public:
typedef bool (* FUNC)(const char **, A &, T A::value_type:: *);
AOS_PARSER(A & a, T A::value_type:: * fld, FUNC f) : array(a), field(fld), func(f) {}
- virtual bool Parse(const char ** attr) { return func(attr, array, field); }
+ virtual bool Parse(const char ** attr, const std::string & /*attrName*/) { return func(attr, array, field); }
private:
A & array;
T A::value_type:: * field;
parsers.insert(std::make_pair(ToLower(name), new AOS_PARSER<A, T>(array, field, func)));
}
-bool GetTimeSpan(const char ** attr, DIRPRICE_DATA & value)
+bool GetTimeSpan(const char ** attr, DIRPRICE_DATA & value, const std::string & attrName)
{
int hb = 0;
int mb = 0;
int he = 0;
int me = 0;
-if (CheckValue(attr))
+if (CheckValue(attr, attrName))
if (ParseTariffTimeStr(attr[1], hb, mb, he, me) == 0)
{
value.hDay = hb;
}
template <typename T>
-bool GetTraffType(const char ** attr, T & value)
+bool GetTraffType(const char ** attr, T & value, const std::string & attrName)
{
-if (!CheckValue(attr))
+if (!CheckValue(attr, attrName))
return false;
std::string type(attr[1]);
if (type == "up")
template <typename A, typename T>
bool GetSlashedValue(const char ** attr, A & array, T A::value_type:: * field)
{
-if (!CheckValue(attr))
+if (!CheckValue(attr, "value"))
return false;
const char * start = attr[1];
size_t item = 0;
error = "Tariff not found.";
}
else
+ {
parsingAnswer = true;
+ if (strcasecmp(attr[0], "name") == 0)
+ info.tariffConf.name = attr[1];
+ }
}
else
parsingAnswer = true;
void GET_TARIFF::PARSER::ParseTariffParams(const char * el, const char ** attr)
{
if (!TryParse(propertyParsers, ToLower(el), attr))
- error = "Invalid parameter.";
+ error = std::string("Invalid parameter '") + el + "'.";
}