return -1;
}
/* Assuming a legit shape, we can access the object array. */
obj = (struct object *)malloc(sizeof(struct object));
if ( ! obj ){
myrt_printf(ERROR, "Internal: out of memory.\n");
return -1;
}
/* And init the shape, etc, etc. */
memcpy(obj, &known_objects[offset], sizeof(struct object));
obj->reflectance = lookup_setting("reflectance")->data.num_f;
obj->diffusion = 1 - obj->reflectance;
myrt_msg("Setting reflectance: %f, diffusion %f\n",
obj->reflectance, obj->diffusion);
obj->light = 0;
ret = obj->init(obj);
if ( ret < 0 )
return ret;
/* Shape is inited; now allow the shape's parser to parse the fields. */
ret = obj->parse(obj);
if ( ! ret )
myrt_objlist_add(&graph->objs, obj);
return ret;
}
