void out_t::helper_t<sizeval_t>::print(
out_t &out, sizeval_t const &s, char const *fmt
) {
unsigned short int prec = 63;
if(fmt) {
if(*fmt == '.') {
prec = 0;
++fmt;
while(*fmt >= '0' && *fmt <= '9') (prec *= 10) += (*(fmt++) - '0');
}
if(!prec) prec = 63;
}
else {
out.print((uint64_t)s);
return;
}
if(s == sizeval::unlimited) {
out(CSTR("unlimited"));
} else if(s) {
if(((s - (s % sizeval::exa)) >> prec) >= (s % sizeval::exa)) {
out.print((uint64_t)(s / sizeval::exa))('E');
}
else if(((s - (s % sizeval::peta)) >> prec) >= (s % sizeval::peta)) {
out.print((uint64_t)(s / sizeval::peta))('P');
}
else if(((s - (s % sizeval::tera)) >> prec) >= (s % sizeval::tera)) {
void phantom_t::config_t::stat_print(out_t &out, bool force_total) {
bool stat_clear = stat.clear && !force_total;
out(CSTR("time\t")).print(
timeval_current(), stat.time_format == full ? "+dz" : "+"
);
if(!stat_clear)
out(CSTR("\t(total)"));
out.lf();
for(typeof(stat.list.ptr()) ptr = stat.list; ptr; ++ptr) {
obj_t *obj = ptr.val();
out.lf()(CSTR("** "))(obj->name).lf();
obj->stat(out, stat_clear);
out.lf();
}
/*
if(stat.system) {
bq_stack_pool_info_t info = bq_stack_pool_get_info();
out
.lf()
(CSTR("stack pool: "))
.print(info.wsize)('/')
.print(info.size).lf().lf()
;
}
*/
}
void out_t::helper_t<netaddr_ipv4_t>::print(
out_t &out, netaddr_ipv4_t const &netaddr, char const *
) {
if(netaddr)
out.print(netaddr.address())(':').print(netaddr.port());
else
out(CSTR("<unset>"));
}
void out_t::helper_t<string_t>::print(
out_t &out, string_t const &string, char const *fmt
) {
out.print(string.str(), fmt);
}
void netaddr_ipv4_t::print(out_t &out, char const *) const {
out.print(*this);
}