//-------------------------------------------------------------------------------------------------
unsigned Message::encode(f8String& to) const
{
char msg[MAX_MSG_LENGTH], hmsg[MAX_MSG_LENGTH];
size_t sz(0), hsz(0);
#if defined CODECTIMING
ostringstream gerr;
gerr << "encode(" << _msgType << "):";
IntervalTimer itm;
#endif
if (!_header)
throw MissingMessageComponent("header");
Fields::const_iterator fitr(_header->_fields.find(Common_MsgType));
static_cast<msg_type *>(fitr->second)->set(_msgType);
_header->encode(msg, sz);
MessageBase::encode(msg, sz);
if (!_trailer)
throw MissingMessageComponent("trailer");
_trailer->encode(msg, sz);
const unsigned msgLen(sz); // checksummable msglength
if ((fitr = _header->_fields.find(Common_BeginString)) == _header->_fields.end())
throw MissingMandatoryField(Common_BeginString);
_header->_fp.clear(Common_BeginString, FieldTrait::suppress);
fitr->second->encode(hmsg, hsz);
#if defined MSGRECYCLING
_header->_fp.set(Common_BeginString, FieldTrait::suppress); // in case we want to reuse
#endif
if ((fitr = _header->_fields.find(Common_BodyLength)) == _header->_fields.end())
throw MissingMandatoryField(Common_BodyLength);
_header->_fp.clear(Common_BodyLength, FieldTrait::suppress);
static_cast<body_length *>(fitr->second)->set(msgLen);
fitr->second->encode(hmsg, hsz);
#if defined MSGRECYCLING
_header->_fp.set(Common_BodyLength, FieldTrait::suppress); // in case we want to reuse
#endif
::memcpy(hmsg + hsz, msg, sz);
hsz += sz;
if ((fitr = _trailer->_fields.find(Common_CheckSum)) == _trailer->_fields.end())
throw MissingMandatoryField(Common_CheckSum);
static_cast<check_sum *>(fitr->second)->set(fmt_chksum(calc_chksum(hmsg, hsz)));
_trailer->_fp.clear(Common_CheckSum, FieldTrait::suppress);
fitr->second->encode(hmsg, hsz);
#if defined MSGRECYCLING
_trailer->_fp.set(Common_CheckSum, FieldTrait::suppress); // in case we want to reuse
#endif
#if defined CODECTIMING
gerr << itm.Calculate();
GlobalLogger::log(gerr.str());
#endif
to.assign(hmsg, hsz);
return to.size();
}
int do_query(void) {
int rc = -1;
UT_array *files;
UT_array *stats;
utarray_new(files,&ut_str_icd);
utarray_new(stats,&stats_icd);
if (get_files(files,stats) == -1) goto done;
/* tally up their sizes */
int64_t total_sz=0;
file_stat_t *fs=NULL;
while ( (fs=(file_stat_t*)utarray_next(stats,fs))) total_sz += fs->sb.st_size;
char tsz[100],csz[100];
syslog(LOG_INFO,"directory size: %s (limit %s)", hsz(total_sz, tsz, sizeof(tsz)),
hsz(cf.sz_bytes, csz, sizeof(csz)));
rc = 0;
done:
utarray_free(files);
utarray_free(stats);
return rc;
}
