void schema_validator::validate_key(const config & cfg,
const std::string & name,
const std::string & value,
int start_line,
const std::string &file){
if (!stack_.empty() && stack_.top() && config_read_){
// checking existing keys
const class_key * key =stack_.top()->find_key(name);
if (key){
std::map<std::string,boost::regex>::iterator itt =
types_.find(key->get_type());
if (itt != types_.end()){
boost::smatch sub;
bool res = boost::regex_match(value,sub,itt->second);
if (!res ) {
cache_.top()[&cfg].push_back(
message_info(WRONG_VALUE,file,start_line,0,
stack_.top()->get_name(),
name,value));
}
}
}
else{
cache_.top()[&cfg].push_back(
message_info(EXTRA_KEY,file,start_line,0,
stack_.top()->get_name(),name));
}
}
}
void schema_validator::validate(const config & cfg, const std::string & name,
int start_line,
const std::string &file){
//close previous errors and print them to output.
message_map::iterator cache_it = cache_.top().begin();
for (;cache_it != cache_.top().end();++cache_it){
for (message_list::iterator i = cache_it->second.begin();
i != cache_it->second.end(); ++i){
print(*i);
}
}
cache_.pop();
// clear cache
cache_it = cache_.top().find(&cfg);
if (cache_it != cache_.top().end()){
cache_it->second.clear();
}
// Please note that validating unknown tag keys the result will be false
// Checking all elements counters.
if (!stack_.empty() && stack_.top() && config_read_){
class_tag::all_const_tag_iterators p = stack_.top()->tags();
for (class_tag::const_tag_iterator tag = p.first;
tag != p.second ; ++tag){
int cnt = counter_.top()[tag->first].cnt;
if (tag->second.get_min() > cnt){
cache_.top()[&cfg].push_back(
message_info(MISSING_TAG,file,start_line,
tag->second.get_min(),tag->first,"",
name));
continue;
}
if (tag->second.get_max() < cnt){
cache_.top()[&cfg].push_back(
message_info(EXTRA_TAG,file,start_line,
tag->second.get_max(),tag->first,"",
name));
}
}
// Checking if all mandatory keys are present
class_tag::all_const_key_iterators k = stack_.top()->keys();
for (class_tag::const_key_iterator key = k.first;
key != k.second ; ++key){
if (key->second.is_mandatory()){
if (cfg.get(key->first) == nullptr){
cache_.top()[&cfg].push_back(
message_info(MISSING_KEY,file,start_line,0,
name,key->first ));
}
}
}
}
}
void data_arrived(SOCKET sock, char buffer[BUF_SIZE]){
if (strcmp(buffer, "new") == 0){
nb_client = nb_client + 1;
new_console(0);
if (nb_client){
new_console(0);
}
}
if (strcmp(buffer, "del") == 0){
nb_client = nb_client - 1;
new_console(0);
}
if (strstr(buffer, "#1")){
nb_rcv_packets = nb_rcv_packets +1;
remove_packet_account(sock, buffer);
}
if (nb_client == -1){
nb_client = 0;
new_console(0);
}
if (!nb_client){
message_info("Waiting for first client");
}
return ;
}
void info(const std::string &text) {
message_info(text.c_str());
}
