void btrSumInfo_ntoh(struct _btrSumInfo *p) {
NTOH_16(p->m_volSum.value);
NTOH_16(p->m_volSumOut.value); //sum out of voltage
NTOH_16(p->m_curAverage.value);
NTOH_16(p->m_curMaxCharge.value);
NTOH_16(p->m_curMaxDischg.value);
NTOH_16(p->m_curSum.value);
NTOH_16(p->m_anaVolIn.value);
NTOH_32(p->m_QOneCharge.value);
NTOH_32(p->m_QOneDischarge.value);
NTOH_32(p->m_ratedCapacity.value);
NTOH_32(p->m_realCapacity.value);
NTOH_16(p->m_soc);
NTOH_16(p->m_socSingle);
NTOH_16(p->m_volMax.value);
NTOH_16(p->m_volMaxNum);
NTOH_16(p->m_volMin.value);
NTOH_16(p->m_volMinNum);
NTOH_16(p->m_tempMaxNum);
NTOH_16(p->m_tempMinNum);
NTOH_16(p->m_healthState);
NTOH_16(p->m_outEnergy.value);
NTOH_16(p->m_curPower.value);
}
void dumpConnectionMappingTable()
{
#ifndef MAX_FQDN_SIZE
#define MAX_FQDN_SIZE 256
#endif
char temp_ip[MAX_FQDN_SIZE];/*IP Address String buffer*/
IMTCPMgr * ImInstance = IMTCPMgr::getInstance();
// now the max num of peerid 255, if larger than that, code should change here
int16_t i,j,k;
for( i = 0; i < POOL_TYPE_MAX; i++)
{
for( j = 0; j < POOL_ID_MAX; j++)
{
for( k = 0; k < FLOATER_NUMBER_MAX; k++)
{
ConMgrtbl* mgr_table;
mgr_table = ImInstance->getPeerIdInfo((ImInstance->PoolIndex2pooltype(i)),j,k);
if (IS_VALID_PTR(mgr_table) == FALSE)
{
_printf("mgr_table is invalid, mgr_table: %p", mgr_table);
return;
}
if ( ImInstance->isIPValid(&mgr_table->peerid))
{
//OSip2arpa(const OSIPADDR *osip,char *buf,unsigned int size)
OSIPADDR tmp_osip;
tmp_osip.addrtype = OSIPV4;
tmp_osip.ipaddr[0] = NTOH_32(mgr_table->peerIP);
OSip2arpa( &tmp_osip, temp_ip, sizeof(temp_ip));
_printf("pooltype is :%d, poolid is %d, poolmember is %d, IP is %s\n", i, j, k, temp_ip);
}
}
}
}
}
